The URL can be used to link to this page

BELC2021-0114Description: SILVERROCK / MONTAGE / 505kW EMERGENCY STANDBY GENERATOR Type: ELECTRICAL (WEB) Subtype: Status: ISSUED Applied: 8/5/2021 ECON Approved: 9/20/2021 JFU Parcel No: 777490012 Site Address: 79195 AHMANSON LN LA QUINTA,CA 92253 Subdivision: Block: Lot: Issued: 9/20/2021 AOR Lot Sq Ft: 0 Building Sq Ft: 0 Zoning: Finaled: Valuation: $130,000.00 Occupancy Type: Construction Type: Expired: 9/20/2022 AOR No. Buildings: 0 No. Stories: 0 No. Unites: 0 Details: MONTAGE HOTEL / 505kW DIESEL -FUELED EMERGENCY STANDBY GENERATOR - 60Hz, 759A, 277/480V 3-PHASE. 468 GALLON FUEL TANK. DOES NOT INCLUDE FEEDERS, INTERCONNECTION OR OTHER GENERAL WIRING WHICH ARE PERMITTED THROUGH BCPR2019- 0006. 2019 CALIFORNIA BUILDING CODES. Applied to Approved Approved to Issued ADDITIONAL CHRONOLOGY CHRONOLOGY TYPE STAFF NAME ACTION DATE COMPLETION DATE NOTES E-MAIL JAKE FUSON 8/19/2021 8/19/2021 NOTIFIED APPLICANT OF 1ST REVIEW COMMENTS, SENT CORRECTION LIST VIA EMAIL. E-MAIL JAKE FUSON 9/13/2021 9/13/2021 NOTIFIED APPLICANT OF 2ND REVIEW RESULT. NOTIFIED SAMANTHA SHEINBERG THAT PLANS ARE E-MAIL JAKE FUSON 9/20/2021 9/20/2021 APPROVED AND PERMIT IS READY TO ISSUE, BUT TO DOUBLE CHECK THE PROJECT VALUATION. RESUBMITTAL JAKE FUSON 9/1/2021 9/1/2021 2ND SUBMITTAL RECEIVED VIA ETRAKIT. CONDITIONS CONTACTS NAME TYPE NAME ADDRESSI CITY STATE ZIP PHONE FAX EMAIL APPLICANT SAMANTHA SHEINBERG 400 SPECTRUM CENTER IRVINE 1 CA 92618 (760)634-6543 SSHEINBERG@RDOLSO DRIVE SUITE 120 N.COM Printed: Tuesday, July 19, 2022 10:35:22 AM 1 of 4 _.:#?wSYSiEMS CONTACTS NAME TYPE NAME ADDRESSI CITY STATE ZIP PHONE FAX EMAIL CONTRACTOR R D OLSON CONSTRUCTION INC 400 SPECTRUM CENTER IRVINE CA 92618 (760)634-6543 KCARLISLE@RDOLSON. DR. STE 1200 COM DEVELOPER THE ROBERT GREEN COMPANY 343 4TH AVE SAN DIEGO CA 92101 (760)634-6543 JOSH @THEROBERTG RE ENCOMPANY.COM OWNER SILVERROCK PHASE 1 3551 FORTUNA RANCH I ENCINITAS CA 92924 (760)634-6543 RD 1 FINANCIAL INFORMATION CLTD DESCRIPTION ACCOUNT CITY AMOUNT PAID PAID DATE RECEIPT # CHECK # METHOD PAID BY BY BSAS SB1473 FEE 101-0000-20306 0 $6.00 $6.00 9/20/21 WEB9341 632 5734466 CREDIT 953845 ECON Total Paid for BUILDING STANDARDS ADMINISTRATION $6.00 $6.00 BSA: POWER APPARATUS 101-0000-42403 0 $26.83 $26.83 9/20/21 WEB9341 632 5734466 CREDIT 953845 ECON POWER APPARATUS PC 101-0000-42600 0 $26.83 $26.83 9/20/21 WEB9341 632 5734466 CREDIT 953845 ECON Total Paid for ELECTRICAL 2019: $53.66 $53.66 FIRE MISCELLANEOUS 101-0000-42420 2 $322.00 $322.00 9/20/21 WEB9341 632 5734466 CREDIT 953845 ECON Total Paid for FIRE FEES: $322.00 $322.00 PERMIT ISSUANCE 101-0000-42404 0 $101.97 $101.97 9/20/21 WEB9341 632573 466 CREDIT 953845 ECON Total Paid for PERMIT ISSUANCE: $101.97 $101.97 RECORDS 101-0000-42416 0 $10.00 $10.00 9/20/21 WEB9341 632574466 CREDIT 953845 ECON MANAGEMENT FEE 73 Total Paid for RECORDS MANAGEMENT FEE: $10.00 $10.00 Printed: Tuesday, July 19, 2022 10:35:22 AM 2 of 4 __ _.:#?wSYSiEMS DESCRIPTION ACCOUNT QTY AMOUNT PAID PAID DATE RECEIPT # CHECK # METHOD PAID BY CLTD BY TECHNOLOGY 502-0000-43611 0 $5.00 $5.00 9/20/21 WEB9341 632574466 CREDIT 953845 ECON ENHANCEMENT FEE 73 Total Paid for TECHNOLOGY ENHANCEMENT FEE: $5.00 $5.00 PARENT PROJECTS REVIEWS RETURNED STATUS REMARKS REVIEW TYPE REVIEWER SENT DATE DUE DATE NOTES DATE 1ST BLDG NS - JAKE FUSON 8/5/2021 8/12/2021 8/19/2021 REVISIONS REQUIRED ETRAKIT (1 DAY) SEE 1ST REVIEW CORRECTION LIST. 1ST FIRE - ETRAKIT KOHL 8/18/2021 8/25/2021 8/26/2021 APPROVED COA IN (1 WK) HETRICK ATTACHMENTS PLAN SET MUST BE COMPILED INTO ONE SINGLE 2ND BLDG NS — JAKE FUSON 9/1/2021 9/8/2021 9/13/2021 READY FOR APPROVAL SET. INCLUDE GENERATOR DRAWINGS, HOTEL ETRAKIT (1 WK) - CONDITIONS REFERENCE PLANS, AND STRUCTURAL ATTACHMENT IN A SIMGLE PLAN SET. 3RD BLDG NS — JAKE FUSON 9/20/2021 9/21/2021 9/20/2021 APPROVED ETRAKIT (1 DAY) Printed: Tuesday, July 19, 2022 10:35:22 AM 3 of 4 __ _.:N-r-wSYSiEMS ATTACHMENTS Attachment Type CREATED OWNER DESCRIPTION PATHNAME SUBDIR ETRAKIT ENABLED Generator Submittal, 263213-001.0 - AAN - DOC 8/31/2021 Etrakit Contractor Response to Building Generator, Product 1 Department Data_1.pdf DOC 9/1/2021 Etrakit Contractor 2ND SUBMITTAL Response to Initial 1 RESPONSES Review.pdf DOC 9/1/2021 Etrakit Contractor GENERATOR PRODUCT Generator, Product 1 INFO AND MANUAL Data.pdf DOC 9/1/2021 Etrakit Contractor 2ND SUBMITTAL PLAN Generator, 1 SET Drawings.pdf DOC 9/1/2021 Etrakit Contractor APPROVED HOTEL Generator, Drawings for 1 PLANS (FOR REFERENCE) Permit Set.pdf DOC 9/1/2021 Etrakit Contractor GENERATOR PRODUCT Generator, 1 CERTIFICATION Certifications.pdf EPA AND AQMD DOC 9/1/2021 Etrakit Contractor GENERATOR Generator, 1 Certification_1.pdf CERTIFICATION 263213-001.Or1 DOC 9/14/2021 Etrakit Contractor 3RD SUBMITTAL PLAN Submittal to 1 SET Building.pdf BELC2021-0114 - 1ST DOC 8/19/2021 JAKE FUSON 1ST REVIEW REVIEW CORRECTION 1 CORRECTION LIST LIST.pdf DOC 9/20/2021 JAKE FUSON APPROVED PLAN BELC2021-0114 - 1 APPROVED PLAN.pdf BELC2021-0114 - APPROVED DOC 9/20/2021 JAKE FUSON STRUCTURAL APPROVED 1 STRUCTURAL CALCULATIONS CALCULATIONS.pdf BELC2021-0114 - FIRE DOC 8/26/2021 KOHL HETRICK FIRE CONDITIONS OF CONDITIONS OF 1 APPROVAL ApPROVAL.pdf Printed: Tuesday, July 19, 2022 10:35:22 AM 4 of 4 __ _.:#7WSYSiEMS SHEET NOTES GUESTROOM VILLA 04 0 0 00 M LO LO L� 0 L L z w U) 0 U 0 U) E 0 0 70 0 75 0 0 U cD ch M LO LO LO 0 O co Cl) m M O 66 O N O N 1 2 3 4 24'-5" 7'-2" 18'-011 5 6 6.3 7 8 8.5 9'10 '10).3 10.6 11 11. 12'113 14 3'- 71 /2" 277' - 4" 32'-011 14'-41/2" 8'-101/2" 16'-51/2" 12'-811 11'-8" 10'-11" 11'-8" 1IT-11" 14'-111/2" 15'-611 16'-21/2" 11'-11/2" 14'-511 21'-41/2" FI RE RISER \ ---- 2 HK DIR. A ST. HK DI CLEAN 131 132 134 \ T rt 130 CH IF_INEN -SOILED \ II � 34 BAR PANTY_ \----- — I i J -- -------------- 39 '170 yD ECTOR HOUSE 135 124 K STOKEEPIN . 133 B DIR. 129 EMPLOYEE , 125 BREAKR136 OM — EX -SUIT 13 � 123 S. MNG. 173 H- 1, BOH-M N - - 3-MEAL 89 I I -- PRIVA L DININ 3-MEAL , L— o--- ----�— — — — — -- 100 TERRACE 37 — — o 152 — I N \ I o o o 0 o I \_ ' L \ w w 34 U) U) 34 z 0 0 /1�1 A e1/4!-%ll 39 BOF- IRD ORDER VESTIBULE 150 146 15 o' B 0 BO CC N M 1 D 0 E CV F CV 1 CV - � G1 �0co G.5 H J 10 K 1 CK7 -' C CD M N N 0 rn P MATCH LINE SEE 1 /H1 A02.201 — -- -- -- -- -- MATCH LINE SEE 1 /H1 A02.203 2 1 H1 H1 H1 ----- - A03.102 2 119 A03.101 - A03.101 --- ------ - 6 CONSTRUCTION PLAN — LEVEL 01 —OVERALL HOTEL BL7 1 SCALE: 1/16" = 1'-0" - _ - 05 — - Q \ 170 9.7 10. 0.5 39 170 FIRE RISER n0 a ° --- \ 213 \/ I I I I TOWEL DISPENSXRY 201 143 I STORAGE 203 I H1 13 A03.102 I 34 I WOM�N'S RESTROOM 205 o I �J I H1 08 A03.102 - -- MEWS — RESTROOM 206 � 121 a;FE H1 - EtNT _0�Ell ° 04 A03.102 fig$LO Ia"a i - - L — — — — — — — — •I 03 \ o 170 M ------------ — - --/ CM FIRE RISER 212 I I I PLUMBING ROOM 216 DATA ROOM 214 EXTERIOR I CORRIDOR I 202 I CAO 14 I I II 170 / I zo N \� N bo w C� N 29 FIRST AID KIT AND SUPPLIES PROVIDED BY OWNER 32 MECH. EQUIPMENT. SMD 34 LINE OF ROOF ABOVE 37 STEEL FRAMED TRELLIS 38 DRIVABLE SURFACE. SLAD 39 GATE. SEE DOOR SCHEDULE. 62 RAIN CHAIN TERMINATION AT GRADE. SLAD 74 AED PROVIDED BY GC 85 MOP SINK 89 ACCESS LADDER 119 RAINWATER RECEPTOR TO TIE TO STORM DRAIN 121 FIRE SPRINKLER RISER 126 DOWNSPOUT TERMINATION AT GRADE CONNECT TO DRAIN. SPD 127 DOWNSPOUT TERMINATION ABV GRADE WITH ENERGY DISSIPATOR A 143 ROOF ACCESS 170 CONTINUOUS POOL AREA FENCE 172 POOL FENCE CONTINUES FROM THIS POINT TO THE SOUTH SIDE OF POOL BUILDING 173 CURRENT PROPERTY LINE, TYPICAL. PROPERTY LINES SHALL BE ADJUSTED BY OWNERSHIP AND THE CIVIL ENGINEER AT A LATER DATE. 202 OWNER PROVIDED TIME CLOCK AT THIS LOCATION. NEED (1) DATA. SILVERROCK LODGING, LLC 52-000 SILVERROCK WAY, LA QUINTA, CA 92253 Gensle 225 Broadway Suite 100 San Diego, CA 92101 United States r Tel 619.557.2500 Fax 619.557.2520 GENERAL NOTES 1. SEE SHEET H1 A02.201 FOR CONSTRUCTION PLAN SHEET NOTES THAT ALSO APPLY TO THIS Seal / Signature SHEET. 2. THE BASIS OF DESIGN ROOFING MATERIAL FOR THIS PROJECT IS: CARLISLE SYNTEC SYSTEMS, SURE -WELD TPO SINGLE PLY ROOFING MEMBRANE (OR APPROVED EQUAL) ICC ESR-1463 (ASTM E108 / UL 790) 0 Date Description 2019_10-29 PERMIT SET A 2019_12-13 CD - PERMIT 2ND CYCLE C 2020_05-08 CD - PERMIT 4TH CYCLE 1 2020_09-08 ISSUE FOR CONSTRUCTION KEY PLAN AH HS H1 GR MC CC SS H2 CH R2 Project Name MONTAGE LA QUINTA MAIN HOTEL & SPA Project Number 55.7598.000_H1 Description OVERALL CONSTRUCTION PLAN Scale 0 2 4 8 16 1l1611=11011 H1 A02.101 © 2020 Gensler Q N O N O 10.6 11 11.51 12 13 24 HLH HMH II R116 W /GFCI O MSB-H1 UGPS ATS-LSh1 3 2 l2"C,1# 0,#10N,#10G I T ELECTRICAL I 1 23 1 FC 138 (D LSHHI M� _ 7 GEN-H1 4 1 R1 1 8 ENGINE EMERGENCY/ STANDBY DIESEL SBLH1 29 JJ -LM 1 26 GENERATOR WITH DOUBLE WALL SKID VFD 3B-7,9,11 LMH BASE TANK, 850 GALLON CAPACITY FOR J = 2 ATS-SBH 1 P I O = I i IFir I F � i FUN MUOM�24 HOUR OPERATION AT RATED 1 2 22 SBDB-H1 SBLH1-13 P I -1TH ITOH ITH 13 14 —LO O — 1 — J J J — 1 VFD SBH1 1,3,5 — — — ITH-1 R1H1-8 TO ANNUN. PANEL SBLH1- ,11 r IT - L —1 LSHL = 4 5 FC (DTO ATS ESNs M TO ATS-LSH1 MECHANICAL 17 IDF TO ATS-SB 1 YARD 139 T-DBL-H1 148 IT �i 5 ITH-1 O I i 1 I I IT�-9 16 15 D _LL-H 1 1 WP A IT� 7 -d 1 I I I R1H1-6 1 ITH 15 (ITH-11 14 R 1 EVOH1 20 WP/GFCI qI LL SBDB 1-5 4 Li Si LH1-157 111 3"C,4-500kc iI AL,1#1/0 AL G AaiVFD SBLH1-17 — — _ — — — — — — — — — G 1@7 SBLH1 2,4 AC M 12" 2 1 1 N 1 e 1 1 / �, # o,# o ,# oG T SBLH1-39 e FC FIRE COMMAND / sBLH1 19 M � SECURITY II � = 140 SCP2 FATC 11 SBLH1 14 RlHl-15 FACIP 1 SBLH1-12 SBLH1-8 SBLH1-14 SBLH1-14 SCP1 L — — — - �G.5 SBLH1-10 25 L— — — — — — — — — — — — — — — — f I 1 L -L -------- I I I I I i I I SBDB-H1-4 I 21 R1H1-6 M 1 WP/GFCI F EQ 120 IT Z15 4— — — 3 ENLARGED MAIN ELECTRICAL ROOM 1 SCALE: 1/4" = V-0" 9 10 1 — — I R2H1-39 EQ 129 R2Hl-36 J41 1) " ,#10G 123 1 12-4 — K E 130 1 K H1-18,20 124 1 ----- 126 K2H1-18,2 122 it K HI-10 Mi—ax 127 H1-10 Q 134 127 2H1-22 H1-12,14 I I I R2H1-8 I JR2H1-8 — r I I I I I I 1-12,14 -8 R2H1-8 1 IN EO 144 -- -- K H1-26 EO 142 K H1 26 E0142 1-34 K H -26 ,1#10G -- — 12 E 145 — K.7 3 5 t10,#10N,#108G - --�G.5) GENERAL NOTES 1. SEE SINGLE LINE DIAGRAM FOR FEEDER CONDUIT AND CONDUCTOR SIZING. 2. CONCEAL ALL ELEECTRICAL RACEWAY CONDUIT, TUBING AND FITTINGS UNLESS SPECIFICALLY NOTED OTHERWISE. RECESS ELECTRICAL DEVICE JBOXES IN WALLS, FLOORS, AND CEILING TO ALLOW FOR CONCEALED RACEWAY INSTALLATION. AREAS CONSISTING OF EXPOSED STRUCTURAL CEILINGS SHALL BE PROVIDED WITH EMT CONDUIT BACK TO ELECTRICAL ROOM OR PANELBOARD WHERE REQUIRED. 3. SEE ARCHITECTURAL DRAWINGS FOR ADDITIONAL REQUIREMENTS. 4. SEE MECHANICAL AND PLUMBING DRAWINGS FOR ADDITIONAL REQUIREMENTS. 5. PROVIDE FLEXIBLE SEAL TIGHT TYPE CONDUIT CONNECTION TO ALL MECHANCIAL EQUIPMENT. 6. PROVIDE DUCT DETECTOR POWER AND CONNECTION TO MECHANICAL EQUIPMENT 2000 CFM OR LARGER. 7. REFER TO LOW VOLTAGE AND COMMUNICATION DRAWINGS FOR ADDITIONAL REQUIREMENTS AND LOCATIONS OFTELEPHONE/DATA, AND TELEVISION OUTLETS. TELEPHONE/DATA AND TELEVISION OUTLETS TO BE MOUNTED ADJACENT TOP WEIR WIRING DEVICES WITHIN 24" INCHES AT SAME ELEVATION, U.O.N. PROVIDE RING AND STRING FROM TELEPHONE/DATA AND TELEVISION DEVICES TO ACCESSIBLE CEILING SPACE. 8. ALL WIRING DEVICES 15 AND 20 AMPERE INSTALLED IN COMMERCIAL KITCHENS OR WITHIN 6' FEET OF SINK OUTSIDE EDGES SHALL HAVE GROUND FAULT CIRCUIT INTERRUPTER PROTECTION (GFCI) PER CEC 210.8(B). 9. ELECTRICAL CONTRACTOR TO VERIFY ALL FOOD SERVICE & BAR EQUIPMENT ROUGH -IN REQUIREMENTS WITH FOOD SERVICE CONTRACTOR AND EQUIPMENT DATA. 10. ELECTRICAL CONTRACTOR TO OBTAIN SIGN OFF ON ALL FOOD SERVICE EQUIPMENT ROUGH -IN TYPE AND DIMENSIONS FROM FOOD SERVICE CONTRACTOR, GENERAL CONTRACTOR, ARCHITECT AND PRIOR TO COVER. 11. COORDINATE NEMA CONFIGURATION OF ALL SPECIAL PURPOSE WIRING DEVICES WITH EQUIPMENT PRIOR TO ROUGH IN. 12. CONTRACTOR TO PROVIDE P-TOUCH LABELS ON ALL TENANT WIRING DEVICES INCLUDING PANEL NAME AND CIRCUIT DESIGNATION. KEY NOTES O APPROXIMATE LOCATION OF NEW PANELBOARD/ TRANSFORMER. O APPROXIMATE LOCATION OF AUTOMATIC TRANSFER SWITCH. O PROVIDE WEATHER RESISTANT, GFCI AND EXTRA DUTY LISTED MAINTENANCE RECEPTACLE WITHIN 25' OF EQUIPMENT. ® VARIABLE FREQUENCY DRIVE WITH INTEGRAL DISCONNECT SWITCH PROVIDED BY MECHANICAL AND INSTALLED BY ELECTRICAL CONTRACTOR. O PROVIDE 20A MOTOR RATED SWITCH WITH THERMAL OVERLOADS IN NEMA 1 ENCLOSURE. © PROVIDE 30AMP, 600V, 3 PHASE, HEAVY DUTY, NEMA 3R FUSED DISCONNECT SWITCH. COORDINATE FUSE SIZE WITH EQUIPMENT NAMEPLATE. O PROVIDE 60 AMP, 250V, 3 PHASE, HEAVY DUTY, NEMA 3R FUSED DISCONNECT SWITCH. COORDINATE FUSE SIZE WITH EQUIPMENT NAMEPLATE. ® PROVIDE GENERATOR EMERGY POWER OFF PUSHBUTTON STATION. O PROVIDE POWER CONNECTION TO BATTERY CHARGER. 10 PROVIDE POWER CONNECTION TO WATER JACKET HEATER. 11 MOUNT WP/GFCI HOLIDAY RECEPTACLE AS HIGH AS POSSIBLE IN EAVE AREA. 12 PROVIDE HARD -WIRED CONNECTION TO BAR RECEPTACLES. 13 BAR RECEPTACLES PROVIDED AS PART OF THE FURNITURE AND SHOWN FOR REFERENCE ONLY. 14 WRAP WALLS WITH 4'x8'x3/4" THICK FIRE RATED PLYWOOD. FACE PLYWOOD BACKBOARD FIRE SEAL OUTWARD FOR INSPECTION PURPOSES. 15 PROVIDED 4"Wx12"Lx1/4" THICK GROUND BUS BAR WITH STAND OFF INSULATORS. 16 ROUTE VC. WITH #2 BARE COPPER GROUND CONDUCTOR BACK TO MAIN SERVICE SWITCHBOARD GROUNDING ELECTRODE SYSTEM (BUS BAR). 17 FAN COIL POWERED BY CONDENSING UNIT LOCATED ON ROOF. CONTROL AND LINE VOLTAGE WIRING TO BE INSTALLED BY MECHANICAL CONTRACTOR. 18 COORDINATE NEMA OUTLET CONFIGURATION WITH UIPME ORD. 19 PROVIDE ISOLATED GROUND CONDUCTOR T CFIREPXLA 1 20 PROVIDE 30 AMP, 250V, 3 PHASE, HEAVY DUTY, NEMA 3R FUSED DISCONNECT SWITCH. COORDINATE FUSE SIZE WITH EQUIPMENT NAMEPLATE. 21 PROVIDE 60AMP, 600V, 3 PHASE, HEAVY DUTY, NEMA 3R FUSED DISCONNECT SWITCH. COORDINATE FUSE SIZE WITH EQUIPMENT NAMEPLATE. 22 PROVIDE JUNCTION BOX FOR BOILER B-1 POWER. 23 PROVIDE JUNCTION BOX FOR CIRCULATION PUMP BP-1 POWER. 24 PROVIDE ATS IN NEMA 3R ENCLOSURE. 25 COORDINATE EXACT LOCATION AND CONNECTION TO MOTORIZED GATE AND GATE OPERATOR CONTROL ATION QUIPM HOP D GS PRI ROUG 26 APPROXIMATE L CATION OF USED DISCONNECT SWITCH FOR PHOT VOLTAIC SY TEM. REFER TO SINGLE LINE DIAGRAM FOR ADDITIONAL REQUIREMENTS. KEY PLAN AH HS H1 GR MC CC SS H2 CH R2 SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Tel 619.557.2500 Suite 100 Fax 619.557.2520 San Diego, CA 92101 United States R0Wa� Electric - 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS Consulting Engineers, Inc. DEPENDANT ON INFORMATION DEVELOP.DESIGN.DELIVER PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC 1044 PIONEER WAY. SUITE E MAKE NO CLAIMS OF THE ACCURACY EL CAJON. CA 92020 OR VALIDITY OF THE INFORMATION TEL: 619.334.6020 PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS ESS/0� a E19124 * Exp.06/30/20 CTR OF C�CPO�� A��F RBCE JOB #2018-0048 Seal / Signature 0 Date Description 2019 10-29 PERMIT SET A 2019_12-13 CD - PERMIT 2ND CYCLE B 2020_02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description ENLARGED PLANS Scale 1 /411 = 1'-01' ENLARGED BAR-2 ROOM 3 SCALE: 1/4" = V-0" ENLARGED BAR-1 ROOM 2 SCALE: 1/4" = V-0" H 1 E06-102 © 2015 Gensler SILVERROCK OUTPUT CIRCUIT BREAKERS AS INDICATED ON SINGLE LINE DIAGRAM SHEET E8.01 PROVIDE WEATHERPROOF SOUND LEVEL 1ENCLOSURE ENGINE CRANKING — MOTOR SOLENOID POWER GENERATOR WITH AMORTISSEUR WINGING BATTERY CHARGER ENGINE 24V DC 24V DC ROTATING n POWER CRANKING MOTOR ENGINE ENGINE q q q q q q q q P TA STOP VOLTAGE REGULATOR SENSOR ABC N BELT DRIVEN BATTERY CHARGING ALTERNATOR SYSTEM NOT SHOWN FOR DRAWING CLARITY. 1 112"C.O. GND ALTERNATOR IS PROVIDED AS PART OF THE GENERATOR SYSTEM T N G ENGINE COOLING WATER JACKET E N HEATER WITH INTEGRAL T D THERMOSTAT, 1 f OVER -TEMPERATURE PROTECTION, U.L. LISTING 120V, 20A, DUAL WALL ,SKID BASE DIESEL FUEL TANK ENGINE CRANKING BATTERIES 24 VOLT D.C. NOMINAL SEALED CELL MAINTENANCE FREE TYPE BATTERY CHARGER ENGINE CRANKING MOTOR MOTOR ° ZI ° ° OUTPUT POWER FEEDER, SEE SINGLE LINE FOR ADDITIONAL REQUIREMENTS. TO BUILDING SEE SINGLE LINE DIAGRAM ISOLATION PAD PER STRUCTURAL ENGINEER REMOTE GENERATOR STATUS ANNUNCIATOR LOCATED PER AHJ PROVIDE START/STOP CONTROL WIRING 1-1/2" CONDUIT TO EACH ATS. SEE 208V, 20A, BRANCH ENLARGED ELECTRIC ROOM CIRCUIT. SEE ENLARGE PLANS FOR ATS LOCATIONS. FLOOR PLAN FOR CIRCUIT ASSIGNMENT. PROVIDE #10 CONDCUTORS PROVIDE CONCRETE GENERATOR PAD PER STRUCTURAL CALCULATIONS. V/0.8PF 950KVA STANDBY RGENCY GENERATOR >E FUEL TANK a — I -III-III-I 120V, 20A, CIRCUIT. SEE ENLARGE FLOOR PLAN FOR CIRCUIT ASSIGNMENT. PROVIDE #10 CONDCUTORS ISOLATION PAD PER STRUCTURAL ENGINEER TANK FILL RAIN CAP PROVIDE 120V CONNECTION TO D A rTrn\i nu A Mfl= SEALTITE CONDUIT CONNECTIONS THROUGHOUT GENSET CONTROL PA GENSET FEEDER F UNDERGROUND TO ATS , -- SINGLELINE DIAGRAM CRITICAL EXHAUST SILENCER 'UARD GENSET CONTROL PANEL poll ANK SUB -BASE FUEL TANK 0 d e n c a c c -III—III d o e e -III-III-I _4 ° 4°4 as as ISOLATION PAD PER STRUCTURAL ENGINEER UU 1 rU 1 UIF\UUI I ollL %F\Lll L� AIR I CRITICAL SILENCER ABOVE ^' I ICAL EXHAUST SILENCER LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States USP Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY. SUITE E EL CAJON. CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 ROWan Electric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS CEssro' —E19124" Exp.06/30/20 F � �FCTR�GP\Q' OF RBCE JOB #2018-0048 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020_09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA — MAIN HOTEL Project Number 55.7598.000 Description ELECTRICAL DETAILS Scale NOT TO SCALE GENERATOR SCALE: NONE H 1 E07.102 © 2015 Gensler IID L F TRAM IID UTILITY CO. NEW 12KV CIRCUIT Q CD N N O N O 22 T� T� 60 AF 50 AT 3P LSIG 100 AF 100 AT 3P LSIG 600 AF 600 AT 3P LSIG DIESEL ENGINE GENERATOR "GEN-H1" 500KW/ 625 KVA NEMA 3R SOUND ENCLOSURE TO "ATS-LSHS" SPA BUILDING TO "ATS-LSHS" SPA BUILDING MAIN SWITCHBOARD'MSB-H1' 3000A, 480Y/277V, 14W, 65KAIC (MONTAGE HOTEL) UGPS 2000A O T 3000AF 3000AT 3P LSIG G N J 1#3/0 CU COLD WAl F 1 #8 CU TO GROUND ROD 1#3/0 CU TO UFER 1#3/0 CU TO BUILDING STEEL 4#2 AL, 1#6 AL GND, 1-1 /4"C. NEW DIMMER PANEL DP -HA NEW PAN EL LSHL (HOTEL) 4#4/0 AL, 1#2 AL GND, 2-1 /2"C. 1 #2 AL, 3/4"C. - 3#2 AL, 1#6 AL GND, 1-1 /4"C. NEW PANEL LSH H (HOTEL) 4#1 /0 KCM IL CU, 1#6 AL GND, 1-1 /2" C. 4#1 /0 KCMIL AL, 1#6 AL GND, 1-1 /2" C. SPD T 100 AF 100 AT 3P NEW NEW PAN EL PAN EL SBLH1 ITH (HOTEL) (HOTEL) 4#4/0 AL, O7 4#1 /0 AL, O7 1#2 AL GND, 1#6 AL GND, 2-1 /2"C. 1-1 /2"C. /%kXFMR XFMR'T-rTH' A T-SBL-H1' 30 KVA 1CC ° - 45KVA 1° - 480-208Y/120V 480-208Y/120V NEMA 1 NEMA1 3#2 AL, 1#6 AL GND. 1-1 /4"C REF RIG SYSTEM NEW NEW MAU-1 (ITEM 120) AC-1 DIMMER PANEL PAN EL SBH 1 DP-HB (HOTEL) VFD VFD F 100 AS F 60 AS F 400 AS 70 AF 50 AF 300 AF 3P 3P 3P T 4#2 AL, 4#2/0 AL, 3#6 CU, 3#4 CU, 3#6 CU, 3#500 KCMIL AL, 1#6 AL GND, 1#2 AL GND. 1#10 CU. GND, 1#8 GND. 1#10CU GND, 1#1/0 AL GND, 1-1 /4"C. 2"C 1 "C. 1 114"C 1-1 /4"C. 4"C. O T 125 AF 60 AF 100 AF 60 AF 400 AF 125 AT 50 AT 70 AT 50 AT 300 AT 3P 3P 3P 3P 3P 600 AF 600 AT 3P NEW DISTRIBUTION PANEL SBDB-H1 - 600A, 480Y/277V, 30, 4W (STANDBY DISTRIBUTION) XFMR'T-LSHL' 45KVA 480-208Y/120V NEMA1 NEW ATS-LSH 1 100A-4P (NEMA 3R) TT L I E IN (2) 4#500kCMIL CU, 1#4/0 AL GND, 4"C. (2) 4#500 kCMIL AL, 1#4/0 AL GND, 4"C. NEW ATS-SBH 1 600A-4P (NEMA 1) T 1 #6 AL, 3/4"C. _ L 11 I E IN NEW PANEL LMH (MECH) 4#1 /0 AL, 71#6 AL GND, 1 112"C. XFMR'T-LMH' 30KVA 480-208Y/120V NEMA1 3#4 AL, 1#6 AL GND, 1-1 /4"C. NEW PANEL HMH (MECH) -4#1/0 AL, (2) 4#500 kCMIL 4#2/0 AL, 1#6 AL GND. 1#4/0 AL GND, 1#4 AL GND. 1-1 /2"C. 4"C. 2"C OT O® O® 100 AF 100 AT 600 AF 600 AT 125 AF 125 AT 3P 3P 3P GENERAL NOTES KEYNOTES 1. ALL ELECTRICAL DEVICE SHOWN ARE NEW. 8. CONTRACTOR TO PROVIDE POWER SYSTEM STUDY AND T IID UTILITY CO. PRECAST CONCRETE PAD FOR PAD MOUNTED ASSOCIATED ARC FLASH LABELING ON ALL ELECTRICAL TRANSFORMER PER UTILITY COMPANY STANDARDS. 2. ALL ELECTRICAL EQUIPMENT SHOWN IS NEMA 1, U.O.N. DISTRIBUTION EQUIPMENT. O 2 PROVIDE UNDERGROUND CONDUIT PRIMARY AND SECONDARY 3. ALL 600V AND LESS ELECTRICAL FEED CONDUCTORS ARE 9. CONTRACTOR SHALL REVIEW THE, MAIN SERVICE INFRASTRUCTURE PER SCE INSTALLATION DRAWINGS. NEW, XHWN-2/XHHN-2 INSULATION, AND COPPER MATERIAL. SWITCHBOARD'S FOR FINAL OVERALL DIMENSIONS WITH ENLARGED MAIN ELECTRICAL ROOM LAYOUT AND PROVIDE O IID UTILITY CO. METERAND SOCKET. 4. PROVIDE SERVICE ENTRANCE ELECTRICAL EQUIPMENT PER EQUIPMENT NO LARGER IN DIMENSIONS THAN EQUIPMENT IID POWER UTILITYCOMPANY STANDARDS. SHOWN. O PROVIDE GROUNDING ELECTRODES IN ACCORDANCE WITH CEC 250-30(4)A. 5. REFER TO IID UTILITY COMPANY UNDERGROUND STANDARDS 10. CIRCUIT BREAKER LABEL WITH "LSI" OR "LSIG" INDICATED AS AND SITE SPECIFIC INSTALLATION DRAWINGS FOR FOLLOWING TRIP FUNCTIONS: L = LONG TIME, S = SHORT T CUSTOMER SUB METER PER TITLE 24 SECTION 130.5 TABLE ADDITIONAL REQUIREMENTS. TIME, I = INSTANTANEOUS, G = GROUND FAULT, A = GROUND 130.5A, SERVICES GREATER THAN 1000 KVA. FAULT ALARM. 6. SWITCHBOARD, PANEL BOARD, AND TRANSFORMERS TO BE O PROVIDE 120KA INTEGRAL SERVICE RATED SURGE COPPER BUSSING AND WINDINGS. 11 • ARC ENERGY REDUCTI ON IS PROVIDED AS PART OF THE PROTECTION DEVICE. MANUFACTURER EQUIPMENT IN ACCORDANCE WITH CEC 7 7. PANELBOARDS ARE TO BE FULLY RATED. SERIES RATED IS 240.87. TAP CONDUCTOR NOT TO EXCEED 10' IN LENGTH. CEC TAP PROHIBITED. RULE APPLIES. 4#1 /0 AL, 1#4 AL GND, 1 1 /2"C. NEW NEW PANEL PANEL PBL1 PBL2 (POOL BLDG) (POOL BLDG) 4#500 KCMIL AL, O7 1#1/0 AL GND, 3" C. XFMR'T-PBL' 112.5KVA 1#1/0 AL, 480-208Y/120V 314"C. - = NEMA3R 11 3 /0 AL, 1#4 AL GND, 1 21 /2"C. NEW LIGHTING NEW PANEL CONTROL PANEL HLH PANEL PBH (LIGHTING) LCP-H1 POOL BLDG) #1 /OAL, 3/4"C. 13 \ O 4#1/0AL, 41250 KCMIL/ 1#6 AL GND, 1#2 AL GND, (\ J 1-1 /2"C. 2-1 /2"C. O® O® 100 AF 200 AF 100 AT 200 AT 3P 3P ►ee TGENERATOR START/STOP CONTACTS INITIATED BY ATS UPON INTERRUPTION OF NORMAL POWER. TENCLOSED CIRCUIT BREAKER TO BE PROVIDED WITH ADJUSTABLE TRIP PLUG ABILITY. 10 PROVIDE UL LISTED SPLIT BUS PANEL TO ALLOW SEGREGATION OF ELECTRIC LOADS (IE: LIGHTING, POWER, HVAC). PROVIDE PROVISIONS FOR FUTURE MONITORING OF SEGREGATED LOADS. 11 BOND GROUNDING ELECTRODE CONDUCTOR FOR SEPARATELY DERIVED SYSTEM TO NEAREST EFFECTIVE COLD WATER PIPE IN CONTACT WITH EARTH FORA MINIMUM OF 10'-0" LENGTH OR NEAREST METAL BUILDING FRAME CONNECTED TO EARTH OR OTHER GROUNDING ELECTRODES PER CEC 250.52. 12 CONTRACTOR TO PROVIDE BUILDING POWER CONNECTION TO WATER FEATURE VAULT PANEL PROVIDED AND INSTALLED BY NEW NEW NEW NEW NEW NEW POOL EQUIPMENT SUPPLIER. REFER TO AQUATIC DESIGN PANEL PANEL PANEL PANEL PANEL PANEL CONSTRUCTION DOCUMENTS FOR PANEL SCHEDULE AND LOAD K1 H1 K21-11 K31-11 R1 H1 R21-11 VTH1 SUMMARY. (KITCHEN) (KITCHEN) (BAR) (RECEPT) (RECEPT) (POOL VAULT) 13 BUILDINGS OR STRUCTURES(S) SUPPLIED BY FEEDER(S) SHALL HAVE A GROUNDING ELECTRODE OR GROUNDING ELECTRODE SYSTEM INSTALLED IN 12 zh Tr ORDANC H PART RTICLE 2016 CE TICLE .3 SERVE SPACE IN ELECTRIC ROOM FOR NEMA 1 FUSED DISCONNECT ITCH WITH VIEWING WINDOW FOR ROOM MOUNTED PHOTOVOLTAIC 4#250r4#250 AL,KCMIL AL, 4#210 AL, 1#4 AL GND. 4#4/0 AL, 1#2 AL GND. 4#310 A , 1#4 AL D. 4#2/0 AL\STEM.KCMIL 1#4 AL GND. )1#4 AL GND.1#4 AL GND. 2"C 2-1/2"C 2"C OVIDE UL LISTED REVERSE FEED CIRCUIT BREAKER FOR FUTURE PV 2-1/2"C2-1/2"C cTPKA i NEW PANEL RRL (RESTROOM) 4#300 KCMIL AL, O7 1#1/0 AL GND, 3" C. "\A XFMR'T-RRL' / V 75KVA /0 AL, 480-208Y/120V 3/4"C. = NEMA 1 11 3#2/0 AL, 1#4 AL GND, 2"C. NEW LIGHTING PANEL CONTROL RRH PANEL (RESTRO ) LCP-PB 200 AF 200 AF 125 AF 125 AF 150 AF 100 AF 200 AF 3P 200 AT 3 P 200 AT 3 P 125 AT 3 P 125 AT 3 PO AT 100 3 P AT 3 P 200 AT 1 #4/0 AL, 11 4#3/0 AL, 1#4 AL GND, 2"C. 100 AF 200 AF 100 AF 100 AT 150 AT 100 AT 3P 3P 3P 800 AF 800 AT 3P NEW DISTRIBUTION PANEL DBL-H1 - 800A, 208Y/120V, 30, 4W (MONTAGE HOTEL) NEW PANEL EVH1 (EV CHG) (3) 4#400 kCMIL AL, O7 4#300 KCMIL AL, 7T 1#4/0 AL GND, 1#1/0 AL GND, 4" C 3" C. XFMR XFMR'T-EVH1' 'T-DBL-H1' AAA 1#110 AL, 75KVA 225KVA 480-208Y/120V 314"C. 480-208Y/120V = NEMA 1 NEMA 1 11 (2) 3#4/0 AL, 1#1/0 AL GND, 2-1P'C. -OT 400 AF 350 AT 3P TO HOTEL SPA BUILDING HS DISTRIBUTION BOARD "MDB-HS" TO GUESTROOM BUILDING DISTRIBUTION BOARD "DB-GRB" < TO GUESTROOM BUILIDNG DISTRIBUTION RD "D - RA" STUB CONDUIT OUT OF ELECTRIC ROOM.' 1 n (2)4"C F 600 AS< 600 AF 3P 14 3#2/0 AL, (2) 4#600kCMIL AL, (4)4#500 kCMIL AL, (4)4#500 kCMIL AL, 1#4 AL GND, 1#4/0 AL GND, 1#250 kCMIL AL GND, 1#250 kCMIL AL GND, 2" C. 4"C. 4"C. 4"C. 15 200 AF 600 AF 600 AF 800 AF 225 AF 600 AF 125 AT 600 AT 600 AT 800 AT 225 AT 600 AT 3P 3P 3P 3P 3P 3P SWITCH BOARD'MSB-H1' - 3H, 4W SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Tel 619.557.2500 Suite 100 Fax 619.557.2520 San Diego, CA 92101 United States Rowan Electric - 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS Consulting Engineers, Inc. DEPENDANT ON INFORMATION DEVELOP.DESIGN.DELIVER PROVIDED BY OTHERS THE DESIGNER, ENGINEER, AND /OR ROWAN ELECTRIC 1044 PIONEER WAY, SUITE E MAKE NO CLAIMS OF THE ACCURACY EL CAJON, CA 92020 OR VALIDITY OF THE INFORMATION TEL: 619.334.6020 PROVIDED BY OTHERS THE DESIGNER, ENGINEER, AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS E,%/0 "Y Q E19124 XM * Exp.06/30/20 ��-f �"CTR��PO�� OF RBCE JOB #2018-0048 Seal / Signature 0 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020_05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description SINGLE LINE DIAGRAM Scale NOT TO SCALE H 1 E08-1 © 2015 Gensler 0 FAULT CURRENT SCHEDULE DEVICE FAULT AT DEVICE AIC RATING VOLTAGE FEEDER TRANSFORMER SIZE LENGTH KVA Z% FAULT AT PRIMARY GEN-1-11 45,000 65,000 480V (3)400kcmil MSB-H1 45,000 65,000 480V (8)500kcmil ATS-LSH1 31,019 / 30,012 65,000 480V 1/0 AL 22' / 24' LSHH 22,225 42,000 480V 1/0 AL 20' T-LSHL 6,181 14,000 480V #2 AL 28' 45 1.75 13,373 LSHL 5,696 10,000 208V 3/0 AL 18' DP -HA 1,986 10,000 208V #2 AL 147' DP-HB 1,986 10,000 208V #2 AL 147' ATS-SBH1 40,666 / 41,402 65,000 480V (2)500kcmil AL 27' / 22' SBDB-H1 39,468 65,000 480V (2)500kcmil AL 13' SBH1 9,109 14,000 480V 2/0 AL 158' T-SBL-H1 5,586 14,000 480V #2 AL 21' 45 1.75 7,512 SBLH1 5,221 10,000 208V 4/0 AL 18' T-ITH 4,373 14,000 480V #6 29' 30 1.75 15,227 ITH 4,092 10,000 208V 1/0 AL 17' DB-GRA 22,936 35,000 480V (4)500kcmil AL 452' DB-GRB 12,443 14,000 480V (4)500kcmil AL 1172' HLH 30,678 65,000 480V 1/0 AL 22' HMH 33,746 65,000 480V 2/0 AL 20' T-LMH 4,370 14,000 480V #4 AL 25' 30 1.75 14,691 LMH 4,074 10,000 208V 1/0 AL 18' MDB-HS 2,653 14,000 480V (2)500kcmil AL 3425' PBH 9,014 18,000 480V 250kcmil AL 282' T-PBL 9,365 14,000 480V 4/0 AL 20' 112.5 2 8,445 PBL1 8,842 10,000 208V (2)250kcmil AL 19' PBL2 7,776 10,000 208V 1/0 AL 12' RRH 6,501 14,000 480V 3/0 AL 287' T-RRL 7,206 14,000 480V 2/0 AL 20' 75 1.75 6,029 RRL 6,656 10,000 208V 300kcmil AL 18' T-DBL-H1 23,183 25,000 480V (2)4/0AL 31' 225 2 38,339 DBL-1-11 21,348 22,000 208V (3)400kcmil AL 25' K1 1-11 7,805 10,000 208V 250kcmil AL 116' K21-11 7,707 10,000 208V 250kcmil AL 118' K31-11 3,848 10,000 208V 2/0 AL 168' R1 1-11 14,479 22,000 208V 1/0 AL 19, R21-11 5,383 10,000 208V 3/0 AL 136' VTH1 2,266 10,000 208V 2/0 AL 300' T-EVH1 10,138 14,000 480V 2/0 AL 40' 75 1.75 25,553 EVH1 9,241 18,000 208V 300kcmil AL 19, VOLTAGE DROP SCHEDULE FEEDER BRANCH CIRCUIT DEVICE VOLTAGE DROP WIRE SIZE MAX VOLTAGE DROP CIRCUIT NUMBER WIRE SIZE TOTAL VOLTAGE DROP GEN-1-11 0.00% (3)400kcmil 0.00% MSB-H1 0.00% (8)500kcmil 0.00% ATS-LSH1 0.04%/ 0.04% 1/0 AL 0.04% LSHH 0.08% 1/0 AL !!!3.80%!!! 5 #12 3.88% T-LSHL 0.13% #2 AL 0.13% LSHL 0.07% 3/0 AL 2.36% 1 #12 2.43% DP -HA 0.85% #2 AL 1.58% 3 #12 2.43% DP-HB 0.54% #2 AL 1.81% 2 #12 2.36% ATS-SBH1 0.07%/ 0.06% (2)500kcmil AL 0.07% SBDB-H1 0.11% (2)500kcmil AL 0.47% 3 #4 0.58% SBH1 0.50% 2/0 AL 0.62% 7,9,11 #12 1.11% T-SBL-H1 0.58% #2 AL 0.58% SBLH1 0.11% 4/0 AL !!!4.48%!!! 1 #12 4.60% T-ITH 0.14% #6 0.14% ITH 0.04% 1/0 AL 0.34% 15 #12 0.38% DB-GRA 1.22% (4)500kcmil AL 1.22% DB-GRB 1.97% (4)500kcmil AL 1.97% HLH 0.02% 1/0 AL 2.56% 11 #12 2.58% HMH 0.08% 2/0 AL 0.80% 2,4,6 #12 0.89% T-LMH 0.11% #4 AL 0.11% LMH 0.03% 1/0 AL !!!4.00%!!! 5 #10 4.04% MDB-HS 0.00% (2)500kcmil AL 0.00% PBH 0.89% 250kcmil AL 0.19% 8 #12 1.07% T-PBL 0.96% 4/0 AL 0.96% PBL1 0.15% (2)250kcmil AL 1.68% 7 #12 1.83% PBL2 0.24% 1/0 AL 0.24% RRH 1.30% 3/0 AL 1.04% 21 #12 2.34% T-RRL 1.35% 2/0 AL 1.35% RRL 0.11% 300kcmil AL 2.27% 31 #12 2.38% T-DBL-H1 0.15% (2)4/0 AL 0.15% DBL-1-11 0.22% (3)400kcmil AL 0.22% K1 1-11 1.22% 250kcmil AL !!! 3.58%!!! 28 #12 4.80% K21-11 1.21% 250kcmil AL !!!3.75%!!! 50 #12 4.96% K31-11 1.75% 2/0 AL 1.15% 6 #12 2.89% R1 1-11 0.39% 1/0 AL !!! 3.74%!!! 17 #12 4.13% R21-11 2.32% 3/0 AL 2.57% 9 #12 4.89% VTH1 !!!3.95%!!! 2/0 AL 3.95% T-EVH1 0.04% 2/0 AL 0.04% EVH1 0.04% 300kcmil AL !!! 4.28%!!! 16 #12 4.32% RMC 10.00% 3/0 !!! 3.83%!!! 127 1#10 13.83% r SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY, SUITE E EL CAJON, CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 Rowan Electric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER, AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER, AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS —E19124" * Exp.06/30/20 ��-f TR��PO�� OF CA\-\F RBCE JOB #2018-0048 0 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description LOAD SUMMARIES & CALCULATIONS Scale NOT TO SCALE H 1 E09.1 01 © 2015 Gensler Panel: H MH LOCATION: ELECTRICAL 138 VOLTS: 480Y/277 Wye A.I.C. RATING: 65,000 MOUNTING: SURFACE BUS AMPS: 125 MAIN BKR: MLO FED FROM: MSB-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Pol s A B C Poles Trip Circuit Description CKT 1 EQ. 82 DISHMACHINE/BOOSTER... 60 A 13.03 3.03 3 20 A MP H1-1 MISTER PUMP 2 3 -- -- -- 13.03 3.03 -- -- -- 4 5 -- - 13.03 3.03 - -- - 6 7 EF-6 20 A 3 0.38 BUSS ACE 8 9 -- . 8 0.0 -- ED SPACE- 11 -- -- 0.38 0.00 BUSSED SPACE 12 13 EF-2 20 A 3 0.20 0.00 BUSSED SPACE 14 15 -- -- 0.20 0.00 BUSSED SPACE 16 17 -- - 0.20 0.00 BUSSED SPACE 18 19 EF-3 20 A 3 0.33 0.00 BUSSED SPACE 20 21 0.33 0.00 BUSSED SPACE 22 23 -- 0.33 0.00 BUSSED SPACE 24 25 EF-4 20 A 3 0.20 0.00 BUSSED SPACE 26 27 -- 0.20 0.00 BUSSED SPACE 28 29 0.20 0.00 BUSSED SPACE 30 31 EF-5 20 A 3 1.33 0.00 BUSSED SPACE 32 33 1.33 0.00 -- BUSSED SPACE 34 35 1.33 0.00 -- BUSSED SPACE 36 37 BUSSED SPACE 0.00 1.40 3 50 A T-LMH 38 39 BUSSED SPACE 0.00 0.96 -- -- 40 41 BUSSED SPACE 0.00 1.08 -- 42 Total Load: 19.9 kVA 19.5 kVA 19.6 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 1.92 kVA 125.00% 2.40 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 59.0 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 59.7 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 71 A Total Est. Demand: 172 A Panel: PBH LOCATION: POOL EQUIPMENT 200 VOLTS: 480Y/277 Wye A.I.C. RATING: 18,000 MOUNTING: SURFACE BUS AMPS: 200 MAIN BKR: MCB FED FROM: MSB-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EF-10 20 A 3 0.38 28.80 3 175 A T-PBL 2 3 -- -- 0.38 28.04 -- -- -- 4 5 -- 0.38 25.48 -- -- 6 7 BUSSED SPACE 0.00 0.97 1 20 A POOL EQUIPMENT LTG 8 9 BUSSED SPACE 0.00 0.00 1 1 20 A SPARE 10 11 BUSSED SPACE 0.00 0.00 1 20 A SPARE 12 3 BUSSED SPACE 0.00 0.00 -- -- BUSSED SPACE 14 15 SSED SPACE 0.00 0.00 BUSSED SPACE 16 17 BUSS ACE 0.00 0.00 BUSSED SPACE 18 19 BUSSED SPA-M, 0.00 0.00 BUSSED SPACE 20 21 BUSSED SPACE 0.00 0.00 BUSSED SE 22 23 BUSSED SPACE 0.00 0.00 BU SPACE 24 25 BUSSED SPACE 0.00 0.00 150 SSED SPACE 26 27 BUSSED SPACE 0.00 0.00 BUSSED SPACE 28 29 BUSSED SPACE 0.00 0.00 BUSSED SPACE 30 31 BUSSED SPACE 0.00 BUSSED SPACE 32 33 BUSSED SPACE 0.00 0.00 BUSSED SPACE 34 35 BUSSED SPACE 0.00 0.00 BUSSED SPACE 36 37 BUSSED SPACE 0.00 0.00 BUSSED SPACE 38 39 BUSSED SPACE .00 0.00 BUSSED SPACE 40 41 BUSSED SPACE 0.0 0.00 BUSSED SPACE 42 43 BUSSED SPACE 0 0.00 BUSSED SPACE 44 45 BUSSED SPACE 0.00 0.00 BUSSED SPACE 46 47 BUSSED SPACE 0.00 0.00 BUSSED SPACE 48 49 BUSSED SPACE 0.00 0.00 ED SPACE 50 51 BUSSED SPACE 0.00 0.00 BUSS ACE 52 53 BUSSED SPACE 0.00 0.00 BUSSED SPAtE,, 54 55 BUSSED SP 0.00 0.00 BUSSED SPACE 56 57 BU SPACE 0.00 0.00 1 BUSSED SPACE 58 5 USSED SPACE 0.00 10.00 BUSSED SPACE - - - - - Total Load: 30.1 kVA 28.4 kVA 25.9 kVA - - - - - - - Load Classification Connected Load Demand Factor Estimated... Panel Totals Motor 2.88 kVA 100.00% 2.88 kVA RECEPTACLE 1.58 kVA 125.00% 1.98 kVA Total Conn. Load: 84.4 kVA Spare 79.00 kVA 100.00% 79.00 kVA Total Est. Demand: 85.1 kVA LTG 0.97 kVA 125.00% 1.21 kVA Total Conn.: 102 A Total Est. Demand: 102 A Notes: < I �I U) of o J 0 Q 0 ml [o l0 W LU Z ¢ ¢ a l0 UI U C co c� z z Q �I � o z z c9 c� C/) LU of � U U � � Q 0 0 Of w LU LU Panel: RRH LOCATION: TOWEL STAND201 VOLTS: 480Y/277 Wye A.I.C. RATING: 14,000 MOUNTING: SURFACE BUS AMPS: 150 MAIN BKR: MCB 150A FED FROM: MSB-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C tes; Trip Circuit Description CKT 1 RESTROOMS LTG 20 A 1 0.33 8.00 40 A MAU-2 2 3 SPARE 20 A 1 0.00 8.00 -- 4 5 SPARE 20 A 1 0.00 8.00 -- 6 7 SPARE 20 A 1 0.00 0.20 20 A EF-8 8 9 SPARE 20 A 1 0.00 0.20 -- 10 11 SP#RE 20 A A 1 A 0.00 0.20 -- -- 12 T-R (25 A 14.5 3 20 A EF-9 14 15 -- 12.37 0.83 -- -- 16 17 -- 12.55 0.83 18 19 LANDSCAPE LTG 20 A 1 0.48 0.00 BUSSED SPACE 20 21 LANDSCAPE LTG 20 A 1 0.50 1 0.00 BUSSED SPACE 22 23 LANDSCAPE LTG 20 A 1 0.49 0.00 BUSSED SPACE 24 25 LANDSCAPE LTG 20 A 1 0.31 0.00 BUSSED SPACE 26 27 LANDSCAPE LTG 20 A 1 0.39 0.00 BUSSED SPACE 28 29 SPARE 20 A 1 1 0.00 0.00 BUSSED SPACE 30 31 EWH H1-3 KITCHEN 203 40 A 2 6.75 0.00 BUSSED SPACE 32 33 -- 6.75 0.00 BUSSED SPACE 34 35 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 36 37 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 38 39 SPARE 20 A 1 0.00 1 0.00 BUSSED SPACE 40 41 SPARE 20 A 1 1 1 0.00 0.00 BUSSED SPACE 42 Total Load: 31.4 kVA 29.0 kVA 22.1 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 6.84 kVA 125.00% 8.55 kVA LTG 4.05 kVA 125.00% 5.06 kVA Total Conn. Load: 82.6 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 80.0 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 99 A Total Est. Demand: 196 A Panel: LMH LOCATION: ELECTRICAL 138 MOUNTING: SURFACE FED FROM: T-LMH NOTE: NEW VOLTS: 208V BUS AMPS: 100 NEUTRAL: 100% A.I.C. RATING: 10,000 MAIN BKR: MCB LUGS: Standard CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EF-1 LINEN - SOILED 135 20 A 1 0.24 0.64 1 20 A VAV's HOUSE KEEPING STO. 129 2 3 EF-12/ EF-13 CAN WASH 144 20 A 1 0.24 0.72 1 20 A VAV's CONCIERGE I BAG STORAGE... 4 5 IRR REC 20 A 1 0.52 0.56 1 20 A VAV's 6 7 IRR REC 20 A 1 0.52 0.00 -- -- BUSSED SPACE 8 9 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 10 11 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 12 13 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 14 15 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 16 17 SPARE 20 A 1 1 0.00 0.00 -- BUSSED SPACE 18 Total Load: 1.4 kVA 1.0 kVA 1.1 W Load Classification Connected Load Demand Factor Estimated Demand Panel Totals Motor 0.48 kVA 100.00% 0.48 kVA RECEPTACLE 1.92 kVA 125.00% 2.40 kVA Total Conn. Load: 3.4 kVA CONTINUOUS 1.04 kVA 125.00% 1.30 kVA Total Est. Demand: 4.2 kVA Total Conn.: 10 A Total Est. Demand: 112 A Panel: P131-1 LOCATION: POOL EQUIPMENT 200 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 400 MAIN BKR: MCB FED FROM: T-PBL NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EC-1 20 A 3 0.58 5.40 3 100 A PBL2 2 3 -- -- -- 0.58 5.00 -- -- -- 4 5 -- 0.58 4.90 -- 6 7 POOL BUILDING CONV REC 20 A 1 1.22 0.00 BUSSED SPACE 8 9 OLIDAYBEC_ _ 20 A 1 _ 0 36 .QQ BLISSED-SPACE _ 0 11 BUSSED SPACE -- -- 0.00 0.00 -- BUSSED SPACE 12 13 SSED SPACE 0.00 0.00 -- BUSSED SPACE 4 15 BU SPACE 0.00 0.00 -- BUSSED SPACE 16 17 BUSSED S 0.00 0.00 -- BUSSED SPACE 18 19 BUSSED SPACE 0.00 0.00 BUSSED SPAC 20 21 BUSSED SPACE 0.00 0.00 -- BUSSE ACE 22 23 BUSSED SPACE 0.00 0.00 --NSSED SPACE 24 25 BUSSED SPACE 0.00 0.00 BUSSED SPACE 26 27 BUSSED SPACE 0.00 0.00 -- BUSSED SPACE 28 29 BUSSED SPACE 0.00 0.00 BUSSED SPACE 30 31 BUSSED SPACE 0. 0.00 BUSSED SPACE 32 33 BUSSED SPACE 0.00 0.00 BUSSED SPACE 34 35 BUSSED SPACE 0.00 0.00 BUSSED SPACE 36 37 BUSSED SPACE 0.00 0.00 BUSSED SPACE 38 39 BUSSED SPACE 0.00 0.00 BUSSED SPACE 40 41 BUSSED SPACE 0.00 .00 BUSSED SPACE 42 43 BUSSED SPACE .00 0.00 BUSSED SPACE 44 45 BUSSED SPACE 0.00 0.00 BUSSED SPACE 46 47 BUSSED SPACE 0.00 0.00 BUSSED SPACE 48 49 BUSSED SPACE 0.00 0.00 ED SPACE 50 51 BUSSED SPACE 0.00 0.00 BUSS ACE 52 53 BUSSED SPACE 0.00 0.00 BUSSED SPAM, 54 55 BUSSED SP 0.00 0.00 BUSSED SPACE 56 57 BUSS PACE 0.00 0.00 BUSSED SPACE 58 59 SSED SPACE 0.00 0.00 BUSSED SPACE 60 - - - - - Total Load 28.8 kVA 28.0 kVA 25.5 kVA - - - - - - - Load Classification Connected Load Demand Factor Estimated... Panel Totals Motor 1.73 kVA 100.00% 1.73 kVA RECEPTACLE 1.58 kVA 125.00% 1.98 kVA Total Conn. Load: 82.3 kVA Spare 79.00 kVA 100.00% 79.00 kVA Total Est. Demand: 82.7 kVA Total Conn.: 228 A Total Est. Demand: 230 A Notes: Panel: H LH LOCATION: ELECTRICAL 138 MOUNTING: SURFACE FED FROM: MSB-H1 NOTE: NEW VOLTS: 480V BUS AMPS: 100 NEUTRAL: 100% A.I.C. RATING: 65,000 MAIN BKR: MLO LUGS: Standard KT Circu a ription Poles A B C Poles Trip Circuit Description CKT 1 BOH MH LTG 20 A 1 2.91 0.00 - BUSSED SPACE 2 3 KITCHEN LTG 20 A 1 1.15 0.00 -- BUSSED SPACE 4 5 EXTERIOR LTG 20 A 1 1.13 0.00 -- BUSSED SPACE 6 7 SITE WAY FIND SIGNAGE 20 A 1 0.72 0.00 -- BUSSED SPACE 8 9 MONUMENT SIGNAGE 20 A 1 0.36 0.00 BUSSED SPACE 10 11 PEDESTRIAN SIGNAGE 20 A 1 1 1.08 0.00 -- BUSSED SPACE 12 13 E A 0.00 BUSSED SPACE 14 SP 20 A 1 0.00 0.00 BUSSED SPACE 16 17 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 18 Total Load: 3.6 kVA 1.5 kVA 2.2 kVA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals RECEPTACLE 1.08 kVA 125.00% 1.35 kVA LTG 5.18 kVA 125.00% 6.48 kVA Total Conn. Load: 7.3 kVA CONTINUOUS 1.08 kVA 125.00% 1.35 kVA Total Est. Demand: 9.2 kVA Total Conn.: 9 A Total Est. Demand: 111 A Panel: P131-2 LOCATION: POOL EQUIPMENT 200 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 100 MAIN BKR: MLO FED FROM: PBL1 NEUTRAL: 100% LUGS: Standard NOTE: CKT Circuit Description Trite Poles A B C Poles Trip Circuit Description CKT 1 BUSSED SPACE 0.00 0.00 -- BUSSED SPACE 2 BUSSED SPACE 0.00 0.00 BUSSED SPACE 5 B ED SPACE 0.00 0.00 BUSSED SPACE 6 7 BUSSE ACE 0.00 0.00 BUSSED SPACE 8 9 BUSSED SPA 0.00 0.00 BUSSED SPACE 10 11 BUSSED SPACE 0.00 0.00 BUSSED SPA 12 13 BUSSED SPACE 0.00 0.00 BUSSED ACE 14 15 BUSSED SPACE 0.00 0.00 -- BVWfD SPACE 16 17 BUSSED SPACE 0.00 0.00 -- USSED SPACE 18 19 BUSSED SPACE 0.00 0.00 - BUSSED SPACE 20 21 BUSSED SPACE 0.00 0.00 -- BUSSED SPACE 22 23 BUSSED SPACE 0.00 0.00 - -- BUSSED SPACE 24 25 BUSSED SPACE 0.0 0.00 BUSSED SPACE 26 27 BUSSED SPACE 0.00 0.00 BUSSED SPACE 28 29 BUSSED SPACE 0.00 0.00 BUSSED SPACE 30 31 BUSSED SPACE 0.00 0.00 BUSSED SPACE 32 33 BUSSED SPACE 0. BUSSED SPACE 34 35 BUSSED SPACE 0 0.00 BUSSED SPACE 36 37 BUSSED SPACE 0.0 0.00 BUSSED SPACE 38 39 BUSSED SPACE 0.00 0.00 BUSSED SPACE 40 41 BUSSED SPACE 0.00 0.00 BUSSED SPACE 42 43 BUSSED SPACE 0.00 0.00 BUSSED SPACE 44 45 BUSSED SPACE 0.00 0.00 BUSSED SPACE 46 47 BUSSED SPACE 0.00 0.00 B ED SPACE 48 49 BUSSED SPACE 0.00 0.00 BUSSE ACE 50 51 BUSSED SPACE 0.00 0.00 BUSSED SPA 52 53 BUSSED SPA 0.00 0.00 BUSSED SPACE 54 55 BUSSED ACE 0.00 0.00 BUSSED SPACE 56 57 B D SPACE 0.00 0.00 BUSSED SPACE 58 5 USSED SPACE 0.00 0.00 BUSSED SPACE - - - - - Total Load 5.4 kVA 5.0 kVA- 4.9 kVA - - - - - - - Load Classification Connected Load Demand Factor Estimated... Panel Totals Spare 15.30 kVA 100.00% 15.30 kVA Total Conn. Load: 15.3 kVA Total Est. Demand: 15.3 kVA Total Conn.: 42 A Total Est. Demand: 42 A Notes: Panel: EVH1 LOCATION: ELECTRICAL 138 VOLTS: 208Y/120 Wye A.I.C. RATING: 18,000 MOUNTING: SURFACE BUS AMPS: 225 MAIN BKR: MCB 225A FED FROM: T-EVH1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 SPACE FOR EV CHARGING STATION 0.00 0.00 SPACE FOR EV CHARGING STATION 2 3 SPACE FOR EV CHARGING STATION 0.00 0.00 -- SPACE FOR EV CHARGING STATION 4 5 SPACE FOR EV CHARGING STATION 0.00 0.00 SPACE FOR EV CHARGING STATION 6 7 SPACE FOR EV CHARGING STATION 0.00 0.00 SPACE FOR EV CHARGING STATION 8 9 SPACE FOR EV CHARGING STATION 0.00 0.00 -- SPACE FOR EV CHARGING STATION 10 11 SPACE FOR EV CHARGING STATION -- 0.00 0.00 SPACE FOR EV CHARGING STATION 12 13 GOLF CART CHARGER PARKING 147 20 A 1 1.50 1.50 1 20 A GOLF CART CHARGER PARKING 147 14 15 GOLF CART CHARGER PARKING 147 20 A 1 1.50 1.50 1 20 A GOLF CART CHARGER PARKING 147 16 17 GOLF CART CHARGER PARKING 147 20 A 1 1.50 1.50 1 20 A GOLF CART CHARGER PARKING 147 18 19 GOLF CART CHARGER PARKING 147 20 A 1 0.36 1.50 1 20 A GOLF CART CHARGER PARKING 147 20 21 SPARE 20 A 1 0.00 0.00 -- -- BUSSED SPACE 22 23 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 24 25 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 26 27 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 28 29 BUSSED SPACE -- -- 0.00 0.00 BUSSED SPACE 30 31 BUSSED SPACE -- 0.00 0.00 BUSSED SPACE 32 33 BUSSED SPACE 0.00 0.00 BUSSED SPACE 34 35 BUSSED SPACE 0.00 0.00 BUSSED SPACE 36 37 BUSSED SPACE 0.00 0.00 BUSSED SPACE 38 39 BUSSED SPACE 0.00 0.00 -- BUSSED SPACE 40 41 BUSSED SPACE 0.00 0.00 BUSSED SPACE 42 Total Load: 4.9 kVA 3.0 kVA 3.0 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 1.50 kVA 125.00% 1.88 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 10.9 kVA NONCONTINUOUS 3.00 kVA 100.00% 3.00 kVA Total Est. Demand: 12.8 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 30 A CONTINUOUS 1 6.36 kVA 1 125.00% 1 7.95 kVA I Total Est. Demand: 136 A SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States USP Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY. SUITE E EL CAJON. CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 ROWan Electric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS �c�Essio'� -E19124" Exp.06/30/20 F � �FCTR�GP\Q' OF RBCE JOB #2018-0048 Date Description 2019_10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020_02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020_09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description PANEL SCHEDULES Scale H 1 E09.102 © 2015 Gensler DBL-H1 ROOM MOUNTING FED FROM NOTE ELECTRICAL 138/ FLOOR T-DBL-H1 NEW VOLTS BUS AMPS NEUTRAL 208Y/120 Wye 3P 4W 800 100% AIC MAIN BKR LUGS 22,000 MCB 800A Standard CKT CIRCUIT DESCRIPTION A B C BREAKER TRIP POLES WIRE SIZE 1 K1 H1 23.8 21.8 20.5 200 A 3 2-1/2"C, 3-250kcmil AL, 250kcmil AL IN, #2 AL G 2 K2H1 23.3 20.7 21.2 200 A 3 2-1/2"C, 3-250kcmil AL, 250kcmil AL IN, #2 AL G 3 K3H1 12.1 13.8 10.2 125 A 3 2"C, 3-2/0 AL, 2/0 AL IN, #4 AL G 4 R1 H1 5.8 5.7 5.1 100 A 3 1-1/2"C, 3-1/0 AL, 1/0 AL N, #6 AL G 5 R2H1 15.9 12.6 13.9 150 A 3 2"C, 3-3/0 AL, 3/0 AL IN, #4 AL G 6 VTH1 11.2 11.2 11.2 125 A 3 2"C, 3-2/0 AL, 2/0 AL IN, #4 AL G 7 8 9 10 92.1 kVA 85.8 kVA 82.0 kVA Load Classification Connected Load Demand Factor Estimated Demand Switchboard Totals RECEPTACLE 45.09 kVA 125.00% 56.36 kVA Spare 33.60 kVA 100.00% 33.60 kVA Total Conn. Load: 260 kVA LTG 1.20 kVA 125.00% 1.50 kVA Total Conn. Amps 722 A HEATING 4.36 kVA 100.00% 4.36 kVA Total Est. Demand: 214.4 kVA Kitchen Equipment - Non -Dwelling Unit 163.31 kVA 65.00% 106.15 kVA Total Estimated Demand Amps: 595 A NONCONTINUOUS 9.32 kVA 100.00% 9.32 kVA Panel: K3111 LOCATION: BAR PANTRY 109 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 125 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EQ. 173 ESPRESSO MACHINE 20 A 1 0.24 0.60 1 20 A EQ. 143 POS REGISTER 2 3 EQ. 173 ESPRESSO MACHINE 40 A 2 2.52 1.44 1 20 A EQ. 152 BAR MIXER 4 5 -- 2.52 1.44 1 20 A EQ. 152 BAR MIXER 6 7 EQ. 174 U/C ICE MACHINE 20 A 1 0.91 1.24 1 20 A EQ. 154 BACK BAR REFRIGERATOR 8 9 EQ. 175 COFFEE BREWER 30 A 2 2.50 0.96 1 20 A EQ. 155 BACK BAR 10 11 -- 2.50 1.12 1 20 A EQ. 157 BACK BAR FREEZER... 12 13 EQ. 176 TEA BREWER 20 A 1 1.80 3.43 2 50 A EQ. 162 GLASS WASHER 14 15 EQ. 178 WORK COUNTER W/ SINK 20 A 1 0.86 3.43 -- 16 17 EQ. 182 STEP-IN KEG COOLER 20 A 1 1.02 1.08 1 20 A EQ. 163 BAR TOP 18 19 EQ. 183 REMOTE BEER SYSTEM 20 A 1 1.85 2.00 1 30 A EWC H1-1 PANTRY 109 20 21 EQ. 185 REFRIGERATOR/ FREEZER 30 A 1 2.10 0.00 -- BUSSED SPACE 22 23 HEATING, RECEPTACLE BAR... 20 A 1 0.50 0.00 - BUSSED SPACE 24 25 SPARE 20 A 1 0.00 0.00 - BUSSED SPACE 26 27 SPARE 20 A 1 0.00 0.00 - BUSSED SPACE 28 29 SPARE 20 A 1 0.00 0.00 - BUSSED SPACE 30 31 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 32 33 SPARE 20 A 1 0.00 0.00 - BUSSED SPACE 34 35 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 36 37 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 38 39 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 40 41 SPARE 20 A 1 0.00 1 0.00 -- BUSSED SPACE 42 Total Load: 12.1 kVA 13.8 kVA 10.2 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals Kitchen Equipment- Non -Dwelling Unit 33.16 kVA 65.00% 21.55 kVA RECEPTACLE 0.54 kVA 125.00% 0.68 kVA Total Conn. Load: 36.0 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 24.6 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 100 A MOTORS 1 0.00 kVA 1 0.00% 1 0.00 kVA I Total Est. Demand: 168 A SHOWN FOR REFERENCE ONLY (REFER TO CONFERENCE CENTER DRAWINGS FOR PANEL LOCATION) Panel: H LMC LOCATION: ELECTRICAL ROOM 106 (MC BLDG) MOUNTING: SURFACE FED FROM: DBH-MC (MC BLDG) NOTE: SEE OCC DRAWINGS FOR REFERENCE VOLTS: 480V BUS AMPS: 100 NEUTRAL: 100% A.I.C. RATING: 14,000 MAIN BKR: MLO LUGS: Standard CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 LANDSCAPE OCC LTG 20 A 1 0.47 3.12 1 20 A BOH CC LTG 2 3 LANDSCAPE OCC LTG 20 A 1 0.52 0.90 1 20 A SITE WAY FIND SIGNAGE OCC 4 5 PARKING OCC LTG 20 A 1 0.44 0.00 -- -- BUSSED SPACE 6 7 PARKING H1 LTG 20 A 1 0.42 0.00 -- BUSSED SPACE 8 9 PARKING H1 LTG 20 A 1 0.49 0.00 1 BUSSED SPACE 10 11 SITE WAY FIND SIGNAGE (H1) 20 A 1 3.24 0.00 - BUSSED SPACE 12 13 MONUMENT SIGNAGE (H1) 20 A 1 0.36 0.00 -- BUSSED SPACE 14 15 MONUMENT SIGNAGE (H1) 20 A 1 0.36 0.00 -- BUSSED SPACE 16 17 BUSSED SPACE -- --1 0.00 0.00 - -- BUSSED SPACE 18 Total Load: 4.4 kVA 2.3 kVA 3.7 kVA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals RECEPTACLE 1.80 kVA 125.00% 2.25 kVA Spare 0.90 kVA 100.00% 0.90 kVA Total Conn. Load: 10.3 kVA LTG 5.46 kVA 125.00% 6.83 kVA Total Est. Demand: 12.7 kVA CONTINUOUS 2.16 kVA 125.00% 2.70 kVA Total Conn.: 12 A Total Est. Demand: 15 A LO N 00 CD O N CD m rn Panel: K1 H1 LOCATION: BOH VESTIBULE 146 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 200 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EQ. 6 REMOTE BEER SYSTEM 20 A 1 1.85 0.72 1 20 A EQ. 56,58 U/C PREP REF,PANTRY... 2 3 EQ. 15 DCKV HOOD CONTROL... 20 A 1 0.50 0.96 1 20 A EQ. 57 DOUBLE OVERSHELF 4 5 EQ. 16 FIRE SUPPRESSION SYSTEM 20 A 1 0.50 3.00 3 40 A EQ. 60 BAIN-MARIE HEATER 6 7 EQ. 21,22 COMBI-OVEN... 20A 2 0.77 3.00 -- 8 9 -- -- 1 1 0.77 1 3.00 1-- -- -- 10 11 EQ. 24 TILT SKILLETISTAND 30 A 3 2.46 1.20 1 20 A EQ. 61 HEAT LAMP 12 13 2.46 0.96 1 20 A EQ. 62 CHEF'S... 14 15 2.46 1.20 1 20 A EQ. 63,64 U/C PREP REF,DOUBLE... 16 17 EQ. 25 TILT KETTLE 50 A 3 4.10 0.24 1 20 A EQ. 65 ESPRESSO MACHINE 18 19 4.10 1 2.52 1 1 2 40 A EQ. 65 ESPRESSO MACHINE 20 21 -- 4.10 2.52 -- 22 23 EQ. 26,27 U/C REF & WORK... 20 A 1 0.72 2.50 2 30 A EQ. 66 COFFEE BREWER 24 25 EQ. 33,36 U/C PREP REF,WORK... 20 A 1 0.72 2.50 -- - 26 27 EQ. 34 FRYER I FILTER 20 A 1 1 1.08 1.80 1 20 A EQ. 67 TEA BREWER 28 29 EQ. 34 FRYER I FILTER 20 A 1 1 1.08 1 0.60 1 20 A EQ. 73 POS REGISTER 30 31 EQ. 42 20 QUART MIXER 20 A 1 0.96 0.60 1 20 A EQ. 73 POS REGISTER 32 33 EQ. 43,45 U/C FREEZER,WORK... 20 A 1 1.20 1.28 1 20 A EQ. 74 SLIDING GLASS DOOR REF 34 35 EQ. 47 COUNTER CONVECTION... 40 A 2 2.69 0.00 1 20 A SPARE 36 37 - - 2.69 1 0.00 1 1 20 A SPARE 38 39 EQ. 43,54,55... 20 A 1 0.97 0.00 1 1 20 A SPARE 40 41 EQ. 53 FOOD PROCESSOR 20 A 1 1.44 1 0.00 1 20 A SPARE 42 Total Load: 23.8 kVA 21.8 kVA 20.5 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals Kitchen Equipment- Non -Dwelling Unit 64.99 kVA 65.00% 42.24 kVA RECEPTACLE 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 66.2 kVA LTG 1.20 kVA 125.00% 1.50 kVA Total Est. Demand: 43.7 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 184 A MOTORS 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 1121 A SHOWN FOR REFERENCE ONLY (REFER TO CONFERENCE CENTER DRAWINGS FOR PANEL LOCATION) Panel: RMC LOCATION: ELEC RM. 106 (MC BLDG) VOLTS: 208Y/120 Wye A.I.C. RATING: 22,000 MOUNTING: SURFACE BUS AMPS: 200 MAIN BKR: MLO FED FROM: NEUTRAL: 100% LUGS: Standard NOTE: CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 REC PORTE COCHERE- EAST 151 20 A 1 0.54 0.36 1 20 A REC JR. BALLROOM 100 2 3 REC PORTE COCHERE- EAST 151 20 A 1 1.08 0.36 1 20 A REC JR. BALLROOM 100 4 5 REC MEETING ROOM G112 20 A 1 0.54 1.68 1 20 A REC JR. BALLROOM 100 6 7 WDW SHADES MEETING ROOM G... 20 A 1 0.72 1.68 1 20 A REC JR. BALLROOM 100 8 9 REC EVENT MEETING ROOM G 112 20 A 1 0.36 0.36 1 20 A REC JR. BALLROOM 100 10 11 REC MEETING ROOM G 112 20 A 1 0.36 0.72 1 1 20 A REC JR. BALLROOM 100 12 13 REC JR. PREFUNCTION 107 20 A 1 0.72 0.54 1 20 A REC JR. BALLROOM 100 14 15 REC TV MEETING ROOM G 112 20 A 1 0.36 0.72 1 20 A WDW SHADES JR. BALLROOM 100 16 17 WDW SHADES MEETING ROOM G... 20 A 1 0.72 0.36 1 20 A REC JR. BALLROOM 100 18 19 REC VALET OFFICE -1 109 20 A 1 0.36 0.36 1 20 A REC JR. BALLROOM 100 20 21 REC JR. PREFUNCTION 107 20 A 1 1 0.54 1 0.54 1 1 20 A REC. JR. BALLROOM 100 22 23 REC JR. PREFUNCTION 107 20 A 1 0.72 0.54 1 20 A REC JR. BALLROOM 100 24 25 NON CONTINUOUS 20 A 1 0.54 1.68 1 20 A REC JR. BALLROOM 100 26 27 VALET LOT GATE CONTROLLER 20 A 1 0.52 0.72 1 20 A REC JR. BALLROOM 10 28 29 SPARE 20 A 1 0.00 0.72 1 20 A WDW SHADES JR. BALLROOM 100 30 31 EVENT POWER 50 A 3 3.00 1 0.36 1 1 20 A EXTERIOR MC/CC EVENT PWR 32 33 -- 3.00 0.72 1 20 A REC MEN 108 34 35 -- 3.00 0.72 1 20 A REC WOMEN 111 36 37 SPARE 20 A 1 0.00 0.36 1 20 A REC IDF/ A.V. 104 38 39 REC EXTERIOR 20 A 1 0.36 0.36 1 20 A REC IDF/ A.V. 104 40 41 REC EXTERIOR HOLIDAY 20 A 1 0.72 0.54 1 20 A REC ROOF 42 43 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 44 45 SPARE 20 A 1 0.00 1 0.00 1 1 20 A SPARE 46 47 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 48 49 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 50 51 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 52 53 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 54 Total Load: 11.2 kVA 10.0 kVA 11.3 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 0.00 kVA 0.00% 0.00 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 32.6 kVA NONCONTINUOUS 0.52 kVA 100.00% 0.52 kVA Total Est. Demand: 32.6 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 90 A Total Est. Demand: 190 A 04 Panel: K2111 LOCATION: BOH VESTIBULE 146 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 200 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EQ. 65 ESPRESSO MACHINE 20 A 1 0.24 2.25 2 30 A EQ. 123 CONVECTION MICROWAVE 2 3 EQ. 65 ESPRESSO MACHINE 40 A 2 2.52 2.25 -- 4 5 -- 2.52 1.25 2 20 A EQ. 124 PAN INI PRESS 6 7 EQ. 66 COFFEE BREWER 30 A 2 2.50 1.25 -- 8 9 -- -- 2.50 1 0.48 1 1 20 A EQ. 126,127 U/C REF,ESPRESSO... 10 11 EQ. 74 SLIDING GLASS DOOR REF 20 A 1 1.28 2.52 2 40 A EQ. 127 ESPRESSO MACHINE 12 13 EQ. 75 ICE MACHINE/BIN 20 A 1 1.38 2.52 -- -- 14 15 EQ. 75 ICE MACHINE/BIN 20 A 1 1.38 0.40 1 20 A EQ. 129 DIPPERWELL 16 17 EQ. 76 ICE MACHINE/BIN 20 A 3 1.14 0.83 2 20 A EQ. 130 GELATO CASE 18 19 -- - 1.14 0.83 -- -- 20 21 -- 1.14 0.60 1 20 A EQ. 134 POS 22 23 EQ. 79 TROUGH.SCRAP COLLECTOR 20 A 1 1.32 0.32 1 20 A EQ. 135 AIR SCREEN... 24 25 EQ. 92 FOOD WARMERSMOT BOX... 20 A 1 1.92 1.40 1 20 A EQ. 142,143,144 BACK... 26 27 EQ. 92 FOOD WARMERSMOT BOX... 20 A 1 1.92 0.60 1 20 A EQ. 143 POS REGISTER 28 29 EQ. 93 CONVEYOR TOASTER 20 A 1 1.80 1.08 1 20 A EQ. 147 BAR TOP 30 31 EQ. 94 HEATED DRAWERS 20 A 1 0.90 1.44 1 20 A EQ. 152 BAR MIXER 32 33 EQ. 95 WORK COUNTER W/SINK 20 A 1 0.96 1.03 2 20 A EQ. 191 HOT FOOD WELLS 34 35 EQ. 97 ICE/WATER DISPENSER 20 A 1 1.02 1.03 -- -- 36 37 EQ. 119 ROOM COIL 20 A 1 1 0.96 1 1.10 1 20 A EQ. 192 HEAT LAMP 38 39 EQ. 121 REFRIGERATOR/ FREEZER 20 A 1 1.78 1.32 1 20 A EQ. 193,194 COLD PAN,SERVING... 40 41 EQ. 140 WINE REFRIGERATOR... 20 A 1 1.34 2.50 2 30 A EQ. 196 COFFEE BREWER 42 43 SPARE 20 A 1 0.00 2.50 -- 44 45 SPARE 20 A 1 0.00 1.80 1 20 A EQ. 197 TEA BREWER 46 47 SPARE 20 A 1 0.00 1.24 1 20 A EQ. 198 ICE/WATER DISPENSER 48 49 BUSSED SPACE - 0.00 1.00 1 20 A EQ. 199 DISPLAY REFRIGERATOR 50 51 BUSSED SPACE 0.00 0.00 1 20 A SPARE 52 53 BUSSED SPACE 0.00 0.00 1 20 A SPARE 54 Total Load: 23.3 kVA 20.7 kVA 21.2 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals Kitchen Equipment- Non -Dwelling Unit 65.16 kVA 65.00% 42.35 kVA RECEPTACLE 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 65.2 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 42.4 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 181 A MOTORS 1 0.00 kVA 1 0.00% 1 0.00 kVA I Total Est. Demand: 1118 A Panel: VTH1 LOCATION: POOL VAULT VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 125 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEMA 3R CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 2 3 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 4 5 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 6 7 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 8 9 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 10 11 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 12 13 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 14 15 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 16 17 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 18 19 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 20 21 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 22 23 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 24 25 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 26 27 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 28 29 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 30 31 SPACE RESERVED FOR VAULT EQ 0.00 0.00 -- SPACE RESERVED FOR VAULT EQ 32 33 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 34 35 SPACE RESERVED FOR VAULT EQ 0.00 0.00 -- SPACE RESERVED FOR VAULT EQ 36 37 SPACE RESERVED FOR VAULT EQ 0.00 0.00 - SPACE RESERVED FOR VAULT EQ 38 39 SPACE RESERVED FOR VAULT EQ 0.00 0.00 - SPACE RESERVED FOR VAULT EQ 40 41 SPACE RESERVED FOR VAULT EQ 0.00 0.00 -- SPACE RESERVED FOR VAULT EQ 42 Total Load: 11.2 kVA 11.2 kVA 11.2 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 0.00 kVA 0.00% 0.00 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 33.6 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 33.6 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 93 A Total Est. Demand: 193 A Panel: R2111 LOCATION: STORAGE 106 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 150 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 TV REC LOBBY BAR 108 20 A 1 0.54 0.72 1 20 A HOLIDAY REC 2 3 FIREPLACE REC LOBBY/ LOUNGE... 20 A 1 0.18 0.72 1 20 A HOLIDAY REC 4 5 REC EXTERIOR 20 A 1 0.72 0.72 1 20 A REC 3-MEAL 102 6 7 REC WOMEN'S RESTROOM 121 20 A 1 1.08 0.90 1 20 A REC BAR 101 8 9 REC MEN'S RESTROOM 122 20 A 1 1 1 1.08 1 0.50 1 20 A REC FRONT DESK 110 10 11 MTR. SHADES 3-MEAL 102 20 A 1 1.44 0.50 1 20 A REC FRONT DESK 110 12 13 REC Room 125, 126 20 A 1 1.08 0.50 1 20 A REC FRONT DESK 110 14 15 REC EXECUTIVE SUITE 123 20 A 1 1.08 0.50 1 20 A REC FRONT DESK 110 16 17 REC EXECUTIVE SUITE 123, RES.... 20 A 1 0.72 0.50 1 20 A REC FRONT DESK 110 18 19 REC DISPATCH/ASST HK DIR 20 A 1 1 0.90 1 0.50 1 1 20 A REC FRONT DESK 110 20 21 REC HOUSE KEEPING 133 20 A 1 0.36 1.08 1 20 A REC FOH OFFICE 111 22 23 REC EXECUTIVE SUITE 123 20 A 1 1.08 0.72 1 20 A REC LOBBY/ LOUNGE 107 24 25 RECEPTACLE EXECUTIVE SUITE 123 20 A 1 0.90 0.54 1 20 A REC LOBBY/ LOUNGE 107 26 27 RECEPTACLE REVENUE OFFICE 112 20 A 1 0.72 0.54 1 20 A REC LOBBY/ LOUNGE 107 28 29 REC Room 113,112 20 A 1 1.08 0.90 1 20 A REC LOBBY BAR 108 30 31 RECEPTACLE Room 119,120 20 A 1 0.72 1.26 1 20 A REC LOBBY BAR 108 32 33 REC RETAIL 3 117 20 A 1 1 0.72 1.80 1 20 A REC 3-MEAL 102 34 35 REC RETAIL 4 118 20 A 1 0.72 0.36 1 20 A REC RETAIL 1 103 36 37 REC FRONT DESK 110 20 A 1 1.08 0.36 1 20 A REC RETAIL 1 103 38 39 REC CORR.105 20 A 1 1.26 0.60 1 20 A OUTDOOR GAS HEATER 40 41 REC 3-MEAL 102 20 A 1 1.08 0.50 1 20 A OUTDOOR GAS HEATER 42 43 MTR. SHADES LOBBY/ LOUNGE 107 20 A 1 1.08 1 0.18 1 20 A REC EVENT 44 45 REC PIANO LOBBY/ LOUNGE 107 20 A 1 0.36 0.18 1 20 A REC EVENT 46 47 MTR. SHADES LOBBY BAR 108 20 A 1 1.08 0.54 1 20 A REC DISPATCH 130, HOUSE... 48 49 WH & CP JAN. CLOSET 120 30 A 1 2.02 0.36 1 20 A REC STORAGE 114 50 51 REC BOH- WOMEN 127 20 A 1 0.90 0.00 -- BUSSED SPACE 52 53 REC BOH-MEN 128 20 A 1 0.90 0.00 BUSSED SPACE 54 55 RECEPTACLE STORAGE 114 20 A 1 1.20 0.00 BUSSED SPACE 56 57 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 58 59 REC TRELLIS 20 A 1 0.36 0.00 BUSSED SPACE 60 Total Load: 15.9 kVA 12.6 kVA 13.9 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 35.70 kVA 125.00% 44.63 kVA HEATING 2.02 kVA 100.00% 2.02 kVA Total Conn. Load: 42.4 kVA NONCONTINUOUS 3.60 kVA 100.00% 3.60 kVA Total Est. Demand: 51.3 kVA Total Conn.: 118 A Total Est. Demand: 143 A Notes: SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY. SUITE E EL CAJON. CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 ROWan Electric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS ��Essro'� -E19124" Exp.06/30/20 F � �FCTR�GP\Q' OF RBCE JOB #2018-0048 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description PANEL SCHEDULES Scale H 1 E09.103 © 2015 Gensler SILVERROCK 3 U) rt GEN-1-11 ROOM MECHANICAL YARD 148/ MOUNTING FLOOR FED FROM NOTE NEW VOLTS BUS AMPS NEUTRAL 480Y/277 Wye 3P 4W 1,000 100% AIC MAIN BKR LUGS 65,000 MLO Standard CKT CIRCUIT DESCRIPTION A B C BREAKER... POLES WIRE SIZE 1 TO'MSB-LSS' SPA BUILDING 3.4 2.9 1.4 50 A 3 -- 2 ATS-LSH1 9.3 3.8 4.1 100 A 3 1-1/2"C, 3-1/0 AL, 1/0 AL N, #6 AL G 3 ATS-SBH1 97.9 96.6 93.8 600 A 3 2 3"C, 3-500kcmil AL, 500kcmil AL N, 4/0 AL G 4 BUSSED SPACE 0.0 -- -- -- 110.6 kVA 103.2 kVA 99.4 kVA Load Classification Connected Load Demand Factor Estimated Demand Switchboard Totals Motor 267.58 kVA 100.00% 267.58 kVA RECEPTACLE 14.10 kVA 125.00% 17.63 kVA Total Conn. Load: 312 kVA Spare 7.74 kVA 100.00% 7.74 kVA Total Conn. Amps 376 A LTG 15.29 kVA 125.00% 19.12 kVA Total Est. Demand: 319.6 kVA Lighting 0.05 kVA 100.00% 0.05 kVA Total Estimated Demand Amps: 384 A NONCONTINUOUS 2.64 kVA 100.00% 2.64 kVA SBDB-H1 ROOM ELECTRICAL 138 MOUNTING WALL FED FROM ATS-SBH1 NOTE NEW VOLTS BUS AMPS NEUTRAL 480Y/277 Wye 3P 4W 600 100% AIC MAIN BKR LUGS 65,000 MCB 600A Standard CKT CIRCUIT DESCRIPTION A B C BREAKER... POLES VVIRE SIZE 1 SBH1 13.0 11.8 9.3 125 A 3 2"C, 3-2/0 AL, 2/0 AL N, #2 AL G 2 T-ITH 1.4 1.2 1.0 50 A 3 1"C, 3#6, #6N, #10G 3 MAU-1 12.0 12.0 12.0 70 A 3 1-1/4"C, 3#4, #4N, #8G 4 EQ. 120 MECHANICAL YARD 148 9.9 9.9 9.9 50 A 3 1"C, 3#6, #6N, #10G 5 AC-1 61.7 61.7 61.7 300 A 3 3"C, 3-500kcmil AL, 500kcmil AL N, #4G 6 BUSSED SPACE 0.0 -- -- 7 BUSSED SPACE 0.0 -- -- -- 8 BUSSED SPACE 0.0 -- -- -- 9 BUSSED SPACE 0.0 -- -- -- 10 BUSSED SPACE 0.0 -- -- -- 11 BUSSED SPACE 0.0 -- -- -- 12 BUSSED SPACE 0.0 -- -- -- 13 BUSSED SPACE 0.0 -- -- -- 14 BUSSED SPACE 0.0 -- -- -- 15 BUSSED SPACE 0.0 -- -- -- 97.9 kVA 96.6 kVA 93.8 kVA Load Classification Connected Load Demand Factor Estimated Demand Switchboard Totals Motor 267.58 kVA 100.00% 267.58 kVA MOTORS 4.80 kVA 100.00% 4.80 kVA Total Conn. Load: 287 kVA NONCONTINUOUS 2.64 kVA 100.00% 2.64 kVA Total Conn. Amps 346 A Total Est. Demand: 290.4 kVA Total Estimated Demand Amps: 349 A I Panel: LSHH LOCATION: ELECTRICAL 138 MOUNTING: SURFACE FED FROM: ATS-1-SH1 NOTE: NEW VOLTS: 480V BUS AMPS: 100 NEUTRAL: 100% A.I.C. RATING: 42,000 MAIN BKR: MLO LUGS: Standard CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 F EMERGEIY LTG 06 0 -- BUSSED SPACE 2 EXI SIG 20 A 1 0 4 0.00 BUSSED SPACE 4 5 LANDSCAPE LTG 20 A 1 1.35 0.00 - BUSSED SPACE 6 7 LANDSCAPE LTG 20 A 1 2.20 0.00 -- BUSSED SPACE 8 9 LANDSCAPE LTG 20 A 1 0.21 0.00 BUSSED SPACE 10 11 LANDSCAPE LTG 20 A 1 1.00 0.00 -- BUSSED SPACE 12 13 LANDSCAPE LTG 20 A 1 1.00 5.01 3 70 A T-LSHL 14 [Z 15 E 4AA 1 .0 3. -- -- 16 SPAR 20 A 0. 1.75 -- 18 Total Load: 9.3 kVA 1 3.8 kVA 4.1 kVA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals RECEPTACLE 1.80 kVA 125.00% 2.25 kVA LTG 15.29 kVA 125.00% 19.12 kVA Total Conn. Load: 17.1 kVA Lighting 0.05 kVA 100.00% 0.05 kVA Total Est. Demand: 21.4 kVA Total Conn.: 21 A Total Est. Demand: 126 A I Panel: LSHL LOCATION: ELECTRICAL 138 MOUNTING: SURFACE FED FROM: T-LSHL NOTE: VOLTS: 208V BUS AMPS: 150 NEUTRAL: 100% A.I.C. RATING: 10,000 MAIN BKR: MCB LUGS: Standard CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 RETAIL 1 LTG 20 A 1 0.77 0.00 -- BUSSED SPACE 2 3 ISPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 4 5 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 6 7 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 8 9 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 10 11 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 12 13 DP-HB 60 A 3 2.15 2.10 3 60 A DP -HA 14 15 -- 1.01 2.53 -- -- -- 16 17 1 0.43 1 1.32 -- 18 Total Load: 5.0 kVA 3.5 kVA 1.8 kVA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals RECEPTACLE 1.80 kVA 125.00% 2.25 kVA LTG 8.44 kVA 125.00% 10.55 kVA Total Conn. Load: 10.3 kVA Lighting 0.05 kVA 100.00% 0.05 kVA Total Est. Demand: 12.9 kVA Total Conn.: 29 A Total Est. Demand: 136 A Panel: S131-1-11 LOCATION: STORAGE 106 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 150 MAIN BKR: MCB 150A FED FROM: T-SBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EQ. 1 WALK-IN COOLER/FREEZER... 20 A 1 1.92 1.53 2 30 A CU-1 MECHANICAL YARD 148 2 3 EQ. 1 WALK-IN COOLER/FREEZER... 20 A 2 0.83 1.53 -- -- 4 5 -- -- 0.83 0.50 1 20 A FATC 6 7 EQ. 5 STEP-IN KEG COOLER 20 A 1 1.22 0.36 1 20 A REC FIRE COMMAND / SECURITY.. 8 9 EM GEN BLOCK HEATER... 20 A 2 1.50 0.54 1 20 A SEC PANEL 10 11 -- -- 1.50 0.36 1 20A EMERGENCY CALL SYSTEM FIRE 12 13 EM GEN BATTERY CHARGER... 20 A 1 1.00 0.54 1 20 A REC FIRE COMMAND I SECURITY.. 14 15 REC FIRE COMMAND/SECURITY 140 20 A 1 0.36 0.18 1 20 A REC FOH OFFICE 111 16 17 REC FIRE COMMAND/SECURITY 140 20 A 1 0.36 0.00 1 20 A SPARE 18 19 REC FIRE COMMAND/SECURITY 140 20 A 1 0.36 0.00 1 20 A SPARE 20 21 CU-2 20 A 2 1.53 0.00 1 20 A SPARE 22 23 -- -- 1.53 0.00 -- -- BUSSED SPACE 24 25 CU-3 20 A 2 1.45 0.00 -- BUSSED SPACE 26 27 -- 1.45 0.00 -- BUSSED SPACE 28 29 B-1 MECHANICAL YARD 148 20 A 1 0.36 0.00 -- BUSSED SPACE 30 31 BP-1 MECHANICAL YARD 148 20 A 1 1.20 0.00 -- BUSSED SPACE 32 33 REC FRONT DESK 110 20 A 1 0.72 0.00 -- BUSSED SPACE 34 35 REC DIRECTOR 124 20 A 1 0.72 0.00 -- BUSSED SPACE 36 37 REC HK DIR. 131 20 A 1 0.72 0.00 -- BUSSED SPACE 38 39 FACP 20 A 1 0.54 0.00 -- BUSSED SPACE 40 41 FACP 20 A 1 1 1 1 0.50 1 0.00 - -- BUSSED SPACE 42 Total Load: 10.3 kVA 9.2 kVA 6.7 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 8.68 kVA 125.00% 10.85 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 25.1 kVA NONCONTINUOUS 2.64 kVA 100.00% 2.64 kVA Total Est. Demand: 27.3 kVA MOTORS 4.80 kVA 100.00% 4.80 kVA Total Conn.: 70 A Total Est. Demand: 176 A LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY. SUITE E EL CAJON. CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 **) ROWan [IeCrric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS �c�Essio'� -E19124" Exp.06/30/20 F � �FCTR�GP\Q' RBCE JOB #2018-0048 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description EMERGENCY PANEL SCHEDULES Scale N 00 CD CD N CD m rn H 1 E09.104 © 2015 Gensler CAL FIRE - RIVERSIDE UNIT RIVERSIDE COUNTY FIRE DEPARTMENT uCv BILL WEISER — FIRE CHIEF OFFICE OF THE FIRE MARSHAL — LA QUINTA 78495 Calle Tampico, La Quinta, CA 92253 • Phone (760) 777-7074 • www.rvcfire.org August 26, 2021 R D Olson Construction 400 Spectrum Center Drive # 120 Irvine, CA 92618 Re: New Emergency & Standby Power System Plan Review — MONTAGE HOTEL & SPA BELC2021-0114 / 79195 AHMANSON LANE, LA QUINTA, CA 92253 *CORRECTED ADDRESS NOTED ABOVE The plans you submitted for the above referenced project have been reviewed by Riverside County Fire Department - Office of the Fire Marshal personnel and are approved with the following conditions. STATIONARY GENERATORS Shall be listed in accordance with UL 2200 and bear the UL label identifying it's certification LOAD TRANSFER Emergency Power Systems shall automatically provide secondary power within 10 seconds after primary power is lost. LOAD DURATION Emergency Power Systems shall be designed to provide the required power for a minimum duration of 2- hours without being refueled or recharged. MAINTENANCE Emergency Power Systems shall be maintained in accordance with NFPA 110 and NFPA 111. Routine maintenance, inspection and operational testing shall be overseen by a properly instructed individual. TRANSFER SWITCH The test of the transfer switch shall consist of electrically operating the transfer switch from the normal position to the alternate position and then return to the normal position. NOTATION OF AREA/EQUIPMENT SERVED A permanent sign shall be installed at the Emergency Power System and Automatic Transfer Switch that identifies the Area, Building, Equipment and Services served. FINAL INSPECTION Prior to operation, a Fire Department inspection is required to verify all conditions stated at plan check are met. Applicant/installer shall be responsible to contact the Fire Department to schedule inspections. Requests for inspections are to be made at least 48 hours in advance and may be arranged by calling (760)777-7131. All questions regarding the meaning of these conditions should be referred to the Office of the Fire Marshal staff at (760)777-7074. Kohl Hetrick - Fire Safety Specialist RIVERSIDE COUNTY FIRE PROTECTION PLANNING RECORD OF INSPECTIONS / PERMIT CARD THIS CARD IS TO REMAIN ON SITE AT ALL TIMES. - CAUK NIA - INSTALLING CONTRACTOR MUST BE PRESENT FOR ALL INSPECTIONS. SEE NOTES ON REVERSE SIDE. JOB ADDRESS: PERMIT#: DATE ISSUED: DESCRIPTION: CONTRACTOR: HYDRANT SYSTEM DATE INITIALS SPECIAL SUPPRESSION DATE INITIALS Thrust block pre -pour Door fan test UG rough piping Abort test UG hydro Mechanical shutdown Flush Detector test Final EF Deluge/pre-action SPRINKLER U.G. Final EF Thrust block pre -pour UST/AST TANK UG rough piping Installation UG hydro Removal Flush Emergency shut off Final EF Primary piping FIRE SPRINKLER Secondary piping Weld inspection Dispensers & shear valves Overhead rough piping Final EF Overhead hydro MISC. INSPECTIONS UG flush / OK to connect Spray booths Main drain/inspectors' test Hood/duct extinguishing High pile storage High pile rack storage In -rack sprinklers H.P. vents/access/corridors Hose racks Tract access/hydrant verification Final E F Access & Address verification HOOD EXTINGUISHING OTHER CONST. PERMIT Detection system Function test Gas/electrical shut-off Nozzle model/placement Fire alarm connection Final EF SPRAY BOOTHS FIRE CODE PERMIT(S) Installation Air flow test Mechanical interlock Extinguishing system Fire alarm connection Final EF FIRE ALARM KNOX SYSTEM Rough -wire inspection Building Knox box Function test Gate access Knox box/padlock Duct detectors/velocity BUILDING INSPECTIONS 24 hr. battery test T/I final Sprinkler monitoring Shell final Final E F Final for occupancy FINAL INSPECTION DATE: INSPECTORS SIGNATURE: **WHEN CALLING FOR AN INSPECTION PLEASE HAVE PERMIT NUMBER READY. SEE NOTES ON REVERSE SIDE** 78495 CALLE TAMPICO, LA QUINTA, CA 92253 / 760-777-7000 / INSPECTION HOTLINE: 760-777-7131 INSPECTION NOTES 1. Sway bracing and hangers will be inspected at the time of rough piping inspection. 2. All required hydrostatic pressure tests shall maintain 200 psi for a 2-hour duration. (EX: Residential Fire Sprinkler Systems) 3. Fire sprinkler system remodels: if indicated on plans or this card, a hydrostatic pressure test shall be required. 4. All underground joints and thrusts blocks shall be exposed and readily visible during the hydrostatic test. 5. Contractor shall supply all testing equipment, access and operating instructions at time of test. 6. All systems shall be inspected, tested, and approved by a Fire Inspector before any work is started that may cause the affected system to be covered or hidden. POLICIES ON FIELD INSPECTIONS A. INSPECTION REQUESTS: Inspections are made subject to availability. Please have the permit number available when scheduling inspections. For City of La Quinta inspections call: (760) 777-7131. B. APPROVED PLANS: Shall be kept on the job site at all times that work is in progress. Work shall NOT commence without approved plans. C. INSPECTION REQUESTS: As required by the California Fire Code, the appropriate installing contractor shall be required to schedule the necessary inspections and be present on site for inspections. D. RE -INSPECTIONS: Will be charged against a permit when an inspection has failed, is not ready, the responsible party not on site or where previously noted corrections have not been completed. E. COMMODITIES: Unless otherwise noted on approved plans or letter of conditions, no commodities shall be entered into the structure until clearance has been granted by the Fire Dept and Building Official. F. OCCUPANCY: Buildings shall NOT be occupied by persons other than construction workers until a Final Fire Clearance has been granted by the Fire Dept and a Certificate for Occupancy has been issued by the Building Official. INSPECTION NOTES: THIS CARD IS REQURIED TO BE POSTED AT THE CONSTRUCTION SITE. THIS CARD AND APPROVED PLANS MUST BE AVAILABLE AT THE CONSTRUCTION SITE FOR ALL INSPECTIONS. THIS PERMIT SHALL EXPIRE AND BECOME NULL AND VOID IF THE WORK AUTHORIZED IS NOT COMMENCED WITHIN 180 DAYS OR IF THE WORK IS SUSPENDED OR ABANDONED FOR A PERIOD OF 180 DAYS OR MORE. THIS PERMIT IS FOR FIRE DEPARTMENT APPROVAL ONLY AND DOES NOT INTEND TO ABROGATE MORE RESTRICTIVE REQUIREMENTS OF OTHER AGENCIES HAVING RESPONSIBILITY. 78495 CALLE TAMPICO, LA QUINTA, CA 92253 / 760-777-7000 / INSPECTION HOTLINE: 760-777-7131 UNITED STATES ENVIRONMENTAL PROTECTION AGENCY 2021 MODEL YEAR OFFICE OF TRANSPORTATION CERTIFICATE OF CONFORMITY AND AIR QUALITY WITH THE CLEAN AIR ACT ANN ARBOR, MICHIGAN 48105 Certificate Issued To: Deere & Company Effective Date: Issue Date: (U.S. Manufacturer or Importer) 07/16/2020 07/16/2020 Certificate Number: MJDXL13.5132-009 Expiration Date: Revision Date: N/A Byron J unker, Division Director ompliance Division 12/31/2021 Model Year: 2021 Mobile/Stationary Indicator: Stationary Manufacturer Type: Original Engine Manufacturer Emissions Power Category: 560<kW<=2237 Engine Family: MJDXL13.5132 Fuel Type: Diesel After Treatment Devices: No After Treatment Devices Installed Non -after Treatment Devices: Electronic Control, Smoke Puff Limiter, Engine Design Modification, Non-standard Non -After Treatment Device Installed Pursuant to Section I I I and Section 213 of the Clean Air Act (42 U.S.C. sections 7411 and 7547) and 40 CFR Part 60, and subject to the terms and conditions prescribed in those provisions, this certificate of conformity is hereby issued with respect to the test engines which have been found to conform to applicable requirements and which represent the following engines, by engine family, more fully described in the documentation required by 40 CFR Part 60 and produced in the stated model year. This certificate of conformity covers only those new compression -ignition engines which conform in all material respects to the design specifications that applied to those engines described in the documentation required by 40 CFR Part 60 and which are produced during the model year stated on this certificate of the said manufacturer, as defined in 40 CFR Part 60. It is a term of this certificate that the manufacturer shall consent to all inspections described in 40 CFR 1068 and authorized in a warrant or court order. Failure to comply with the requirements of such a warrant or court order may lead to revocation or suspension of this certificate for reasons specified in 40 CFR Part 60. It is also a term of this certificate that this certificate may be revoked or suspended or rendered void ab initio for other reasons specified in 40 CFR Part 60. This certificate does not cover engines sold, offered for sale, or introduced, or delivered for introduction, into commerce in the U.S. prior to the effective date of the certificate. SOUTH COAST AIR QUALITY MANAGEMENT DISTRICT 21865 Copley Drive. Diamond Bar. CA 91765 Cz CERTIFIED EQUIPMENT PERMIT(CEP) (NOT A PER;.MIT TO CONSTRUCT Olt OPERATE.) Granted un alas ,9, :111 2 11) 92''>6 Legal Owner or Operator. )OHN DEERE POWER SYSTEMS P.O. BOX 8000 WATERLOO. IA 50704-8000 AT[Tl: RICHARD BISI IOP Equipment Location: SAME AS ABOVE '��6i�g4n No. The equipment described below and as shown on the approved plans and specifications are subject to the special condition or conditions listed. Equipment Description INTERNAL. COMBUSTION ENGINE. IOHN DEERE MODEL NO. 6135HFG75. 755 BHP. 6 CYLINDER. TURBOCHARGED. AFTERCOOLED, DIESEL -FUELED, DRIVING AN EMERGENCY ELECTRICAL GENERATOR. Manufacturer Condition THIS CERTIFIED EQUIPMENT PERN111'r (CEP) IS NOT A PERMIT TO CONSTRUCT Olt OPERATE. THE PERSON CONSTRUCTING. INSTALLING OR OPERATING THE EQUIPMENT AT EACH SPECIFIC SITE SHALL OBTAIN ALL NECESSARY PERMIT(S) TO CONSTRUCT AND PERMIT(S) TO OPERATE AND COMPLY WITH ANY OTHER DISTRICT RULES AND REGULATIONS INCLUDING THE REQUIREMENTS OF REGULATION X111. End User Conditions I. OPERATION OF THIS EQUIPMENT SHALL. BE CONDUCTED IN ACCORDANCE WITH ALL DATA AND SPECIFICATIONS SUBMITTED WITH THE APPLICATION UNDER WHICH THIS PERMIT IS ISSUED UNLESS OTHERWISE NOTED BELOW. 2. THIS EQUIPMENT SHALL. BE PROPERLY MAINTAINED AND KEPT IN GOOD OPERATING CONDITIONS AT ALL. TIMES. 3. A NON-RESETTABLE TOTALIZING TIMER SHALL. BE INSTALLED AND MAINTAINED TO INDICATE THE ENGINE ELAPSED OPERATING TIME. 4. THIS ENGINE SHALL NOT OPERATE MORE THAN 200 HOURS IN ANY ONE YEAR. WHICH INCLUDES NO MORE 711AN 50 IIOURS IN ANY ONE YEAR FOR MAINTENANCE AND TESTING PURPOSES. 5. AN ENGINE OPERATING, LOG OF ENGINE OPERATIONS SHALL BE KEPT AND MAINTAINED DOCUMENTING THE TOTAL. TIME THE ENGINE IS OPERATED EACH MONTH AND THE. SPECIFIC REASON FOR OPERATION AS: ORIGINAL SOUTH COAST AIR QUALITY MANAGEMENT DISTRICT 21865 Copley Drive, Diamond Bar. CA 91765 A3�6�s n 1\0. . L alie - CERTIFIED EQUIPMENT PERMIT (CEP) (NOT A PERMIT TO CONSTRUCT OR OPERATE) A. EMERGENCY USE B. MAINTENANCE AND TESTING C. OTHER (BE SPECIFIC) IN ADDITION. FOR EACH TIME THE ENGINE IS MANUALLY STARTED, THE LOG SHALL INCLUDE. THE DATE OF ENGINE OPERATION, THE SPECIFIC REASON FOR OPERATION, AND THE TOTALIZING HOUR METER READING (1N HOURS AND TENTHS OF HOURS) AT THE BEGINNING AND THE END OF THE OPERATION. 6. ON OR BEFORE JANUARY 151H OF EACH YEAR, THE OPERATOR SHALL RECORD IN THE ENGINE OPERATING LOG: A. THE TOTAL HOURS OF ENGINE OPERATION FOR THE, PREVIOUS CALENDAR YEAR. AND B. THE TOTAL. HOURS OF ENGINE OPERATION FOR MAINTENANCE AND TESTING FOR THE PREVIOUS CALENDAR YEAR. ENGINE OPERATION LOGS) SHALL. BE RETAINED ON SITE FOR A N1INIMUNI OF THREE CALENDAR YEARS AND SHALL BE MADE AVAILABLE TO THE EXECUTIVE OFFICER OR REPRESENTATIVE UPON REQUEST. S. OPERATION BEYONDTHE 50 HOURS PER YEAR ALLOTTED FOR ENGINE MAIN'17ENANCE AND TESTING SHALL BE ALLOWED ONLY IN THE EVENT OF A LOSS OF GRID POWER OR UP TO 30 MINUTES PRIOR TO A ROTATING OUTAGE, PROVIDED TIIAT: (A) THE UTILITY DISTRIBUTION COMPANY HAS ORDERED ROTATING OUTAGES IN THE CONTROL. AREA WHERE THE ENGINE IS LOCATED OR HAS INDICATED THAT IT EXPECTS TO ISSUE SUCH AN ORDER AT A CERTAIN TIME; AND (B) THE ENGINE IS LOCATED IN A UTILITY SERVICE BLOCK TIIAT IS SUBJECT TO THE ROTATING OUTAGE. ENGINE OPERATION SMALL BE TERMINATED IMMEDIATELY AFTER THE UTILITY DISTRIBUTION COMPANY ADVISES THAT A ROTATING OUTAGE IS NO LONGER IMMINENT OR IN EFFECT. Plcasc notify Rizaldy Calungcagin at (909) 396.2315 (rcalun&ca&W agmd.nov) when SCAQMD information packets are needed or if you have any questions concerning the Ccnification(Rcgistration Program. This Certified Equipment Permit is based on the plans, specifications, and data submitted as it pertains to the release of air contaminants and control measures to reduce air contaminants. No approval or opinion concerning safety and other factors in design, construction or operation of the equipment is expressed or implied. This Certified Equipment Permit will become invalid if this application is canceled. THIS PERMIT SHALL EXPIRE ON December 31, 2012 unless an extension is granted by the Executive Officer. ,y DAVID DE BOER Program Supervisor ORIGINAL W'%l South Coast Air Quality Management District 21865 Copley Drive, Diamond Bar. CA 91 765-41 78 (909) 396-2000 - %vwvv.agmd.gov December 9, 2020 Brandon I.in,.le Senior Certification l:nginccr Emissions Compliance, John Deere Power Systems 6725 Cedar Heights Road Watcrloo. IA 5061 ;-8000 Dear Mr. Lingle, The South Coast ;fir Quality Management District (South Coast AQMD) has extended Certified Equipment Permits (CRPs) to December 311. 2021 for the stational), ciner'genc%r internal combustion (IC) engine models listed in the attached table. I-lowc%,cr. please be reminded that many ofthese certified diesel -fueled IC engines may not meet Rulc 1470 requirements if installed at or near a sensitive receptor or near school grounds and, therefore, may require an aflcnrcatmcnt system such as a diesel particulate filter in the exhaust stream. Please note that the South Coast AQMD does not endorse or warrant any specific equipment or manufacturer. Modification of the equipment listed here will void this certification. If you have additional questions or need further clarification on the CEP program, please feel free to contact CJ Chang at (909) 39G-3293, cehang`u aumd.co%; or Susan Tsai at (909) 396-2529, st. ii� �gmd,bo\ . Sincerely, David Ono Senior Air Quality Frigince.ring Manager Engineering and Permitting 9 SOUTH COAST AIR QUALITY MANAGEMENT DISTRICT BE Certified ICE -Emergency Generators JOHN DEERE POWER SYSTEMS Engine MFt: Model Engine Application Ra!!SL, No. Deere 3029HFG03A with 4xidatioa Catal st and DPP 74 BHP 572836 Deere 3029HFG89F 62 BHP 572839 Deere 4024HF285B 80 BHP 494710 Deere 4045HF285H 133 BHP 462962 Deere 4045HF2851 158 BHP 462956 Deere 4045HF285J 126 BHP 462966 Deere 4045HF285K 197 BHP 493792 Deere 4045HF485E or 4045HFG85A 197 BHP 462957 Deere 4045TF285E 99 BHP 493796 Deere 4045TF2901 74 BHP 568240 Deere 5030HF285G �96 BHP 494713 Deere 6068HF285K 237 BHP 462955 Deere 6068HF285L 197 BHP 462958 Deere 6068HF485T or 6068HFG85A 315 BIiP 451077 Deere 6068HF485U or 6068HFG85B 284 BHP 475411 Deere 6068HFG82E 284 BHP 545149 Deere 609014F484A 422 BHP 493797 Deere 6090HF484B 385 BHP 493799 Deere 6090HF484C 346 BHP 493800 Deere 6090HF484D 307 BHP 493801 Deere 6090HF485V 422 BHP 449704 Deere 6090HF485W 385 BHP 449705 Deere _ 6090HF485X 346 BHP 449706 Deere 6090HF485Y 307 BHP 449707 Deere 6090HFG86 463 BHP 536689 Deere 6135HF485S 617 BHP 462959 Deere 6135HF485'r 538 BHP 462960 Deere 6135HF485U 463 BHP 462961 Deere 6135HFG75 755 BHP 536684 Deere 6135HFG84A 617 BHP 551055 Deere 6135HFG84B 538 BHP 551041 121912020 2 o, f 2 2021 Extension KOHLER, bs:.. bs[ Certificate of Registration QUALITY MANAGEMENT SYSTEM - ISO 1)001:2015 1h� n to KoWr P v&-f Sys: mZ NMO tdc.odvxv Road S1»boYgw% Wu ontmn $30" USA Holz CortrKxe NO: FN 121:336 ud q)wA164 • QWW X*no*vc -nt V^I►m %!LKh <Or-te 94% wIll tho, lon r.t wh of I4*0 9007:2ol5 %C ttr %i0mv K*W: E1rom m3rtt4;ue, w4 dCrb-tor 9KVM he ckcbkJl wrcrrtm, ahCrroyxS. 11A twin. Onvtx trw t- antxtw. are Jwt&*Cw. This <4qtiiCAr a tsx•Q66 to Ods coffoarWs orVnA rs"sdxn (wifkAp i smts *,tail dabd fvbu v 23. 1945, kid ft r.W by hOL For mad on b" of W: 000 a1 icy to Dr.e. IM -02 -:8 ht.aK Pw%loon DA-P: X20-0's47 4 D • rM rim v WX 7 CW OPMOV -%.�;jjrJfKQ - UfpwXW CU W. 2020 ,05 07 I11idr) Ddv: jW16-11-m p3c,": = cc 2 making excellence a habit- rtas tsi..r..+r... h ►"Wft d 04 .4" r to%..d v.%,O wr- An d*C one owtf,e.rr w Zoo *A%&q*c*W gftP,".W Mw cAm be %&U*W 9 www M e• hJ � 4�w � w �� v ev .V f�eA .�w.i. - '�...w., ..vl�n r� e<W1 e...� n.v� �...�. tli.w�� Mar. Vr�•• MZe, la s� • N .e. m �000 W.t 4arerd LK Unft& In [,gLrd ..vv r r6w V5 0%UVO I4,01 &U& Carom+ *4 NIL. LX A Mrs&. i ti ou qwv a cam► Cen6c3or so: FM 727336 tci dwl IO Wk4wd A t%I*A W.kr PoMK 9rt m►S Owin m xtw ro� AAd doobwr ovp*m for wit %7650 t A•fiuo Poa0 qee dfm. kty►wx `a vkr food and s A&vos. Shtbordw Aw r --%.rI S:W. t U%A KKO.JK ;%" WlAa" krvsaetue f fad Wiu. &bda, fetbr.a*d crv�nari a»1 300 k U.Ina V oo& tw. Sajhdt• Wexo"-sn D KAMor pmtf 9o`m% Tho 4*b #Son ct p"mw oM 2VI Hall Coot Sh.trred-n %%,Ao :n 53:63 USA Kiohiv Pootr 9r,D0ittS RK**v. o4on1f4 and *m*,moq a# O ewgaw KIMP AwdxxrA ccnoope-t% V*to(90 WhA awn 5"t USA Ot ,41 Qx%2&taOtn Dr.c 1WWI, 02,28 Ettrc,%%- Cu:t: 2020 U5 07 hCe.t Rnl ion Dyx: 2020 05 07 br4q Daw: 2021 1: � 05 Page: 2 cc 2 of VA ov *J Domw -v000ftb Joe,'v*Ac An w•b+u o&4A%.b..• too aA%PWAlrlAgIM POW moves s.• be riiAW I owm wg woqa-*On swr• 1r 10 a"* diow WOO &%W Nr OOPFd". } l&n~ ✓d Comics M owmeft co a Mry hwba ooftta moom QVr+M yi 00. Tit 3K 000 "M WA AN..mo LX 1 wSoqi of /ww/ N 6 $fa rdw "wo" rrp11Jt A is% Ch%mo a Ho S&.4 I - A.• vN MA.:s A *wvbm of ra 02 G-o►c o! CovwJsL Kohler Standby/Prime Generator Set Test Program Testing is an integral part of quality assurance. In keeping with our uncompromising commitment to quality, safety, and reliability, every Kohler Standby/Prime power generator set undergoes an extensive series of prototype and production testing. Prototype Testing Prototype testing includes the potentially destructive tests necessary to verify design, proper function of protective devices and safety features, and reliability expectations. Kohler's prototype testing includes the following: • Alternator temperature rise test per NEMA MG1-32.6. Standby and prime ratings of the alternator are established during this test. • Maximum power test to assure that the prime mover and alternator have sufficient capacity to operate within specifications. • Alternator overload test per NEMA MG1-32.8. • Steady-state load test to ensure voltage regulation meets or exceeds ANSI C84.1, NEMA MG1-32.17 requirements and to verify compliance with steady- state speed control specifications. • Transient test to verify speed controls meets or exceeds specifications. • Transient load tests per NEMA MG1-32.18, and ISO 8528 to verify specifications of transient voltage regulation, voltage dip, voltage overshoot, recovery voltage, and recovery time. • Motor starting tests per NEMA MG1-32.18.5 to evaluate capabilities of generator, exciter, and regulator system. • Three-phase symmetrical short-circuit test per NEMA MG1-32.13 to demonstrate short circuit performance, mechanical integrity, ability to sustain short-circuit current. • Harmonic analysis, voltage waveform deviation per NEMA MG1-32.10 to confirm that the generator set is producing clean voltage within acceptable limits. • Generator set cooling and air flow tests to verify maximum operating ambient temperature. • Reliability tests to demonstrate product durability, followed by root cause analysis of discovered failures and defects. Corrective action is taken to improve the design, workmanship, or components. • Acoustical noise intensity and sound attenuation effects tests. Production Testing In production, Kohler Standby/Prime generator sets are built to the stringent standards established by the prototype program. Every Kohler generator set is fully tested prior to leaving the factory. Production testing includes the following: • Stator and exciter winding high -potential test on all generators. Surge transient tests on stators for generators 180 kW or larger. Continuity and balance tests on all rotors. • One-step, full -load pickup tests to verify that the performance of each generator set, regulator, and governor meets published specifications. • Regulation and stability of voltage and frequency are tested and verified at no load, 1 /4 load, 1 /2 load, 3/4 load, and full -rated load. • Voltage, amperage, frequency and power output ratings verified by full -load test. • The proper operation of controller logic circuitry, prealarm warnings, and shutdown functions is tested and verified. • Any defect or variation from specification discovered during testing is corrected and retested prior to approval for shipment to the customer. Torsional analysis data, to verify torsional effects are not detrimental and that the generator set will provide dependable service as specified, is available upon request. Kohler offers other testing at the customer's request at an additional charge. These optional tests include power factor testing, customized load testing for specific application, witness testing, and a broad range of MIL-STD-705c testing. A certified test report is also available at an additional charge. KOHLEW, KOHLER CO. Kohler, Wisconsin 53044 Phone 920-565-3381, Fax 920-459-1646 For the nearest sales/service outlet in the US and Canada, phone 1-800-544-2444 Koh IerPowerSystemscom G18-56 12/05b Kohler Automatic Transfer Switch Test Program Non -Bypass Models Testing is an integral part of quality assurance. In keeping with our uncompromising commitment to quality, safety, and reliability, every Kohler Automatic Transfer Switch (ATS) undergoes an extensive series of performance and production testing. Performance Testing All Kohler ATSs are UL1008 listed, which includes the following performance tests: • General — Normal Operation • Overvoltage • Undervoltage • Overload • Temperature Rise • Endurance • Dielectric Voltage — Withstand • Short Circuit Withstand • Short Circuit Close- On • Dielectric Voltage — Withstand (repeated) • Strength of insulating base and support EMC/EMI Immunity Verification Controls and printed circuit board assemblies are evaluated to IEC and IEEE tests, including: • EN61000- 4- 4 Fast Transient Immunity Severity Level 4 • EN61000-4-5 Surge Immunity Class 4 (voltage sensing and programmable inputs only) • IEC Specifications for EMI/EMC Immunity: o CISPR 11, Radiated Emissions o IEC 1000-4-2, Electrostatic Discharge o IEC 1000-4-3, Radiated Electromagnetic Fields o IEC 1000- 4- 4, Electrical Fast Transients (Bursts) o IEC 1000-4-5, Surge Voltage o IEC 1000-4-6, Conducted RF Disturbances o IEC 1000- 4- 8, Magnetic Fields o IEC 1000- 4-11, Voltage Dips and Interruptions • IEEE 472 (ANSI C37.90A) Ring Wave Test KOHLER, Production Testing Every Kohler ATS is fully tested prior to leaving the factory. Visual inspections are also performed by the mechanism manufacturer as well as Kohler personnel during assembly and final test. Production testing includes the following: • Electrical operation testing on all ATSs • Verification of controller communication • Verification of controller settings • Voltage calibration • Automatic transfer switch operation when Normal source is lost o Verify engine start signal o Verify transfer to Emergency position when Emergency source is available • Automatic Transfer switch operation when Normal source returns o Verify transfer to Normal position o Verify engine start signal is removed CSA Certification CSA Certification is also available upon request. CSA certification includes the following additional test: • Dielectric test at 1000V plus twice the maximum rated voltage Options Testing The operation of all installed options is verified. Tested options include: • Input/Output Modules • Supervised Transfer Control Switch • Preferred Source Switch • Load Shed, Normal and Emergency • Line -to- Neutral Monitoring • Digital Meter setup and operation Kohler offers other testing at the customer's request at an additional charge. These optional tests include customized load testing for specific application, witness testing, and contact resistance testing. A certified test report is also available at an additional charge. KOHLER CO., Kohler, Wisconsin 53044 Phone 920-457-4441, Fax 920-459-1646 For the nearest sales/service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com G18-414 2/20 Submittal Transmittal RoDoOLSON CC)NSTRi JC;'1'ION Project Name: Montage Hotel and Spa Project Number: 210425 Specification Name: Engine Generators Detail Description: Diesel Generator Category: Product Data/Specifications Date: 7/23/2021 Comment: 263213-001.0 Generator, Product Data - Generator - Transfer Switches "Note' THIS IS A DEFERRED SUBMITTAL AND ALSO NEEDS TO GO TO CITY OF LA QUINTA. This is a long lead item. Y REVIEWED AND FORWARDED FOR APPROVAL REVIEWED WITH EXCEPTIONS NOTED NONCONFORMING, REVISED & RESUBMITTED The Submittals have been reviewed for general conformation to the design intent of the contract documents with regard to type and quality and not quantity and/or dimensions, which are the responsibility of the subcontractor and/or supplier making the submittal. The subcontractor and/or supplier is responsible for coordination of their work with other trades. Review of submittals and/or shop drawings does not relieve the subcontractor's and/or supplier's responsibility for any errors, omissions and/or changes for the requirements of the contract documents, nor for errors and/or omissions made by subcontractor and/or supplier in bad submittals and/or shop drawings. R.D. OLSON CONSTRUCTION BY: Sam Sheinberg DATE: 7/23/2021 JOB: Montage Hotel and Spa (210425) SPEC: 26 32 13 -001 CONSULTANT'S SUBMITTAL REVIEW DISPOSITION CONTRACTOR RESPONSE REQUIRED ❑ No Exception Taken PO Confirm and Verify Requested Information and Comments [4 Note Markings ❑ Make Corrections Noted ❑ Comment Attached ❑ Revise and Resubmit ❑ Rejected Consultant's review is for general conformance with the design intent and general compliance with the contract documents of the project. Corrections, comments or markings made do not relieve the Contractor from compliance with the contract documents nor allow departure there from. Contractor remains responsible for detailing and accuracy, confirming and correlating quantities and dimensions, selecting fabrication processes and techniques of construction, coordinating work with that of other trades, and performing work in a safe and satisfactory manner. U71:3 7 By A.—,,, Date 07-26-2021 Idibri, Inc. is the general partner of Idibri Consulting, LP. CSI Code: 26 32 13 -001 Status: For Approval Submittal Pkg. #: 007 Due Date: 7/26/2021 i!i - CONFIRM THAT EXHAUST SILENCER GM110935 MEETS CRITICAL GRADE LEVELS PER DRAWINGS (30DB REDUCTION). AS REVIEWED BY ACOUSTICAL ENGINEER. 400 SPECTRUM CENTER DRIVE, SUITE 1200 IRVINE, CALIFORNIA 92618 TEL: 949-474-2001 WEBSITE: WWW.RDOLSON.COM Page 1 of 1 Consulting Engineers, Inc. PROJECT: H1 & HS Montage Hotel & Spa Generator Submittal SUBMITTAL: 500 KW GENERATOR/ATS's Reviewed F%-O Furnish as Corrected F Rejected F Submit Specific Item F Revised & Resubmit FV- Exceptions Noted Corrects or comments made on the shop drawings during this review do not relieve contractor from compliance with the requirements of the construction documents. This review is only for general conformance with the design concept of the project and general compliance with the information given in the Contract Documents. Submitting contractor is responsible for: correlating and confirming dimensions at the job site; choice of fabrication processes and techniques for construction: coordination of his work with that of other trades; and performing the work in a safe and satisfactory manner. RB Consulting Engineers, Inc. Date: 07/26/21 By: Ken Bertalan Comments: Provide ground fault alarm function in remote annunciator to indicate any potential ground fault sensing at generator breakers. Breakers shall not trip from ground fault. 1044 Pioneer Way, Suite E, El Cajon, CA 92020 Telephone: 619.599.6973 Email: kbertalan@rbcengineers.com Nomad Electric H1 8 HS - Montage Hotel & Spa (Job#21-1013) Generator Submittal 7/22/21 Rowan Electric 2778 Loker Ave. West Carlsbad CA, 92010 P. (760) 692-0700 F. (760) 692-0707 Lic# 746837 KOHLEW., POWER SYSTEMS _ Engineering Submittal 09001 CH R, YSrRviS iJATIONAUY REGISTERED Attention Contractor or End User: Please read the following carefully: • An Air Quality Permit is required for ALL generators in CA over 50BHP (for a single engine/generator). There are very few other exemptions. It is imperative you submit an application to the local air quality jurisdiction (AQMD/APCD) immediately upon approval of submittals to avoid any project delays or complications. Generators cannot be started or commissioned prior to the issuance of your Authority to Construct and Startup Authorization by the governing air quality district and in most cases cannot even be delivered to the site without the permit. This can delay a project schedule a great deal. Air Quality permits typically take 2-3 months, but can take longer. • A Permit from the local Fire Department or AHJ (Authority Having Jurisdiction) is required for diesel fuel tanks (with very few exemptions). Check with your local AHJ to confirm permit requirements and permit conditions. BCEW as a supplier cannot comply with any specific local AHJ requirements if a permit is not pulled and a copy of the fire permit is not provided to us. If there are requirements by the local AHJ that differ from the contract documents there may be an additional charge. • Anchorage of the generator is typically detailed in the Structural Plans/Contract Documents. When it is not, it is the Contractors responsibility to determine the proper anchorage. When the specification dictates, we will have provided anchorage calculations and details in this submittal. Often the anchorage will need to be done at time of delivery and will require a special inspection. Please be aware of this and plan accordingly. • Large Natural Gas and LP generators require a great deal of fuel. Correct fuel piping size and pressure are the responsibility of the installing contractor. All necessary information is provided on the generator specification sheet in this submittal. We are here to support you and provide any assistance necessary. Please let us know if we can help with anything listed above. The purpose of this letter is to minimize the unknown installation problems and project delays for you. Bn 1TV Fl_ECT W(7(lKS KOHLER.- IN POWER. SINCE 1920. STATEMENT OF QUALIFICATIONS Bay City Electric Works Prospective Customer, Bay City Electric Works has been operating in California since 1932 striving to be the premier electrical stand-by power solutions provider by aggressively delivering one stop ... one company support for our customer's specification writing, engineering support, permitting, new equipment sales, service, rental, fueling, transportation, and national account service. Our commitment to after sales support is unmatched with our factory trained field technicians' 200+ years of combined experience. All technicians operate from fully equipped/stocked service trucks that are efficiently dispatched via GPS tracking and are backed up by over $500,000 of spare parts at our service facilities. We maintain a 24-hour emergency service "hot-line" to assure a "live" response and are responsible for over 3000 installed generator systems for preventive service maintenance and trouble call support. Our customers include electrical and general contractors, industrial plants, commercial facilities, data centers, hospitals, schools, city and county government facilities, military installations, the telecommunications industry, water and electrical utilities and our area's growing bio-technical industry. Major product lines represented include Kohler for industrial standby, residential, and mobile generators; Honda portable generators; and we are an Authorized John Deere Engine Service Provider. Bay City Electric Works is the premier provider of standby electrical power systems solutions in Southern California and looks forward to working with you to support your power needs. Sincerely, Rodney C. Lee President & COO Headquarters: 13625 Danielson Street, Poway, CA 92064 Phone — 866.938.8200 www.BCEW.com KOHLER, Section Sub -Section Literature Quote Model 500REOZJC Spec Sheets Specification Sheet Controller G6-162 Specification Sheet Circuit Breaker G6-88 Specification Sheet Circuit Breaker Circuit Breaker Trip Curves Specification Sheet Circuit Breaker Circuit Breaker Trip Curves Specification Sheet Circuit Breaker PR Frame Breaker Specification Sheet Battery Battery Specification Sheet Battery Charger G6-146 Specification Sheet Weather/ Sound Enclosure Packaging Enclosure Package Specification Sheet Voltage Regulator Voltage Regulator Specification Sheet Remote Serial Annunciator G6-139 Specification Sheet Transfer Switch Spec ATS Accessories Specification Sheet Transfer Switch Controls G11-127 Alternator Data Alternator Data Sheet 5M4027 Sound Data Sound Data Sheet Sound Data Cooling Data Cooling Systems Data Sheet Cooling Data Exhaust System Data Exhaust System Data Exhaust System Data Emissions Data Emissions Data Emissions Data EPA Certificate EPA Certificate Dimensional Drawings Generator ADV-9193 Accessories ADV-8527 Enclosure ADV-9189 Remote Serial Annunciator GM85123 Subbase Tank ADV-8528 Transfer Switch ADV-8566 Transfer Switch ADV-8570 WiringSchematicDiagrams Controller Schematic Diagram ADV-9057 Controller Schematic Diagram ADV-9078 Controller Wiring Diagram GM105223 Controller Wiring Diagram GM105806 Remote Serial Annunciator ADV-9169 KOHLER, Misc Warranty Certification Pre -Startup Checklist Remote Serial Annunciator GM62554 Enclosure Wiring ADV-7035 Transfer Switch GM115511 Transfer Switch GM115509 Voltage Diagram ADV-5875 Battery 244578 Battery Charger GM87448 Battery Charger Assembly GM94922 Block Heater GM75809 Block Heater GM76113 Circuit Breaker GM24181 Circuit Breaker GM47475 Emergency Stop GM103743 Flexible Fuel Line 273614-CMP Warranty TP-5373 Warranty TP-5374 ISO9001 Certificate G15-152 Wind Load G18-529 Prototype Test Certificate G18-511 Prototype Test Certificate G18-56 ATS Test Program G18-414 Pre -Startup Checklist PreStartUpCheckList q#'TTY 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 r„ 6 t 9-93"217 Offer: 112916 Generator Job Name: 112916 - La Quinta Montage Quote Number: 0026767471 Version 4.0 06/16/2021 Page 4 Kohler Model: 50OREOZJC This diesel generator set equipped with a 51M4027 alternator operating at 277/480 volts is rated for 505 kW/631 kVA. Output amperage: 759. Qty Description 50OREOZJC Generator System 1 50OREOZJC Generator Set Includes the following Literature Languages English Approvals and Listings UL2200 Listing Engine 500REOZJC,24V,60HZ Nameplate Rating Standby 130C Rise Voltage 60Hz, 277/480V, Wye, 3Ph, 4W Alternator 5M4027 Cooling System Unit Mounted Radiator, 50C Skid and Mounting Skid Air Intake Standard Duty Controller APM603 Enclosure Type Sound Enclosure Material Steel Fuel Tank Type State Fuel Runtime (Approx.) 12 Hours Subbase Fuel Tank Capacity 468 Gallons Fill Pipe/Spill Fill Options 5 Gal Spill Cont w/95% Shutoff Fuel Tank Vent Normal Vent, 12' Above Grade Starting Aids, Installed 2500W,190-208V,1Ph,w/Valves Electrical Accy.,lnstalled Battery, 2/12V, Wet Electrical Accy.,lnstalled Battery Charger, 10A Electrical Accy.,lnstalled Run Relay Electrical Accy.,lnstalled Failure Relay w/Harness,1 Fault Electrical Accy.,lnstalled 15 Relay 1/0 Board Rating, LCB 1 Right 100% Rated Page 4 q#'TTv 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 r„ 6 t 9-93"217 Amps, LCB 1 Right Trip Type, LCB 1 Right LCB 1 Right Interrupt Rating Frame, LCB 1 Right Position, LCB 1 Right Rating, LCB 2 Right Amps, LCB 2 Right Trip Type, LCB 2 Right LCB 2 Right Interrupt Rating Frame, LCB 2 Right Position, LCB 2 Right Fuel Lines, Installed Exceeds LTL Shipping Height Miscellaneous Accy,lnstalled Miscellaneous Accy,lnstalled Miscellaneous Accy,lnstalled Warranty Testing, Additional 1 NEC Remote, E-Stop 1 Literature, NFPA110-50OREOZJC 1 RSA III, Annunciator only Offer: 112916 Job Name: 112916 - La Quinta Montage Quote Number: 0026767471 Version 4.0 06/16/2021 Page 5 600 Electronic, LSI 35kA at 480V PG 1 100% Rated 60 Electronic, LI 18kA at 480V HD 2 Flexible Fuel Lines Add'I Shipping Charge Accepted Air Cleaner Restriction Ind. Coolant in Genset Crankcase Emissions Canister Standard Power Factor Test,0.8,3Ph Only Automatic Transfer Switch Kohler Model: KCS-AMVC-0104S 4 Pole, 4 Wire, Switched Neutral, 104 amp, Kohler Standard rated Standard automatic transfer switch, Model KCS-AMVC-0104S , rated 480V, 60 Hz complete with all standard equipment and housed in a NEMA Type 3R enclosure. Qty Description ATS KCS Transfer Switch System Page 5 q#'TTY 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 r„ 6 t 9-93"217 Job Name: 112916 - La Quinta Montage Offer: 112916 Quote Number: 0026767471 Version 4.0 06/16/2021 Page 6 1 KCS-AMVC-0104S Includes the following: Literature Languages Mechanism Transition Logic Voltage Poles & Wires Enclosure Amps Connection IBC Seismic Certification CSA Certification Miscellaneous Acc.,lnstalled Packaging Warranty 1 Lit Kit, ATS Production, KCS/KCP/KCC English Standard Standard 1200 480V / 60 Hz 4 Pole/4 Wire, Switched Neutra Nema 3R 104 Amps Standard None None Lockable User Interface Cover Export Packing 1-YR STANDARD Automatic Transfer Switch Kohler Model: KCS-AMVC-0600S 4 Pole, 4 Wire, Switched Neutral, 600 amp, Kohler Standard rated Standard automatic transfer switch, Model KCS-AMVC-0600S , rated 480V, 60 Hz complete with all standard equipment and housed in a NEMA Type 3R enclosure. Qty Description ATS KCS Transfer Switch System 1 KCS-AMVC-0600S Includes the following: Literature Languages Mechanism English Standard Page 6 q#'TTY 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 r„ 6 t 9-93"217 Job Name: 112916 - La Quinta Montage Offer: 112916 Quote Number: 0026767471 Version 4.0 06/16/2021 Page 7 Transition Logic Voltage Poles & Wires Enclosure Amps Connection IBC Seismic Certification CSA Certification Miscellaneous Acc-Installed Packaging Warranty 1 Lit Kit, ATS Production, KCS/KCP/KCC Standard 1200 480V / 60 Hz 4 Pole/4 Wire, Switched Neutra Nema 3R 600 Amps Standard None None Lockable User Interface Cover Export Packing 1-YR STANDARD Automatic Transfer Switch Kohler Model: KCS-AMVC-0070S 4 Pole, 4 Wire, Switched Neutral, 70 amp, Kohler Standard rated Standard automatic transfer switch, Model KCS-AMVC-0070S , rated 480V, 60 Hz complete with all standard equipment and housed in a NEMA Type 3R enclosure. Qty Description ATS KCS Transfer Switch System 1 KCS-AMVC-0070S Includes the following: Literature Languages Mechanism Transition Logic Voltage Poles & Wires Enclosure English Standard Standard 1200 480V / 60 Hz 4 Pole/4 Wire, Switched Neutra Nema 3R Page 7 q#'TTY 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 ry 619-93"217 Amps Connection IBC Seismic Certification CSA Certification Miscellaneous Acc.,lnstalled Packaging Warranty 1 Lit Kit, ATS Production, KCS/KCP/KCC Job Name: 112916 - La Quinta Montage Offer: 112916 70 Amps Standard None None Lockable User Interface Cover Export Packing 1-YR STANDARD Quote Number: 0026767471 Version 4.0 06/16/2021 Page 8 Page 8 KOHLER, KOHLER, Generator Set Ratings 50OREOZJC Diesel Standard Features • Kohler Co. provides one -source responsibility for the generating system and accessories. • The generator set and its components are prototype -tested, factory - built, and production -tested. • The 60 Hz generator set offers a UL 2200 listings. • The generator set accepts rated load in one step. • The 60 Hz emergency generator set meets NFPA 110, Level 1, when equipped with the necessary accessories and installed per NFPA standards. • A one-year limited warranty covers all systems and components. Two -and five-year extended warranties are also available. • Tier 2 EPA -certified for Stationary Emergency Applications • Alternator Protection • Battery Rack and Cables • Customer Connection (standard with Decision-MakerO 6000 controller only) • Local Emergency Stop Switch • Oil Drain Extension Alternator Features • Operation and Installation Literature • The pilot -excited, permanent -magnet (PM) alternator provides superior short-circuit capability. Other Features • Kohler designed controllers for guaranteed system integration and remote communication. • The low coolant level shutdown prevents overheating (standard on radiator models only). • Integral vibration isolation eliminates the need for under -unit vibration spring isolators. • An electronic, isochronous governor delivers precise frequency regulation. • Mount up to four circuit breakers to allow circuit protection of selected priority loads. Standby 130C Rise Ratings Alternator Voltage Ph Hz Peak kVA kW/kVA Amps 5M4027 277/480 3 60 2200 505 / 631 759 RATINGS: All three-phase units are rated at 0.8 power factor. All single-phase units are rated at 1.0 power factor. Standby Ratings: The standby rating is applicable to varying loads for the duration of a power outage. There is no overload capability for this rating. Prime Power Ratings: At varying load, the number of generator set operating hours is unlimited. A 10 % overload capacity is available for one hour in twelve. Ratings are in accordance with ISO-8528-1 and ISO-3046-1. For limited running time and continuous ratings, consult the factory. Model: 500REOZJC, continued Alternator Specifications Specifications Alternator Alternator manufacturer Type Exciter type Leads, quantity Voltage regulator Insulation Insulation: Material Insulation: Temperature Rise Coupling Amortisseur windings Rotor balancing (50Hz) Rotor balancing (60Hz) Voltage regulation, no-load to full -load RMS One -Step Load Acceptance Unbalanced load capability Kohler 4-Pole, Rotating -Field Brushless, Permanent -Magnet, Pilot Exciter 10/12, Reconnectable Solid State, Volts/Hz NEMA MG1 Class H, Synthetic, Nonhydroscopic 130°C, 150°C Standby Flexible Disc Full 125% 125% Controller Dependent 100% of rating 100% of Rated Standby Current • NEMA MG1, IEEE, and ANSI standards compliance for temperature rise and motor starting. • Sustained short-circuit current of up to 300% of the rated current for up to 10 seconds. • Sustained short-circuit current enabling down stream circuit breakers to trip without collapsing the alternator field. • Self -ventilated and dripproof construction. • Superior voltage waveform from a two-thirds pitch stator and skewed rotor. • Brushless alternator with brushless pilot exciter for excellent load response. Engine Engine Specification Engine Manufacturer Engine Model Engine: type Cylinder arrangement Displacement, L (cu. in.) Bore and stroke, mm (in.) Compression ratio Piston speed, m/min. (ft./min.) Rated rpm Max. power at rated rpm, kWm (BHP) Crankshaft material Valve (exhaust) material Intake Valve (exhaust) material Governor: type, make/model Frequency regulation, no-load to -full load Frequency regulation, steady state Frequency Air cleaner type, all models John Deere 6135HFG75 Turbocharged, Charge Air -Cooled 6, Inline 13.5 (824) 132 x 165 (5.2 x 6.5) 16.0:1 594 (1950) 1800 563 (755) Forged Steel Nickel -Chromium Head Chromium -Silicone Stem JDEC Electronic L15 Isochronous ±0.25% Fixed Dry Model: 500REOZJC, continued Exhaust Exhaust System Exhaust Manifold Type Dry Exhaust flow at rated kW, m3/min. (cfm) 97.2 (3433) Exhaust temperature at rated kW, dry exhaust, °C (°F) 524 (975) Maximum allowable back pressure, kPa (in. Hg) Min. 4 (1.2) Max. 10 (3.0) Exh. outlet size at eng. hookup, mm (in.) See ADV Drawing Engine Electrical Engine Electrical System Battery charging alternator: Ground (negative/positive) Negative Battery charging alternator: Volts (DC) 24 Battery charging alternator: Ampere rating 60 Starter motor rated voltage (DC) 24 Battery, recommended cold cranking amps (CCA): Qty., CCA rating Two, 925 each Battery voltage (DC) 12 Fuel Fuel System Fuel type Diesel Fuel supply line, min. ID, mm (in.) 13 (0.50) Fuel return line, min. ID, mm (in.) 10 (0.38) Max. lift, fuel pump: type, m (ft.) Electronic 2.1 (6.8) Max. fuel flow, Lph (gph) 180.6 (47.7) Max. return line restriction, kPa (in. Hg) 35 (10.3) Fuel prime pump Electronic Fuel Filter Secondary 2 Microns @ 98% Efficiency Fuel Filter Primary 10 Microns Fuel Filter Water Separator Yes Recommended fuel #2 Diesel Lubrication Lubrication System Type Full Pressure Oil pan capacity, L (qt.) 40.0 (42.3) Oil pan capacity with filter, L (qt.) 42.0 (44.4) Oil filter: quantity, type 1, Cartridge Oil cooler Water -Cooled Model: 500REOZJC, continued Cooling Radiator System Ambient temperature, °C (T) 50 (122) Engine jacket water capacity, L (gal.) 18(4.8) Radiator system capacity, including engine, L (gal.) 67.2 (17.8) Engine jacket water flow, Lpm (gpm) 400 (106) Heat rejected to cooling water at rated kW, dry exhaust, kW (Btu/min.) 209 (11896) Heat rejected to charge air cooling water at rated kW, dry exhaust, Kw 116 (6603) Btu/min. Water pump type Centrifugal Fan diameter, including blades, mm (in.) 965 (38) Fan, kWm (HP) 18 (24) Max. restriction of cooling air, intake and discharge side of radiator, 0.125 (0.5) kPA (in. H20) * Enclosure with internal silencer reduces ambient temperature capability by YC (9°F). Operation Requirements Air Requirements Radiator -cooled cooling air, m3/min. (scfm) * 435 (15400) Cooling air required for generator set when equipped with city water 279 (9867) cooling or remote radiator, based on 14°C (25T) rise, m3/min. rise and ambient temp. of 29°C (85°F) m3/min. (cfm) Combustion air, m3/min. (cfm) 38 (1342) Heat rejected to ambient air: Engine, kW (Btu/min.) 38 (2163) Heat rejected to ambient air: Alternator, kW (Btu/min.) 40 (2277) *Air density = 1.20 kg/m3 (0.075 Ibm/ft3) Fuel Consumption Rating Standby Fuel Consumption at 100% load 134.5 Lph (35.5 gph) Standby Fuel Consumption at 75% load 104.6 Lph (27.6 gph) Standby Fuel Consumption at 50% load 75.3 Lph (19.9 gph) Standby Fuel Consumption at 25% load 38.8 (10.2) Dimensions and Weights Dim Weight Spec Dim Weight Value Fuel Diesel Engine Manufacturer John Deere Overall Size, L x W x H, mm (in.): 3630 x 1425 x 1936 (142.9 x 56.1 x 76.2) Weight (radiator model), wet, kg (lb.): 3883 (8560) iq L KOHLER. Industrial Generator Set Accessories Generator Set Controller The APM603 generator set controller provides advanced control, system monitoring, and system diagnostics for a single generator set or paralleling multiple generator sets. The APM603 interfaces the generator set to other power system equipment and network management systems using standard industry network communications. It uses a patented digital voltage regulator and unique software logic to manage alternator thermal overload protection as well as serves as an overcurrent protective relay, features normally requiring additional hardware. The APM603 controller meets NFPA 110, Level 1. Display, Interface, and Accessibility • A 7-inch color TFT touchscreen for easy local access to data. o Home screen can be customized to show critical data at a glance. o Create a custom favorites list for quick access to important data • Measurements are selectable in metric or English units. • Supports Modbus@ protocol through serial bus and Ethernet networks, and supports SNMP and BACnet@ through Ethernet networks. On- board Diagnostics • Immediate visibility of warnings and faults with text description and code display. 0 15 seconds of critical data are captured around each warning and fault o Critical data can be viewed on the display and downloaded • Store up to 10,000 events locally along with historical data logging of successful starts. o Accurate time stamp from real-time clock o Event log can be downloaded Global Support • Data logging of customized parameter list for report • Sales, installation, and service support from more than generation and advanced troubleshooting. 800 Kohler and SDMO service providers around the o Store to external USB drive for easy transfer to world. another device Modbus@ is a registered trademark of Schneider Electric. BACnete is a registered trademark of ASHRAE. G6-162 (APM603) 5/21g Pagel Fault Annunciator LEDs: Red- Shutdowr Yellow- Warnini USB Connections with cover Alarm Silence/Lamp Test Button with LED Me LEDs: Off/Reset, Auto, and Run Controller Features AC Output Voltage Regulator Maximum of �10% of the system Adjustment voltage Alarm Horn Indicates a generator set warning or shutdown condition Alarm Silence For NFPA-110 application or user convenience Alternator Protection Generator set overload and short circuit protection Cyclic Cranking Provides automatic restart after a failed start attempt with programmable on/off time and number of attempts ECU Diagnostics Displays engine ECU fault codes and descriptions for engine troubleshooting Emergency Stop Button Shuts down the generator set immediately, for emergency situations Control for an optional engine Engine Start Aid starting aid Environmentally Sealed Three master control buttons with Membrane Keypad LEDs: Off/Reset, Auto, and Run Patented High -Speed RMS ±0.25% no-load to full -load Digital Voltage Regulator regulation with three-phase true RMS sensing Lamp Test Verifies functionality of the indicator LEDs Real-time Clock Includes battery back-up to retain date and time through controller power cycle Remote Reset Allows remote fault resets and restarting of the generator set Remote Monitoring Panel Compatible with the Kohler® Remote Serial Annunciator Run Time Hourmeter Displays generator set run time Run Relay Indicates that the generator set is running Time Delay Engine Cooldown Time delay before the generator (TDEC) set shuts down Time Delay Engine Start (TDES) Time delay before the generator set starts Touchscreen Alarm 0 cY o � Emergency Stop Button Communication USB Port (1) Mini-USB port for PC connection (1) USB port for storage device Serial (RS-485) Port (1) Non -isolated for RSA III (1) Isolated for Modbus devices (1) Isolated for paralleling communication Ethernet Port (1) RJ45 for Modbus TCP, SNMP, and BACnet Controller Specifications Nominal voltage 12 or 24 VDC protected against reverse battery connection Power 800 mAmps at 12 VDC 400 mAmps at 24 VDC Operating Temperature -40oC to 70oC (-40°F to 158°F) Storage Temperature -40oC to 85°C (-40OF to 185°F) Humidity 5% to 95% non -condensing Display Size, W x H 154 x 86 mm (6.0 x 3.4 inches) Protection Index IP65 Front G6-162 (APM603) 5/21 g Page 2 Paralleling Features • Isochronous control with real and reactive load sharing with other APM603 controller equipped generator sets o Supports paralleling up to 8 generators • Random first -on logic to prevent two or more generator sets from closing to a dead bus and provides the fastest response for a single generator online • Automatic synchronizer with dead bus closing • Soft loading and unloading for generator management • Protective relay functions: o Synch check (25C) o Over current (51) o Over frequency (810) o Over power (320) o Over voltage (59) o Reverse power (32R) o Reverse reactive power (32RQ) o Under frequency (81 U) o Under voltage (27) • Generator management to allow the start and stop of generators based on load demand or state of other generators o Fuel level o Run time o Manual order o Time of day o Efficiency • Simplified paralleling system view from any generator controller in the system Overcurrent Protective Device • Provides protection against line -to -line and line -to -neutral faults • Uses thermal and instantaneous current limit settings for alternator protection • Includes a maintenance mode for arc flash reduction per NEC 240.87 Load Management Features • Programmable outputs included to command the connect and disconnect of loads based on generator or paralleling system state o Loads connected based on available capacity o Loads disconnected at system startup o Loads disconnected based on a maximum kW setting or underfrequency setting • Supports up to 16 prioritized load steps per system o Can be used on a single generator system o Can be combined in a paralleling system for a total system load control capability • Simplified load management system view from any generator controller in the system • Requires input/output module option Advanced Programmable 1/0 • Configurable inputs and outputs can be programmed for customer specific use • PLC -like capability for applying logic to customize generator system behavior Troubleshooting Features 15 seconds of key data automatically captured around each warning and shutdown o Data can be exported for detailed analysis o Data can be viewed on controller for convenient on -site troubleshooting support Configurable data logger will allow you to select parameters to monitor o Data stored to USB device for flexibility on amount of data stored and ability to export for detailed analysis o Data capture controlled by user to allow capturing specific data required NFPA 110 Requirements In order to meet NFPA 110, Level 1 requirements, the generator set controller monitors the engine/generator functions/faults shown below. • Engine functions: o Overcrank o Low coolant temperature warning o High coolant temperature warning o High coolant temperature shutdown o Low oil pressure shutdown o Low oil pressure warning o High engine speed o Low fuel (level or pressure) o Low coolant level o EPS supplying load o High battery voltage o Low battery voltage • General functions: o Master switch not in auto o Battery charger fault o Lamp test o Contacts for local and remote common alarm o Audible alarm silence button o Remote emergency stop * * Function requires optional input sensors or kits and is engine dependent, see Engine Data. Standards The generator set controller has been tested and verified for compliance with the following standards. • NFPA 99 • NFPA 110, Level 1 • CSA 282-09 • UL 6200 • ASTM B117 (salt spray test) G6-162 (APM603) 5/21g Page Controller Functions The controller displays warning, shutdown, and status messages. All functions are available as relay outputs. Warning causes the yellow fault LED to show and sounds the alarm horn, signaling an impending problem. Shutdown causes the red fault LED to show, sounds the alarm horn, and stops the generator set. The controller communicates with the engine ECU and supports a large number of warning and shutdown events that are not listed here. This table highlights the items required for NFPA 110. Event Warning Shutdown Alternator Thermal Protection t • Battery Charger Fault * CAN Option Boardl Comm Loss Critically Low Fuel Level (diesel) ECU Diagnostic Event ECU Mismatch Shutdown t • Fuel Leak Alarm (diesel) * High Battery Voltage Warning High Coolant Temperature Shutdown t • High Coolant Temperature Warning High Fuel Level Warning (diesel) * High Oil Temperature Shutdown t • High Oil Temperature Warning Local Emergency Stop Shutdown t • Loss ECU Comms Shutdown t • Loss of Signal Low Coolant Level Voltage Low Battery Voltage Warning Low Coolant Level Shutdown t • Low Coolant Temperature Warning Low Fuel Level Shutdown (diesel) * t • Low Fuel Level Warning (diesel) * Low Fuel Pressure Warning (gas) * Low Oil Pressure Shutdown t • Low Oil Pressure Warning Low RTC (clock) Battery Voltage Maintenance Reminderl Maintenance Reminder2 Maintenance Reminder3 Maximum Power Shutdown t • Maximum Power Warning Not In Auto Alarm Over Crank Shutdown t • Over Current Shutdown (1-1, L2, 1-3) t • Over Current Warning (1-1, L2, L3) Over Frequency Shutdown t • Over Frequency Warning Over Power Shutdown t • Over Power Warning Over Speed Shutdown t • Over Voltage Shutdown (L- L, L- N, each phase) t • Over Voltage Warning (L- L, L- N, each phase) Event Warning Shutdown Remote Emergency Stop Shutdown t • Reverse Power Shutdown t • Reverse VAR Shutdown t • Under Frequency Shutdown t • Under Frequency Warning Under Voltage Shutdown (L- L, L- N, each phase) t • Under Voltage Warning (L- L, L- N, each phase) Weak Cranking Battery Status Messages Auto Button Pressed EPS Supplying Load Generator Running Generator Started Generator Stopped GFCI Warning * Load Shed Overload Load Shed Under Frequency Off Button Pressed RSA Event Programmable Digital Inputs, 1-8 Run Button Pressed * Function requires optional input sensors or kits t Items included with common fault shutdown 10 G6-162 (APM603) 5/21 g Page 4 John Deere Engine -Powered Models Inputs and Outputs Standard Dedicated User Inputs Input Type Auxiliary Fault (Shutdown) Digital Input Auxiliary Warning Battery Charger Fault Breaker Closed Breaker Open Excitation Over Voltage (350 kW and up) Fuel Leak Alarm Low Fuel Level Switch Remote Emergency Stop Remote Engine Start Two -wire input Speed Bias Analog Voltage Input, Scalable up to +/- 10 VDC Voltage Bias Standard Dedicated User Outputs Output Type Close Breaker * Relay Driver Output Common Failure Run Trip Breaker / Shunt Trip * Only with remote- mounted electrically operated circuit breakers. Optional Configurable User Inputs and Outputs User Configurable Inputs 2 Analog, 0- 5 VDC 4 Dry Contact Digital User Configurable Relay Outputs 14 NO/NC Relays 1 Common Fault Relay Note: Programmable 1/0 is configurable by a Kohler -authorized technician JD Engine Data The following John Deere engine data is displayed on the APM603 controller. Parameter Engine Model Number Engine Serial Number ECU Serial Number Coolant Temperature Engine Speed Fuel Pressure Fuel Consumption Rate Oil Pressure Run Time Hours Kohler KD Engine -Powered Models Inputs and Outputs Standard Dedicated User Inputs Input Type Auxiliary Fault (Shutdown) Digital Input Auxiliary Warning Battery Charger Fault Breaker Closed * Breaker Tripped/Open Fuel Leak Alarm Fuel Level Idle Switch Key Switch Enable Low Fuel Level Switch Low Oil Level Remote Emergency Stop Remote Reset Remote Engine Start Two -wire input Speed Bias Analog Voltage Input, Scalable up to +/- 10 VDC Voltage Bias Standard Dedicated User Outputs Output Type Close Breaker * Relay Driver Output Common Failure Common Warning EPS Supplying Load Generator Running Horn Low Coolant Temperature Not in Auto System Ready Trip Breaker / Shunt Trip * Only with remote- mounted electrically operated circuit breakers. Optional Configurable User Inputs and Outputs User Configurable Inputs 116 Dry Contact Digital User Configurable Relay Outputs 18 NO/NC Relays Note: Programmable 1/0 is configurable by a Kohler -authorized technician. KD Engine Data The following Kohler Diesel engine data is displayed on the APM603 controller. Parameter Engine Model Number Engine Serial Number Ambient Temperature Charge Air Pressure Charge Air Temperature Common Rail Fuel Pressure Coolant Level Coolant Temperature Crankcase Pressure Engine Speed Fuel Consumption Rate Fuel Pressure Fuel Temperature Intercooler Coolant Temperature (K175 engines only) Oil Temperature Oil Pressure Run Time Hours G6-162 (APM603) 5/21 g Page 5 KOHLER, APM603 Available Options ❑ Common Failure Relay provides a relay output to signal a generator set fault. ❑ Battery Charger available with 6 amp, 10 amp, and 20 amp output for 12 and 24V DC voltage output. (Availability is generator model dependent.) The 10 amp and 20 amp models provide NFPA 110 charging and alarming capability. ❑ Electrically Operated Circuit Breakers • For paralleling systems • Available generator -mounted or remote -mounted • 24VDC ❑ Ground Fault Relay provides a relay output to signal a ground fault is detected. ❑ Input/Output Module for Kohler Diesel (KD) models provides: • 16 digital input connections with connection to ground • 8 relay output connections (Form C, rated 8A, 240 VAC or rated 0.5 A, 48 VDC) ❑ Input/Output Module for models other than KID provides: • 2 analog inputs (0-5 VDC) • 4 digital input connections with connection to ground • 14 relay output connections (Form C, rated 10A, 120V) • 1 common fault relay output (NO, rated 2A, 24VDC) ❑ Key Switch to allow selection of RUN, OFF and AUTO modes. Lockable in the AUTO position by removing the key. ❑ Remote Emergency Stop Switch available as a wall mounted panel to remotely shut down the generator set. ❑ Remote Monitoring Panel. The KohlerD Remote Serial Annunciator (RSA) enables the operator to monitor the status of the generator set from a remote location, which may be required for NFPA 99 and NFPA 110 installations, and up to four Automatic transfer switches. ❑ Shunt Trip Wiring provides relay outputs to trip a shunt trip circuit breaker and to signal the common fault shutdowns. Contacts rated at 10 amps at 28 VDC or 120 VAC. Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local KohlerD generator set distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com DISTRIBUTED BY- © 2019 Kohler Co., All rights reserved. G6-162 (APM603) 5/21g Page KOHLER. Industrial Generator Set Accessories Single Circuit Breaker Kit with Neutral Bus Bar 15-300 kW Model Shown Multiple Circuit Breaker Kit with Neutral Bus Bar 180-300 kW Model Shown Multiple Circuit Breaker Kits with Neutral Bus Bar 350-2250 kW Model Shown (also applies to some 300 kW models) Line Circuit Breakers 15-3250 kW Standard Features • The line circuit breaker interrupts the generator set output during a short circuit and protects the wiring when an overload occurs. Use the circuit breaker to manually disconnect the generator set from the load during generator set service. • Circuit breaker kits are mounted to the generator set and are provided with load -side lugs and neutral bus bar. • Kohler Co. offers a wide selection of molded -case line circuit breaker kits including single, dual, and multiple configurations for each generator set. • Four types of line circuit breakers are available: (see page 2 for definitions and pages 3 and 4 for application details) o Magnetic trip o Thermal magnetic trip o Electronic trip o Electronic with ground fault (LSIG) trip • In addition, line circuit breakers are offered with 80% and 100% ratings. • Single line circuit breaker kits allow circuit protection of the entire electrical system load. • Dual line circuit breaker kits allow circuit protection of selected priority loads from the remaining electrical system load. • Multiple line circuit breaker kits with field connection barrier allow circuit protection for special applications (350- 2500 kW models and selected 80- 300 kW models). • Up to four line circuit breakers can be used on 350- 2500 kW models. • Line circuit breakers comply with the following codes and standards unless otherwise stated. o UL 489 Molded Case Circuit Breakers o UL 1077 Supplementary Protectors o UL 2200 Stationary Engine Generator Assemblies Circuit Breaker Kits with Neutral Bus Bar 800-2500 kW KD Model Shown G6-88 6/20q Pagel Line Circuit Breaker Types Magnetic Trip The magnetic trip features an electromagnet in series with the load contacts and a moveable armature to activate the trip mechanism. When a sudden and excessive current such as a short circuit occurs, the electromagnet attracts the armature resulting in an instantaneous trip. Thermal Magnetic Trip Thermal magnetic trip contains a thermal portion with a bimetallic strip that reacts to the heat produced from the load current. Excessive current causes it to bend sufficiently to trip the mechanism. The trip delay is dependent on the duration and excess of the overload current. Elements are factory- calibrated. A combination of both thermal and magnetic features allows a delayed trip on an overload and an instantaneous trip on a short circuit condition. Electronic Trip These line circuit breakers use electronic controls and miniature current transformers to monitor electrical currents and trip when preset limits are exceeded. LI breakers are a combination of adjustable trip functions including long-time ampere rating, long-time delay, and instantaneous pickup. LSI breakers have all of the LI breaker features plus short -time pickup, short -time delay, and defeatable instantaneous pickup. LSIG breakers have all of the LSI breaker features plus ground -fault pickup and delay. Electronic with Ground Fault Trip The ground fault trip feature is referred to as LSIG in this document. Models with LSIG compare current flow in phase and neutral lines, and trip when current unbalance exists. ❑ Alarm Switch Ground fault trip units are an integral part of the circuit breaker and are not available as field -installable kits. The ground fault pickup switch sets the current level at which the circuit breaker will trip after the ground fault delay. Ground fault pickup values are based on circuit breaker sensor plug only and not on the rating plug multiplier. Changing the rating plug multiplier has no effect on the ground fault pickup values. 80% Rated Circuit Breaker Most molded -case circuit breakers are 80% rated devices. An 80% rated circuit breaker can only be applied at 80% of its rating for continuous loads as defined by NFPA 70. Circuit conductors used with 80% rated circuit breakers are required to be rated for 100% of the circuit breaker's rating. The 80% rated circuit breakers are typically at a lower cost than the 100% rated circuit breaker but load growth is limited. 100% Rated Circuit Breaker Applications where all UL and NEC restrictions are met can use 100% rated circuit breakers where 100% rated circuits can carry 100% of the circuit breaker and conductor current rating. The 100% rated circuit breakers are typically at a higher cost than the 80% rated circuit breaker but have load growth possibilities. When applying 100% rated circuit breakers, comply with the various restrictions including UL Standard 489 and NEC Section 210. If any of the 100% rated circuit breaker restrictions are not met, the circuit breaker becomes an 80% rated circuit breaker. Line Circuit Breaker Options The alarm switch indicates that the circuit breaker is in a tripped position caused by an overload, short circuit, ground fault, the operation of the shunt trip, an undervoltage trip, or the push -to - trip pushbutton. The alarm resets when the circuit breaker is reset. ❑ Auxiliary Contacts These switches send a signal indicating whether the main circuit breaker contacts are in the open or closed position. ❑ Breaker Separators (350-2500 kW) Provides adequate clearance between breaker circuits. ❑ Bus Bars Bus bar kits offer a convenient way to connect load leads to the generator set when a circuit breaker is not present. 15- 300 kW. Bus bar kits are available on alternators with leads for connection to the generator set when circuit breakers are not ordered. 350-2500 kW. A bus bar kit is provided when no circuit breaker is ordered. Bus bars are also available in combination with circuit breakers or other bus bars on the opposite side of the junction box. On medium voltage (3.3 kV and above) units, a bus bar kit is standard (not applicable to KID models). ❑ Field Connection Barrier Provides installer wiring isolation from factory connections. ❑ Ground Fault Annunciation A relay contact for customer connection indicates a ground fault condition and is part of a ground fault alarm. ❑ Lockout Device (padlock attachment) This field -installable handle padlock attachment is available for manually operated circuit breakers. The attachment can accommodate three padlocks and will lock the circuit breaker in the OFF position only. ❑ Lugs Various lug sizes are available to accommodate multiple cable sizes for connection to the neutral or bus bar. ❑ Overcurrent Trip Switch The overcurrent trip switch indicates that the circuit breaker has tripped due to overload, ground fault, or short circuit and returns to the deenergized state when the circuit breaker is reset. ❑ Shunt Trip, 12 VDC or 24 VDC A shunt trip option provides a solenoid within the circuit breaker case that, when momentarily energized from a remote source, activates the trip mechanism. This feature allows the circuit breaker to be tripped by customer -selected faults such as alternator overload or overspeed. The circuit breaker must be reset locally after being tripped. Tripping has priority over manual or motor operator closing. ❑ Shunt Trip Wiring Connects the shunt trip to the generator set controller. (standard on KID models with the APM802 controller) ❑ Undervoltage Trip, 12 VDC or 24 VDC The undervoltage trips the circuit breaker when the control voltage drops below the preset threshold of 35%- 70% of the rated voltage. G6-88 6/20q Page 2 300-2250* kW Line Circuit Breaker Specifications * Includes models 30OREZXB and 300RZXB. For models 30OREOZJ and 300REZXC, see the 15- 300 kW section. For KID model generator sets, see pages 8 and 9. 80% Rating Circuit Breaker 100% Rating Circuit Breaker Alt. Model Ampere Range Trip Type C. B. Frame Size 4M 5M 7M 15-150 Thermal Magnetic HD 60-150 Electronic LI HD Electronic LSI Electronic LSIG 175- 250 Thermal Magnetic JD 250 Electronic LI Electronic LSI Electronic LSIG 60-150 Electronic LI HG Electronic LSI Electronic LSIG 250 Electronic LI JG Electronic LSI Electronic LSIG 30 9- 325 A. Mag. Trip HJ 50 84- 546 A. Mag. Trip 100 180-1040 A. Mag. Trip 150 348-1690 A. Mag. Trip 250 684- 2500 A. Mag. Trip JJ 300- 400 Thermal Magnetic LA 400 500-1000 A. Mag. Trip 750-1600 A. Mag. Trip 1000- 2000 A. Mag. Trip 1125- 2250 A. Mag. Trip 1250- 2500 A. Mag. Trip 1500- 3000 A. Mag. Trip 1750- 3500 A. Mag. Trip 2000- 4000 A. Mag. Trip 400-600 Electronic LI LG Electronic LSI Electronic LSIG 700- 800 Thermal Magnetic MG 1000-1200 Thermal Magnetic PG 800-1200 Electronic LSI Electronic LSIG 1200 Thermal Magnetic Pi Electronic LSI Electronic LSIG 1600-2500 Thermal Magnetic RJ Electronic LSI Electronic LSIG Alt. Model Ampere Range Trip Type C. B. Frame Size 4M 5M 7M 15-150 Thermal Magnetic HD 60-150 Electronic LI Electronic LSI Electronic LSIG 175- 250 Thermal Magnetic JD 250 Electronic LI Electronic LSI Electronic LSIG 60-150 Electronic LI HG Electronic LSI Electronic LSIG 250 Electronic LI JG Electronic LSI Electronic LSIG 400 Electronic LI LG Electronic LSI Electronic LSIG 600-1200 Electronic LSI PG Electronic LSIG 1200 Electronic LSI Pi Electronic LSIG 1600-2500 Electronic LSI RJ Electronic LSIG 1600 3000 Electronic LSI NW Electronic LSIG 100% Rating Electrically Operated Breakers For use as paralleling breakers.* Alt. Model Amps Trip Unit Frame 3.0 LI Pi 250, 400, 600, 5.0 LSI Pi 4M 800, 1000, 1200 3.0 LI PL 5M 7M 5.0 LSI PL 1600, 2000, Electronic LSI NW 2500, 3000 Electronic LSIG NW * P-frame breakers can be used with the Decision-Maker(D 6000 Controller/DPS System or APM603 controller. NW breakers are for use with the APM603 only. All circuit breakers listed in this table include line side bus and load side lugs, 24VDC motor operators, and 1 type C SIDE overcurrent switch contact. P-frame breakers include 2 type C auxiliary contacts. NW breakers include 4 auxiliary contacts. No second breakers are allowed in combination with these breakers. Load Bus Rating Rating, Gen. Set kW Alt. Model Amperes Type 4M/ 350- 2250 kW 5M/ 3000 Load Bus 7M G6-88 6/20q Page 6 300-2250* kW Line Circuit Breaker Specifications * Includes models 30OREZXB and 300RZXB. For models 30OREOZJ and 300REZXC, see the 15- 300 kW section. For KID model generator sets, see pages 8 and 9. Interrupting Ratings Circuit Breaker Frame Size 240 Volt, kA 480 Volt, kA 600 Volt, kA HD 25 18 14 HG 65 35 18 HJ 100 65 25 JD 25 18 14 JG 65 35 18 JJ 100 65 25 LA 42 30 22 LG 65 35 18 MG NW 100 100 85 PG 65 35 18 Pi 100 65 25 PL 125 65 25 RJ 100 65 25 Circuit Breaker Lugs Per Phase (AI/Cu) Frame Size Ampere Range Wire Range H 15-150 One #14 to 3/0 175 One 1/0 to 4/0 J 200- 250 One 3/0 to 350 kcmil LA 300- 400 One #1 to 600 kcmil or Two #1 to 250 kcmil LG 400- 600 Two 2/0 to 500 kcmil M 700-800 Three 3/0 to 500 kcmil 600-800 Three 3/0 to 500 kcmil P 1000-1200 Four 3/0 to 500 kcmil RJ 1600- 2500 (8) 1/0 to 750 kcmil or (16) 1/0 to 300 kcmil NW 1600- 3000 (10) 1/0 to 750 kcmil or (20) 1/0 to 300 kcmil Breaker Positions 8 7 6 5 LEFT POSITIONS JUNCTION BOX ALTERNATOR RIGHT POSITIONS 1 2 3 4 NOTE: Breaker and load bus phasing on right positions is A- B- C and on left positions is C- B-A. NOTE: H, HG, J, JG, and LG-frames when selected with LSIG trip require two mounting spaces (one space for the breaker and one space for the LSIG neutral). These combinations are not reflected in the Multiple Circuit Breaker Combinations table on this page. Multiple Circuit Breaker Combinations Alternator Model Positions 1 or 5 2 or 6 3 or 7 4 or 8 4M/ 5M/ 7M H/J H/J H/J H/J H/J H/J H/J H/J H/J H/J LA LA H/J LA LA LA H/J H/J LA LA H/J LA LA LA LA H/J H/J H/J LA LA H/J H/J LA LA LA H/J LA LA LA LA LG LG H/J LG LA LG LG LG H/J H/J LG LA H/J LG LA LA LG LG H/J LG LG LA LG LG LG LG H/J H/J H/J LG LA H/J H/J LG LA LA H/J LG LA LA LA LG LG H/J H/J LG LG LA H/J LG LG LA LA LG LG LG H/J LG LG LG LA LG LG LG LG # M/P M/P H/J M/P LA M/P LG M/P M/P $ M/P H/J H/J M/P LA H/J M/P LA LA M/P LG H/J M/P LG LA M/P LG LG # R§ NW § LOAD BUS KIT § # Frame size LG is not available in position 4 with 1219 mm (48 in.) junction box. $ Frame sizes M/P are not available in position 3 or 4 with 1219 mm (48 in.) junction box. § R breakers, NW breakers, and the load bus kit occupy all four positions on a side. G6-88 6/20q Page 7 CURRENT IN MULTIPLES OF Ir (Ir = LONG-TIME SETTING x In) U) z 0 0 N z w ■■■■11 mm■m■I■■ ■■M■■■■■■■■■ ., ' ■■■■11 m■■�■■■■■■■■■■�■■■�■■■■■■■■■ ■■■■III■■■.■■■■■■■■■■.■■■.■■■■■■■■■ ,,, ii111' i■■i■■■mii■■iii■■■i■■■mii■■EN ■■■■ 1 I■■■�■Q��n] m■■■�■■■■■■■■■ ■■■■I milli I■■■■■■■■�GEm■■■■■■■■■■■■■■■■■� I■■■■■■■l1■■lll■■■■■■■■l1■■■■ , „ milli■■�■■mm11■■III■■■�■■mm11■■II ■■■ ■■■�� ■■■m■■■■■■■■■■m■■■�■■■■■■■■■ ■■■■■■■■■■■■■■■■■■■■■■■■■■■■ ■�� 1■�■■mm11■■III■■■�■■mm11■■II ■■■■1 �■■�■■■■■■■■■■�■■■�■■■■■■■■■■ ■■■■1 ■.■■■■■■■■■■.■■■.■■■■■■■■■■ ■■■■■■■■■m■■■�■■■■■■■■■1 ■■■■■■■■■�■■■�■■■■■■■■■ ■■■■■■■■■■■■■■■■■■■■■■■� ■■l1■■l11■■■■■■■■l1■■lll mm11■■ill■■■�■■mm11■■III ■■■■■■■■■�■■■�■■■■■■■■■ ■■■■■■■■■■■■■■■■■■■■■■i 11■■III■■■I■■mm11■■III ■■■■■M■■■M■■■■■■■■■■ t ■■■■�■■■�■■■■■■moms ■■■■mmoomm■■■■■■■■■ ■■ll■■■■■■■■11■■■ll mn ■o..■MM■■■■.■■■I memo■■m■■■■■■■■■■ ■■mmoomm■■■■■■■■■ ll■■■■■■■■l1■■■II I■■■I■■■mll■■Ill m■■■m■■■■■■■■■■ ■■■■■■■■■■■■■■■ ■■■■■■■■II■■■11 I I■■■■■■■11■■ell 1 n■Im■��■■■■�■■■ Imo■■m■■■■■■■■■■ I ■■■■■■■■■■■■■■■ t e I IIII■■ ml Ill 1 ml .,, Noll ■■■■ ■■■■ „ moll „ „ mill ■■■ ■■■� ■l�� , ., , , , , , No ■NONNI ■■■m ■■■■ moll 1moon ■III ■■■ IEEE 11llI ■mill ■■■■m moon■ ■■■11 milli ■I■■■m11■■III .moon m■mmIMEMB■.m■■n ■■■■m moon■ ■■QQ3TGLZ©o■■■m ■Ei�3�GF�rs�©■■■■■ ■■■11 ■I■■■n ■■■■ ■■■■■■■■■ ■■m ■■■ ell ■■■■■■lion■II III ■I■■mm11■■ill ■■■■■ ■■■moon■■■■■■ ■■111 on 11■■■11 .��■■■■ milli ■I 1■■ill ■E"' —SA7 1 ■■ ■■ ■■■■■ MMMMO mmmom ■■ non 0.3 OFF ■■ell oil 612271 ■■inl■l ■■llil■l ■I■l.ww. ■■■, m■■mm■ ::::■: ■■■. ■ill■I . 1■1 '\I .E .. im1 11 ■■' 14 \■1 . I■I Jwl 1 .04 I ■mill■■■I■■mmll■■III■■■I■■mmll■■II� , ii■M xlnr.Karam■m.■■■■.m■■nm.m■m.■■■■.m■■■ MO M■m■■■■■■■■■■m■■■m■■■■■■■■■■ , . MICROLOGIC® 5.0/6.0 A/P/H TRIP UNIT CHARACTERISTIC TRIP CURVE NO.613-4 Long-time Pickup and Delay Short -time Pickup and 12t OFF Delay The time -current curve information is to be used for application and coordination purposes only. Curves apply from -30oC to +60oC ambient temperature. Notes: 1. There is a thermal -imaging effect that can act to shorten the long-time delay. The thermal - imaging effect comes into play if a current above the long-time delay pickup value exists for a time and then is cleared by the tripping of a downstream device or the circuit breaker itself. A subsequent overload will cause the circuit breaker to trip in a shorter time than normal. The amount of time delay reduction is inverse to the amount of time that has elapsed since the previous overload. Approximately 20 minutes is required between overloads to completely reset thermal -imaging. 2. The end of the curve is determined by the interrupting rating of the circuit breaker. 3. With zone -selective interlocking on, short -time delay utilized and no restraining signal, the maximum unrestrained short -time delay time band applies regardless of the setting. 4. Total clearing times shown include the response times of the trip unit, the circuit breaker opening, and the extinction of the current. 5. For a withstand circuit breaker, instantaneous can be turned OFF. See 613-7 for instantaneous trip curve. See 613-10 for instantaneous override values. 6. Overload indicator illuminates at 100%. CURRENT IN MULTIPLES OF Ir (Ir = LONG-TIME SETTING x In) Schneider Electric r Curve No.—icer 0000 December 20 Schneider Electric Brands ®2000 Schneitler ElecMc all rights reaervetl Dawing No. B48098-813-04 Figure 81 PowerPactTm H-, J-, and L-Frame Circuit Breakers Trip Curves PowerPact H-Frame Electronic Trip Circuit Breakers- 60 A/100 A/150 A Frame MicrologicTM 3.2 Electronic Trip Unit Long Time Trip Curve CURRENT IN MULTIPLES OF Ir 10000 MICROLOGICTM ELECTRONIC TRIP UNITS MicrologicTM 3.2 Long Time Trip Curve boob 60A, 100A, 150A H-Frame 5.. The time -current curve information is to be used °°°° for application and coordination purposes only. 3.. Notes: zoo. 1. There is a thermal -imaging effect that can act to shorten the long-time delay. The thermal imaging effect comes into play if a current above the long-time delay pickup value exists 90a '°°° for a time and then is cleared by the tripping of a downstream device or the circuit breaker boo itself. A subsequent overload will cause the Sao circuit breaker to trip in a shorter time than .ao normal. The amount of time delay reduction is inverse to the amount of time that has elapsed since the previous overload. Approximately 20 minutes is required between overloads to '°° completely reset thermal -imaging. 1. 2. Total clearing times shown include the response times of the trip unit, the circuit breaker opening, and the extinction of the current. Curves apply from -350C to +70°C (-31 OF to +1580F) ambient temperature. m m v m m r m - R R R A$ R S R g'oos CURRENT IN MULTIPLES OF Ir © 2011-2012 Schneider Electric All Rights Reserved 0 195 05/2012 by Schneider Electric PowerPactTM H-, J-, and L-Frame Circuit Breakers Trip Curves Figure 82: MicrologiCTM 3.2S Electronic Trip Unit Long Time / Short Time Trip Curve .m 669 666 665 n none— n 196 05/2012 CURRENT IN MULTIPLES OF Ir <. w 1 m 2 V R CURRENT IN MULTIPLES OF Ir eggs? m a6°0°66° MICROLOGICT" ELECTRONIC TRIP UNITS MicrologiCTm 3.2S Long Time/ 6666 Short Time Trip Curve 6666 60A, 100A, 150A H-Frame 4M The time -current curve information is to be used °°°° for application and coordination purposes only. Notes: 1. There is a thermal -imaging effect that can act to shorten the long-time delay. The thermal imaging effect comes into play if a current above the long-time delay pickup value exists 766 for a time and then is cleared by the tripping of 8. a downstream device or the circuit breaker 50° itself. A subsequent overload will cause the °°° circuit breaker to trip in a shorter time than °66 normal. The amount of time delay reduction is inverse to the amount of time that has elapsed zoo since the previous overload. Approximately 20 minutes is required between overloads to 1. completely reset thermal -imaging. ,°° 2. Total clearing times shown include the response times of the trip unit, the circuit breaker opening, and the extinction of the current. Curves apply from -350C to +70°C (-31 OF to +1580F) ambient temperature. Al A09 A66 A65 R B a 9 9$ 9 9 0 © 2011-2012 Schneider Electric All Rights Reserved by Schneider Electric PowerPactTm H-, J-, and L-Frame Circuit Breakers Trip Curves Figure 83: MicrologicTm 3.2/3.2S/5.2A/5.2E/6.2A/6.2E Electronic Trip Unit Instantaneous Trip Curve ... N.---. MEMEME.1ME..-.1■■.- .� • • • ' ■■■--.■-M■O■■M■■■■- mom --■■■MOM-■■■■■.■ �MO■.■■■■■■■■■■■■■■�■■■■■■■■■■■■■■..;;; - - 1■111■■■�■■■111■■111■■■�■■■111■■111 �MO■11■■■�■■■111■■111■■■�■■■111■■111 .. . - - - .. . ,,. ---■■--------MEMO----■---------■---...,, „ ... - - .. - .- . ." ,, " MEMO■■■.■■■.■■■■■■■■■■.■■■.■■■■■■■■■■ „ .. - .. - -. -.. - .. . . MEMO■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■..,, ... - . - - . - . -. - ■■■■■■■■■■■■■■■■■■�■■■■■■■■■�■■■■� MOONS MONO . ... ■.■■■-■..--MEMO■■■.■..—...--■■ ■■■11 ". ,. MEMO■■■.■■■.■■■■■■■■■■.■■■.■■■■■■■■■■ -. -..- . - ... ■ MEMO ■■■■■■■■■ 11111E C■1 ■■■111■■1SOMMOMEN il ■■■■I. ■■■■■■ ■............ ■.■■■■■....� M■■MON- MOON.- --....-.... --......... .. . . ■■■■■. .■■■NN■■■N, •, ■■111■ ■■■111■■111 ■■■■I■ ■■■■1■ ■■111■ ■.MEMO■- -■■■■■■■■■■ ■■■I■■■MI ��GI:l'F■■■1 �i��ll■■111 , MEMO■■■. MEMO■■■■ ■.MEMO■- MEMO■■■.■■ MEMO■■ MEMO■ �� .� .■■■■■■■■■■ ■■■■■■■■■■■ ■-■■■■■■■■■■ i■■.■■■■■■■■■■ ■■■■■■■■. ■■■1■■■■1 MEMO■ ■MEMO■ ■■■■I 11111t MEMO■■■ MEMO ■■11 MEMO■ ■■■ii ■■■■1 ■■111 111111 ■.■■■E � C111111111 �■■■■■■■■■ �onsioniii C:111■:111 ■111■■111 ■■■■■■■■■ NOMINEES, MEMO■■■■■NO ■■■■■■■■I ■■■1■■■■1 ■111■■111 NONE 111111111 .......MEMO iii ■■■N■M ■■■■I ■■■■■� M■■■MO M■■■■■ ■■■MOO ■■■■,� 111111 �MONZA= ■■■■■m. ■■111■■►. ��■r�-M■■.■■■■■■■■■■.■■■.■■■■■■■■■■ ■■■I,■■■■■■■■II■■MOM,■■■■■■■■MM■■■■I L" :7d•3■O-MMOO■■MOOMO■ -MOO--■OMO■MOO■n ■■■■■MONO NOMINEES, q■■■■■■■■ ,. ;; © 2011-2012 Schneider Electric _ All Rights Reserved by Schneider Electric 197 05/2012 w so w • w+ � � 1 _i` P-Frame 1200 A R-Frame POWERPACT° P- and R-Frame Molded Case Circuit Breakers (Standard or100% rated up to 2500A) The most compact and innovative molded case circuit breakers POWERPACT Molded Case Circuit Breakers lead the industry with proven, reliable protection and innovative design. Providing unparalleled performance and control, this generation of P- and R-frame circuit breakers features exclusive MICROLOGIC° Trip Units, which allow for a range of sophisticated applications for metering and monitoring. In addition, units can be interchanged to allow for maximum flexibility and are field -installable for easy upgrades as needed. The compact P- and R-frame circuit breakers permit smaller footprint and higher density installations using I -LINE® Panelboards and Switchboards. These circuit breakers are available in 100% rated construction up to 2500 A to meet a broad range of commercial and industrial application needs. Full -Featured Performance ■ P-frame — 1200A available in both standard and 100% ratings with sensor sizes 250-1200A. Interrupting ratings (AIR) G-35kAIR, J-65kAIR and L-100kAIR at 480 VAC ■ R-frame — 2500A available in both standard and 100% ratings with sensor sizes 600-2500A. Interrupting ratings (AIR) G-35kAIR, J-65kAIR and L-100kAIR at 480 VAC ■ Compact breaker size allows for smaller footprint installations using I -LINE Panelboards and Switchboards. 9" width on P-frame designs and 15" width on R-frame designs provide increased density installations ■ Most field -installable accessories are common to all frame sizes for easier stocking and installation ■ Selection of four interchangeable MICROLOGIC Trip Units with POWERLOGIC° power metering and monitoring capabilities available in advanced trip units ■ Compatible with POWERLOGIC° systems and high amperage power circuit breakers ■ Built-in MODBUS° protocol provides an open communications platform and eliminates the need to purchase additional, proprietary network solutions ■ Connection options include bus, cable or I -Line for installation flexibility ■ Additional options are available for 5-cycle closing, stored energy mechanisms and draw -out mounting of 1200 A breakers SQUARED Schneider Electric POWERPACT® P- and R-Frame Molded Case Circuit Breakers (Standard or 100% rated up to 2500 A) Onboard Intelligence For "smarter breakers," a range of MICROLOGIC° Trip Units provides advanced functionality, such as a communications interface, and power metering and monitoring capabilities. With the appropriate MICROLOGIC Trip Unit, you can communicate with breakers, gather power information, monitor events and remotely control breakers based on predetermined conditions, leading to substantial savings in electrical system operating costs. These interchangeable, microprocessor -controlled, plug-in devices provide the next generation of protection, measure- ment and control functions, delivering not only greater electrical system safety but also improved system integration and coordination. 1JL_ MICROLOGIC° Trip Units Choose the Model that Meets Your Needs MICROLOGIC 3.0 and 5.0 MICROLOGIC 5.OP and 6.OP ■ Basic circuit protection including long-time, instantaneous and optional short -time adjustments MICROLOGIC 3.OA, 5.OA and 6.OA ■ Long-time, instantaneous and optional short -time adjustments ■ Integrated ammeter and phase loading bar graph ■ LED trip indicator ■ Zone selective interlocking with downstream and upstream breakers ■ Optional ground -fault protection ■ Optional MODBUSO communications interface ■ Long-time, instantaneous and optional short -time adjustments ■ Advanced relay protection (current imbalance, under/over voltage, etc.) ■ Inverse Definite Minimum Time Lag (IdmtL) long-time delay curve shaping for improved coordination ■ Basic power metering and monitoring functions ■ Standard MODBUS communications interface compatibility with POWERLOGIC° installations ■ Standard GF alarm on 5.OP. 6.OP has equipment ground -fault tripping protection MICROLOGIC 5.OH and 6.OH ■ All 5.OP and 6.OP functions ■ Enhanced POWERLOGIC power metering and monitoring capabilities ■ Basic power quality (harmonic) measurement ■ Waveform capture Contact your Square D sales representative for additional information. Or, visit www.SquareD.com. © 2002 Schneider Electric All rights reserved Order Number 0612HOO201 SQUARE D Schneider Electric Industrial Generator Set Accessories KOHLERS 2"01 no Typical Overall Dimensions �_w- H System Batteries Standard Features • Kohler Co. selects batteries to meet the engine manufacturer's specifications and to comply with NFPA requirements for engine - cranking cycles. • Heavy-duty starting batteries are the most cost-effective means of engine cranking and provide excellent reliability in generator set applications. • Tough polypropylene cases protect against life -shortening vibration and impact damage. • Batteries are rated according to SAE standard J-537. • All batteries are 12-volts. Kits that contain two or four batteries are availabe for 24-volt systems and/or systems with redundant starters. • Wet- and dry -charged batteries have lead -calcium or lead - antimony plates and use sulferic acide electrolyte. Removable cell covers allow checking of electrolyte specific gravity. • Absorbant glass mat (AGM) batteries are sealed and maintenance free. • Batteries are for applications below and above 0°C (32°F). Charge Battery Battery BCI Battery SAE Dimension, Cold Cranking Reserve Capacity Battery Post Type* Part Qty. per Group mm (in.) Amps at 18°C Minutes at Layout and Style Number Size Size (0°F) Min. 271(801F) Min. L W H Wet 324586 2 31 330.2 173.0 239.8 950 185 C/3 (13.0) (6.8) (9.4) Battery Specifications Wttar• Pout Layo.rtc -,AC 01 and .'.tptoc (t 71 A x Q • 71 ❑ f6 Fm »rP' D U 3 ,„ti. Fa as• �e MIPi246M/ 04V w►a W 2647 to OWNOA 1+w ON 0 3 a bqr I Yv�M•swr..neq,l.naow+ard,0r V24en9w+rn KOHLER. Industrial Generator Set Accessories 12/24 Volt, 10 Amp Automatic Multi -Stage Battery Charger The battery charger is a fully -automatic, high efficiency battery charger that charges batteries rapidly and safely. The battery charger is designed for an industrial environment. The battery charger is designed for operation with an engine cranking battery. The battery charger is universal voltage input capable, comes with a standard 120 V/60 Hz AC plug, and charges 12 VDC or 24 VDC battery systems. Five LED lights indicate power, communication status, temperature compensation status, charge curve, and charger status. With the optional battery temperature sensor connected, the battery charger can adjust output voltages for optimal charging. Standard Features • 12 or 24 VDC output o Automatic voltage detection • Automatic multi -stage charging modes o Recovery charge o Bulk charge o Absorption charge o Float charge o Equalize charge • Charges the following type batteries: o Flooded lead acid (FLA) o AGM o Gel cell o High performance AGM o Nickel -cadmium (NiCad) • 5 LED status indicators • Durable potted assembly for waterproofing and vibration resistance • Reverse -polarity protection • Short-circuit protection • Electronically limited output current • Optional temperature compensation (FLA only) • User adjustable parameters to support optimal manufacturer recommended charge curve. • Code compliance: o UL 1236 Listed o NFPA 110, Level 1 compatible (when used with Kohler controller and connected to engine harness) o CSA - C22.2 No. 107.2-01 o FCC - Title 47, Part 15 Class A o CE o IBC 2015 o OSHPD DC Output AC Input Overall Dimensions Shipping Weight Volts Volts (Nominal) Amps (Nominal) Amps W x D x H kgs Ibs 12/24 10 100-260 3.7 253 mm x 152 mm x 74 mm 3.6 7.9 (10.0 in x 6.0 in x 2.9 in) G6-146 3/19c KOHLER, KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com 253 mm (10 in.) 14 mm (.55 in.) _ 225 mm (8.9 in.) 74 mm (2.9 in.) 28 mm (1.1 in.) 4X fr76.6 (.26 in.) �uI O J 152 mm 97 mm a o�� K01 I 4 4:2 0. Z; (6 in.) (3.8 in.) e O R Output leads Red Input leads _ Fuse Black Dimensions are in mm. o o GM87446- Specifications AC Input 100-260 VAC Frequency Input 50/60 Hz DC Output 10 Amps @ 12 VDC or 10 Amps @ 24 VDC (On battery voltage regulation t1%; current is electronically limited Fuse Protection 15 amps ATC Battery Types Flooded Lead Acid (FLA) AGM Gel Cell High Performance AGM Nickel -Cadmium (NiCad) Monitoring LED Indications Power Communication Temperature compensation Output charger curve and charger status: o Red o Green Environmental Operating -20o to 70oC (-4o to 158o F) Storage -40o to 85°C (-40o to 185o F) Relative Humidity 5 to 95% (non -condensing) Salt Spray Testing ASTM B117 Corrosion Resistant From battery gases Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohler@ generator distributor for availability. © 2017, 2019 by Kohler Co. All rights reserved. G6-146 3/19c KOHLER. 10 Amp Ba Enclosure Environmental From rain, snow, dust, and dripping Resistant water Battery Connections Lead Length 1.8 m (6 ft.) red and black leads Battery Connections 9.5 mm (3/8 in.) ring terminals AC Power Connections Lead Length 1.8 m (6 ft.) Storage Standard US style 3-prong AC plug Available Options Temperature compensation DISTRIBUTED BY: Industrial Generator Set Accessories KOHLER, 09001 Sound Enclosure with Subbase Fuel Tank Package Sound Enclosure Standard Features • Internal silencer, flexible exhaust connector and rain cap. • Mounts to generator set skid. Steel construction with hinged and removable doors. • Fade-, scratch-, and corrosion -resistant Kohler® Power Armor automotive -grade textured finish. • Enclosure has six large access doors which allow for easy maintenance. • Lockable, flush -mounted door latches. • Air inlet louvers reduce rain entry. • Internal vertical discharge plenum directs air up to reduce noise. • Acoustic insulation that meets UL 94 HF1 flammability classification. • Sound enclosure offering Level 1 or Level 2 around reduction using acoustic insulation. Subbase Fuel Tank Features • The fuel tank has a Power Armor Plus textured epoxy -based rubberized coating. • The above -ground rectangular secondary containment tank mounts directly to the generator set, below the generator set skid (subbase). • Both the inner and outer tanks have emergency relief vents. • Flexible fuel lines are provided with subbase fuel tank selection. • The secondary containment tanks construction protects against fuel leaks or ruptures. The inner (primary) tank is sealed inside the outer (secondary) tank. The outer tank contains the fuel if the inner tank leaks or ruptures. • State tanks with varying capacities are an available option. Florida Dept. of Environmental Protection (FDEP) File No. EQ-634 approved. c.r...., ^ &W A—" AaMRr a two COVAOM ("awl M. "Ul►I twi lapin r" Pv~Ansel lrM Annioblr Q�rfy/\fon 1M/O amra. R.wr�►r1r 6►f.w.��w..1r+ rpDam W Ombf a rpr IN WW%VW ado* pMrtl - W n bmablan M rcu. Nd%C$M FWAWEER �'=� l •:IYYi1 L f 1: lltliiilIIlt: �/ -i 'ti tttrh ®R ' hr. N 4L.- n.1r.�f. Goan .s. d rvorY Gwoww eNm&marolw on** grwow won ftftsmobMOWWOW%.a wroom re1Wfror. Sound Enclosure Features w nog.► nmr. OV: • Heavy-duty formed panels, solid construction. Preassembled package offering corrosion resistant, dent resilient structure mounting directly to the generator set skid. Available in 14 gauge steel. • Power Armor automotive -grade finish resulting in advanced corrosion and abrasion protection as well as enhanced edge coverage and color retention. • Internal exhaust silencer offering maximum component life and operator safety, and includes rain shield and cap. • Note: Installing an additional length of exhaust tail pipe may increase backpressure levels. Please refer to the generator set spec sheet for the maximum backpressure value. • Service access. Multi -personnel doors for easy access to generator set control and servicing of the fuel fill, fuel gauge, oil fill, and battery. • Interchangeable modular panel construction allows design flexibility without compromising building standards. • Bolted panels facilitate service, future modification upgrades, or field replacement. • Cooling/combustion air intake. Weather protective designs using fixed air inlet louvers. Sized for maximum cooling airflow. • Cooling air discharge. Weather protective design featuring vertical air discharge. Exhausts air through a punched air outlet grille. • Heavy-duty formed panels, solid construction. Preassembled package offering corrosion resistant, dent resilient structure mounting directly to the generator set skid. Available in 14 gauge steel. • Power Armor automotive -grade finish resulting in advanced corrosion and abrasion protection as well as enhanced edge coverage and color retention. • Internal exhaust silencer offering maximum component life and operator safety. • Note: Installing an additional length of exhaust tail pipe may increase backpressure levels. Please refer to the generator set spec sheet for the maximum backpressure value. • Service access. Multi -personnel doors for easy access to generator set control and servicing of the fuel fill, fuel gauge, oil fill, and battery. • Interchangeable modular panel construction. Allows complete serviceability or replacement without compromising enclosure design. • Bolted panels facilitate service, future modification upgrades, or field replacement. • Cooling/combustion air intake. Weather protective designs using fixed air inlet louvers. Sized for maximum cooling airflow. • Cooling air discharge. Attenuated models offering an internal vertical discharge scoop that redirects cooling air up and above the enclosure to reduce noise. • Attenuated design using a silencer and acoustic insulation UL 94 HR listed for flame resistance. Weather and Sound Enclosure Options �m o our r mww- r+ovw mee � � ON am � I"wnv. • Extended operation. Usable tank capacities offers full load standby operation of up to 72 hours. • Power Armor Plus textured epoxy -based rubberized coating that creates an ultra -thick barrier between the tank and harsh environmental conditions like humidity, saltwater, and extreme temperatures, and provides advanced corrosion and abrasion protection. • UL listed. Secondary containment generator set base tank meeting UL 142 tank requirements. • NFPA compliant. Designed to comply with the installation standards of NFPA 30 and NFPA 37. • Integral external lift lugs. Enables crane with spreader -bar lifting of the complete package (empty tank, mounted generator set, and enclosure) to ensure safety. • Emergency pressure relief vents. Meets UL requirements; ensures adequate venting of inner and outer tank under extreme pressure and/or emergency conditions. • Normal vent with cap. Vent is raised above lockable fuel fill. • Fuel level sender with fuel level and low and high fuel warning annunciated through the generator set controller. • Leak detection switch. Annunciates a contained primary tank fuel leak condition at generator set control. • Electrical stub -up. Fuel Tank Capacity, L (gal.) Est. Fuel Supply Hours at 60 Hz with Full Load Enclosure and Fuel Tank Length, mm (in.) Enclosure and Fuel Tank Width, mm (in.) Enclosure and Fuel Tank Weight, kg (lb.) Enclosure and Fuel Tank Height, mm (in.) Fuel Tank Height (H), mm (in.) Sound Pressure Level, dB(A) Lift base 0 5520 (217) 1495 (59) 4745 (10460) 2400 (94) 0 (0) 84.7 1771 (468) 12 6714 (264) 1495 (59) 6078 (13399) 2832 (111) 432 (17) 84.7 Lift base 0 5520 (217) 1495 (59) 4346 (9581) 2400 (94) 0 (0) 84.7 1771 (468) 12 6714 (264) 1495 (59) 5679 (12520) 2832 (111) 432 (17) 84.7 Note: Data in table is for reference only, refer to the respective ADV drawings for details. Note: Refer to TIB-114 for generator set sound data. Max. weight includes the generator set (wet) with largest alternator option, enclosure, silencer, and tank (no fuel). Subbase Fuel Tank Awe"* emmo Vow& EnerMcy Ne-►ramie 4c"Cvde t-vowcy her !td lllMeM :tltAfUp a" SOMA *on tall C r9K y "kp oid eeilr 0.1" tar% b� �Rt Oe00t1 p� tow vut Op tat AO Lbo row vo" -� i ^ R �. rLO4 W 41 %0 0 VAllh NoR*3 Pao* AffW ftn' 00 WOJwcap ,tit 1. Now: SmwO6 ift-dmd lard rr*M o#wwo0w W& mod*b am on. Am .:: Y• . KOHLER. Industrial Generator Set Accessories t'n i ype Applicable Models • 180-20ORZXB • 180-20OREZXB • 230-275REOZJE • 300- 50OREOZJ • 350-50OREOZJB • 350- 50OREOZJC • 350-40OREOZJD • 50OREOZVC • 550- 60OREOZVB Description Engine Block Heater Kits Block Heater Kit, Typical Standard Features • UL- C/US listed • CE compliant • Controls for automatic operation • Compact design • Easy to install The engine block heater kit heats the engine coolant in cold ambient, warming the cylinders, oil, and charge air circuit which all help to give a faster starting time. The engine block heater uses thermosiphon action to circulate warm coolant into the engine and supplies constant heating to the engine. The engine block heater helps to extend element life and gives a significant reduction in electrical consumption. The engine block heater has a fixed setting thermostat thatturns ON when the engine coolant temperature reaches 27°C (80° F) and turns OFF when the engine coolant temperature reaches 38°C (100°F). The engine block heater kit is recommended for ambient temperatures below 10°C (50°F). The engine block heater kits are available in 120 V, 208 V, 240 V, and 480 V versions. G6-170 6/20 Block Heater Specifications Heating Fluid Water, Coolant Mix (50% Glycol/50% Water) Thermostat Temperature Range 27° - 38° C (80° -100° F) Temperature High Limit 96°C (205°F) Max. Pressure 125 psi (860 kPa) Inlet/Outlet Plumbing 1 in. NPT System Ingress NEMA 4 Specifications Block Heater Kit Number Component Watts Voltage Phase GM75809- KA1 GM76113 2500 90-120 1 GM75809- KA2 GM76114 2500 190- 208 1 GM75809-KA3 GM76115 2500 210-240 1 GM75809-KA4 GM76116 2500 380-480 1 GM76120- KAII GM76113 2500 90-120 1 GM76120- KA2 GM76114 2500 190- 208 1 GM76120-KA3 GM76115 2500 210-240 1 GM76120-KA4 GM76116 2500 380-480 1 GM79186- KAII GM79182 4000 190- 208 1 GM79186-KA2 GM79183 4000 210-240 1 GM79186-KA3 GM79184 4000 380-480 1 GM79186- KPi GM79182 4000 190- 208 1 GM79186-KP2 GM79183 4000 210-240 1 GM79186-KP3 GM79184 4000 380-480 1 GM79187- KAII GM79182 4000 190- 208 1 GM79187-KA2 GM79183 4000 210-240 1 GM79187-KA3 GM79184 4000 380-480 1 GM79187- KPi GM79182 4000 190- 208 1 GM79187-KP2 GM79183 4000 210-240 1 GM79187-KP3 GM79184 4000 380-480 1 GM84820- KAII GM76113 2500 90-120 1 GM84820- KA2 GM76114 2500 190- 208 1 GM84820-KA3 GM76115 2500 210-240 1 GM84820-KA4 GM76116 2500 380-480 1 G6-170 6/20 KOHLER, Dimensions and Weights CB type block heater size, L x H x W, mm (in): 510 x 132 x 129 (20.1 x 5.2 x 5.1) CL type block heater size, L x H x W, mm (in): 597 x 147 x 158 (23.5 x 5.8 x 6.2) CB type block heater weight, kg (lb): 3(6.9) CL type block heater weight, kg (lb): 4.5(10) KONLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441,Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com do W Thermostat enclosure Outlet Mounting brackets Element assembly 0 Inlet H 0 Tank Drain valve L CB type GM76113 W Thermostat enclosure U Bolts Outlet Inlet H Drain valve Tank J Element assembly L CL type GM79182 Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohler@ generator distributor for availability. DISTRIBUTED BY: © 2020 Kohler Co. All rights reserved. G6-170 6/20 Industrial Generator Set Accessories KOHLER, Integral Voltage Regulator with Kohler® APM603 Controllers and Menu -Driven Selections (80-4000 kW Generator Set Models) X.aLU APM603 Controll*r with Intogral Volta -go Rogulator The voltage regulator is integral to the controller and uses patented high speed digital voltage regulator design providing ±0.25% no-load to full -load regulation using root -mean -square (RMS) voltage sensing. Integral Voltage Requlators with APM603 Voltage Regulators Voltage Regulators The following information provides general features, specifications, and functions of available voltage regulators. This information generally applies to a single generator set and multiple generator sets with paralleling applications. Refer to the respective generator set specification sheet and see your authorized distributor for information regarding specific voltage regulator applications and availability. Calibration Range Settings Default Selection Voltage Adjustment ±10% of System Voltage System Voltage Controller Gain 40 to 70 Hz P: 1.3 I: 1.0 D: 0.25 Underfrequency Unload or 40 to 70 Hz 0.5 Hz Below System Frequency Frequency Setpoint (ECM) Underfrequency Unload Scope 0-10% of Rated Voltage (Volts per 15 Volts per Cycle at 480 Volts Cycle) (3.1 %) Reactive Dropp 0-10% of System Voltage 4% of System Voltage VAR Control -50% to 110% 0 WAR PF Adjust Control -0.50 to 1.0 to 0.50 0.8 Lagging VAR/PF Gain Adjustment P: 0.3 to 3.00 P: 1.0 I: 0.3 to 3.00 I: 1.0 D: 0.3 to 3.00 D: 0.25 Industrial Generator Set Accessories KOHLER, Specification/Feature Integral with APM603 Generator Set Availability 80-500 kW Type Patented Hybrid Design Status and Shutdown Indicators LEDs and Text LCD Display Operating Temperature -40°C to 70°C (-40°F to 158°F) Storage Temperature -40°C to 85°C (-40°F to 185°F) Humidity 5-95% Non -Condensing Circuit Protection Solid -State, Redundant Software and Fuses Sensing, Nominal 100-600 Volts (L-L), 50-60 Hz Sensing Mode RMS, Single- or 3-Phase Input Requirements 8-36 VDC Continuous Output 5.0 ADC with GM88453 Activator Board Maximum Output 7.8 ADC with GM88453 Activator Board Transition Frequency 50-70 Hz Exciter Field Resistance 4-30 Ohms with GM88453 Activator Board No -Load to Full -Load Voltage Regulation ±0.25% Thermal Drift <0.5% (-40°C to 70°C) [-40°F to 158°F] Range Response Time 3-phase: 1 mS 1-phase: 5 mS System Voltage Adjust. ±10% Voltage Adjustment Controller Display Remote Voltage Adjustment Analog 0-5 VDC (±10%) Input Optional Paralleling Capability Full Load Share and Control plus Reactive Droop VAR/PF Control Input VAR Control Mode, PF Control Mode, System VAR Control, System PF Control Voltage Regulators Integral Voltage Regulator with APM6O3 Controller • A 7.5-inch color TFT touchscreen provides access to data. • The controller provides an interface between the generator set and switchgear for paralleling applications incorporating multiple generator set and/or utility feeds. • The controller can control Fast Response TM II, Fast ResponsetTMX, and PMG alternators using the GM88453 activator board. Voltage Regulator Settings, APM603 Controller • Voltage Regulator Configuration Under Frequency Unload Settings Single and Three Phase Sensing Voltage Target Voltage Regulator Gains Paralleling Settings, APM603 • Synchronizing parameters setup Voltage matching Frequency matching Phase matching Time delay • Load sharing kW sharing kVAR sharing Baseload settings Droop Paralleling Metering, APM603 • Paralleling State Paralleling Mode System Voltage System Frequency Connected Generators Sync Status Engine Speed Industrial Generator Set Accessories KOHLER0 Activator Board GM88453 co :fin 9; i• :i sec i • Interfaces between the controller and alternator assembly using rotor field leads, auxiliary power windings, and optic board leads. • Allows the Decision -Maker® controllers the ability to control a wound -field alternator using the same control signal as Fast ResponseTM alternator. • Permits the generator set controller to control the current to the exciter field of a wound -field excited alternator. • Contains two isolated relay driver outputs (RDO) rated at 250 mA. Provides RDO outputs indicating a field over -excitation condition and that the alternator is supplying voltage to the activator. Modbus® is a registered trademark of Schneider Electric. Voltage Regulators KOHLER. Industrial Generator Set Accessories GENERATOR FAULTS SYSTEM STATUS Gvrrrgto =E S Siyply Leed O Hlgh EV. Tmperturoo Dryer*Auto Low UI Pretturo— oSY tam It Wy evr�_ oGe— ".7 O E,-y Stapp oCOmmuriwtwn status Low Fuel — Low CaoMt LaveVAuz— Lo. c — Tmpartureo Low g Vokege— Battery Voltage M�LoI— Battery Chrgr Fa— Common Feuko GENFAAL FAULTS $ o �r Aj/SI[6fT1 ® 0� 0� 0� RSA III GENERATGR FAULTS SYSTEM STATUS GvaroaA— —EPS Supplft LOW High Ep. T.ryerturo— C�Nv[RA"o Lo. Gil Pros =Sy— —dy Gvrepa—Genrata R—g E.rgricy smpo ueo.atmaetian stets: Lo. Futlo Low Cao�t LevWAuzo Lew Coolant Teiryrturoo Lew berki�g Veltage— B.Itay Vakege Mill= Battery Charger Felo s o: Camwn Feulto GENERAL FAULTS em$ Do ATS FeltE o !7. TEST Do°® 0— caNrRGL RSA III with a Single ATS Control O GENERATOR FAULTS BYSTEA9 BTATUB Ovarrark— oEPS Supplykg LOW High Eripm Te.prtwe— oN.N-A . Lox 01 Rweuro— oSy. Reedy ATS�Feult NO=p 1E TAT ® Gvaapaad— =Gemara %.n . E.a Y Stapp—Commriwtcn stet" Low FUN— Lo. Co Level— ATSSFFtwlt N t�� E o �Il TEST Law Caobie Tampaturo— Low Crorknp Vakaga— Battey "tege pf2ol— ATS Fa1t No!7oE — Bettey Cha Fa— 8a U Caaema Fait— TEST rv��wn ra ItNERAL FAULTS Wa^1-�'ppL 0� PbW6P ualowfTl$ ATS F.Jt NooO d'oE — 0� 0- 0� rE3T GGNyRGL RSA III with Four ATS Controls Remote Serial Annunciator III (RSA III) Remote Serial Annunciator III (RSA III) for Kohler® Controllers • Monitors the generator set equipped with one of the following controllers: APM402 Decision-MakerO 3000 APM603 Decision -Maker@ 3500 APM802 Decision-Maker(D 6000 Decision- MakerD 3+ Decision -Maker@ 8000 Decision- Maker(D 550 KPC 1000 • Allows monitoring of the common alarm, remote testing of the automatic transfer switch, and monitoring of the normal/ emergency source for up to four ATS with any of the following controllers: Decision-MakerO MPAC° 750, 1200, and 1500 MPACO 1000 and 1500 • Configuration via a personal computer (PC) software. • Writable surfaces (white boxes in illustrations) for user -defined selections. • Uses Modbus@ RTU protocol. • Controller connections: RS-485 for serial bus network USB port. Connect a personal computer and use Kohlerf SiteTech TM software to view events and adjust settings. 12-/24-volt DC power supply 120/208 VAC power supply (available accessory) • Meets the National Fire Protection Association Standard NFPA 110, Level 1. Dimensions • Dimensions—W x H x D, mm (in.). Surface Mounted: 203x203x83 (8.0x8.0x3.3) Flush Mounted (Inside Wall): 203x203x76 (8.0x8.0x3.0) Flush mounting plate W1: 254 (10.0) * SiteTech" software is available to Kohler authorized distributors and dealers. ModbusO is a registered trademark of Schneider Electric. \WSW �j H H p �W1 �D Surface Mounted �\ Flush Mounted ' G6-139 4/19c Fault and Status Conditions Fault LEDs Fault Horn System Ready LED Generator Running LED Communication Status LED Overcrank Shutdown Red On Red Off Green High Engine Temperature Warning * Yellow On Red Green Green High Engine Temperature Shutdown Red On Red Off Green Low Oil Pressure Warning * Yellow On Red Green Green Low Oil Pressure Shutdown Red On Red Off Green Overspeed Shutdown Red On Red Off Green Emergency Stop * Red On Red Off Green Low Coolant Level/Aux. Shutdown Red On Red Off Green Low Coolant Temperature * Yellow On Red Off Green Low Cranking Voltage Yellow On Red Off Green Low Fuel —Level or Pressure * Yellow On Red Green or Off Green Not -In -Auto Red On Red Green or Off Green Common Fault Red On Green Green or Off Green Battery Charger Fault (1) * Yellow On Red Green or Off Green Battery Charger Fault (2) * Yellow On Green Green or Off Green High Battery Voltage * Yellow Off Green Green or Off Green Low Battery Voltage * Yellow Off Green Green or Off Green User Input #1 (Warning) Yellow Off Green Green or Off Green User Input #1 (Shutdown) Red On Green Off Green User Input #2 (Warning) Yellow Off Green Green or Off Green User Input #2 (Shutdown) Red On Green Off Green User Input #3 (Warning) (1) t Yellow Off Green Green or Off Green User Input #3 (Shutdown) (1) t Red On Green Off Green User Input #4 (Warning) (1) Yellow Off Green Green or Off Green User Input #4 (Shutdown) (1) Red On Green Off Green User Input #5 (Warning) (1) Yellow Off Green Green or Off Green User Input #5 (Shutdown) (1) Red On Green Off Green EPS Supplying Load Yellow Off Green Green Green Communications Status (Fault mode) — Off Green or Red Green or Off Red ATS Fault (RSA III with ATS Controls only) Red On Red or Yellow Green or Off Green Green LEDs appear as steady on when activated. Yellow LEDs slow flash when activated except steady on with EPS supplying load and high battery voltage. Red LEDs slow flash when activated except fast flash with loss of communication and not -in -auto. Specifications • LED indicating lights for status, warning, and/or shutdown. • Power source with circuit protection: 12- or 24-volt DC • Power source with120/208 VAC, 50/60 Hz adapter (option) • Power draw: 200 mA • Humidity range: 0% to 95% noncondensing • Operating temperature range: - 20°C to +70°C (- 4°F to +158°F) • Storage temperature range: - 40°C to +85°C (- 40°F to +185°F) • Standards: o NFPA 110, level 1 o UL 508 recognized o CE directive o NFPA 99 o ENS 61000-4-4 o EN611-4-4 fast transient immunity • RS-485 Modbus@ isolated port @ 9.6/19.2/38.4/57.6 kbps (default is 19.2 kbps) • USB device port • NEMA 1 enclosure (1) All generator set controllers except Decision -Maker® 3+ controller. (2) Decision -Maker@ 3+ controller only. * May require optional kit or user -provided device to enable function and LED indication. Digital input #3 is factory -set for high battery voltage on the Decision -Maker@ 3+ controller. Modbus@ is a registered trademark of Schneider Electric. ATS Controls (RSA III with ATS controls only) • ATS position LED (normal or emergency) • Power source indicator LED (normal or emergency) • ATS fault LED • Key -operated lock/unlock switch for Test feature • Test pushbutton NFPA Requirements • NFPA 110 compliant Engine functions: o High battery voltage warning o High engine temperature shutdown o High engine temperature warning * o Low battery voltage warning * o Low coolant level/aux. shutdown o Low coolant temperature warning * o Low cranking voltage o Low fuel warning (level or pressure) o Low oil pressure shutdown o Low oil pressure warning o Overcrank shutdown o Overspeed shutdown General functions: o Audible alarm silence o Battery charger fault o Lamp test o Master switch not -in -auto G6-139 4/19c Fault and Status LEDs and Lamp Test Switch Alarm Horn. Horn sounds giving a minimum 90 dB at 0.1 m Lamp Test (Switch). Switch tests all the annunciator indicator (0.3 ft.) audible alarm when a warning or shutdown fault LEDs and horn. condition exists except on high/low battery voltage or EPS Low Coolant Level/Aux. LED lights when engine coolant level supplying load. is below acceptable range on radiator -mounted generator sets Alarm Silenced. Red LED on lamp test switch lights when only. When used with a Decision-Maker(D 3+ controller, the LED alarm horn is deactivated by alarm silence switch. indicates low coolant level or an auxiliary fault shutdown. Alarm Silence Switch. Lamp test switch quiets the alarm Requires user -supplied low coolant level switch on remote during servicing. The horn will reactivate upon additional faults. radiator models. ATS Fault. Red LED lights when ATS fails to transfer. Battery Charger Fail. LED lights if battery charger malfunctions. Requires battery charger with alarm contact. Battery Voltage Hi/Lo. LED flashes if battery or charging voltage drops below preset level. LED lights steady if battery voltage exceeds preset level. Common Fault. LED lights when a single or multiple common faults occur. Communication Status. Green LED lights indicating annunciator communications functional. Red LED indicates communication fault. EPS Supplying Load. LED lights when the Emergency Power System (EPS) generator set is supplying the load (APM402, APM603, APM802, and Decision-Maker(D 550, 3000, 3500, 6000, and 8000 controllers) or when transfer switch is in the emergency position (Decision -Maker@ 3+ controller). Emergency Stop. LED lights and engine stops when emergency stop is made. May require a local emergency stop switch on some Decision-Maker(D 3+ controllers. Generator Running. LED lights when generator set is in operation. High Engine Temperature. Red LED lights if engine has shut down because of high engine coolant temperature. Yellow LED lights if engine coolant temperature approaches shutdown range. Requires warning sender on some models. Low Coolant Temperature. LED lights if optional engine block heater malfunctions and/or engine coolant temperature is too low. Requires prealarm sender on some models. Low Cranking Voltage. LED lights if battery voltage drops below preset level during engine cranking. Low Fuel (Level or Pressure). LED lights if fuel level in tank approaches empty with diesel models or fuel pressure is low on gas models. Requires customer -supplied switch. Low Oil Pressure. Red LED lights if generator set shuts down because of insufficient oil pressure. Yellow LED lights if engine oil pressure approaches shutdown range. Requires warning sender on some models. Not In Auto. LED lights when the generator set controller is not set to automatic mode. Overcrank. LED lights and cranking stops if engine does not start in either continuous cranking or cyclic cranking modes. Overspeed. LED lights if generator set shuts down because of overspeed condition. System Ready. Green LED lights when generator set master switch is in AUTO position and the system senses no faults. Red LED indicates system fault. User -Defined Digital Inputs #145. Monitors five digital auxiliary inputs (can be configured as warnings or shutdowns). User -defined digital inputs are selected via the RSA III master for local or remote (generator set or ATS). The user -defined digital input can be assigned via PC using SiteTechT1 setup software. G6-139 4/19c KOHLER8 Accessories ❑ Power source adapter kit 120/208 VAC, 50/60 Hz. ❑ ModbusD/Ethernet converter GM41143-KP2 for serial to Ethernet communication. ❑ Communication module GM32644-KA1 or GM32644-KP1 is required with Decision-MakerO 3+ controllers. Modbus'D is a registered trademark of Schneider Electric. Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local KohlerD generator set distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com DISTRIBUTED BY- © 2014, 2016, 2018, 2019 by Kohler Co. All rights reserved. G6-139 4/19c Model KCS-AMVC-01O4S KOHLER, y KIXI Transfer Switch Standard Features • UL 1008 listed file #E58962 (automatic), #E86894 (non automatic) • CSA certification available • IBC and OSHPD seismic certification available • Available in 2, 3, or 4 pole configurations • Electrically operated, mechanically held mechanism • High withstand and close -on ratings • Design suitable for emergency and standby applications on all classes of load, 100% tungsten rated through 400 amps • Silver alloy main contacts • Gold -flashed engine start contacts rated 2 amps @ 30 VDC/250 VAC • Front -accessible contacts for easy inspection • Front -replaceable main and arcing contacts (800-4000 amps) • Reliable, field -proven solenoid mechanism • Switching mechanisms lubricated for the expected life of the transfer switch • Internal manual operating handle • Main shaft auxiliary position -indicating contacts rated 10 amps @ 32 VDC/250 VAC • NEMA type 1, 12, 3R, 4, and 4X enclosures available • Standard one-year limited warranty. Extended limited warranties are available Standard -Transition Models (KCS) • Standard -transition operation with either automatic or non- automatic control • Standard -transition transfer time less than 100 milliseconds (6 cycles @ 60 Hz) • Double -throw, mechanically interlocked design (break -before - make power contacts) • Solid, switched, or overlapping (make -before -break) neutral Model KCS-AMVC-0104S , continued Decision -Maker® MPAC 1200 Controller • LCD display, 4 lines x 20 characters, backlit • Complete programming and viewing capability at the door using the keypad and LCD display • LED indicators: Source available, transfer switch position, service required (fault), and "not in auto" • Programmable voltage and frequency pickup and dropout settings • Programmable time delays • Programmable generator exerciser • Time -based load control • Two programmable inputs and two programmable outputs • Up to four 1/0 extension modules available • Modbus communication standard • RS-485 communication standard • Ethernet communication optional: For more information about Decision -Maker® MPAC 1200 features and functions, see specification sheet G11-127. Environmental Specifications Operating Temperature -20°C to 70°C (-4°F to 158°F) Storage Temperature -40°C to 85°C (-40°F to 185°F) Humidity 5% to 95% noncondensing Input and Output Connection Specifications Component Wire Size Range Main board 1/0 terminals #12-24 AWG 1/0 module terminals #14-24 AWG Auxiliary Position Indication Contacts (rated 10 Amps @ 32 VDC/250 VAC) Switch Rating, amps Number of Contacts Indicating Normal, Emergency 104 2,2 Model KCS-AMVC-0104S , continued Cable Sizes Note: Cable size data is subject to change. Refer to the transfer switch dimension drawings and wiring diagrams for planning and installation. UL-Listed Solderless Screw -Type Terminals for External Power Connections Range of Wire Sizes, Copper or Aluminum* Switch Rating, Amps Normal, Emergency, and Load (per phase) Neutral (3-pole) Ground 104 (1) #14 AWG to 4/0 AWG (3) #14 to 4/0 (3) #6 to 3/0 * Use 75 degrees C minimum Cu/AI wire for power connections. Withstand and Close -On Ratings (WCR) Maximum current in RMS symmetrical amperes when coordinated with customer -supplied fuses or circuit breakers. All values are available symmetrical RMS amperes and tested in accordance with the withstand and close -on requirements of UL 1008. Application requirements may permit higher withstand ratings for certain size switches. Contact the factory for assistance. Withstand Current Ratings in RMS Symmetrical Amperes Short Time Ratings (sec.)** Current Limiting Fuses Time -Based Rating* 480 V Max. 600 V Max. Switch Rating, Amps Amps @ 480 V Amps @ 600 V Amps, Max. Fuse Class Amps @ 240 V Amps @ 480 V Amps @ 600 V 0.13 0.2 0.3 0.5 0.1 0.13 0.3 0.5 104 200000 35000 200 J 10000 10000 10000 - - - - - - - 104 35000 35000 200 RK1 1 10000 10000 10000 - - - - - - - *Applicable to breakers with instantaneous trip elements. Short time ratings are provided for applications involving breakers that utilize trip delay settings for system selective coordination. Weights and Dimensions See ADV drawings for weights and dimensions. Allow 15% additional weight for packing materials. Model KCS-AMVC-0104S , continued Ratings with Specific Manufacturer's Circuit Breaker The following charts list power switching device withstand and close -on ratings (WCR) in RMS symmetrical amperes for specific manufacturers' circuit breakers. Circuit breakers are supplied by the customer. Molded -Case Circuit Breakers Switch Rating, Amps WCR, Amps, RMS Voltage, Max. Manufacturer Type Max. Size, Amps 104 150000 240 SquareD HR 250 104 125000 240 SquareD HL 150 104 100000 240 SquareD BJ, HJ 125 104 65000 240 SquareD BG, HG 125 104 42000 240 SquareD QG, QJ 125 104 25000 240 SquareD HD 150 104 25000 240 SquareD BD 125 104 22000 480 GE TH E D 150 104 85000 480 SquareD HL, HR 150 104 50000 480 SquareD BJ 125 104 35000 480 SquareD HG, HJ 150 104 35000 480 SquareD BG 125 104 18000 480 SquareD BD, HD 125 104 25000 600 SquareD HJ, HL, HR 150 104 25000 600 SquareD BJ 125 104 18000 600 SquareD HG 150 104 18000 600 SquareD BG 125 104 14000 600 SquareD HD 150 104 14000 600 SquareD BD 125 Model KCS-AMVC-0104S , continued Codes and Standards The ATS meets or exceeds the requirements of the following specifications: • CSA C22.2 No. 178 certification 208-600 VAC available, file LR58301 • EN61000-4-4 Fast Transient Immunity Severity Level 4 • EN61000-4-5 Surge Immunity Class 4 (voltage sensing and programmable inputs only) • EIC Spedifications for EMI/EMC Immunity: o CISPR 11, Radiated Emissions o IEC 1000-4-2, Electrostatic Discharge o IEC 1000-4-3, Radiated Electromagnetic Fields o IEC 1000-4-4, Electrical Fast Transients (Bursts) o IEC 1000-4-5, Surge Voltage o IEC 1000-4-6, Conducted RF Disturbances o IEC 1000-4-8, Magnetic Fields o IEC 1000-4-11, Voltage Dips and Interruptions • IEC 609047-6-1, Low Voltage Switchgear and Control Gear; Multifunction Equipment; Automatic Transfer Switching Equipment • IEEE Standard 446, IEEE Recommended Practice for Emergency and Standby Power Systems for Commercial and Industrial Applications • IEEE 472 (ANSI C37.90A) Ring Wave Test • NEMA Standards ICS 10-2005, Electromechanical AC Transfer Switch Equipment • NFPA 70, National Electrical Code • NFPA 99, Essential Electrical Systems for Health Care Facilities • NFPA 110, Emergency and Standby Power Systems • Seismic certification in accordance with the International Building Code is available. (Accessory kit is required for seismic certification) o IBC 2000, referencing ASCE 7-98 and ICC AC-156 o IBC 2003, referencing ASCE 7-02 and ICC AC-156 o IBC 2006, referencing ASCE 7-05 and ICC AC-156 o IBC 2009, referencing ASCE 7-05 and ICC AC-156 o IBC 2012, referencing ASCE 7-10 and ICC AC-156 • California OSHPD approval is available. (Accessory kit required.) • Underwriters Laboratories UL 1008, Standard for Automatic Transfer Switches for Use in Emergency Standby Systems for #E58962 (automatic), #E86894 (nonautomatic) KCS-AMVC-0104S , continued Accessories Accessories are available either factory -installed or as loose kits, unless otherwise noted. Padlockable User Interface Cover Export Packaging • With or without window • Cover without window standard on NEMA 3R enclosures Warranty Model KCS-AMVC-0104S , continued Model Designation ^`-1 f� 1 . . . . l �1 �. J Lr Rtcotd Ta :re 61tf -FmMh me 3ol doslQ-atkti ii the boars. The trarnf(-! sob:h 8Rodcl Wsignsticn dOncs cltaractwit ka arul ratirur *%.)y:lein..l tookMr. Samplo Model Oeai9noR on: KCS-ONTA-0400B Model K •:c♦w. Mechanism C SkvvJad'A-y Erva►rrf Trankkirxt 1' 1'tc�rarrmacf G (k4: t;c rcoer A WcdonJM2lw4 NM 1200, Au4:.raoc 6 Docc+on +N:I.vA NFAC 1200. Non AA,Amnw 0 Ovcc*on AA wA NF*C 1500. A ft"tbc I Dwceson M0 vA NPA-C 15N. NavAuacn»bc vcaA!P rnyurnty 0 ?ot Voaz.f 00 Hr O ?2'0 vow 601t: F 240 Vbb! 60 Hz G 380 V ab! 60 He H 400 Vbb-, 50 Hs J 416 Vbb., 50 He K 440 Volt 601 t: m. 4w VCft 601 t: N! 600 Volb -60 Ht P. 3W Vc4b 160 Hz R: 220 Vct� , 60 He Nuenbtw u Pulcs'61res N. 2 Poiw2.'3 VO v w3 . Sold v T 3 Poin, 4 Wrv:, SAd Nw-t•ri V. 4 Po v:; 4 Wrv:, Svvtx6*d N*tnn W. 4 Pbev:A Wrv:. O%wbpt*-q Nvo.&*l Oftelowww A NI ILA 1 1) t41 NA 4 0 NOVA 1? 1 NI VA AX C:• M UA 0H (i CPSn Ualt Current. Amps Om 0280 1200 OOv 0260 1600 0104 0400 2000 0160 Oew Zoo Q?00 0tli00 30V W2!$ low 4000 Cmr-joclifun S E2aicia-1 F Frc.rt 04.0:1 a►: ZO'.0 o-.p vnM Nob:::un* sobcttots wro act nrALatio sx evorj rrmoi Contad your Kchtec cU1-txA:f 1:r *AwA ttfcy. KOHLER. Automatic Transfer Switch Controller KOHLER Model KCS with Decision -Maker@ MPAC 1200 Controller Applicable Models Model Description KCS Standard -Transition Any Breaker ATS # KCP Programmed -Transition Any Breaker ATS KCC Closed -Transition Any Breaker ATS § KSS Standard -Transition Specific Breaker ATS $ Available with automatic or non -automatic controller § Available with automatic controller only Decision -Maker@ MPAC 1200 Decision -Maker@ MPAC 1200 Controller Standard Features • Microprocessor -based controller • Environmentally sealed user interface • LCD display, 4 lines x 20 characters, backlit • Dynamic function keypad with tactile feedback pushbuttons allows complete programming and viewing capability at the door • LED indicators: Source available, transfer switch position, service required (fault), and not in auto • Broadrange voltage sensing (208- 600 VAC) on all phases • Phase -to -phase sensing and monitoring with 0.5% accuracy on both sources • Line -to -neutral monitoring • Frequency sensing with 0.5% accuracy on both sources • Anti -single phasing protection • Phase rotation sensing for three-phase systems • Real-time clock with automatic adjust for daylight saving time and leap year • Run time clock and operation counter • Time -stamped event log • Fail-safe transfer for loaded test and exercise functions • DIP switches: password disable and maintenance • Isolated RS-485 ports for Modbus connections (9.6, 19.2, and 57.6 kbps) • Modbus(D RTU protocol (Modbus register map available) • USB port. Connect a personal computer and use Kohler(D SiteTech rM software to view events and adjust settings. • Available in automatic and non -automatic versions; see supervised transfer control switch on page 5 Programmable Features • Programming and monitoring methods: o Monitoring and password -protected programming at the door using the keypad and display o Program using a PC with KohlerO SiteTech- software (available to Kohler -authorized distributors and dealers) • Over/undervoltage for all phases of the normal and emergency sources • Over/underfrequency for the emergency source • Adjustable time delays • Load/no load/auto-load test and load/no-load exercise functions • Programmable inputs and outputs • Load bank control for exercise or test • Time -based load control, nine individual time delays for selected loads • In -phase monitor (3-phase only) • Password protection, three security levels • See pages 2 and 3 for additional programmable features * SiteTech software is available to Kohler -authorized distributors and dealers. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Pagel Decision -Maker® MPAC 1200 Controller Features User Interface LED Indicators • Contactor position: source N and source E • Source available: source N and source E • Service required (fault indication) • Not in automatic mode LCD Display • System status • Line -to -line voltage • Line -to -neutral voltage • Active time delays • Source frequency • Preferred source selection • System settings • Common alarms • Load current, each phase (current sensing kit required) • Inputs and outputs • Faults • Time/date • Address • Event history • Maintenance records • Exerciser schedule • Exerciser mode • Time remaining on active exercise Dynamic Function Tactile Keypad Operations • Scroll up/down/forward/back • Increase/decrease/save settings • End time delay • Start/end test or exercise • Reset fault • Lamp test DIP Switches • Maintenance mode • Password disable Event History • View time and date -stamped events on the display or on a personal computer equipped with Kohler@ SiteTech'M software. * • Download complete event history files using Kohler SiteTech software and a PC connected to the USB port. * Main Logic Board Inputs and Outputs • Two (2) programmable inputs • Two (2) programmable outputs Communications • Optional Ethernet communications with RJ45 connector for 10/100 Ethernet connection • Isolated RS-485 ports for Modbus communications • Modbus@ RTU and Modbus(D TCP/IP protocols (Modbus'D register map available) • USB Port. Use SiteTech software to upload or download files and adjust transfer switch settings o Application software o Event history files o Language files o Parameter settings o Usage reports o Feature configuration Programmable Features • System voltage, 208- 600 VAC t • System frequency, 50/60 Hz 1- • Single/three-phase operation t • Standard/programmed/closed-transition operation # • Preferred source selection allows the normal or emergency source to be used when both sources are available (alarm module required) • Phase rotation: ABC/BAC/none selection with error detection • Overvoltage and undervoltage pickup and dropout settings, both sources • Overfrequency and underfrequency pickup and dropout settings, Emergency source • Voltage unbalance, enable/disable • In -phase monitor: enable/disable and phase angle • Transfer commit/no commit • Passwords, system and test • Time, date, automatic daylight saving time enable/disable • Time delays (see table) • Exerciser: calendar mode, loaded/unloaded up to 21 events • Test: loaded/unloaded/auto load (1- 60 minutes) • Remote test: loaded/unloaded • Automatic override on generator failure (loaded test and exercise) • Peak shave delay enable/disable • Current monitoring (current sensing kit required) • Load control pre/post-transfer delays, 9 individual time delays for selected loads • Resettable historical data * SiteTech software is available to Kohler -authorized distributors and dealers. t System parameters are factory -set per order. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Page 2 Decision -Maker@ MPAC 1200 Controller Features, Continued Programmable Inputs • Forced transfer to OFF (programmed -transition models only; requires load shed accessory) • Inhibit transfer • Low battery voltage (external battery supply module required) • Peak shave/area protection input • Remote common fault • Remote test • Remote end time delay • Remotely monitored inputs, four (4) available Programmable Outputs • Alarm silenced • Audible alarm • Chicago alarm control • Common alarm events • Contactor position • Exercise active • Failure to acquire standby source • Failure to transfer • Generator engine start, source E • 1/0 module faults • In -phase monitor synch • Load bank control • Load control active (pre/post transfer delay, up to 9 outputs) • Loss of phase fault, source N and E • Low battery fault (external battery supply module required) • Maintenance mode • Non -emergency transfer • Not in automatic mode • Over/undervoltage faults, source N and E • Peak shave/area protection active • Phase rotation error, source N and E • Preferred source supplying load • Software -controlled relay outputs (four maximum) • Source available, preferred and standby • Standby source supplying load • Test active • Transfer switch auxiliary contact fault • Transfer switch auxiliary contact open • Voltage unbalance, source N and E Voltage and Frequency Sensing Parameter Default Adjustment Range Undervoltage dropout 90% of pickup 75%- 98% Undervoltage pickup 90% of nominal 85%-100% Overvoltage dropout * 115% of nominal* 106%-135% Overvoltage pickup 95% of dropout 95%-100% Unbalance enable Disable Enable/Disable Unbalance dropout 20% 5%-20% Unbalance pickup 10% 3%-18% Voltage dropout time 0.5 sec. 0.1- 9.9 sec. Underfrequency dropout t 99% of pickup 95%- 99% Underfrequency pickup t 90% of nominal 80%- 95% Overfrequency dropout t 101 % of pickup 101 %-115% Overfrequency pickup t 110% of nominal 105%-120% Frequency dropout time t 3 sec. 0.1-15 sec. * 690 volts, maximum. Default = 110% for 600 volt applications. t Emergency source only Adjustable Time Delays Time Delay Default Adjustment Range Engine start 3 sec. 0- 6 sec. t Engine cooldown 5 min. 0- 60 min. Fail to acquire standby source 1 min. Transfer, preferred to standby 3 sec. Transfer, standby to preferred 15 min. Transfer, off to standby 1 sec. 1 sec. - 60 min. Transfer, off to preferred 1 sec. Fail to synchronize 60 sec. 10 sec - 15 min. Auto load test termination after transfer 1 sec. 1 sec. 60 min. Load Control Time Delays: Pretransfer to preferred 0 sec. 0- 60 min. Post -transfer to preferred 0 sec. Pretransfer to standby 0 sec. Post -transfer to standby 0 sec. Note: Time delays are adjustable in 1 second increments, except as noted. t Engine start time delay can be extended to 60 minutes with an External Battery Supply Module Kit. G11-127 (MPAC 1200) 1/21C Page 3 Accessory Modules The mounting kit holds up to five optional modules. ❑ Alarm Module Module Current Draw Specifications, mA Alarm Module 75 Standard 1/0 Module 75 High Power 1/0 Module 100 Maximum Total Current * 300 * If an External Battery Module is installed, there restriction. is no current ❑ Standard Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 6 Contact Type Form C (SPDT) Contact Voltage Rating 2 A @ 30 VDC 500 mA @ 125 VAC Connection Type Terminal Strip Wire Size #14- 24 AWG ❑ High -Power Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 3 Contact Type Form C (SPDT) Contact Voltage Rating 12A@24VDC 12 A @ 250 VAC 10A@277VAC 2A9480VAC Connection Type Terminal Strip Wire Size #14-24 AWG Environmental Specifications Temperature -40°C to 85°C (-40oF to 185°F) Humidity 35% to 85% noncondensing • 90 dB Audible alarm • Any alarm function can be programmed to trigger the audible alarm • Chicago alarm function • Preferred source selection • Supervised transfer control (supervised transfer control switch required) • Connection for external alarm External Alarm Connection Specifications Wire Size #12- 22 AWG Cu Contact Voltage Rating 500 mA @ 120 VAC 250 mA @ 240 VAC ❑ External Battery Supply Module • Energizes the ATS controls using an external battery when no source power is available • Allows extended engine start time delays • Allows the use of any combination of accessory modules (no current draw restriction, maximum of five modules total) • Connects to one or two batteries, 12 VDC or 24 VDC system • Current draw, 140 mA @ 12 VDC, 86 mA @ 24 VDC • Provides low external battery voltage indication to the transfer switch controller • Reverse -polarity protected G11-127 (MPAC 1200) 1/21c Page 4 Other Controller Accessories Accessories are available either factory -installed or as loose ❑ Load Shed Kit kits, unless otherwise noted. • Forced transfer from Emergency to OFF for ❑ Controller Disconnect Switch programmed -transition and closed -transition models • Disconnects power to the controller without disconnecting • Customer -supplied signal (contact closure) is required for the load the forced transfer to OFF function • Mounts inside the enclosure • Factory -installed and loose kits available for models KCC and KCP ❑ Current Sensing Kit • Monitor current on all phases with 1 % accuracy ❑ Digital Meter • Measure and display voltage, current, frequency, and power • 35 programmable alarms • LCD display, 67 x 62.5 mm (2.65 x 2.5 in.) • Pushbutton operation • Password- protected programming menus • Two digital inputs • Two digital outputs • Two Form A relay outputs • Serial port for optional network connections • Data logging • Factory- installed ❑ Ethernet Communications • RJ-45 connector • Supports Internet Protocol version 4 (IPv4) • Supports Modbus TCP/IP protocol • Factory -installed only for other programmed -transition and closed -transition models ❑ Padlockable User Interface Cover • Provides additional protection against unauthorized access • Cover standard on NEMA 3R enclosures ❑ RSA III Remote Serial Annunciator • Monitors the generator set • Monitors ATS common alarm, Normal source, and Emergency source status and connection • Allows remote testing of the ATS • For more information about RSA III features and functions, see specification sheet G6-139 ❑ Supervised Transfer Control Switch • Standard on models with non -automatic controls • Optional for models with automatic controls • Auto, manual, and transfer positions • Automatic and non -automatic modes • Alarm module required Supervised Transfer Control Switch Operation for Automatic and Non -Automatic Transfer Switches Switch Position Automatic Switches Non -Automatic Switches AUTO • Automatically transfers to the standby source, when available, if the preferred source is lost. • Transfers back to the preferred source when it becomes available. MANUAL • Automatically transfers to an available source if • Does not automatically transfer to an available the connected source is lost. source when the connected source is lost. • Test, peak shave, and loaded exercise commands • Test, peak shave, and loaded exercise commands will transfer to the standby source. are ignored. • Does not automatically transfer back to preferred • Does not automatically transfer back to preferred when both sources are available. when both sources are available. • Transfers only when the switch is manually moved to the TRANSFER position as described below. TRANSFER • Does not initiate an engine start sequence. Generator set engine must be signalled to start by an event (momentary such as a loss of utility, loaded test, loaded exercise, etc. switch position) • Allows transfer to the other source, if available. An event such as a loss of utility, loaded exercise, or loaded test must first initiate the transfer sequence. • Time delays will operate. Wait for time delays to expire, or press the End Time Delay button. • Operates pre- and post -transfer load control time delays if both sources are available. • MANUAL TRANSFER is displayed when the ATS is ready to transfer. G11-127 (MPAC 1200) 1/21c Page 5 KOHLERS Environmental Specifications Operating Temperature 20oC to 70oC ( 4°F to 158°F) Storage Temperature 40oC to 85°C ( 40°F to 185°F) Humidity 5% to 95% noncondensing Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohlere Power Systems distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com Main Board 1/0 Specifications Output contact type Isolated form C (SPDT) Output contact rating 1 amp @ 30 VDC, 500 mA @120 VAC 1/0 terminals wire size #12- 24 AWG DISTRIBUTED BY- © 2014 Kohler Co. All rights reserved. G11-127 (MPAC 1200) 1/21c Page 6 Model KCS-AMVC-O6O0S KOHLER, y KIXI Transfer Switch Standard Features • UL 1008 listed file #E58962 (automatic), #E86894 (non automatic) • CSA certification available • IBC and OSHPD seismic certification available • Available in 2, 3, or 4 pole configurations • Electrically operated, mechanically held mechanism • High withstand and close -on ratings • Design suitable for emergency and standby applications on all classes of load, 100% tungsten rated through 400 amps • Silver alloy main contacts • Gold -flashed engine start contacts rated 2 amps @ 30 VDC/250 VAC • Front -accessible contacts for easy inspection • Front -replaceable main and arcing contacts (800-4000 amps) • Reliable, field -proven solenoid mechanism • Switching mechanisms lubricated for the expected life of the transfer switch • Internal manual operating handle • Main shaft auxiliary position -indicating contacts rated 10 amps @ 32 VDC/250 VAC • NEMA type 1, 12, 3R, 4, and 4X enclosures available • Standard one-year limited warranty. Extended limited warranties are available Standard -Transition Models (KCS) • Standard -transition operation with either automatic or non- automatic control • Standard -transition transfer time less than 100 milliseconds (6 cycles @ 60 Hz) • Double -throw, mechanically interlocked design (break -before - make power contacts) • Solid, switched, or overlapping (make -before -break) neutral Model KCS-AMVC-0600S , continued Decision -Maker® MPAC 1200 Controller • LCD display, 4 lines x 20 characters, backlit • Complete programming and viewing capability at the door using the keypad and LCD display • LED indicators: Source available, transfer switch position, service required (fault), and "not in auto" • Programmable voltage and frequency pickup and dropout settings • Programmable time delays • Programmable generator exerciser • Time -based load control • Two programmable inputs and two programmable outputs • Up to four 1/0 extension modules available • Modbus communication standard • RS-485 communication standard • Ethernet communication optional: For more information about Decision -Maker® MPAC 1200 features and functions, see specification sheet G11-127. Environmental Specifications Operating Temperature -20°C to 70°C (-4°F to 158°F) Storage Temperature -40°C to 85°C (-40°F to 185°F) Humidity 5% to 95% noncondensing Input and Output Connection Specifications Component Wire Size Range Main board 1/0 terminals #12-24 AWG 1/0 module terminals #14-24 AWG Auxiliary Position Indication Contacts (rated 10 Amps @ 32 VDC/250 VAC) Switch Rating, amps Number of Contacts Indicating Normal, Emergency 600 8,8 Model KCS-AMVC-0600S , continued Cable Sizes Note: Cable size data is subject to change. Refer to the transfer switch dimension drawings and wiring diagrams for planning and installation. UL-Listed Solderless Screw -Type Terminals for External Power Connections Range of Wire Sizes, Copper or Aluminum* Switch Rating, Amps Normal, Emergency, and Load (per phase) Neutral (3-pole) Ground 600 (2) #2 AWG to 600 KCMIL (6) #2 AWG to 600 KCMIL (3) #4 AWG to 600 KCMIL or (6) 1/0 - to 250 KCMIL * Use 75 degrees C minimum Cu/AI wire for power connections. Withstand and Close -On Ratings (WCR) Maximum current in RMS symmetrical amperes when coordinated with customer -supplied fuses or circuit breakers. All values are available symmetrical RMS amperes and tested in accordance with the withstand and close -on requirements of UL 1008. Application requirements may permit higher withstand ratings for certain size switches. Contact the factory for assistance. Withstand Current Ratings in RMS Symmetrical Amperes Short Time Ratings (sec.)** Current Limiting Fuses Time -Based Rating* 480 V Max. 600 V Max. Switch Amps @ Amps @ Amps, Fuse Amps @ Amps @ Amps @ 0.13 0.2 0.3 0.5 0.1 0.13 0.3 0.5 Rating, 480 V 600 V Max. Class 240 V 480 V 600 V Amps 600 200000 200000 600 J 65000 42,000** * 35000 - - - - - - - 600 200000 200000 800 L 65000 42,000** * 35000 - - - - - - - *Applicable to breakers with instantaneous trip elements. ** Short time ratings are provided for applications involving breakers that utilize trip delay settings for system selective coordination. *** Applicable to 2-pole, 3-pole, and conventional 4-pole switches only. Overlapping neutral switches have "any" breaker ratings of 35,000 A, 0.050 seconds at 480 V. Weights and Dimensions See ADV drawings for weights and dimensions. Allow 15% additional weight for packing materials. Model KCS-AMVC-0600S , continued Ratings with Specific Manufacturer's Circuit Breaker The following charts list power switching device withstand and close -on ratings (WCR) in RMS symmetrical amperes for specific manufacturers' circuit breakers. Circuit breakers are supplied by the customer. Molded -Case Circuit Breakers Switch Rating, WCR, Amps, RMS Voltage, Max. Manufacturer Type Max. Size, Amps Amps 600 50000 480 Eaton/Cutler JGH, JGC, HFG, LFG 250 Hammer 600 50000 480 Eaton/Cutler HLD, CHLD, LDC, CLDC, LGH*, LGC*, 600 Hammer LGU*, LGX* 600 50000 480 Eaton/Cutler MDL, CMDL, HMDL, CHMDL, NGS, NGH, 800 Hammer NGC, NGU, MDLB, CMDLB, NF 600 50000 480 GE TBC6, TJL4V, TJL1S- 6S, SGL1, SGL4, 600 SGL6, SGP1, SGP4, SGP6,FGN,FGH,FGL,FGP 600 50000 480 GE TBC8, TKL4V, TKH8S- 12S, TKL8S- 12S, 800 SKH8, SKL8, SKP8, TB8 600 50000 480 Siemens/ITE HLD6, HLXD6, SHLD6, HHLD6, HHLXD6, 600 CLD6, SCLD6, HLG, LLG 600 50000 480 Siemens/ITE LMD6, LMXD6, HLMD6, HLMXD6, MD6, 800 MXD6, HMD6, HMXD6, SMD6, SHMD6, CMD6, SCMD6, HMG, LMG 600 50000 480 Siemens/ITE HND6, HNXD6, SND6, SHND6, ND6, 1200 NXD6, HNG, LNG, CND6 600 50000 480 SquareD LC, DJ, DL, LI, NSJ600 600 600 50000 480 SquareD CK800N, CK800NN, MJ 800 600 42000 600 Eaton/Cutler JGC 250 Hammer 600 42000 600 Eaton/Cutler TBC4 400 Hammer 600 42000 600 Eaton/Cutler LDC, CLDC 600 Hammer 600 42000 600 GE TBC6, SGL1, SGL4, SGL6, SGP1, SGP4, 600 SGP6, FGP 600 42000 600 GE TBC8, TKL4V, TKL8S-12S, SKL8, SKP8 800 600 42000 600 GE SKL12, SKP12 1200 600 42000 600 Siemens/ITE HHLD6, HHLXD6, CLD6, SCLD6 600 600 42000 600 Siemens/ITE HLMD6, HLMXD6, HMXD6, SHMD6, 800 HMD6, CMD6, SCMD6, LMG 600 42000 600 Siemens/ITE HND6, HNXD6, HNG, LNG, SHND6 1200 Model KCS-AMVC-0600S , continued 600 50000 480 GE SKL12, SK12P 1200 600 50000 480 SquareD MH, CK1200N, CK1200NN, CK1200H, CK1200HH, NT- H, NT-L1,NT-L,NT- LF,PK,PJ,PL 1200 600 50000 480 SquareD CM2000HH 2O00 600 50000 480 SquareD CM2500HH 2500 600 42000 600 SquareD LI 600 600 42000 600 SquareD CK800H, CK800HH 800 600 42000 600 SquareD CK1000HL 1000 600 42000 600 SquareD CK1200H, CK1200HH, NT- H, NT- L, NT- LF, NT- L1, MasterPact STIR 28D, PK 1200 600 65000 240 GE THQMV 225 600 65000 240 GE SGL1, SGL4, SGL6, SGP1, SGP4, SGP6 600 600 65000 240 Eaton/Cutler Hammer LDC, CLDC, HLD, CHLD 600 600 65000 240 Siemens/ITE HLD6, HLXD6 600 600 65000 240 SquareD QG, QJ 250 600 65000 240 SquareD LJ, LL, LR 600 600 50000 480 Eaton/Cutler Hammer JGH, JGC, HFG, LFG 250 Model KCS-AMVC-0600S , continued Codes and Standards The ATS meets or exceeds the requirements of the following specifications: • CSA C22.2 No. 178 certification 208-600 VAC available, file LR58301 • EN61000-4-4 Fast Transient Immunity Severity Level 4 • EN61000-4-5 Surge Immunity Class 4 (voltage sensing and programmable inputs only) • EIC Spedifications for EMI/EMC Immunity: o CISPR 11, Radiated Emissions o IEC 1000-4-2, Electrostatic Discharge o IEC 1000-4-3, Radiated Electromagnetic Fields o IEC 1000-4-4, Electrical Fast Transients (Bursts) o IEC 1000-4-5, Surge Voltage o IEC 1000-4-6, Conducted RF Disturbances o IEC 1000-4-8, Magnetic Fields o IEC 1000-4-11, Voltage Dips and Interruptions • IEC 609047-6-1, Low Voltage Switchgear and Control Gear; Multifunction Equipment; Automatic Transfer Switching Equipment • IEEE Standard 446, IEEE Recommended Practice for Emergency and Standby Power Systems for Commercial and Industrial Applications • IEEE 472 (ANSI C37.90A) Ring Wave Test • NEMA Standards ICS 10-2005, Electromechanical AC Transfer Switch Equipment • NFPA 70, National Electrical Code • NFPA 99, Essential Electrical Systems for Health Care Facilities • NFPA 110, Emergency and Standby Power Systems • Seismic certification in accordance with the International Building Code is available. (Accessory kit is required for seismic certification) o IBC 2000, referencing ASCE 7-98 and ICC AC-156 o IBC 2003, referencing ASCE 7-02 and ICC AC-156 o IBC 2006, referencing ASCE 7-05 and ICC AC-156 o IBC 2009, referencing ASCE 7-05 and ICC AC-156 o IBC 2012, referencing ASCE 7-10 and ICC AC-156 • California OSHPD approval is available. (Accessory kit required.) • Underwriters Laboratories UL 1008, Standard for Automatic Transfer Switches for Use in Emergency Standby Systems for #E58962 (automatic), #E86894 (nonautomatic) KCS-AMVC-0600S , continued Accessories Accessories are available either factory -installed or as loose kits, unless otherwise noted. Padlockable User Interface Cover Export Packaging • With or without window • Cover without window standard on NEMA 3R enclosures Warranty Model KCS-AMVC-0600S , continued Model Designation ^`-1 f� 1 . . . . l �1 �. J Lr Rtcotd Ta :re 61tf -FmMh me 3ol doslQ-atkti ii the boars. The trarnf(-! sob:h 8Rodcl Wsignsticn dOncs cltaractwit ka arul ratirur *%.)y:lein..l tookMr. Samplo Model Oeai9noR on: KCS-ONTA-0400B Model K •:c♦w. Mechanism C SkvvJad'A-y Erva►rrf Trankkirxt 1' 1'tc�rarrmacf G (k4: t;c rcoer A WcdonJM2lw4 NM 1200, Au4:.raoc 6 Docc+on +N:I.vA NFAC 1200. Non AA,Amnw 0 Ovcc*on AA wA NF*C 1500. A ft"tbc I Dwceson M0 vA NPA-C 15N. NavAuacn»bc vcaA!P rnyurnty 0 ?ot Voaz.f 00 Hr O ?2'0 vow 601t: F 240 Vbb! 60 Hz G 380 V ab! 60 He H 400 Vbb-, 50 Hs J 416 Vbb., 50 He K 440 Volt 601 t: m. 4w VCft 601 t: N! 600 Volb -60 Ht P. 3W Vc4b 160 Hz R: 220 Vct� , 60 He Nuenbtw u Pulcs'61res N. 2 Poiw2.'3 VO v w3 . Sold v T 3 Poin, 4 Wrv:, SAd Nw-t•ri V. 4 Po v:; 4 Wrv:, Svvtx6*d N*tnn W. 4 Pbev:A Wrv:. O%wbpt*-q Nvo.&*l Oftelowww A NI ILA 1 1) t41 NA 4 0 NOVA 1? 1 NI VA AX C:• M UA 0H (i CPSn Ualt Current. Amps Om 0280 1200 OOv 0260 1600 0104 0400 2000 0160 Oew Zoo Q?00 0tli00 30V W2!$ low 4000 Cmr-joclifun S E2aicia-1 F Frc.rt 04.0:1 a►: ZO'.0 o-.p vnM Nob:::un* sobcttots wro act nrALatio sx evorj rrmoi Contad your Kchtec cU1-txA:f 1:r *AwA ttfcy. KOHLER. Automatic Transfer Switch Controller KOHLER Model KCS with Decision -Maker@ MPAC 1200 Controller Applicable Models Model Description KCS Standard -Transition Any Breaker ATS # KCP Programmed -Transition Any Breaker ATS KCC Closed -Transition Any Breaker ATS § KSS Standard -Transition Specific Breaker ATS $ Available with automatic or non -automatic controller § Available with automatic controller only Decision -Maker@ MPAC 1200 Decision -Maker@ MPAC 1200 Controller Standard Features • Microprocessor -based controller • Environmentally sealed user interface • LCD display, 4 lines x 20 characters, backlit • Dynamic function keypad with tactile feedback pushbuttons allows complete programming and viewing capability at the door • LED indicators: Source available, transfer switch position, service required (fault), and not in auto • Broadrange voltage sensing (208- 600 VAC) on all phases • Phase -to -phase sensing and monitoring with 0.5% accuracy on both sources • Line -to -neutral monitoring • Frequency sensing with 0.5% accuracy on both sources • Anti -single phasing protection • Phase rotation sensing for three-phase systems • Real-time clock with automatic adjust for daylight saving time and leap year • Run time clock and operation counter • Time -stamped event log • Fail-safe transfer for loaded test and exercise functions • DIP switches: password disable and maintenance • Isolated RS-485 ports for Modbus connections (9.6, 19.2, and 57.6 kbps) • Modbus(D RTU protocol (Modbus register map available) • USB port. Connect a personal computer and use Kohler(D SiteTech rM software to view events and adjust settings. • Available in automatic and non -automatic versions; see supervised transfer control switch on page 5 Programmable Features • Programming and monitoring methods: o Monitoring and password -protected programming at the door using the keypad and display o Program using a PC with KohlerO SiteTech- software (available to Kohler -authorized distributors and dealers) • Over/undervoltage for all phases of the normal and emergency sources • Over/underfrequency for the emergency source • Adjustable time delays • Load/no load/auto-load test and load/no-load exercise functions • Programmable inputs and outputs • Load bank control for exercise or test • Time -based load control, nine individual time delays for selected loads • In -phase monitor (3-phase only) • Password protection, three security levels • See pages 2 and 3 for additional programmable features * SiteTech software is available to Kohler -authorized distributors and dealers. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Pagel Decision -Maker® MPAC 1200 Controller Features User Interface LED Indicators • Contactor position: source N and source E • Source available: source N and source E • Service required (fault indication) • Not in automatic mode LCD Display • System status • Line -to -line voltage • Line -to -neutral voltage • Active time delays • Source frequency • Preferred source selection • System settings • Common alarms • Load current, each phase (current sensing kit required) • Inputs and outputs • Faults • Time/date • Address • Event history • Maintenance records • Exerciser schedule • Exerciser mode • Time remaining on active exercise Dynamic Function Tactile Keypad Operations • Scroll up/down/forward/back • Increase/decrease/save settings • End time delay • Start/end test or exercise • Reset fault • Lamp test DIP Switches • Maintenance mode • Password disable Event History • View time and date -stamped events on the display or on a personal computer equipped with Kohler@ SiteTech'M software. * • Download complete event history files using Kohler SiteTech software and a PC connected to the USB port. * Main Logic Board Inputs and Outputs • Two (2) programmable inputs • Two (2) programmable outputs Communications • Optional Ethernet communications with RJ45 connector for 10/100 Ethernet connection • Isolated RS-485 ports for Modbus communications • Modbus@ RTU and Modbus(D TCP/IP protocols (Modbus'D register map available) • USB Port. Use SiteTech software to upload or download files and adjust transfer switch settings o Application software o Event history files o Language files o Parameter settings o Usage reports o Feature configuration Programmable Features • System voltage, 208- 600 VAC t • System frequency, 50/60 Hz 1- • Single/three-phase operation t • Standard/programmed/closed-transition operation # • Preferred source selection allows the normal or emergency source to be used when both sources are available (alarm module required) • Phase rotation: ABC/BAC/none selection with error detection • Overvoltage and undervoltage pickup and dropout settings, both sources • Overfrequency and underfrequency pickup and dropout settings, Emergency source • Voltage unbalance, enable/disable • In -phase monitor: enable/disable and phase angle • Transfer commit/no commit • Passwords, system and test • Time, date, automatic daylight saving time enable/disable • Time delays (see table) • Exerciser: calendar mode, loaded/unloaded up to 21 events • Test: loaded/unloaded/auto load (1- 60 minutes) • Remote test: loaded/unloaded • Automatic override on generator failure (loaded test and exercise) • Peak shave delay enable/disable • Current monitoring (current sensing kit required) • Load control pre/post-transfer delays, 9 individual time delays for selected loads • Resettable historical data * SiteTech software is available to Kohler -authorized distributors and dealers. t System parameters are factory -set per order. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Page 2 Decision -Maker@ MPAC 1200 Controller Features, Continued Programmable Inputs • Forced transfer to OFF (programmed -transition models only; requires load shed accessory) • Inhibit transfer • Low battery voltage (external battery supply module required) • Peak shave/area protection input • Remote common fault • Remote test • Remote end time delay • Remotely monitored inputs, four (4) available Programmable Outputs • Alarm silenced • Audible alarm • Chicago alarm control • Common alarm events • Contactor position • Exercise active • Failure to acquire standby source • Failure to transfer • Generator engine start, source E • 1/0 module faults • In -phase monitor synch • Load bank control • Load control active (pre/post transfer delay, up to 9 outputs) • Loss of phase fault, source N and E • Low battery fault (external battery supply module required) • Maintenance mode • Non -emergency transfer • Not in automatic mode • Over/undervoltage faults, source N and E • Peak shave/area protection active • Phase rotation error, source N and E • Preferred source supplying load • Software -controlled relay outputs (four maximum) • Source available, preferred and standby • Standby source supplying load • Test active • Transfer switch auxiliary contact fault • Transfer switch auxiliary contact open • Voltage unbalance, source N and E Voltage and Frequency Sensing Parameter Default Adjustment Range Undervoltage dropout 90% of pickup 75%- 98% Undervoltage pickup 90% of nominal 85%-100% Overvoltage dropout * 115% of nominal* 106%-135% Overvoltage pickup 95% of dropout 95%-100% Unbalance enable Disable Enable/Disable Unbalance dropout 20% 5%-20% Unbalance pickup 10% 3%-18% Voltage dropout time 0.5 sec. 0.1- 9.9 sec. Underfrequency dropout t 99% of pickup 95%- 99% Underfrequency pickup t 90% of nominal 80%- 95% Overfrequency dropout t 101 % of pickup 101 %-115% Overfrequency pickup t 110% of nominal 105%-120% Frequency dropout time t 3 sec. 0.1-15 sec. * 690 volts, maximum. Default = 110% for 600 volt applications. t Emergency source only Adjustable Time Delays Time Delay Default Adjustment Range Engine start 3 sec. 0- 6 sec. t Engine cooldown 5 min. 0- 60 min. Fail to acquire standby source 1 min. Transfer, preferred to standby 3 sec. Transfer, standby to preferred 15 min. Transfer, off to standby 1 sec. 1 sec. - 60 min. Transfer, off to preferred 1 sec. Fail to synchronize 60 sec. 10 sec - 15 min. Auto load test termination after transfer 1 sec. 1 sec. 60 min. Load Control Time Delays: Pretransfer to preferred 0 sec. 0- 60 min. Post -transfer to preferred 0 sec. Pretransfer to standby 0 sec. Post -transfer to standby 0 sec. Note: Time delays are adjustable in 1 second increments, except as noted. t Engine start time delay can be extended to 60 minutes with an External Battery Supply Module Kit. G11-127 (MPAC 1200) 1/21C Page 3 Accessory Modules The mounting kit holds up to five optional modules. ❑ Alarm Module Module Current Draw Specifications, mA Alarm Module 75 Standard 1/0 Module 75 High Power 1/0 Module 100 Maximum Total Current * 300 * If an External Battery Module is installed, there restriction. is no current ❑ Standard Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 6 Contact Type Form C (SPDT) Contact Voltage Rating 2 A @ 30 VDC 500 mA @ 125 VAC Connection Type Terminal Strip Wire Size #14- 24 AWG ❑ High -Power Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 3 Contact Type Form C (SPDT) Contact Voltage Rating 12A@24VDC 12 A @ 250 VAC 10A@277VAC 2A9480VAC Connection Type Terminal Strip Wire Size #14-24 AWG Environmental Specifications Temperature -40°C to 85°C (-40oF to 185°F) Humidity 35% to 85% noncondensing • 90 dB Audible alarm • Any alarm function can be programmed to trigger the audible alarm • Chicago alarm function • Preferred source selection • Supervised transfer control (supervised transfer control switch required) • Connection for external alarm External Alarm Connection Specifications Wire Size #12- 22 AWG Cu Contact Voltage Rating 500 mA @ 120 VAC 250 mA @ 240 VAC ❑ External Battery Supply Module • Energizes the ATS controls using an external battery when no source power is available • Allows extended engine start time delays • Allows the use of any combination of accessory modules (no current draw restriction, maximum of five modules total) • Connects to one or two batteries, 12 VDC or 24 VDC system • Current draw, 140 mA @ 12 VDC, 86 mA @ 24 VDC • Provides low external battery voltage indication to the transfer switch controller • Reverse -polarity protected G11-127 (MPAC 1200) 1/21c Page 4 Other Controller Accessories Accessories are available either factory -installed or as loose ❑ Load Shed Kit kits, unless otherwise noted. • Forced transfer from Emergency to OFF for ❑ Controller Disconnect Switch programmed -transition and closed -transition models • Disconnects power to the controller without disconnecting • Customer -supplied signal (contact closure) is required for the load the forced transfer to OFF function • Mounts inside the enclosure • Factory -installed and loose kits available for models KCC and KCP ❑ Current Sensing Kit • Monitor current on all phases with 1 % accuracy ❑ Digital Meter • Measure and display voltage, current, frequency, and power • 35 programmable alarms • LCD display, 67 x 62.5 mm (2.65 x 2.5 in.) • Pushbutton operation • Password- protected programming menus • Two digital inputs • Two digital outputs • Two Form A relay outputs • Serial port for optional network connections • Data logging • Factory- installed ❑ Ethernet Communications • RJ-45 connector • Supports Internet Protocol version 4 (IPv4) • Supports Modbus TCP/IP protocol • Factory -installed only for other programmed -transition and closed -transition models ❑ Padlockable User Interface Cover • Provides additional protection against unauthorized access • Cover standard on NEMA 3R enclosures ❑ RSA III Remote Serial Annunciator • Monitors the generator set • Monitors ATS common alarm, Normal source, and Emergency source status and connection • Allows remote testing of the ATS • For more information about RSA III features and functions, see specification sheet G6-139 ❑ Supervised Transfer Control Switch • Standard on models with non -automatic controls • Optional for models with automatic controls • Auto, manual, and transfer positions • Automatic and non -automatic modes • Alarm module required Supervised Transfer Control Switch Operation for Automatic and Non -Automatic Transfer Switches Switch Position Automatic Switches Non -Automatic Switches AUTO • Automatically transfers to the standby source, when available, if the preferred source is lost. • Transfers back to the preferred source when it becomes available. MANUAL • Automatically transfers to an available source if • Does not automatically transfer to an available the connected source is lost. source when the connected source is lost. • Test, peak shave, and loaded exercise commands • Test, peak shave, and loaded exercise commands will transfer to the standby source. are ignored. • Does not automatically transfer back to preferred • Does not automatically transfer back to preferred when both sources are available. when both sources are available. • Transfers only when the switch is manually moved to the TRANSFER position as described below. TRANSFER • Does not initiate an engine start sequence. Generator set engine must be signalled to start by an event (momentary such as a loss of utility, loaded test, loaded exercise, etc. switch position) • Allows transfer to the other source, if available. An event such as a loss of utility, loaded exercise, or loaded test must first initiate the transfer sequence. • Time delays will operate. Wait for time delays to expire, or press the End Time Delay button. • Operates pre- and post -transfer load control time delays if both sources are available. • MANUAL TRANSFER is displayed when the ATS is ready to transfer. G11-127 (MPAC 1200) 1/21c Page 5 KOHLERS Environmental Specifications Operating Temperature 20oC to 70oC ( 4°F to 158°F) Storage Temperature 40oC to 85°C ( 40°F to 185°F) Humidity 5% to 95% noncondensing Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohlere Power Systems distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com Main Board 1/0 Specifications Output contact type Isolated form C (SPDT) Output contact rating 1 amp @ 30 VDC, 500 mA @120 VAC 1/0 terminals wire size #12- 24 AWG DISTRIBUTED BY- © 2014 Kohler Co. All rights reserved. G11-127 (MPAC 1200) 1/21c Page 6 Model KCS-AMVC-OO7OS KOHLER, y KIXI Transfer Switch Standard Features • UL 1008 listed file #E58962 (automatic), #E86894 (non automatic) • CSA certification available • IBC and OSHPD seismic certification available • Available in 2, 3, or 4 pole configurations • Electrically operated, mechanically held mechanism • High withstand and close -on ratings • Design suitable for emergency and standby applications on all classes of load, 100% tungsten rated through 400 amps • Silver alloy main contacts • Gold -flashed engine start contacts rated 2 amps @ 30 VDC/250 VAC • Front -accessible contacts for easy inspection • Front -replaceable main and arcing contacts (800-4000 amps) • Reliable, field -proven solenoid mechanism • Switching mechanisms lubricated for the expected life of the transfer switch • Internal manual operating handle • Main shaft auxiliary position -indicating contacts rated 10 amps @ 32 VDC/250 VAC • NEMA type 1, 12, 3R, 4, and 4X enclosures available • Standard one-year limited warranty. Extended limited warranties are available Standard -Transition Models (KCS) • Standard -transition operation with either automatic or non- automatic control • Standard -transition transfer time less than 100 milliseconds (6 cycles @ 60 Hz) • Double -throw, mechanically interlocked design (break -before - make power contacts) • Solid, switched, or overlapping (make -before -break) neutral Model KCS-AMVC-0070S , continued Decision -Maker® MPAC 1200 Controller • LCD display, 4 lines x 20 characters, backlit • Complete programming and viewing capability at the door using the keypad and LCD display • LED indicators: Source available, transfer switch position, service required (fault), and "not in auto" • Programmable voltage and frequency pickup and dropout settings • Programmable time delays • Programmable generator exerciser • Time -based load control • Two programmable inputs and two programmable outputs • Up to four 1/0 extension modules available • Modbus communication standard • RS-485 communication standard • Ethernet communication optional: For more information about Decision -Maker® MPAC 1200 features and functions, see specification sheet G11-127. Environmental Specifications Operating Temperature -20°C to 70°C (-4°F to 158°F) Storage Temperature -40°C to 85°C (-40°F to 185°F) Humidity 5% to 95% noncondensing Input and Output Connection Specifications Component Wire Size Range Main board 1/0 terminals #12-24 AWG 1/0 module terminals #14-24 AWG Auxiliary Position Indication Contacts (rated 10 Amps @ 32 VDC/250 VAC) Switch Rating, amps Number of Contacts Indicating Normal, Emergency 70 2,2 Model KCS-AMVC-0070S , continued Cable Sizes Note: Cable size data is subject to change. Refer to the transfer switch dimension drawings and wiring diagrams for planning and installation. UL-Listed Solderless Screw -Type Terminals for External Power Connections Range of Wire Sizes, Copper or Aluminum* Switch Rating, Amps Normal, Emergency, and Load (per phase) Neutral (3-pole) Ground 70 (1) #14 AWG to 4/0 AWG (3) #14 to 4/0 (3) #6 to 3/0 * Use 75 degrees C minimum Cu/AI wire for power connections. Withstand and Close -On Ratings (WCR) Maximum current in RMS symmetrical amperes when coordinated with customer -supplied fuses or circuit breakers. All values are available symmetrical RMS amperes and tested in accordance with the withstand and close -on requirements of UL 1008. Application requirements may permit higher withstand ratings for certain size switches. Contact the factory for assistance. Withstand Current Ratings in RMS Symmetrical Amperes Short Time Ratings (sec.)** Current Limiting Fuses Time -Based Rating* 480 V Max. 600 V Max. Switch Rating, Amps Amps @ 480 V Amps @ 600 V Amps, Max. Fuse Class Amps @ 240 V Amps @ 480 V Amps @ 600 V 0.13 0.2 0.3 0.5 0.1 0.13 0.3 0.5 70 200000 35000 200 J 10000 10000 10000 - - - - - - - 70 35000 35000 200 RK1 1 10000 10000 10000 - - - - - - - *Applicable to breakers with instantaneous trip elements. Short time ratings are provided for applications involving breakers that utilize trip delay settings for system selective coordination. Weights and Dimensions See ADV drawings for weights and dimensions. Allow 15% additional weight for packing materials. Model KCS-AMVC-0070S , continued Ratings with Specific Manufacturer's Circuit Breaker The following charts list power switching device withstand and close -on ratings (WCR) in RMS symmetrical amperes for specific manufacturers' circuit breakers. Circuit breakers are supplied by the customer. Molded -Case Circuit Breakers Switch Rating, Amps WCR, Amps, RMS Voltage, Max. Manufacturer Type Max. Size, Amps 70 150000 240 SquareD HR 250 70 125000 240 SquareD HL 150 70 100000 240 SquareD BJ, HJ 125 70 65000 240 SquareD BG, HG 125 70 42000 240 SquareD QG, QJ 90 70 25000 240 SquareD HD 150 70 25000 240 SquareD BD 125 70 85000 480 SquareD HL, HR 150 70 50000 480 SquareD BJ 125 70 35000 480 SquareD HG, HJ 150 70 35000 480 SquareD BG 125 70 18000 480 SquareD BD, HD 125 70 25000 600 SquareD HJ, HL, HR 150 70 25000 600 SquareD BJ 125 70 18000 600 SquareD HG 150 70 18000 600 SquareD BG 125 70 14000 600 SquareD HD 150 70 14000 600 SquareD BD 125 70 22000 480 GE TH E D 90 Model KCS-AMVC-0070S , continued Codes and Standards The ATS meets or exceeds the requirements of the following specifications: • CSA C22.2 No. 178 certification 208-600 VAC available, file LR58301 • EN61000-4-4 Fast Transient Immunity Severity Level 4 • EN61000-4-5 Surge Immunity Class 4 (voltage sensing and programmable inputs only) • EIC Spedifications for EMI/EMC Immunity: o CISPR 11, Radiated Emissions o IEC 1000-4-2, Electrostatic Discharge o IEC 1000-4-3, Radiated Electromagnetic Fields o IEC 1000-4-4, Electrical Fast Transients (Bursts) o IEC 1000-4-5, Surge Voltage o IEC 1000-4-6, Conducted RF Disturbances o IEC 1000-4-8, Magnetic Fields o IEC 1000-4-11, Voltage Dips and Interruptions • IEC 609047-6-1, Low Voltage Switchgear and Control Gear; Multifunction Equipment; Automatic Transfer Switching Equipment • IEEE Standard 446, IEEE Recommended Practice for Emergency and Standby Power Systems for Commercial and Industrial Applications • IEEE 472 (ANSI C37.90A) Ring Wave Test • NEMA Standards ICS 10-2005, Electromechanical AC Transfer Switch Equipment • NFPA 70, National Electrical Code • NFPA 99, Essential Electrical Systems for Health Care Facilities • NFPA 110, Emergency and Standby Power Systems • Seismic certification in accordance with the International Building Code is available. (Accessory kit is required for seismic certification) o IBC 2000, referencing ASCE 7-98 and ICC AC-156 o IBC 2003, referencing ASCE 7-02 and ICC AC-156 o IBC 2006, referencing ASCE 7-05 and ICC AC-156 o IBC 2009, referencing ASCE 7-05 and ICC AC-156 o IBC 2012, referencing ASCE 7-10 and ICC AC-156 • California OSHPD approval is available. (Accessory kit required.) • Underwriters Laboratories UL 1008, Standard for Automatic Transfer Switches for Use in Emergency Standby Systems for #E58962 (automatic), #E86894 (nonautomatic) KCS-AMVC-0070S , continued Accessories Accessories are available either factory -installed or as loose kits, unless otherwise noted. Padlockable User Interface Cover Export Packaging • With or without window • Cover without window standard on NEMA 3R enclosures Warranty Model KCS-AMVC-0070S , continued Model Designation ^`-1 f� 1 . . . . l �1 �. J Lr Rtcotd Ta :re 61tf -FmMh me 3ol doslQ-atkti ii the boars. The trarnf(-! sob:h 8Rodcl Wsignsticn dOncs cltaractwit ka arul ratirur *%.)y:lein..l tookMr. Samplo Model Oeai9noR on: KCS-ONTA-0400B Model K •:c♦w. Mechanism C SkvvJad'A-y Erva►rrf Trankkirxt 1' 1'tc�rarrmacf G (k4: t;c rcoer A WcdonJM2lw4 NM 1200, Au4:.raoc 6 Docc+on +N:I.vA NFAC 1200. Non AA,Amnw 0 Ovcc*on AA wA NF*C 1500. A ft"tbc I Dwceson M0 vA NPA-C 15N. NavAuacn»bc vcaA!P rnyurnty 0 ?ot Voaz.f 00 Hr O ?2'0 vow 601t: F 240 Vbb! 60 Hz G 380 V ab! 60 He H 400 Vbb-, 50 Hs J 416 Vbb., 50 He K 440 Volt 601 t: m. 4w VCft 601 t: N! 600 Volb -60 Ht P. 3W Vc4b 160 Hz R: 220 Vct� , 60 He Nuenbtw u Pulcs'61res N. 2 Poiw2.'3 VO v w3 . Sold v T 3 Poin, 4 Wrv:, SAd Nw-t•ri V. 4 Po v:; 4 Wrv:, Svvtx6*d N*tnn W. 4 Pbev:A Wrv:. O%wbpt*-q Nvo.&*l Oftelowww A NI ILA 1 1) t41 NA 4 0 NOVA 1? 1 NI VA AX C:• M UA 0H (i CPSn Ualt Current. Amps Om 0280 1200 OOv 0260 1600 0104 0400 2000 0160 Oew Zoo Q?00 0tli00 30V W2!$ low 4000 Cmr-joclifun S E2aicia-1 F Frc.rt 04.0:1 a►: ZO'.0 o-.p vnM Nob:::un* sobcttots wro act nrALatio sx evorj rrmoi Contad your Kchtec cU1-txA:f 1:r *AwA ttfcy. KOHLER. Automatic Transfer Switch Controller KOHLER Model KCS with Decision -Maker@ MPAC 1200 Controller Applicable Models Model Description KCS Standard -Transition Any Breaker ATS # KCP Programmed -Transition Any Breaker ATS KCC Closed -Transition Any Breaker ATS § KSS Standard -Transition Specific Breaker ATS $ Available with automatic or non -automatic controller § Available with automatic controller only Decision -Maker@ MPAC 1200 Decision -Maker@ MPAC 1200 Controller Standard Features • Microprocessor -based controller • Environmentally sealed user interface • LCD display, 4 lines x 20 characters, backlit • Dynamic function keypad with tactile feedback pushbuttons allows complete programming and viewing capability at the door • LED indicators: Source available, transfer switch position, service required (fault), and not in auto • Broadrange voltage sensing (208- 600 VAC) on all phases • Phase -to -phase sensing and monitoring with 0.5% accuracy on both sources • Line -to -neutral monitoring • Frequency sensing with 0.5% accuracy on both sources • Anti -single phasing protection • Phase rotation sensing for three-phase systems • Real-time clock with automatic adjust for daylight saving time and leap year • Run time clock and operation counter • Time -stamped event log • Fail-safe transfer for loaded test and exercise functions • DIP switches: password disable and maintenance • Isolated RS-485 ports for Modbus connections (9.6, 19.2, and 57.6 kbps) • Modbus(D RTU protocol (Modbus register map available) • USB port. Connect a personal computer and use Kohler(D SiteTech rM software to view events and adjust settings. • Available in automatic and non -automatic versions; see supervised transfer control switch on page 5 Programmable Features • Programming and monitoring methods: o Monitoring and password -protected programming at the door using the keypad and display o Program using a PC with KohlerO SiteTech- software (available to Kohler -authorized distributors and dealers) • Over/undervoltage for all phases of the normal and emergency sources • Over/underfrequency for the emergency source • Adjustable time delays • Load/no load/auto-load test and load/no-load exercise functions • Programmable inputs and outputs • Load bank control for exercise or test • Time -based load control, nine individual time delays for selected loads • In -phase monitor (3-phase only) • Password protection, three security levels • See pages 2 and 3 for additional programmable features * SiteTech software is available to Kohler -authorized distributors and dealers. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Pagel Decision -Maker® MPAC 1200 Controller Features User Interface LED Indicators • Contactor position: source N and source E • Source available: source N and source E • Service required (fault indication) • Not in automatic mode LCD Display • System status • Line -to -line voltage • Line -to -neutral voltage • Active time delays • Source frequency • Preferred source selection • System settings • Common alarms • Load current, each phase (current sensing kit required) • Inputs and outputs • Faults • Time/date • Address • Event history • Maintenance records • Exerciser schedule • Exerciser mode • Time remaining on active exercise Dynamic Function Tactile Keypad Operations • Scroll up/down/forward/back • Increase/decrease/save settings • End time delay • Start/end test or exercise • Reset fault • Lamp test DIP Switches • Maintenance mode • Password disable Event History • View time and date -stamped events on the display or on a personal computer equipped with Kohler@ SiteTech'M software. * • Download complete event history files using Kohler SiteTech software and a PC connected to the USB port. * Main Logic Board Inputs and Outputs • Two (2) programmable inputs • Two (2) programmable outputs Communications • Optional Ethernet communications with RJ45 connector for 10/100 Ethernet connection • Isolated RS-485 ports for Modbus communications • Modbus@ RTU and Modbus(D TCP/IP protocols (Modbus'D register map available) • USB Port. Use SiteTech software to upload or download files and adjust transfer switch settings o Application software o Event history files o Language files o Parameter settings o Usage reports o Feature configuration Programmable Features • System voltage, 208- 600 VAC t • System frequency, 50/60 Hz 1- • Single/three-phase operation t • Standard/programmed/closed-transition operation # • Preferred source selection allows the normal or emergency source to be used when both sources are available (alarm module required) • Phase rotation: ABC/BAC/none selection with error detection • Overvoltage and undervoltage pickup and dropout settings, both sources • Overfrequency and underfrequency pickup and dropout settings, Emergency source • Voltage unbalance, enable/disable • In -phase monitor: enable/disable and phase angle • Transfer commit/no commit • Passwords, system and test • Time, date, automatic daylight saving time enable/disable • Time delays (see table) • Exerciser: calendar mode, loaded/unloaded up to 21 events • Test: loaded/unloaded/auto load (1- 60 minutes) • Remote test: loaded/unloaded • Automatic override on generator failure (loaded test and exercise) • Peak shave delay enable/disable • Current monitoring (current sensing kit required) • Load control pre/post-transfer delays, 9 individual time delays for selected loads • Resettable historical data * SiteTech software is available to Kohler -authorized distributors and dealers. t System parameters are factory -set per order. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Page 2 Decision -Maker@ MPAC 1200 Controller Features, Continued Programmable Inputs • Forced transfer to OFF (programmed -transition models only; requires load shed accessory) • Inhibit transfer • Low battery voltage (external battery supply module required) • Peak shave/area protection input • Remote common fault • Remote test • Remote end time delay • Remotely monitored inputs, four (4) available Programmable Outputs • Alarm silenced • Audible alarm • Chicago alarm control • Common alarm events • Contactor position • Exercise active • Failure to acquire standby source • Failure to transfer • Generator engine start, source E • 1/0 module faults • In -phase monitor synch • Load bank control • Load control active (pre/post transfer delay, up to 9 outputs) • Loss of phase fault, source N and E • Low battery fault (external battery supply module required) • Maintenance mode • Non -emergency transfer • Not in automatic mode • Over/undervoltage faults, source N and E • Peak shave/area protection active • Phase rotation error, source N and E • Preferred source supplying load • Software -controlled relay outputs (four maximum) • Source available, preferred and standby • Standby source supplying load • Test active • Transfer switch auxiliary contact fault • Transfer switch auxiliary contact open • Voltage unbalance, source N and E Voltage and Frequency Sensing Parameter Default Adjustment Range Undervoltage dropout 90% of pickup 75%- 98% Undervoltage pickup 90% of nominal 85%-100% Overvoltage dropout * 115% of nominal* 106%-135% Overvoltage pickup 95% of dropout 95%-100% Unbalance enable Disable Enable/Disable Unbalance dropout 20% 5%-20% Unbalance pickup 10% 3%-18% Voltage dropout time 0.5 sec. 0.1- 9.9 sec. Underfrequency dropout t 99% of pickup 95%- 99% Underfrequency pickup t 90% of nominal 80%- 95% Overfrequency dropout t 101 % of pickup 101 %-115% Overfrequency pickup t 110% of nominal 105%-120% Frequency dropout time t 3 sec. 0.1-15 sec. * 690 volts, maximum. Default = 110% for 600 volt applications. t Emergency source only Adjustable Time Delays Time Delay Default Adjustment Range Engine start 3 sec. 0- 6 sec. t Engine cooldown 5 min. 0- 60 min. Fail to acquire standby source 1 min. Transfer, preferred to standby 3 sec. Transfer, standby to preferred 15 min. Transfer, off to standby 1 sec. 1 sec. - 60 min. Transfer, off to preferred 1 sec. Fail to synchronize 60 sec. 10 sec - 15 min. Auto load test termination after transfer 1 sec. 1 sec. 60 min. Load Control Time Delays: Pretransfer to preferred 0 sec. 0- 60 min. Post -transfer to preferred 0 sec. Pretransfer to standby 0 sec. Post -transfer to standby 0 sec. Note: Time delays are adjustable in 1 second increments, except as noted. t Engine start time delay can be extended to 60 minutes with an External Battery Supply Module Kit. G11-127 (MPAC 1200) 1/21C Page 3 Accessory Modules The mounting kit holds up to five optional modules. ❑ Alarm Module Module Current Draw Specifications, mA Alarm Module 75 Standard 1/0 Module 75 High Power 1/0 Module 100 Maximum Total Current * 300 * If an External Battery Module is installed, there restriction. is no current ❑ Standard Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 6 Contact Type Form C (SPDT) Contact Voltage Rating 2 A @ 30 VDC 500 mA @ 125 VAC Connection Type Terminal Strip Wire Size #14- 24 AWG ❑ High -Power Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 3 Contact Type Form C (SPDT) Contact Voltage Rating 12A@24VDC 12 A @ 250 VAC 10A@277VAC 2A9480VAC Connection Type Terminal Strip Wire Size #14-24 AWG Environmental Specifications Temperature -40°C to 85°C (-40oF to 185°F) Humidity 35% to 85% noncondensing • 90 dB Audible alarm • Any alarm function can be programmed to trigger the audible alarm • Chicago alarm function • Preferred source selection • Supervised transfer control (supervised transfer control switch required) • Connection for external alarm External Alarm Connection Specifications Wire Size #12- 22 AWG Cu Contact Voltage Rating 500 mA @ 120 VAC 250 mA @ 240 VAC ❑ External Battery Supply Module • Energizes the ATS controls using an external battery when no source power is available • Allows extended engine start time delays • Allows the use of any combination of accessory modules (no current draw restriction, maximum of five modules total) • Connects to one or two batteries, 12 VDC or 24 VDC system • Current draw, 140 mA @ 12 VDC, 86 mA @ 24 VDC • Provides low external battery voltage indication to the transfer switch controller • Reverse -polarity protected G11-127 (MPAC 1200) 1/21c Page 4 Other Controller Accessories Accessories are available either factory -installed or as loose ❑ Load Shed Kit kits, unless otherwise noted. • Forced transfer from Emergency to OFF for ❑ Controller Disconnect Switch programmed -transition and closed -transition models • Disconnects power to the controller without disconnecting • Customer -supplied signal (contact closure) is required for the load the forced transfer to OFF function • Mounts inside the enclosure • Factory -installed and loose kits available for models KCC and KCP ❑ Current Sensing Kit • Monitor current on all phases with 1 % accuracy ❑ Digital Meter • Measure and display voltage, current, frequency, and power • 35 programmable alarms • LCD display, 67 x 62.5 mm (2.65 x 2.5 in.) • Pushbutton operation • Password- protected programming menus • Two digital inputs • Two digital outputs • Two Form A relay outputs • Serial port for optional network connections • Data logging • Factory- installed ❑ Ethernet Communications • RJ-45 connector • Supports Internet Protocol version 4 (IPv4) • Supports Modbus TCP/IP protocol • Factory -installed only for other programmed -transition and closed -transition models ❑ Padlockable User Interface Cover • Provides additional protection against unauthorized access • Cover standard on NEMA 3R enclosures ❑ RSA III Remote Serial Annunciator • Monitors the generator set • Monitors ATS common alarm, Normal source, and Emergency source status and connection • Allows remote testing of the ATS • For more information about RSA III features and functions, see specification sheet G6-139 ❑ Supervised Transfer Control Switch • Standard on models with non -automatic controls • Optional for models with automatic controls • Auto, manual, and transfer positions • Automatic and non -automatic modes • Alarm module required Supervised Transfer Control Switch Operation for Automatic and Non -Automatic Transfer Switches Switch Position Automatic Switches Non -Automatic Switches AUTO • Automatically transfers to the standby source, when available, if the preferred source is lost. • Transfers back to the preferred source when it becomes available. MANUAL • Automatically transfers to an available source if • Does not automatically transfer to an available the connected source is lost. source when the connected source is lost. • Test, peak shave, and loaded exercise commands • Test, peak shave, and loaded exercise commands will transfer to the standby source. are ignored. • Does not automatically transfer back to preferred • Does not automatically transfer back to preferred when both sources are available. when both sources are available. • Transfers only when the switch is manually moved to the TRANSFER position as described below. TRANSFER • Does not initiate an engine start sequence. Generator set engine must be signalled to start by an event (momentary such as a loss of utility, loaded test, loaded exercise, etc. switch position) • Allows transfer to the other source, if available. An event such as a loss of utility, loaded exercise, or loaded test must first initiate the transfer sequence. • Time delays will operate. Wait for time delays to expire, or press the End Time Delay button. • Operates pre- and post -transfer load control time delays if both sources are available. • MANUAL TRANSFER is displayed when the ATS is ready to transfer. G11-127 (MPAC 1200) 1/21c Page 5 KOHLERS Environmental Specifications Operating Temperature 20oC to 70oC ( 4°F to 158°F) Storage Temperature 40oC to 85°C ( 40°F to 185°F) Humidity 5% to 95% noncondensing Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohlere Power Systems distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com Main Board 1/0 Specifications Output contact type Isolated form C (SPDT) Output contact rating 1 amp @ 30 VDC, 500 mA @120 VAC 1/0 terminals wire size #12- 24 AWG DISTRIBUTED BY- © 2014 Kohler Co. All rights reserved. G11-127 (MPAC 1200) 1/21c Page 6 KOHLER, KOHLER, TECHNICAL INFORMATION BULLETIN Alternator Data Sheet Alternator Model: 5M4027 TIB-102 11QUATTATHWO Kilowatt ratings at ........... 1800 RPM ------ - - - ------------ 60 Hertz ...................... 12 Leads kW kVA) [ 3 Phase 10.8 Power Factor Dripproof or open Enclosure . ............ ........ ................ 777777 TANDOY".". ....... ......... Voltage* NEMA SISO'C NEMA F / 105'C NEMA H 1225 -C NEMA F / 230'C NEMA H I ISO Ic 240f4 -0 Z20/440 440(5503 . ......... .......... 41G (5131 500(625) 460 JS75j 515(6") 49516061 515(644) S01)(6215) 560(700) 520(650) 2.081416 400(5001 44S(S56) 470(588) 475(594) 505(631) 200/400 382(4781 427(534) 4411551) 443 ISS4) 469 1574) 190/38D 360(450) 405(506) 1 40511511M 1 40S(506) 405(506) Q Rite by resistape mexhcd.Mil--,td-70s. Mettx;,� 680.1b, 20 Ma - Nine rated lac Max Amhjen-cf40*C, Max AftiftJda.33CC it Submittal Data: MO Voks; i, .515 kW, 6" k VA, 0.9 F., ISDO RPM, 60 H2, 3 Phase Iffigh Wye CONNECTION W111-std-7058 Motlwd Description Value Units MH-SW-705C Method Description value Units 30L1b Insulation Resistance >1,5 Meg Ofirns 505.3b Overspeed 2250 RPNIT HCh Potential Test 507,1C Phase 5equence CCW.-ODE ABC 302.1a Main Stator 1960 volts. 509.1c Voltage Balance, L-L or L•N 0.2% Main flatol . . ......... ................ . EXCIteT.Stator 1500 Volts ... ...... . 1500 Volts 601.4a L-L Harmonic Max -Total Vistortion rartar) 5.0% Exciter Rotor 1500 Volts 601.4a L-1. Harmonic Max - Singlip. 3.0% PMG Stator 1500 volts 15031c Deviation Factor 510% 401.1a Stator Resistance, Line to Line High Wye Connection 0.012613 Ohms T11` jj19C0 <50 ... rtir -------------- - --- - --- <2% Rotor Resistance 0.398 Ohms Exciter Stator 23 011mr. Exciter Rotor 0.045 Ohms PMG Stator Ohms 410.1a -2.1 No Load Exciter Field Amps at 480 Volts Line to Line 0.7 A DC Additional Prototype Mfl-Std Methods are Available an Raguest. 420.1a Short Circuit Ratio 01591 421.1a Xcl Synchronous Reactance 2.670 PU 0.956 ohms - Generator Frame 572 - Type Magnamax 422-1a X2 Negative Sequence React. 0.226 PU 0,081 Ohms Insulation Class 14 Coupling - Single Bearing Flexible 42.3-1a XO Zero Sequence Reactance 0.056 PU 0.020 ohms Arnolisseur Windings Full Regulated, Brust0ess 425.1a ................. X'd1ransient Reactance, 0.162 PU 0.058 Ohms Voltage Regulator 2 IDVR?OWr+ Voltage Regulation 10-25% 426.1a X"d Subtransient Reactance 0.237 PU 0.049 ohms Xq Quadrature Synchronous Reactance 1.100 PU 0.394 Ohms COON% Mr Volume 1520 CFM ....... bleat EeJection rat,- 2033 rjtu'S/rnLn 427.1a T L d Transient Short Circuit Time Constant 0,114 See Full load current 774.3 Amps Minimum input hP requifed 738.3 HP 428.1a T"d Subtransient Short Circuit Time Constant 0.01 See Full load torque 2153 Lb-ft Efficiency at rated load: 93.5% 430.1a T'do'l'ransient Open Circuit Time Constant 1.68 See .................... 432-1a Ta Short Circuit Time Constant of Arn-rature Winding 0.017 see lWeight 12840 lbs * Voltage refers to wye (star) connection, unless otherwise specified. The generator set manufacturer reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. @ 2015 Kohler Co. All rights reserved. 5M4027 60 Hz 9/20y TIB-102 Alternator Model: 5M4027 12-MAR-19 TYPICAL DYNAMIC CHARACTERISTICS I 0.0 0a - ddd • la TO lO �i fp MO i 0 •:u i�0. � I» �. �. kW 1 c.wd a pOl(a rc.% load NhC11ia C 20. US . S — x x w w _ ,e0 DOe 200 NO SOe IM Ip l0e lOiD an M0 ON kw kW Okkncyatfated YWAteand NquemVv,,bad kW -*-Cliff -4b.SAK t — 1 L2 01 — _ ' 91 i14 9i R @b was • Ip lA 2ee 1e0 Tyykal vohape dip w11A rmwf suAhp as M 0% . H 0C - a 2S M a >7 M 9 Is M i 2m a 0% 40% 0 no +c< c •SCE : >> t CKked mtDe eVA Voltage refers to wye (star) connection, unless otherwise specified.. "I 2S"0 a01 2 5M4027 60 Hz 9/20y TIB-102 Alternator Model: 5M4027 12-MAR-19 SHORT CIRCUIT DECREMENT CURVE 60 Hz, Low Wye or Delta Connection Full Load Current: 1788 Amps Steady State S.C. Current: 5364 Amps Max. 3 ph. Symm. S.C. Current: 9770 Amps I2 1 C' C' LOt� .a . . . • 0x A--A"09" MIN 1:m 7 0►1* Lee T: ✓v e`at • Le = %* e a ' r•s3a NOTE: Symmetrical component values are shown, maximum asymmetrical values are 1.732 times the symmetrical values. 1:::s 3 5M4027 60 Hz 9/20y TIB-102 Alternator Model: 5M4027 12-MAR-19 SHORT CIRCUIT DECREMENT CURVE 60 Hz, High Wye Connection Full Load Current: 775 Amps Steady State S.C. Current: 2325 Amps Max. 3 ph. Symm. S.C. Current: 5657 Amps *a r 114 C' • ——LeoTe:HIP's3 Lt4•_16P.a10 jN Dr a0a • 11% 1.0= NOTE: Symmetrical component values are shown, maximum asymmetrical values are 1.732 times the symmetrical values. Jr_ 4 5M4027 60 Hz 9/20y TIB-102 KOHLER, TIB-118 TECHNICAL INFORMATION BULLETIN Generator Set Cooling System Data Sheet 50°C Ambient Temperature Cooling System Total external restriction Pa 0 125 187 250 312 375 Enclosed 50OREOZJC on open unit' (in.H2O) (0) (0.5) (0.75) (1) (1.25) (1.5) Units 60Hz (Standby Maximum allowable oC 50 47 45 43 42 NA 45 Duty) ambient temperature ff) (122) (117) (113) (109) (108) (NA) (113) m3/min 435 410 395 380 365 NA NA Cooling system airflow (ft3/min) 1 (15400) (14500) (13900) (13400) (12900) (NA) (NA) 1. The data shown above is the anticipated cooling performance for a typical generator set when following proper installation techniques. 2. Cooling performance is based on operation at 100 m (328 ft.) above sea level. For elevations higher than 100 m (328 ft.), typical cooling performance derate is VC (1.8°F) per 250 m (820 ft.). 3. For high ambient conditions, check TIB-101 for the generator set power output derate schedule. 4. Incorrect installation, improper operation, fouling of the cooling system, and other variable conditions may reduce cooling performance. 5. Kohler manufactured sound enclosed models are rated in free air with no additional restriction. Consult factory for other variants or conditions such as additional ducting or hoods. 6. Performance is based on a 50/50 water and ethylene glycol mixture. 7. Total external restriction includes restriction upstream and downstream of the unit — any ducting supplying intake air to the unit and any ducting for the discharge. 50OREOZJC 6/20 TIB-118 KOHLER, TIB-114 TECHNICAL INFORMATION BULLETIN Generator Set Sound Data Sheet Sound Pressure Data in dB(A) Generator Set Model Hz Load Raw Exhaust Open Unit, Isolated Exhaust Weather Enclosure Level 1 Sound Enclosure Level 2 Sound Enclosure 100% Load 119.5 94.8 92.9 84.7 76.0 50OREOZJC 60 No Load 102.E 90.3 88.4 76.8 70.9 Note: Sound pressure data is the logarithmic average of eight perimeter measurement points at a distance of 7 m (23 ft.), except Raw Exhaust data which is a single measurement point at 1 m (3.3 ft.) from the mouth of a straight pipe exhaust. 50OREOZJC 60 Hz Sound Pressure Levels, dB(A) Load Distance, m (ft) Enclosure Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 Load Load 7 (23) Level 2 Sound 3:00 56.0 69.5 65.4 67.1 68.6 65.1 56.3 48.4 74.6 1:30 54.8 69.0 67.0 69.5 70.7 66.4 58.5 50.8 76.0 12:00-Engine 56.0 65.7 68.6 71.5 69.5 69.8 64.8 55.7 76.7 10:30 52.9 69.3 67.4 70.7 70.3 68.3 62.2 53.5 76.6 9:00 56.0 70.4 69.6 68.6 68.8 68.3 60.7 51.9 76.4 7:30 56.1 72.3 68.0 67.8 68.2 66.6 56.4 54.5 76.2 6:00-Alternator 59.4 69.9 69.7 70.3 64.9 66.1 58.9 57.5 75.9 4:30 54.6 72.1 67.2 66.0 68.1 65.8 54.2 50.0 75.6 8-pos. log avg. 56.1 70.2 68.1 69.3 68.9 67.3 60.2 53.7 76.0 Sound Pressure Levels, dB(A) Load Distance, m (ft) Enclosure Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 Load Load 7 (23) Level 1 Sound 3:00 62.4 72.4 68.8 74.6 75.4 74.4 71.2 64.5 81.3 1:30 60.8 70.3 72.4 78.2 80.9 78.7 74.8 68.5 85.2 12:00-Engine 64.8 73.1 70.3 80.1 82.8 81.1 76.9 69.9 87.1 10:30 59.0 71.5 72.3 78.3 81.2 79.4 75.5 68.7 85.6 9:00 63.4 73.0 72.2 76.5 79.7 77.7 74.4 67.4 84.3 7:30 61.9 74.5 71.0 77.6 79.3 77.0 72.7 67.2 84.1 6:00-Alternator 63.9 1 73.7 71.8 77.0 79.7 79.9 70.5 65.2 84.7 4:30 62.4 74.9 72.4 75.9 76.9 75.1 70.3 63.0 82.6 8-pos. log avg. 62.6 73.1 71.6 77.6 80.0 78.4 73.9 67.3 84.7 Sound Pressure Levels, dB(A) Load Distance, Enclosure Measurement 3:00 1:30 12:00 10:30 9:00 7:30 6:00 4:30 8-pos. log avg. m (ft) Clock Position Eng Alt. 100% 7 (23) Weather Overall Levels 93.8 92.5 92.0 94.1 94.5 93.8 87.6 92.0 92.9 Load Sound Pressure Levels, dB(A) Load Distance, m (ft) Open Unit, Isolated Exhaust Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 Load Load 7 (23) 3:00 60.2 71.0 81.2 84.3 88.3 91.6 86.9 87.8 95.7 1:30 57.6 69.6 86.6 86.9 87.5 87.9 83.9 85.1 94.4 12:00-Engine 66.3 73.5 87.1 83.0 88.7 88.7 82.6 77.5 93.9 10:30 64.9 74.7 87.5 85.1 90.3 91.3 86.4 81.8 96.0 9:00 66.1 75.4 85.3 85.3 89.3 93.2 86.3 84.5 96.4 7:30 64.1 73.4 86.1 82.8 89.1 92.2 85.8 82.3 95.7 6:00-Alternator 64.5 73.7 82.8 82.9 81.2 84.0 77.5 74.3 89.5 4:30 60.9 70.8 79.9 82.4 87.6 89.9 85.3 83.7 93.9 8-pos. log avg. 63.9 73.1 85.3 84.4 88.3 90.6 85.0 83.6 94.8 TIB-114 50OREOZJC 60 Hz 4/20 Sound Pressure Levels, dB(A) Load Distance, m (ft) Exhaust Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 100% Load 1 (3.3) Raw Exhaust (No Silencer) 94.7 101.9 106.7 107.4 109.4 114.1 114.4 111.1 119.5 50OREOZJC 60 Hz Sound Pressure Levels, dB(A) Load Distance, m (ft) Enclosure Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 No Load 7 (23) Level 2 Sound 3:00 52.5 61.6 63.0 62.3 63.5 56.8 47.8 40.9 69.1 1:30 50.9 63.5 64.8 62.6 66.3 58.0 48.1 41.4 70.8 12:00-Engine 52.2 62.4 65.6 62.2 64.2 57.6 48.8 39.3 70.2 10:30 50.8 63.4 63.3 63.2 63.8 57.8 47.9 40.7 69.8 9:00 53.2 62.3 67.6 61.2 62.1 59.1 48.6 41.4 70.6 7:36 52.9 63.4 67.5 60.9 63.6 61.0 49.3 43.3 71.1 6:00-Alternator 56.8 66.0 70.5 64.7 63.6 60.8 54.7 49.6 73.5 4:30 52.9 64.8 64.8 60.8 64.2 59.9 47.1 42.1 70.4 8-pos. log avg. 53.2 63.6 66.6 62.4 64.1 59.1 49.8 43.7 70.9 Sound Pressure Levels, dB(A) Load Distance, m (ft) Enclosure Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 No Load 7 (23) Level 1 Sound 3:00 53.4 65.3 69.2 69.1 67.5 61.8 53.9 47.1 74.4 1:30 53.7 66.4 70.8 69.6 71.1 63.0 55.5 49.4 76.1 12:00-Engine 53.6 65.0 66.8 70.5 67.4 62.6 56.1 47.3 74.3 10:30 55.4 67.2 69.6 69.8 69.5 63.9 56.5 49.8 75.6 9:00 56.6 67.1 70.3 66.7 67.0 63.0 54.8 47.0 74.5 7:30 54.4 68.7 71.3 69.3 71.0 66.6 59.3 53.9 76.8 6:00-Alternator 58.2 j 70.8 j 70.6 j 72.3 j 77.5 j 75.0 1 65.2 57.7 81.2 4:30 56.7 69.0 70.2 70.1 70.6 66.3 58.6 50.9 76.6 8-pos. log avg. 1 55.6 67.8 70.0 69.9 71.7 68.0 59.2 1 52.1 1 76.8 Sound Pressure Levels, dB(A) Load Distance, Enclosure Measurement 3:00 1:30 12:00 10:30 9:00 7:30 6:00 4:30 8-pos. log m (ft) Clock Position Eng. Alt. avg. No 7 23 ( ) Weather Overall Levels 88.0 89.5 89.6 90.3 88.3 88.2 83.6 86.4 88.4 Load Sound Pressure Levels, dB(A) Load Distance, m (ft) Open Unit, Isolated Exhaust Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 No Load 7 (23) 3:00 55.4 66.8 80.9 81.4 85.2 84.4 79.6 70.8 89.9 1:30 50.7 66.0 86.3 85.9 84.3 83.2 77.6 71.1 91.4 12:00-Engine 57.2 68.7 87.2 80.3 86.9 83.3 77.6 71.5 91.5 10:30 57.5 68.8 87.5 81.0 87.0 85.2 80.4 73.0 92.2 9:00 56.9 70.3 84.4 80.3 84.4 84.4 78.8 71.0 90.2 7:30 55.8 68.4 85.6 78.1 84.2 83.9 77.8 69.5 90.1 6:00-Alternator 56.4 67.4 82.4 77.1 78.4 76.8 69.3 60.0 85.5 4:30 56.6 68.4 79.6 78.9 83.0 83.7 77.4 67.9 88.3 8-pos. log avg. 56.2 68.3 85.0 81.2 84.8 83.6 78.1 70.4 90.3 Sound Pressure Levels, dB(A) Load Distance, m (ft) Exhaust Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 No Load 1 (3.3) Raw Exhaust (No Silencer) 80.2 87.3 95.1 95.3 95.3 97.2 92.7 84.2 102.6 50OREOZJC 60 Hz 4/20 TIB-114 KOHLER, TIB-119 TECHNICAL INFORMATION BULLETIN Enclosed Generator Set Exhaust System Data Sheet Consumed Consumed Back Back Back Back Pressure Pressure Enclosure Pressure Pressure Limit(s) Limit(s) Flex Exhaust Model Type in H2O in H in H2O in H Tubes Silencer Drawing All Weather & Sound Level 32.5 2.4 16-40 1.2-2.9 GM110933 GM110935 ADV-8189 1 (SL1) 50OREOZJC Enclosures All Sound GM110330 Flex GM109791 & Level 2 (SL2) 29.5 2.2 16-40 1.2-2.9 GM110329 Cross ADV-8189 Enclosures Tube GM109792 1. Total system exhaust back pressure is applicable to generator sets equipped with Kohler standard enclosure packages. 2. For generator sets with multiple exhaust outlets, total system exhaust back pressure value represents each outlet. 3. The total system back pressure should not exceed the manufacturer's recommended limit. 4. The total back pressure only includes exhaust components installed inside the Kohler enclosure. Customers must calculate any additional back pressure caused by piping, extensions, or components added after the silencer outlet. Refer to the installation manual for additional details. 50OREOZJC 6/20 TIB-119 KOHLER, KOHLER., 50OREOZJC 60 HZ. DIESEL INDUSTRIAL GENERATOR SET EMISSION DATA SHEET ENGINE INFORMATION Model: John Deere, 6135HFG75A Bore: 132mm (5.2 in.) Nameplate BHP @ 1800 RPM: 755 Stroke: 165mm (6.5 in.) Type: 4-Cycle, 6 Cylinder, Inline Displacement: 13.5 L (824 cu. in.) Aspiration: Turbocharged, Charge Air -Cooled Compression Ratio 16.0:1 EPA Family: MJDXL13.5132 EPA Certificate: MJDXL13.5132-009 Table 1 1/4 1/2 3/4 Full PERFORMANCE DATA: Standby Standby Standby Standby Engine bkW @ Stated Load 141 282 422 563 Fuel Consumption (g/kWh) 228 225 207 200 Exhaust Gas Flow (m3/min) 97 Exhaust Temperature (°C) 524 Table 2 EXHAUST EMISSION DATA: EPA D2 Cycle 5-mode weighted HC (Total Unburned Hydrocarbons) 0.12 NOx (Oxides of Nitrogen as NO2) 5.60 CO (Carbon Monoxide) 0.6 PM (Particulate Matter) 0.04 Values are in g/kWh unless otherwise noted TEST METHODS AND CONDITIONS The emission data listed is measured from a laboratory test engine according to the test procedures of 40 CFR 89 or 40 CFR 1039, as applicable. The test engine is intended to represent nominal production hardware, and there is no guarantee that every production engine will have identical test results. The family parent data represents multiple ratings and this data may have been collected at a different engine speed and load. Emission results may vary due to engine manufacturing tolerances, engine operating conditions, fuels used, alternate test methods, or other conditions. Data and specifications subject to change without notice. CONTACT SAMANTHA SHEINBERG, SSHEINBERG@RDOLSON.COM, 714-920-7537 IF ADDITIONAL INFORMATION IS REQUIRED. CONSTRUCTION When every detail counts... General Contractor Construction Management Please see below in response to the Generator Submittal from comments received by J.Fuson on 8/19/21. • Section A - General o RDOC Comment: RDOC has only received an approval from the Fire Department for permit, FST2021-0002. Assuming this response will move the permit BELC2021-0114 along. • Section B - Structural (see page 4/20) o See attached from Gensler. • Section C - Electrical (see page 19/20) o See attached from design -build contractor, Rowan Electric. 400 SPECTRUM CENTER DRIVE, SUITE 1200, IRVINE, CA 92618 TEL: 949-474-2001 DESIGN & DEVELOPMENT DEPARTMENT 78-495 CALLE TAMPICO LA QUINTA, CALIFORNIA 92253 (760) 777-7125 FAX (760) 777-7011 NON-RESIDENTIAL PLAN CHECK CORRECTION LIST (ccR) DATE: 8/19/2021 STATUS: FIRST REVIEW PLAN CHECKED BY: JAKE FUSON TELEPHONE NUMBER: (760) 777-7081 ADDRESS: 79-179 AHMANSON DESCRIPTION: MONTAGE HOTEL GENERATOR APPLICANT: SAMANTHA SHEINBERG PLAN CHECK #: BELC2021-0114 This submittal has been checked for compliance with the 2019 California Building, Electrical, Mechanical, Green Building and Energy Codes, and the City of La Quinta Municipal Code. APPLICANT: The following items are being returned to you for correction: THIS CORRECTION LIST BUILDING DEPARTMENT STAFF: DO NOT accept any resubmittal unless ALL of the following items are included: WRITTEN RESPONSES TO THIS CORRECTION LIST REVISED PLAN SET INSTRUCTIONS TO APPLICANT: 1) Provide a written response to each comment on the following pages, noting specifically where the correction can be found. Responses such as, "Sheet A-3," or, "Handrails shall be per CBC Section 1003," are not acceptable. Show or note specifically how compliance with a code requirement is achieved. Responses such as, "Added note 16 on sheet A-3" are appropriate and will help expedite your back check. 2) Corrections may not be made by handwriting on existing drawings. Revise originals and reprint Plans and/or Calculations as necessary. 3) Return all red -marked Plans and/or Calculations with your resubmittal. 4) Each sheet of resubmitted Plans and/or Calculations shall include the preparer's name and telephone number and shall be wet -signed by the preparer. If the preparer is a licensed architect or engineer, all documents prepared by that licensed individual shall also bear his/her stamp as prescribed by California Business and Professions Code Section 5536. Resubmittals will not be accepted with signatures missing. 5) Return this list, your written responses, and all documents listed above with your resubmittal. Non -Residential Plan Check Correction List Page 1 of 2 SECTION A — GENERAL 1) Provide Riverside County Office of the Fire Marshal approval of this project. The Fire review is currently in progress with an anticipated completion date of 8/25/2021. Contact RivCo OFM Fire Safety Specialist Kohl Hetrick directly at (760) 777-7074 with any questions. SECTION B —STRUCTURAL 2) Provide designs for the foundation slab and attachment of the equipment to the foundation. Provide structural calculations to justify the designs. SECTION C — ELECTRICAL 1) Sheet H1 E08.101 of the approved hotel plans shows a 100A breaker and feeder to supply the LSHH panel in addition to the 60A and 600A circuits to supply the spa building and standby distribution building, however the generator submittal only indicates the installation of the 60A and 100A breakers, please clarify. See screen capture below: Breaker Positions 8 7 B 5 LET POSITIONS JUNCTION BOX ALTERNATOR FWW POSITIONS 600A RqE4- NOTE: Breaker and load bus phasing on right positions is A- B- C and on left positions is C- B- A. NOTE: H. HG, J. JG. and LG-frames when selected with LSIG trip require two mounting spaces (one space for the breaker and one space for the LSIG neutral). These combinations are not reflected in the Multiple Circuit Breaker Combinations table on this page. (1) 100% rated EL trip 600A PGP frame LSI LCB (1) 100% rated EL Trip 60A HDP frame LI LCB END CITY REVIEW CORRECTION LIST As further information is provided and reviewed, additional corrections may be required. Non -Residential Plan Check Correction List Page 2 of 2 Gensler Montage Hotel Generator City of LaQuinta I Plan Check #: BELC2021-0114 Page 1 of 1 First Review Responses August 31, 2019 Prepared By: Tam Tran / Gensler The following responses correspond to the City of LaQuinta's first review issues (copy attached at the end), the Montage Hotel Generator conducted by Jake Fuson. Issue # Response 1st Review Section B - Structural 2) Please see attached drawing for foundation slab and attachment of the equipment to the foundation. Also attached are the structural calculations to justify the designs. EMERGENCY (24)- 3/4" DIA. ADHESIVE GENERATOR ANGHOR5 W/ HILTI HIT-HY 200 (IGG ESR #3187). #5 @ 12" EA. INAY T4B SPECIAL INSPECTION REQ'D RAISED CONCRETE PAD (COORDINATE z Q 6" EDGE P15TANCE LOCATION W - m /M/E/P DRW65.) z A' LLU: 0 CL LU 0 m ttl QQV ESS/p,,�� AMU 41 z No. 33 EP, 12-31-21 d' s'7-'9 T9TF OF CAL\F��\ TITLE. Emergencv Generator Anchorage ALCOFFMAN E N G IN E E R S PROJECT: Montage La Quinta REF: 1455 Frazee Rd., Suite 600 CLIENT: Silverrock Development ComDanv SHEET NO: San Diego, CA 92108 ph 619.232.4673 SX-01 PROJ. NO. 177059 1 CHECKED BL www.coffman.com DATE 8/30/21 DRAWN CD STRUCTURAL CALCULATIONS EMERGENCY GENERATOR SilverRock Resort & Residences — Montage Hotel and Spa 79-179 Ahmanson Lane La Quinta, CA 92253 Prepared for: Gensler 225 Broadway, Suite 1600 San Diego, CA 92101 Prepared by: COFFMAN ENGINEERS, INC. 1455 Frazee Road, Suite 600 San Diego, CA 92108 August 30, 2021 CEI Project #177059 AFOFFMAN N G I N E E R S JOB SHEET NO. _ CALCULATED BY CHECKED BY OF DATE DATE Equipment Anchorage Forces Determine anchor forces at equipment support points. Based on ASCE 7-16, chapters 11, 12, and 13 Input Data Equipment Data and Information 16 14 15 16 v Ancloarage,Geometep 23 24 Generator -Empty Tank Equipment name or ID 60.0 0 • • • • • • • • • • Wt = 13.15 Operating weight, kips 50.0 B, = 264 Long dimension of unit, in. •Anchor Locations By = 57 Short dimension of unit, in. 40.0 B, = 112 Height of unit, in. 300 cl •CG(Ctr. Gray. CG, = 132 "x' coordinate of center of gravity of unit, in. Unit CGy = 28.5 Y' coordinate of center of gravity of unit, in. 2. • CBG (Ctr. Bolt CGS = 74.6667 "z" coordinate or height of center of gravity of unit 10.0 Group) above anchorage plane, in. 2 0 5 b ] 8 9 16 11 12 N = 24 Number of anchors 0.0 Seismic Factors 0.0 50.0 100.0 150.0 200.0 250.0 300.0 Fp = 0.75 Wt Seismic design force per section 13.3.1 x-Axis SDS = 1.000 Spectral acceleration for short period per Eqn. 11.4-3 Do = 2.00 Overstrength factor per ASCE 7, Table 13.5-1 or Table 13.6-1 Anchor Locations Loc. x (in) y (in) 1 0.0 0.0 2 24.0 0.0 3 48.0 0.0 4 72.0 0.0 5 96.0 0.0 6 120.0 0.0 7 144.0 0.0 8 168.0 0.0 9 192.0 0.0 10 216.0 0.0 11 240.0 0.0 12 264.0 0.0 13 0.0 57.0 14 24.0 57.0 15 48.0 57.0 16 72.0 57.0 17 96.0 57.0 18 120.0 57.0 19 144.0 57.0 20 168.0 57.0 21 192.0 57.0 22 216.0 57.0 23 240.0 57.0 24 264.0 57.0 Output Data - Anchor Forces Anchor Group Design Per ASCE 7, section 12.4.3.2 and ACI 318-14 section 17.2.3.5.3, CBG is center of anchor bolt group Eh = 1.0. Fr. W,. 0. = 19,725 lb EF.,min = (0.9. Wj-(0.2Sps- W,) = 9,205 lb 201E IBC Eq. 16-7 EFi,m. = (1.2- W,)+(0.2Sns- WJ = 18,410 lb 201E IBC Eq. 16-5 M6d6 = E, - CGS = 1,472,800 in -lb Overturning due to seismic force Mgray,x = EFz,,:n' Yc = 0 in -lb Overturning due to weight eccentricity Mg, = Efz n' xcc = 0 in -lb Overturning due to weight eccentricity T2 = En' = 0 in -lb Addt'I torsion due to weight eccentricity Single Anchor Design - For vertically cantilevered systems Worst case horizontal loading direction per ASCE 7, section 13.3.1 has been considered for each anchor Note 1: u,v coordinate system created for worst case loading direction and is unique to each anchor Note 2: M,,;,.„and M,,;,, u are components of M,,;,. in u,v, dir. Note 3: u, v, lu, 1„vary and correspond to worst seismic loading direction for each A.B. location Over -strength level tension (N)= M,n,.1• u;+M,,;,.,•y;+Ms-- y,+M®,,,y- x; if m Iv I, I, Iy N Over -strength level shear (V) = T, • r; Eh £a; z + N Proprietary software is provided by anchor manufacturers to design anchor groups and single anchors: RUMom Golf kc.bm b wwat Nooses only u v wane e�c, ew ' d¢ W � b eor �ouncn wmi, pnmm� = 1770 lb = 822lb ASCE 7-16 Generator Anch Tank Empty, Anchor Forces All Dir. Hilti PROMS Engineering 3.0.72 www.hilti.com Company: Page: 1 Address: Specifier: Phone I Fax: E-Mail: Design: Generator Anch.-Empty Tank Date: 8/30/2021 Fastening point: Specifier's comments: 1 Input data Anchor type and diameter: Item number: Effective embedment depth: Material: Evaluation Service Report: Issued I Valid: Proof: Stand-off installation: Profile: Base material: Installation: Reinforcement: Geometry [in.] & Loading [lb, in.lb] HIT-HY 200 + Rebar A 615 Gr.40 #6 r not available (element) / 2022793 HIT-HY 200-R (adhesive) haf,act = 6.000 in. (hef,l;mit - - in.) ASTM A 615 GR.40 ES R-3187 5/1/2021 1 3/1/2022 Design Method ACI 318-19 / Chem cracked concrete, 4000, f,' = 4,000 psi; h = 16.000 in., Temp. short/long: 32/32 °F hammer drilled hole, Installation condition: Dry tension: not present, shear: not present; no supplemental splitting reinforcement present edge reinforcement: none or < No. 4 bar d "Design loads Sustained loads Z Y X Input data and results must be checked for conformity with the existing conditions and for plausibility! PROFIS Engineering ( c ) 2003-2021 Hilti AG, FL-9494 Schaan Hilti is a registered Trademark of Hilti AG, Schaan 1 Hilti PROFIS Engineering 3.0.72 www.hilti.com Company: Address: Phone I Fax: Design: Fastening point: I Generator Anch.-Empty Tank 1.1 Design results Case Description 1 Combination 1 Page: Specifier: E-Mail: Date: 8/30/2021 Forces [lb] / Moments [in.lb] Seismic Max. Util. Anchor [%] N = 1,770; Vx = 822; VY = 0; no 28 Mx = 0; My = 0; Mi = 0; Input data and results must be checked for conformity with the existing conditions and for plausibility! PROFIS Engineering ( c ) 2003-2021 Hilti AG, FL-9494 Schaan Hilti is a registered Trademark of Hilti AG, Schaan Hilti PROMS Engineering 3.0.72 www.hilti.com Company: Page: 3 Address: Specifier: Phone I Fax: E-Mail: Design: Generator Anch.-Empty Tank Date: 8/30/2021 Fastening point: 2 Proof I Utilization (Governing Cases) Loading Proof Design values [lb] Utilization Load Capacity PN / PV N Status Tension Concrete Breakout Failure 1,770 6,419 28 / - OK Shear Concrete edge failure in direction x+ 822 4,392 - / 19 OK Loading PN Pv t Utilization PN,V N Status Combined tension and shear loads 0.276 0.187 5/3 18 OK 3 Warnings • Please consider all details and hints/warnings given in the detailed report! Fastening meets the design criteria! Input data and results must be checked for conformity with the existing conditions and for plausibility! PROFIS Engineering ( c ) 2003-2021 Hilti AG, FL-9494 Schaan Hilti is a registered Trademark of Hilti AG, Schaan 3 Hilti PROMS Engineering 3.0.72 www.hilti.com Company: Page: 4 Address: Specifier: Phone I Fax: E-Mail: Design: Generator Anch.-Empty Tank Date: 8/30/2021 Fastening point: 4 Remarks; Your Cooperation Duties • Any and all information and data contained in the Software concern solely the use of Hilti products and are based on the principles, formulas and security regulations in accordance with Hilti's technical directions and operating, mounting and assembly instructions, etc., that must be strictly complied with by the user. All figures contained therein are average figures, and therefore use -specific tests are to be conducted prior to using the relevant Hilti product. The results of the calculations carried out by means of the Software are based essentially on the data you put in. Therefore, you bear the sole responsibility for the absence of errors, the completeness and the relevance of the data to be put in by you. Moreover, you bear sole responsibility for having the results of the calculation checked and cleared by an expert, particularly with regard to compliance with applicable norms and permits, prior to using them for your specific facility. The Software serves only as an aid to interpret norms and permits without any guarantee as to the absence of errors, the correctness and the relevance of the results or suitability for a specific application. • You must take all necessary and reasonable steps to prevent or limit damage caused by the Software. In particular, you must arrange for the regular backup of programs and data and, if applicable, carry out the updates of the Software offered by Hilti on a regular basis. If you do not use the AutoUpdate function of the Software, you must ensure that you are using the current and thus up-to-date version of the Software in each case by carrying out manual updates via the Hilti Website. Hilti will not be liable for consequences, such as the recovery of lost or damaged data or programs, arising from a culpable breach of duty by you. Input data and results must be checked for conformity with the existing conditions and for plausibility! PROFIS Engineering ( c ) 2003-2021 Hilti AG, FL-9494 Schaan Hilti is a registered Trademark of Hilti AG, Schaan AEOFFMAN N G I N E E R S JOB SHEET NO. _ CALCULATED BY CHECKED BY OF DATE DATE Eguinment Anchorage Forces Determine anchor forces at equipment support points. Based on ASCE 7-16, chapters 11, 12, and 13 Input Data Equipment Data and Information le 14 15 16 17 Anclooraga,Geometep 23 24 Generator -Full Tank Equipment name or ID 60.0 • • • • • • • • • • Wt = 15.1 Operating weight, kips 50.0 B, = 264 Long dimension of unit, in. •Anchor Locations By = 57 Short dimension of unit, in. 40.0 B, = 112 Height of unit, in. 300 •CG(Ctr. Gray. CG, = 132 "x' coordinate of center of gravity of unit, in. Unit CGy = 28.5 Y' coordinate of center of gravity of unit, in. 2. • CBG (Ctr. Bolt CG, = 65 "z" coordinate or height of center of gravity of unit 10.0 Group) above anchorage plane, in. 2 0 5 b ] 8 9 le 11 12 N = 24 Number of anchors 0.0 Seismic Factors 0.0 50.0 100.0 150.0 200.0 250.0 300.0 Fp = 0.75 Wt Seismic design force per section 13.3.1 x-Axis SDS = 1.000 Spectral acceleration for short period per Eqn. 11.4-3 Do = 2.00 Overstrength factor per ASCE 7, Table 13.5-1 or Table 13.6-1 Anchor Locations Loc. x (in) y (in) 1 0.0 0.0 2 24.0 0.0 3 48.0 0.0 4 72.0 0.0 5 96.0 0.0 6 120.0 0.0 7 144.0 0.0 8 168.0 0.0 9 192.0 0.0 10 216.0 0.0 11 240.0 0.0 12 264.0 0.0 13 0.0 57.0 14 24.0 57.0 15 48.0 57.0 16 72.0 57.0 17 96.0 57.0 18 120.0 57.0 19 144.0 57.0 20 168.0 57.0 21 192.0 57.0 22 216.0 57.0 23 240.0 57.0 24 264.0 57.0 Output Data - Anchor Forces Anchor Group Design Per ASCE 7, section 12.4.3.2 and ACI 318-14 section 17.2.3.5.3, CBG is center of anchor bolt group Eh = 1.0 ,- W,- Ste = 22,650 lb EF.,min = (0.9. Wt)-(0.2Sp6- W,) = 10,570 lb 201E IBC Eq. 16-7 EFi,_ = (1.2- W,)+(0.2Sns- WJ = 21,140 lb 201E IBC Eq. 16-5 M6ele = E,- CGS = 1,472,250 in -lb Overturning due to seismic force Mgyay.x = EFz,,:n' y- = 0 in -lb Overturning due to weight eccentricity Mg, = SFzm„' X� = 0 in -lb Overturning due to weight eccentricity T2 = En' = 0 in -lb Addt'I torsion due to weight eccentricity Single Anchor Design - For vertically cantilevered systems Worst case horizontal loading direction per ASCE 7, section 13.3.1 has been considered for each anchor Note 1: u,v coordinate system created for worst case loading direction and is unique to each anchor Note 2: M,,;,.„and M,,;,, u are components of M,,;,. in u,v, dir. Note 3: u, v, lu, 1„vary and correspond to worst seismic loading direction for each A.B. location Over -strength level tension (N)= M,n,.1• u;+M,,;,.,•y;+Ms-- y,+M®,,,y- x; if m Iv I I, Iy N Over -strength level shear (V) = T, • r; Eh £a; z + N Proprietary software is provided by anchor manufacturers to design anchor groups and single anchors: Rnndom Golf kc.bm b wwat Nooses only u v b eo wane e�cr� , ew ' d-. W r �ouncn wmi, pnnr.n = 1712 lb = 944lb ASCE 7-16 Generator Anch Tank Full, Anchor Forces All Dir. Hilti PROMS Engineering 3.0.72 www.hilti.com Company: Page: 1 Address: Specifier: Phone I Fax: E-Mail: Design: Generator Anch.-Full Tank Date: 8/30/2021 Fastening point: Specifier's comments: 1 Input data Anchor type and diameter: Item number: Effective embedment depth: Material: Evaluation Service Report: Issued I Valid: Proof: Stand-off installation: Profile: Base material: Installation: Reinforcement: Geometry [in.] & Loading [lb, in.lb] HIT-HY 200 + Rebar A 615 Gr.40 #6 r not available (element) / 2022793 HIT-HY 200-R (adhesive) haf,act = 6.000 in. (hef,l;mit - - in.) ASTM A 615 GR.40 ES R-3187 5/1/2021 1 3/1/2022 Design Method ACI 318-19 / Chem cracked concrete, 4000, f,' = 4,000 psi; h = 16.000 in., Temp. short/long: 32/32 °F hammer drilled hole, Installation condition: Dry tension: not present, shear: not present; no supplemental splitting reinforcement present edge reinforcement: none or < No. 4 bar 0 11 Design loads Sustained loads 0 Z Y \ X Input data and results must be checked for conformity with the existing conditions and for plausibility! PROFIS Engineering ( c ) 2003-2021 Hilti AG, FL-9494 Schaan Hilti is a registered Trademark of Hilti AG, Schaan 1 Hilti PROFIS Engineering 3.0.72 www.hilti.com Company: Page: 2 Address: Specifier: Phone I Fax: E-Mail: Design: Generator Anch.-Full Tank Date: 8/30/2021 Fastening point: 1.1 Design results Case Description Forces [lb] / Moments [in.lb] Seismic Max. Util. Anchor [%] 1 Combination 1 N = 1,712; Vx = 944; Vy = 0; no 27 Mx=0;My=0;Mz=0; Input data and results must be checked for conformity with the existing conditions and for plausibility! PROFIS Engineering ( c ) 2003-2021 Hilti AG, FL-9494 Schaan Hilti is a registered Trademark of Hilti AG, Schaan Hilti PROMS Engineering 3.0.72 www.hilti.com Company: Page: 3 Address: Specifier: Phone I Fax: E-Mail: Design: Generator Anch.-Full Tank Date: 8/30/2021 Fastening point: 2 Proof I Utilization (Governing Cases) Loading Proof Design values [lb] Utilization Load Capacity PN / PV N Status Tension Concrete Breakout Failure 1,712 6,419 27 / - OK Shear Concrete edge failure in direction x+ 944 4,392 - / 22 OK Loading PN Pv t Utilization PN,V N Status Combined tension and shear loads 0.267 0.215 5/3 19 OK 3 Warnings • Please consider all details and hints/warnings given in the detailed report! Fastening meets the design criteria! Input data and results must be checked for conformity with the existing conditions and for plausibility! PROFIS Engineering ( c ) 2003-2021 Hilti AG, FL-9494 Schaan Hilti is a registered Trademark of Hilti AG, Schaan 3 Hilti PROMS Engineering 3.0.72 www.hilti.com Company: Page: 4 Address: Specifier: Phone I Fax: E-Mail: Design: Generator Anch.-Full Tank Date: 8/30/2021 Fastening point: 4 Remarks; Your Cooperation Duties • Any and all information and data contained in the Software concern solely the use of Hilti products and are based on the principles, formulas and security regulations in accordance with Hilti's technical directions and operating, mounting and assembly instructions, etc., that must be strictly complied with by the user. All figures contained therein are average figures, and therefore use -specific tests are to be conducted prior to using the relevant Hilti product. The results of the calculations carried out by means of the Software are based essentially on the data you put in. Therefore, you bear the sole responsibility for the absence of errors, the completeness and the relevance of the data to be put in by you. Moreover, you bear sole responsibility for having the results of the calculation checked and cleared by an expert, particularly with regard to compliance with applicable norms and permits, prior to using them for your specific facility. The Software serves only as an aid to interpret norms and permits without any guarantee as to the absence of errors, the correctness and the relevance of the results or suitability for a specific application. • You must take all necessary and reasonable steps to prevent or limit damage caused by the Software. In particular, you must arrange for the regular backup of programs and data and, if applicable, carry out the updates of the Software offered by Hilti on a regular basis. If you do not use the AutoUpdate function of the Software, you must ensure that you are using the current and thus up-to-date version of the Software in each case by carrying out manual updates via the Hilti Website. Hilti will not be liable for consequences, such as the recovery of lost or damaged data or programs, arising from a culpable breach of duty by you. Input data and results must be checked for conformity with the existing conditions and for plausibility! PROFIS Engineering ( c ) 2003-2021 Hilti AG, FL-9494 Schaan Hilti is a registered Trademark of Hilti AG, Schaan AEgFFMAN I N E E R S Eguiament Foundation Design Determine the size and reinforcing of a pad footing supporting equipment Input Data JOB SHEET NO. CALCULATED BY CHECKED BY Generator Equipment name or ID Footing Dimension Input Eh = 22650 Horizontal seismic force in direction being checked, lb. Equ,pne�e — Lf = 5.67 Dimension indirection of force, ft. Wf = 23 Dimension perp. to force, ft. Tf = 16 Thickness of footing, in. Df = 24 Depth of footing below soil surface, in. Top ROOF B = 56 Dimension of anchor pattern in direction of force, in. Soil Properties �— a = 4500 Allowable soil bearing pressure, psf a;nc = 1.33 Allowable increase factor for seismic A = 0.35 Coeff. of Friction used w/ passive resistance µ2 = 0.35 Coeff. of Friction used w/ out passive resistance Passive = 200 Passive Soil Pressure, pcf D; = 0 Thickness of soil to ignore for passive, in. Output Data - Soil Calculations Overturning Moment (Service Level) Footing Weight = 150 pcf • (Lf • Wf • Tf) _ Mo _ Eh • (c.g.+ Tf)+ 1.0• Fp • FootingWeight• Tf /2 = 1.4 MR = (EF,nvn+0.9• FootingWeight)• Lf/2 = Sliding Force (Service Level) Eh Sliding Force = = 1.4 Friction Capacity = (EFZ rrrin +0.9• FootingWeight)• cc2 Friction+Passive = I �Df-Di)2• Passivet1 _ I • Wf +—(Friction Capacity) Capacity 2 J a2 L Soil Bearing (Service Level) OF_ DATE DATE SF. 26,082 lb 131,553 ft-Ibs 92,644 ft-Ibs = 0.70 16179 lb 11438 lb = 0.71 20638lb = 1.28 e (Eccentricity) = EMa = 48.3 in e>L/6 Y-FZ,nrin +0.9• FootingWeight 2 • (EFZ min + 0.9 • Footing Weight) (TB -ring to>L/6) _ _ -796 psf OK 3• [Wf- (Lf/2—e)] EFZ�nin +0.9• Footing Weight 6e (TB—ring(e<L/6) _ 1+— = N/A NIA Wf- Lf Lf ASCE 7-16 Generator Anch Tank Empty, Foundation AEC?FFMAN I N E E R S JOB SHEET NO. CALCULATED BY CHECKED BY _ Equipment Foundation Concrete Design Determine the reinforcing required for a pad footing supporting equipment. Based on ACI 318-14. Input Data Generator -Empty Tank Equipment name or ID Reinforcement Design top steel = # 5 @ 12 in. o.c. bot. steel = # 5 @ 12 in. o.c. Coverrop = 1.5 Top Steel Concrete Cover, in. CoverBor = 3.0 Bottom Steel Concrete Cover, in. fy = 60 Yield Strenth of Reinf. ksi f, = 4000 Concrete strenth, psi U = 1.34 Estimated Load Factor for Strength Design Given Data b = 0.90 Section 9.3.2.1 = 0.75 Section 9.3.2.3 Output Data Ratio of Temperature and Shrinkage Reinforcement per Section 7.12 = 0.0032 InteriorM = U• 1 �F�''T°X +(1+0.2SDSX150pcf• Tf�I B2 = 16.7 k-in/ft 8 Lf • wf J Perimeter M. = U. 6B g L f2 B )2 = -1.6 k-in/ft Interior V = U. 1 EF'm3X + (1 + 0.2SDS X150pcf • Tf �11 B = 1.19 k/ft 2 Lf - wf J PerimeterV = U. 6 Bearin g . Lf B) _ -0.53 k/ft � _ drop sn = Tf — COvertop — Diambar = 14.19 in. a,oP - AsFY 0.45 in 2 0.85f, b Diambar AsFy dBocsu = Tf — Coverbot — = 12.69 in. abot = = 0.45 in. 2 0.85f, b TIVI - Top Steel = (1)bfyAs,t0p' (dtop — atop / 2) (I) Mn - Bottom Steel = 'DbfyAs,bot' (dbot — abot / 2) (hV - Top Steel = (D v • 2 fc dtop • 12" (1)V - Bottom Steel = (Dv ' 2 fc ' dbot' 12" m DATE DATE 231.3 k-in/ft OK 206.5 k-in/ft OK 16.15 k/ft OK 14.44 k/ft OK ASCE 7-16 Generator Anch Tank Empty, Foundation Auaust 24. 2021 Bn ZITS' ELECT WORKS KOHLER IN POWER. SINCE 1920. KONLER GENERATOR SALES - SERVICE - PARTS - RENTALS To learn more, visit our website at www.BCEW.com Response to Submittal Comments Project Title: La Quinta - Montage Transmittal No.:BELC2021-0114 BCEW Job#: 112916 Response to Submittal Review Comments dated . The responses are typed in �u below each comment. General Comments: 1) Sheet H1 E08.101 of the approved hotel plans shows a 100A breaker and feeder to supply the LSHH panel in addition to the 60A and 600A circuits to supply the spa building and standby distribution building, however the generator submittal only indicates the installation of the 60A and 100A breakers, please clarify. See screen capture below: Breaker Positions 8 7 6 6 LFFi FCsrTKM JUNCTION BOX ALT9MMTat I *fT POQTKM 600A 60A Please see attached breaker page that will reflect the addition of the following: (1) 100% rated EL trip 100A HDP frame LI LCB 13625 Danielson Street Poway, CA 92064 8647 Helms Ave., Rancho Cucamonga, Ca 91730 Phone — 866.938.8200 Fax — 619.938.8217 (SD) / 909.890.9258 (SB) www.BCEW.com 300-2250* kW Line Circuit Breaker Specifications * Includes models 30OREZXB and 300RZXB. For models 30OREOZJ and 300REZXC, see the 15- 300 kW section. For KID model generator sets, see pages 8 and 9. Interrupting Ratings Circuit Breaker Frame Size 240 Volt, kA 480 Volt, kA 600 Volt, kA HD 25 18 14 HG 65 35 18 HJ 100 65 25 JD 25 18 14 JG 65 35 18 JJ 100 65 25 LA 42 30 22 LG 65 35 18 MG NW 100 100 85 PG 65 35 18 Pi 100 65 25 PL 125 65 25 RJ 100 65 25 Circuit Breaker Lugs Per Phase (AI/Cu) Frame Size Am ere Ran a Wire Ran e H 15-150 One #14 to 3/0 175 One 1/0 to 4/0 J 200- 250 One 3/0 to 350 kcmil One #1 to 600 kcmil or LA 300- 400 Two #1 to 250 kcmil LG 400- 600 Two 2/0 to 500 kcmil M 700-800 Three to 500 kcmil 600-800 Three 3/0 to 500 kcmil P 1000-1200 Four 3/0 to 500 kcmil (8) 1/0 to 750 kcmil or RJ 1600- 2500 (16) 1/0 to 300 kcmil (10) 1/0 to 750 kcmil or NW 1600- 3000 (20) 1/0 to 300 kcmil Breaker Positions 8 7 6 5 LEFT POSITIONS JUNCTION BOX ALTERNATOR RIGHT POSITIONS 600A 60A 100A NOTE: Breaker and load bus phasing on right positions is A- B- C and on left positions is C- B- A. NOTE: H, HG, J, JG, and LG-frames when selected with LSIG trip require two mounting spaces (one space for the breaker and one space for the LSIG neutral). These combinations are not reflected in the Multiple Circuit Breaker Combinations table on this page. (1) 100% rated EL trip 600A PGP frame LSI LCB (1) 100% rated EL Trip 60A HDP frame LI LCB (1) 100% rated EL trip 100A HDP frame LI LCB Multiple Circuit Breaker Combinations Alternator Model Positions 1 or 5 2 or 6 3 or 7 4 or 8 5M/ H/J H/J H/J H/J H/J H/J H/J H/J H/J H/J LA LA H/J LA LA LA H/J H/J LA LA H/J LA LA LA LA H/J H/J H/J LA LA H/J H/J LA LA LA H/J LA LA LA LA LG LG H/J LG LA LG LG LG H/J H/J LG LA H/J LG LA LA LG LG H/J LG LG LA LG LG LG LG H/J H/J H/J LG LA H/J H/J LG LA LA H/J LG LA LA LA LG LG H/J H/J LG LG LA H/J LG LG LA LA LG LG LG H/J LG LG LG LA LG LG LG LG # M/P M/P H/J M/P LA M/P LG MP MP M/P H/J H/J M/P LA H/J M/P LA LA M/P LG H/J M/P LG LA M/P LG LG # R§ NW § LOAD BUS KIT § # Frame size LG is not available in position 4 with 1219 mm (48 in.) junction box. $ Frame sizes M/P are not available in position 3 or 4 with 1219 mm (48 in.) junction box. § R breakers, NW breakers, and the load bus kit occupy all four positions on a side. G6-88 6/20q Page 7 Submittal Transmittal RoDoOLSON CC)NSTRi JC;'1'ION Project Name: Montage Hotel and Spa Project Number: 210425 Specification Name: Engine Generators Detail Description: Diesel Generator Category: Product Data/Specifications Date: 7/23/2021 Comment: 263213-001.0 Generator, Product Data - Generator - Transfer Switches "Note' THIS IS A DEFERRED SUBMITTAL AND ALSO NEEDS TO GO TO CITY OF LA QUINTA. This is a long lead item. Y REVIEWED AND FORWARDED FOR APPROVAL REVIEWED WITH EXCEPTIONS NOTED NONCONFORMING, REVISED & RESUBMITTED The Submittals have been reviewed for general conformation to the design intent of the contract documents with regard to type and quality and not quantity and/or dimensions, which are the responsibility of the subcontractor and/or supplier making the submittal. The subcontractor and/or supplier is responsible for coordination of their work with other trades. Review of submittals and/or shop drawings does not relieve the subcontractor's and/or supplier's responsibility for any errors, omissions and/or changes for the requirements of the contract documents, nor for errors and/or omissions made by subcontractor and/or supplier in bad submittals and/or shop drawings. R.D. OLSON CONSTRUCTION BY: Sam Sheinberg DATE: 7/23/2021 JOB: Montage Hotel and Spa (210425) SPEC: 26 32 13 -001 CONSULTANT'S SUBMITTAL REVIEW DISPOSITION CONTRACTOR RESPONSE REQUIRED ❑ No Exception Taken PO Confirm and Verify Requested Information and Comments [4 Note Markings ❑ Make Corrections Noted ❑ Comment Attached ❑ Revise and Resubmit ❑ Rejected Consultant's review is for general conformance with the design intent and general compliance with the contract documents of the project. Corrections, comments or markings made do not relieve the Contractor from compliance with the contract documents nor allow departure there from. Contractor remains responsible for detailing and accuracy, confirming and correlating quantities and dimensions, selecting fabrication processes and techniques of construction, coordinating work with that of other trades, and performing work in a safe and satisfactory manner. IDIBRI By A.—,,, Date 07-26-2021 Idibri, Inc. is the general partner of Idibri Consulting, LP. CSI Code: 26 32 13 -001 Status: For Approval Submittal Pkg. #: 007 Due Date: 7/26/2021 i!i - CONFIRM THAT EXHAUST SILENCER GM110935 MEETS CRITICAL GRADE LEVELS PER DRAWINGS (30DB REDUCTION). AS REVIEWED BY ACOUSTICAL ENGINEER. 400 SPECTRUM CENTER DRIVE, SUITE 1200 IRVINE, CALIFORNIA 92618 TEL: 949-474-2001 WEBSITE: WWW.RDOLSON.COM Page 1 of 1 Consulting Engineers, Inc. PROJECT: H1 & HS Montage Hotel & Spa Generator Submittal SUBMITTAL: 500 KW GENERATOR/ATS's Reviewed F%-O Furnish as Corrected F Rejected F Submit Specific Item F Revised & Resubmit FV- Exceptions Noted Corrects or comments made on the shop drawings during this review do not relieve contractor from compliance with the requirements of the construction documents. This review is only for general conformance with the design concept of the project and general compliance with the information given in the Contract Documents. Submitting contractor is responsible for: correlating and confirming dimensions at the job site; choice of fabrication processes and techniques for construction: coordination of his work with that of other trades; and performing the work in a safe and satisfactory manner. RB Consulting Engineers, Inc. Date: 07/26/21 By: Ken Bertalan Comments: Provide ground fault alarm function in remote annunciator to indicate any potential ground fault sensing at generator breakers. Breakers shall not trip from ground fault. 1044 Pioneer Way, Suite E, El Cajon, CA 92020 Telephone: 619.599.6973 Email: kbertalan@rbcengineers.com Nomad Electric H1 8 HS - Montage Hotel & Spa (Job#21-1013) Generator Submittal 7/22/21 Rowan Electric 2778 Loker Ave. West Carlsbad CA, 92010 P. (760) 692-0700 F. (760) 692-0707 Lic# 746837 KOHLEW., POWER SYSTEMS _ Engineering Submittal 09001 CH R, YSrRviS iJATIONAUY REGISTERED Attention Contractor or End User: Please read the following carefully: • An Air Quality Permit is required for ALL generators in CA over 50BHP (for a single engine/generator). There are very few other exemptions. It is imperative you submit an application to the local air quality jurisdiction (AQMD/APCD) immediately upon approval of submittals to avoid any project delays or complications. Generators cannot be started or commissioned prior to the issuance of your Authority to Construct and Startup Authorization by the governing air quality district and in most cases cannot even be delivered to the site without the permit. This can delay a project schedule a great deal. Air Quality permits typically take 2-3 months, but can take longer. • A Permit from the local Fire Department or AHJ (Authority Having Jurisdiction) is required for diesel fuel tanks (with very few exemptions). Check with your local AHJ to confirm permit requirements and permit conditions. BCEW as a supplier cannot comply with any specific local AHJ requirements if a permit is not pulled and a copy of the fire permit is not provided to us. If there are requirements by the local AHJ that differ from the contract documents there may be an additional charge. • Anchorage of the generator is typically detailed in the Structural Plans/Contract Documents. When it is not, it is the Contractors responsibility to determine the proper anchorage. When the specification dictates, we will have provided anchorage calculations and details in this submittal. Often the anchorage will need to be done at time of delivery and will require a special inspection. Please be aware of this and plan accordingly. • Large Natural Gas and LP generators require a great deal of fuel. Correct fuel piping size and pressure are the responsibility of the installing contractor. All necessary information is provided on the generator specification sheet in this submittal. We are here to support you and provide any assistance necessary. Please let us know if we can help with anything listed above. The purpose of this letter is to minimize the unknown installation problems and project delays for you. Bn 1TV Fl_ECT W(7(lKS KOHLER.- IN POWER. SINCE 1920. STATEMENT OF QUALIFICATIONS Bay City Electric Works Prospective Customer, Bay City Electric Works has been operating in California since 1932 striving to be the premier electrical stand-by power solutions provider by aggressively delivering one stop ... one company support for our customer's specification writing, engineering support, permitting, new equipment sales, service, rental, fueling, transportation, and national account service. Our commitment to after sales support is unmatched with our factory trained field technicians' 200+ years of combined experience. All technicians operate from fully equipped/stocked service trucks that are efficiently dispatched via GPS tracking and are backed up by over $500,000 of spare parts at our service facilities. We maintain a 24-hour emergency service "hot-line" to assure a "live" response and are responsible for over 3000 installed generator systems for preventive service maintenance and trouble call support. Our customers include electrical and general contractors, industrial plants, commercial facilities, data centers, hospitals, schools, city and county government facilities, military installations, the telecommunications industry, water and electrical utilities and our area's growing bio-technical industry. Major product lines represented include Kohler for industrial standby, residential, and mobile generators; Honda portable generators; and we are an Authorized John Deere Engine Service Provider. Bay City Electric Works is the premier provider of standby electrical power systems solutions in Southern California and looks forward to working with you to support your power needs. Sincerely, Rodney C. Lee President & COO Headquarters: 13625 Danielson Street, Poway, CA 92064 Phone — 866.938.8200 www.BCEW.com KOHLER, Section Sub -Section Literature Quote Model 500REOZJC Spec Sheets Specification Sheet Controller G6-162 Specification Sheet Circuit Breaker G6-88 Specification Sheet Circuit Breaker Circuit Breaker Trip Curves Specification Sheet Circuit Breaker Circuit Breaker Trip Curves Specification Sheet Circuit Breaker PR Frame Breaker Specification Sheet Battery Battery Specification Sheet Battery Charger G6-146 Specification Sheet Weather/ Sound Enclosure Packaging Enclosure Package Specification Sheet Voltage Regulator Voltage Regulator Specification Sheet Remote Serial Annunciator G6-139 Specification Sheet Transfer Switch Spec ATS Accessories Specification Sheet Transfer Switch Controls G11-127 Alternator Data Alternator Data Sheet 5M4027 Sound Data Sound Data Sheet Sound Data Cooling Data Cooling Systems Data Sheet Cooling Data Exhaust System Data Exhaust System Data Exhaust System Data Emissions Data Emissions Data Emissions Data EPA Certificate EPA Certificate Dimensional Drawings Generator ADV-9193 Accessories ADV-8527 Enclosure ADV-9189 Remote Serial Annunciator GM85123 Subbase Tank ADV-8528 Transfer Switch ADV-8566 Transfer Switch ADV-8570 WiringSchematicDiagrams Controller Schematic Diagram ADV-9057 Controller Schematic Diagram ADV-9078 Controller Wiring Diagram GM105223 Controller Wiring Diagram GM105806 Remote Serial Annunciator ADV-9169 KOHLER, Misc Warranty Certification Pre -Startup Checklist Remote Serial Annunciator GM62554 Enclosure Wiring ADV-7035 Transfer Switch GM115511 Transfer Switch GM115509 Voltage Diagram ADV-5875 Battery 244578 Battery Charger GM87448 Battery Charger Assembly GM94922 Block Heater GM75809 Block Heater GM76113 Circuit Breaker GM24181 Circuit Breaker GM47475 Emergency Stop GM103743 Flexible Fuel Line 273614-CMP Warranty TP-5373 Warranty TP-5374 ISO9001 Certificate G15-152 Wind Load G18-529 Prototype Test Certificate G18-511 Prototype Test Certificate G18-56 ATS Test Program G18-414 Pre -Startup Checklist PreStartUpCheckList q#'TTY 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 r„ 6 t 9-93"217 Offer: 112916 Generator Job Name: 112916 - La Quinta Montage Quote Number: 0026767471 Version 4.0 06/16/2021 Page 4 Kohler Model: 50OREOZJC This diesel generator set equipped with a 51M4027 alternator operating at 277/480 volts is rated for 505 kW/631 kVA. Output amperage: 759. Qty Description 50OREOZJC Generator System 1 50OREOZJC Generator Set Includes the following Literature Languages English Approvals and Listings UL2200 Listing Engine 500REOZJC,24V,60HZ Nameplate Rating Standby 130C Rise Voltage 60Hz, 277/480V, Wye, 3Ph, 4W Alternator 5M4027 Cooling System Unit Mounted Radiator, 50C Skid and Mounting Skid Air Intake Standard Duty Controller APM603 Enclosure Type Sound Enclosure Material Steel Fuel Tank Type State Fuel Runtime (Approx.) 12 Hours Subbase Fuel Tank Capacity 468 Gallons Fill Pipe/Spill Fill Options 5 Gal Spill Cont w/95% Shutoff Fuel Tank Vent Normal Vent, 12' Above Grade Starting Aids, Installed 2500W,190-208V,1Ph,w/Valves Electrical Accy.,lnstalled Battery, 2/12V, Wet Electrical Accy.,lnstalled Battery Charger, 10A Electrical Accy.,lnstalled Run Relay Electrical Accy.,lnstalled Failure Relay w/Harness,1 Fault Electrical Accy.,lnstalled 15 Relay 1/0 Board Rating, LCB 1 Right 100% Rated Page 4 q#'TTv 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 r„ 6 t 9-93"217 Amps, LCB 1 Right Trip Type, LCB 1 Right LCB 1 Right Interrupt Rating Frame, LCB 1 Right Position, LCB 1 Right Rating, LCB 2 Right Amps, LCB 2 Right Trip Type, LCB 2 Right LCB 2 Right Interrupt Rating Frame, LCB 2 Right Position, LCB 2 Right Fuel Lines, Installed Exceeds LTL Shipping Height Miscellaneous Accy,lnstalled Miscellaneous Accy,lnstalled Miscellaneous Accy,lnstalled Warranty Testing, Additional 1 NEC Remote, E-Stop 1 Literature, NFPA110-50OREOZJC 1 RSA III, Annunciator only Offer: 112916 Job Name: 112916 - La Quinta Montage Quote Number: 0026767471 Version 4.0 06/16/2021 Page 5 600 Electronic, LSI 35kA at 480V PG 1 100% Rated 60 Electronic, LI 18kA at 480V HD 2 Flexible Fuel Lines Add'I Shipping Charge Accepted Air Cleaner Restriction Ind. Coolant in Genset Crankcase Emissions Canister Standard Power Factor Test,0.8,3Ph Only Automatic Transfer Switch Kohler Model: KCS-AMVC-0104S 4 Pole, 4 Wire, Switched Neutral, 104 amp, Kohler Standard rated Standard automatic transfer switch, Model KCS-AMVC-0104S , rated 480V, 60 Hz complete with all standard equipment and housed in a NEMA Type 3R enclosure. Qty Description ATS KCS Transfer Switch System Page 5 q#'TTY 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 r„ 6 t 9-93"217 Job Name: 112916 - La Quinta Montage Offer: 112916 Quote Number: 0026767471 Version 4.0 06/16/2021 Page 6 1 KCS-AMVC-0104S Includes the following: Literature Languages Mechanism Transition Logic Voltage Poles & Wires Enclosure Amps Connection IBC Seismic Certification CSA Certification Miscellaneous Acc.,lnstalled Packaging Warranty 1 Lit Kit, ATS Production, KCS/KCP/KCC English Standard Standard 1200 480V / 60 Hz 4 Pole/4 Wire, Switched Neutra Nema 3R 104 Amps Standard None None Lockable User Interface Cover Export Packing 1-YR STANDARD Automatic Transfer Switch Kohler Model: KCS-AMVC-0600S 4 Pole, 4 Wire, Switched Neutral, 600 amp, Kohler Standard rated Standard automatic transfer switch, Model KCS-AMVC-0600S , rated 480V, 60 Hz complete with all standard equipment and housed in a NEMA Type 3R enclosure. Qty Description ATS KCS Transfer Switch System 1 KCS-AMVC-0600S Includes the following: Literature Languages Mechanism English Standard Page 6 q#'TTY 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 r„ 6 t 9-93"217 Job Name: 112916 - La Quinta Montage Offer: 112916 Quote Number: 0026767471 Version 4.0 06/16/2021 Page 7 Transition Logic Voltage Poles & Wires Enclosure Amps Connection IBC Seismic Certification CSA Certification Miscellaneous Acc-Installed Packaging Warranty 1 Lit Kit, ATS Production, KCS/KCP/KCC Standard 1200 480V / 60 Hz 4 Pole/4 Wire, Switched Neutra Nema 3R 600 Amps Standard None None Lockable User Interface Cover Export Packing 1-YR STANDARD Automatic Transfer Switch Kohler Model: KCS-AMVC-0070S 4 Pole, 4 Wire, Switched Neutral, 70 amp, Kohler Standard rated Standard automatic transfer switch, Model KCS-AMVC-0070S , rated 480V, 60 Hz complete with all standard equipment and housed in a NEMA Type 3R enclosure. Qty Description ATS KCS Transfer Switch System 1 KCS-AMVC-0070S Includes the following: Literature Languages Mechanism Transition Logic Voltage Poles & Wires Enclosure English Standard Standard 1200 480V / 60 Hz 4 Pole/4 Wire, Switched Neutra Nema 3R Page 7 q#'TTY 13626 Danielson St.. Poway. CA 92064 P,c- 866.938.82001 ry 619-93"217 Amps Connection IBC Seismic Certification CSA Certification Miscellaneous Acc.,lnstalled Packaging Warranty 1 Lit Kit, ATS Production, KCS/KCP/KCC Job Name: 112916 - La Quinta Montage Offer: 112916 70 Amps Standard None None Lockable User Interface Cover Export Packing 1-YR STANDARD Quote Number: 0026767471 Version 4.0 06/16/2021 Page 8 Page 8 KOHLER, KOHLER, Generator Set Ratings 50OREOZJC Diesel Standard Features • Kohler Co. provides one -source responsibility for the generating system and accessories. • The generator set and its components are prototype -tested, factory - built, and production -tested. • The 60 Hz generator set offers a UL 2200 listings. • The generator set accepts rated load in one step. • The 60 Hz emergency generator set meets NFPA 110, Level 1, when equipped with the necessary accessories and installed per NFPA standards. • A one-year limited warranty covers all systems and components. Two -and five-year extended warranties are also available. • Tier 2 EPA -certified for Stationary Emergency Applications • Alternator Protection • Battery Rack and Cables • Customer Connection (standard with Decision-MakerO 6000 controller only) • Local Emergency Stop Switch • Oil Drain Extension Alternator Features • Operation and Installation Literature • The pilot -excited, permanent -magnet (PM) alternator provides superior short-circuit capability. Other Features • Kohler designed controllers for guaranteed system integration and remote communication. • The low coolant level shutdown prevents overheating (standard on radiator models only). • Integral vibration isolation eliminates the need for under -unit vibration spring isolators. • An electronic, isochronous governor delivers precise frequency regulation. • Mount up to four circuit breakers to allow circuit protection of selected priority loads. Standby 130C Rise Ratings Alternator Voltage Ph Hz Peak kVA kW/kVA Amps 5M4027 277/480 3 60 2200 505 / 631 759 RATINGS: All three-phase units are rated at 0.8 power factor. All single-phase units are rated at 1.0 power factor. Standby Ratings: The standby rating is applicable to varying loads for the duration of a power outage. There is no overload capability for this rating. Prime Power Ratings: At varying load, the number of generator set operating hours is unlimited. A 10 % overload capacity is available for one hour in twelve. Ratings are in accordance with ISO-8528-1 and ISO-3046-1. For limited running time and continuous ratings, consult the factory. Model: 500REOZJC, continued Alternator Specifications Specifications Alternator Alternator manufacturer Type Exciter type Leads, quantity Voltage regulator Insulation Insulation: Material Insulation: Temperature Rise Coupling Amortisseur windings Rotor balancing (50Hz) Rotor balancing (60Hz) Voltage regulation, no-load to full -load RMS One -Step Load Acceptance Unbalanced load capability Kohler 4-Pole, Rotating -Field Brushless, Permanent -Magnet, Pilot Exciter 10/12, Reconnectable Solid State, Volts/Hz NEMA MG1 Class H, Synthetic, Nonhydroscopic 130°C, 150°C Standby Flexible Disc Full 125% 125% Controller Dependent 100% of rating 100% of Rated Standby Current • NEMA MG1, IEEE, and ANSI standards compliance for temperature rise and motor starting. • Sustained short-circuit current of up to 300% of the rated current for up to 10 seconds. • Sustained short-circuit current enabling down stream circuit breakers to trip without collapsing the alternator field. • Self -ventilated and dripproof construction. • Superior voltage waveform from a two-thirds pitch stator and skewed rotor. • Brushless alternator with brushless pilot exciter for excellent load response. Engine Engine Specification Engine Manufacturer Engine Model Engine: type Cylinder arrangement Displacement, L (cu. in.) Bore and stroke, mm (in.) Compression ratio Piston speed, m/min. (ft./min.) Rated rpm Max. power at rated rpm, kWm (BHP) Crankshaft material Valve (exhaust) material Intake Valve (exhaust) material Governor: type, make/model Frequency regulation, no-load to -full load Frequency regulation, steady state Frequency Air cleaner type, all models John Deere 6135HFG75 Turbocharged, Charge Air -Cooled 6, Inline 13.5 (824) 132 x 165 (5.2 x 6.5) 16.0:1 594 (1950) 1800 563 (755) Forged Steel Nickel -Chromium Head Chromium -Silicone Stem JDEC Electronic L15 Isochronous ±0.25% Fixed Dry Model: 500REOZJC, continued Exhaust Exhaust System Exhaust Manifold Type Dry Exhaust flow at rated kW, m3/min. (cfm) 97.2 (3433) Exhaust temperature at rated kW, dry exhaust, °C (°F) 524 (975) Maximum allowable back pressure, kPa (in. Hg) Min. 4 (1.2) Max. 10 (3.0) Exh. outlet size at eng. hookup, mm (in.) See ADV Drawing Engine Electrical Engine Electrical System Battery charging alternator: Ground (negative/positive) Negative Battery charging alternator: Volts (DC) 24 Battery charging alternator: Ampere rating 60 Starter motor rated voltage (DC) 24 Battery, recommended cold cranking amps (CCA): Qty., CCA rating Two, 925 each Battery voltage (DC) 12 Fuel Fuel System Fuel type Diesel Fuel supply line, min. ID, mm (in.) 13 (0.50) Fuel return line, min. ID, mm (in.) 10 (0.38) Max. lift, fuel pump: type, m (ft.) Electronic 2.1 (6.8) Max. fuel flow, Lph (gph) 180.6 (47.7) Max. return line restriction, kPa (in. Hg) 35 (10.3) Fuel prime pump Electronic Fuel Filter Secondary 2 Microns @ 98% Efficiency Fuel Filter Primary 10 Microns Fuel Filter Water Separator Yes Recommended fuel #2 Diesel Lubrication Lubrication System Type Full Pressure Oil pan capacity, L (qt.) 40.0 (42.3) Oil pan capacity with filter, L (qt.) 42.0 (44.4) Oil filter: quantity, type 1, Cartridge Oil cooler Water -Cooled Model: 500REOZJC, continued Cooling Radiator System Ambient temperature, °C (T) 50 (122) Engine jacket water capacity, L (gal.) 18(4.8) Radiator system capacity, including engine, L (gal.) 67.2 (17.8) Engine jacket water flow, Lpm (gpm) 400 (106) Heat rejected to cooling water at rated kW, dry exhaust, kW (Btu/min.) 209 (11896) Heat rejected to charge air cooling water at rated kW, dry exhaust, Kw 116 (6603) Btu/min. Water pump type Centrifugal Fan diameter, including blades, mm (in.) 965 (38) Fan, kWm (HP) 18 (24) Max. restriction of cooling air, intake and discharge side of radiator, 0.125 (0.5) kPA (in. H20) * Enclosure with internal silencer reduces ambient temperature capability by YC (9°F). Operation Requirements Air Requirements Radiator -cooled cooling air, m3/min. (scfm) * 435 (15400) Cooling air required for generator set when equipped with city water 279 (9867) cooling or remote radiator, based on 14°C (25T) rise, m3/min. rise and ambient temp. of 29°C (85°F) m3/min. (cfm) Combustion air, m3/min. (cfm) 38 (1342) Heat rejected to ambient air: Engine, kW (Btu/min.) 38 (2163) Heat rejected to ambient air: Alternator, kW (Btu/min.) 40 (2277) *Air density = 1.20 kg/m3 (0.075 Ibm/ft3) Fuel Consumption Rating Standby Fuel Consumption at 100% load 134.5 Lph (35.5 gph) Standby Fuel Consumption at 75% load 104.6 Lph (27.6 gph) Standby Fuel Consumption at 50% load 75.3 Lph (19.9 gph) Standby Fuel Consumption at 25% load 38.8 (10.2) Dimensions and Weights Dim Weight Spec Dim Weight Value Fuel Diesel Engine Manufacturer John Deere Overall Size, L x W x H, mm (in.): 3630 x 1425 x 1936 (142.9 x 56.1 x 76.2) Weight (radiator model), wet, kg (lb.): 3883 (8560) iq L KOHLER. Industrial Generator Set Accessories Generator Set Controller The APM603 generator set controller provides advanced control, system monitoring, and system diagnostics for a single generator set or paralleling multiple generator sets. The APM603 interfaces the generator set to other power system equipment and network management systems using standard industry network communications. It uses a patented digital voltage regulator and unique software logic to manage alternator thermal overload protection as well as serves as an overcurrent protective relay, features normally requiring additional hardware. The APM603 controller meets NFPA 110, Level 1. Display, Interface, and Accessibility • A 7-inch color TFT touchscreen for easy local access to data. o Home screen can be customized to show critical data at a glance. o Create a custom favorites list for quick access to important data • Measurements are selectable in metric or English units. • Supports Modbus@ protocol through serial bus and Ethernet networks, and supports SNMP and BACnet@ through Ethernet networks. On- board Diagnostics • Immediate visibility of warnings and faults with text description and code display. 0 15 seconds of critical data are captured around each warning and fault o Critical data can be viewed on the display and downloaded • Store up to 10,000 events locally along with historical data logging of successful starts. o Accurate time stamp from real-time clock o Event log can be downloaded Global Support • Data logging of customized parameter list for report • Sales, installation, and service support from more than generation and advanced troubleshooting. 800 Kohler and SDMO service providers around the o Store to external USB drive for easy transfer to world. another device Modbus@ is a registered trademark of Schneider Electric. BACnete is a registered trademark of ASHRAE. G6-162 (APM603) 5/21g Pagel Fault Annunciator LEDs: Red- Shutdowr Yellow- Warnini USB Connections with cover Alarm Silence/Lamp Test Button with LED Me LEDs: Off/Reset, Auto, and Run Controller Features AC Output Voltage Regulator Maximum of �10% of the system Adjustment voltage Alarm Horn Indicates a generator set warning or shutdown condition Alarm Silence For NFPA-110 application or user convenience Alternator Protection Generator set overload and short circuit protection Cyclic Cranking Provides automatic restart after a failed start attempt with programmable on/off time and number of attempts ECU Diagnostics Displays engine ECU fault codes and descriptions for engine troubleshooting Emergency Stop Button Shuts down the generator set immediately, for emergency situations Control for an optional engine Engine Start Aid starting aid Environmentally Sealed Three master control buttons with Membrane Keypad LEDs: Off/Reset, Auto, and Run Patented High -Speed RMS ±0.25% no-load to full -load Digital Voltage Regulator regulation with three-phase true RMS sensing Lamp Test Verifies functionality of the indicator LEDs Real-time Clock Includes battery back-up to retain date and time through controller power cycle Remote Reset Allows remote fault resets and restarting of the generator set Remote Monitoring Panel Compatible with the Kohler® Remote Serial Annunciator Run Time Hourmeter Displays generator set run time Run Relay Indicates that the generator set is running Time Delay Engine Cooldown Time delay before the generator (TDEC) set shuts down Time Delay Engine Start (TDES) Time delay before the generator set starts Touchscreen Alarm 0 cY o � Emergency Stop Button Communication USB Port (1) Mini-USB port for PC connection (1) USB port for storage device Serial (RS-485) Port (1) Non -isolated for RSA III (1) Isolated for Modbus devices (1) Isolated for paralleling communication Ethernet Port (1) RJ45 for Modbus TCP, SNMP, and BACnet Controller Specifications Nominal voltage 12 or 24 VDC protected against reverse battery connection Power 800 mAmps at 12 VDC 400 mAmps at 24 VDC Operating Temperature -40oC to 70oC (-40°F to 158°F) Storage Temperature -40oC to 85°C (-40OF to 185°F) Humidity 5% to 95% non -condensing Display Size, W x H 154 x 86 mm (6.0 x 3.4 inches) Protection Index IP65 Front G6-162 (APM603) 5/21 g Page 2 Paralleling Features • Isochronous control with real and reactive load sharing with other APM603 controller equipped generator sets o Supports paralleling up to 8 generators • Random first -on logic to prevent two or more generator sets from closing to a dead bus and provides the fastest response for a single generator online • Automatic synchronizer with dead bus closing • Soft loading and unloading for generator management • Protective relay functions: o Synch check (25C) o Over current (51) o Over frequency (810) o Over power (320) o Over voltage (59) o Reverse power (32R) o Reverse reactive power (32RQ) o Under frequency (81 U) o Under voltage (27) • Generator management to allow the start and stop of generators based on load demand or state of other generators o Fuel level o Run time o Manual order o Time of day o Efficiency • Simplified paralleling system view from any generator controller in the system Overcurrent Protective Device • Provides protection against line -to -line and line -to -neutral faults • Uses thermal and instantaneous current limit settings for alternator protection • Includes a maintenance mode for arc flash reduction per NEC 240.87 Load Management Features • Programmable outputs included to command the connect and disconnect of loads based on generator or paralleling system state o Loads connected based on available capacity o Loads disconnected at system startup o Loads disconnected based on a maximum kW setting or underfrequency setting • Supports up to 16 prioritized load steps per system o Can be used on a single generator system o Can be combined in a paralleling system for a total system load control capability • Simplified load management system view from any generator controller in the system • Requires input/output module option Advanced Programmable 1/0 • Configurable inputs and outputs can be programmed for customer specific use • PLC -like capability for applying logic to customize generator system behavior Troubleshooting Features 15 seconds of key data automatically captured around each warning and shutdown o Data can be exported for detailed analysis o Data can be viewed on controller for convenient on -site troubleshooting support Configurable data logger will allow you to select parameters to monitor o Data stored to USB device for flexibility on amount of data stored and ability to export for detailed analysis o Data capture controlled by user to allow capturing specific data required NFPA 110 Requirements In order to meet NFPA 110, Level 1 requirements, the generator set controller monitors the engine/generator functions/faults shown below. • Engine functions: o Overcrank o Low coolant temperature warning o High coolant temperature warning o High coolant temperature shutdown o Low oil pressure shutdown o Low oil pressure warning o High engine speed o Low fuel (level or pressure) o Low coolant level o EPS supplying load o High battery voltage o Low battery voltage • General functions: o Master switch not in auto o Battery charger fault o Lamp test o Contacts for local and remote common alarm o Audible alarm silence button o Remote emergency stop * * Function requires optional input sensors or kits and is engine dependent, see Engine Data. Standards The generator set controller has been tested and verified for compliance with the following standards. • NFPA 99 • NFPA 110, Level 1 • CSA 282-09 • UL 6200 • ASTM B117 (salt spray test) G6-162 (APM603) 5/21g Page Controller Functions The controller displays warning, shutdown, and status messages. All functions are available as relay outputs. Warning causes the yellow fault LED to show and sounds the alarm horn, signaling an impending problem. Shutdown causes the red fault LED to show, sounds the alarm horn, and stops the generator set. The controller communicates with the engine ECU and supports a large number of warning and shutdown events that are not listed here. This table highlights the items required for NFPA 110. Event Warning Shutdown Alternator Thermal Protection t • Battery Charger Fault * CAN Option Boardl Comm Loss Critically Low Fuel Level (diesel) ECU Diagnostic Event ECU Mismatch Shutdown t • Fuel Leak Alarm (diesel) * High Battery Voltage Warning High Coolant Temperature Shutdown t • High Coolant Temperature Warning High Fuel Level Warning (diesel) * High Oil Temperature Shutdown t • High Oil Temperature Warning Local Emergency Stop Shutdown t • Loss ECU Comms Shutdown t • Loss of Signal Low Coolant Level Voltage Low Battery Voltage Warning Low Coolant Level Shutdown t • Low Coolant Temperature Warning Low Fuel Level Shutdown (diesel) * t • Low Fuel Level Warning (diesel) * Low Fuel Pressure Warning (gas) * Low Oil Pressure Shutdown t • Low Oil Pressure Warning Low RTC (clock) Battery Voltage Maintenance Reminderl Maintenance Reminder2 Maintenance Reminder3 Maximum Power Shutdown t • Maximum Power Warning Not In Auto Alarm Over Crank Shutdown t • Over Current Shutdown (1-1, L2, 1-3) t • Over Current Warning (1-1, L2, L3) Over Frequency Shutdown t • Over Frequency Warning Over Power Shutdown t • Over Power Warning Over Speed Shutdown t • Over Voltage Shutdown (L- L, L- N, each phase) t • Over Voltage Warning (L- L, L- N, each phase) Event Warning Shutdown Remote Emergency Stop Shutdown t • Reverse Power Shutdown t • Reverse VAR Shutdown t • Under Frequency Shutdown t • Under Frequency Warning Under Voltage Shutdown (L- L, L- N, each phase) t • Under Voltage Warning (L- L, L- N, each phase) Weak Cranking Battery Status Messages Auto Button Pressed EPS Supplying Load Generator Running Generator Started Generator Stopped GFCI Warning * Load Shed Overload Load Shed Under Frequency Off Button Pressed RSA Event Programmable Digital Inputs, 1-8 Run Button Pressed * Function requires optional input sensors or kits t Items included with common fault shutdown 10 G6-162 (APM603) 5/21 g Page 4 John Deere Engine -Powered Models Inputs and Outputs Standard Dedicated User Inputs Input Type Auxiliary Fault (Shutdown) Digital Input Auxiliary Warning Battery Charger Fault Breaker Closed Breaker Open Excitation Over Voltage (350 kW and up) Fuel Leak Alarm Low Fuel Level Switch Remote Emergency Stop Remote Engine Start Two -wire input Speed Bias Analog Voltage Input, Scalable up to +/- 10 VDC Voltage Bias Standard Dedicated User Outputs Output Type Close Breaker * Relay Driver Output Common Failure Run Trip Breaker / Shunt Trip * Only with remote- mounted electrically operated circuit breakers. Optional Configurable User Inputs and Outputs User Configurable Inputs 2 Analog, 0- 5 VDC 4 Dry Contact Digital User Configurable Relay Outputs 14 NO/NC Relays 1 Common Fault Relay Note: Programmable 1/0 is configurable by a Kohler -authorized technician JD Engine Data The following John Deere engine data is displayed on the APM603 controller. Parameter Engine Model Number Engine Serial Number ECU Serial Number Coolant Temperature Engine Speed Fuel Pressure Fuel Consumption Rate Oil Pressure Run Time Hours Kohler KD Engine -Powered Models Inputs and Outputs Standard Dedicated User Inputs Input Type Auxiliary Fault (Shutdown) Digital Input Auxiliary Warning Battery Charger Fault Breaker Closed * Breaker Tripped/Open Fuel Leak Alarm Fuel Level Idle Switch Key Switch Enable Low Fuel Level Switch Low Oil Level Remote Emergency Stop Remote Reset Remote Engine Start Two -wire input Speed Bias Analog Voltage Input, Scalable up to +/- 10 VDC Voltage Bias Standard Dedicated User Outputs Output Type Close Breaker * Relay Driver Output Common Failure Common Warning EPS Supplying Load Generator Running Horn Low Coolant Temperature Not in Auto System Ready Trip Breaker / Shunt Trip * Only with remote- mounted electrically operated circuit breakers. Optional Configurable User Inputs and Outputs User Configurable Inputs 116 Dry Contact Digital User Configurable Relay Outputs 18 NO/NC Relays Note: Programmable 1/0 is configurable by a Kohler -authorized technician. KD Engine Data The following Kohler Diesel engine data is displayed on the APM603 controller. Parameter Engine Model Number Engine Serial Number Ambient Temperature Charge Air Pressure Charge Air Temperature Common Rail Fuel Pressure Coolant Level Coolant Temperature Crankcase Pressure Engine Speed Fuel Consumption Rate Fuel Pressure Fuel Temperature Intercooler Coolant Temperature (K175 engines only) Oil Temperature Oil Pressure Run Time Hours G6-162 (APM603) 5/21 g Page 5 KOHLER, APM603 Available Options ❑ Common Failure Relay provides a relay output to signal a generator set fault. ❑ Battery Charger available with 6 amp, 10 amp, and 20 amp output for 12 and 24V DC voltage output. (Availability is generator model dependent.) The 10 amp and 20 amp models provide NFPA 110 charging and alarming capability. ❑ Electrically Operated Circuit Breakers • For paralleling systems • Available generator -mounted or remote -mounted • 24VDC ❑ Ground Fault Relay provides a relay output to signal a ground fault is detected. ❑ Input/Output Module for Kohler Diesel (KD) models provides: • 16 digital input connections with connection to ground • 8 relay output connections (Form C, rated 8A, 240 VAC or rated 0.5 A, 48 VDC) ❑ Input/Output Module for models other than KID provides: • 2 analog inputs (0-5 VDC) • 4 digital input connections with connection to ground • 14 relay output connections (Form C, rated 10A, 120V) • 1 common fault relay output (NO, rated 2A, 24VDC) ❑ Key Switch to allow selection of RUN, OFF and AUTO modes. Lockable in the AUTO position by removing the key. ❑ Remote Emergency Stop Switch available as a wall mounted panel to remotely shut down the generator set. ❑ Remote Monitoring Panel. The KohlerD Remote Serial Annunciator (RSA) enables the operator to monitor the status of the generator set from a remote location, which may be required for NFPA 99 and NFPA 110 installations, and up to four Automatic transfer switches. ❑ Shunt Trip Wiring provides relay outputs to trip a shunt trip circuit breaker and to signal the common fault shutdowns. Contacts rated at 10 amps at 28 VDC or 120 VAC. Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local KohlerD generator set distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com DISTRIBUTED BY- © 2019 Kohler Co., All rights reserved. G6-162 (APM603) 5/21g Page KOHLER. Industrial Generator Set Accessories Single Circuit Breaker Kit with Neutral Bus Bar 15-300 kW Model Shown Multiple Circuit Breaker Kit with Neutral Bus Bar 180-300 kW Model Shown Multiple Circuit Breaker Kits with Neutral Bus Bar 350-2250 kW Model Shown (also applies to some 300 kW models) Line Circuit Breakers 15-3250 kW Standard Features • The line circuit breaker interrupts the generator set output during a short circuit and protects the wiring when an overload occurs. Use the circuit breaker to manually disconnect the generator set from the load during generator set service. • Circuit breaker kits are mounted to the generator set and are provided with load -side lugs and neutral bus bar. • Kohler Co. offers a wide selection of molded -case line circuit breaker kits including single, dual, and multiple configurations for each generator set. • Four types of line circuit breakers are available: (see page 2 for definitions and pages 3 and 4 for application details) o Magnetic trip o Thermal magnetic trip o Electronic trip o Electronic with ground fault (LSIG) trip • In addition, line circuit breakers are offered with 80% and 100% ratings. • Single line circuit breaker kits allow circuit protection of the entire electrical system load. • Dual line circuit breaker kits allow circuit protection of selected priority loads from the remaining electrical system load. • Multiple line circuit breaker kits with field connection barrier allow circuit protection for special applications (350- 2500 kW models and selected 80- 300 kW models). • Up to four line circuit breakers can be used on 350- 2500 kW models. • Line circuit breakers comply with the following codes and standards unless otherwise stated. o UL 489 Molded Case Circuit Breakers o UL 1077 Supplementary Protectors o UL 2200 Stationary Engine Generator Assemblies Circuit Breaker Kits with Neutral Bus Bar 800-2500 kW KD Model Shown G6-88 6/20q Pagel Line Circuit Breaker Types Magnetic Trip The magnetic trip features an electromagnet in series with the load contacts and a moveable armature to activate the trip mechanism. When a sudden and excessive current such as a short circuit occurs, the electromagnet attracts the armature resulting in an instantaneous trip. Thermal Magnetic Trip Thermal magnetic trip contains a thermal portion with a bimetallic strip that reacts to the heat produced from the load current. Excessive current causes it to bend sufficiently to trip the mechanism. The trip delay is dependent on the duration and excess of the overload current. Elements are factory- calibrated. A combination of both thermal and magnetic features allows a delayed trip on an overload and an instantaneous trip on a short circuit condition. Electronic Trip These line circuit breakers use electronic controls and miniature current transformers to monitor electrical currents and trip when preset limits are exceeded. LI breakers are a combination of adjustable trip functions including long-time ampere rating, long-time delay, and instantaneous pickup. LSI breakers have all of the LI breaker features plus short -time pickup, short -time delay, and defeatable instantaneous pickup. LSIG breakers have all of the LSI breaker features plus ground -fault pickup and delay. Electronic with Ground Fault Trip The ground fault trip feature is referred to as LSIG in this document. Models with LSIG compare current flow in phase and neutral lines, and trip when current unbalance exists. ❑ Alarm Switch Ground fault trip units are an integral part of the circuit breaker and are not available as field -installable kits. The ground fault pickup switch sets the current level at which the circuit breaker will trip after the ground fault delay. Ground fault pickup values are based on circuit breaker sensor plug only and not on the rating plug multiplier. Changing the rating plug multiplier has no effect on the ground fault pickup values. 80% Rated Circuit Breaker Most molded -case circuit breakers are 80% rated devices. An 80% rated circuit breaker can only be applied at 80% of its rating for continuous loads as defined by NFPA 70. Circuit conductors used with 80% rated circuit breakers are required to be rated for 100% of the circuit breaker's rating. The 80% rated circuit breakers are typically at a lower cost than the 100% rated circuit breaker but load growth is limited. 100% Rated Circuit Breaker Applications where all UL and NEC restrictions are met can use 100% rated circuit breakers where 100% rated circuits can carry 100% of the circuit breaker and conductor current rating. The 100% rated circuit breakers are typically at a higher cost than the 80% rated circuit breaker but have load growth possibilities. When applying 100% rated circuit breakers, comply with the various restrictions including UL Standard 489 and NEC Section 210. If any of the 100% rated circuit breaker restrictions are not met, the circuit breaker becomes an 80% rated circuit breaker. Line Circuit Breaker Options The alarm switch indicates that the circuit breaker is in a tripped position caused by an overload, short circuit, ground fault, the operation of the shunt trip, an undervoltage trip, or the push -to - trip pushbutton. The alarm resets when the circuit breaker is reset. ❑ Auxiliary Contacts These switches send a signal indicating whether the main circuit breaker contacts are in the open or closed position. ❑ Breaker Separators (350-2500 kW) Provides adequate clearance between breaker circuits. ❑ Bus Bars Bus bar kits offer a convenient way to connect load leads to the generator set when a circuit breaker is not present. 15- 300 kW. Bus bar kits are available on alternators with leads for connection to the generator set when circuit breakers are not ordered. 350-2500 kW. A bus bar kit is provided when no circuit breaker is ordered. Bus bars are also available in combination with circuit breakers or other bus bars on the opposite side of the junction box. On medium voltage (3.3 kV and above) units, a bus bar kit is standard (not applicable to KID models). ❑ Field Connection Barrier Provides installer wiring isolation from factory connections. ❑ Ground Fault Annunciation A relay contact for customer connection indicates a ground fault condition and is part of a ground fault alarm. ❑ Lockout Device (padlock attachment) This field -installable handle padlock attachment is available for manually operated circuit breakers. The attachment can accommodate three padlocks and will lock the circuit breaker in the OFF position only. ❑ Lugs Various lug sizes are available to accommodate multiple cable sizes for connection to the neutral or bus bar. ❑ Overcurrent Trip Switch The overcurrent trip switch indicates that the circuit breaker has tripped due to overload, ground fault, or short circuit and returns to the deenergized state when the circuit breaker is reset. ❑ Shunt Trip, 12 VDC or 24 VDC A shunt trip option provides a solenoid within the circuit breaker case that, when momentarily energized from a remote source, activates the trip mechanism. This feature allows the circuit breaker to be tripped by customer -selected faults such as alternator overload or overspeed. The circuit breaker must be reset locally after being tripped. Tripping has priority over manual or motor operator closing. ❑ Shunt Trip Wiring Connects the shunt trip to the generator set controller. (standard on KID models with the APM802 controller) ❑ Undervoltage Trip, 12 VDC or 24 VDC The undervoltage trips the circuit breaker when the control voltage drops below the preset threshold of 35%- 70% of the rated voltage. G6-88 6/20q Page 2 300-2250* kW Line Circuit Breaker Specifications * Includes models 30OREZXB and 300RZXB. For models 30OREOZJ and 300REZXC, see the 15- 300 kW section. For KID model generator sets, see pages 8 and 9. 80% Rating Circuit Breaker 100% Rating Circuit Breaker Alt. Model Ampere Range Trip Type C. B. Frame Size 4M 5M 7M 15-150 Thermal Magnetic HD 60-150 Electronic LI HD Electronic LSI Electronic LSIG 175- 250 Thermal Magnetic JD 250 Electronic LI Electronic LSI Electronic LSIG 60-150 Electronic LI HG Electronic LSI Electronic LSIG 250 Electronic LI JG Electronic LSI Electronic LSIG 30 9- 325 A. Mag. Trip HJ 50 84- 546 A. Mag. Trip 100 180-1040 A. Mag. Trip 150 348-1690 A. Mag. Trip 250 684- 2500 A. Mag. Trip JJ 300- 400 Thermal Magnetic LA 400 500-1000 A. Mag. Trip 750-1600 A. Mag. Trip 1000- 2000 A. Mag. Trip 1125- 2250 A. Mag. Trip 1250- 2500 A. Mag. Trip 1500- 3000 A. Mag. Trip 1750- 3500 A. Mag. Trip 2000- 4000 A. Mag. Trip 400-600 Electronic LI LG Electronic LSI Electronic LSIG 700- 800 Thermal Magnetic MG 1000-1200 Thermal Magnetic PG 800-1200 Electronic LSI Electronic LSIG 1200 Thermal Magnetic Pi Electronic LSI Electronic LSIG 1600-2500 Thermal Magnetic RJ Electronic LSI Electronic LSIG Alt. Model Ampere Range Trip Type C. B. Frame Size 4M 5M 7M 15-150 Thermal Magnetic HD 60-150 Electronic LI Electronic LSI Electronic LSIG 175- 250 Thermal Magnetic JD 250 Electronic LI Electronic LSI Electronic LSIG 60-150 Electronic LI HG Electronic LSI Electronic LSIG 250 Electronic LI JG Electronic LSI Electronic LSIG 400 Electronic LI LG Electronic LSI Electronic LSIG 600-1200 Electronic LSI PG Electronic LSIG 1200 Electronic LSI Pi Electronic LSIG 1600-2500 Electronic LSI RJ Electronic LSIG 1600 3000 Electronic LSI NW Electronic LSIG 100% Rating Electrically Operated Breakers For use as paralleling breakers.* Alt. Model Amps Trip Unit Frame 3.0 LI Pi 250, 400, 600, 5.0 LSI Pi 4M 800, 1000, 1200 3.0 LI PL 5M 7M 5.0 LSI PL 1600, 2000, Electronic LSI NW 2500, 3000 Electronic LSIG NW * P-frame breakers can be used with the Decision-Maker(D 6000 Controller/DPS System or APM603 controller. NW breakers are for use with the APM603 only. All circuit breakers listed in this table include line side bus and load side lugs, 24VDC motor operators, and 1 type C SIDE overcurrent switch contact. P-frame breakers include 2 type C auxiliary contacts. NW breakers include 4 auxiliary contacts. No second breakers are allowed in combination with these breakers. Load Bus Rating Rating, Gen. Set kW Alt. Model Amperes Type 4M/ 350- 2250 kW 5M/ 3000 Load Bus 7M G6-88 6/20q Page 6 300-2250* kW Line Circuit Breaker Specifications * Includes models 30OREZXB and 300RZXB. For models 30OREOZJ and 300REZXC, see the 15- 300 kW section. For KID model generator sets, see pages 8 and 9. Interrupting Ratings Circuit Breaker Frame Size 240 Volt, kA 480 Volt, kA 600 Volt, kA HD 25 18 14 HG 65 35 18 HJ 100 65 25 JD 25 18 14 JG 65 35 18 JJ 100 65 25 LA 42 30 22 LG 65 35 18 MG NW 100 100 85 PG 65 35 18 Pi 100 65 25 PL 125 65 25 RJ 100 65 25 Circuit Breaker Lugs Per Phase (AI/Cu) Frame Size Ampere Range Wire Range H 15-150 One #14 to 3/0 175 One 1/0 to 4/0 J 200- 250 One 3/0 to 350 kcmil LA 300- 400 One #1 to 600 kcmil or Two #1 to 250 kcmil LG 400- 600 Two 2/0 to 500 kcmil M 700-800 Three 3/0 to 500 kcmil 600-800 Three 3/0 to 500 kcmil P 1000-1200 Four 3/0 to 500 kcmil RJ 1600- 2500 (8) 1/0 to 750 kcmil or (16) 1/0 to 300 kcmil NW 1600- 3000 (10) 1/0 to 750 kcmil or (20) 1/0 to 300 kcmil Breaker Positions 8 7 6 5 LEFT POSITIONS JUNCTION BOX ALTERNATOR RIGHT POSITIONS 1 2 3 4 NOTE: Breaker and load bus phasing on right positions is A- B- C and on left positions is C- B-A. NOTE: H, HG, J, JG, and LG-frames when selected with LSIG trip require two mounting spaces (one space for the breaker and one space for the LSIG neutral). These combinations are not reflected in the Multiple Circuit Breaker Combinations table on this page. Multiple Circuit Breaker Combinations Alternator Model Positions 1 or 5 2 or 6 3 or 7 4 or 8 4M/ 5M/ 7M H/J H/J H/J H/J H/J H/J H/J H/J H/J H/J LA LA H/J LA LA LA H/J H/J LA LA H/J LA LA LA LA H/J H/J H/J LA LA H/J H/J LA LA LA H/J LA LA LA LA LG LG H/J LG LA LG LG LG H/J H/J LG LA H/J LG LA LA LG LG H/J LG LG LA LG LG LG LG H/J H/J H/J LG LA H/J H/J LG LA LA H/J LG LA LA LA LG LG H/J H/J LG LG LA H/J LG LG LA LA LG LG LG H/J LG LG LG LA LG LG LG LG # M/P M/P H/J M/P LA M/P LG M/P M/P $ M/P H/J H/J M/P LA H/J M/P LA LA M/P LG H/J M/P LG LA M/P LG LG # R§ NW § LOAD BUS KIT § # Frame size LG is not available in position 4 with 1219 mm (48 in.) junction box. $ Frame sizes M/P are not available in position 3 or 4 with 1219 mm (48 in.) junction box. § R breakers, NW breakers, and the load bus kit occupy all four positions on a side. G6-88 6/20q Page 7 CURRENT IN MULTIPLES OF Ir (Ir = LONG-TIME SETTING x In) U) z 0 0 N z w ■■■■11 mm■m■I■■ ■■M■■■■■■■■■ ., ' ■■■■11 m■■�■■■■■■■■■■�■■■�■■■■■■■■■ ■■■■III■■■.■■■■■■■■■■.■■■.■■■■■■■■■ ,,, ii111' i■■i■■■mii■■iii■■■i■■■mii■■EN ■■■■ 1 I■■■�■Q��n] m■■■�■■■■■■■■■ ■■■■I milli I■■■■■■■■�GEm■■■■■■■■■■■■■■■■■� I■■■■■■■l1■■lll■■■■■■■■l1■■■■ , „ milli■■�■■mm11■■III■■■�■■mm11■■II ■■■ ■■■�� ■■■m■■■■■■■■■■m■■■�■■■■■■■■■ ■■■■■■■■■■■■■■■■■■■■■■■■■■■■ ■�� 1■�■■mm11■■III■■■�■■mm11■■II ■■■■1 �■■�■■■■■■■■■■�■■■�■■■■■■■■■■ ■■■■1 ■.■■■■■■■■■■.■■■.■■■■■■■■■■ ■■■■■■■■■m■■■�■■■■■■■■■1 ■■■■■■■■■�■■■�■■■■■■■■■ ■■■■■■■■■■■■■■■■■■■■■■■� ■■l1■■l11■■■■■■■■l1■■lll mm11■■ill■■■�■■mm11■■III ■■■■■■■■■�■■■�■■■■■■■■■ ■■■■■■■■■■■■■■■■■■■■■■i 11■■III■■■I■■mm11■■III ■■■■■M■■■M■■■■■■■■■■ t ■■■■�■■■�■■■■■■moms ■■■■mmoomm■■■■■■■■■ ■■ll■■■■■■■■11■■■ll mn ■o..■MM■■■■.■■■I memo■■m■■■■■■■■■■ ■■mmoomm■■■■■■■■■ ll■■■■■■■■l1■■■II I■■■I■■■mll■■Ill m■■■m■■■■■■■■■■ ■■■■■■■■■■■■■■■ ■■■■■■■■II■■■11 I I■■■■■■■11■■ell 1 n■Im■��■■■■�■■■ Imo■■m■■■■■■■■■■ I ■■■■■■■■■■■■■■■ t e I IIII■■ ml Ill 1 ml .,, Noll ■■■■ ■■■■ „ moll „ „ mill ■■■ ■■■� ■l�� , ., , , , , , No ■NONNI ■■■m ■■■■ moll 1moon ■III ■■■ IEEE 11llI ■mill ■■■■m moon■ ■■■11 milli ■I■■■m11■■III .moon m■mmIMEMB■.m■■n ■■■■m moon■ ■■QQ3TGLZ©o■■■m ■Ei�3�GF�rs�©■■■■■ ■■■11 ■I■■■n ■■■■ ■■■■■■■■■ ■■m ■■■ ell ■■■■■■lion■II III ■I■■mm11■■ill ■■■■■ ■■■moon■■■■■■ ■■111 on 11■■■11 .��■■■■ milli ■I 1■■ill ■E"' —SA7 1 ■■ ■■ ■■■■■ MMMMO mmmom ■■ non 0.3 OFF ■■ell oil 612271 ■■inl■l ■■llil■l ■I■l.ww. ■■■, m■■mm■ ::::■: ■■■. ■ill■I . 1■1 '\I .E .. im1 11 ■■' 14 \■1 . I■I Jwl 1 .04 I ■mill■■■I■■mmll■■III■■■I■■mmll■■II� , ii■M xlnr.Karam■m.■■■■.m■■nm.m■m.■■■■.m■■■ MO M■m■■■■■■■■■■m■■■m■■■■■■■■■■ , . MICROLOGIC® 5.0/6.0 A/P/H TRIP UNIT CHARACTERISTIC TRIP CURVE NO.613-4 Long-time Pickup and Delay Short -time Pickup and 12t OFF Delay The time -current curve information is to be used for application and coordination purposes only. Curves apply from -30oC to +60oC ambient temperature. Notes: 1. There is a thermal -imaging effect that can act to shorten the long-time delay. The thermal - imaging effect comes into play if a current above the long-time delay pickup value exists for a time and then is cleared by the tripping of a downstream device or the circuit breaker itself. A subsequent overload will cause the circuit breaker to trip in a shorter time than normal. The amount of time delay reduction is inverse to the amount of time that has elapsed since the previous overload. Approximately 20 minutes is required between overloads to completely reset thermal -imaging. 2. The end of the curve is determined by the interrupting rating of the circuit breaker. 3. With zone -selective interlocking on, short -time delay utilized and no restraining signal, the maximum unrestrained short -time delay time band applies regardless of the setting. 4. Total clearing times shown include the response times of the trip unit, the circuit breaker opening, and the extinction of the current. 5. For a withstand circuit breaker, instantaneous can be turned OFF. See 613-7 for instantaneous trip curve. See 613-10 for instantaneous override values. 6. Overload indicator illuminates at 100%. CURRENT IN MULTIPLES OF Ir (Ir = LONG-TIME SETTING x In) Schneider Electric r Curve No.—icer 0000 December 20 Schneider Electric Brands ®2000 Schneitler ElecMc all rights reaervetl Dawing No. B48098-813-04 Figure 81 PowerPactTm H-, J-, and L-Frame Circuit Breakers Trip Curves PowerPact H-Frame Electronic Trip Circuit Breakers- 60 A/100 A/150 A Frame MicrologicTM 3.2 Electronic Trip Unit Long Time Trip Curve CURRENT IN MULTIPLES OF Ir 10000 MICROLOGICTM ELECTRONIC TRIP UNITS MicrologicTM 3.2 Long Time Trip Curve boob 60A, 100A, 150A H-Frame 5.. The time -current curve information is to be used °°°° for application and coordination purposes only. 3.. Notes: zoo. 1. There is a thermal -imaging effect that can act to shorten the long-time delay. The thermal imaging effect comes into play if a current above the long-time delay pickup value exists 90a '°°° for a time and then is cleared by the tripping of a downstream device or the circuit breaker boo itself. A subsequent overload will cause the Sao circuit breaker to trip in a shorter time than .ao normal. The amount of time delay reduction is inverse to the amount of time that has elapsed since the previous overload. Approximately 20 minutes is required between overloads to '°° completely reset thermal -imaging. 1. 2. Total clearing times shown include the response times of the trip unit, the circuit breaker opening, and the extinction of the current. Curves apply from -350C to +70°C (-31 OF to +1580F) ambient temperature. m m v m m r m - R R R A$ R S R g'oos CURRENT IN MULTIPLES OF Ir © 2011-2012 Schneider Electric All Rights Reserved 0 195 05/2012 by Schneider Electric PowerPactTM H-, J-, and L-Frame Circuit Breakers Trip Curves Figure 82: MicrologiCTM 3.2S Electronic Trip Unit Long Time / Short Time Trip Curve .m 669 666 665 n none— n 196 05/2012 CURRENT IN MULTIPLES OF Ir <. w 1 m 2 V R CURRENT IN MULTIPLES OF Ir eggs? m a6°0°66° MICROLOGICT" ELECTRONIC TRIP UNITS MicrologiCTm 3.2S Long Time/ 6666 Short Time Trip Curve 6666 60A, 100A, 150A H-Frame 4M The time -current curve information is to be used °°°° for application and coordination purposes only. Notes: 1. There is a thermal -imaging effect that can act to shorten the long-time delay. The thermal imaging effect comes into play if a current above the long-time delay pickup value exists 766 for a time and then is cleared by the tripping of 8. a downstream device or the circuit breaker 50° itself. A subsequent overload will cause the °°° circuit breaker to trip in a shorter time than °66 normal. The amount of time delay reduction is inverse to the amount of time that has elapsed zoo since the previous overload. Approximately 20 minutes is required between overloads to 1. completely reset thermal -imaging. ,°° 2. Total clearing times shown include the response times of the trip unit, the circuit breaker opening, and the extinction of the current. Curves apply from -350C to +70°C (-31 OF to +1580F) ambient temperature. Al A09 A66 A65 R B a 9 9$ 9 9 0 © 2011-2012 Schneider Electric All Rights Reserved by Schneider Electric PowerPactTm H-, J-, and L-Frame Circuit Breakers Trip Curves Figure 83: MicrologicTm 3.2/3.2S/5.2A/5.2E/6.2A/6.2E Electronic Trip Unit Instantaneous Trip Curve ... N.---. MEMEME.1ME..-.1■■.- .� • • • ' ■■■--.■-M■O■■M■■■■- mom --■■■MOM-■■■■■.■ �MO■.■■■■■■■■■■■■■■�■■■■■■■■■■■■■■..;;; - - 1■111■■■�■■■111■■111■■■�■■■111■■111 �MO■11■■■�■■■111■■111■■■�■■■111■■111 .. . - - - .. . ,,. ---■■--------MEMO----■---------■---...,, „ ... - - .. - .- . ." ,, " MEMO■■■.■■■.■■■■■■■■■■.■■■.■■■■■■■■■■ „ .. - .. - -. -.. - .. . . MEMO■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■..,, ... - . - - . - . -. - ■■■■■■■■■■■■■■■■■■�■■■■■■■■■�■■■■� MOONS MONO . ... ■.■■■-■..--MEMO■■■.■..—...--■■ ■■■11 ". ,. MEMO■■■.■■■.■■■■■■■■■■.■■■.■■■■■■■■■■ -. -..- . - ... ■ MEMO ■■■■■■■■■ 11111E C■1 ■■■111■■1SOMMOMEN il ■■■■I. ■■■■■■ ■............ ■.■■■■■....� M■■MON- MOON.- --....-.... --......... .. . . ■■■■■. .■■■NN■■■N, •, ■■111■ ■■■111■■111 ■■■■I■ ■■■■1■ ■■111■ ■.MEMO■- -■■■■■■■■■■ ■■■I■■■MI ��GI:l'F■■■1 �i��ll■■111 , MEMO■■■. MEMO■■■■ ■.MEMO■- MEMO■■■.■■ MEMO■■ MEMO■ �� .� .■■■■■■■■■■ ■■■■■■■■■■■ ■-■■■■■■■■■■ i■■.■■■■■■■■■■ ■■■■■■■■. ■■■1■■■■1 MEMO■ ■MEMO■ ■■■■I 11111t MEMO■■■ MEMO ■■11 MEMO■ ■■■ii ■■■■1 ■■111 111111 ■.■■■E � C111111111 �■■■■■■■■■ �onsioniii C:111■:111 ■111■■111 ■■■■■■■■■ NOMINEES, MEMO■■■■■NO ■■■■■■■■I ■■■1■■■■1 ■111■■111 NONE 111111111 .......MEMO iii ■■■N■M ■■■■I ■■■■■� M■■■MO M■■■■■ ■■■MOO ■■■■,� 111111 �MONZA= ■■■■■m. ■■111■■►. ��■r�-M■■.■■■■■■■■■■.■■■.■■■■■■■■■■ ■■■I,■■■■■■■■II■■MOM,■■■■■■■■MM■■■■I L" :7d•3■O-MMOO■■MOOMO■ -MOO--■OMO■MOO■n ■■■■■MONO NOMINEES, q■■■■■■■■ ,. ;; © 2011-2012 Schneider Electric _ All Rights Reserved by Schneider Electric 197 05/2012 w so w • w+ � � 1 _i` P-Frame 1200 A R-Frame POWERPACT° P- and R-Frame Molded Case Circuit Breakers (Standard or100% rated up to 2500A) The most compact and innovative molded case circuit breakers POWERPACT Molded Case Circuit Breakers lead the industry with proven, reliable protection and innovative design. Providing unparalleled performance and control, this generation of P- and R-frame circuit breakers features exclusive MICROLOGIC° Trip Units, which allow for a range of sophisticated applications for metering and monitoring. In addition, units can be interchanged to allow for maximum flexibility and are field -installable for easy upgrades as needed. The compact P- and R-frame circuit breakers permit smaller footprint and higher density installations using I -LINE® Panelboards and Switchboards. These circuit breakers are available in 100% rated construction up to 2500 A to meet a broad range of commercial and industrial application needs. Full -Featured Performance ■ P-frame — 1200A available in both standard and 100% ratings with sensor sizes 250-1200A. Interrupting ratings (AIR) G-35kAIR, J-65kAIR and L-100kAIR at 480 VAC ■ R-frame — 2500A available in both standard and 100% ratings with sensor sizes 600-2500A. Interrupting ratings (AIR) G-35kAIR, J-65kAIR and L-100kAIR at 480 VAC ■ Compact breaker size allows for smaller footprint installations using I -LINE Panelboards and Switchboards. 9" width on P-frame designs and 15" width on R-frame designs provide increased density installations ■ Most field -installable accessories are common to all frame sizes for easier stocking and installation ■ Selection of four interchangeable MICROLOGIC Trip Units with POWERLOGIC° power metering and monitoring capabilities available in advanced trip units ■ Compatible with POWERLOGIC° systems and high amperage power circuit breakers ■ Built-in MODBUS° protocol provides an open communications platform and eliminates the need to purchase additional, proprietary network solutions ■ Connection options include bus, cable or I -Line for installation flexibility ■ Additional options are available for 5-cycle closing, stored energy mechanisms and draw -out mounting of 1200 A breakers SQUARED Schneider Electric POWERPACT® P- and R-Frame Molded Case Circuit Breakers (Standard or 100% rated up to 2500 A) Onboard Intelligence For "smarter breakers," a range of MICROLOGIC° Trip Units provides advanced functionality, such as a communications interface, and power metering and monitoring capabilities. With the appropriate MICROLOGIC Trip Unit, you can communicate with breakers, gather power information, monitor events and remotely control breakers based on predetermined conditions, leading to substantial savings in electrical system operating costs. These interchangeable, microprocessor -controlled, plug-in devices provide the next generation of protection, measure- ment and control functions, delivering not only greater electrical system safety but also improved system integration and coordination. 1JL_ MICROLOGIC° Trip Units Choose the Model that Meets Your Needs MICROLOGIC 3.0 and 5.0 MICROLOGIC 5.OP and 6.OP ■ Basic circuit protection including long-time, instantaneous and optional short -time adjustments MICROLOGIC 3.OA, 5.OA and 6.OA ■ Long-time, instantaneous and optional short -time adjustments ■ Integrated ammeter and phase loading bar graph ■ LED trip indicator ■ Zone selective interlocking with downstream and upstream breakers ■ Optional ground -fault protection ■ Optional MODBUSO communications interface ■ Long-time, instantaneous and optional short -time adjustments ■ Advanced relay protection (current imbalance, under/over voltage, etc.) ■ Inverse Definite Minimum Time Lag (IdmtL) long-time delay curve shaping for improved coordination ■ Basic power metering and monitoring functions ■ Standard MODBUS communications interface compatibility with POWERLOGIC° installations ■ Standard GF alarm on 5.OP. 6.OP has equipment ground -fault tripping protection MICROLOGIC 5.OH and 6.OH ■ All 5.OP and 6.OP functions ■ Enhanced POWERLOGIC power metering and monitoring capabilities ■ Basic power quality (harmonic) measurement ■ Waveform capture Contact your Square D sales representative for additional information. Or, visit www.SquareD.com. © 2002 Schneider Electric All rights reserved Order Number 0612HOO201 SQUARE D Schneider Electric Industrial Generator Set Accessories KOHLERS 2"01 no Typical Overall Dimensions �_w- H System Batteries Standard Features • Kohler Co. selects batteries to meet the engine manufacturer's specifications and to comply with NFPA requirements for engine - cranking cycles. • Heavy-duty starting batteries are the most cost-effective means of engine cranking and provide excellent reliability in generator set applications. • Tough polypropylene cases protect against life -shortening vibration and impact damage. • Batteries are rated according to SAE standard J-537. • All batteries are 12-volts. Kits that contain two or four batteries are availabe for 24-volt systems and/or systems with redundant starters. • Wet- and dry -charged batteries have lead -calcium or lead - antimony plates and use sulferic acide electrolyte. Removable cell covers allow checking of electrolyte specific gravity. • Absorbant glass mat (AGM) batteries are sealed and maintenance free. • Batteries are for applications below and above 0°C (32°F). Charge Battery Battery BCI Battery SAE Dimension, Cold Cranking Reserve Capacity Battery Post Type* Part Qty. per Group mm (in.) Amps at 18°C Minutes at Layout and Style Number Size Size (0°F) Min. 271(801F) Min. L W H Wet 324586 2 31 330.2 173.0 239.8 950 185 C/3 (13.0) (6.8) (9.4) Battery Specifications Wttar• Pout Layo.rtc -,AC 01 and .'.tptoc (t 71 A x Q • 71 ❑ f6 Fm »rP' D U 3 ,„ti. Fa as• �e MIPi246M/ 04V w►a W 2647 to OWNOA 1+w ON 0 3 a bqr I Yv�M•swr..neq,l.naow+ard,0r V24en9w+rn KOHLER. Industrial Generator Set Accessories 12/24 Volt, 10 Amp Automatic Multi -Stage Battery Charger The battery charger is a fully -automatic, high efficiency battery charger that charges batteries rapidly and safely. The battery charger is designed for an industrial environment. The battery charger is designed for operation with an engine cranking battery. The battery charger is universal voltage input capable, comes with a standard 120 V/60 Hz AC plug, and charges 12 VDC or 24 VDC battery systems. Five LED lights indicate power, communication status, temperature compensation status, charge curve, and charger status. With the optional battery temperature sensor connected, the battery charger can adjust output voltages for optimal charging. Standard Features • 12 or 24 VDC output o Automatic voltage detection • Automatic multi -stage charging modes o Recovery charge o Bulk charge o Absorption charge o Float charge o Equalize charge • Charges the following type batteries: o Flooded lead acid (FLA) o AGM o Gel cell o High performance AGM o Nickel -cadmium (NiCad) • 5 LED status indicators • Durable potted assembly for waterproofing and vibration resistance • Reverse -polarity protection • Short-circuit protection • Electronically limited output current • Optional temperature compensation (FLA only) • User adjustable parameters to support optimal manufacturer recommended charge curve. • Code compliance: o UL 1236 Listed o NFPA 110, Level 1 compatible (when used with Kohler controller and connected to engine harness) o CSA - C22.2 No. 107.2-01 o FCC - Title 47, Part 15 Class A o CE o IBC 2015 o OSHPD DC Output AC Input Overall Dimensions Shipping Weight Volts Volts (Nominal) Amps (Nominal) Amps W x D x H kgs Ibs 12/24 10 100-260 3.7 253 mm x 152 mm x 74 mm 3.6 7.9 (10.0 in x 6.0 in x 2.9 in) G6-146 3/19c KOHLER, KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com 253 mm (10 in.) 14 mm (.55 in.) _ 225 mm (8.9 in.) 74 mm (2.9 in.) 28 mm (1.1 in.) 4X fr76.6 (.26 in.) �uI O J 152 mm 97 mm a o�� K01 I 4 4:2 0. Z; (6 in.) (3.8 in.) e O R Output leads Red Input leads _ Fuse Black Dimensions are in mm. o o GM87446- Specifications AC Input 100-260 VAC Frequency Input 50/60 Hz DC Output 10 Amps @ 12 VDC or 10 Amps @ 24 VDC (On battery voltage regulation t1%; current is electronically limited Fuse Protection 15 amps ATC Battery Types Flooded Lead Acid (FLA) AGM Gel Cell High Performance AGM Nickel -Cadmium (NiCad) Monitoring LED Indications Power Communication Temperature compensation Output charger curve and charger status: o Red o Green Environmental Operating -20o to 70oC (-4o to 158o F) Storage -40o to 85°C (-40o to 185o F) Relative Humidity 5 to 95% (non -condensing) Salt Spray Testing ASTM B117 Corrosion Resistant From battery gases Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohler@ generator distributor for availability. © 2017, 2019 by Kohler Co. All rights reserved. G6-146 3/19c KOHLER. 10 Amp Ba Enclosure Environmental From rain, snow, dust, and dripping Resistant water Battery Connections Lead Length 1.8 m (6 ft.) red and black leads Battery Connections 9.5 mm (3/8 in.) ring terminals AC Power Connections Lead Length 1.8 m (6 ft.) Storage Standard US style 3-prong AC plug Available Options Temperature compensation DISTRIBUTED BY: Industrial Generator Set Accessories KOHLER, 09001 Sound Enclosure with Subbase Fuel Tank Package Sound Enclosure Standard Features • Internal silencer, flexible exhaust connector and rain cap. • Mounts to generator set skid. Steel construction with hinged and removable doors. • Fade-, scratch-, and corrosion -resistant Kohler® Power Armor automotive -grade textured finish. • Enclosure has six large access doors which allow for easy maintenance. • Lockable, flush -mounted door latches. • Air inlet louvers reduce rain entry. • Internal vertical discharge plenum directs air up to reduce noise. • Acoustic insulation that meets UL 94 HF1 flammability classification. • Sound enclosure offering Level 1 or Level 2 around reduction using acoustic insulation. Subbase Fuel Tank Features • The fuel tank has a Power Armor Plus textured epoxy -based rubberized coating. • The above -ground rectangular secondary containment tank mounts directly to the generator set, below the generator set skid (subbase). • Both the inner and outer tanks have emergency relief vents. • Flexible fuel lines are provided with subbase fuel tank selection. • The secondary containment tanks construction protects against fuel leaks or ruptures. The inner (primary) tank is sealed inside the outer (secondary) tank. The outer tank contains the fuel if the inner tank leaks or ruptures. • State tanks with varying capacities are an available option. Florida Dept. of Environmental Protection (FDEP) File No. EQ-634 approved. c.r...., ^ &W A—" AaMRr a two COVAOM ("awl M. "Ul►I twi lapin r" Pv~Ansel lrM Annioblr Q�rfy/\fon 1M/O amra. R.wr�►r1r 6►f.w.��w..1r+ rpDam W Ombf a rpr IN WW%VW ado* pMrtl - W n bmablan M rcu. Nd%C$M FWAWEER �'=� l •:IYYi1 L f 1: lltliiilIIlt: �/ -i 'ti tttrh ®R ' hr. N 4L.- n.1r.�f. Goan .s. d rvorY Gwoww eNm&marolw on** grwow won ftftsmobMOWWOW%.a wroom re1Wfror. Sound Enclosure Features w nog.► nmr. OV: • Heavy-duty formed panels, solid construction. Preassembled package offering corrosion resistant, dent resilient structure mounting directly to the generator set skid. Available in 14 gauge steel. • Power Armor automotive -grade finish resulting in advanced corrosion and abrasion protection as well as enhanced edge coverage and color retention. • Internal exhaust silencer offering maximum component life and operator safety, and includes rain shield and cap. • Note: Installing an additional length of exhaust tail pipe may increase backpressure levels. Please refer to the generator set spec sheet for the maximum backpressure value. • Service access. Multi -personnel doors for easy access to generator set control and servicing of the fuel fill, fuel gauge, oil fill, and battery. • Interchangeable modular panel construction allows design flexibility without compromising building standards. • Bolted panels facilitate service, future modification upgrades, or field replacement. • Cooling/combustion air intake. Weather protective designs using fixed air inlet louvers. Sized for maximum cooling airflow. • Cooling air discharge. Weather protective design featuring vertical air discharge. Exhausts air through a punched air outlet grille. • Heavy-duty formed panels, solid construction. Preassembled package offering corrosion resistant, dent resilient structure mounting directly to the generator set skid. Available in 14 gauge steel. • Power Armor automotive -grade finish resulting in advanced corrosion and abrasion protection as well as enhanced edge coverage and color retention. • Internal exhaust silencer offering maximum component life and operator safety. • Note: Installing an additional length of exhaust tail pipe may increase backpressure levels. Please refer to the generator set spec sheet for the maximum backpressure value. • Service access. Multi -personnel doors for easy access to generator set control and servicing of the fuel fill, fuel gauge, oil fill, and battery. • Interchangeable modular panel construction. Allows complete serviceability or replacement without compromising enclosure design. • Bolted panels facilitate service, future modification upgrades, or field replacement. • Cooling/combustion air intake. Weather protective designs using fixed air inlet louvers. Sized for maximum cooling airflow. • Cooling air discharge. Attenuated models offering an internal vertical discharge scoop that redirects cooling air up and above the enclosure to reduce noise. • Attenuated design using a silencer and acoustic insulation UL 94 HR listed for flame resistance. Weather and Sound Enclosure Options �m o our r mww- r+ovw mee � � ON am � I"wnv. • Extended operation. Usable tank capacities offers full load standby operation of up to 72 hours. • Power Armor Plus textured epoxy -based rubberized coating that creates an ultra -thick barrier between the tank and harsh environmental conditions like humidity, saltwater, and extreme temperatures, and provides advanced corrosion and abrasion protection. • UL listed. Secondary containment generator set base tank meeting UL 142 tank requirements. • NFPA compliant. Designed to comply with the installation standards of NFPA 30 and NFPA 37. • Integral external lift lugs. Enables crane with spreader -bar lifting of the complete package (empty tank, mounted generator set, and enclosure) to ensure safety. • Emergency pressure relief vents. Meets UL requirements; ensures adequate venting of inner and outer tank under extreme pressure and/or emergency conditions. • Normal vent with cap. Vent is raised above lockable fuel fill. • Fuel level sender with fuel level and low and high fuel warning annunciated through the generator set controller. • Leak detection switch. Annunciates a contained primary tank fuel leak condition at generator set control. • Electrical stub -up. Fuel Tank Capacity, L (gal.) Est. Fuel Supply Hours at 60 Hz with Full Load Enclosure and Fuel Tank Length, mm (in.) Enclosure and Fuel Tank Width, mm (in.) Enclosure and Fuel Tank Weight, kg (lb.) Enclosure and Fuel Tank Height, mm (in.) Fuel Tank Height (H), mm (in.) Sound Pressure Level, dB(A) Lift base 0 5520 (217) 1495 (59) 4745 (10460) 2400 (94) 0 (0) 84.7 1771 (468) 12 6714 (264) 1495 (59) 6078 (13399) 2832 (111) 432 (17) 84.7 Lift base 0 5520 (217) 1495 (59) 4346 (9581) 2400 (94) 0 (0) 84.7 1771 (468) 12 6714 (264) 1495 (59) 5679 (12520) 2832 (111) 432 (17) 84.7 Note: Data in table is for reference only, refer to the respective ADV drawings for details. Note: Refer to TIB-114 for generator set sound data. Max. weight includes the generator set (wet) with largest alternator option, enclosure, silencer, and tank (no fuel). Subbase Fuel Tank Awe"* emmo Vow& EnerMcy Ne-►ramie 4c"Cvde t-vowcy her !td lllMeM :tltAfUp a" SOMA *on tall C r9K y "kp oid eeilr 0.1" tar% b� �Rt Oe00t1 p� tow vut Op tat AO Lbo row vo" -� i ^ R �. rLO4 W 41 %0 0 VAllh NoR*3 Pao* AffW ftn' 00 WOJwcap ,tit 1. Now: SmwO6 ift-dmd lard rr*M o#wwo0w W& mod*b am on. Am .:: Y• . KOHLER. Industrial Generator Set Accessories t'n i ype Applicable Models • 180-20ORZXB • 180-20OREZXB • 230-275REOZJE • 300- 50OREOZJ • 350-50OREOZJB • 350- 50OREOZJC • 350-40OREOZJD • 50OREOZVC • 550- 60OREOZVB Description Engine Block Heater Kits Block Heater Kit, Typical Standard Features • UL- C/US listed • CE compliant • Controls for automatic operation • Compact design • Easy to install The engine block heater kit heats the engine coolant in cold ambient, warming the cylinders, oil, and charge air circuit which all help to give a faster starting time. The engine block heater uses thermosiphon action to circulate warm coolant into the engine and supplies constant heating to the engine. The engine block heater helps to extend element life and gives a significant reduction in electrical consumption. The engine block heater has a fixed setting thermostat thatturns ON when the engine coolant temperature reaches 27°C (80° F) and turns OFF when the engine coolant temperature reaches 38°C (100°F). The engine block heater kit is recommended for ambient temperatures below 10°C (50°F). The engine block heater kits are available in 120 V, 208 V, 240 V, and 480 V versions. G6-170 6/20 Block Heater Specifications Heating Fluid Water, Coolant Mix (50% Glycol/50% Water) Thermostat Temperature Range 27° - 38° C (80° -100° F) Temperature High Limit 96°C (205°F) Max. Pressure 125 psi (860 kPa) Inlet/Outlet Plumbing 1 in. NPT System Ingress NEMA 4 Specifications Block Heater Kit Number Component Watts Voltage Phase GM75809- KA1 GM76113 2500 90-120 1 GM75809- KA2 GM76114 2500 190- 208 1 GM75809-KA3 GM76115 2500 210-240 1 GM75809-KA4 GM76116 2500 380-480 1 GM76120- KAII GM76113 2500 90-120 1 GM76120- KA2 GM76114 2500 190- 208 1 GM76120-KA3 GM76115 2500 210-240 1 GM76120-KA4 GM76116 2500 380-480 1 GM79186- KAII GM79182 4000 190- 208 1 GM79186-KA2 GM79183 4000 210-240 1 GM79186-KA3 GM79184 4000 380-480 1 GM79186- KPi GM79182 4000 190- 208 1 GM79186-KP2 GM79183 4000 210-240 1 GM79186-KP3 GM79184 4000 380-480 1 GM79187- KAII GM79182 4000 190- 208 1 GM79187-KA2 GM79183 4000 210-240 1 GM79187-KA3 GM79184 4000 380-480 1 GM79187- KPi GM79182 4000 190- 208 1 GM79187-KP2 GM79183 4000 210-240 1 GM79187-KP3 GM79184 4000 380-480 1 GM84820- KAII GM76113 2500 90-120 1 GM84820- KA2 GM76114 2500 190- 208 1 GM84820-KA3 GM76115 2500 210-240 1 GM84820-KA4 GM76116 2500 380-480 1 G6-170 6/20 KOHLER, Dimensions and Weights CB type block heater size, L x H x W, mm (in): 510 x 132 x 129 (20.1 x 5.2 x 5.1) CL type block heater size, L x H x W, mm (in): 597 x 147 x 158 (23.5 x 5.8 x 6.2) CB type block heater weight, kg (lb): 3(6.9) CL type block heater weight, kg (lb): 4.5(10) KONLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441,Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com do W Thermostat enclosure Outlet Mounting brackets Element assembly 0 Inlet H 0 Tank Drain valve L CB type GM76113 W Thermostat enclosure U Bolts Outlet Inlet H Drain valve Tank J Element assembly L CL type GM79182 Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohler@ generator distributor for availability. DISTRIBUTED BY: © 2020 Kohler Co. All rights reserved. G6-170 6/20 Industrial Generator Set Accessories KOHLER, Integral Voltage Regulator with Kohler® APM603 Controllers and Menu -Driven Selections (80-4000 kW Generator Set Models) X.aLU APM603 Controll*r with Intogral Volta -go Rogulator The voltage regulator is integral to the controller and uses patented high speed digital voltage regulator design providing ±0.25% no-load to full -load regulation using root -mean -square (RMS) voltage sensing. Integral Voltage Requlators with APM603 Voltage Regulators Voltage Regulators The following information provides general features, specifications, and functions of available voltage regulators. This information generally applies to a single generator set and multiple generator sets with paralleling applications. Refer to the respective generator set specification sheet and see your authorized distributor for information regarding specific voltage regulator applications and availability. Calibration Range Settings Default Selection Voltage Adjustment ±10% of System Voltage System Voltage Controller Gain 40 to 70 Hz P: 1.3 I: 1.0 D: 0.25 Underfrequency Unload or 40 to 70 Hz 0.5 Hz Below System Frequency Frequency Setpoint (ECM) Underfrequency Unload Scope 0-10% of Rated Voltage (Volts per 15 Volts per Cycle at 480 Volts Cycle) (3.1 %) Reactive Dropp 0-10% of System Voltage 4% of System Voltage VAR Control -50% to 110% 0 WAR PF Adjust Control -0.50 to 1.0 to 0.50 0.8 Lagging VAR/PF Gain Adjustment P: 0.3 to 3.00 P: 1.0 I: 0.3 to 3.00 I: 1.0 D: 0.3 to 3.00 D: 0.25 Industrial Generator Set Accessories KOHLER, Specification/Feature Integral with APM603 Generator Set Availability 80-500 kW Type Patented Hybrid Design Status and Shutdown Indicators LEDs and Text LCD Display Operating Temperature -40°C to 70°C (-40°F to 158°F) Storage Temperature -40°C to 85°C (-40°F to 185°F) Humidity 5-95% Non -Condensing Circuit Protection Solid -State, Redundant Software and Fuses Sensing, Nominal 100-600 Volts (L-L), 50-60 Hz Sensing Mode RMS, Single- or 3-Phase Input Requirements 8-36 VDC Continuous Output 5.0 ADC with GM88453 Activator Board Maximum Output 7.8 ADC with GM88453 Activator Board Transition Frequency 50-70 Hz Exciter Field Resistance 4-30 Ohms with GM88453 Activator Board No -Load to Full -Load Voltage Regulation ±0.25% Thermal Drift <0.5% (-40°C to 70°C) [-40°F to 158°F] Range Response Time 3-phase: 1 mS 1-phase: 5 mS System Voltage Adjust. ±10% Voltage Adjustment Controller Display Remote Voltage Adjustment Analog 0-5 VDC (±10%) Input Optional Paralleling Capability Full Load Share and Control plus Reactive Droop VAR/PF Control Input VAR Control Mode, PF Control Mode, System VAR Control, System PF Control Voltage Regulators Integral Voltage Regulator with APM6O3 Controller • A 7.5-inch color TFT touchscreen provides access to data. • The controller provides an interface between the generator set and switchgear for paralleling applications incorporating multiple generator set and/or utility feeds. • The controller can control Fast Response TM II, Fast ResponsetTMX, and PMG alternators using the GM88453 activator board. Voltage Regulator Settings, APM603 Controller • Voltage Regulator Configuration Under Frequency Unload Settings Single and Three Phase Sensing Voltage Target Voltage Regulator Gains Paralleling Settings, APM603 • Synchronizing parameters setup Voltage matching Frequency matching Phase matching Time delay • Load sharing kW sharing kVAR sharing Baseload settings Droop Paralleling Metering, APM603 • Paralleling State Paralleling Mode System Voltage System Frequency Connected Generators Sync Status Engine Speed Industrial Generator Set Accessories KOHLER0 Activator Board GM88453 co :fin 9; i• :i sec i • Interfaces between the controller and alternator assembly using rotor field leads, auxiliary power windings, and optic board leads. • Allows the Decision -Maker® controllers the ability to control a wound -field alternator using the same control signal as Fast ResponseTM alternator. • Permits the generator set controller to control the current to the exciter field of a wound -field excited alternator. • Contains two isolated relay driver outputs (RDO) rated at 250 mA. Provides RDO outputs indicating a field over -excitation condition and that the alternator is supplying voltage to the activator. Modbus® is a registered trademark of Schneider Electric. Voltage Regulators KOHLER. Industrial Generator Set Accessories GENERATOR FAULTS SYSTEM STATUS Gvrrrgto =E S Siyply Leed O Hlgh EV. Tmperturoo Dryer*Auto Low UI Pretturo— oSY tam It Wy evr�_ oGe— ".7 O E,-y Stapp oCOmmuriwtwn status Low Fuel — Low CaoMt LaveVAuz— Lo. c — Tmpartureo Low g Vokege— Battery Voltage M�LoI— Battery Chrgr Fa— Common Feuko GENFAAL FAULTS $ o �r Aj/SI[6fT1 ® 0� 0� 0� RSA III GENERATGR FAULTS SYSTEM STATUS GvaroaA— —EPS Supplft LOW High Ep. T.ryerturo— C�Nv[RA"o Lo. Gil Pros =Sy— —dy Gvrepa—Genrata R—g E.rgricy smpo ueo.atmaetian stets: Lo. Futlo Low Cao�t LevWAuzo Lew Coolant Teiryrturoo Lew berki�g Veltage— B.Itay Vakege Mill= Battery Charger Felo s o: Camwn Feulto GENERAL FAULTS em$ Do ATS FeltE o !7. TEST Do°® 0— caNrRGL RSA III with a Single ATS Control O GENERATOR FAULTS BYSTEA9 BTATUB Ovarrark— oEPS Supplykg LOW High Eripm Te.prtwe— oN.N-A . Lox 01 Rweuro— oSy. Reedy ATS�Feult NO=p 1E TAT ® Gvaapaad— =Gemara %.n . E.a Y Stapp—Commriwtcn stet" Low FUN— Lo. Co Level— ATSSFFtwlt N t�� E o �Il TEST Law Caobie Tampaturo— Low Crorknp Vakaga— Battey "tege pf2ol— ATS Fa1t No!7oE — Bettey Cha Fa— 8a U Caaema Fait— TEST rv��wn ra ItNERAL FAULTS Wa^1-�'ppL 0� PbW6P ualowfTl$ ATS F.Jt NooO d'oE — 0� 0- 0� rE3T GGNyRGL RSA III with Four ATS Controls Remote Serial Annunciator III (RSA III) Remote Serial Annunciator III (RSA III) for Kohler® Controllers • Monitors the generator set equipped with one of the following controllers: APM402 Decision-MakerO 3000 APM603 Decision -Maker@ 3500 APM802 Decision-Maker(D 6000 Decision- MakerD 3+ Decision -Maker@ 8000 Decision- Maker(D 550 KPC 1000 • Allows monitoring of the common alarm, remote testing of the automatic transfer switch, and monitoring of the normal/ emergency source for up to four ATS with any of the following controllers: Decision-MakerO MPAC° 750, 1200, and 1500 MPACO 1000 and 1500 • Configuration via a personal computer (PC) software. • Writable surfaces (white boxes in illustrations) for user -defined selections. • Uses Modbus@ RTU protocol. • Controller connections: RS-485 for serial bus network USB port. Connect a personal computer and use Kohlerf SiteTech TM software to view events and adjust settings. 12-/24-volt DC power supply 120/208 VAC power supply (available accessory) • Meets the National Fire Protection Association Standard NFPA 110, Level 1. Dimensions • Dimensions—W x H x D, mm (in.). Surface Mounted: 203x203x83 (8.0x8.0x3.3) Flush Mounted (Inside Wall): 203x203x76 (8.0x8.0x3.0) Flush mounting plate W1: 254 (10.0) * SiteTech" software is available to Kohler authorized distributors and dealers. ModbusO is a registered trademark of Schneider Electric. \WSW �j H H p �W1 �D Surface Mounted �\ Flush Mounted ' G6-139 4/19c Fault and Status Conditions Fault LEDs Fault Horn System Ready LED Generator Running LED Communication Status LED Overcrank Shutdown Red On Red Off Green High Engine Temperature Warning * Yellow On Red Green Green High Engine Temperature Shutdown Red On Red Off Green Low Oil Pressure Warning * Yellow On Red Green Green Low Oil Pressure Shutdown Red On Red Off Green Overspeed Shutdown Red On Red Off Green Emergency Stop * Red On Red Off Green Low Coolant Level/Aux. Shutdown Red On Red Off Green Low Coolant Temperature * Yellow On Red Off Green Low Cranking Voltage Yellow On Red Off Green Low Fuel —Level or Pressure * Yellow On Red Green or Off Green Not -In -Auto Red On Red Green or Off Green Common Fault Red On Green Green or Off Green Battery Charger Fault (1) * Yellow On Red Green or Off Green Battery Charger Fault (2) * Yellow On Green Green or Off Green High Battery Voltage * Yellow Off Green Green or Off Green Low Battery Voltage * Yellow Off Green Green or Off Green User Input #1 (Warning) Yellow Off Green Green or Off Green User Input #1 (Shutdown) Red On Green Off Green User Input #2 (Warning) Yellow Off Green Green or Off Green User Input #2 (Shutdown) Red On Green Off Green User Input #3 (Warning) (1) t Yellow Off Green Green or Off Green User Input #3 (Shutdown) (1) t Red On Green Off Green User Input #4 (Warning) (1) Yellow Off Green Green or Off Green User Input #4 (Shutdown) (1) Red On Green Off Green User Input #5 (Warning) (1) Yellow Off Green Green or Off Green User Input #5 (Shutdown) (1) Red On Green Off Green EPS Supplying Load Yellow Off Green Green Green Communications Status (Fault mode) — Off Green or Red Green or Off Red ATS Fault (RSA III with ATS Controls only) Red On Red or Yellow Green or Off Green Green LEDs appear as steady on when activated. Yellow LEDs slow flash when activated except steady on with EPS supplying load and high battery voltage. Red LEDs slow flash when activated except fast flash with loss of communication and not -in -auto. Specifications • LED indicating lights for status, warning, and/or shutdown. • Power source with circuit protection: 12- or 24-volt DC • Power source with120/208 VAC, 50/60 Hz adapter (option) • Power draw: 200 mA • Humidity range: 0% to 95% noncondensing • Operating temperature range: - 20°C to +70°C (- 4°F to +158°F) • Storage temperature range: - 40°C to +85°C (- 40°F to +185°F) • Standards: o NFPA 110, level 1 o UL 508 recognized o CE directive o NFPA 99 o ENS 61000-4-4 o EN611-4-4 fast transient immunity • RS-485 Modbus@ isolated port @ 9.6/19.2/38.4/57.6 kbps (default is 19.2 kbps) • USB device port • NEMA 1 enclosure (1) All generator set controllers except Decision -Maker® 3+ controller. (2) Decision -Maker@ 3+ controller only. * May require optional kit or user -provided device to enable function and LED indication. Digital input #3 is factory -set for high battery voltage on the Decision -Maker@ 3+ controller. Modbus@ is a registered trademark of Schneider Electric. ATS Controls (RSA III with ATS controls only) • ATS position LED (normal or emergency) • Power source indicator LED (normal or emergency) • ATS fault LED • Key -operated lock/unlock switch for Test feature • Test pushbutton NFPA Requirements • NFPA 110 compliant Engine functions: o High battery voltage warning o High engine temperature shutdown o High engine temperature warning * o Low battery voltage warning * o Low coolant level/aux. shutdown o Low coolant temperature warning * o Low cranking voltage o Low fuel warning (level or pressure) o Low oil pressure shutdown o Low oil pressure warning o Overcrank shutdown o Overspeed shutdown General functions: o Audible alarm silence o Battery charger fault o Lamp test o Master switch not -in -auto G6-139 4/19c Fault and Status LEDs and Lamp Test Switch Alarm Horn. Horn sounds giving a minimum 90 dB at 0.1 m Lamp Test (Switch). Switch tests all the annunciator indicator (0.3 ft.) audible alarm when a warning or shutdown fault LEDs and horn. condition exists except on high/low battery voltage or EPS Low Coolant Level/Aux. LED lights when engine coolant level supplying load. is below acceptable range on radiator -mounted generator sets Alarm Silenced. Red LED on lamp test switch lights when only. When used with a Decision-Maker(D 3+ controller, the LED alarm horn is deactivated by alarm silence switch. indicates low coolant level or an auxiliary fault shutdown. Alarm Silence Switch. Lamp test switch quiets the alarm Requires user -supplied low coolant level switch on remote during servicing. The horn will reactivate upon additional faults. radiator models. ATS Fault. Red LED lights when ATS fails to transfer. Battery Charger Fail. LED lights if battery charger malfunctions. Requires battery charger with alarm contact. Battery Voltage Hi/Lo. LED flashes if battery or charging voltage drops below preset level. LED lights steady if battery voltage exceeds preset level. Common Fault. LED lights when a single or multiple common faults occur. Communication Status. Green LED lights indicating annunciator communications functional. Red LED indicates communication fault. EPS Supplying Load. LED lights when the Emergency Power System (EPS) generator set is supplying the load (APM402, APM603, APM802, and Decision-Maker(D 550, 3000, 3500, 6000, and 8000 controllers) or when transfer switch is in the emergency position (Decision -Maker@ 3+ controller). Emergency Stop. LED lights and engine stops when emergency stop is made. May require a local emergency stop switch on some Decision-Maker(D 3+ controllers. Generator Running. LED lights when generator set is in operation. High Engine Temperature. Red LED lights if engine has shut down because of high engine coolant temperature. Yellow LED lights if engine coolant temperature approaches shutdown range. Requires warning sender on some models. Low Coolant Temperature. LED lights if optional engine block heater malfunctions and/or engine coolant temperature is too low. Requires prealarm sender on some models. Low Cranking Voltage. LED lights if battery voltage drops below preset level during engine cranking. Low Fuel (Level or Pressure). LED lights if fuel level in tank approaches empty with diesel models or fuel pressure is low on gas models. Requires customer -supplied switch. Low Oil Pressure. Red LED lights if generator set shuts down because of insufficient oil pressure. Yellow LED lights if engine oil pressure approaches shutdown range. Requires warning sender on some models. Not In Auto. LED lights when the generator set controller is not set to automatic mode. Overcrank. LED lights and cranking stops if engine does not start in either continuous cranking or cyclic cranking modes. Overspeed. LED lights if generator set shuts down because of overspeed condition. System Ready. Green LED lights when generator set master switch is in AUTO position and the system senses no faults. Red LED indicates system fault. User -Defined Digital Inputs #145. Monitors five digital auxiliary inputs (can be configured as warnings or shutdowns). User -defined digital inputs are selected via the RSA III master for local or remote (generator set or ATS). The user -defined digital input can be assigned via PC using SiteTechT1 setup software. G6-139 4/19c KOHLER8 Accessories ❑ Power source adapter kit 120/208 VAC, 50/60 Hz. ❑ ModbusD/Ethernet converter GM41143-KP2 for serial to Ethernet communication. ❑ Communication module GM32644-KA1 or GM32644-KP1 is required with Decision-MakerO 3+ controllers. Modbus'D is a registered trademark of Schneider Electric. Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local KohlerD generator set distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com DISTRIBUTED BY- © 2014, 2016, 2018, 2019 by Kohler Co. All rights reserved. G6-139 4/19c Model KCS-AMVC-01O4S KOHLER, y KIXI Transfer Switch Standard Features • UL 1008 listed file #E58962 (automatic), #E86894 (non automatic) • CSA certification available • IBC and OSHPD seismic certification available • Available in 2, 3, or 4 pole configurations • Electrically operated, mechanically held mechanism • High withstand and close -on ratings • Design suitable for emergency and standby applications on all classes of load, 100% tungsten rated through 400 amps • Silver alloy main contacts • Gold -flashed engine start contacts rated 2 amps @ 30 VDC/250 VAC • Front -accessible contacts for easy inspection • Front -replaceable main and arcing contacts (800-4000 amps) • Reliable, field -proven solenoid mechanism • Switching mechanisms lubricated for the expected life of the transfer switch • Internal manual operating handle • Main shaft auxiliary position -indicating contacts rated 10 amps @ 32 VDC/250 VAC • NEMA type 1, 12, 3R, 4, and 4X enclosures available • Standard one-year limited warranty. Extended limited warranties are available Standard -Transition Models (KCS) • Standard -transition operation with either automatic or non- automatic control • Standard -transition transfer time less than 100 milliseconds (6 cycles @ 60 Hz) • Double -throw, mechanically interlocked design (break -before - make power contacts) • Solid, switched, or overlapping (make -before -break) neutral Model KCS-AMVC-0104S , continued Decision -Maker® MPAC 1200 Controller • LCD display, 4 lines x 20 characters, backlit • Complete programming and viewing capability at the door using the keypad and LCD display • LED indicators: Source available, transfer switch position, service required (fault), and "not in auto" • Programmable voltage and frequency pickup and dropout settings • Programmable time delays • Programmable generator exerciser • Time -based load control • Two programmable inputs and two programmable outputs • Up to four 1/0 extension modules available • Modbus communication standard • RS-485 communication standard • Ethernet communication optional: For more information about Decision -Maker® MPAC 1200 features and functions, see specification sheet G11-127. Environmental Specifications Operating Temperature -20°C to 70°C (-4°F to 158°F) Storage Temperature -40°C to 85°C (-40°F to 185°F) Humidity 5% to 95% noncondensing Input and Output Connection Specifications Component Wire Size Range Main board 1/0 terminals #12-24 AWG 1/0 module terminals #14-24 AWG Auxiliary Position Indication Contacts (rated 10 Amps @ 32 VDC/250 VAC) Switch Rating, amps Number of Contacts Indicating Normal, Emergency 104 2,2 Model KCS-AMVC-0104S , continued Cable Sizes Note: Cable size data is subject to change. Refer to the transfer switch dimension drawings and wiring diagrams for planning and installation. UL-Listed Solderless Screw -Type Terminals for External Power Connections Range of Wire Sizes, Copper or Aluminum* Switch Rating, Amps Normal, Emergency, and Load (per phase) Neutral (3-pole) Ground 104 (1) #14 AWG to 4/0 AWG (3) #14 to 4/0 (3) #6 to 3/0 * Use 75 degrees C minimum Cu/AI wire for power connections. Withstand and Close -On Ratings (WCR) Maximum current in RMS symmetrical amperes when coordinated with customer -supplied fuses or circuit breakers. All values are available symmetrical RMS amperes and tested in accordance with the withstand and close -on requirements of UL 1008. Application requirements may permit higher withstand ratings for certain size switches. Contact the factory for assistance. Withstand Current Ratings in RMS Symmetrical Amperes Short Time Ratings (sec.)** Current Limiting Fuses Time -Based Rating* 480 V Max. 600 V Max. Switch Rating, Amps Amps @ 480 V Amps @ 600 V Amps, Max. Fuse Class Amps @ 240 V Amps @ 480 V Amps @ 600 V 0.13 0.2 0.3 0.5 0.1 0.13 0.3 0.5 104 200000 35000 200 J 10000 10000 10000 - - - - - - - 104 35000 35000 200 RK1 1 10000 10000 10000 - - - - - - - *Applicable to breakers with instantaneous trip elements. Short time ratings are provided for applications involving breakers that utilize trip delay settings for system selective coordination. Weights and Dimensions See ADV drawings for weights and dimensions. Allow 15% additional weight for packing materials. Model KCS-AMVC-0104S , continued Ratings with Specific Manufacturer's Circuit Breaker The following charts list power switching device withstand and close -on ratings (WCR) in RMS symmetrical amperes for specific manufacturers' circuit breakers. Circuit breakers are supplied by the customer. Molded -Case Circuit Breakers Switch Rating, Amps WCR, Amps, RMS Voltage, Max. Manufacturer Type Max. Size, Amps 104 150000 240 SquareD HR 250 104 125000 240 SquareD HL 150 104 100000 240 SquareD BJ, HJ 125 104 65000 240 SquareD BG, HG 125 104 42000 240 SquareD QG, QJ 125 104 25000 240 SquareD HD 150 104 25000 240 SquareD BD 125 104 22000 480 GE TH E D 150 104 85000 480 SquareD HL, HR 150 104 50000 480 SquareD BJ 125 104 35000 480 SquareD HG, HJ 150 104 35000 480 SquareD BG 125 104 18000 480 SquareD BD, HD 125 104 25000 600 SquareD HJ, HL, HR 150 104 25000 600 SquareD BJ 125 104 18000 600 SquareD HG 150 104 18000 600 SquareD BG 125 104 14000 600 SquareD HD 150 104 14000 600 SquareD BD 125 Model KCS-AMVC-0104S , continued Codes and Standards The ATS meets or exceeds the requirements of the following specifications: • CSA C22.2 No. 178 certification 208-600 VAC available, file LR58301 • EN61000-4-4 Fast Transient Immunity Severity Level 4 • EN61000-4-5 Surge Immunity Class 4 (voltage sensing and programmable inputs only) • EIC Spedifications for EMI/EMC Immunity: o CISPR 11, Radiated Emissions o IEC 1000-4-2, Electrostatic Discharge o IEC 1000-4-3, Radiated Electromagnetic Fields o IEC 1000-4-4, Electrical Fast Transients (Bursts) o IEC 1000-4-5, Surge Voltage o IEC 1000-4-6, Conducted RF Disturbances o IEC 1000-4-8, Magnetic Fields o IEC 1000-4-11, Voltage Dips and Interruptions • IEC 609047-6-1, Low Voltage Switchgear and Control Gear; Multifunction Equipment; Automatic Transfer Switching Equipment • IEEE Standard 446, IEEE Recommended Practice for Emergency and Standby Power Systems for Commercial and Industrial Applications • IEEE 472 (ANSI C37.90A) Ring Wave Test • NEMA Standards ICS 10-2005, Electromechanical AC Transfer Switch Equipment • NFPA 70, National Electrical Code • NFPA 99, Essential Electrical Systems for Health Care Facilities • NFPA 110, Emergency and Standby Power Systems • Seismic certification in accordance with the International Building Code is available. (Accessory kit is required for seismic certification) o IBC 2000, referencing ASCE 7-98 and ICC AC-156 o IBC 2003, referencing ASCE 7-02 and ICC AC-156 o IBC 2006, referencing ASCE 7-05 and ICC AC-156 o IBC 2009, referencing ASCE 7-05 and ICC AC-156 o IBC 2012, referencing ASCE 7-10 and ICC AC-156 • California OSHPD approval is available. (Accessory kit required.) • Underwriters Laboratories UL 1008, Standard for Automatic Transfer Switches for Use in Emergency Standby Systems for #E58962 (automatic), #E86894 (nonautomatic) KCS-AMVC-0104S , continued Accessories Accessories are available either factory -installed or as loose kits, unless otherwise noted. Padlockable User Interface Cover Export Packaging • With or without window • Cover without window standard on NEMA 3R enclosures Warranty Model KCS-AMVC-0104S , continued Model Designation ^`-1 f� 1 . . . . l �1 �. J Lr Rtcotd Ta :re 61tf -FmMh me 3ol doslQ-atkti ii the boars. The trarnf(-! sob:h 8Rodcl Wsignsticn dOncs cltaractwit ka arul ratirur *%.)y:lein..l tookMr. Samplo Model Oeai9noR on: KCS-ONTA-0400B Model K •:c♦w. Mechanism C SkvvJad'A-y Erva►rrf Trankkirxt 1' 1'tc�rarrmacf G (k4: t;c rcoer A WcdonJM2lw4 NM 1200, Au4:.raoc 6 Docc+on +N:I.vA NFAC 1200. Non AA,Amnw 0 Ovcc*on AA wA NF*C 1500. A ft"tbc I Dwceson M0 vA NPA-C 15N. NavAuacn»bc vcaA!P rnyurnty 0 ?ot Voaz.f 00 Hr O ?2'0 vow 601t: F 240 Vbb! 60 Hz G 380 V ab! 60 He H 400 Vbb-, 50 Hs J 416 Vbb., 50 He K 440 Volt 601 t: m. 4w VCft 601 t: N! 600 Volb -60 Ht P. 3W Vc4b 160 Hz R: 220 Vct� , 60 He Nuenbtw u Pulcs'61res N. 2 Poiw2.'3 VO v w3 . Sold v T 3 Poin, 4 Wrv:, SAd Nw-t•ri V. 4 Po v:; 4 Wrv:, Svvtx6*d N*tnn W. 4 Pbev:A Wrv:. O%wbpt*-q Nvo.&*l Oftelowww A NI ILA 1 1) t41 NA 4 0 NOVA 1? 1 NI VA AX C:• M UA 0H (i CPSn Ualt Current. Amps Om 0280 1200 OOv 0260 1600 0104 0400 2000 0160 Oew Zoo Q?00 0tli00 30V W2!$ low 4000 Cmr-joclifun S E2aicia-1 F Frc.rt 04.0:1 a►: ZO'.0 o-.p vnM Nob:::un* sobcttots wro act nrALatio sx evorj rrmoi Contad your Kchtec cU1-txA:f 1:r *AwA ttfcy. KOHLER. Automatic Transfer Switch Controller KOHLER Model KCS with Decision -Maker@ MPAC 1200 Controller Applicable Models Model Description KCS Standard -Transition Any Breaker ATS # KCP Programmed -Transition Any Breaker ATS KCC Closed -Transition Any Breaker ATS § KSS Standard -Transition Specific Breaker ATS $ Available with automatic or non -automatic controller § Available with automatic controller only Decision -Maker@ MPAC 1200 Decision -Maker@ MPAC 1200 Controller Standard Features • Microprocessor -based controller • Environmentally sealed user interface • LCD display, 4 lines x 20 characters, backlit • Dynamic function keypad with tactile feedback pushbuttons allows complete programming and viewing capability at the door • LED indicators: Source available, transfer switch position, service required (fault), and not in auto • Broadrange voltage sensing (208- 600 VAC) on all phases • Phase -to -phase sensing and monitoring with 0.5% accuracy on both sources • Line -to -neutral monitoring • Frequency sensing with 0.5% accuracy on both sources • Anti -single phasing protection • Phase rotation sensing for three-phase systems • Real-time clock with automatic adjust for daylight saving time and leap year • Run time clock and operation counter • Time -stamped event log • Fail-safe transfer for loaded test and exercise functions • DIP switches: password disable and maintenance • Isolated RS-485 ports for Modbus connections (9.6, 19.2, and 57.6 kbps) • Modbus(D RTU protocol (Modbus register map available) • USB port. Connect a personal computer and use Kohler(D SiteTech rM software to view events and adjust settings. • Available in automatic and non -automatic versions; see supervised transfer control switch on page 5 Programmable Features • Programming and monitoring methods: o Monitoring and password -protected programming at the door using the keypad and display o Program using a PC with KohlerO SiteTech- software (available to Kohler -authorized distributors and dealers) • Over/undervoltage for all phases of the normal and emergency sources • Over/underfrequency for the emergency source • Adjustable time delays • Load/no load/auto-load test and load/no-load exercise functions • Programmable inputs and outputs • Load bank control for exercise or test • Time -based load control, nine individual time delays for selected loads • In -phase monitor (3-phase only) • Password protection, three security levels • See pages 2 and 3 for additional programmable features * SiteTech software is available to Kohler -authorized distributors and dealers. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Pagel Decision -Maker® MPAC 1200 Controller Features User Interface LED Indicators • Contactor position: source N and source E • Source available: source N and source E • Service required (fault indication) • Not in automatic mode LCD Display • System status • Line -to -line voltage • Line -to -neutral voltage • Active time delays • Source frequency • Preferred source selection • System settings • Common alarms • Load current, each phase (current sensing kit required) • Inputs and outputs • Faults • Time/date • Address • Event history • Maintenance records • Exerciser schedule • Exerciser mode • Time remaining on active exercise Dynamic Function Tactile Keypad Operations • Scroll up/down/forward/back • Increase/decrease/save settings • End time delay • Start/end test or exercise • Reset fault • Lamp test DIP Switches • Maintenance mode • Password disable Event History • View time and date -stamped events on the display or on a personal computer equipped with Kohler@ SiteTech'M software. * • Download complete event history files using Kohler SiteTech software and a PC connected to the USB port. * Main Logic Board Inputs and Outputs • Two (2) programmable inputs • Two (2) programmable outputs Communications • Optional Ethernet communications with RJ45 connector for 10/100 Ethernet connection • Isolated RS-485 ports for Modbus communications • Modbus@ RTU and Modbus(D TCP/IP protocols (Modbus'D register map available) • USB Port. Use SiteTech software to upload or download files and adjust transfer switch settings o Application software o Event history files o Language files o Parameter settings o Usage reports o Feature configuration Programmable Features • System voltage, 208- 600 VAC t • System frequency, 50/60 Hz 1- • Single/three-phase operation t • Standard/programmed/closed-transition operation # • Preferred source selection allows the normal or emergency source to be used when both sources are available (alarm module required) • Phase rotation: ABC/BAC/none selection with error detection • Overvoltage and undervoltage pickup and dropout settings, both sources • Overfrequency and underfrequency pickup and dropout settings, Emergency source • Voltage unbalance, enable/disable • In -phase monitor: enable/disable and phase angle • Transfer commit/no commit • Passwords, system and test • Time, date, automatic daylight saving time enable/disable • Time delays (see table) • Exerciser: calendar mode, loaded/unloaded up to 21 events • Test: loaded/unloaded/auto load (1- 60 minutes) • Remote test: loaded/unloaded • Automatic override on generator failure (loaded test and exercise) • Peak shave delay enable/disable • Current monitoring (current sensing kit required) • Load control pre/post-transfer delays, 9 individual time delays for selected loads • Resettable historical data * SiteTech software is available to Kohler -authorized distributors and dealers. t System parameters are factory -set per order. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Page 2 Decision -Maker@ MPAC 1200 Controller Features, Continued Programmable Inputs • Forced transfer to OFF (programmed -transition models only; requires load shed accessory) • Inhibit transfer • Low battery voltage (external battery supply module required) • Peak shave/area protection input • Remote common fault • Remote test • Remote end time delay • Remotely monitored inputs, four (4) available Programmable Outputs • Alarm silenced • Audible alarm • Chicago alarm control • Common alarm events • Contactor position • Exercise active • Failure to acquire standby source • Failure to transfer • Generator engine start, source E • 1/0 module faults • In -phase monitor synch • Load bank control • Load control active (pre/post transfer delay, up to 9 outputs) • Loss of phase fault, source N and E • Low battery fault (external battery supply module required) • Maintenance mode • Non -emergency transfer • Not in automatic mode • Over/undervoltage faults, source N and E • Peak shave/area protection active • Phase rotation error, source N and E • Preferred source supplying load • Software -controlled relay outputs (four maximum) • Source available, preferred and standby • Standby source supplying load • Test active • Transfer switch auxiliary contact fault • Transfer switch auxiliary contact open • Voltage unbalance, source N and E Voltage and Frequency Sensing Parameter Default Adjustment Range Undervoltage dropout 90% of pickup 75%- 98% Undervoltage pickup 90% of nominal 85%-100% Overvoltage dropout * 115% of nominal* 106%-135% Overvoltage pickup 95% of dropout 95%-100% Unbalance enable Disable Enable/Disable Unbalance dropout 20% 5%-20% Unbalance pickup 10% 3%-18% Voltage dropout time 0.5 sec. 0.1- 9.9 sec. Underfrequency dropout t 99% of pickup 95%- 99% Underfrequency pickup t 90% of nominal 80%- 95% Overfrequency dropout t 101 % of pickup 101 %-115% Overfrequency pickup t 110% of nominal 105%-120% Frequency dropout time t 3 sec. 0.1-15 sec. * 690 volts, maximum. Default = 110% for 600 volt applications. t Emergency source only Adjustable Time Delays Time Delay Default Adjustment Range Engine start 3 sec. 0- 6 sec. t Engine cooldown 5 min. 0- 60 min. Fail to acquire standby source 1 min. Transfer, preferred to standby 3 sec. Transfer, standby to preferred 15 min. Transfer, off to standby 1 sec. 1 sec. - 60 min. Transfer, off to preferred 1 sec. Fail to synchronize 60 sec. 10 sec - 15 min. Auto load test termination after transfer 1 sec. 1 sec. 60 min. Load Control Time Delays: Pretransfer to preferred 0 sec. 0- 60 min. Post -transfer to preferred 0 sec. Pretransfer to standby 0 sec. Post -transfer to standby 0 sec. Note: Time delays are adjustable in 1 second increments, except as noted. t Engine start time delay can be extended to 60 minutes with an External Battery Supply Module Kit. G11-127 (MPAC 1200) 1/21C Page 3 Accessory Modules The mounting kit holds up to five optional modules. ❑ Alarm Module Module Current Draw Specifications, mA Alarm Module 75 Standard 1/0 Module 75 High Power 1/0 Module 100 Maximum Total Current * 300 * If an External Battery Module is installed, there restriction. is no current ❑ Standard Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 6 Contact Type Form C (SPDT) Contact Voltage Rating 2 A @ 30 VDC 500 mA @ 125 VAC Connection Type Terminal Strip Wire Size #14- 24 AWG ❑ High -Power Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 3 Contact Type Form C (SPDT) Contact Voltage Rating 12A@24VDC 12 A @ 250 VAC 10A@277VAC 2A9480VAC Connection Type Terminal Strip Wire Size #14-24 AWG Environmental Specifications Temperature -40°C to 85°C (-40oF to 185°F) Humidity 35% to 85% noncondensing • 90 dB Audible alarm • Any alarm function can be programmed to trigger the audible alarm • Chicago alarm function • Preferred source selection • Supervised transfer control (supervised transfer control switch required) • Connection for external alarm External Alarm Connection Specifications Wire Size #12- 22 AWG Cu Contact Voltage Rating 500 mA @ 120 VAC 250 mA @ 240 VAC ❑ External Battery Supply Module • Energizes the ATS controls using an external battery when no source power is available • Allows extended engine start time delays • Allows the use of any combination of accessory modules (no current draw restriction, maximum of five modules total) • Connects to one or two batteries, 12 VDC or 24 VDC system • Current draw, 140 mA @ 12 VDC, 86 mA @ 24 VDC • Provides low external battery voltage indication to the transfer switch controller • Reverse -polarity protected G11-127 (MPAC 1200) 1/21c Page 4 Other Controller Accessories Accessories are available either factory -installed or as loose ❑ Load Shed Kit kits, unless otherwise noted. • Forced transfer from Emergency to OFF for ❑ Controller Disconnect Switch programmed -transition and closed -transition models • Disconnects power to the controller without disconnecting • Customer -supplied signal (contact closure) is required for the load the forced transfer to OFF function • Mounts inside the enclosure • Factory -installed and loose kits available for models KCC and KCP ❑ Current Sensing Kit • Monitor current on all phases with 1 % accuracy ❑ Digital Meter • Measure and display voltage, current, frequency, and power • 35 programmable alarms • LCD display, 67 x 62.5 mm (2.65 x 2.5 in.) • Pushbutton operation • Password- protected programming menus • Two digital inputs • Two digital outputs • Two Form A relay outputs • Serial port for optional network connections • Data logging • Factory- installed ❑ Ethernet Communications • RJ-45 connector • Supports Internet Protocol version 4 (IPv4) • Supports Modbus TCP/IP protocol • Factory -installed only for other programmed -transition and closed -transition models ❑ Padlockable User Interface Cover • Provides additional protection against unauthorized access • Cover standard on NEMA 3R enclosures ❑ RSA III Remote Serial Annunciator • Monitors the generator set • Monitors ATS common alarm, Normal source, and Emergency source status and connection • Allows remote testing of the ATS • For more information about RSA III features and functions, see specification sheet G6-139 ❑ Supervised Transfer Control Switch • Standard on models with non -automatic controls • Optional for models with automatic controls • Auto, manual, and transfer positions • Automatic and non -automatic modes • Alarm module required Supervised Transfer Control Switch Operation for Automatic and Non -Automatic Transfer Switches Switch Position Automatic Switches Non -Automatic Switches AUTO • Automatically transfers to the standby source, when available, if the preferred source is lost. • Transfers back to the preferred source when it becomes available. MANUAL • Automatically transfers to an available source if • Does not automatically transfer to an available the connected source is lost. source when the connected source is lost. • Test, peak shave, and loaded exercise commands • Test, peak shave, and loaded exercise commands will transfer to the standby source. are ignored. • Does not automatically transfer back to preferred • Does not automatically transfer back to preferred when both sources are available. when both sources are available. • Transfers only when the switch is manually moved to the TRANSFER position as described below. TRANSFER • Does not initiate an engine start sequence. Generator set engine must be signalled to start by an event (momentary such as a loss of utility, loaded test, loaded exercise, etc. switch position) • Allows transfer to the other source, if available. An event such as a loss of utility, loaded exercise, or loaded test must first initiate the transfer sequence. • Time delays will operate. Wait for time delays to expire, or press the End Time Delay button. • Operates pre- and post -transfer load control time delays if both sources are available. • MANUAL TRANSFER is displayed when the ATS is ready to transfer. G11-127 (MPAC 1200) 1/21c Page 5 KOHLERS Environmental Specifications Operating Temperature 20oC to 70oC ( 4°F to 158°F) Storage Temperature 40oC to 85°C ( 40°F to 185°F) Humidity 5% to 95% noncondensing Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohlere Power Systems distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com Main Board 1/0 Specifications Output contact type Isolated form C (SPDT) Output contact rating 1 amp @ 30 VDC, 500 mA @120 VAC 1/0 terminals wire size #12- 24 AWG DISTRIBUTED BY- © 2014 Kohler Co. All rights reserved. G11-127 (MPAC 1200) 1/21c Page 6 Model KCS-AMVC-O6O0S KOHLER, y KIXI Transfer Switch Standard Features • UL 1008 listed file #E58962 (automatic), #E86894 (non automatic) • CSA certification available • IBC and OSHPD seismic certification available • Available in 2, 3, or 4 pole configurations • Electrically operated, mechanically held mechanism • High withstand and close -on ratings • Design suitable for emergency and standby applications on all classes of load, 100% tungsten rated through 400 amps • Silver alloy main contacts • Gold -flashed engine start contacts rated 2 amps @ 30 VDC/250 VAC • Front -accessible contacts for easy inspection • Front -replaceable main and arcing contacts (800-4000 amps) • Reliable, field -proven solenoid mechanism • Switching mechanisms lubricated for the expected life of the transfer switch • Internal manual operating handle • Main shaft auxiliary position -indicating contacts rated 10 amps @ 32 VDC/250 VAC • NEMA type 1, 12, 3R, 4, and 4X enclosures available • Standard one-year limited warranty. Extended limited warranties are available Standard -Transition Models (KCS) • Standard -transition operation with either automatic or non- automatic control • Standard -transition transfer time less than 100 milliseconds (6 cycles @ 60 Hz) • Double -throw, mechanically interlocked design (break -before - make power contacts) • Solid, switched, or overlapping (make -before -break) neutral Model KCS-AMVC-0600S , continued Decision -Maker® MPAC 1200 Controller • LCD display, 4 lines x 20 characters, backlit • Complete programming and viewing capability at the door using the keypad and LCD display • LED indicators: Source available, transfer switch position, service required (fault), and "not in auto" • Programmable voltage and frequency pickup and dropout settings • Programmable time delays • Programmable generator exerciser • Time -based load control • Two programmable inputs and two programmable outputs • Up to four 1/0 extension modules available • Modbus communication standard • RS-485 communication standard • Ethernet communication optional: For more information about Decision -Maker® MPAC 1200 features and functions, see specification sheet G11-127. Environmental Specifications Operating Temperature -20°C to 70°C (-4°F to 158°F) Storage Temperature -40°C to 85°C (-40°F to 185°F) Humidity 5% to 95% noncondensing Input and Output Connection Specifications Component Wire Size Range Main board 1/0 terminals #12-24 AWG 1/0 module terminals #14-24 AWG Auxiliary Position Indication Contacts (rated 10 Amps @ 32 VDC/250 VAC) Switch Rating, amps Number of Contacts Indicating Normal, Emergency 600 8,8 Model KCS-AMVC-0600S , continued Cable Sizes Note: Cable size data is subject to change. Refer to the transfer switch dimension drawings and wiring diagrams for planning and installation. UL-Listed Solderless Screw -Type Terminals for External Power Connections Range of Wire Sizes, Copper or Aluminum* Switch Rating, Amps Normal, Emergency, and Load (per phase) Neutral (3-pole) Ground 600 (2) #2 AWG to 600 KCMIL (6) #2 AWG to 600 KCMIL (3) #4 AWG to 600 KCMIL or (6) 1/0 - to 250 KCMIL * Use 75 degrees C minimum Cu/AI wire for power connections. Withstand and Close -On Ratings (WCR) Maximum current in RMS symmetrical amperes when coordinated with customer -supplied fuses or circuit breakers. All values are available symmetrical RMS amperes and tested in accordance with the withstand and close -on requirements of UL 1008. Application requirements may permit higher withstand ratings for certain size switches. Contact the factory for assistance. Withstand Current Ratings in RMS Symmetrical Amperes Short Time Ratings (sec.)** Current Limiting Fuses Time -Based Rating* 480 V Max. 600 V Max. Switch Amps @ Amps @ Amps, Fuse Amps @ Amps @ Amps @ 0.13 0.2 0.3 0.5 0.1 0.13 0.3 0.5 Rating, 480 V 600 V Max. Class 240 V 480 V 600 V Amps 600 200000 200000 600 J 65000 42,000** * 35000 - - - - - - - 600 200000 200000 800 L 65000 42,000** * 35000 - - - - - - - *Applicable to breakers with instantaneous trip elements. ** Short time ratings are provided for applications involving breakers that utilize trip delay settings for system selective coordination. *** Applicable to 2-pole, 3-pole, and conventional 4-pole switches only. Overlapping neutral switches have "any" breaker ratings of 35,000 A, 0.050 seconds at 480 V. Weights and Dimensions See ADV drawings for weights and dimensions. Allow 15% additional weight for packing materials. Model KCS-AMVC-0600S , continued Ratings with Specific Manufacturer's Circuit Breaker The following charts list power switching device withstand and close -on ratings (WCR) in RMS symmetrical amperes for specific manufacturers' circuit breakers. Circuit breakers are supplied by the customer. Molded -Case Circuit Breakers Switch Rating, WCR, Amps, RMS Voltage, Max. Manufacturer Type Max. Size, Amps Amps 600 50000 480 Eaton/Cutler JGH, JGC, HFG, LFG 250 Hammer 600 50000 480 Eaton/Cutler HLD, CHLD, LDC, CLDC, LGH*, LGC*, 600 Hammer LGU*, LGX* 600 50000 480 Eaton/Cutler MDL, CMDL, HMDL, CHMDL, NGS, NGH, 800 Hammer NGC, NGU, MDLB, CMDLB, NF 600 50000 480 GE TBC6, TJL4V, TJL1S- 6S, SGL1, SGL4, 600 SGL6, SGP1, SGP4, SGP6,FGN,FGH,FGL,FGP 600 50000 480 GE TBC8, TKL4V, TKH8S- 12S, TKL8S- 12S, 800 SKH8, SKL8, SKP8, TB8 600 50000 480 Siemens/ITE HLD6, HLXD6, SHLD6, HHLD6, HHLXD6, 600 CLD6, SCLD6, HLG, LLG 600 50000 480 Siemens/ITE LMD6, LMXD6, HLMD6, HLMXD6, MD6, 800 MXD6, HMD6, HMXD6, SMD6, SHMD6, CMD6, SCMD6, HMG, LMG 600 50000 480 Siemens/ITE HND6, HNXD6, SND6, SHND6, ND6, 1200 NXD6, HNG, LNG, CND6 600 50000 480 SquareD LC, DJ, DL, LI, NSJ600 600 600 50000 480 SquareD CK800N, CK800NN, MJ 800 600 42000 600 Eaton/Cutler JGC 250 Hammer 600 42000 600 Eaton/Cutler TBC4 400 Hammer 600 42000 600 Eaton/Cutler LDC, CLDC 600 Hammer 600 42000 600 GE TBC6, SGL1, SGL4, SGL6, SGP1, SGP4, 600 SGP6, FGP 600 42000 600 GE TBC8, TKL4V, TKL8S-12S, SKL8, SKP8 800 600 42000 600 GE SKL12, SKP12 1200 600 42000 600 Siemens/ITE HHLD6, HHLXD6, CLD6, SCLD6 600 600 42000 600 Siemens/ITE HLMD6, HLMXD6, HMXD6, SHMD6, 800 HMD6, CMD6, SCMD6, LMG 600 42000 600 Siemens/ITE HND6, HNXD6, HNG, LNG, SHND6 1200 Model KCS-AMVC-0600S , continued 600 50000 480 GE SKL12, SK12P 1200 600 50000 480 SquareD MH, CK1200N, CK1200NN, CK1200H, CK1200HH, NT- H, NT-L1,NT-L,NT- LF,PK,PJ,PL 1200 600 50000 480 SquareD CM2000HH 2O00 600 50000 480 SquareD CM2500HH 2500 600 42000 600 SquareD LI 600 600 42000 600 SquareD CK800H, CK800HH 800 600 42000 600 SquareD CK1000HL 1000 600 42000 600 SquareD CK1200H, CK1200HH, NT- H, NT- L, NT- LF, NT- L1, MasterPact STIR 28D, PK 1200 600 65000 240 GE THQMV 225 600 65000 240 GE SGL1, SGL4, SGL6, SGP1, SGP4, SGP6 600 600 65000 240 Eaton/Cutler Hammer LDC, CLDC, HLD, CHLD 600 600 65000 240 Siemens/ITE HLD6, HLXD6 600 600 65000 240 SquareD QG, QJ 250 600 65000 240 SquareD LJ, LL, LR 600 600 50000 480 Eaton/Cutler Hammer JGH, JGC, HFG, LFG 250 Model KCS-AMVC-0600S , continued Codes and Standards The ATS meets or exceeds the requirements of the following specifications: • CSA C22.2 No. 178 certification 208-600 VAC available, file LR58301 • EN61000-4-4 Fast Transient Immunity Severity Level 4 • EN61000-4-5 Surge Immunity Class 4 (voltage sensing and programmable inputs only) • EIC Spedifications for EMI/EMC Immunity: o CISPR 11, Radiated Emissions o IEC 1000-4-2, Electrostatic Discharge o IEC 1000-4-3, Radiated Electromagnetic Fields o IEC 1000-4-4, Electrical Fast Transients (Bursts) o IEC 1000-4-5, Surge Voltage o IEC 1000-4-6, Conducted RF Disturbances o IEC 1000-4-8, Magnetic Fields o IEC 1000-4-11, Voltage Dips and Interruptions • IEC 609047-6-1, Low Voltage Switchgear and Control Gear; Multifunction Equipment; Automatic Transfer Switching Equipment • IEEE Standard 446, IEEE Recommended Practice for Emergency and Standby Power Systems for Commercial and Industrial Applications • IEEE 472 (ANSI C37.90A) Ring Wave Test • NEMA Standards ICS 10-2005, Electromechanical AC Transfer Switch Equipment • NFPA 70, National Electrical Code • NFPA 99, Essential Electrical Systems for Health Care Facilities • NFPA 110, Emergency and Standby Power Systems • Seismic certification in accordance with the International Building Code is available. (Accessory kit is required for seismic certification) o IBC 2000, referencing ASCE 7-98 and ICC AC-156 o IBC 2003, referencing ASCE 7-02 and ICC AC-156 o IBC 2006, referencing ASCE 7-05 and ICC AC-156 o IBC 2009, referencing ASCE 7-05 and ICC AC-156 o IBC 2012, referencing ASCE 7-10 and ICC AC-156 • California OSHPD approval is available. (Accessory kit required.) • Underwriters Laboratories UL 1008, Standard for Automatic Transfer Switches for Use in Emergency Standby Systems for #E58962 (automatic), #E86894 (nonautomatic) KCS-AMVC-0600S , continued Accessories Accessories are available either factory -installed or as loose kits, unless otherwise noted. Padlockable User Interface Cover Export Packaging • With or without window • Cover without window standard on NEMA 3R enclosures Warranty Model KCS-AMVC-0600S , continued Model Designation ^`-1 f� 1 . . . . l �1 �. J Lr Rtcotd Ta :re 61tf -FmMh me 3ol doslQ-atkti ii the boars. The trarnf(-! sob:h 8Rodcl Wsignsticn dOncs cltaractwit ka arul ratirur *%.)y:lein..l tookMr. Samplo Model Oeai9noR on: KCS-ONTA-0400B Model K •:c♦w. Mechanism C SkvvJad'A-y Erva►rrf Trankkirxt 1' 1'tc�rarrmacf G (k4: t;c rcoer A WcdonJM2lw4 NM 1200, Au4:.raoc 6 Docc+on +N:I.vA NFAC 1200. Non AA,Amnw 0 Ovcc*on AA wA NF*C 1500. A ft"tbc I Dwceson M0 vA NPA-C 15N. NavAuacn»bc vcaA!P rnyurnty 0 ?ot Voaz.f 00 Hr O ?2'0 vow 601t: F 240 Vbb! 60 Hz G 380 V ab! 60 He H 400 Vbb-, 50 Hs J 416 Vbb., 50 He K 440 Volt 601 t: m. 4w VCft 601 t: N! 600 Volb -60 Ht P. 3W Vc4b 160 Hz R: 220 Vct� , 60 He Nuenbtw u Pulcs'61res N. 2 Poiw2.'3 VO v w3 . Sold v T 3 Poin, 4 Wrv:, SAd Nw-t•ri V. 4 Po v:; 4 Wrv:, Svvtx6*d N*tnn W. 4 Pbev:A Wrv:. O%wbpt*-q Nvo.&*l Oftelowww A NI ILA 1 1) t41 NA 4 0 NOVA 1? 1 NI VA AX C:• M UA 0H (i CPSn Ualt Current. Amps Om 0280 1200 OOv 0260 1600 0104 0400 2000 0160 Oew Zoo Q?00 0tli00 30V W2!$ low 4000 Cmr-joclifun S E2aicia-1 F Frc.rt 04.0:1 a►: ZO'.0 o-.p vnM Nob:::un* sobcttots wro act nrALatio sx evorj rrmoi Contad your Kchtec cU1-txA:f 1:r *AwA ttfcy. KOHLER. Automatic Transfer Switch Controller KOHLER Model KCS with Decision -Maker@ MPAC 1200 Controller Applicable Models Model Description KCS Standard -Transition Any Breaker ATS # KCP Programmed -Transition Any Breaker ATS KCC Closed -Transition Any Breaker ATS § KSS Standard -Transition Specific Breaker ATS $ Available with automatic or non -automatic controller § Available with automatic controller only Decision -Maker@ MPAC 1200 Decision -Maker@ MPAC 1200 Controller Standard Features • Microprocessor -based controller • Environmentally sealed user interface • LCD display, 4 lines x 20 characters, backlit • Dynamic function keypad with tactile feedback pushbuttons allows complete programming and viewing capability at the door • LED indicators: Source available, transfer switch position, service required (fault), and not in auto • Broadrange voltage sensing (208- 600 VAC) on all phases • Phase -to -phase sensing and monitoring with 0.5% accuracy on both sources • Line -to -neutral monitoring • Frequency sensing with 0.5% accuracy on both sources • Anti -single phasing protection • Phase rotation sensing for three-phase systems • Real-time clock with automatic adjust for daylight saving time and leap year • Run time clock and operation counter • Time -stamped event log • Fail-safe transfer for loaded test and exercise functions • DIP switches: password disable and maintenance • Isolated RS-485 ports for Modbus connections (9.6, 19.2, and 57.6 kbps) • Modbus(D RTU protocol (Modbus register map available) • USB port. Connect a personal computer and use Kohler(D SiteTech rM software to view events and adjust settings. • Available in automatic and non -automatic versions; see supervised transfer control switch on page 5 Programmable Features • Programming and monitoring methods: o Monitoring and password -protected programming at the door using the keypad and display o Program using a PC with KohlerO SiteTech- software (available to Kohler -authorized distributors and dealers) • Over/undervoltage for all phases of the normal and emergency sources • Over/underfrequency for the emergency source • Adjustable time delays • Load/no load/auto-load test and load/no-load exercise functions • Programmable inputs and outputs • Load bank control for exercise or test • Time -based load control, nine individual time delays for selected loads • In -phase monitor (3-phase only) • Password protection, three security levels • See pages 2 and 3 for additional programmable features * SiteTech software is available to Kohler -authorized distributors and dealers. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Pagel Decision -Maker® MPAC 1200 Controller Features User Interface LED Indicators • Contactor position: source N and source E • Source available: source N and source E • Service required (fault indication) • Not in automatic mode LCD Display • System status • Line -to -line voltage • Line -to -neutral voltage • Active time delays • Source frequency • Preferred source selection • System settings • Common alarms • Load current, each phase (current sensing kit required) • Inputs and outputs • Faults • Time/date • Address • Event history • Maintenance records • Exerciser schedule • Exerciser mode • Time remaining on active exercise Dynamic Function Tactile Keypad Operations • Scroll up/down/forward/back • Increase/decrease/save settings • End time delay • Start/end test or exercise • Reset fault • Lamp test DIP Switches • Maintenance mode • Password disable Event History • View time and date -stamped events on the display or on a personal computer equipped with Kohler@ SiteTech'M software. * • Download complete event history files using Kohler SiteTech software and a PC connected to the USB port. * Main Logic Board Inputs and Outputs • Two (2) programmable inputs • Two (2) programmable outputs Communications • Optional Ethernet communications with RJ45 connector for 10/100 Ethernet connection • Isolated RS-485 ports for Modbus communications • Modbus@ RTU and Modbus(D TCP/IP protocols (Modbus'D register map available) • USB Port. Use SiteTech software to upload or download files and adjust transfer switch settings o Application software o Event history files o Language files o Parameter settings o Usage reports o Feature configuration Programmable Features • System voltage, 208- 600 VAC t • System frequency, 50/60 Hz 1- • Single/three-phase operation t • Standard/programmed/closed-transition operation # • Preferred source selection allows the normal or emergency source to be used when both sources are available (alarm module required) • Phase rotation: ABC/BAC/none selection with error detection • Overvoltage and undervoltage pickup and dropout settings, both sources • Overfrequency and underfrequency pickup and dropout settings, Emergency source • Voltage unbalance, enable/disable • In -phase monitor: enable/disable and phase angle • Transfer commit/no commit • Passwords, system and test • Time, date, automatic daylight saving time enable/disable • Time delays (see table) • Exerciser: calendar mode, loaded/unloaded up to 21 events • Test: loaded/unloaded/auto load (1- 60 minutes) • Remote test: loaded/unloaded • Automatic override on generator failure (loaded test and exercise) • Peak shave delay enable/disable • Current monitoring (current sensing kit required) • Load control pre/post-transfer delays, 9 individual time delays for selected loads • Resettable historical data * SiteTech software is available to Kohler -authorized distributors and dealers. t System parameters are factory -set per order. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Page 2 Decision -Maker@ MPAC 1200 Controller Features, Continued Programmable Inputs • Forced transfer to OFF (programmed -transition models only; requires load shed accessory) • Inhibit transfer • Low battery voltage (external battery supply module required) • Peak shave/area protection input • Remote common fault • Remote test • Remote end time delay • Remotely monitored inputs, four (4) available Programmable Outputs • Alarm silenced • Audible alarm • Chicago alarm control • Common alarm events • Contactor position • Exercise active • Failure to acquire standby source • Failure to transfer • Generator engine start, source E • 1/0 module faults • In -phase monitor synch • Load bank control • Load control active (pre/post transfer delay, up to 9 outputs) • Loss of phase fault, source N and E • Low battery fault (external battery supply module required) • Maintenance mode • Non -emergency transfer • Not in automatic mode • Over/undervoltage faults, source N and E • Peak shave/area protection active • Phase rotation error, source N and E • Preferred source supplying load • Software -controlled relay outputs (four maximum) • Source available, preferred and standby • Standby source supplying load • Test active • Transfer switch auxiliary contact fault • Transfer switch auxiliary contact open • Voltage unbalance, source N and E Voltage and Frequency Sensing Parameter Default Adjustment Range Undervoltage dropout 90% of pickup 75%- 98% Undervoltage pickup 90% of nominal 85%-100% Overvoltage dropout * 115% of nominal* 106%-135% Overvoltage pickup 95% of dropout 95%-100% Unbalance enable Disable Enable/Disable Unbalance dropout 20% 5%-20% Unbalance pickup 10% 3%-18% Voltage dropout time 0.5 sec. 0.1- 9.9 sec. Underfrequency dropout t 99% of pickup 95%- 99% Underfrequency pickup t 90% of nominal 80%- 95% Overfrequency dropout t 101 % of pickup 101 %-115% Overfrequency pickup t 110% of nominal 105%-120% Frequency dropout time t 3 sec. 0.1-15 sec. * 690 volts, maximum. Default = 110% for 600 volt applications. t Emergency source only Adjustable Time Delays Time Delay Default Adjustment Range Engine start 3 sec. 0- 6 sec. t Engine cooldown 5 min. 0- 60 min. Fail to acquire standby source 1 min. Transfer, preferred to standby 3 sec. Transfer, standby to preferred 15 min. Transfer, off to standby 1 sec. 1 sec. - 60 min. Transfer, off to preferred 1 sec. Fail to synchronize 60 sec. 10 sec - 15 min. Auto load test termination after transfer 1 sec. 1 sec. 60 min. Load Control Time Delays: Pretransfer to preferred 0 sec. 0- 60 min. Post -transfer to preferred 0 sec. Pretransfer to standby 0 sec. Post -transfer to standby 0 sec. Note: Time delays are adjustable in 1 second increments, except as noted. t Engine start time delay can be extended to 60 minutes with an External Battery Supply Module Kit. G11-127 (MPAC 1200) 1/21C Page 3 Accessory Modules The mounting kit holds up to five optional modules. ❑ Alarm Module Module Current Draw Specifications, mA Alarm Module 75 Standard 1/0 Module 75 High Power 1/0 Module 100 Maximum Total Current * 300 * If an External Battery Module is installed, there restriction. is no current ❑ Standard Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 6 Contact Type Form C (SPDT) Contact Voltage Rating 2 A @ 30 VDC 500 mA @ 125 VAC Connection Type Terminal Strip Wire Size #14- 24 AWG ❑ High -Power Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 3 Contact Type Form C (SPDT) Contact Voltage Rating 12A@24VDC 12 A @ 250 VAC 10A@277VAC 2A9480VAC Connection Type Terminal Strip Wire Size #14-24 AWG Environmental Specifications Temperature -40°C to 85°C (-40oF to 185°F) Humidity 35% to 85% noncondensing • 90 dB Audible alarm • Any alarm function can be programmed to trigger the audible alarm • Chicago alarm function • Preferred source selection • Supervised transfer control (supervised transfer control switch required) • Connection for external alarm External Alarm Connection Specifications Wire Size #12- 22 AWG Cu Contact Voltage Rating 500 mA @ 120 VAC 250 mA @ 240 VAC ❑ External Battery Supply Module • Energizes the ATS controls using an external battery when no source power is available • Allows extended engine start time delays • Allows the use of any combination of accessory modules (no current draw restriction, maximum of five modules total) • Connects to one or two batteries, 12 VDC or 24 VDC system • Current draw, 140 mA @ 12 VDC, 86 mA @ 24 VDC • Provides low external battery voltage indication to the transfer switch controller • Reverse -polarity protected G11-127 (MPAC 1200) 1/21c Page 4 Other Controller Accessories Accessories are available either factory -installed or as loose ❑ Load Shed Kit kits, unless otherwise noted. • Forced transfer from Emergency to OFF for ❑ Controller Disconnect Switch programmed -transition and closed -transition models • Disconnects power to the controller without disconnecting • Customer -supplied signal (contact closure) is required for the load the forced transfer to OFF function • Mounts inside the enclosure • Factory -installed and loose kits available for models KCC and KCP ❑ Current Sensing Kit • Monitor current on all phases with 1 % accuracy ❑ Digital Meter • Measure and display voltage, current, frequency, and power • 35 programmable alarms • LCD display, 67 x 62.5 mm (2.65 x 2.5 in.) • Pushbutton operation • Password- protected programming menus • Two digital inputs • Two digital outputs • Two Form A relay outputs • Serial port for optional network connections • Data logging • Factory- installed ❑ Ethernet Communications • RJ-45 connector • Supports Internet Protocol version 4 (IPv4) • Supports Modbus TCP/IP protocol • Factory -installed only for other programmed -transition and closed -transition models ❑ Padlockable User Interface Cover • Provides additional protection against unauthorized access • Cover standard on NEMA 3R enclosures ❑ RSA III Remote Serial Annunciator • Monitors the generator set • Monitors ATS common alarm, Normal source, and Emergency source status and connection • Allows remote testing of the ATS • For more information about RSA III features and functions, see specification sheet G6-139 ❑ Supervised Transfer Control Switch • Standard on models with non -automatic controls • Optional for models with automatic controls • Auto, manual, and transfer positions • Automatic and non -automatic modes • Alarm module required Supervised Transfer Control Switch Operation for Automatic and Non -Automatic Transfer Switches Switch Position Automatic Switches Non -Automatic Switches AUTO • Automatically transfers to the standby source, when available, if the preferred source is lost. • Transfers back to the preferred source when it becomes available. MANUAL • Automatically transfers to an available source if • Does not automatically transfer to an available the connected source is lost. source when the connected source is lost. • Test, peak shave, and loaded exercise commands • Test, peak shave, and loaded exercise commands will transfer to the standby source. are ignored. • Does not automatically transfer back to preferred • Does not automatically transfer back to preferred when both sources are available. when both sources are available. • Transfers only when the switch is manually moved to the TRANSFER position as described below. TRANSFER • Does not initiate an engine start sequence. Generator set engine must be signalled to start by an event (momentary such as a loss of utility, loaded test, loaded exercise, etc. switch position) • Allows transfer to the other source, if available. An event such as a loss of utility, loaded exercise, or loaded test must first initiate the transfer sequence. • Time delays will operate. Wait for time delays to expire, or press the End Time Delay button. • Operates pre- and post -transfer load control time delays if both sources are available. • MANUAL TRANSFER is displayed when the ATS is ready to transfer. G11-127 (MPAC 1200) 1/21c Page 5 KOHLERS Environmental Specifications Operating Temperature 20oC to 70oC ( 4°F to 158°F) Storage Temperature 40oC to 85°C ( 40°F to 185°F) Humidity 5% to 95% noncondensing Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohlere Power Systems distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com Main Board 1/0 Specifications Output contact type Isolated form C (SPDT) Output contact rating 1 amp @ 30 VDC, 500 mA @120 VAC 1/0 terminals wire size #12- 24 AWG DISTRIBUTED BY- © 2014 Kohler Co. All rights reserved. G11-127 (MPAC 1200) 1/21c Page 6 Model KCS-AMVC-OO7OS KOHLER, y KIXI Transfer Switch Standard Features • UL 1008 listed file #E58962 (automatic), #E86894 (non automatic) • CSA certification available • IBC and OSHPD seismic certification available • Available in 2, 3, or 4 pole configurations • Electrically operated, mechanically held mechanism • High withstand and close -on ratings • Design suitable for emergency and standby applications on all classes of load, 100% tungsten rated through 400 amps • Silver alloy main contacts • Gold -flashed engine start contacts rated 2 amps @ 30 VDC/250 VAC • Front -accessible contacts for easy inspection • Front -replaceable main and arcing contacts (800-4000 amps) • Reliable, field -proven solenoid mechanism • Switching mechanisms lubricated for the expected life of the transfer switch • Internal manual operating handle • Main shaft auxiliary position -indicating contacts rated 10 amps @ 32 VDC/250 VAC • NEMA type 1, 12, 3R, 4, and 4X enclosures available • Standard one-year limited warranty. Extended limited warranties are available Standard -Transition Models (KCS) • Standard -transition operation with either automatic or non- automatic control • Standard -transition transfer time less than 100 milliseconds (6 cycles @ 60 Hz) • Double -throw, mechanically interlocked design (break -before - make power contacts) • Solid, switched, or overlapping (make -before -break) neutral Model KCS-AMVC-0070S , continued Decision -Maker® MPAC 1200 Controller • LCD display, 4 lines x 20 characters, backlit • Complete programming and viewing capability at the door using the keypad and LCD display • LED indicators: Source available, transfer switch position, service required (fault), and "not in auto" • Programmable voltage and frequency pickup and dropout settings • Programmable time delays • Programmable generator exerciser • Time -based load control • Two programmable inputs and two programmable outputs • Up to four 1/0 extension modules available • Modbus communication standard • RS-485 communication standard • Ethernet communication optional: For more information about Decision -Maker® MPAC 1200 features and functions, see specification sheet G11-127. Environmental Specifications Operating Temperature -20°C to 70°C (-4°F to 158°F) Storage Temperature -40°C to 85°C (-40°F to 185°F) Humidity 5% to 95% noncondensing Input and Output Connection Specifications Component Wire Size Range Main board 1/0 terminals #12-24 AWG 1/0 module terminals #14-24 AWG Auxiliary Position Indication Contacts (rated 10 Amps @ 32 VDC/250 VAC) Switch Rating, amps Number of Contacts Indicating Normal, Emergency 70 2,2 Model KCS-AMVC-0070S , continued Cable Sizes Note: Cable size data is subject to change. Refer to the transfer switch dimension drawings and wiring diagrams for planning and installation. UL-Listed Solderless Screw -Type Terminals for External Power Connections Range of Wire Sizes, Copper or Aluminum* Switch Rating, Amps Normal, Emergency, and Load (per phase) Neutral (3-pole) Ground 70 (1) #14 AWG to 4/0 AWG (3) #14 to 4/0 (3) #6 to 3/0 * Use 75 degrees C minimum Cu/AI wire for power connections. Withstand and Close -On Ratings (WCR) Maximum current in RMS symmetrical amperes when coordinated with customer -supplied fuses or circuit breakers. All values are available symmetrical RMS amperes and tested in accordance with the withstand and close -on requirements of UL 1008. Application requirements may permit higher withstand ratings for certain size switches. Contact the factory for assistance. Withstand Current Ratings in RMS Symmetrical Amperes Short Time Ratings (sec.)** Current Limiting Fuses Time -Based Rating* 480 V Max. 600 V Max. Switch Rating, Amps Amps @ 480 V Amps @ 600 V Amps, Max. Fuse Class Amps @ 240 V Amps @ 480 V Amps @ 600 V 0.13 0.2 0.3 0.5 0.1 0.13 0.3 0.5 70 200000 35000 200 J 10000 10000 10000 - - - - - - - 70 35000 35000 200 RK1 1 10000 10000 10000 - - - - - - - *Applicable to breakers with instantaneous trip elements. Short time ratings are provided for applications involving breakers that utilize trip delay settings for system selective coordination. Weights and Dimensions See ADV drawings for weights and dimensions. Allow 15% additional weight for packing materials. Model KCS-AMVC-0070S , continued Ratings with Specific Manufacturer's Circuit Breaker The following charts list power switching device withstand and close -on ratings (WCR) in RMS symmetrical amperes for specific manufacturers' circuit breakers. Circuit breakers are supplied by the customer. Molded -Case Circuit Breakers Switch Rating, Amps WCR, Amps, RMS Voltage, Max. Manufacturer Type Max. Size, Amps 70 150000 240 SquareD HR 250 70 125000 240 SquareD HL 150 70 100000 240 SquareD BJ, HJ 125 70 65000 240 SquareD BG, HG 125 70 42000 240 SquareD QG, QJ 90 70 25000 240 SquareD HD 150 70 25000 240 SquareD BD 125 70 85000 480 SquareD HL, HR 150 70 50000 480 SquareD BJ 125 70 35000 480 SquareD HG, HJ 150 70 35000 480 SquareD BG 125 70 18000 480 SquareD BD, HD 125 70 25000 600 SquareD HJ, HL, HR 150 70 25000 600 SquareD BJ 125 70 18000 600 SquareD HG 150 70 18000 600 SquareD BG 125 70 14000 600 SquareD HD 150 70 14000 600 SquareD BD 125 70 22000 480 GE TH E D 90 Model KCS-AMVC-0070S , continued Codes and Standards The ATS meets or exceeds the requirements of the following specifications: • CSA C22.2 No. 178 certification 208-600 VAC available, file LR58301 • EN61000-4-4 Fast Transient Immunity Severity Level 4 • EN61000-4-5 Surge Immunity Class 4 (voltage sensing and programmable inputs only) • EIC Spedifications for EMI/EMC Immunity: o CISPR 11, Radiated Emissions o IEC 1000-4-2, Electrostatic Discharge o IEC 1000-4-3, Radiated Electromagnetic Fields o IEC 1000-4-4, Electrical Fast Transients (Bursts) o IEC 1000-4-5, Surge Voltage o IEC 1000-4-6, Conducted RF Disturbances o IEC 1000-4-8, Magnetic Fields o IEC 1000-4-11, Voltage Dips and Interruptions • IEC 609047-6-1, Low Voltage Switchgear and Control Gear; Multifunction Equipment; Automatic Transfer Switching Equipment • IEEE Standard 446, IEEE Recommended Practice for Emergency and Standby Power Systems for Commercial and Industrial Applications • IEEE 472 (ANSI C37.90A) Ring Wave Test • NEMA Standards ICS 10-2005, Electromechanical AC Transfer Switch Equipment • NFPA 70, National Electrical Code • NFPA 99, Essential Electrical Systems for Health Care Facilities • NFPA 110, Emergency and Standby Power Systems • Seismic certification in accordance with the International Building Code is available. (Accessory kit is required for seismic certification) o IBC 2000, referencing ASCE 7-98 and ICC AC-156 o IBC 2003, referencing ASCE 7-02 and ICC AC-156 o IBC 2006, referencing ASCE 7-05 and ICC AC-156 o IBC 2009, referencing ASCE 7-05 and ICC AC-156 o IBC 2012, referencing ASCE 7-10 and ICC AC-156 • California OSHPD approval is available. (Accessory kit required.) • Underwriters Laboratories UL 1008, Standard for Automatic Transfer Switches for Use in Emergency Standby Systems for #E58962 (automatic), #E86894 (nonautomatic) KCS-AMVC-0070S , continued Accessories Accessories are available either factory -installed or as loose kits, unless otherwise noted. Padlockable User Interface Cover Export Packaging • With or without window • Cover without window standard on NEMA 3R enclosures Warranty Model KCS-AMVC-0070S , continued Model Designation ^`-1 f� 1 . . . . l �1 �. J Lr Rtcotd Ta :re 61tf -FmMh me 3ol doslQ-atkti ii the boars. The trarnf(-! sob:h 8Rodcl Wsignsticn dOncs cltaractwit ka arul ratirur *%.)y:lein..l tookMr. Samplo Model Oeai9noR on: KCS-ONTA-0400B Model K •:c♦w. Mechanism C SkvvJad'A-y Erva►rrf Trankkirxt 1' 1'tc�rarrmacf G (k4: t;c rcoer A WcdonJM2lw4 NM 1200, Au4:.raoc 6 Docc+on +N:I.vA NFAC 1200. Non AA,Amnw 0 Ovcc*on AA wA NF*C 1500. A ft"tbc I Dwceson M0 vA NPA-C 15N. NavAuacn»bc vcaA!P rnyurnty 0 ?ot Voaz.f 00 Hr O ?2'0 vow 601t: F 240 Vbb! 60 Hz G 380 V ab! 60 He H 400 Vbb-, 50 Hs J 416 Vbb., 50 He K 440 Volt 601 t: m. 4w VCft 601 t: N! 600 Volb -60 Ht P. 3W Vc4b 160 Hz R: 220 Vct� , 60 He Nuenbtw u Pulcs'61res N. 2 Poiw2.'3 VO v w3 . Sold v T 3 Poin, 4 Wrv:, SAd Nw-t•ri V. 4 Po v:; 4 Wrv:, Svvtx6*d N*tnn W. 4 Pbev:A Wrv:. O%wbpt*-q Nvo.&*l Oftelowww A NI ILA 1 1) t41 NA 4 0 NOVA 1? 1 NI VA AX C:• M UA 0H (i CPSn Ualt Current. Amps Om 0280 1200 OOv 0260 1600 0104 0400 2000 0160 Oew Zoo Q?00 0tli00 30V W2!$ low 4000 Cmr-joclifun S E2aicia-1 F Frc.rt 04.0:1 a►: ZO'.0 o-.p vnM Nob:::un* sobcttots wro act nrALatio sx evorj rrmoi Contad your Kchtec cU1-txA:f 1:r *AwA ttfcy. KOHLER. Automatic Transfer Switch Controller KOHLER Model KCS with Decision -Maker@ MPAC 1200 Controller Applicable Models Model Description KCS Standard -Transition Any Breaker ATS # KCP Programmed -Transition Any Breaker ATS KCC Closed -Transition Any Breaker ATS § KSS Standard -Transition Specific Breaker ATS $ Available with automatic or non -automatic controller § Available with automatic controller only Decision -Maker@ MPAC 1200 Decision -Maker@ MPAC 1200 Controller Standard Features • Microprocessor -based controller • Environmentally sealed user interface • LCD display, 4 lines x 20 characters, backlit • Dynamic function keypad with tactile feedback pushbuttons allows complete programming and viewing capability at the door • LED indicators: Source available, transfer switch position, service required (fault), and not in auto • Broadrange voltage sensing (208- 600 VAC) on all phases • Phase -to -phase sensing and monitoring with 0.5% accuracy on both sources • Line -to -neutral monitoring • Frequency sensing with 0.5% accuracy on both sources • Anti -single phasing protection • Phase rotation sensing for three-phase systems • Real-time clock with automatic adjust for daylight saving time and leap year • Run time clock and operation counter • Time -stamped event log • Fail-safe transfer for loaded test and exercise functions • DIP switches: password disable and maintenance • Isolated RS-485 ports for Modbus connections (9.6, 19.2, and 57.6 kbps) • Modbus(D RTU protocol (Modbus register map available) • USB port. Connect a personal computer and use Kohler(D SiteTech rM software to view events and adjust settings. • Available in automatic and non -automatic versions; see supervised transfer control switch on page 5 Programmable Features • Programming and monitoring methods: o Monitoring and password -protected programming at the door using the keypad and display o Program using a PC with KohlerO SiteTech- software (available to Kohler -authorized distributors and dealers) • Over/undervoltage for all phases of the normal and emergency sources • Over/underfrequency for the emergency source • Adjustable time delays • Load/no load/auto-load test and load/no-load exercise functions • Programmable inputs and outputs • Load bank control for exercise or test • Time -based load control, nine individual time delays for selected loads • In -phase monitor (3-phase only) • Password protection, three security levels • See pages 2 and 3 for additional programmable features * SiteTech software is available to Kohler -authorized distributors and dealers. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Pagel Decision -Maker® MPAC 1200 Controller Features User Interface LED Indicators • Contactor position: source N and source E • Source available: source N and source E • Service required (fault indication) • Not in automatic mode LCD Display • System status • Line -to -line voltage • Line -to -neutral voltage • Active time delays • Source frequency • Preferred source selection • System settings • Common alarms • Load current, each phase (current sensing kit required) • Inputs and outputs • Faults • Time/date • Address • Event history • Maintenance records • Exerciser schedule • Exerciser mode • Time remaining on active exercise Dynamic Function Tactile Keypad Operations • Scroll up/down/forward/back • Increase/decrease/save settings • End time delay • Start/end test or exercise • Reset fault • Lamp test DIP Switches • Maintenance mode • Password disable Event History • View time and date -stamped events on the display or on a personal computer equipped with Kohler@ SiteTech'M software. * • Download complete event history files using Kohler SiteTech software and a PC connected to the USB port. * Main Logic Board Inputs and Outputs • Two (2) programmable inputs • Two (2) programmable outputs Communications • Optional Ethernet communications with RJ45 connector for 10/100 Ethernet connection • Isolated RS-485 ports for Modbus communications • Modbus@ RTU and Modbus(D TCP/IP protocols (Modbus'D register map available) • USB Port. Use SiteTech software to upload or download files and adjust transfer switch settings o Application software o Event history files o Language files o Parameter settings o Usage reports o Feature configuration Programmable Features • System voltage, 208- 600 VAC t • System frequency, 50/60 Hz 1- • Single/three-phase operation t • Standard/programmed/closed-transition operation # • Preferred source selection allows the normal or emergency source to be used when both sources are available (alarm module required) • Phase rotation: ABC/BAC/none selection with error detection • Overvoltage and undervoltage pickup and dropout settings, both sources • Overfrequency and underfrequency pickup and dropout settings, Emergency source • Voltage unbalance, enable/disable • In -phase monitor: enable/disable and phase angle • Transfer commit/no commit • Passwords, system and test • Time, date, automatic daylight saving time enable/disable • Time delays (see table) • Exerciser: calendar mode, loaded/unloaded up to 21 events • Test: loaded/unloaded/auto load (1- 60 minutes) • Remote test: loaded/unloaded • Automatic override on generator failure (loaded test and exercise) • Peak shave delay enable/disable • Current monitoring (current sensing kit required) • Load control pre/post-transfer delays, 9 individual time delays for selected loads • Resettable historical data * SiteTech software is available to Kohler -authorized distributors and dealers. t System parameters are factory -set per order. Modbus is a registered trademark of Schneider Electric. G11-127 (MPAC 1200) 1/21c Page 2 Decision -Maker@ MPAC 1200 Controller Features, Continued Programmable Inputs • Forced transfer to OFF (programmed -transition models only; requires load shed accessory) • Inhibit transfer • Low battery voltage (external battery supply module required) • Peak shave/area protection input • Remote common fault • Remote test • Remote end time delay • Remotely monitored inputs, four (4) available Programmable Outputs • Alarm silenced • Audible alarm • Chicago alarm control • Common alarm events • Contactor position • Exercise active • Failure to acquire standby source • Failure to transfer • Generator engine start, source E • 1/0 module faults • In -phase monitor synch • Load bank control • Load control active (pre/post transfer delay, up to 9 outputs) • Loss of phase fault, source N and E • Low battery fault (external battery supply module required) • Maintenance mode • Non -emergency transfer • Not in automatic mode • Over/undervoltage faults, source N and E • Peak shave/area protection active • Phase rotation error, source N and E • Preferred source supplying load • Software -controlled relay outputs (four maximum) • Source available, preferred and standby • Standby source supplying load • Test active • Transfer switch auxiliary contact fault • Transfer switch auxiliary contact open • Voltage unbalance, source N and E Voltage and Frequency Sensing Parameter Default Adjustment Range Undervoltage dropout 90% of pickup 75%- 98% Undervoltage pickup 90% of nominal 85%-100% Overvoltage dropout * 115% of nominal* 106%-135% Overvoltage pickup 95% of dropout 95%-100% Unbalance enable Disable Enable/Disable Unbalance dropout 20% 5%-20% Unbalance pickup 10% 3%-18% Voltage dropout time 0.5 sec. 0.1- 9.9 sec. Underfrequency dropout t 99% of pickup 95%- 99% Underfrequency pickup t 90% of nominal 80%- 95% Overfrequency dropout t 101 % of pickup 101 %-115% Overfrequency pickup t 110% of nominal 105%-120% Frequency dropout time t 3 sec. 0.1-15 sec. * 690 volts, maximum. Default = 110% for 600 volt applications. t Emergency source only Adjustable Time Delays Time Delay Default Adjustment Range Engine start 3 sec. 0- 6 sec. t Engine cooldown 5 min. 0- 60 min. Fail to acquire standby source 1 min. Transfer, preferred to standby 3 sec. Transfer, standby to preferred 15 min. Transfer, off to standby 1 sec. 1 sec. - 60 min. Transfer, off to preferred 1 sec. Fail to synchronize 60 sec. 10 sec - 15 min. Auto load test termination after transfer 1 sec. 1 sec. 60 min. Load Control Time Delays: Pretransfer to preferred 0 sec. 0- 60 min. Post -transfer to preferred 0 sec. Pretransfer to standby 0 sec. Post -transfer to standby 0 sec. Note: Time delays are adjustable in 1 second increments, except as noted. t Engine start time delay can be extended to 60 minutes with an External Battery Supply Module Kit. G11-127 (MPAC 1200) 1/21C Page 3 Accessory Modules The mounting kit holds up to five optional modules. ❑ Alarm Module Module Current Draw Specifications, mA Alarm Module 75 Standard 1/0 Module 75 High Power 1/0 Module 100 Maximum Total Current * 300 * If an External Battery Module is installed, there restriction. is no current ❑ Standard Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 6 Contact Type Form C (SPDT) Contact Voltage Rating 2 A @ 30 VDC 500 mA @ 125 VAC Connection Type Terminal Strip Wire Size #14- 24 AWG ❑ High -Power Input/Output Module Inputs Available Inputs 2 Input Definition Contact closure Current 5 mA Max Connection Type Terminal Strip Wire Size #14- 24 AWG Max Distance 700 feet Outputs Outputs Available 3 Contact Type Form C (SPDT) Contact Voltage Rating 12A@24VDC 12 A @ 250 VAC 10A@277VAC 2A9480VAC Connection Type Terminal Strip Wire Size #14-24 AWG Environmental Specifications Temperature -40°C to 85°C (-40oF to 185°F) Humidity 35% to 85% noncondensing • 90 dB Audible alarm • Any alarm function can be programmed to trigger the audible alarm • Chicago alarm function • Preferred source selection • Supervised transfer control (supervised transfer control switch required) • Connection for external alarm External Alarm Connection Specifications Wire Size #12- 22 AWG Cu Contact Voltage Rating 500 mA @ 120 VAC 250 mA @ 240 VAC ❑ External Battery Supply Module • Energizes the ATS controls using an external battery when no source power is available • Allows extended engine start time delays • Allows the use of any combination of accessory modules (no current draw restriction, maximum of five modules total) • Connects to one or two batteries, 12 VDC or 24 VDC system • Current draw, 140 mA @ 12 VDC, 86 mA @ 24 VDC • Provides low external battery voltage indication to the transfer switch controller • Reverse -polarity protected G11-127 (MPAC 1200) 1/21c Page 4 Other Controller Accessories Accessories are available either factory -installed or as loose ❑ Load Shed Kit kits, unless otherwise noted. • Forced transfer from Emergency to OFF for ❑ Controller Disconnect Switch programmed -transition and closed -transition models • Disconnects power to the controller without disconnecting • Customer -supplied signal (contact closure) is required for the load the forced transfer to OFF function • Mounts inside the enclosure • Factory -installed and loose kits available for models KCC and KCP ❑ Current Sensing Kit • Monitor current on all phases with 1 % accuracy ❑ Digital Meter • Measure and display voltage, current, frequency, and power • 35 programmable alarms • LCD display, 67 x 62.5 mm (2.65 x 2.5 in.) • Pushbutton operation • Password- protected programming menus • Two digital inputs • Two digital outputs • Two Form A relay outputs • Serial port for optional network connections • Data logging • Factory- installed ❑ Ethernet Communications • RJ-45 connector • Supports Internet Protocol version 4 (IPv4) • Supports Modbus TCP/IP protocol • Factory -installed only for other programmed -transition and closed -transition models ❑ Padlockable User Interface Cover • Provides additional protection against unauthorized access • Cover standard on NEMA 3R enclosures ❑ RSA III Remote Serial Annunciator • Monitors the generator set • Monitors ATS common alarm, Normal source, and Emergency source status and connection • Allows remote testing of the ATS • For more information about RSA III features and functions, see specification sheet G6-139 ❑ Supervised Transfer Control Switch • Standard on models with non -automatic controls • Optional for models with automatic controls • Auto, manual, and transfer positions • Automatic and non -automatic modes • Alarm module required Supervised Transfer Control Switch Operation for Automatic and Non -Automatic Transfer Switches Switch Position Automatic Switches Non -Automatic Switches AUTO • Automatically transfers to the standby source, when available, if the preferred source is lost. • Transfers back to the preferred source when it becomes available. MANUAL • Automatically transfers to an available source if • Does not automatically transfer to an available the connected source is lost. source when the connected source is lost. • Test, peak shave, and loaded exercise commands • Test, peak shave, and loaded exercise commands will transfer to the standby source. are ignored. • Does not automatically transfer back to preferred • Does not automatically transfer back to preferred when both sources are available. when both sources are available. • Transfers only when the switch is manually moved to the TRANSFER position as described below. TRANSFER • Does not initiate an engine start sequence. Generator set engine must be signalled to start by an event (momentary such as a loss of utility, loaded test, loaded exercise, etc. switch position) • Allows transfer to the other source, if available. An event such as a loss of utility, loaded exercise, or loaded test must first initiate the transfer sequence. • Time delays will operate. Wait for time delays to expire, or press the End Time Delay button. • Operates pre- and post -transfer load control time delays if both sources are available. • MANUAL TRANSFER is displayed when the ATS is ready to transfer. G11-127 (MPAC 1200) 1/21c Page 5 KOHLERS Environmental Specifications Operating Temperature 20oC to 70oC ( 4°F to 158°F) Storage Temperature 40oC to 85°C ( 40°F to 185°F) Humidity 5% to 95% noncondensing Availability is subject to change without notice. Kohler Co. reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. Contact your local Kohlere Power Systems distributor for availability. KOHLER CO., Kohler, Wisconsin 53044 USA Phone 920-457-4441, Fax 920-459-1646 For the nearest sales and service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com Main Board 1/0 Specifications Output contact type Isolated form C (SPDT) Output contact rating 1 amp @ 30 VDC, 500 mA @120 VAC 1/0 terminals wire size #12- 24 AWG DISTRIBUTED BY- © 2014 Kohler Co. All rights reserved. G11-127 (MPAC 1200) 1/21c Page 6 KOHLER, KOHLER, TECHNICAL INFORMATION BULLETIN Alternator Data Sheet Alternator Model: 5M4027 TIB-102 11QUATTATHWO Kilowatt ratings at ........... 1800 RPM ------ - - - ------------ 60 Hertz ...................... 12 Leads kW kVA) [ 3 Phase 10.8 Power Factor Dripproof or open Enclosure . ............ ........ ................ 777777 TANDOY".". ....... ......... Voltage* NEMA SISO'C NEMA F / 105'C NEMA H 1225 -C NEMA F / 230'C NEMA H I ISO Ic 240f4 -0 Z20/440 440(5503 . ......... .......... 41G (5131 500(625) 460 JS75j 515(6") 49516061 515(644) S01)(6215) 560(700) 520(650) 2.081416 400(5001 44S(S56) 470(588) 475(594) 505(631) 200/400 382(4781 427(534) 4411551) 443 ISS4) 469 1574) 190/38D 360(450) 405(506) 1 40511511M 1 40S(506) 405(506) Q Rite by resistape mexhcd.Mil--,td-70s. Mettx;,� 680.1b, 20 Ma - Nine rated lac Max Amhjen-cf40*C, Max AftiftJda.33CC it Submittal Data: MO Voks; i, .515 kW, 6" k VA, 0.9 F., ISDO RPM, 60 H2, 3 Phase Iffigh Wye CONNECTION W111-std-7058 Motlwd Description Value Units MH-SW-705C Method Description value Units 30L1b Insulation Resistance >1,5 Meg Ofirns 505.3b Overspeed 2250 RPNIT HCh Potential Test 507,1C Phase 5equence CCW.-ODE ABC 302.1a Main Stator 1960 volts. 509.1c Voltage Balance, L-L or L•N 0.2% Main flatol . . ......... ................ . EXCIteT.Stator 1500 Volts ... ...... . 1500 Volts 601.4a L-L Harmonic Max -Total Vistortion rartar) 5.0% Exciter Rotor 1500 Volts 601.4a L-1. Harmonic Max - Singlip. 3.0% PMG Stator 1500 volts 15031c Deviation Factor 510% 401.1a Stator Resistance, Line to Line High Wye Connection 0.012613 Ohms T11` jj19C0 <50 ... rtir -------------- - --- - --- <2% Rotor Resistance 0.398 Ohms Exciter Stator 23 011mr. Exciter Rotor 0.045 Ohms PMG Stator Ohms 410.1a -2.1 No Load Exciter Field Amps at 480 Volts Line to Line 0.7 A DC Additional Prototype Mfl-Std Methods are Available an Raguest. 420.1a Short Circuit Ratio 01591 421.1a Xcl Synchronous Reactance 2.670 PU 0.956 ohms - Generator Frame 572 - Type Magnamax 422-1a X2 Negative Sequence React. 0.226 PU 0,081 Ohms Insulation Class 14 Coupling - Single Bearing Flexible 42.3-1a XO Zero Sequence Reactance 0.056 PU 0.020 ohms Arnolisseur Windings Full Regulated, Brust0ess 425.1a ................. X'd1ransient Reactance, 0.162 PU 0.058 Ohms Voltage Regulator 2 IDVR?OWr+ Voltage Regulation 10-25% 426.1a X"d Subtransient Reactance 0.237 PU 0.049 ohms Xq Quadrature Synchronous Reactance 1.100 PU 0.394 Ohms COON% Mr Volume 1520 CFM ....... bleat EeJection rat,- 2033 rjtu'S/rnLn 427.1a T L d Transient Short Circuit Time Constant 0,114 See Full load current 774.3 Amps Minimum input hP requifed 738.3 HP 428.1a T"d Subtransient Short Circuit Time Constant 0.01 See Full load torque 2153 Lb-ft Efficiency at rated load: 93.5% 430.1a T'do'l'ransient Open Circuit Time Constant 1.68 See .................... 432-1a Ta Short Circuit Time Constant of Arn-rature Winding 0.017 see lWeight 12840 lbs * Voltage refers to wye (star) connection, unless otherwise specified. The generator set manufacturer reserves the right to change the design or specifications without notice and without any obligation or liability whatsoever. @ 2015 Kohler Co. All rights reserved. 5M4027 60 Hz 9/20y TIB-102 Alternator Model: 5M4027 12-MAR-19 TYPICAL DYNAMIC CHARACTERISTICS I 0.0 0a - ddd • la TO lO �i fp MO i 0 •:u i�0. � I» �. �. kW 1 c.wd a pOl(a rc.% load NhC11ia C 20. US . S — x x w w _ ,e0 DOe 200 NO SOe IM Ip l0e lOiD an M0 ON kw kW Okkncyatfated YWAteand NquemVv,,bad kW -*-Cliff -4b.SAK t — 1 L2 01 — _ ' 91 i14 9i R @b was • Ip lA 2ee 1e0 Tyykal vohape dip w11A rmwf suAhp as M 0% . H 0C - a 2S M a >7 M 9 Is M i 2m a 0% 40% 0 no +c< c •SCE : >> t CKked mtDe eVA Voltage refers to wye (star) connection, unless otherwise specified.. "I 2S"0 a01 2 5M4027 60 Hz 9/20y TIB-102 Alternator Model: 5M4027 12-MAR-19 SHORT CIRCUIT DECREMENT CURVE 60 Hz, Low Wye or Delta Connection Full Load Current: 1788 Amps Steady State S.C. Current: 5364 Amps Max. 3 ph. Symm. S.C. Current: 9770 Amps I2 1 C' C' LOt� .a . . . • 0x A--A"09" MIN 1:m 7 0►1* Lee T: ✓v e`at • Le = %* e a ' r•s3a NOTE: Symmetrical component values are shown, maximum asymmetrical values are 1.732 times the symmetrical values. 1:::s 3 5M4027 60 Hz 9/20y TIB-102 Alternator Model: 5M4027 12-MAR-19 SHORT CIRCUIT DECREMENT CURVE 60 Hz, High Wye Connection Full Load Current: 775 Amps Steady State S.C. Current: 2325 Amps Max. 3 ph. Symm. S.C. Current: 5657 Amps *a r 114 C' • ——LeoTe:HIP's3 Lt4•_16P.a10 jN Dr a0a • 11% 1.0= NOTE: Symmetrical component values are shown, maximum asymmetrical values are 1.732 times the symmetrical values. Jr_ 4 5M4027 60 Hz 9/20y TIB-102 KOHLER, TIB-118 TECHNICAL INFORMATION BULLETIN Generator Set Cooling System Data Sheet 50°C Ambient Temperature Cooling System Total external restriction Pa 0 125 187 250 312 375 Enclosed 50OREOZJC on open unit' (in.H2O) (0) (0.5) (0.75) (1) (1.25) (1.5) Units 601-lz (Standby Maximum allowable oC 50 47 45 43 42 NA 45 Duty) ambient temperature ff) (122) (117) (113) (109) (108) (NA) (113) m3/min 435 410 395 380 365 NA NA Cooling system airflow (ft3/min) 1 (15400) (14500) (13900) (13400) (12900) (NA) (NA) 1. The data shown above is the anticipated cooling performance for a typical generator set when following proper installation techniques. 2. Cooling performance is based on operation at 100 m (328 ft.) above sea level. For elevations higher than 100 m (328 ft.), typical cooling performance derate is VC (1.8°F) per 250 m (820 ft.). 3. For high ambient conditions, check TIB-101 for the generator set power output derate schedule. 4. Incorrect installation, improper operation, fouling of the cooling system, and other variable conditions may reduce cooling performance. 5. Kohler manufactured sound enclosed models are rated in free air with no additional restriction. Consult factory for other variants or conditions such as additional ducting or hoods. 6. Performance is based on a 50/50 water and ethylene glycol mixture. 7. Total external restriction includes restriction upstream and downstream of the unit — any ducting supplying intake air to the unit and any ducting for the discharge. 50OREOZJC 6/20 TIB-118 KOHLER, TIB-114 TECHNICAL INFORMATION BULLETIN Generator Set Sound Data Sheet Sound Pressure Data in dB(A) Generator Set Model Hz Load Raw Exhaust Open Unit, Isolated Exhaust Weather Enclosure Level 1 Sound Enclosure Level 2 Sound Enclosure 100% Load 119.5 94.8 92.9 84.7 76.0 50OREOZJC 60 No Load 102.E 90.3 88.4 76.8 70.9 Note: Sound pressure data is the logarithmic average of eight perimeter measurement points at a distance of 7 m (23 ft.), except Raw Exhaust data which is a single measurement point at 1 m (3.3 ft.) from the mouth of a straight pipe exhaust. 50OREOZJC 60 Hz Sound Pressure Levels, dB(A) Load Distance, m (ft) Enclosure Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 Load Load 7 (23) Level 2 Sound 3:00 56.0 69.5 65.4 67.1 68.6 65.1 56.3 48.4 74.6 1:30 54.8 69.0 67.0 69.5 70.7 66.4 58.5 50.8 76.0 12:00-Engine 56.0 65.7 68.6 71.5 69.5 69.8 64.8 55.7 76.7 10:30 52.9 69.3 67.4 70.7 70.3 68.3 62.2 53.5 76.6 9:00 56.0 70.4 69.6 68.6 68.8 68.3 60.7 51.9 76.4 7:30 56.1 72.3 68.0 67.8 68.2 66.6 56.4 54.5 76.2 6:00-Alternator 59.4 69.9 69.7 70.3 64.9 66.1 58.9 57.5 75.9 4:30 54.6 72.1 67.2 66.0 68.1 65.8 54.2 50.0 75.6 8-pos. log avg. 56.1 70.2 68.1 69.3 68.9 67.3 60.2 53.7 76.0 Sound Pressure Levels, dB(A) Load Distance, m (ft) Enclosure Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 Load Load 7 (23) Level 1 Sound 3:00 62.4 72.4 68.8 74.6 75.4 74.4 71.2 64.5 81.3 1:30 60.8 70.3 72.4 78.2 80.9 78.7 74.8 68.5 85.2 12:00-Engine 64.8 73.1 70.3 80.1 82.8 81.1 76.9 69.9 87.1 10:30 59.0 71.5 72.3 78.3 81.2 79.4 75.5 68.7 85.6 9:00 63.4 73.0 72.2 76.5 79.7 77.7 74.4 67.4 84.3 7:30 61.9 74.5 71.0 77.6 79.3 77.0 72.7 67.2 84.1 6:00-Alternator 63.9 1 73.7 71.8 77.0 79.7 79.9 70.5 65.2 84.7 4:30 62.4 74.9 72.4 75.9 76.9 75.1 70.3 63.0 82.6 8-pos. log avg. 62.6 73.1 71.6 77.6 80.0 78.4 73.9 67.3 84.7 Sound Pressure Levels, dB(A) Load Distance, Enclosure Measurement 3:00 1:30 12:00 10:30 9:00 7:30 6:00 4:30 8-pos. log avg. m (ft) Clock Position Eng Alt. 100% 7 (23) Weather Overall Levels 93.8 92.5 92.0 94.1 94.5 93.8 87.6 92.0 92.9 Load Sound Pressure Levels, dB(A) Load Distance, m (ft) Open Unit, Isolated Exhaust Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 Load Load 7 (23) 3:00 60.2 71.0 81.2 84.3 88.3 91.6 86.9 87.8 95.7 1:30 57.6 69.6 86.6 86.9 87.5 87.9 83.9 85.1 94.4 12:00-Engine 66.3 73.5 87.1 83.0 88.7 88.7 82.6 77.5 93.9 10:30 64.9 74.7 87.5 85.1 90.3 91.3 86.4 81.8 96.0 9:00 66.1 75.4 85.3 85.3 89.3 93.2 86.3 84.5 96.4 7:30 64.1 73.4 86.1 82.8 89.1 92.2 85.8 82.3 95.7 6:00-Alternator 64.5 73.7 82.8 82.9 81.2 84.0 77.5 74.3 89.5 4:30 60.9 70.8 79.9 82.4 87.6 89.9 85.3 83.7 93.9 8-pos. log avg. 63.9 73.1 85.3 84.4 88.3 90.6 85.0 83.6 94.8 TIB-114 50OREOZJC 60 Hz 4/20 Sound Pressure Levels, dB(A) Load Distance, m (ft) Exhaust Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 100% Load 1 (3.3) Raw Exhaust (No Silencer) 94.7 101.9 106.7 107.4 109.4 114.1 114.4 111.1 119.5 50OREOZJC 60 Hz Sound Pressure Levels, dB(A) Load Distance, m (ft) Enclosure Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 No Load 7 (23) Level 2 Sound 3:00 52.5 61.6 63.0 62.3 63.5 56.8 47.8 40.9 69.1 1:30 50.9 63.5 64.8 62.6 66.3 58.0 48.1 41.4 70.8 12:00-Engine 52.2 62.4 65.6 62.2 64.2 57.6 48.8 39.3 70.2 10:30 50.8 63.4 63.3 63.2 63.8 57.8 47.9 40.7 69.8 9:00 53.2 62.3 67.6 61.2 62.1 59.1 48.6 41.4 70.6 7:36 52.9 63.4 67.5 60.9 63.6 61.0 49.3 43.3 71.1 6:00-Alternator 56.8 66.0 70.5 64.7 63.6 60.8 54.7 49.6 73.5 4:30 52.9 64.8 64.8 60.8 64.2 59.9 47.1 42.1 70.4 8-pos. log avg. 53.2 63.6 66.6 62.4 64.1 59.1 49.8 43.7 70.9 Sound Pressure Levels, dB(A) Load Distance, m (ft) Enclosure Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 No Load 7 (23) Level 1 Sound 3:00 53.4 65.3 69.2 69.1 67.5 61.8 53.9 47.1 74.4 1:30 53.7 66.4 70.8 69.6 71.1 63.0 55.5 49.4 76.1 12:00-Engine 53.6 65.0 66.8 70.5 67.4 62.6 56.1 47.3 74.3 10:30 55.4 67.2 69.6 69.8 69.5 63.9 56.5 49.8 75.6 9:00 56.6 67.1 70.3 66.7 67.0 63.0 54.8 47.0 74.5 7:30 54.4 68.7 71.3 69.3 71.0 66.6 59.3 53.9 76.8 6:00-Alternator 58.2 j 70.8 j 70.6 j 72.3 j 77.5 j 75.0 1 65.2 57.7 81.2 4:30 56.7 69.0 70.2 70.1 70.6 66.3 58.6 50.9 76.6 8-pos. log avg. 1 55.6 67.8 70.0 69.9 71.7 68.0 59.2 1 52.1 1 76.8 Sound Pressure Levels, dB(A) Load Distance, Enclosure Measurement 3:00 1:30 12:00 10:30 9:00 7:30 6:00 4:30 8-pos. log m (ft) Clock Position Eng. Alt. avg. No 7 23 ( ) Weather Overall Levels 88.0 89.5 89.6 90.3 88.3 88.2 83.6 86.4 88.4 Load Sound Pressure Levels, dB(A) Load Distance, m (ft) Open Unit, Isolated Exhaust Measurement Clock Position Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 No Load 7 (23) 3:00 55.4 66.8 80.9 81.4 85.2 84.4 79.6 70.8 89.9 1:30 50.7 66.0 86.3 85.9 84.3 83.2 77.6 71.1 91.4 12:00-Engine 57.2 68.7 87.2 80.3 86.9 83.3 77.6 71.5 91.5 10:30 57.5 68.8 87.5 81.0 87.0 85.2 80.4 73.0 92.2 9:00 56.9 70.3 84.4 80.3 84.4 84.4 78.8 71.0 90.2 7:30 55.8 68.4 85.6 78.1 84.2 83.9 77.8 69.5 90.1 6:00-Alternator 56.4 67.4 82.4 77.1 78.4 76.8 69.3 60.0 85.5 4:30 56.6 68.4 79.6 78.9 83.0 83.7 77.4 67.9 88.3 8-pos. log avg. 56.2 68.3 85.0 81.2 84.8 83.6 78.1 70.4 90.3 Sound Pressure Levels, dB(A) Load Distance, m (ft) Exhaust Octave Band Center Frequency (Hz) Overall Level 63 125 250 500 1000 2000 4000 8000 No Load 1 (3.3) Raw Exhaust (No Silencer) 80.2 87.3 95.1 95.3 95.3 97.2 92.7 84.2 102.6 50OREOZJC 60 Hz 4/20 TIB-114 KOHLER, TIB-119 TECHNICAL INFORMATION BULLETIN Enclosed Generator Set Exhaust System Data Sheet Consumed Consumed Back Back Back Back Pressure Pressure Enclosure Pressure Pressure Limit(s) Limit(s) Flex Exhaust Model Type in H2O in H in H2O in H Tubes Silencer Drawing All Weather & Sound Level 32.5 2.4 16-40 1.2-2.9 GM110933 GM110935 ADV-8189 1 (SL1) 50OREOZJC Enclosures All Sound GM110330 Flex GM109791 & Level 2 (SL2) 29.5 2.2 16-40 1.2-2.9 GM110329 Cross ADV-8189 Enclosures Tube GM109792 1. Total system exhaust back pressure is applicable to generator sets equipped with Kohler standard enclosure packages. 2. For generator sets with multiple exhaust outlets, total system exhaust back pressure value represents each outlet. 3. The total system back pressure should not exceed the manufacturer's recommended limit. 4. The total back pressure only includes exhaust components installed inside the Kohler enclosure. Customers must calculate any additional back pressure caused by piping, extensions, or components added after the silencer outlet. Refer to the installation manual for additional details. 50OREOZJC 6/20 TIB-119 KOHLER, KOHLER., 50OREOZJC 60 HZ. DIESEL INDUSTRIAL GENERATOR SET EMISSION DATA SHEET ENGINE INFORMATION Model: John Deere, 6135HFG75A Bore: 132mm (5.2 in.) Nameplate BHP @ 1800 RPM: 755 Stroke: 165mm (6.5 in.) Type: 4-Cycle, 6 Cylinder, Inline Displacement: 13.5 L (824 cu. in.) Aspiration: Turbocharged, Charge Air -Cooled Compression Ratio 16.0:1 EPA Family: MJDXL13.5132 EPA Certificate: MJDXL13.5132-009 Table 1 1/4 1/2 3/4 Full PERFORMANCE DATA: Standby Standby Standby Standby Engine bkW @ Stated Load 141 282 422 563 Fuel Consumption (g/kWh) 228 225 207 200 Exhaust Gas Flow (m3/min) 97 Exhaust Temperature (°C) 524 Table 2 EXHAUST EMISSION DATA: EPA D2 Cycle 5-mode weighted HC (Total Unburned Hydrocarbons) 0.12 NOx (Oxides of Nitrogen as NO2) 5.60 CO (Carbon Monoxide) 0.6 PM (Particulate Matter) 0.04 Values are in g/kWh unless otherwise noted TEST METHODS AND CONDITIONS The emission data listed is measured from a laboratory test engine according to the test procedures of 40 CFR 89 or 40 CFR 1039, as applicable. The test engine is intended to represent nominal production hardware, and there is no guarantee that every production engine will have identical test results. The family parent data represents multiple ratings and this data may have been collected at a different engine speed and load. Emission results may vary due to engine manufacturing tolerances, engine operating conditions, fuels used, alternate test methods, or other conditions. Data and specifications subject to change without notice. UNITED STATES ENVIRONMENTAL PROTECTION AGENCY 2021 MODEL YEAR OFFICE OF TRANSPORTATION CERTIFICATE OF CONFORMITY AND AIR QUALITY WITH THE CLEAN AIR ACT ANN ARBOR, MICHIGAN 48105 Certificate Issued To: Deere & Company Effective Date: Issue Date: (U.S. Manufacturer or Importer) 07/16/2020 07/16/2020 Certificate Number: MJDXL13.5132-009 Expiration Date: Revision Date: N/A Byron J unker, Division Director ompliance Division 12/31/2021 Model Year: 2021 Mobile/Stationary Indicator: Stationary Manufacturer Type: Original Engine Manufacturer Emissions Power Category: 560<kW<=2237 Engine Family: MJDXL13.5132 Fuel Type: Diesel After Treatment Devices: No After Treatment Devices Installed Non -after Treatment Devices: Electronic Control, Smoke Puff Limiter, Engine Design Modification, Non-standard Non -After Treatment Device Installed Pursuant to Section I I I and Section 213 of the Clean Air Act (42 U.S.C. sections 7411 and 7547) and 40 CFR Part 60, and subject to the terms and conditions prescribed in those provisions, this certificate of conformity is hereby issued with respect to the test engines which have been found to conform to applicable requirements and which represent the following engines, by engine family, more fully described in the documentation required by 40 CFR Part 60 and produced in the stated model year. This certificate of conformity covers only those new compression -ignition engines which conform in all material respects to the design specifications that applied to those engines described in the documentation required by 40 CFR Part 60 and which are produced during the model year stated on this certificate of the said manufacturer, as defined in 40 CFR Part 60. It is a term of this certificate that the manufacturer shall consent to all inspections described in 40 CFR 1068 and authorized in a warrant or court order. Failure to comply with the requirements of such a warrant or court order may lead to revocation or suspension of this certificate for reasons specified in 40 CFR Part 60. It is also a term of this certificate that this certificate may be revoked or suspended or rendered void ab initio for other reasons specified in 40 CFR Part 60. This certificate does not cover engines sold, offered for sale, or introduced, or delivered for introduction, into commerce in the U.S. prior to the effective date of the certificate. SOUTH COAST AIR QUALITY MANAGEMENT DISTRICT 21865 Copley Drive. Diamond Bar. CA 91765 Cz CERTIFIED EQUIPMENT PERMIT(CEP) (NOT A PER;.MIT TO CONSTRUCT Olt OPERATE.) Granted un alas ,9, :111 2 11) 92''>6 Legal Owner or Operator. )OHN DEERE POWER SYSTEMS P.O. BOX 8000 WATERLOO. IA 50704-8000 AT[Tl: RICHARD BISI IOP Equipment Location: SAME AS ABOVE '��6i�g4n No. The equipment described below and as shown on the approved plans and specifications are subject to the special condition or conditions listed. Equipment Description INTERNAL. COMBUSTION ENGINE. IOHN DEERE MODEL NO. 6135HFG75. 755 BHP. 6 CYLINDER. TURBOCHARGED. AFTERCOOLED, DIESEL -FUELED, DRIVING AN EMERGENCY ELECTRICAL GENERATOR. Manufacturer Condition THIS CERTIFIED EQUIPMENT PERN111'r (CEP) IS NOT A PERMIT TO CONSTRUCT Olt OPERATE. THE PERSON CONSTRUCTING. INSTALLING OR OPERATING THE EQUIPMENT AT EACH SPECIFIC SITE SHALL OBTAIN ALL NECESSARY PERMIT(S) TO CONSTRUCT AND PERMIT(S) TO OPERATE AND COMPLY WITH ANY OTHER DISTRICT RULES AND REGULATIONS INCLUDING THE REQUIREMENTS OF REGULATION X111. End User Conditions I. OPERATION OF THIS EQUIPMENT SHALL. BE CONDUCTED IN ACCORDANCE WITH ALL DATA AND SPECIFICATIONS SUBMITTED WITH THE APPLICATION UNDER WHICH THIS PERMIT IS ISSUED UNLESS OTHERWISE NOTED BELOW. 2. THIS EQUIPMENT SHALL. BE PROPERLY MAINTAINED AND KEPT IN GOOD OPERATING CONDITIONS AT ALL. TIMES. 3. A NON-RESETTABLE TOTALIZING TIMER SHALL. BE INSTALLED AND MAINTAINED TO INDICATE THE ENGINE ELAPSED OPERATING TIME. 4. THIS ENGINE SHALL NOT OPERATE MORE THAN 200 HOURS IN ANY ONE YEAR. WHICH INCLUDES NO MORE 711AN 50 IIOURS IN ANY ONE YEAR FOR MAINTENANCE AND TESTING PURPOSES. 5. AN ENGINE OPERATING, LOG OF ENGINE OPERATIONS SHALL BE KEPT AND MAINTAINED DOCUMENTING THE TOTAL. TIME THE ENGINE IS OPERATED EACH MONTH AND THE. SPECIFIC REASON FOR OPERATION AS: ORIGINAL SOUTH COAST AIR QUALITY MANAGEMENT DISTRICT 21865 Copley Drive, Diamond Bar. CA 91765 A3�6�s n 1\0. . L alie - CERTIFIED EQUIPMENT PERMIT (CEP) (NOT A PERMIT TO CONSTRUCT OR OPERATE) A. EMERGENCY USE B. MAINTENANCE AND TESTING C. OTHER (BE SPECIFIC) IN ADDITION. FOR EACH TIME THE ENGINE IS MANUALLY STARTED, THE LOG SHALL INCLUDE. THE DATE OF ENGINE OPERATION, THE SPECIFIC REASON FOR OPERATION, AND THE TOTALIZING HOUR METER READING (1N HOURS AND TENTHS OF HOURS) AT THE BEGINNING AND THE END OF THE OPERATION. 6. ON OR BEFORE JANUARY 151H OF EACH YEAR, THE OPERATOR SHALL RECORD IN THE ENGINE OPERATING LOG: A. THE TOTAL HOURS OF ENGINE OPERATION FOR THE, PREVIOUS CALENDAR YEAR. AND B. THE TOTAL. HOURS OF ENGINE OPERATION FOR MAINTENANCE AND TESTING FOR THE PREVIOUS CALENDAR YEAR. ENGINE OPERATION LOGS) SHALL. BE RETAINED ON SITE FOR A N1INIMUNI OF THREE CALENDAR YEARS AND SHALL BE MADE AVAILABLE TO THE EXECUTIVE OFFICER OR REPRESENTATIVE UPON REQUEST. S. OPERATION BEYONDTHE 50 HOURS PER YEAR ALLOTTED FOR ENGINE MAIN'17ENANCE AND TESTING SHALL BE ALLOWED ONLY IN THE EVENT OF A LOSS OF GRID POWER OR UP TO 30 MINUTES PRIOR TO A ROTATING OUTAGE, PROVIDED TIIAT: (A) THE UTILITY DISTRIBUTION COMPANY HAS ORDERED ROTATING OUTAGES IN THE CONTROL. AREA WHERE THE ENGINE IS LOCATED OR HAS INDICATED THAT IT EXPECTS TO ISSUE SUCH AN ORDER AT A CERTAIN TIME; AND (B) THE ENGINE IS LOCATED IN A UTILITY SERVICE BLOCK TIIAT IS SUBJECT TO THE ROTATING OUTAGE. ENGINE OPERATION SMALL BE TERMINATED IMMEDIATELY AFTER THE UTILITY DISTRIBUTION COMPANY ADVISES THAT A ROTATING OUTAGE IS NO LONGER IMMINENT OR IN EFFECT. Plcasc notify Rizaldy Calungcagin at (909) 396.2315 (rcalun&ca&W agmd.nov) when SCAQMD information packets are needed or if you have any questions concerning the Ccnification(Rcgistration Program. This Certified Equipment Permit is based on the plans, specifications, and data submitted as it pertains to the release of air contaminants and control measures to reduce air contaminants. No approval or opinion concerning safety and other factors in design, construction or operation of the equipment is expressed or implied. This Certified Equipment Permit will become invalid if this application is canceled. THIS PERMIT SHALL EXPIRE ON December 31, 2012 unless an extension is granted by the Executive Officer. ,y DAVID DE BOER Program Supervisor ORIGINAL W'%l South Coast Air Quality Management District 21865 Copley Drive, Diamond Bar. CA 91 765-41 78 (909) 396-2000 - %vwvv.agmd.gov December 9, 2020 Brandon I.in,.le Senior Certification l:nginccr Emissions Compliance, John Deere Power Systems 6725 Cedar Heights Road Watcrloo. IA 5061 ;-8000 Dear Mr. Lingle, The South Coast ;fir Quality Management District (South Coast AQMD) has extended Certified Equipment Permits (CRPs) to December 311. 2021 for the stational), ciner'genc%r internal combustion (IC) engine models listed in the attached table. I-lowc%,cr. please be reminded that many ofthese certified diesel -fueled IC engines may not meet Rulc 1470 requirements if installed at or near a sensitive receptor or near school grounds and, therefore, may require an aflcnrcatmcnt system such as a diesel particulate filter in the exhaust stream. Please note that the South Coast AQMD does not endorse or warrant any specific equipment or manufacturer. Modification of the equipment listed here will void this certification. If you have additional questions or need further clarification on the CEP program, please feel free to contact CJ Chang at (909) 39G-3293, cehang`u aumd.co%; or Susan Tsai at (909) 396-2529, st. ii� �gmd,bo\ . Sincerely, David Ono Senior Air Quality Frigince.ring Manager Engineering and Permitting 9 SOUTH COAST AIR QUALITY MANAGEMENT DISTRICT BE Certified ICE -Emergency Generators JOHN DEERE POWER SYSTEMS Engine MFt: Model Engine Application Ra!!SL, No. Deere 3029HFG03A with 4xidatioa Catal st and DPP 74 BHP 572836 Deere 3029HFG89F 62 BHP 572839 Deere 4024HF285B 80 BHP 494710 Deere 4045HF285H 133 BHP 462962 Deere 4045HF2851 158 BHP 462956 Deere 4045HF285J 126 BHP 462966 Deere 4045HF285K 197 BHP 493792 Deere 4045HF485E or 4045HFG85A 197 BHP 462957 Deere 4045TF285E 99 BHP 493796 Deere 4045TF2901 74 BHP 568240 Deere 5030HF285G �96 BHP 494713 Deere 6068HF285K 237 BHP 462955 Deere 6068HF285L 197 BHP 462958 Deere 6068HF485T or 6068HFG85A 315 BIiP 451077 Deere 6068HF485U or 6068HFG85B 284 BHP 475411 Deere 6068HFG82E 284 BHP 545149 Deere 609014F484A 422 BHP 493797 Deere 6090HF484B 385 BHP 493799 Deere 6090HF484C 346 BHP 493800 Deere 6090HF484D 307 BHP 493801 Deere 6090HF485V 422 BHP 449704 Deere 6090HF485W 385 BHP 449705 Deere _ 6090HF485X 346 BHP 449706 Deere 6090HF485Y 307 BHP 449707 Deere 6090HFG86 463 BHP 536689 Deere 6135HF485S 617 BHP 462959 Deere 6135HF485'r 538 BHP 462960 Deere 6135HF485U 463 BHP 462961 Deere 6135HFG75 755 BHP 536684 Deere 6135HFG84A 617 BHP 551055 Deere 6135HFG84B 538 BHP 551041 121912020 2 o, f 2 2021 Extension KOHLER, I( GENSET 8 I 7 6 SUGGESTED 24V BATTERY HEATER/CHARGER 74 _ [2.9] CONDUIT LOCATION (OPTIONAL) o � o I— N e e e o , o 823 [32.4] WEATHER, SOUND I-, SOUND 2) ENCLOSED GENSET ONLY TOP ENTRY (LEFT SIDE _ .^ O 650 [25.6] ONLY WHEN NO BREAKERS ° OR LOAD BUS ARE PRESENT ON LEFT SIDE) o CONDUIT ENTRY AREA FOR N � GENERATOR LOAD LEADS ° (BOTTOM ENTRY) 0 ° • u• o 182 A 726 [28,6] [7.2] } 1260 [49.6] M SUGGESTED CONDUIT ENTRY ARE FOR CONTROLLER ACCESSORIES, TRANSFER SWITCH WIRING AND REMOTE ANNUNCIATOR 350 5 1 4 1 2296 [90,4] 1067 [42,0] (WEATHER, SOUND ,SOUND 2) ENCLOSED GENSET ONLY 51 1103 [43.4] •• 24V BATTERY o 0 LOCATION SUGGESTED BLOCK HEATER CONDUIT LOCATION (OPTIONAL) III (h Q -----SUGGESTED FUEL SUPPLY 8 RETURN STUB -UP AREA. (FLEXIBLE FUEL LINES 1/2-14 KEPT MALE -FUEL SUPPLY 1/2-14 NET MALE -FUEL RETURN) 0 0 1259 [49.6] 350 MODEL 60HZ 4M4019, 4M4021, 5M4027, 4M4266, 5M4272 400 MODEL 60HZ 4M4021, 5M4027, 5M4028, 4M4266, 5M4272 500 MODEL 60H7 5M4024, 5M4027, 5M4028, 5M4270, 5M4272 RECONN. 8 600V ALTERNATORS JOHN DEERE 6135HF, TIER III 3 2 I I L L L V. V J IN 1 1 1 L L L V. V J 1336 [52.6] 1425 [56.1] DATE I ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL 5FEB2020NEW DRAWING ICT2017341 INSTALLATION NOTE IF SUBBASE FUEL TANK AND/OR ENCLOSURE IS USED, REFER TO SUBBASE FUEL TANK/ENCLOSUER ADV TO DETERMINE MOUNTING LOCATION. MODEL ALT. GENSET WEIGHT (WET) 350 4M4019 3541 Kg [7790 LBS1 350/400 4M4021 3552 Kg [7815 LBS1 500 5M4024 3711 Kg [8180 LBS1 350/400/500 5M4027 3768 Kg 18290 LBS1 400/500 5M4028 3864 Kg 18500 LBS1 350/400 4M4266 3552 Kg [7815 LBS1 500 5M4270 3760 Kg 18290 LBS1 350/400/500 5M4272 3883 Kg 18560 LBS] NOTES: 1) DIMENTIONS IN [] ARE ENGLISH EQUIVALENTS. 2) IF AN ENCLOSURE IS USED THE FUEL LINE MUST BE STUBBED UP FROM DIRECTLY UNDER THE UNIT. REFER TO ENCLOSURE ADV. 3) IF IBC CERTIFICATION IS REQUIRED SEE SEISMIC ADV FOR INSTALLATION INSTRUCTIONS. DO NOT SCALE. REFERENCE THE MODEL FOR ALL UNSPECIFIED DIMENSIONS IINLSS INEES ISE SPECIFIED A : KOHLER. ALL DIMENSIONS IN MI LLIMEiEAS GENERAL TOLERANCES: N/A KOHLER, NASCONSIN 5904f THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. PROPERTY AND MUST NOT BE USED EXCEPT IN CONNECTION WITH KO HEED CO. WORK. ALL RIGHTS 'Mlm/Rx01E AlO.FCIpN OF DESIGN OR INVENTION ARE RESERVED. �B 11TIL' DIMENSION PRINT, 350-500 APPROVALS DATE REOZJC/D DRAWN y1 05FEB2020 ICALE NA ,� „ s"EET of 2 KJB 05FFEE 20 00 pwc xo. DMs 0 5 FEe2020 ADV-9193 D 8 1 7 I 6 1 5 1 4 3 i 8 7 6 5 1 4 3 2 1 DI CI BI AI 122.8 [4,831 34 9 11.381 TOR 145.351 900,0 [35,43] 97,8 575,9 [15.661 [22,671 I I I I 300.0 111,811 TYP ;R EQUALLY SPACED ON 0298,5 111.81 B,C. ,203 ID IC ME:! 350 MODE L 6 0 H Z 4M401 9, 4M4021 , 5M4027, 4M4266, 5M4272 400 MODE L 60 H Z 4M4021 , 5M4027, 5M4028, 4M4266, 5M4272 500 MODEL 60 HZ 5M4024, 5M4027, 5M4028, 5M4270, 5M4272 RECONN, 8 600V ALTERNATORS JOHN DEERE 6135HF, TIER I I I A REV DATE ON COMPOSITE DWGS, SEE PART N0. FOR REVISION LEVEL BY 1, NLDiYEN5�DN51ADESiNCMiLi�M[T[RS 21 TOLERANCES ARE is iX t �'05 X : I.SURFACE FINISH ANGLES t 0' 30' d MAX. �H` ER CQ METRIC PRO-E POWER SYSTEMS, NOBLER, WI 53044 U,S,A, THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. PROPERTY AND MUST NOT BE USED EXCEPT IN CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. - 10-22- 12 NEW DRAWING [CT281281 KNN „o«+DAL _ES TITLE aNBI$ION PRINT, 350-5500 REOZJB ACCESSORY SCALE o,oe DAD NO. Sx[[ oT I D o. ADV-8527 D APPROVALS DATE I I DRA*4 KNN 10-22-12 cxLaE° DJV 10-22- 12 APPROVED JDz to zz Iz 8 7 6 5 4 3 2 1 7 1 I3 2 1379 X 1800 154.3 X 70.91 IXED AIR INTAKE LOUVER (STANDARD) TANK INFORMATION LITERS [GALLONS] MIN HOURS GENSETS DIM A MM [INCH] DIM B MM [INCH] 1530 14041 12 HOURS 350-40OKW 406.4 116.01 5760.81226.81 1771 [468] 12 HOURS 50OKW 457.2 [18.01 5760,81226.81 2930 [774] 24 HOURS 350-40OKW 762.0 130.01 5760.81226,81 A 3384 [894] 24 HOURS 50OKW 838,2 133,01 5760.81226.81 4394 111611 36 HOURS 350-40OKW 914.4 136.01 6459.81254.31 5047 113331 36 HOURS 50OKW 914.4 136.01 7094.81279.31 1530 [4041 12 HOURS STATE 350-40OKW 381.0 115.01 6713.81264,31 1771 [468] 12 HOURS STATE 50OKW 431.8 117,01 6713.81264,31 2930 [774] 24 HOURS STATE 350-40OKW 660.4 126.01 6713.81264.31 3384 [894] 24 HOURS STATE 500KW 736.6 129.01 6713.81264.31 4394 111611 36 HOURS STATE 350-40OKW 914.4 136.01 6891.61271.31 5047 113331 36 HOURS STATE 50OKW 1 914.4 136.01 7653,61301,31 8 7 6 TANK WEIGHT KG [LBS] I I 1 0 124461 1158 125541 1 40 1 130891 1484 132711 1789 139451 1986 143791 1299 128641 1333 129391 1547 134111 1630 135941 1847 [40721 2094 [46161 1440 156.71 o o a 0 1425 156.I 350-500 STEEL SOUND L2 ALUM. SOUND L2 STEEL SOUND LI ALUM. SOUND LI STEEL WEATHER REV DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL - 25NOV2019 NEW DRAWING ICT2003931 350-50OKW REOZJC/D STEEL & ALUMINUM ENCL. 12 - 36 HOUR TANKS REOZJC/D KG [LBS] ENCLOSURE WEIGHT 1000 122051 APPROX ENCLOSURE WEIGHT 590 113001 APPROX ENCLOSURE WEIGHT 870 119201 APPROX ENCLOSURE WEIGHT 460 110151 APPROX ENCLOSURE WEIGHT 850 118751 APPROX BY DO NOT SCALE. REFERENCE THE MODEL FOR ALL UNSPECIFIED DIMENSIONS ALL DIMNENSIONS IN MILLIMEiEAS YBY NNLEss oEN' SE SPECIFIED: KOHLER. GENERAL TOLERANCES: X.XX t 0.25 KOHL VVISCONS MID" X.X t I.0 SURFACE FINISH THIS DRAWING IN DESIGN AND DETAIL IS KOHLER ANGLESf O°30' 'TMAX. CO. PROPERTY AND MUST NOT BE USED EXCEPT IN CONNECTION WITH KO HE ER CO. WORK. ALL RIGHTS mrmnxoLermn:Ebx OF DESIGN OR INVENTION ARE RESERVED. .(J�B TITLE DIMENSION PRINT, APPROVALS DATE DRAWN 50-50OREOZJC/D ENCL & TANKS CHECKED YBY 5NOV2019 DR.LL o.os ° °r P„°VF° DIMSKJe 2zSN5NOVzo20I ow „°. l9 ADV-9189 D (NO FUEL) 3 2 1 A 6 I 3 2 OPT I Of 350-50OKW REOZJC/D ENCLOSURE OPTIONAL ACCESSORIES 7 6 DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL BY DO NOT SCALE. REFERENCE THE MODEL FOR ALL UNSPECIFIED DIMENSIONS 5NOV2019 NEW DRAWING [CT200393] ygy uNLEss oTHERwISE SPECIFIED: ALL DIMENSIONS IN MILL IMPIERS KO��. GENERAL TOLERANCES: X.XX t 0.25 KOHIVVISMNSINM11)" X.X t 1.0 SURFACE FINISH THIS DRAWING IN DESIGN AND DETAIL IS KOHLER ANGLESf o°30' MAX. CO. PROPERTY AND MUST NOT BE USED EXCEPT IN 'T CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS mrmexmermn:EbN OF DESIGN OR INVENTION ARE RESERVED. �B T17LE DIMENSION PRINT, PRROVALS APPROVALS ox DATE 350-50OREOZJC/D ENCL & TANKS YgY 25NOV2019 scue D 08 ""E° KJB 25NOV201 9 pwc xo. PPOVED EMS 25NOV20I ADV-9189 D 3 2 8 7 6 TANK INFORMATION LITERS [GALLONS] MIN HOURS GENSETS DIM A MM CINCH] DIM B MM [INCH] M 1530 [4041 12 HOURS 350-40OKW 406.4 [16.01 5760.8 1226.81 1771 14681 12 HOURS 50OKW 457.2 118,01 5760.8 1226,81 2930 17741 24 HOURS 350-40OKW 762.0 130.01 5760.8 1226.81 3384 18941 24 HOURS 50OKW 838.2 133.01 5760.8 1226.81 4394 111611 36 HOURS 350-40OKW 914.4 136.01 6459.8 1254.31 5047 113331 36 HOURS 50OKW 914.4 136,01 7094.8 1279,31 66.3 D 1530 14041 12 HOURS STATE 350-40OKW 381.0 115.01 6713.8 1264.31 12.611 1771 C4681 12 HOURS STATE 50OKW 431.8 117.01 6713.8 1264.31 2930 C7741 24 HOURS STATE 350-40OKW 660.4 [26.01 6713.8 1264.31 3384 C8941 24 HOURS STATE 50OKW 736.E 129.01 6713.8 [264,3] 4394 111611 36 HOURS STATE 350-40OKW 914.4 136,01 6891.E 1271,31 5047 C13331 36 HOURS STATE 50OKW 914.4 136.01 7653.6 1301.31 C:) 0X d 5 4 3 2 N P 0 R S T V W X 931.5 136.671 523.9 120.631 574,6 122.621 648.3 125.521 606.8 488.5 961.7 937,9 482.6 668.6 931.5 577,0 122.721 576.6 122,701 123.891 119.23] C37.86] [36.93] [19.00] 26.32] C36.67] 664.2 C26.15] 812.7 [32.00] n 350-50OKW REOZJC/D ENCLOSED 12 - 36 HOUR TANKS 8 7 6 704.3 127.731 772.6 130.421 950.4 137,421 891.3 135.091 821.1 132.331 DATE I ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL 5NOV2019NLW DRAWING ICT2003931 4396 [1161 GAL.] 36 HOUR STATE TANK SHOWN. 9 FILL CAP, 2" LOCKABLE W/PIPE RISER 8 SWITCH, FUEL IN BASIN TOP MTD, 2" 7 VENT, NORMAL 6 GAUGE, FUEL LEVEL, DIRECT READ 5 RETURN, FUEL (3/4" NET) 4 SUPPLY, FUEL (1/2" NET) 3 GAUGE, FUEL LEVEL, W/ SENDER 2 PLUG, PIPE (2" NET) CAP, EMERGENCY VENT ITEM DESCRIPTION A DO NOT SCALE. REFERENCE THE MODEL FOR ALL UNSPECIFIED DIMENSIONS "LESS LINEN NG SPECIFIED: KOHLER. ALL DIMENSIONS IN MILLIMETERS GENERAL TOLERANCES: x.xx t o.�s KOHL.ER,WISCONSINMID" x.X t I.o SURFACL FINISH THIS DRAWING IN DESIGN AND DETAIL IS KOHLER ANGLES f o°30' 'TMAX. CO. PROPERTY AND MUST NOT BE USED EXCEPT IN CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS mrmnxoLermn:Lbx OF DESIGN OR INVENTION ARE RESERVED. �B T17LE DIMENSION PRINT, APPROVAL DATE °R 350-50OREOZJC/D ENCL & TANKS C" YBY 25NOV2019 SCALE D o8 11 C 6 of 7 CHECKED KJB 125NOV201 9 DWG NO. APPROVED DMs 125NOV2019 ADV-9189 D 3 i 8 1 7 1 6 5 4 1 3 2 PART NO. REV ITEM 1 ITEM 2 ITEM 3 COMMENTS GM85123-1 C GM85127 GM85129 GM86126-1 MULTIPLE ATS GM85123-2 C GM85131 GM85129 GM86126-2 SINGLE ATS GM85123-3 C GM85132 GM86126-3 ANNUNCIATOR ONLY GM85123-4 C GM85133 GM86126-3 SDMO - ANNUNCIATOR ONLY SCALE 0.700 X-607 1 -7 i i PER ISO SPEC, CMP-080-115 NOTES: I. FUNCTIONALLY TEST ACCORDING TO ISO DOCUMENT ETF-WI PER SPECIFICATION ETF-TD-003, 2. ASSEMBLE PCBA TO BACK OF BEZEL USING FIXTURE JT-0001 3. TORQUE ALL SCREWS TO 7-10 in Ibs. 4. PEEL BACKING OFF FACE PLATE AND APPLY TO BEZEL. APPLY EVEN PRESSURE TO ENTIRE SURFACE TO ENSURE COMPLETE ADHESION. GM88463 PER ISO SPEC GMP-080-110 SEE VIEW R �GM23307 (5) � i i i i K i v RSA III 6 5 4 "GM62466-KPI (REF) POWER SUPPLY (OPTION) 25486 00375 (0.25 FT) (REF) GM60407 (REF) ❑ GM60404 (REF) X-67-113 (REF) GM20930 (REF) NOTE: (CONNECT TO P38) FOR WIRING DIAGRAM, SEE GM62554 INDICATES PART NUMBERS AFFECTED BY LATEST DRAWING REVISION iLV DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL gY UNLESSOTHEAWI SESPEC IEIEU II NIMENSIONS AAE IN MILLIMEiEAS 2) TOLERANCES ARE: a:xxX t °:os z S I.5 SURFACE EINISx aNeLEs f o` ao / Max d ww Ca METRIC PRO-E R `LR KOHL POWER SYSTEMS, ROLLER, WI 53044 U.S.A. THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO PROPERTY AND MUST NOT BE USED EXCEPT IN CONNECTION WITH ROLLER co. Woerc. ALL RIGHTS of DESIGN OR INVENTION ARE RESERVED. - 7-20-12 NEW DRAWING FCT19745] gTW A 5-28-13 (C-3) GM88463 WAS GM13213; [CT48047] gTW 8 10 30 13 (C 4) 32000 00111 (0.135 FT.) 8 NOTE ADDED; ICT627727 gTW C 8 29 14 (D 2) NOTES ADDED; (A-8) GM60403 REMOVED; [CT916801 TPIR TI%N` -� "" DWg, RSA III A$$y sui¢ cDNo. gTW APPROVALS DATE D 12-22-16 VIEWS UPDATED; SEE SHEET 2 ICT1684231 SDB °'AWN BTW 7 20 12 CHECKED BTW 7-20- 12 p gp of 2 Dwc xo. GM85123 D APPROVED MTL 1 7-20-12 3 2 1 A 8 7 1 6 5 4 3 SNAP ITEM 2 INTO THIS LOCATION BEING SURE TO LINE-UP ALL LIGHT PIPES TO MATCHING SOCKETS ON BEZEL. (REF) VIEW B FRONT OF BOX BACK VIEW OF BEZEL SCALE 000 GENERATOR FAULTS IUI Ovwcrant= =EPS SuppyYg Load NO Engito Trpwtuao =Not-ivAuto ATS Fault N O`080"O E _ Low OI Praaaura= =Syate Raady TEST Overprdo =GwLwetor RuvMLp erp= Eogancy Sto=C000udcation 8 m ATS Fwlt Low Fuolo N E Low Coolant Lav44Auu= TEST Low Coolant Towpwtura= Loa CrWdnp Valtaga= ATS Fault Bantry vat"* ""= N OcTI E Eatery Chwgar Fail= S IR TEST Conan Fwko GENERAL FAULTS j"L'1ft ft' fl ATS Fauk NOpAOE O= _ 0 TEST °a ❑ O= O Lwt.ax 0 = aaHyRaL ITEM t (P/N: OM85127 REF) 5 (REF) OEIERATOR FAULTS SYSTEM STATU$ Overerani= =EPS Syylyig Load HO IENI T. pwtwa= =Not-IwAuto Lora OI Praaa am= =Syata. Rudy Ovwpoad= ="aarstw Rump Eowguoy Stop= =ccoraicao . Stotw Low Fuel= Low Co hart La.WA..= Low Coolant Te porturo= Lw CraMip Valtagv= Bantry Vo t"o "'Lol= Battery Clu rgr Fail= S Callon Fault= pENERAL FAULTS0 �� ATS Fault D= NE o _ 0 TEST 0 = aRaaa D = CaNraaL OENMATOR FAULTS SYSTEM STATUS Ovwcrani= [=EPS &gply(np Load High Engine Temp—= =hbtdrAuto Low Oil Prnaura= =Synu Rudy Ovwpaod= =Oanwatw Roving Ewgncy Stcp= =ICommuication Statue Low FUN= Lw Coolant L—PADDI Low Coolant Twpwtwo= Low Mani(ng Valtpa= Bottwy Voltage gWLOI Battery Chang. Fail= Caron Fsulto SAL FAULTS o _ Do °0 ❑ a 0� ITEM 1 ITEM t (P/N: OM85131 REF) (P/N: GM85132 REF) REV DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL - 7-30-12 NEW DRAWING FCT197451 A 5-28-13 (A-8) GM88463 (REF) WAS GM13213 (REF); [CT480471 B 10-30-13 SEE SHEET I [CT62772] C 8 29 14 VIEW A REMOVED; ECT916801 D 12-22-16 VIEWS UPDATED; SEE SHEET I [CT168423] CieERATOR FAULTS SYSTEM STATUS OvercI =EPS SLpplyig Load High Engine Toapart—= =Not-IwAuto Lori Oil Praaaura= =Syate Rudy Ovwpudo oOwrator Romig Ewgency Stop= =Commuicration Status Low "I Low Coolant LevaPAIDI Low Coolant ToWpwtuso Low Danitap Voltage= Beawy Vokaga "AII Battery Charger Fai= Caran Fwlto GENERAL FAULTS Gen PARTS 0 � _ 00 °� ❑ 0 o� ITEM I (P/N: GM85133 REF) A oTxERwISE sREcl"I!1 - METRIC PRO rOu�e� 1) DI II DIMENSIONS ARE IN MILLIMEiEAS 21 TOLERANCES ARE: CA KOHLER G Q z.za f 0,25 POWER SYSTEMS, KOHLER, WI 53044 U.S.A. z.z t I.o z t I.5 SURFACE ElNlsx THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. PROPERTY AND MUST NOT 8E USED EXCEPT IN ANGLES f o' 30' Max. CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. iPPIOJ E C i"ION (D IiLE Dwg, RSA III Assy SCALE C D N0. S" APPROVALS DATE DRAWN B TW 7- 3 0- 2 O"ED"D B T W 7- 3 0 1 2 o. 8o 2 0 r 2 DWG NO. GM85123 D APPROVED MTL 7-30- 12 7 6 4 3 i 7 4 3 2 I SECURITY COVE OPTIONAL ON NEMA REQUIRED FOR NEMA 3 SSORY ZONAL MODULE 8� A ZONAL) C I C C I } SDI � I � PADLOCK HASP—/ (SECURITY OPTION & NEMA 3R ONLY) I o I I u o C OGIC DISCONNECT (OPTIONAL) B� LA SEE DETAIL D HEATER (OPTIONAL) EQUIPMENT GROUND NOTE: 450 [17 . 77 ALLOW FOR MINIMUM DOOR SWING CLEARANCE OF 508 120.01 IN FRONT OF CABINET. SEE ADV-8565 FOR FULL MODEL CODE DEFINITION STYLE MECHANISM TRANSITION MPAC LOGIC VOLTS POLES NEUTRAL ENCLOSURE AMPS CONNECTION KCS STANDARD STANDARD 1200,1500 208-600 2,3,4 SOLID,SW 1,3R 30,70,104,150 STANDARD KCS STANDARD STANDARD 1200,1500 208-480 2,3,4 SOLID, SW 1,3R 200 STANDARD KSS SPECIFIC BREAKER STANDARD 1200 208-600 2,3,4 SOLID,SW 1,3R 30,70,104,150 STANDARD KSS SPECIFIC BREAKERI STANDARD 1 1200 208-480 2,3,4 SOLID,SW I 1,3R 200 STANDARD 8 7 6 5 4 0 0 E3 0000 0 ® I o o o .00� il / o o ---� 0 0 SURGE PROTECTION (OPTIONAL) DATE REVISION 8-15-13 NEW DRAWING FCT544411 12-11-20 (C-7) FIXED ASSEMBLY; (A-8) ADDED 2 KSS ROWS: (A-5) REMOVED OVLP FROM KCS ROWS: 3 10 MM • --1-- • o o �1S • • NOTE: DUE TO THE SPACE LIMITATIONS, SURGE PROTECTION OR HEATER MAY BE ORDERED, BUT NOT BOTH. DIMENSIONS IN [ ] ARE INCHES, FINISH: ANSI 49 GRAY. REFER TO OPERATOR'S MANUAL PRIOR TO INSTALLATION AND OPERATION OF UNIT. FOR SEISMIC CERTIFIED UNITS, REFER TO ADV-7456 AND INSTALLATION INSTRUCTIONS. H UNLESS OTHERWISE SPECIFIEN - KOHLER ^A METRIC PRO-E II DIMENSIONS AlIN MILLIMETERS 1� n `RR vVC n TOLERANCES ARE: POWER SYSTEMS, KOHLER, WI 53044 U.S.A. T SURFACE FINISH THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. PROPERTY AND MUST NOT BE USED EXCEPT IN MAX. CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. RD Cix ON-� TILE APPROVALS DATE DIMENSION PRINT DRAWN BTW 8- 1 5- 13 suLE D xG. sxE E*I of 2 CHECKED B TW 8- 1 5- 1 3 DWG NO. APPROVED MTL 8-15-13 ADV-8566 D I 7 6 5 4 SEISM FOR SEISMIC C MOUNT WITH THE FOLL 09.53 0 25. 4 [1.001 x 2.1 [.0831 T HARDWARE TO COMPLY WITH FRONT VIEW WITH DOOR REMOVED SCREW TYPE TERMINALS FOR EXTERNAL POWER CONNECTION SWITCH RATING RANGE AL/CU OF WIRE SIZES AMPS) CONTACTOR PER PHASE NEUTRAL GROUND 30-150 (1) #14 TO 4/0 (3) #14 TO 4/0 (3) #6 TO 3/0 200 (1) #14 TO 4/0 (Cu ONLY)(3) #14 TO 4/0 (Cu ONLY) 8 7 6 CAD MERGENCY EUTRAL 2 & 3 POLE UNITS ONLY) UXILIARY CONTACTS NGINE START TERMINALS ORMAL A fJ WEIGHTS KG (LBS) 2 POLE 3 POLE 4 POLE 28 (62) 30 (65) 31 (68) 5 4 SECTION A -A DATE REVISION 8-15-13 NEW DRAWING FCT544411 12-11-20 (A-7) UPDATED TABLE; (B-4) UPDATED NOTE ICT2080311 3 uINLEss EoiNIEsoIM- ME I KIG F'KO-E IDIM04s ARE IM.ILLKOHLER CQ n ioiERnNc¢s ARE: POWER SYSTEMS, KOHLER, WI 53044 U.S.A. THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO PROPERTY AND MUST NOT BE USED EXCEPT IN MAX. CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. RN 7NGOLNE (p—_EE_E[ I LE APPROVALS DATE DIMENSION PRINT DRAWN BTW 8- 1 5- 1 3 scAL¢ NONE I c o No. SNEET2 of 2 CHECKED B TW 8- 1 5- 1 3 owc xo. APPROVED MTL 8- 1 5- 1 3 ADV-8566 D i 7 5 i 3 1 2 5 HEATER (OPTIONAL) CCESSORY MODULE OPTIONAL) IELD CONNECTION ERMINAL BLOCK ENGINE START & UX CONTACTS) KCS/KCP/KCC ONLY) PADLOCK HAS (SECURITY OPTIO & NEMA 3R ONLY OGIC DISCONNECT OPTIONAL) OAD SHED OPTIONAL) PROGRAMMED CLOSED RANSITION ONLY) SECURITY COVER (OPTIONAL ON NEMA I, REQUIRED ON NEMA 3R) NOTE: ALLOW FOR MINIMUM DOOR SWING CLEARANCE OF 610 IN FRONT OF CABINET. 124.01 SEE ADV-8565 FOR FULL MODEL CODE DEFINITION STYLE MECHANISM TRANSITION MPAC LOGIC VOLTS POLES NEUTRAL ENCLOSURE AMPS CONNECTION KCS STANDARD STANDARD 1200,1500 600 2,3,4 SOLID,SW,OVLP 1 3R 230 STANDARD KCS STANDARD STANDARD 1200,1500 208-600 2,3,4 SOLID,SW,OVLP 1 3R 260,400,600 STANDARD KCP STANDARD PROGRAMMED 1200,1500 208-600 2,3,4 SOLID, SW 1 3R 150,225,260,400,600 STANDARD KCC STANDARD CLOSED 1200,1500 208-600 2,3,4 SOLID, SW 1 3R 150,260,400,600 STANDARD KSS SPECIFIC BREAKER STANDARD 1200 600 2,3,4 SOLID, SW, OVLP 1 3R 230 STANDARD KSS I SPECIFIC BREAKER STANDARD 1200 2 0 8 - 6 0 0 2,3,4 1 SOLID, SW, OVLP 1 3R 260,400,600 LSTANDARD 8 7 6 5 4 DATE REVISION 8-15-13 NEW DRAWING FCT544411 6-11-14 SEE SHEET 2 LCT838661 8 19 16 (A-4-8) CHART AND INFORMATION UPDATED; FCT1564251 12-14-20 (A-4,8) ADDED 2 ROWS KSS SPECIFIC BREAKER; (B,C,-6) UPDATED NOTES: (C 5,7) ADDED CG; [CT208031] 9-3-21 (A-5) REMOVED 225A FROM KCC CHART ICT2107091 3 NOTES: DIMENSION IN I I ARE IN INCHES. FINISH - ANSI 49 GRAY. REFER TO OPERATORS MANUAL PRIOR TO INSTALLATION AND OPERATION OF SWITCH, FOR UNITS WITH SEISMIC CERTIFICATION OPTION, REFER TO ADV-7456 AND INSTALLATION INSTRUCTIONS. O NL ESS MS 0AWISE SPECIFIEN - KOHLER �A METRIC PRO-E II DIMENSIONS AlE IN MILLIMEiE AS KOHLER M� 21 TOLERANCES ARE: POWER SYSTEMS, KOHLER, WI 53044 U.S.A. SURFACE FINISH THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO PROPERTY AND MUST NOT BE USED EXCEPT IN / MAX. CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF v DESIGN OR INVENTION ARE RESERVED. P°CiNI N @Y-iEE3 TITLE DIMENSION PRINT °PAWN BTW 8- 1 5- 13 SCALE CAD N0. Ei 0 F 2 ""E° BTW 8- 1 5- 13 DN xD. PPOpED MTL 8- 1 5- 13 ADV-8570 D i b A 8 7 6 51 72,01_1 1_ 508 120,01 5 1 4 3 CURRENT SENSING (OPTIONAL) EMERGENCY NORMAL ALTERNATE MOUNTING FOR SEISMIC CERTIFIED UNITS: ANCHOR TO WALL WITH HOLE PATTERN SHOWN AND HARDWARE BELOW. (UNIT MUST BE FLOOR SUPPORTED) MOUNT WITH THE FOLLOWING HARDWARE: 1112.70 1,5001 BOLT (4) 035.1 11.381 x 2.77 1,1091 THICK WASHER (4) HARDWARE TO COMPLY WITH SPECIFICATIONS ON ADV-7456. DOOR REMOVED A� LOAD r C 3 POLE CONTACTOR WITH SOLID NEUTRAL SHOWN TOP VIEW MOUNTING HOLES SHOWN SCREW TYPE TERMINALS FOR EXTERNAL POWER CONNECTION SWIING RANGE OF AL-CU TCH AMPSRAT) WIRE SIZES CONTACTOR (PER PHASE) NEUTRAL (SEE NOTE) GROUND 150-400 (1) #4 TO 600 KCMIL (3) #4 TO 600 KCMIL (3) #4-600 KCMIL WEIGHTS KG (LBS) OR ( 2 ) 1/0 TO 250 KCMIL OR (6) 1/0 TO 250 KCMIL OR (6) 1/0-250 KCMIL 2 POLE 1 3 POLE 4 POLE 600 (2) #2 TO 600 KCMIL (6) #2 TO 600 KCMIL 1 179 (395) 183 (403) 188 (414) 8 7 6 5 4 EQUIRED FLOOR -MOUNTED OLE PATTERN FOR EISMIC CERTIFIED UNITS: FOR ALTERNATE MOUNTING, EE FRONT VIEW) OUNT WITH THE FOLLOWING F 015.88 1.6251 BOLT (4) 044.5 11.751 x 3.4 C.134 THICK WASHER (4) ARDWARE TO COMPLY WITH PECIFICATIONS ON ADV-745E EQUIPMENT GROUND SURGE PROTECTION (OPTIONAL) DATE REVISION 8-15-13 NEW DRAWING FCT544411 6-11-14 (6-2) 387 115.21 NEUTRAL WAS 412 [16.21 NEUTRAL; (D-I) 467 [18.4] 150-400A WAS 480 [18.9] 150-400A 8 406 [16.01 60OA WAS 419 116.51 60OA ECT838661 8 19 16 SEE SHEET I ICT1564251 12-14-20 (6-2) REMOVED NEUTRAL: (8-5) UPDATED NEUTRAL; [CT208031] 9-3-21 SEE SHEET I FCT2107091 3 0 NL D,N OrHEAWIAR SPEC IFIEN - KOHLER CA METRIC PRO-E II DIMENSIONS ARE IN MILLIMEiEAS n `R K 21 TOLERANCES ARE: POWER SYSTEMS, KOHLER, WI 53044 U.S.A. SURFACE FINISH THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. PROPERTY AND MUST NOT BE USED EXCEPT IN / MAX CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF v DESIGN OR INVENTION ARE RESERVED. TPHRJJDE ii LE APPROVALS DATE DIMENSION PRINT DRAWN 6 TW 8- 1 5- 1 3 SCALE uD NOHEET zOrz CHECKED WSD 8- 15- 13 DID No. APPPOVED M T L 8- 1 5- 13 ADV-8570 I D i I A KOHLER, 8 7 6 N OPTION FlELD _AY G E N E RATO R DRY.._ CONTACT x 7 GM105386 15 RELAY DRY CONTACT X x X 8 GM105663 RUN/OFF/AUTO KEYSWrrCH x X ALTERNATOR 9 GM11501 CURRENT SENSE HARNESS SHEET 5 10 GM105377 VOLTAGE SENSE HARNESS D 11 GM105845 4D ACTIVATOR/CURRENT/VOLT SENSE - 12 GM105378 SHUNT TRIP RELAY HARNESS X - X 13 GM105379 GROUND FAULT HARNESS x 14 GM105380 LOCAL MOTORIZED BREAKER HARNESS IX X ALTERNATOR 15 GM105382 REMOTE MOTORIZED BREAKER HARNESS X X 16 =O(XX FUEL LEVEL SENDER HARNESS ACTIVATOR n '°DODO` FUEL LEAK ALARM HARNESS - - CONNECT CT LEGEND 4D AS PER 13CA - BATTERY CHARGING ALTERNATOR ADV-5875 BTCS - BATTERY TEMP COMPENSATION SENSOR 9 CLS - COOLANT LEVEL SENDER P1 CT(#) - CURRENT TRANSFORMER CTS - COOLANT TEMPERATURE SENDER J2 6 J2 DIAG - DIAGNOSTIC LAMP ECM - ENGINE CONTROL MODULE ESS - EMERGENCY STOP SWITCH FLA - FUEL LEAK ALARM P26 P2 FLS - FUEL LEVEL SENDER LCT - LOW COOLANT TEMPERATURE SWITCH PCO (#)PLU QN QUICK CONNECT CURRENT SM - STARTER MOTOR SS - STARTER SOLENOID SENSING STAT - STATOR SW() - SWITCH TB() - TERMINAL BLOCK C W(#) - WIRE WELD 1 EBG - ENGINE BLOCK GROUND 11 i GND - CONTROLLER BOX GROUND JD ENGINE 1 PGND - PANEL GROUND SHEET 3 ECM ENGINE SENSOR'S P4 (ON J.D. HARNESS) B 4 BCA RED FUSE + - 1 A ss BATTERY SHEET 3 BLK ENGINE BLOCK GROUND 7 6 5 4 3 2 Rn a 5-1 OPTIONAL BREAKER BREAKER 10-1 B 2-0-6 MANUAL BREAKER BOX BATTERY D3 SHUNT TRIP1 OPTIONAL LOPTIONALJ MOTORIZED BREAKER I S I IM CHARGER I I I I I I I I L1 r, I L2 I I I USER 1 L3 POWER 10 L___J L— J SHEET 7 OR 8 GFI � LO rSHUNT_l OPTIONAL OPTIONAL TRIP 13 L RELAY J JG, ,2 PG, VOLTAGE SENSING JX1 P1D J1D Pxl CONTROL BOX j SHEET 2 SEE NOTE1 r BREAKER MOTOR RELAY'S TX1 PX1 JX, 14 15 PB1 JB1 TX5 LLJ — LOCAL OPTIONAL E-STOP L — — J M RDO CONNECTOR APM603 a FACTORY USE ONLY OPTIONAL R` RDO CONNECTOR SHEEP 2 a FACTORY USE ONLY — — — — — — AUTO/OFF/MANKEY UAL 0 0 0 ell $ I SWITCH Q S I I HORN I L— J P1 11 RUN --- ,6 3 RELAY FUEL OPTIONAL LEVEL I SENDER tJ2 COMMON 6 I I CRANK, RUN, a� RELAY E I FUEL I GP RELAYS �� L---LEAK a� DIAGNOSTIC —------� PORT r15 RELAY SHEET 6 CUSTOMER L BOARD_ _ _ J CONNECTION OPTIONAL TB12 (DIN RAIL) BATTERY CHARGER NOTES: 1: TX1 ONLY USED FOR REMOTE MOUNTED BREAKERS. SHEET 3 1 1 El APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III W/ 4D ACTIVATOR, 10, 30 & 600V 3 1 2 Egg ■o TB12 CONNECTION CHART FUNCTION POS SIGNAL DESCRIPTION REMOTE E-STOP 1 REMOTE EMERGENCY STOP 2 REMOTE START 3 REMOTE START SIGNAL 4 CUSTOMER INTERFACE 5 FUSED BATTERY POWER 6 BATi VOLTS WHEN RUNNING 7 BATTERY NEGATIVE CUSTOMER INTERFACE 8 A - ISOLATED RS-485 #2 (PGEN) 9 B + 10 SHIELD LOW FUEL 11 LOW FUEL LEVEL SWITCH RES IN RETURN 12 LOW FUEL LEVEL SWITCH RETURN BAT CHRG FLT 13 BATTERY CHARGER FAULT RES IN RETURN 14 BATTERY CHARGER FAULT RETURN ENG START 15 AUXILIARY WARNING RES IN RETURN 16 AUXILIARY WARNING RETURN AUX FAULT 17 AUXILIARY FAULT RES IN RETURN 18 LT AUXILIARY FAURETURN CUSTOMER INTERFACE 19 A LATED 485 #3 20!!L 21US/PGEN) CUSTOMER INTERFACE 22SOLATED #4 RSA) 2385 24US RUN RELAY 25 COMMON CONTACT 26 NORMALLY OPEN CONTACT 27 NORMALLY CLOSED CONTACT DROOP SELECT 28 DROOP JP2 OUT ANALOG THROTTLE CONTROL 29* +5 VDC REF 30* SIGNAL +2.5 VDC NORM 31* SENSOR RETURN IDLE MODE 32 33 CONSULT FACTORY 34 SPEED BIAS 35 SPEED BIAS + 36 SPEED BIAS - 37 SHIELD VOLTAGE 38 VOLTAGE BIAS + BIAS 39 VOLTAGE.BIAS - 40 SHIELD * REMOVE RESISTORS IF PARALLELING In Im 8 7 RUN/OFF/AUTO TO JG1 GFI +24V F3 W(B) KEY SWITCH OPTIONAL CONTROL PG1 1 PF3E J� NAUT_KYA JK1 PK1 1R2�-KYR`l KYR 3 SHEET 6 M KYA1 NKS1 (+24V RUN) 2 NG 3 GFR�2 4UN 1 W(K) NKS w(T) W(L) D TB 12 ** REMOVE JP1 CUSTOMER CONNECTION 70S JUMPER, IF REMOTE EMERGENCY STOP (SEE CHART ON SHEET 1) a +24y F3 $d IS CONNECTED*O(Mg) W(B) JP1 ** o OPTIONAL F4l ES1 B 70A ESQ REMOTE ESTOP ES2B ES2- REMOTE 3START W(R) 4 LO ® 0 ® PF3B m ® ® co 70A W(T) W(T) 0■ SELF -GROUNDING BLOCK JP2 B RESISTOR 510 OHM RESISTOR 4.7K OHM SELF-GROUNDING BLOCK GROUND STRAP Lil �I PGND PGND RJ45-RJ45 PATCH PANEL LFL N8 BCF N7 AXW N6 AXF N5 BLK WHT RNO T SHEET RNC 4 4 937 937- 911 911- 915 915- 814 814- 947 947- 714 714- A PX1 PF3; TO JX1 NX- CUSTOMER TO USE BREAKERcr3c CAT-6A, RJ45 CONTROL KSHIELDED 16—CEITF CABLE SHEET 6, CBT 7, OR 8 CBC NO CONNECTION TO PX1 6 I 5 b 4 +24V F7 JUNCTION BOX I APM6O3 CONTROLLER LPFlC P2-16 V_BAT1 P2-17 V_BAT2 �N1 P2-9 GND w(j) P2-1 CTNEU_P P2-2 CTNEU_N P2-8 CT1_N P2-7 CT1_P P2 P1 P2-6 CT2_N *13 P2-5 CT2_P o16 09 10 025 014 20 P2-4 CT3_N 017 o10 20 02g 015 30 P2-3 CT3_P 018 011 30 027 oi6 40 019 012 40 028 017 50 11R P2-15 VOLT_INPUT_1N o13 go o18 70 020j o29 11 P2-23 VOLT_INPUT_1P 022 o14 70 031 019 g0 12R P2-14 VOLT_INPUT_2N 015 020 12 P2-22 VOLT_INPUT_2P o23 8o .32 021100 13R P2-13 VOLT_INPUT_3N o22 13 P2-21 VOLT_INPUT_3P o34 023120 110 o35 P2-12 VOLT_INPUT_4N �S8 P2-20 VOLT_INPUT_4P WHT P2_11 VOLT_INPUT_5N P2_19 VOLT_INPUT_5P P2_10 VOLT_INPUT_6N P2-18 VOLT_INPUT_6P BLK WHT BLK '--S7 EOV P4-27 DIGITAL_IN1 EXCITATION OVER VOLTAGE 64 P4-26 DIGITAL—IN2 FUEL LEAK ALARM 4 P4-25 DIGITAL_IN3 REMOTE START CBCR P4-24 DIGITAL—IN4 BREAKER CLOSED CBTR P4-13 DIGITAL —INS BREAKER TRIPPED GF P4-1 DIGITAL_IN6 GND FAULT RELAY KYA1 P4-2 DIGITAL_IN7 KEY SWITCH AUTO KYR1 P4-3 DIGITAL —INS KEY SWITCH RUN N4 P4-4 GND_FIN DIGITAL INPUT RETURN 63C P4-9 RESISTIVE—IN-1 FUEL LEVEL 5 P4-21 RESISTIVE.—IN-2 COOLANT TEMP SENSOR LFL P4-10 RESISTIVE—IN-3 LOW FUEL LEVEL SW. BCF P4-22 RESISTIVE—IN-4 BATT CHARGER FAULT AXW P4-11 RESISTIVE—IN-5 AUXILIARY WARNING AXF P4-23 RESISTIVE—IN-6 AUXILIARY FAULT N12 P4-12 RESISTIVE —IN —RETURN f(K) P4-5 +5V_RM1 P4-6 RM1_IN P4 1 GN M1 P4 P4-7 +5V_RM2 P4-8 RM2_IN o24 013 P4-19 GND_RM2 025 014 026 5B P4-34 LED— 015 027 016 3B P4-35 LED+ 026 017 P4-14 NO CONNECTION o29 018 P4-15 NO CONNECTION 030 019 P4-16 NO CONNECTION 031 020 P4-18 NO CONNECTION 032 P4-20 NO CONNECTION o33 0221 P4-28 NO CONNECTION P4-29 NO CONNECTION o34 023 1 o35 1 P4-30 NO CONNECTION ES2A P4-31 HEARTBEAT_COM HEARTBEAT CONTACTS: 2A AT 30VDC r ES3 P4-32 HEARTBEAT —NO P4-33 NO CONNECTION 9 ■ P5 (ETHERNET) 1/0 BOARD CAN_L Pi-1 1/0 BOARD CAN_H Pi-2 1/0 BOARD CAN_GND P1-13 ENGINE-CAN_L Pi-27 4 " ENGINE-CAN_H P1-26 YEL UNINS.-S6 - PGEN-RS485-A-2 P1-3 BLK WHT PGEN-RS485_B+2 P1-4 PGEN-RS485_GND_2 P1-15 UNINS.-S2 BLK MODBUS-RS485-A-3 P7-5 WHT MODBUS-RS485_B+3 P7-6 UNINS.-S3 MODBUS-485_GND_3 P1-17 BLK RSA-RS485-A-4 P1-34 WHT RSA-RS485_B+4 P1-35 UNINS.-S4 - FACTORY-RS485-A-1 P1-23 FACTORY-RS485_8+1 P7-12 ESTOP -SW -LOCAL P P1-29 ES1 — ESTOP_SW_REMOTE P P7-31 ES2 — ESTOP_SW_LOCAL N P1-28 N28 ESTOP -SW -REMOTE N P1-30 N30� W(I) RUN/FUEL-RD01 Pi-10 70N — CRANK-RD02 P1-21 71N HORN-RD03 Pt-9 -HRN FAILURE-RD04 P1-20 32A — RD05 P1-8 RD5 — RDO6 P1-19 RD6 — CLOSE CB-RD07 Pi-7 CBC — TRIP CB-RD08 P1-18 CBT — RDO RETURN Pi-33 NRD MAG- Pt-24 MAG+ P1-25 LCL IN P1-16 31A — LCL RETURN P1-14 N14 -� NO CONNECTION P1-11 W(I) NO CONNECTION P1-22 NO CONNECTION P1-32 3 I P15 YEL 1 GRN 2 UNINS.—S5 TO J15 3 RELAY Q +24V F3, W(B) 4 D OPTIONS PF3D 5 SHEET 4 !i_L_N15R 6 W(J) +2f4V) Ft ESTOP (�A LOCAL L4F1E 1 2 ES1A- w(s) ES1 ES1B- P24 (RUN) - 70N 2 3 ES3A +24V (RUN) +24V F1 W(L) W(A) g7011_11 LPFiR P23 (CRANK) -71 N 2 3 ES38 w(p) ES3 +W4(VA)Fi t 3 14L P6 +24/V F7 WSA) HORN L— P9 + HRN 1 +2WV )Fi (�A Ft 15 AMP P5�PF1A-U W(E) F3 10 AMP +24V F3 W P4 - - PF3 P3 +24V (RUN) W(J) W(L) 70K XTO SHEEF 4 70E 64 63C -P3 N1f N1, 14E 947 937 915 814 911 714 5 31 9 W(J) 32A-01 I D RD5-0N RELAY DRIVERS RD6-0P SEE NRD(D SHEET 4 J1 +24V - START C )TO TB12 -TO DIAG. 0 z z TO TB12 J 4 CTS am CLS m Eq -+24V, (RUN) W -14N1 31 GND 7 � FL A CAN �N20-0W TO SHEET 4 W(T) In GEN_L1 P3-1 A P3 GEN_L2 P3-2 B GEN_L3 P3-5 C 10 GEN_LO P3-6 NEU 20 P81 3o BUS_L1 P3-7 BL1 1 FROM 4o BUS_L2 P3-8 eL2 27itj E ALTERNATOR 5 BUS_L3 P3-4 BL3 3 N4DSHEET BUS_LO P3-3 BLO 45 A W(T) 6 ■ El APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III W/ 4D ACTIVATOR, 10, 30 & 6O0V 31 2 01 OPTIONAL — — — — — — — — — — — — — — — — — — 10 AMP BATTERY CHARGER CAN—L P50-10 —GRN CAN_H P50-5 YEL CAN_GND P50-9 WHT P55-1 saURCE TEMPERATURE COMPENSATION SENSOR P55-1 (ORTION& ACCESSORY) RENRN BTCS 120VAC IN DC OUT CIN�STALL 10AMP— — REDL——------� -- +24VFUSED ON (FUSE) W(c) BATTERY (—) POST 20P5 (FUSE) 15 AMP P9 --,IL— PF BCA BATTERY A BATTERY B (12 VDC) (12 VDC) (EBG) BCA EXCITATION 14S SUPPLIED BY ENGINE - HARNESS T-- SS (EBG) N (OPTIONAL) (EBG) FUEL TANK LEVEL & LEAK ALARMS r P1 F_ Q -- Fu --I TO T812j 2 3C 64 0 8 3 N18 +24V 4 P3 63C 0�� 5 OCON6 TO FUEL 6 �N17 LEVEL SENSOR I� 7 N18 I L — — — — — — — — — — — J TO GLOW_ PLUG B O TO TB12 7 W r N TO TB12j q N CTS — CLS — +24V, (RUN) — START — TO GLOW — PLUG RELAY A GND — CAN f 911 714 CTS 35A2� CLS: USED FOR APM603 CONTROLLER LCT (NOT USED) Iy LCT: FOR NOT 550 CONTROLLER OLLER ONLY. 35A 35A1 � �C)--� _ W(M) r N19 (EBG) 3. +2W�H,UN 31A 70 W(D) P6 (CLS) 3—WIRE 31A A TWISTED CABLE F_N1 B 4N1J WM } cD 3 YEL GRN (EBG) W(D) YEL' WHT 3—WIRE TWISTED CABLE 3—WIRES W(Z� TWISTED CABLE cRN 3—WIRE 3 w(x) W�TWISTED CABLE N20 3—WIRE 77 (EBG) TWISTED CABLE 7 6 ENGINE +24V RUN W(H) QI P11 L 70K C N30P TO CO2 CONNECTOR ON ENGINE HARNESS P3 PF A GR B CAP (RESISTOR) (EBG) 120 OHM YEL A YEL GRN 4 1 4 WHT WHT +24V( USED L1 NL2 NL3 L4 M1 M2 M4 W(D) P4— At CAN HIGH A2 N/C A3 5V SUPPLY #3 + A4 PRIMARY ANALOG THROTTLE SIGNAL B1 CAN LOW B2 IGNITION KEY SWITCH B3 REMOTE CRUISE ON/OFF SWITCH B4 MULTI -STATE THROTTLE SIGNAL Cl WARNING LAMP DRIVE RETURN C2 WAIT TO START LAMP DRIVE RETURN C3 5V SUPPLY #3 - C4 N/C D1 TACHOMETER PULSE OUTPUT D2 STOP ENGINE LAMP RETURN D3 AIR FILTER RESTRICTION SWITCH D4 ST/ACCEL/BUMP UP SWITCH E1 CRUISE BRAKE SWITCH E2 N/C E3 SECONDARY ANALOG THROTTLE E4 BUMP ENABLE SWITCH F1 RESUM COAST/BUMP DOWN SWITCH F2 CRUISE ON/OFF SWITCH F3 SECONDARY ANALOG THROTTLE F4 N/C G1 N/C G2 5V SUPPLY #4 + G3 5V SUPPLY #4 - G4 LOW COOLANT LEVEL SWITCH H1 N/C H2 N/C H3 N/C H4 DROOP/ISOCH GOVERNOR SWITCH J1 EXTERNAL DERATE SWITCH J2 CRUISE CANCEL/RESUME SWITCH J3 N/C J4 N/C K1 EXTERNAL SHUTDOWN SWITCH K2 CAN SHIELD K3 N/C K4 N/C L1 BATTERY + L2 BATTERY - L3 BATTERY - L4 BATTERY + M1 BATTERY + M2 BATTERY - M3 N/C M4 BATTERY + ■ 0 1N 1n I17 P28 (DIAGNOSTIC) P28-J P28-H P28-G W P28-F P28-E P28-D P28-C P4A P28-B N P28-A J2A P2A +24V FUSED YEL 1 1 YEL W C) GRN 2 2 GRN 2UN WF{T 3 3 WHT wi SPO (ECM POWER) N 4 4 N NOT USED P4 916 5 6 5 6 P4 P4133 4 70J2 916 70J 7 7 DIAG 70J RED DOT L� 8 8 916 YEL 701 W(p) 9 9 70J A APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III W/ 4D ACTIVATOR, 10, 30 & 600V 3 1 2 C 8 J- 32A FROM N-RD5 SHEET 2 P RD6 R�NRD NRD W(AE) NRD3 7 +24V F3 W(B) PF3C PR1 JR1 32A 1 1 32A NR1 2 2 1 PF3C 3 3 4 4 W(K) +24V F3 W(B) PI PR2 RDS 1 RD5 NRD2 2 NRD2 2 PF3F 3 4 6 9 4 JUNCTION BOX J15 1 YEL 2 GRN FROM P15 3 UNINS. SHEET 2 D 4 5 P15R- 6 N15R- (OPTIONAL) 15 RELAY DRY CONTACT KIT W/ NO & NC CONTACTS 1 RELAY BOARD TB1 C-294301 TB K1 C ED 2 NC CUSTOMER CONNECTION 42A NO COMMON FAULT RELAY (OPTIONAL) RDO PLUG (FACTORY USE ONLY) +24V F3 W(B) PI PR3 RDs 1 RDO PLUG RDs NRD3 2 (FACTORY USE NRD3 3 PF3G 3 ONLY) 4 6 3 '6 z J Z P15R m 0 N RELAYSKI-K14 �®®®®LYLY&®� 12VDC, 10A, SPDT T85 RELAY K15 42A 42A 42A C NO (+) (-) 2 2 2 5VDC, 2A, DPDT CAN K15= K1 K2 K3 K4 K5 K6 K7 K8 LILI[ILILI Ell m mp moms mmm� t.'; TB7 TBB TB9TBIO K2 m�m K4�m vu Sa Sa NO C NC NO C NC NC 2 0 0 0 o P35 evw¢vr2+smmvwLvn+5v 0000 P36 TB6 wK"« DM aaaa GWAL DM K9 K10 K11 K12 K13 K14 m00111 mmmar mmm- TB11 Li L, TB12 TB13 44D; q0 m�m K12m�m Kl4v6F 1v6F a� HO C NC NO C NC l 1 CUSTOMER CONNECTIONS FROM T612(T RRNO- SHEET 2 RRCOM N20 FROM X SHEET 2 w 4 AUXILIARY RUN RELAY 291309=24VDC 248363=12VDC RELAY 1 2 3 4 5 6 f �B I APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III I/ 4D ACTIVATOR, 10, 30 & 600V 2 A 8 I 7 I 6 5 b 4 I 3 2 ALTERNATOR D J1D P1D A 1 1 A B 2 2 B C 3 3 C NEU 4 4 NEU 5 5 6 6 7 7 8 8 11 11R 9 10 9 10 11 11R P2D J2D A 1 1 A B 2 2 B C 3 3 C NEU 4 4 NEU 4D ACTIVATOR BOARD (P1) 12 11 11 I2 12R 12 12 12R 13 13 13 13 BAT+ P1-8 13R 14 14 13R BAT GND P1-7 15 15 GND P1-9 16 16 BUS, VOLTAGE VALID+ P1-10 17 17 BUS, VOLTAGE VALID— P1-11 -10 1a 18 18 3B --4 LED+ P1-6 06 all 20 19 19 5B LED1 P1-1 .7 a12 3o EOV 20 20 EOV EOV OVER EXCITATION V+ P1-12 .8 a13 4o 3B 21 21 38 N4D OVER EXCITATION V— P1-13 09 ,14 5a 58 22 22 5B PMG2 AC1 P1-4 N4D 23 23 N4D PMG1 AC3 P1-3 24 24 AC2 P1-2 F2 FN P1-5 E TO CONTROLLER F1 FP P1-14 SHEET 2 B QCONFI F1 QCONF2 F2 F2 PMG 7 10 8 11 9 12 F1 r RECTIFIER STATOR EXCITER STATORAiMODULE MAIN STAT EXCITER FIELD (12 LEAD) ROTORPMG ROTOR1 PMG1 4 2 5QCONPMG QCONPMG PMG2 PMG NOTE: FOR GENERATOR CAPACITOR CONNECTIONS SEE A SEE ADV-5875 THREE PHASE. 6 1 9 11 P26-1 11 70 70 7N TB10 11R P26-2 1 1 R 12 P26-3 12 CT BURDEN RESISTOR BOARD 12R P26-4 12R 13 P26-5 13 P26-6 13R j TB11 j13R 11 1 1R 12 12R 13 13R BLK VHT BLK BLK WHT WHT LO — L1 — TO •CT1 H BREAKERS L2 SHEET 6 • CT2 _ L3 — • CT3 NOTE: CURRENT TRANSFORMER DOT OR "H1" TOWARD GENERATOR. ALTERNATOR SIDE APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III I/ 4D ACTIVATOR, 10, 30 & 600V 1 2 ID I IA AXF BCF 5 I 11R I W N7 J 1 D CONNECTIONS BLO 0 PIN #1 A (P3-1) 13 13 (P2-21) I 1 LFL 83C 12 N4 KYRt Kra GFR JII 1 4� B U^ /L^Jyl^Jyl^J\ 7 D 2 B (P3-2) 14 13R (P2-13) I P4 P3 P2 3 C (P3 -5) 4 NEU (P3-6) 15 N/C . 16 N/c P4 CONNECTIONS P3 CONNECTIONS P2 CONNECTIONS 5 N C 8 N/C 17 N C 18 N/C PIN GFR (PG7-3) 2 KYA1 (PKi-1) 18 N/C . 19 N/C PIN #1 A (J1D-1) PIN #1 N/C 13 13R (J1D-14) 7 N/C 19 N/C 3 KYR1 (PK1-2) 20 N/C 2 B (J1D-2) 3 BLO (PB1-4) 2 N/C 14 12R (JiD-12) 3 N/C 15 11R (Jt D-10) B N/C 9 11 (P2-23) 20 EOV (P4-27) 21 3B (P4-35) 4 N4 (W(K)) 5 N/C 21 5 (11-19) 22 BCF (TBt 2-13) 4 BL3 (P81-3) 4 N/C 16 PF1C (W(A)) 10 11R (P2-15) 11 12 (P2-22) 22 5B (P4-34) I 23 N4D (W(T)) 6 N/C 7 N/C 23 AXF (TD12-17) 24 CBCR (PX1-5) 5 C (J1D-3) 6 NEU (J1D-4) 5 N/C 17 N/C ETHERN 6 N/C 18 BLK (IB12-31) P5 12 12R (P2-14) 24 N/C I 8 N C / 25 4 (A-1) ) 7 BL1 (PB1-1) 8 BL2 PB1-2 ( ) 7 N/C 19 BILK (TB12-28) 20 C 9 63C (J1-2) 26 64 (J1-1) 10 LFL (TB72-11) 27 EOV (AD-20) 9 N1C (W(J)) 21 3 (AD-13) 02 3O4© A B C E 11 AXW (T612-15) 28 N/C 10 WHT (TB72-32 22 12 (J1D-11 11 WHi (T812-29) 23 11 (JiD-9 ) ) J1D S010709�� 12 N12 (W(K)) 13 CBM (PX1-6) 29 N/C 30 N/C 12 N/C f`.11 14 N/C . 31 ES2A (W(R)) eOtoOrL-�ta.� I 15 N/C 32 E53 (W(P)) 11 11 R 12 12R 16 N/C 33 N/C 17 N/C 34 SB (J1 D-22 13 13R ® 35 3B (J1D-213 APM603 CONTROLLER OV 3B SB 4D v J1 CONNECTIONS N4D (JiD-23 W(T) NKS1 (PK1-3) J1 PIN #1 64 (P4-26) 18 N/C m m 7N (TB12-7 N20 (AUX. RELAY-B 2 63C (P4-9) 19 5 (P4-21) o N �' 3 (TB12-3) WJ2 (W(J)) 1 3 3 N/C 20 N9 (W(J)) 4 P3 (W(E)) 21 N/C A MID 64 63C 5 N/C 22 31A (P1-16) (:+ I WJl W I 4 P3 N18N1 14S e 6 N/C 23 70E (W(L)) vv N15R (P15-6 W(J) 7 N18 (W(J)) 24 N/C . N18 J1-7 — WJ2 (W(T)) 947 937 915 814 . 911 714 . 8 N17 (W(J)) 25 N/C r ) ( ()) 9 14s P23-5 N17 J1-B) — N1 P2-9 5 N9 31A 70E ( ) 26 N/C W(AE) ( ) 10 947 (1Bt 2-40) 27 N/C I 14N 1 (J 1-31) 26 14N7 11 937 (TB12-36) 28 N/C LJ N9 (J1-20) 12 915 (TB12-38) 29 N/C z z WJ3 (W(K)) W(E) S6 GRN YEL 13 814 (TB12-39) 30 N/C v o m r — P5 (F1) 32 34 14 N/C 31 14N1 (W(J)) '^' ^' P3 (J1-4) � ��P4 (F3) 15 911 (TB12-37) 32 S6 (Pi) ^� m ( ) 16 714 (TBt2-41) 33 GRN (,11-33)w N N W(L) 70S F2 17 N/C 34 YEL (J1-34) 1 v v 70E (J1-23) 7-- 70H (P24-5) 70K (AUX. RELAY -A) PG1 z PG1 CONNECTION TO JG1S NG PFJ IN #1 PF3E (W(B)) GFR M 4 3 2 NG (W(K)) B CONTROL O cR 3 GFR (P4-1) SHEET 4 4 N/C of PR3 PR3 CONNECTIONS RDO PLUG Z®1 DB pIN #1 RD6 (P1-19) (FACTORY USE 4O3® 2 NRD3 (W(B )) ONLY 3 PF3c 4 N/C z 1 PR2 CONNECTIONS RDO PLUG ® DS pIN #1 RIDS (P7-8) (FACTORY USE 4 3 2 NRD2 (W(AE)) ONLY) O ® 3 PF3F (W(B)) 4 N/C PR TO JR1 z R1 (FAULT J 4O3® RELAY) SHEET 4 �N c�� ao oNoF cwi� m v w m vv v' ETHERNET MODULE— vN Nv f.l N^ T I v �� my I X�:W� (K) IW(I) W(B)zx m V m W W m +-u jj x J m m m m vv vvW0� zy?y 35 4 WHf BLK NRD 430 N28 GRN YEL ' E52 ES1 ' 71N 32A RDa CBf SS 31A S2 N74 55 � � •� A m rn ' 70N HRN RD5 CDC Wlif BlX WHf BIX YF1 GRN m ` m 12 1 N N I N P1 P1 CONNECTIONS o vv vv PIN it GRN (P15-2) 18 CBT (PX1-4) 2 YEL (P15-1) 19 RD6 (PR3-1) 3 SILK (TB12-8) 20 32A (PR1-1) 4 WHF (TBt 2-9) 21 71N (P23-2) 5 BLK (TB12-19) 22 N/C 6 WHT (TB12-20) 23 N/C 7 CBC (PX1-3) 24 N/C 8 RD5 (PR2-1) 25 N/C 9 HRN (HORN -) 26 YEL (0-34) 10 70N (P24-2) 27 GRN (0-33) 11 N/C 28 N28 (W(Q) 12 N/C 29 ES1 Ms)) 13 S5 (P15-3) 30 N30 (W(1)) 14 N14 (W(1)) 31 ES2 (W(R)) 15 S2 (TB12-10) 32 N/C . 16 31A (0-22) 33 NRD (W(AE)) 17 S3 (TB12-21) 34 BLK (TB12-22 35 HF � W12-23 O PEDESTAL UPPER SECTION AUXILIARY RUN RELAY N53 291309=24VDC 241600=12VDC p CONNECTIONS PIN $A 70K (W(L)) B N20(W(1)) 1 RRNC (TB12-27) 2 N/C F2 F3 4 RRNO (TB12-26) 5 N/C X,- 6 N/C 7 RRCOM (TB12-25) 8 N/C 5A 1OA 1OA 9 N/C o w y m PEDESTAL LOWER SECTION REMOTE OPTIONAL START SELF -GROUNDING REMOTE SHIELDED BLOCKS WIRE ESOP RECOMMENDED PKi CONNECTIONS t PK1 KVA++ A JK1 PIN #1 KYA1 (P4-2) 1® 2 KYR1 (P4-3) KYR+2 2( 3 NKS1 (W(T)) 3 Y�R NK51 N�KS) LJ KEY a SWITCH N N %n 3 2 4 :E I I^n 4 1 3 m j N W v W(A)IF-11 W(S)I I I IW(P) z� rn v m m 5' A W^? N W ? P23,t n`-�, P24Z, ES1A (W(S)) ESTOP PF1E (W(A)) (LOCAL HRN .pg (W()) A)) HORN + P31 mz t� 3y 4B' bEk (CRANK) (RUN) (BREAKER (BREAKER P23 CONNECTIONS P24 CONNECTIONS OPEN) CLOSE) PIN #1 P6 (W(A)) PIN #1 PF1R (W(A)) SHEET 5 SHEET 5 I 2 71N (P1-21) 2 70N (P1-10) 6 6 3 ES38 (W(P)) 3 ES3A (W(P)) I 4 N/C 4 N/C 5 14S (J1-9) 5 70H (W(L)) ® � ® 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 16 19 20 21 22 23 24 25 26 27 28 29 30 31 32 3: m m w o Z Oro c z m z rn czi+ mr z m c v m F c m c JPi ** NNE wD 2c�z rmc') -4� m zrxz m m m uzi F F F F _ rn z o o czi T. z xREMOVE z JUMP R, IF PREMOTE v N f v •I ? A ��`,, ? 1 *13 N w ISM CONNECTED EERGENCY OP o N 1 N v w w W x C X X 1i N N v moFri CD 2 31 141 1 1 151 Is 4.7K OHM RESISTOR ID 0 10 GD 0 w ? I I I I I I PX1 PB1 P15 P15 CONNECTIONS PR1 CONNECTIONS 2 1 PXi CONNECTIONS PB1 CONNECTIONS PIN #1 32A (P1-20) TO JX1 NX PFSX BLO BL1 + z a PIN #1 YEL (P7-2) 2 NR1 PIN �1 PF3X (W(B)) FROM JB1 4 t PIN �1 BL1 (P3-7) 2 GRN (P1-1) (W(K)) BREAKER 4 3 2 NX 2 BL2 P3-8 TO J15 YEL GRN 3 S5 (P7-13) ( (W(K)) (BUS VOLTAGE 3 PF3C (W(B)) CONTROL) x cBi cec 3 CBC (Pl-7) SENSE) B sO Biz 3 BL3 (P3-a; 15 RELAY D a N/C 4 N/C SHEET 4, 6 5 4 CBT (P7-18) SHEET 5 OR 6 a 3 4 OLD (P3-3 ) El 5 PF3D (W(B)) (OPTIONAL) PF3D N15R 5 OR 6 O cec 5 CBCR (P4-24) .. BL3 5 N/C SHEET 4 4 5 a 6 N15R (W(J)) APM603 CONTROLLER 6 CBTR (P4-13) s N/C 350-500 KW JOHN DEERE TIER III W/ 4D ACTIVATOR, 10, 30 & 600V 7 6 5 4 3 1 2 LEGEND BCA - BATTERY CHARGING ALTERNATOR BTCS - BATTERY TEMP COMPENSATION SENSOR CAS - CAM SENSOR CLS - COOLANT LEVEL SENDER CRS - CRANK SENSOR CT(#) - CURRENT TRANSFORMER CTS - COOLANT TEMPERATURE SENDER D(#) - DIODE DIAG - DIAGNOSTIC LAMP ECM - ENGINE CONTROL MODULE ESS - EMERGENCY STOP SWITCH FIC - FUEL INJECTOR CONTROLLER FLA - FUEL LEAK ALARM FLS - FUEL LEVEL SENDER FTS - FUEL TEMP SENDER LCT - LOW COOLANT TEMPERATURE SWITCH MAT - MANIFOLD AIR TEMP SENSOR OPS - OIL PRESSURE SENDER P(#) - PLUG PCV - POSITIVE CRANKCASE VENTILATION VALVE QCON(#) - QUICK CONNECT RIPS - RAIL PRESSURE SENSOR SLB - STATIONARY LED BOARD SM - STARTER MOTOR SS -STARTER SOLENOID STAT - STATOR SW,,,) W, ) - SWITCH TB() - TERMINAL BLOCK W(#) - WIRE WELD WFS - WATER IN FUEL SENDER 1 EBG - ENGINE BLOCK GROUND i GND - CONTROLLER BOX GROUND 1 PGND - PANEL GROUND GROUND STRAP Y PGND FOR SCHEMATIC SEE ADV-9078 ID lim to "I I vl 1711 n1 P1D CONNECTIONS PIN it A (P2D-1) 2 B (P2D-2) 3 C (P2D-3) 4 NEU (P2D-4) 5 N/C 6 N/C 7 N/C 8 N/C 9 11 (P26-1) 10 11 R (P26-2) 11 12 (P26-3) 12 12R (P26-4) 13 13 (P26-5) 14 13R (P26-6) 15 N/C 16 N/C 17 N/C 18 N/C 19 N/C 20 EOV (P7-12) 21 3B (P7-6) 22 5B (P7-1) 23 NQ (P1-13) 24 N/C . NEU40 3�OA 02010008 12R 12 11 R 11 (-'o 13R4 13' 0 4D 5B 38 P1D P1 CONNECTIONS PIN #1 5B (P1 D-22) 2 N/C 3 PMG1 (QCONPMGI) 4 PMG2 (QCONPMG2) 5 F2 (QCONF2) 6 3B (P1D-21) 7 N/C 8 N/C 9 N/C 101 N/C 12 EOV (P1D-20) 13 N41) (P1D-23) 14 F7 (QCONF7) ACTIVATOR BOARD P1 _1 5 JUNCTION BOX QCONFI (P1-14) c-- F1 QCONF2 (P1-15)'•' F2 F7 F2 EXCITER STATOR n P2D CONNECTIONS PIN #1 A (P1D-1) J2D CONNECTIONS PIN #1 A (L1) 2 B (P1D-2) 2 B (1-2) 3 C (P1D-3) 3 C (0) 4 NEU (P1D-4) 4 NEU (LO) P2D J2D A v v A O ®4 4@ 3O CT BURDEN RESISTOR 2 P26 70 70 7N TB10 e BOARD P26 CONNECTIONS PIN #1 11 (P7D-9) 2 11R (Pi DD-10) 3 12 4 12R (Pi D-12) 5 5 13 (Pi D-13) 6 13R (Pi D-14) 11R 11 12R 12 13R 13 5 x IN; I RECTIFIER STATOR STAT CT3 MODULE (12 LEAD) NOTE: FOR GENERATOR NOTE: CURRENT CONNECTIONS SEE TRANSFORMER QCONPMG1 SEE ADV-5875 THREE PHASE. DOT OR 'H1" TOWARD GENERATOR. (P1-3) PMG QCONPMG2 (P1-4) PMG CAPACITOR APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III W/ SPLIT ACTIVATOR, 10, 30 & 600V 9 D OD 0 C L1 - L2 — 1 TO LOAD, BUS BAR, H OR BREAKERS L3 — SHEETS 5 OR 6 LO 111111111 1IN lu 1n "I I P1 4 P1 CONNECTIONS PIN }1 64 (OCON7) 18 N/C 2 63C (OCONS) 19 35A (W(M)) 3 N/C 20 N/C 4 P3 (SS) 21 N/C 5 N/C 22 31A (PB-A) 6 N/C 23 70 (W(H)) 7 N18 (OCONB) 24 N/C 8 N17 (QOON6) 25 N/C 9 14S (SS) 26 N/C 10 947 (P4-B4) 27 N/C 11 937 (P4-144) 28 N/C 12 915 (P4-A4) 29 N/C 13 814 (P4-C3) 30 N/C 14 N/C 31 14N1 (EBG) 15 911 (P4-G2) 32 WHT (W(X)) 16 714 (P4-G3) 33 GRN (W(Z)) 17 N/C . 34 YEL (W(Y)) "I n� ENGINE JUNCTION BOX E 1 4-3-20 1 SEE SHEET , LCT203145J UFS 10 AMP BATTERY CHARGERS) (OPT) I FUEL TANK (OPT) _ (FRONT J-BOX PANEL)_ (FOR BATTERY CHARGER CONNECTIONS SEE DWG GM99439) QCON6 P50 CONNECTIONS N17 N2 PIN /1 N/C P26 CONNECTIONS D 63C (P7-2) - QC '5 63C P50 2 N/C I PIN #1 YEL (P28-C) ::De 3 N/C 2 GRN (P28-D) FUEL LEVEL SENDER 4 N/C 3 WHT (P28-E) QCQNB (O.nON ) I I 1 5 5 YEL (W(Y)) I N18 (P7-7) + N6 N/C (W(G)) 70J (-7)T 5 P4 (70J1 (DIAL) D G)) 64 (Pi-1) QCO 7 6 7 N/C 8 916 (DIAL) L_ - 70J2 FUE`OPITONAL) LEAK ALARM8 9 WHf (W00) 8 NBC �(�) P4 (P2A-5) L -IG P 9 (P28-B 10 GRN (W(Z)) I 9 N/C - - - - - - - (J2A-2) (J2A-3) (J2A-1) (P3-B) (P3-A) (P3) N20 (WOO) 14N1 (P7 EBG 10N (W(D)) N30 (P71- P28 PIN #A CONNECTIONS N (P2A-4) P� B P4A (W(G)) / C YEL (P2A-1) s 7 O7® D E GRN (P2A-2) II WHf (P2A-3) 6 5 4 91 P4 ON F G N/C N/C H N/C /,��-�� GR E J N/C . J2A CONNECTIONS J2A PIN #1 YEL (W(Y)) GR © ��lll W(C) Li (P4-Li) - M1 P4-Mi 2 GRN (W(Z)) Nmm 6 + 91 P4 ON 4 (J2A-5) r P2 P5-B) L - L4 P4-L4) P5 4 W(D)) 5 P4 (W(C)) W(H) 6 (P4-Cl) q.-� qP4 (_ 1 ( 1 7® �J l.:l M4 P4-M4 N8 (LCT W(D) NL2 (P4-L2) (P1-23) 70G (12A 7) 70J (P11-C) - 70J (J2A-7) 7 70J (W(H)) N1 (PB-B 10N (EBG) NL3 (P4-L3) 8 N C N (J2A-4) NM2 (P4-M2 9 N/C I � E m Q Q N 3 DIAG YELIRR v Irul I NOT USED TAPE BACK 20A P5 CONNECTIONS PIN A P7 (SS) B P2 (W(C)) in P6 � 35A (P1-19) r - 35A1 P4 r P11 ® L 35A2� P3 1�Eli �ie000000 NLz NM2 P6 CONNECTIONS 20®O00 O® ® P11 CONNEXIONS PIN A 31A (P7-22) _ v v 1 oQoQ Nu O PF PIN A PF (Fi) B N1 (W(D)) EBG C A©B® (�O('l('' @ooe M4 B N30 (EBG) :J :J C 70K (W(H)) 10P P4 CONNECTIONS c B+ P3 CONNECTIONS PIN $A1 YEL (W(1)) G1 N/C 15FAMP BCA - PIN jIA YEL YELLOW (W(Y)) A2 N/C G2 911 (P7-15) (P71-A)�-P9 - B GRN GREEN (W(Z)) EBGT A3 N/C G3 714 (P1-16) B — P1 (P5-A) LCT A4 915 (P1-12) G4 N/C . P3 (P1-+) Nam: B1 GRN (W(Z)) H1 N/C . —145 (P7-9) SS CTS: USED FOR APM603 CONTROLLER B2 70G (W(H)) H2 N/C EBG LCT: FOR 550 CONTROLLER ONLY. NOT USED WITH APM603. B3 N/C H3 N/C SM + - + - B4 947 (P1-10) H4 937 (P1-11) BATTERY BATTERY Cl 916 (J2A-6) J1 N/C . 12 VDC 12 VDC C2 N/C . J2 N/C . = EBG C3 814 (P1-13) J3 N/C . C4 N/C . J4 N/C . D1 N/C . K1 N/C . D2 N/C . K2 WHT (W(X)) D3 N/C . K3 N/C . D4 N/C . K4 N/C . E1 N/C . L7 L7 (W(C)) E2 N/C . L2 NI-2 (W(D)) E3 N/C . L3 NL3 (W(D)) E4 N/C . L4 L4 (W(C)) F1 N/C . M1 M7 (W(C)) F2 N/C . M2 NM2 (W(D)) F3 N/C . M3 N/C . F4 N/C . M4 M4 (W(C)) 4 APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III W/ SPLIT ACTIVATOR, 10, 30 & 600V iim JX1 t 2 _ NX FROM PX1 3 4 BREAKER CONTROL x O O SHEET 1 OsOe JX1 CONNECTIONS PIN /1 PF3X (W(M)) 2 NX (W(-)) 3 . N/C 4 CBT (ref-Kl) 5 N/C 6 N/C W(m) PF1 (TB1-42 (JX1-1)�PF2 (TB2-C) W(AB) NX1 (DX) NX (JX1-2) L_ NX2 (TB1-2) NX3 (T1 SHUNT TRIP) FROM GENERATOR OUTPUT DX (DIODE) NX1 (W(AB)) }sT1 (W(AD)) —PF2 (W(AA)) 1 RELAY BOARD r TB1 C-294301 TB `CBT (JX7-4) K7 C F2 I I p `NX2 (W(AB)) 2E;D NC `PF, (W(M)) 42A NO ST2 l� N N I Z O NX3 (W(AB))-----\ /— ST (W(AD)) SHUNT TRIP COIL LINE CIRCUIT BREAK JR1 1 RELAY BOARD T81 C-294301 TB 2 32A (JR1-1) Ki �NC FROM PR1 J 3 3 NR 4 NR1 (JR1-2) 2 CUSTOMER FAULT RELAY - CONNECTION SHEET 1 ® O PF3C (JR1-3) 42A JR1 CONNECTIONS PIN f1 32A (TBl-Kl) COMMON FAULT RELAY 3 PRF3C (re1-2) ( (ref -42A) (OPTIONAL) 4 N/C JG1 z 9 FROM PG1 14304 N GFR CONTROL W(AC) SHEET 2 ro + N (GFR-2(GND)) — 1 NG2 (JG1-2) 5 (GFR-15) J JG1 CONNECTIONS PIN /1 1 (GFR-1(PWR)) _ u 2 NG2 (W(AC)) 4(GFR-14) 4 N /C NG T GFR OPTIONAL GFA300 R LO.AUND FAULT GENERATOR SYSTEM GROUND TO GROUND BUS l N (OPTIONAL) 15 RELAY DRY CONTACT KIT W/ NO & NC CONTACTS ; Ll L2 TO LOAD L3 Lo J15 3H ®2®, FROM P15 D RELAY OPTIONS .H t®sF-�4 SHEET 1 J15 CONNECTIONS PIN #1 YEL (TB5-CAN(+)) 2 GRN (TB5-CAN(-)) 3 UNINS (S5) (T95) 4 N/C 5 P15R (TB5-42A) 6 N15R (T95-2) RELAYS 10A, SP llmll&llmllmllmllmllmll&llmllmll o00o W MM� 12VDC, 10A, SPDT M5 lY lY lY RELAY 0000 5VDC, 2A5 DPDT 42A 42A 42A C NO CAN 2 2 2 Ie K15r= Kl K2 K3 K4 K5 K6 K7 jI KB K9 K10 Kll K12 K13 K14 l� mm n 6)mmn 6)mmp mm o mm o 6)1019� mmmm m mm m. m D TB7 TB10 TBII TBl2 213 o m ms 6) mw m mne m ID �occ m c w weK bc�c bcc l I Y CUSTOMER CONNECTIONS APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III W/ SPLIT ACTIVATOR, 10, 30 & 600V P31 I__I�I__I P31 CONNECTIONS PIN /1 BV4 (W(G)) PX1 (P31-3) W�-F� m m m m ((JW(F)2 PF3X (JX1-1) �u FA 5I 3 PX7 PX2 (P30-3)�J P30 4 OB (EOB—A4) 5 N/C WSG) BV4 P31-1 BV F4—B ( ) v v v v tEAKER&F2 BVS (P30-1) — J\ BV3 (EOB—+24V) LOSE) CONNECTIONBV5 (W(G)) Z CBC (JX1-3) a NX2 (W(�> ®�23 ®®® F4 /1w ® 1 4 5 5 CB (EOB—A2) m m m m 6qA O I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I v I I I I I I I I JX7 CONNECTIONS + — + PIN /1 PF3X (W(F)) B2 I 2 NX (WON)) 3 CBC (P30-2) JXl 12 VDC1 VDC2 4 CST (P31-2) 1 2 I 5 CBCR (EOB-14) FSX NX I I I I I I I I 6 CBM (EOB-84) 3 4 O cer FROM PX1 x BREAKER CONTROL BREAKER CONTROL BATTERIES I I I I NX1 (E06-11) W AH s e SHEET 1 o q I I I I NX (JX1-2) I I I I NX2 (EOB-81) I I I I JB1 I I I I 0 .. I I I I I eL1 BLo TO PB1 A7 A2 A4 Ba I I I I I I ( 16L2 �s B BUS VOLTAGE SENJ81 S $ + NX2 (W(AN)) CONNECTIONS v 4 < BL3 SHEET 1 OVERCURRENTPIN g.2 /1 BL1 (TX5-1) se TRIP 2 BL2 g(T7Cg-2)) EOB CBTR (JX1-6) 3 843 (TXS-3) (ELECTRICALLY OPERATED BREAKER) I 4 BLO (TX5-4) 11 NX1 (W(-)) I I I I 5 N/C . I 6 N/C AUXILL; 12 � IIII 14 CBCR (JX-5) I I I I L1 I L1 L1 IIII I I I I FROM GENERATOR OUTPUT I L2 Lz I I I SHEET 2 H I TO LOAD I I I I I I I I I I I I I I I I LG I Lo I I I I Lo I I I I I I I I I II I L_-------------------------------------------------------BLG—�,rJ I I I I I I I I I IIL---------------------------------------------------------BL3--r`�---� I II----------------------------------------------------------BL2--r`— J I L_ — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — BL1— --r— — — — — — — — — J APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III W/ SPLIT ACTIVATOR, 10, 30 & 600V P31 tEAKER s + � 3 ,PEN) gl PIN #1 BV4 (JX1- PX1 2 CBT (JX7-4) 3 PX1 (W(F)) PX2 P30 5 N/C1-1) BV4 ZEAKER +� BV5 _OSE) x 3 P30 CONNECTIONS PIN #1 BVS (W(G)) I OG I 2 CBC (JX1-3) 3 PX2 (W(F)) 4 N/C 5 CB (TX1-4) (P31-311-9, � �J'.T�\\\\\\\VVJ�F3X (P30-3) (P31-1 Whr ' .12 (P30-1) BV3 r----------------------- II I I I I (JX1-1) W �rwO m��m I 0 XX I v 1 z 1 (TX1-2) mmmm uf� W I �� 1 1 2 3 4 5 8 1 2 3 4 5 8 7 8 9 I Z ®®®®®®Z ®®®®®®®®® 1 I W56 ®®®®®®®®®1 2 r ® 1 2 3 4 5 8 7 8 9® 1 I rr rr I m N W 0 m G m Z n N X I I L 1 IIII IIIIIII L---------------—rt-----------------1 IIII IIIIIII--�----------------� I IIIIIIL---------------------4----------------- IIII---------------------- —+� IIIII �-----------------fill IIII IIII L------------------------ -----------------i-fi++----------I IIII IIIL-----------------------1 IIII I IIIIIIL------------------------J--------- � II I I I L--------------------------I-1--� IIII L---------------------------�t�1 Ilil z IIII IIII II I I — I I I I I JX1 CONNECTIONS I I I I I I I I PIN ;1 PF3X (W(F)) I I I I I 1 i I BAT1 BAT JX1 S I I I I 2 NX (W(-)) I I 1 3 CBC (P30-2) 1 I I I I 4 C8T (P31-2) 5 CBCR (TX1-7) PF3X NX I I I I 6 Cffm (TX1-6) 3 a FROM PX1 I I I I I I I BREAKER CONTROL I I I I CBC Nx2 (TX1-a) CBr X BREAKER CONTROL I I I I I I I I BATTERIES NX1 (TX1-9) I I I I W AH 8 SHEET 1 I I I I 1 = ce1R I I I I I I I I I J NX (Jx1-2) (9 I I I I I I I I I I I I I I I I I I I I I J61 I I I I I I I 0 BN1 11 of 11 1 1 1 1 I I I I BLt eLo TO Pet A7 A2 A4 B4 I I I I I I I I tO0� B BUS VOLTAGE o¢ y o + at NX2 -j I I I 1 1 1 1 J61 CONNECTIONS BSENSE L3 O I SHEET 1 $$" Y OVERCURRENT 82 i 1 1 I 1 1 PIN #1 BL1 (TX5-1) 3 6 TRIP 2 BL2 ((TTXX5-2)) 0 EOB 84 CBTR — -J 1 I I 3 BL3 (TXS-3) (ELECTRICALLY OPERATED BREAKER) I 1 I I I I 4 BLG (TX5-4) t t NX1 -- -J I I I I I 5 N/C . I 8 N/C A�� 12 I I I I I I 1 1 M 14 CBCR— --� I I I I L7— -----0 o-------- — L7------------- L7 I I I I I I I I FROM GENERATOR OUTPUT N 1-2—-----0 0-------- — L2--------- I L2 I I I I SHEET 2 o- L 1 TO LOAD L3------�--1--I---L3 I w — — — — — — — — — — — — — — — — — — — w - — — — --�--L --i---Lo I I I I 1 I I I I I 1 IIIL--------------------------------------------------------BLO--l�J I I I IIL---------------------------------------------------------8L3---,1,----j I 1 IL---------------------------------------------------------BL2- J I L— — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — BL1- +J— — — — — — — — — J NOTE: DASHED LINES ARE WIRES/COMPONENTS PROVIDED BY CUSTOMER WHEN BREAKER IS REMOTE MOUNTED. APM603 CONTROLLER 350-500 KW JOHN DEERE TIER III W/ SPLIT ACTIVATOR, 10. 30 & 600V 4 ;i:' 0 MEMil :SKR II►7IIII=90 ►7l GENERATOR SET OUTLINE DC POWER REQUIREMENTS FOR EACH RSA: - - - - - 12/24 VOLT, 1 A DC POWER IF MULTIPLE RSA'S ARE USED, RESIZE r - - - - 2 POWER WIRES AS REQUIRED. 0-450 FT. [0-138 m], 22 GA. 450-700 FT. [138-214 m], 20 GA. 700-1125 FT. [214-344 m], 18 GA. I +GENERATOR 1125-1800 FT. [344-550 m], 16 GA. I I BATTERY 1800-2800 FT. [550-856 m], 14 GA. I 12 OR 24 VDC (SEE NOTE 4) ON 550/6000 CONTROLLER, CONNECT TO P20, ON APM402 CONTROLLER, CONNECT TO P21, F- - - - - - - - - - - - - J ON 8000 CONTROLLER, CONNECT TO RS485(2) BLOCK, ON APM802 CONTROLLER, CONNECT TO T1310, (SEE SHEET 2 FOR I ON 3500 CONTROLLER, CONNECT TO T612, MASTER/SLAVE NOTE) RS-485 ON APM603 CONTROLLER, CONNECT TO T1310 OR TB12 RSA (MORTU) REMOTE SERIAL (SEEE NOTE 5) GENSET - - - - - ANNUNCIATOR CONTROLLER (MASTER) DATE REVISION — 18-16-191NEW DRAWING. REPLACES ADV-6990 [CT1984991 ITLKI I BATTERY CHARGE LEADS 2 WIRES 10 GA. MINIMUM (NOT REQUIRED ON GENSET MOUNTED BATTERY CHARGERS) BATTERY CHARGER W/ FAULT ALARMS RSA I I BATTERY CHARGER ALARMS (NON -COMMUNICATION STYLE CHARGER): REMOTE SERIAL I I 550/6000/APM402/8000/APM802/APM603: 2 WIRES 18-20 GA. ANNUNCIATOR I (NOT REQUIRED ON GENSET MOUNTED BATTERY CHARGERS) (SLAVE) I I BATTERY CHARGER ALARMS: (COMMUNICATION STYLE CHARGER): 550/6000/APM402/APM603/3500: FACTORY WIRED CAN COMMUNICATION RSA I ��CONNECT ENGINE START WIRES. REMOTE SERIAL 12 WIRES 18-20 GA. ANNUNCIATOR TO POSITION CONTACTS ON ATS (CLOSED (SLAVE) I I WIRE OR'D FOR MULTIPLE ATS INSTALLATION RSA REMOTE SERIAL I ATS (AUTOMATIC (AUTOMATIC ATS (AUTOMATIC ATS (AUTOMATIC ANNUNCIATOR TRANSFER SW.) FTRANSFERSW.) TRANSFER SW.) TRANSFER SW.) (SLAVE) I (SEE SHEET 2 WHEN USED L------------ ----------J WITH AN ETHERNET NETWORK) RSA III WITH ATS OPTION: RS-485 TO ATS REQUIRED NOTES: (MODBUS RTU) (SEE NOTE 5) 1. TYPICAL CUSTOMER WIRING SHOWN DASHED. 2. CUSTOMER RESPONSIBLE FOR ADDITIONAL WIRING SHOWN IF COMPONENTS ARE SHIPPED LOOSE (BATTERY CHARGER, DRY -CONTACT BOX, ETC.) 3. IF BATTERY CHARGER IS SHIPPED LOOSE ADDITIONAL WIRES MAY BE REFER TO WIRING DIAGRAM GM62554 REQUIRED FOR PROPER VOLTAGE SENSING. REFERENCE DRAWING (NETWORK COMMUNICATIONS) FOR ADV-5971 FOR INTERCONNECT. CONNECTION DETAIL. 4. DC VOLTAGE FOR EACH RSA REMOTE ANNUNCIATOR MAY ALSO BE SUPPLIED INTERCONNECTION DIAGRAM BY A LOCALLY MOUNTED 12 OR 24 VDC, 200 mA MIN., AC ADAPTER KIT (GM62466-KP1). CONTROLLER 5. USE BELDEN #9841 OR EQUIVALENT. MAXIMUM DISTANCE = 4000 FT. [1219 m] WITH RSA ANNUNCIATOR 4 3 9 IN EMERGENCY). DIMENSIONS IN [ ] ARE METRIC EQUIVALENTS. .7Wtf .010 ANGm± I/T KOHLER, WI 53044 .IOI t .030 SURFACE FINISH THI DPAIWNG. IN OESIGq N0) OEENI. I KOHIER 00. PROPERIY AND T YOSE NOF EE LIED E%CUAT IN (KINECEDN WIN KOHIER OD. WORK. .K t .OIIO V YAK. ALL NIGHTS OF DESIGN OR INVENTION ARE RESERVED. 'WAS om± v Tm DIAGRAM, APPROVALS DATE 1Ri°"" RSA INTERCONNECTION TLK 8-16-19 *EoD TLK 1 8-16-19 ' 1-2 °HAD MD 8-16-19 ADV-9169 I C D C L a 1 L7 Drawing Sheet Reference Sheet ^ Description........ __..�. _ ....—.... .._......_.._... 1 ^ Networked Devices, General Notes, This Sheet 2 jConverters, Ethernet Network, PC, Data Interface System 3 16-Light (DFC3+), 5.50 (DFC550), KPC 1000 Legacy Genset Controllers a : DFC3000 / APM402 Genset Controller S __................ ___...._.._.._._............. I DEC6000 Genset Controller 6 1APM603 Genset Co ntroller for Jahn Deere 80-500 Kw, Standard PG€:N Network 7 This Sheet Reserved for Future Features 8 �AFIM603 Genset Controllerfor KD Series, Standard PGEN Network 9 This Sheet Reserved for Future Features 10 11 APM802 GensetController :DEC8000Genset Controfie r 12 i DEC3500 Genset Controller 13 ISeries 1000 (MPAC1000), 340 (M340/M340+ ), Power Monitor Legacy ATS (Automatic Transfer Switch Controllers) 14 I MPAC1500, MPAC-DM 750/1200/1500 ATS (Automatic Transfer Switch Controllers) 15 16 M__ !Legacy RSAII (Remote Serial Annunciator) RSA€If {Remote 5e(al Annunciator).......�._._._........._._._........._._._........._._._........._._._........._.__......_._._........._._._........._._._........ r Controller/Annunciator .................................................... ........................ Compatibility Chats ......_...........,................._..............I......----------................ M9onitor111 5IleTech i RSA2 RSA3 SSO Genset X - X X - X_ — - -- . -1&t3 ht Genset ..............._.._......_...._......_._,..._.._...1..._ X I X 1 X .................__..._...-.I............... .,.-----....... DEC 3000 J APM402 Genset X x i X X NPC 1000 Genset X X 6000Gen. X X i X 8000 Genset .................. APM1802 — X ........................ ........---API4i503 .._.._..._..._..............._x._...._..J..._......._..._.._........._. .......... -x .._... .. DEC•35oo Genset X Ii x M1PAC 1500 x i I x x MPAC-DM 750,1200,1500 X I ......................................................................._.._. .....1............................... ........ Series 1000 ATS X - I X i X �— —� 340 ATS x B 340 Power Monitor X "X" Designates supported devices. 'A" Designates RS•485 Only. NOTES: 1.) MAXIMUM CABLE LENGTH FOR RS-232 IS 50 FEET. USE RS-485 IF LONGER THAN 50 FEET IS REQ'D. 2.) CUSTOMER SUPPLIED WIRE. USE BELDEN #9841 OR EQUIVALENT CABLE. USE A MAXIMUM CABLE LENGTH OF 1219 METERS (4000 FT.) FROM THE RS-485 CONVERTER TO THE LAST RS-485 DEVICE IN THE NETWORK. THE "LAST DEVICE" IS THE DEVICE FURTHEST FROM THE CONTROLLER. CONNECT "+" TO "+", -" TO CONNECT THE CABLE SHIELD TO "GND" AT ONE END OF CABLE ONLY, LEAVE OTHER END DISCONNECTED. IF OPERATING OVER 19.2 K BAUD RATE AND WIRE LENGTH > 305 METERS (1000 FT.), CONNECT 121 OHM TERMINATING RESISTOR (X-6058-27) TO "+" AND "-" ON THE LAST DEVICE ON THE NETWORK. IF ONLY ONE DEVICE IS USED, IT IS THE LAST DEVICE. THE TERMINATING RESISTOR IS SELECTABLE INSIDE THE MODBUS/ETHERNET CONVERTER AND REMOTE SERIAL ANNUNCIATOR2 (RSA2) VIA P34. PLACE THE P34 JUMPER ON THE "IN" PINS IF THE MODBUS/ETHERNET CONVERTER, RSA2, OR RSA3 IS THE LAST DEVICE IN THE NETWORK. IF NOT THE LAST DEVICE, PLACE THE P34 JUMPER ON THE "OUT" PINS. A 3.) THE 550 & 6000 CONTROLLER CAN BE USED AS A RS-232/RS-485 CONVERTER. CONNECT THE 9-PIN SERIAL PORT ON THE PC TO P18 ON THE 550 OR 6000 CONTROLLER AS SHOWN. THEN CONNECT P20 ON THE 550 OR 6000 CONTROLLER TO THE OTHER RS-485 DEVICES IN THE NETWORK. 4.) EACH MODBUS/ETHERNET CONVERTER CAN COMMUNICATE WITH UP TO 4 ETHERNET NETWORK DEVICES SIMULTANEOUSLY. IF A MODBUS/ETHERNET CONVERTER IS ATTACHED TO A SLAVE REMOTE SERIAL ANNUNCIATOR, A MODBUS ETHERNET CONVERTER CONNECTED TO A MASTER REMOTE SERIAL ANNUNCIATOR IS REQUIRED. SEE NOTE 2 FOR P34 (TERMINATING RESISTOR) SETTING. 5.) ONLY ONE MASTER IS ALLOWED PER RS-485 NETWORK. ANY COMBINATION OF MASTERS IS ALLOWED IF COMMUNICATING VIA MODBUS/ETHERNET CONVERTERS. 8 7 6 ev' 1 DETAIL A (EXAMPLE OF) NETWORKED RS-485 DEVICES RS-485 )DBUS RTU) -E NOTE 2) TO PC OR RSA II/III VIA CONVERTERS RS-485 RS-485 (MODBUS RTU) (MODBUS RTU) (SEE NOTE 2) (SEE NOTE 2) 1ST +D 2ND + RS-485 GND RS-485 GND LAST +D RS-485 GND DEVICE + DEVICE + DEVICE + NOTE: SIX TERMINAL CONNECTION SHOWN. FOR THREE TERMINAL CONNECTION, USE TWO WIRES PER TERMINAL STRIP SCREW. 0 1 X-6058-27 121 OHM RESISTOR (SEE NOTE 2) 2 1 1 7 GATE RMION N 5-30-19 IS SHEET ADDED; COMPATIBILTIY CHART, STANDARD NOTES, JD NETWORKED DEVICES MOVED TO THIS SHEET; ISOLATED/ NON —ISOLATED RS-485 IDENnFIED ON ALL SHEETS rCT1977 T __ .mxE mR 7 MD 5-30-19 1-- GM62554 2 1 1 -1D on ■n on FROM P20 ON 550 CONTROLLER, P21 ON 16-LIGHT CONTROLLER, SHEET 3 P21 ON DEC 3000/APM402 CONTROLLER, SHEET 4 P20 ON 6000 CONTROLLER, SHEET 5 TB1 ON SERIES 1000 ATS CONTROLLER, TB1 ON MODBUS/KBUS MODULE, SHEET 13 TB2 ON SERIES 750, 1200, 1500 ATS CONTROLLER, SHEET 14 FROM P18 ON 550 CONTROLLER SHEET 3 P18 ON 6000 CONTROLLER SHEET 5 P19 ON MODBUS/KBUS MODULE SHEET 13 (GM41141-KP2, -KP2S, GM41142-KP1, NULL MODEM CABLE) 9-PIN MALE/25-PIN FEMALE ADAPTER (GM41141-KP2, GM41141-KP2S, GM41142-KP1) RS-485 'MODBUS RTU) RS232/RS485 (SEENOTE 2) P32 CONVERTER TDf(A)(-) (GM41141-KP2, --- cNbB)(+) GM41141-KP2S, ` NO CONNECTION REQUIRED GND GM41142-KP1, IR +12V GM41143-KP1, GM41874) OPTO ISOLATOR (GM41141-KP2, GM41141-KP2S GM41142-KP1) RS-232 )Deus RTU) D825M :E NOTE 1) NULL DEVICE MODEM MODEM (GM41141-KP2 60 HZ GM41141-KP2S 60HZ) (GM41142-KP1 50 HZ) CONVERTERS / PC / DATA INTERFACE SYSTEM --I NULL MODEM DB25M DB25M DEVICE MODEM (GM41141-KP2, (GM41141-KP2 60 HZ GM41141-KP2S, GM41141-KP2S 60HZ) GM41142-KP1) (GM41142-KP1 50 HZ) PHONE LINE THROUGH TELEPHONE NETWORK TO INTERNAL PC MODEM OR EXTERNAL PC MODEM THIS SHEET AC ADAPTOR PHONE LINE THROUGH TELEPHONE /Tl NETWORK TO INTERNAL PC MODEM OR EXTERNAL PC MODEM THIS SHEET ADAPTOR FROM P19 OR P20 ON 550 CONTROLLER, P21 ON 16-LIGHT CONTROLLER, J9 ON KPC 1000 CONTROLLER SHEET 3 P21 ON DEC 3000/APM402 CONTROLLER, SHEET 4 P19 ON 6000 CONTROLLER, P20 ON 6000 CONTROLLER, SHEET 5 TB12, TB10, OR TX1 FOR APM603 CONTROLLER, SHEET 6, SHEET 7, OR SHEET 8 TB10 FOR APM 802 CONTROLLER, SHEET 10 RS485(2) ON DEC 8000 CONTROLLER, SHEET 11 T812 FOR DEC-3500 CONTROLLER SHEET 12 PC (MONITOR III) (MASTER) PC (SITETECH) (MASTER) DATA INTERFACE SYSTEM (MASTER) (CUSTOMER SUPPLIED) RS-485 (SEE NOTE 5) )DBUS RTU) :E NOTE 2) TO DATA INTERFACE SYSTEM (DIS) CUSTOMER SUPPLIED TB1 ON SERIES 1000 ATS CONTROLLER, SHEET 13 FROM ETHERNET MODULE FOR APM603 CONTROLLER, TB2 ON SERIES 750, 1200, 1500 ATS CONTROLLER FROM P19 OR P20 ON 550 CONTROLLER, SHEET 6, SHEET 7, SHEET 8, SHEET 9 FROM ETHERNET MODULE FOR APM802 CONTROLLER, - - SHEET 14 TO RSA II III MASTER - - VIA MODE S/ETHERNET CONVERTER -0 P21 ON 16-LIGHT CONTROLLER, SHEET 10 SHEET 15 OR SHEET 16 FROM PHONE LINE J9 ON KPC 1000 CONTROLLER SHEET 3 P13 ON MPAC & MPAC-DM ATS CONTROLLERS, SHEET 14 ETHERNET NETWORK TO RSA II III/SLAVE TELEPHONE NETWORK P21 ON DEC 3000/APM402 CONTROLLER, ETHERNET (CUSTOMER SUPPLIED) �\ CONVERTER THIS SHEET - Z/ VIA DB S/ SHEET 4 SHEET SHEET 16 P19 ON 6000 CONTROLLER, (MODBUS TCP/IP) CATS OR EQUIVALENT FROM ETHERNET MODULE FOR APM603 CONTROLLER, P20 ON 6000 CONTROLLER, SHEET 5 T812, TB10, OR TX1 FOR APM603 CONTROLLER, RS-485, NON -ISOLATED (MODBUS RTU/RSA) (SEE NOTE 2) P32 fn =o SHEET 6, SHEET 7, SHEET 8, SHEET 9 R FROM ETHERNET ON DEC 8000 CONTROLLER, CUSTOMER SUPPLIED SHEET 11 SHEEP 6, SHEET 7, OR SHEET 8 J --- - � z n I I CUSTOMER TB10 FOR APM 802 CONTROLLER, - - - + ®a ETHERNET SUPPLIED SHEET 10 GND MODBUS/ETHERNET 1 l (MODBUS TCP/IP) RS485(2) ON DEC 8000 CONTROLLER, SHEET 11 T812 FOR DEC-3500 CONTROLLER TO 12-24 VDC POWER SUPPLY - _ + CONVERTER P33 GND PCB ASSY RJ45 _ _ ` _ _ _ _ _ _ _ CATS OR EQUIVALENT --------------------. SHEET 12 ER (GN OR USE A.C. ADAPTER (GM41143-KP2) { DC2 (GM41143-KP2) DC1 CUSTOMER CUSTOMER FROM P10 ON DEC 3000/APM402 CONTROLLER, TB1 ON SERIES 1000 ATS CONTROLLER, (NOT SENSITIVE) (CONFIGURE AS MASTER) SUPPLIED SUPPLIED SHEET 4 TB1 ON MODBUS/KBUS MODULE, PB70 ON APM603 CONTROLLER, SHEET 13 SEE NOTE 4 SHEET 6, SHEET 7, SHEET 8, OR SHEET 9 TB2 ON SERIES 750, 1200, 1500 ATS CONTROLLER, P12 ON DEC3500 CONTROLLER, P _ SHEET 14 FROM P19 OR P20 ON 550 CONTROLLER, SHEET 12 P21 ON 16-LIGHT CONTROLLER, P12 ON MPAC-DM ATS CONTROLLERS, I SHEET 3 SHEET 14 P21 ON DEC 3000/APM402 CONTROLLER, RS-485 RS232/RS485 P43 ON RSA II/III SHEET 4 (MODBUS RTU) P32 CONVERTER SHEET 15 OR SHEET 16 P19 ON 6000 CONTROLLER, (SEE NOTE 2) --- P20 ON 6000 CONTROLLER, D SHEET 5 --- TD(A)( ) GM41 141 -KP2, TD(B)(+) TO GM41 141-KP2S, ` T81 ON SERIES 1000 ATS CONTROLLER, GND GM41142-KP1, N TB1 ON MODBUS/KBUS MODULE, NO CONNECTION REQUIRED{ +12V GM41143-KP1, USB KEY SHEET 13 GM41874) (REQUIRED FOR MONITOR III) T82 ON SERIES 750, 1200, 1500 ATS CONTROLLER, (GM41141-KP1, GM41141-KP1S, SHEET 14 (SEE NOTE 3) GM41141-KP2, GM41141-KP2S) FROM P18 ON 550 CONTROLLER SHEET 3 RS-232 RS-232 P16 ON 6000 CONTROLLER (MODBUS RTU) (MODBUS RTU) SHEET 5 (SEE NOTE 1) DB9F NOTE 1) P19 ON MODBUS/KBUS MODULE C NULL _ _ _ _ _ _(SEE SHEET 13 MODEM (GM41141-KP1, -KP1S, GM41144-KP1, I NULL MODEM CABLE) `I 1 RS-232 I FROM EXTERNAL (MODBUS RTU) J TELEPHONE NETWORK H PHONE LINE PC MODEM DB25M - - (SEE NOTE t) - - D625F THIS SHEET (CUSTOMER SUPPLIED) 25-PIN MALE/9-PIN FEMALE 25-PIN MALE/25-PIN FEMALE ADAPTER (CUSTOMER SUPPLIED) MODEM CABLE (CUSTOMER SUPPLIED) TO THE PC'S INTERNAL MODEM (MONITOR III) OR TO DATA INTERFACE SYSTEM TO THE PC'S RJ45 ETHERNET CONNECTOR (MONITOR III) OR TO DATA INTERFACE SYSTEM (DIS) TO THE PC'S USB PORT (MONITOR III OR SITETECH) TO THE PC'S 9-PIN SERIAL PORT (MONITOR III), SITETECH (550/6000 ONLY), OR DATA INTERFACE SYSTEM FOR GENERAL NOTES. SEE SHEET 1 Dim 0M nM am GEN 1 T812-8,9,10 GEN 2 T812-8,9,10 GEN 3 T812-8,9,10 GEN 4 T812-8,9,10 GEN 5 T812-8,9,10 GEN 6 T812-8,9,10 GEN 7 TB12-8,9,10 GEN 8 T812-8,9,10 DETAIL B STANDARD PGEN DEVICES 8 GENERATORS MAXIMUM N m H RS-485, ISOLATED (PGEN) (SEE NOTE 2) RS-485, ISOLATED (PGEN) (SEE NOTE 2) RS-485, ISOLATED (MODBUS RTU/RSA) (SEE NOTE 2) RS-485, ISOLATED (MODBUS RTU) (SEE NOTE 2) RS-485, NON -ISOLATED (MODBUS RTU/RSA) (SEE NOTE 2) RS-485, NON -ISOLATED (MODBUS RTU) (SEE NOTE 2) I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I l I l I I J T812-10, -21, -24 ARE SELF -GROUNDING BLOCKS CONNECT ONE END OF SHIELD WIRE ONLY Ln I I M I I I I M a a va a s I I 04 Y = (n J cn D- m Z z z m z ETHERNET z z:-2:?i (MODBUS TCP/IP, SNMP, AND BACNET)) > CATS OR EQUIVALENT ETHERNET MODULE O ® ' 3�000�00000000000000, 6 3500000000000024 N 38 58 ES3 2A 64 4 BeBC 8� NEU J-L5 11 12 13 PF1C WH/F 'B�pLKN�RD ES2 N30 ES1 N28 GRN YEL N OOOOOOOOOOO BL2 BL,UEU UC 0000000 00000000000 AXF BCF 5 cam /' 0 11R 12R 13R Ni 71N 32A RD8 CBT S3 31A S2 N74 S5 m 12N12 ( LF 63C OOO N4 K1R, KYA, GFR 1 4BL3 BLO l B Il A 1 B�O��O 1 12O 70N HRN RD5 CBC wRr auc WHi BLK YEL GRN 1 �t P4 P3 P2 P1 z z P89 (OPPOSITE SIDE) (USB HOST PORT) 0 UTHE APM603 CONTROLLER CANNOT BE USED AS AN RS-485 TO ETHERNET CONVERTER ETHERNET P5 I REVCigN SHEEP INSERTED [CT191583] 8-16 WAS 3-12; 44 POSMONS WERE 40 fCT19� TO APM603 CONTROLLER (SEE DETAIL B) PGEN VIA RS-485 TO APM603 CONTROLLER (SEE DETAIL B) PGEN VIA RS-485 TO DIS SHEET 2 OR RSA III SHEET 16 VIA RS-485 TO RSA III VIA MODBUS/ETHERNET CONVERTER SHEET 2 TO NETWORKED RS-485 DEVICES SHEET 1 (REFERENCE DETAIL A) TO NETWORKED RS-485 DEVICES SHEET 1 (REFERENCE DETAIL A) TO DIS SHEET 2 OR RSA III SHEET 16 VIA RS-485 TO RSA III VIA MODBUS/ETHERNET CONVERTER SHEET 2 TO NETWORKED RS-485 DEVICES SHEET 1 (REFERENCE DETAIL A) TO NETWORKED RS-485 DEVICES SHEET 1 (REFERENCE DETAIL A) TO RSA III OR DIS VIA ETHERNET NETWORK SHEET 2 TO DIS (DATA INTERFACE SYSTEM) SHEET 2 TO PC (SITETECH) VIA USB SHEET 2 CUSTOMER SUPPLIED PB10 FOR GENERAL NOTES, SEE SHEET 1 (OPPOSITE SIDE) _ (USB DEVICE PORT) ICONLER CCk .mxE mo 3 i/r PoWEN SWIM K018ER00 830u .AI t iDD LIMLR NMMI M Wr K S MM AIRI YETAR, 6 ON W. I KUA XDT BE 1® DKVT N Cp1E490N WIM KdLI i t 4tl � YAL AIL RKXIS K GmGX OR � AH R,9 ® APM603 CONTROLLER ® affil DIAGRAM, WIRIN( JOHN DEERE 80-500 KW NETWORK COMMUNICA STANDARD PGEN NETWORK I GM62554 7 6 5 4 3 2 1 1 wu WE wn ■E 8 REMOTE SERIAL ANNUNCIATOR III CONNECTED VIA ETHERNET ETHERNET (MODBUS TCP/IP) FROM ETHERNET NETWORK Q=AT5 OR EQUIVALENT SHEET 2 6 (SEE NOTE 4) lio15n MOD/E. THERNET GNs P33 CONVERTER + PCB ASSY GND (GM41143-KP2) DC2 (CONFIGURE AS MASTER) DC1 5 b 4 RS-485, NON -ISOLATED (MODBUS RTU/RSA) (SEE NOTE 2) ` TO 12-24 VDC POWER SUPPLY } OR USE A.C. ADAPTER (GM41143-KP2) (NOT POLARITY SENSITIVE) RS-485, ISO/NON-ISO PER P39 JUMPER (MODBUS RTU) (SEE NOTE 2) CONNECT A MAXIMUM OF 4 SLAVE REMOTE SERIAL ANNUNCIATORS TO A MASTER REMOTE SERIAL ANNUNCIATOR. IF ANY RSA1000 ANNUNCIATORS ARE ON THE SAME NETWORK AS AN RSA II ANNUNCIATOR, THE RSA1000 ANNUNCIATORS MUST BE CONFIGURED AS SLAVES. 8 5 4 3 2 1 P27 6 5 4 3 2 1 RS-485 REMOTE SERIAL z+ 1 i+ 1 ANNUNCIATOR III z+ 1 z+ 1 v v SLAVE v v P39 (GM85123-1, -2, -3, -4) P39 RS-485 ISOLATION RS-485 ISOLATION z uj 0 Z rn 0 0 0 0 (SEE NOTE 4) �? o * - (MODBUSRNETTCP/IP) MODBUS/ETHERNET GNC FROM ETHERNET NETWORK //��C_AT5 OR EQUIVALENT _ SHEET 2 L� P33 CONVERTER RJ45 PCB ASSY GND (GM41143-KP2) DC2 (CONFIGURE AS SLAVE) DC1 REMOTE SERIAL ANNUNCIATOR DIRECT CONNECTED FROM P19 OR P20 ON 550 CONTROLLER, P21 ON 16-LIGHT CONTROLLER, J9 ON KPC 1000 CONTROLLER SHEET 3 P21 ON DEC 3000/APM402 CONTROLLER, SHEET 4 P19 ON 6000 CONTROLLER, P20 ON 6000 CONTROLLER, SHEET 5 T612, TB10, OR TX1 FOR APM603 CONTROLLER, SHEET 6, SHEET 7, SHEET 8, OR SHEET 9 TB10 FOR APM 802 CONTROLLER, SHEET 10 RS485(2) ON DEC 8000 CONTROLLER, SHEET 11 FROM TB12 FOR DEC-3500 CONTROLLER SHEET 12 TB1 ON SERIES 1000 ATS CONTROLLER, SHEET 13 ON SERIES 750, 1200, 1500 ATS CONTROLLER SHEET 14 8 5 4 3 2 1 P27 RS-485 z+ 1 z+ 1 v v RS9 485 ISOLATION O N Z 0 0 0 0 m �- v RS-485 REMOTE SERIAL ANNUNCIATOR III SLAVE (GM85123-1, -2, -3, -4) RS-485, NON -ISOLATED (MODBUS RTU/RSA) (SEE NOTE 2) TO 12-24 VDC POWER SUPPLY } OR USE A.C. ADAPTER (GM41143-KP2) (NOT POLARITY SENSITIVE) RS-485, ISO/NON-ISO PER P39 JUMPER (MODBUS RTU) (SEE NOTE 2) REMOTE SERIAL ANNUNCIATOR III SLAVE (GM85123-1, -2, -3, -4) RS-485, ISO/NON-ISO PER P39 JUMPER (MODBUS RTU/RSA) (SEE NOTE 2) 6 5 4 3 2 1 RS-485 REMOTE SERIAL z + 1 z + 1 ANNUNCIATOR III v v SLAVE P39 (GM85123-1, -2, -3, -4) RS-485 ISOLATION O V5 Z O O 1 m rn v o 0 CONNECT A MAXIMUM OF 4 SLAVE REMOTE SERIAL ANNUNCIATORS TO A MASTER REMOTE SERIAL ANNUNCIATOR. IF ANY RSA1000 ANNUNCIATORS ARE ON THE SAME NETWORK AS AN RSA II ANNUNCIATOR, THE RSA1000 ANNUNCIATORS MUST BE CONFIGURED AS SLAVES. 6 5 4 3 2 1 RS-485 REMOTE SERIAL z + I z + I ANNUNCIATOR III v v SLAVE P39 (GM85123-1, -2, -3, -4) RS-485 ISOLATION O o Z 0 0 sI 0 0 m 0 CONNECT A MAXIMUM OF 4 SLAVE REMOTE SERIAL ANNUNCIATORS TO A MASTER REMOTE SERIAL ANNUNCIATOR. IF ANY RSA1000 ANNUNCIATORS ARE ON THE SAME NETWORK AS AN RSA II ANNUNCIATOR, THE RSA1000 ANNUNCIATORS MUST BE CONFIGURED AS SLAVES. 6 5 4 3 2 1 RS 485 REMOTE SERIAL z + 1 z + 1 ANNUNCIATOR III 0 0 SLAVE P39 (GM85123-1, -2, -3, -4) IRS-485 ISOLATION O N Z O O 1 m v 0 o 0 3 RS-485 6 5 4 3 2 1 v�IN 8 7 6 5 4 3 2 1 USER + + z1 z1 OUT N y N N ti ti v i INPUTS m m m m m m y � � A A.11 AA .11A N fA m (Il W W N N I i t A A A RS9485 ISOLATION pN USERS-R 4 C� mm USER5 3 0 O N; 5 I USER4-R 2 uz)v� USER4 1 v S z P42 v NO HORN 6 COM HORN 5 NC HORN 4 REMOTE SERIAL COM FLT NO 3 ANNUNCIATOR III COM FLT COM 2 MAIN LOGIC BOARD COM FLT NC 1 (GM85123-1, -2, -3, -4) P40 DC2 3 DC1 2 GND 1 P37 (OPPOSITE SIDE) (USB PORT) 1 ITO PC (STTETECH) VIA USB�P-------� SHEET 2 P41 INPUT CONNECTIONS YEL BLK c� D Vl O0-10 of 0 A N O 5 P41-8 USER INPUT 3 RETURN P41-7 USER INPUT 3 P41-6 USER INPUT 2 RETURN P41-5 USER INPUT 2 P41-4 USER INPUT 1 RETURN P41-3 USER INPUT 1 �(16-LIGHT ONLY) (SUPPLIED VIA P41-2 LOCAL ATS EMERGENCY ON INPUT RETURN MODBUS ON 550/6000/3000/APM402/3500 P41-1 LOCAL ATS EMERGENCY ON INPUT GENSET CONTROLLER AND SERIES P42 INPUT CONNECTIONS 1000/750/1200/1500 ATS CONTROLLERS) P41-4 USER INPUT 5 RETURN P41-3 USER INPUT 5 P41-2 USER INPUT 4 RETURN P41-1 USER INPUT 4 P40 OUTPUT CONNECTIONS P40-6 HORN RELAY NORMALLY OPEN P40-5 HORN RELAY COMMON P40-4 HORN RELAY NORMALLY CLOSED P40-3 COMMON FAULT RELAY NORMALLY OPEN P40-2 COMMON FAULT RELAY COMMON P40-1 COMMON FAULT RELAY NORMALLY CLOSED P37 PWR/CAN CONNECTIONS P37-3 12/24 VDC BATTERY INPUT2 (NOT POLARITY SENSITIVE) P37-2 12/24 VDC BATTERY INPUTI (NOT POLARITY SENSITIVE) P37-1 GROUND P37/P40/P41 WIRE SIZE REQUIREMENTS 700 FT. - 20 AWG. 1125 FT. - 18 AWG FOR GENERAL NOTES, SEE SHEET 1 1800 FT. - 16 AWG 2800 FT. - 14 AWG C A 8 7 6 5 4 3 2 1 1 REV DATE I REVISION BY — 11-12-20 NEW DRAWING [CT2080331 SBR DOOR A 2-10-21 (AA-8, 7) UPDATED J4 CONNECTIONS; SEE SHEEP 3 i [CT2008731 SBR MEMBRANE SWITCH j STANDARD ON MPAC1500 I OPTIONAL ON MPAC1200 LCD DISPLAY iINTERFACE ETHERNET I Ff:FNT1C D I BID — BYPASS/ISOLATION DISPLAY D BP - BYPASS SWITCH I CR ) - BRIDGE RECTIFIER i MPAC POWER/ IS( - ISOLATION PLUG ASSEMBLY CONTROL BOARD P14 P17 P9 IS - ISOLATION (TRANSFER SWITCH CARRIAGE POSITION) i P16 J(# - CONNECTOR (JACK) PCB ATS FIELD CONNECTIONS j ..... T82 4 5 6 L -RELAY LIQUID CRYSTAL DISPLAY P(#) - CONNECTOR (PLUG) P30 AUXILIARY CONTACTS/ 1 MODBUS 12345 FACTORY wc ENGINE START CONNECTIONS GAD+ - j (OPTION BOARDS) SL(#)- SOLENOID LOCK RELAY SW1 - DIP SWITCH O TIME DELAY RELAY O 1 12 13 1 TB1 - MPAC PRORAMMABLE INPUT/OUTPUT P3 CONNECTIONS BF-1TB1PIN #1 1 ° ° 0 o I GND + - P12 I r -I1 TERMINAL BLOCK TB1-(#) - TRANSFER SWITCH TERMINAL BLOCK TB2 - MPAC MODBUS TERMINAL BLOCK 2 2 (TBF-2) ° ° L I PROGRAMMABLE L J TBF - FIELD CONNECTION TERMINAL BLOCK TS - TRANSFER SWITCH J3 CONNECTIONS 3 N/C INPUTS/OUTPUTS USB PORT I PIN #2 J3 a N/C ENGINE START o N ! 5 u � P2 9 (( S-25� 3 N/C •ENGINE START P3 sw1 C) C)Z o 1 234 Daul li 4 N/C CONNECTIONS O 99 Z ! & �n n PTRROANNSMON 4 2 QQ j S Oo TBF 0 1 oZ-- C 3 1 f13 K1 z[ TBF CONNECTIONS O 0 [2' O I #1 1 (P3-1) 13 13 (P4-10) 25 25 (P4-22) 2 2 (P3-2) 14 14 (P4-11) 26 26 (P4-23) I O 3 N/C . 15 15 (P4-12) 27 27 (P4-24) Aux. ° I 4 4 (P4-1) 16 16 (P4-13) CONTACTS o P3 K2 5 5 (P4-2) 17 17 (P4-14) I 1 ❑ 6 6 (P4-3) 18 18 (P4-15) y G 7 7 7 (P4-4) 19 19 (P4-16) ° I CURRENT SENSING 8 8 (P4-5) 20 20 (P4-17) 60 a j (OPTIONAL) O 9 9 (P4-6) 21 21 (P4-18) ENc.srARr 3 1 I 10 10 (P4-7) 22 22 (P4-19) 2 11 11 (P4-8) 23 23 (P4-20) j 12 12 (P4-9) 24 24 (P4-21) AUXILIARY CONTACTS J4 P4 i 24 1 404OOOOOI P1�00000B 2a 2D,6,2 eaB r02��5301 OOOOOOj40 ®®®® O23 1612e a 19 15 11 OO2 i 2 O OOOOOO ®®®® 1 3 19 15 11 7 3 ,a ,a ,G00 IOOOOOO 1 21 13 9 5 1 00040900 I 21 17 13 5 1 1 21 J4 CONNECTIONS J1 CONNECTIONS (CONTACTOR TO MAIN LOGIC BOARD) PIN #1 1 (TS-AUX-27) 13 13 (TS-AUX-39) 2 2 (TS-AUX-28) 14 14 (TS-AUX-40) P4 CONNECTIONS J1 I 1 17 13 9 5 1 PIN #1 1 (P-1) 13 13 (P-13) 3 3 (TS-AUX-29) 15 15 (TS-AUX-41) PIN #1 1 (THE-4) 13 13 _ I 21 O 13 O O O 2 (P-2) 14 14 (P-14) 4 4 (TS-AUX-30) 16 16 (TS-AUX-42) jII 2 2 (TBF-5) 14 14 3 3 (TBF-6) 15 15 (TBF-17) (TBF-18) I 2 18 14 10 6 2 316) 4 3 (P-3) 15 15 (P-15) 4 (P-4) 16 16 (P-26) 5 5 (TS-AUX-31) 17 17 (TS-AUX-43) 1 1 CTBF-19) i 22 18 14 10 O6 22 5 5 (P-5) 17 N/C . 6 6 (TS-AUX-32) 18 18 (TS-AUX-44) 7 7 (TS-AUX-33) 19 19 (TS-AUX-45) 5 5 (TBF-8) 17 17 (TBF-20) 3 19 15 11 7 3 6 6 (P-6) 18 18 (P-8) 8 8 (TS-AUX-34) 20 20 (TS-AUX-45) 6 6 (TBF-9) 18 18 (TBF-21) 1 23 19 15 11 7 3 O O O O O 7 7 (P-7) 19 19 (P-19) 9 9 (TS-AUX-35) 21 21 (TS-AUX-47) 7 7 (TBF-10) 19 19 a 8 (TBF-11) 20 20 (TBF-22) (TBF-23) j 4 0 16 12 8 4 8 9 8 (P-8) 20 20 (P-20) 9 (P-9) 21 21 (P-21) 10 10 (TS-AUX-36) 22 22 (TS-AUX-48) 9 9 (TBF-12) 21 21 (TBF-24) j 24 20 16 12 8 4 O O O O 10 10 (P-10) 22 22 (P-22) A 11 11 (TS-AUX-37) 23 23 (TS-AUX-49) 10 10 (TBF-13) 22 22 (TBF-25) I 11 11 (P-11) 23 23 (P-23) TO SHEET 2 12 12 (TS-AUX-38) 24 24 (TS-AUX-50) 11 11 (TBF-14) 23 23 (TBF-26) I 12 12 (P-12) 24 24 (P-24) 12 12 (TBF-15) 24 24 (TBF-27) A I A G i 1 KOHLER. 1 .IONi qo YMO3 IA• KO RNRRR N M.ED)fll OEDL N IDIRfR C0. NDRIIY M. .1N B: m .IISIQ I�Y1 NNf MD E UND DDPf N CONRIDX.IS IDIRIS CR. NOIIL x �m* 7--a oD>tR1 aR wvnox xe Ilmnm MODEL KCS —RNns APNWATS DATE DIAGRAM, ATS, KCS, TIME BASED MECHANISM SBR 11-12-20 230-600A J FRAME I STANDARD TRANSITION TAn 11-12-zo �/ '� 1-4 230-600A, 1 & 3 PHASE — DJr 11-12-20GM115511 I D 8 1 7 1 6 1 5 4 3 1 2 1 1 tJ I relm vm TS (TRANSFER SWITCH) LA LB LC LW , MERG NDCY & LOAD OUT I I OF THE TOP AND NORMAL RC j j OUT THE BOTTOM. ® B I I COIL EN EA EB EC 5 6 7 i L$J I ' I I � I I � I I I I I I I I � I I � I I � I I I I I � I I I LA LB LC I LN--i----- I , I r 9 r 11 i--I f- l' l I ( I I I I I , I I , I I , I I I I L1 p p p p p ❑ ❑ ❑ ❑ 8 ---- -I------ I I I I I I I I I I I I I � I 35 w 42 45 ar----------, 37 40 0 45 w 35 41 44 47 50 23 25 29 32 35 22 25 25 31 34 21 24 27 30 33 ggBBg 1 NA NB NC NN L--- SINGLE PHASE - OMITS B PHASE A TO SHEET 1 TO SHEET 1 J1 OPTIONAL: SOLID NEUTRAL OVERLAPPING NEUTRAL SWITCHING NEATRAL MODEL KCS TIME BASED MECHANISM STANDARD TRANSITION 230-600A, 1 & 3 PHASE 31 2 IIIIIIIIIIIIIIIIIIIN mu mu DI C BI A MEMBRANE SWITCH ETHERNET INTERFACE ETHERNET STANDARD ON MPAC1500 �� INTERFACE OPTIONAL ON MPC1200 LCD DISPLAY MPAC CONTROL BOARD (MEMBRANE SW.) (LCD DISPLAY) (ETHERNET) TB2 COIL CLEARING CONTACTS (MODBUS) P12 K1 NORMAL PHASE A P1-3 USB PORT ®®®® 4 5 6 (ON BACK OF BOARD) EMERGENCY PHASE A P1-1 GND +- F-- 1 2 3 4 5 K1 K2 1 12131 I o00o I P16 GND+ - L _ (OPTION BOARDS) TRANSFER SOLENOID P1-2 (REC(IFlER A) TB1 (PROGRAMMABLE 3W1 INPUTS/OUTPUTS) 1 2 3 4 TRANSFER SOLENOID P1-5 z (RECTIFlER B) 5 o K1 NORMAL PHASE C P1-15 Z O Z o 3 Zd COIL CLEARING CONTACTS S L7 v1 a g EMERGENCY PHASE C Pi-16 z zC to a Kl K2 ?� N ENGINE START 4 P1-8 ENGINE START 3 P1-9 P2 NE PROGRAMMED TPANSRION P3-1 (1 A) P3-2 (1 AR) P3-3 (1 B) CURRENT P3-4 (1 BR) SENSING P3-5 (1 C) P3-6 (1CR) POSITION INDICATOR GND Pi-1 EMERGENCY CONTACTOR POSITION P1-1 NORMAL CONTACTOR POSITION) P1-1 *POWER SUPPLY NORMAL PHASE A P1-1 NORMAL PHASE B Pi-1 SOURCE 1 AC VOLTAGE SENSING NORMAL PHASE C P1- NORMAL NEUTRAL P1-2 * POWER SUPPLY EMERGENCY PHASE A P1- K2 0 SOURCE 2 EMERGENCY PHASE B P7-1 AC VOLTAGE SENSING EMERGENCY PHASE C P1- EMERGENCY NEUTRAL Pi-2 A LOAD PHASE A P1-1 LOAD PHASE B Pi LOAD PHASE C P1 LOAD NEUTRAL P7 5 TS OPERATOR CIRCUIT TS 14 13 NA TO NORMAL SOURCE CIRCUIT THIS SHEET 1e n NC I TS (A I � I P1 J1 P I A B >z� z a Ox P1 J1 P 5 I TS P1,SJ� 15 P 15 t5 EA TO EMERGENCY SOURCE CIRCUIT P1 J1 P I THIS SHEET 15� 15 EC I P` `1 P TS P1 J1 P �P �5 i m>- 10 21 PI JI P 13>- 13 IE 122 I TS CONTROL CONTACTS E�4A � . N1 I �7 3•Z9 Y Y GP. � OEMMMI► /110S I77+pp9c-�t772poapxlxl I I SPWFIEn - IAIU61M P sPLCFus 4Y1KIR5L dR-0FF (OONVLT oPeKNo) SF1TN0. I A 1 2-10-211(AA-3) REMOVED TEXT -BYPASS SMTCN": SEE SNFEf 1 1 1 1 r> 14J� 14 P, 3 oommoN ENGINE 23 STARTING J3 z 3 TBF-2 amm m SMRf SIGNALS (10 AMPS. 32VDC) NORMAL SOURCE CIRCUITS P12 J� 12 P NA I P1 J1 P I I TO P1 J1 P SHEET 4 ->4>— 4 I NC P��J�� I EMERGENCY SOURCE CIRCUITS PI > Y J- 7 P1 J1 P j I I ,5>- 15 EB TO P1 J1 P �5� 5 I SHEET 4 I I EC P> il P EN I LOAD TERMINAL CIRCUITS P� IYJ� 1P P LA P� I TO SHEET 4 NOTE: SINGLE PHASE OMITS B PHASE P1 J1 P 21>- 21 M0Y KOILLEIL LC .m3 ato uwo3 im .lot i .aeo MsnR IPY1 KONLER. VA 53044 mom EK5 I�DENMAIX Im119tYC0. ML Pi P I J� / x 3 m T rV. xL nam a om1 at Mvnox xe Ilemnm 24 u LN MODEL KCS MPROYA1s DA7[ DIAGRAM, ATS, KCS TIME BASED MECHANISM SBR 11-12-20 230-600A J FRAM ------------------� STANDARD TRANSITION an 11-12-zoo /� '� 230-600A, 1 & 3 PHASE— DJr 11-12-20 Re GM115511 D C B A 8 1 7 1 6 1 5 b 4 1 3 SINGLE PHASE - OMITS B PHASE DI EMERGENCY EA EB EC EN Q TO TO TO TO SHEET 3 SHEET 3 SHEET 3 SHEET 3 T5 EA T6 EB -7 EC T8 EN 1 TS (EA) L TS (EB) TS (EC) TS (EN) C 5 LA —9 TO SHEET 3 TS LB -10 LB TO LOAD SHEET 3 A TS LC 0 -11 LC B TO SHEET 3 TO TS SHEET 3 LN o-_== _____ ____ =====12 LN TO N SHEET 3 TS (NA) TS (NB) TS (NC) TS (NN) TO TO TO TO SHEET 3 SHEET 3 SHEET 3 SHEET 3 T; NA T2 NB T3 NC T4 NN b A NA NB NC NN TS P 1 J TBF-4 27 I I P pJ TBF-5 I 28 I P 3J TBF-6 29 I Ault CWA= I I P aJ TBF-7 30 P sJ TBF-8 31 I I I P BJ TBF-9 32 Aux. CONTACTS P 7J TBF-10 I 33 I II a eJ TBF-11 34 P 9J TBF-12 I Ault CWAM I I P 10J TBF-13 36 P +ZJ TBF-15 I 38 I 37 Ault CONMT r 13J TBF-16 I 39 I I I P Te TBF-18 41 n 1 40 ANT. CONTACTS I P i8J TBF-19 42 I ��eJ TBF-21 I 44 I P >'J TBF-20 43 AM CONTACTS I P 19J TBF-22 I 45 I P 21J TBF-24 47 I P a TBF-23 I Ault CONTAcrs I P J TBF-25 48 I P + TBF-27 I 50 I LL-tl v COMMON 1 CLOSED ON EMERGENCY) CLOSED ON NORMAL COMMON 1 CLOSED ON EMERGENCY) CLOSED ON NORMAL COMMON 1 CLOSED ON EMERGENCY) CLOSED ON NORMAL COMMON 1 CLOSED ON EMERGENCY] CLOSED ON NORMAL COMMON 1 CLOSED ON EMERGENCY] CLOSED ON NORMAL COMMON 1 CLOSED ON EMERGENCY) CLOSED ON NORMAL COMMON 1 CLOSED ON EMERGENCY] CLOSED ON NORMAL COMMON 1 CLOSED ON EMERGENCY) CLOSED ON NORMAL — GENERAL NOTES 1. SWITCH SHOWN DE -ENERGIZED AND CONNECTED TO THE NORMAL SOURCE. 2. ALL WIRING IS #16 AWG, TINNED, STRANDED COPPER UNLESS OTHERWISE INDICATED. 3. o ON TERMINAL BLOCKS INDICATES AVAILABLE FIELD CONNECTION POINT. 4. • ON TERMINAL BLOCKS INDICATES FACTORY CONNECTION POINT. ■ 91 MODEL KCS TIME BASED MECHANISM STANDARD TRANSITION i0-600A, 1 & 3 PHASE 2 TS AUXILIARY CONTACTS (10 AMPS, 32VDC) (10 AMPS, 250VAC) GENERAL PURPOSE ID IC A 8 DI PHYSICAL 30,70,104,150, 200, & 230 AMPS EMERGENCY LOAD f TS COIL I LA LB LC LN C i • A i I�g I EA EB 119 EC EN Q Q I �EN 35 33 Jt �� CKT j 4 5 i c, <� L-----J — L I 36,34 —r— I 31 29 T 20 21 22 LN T1 72 8 69 7 — 3230 TB/TS 17 15 1 2 3+NN /"r— 1311 E O14 N NC N0 121 ENGINE 6;NA 015 18START 14CONTACTS -- 016 NORMAL SEE SHEET 2 BI A SINGLE PHASE OMITS B PHASE OPTIONAL SWITCHING NEUTRAL OPTIONAL TS AUXILIARY CONTACTS ACCESSORY TS AUXILIARY CONTACTS MPAC PO CONTROL TB2 4 5 6 MODBUS GND+ — 1 2 3 GND+ — TB1 PROGRAMMABLE INPUTS/OUIPUIS O N N Z 5" O U O �Z Z 50 b O Z Zr a0 Ln C� z P3 CURRtM❑SENSING (OPTIONAL) MEMBRANE SWITCH STANDARD ON MPAC1500 OPTIONAL ON MPAC1200, LCD DISPLAY P14b P17 J� P16 12345 (OPTION BOARDS) P12 r L J USB PORT SW1 1 2 M3. ow�w K1 O 0 K2 0 P 1 24 4 20 O 1616 121208 04 23 3 1919 1515 11110703 22 2 1818 1414 101006 02 2121017 1313 909 505 1O P 21 1017 13130905O 22 2 18 8 14 4 10 OO6 O2 23 3 1919 15 5 11 1107 03 24 4 20 0 1616 121208 4 ETHERNET LEGEND BID — BYPASS/ISOLATION DISPLAY D BP — BYPASS SWITCH Pg CR ) — BRIDGE RECTIFIER IP( — ISOLATION PLUG ASSEMBLY IS — ISOLATION (TRANSFER SWITCH CARRIAGE POSITION) ONNYCTOR (JACK) K — L — LIQUID CRYSTAL DISPLAY P(#) — CONNECTOR (PLUG) SL(#)— SOLENOID LOCK RELAY SW1 — DIP SWITCH TB1 — MPAC PRORAMMABLE INPUT/OUTPUT TERMINAL BLOCK TB1—(#) — TRANSFER SWITCH TERMINAL BLOCK TB2 — MPAC MODBUS TERMINAL BLOCK TBF — FIELD CONNECTION TERMINAL BLOCK TS — TRANSFER SWITCH P2 PROGRAMMED TRANSmoN P CONNECTIONS (CONTACTOR TO MAIN LOGIC BOARD) PIN #1 1 (TS-8) 13 13 (TS-16) 2 2 (TS—A) 14 14 (TS-18) 3 3 (TS-6) 15 15 (TS-70) 4 4 (TS-3) 16 16 (TS-72) 5 5 (TS—B) 17 N/C . 6 6 (TS-5) 18 18 (TS-19) 7 7 (TS-4) 19 19 (TS-20) 8 8 (TS/TS-14) 20 20 (TS-21) 9 9 (TS/TS-15) 21 21 (TS-22) 10 10 (TS-17) 22 22 (TS—NN) 11 11 (TS-2) 23 23 (TS—EN) 12 12 (TS-1) 24 24 (TS—LN) MODEL KCS TIME BASED MECHANISM STANDARD TRANSITION i0-230A, 1 & 3 PHASE 2 KOHLER, xv3 mo �xwn3 i? Mum WI 53044 .1R i m w,s�s n�� me owOR M 0�f11 xo OEDIL Wm m maenv m M4f XOf E IIED F111Pf M CONRIFX.IX Im119t C0. ML x 3 m T YV. �11NR a 0®il 0R Mdldl M! IIml1�. "''.. ..� DIAGRAM, ATS, KCS GM115509 C B A fill 011 01 Elml 8 1 7 1 6 1 5 b 4 MEMBRANE SWITCH LCD DISPLAY ETHERNET INTERFACE EMERNEi STANDARD ON MPAC1500 INTERFACE OPTIONAL ON MPAC1200 MPAC CONTROL BOARD (MEMBRANE SW.) (LCD DISPLAY) (ETHERNET) TB2 K1 COIL CLEARING CONTACTS (MODBUS) P12 NORMAL PHASE A P1-3 USB PORT ®®®® 4 5 8 (ON BACK OF BOARD) EMERGENCY,PHASE ND+ — F-- 1 2 3 4 5 K1 K2 1 2 3 GND+ — Pi6 L_ _ J (OPTION BOARDS) TRANSFER SOLENOID P1-2 (NwnFIER A) T81 (PROGRAMMABLE SW1 INPUTS/OUTPUTS) 1 2 3 4 TRANSFER SOLENOID P1-5 Z ' (RECIIFIIR B) N 0 � R cWi � � NORMAL PHASE C Pi-15 Z m C= Q 3 J N K1 COIL CLEAPoNG CONTACTS is EMERGENCY PHASE C P7-16 z a zC o0 a K1 K2 L n ?� N ENGINE START 4 P1-8 ENGINE START 3 P1-9 P2 POSITION INDICATOR GND Pi-10 iiii: PROGRgA1Mm EMERGENCY CONTACTOR POSITION P7-13 TRANSITION NORMAL CONTACTOR POSITION) P1-14 P3-1 (1 A) P3-2 (1AR) *POWER SUPPLY P3-3 (1 B) CURRENT NORMAL PHASE A P1-1 P3-4 (1 BR) SENSING P3-5 (1C) NORMAL PHASE B P1-1 P3-8 (1CR) K1 SOURCE 1 AC VOLTAGE O SENSING NORMAL PHASE C P1— NORMAL NEUTRAL P1-2 0 * POWER SUPPLY EMERGENCY PHASE A P1— K2 SOURCE 2 EMERGENCY PHASE B P1-1 � AC VOLTAGE SENSING EMERGENCY PHASE C P1— EMERGENCY NEUTRAL P1-2 O LOAD PHASE A P1 LOAD PHASE B P1 LOAD PHASE C P1 LOAD NEUTRAL P1 TS OPERATOR CIRCUIT TS I G 7 NA TO NORMAL I SOURCE CIRCUIT y i _ THIS SHEET I TS I P IA BI s a aaA P 6 P TS 4 70 I TO EMERGENCY SOURCE CIRCUIT I THIS SHEET 119-2OIXIXI I I numrxr rwomaa cameos art-0r7 (oox0cr opow 197 P s P TS 14 C P TS I I I I u 17 15 P 13 I I 18 I I TB/TS P 14 18 coWdi ENGINE STAR'T1NG amrs ro sowr SIGNALS (10 Amos, 32wC) ____ -NORMAL-SOURCE CIRCUITS SEE SHEET 1 P s I NA I I P �+ NB TO P SHEET 3 4 I NC I I P NN ---------------- ---- B EMERGENCY SOURCE CIRCUITS P 7 I I I T1A, P ,s EB TO P SHEET 3 EC I I LOAD TERMINAL CIRCUITS I I P s0 I LB I TO P 2,, n SHEET 3 f A sa P LN i ,-,' KCNLM . KONLER. %1 53044 116 pW W. M D®il MU DeZ�L B IOIN6l C6 NO9lIY MU MODEL KCS TIME BASED MECHANISM STANDARD TRANSITION 30-230A, 1 & 3 PHASE 4 31 2 tJ Gl■ o■ LOAD "m Elm■ imrm901a21cma »� SINGLE PHASE EMERGENCY OMITS B PHASE OPTIONAL SWITCHING NEUTRAL EA EB EC EN I TO TO TO N TO SHEET 2 SHEET 2 SHEET 2 SHEET 2 S TS T4 EA —19 EB S TST5 EC —EN� EN N N N TS (EA) TS (EB) TS (EC) TS (EN) TS T T I LA I TO N SHEET 2 TS LB 0 -21 LB YI TO Y SHEET 2 1 TS LC LN TS (NA) TS (NB) TS TO TO SHEET 2 SHEET 2 TS NA S NB NA NB TO LC SHEET 2 TS =:==LN LN N TO SHEET 2 (NC) TS (NN) 71 N N TO TO SHEET 2 N SHEET 2 3ff _ N ` NN b NC NN NORMAL TS Aux CONTAM r------ ------------ I CLOSED ON NORMAL I 1 1 I Aux COMAM I TS r-- —----------- CLOSED ON NORMAL AUXILIARY LS - _ CONTACTS I 1 ^ 32 I (10 AMPS, 32VDC) NDL CONTACTS I (10 AMPS, 48OVAC) r— — — -- — GENERAL PURPOSE I � CLOSED ON EMERGENCY I 1 11 I — — — — — — — — — — — — I AUK COHD1C75 I ,s CLOSED ON EMERGENCY ------------ I "— I OPTIONAL Ij I TS CLOSED ION NORMAL I �,s I AUXILIARY — I CONTACTS ACCESSORIES I I fix' 1�----------- (10 AMPS, 32VDC) 511- (10 AMPS, 48OVAC) 1CLOSED ON EMERGENCY GENERAL PURPOSE � rJ------------ GENERAL NOTES 1. SWITCH SHOWN DE —ENERGIZED AND CONNECTED TO THE NORMAL SOURCE. 2. ALL WIRING IS #16 AWG, TINNED, STRANDED COPPER UNLESS OTHERWISE INDICATED. MODEL KCS TIME BASED MECHANISM STANDARD TRANSITION 30-230A, 1 & 3 PHASE 3 1 2 ■F] EK4 on ■F3 12 LEAD ALTERNATOR, 3 WIRE, SINGLE PHASE 4 LEAD ALTERNATOR, 3 WIRE, SINGLE PHASE 60 HZ: 100-120/200-240V 12 LEAD ALTERNATOR, 4 WIRE, DELTA 60 HZ: 120/240V 60 HZ: 100/200V 60 HZ: 120/240V 50 HZ: 100-120/200-240V TO CONTROLLER 50 HZ: 110/220V 50 HZ: 100/200V 50 HZ: 110/220V ANEUB C L2 SOME SETS NOT RATED FOR SINGLE PHASE — SEE MANUALS 4 8 CT3 — NOT USED CT3 — NOT USED Op TO CONTROLLER O TO CONTROLLER CT2 ANEUB C, ANEUB C, I I 4« 8 LO 1 �9 3 5�7,�- 8 10 / 2 2 7 7�'�1 6� VL\2 L1 11i4 LO CT2 2 8 1 3 4 L1 CT1 2 LO CT2 7� 5 CT3 CT „ NOTE: CT1 L2 NOTE: 7�6�Vv��3�12�s 5 \\9 NEU MUST BE CONNECTED TO LO, EVEN IF NEU MUST BE CONNECTED TO LO, EVEN IF L1 6 L3 LO IS NOT CONNECTED TO THE LOAD. LO IS NOT CONNECTED TO THE LOAD. 12 LEAD ALTERNATOR, 4 WIRE, LOW WYE 12 LEAD ALTERNATOR, 4 WIRE, HI WY E 6 LEAD ALTERNATOR, 4 WIRE, WYE 60 HZ: 120/208V 50 HZ: 110/190V 60 HZ: 220/380V 50 HZ: 220/380V 60 HZ: 347/600V 60 HZ: 127/220V 50 HZ: 115/200V 60 HZ: 240/416V 50 HZ: 230/400V TO CONTROLLER 60 HZ: 139/240V 50 HZ: 120/208V 60 HZ: 277/480V 50 HZ: 240/416V ANEUB C TO CONTROLLER TO CONTROLLER ANEUB C ANEUB C L1 L1 1 * 2 L1 L2 CT1 L2 CT1 1 2 * CT2 7 2 5 2 CT2 7 1 8 7 LO 2 8 CT2 CT1 1 5 4 �Jy 8 LO 4 5 4 11�'" 12 NOTE: 612 4, 5 AND 6 9 ARE INTERNALLY 6 TIED AND 3 9 BROUGHT OUT AS TO ON SOME CT3 3 3 ALTERNATORS. CT3 3 9 CT3 L3 L3 L3 NOTES: CURRENT TRANSFORMER DOT OR "H1" TOWARD GENERATOR. CURRENT TRANSFORMERS NOT USED ON ALL SETS. SOME STATORS HAVE DUAL LEADS. ALWAYS CONNECT LEADS OF THE SAME LABEL TOGETHER. PHASE ROTATION A B C L1 L2 L3 APM603 CONTROLLER DEC3500 CONTROLLER KOHLER, 8 6 3 SAE DIMENSION COLD CRANKING RESERVE CAP POST CHARGE BATTERY BCI INTERNAL PART NO. REV VOLTAGE AMPS AT O F MINUTES AT 80'F LAYOUT TYPE CONSTRUCTION GROUP RESISTANCE L W H MINIMUM MINIMUM /STYLE (Mf2) L W D 324587 BT 330.2 [13.001 173.0 [6,811 239,8 [9.441 12 950 200 C/3 DRY SEE NOTE 2 31 225289 BR 273.0 110.751 173,0 16,811 228,6 19.001 12 650 130 D/I DRY SEE NOTE 1 24 L 354147 BT 330.2 [13.001 173.0 [6,811 239,8 [9.441 12 700 170 C / 3 WET SEE NOTE 2 31 ALTERNATE CONSTUCTION ON BOTTOM OF BATTERIES ACCEPTABLE 345309 BR 219.2 18,631 153,9 16.061 212.9 18,381 12 525 E/I WET SEE NOTE 1 55 GM22349 BR 527.1 [20.751 282.4 [11.121 276.4 [10.881 12 1150 400 A/I DRY SEE NOTE I 8D C LAYOUT A LAYOUT B 10702000701 A 527.1 [20.751 216.0 [8.501 258.0 [10.161 12 1050 290 A/I WET 4D 10702001800 A 527.1 120.751 216.0 18.501 254,0 C10,01 12 1110 380 A/I AGM SEE NOTE 3 4D 00 0 OM106681 - ❑ 260.0 110.251 171,0 16,751 208.0 18.191 12 690 105 D/I WET 34 4.29 GM106375 - ❑ 330.2 113.001 171.0 16.751 239.8 19.441 12 925 180 C / 3 WET SEE NOTE 2 31 3.31 GM106373 - ❑ 260.0 [10.251 171.0 16.751 229.0 [9.001 12 650 95 D/I WET SEE NOTE 1 24 4,71 GM106377 - ❑ 527.1 120,751 279.0 111.01 254.0 [10.001 12 1400 380 A/I WET SEE NOTE 1 80 2.53 0% ` GM106369 - ❑ 208.0 [8.191 172.0 16,771 200.0 17,871 12 500 95 D/I WET 26 5.85 00 OM106374 - ❑ 237.0 19.321 125.0 14.941 220.0 18.661 12 500 70 D/I WET 51 5.00 NOTE: DIMENSIONS IN C ] ARE ENGLISH EQUIVALENTS. ❑ INDICATES PART NUMBERS AFFECTED BY LATEST DRAWING REVISION LAYOUT C LAYOUT D 00 ®o 00 Oo LAYOUT E A REV DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL BY DO NOT SCALE. REFERENCE THE MODEL FOR ALL UNSPECIFIED DIMENSIONS BY 5-6- 16 (C-6) 10702001800: COLD CRANKING AMPS 1 1 10 ALL DIMENSIONS IN SPECIFIED EDLess oNEES oNS SPECIFIED: KO��. MILLIMETERS WAS 1100 FCT1460531 BGW GENERAL TOLERANCES: x.xx t o.�s KOHI WISMMIN MO" CA 4-15-19 (C-8) GM106681, GM106375, GM106373, t I.o G11FACEFINISN THIS DRAWING IN DESIGN AND DETAIL Is KOHLER GM106377, GM106369 8 GM106374 ADDED; (D-3) ANGLES E,0'3o''T MAX. Co. PROPERTv AND MUST NOT eE USED EXCEPT IN CONNECTION WITH KO HE ER CO. WORK. ALL RIGHTS INTERNAL RESISTANCE (MS2) COLUMN ADDED; TM ua�� OF DESIGN OR INVENTION ARE RESERVED. (D-8) 324586 8 256984 VOIDED; (C 8) TI'Ll GM34399, GM48784, GM75512 APPROVALS DATE DWG, BATTERY, DRY CHARGED VOIDED;(A,B-8,7,6,5,4) VIEWS a NOTES MOVED DRAWN SLR 4-15-19 TO SHEET 2, SHEET 2 ADDED [CT 1 944251 IDS ` ERRED EB 4- 1 5- 19DWG NO. APPROVED RAD 4-15-19 244578-CMP D 8 7 6 5 4 3 2 1 I STYLE 1 6 STYLE 2 5 STYLE 3 TERMINALS TO ACCEPT 06.4 10.25] BOLT 3/8-16 ACTUAL PART MAY NOT MATCH DRAWING VIEW NOTES: 1) STYLE 3 CAN BE CONVERTED TO STYLE I BY INSTALLATION OF 254427 STUD CONVERTION KIT. 2) BATTERIES USING ''STYLE 3'' STUDS MUST HAVE EITHER THE ''POS '' OR "NEG '' STUD CLEARLY IDENTIFIED. 3) STYLE 3 TERMINAL TORQUE 10 Nm 115 FT LBS]. 4) "POS" & "NEG" IDENTIFICATION MUST BE MARKED AS SHOWN ON THE PART LAYOUT AND WITHIN 5mm OF THE STUD. NOTES: (APPLIES TO ALL BATTERIES) SAE J537 DIMENSIONS ARE MAX ALLOWABLE DIMENSIONS, COLD CRANKING AMPS ARE MINIMUM ACCEPTABLE VALUES. HOLD DOWN DESIGN IN COMPLIANCE WITH SAE STANDARDS. BATTERY WARNING LABEL TO BE LOCATED ON TAP OF BATTERY. (BETWEEN TERMINALS ON LAYOUT D) MANUFACTURER MUST PROVIDE A CERTIFICATE CONTAINING MFGRS. NAME, MFGRS. PART NUMBER, AND KOHLER PART NUMBER CERTIFYING THAT THE BATTERY WAS BUIT TO INDUSTRY STANDARDS. SEE N.F.P.A.-110 FOR SPECIFIC DETAILS. CERTIFICATE REQUIRED ONLY ONCE PER BATTERY PART NUMBER. MAY NOT BE CALCIUM-CALCIUTYPE. NOTES: (CHARGE TYPE) ALL DRY CHARGED BATTERIES MUST BE SUPPLIED WITH ACTIVATION INSTRUCTIONS ADHERED TO BATTERY AND LOOSE. BATTERY MUST ALSO BE IDENTIFED ON TOP AS: ''DRY CHARGED, MUST ADD BATTERY GRADE ELECTROLYTE, SEE ACTIVATION INSTRUCTIONS ". BATTERIES SHOULD BE RECEIVED APPROPRIATELY MARKED AS DRYCHARGED OR WET STORAGE. ONE OF THE BATTERY POSTS MUST BE SHIELDED WHEN BATTERIES ARE WET CHARGED. BATTERIES WHEN SHIPPED DRY - DO NOT REQUIRE POST PROTECTORS. NOTES: (BATTERY CONSTRUCTION) 1) MUST BE LEAD -CALCIUM HYBRID OR LEAD -ANTIMONY TYPE. 2) LEAD -CALCIUM GRID, 3) ABSORBED GLASS MAT. (AGM) DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL 6Y DO NOT SCALE. REFERENCE THE MODEL FOR ALL UNSPECIFIED DIMENSIONS A 4 15 19 NEW DRAWING; SEE SHEET I [CT 194425] DS uNLEss DoINIE SIPECITIED LMENS ONSNMI : EA$ GENERAL TOLERANCES: KOHLER. AT t D.�S KOHL WISCONSIN MID" Xt I.o SURFACE FINISH THIS DRAWING IN DESIGN AND DETAIL IS KOHLER ANGLESE, 0'30' T MAX. CO. PROPERTY AND MUST NOT BE USED EXCEPT IN CONNECTION WITH KID HE ER CO. WORK. ALL RIGHTS mrmnxoLermn:EbM OF DESIGN OR INVENTION ARE RESERVED. A . . . , �n", DWG, BATTERY, DRY CHARGED 8 I 7 I 6 5 4 3 °RAWN DSI L 5 119 C " E °A ° NO, I S 19 o.30 APPROVED AMM 1 4-15-19 °wc x°244578-CMP i I 7 I 5 In 3 2 OVERVIEW: THE AUTOMATIC MULTI -LEVEL FLOAT/ EQUALIZE CHARGER SPECIFIED BELOW IS INTENDED TO CHARGE ENGINE STARTING BATTERIES EITHER INDEPENDENT OR IN CONJUNCTION WITH AN ENGINE DRIVEN CHARGING SYSTEM. BATTERY TYPES TO BE CHARGED: LEAD ACID AGM GEL CELL HIGH PERFORMANCE AGM D FLOODED NICKEL CADMIUM (NiCd) INPUT AC: INPUT VOLTAGE: INPUT FREQUENCY: 90-265V SINGLE PHASE 47-63 Hz INPUT LEAD: APPROXIMATELY 1.8M (7211) (REF) TYPE SJTOW -40°C TO 105% UL RATED WIRE AND INSULATION. TERMINATED IN PRE -MOLDED UL RATED 3 PRONG NEMA 5-15 MALE AC PLUG. DC OUTPUT: IOA @ 12V IOA @ 24V VOLTAGE REGULATION: +/-I% (VOLTAGE AT EACH STAGE IS TOPOLOGY DEPENDENT) OUTPUT LEAD: APPROX. 1,8M (72") (REF) TYPE SJTOOW -40°C TO 105% UL RATED WIRE WITH RED AND BLACK WIRE INSULATION. TERMINATED IN 9.5 Prim (REF) RING STYLE TERMINALS. (FUSES: THE FUSE MUST BE LOCATED APPROXIMATELY 6" FROM RING TERMINAL ON RED OUTPUT LEAD. C 20A ATC ENVIRONMENTAL: STORAGE TEMPERATURE RANGE: 40 TO +85°C ( 40 TO +185'F) OPERATING TEMPERATURE RANGE: 20 TO +70°C ( 4 TO +158'F) HUMIDITY: 5 TO 95% (NON -CONDENSING) SALT SPRAY TESTING - ASTM B117 CORROSIN RESISTANT FROM GASSING OF BATTERIES REVERSE POLARITY PROTECTION: THE CHARGER SHALL SUSTAIN NO DAMAGE WHEN INCORRECTLY CONNECTED TO THE BATTERY IN REVERSE ORIENTATION, MOUNTING: 4 NON -THREADED THROUGH HOLES FOR M6 FASTENERS TO PASS THOUGH ENCLOSURE: SHALL PROTECT THE CHARGER COMPONENTS FROM RAIN, SNOW, DUST AND DRIPPING WATER AND UNINTENTIONAL INPACTS, ALL INTERNAL COMPONENTS PROTECTED FROM WATER DROPLETS, DICATORS: POWER: INDICATES THE ACCEPTABILITY OF AC INPUT TO THE CHARGER COMMUNICATION: INDICATES THE STATE OF THE COMMUNICATION SYSTEM TEMPERATURE COMPENSATION: INDICATES THE STATE OF THE TEMPERATUARE COMPENSATION SUBSYSTEM WHEN INSTALLED VOLTAGE OUTPUT: INDICATES THE STATE OF THE BATTERY AND CERTAIN FAULT CONDITIONS. DOCUMENTATION: THERE SHALL BE AN INSTALLATION / OPERATIONAL MANUAL SUPPLIED WITH EACH CHARGER. PER KOHLER SUPPLIED ARTWORK. CERTIFICATIONS (US AND CANADA): UL1236 CSA - C22.2 NO 107.2-01 FCC- TITLE 47, PART 15 CLASS A CE EN 61000-6-2 CEC AND DOE NFPA-110 LEVELI (WHEN SUPPORTED WITH APPLICABLE KOHLER CONTROLLER) IBC PRODUCT LABELING: THE LABEL ATTACHED TO THE CHARGER SHALL HAVE THE FOLLOWING INFORMATION: UL LISTING KOHLER PART NUMBER DESCRIPTION OF ALL INDICATOR OUTPUT CURRENT AND VOLTAGE INPUT VOLTAGE AND FREQUENCY PACKAGING LABEL: THE PACKAGING LABEL SHALL CONTAIN THE FOLLOWING INFORMATION: KOHLER P/N DESCRIPTION - BATTERY CHARGER MFG, MODEL NO, MFG. PART NUMBER DATE CODE WARRANTY: 2 YEAR FROM DATE OF PURCHASE FROM MANUFACTURE, MATES WI II (SEE SPECII COM PIN I N/C 2 ID SEL 1 3 ID SEL 2 4 N/C 5 CAN-H 6 N/C 7 ID SEL I RTN 8 ID SEL 2 RTN 9 CAN-GND 10 CAN-L ' I T H DS FICAT IONS) -PECIFICAT IONS) PIN I TIC SENSOR WI 2 TIC SENSOR W2 DATE I ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL 9-22 14 NEW DRAWING FCT916341 5-9-17 C (4,2) MATING NOTE ADDED (A-2, 4) PIN CONNECTIONS ADDED LCT1742561 URLEss.TNERWISE sRECIrIEo - II DIMENSIONS ARE IN NILLIMETEAS KOHLER CA I METRIC I PRO-E KOHLER Q 21 TOLERANCES ARE: G X.XX f 0.25 POWER SYSTEMS, KOHLER, WI 53044 U.S.A. %.z t I.o THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO z I.5 SURFACE EINISx PROPERTY AND MUST NOT BE USED EXCEPT IN ANGLES f o° 30' MA%. CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. PRojici"IN' � CHARGER, BATTERY 10 AMP A 8 1 7 1 6 5 4 3 °RAN D SAMSAM 99 22 14 "E`xED 22 4 AALE o.50 CAD NO. Dwc xD. APPRDVED AGr 1 9-22-14 GM87448 2 8 7 6 KIT NO. ITEM PART NO CITY DESCRIPTION GM94922-KAI ASSY BATTERY CHARGER 12/24V-10A GM788I0 I BRACKET, BATTERY CHARGER 2 GM87448 I CHARGER, BATTERY 3 M125A-06-80 4 WASHER, PLAIN 6.4 ID X 12.0 OD 4 M692I-06016-60 4 SCREW, HEX FLNGE M6XI6MM FLLY THRD JS500 5 M6923-06-80 4 NUT, HEX 6MM D 6 M933-06030-60 4 SCREW, HEX CAP GM94922-KA2 BATTERY CHARGER, FLOAT, 12/24V-10A GM788I0 I BRACKET, BATTERY CHARGER 2 GM87448 2 CHARGER, BATTERY 3 M125A-06-80 8 WASHER, PLAIN 6.4 ID X 12.0 OD 4 M692I-06016-60 4 SCREW, HEX FLNGE M6XI6MM FEEY THRD JS500 5 M6923-06-80 8 NUT, HEX 6MM 7 M933-06030-60 8 SCREW, HEX CAP 8 GM95050 I HARNESS, Y THIS IS AN AUTOMATED TABLE. ALL UPDATES MUST BE MADE IN THE ASSEMBLY. C bI 5 T T E R Y 5 4 3 2 ID I Y J J L I � I U L L I V U l I I L I\ I NOTE: FOR PROPER ASSEMBLY METHOD OF HARDWARE, USE G-585 AS A GUIDELINE. A REV DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL By UNLESS oTHEAWISE SPECIFIED - KOHLER �� METRIC PRO-E II DIMENSIONS AAE IN MILLIMEiEAS R `LR - 0- 14 NEW DRAWING FCT953031 SAM 21 TOLERANCES ARE: z.XX L 0.25 POWER SYSTEMS, KOHLER, WI 53044 U.S.A. z.z t 1.0 THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. z t 1.5 SURFACE FINISH PROPER TY AND MUST NOT 8E USED EXCEPT IN ANGLES L o° 30' MAX CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. TPeloxicixioH—� T11 APPROVALS DATE DWG, ASSY BATTERY CHARGER DRAWN SAM 10- I - 4 °AAE 0. 12 c o xo. EE' l o f I CHECKED SAM 10-I a DWG NO GM94922 BATTERY CHARGER K T PROVED AGT 10- - a D 4 3 2 5 1 4 3 1 2 1 7 KIT NO. ITEM PART NO OTY DESCRIPTION GM75809-KB BASE GROUP BLOCK HEATER 1 25452-00075 9.09FT HOSE, COOLANT 2 X-6367-1 (REF) I HOSE, COOLANT 44" 3 X-6367-9 (REF) I HOSE, COOLANT 65" 4 274431 1 BRACKET, SUPPORT 5 279047 1 TAG, INSTRUCTION 6 GM19666 2 VALVE, SHUTOFF (3/4-14NPT) 7 GM39752 I TAG, HANG 8 M125A-06-80 4 WASHER, PLAIN 6.4 ID X 12.0 OD 9 M125A-08-80 I WASHER, PLAIN 8.4 ID X 16.0 OD 10 M125A-10-80 2 WASHER, PLAIN 10.5 ID X 20.0 OD II M6923-06-80 4 NUT, HEX 6MM 12 M6923-08-80 I NUT, HEX 8MM 13 M933-06025-60 4 SCREW, HEX CAP 14 M933-08025-60 I SCREW, HEX CAP 15 M933-10025-60 2 SCREW, HEX CAP 16 X - 2 0 6 - 6 1 PIPE (3/4"NPT X 3.50") 17 X - 2 0 6 - 9 3 PIPE (3/4"NPT X 1.38") KM) 18 X - 2 1 5 - 2 2 ELBOW, PIPE (90 DEG X 3/4"NPT) 19 X-426-12 4 CLAMP, HOSE, .69/1.25 IN. 20 X-582-8 2 CONNECTOR, HOSE + VIBRA SEAL 21 X - 6 7 2 - 2 0 1 CLAMP, INSULATED, 1.25 IN. GM75809-KAI BLOCK HEATER, 2500W, 90/120V IPH c 22 GM76113 1 1 BLOCK HEATER GM75809-KA2 BLOCK HEATER, 2500W,190/208V IPH 22 GM76114 1 BLOCK HEATER GM75809-KA3 BLOCK HEATER, 2500W,210/240V IPH 22 GM76115 1 BLOCK HEATER GM75809-KA4 BLOCK HEATER, 2500W,380/480V IPH 22 GM76116 1 BLOCK HEATER THIS IS AN AUTOMATED TABLE. ALL UPDATES MUST BE MADE IN THE ASSEMBLY. ITEMS 1-3 & 26 ARE FIXED. ITEM 1 IS A MANUAL BALLOONS. DETAIL B SCALE 0.40 8 I 7 DETAIL A SCALE 0.40 BLOCK HEATER KITS 350-500 MODELS JOHN DEERE 6 5 4 —\l ) LIL A 7 SEE 1 DETAIL B NOTE: FOR PROPER ASSEMBLY METHOD OF HARDWARE, USE G-585 AS A GUIDELINE. DATE ON COMPOSITE owes, SEE PART No. FOR REVISION LEVEL By uNLEss oTNERwISE sRECIEIEO II OI MENSIONS ARE IN MILLIMETERS 2) TOLERANCES ARE: z.zX f °.os z I.5 SURFACE EINISx ANGLESS f o' 30' / Max d KOHLER CrQ METRIC PRO-E POWER SYSTEMS, KOHLER, WI 53044 U.S.A. HIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO PROPERTY AND MUST NOT BE USED EXCEPT IN CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. 8-10-10 NEW DRAWING [90056-31 DJV 2 0 (D 8) M125A 08 80 OTY I WAS 2, M6923 08 80 OTY WAS 2; X 672 4 OTY WAS 2; (C/D 1 :2) COOLANT HOSE ROUTING UPDATED [90686-31 DJV 3 31 11 (C-8) X-672-20 WAS X-672-4; (D 8) M125A 06 80 TPwIoJFTN%' TITILI DWG, ASSY BLOCK HEATER WAS X-22-11; X-206-9 WAS X-206-2 [91353-31 DJV APPROVALS DATE 9- 1 4- 1 1 274431 WAS GM51 263 [92293-31 DJV °RAWN DJV 8- 1 0- 1 0 sui¢ 0 14 c"° xo. of CIIE°KED CWF 8- 1 0- 10 °wc xo. GM75809 D APPROVED JDz 8-10-10 3 2 1 A 8 7 6 5 4 3 2 I PART NO REV WATTS VOLTS AMPS TEMP RANGE REPLACEMENT ELEMENT GM76113 A 90/120 15,6/20,8 GM29477 GM76114 A 190/208 11,0/12,0 8GM29478 GM76115 A 2500 210120 9.1/10,4 GM2947410/00F] GM76116 A 380/480 4.1/5.2 GM29479 ES-75616 A 240/227 7,8/9.0 ES-75542 DI W■ AI 146,1 FOR M8 HARDWARE r■ �, 200/350 KW JD 8 7 6 5 4 ID ■N:, 19.05 INLET HOASE BARB A DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL gY UNLESS OIHERIISE SIT" PECI ccMETRIC PRO{ II DI NE NSIONS ARE IN MILL WEEERSimm 6-9.10 NEW DRAWING 189933.11 SAM 2) TOLERANCES POWER SYSTEMS, KOHLER, WI 53044 u,s.A, X.xX 2 2 9 10 x,z t I,0,25 0 THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. (D-8) ES-75616 ADDED, GM76113: 15.6/20.8 WAS x : I,5 suRrACE FINISH PROPERTY AND MUST NOT BE USED EXCEPT IN 27.8/20.8, GM76114: 11,0112.0 WAS 13.2112.0, ANGLES : o• 30 / KAx CONNECTION WITH KOHLER CO, WORK, ALL RIGHTS OF GM76115: 9.1/10.4 WAS 11,9/10.4, GM76116, d DESIGN OR INVENTION ARE RESERVED. 4,I/5,2 WAS 6.6/5,2 [90699] SAM ':woicAG,9 IA�--fEa "- APPROVALS I DATE HEATER, BLOCK DRADH SAM 6-9- 10 SCALE 0 TO uD No. s.EEr o f I CHECKED JMS 6-9- 10 D o. AoogovED WRD 6 - 9 -1 D GM76113 D 3 2 I 6 1/1 b b 4 3 L i PART NO. REV AMPS % RATING GFI INT®480V TRIP VENDOR NO. WI...., - - - >E I Aev®On � 3--22-MMN DNAWNO ESM49 GM24181-1 C 600 100 NO 35kA 5.0 LSI PGP36060CU33A GM24181-2 �- 70.0--}--'70.0'- I ^ . ' e 1z� (o-41 nwrem MRNote ABBm. paoeo7 see C 600 100 YES 35kA 6.OA LSIG PGP36060CU44A GM24181-3 12-Q1 (D-7) GM24181 13 6Fl• NO WAS Y65 I700ea1 WMMSD . • c 2-23-07 (D-3) KMM NOTE ADDED [792W 0FR NOTE: "' ' D 1-10-11 (D-8) GM24181-18 MM -18 ADDED [20647-18} WSD t t .. ' KOHLER PART- # TO BE CLEARLY. VISIBLE ON' l C 800 80 NO 35kA 5.0 LSI PGP36080U33A GM24181-4 C 800 80 YES 35kA 6.OA LSIG PGP3608OU44A GM24181-5 C 800 100 NO 35kA 5.0 LSI PGP36080CU33A GM24181-6 C 800 100 YES 35kA 6.OA LSIG PGP36080CU44A t CIRCUIT 'BREAKER AND ON INDIVIDUAL PACKAGING.' GM24181-7 C 1000 80 NO 35kA 5.0 L 11 POP36100033A GM24181-8 C 1000 80 YES 35kA 6.OA LSIG PGP36100044A D B GM24181-9 C 1000 100 NO 35kA 5.0 LSI PGP36100CU33A GM24181-10 C 1000 100 YES 35kA 6.OA LSIG PGP36100CU44A .-THREADED BAR 'SUPPLIED. WITH BREAKER IS. USED WITH LUGS OR WHEN BUS BARS ARE INSTALLED WITH.BOLTS.INSERT ED FROM THE FRONT. GM24181-11 C 11200 80 1 NO 1 35kA 5.0 LSI PGP3612OU33A REMOVE AND DISCARD B.AR WHEN BOLTS ARE.INSTALLED FROM THE REAR C 1200 80 YES 35kA 6.OA LSIG PGP36120U44A GM24181-12 OF. BREAKER... C 1200 100 NO 35kA 5.0 LSI PGP36120CU33A GM24181-13 .............................. ....._.. r GM24181-14 C 1200 100 YES 35kA 6.OA LSIG PGP36120CU44A GM24181-15 D 1200 80 NO 65kA 5.0 LSI PJP3612OU33A GM24181-16 D 1200 80 YES 65kA 6.OA LSIG PJP3612OU44A GM24181-17 D 20 10 100 NO 65kA 5.0 LSI PJP36120CU33A GM24181-18 I D 112001 100 YES 65kA 6.OA LSIG PJP36120CU44A 44.0 TYP 25.0 TYP -� . 12.5 TYP - t811.00 TYP :... NOTE: (4) #10-32 X. 4.5 INCH MOUNTING SCREWS INCLUDED. ,h A, 1 1 10 C 0 FF C r ... - .. .. .. _ _ CLEARANCE FOR #10 SCREW.(4) ......«_...»............... .............. ........ ....... .b CD CD m m CD m .. .. .. _ 210.0 I�� .71 99 5 5.5.. _ B _ -- 7.5 R 113.0. .. 12.5 1. I 187 9 � :..• 0 n 64 .9. ..,..... . ............... ' •.. At Max -«-11:0 .. : .. 106.0. 369.4..... ... 3 500 KCMIL (4 . PER pwm LOAD 0 ,. ' .... . •. •........ .. N in .. - ... .... DIMENSIONS SAMEAS ,, ' EXCEPT WHE$E NOTED. o In A ; METRIC CAD FILE 3/0 500 KCMIL' 3)' 65.0 --� 63, 70 o ao o -- � PER SE LOAD SIDE R PHA ............... - . D.,� �E � 7iFRYllo-B MLER Ca • ...... .. 326.6. .. ........... .... ...... 210.0 ........... •.• ..... .. •• .... .............. .................... .• He a a U Fx voNvl s7snMs NouEa w 5w14 u a -' ....... _ ". ' X%.31C 3 IA TB NG M 8WH=M WF== Mbf NOf E INN CWT N cZeLlm 01 WM IDNw W. vw . ............................... ............................. .................... .. • .... .... .......................... ... ........................ ......................... ....Avumb ... ................................ oarDow BREAKER NWMIDN or CR ME WNNWD. CIRCUIT . ............... .................................. SQUARE D P-FRAME CIRCUIT BREAKER w ram m p1241B1.DW0 1-1 . • .................. ............................................................................... •...................................... •...................................... ................................... ............................... 3 POLE ELECTRONIC TRIP All ram GM24181 D . ••...................................................8...............................................7........................ . .•..................................................................................................................................................................................................................................................................................... ................................................................................................................................................................................................................................................................................................................................. ......................3..............................................2.................... j�,..............I ............. . 8 7 6 5 4 3 2 CONNECTION TYPE MAGNETIC TRIP ONLY PART N0. PART DESCRIPTION AMPS INTERRUPT POLES RATING TRIP FULL LOAD ADJUSTABLE SQUARE D REV kA @480 VAC LINE LOAD TYPE PART NO. AMPS TRIP RANGE GM47475-15 C BREAKER, CIRCUIT 15A HDE Is AL150HD LUGS AL1SOLD LUGS 3 80% THERMAL MAGNETIC HDL36015 GM47475-17 D BREAKER, CIRCUIT 15A HDP 15 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36015TX GM47475-18 D BREAKER, CIRCUIT 15A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% THERMAL MAGNETIC HDP36015CTX GM47475-9 C BREAKER, CIRCUIT 20A HDE 18 AL150HD LUGS AL150HD LUGS 3 80% THERMAL MAGNETIC HDL36020 D GM47475-19 D BREAKER, CIRCUIT 20A HDP 20 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36020TX D GM47475-20 D BREAKER, CIRCUIT 20A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% THERMAL MAGNETIC HDP3602OCTX GM47475-10 C BREAKER, CIRCUIT 25A HDE 18 AL150HD LUGS AL150HD LUGS 3 80% THERMAL MAGNETIC HDL36025 GM47475-21 D BREAKER, CIRCUIT 25A HDP 25 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36025TX GM47475-22 D BREAKER, CIRCUIT 25A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% THERMAL MAGNETIC HDP36025CTX GM47475-11 C BREAKER, CIRCUIT 30A HDE 18 AL150HD LUGS AL150HD LUGS 3 80% THERMAL MAGNETIC HDL36030 GM47475-23 D BREAKER, CIRCUIT 30A HDP 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36030TX 30 GM47475-24 D BREAKER, CIRCUIT 30A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% THERMAL MAGNETIC - HDP3603OCTX GM47475-25 D BREAKER, CIRCUIT 30A HJP 65 TERMINAL NUTS AL150HD LUGS 3 - MAGNETIC ONLY 1.5-25 9-325 HJP3603OM71TX GM47475-12 C BREAKER, CIRCUIT 35A HDE 18 AL150HD LUGS AL150HD LUGS 3 80% THERMAL MAGNETIC - - HDL36035 GM47475-26 D BREAKER, CIRCUIT 35A HDP 35 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36035TX GM47475-27 D BREAKER, CIRCUIT 35A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% THERMAL MAGNETIC HDP36035CTX GM47475-1 C BREAKER, CIRCUIT 40A HDE 18 AL150HD LUGS AL150HD LUGS 3 80% THERMAL MAGNETIC HDL36040 GM47475-28 D BREAKER, CIRCUIT 40A HDP 40 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36040TX GM47475-29 D BREAKER, CIRCUIT 40A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% 1 THERMAL MAGNETIC HDP3604OCTX GM47475-13 C BREAKER, CIRCUIT 45A HDE 18 AL150HD LUGS AL150HD LUGS 3 80% THERMAL MAGNETIC HDL36045 GM47475-30 D BREAKER, CIRCUIT 45A HDP 45 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36045TX GM47475-31 D BREAKER, CIRCUIT 45A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% THERMAL MAGNETIC HDP36045CTX GM47475-14 C BREAKER, CIRCUIT 50A HDE 18 AL150HD LUGS AL150HD LUGS 3 80% THERMAL MAGNETIC HDL36050 GM47475-32 D BREAKER, CIRCUIT 50A HDP 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36050TX 50 GM47475-33 D BREAKER, CIRCUIT 50A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% 1 THERMAL MAGNETIC - - HDP3605OCTX GM47475-34 D BREAKER, CIRCUIT 50A H J P 65 TERMINAL NUTS AL150HD LUGS 3 - MAGNETIC ONLY 14-42 84-546 HJP3605OM72TX GM47475-2 C BREAKER, CIRCUIT 60A HDE 18 AL150HD LUGS AL150HD LUGS 3 80% THERMAL MAGNETIC - - HDL36060 GM47475-35 D BREAKER, CIRCUIT 60A HDP 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36060TX GM47475-36 D BREAKER, CIRCUIT 60A HDP 18 TERMINAL NUTS AL150HD LUGS 3 100% THERMAL MAGNETIC HDP3606OCTX GM47475-53 BREAKER, CIRCUIT 60A HDP 18 TERMINAL NUTS AL150HD LUGS 3 80% MICROLOGIC 3.2 EI HDP3606OU31XTX g GM47475-54 BREAKER, CIRCUIT 60A HDP 18 TERMINAL NUTS AL150HD LUGS 3 80% MICROLOGIC 3.2S ESI HDF3606OU33XTX g GM47475-55 BREAKER, CIRCUIT 60A HDP 18 TERMINAL NUTS AL150HD LUGS 3 80% MICROLOGIC 6.2A LSIG HDP3606OU44XTX GM47475-56 BREAKER, CIRCUIT 60A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% MICROLOGIC 3.2 LI HDP36060CU31XTX GM47475-57 BREAKER, CIRCUIT 60A HDP 60 18 TERMINAL NUTS CU150HD LUGS 3 100% MICROLOGIC 3.2S ESI HDP36060CU33XTX GM47475-58 BREAKER, CIRCUIT 60A HDP 18 TERMINAL NUTS CU150HD LUGS 3 100% MICROLOGIC 6.2A LSIG HDF36060CU44XTX GM47475-59 BREAKER, CIRCUIT 60A HGP 35 TERMINAL NUTS AL150HD LUGS 3 80% MICROLOGIC 3.2 LI HGP3606OU31XTX GM47475-60 BREAKER, CIRCUIT 60A HGP 35 TERMINAL NUTS AL150HD LUGS 3 80% MICROLOGIC 3.2S LSI HGP3606OU33XTX GM47475-61 BREAKER, CIRCUIT 60A HGP 35 TERMINAL NUTS AL150HD LUGS 3 80% MICROLOGIC 6.2A LSI HGP3606OU44XTX GM47475-62 BREAKER, CIRCUIT 60A HGP 35 TERMINAL NUTS CU150HD LUGS 3 100% MICROLOGIC 3.2 EI HGF36060CU31XTX GM47475-63 BREAKER, CIRCUIT 60A HGP 35 TERMINAL NUTS CU150HD LUGS 3 100% MICROLOGIC 3.2S LSI HGP36060CU33XTX GM47475-64 BREAKER, CIRCUIT 60A HGP 35 TERMINAL NUTS CU150HD LUGS 3 100% MICROLOGIC 6.2A LSIG HGP36060CU44XTX GM47475-3 C BREAKER, CIRCUIT 70A HDE 18 AL150HD LUGS AL150HD LUGS 3 80% THERMAL MAGNETIC HDL36070 GM47475-37 D BREAKER, CIRCUIT 70A HDP 70 18 TERMINAL NUTS AL150HD LUGS 3 80% THERMAL MAGNETIC HDP36070TX GM47475-38 D BREAKER, CIRCUIT 70A HDP 1 18 TERMINAL NUTS CU150HD LUGS 3 100% 1 THERMAL MAGNETIC HDP3607OCTX KOHLER PART NUMBER TO BE CLEARLY VISIBLE ON ® DENOTES A CRITICAL CHARACTERISTIC A CIRCUIT BREAKER AND ON INDIVIDUAL PACKAGING. ❑ INDICATES PART NUMBERS AFFECTED BY LATEST DRAWING REVISION A THAT MUST BE ADDRESSED IN THE PRODUCTION CONTROL PLAN . REV DATE ON COMPOSITE DWGS, SEE PART No. FOR REVISION LEVEL BY iNLNSMENSlCNSIANESPNCNFLLIIINHlNS KOHLER CQ METRIC PRO-E CONNECTION CHART TOTAL QUANTITY OF CR I T I CAL B 3-18-08 (D-4) GM47475-15 ADDED [S.O.#10054327201 RDH 2) TOLERANCES CONNECTION TYPE CONNECTION (PER PHASE) TORQUE CHARACTERISTICS ON TH I S DRAWING = 0 c I I-16-10 REDRAWN IN PRO-E 8 CHART UPDATED, GM47475-16 25ARE: z.z f I.o POWER SYSTEMS, KOHLER, WI 53044 U.S.A. THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. ADDED; F90604- 1 ] BTW z t , 0° 30SURFACE EiNlsx ANGLES A, ' PROPERTY AND MUST NOT BE USED EXCEPT IN AL 50HD LUGS () # 4-# 0 AWG 5 Nm [50 N-LB] DENOTES A MAJOR CHARACTERISTIC D 1-6-11 (B-5) GM47475-16 2 POLES WAS 3; GM47475-17 MAX d CONNECTION WITH KOHLER CO. WORN. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. AL 1 50HD LUGS ( I ) 48-3/0 AWG 1 4 Nm 1 120 1 N - LB] THAT MUST BE ADDRESSED I N THRU -52 ADDED; SHEET 2 ADDED 190647-151 WSD 'Pw.n'C'T0NF -�T17LE ( 1 ) #14-210 AWG THE PRODUCTION CONTROL PLAN. E 4-13-12 (A-1) SHEET 3 ADDED; (B-8) GM47475-53 THRU APPROVALS DATE DWG, CIRCUIT BREAKER CU150HD LUGS CU 90°C WIRE ONLY) 14 Nm 1120 IN - LB] TOTAL QUANTITY OF MAJOR SQUARE D H FRAME -64 ADDED; (A-1) GM47475 CMP WAS GM47475 DRAWN WSD 10 21 05 AE CHARACTERISTICS ON THIS DRAWING = 0 [cT145161 WSD NEDRR° WSD 6-13-06 TERMINAL NUTS I ) M6 9- 10, 2 Nm 180-90 1 N-LB ] 600V F 11-4-15 SEE SHEET 2 [CT1277561 DDH APPROVED AJH 6-15-06 Dw xD GM47475-CMP D 8 7 6 5 4 3 2 8 I 7 6 I 5 1 4 I 3 2 DI CI AI SQUARE D H-FRAME 600V 8 7 6 5 4 ID IC I 87.4 ❑ INDICATES PART NUMBERS AFFECTED BY LATEST DRAWING REVISION A :EV DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL BY uNLEss'STHEN'lCWSISE SPECIFIED METRIC PRO-E II T TOLERANCES ARE IN MILLIMEiEAS KOHLER CQ E 4 13 12 SHEET 3 ADDED, GEOMETRY MOVED FROM SHEET 2 a TOLERaxces ARE: [CT14516] POWER SYSTEMS, KOHLER, WI 53044 U.S.A. WSD x.zX t I.os THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. z t , 0 SURFACE ElNlsx PROPERTY AND MUST NOT BE USED EXCEPT IN F -4-S SEE SHEET 2 [CT277561 DDH ANGLES f o° 30' Max CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. RPeloJici"ion @y--EEEJ ITS APPROVALS DATE DWG, CIRCUIT BREAKER DRAWN WSD 4- 13 1 2 aLE I .25 1 LAD xo. EE'3 of 3 A"EP"° WSD 4- 13- 12 Dwc xD. PROVED AJH 4-13-1 z GM47475—CMP D 3 2 7 6 KIT NO. ITEM PART NO OTY DESCRIPTION GM103743 E-STOP, NEC REMOTE GM103743-I I E-STOP W/ YELLOW SHROUD, LOTO 2 GM103743-2 4 #10 X 1.25❑ SheetmetaI Screw 3 GM103743-3 1 TERMINAL, FAST -ON, MALE, 18-22 AWG 4 GM103743-4 1 TERMINAL, FAST -ON, FEMALE, 18-22 AWG 5 GM103743-5 2 TERMINAL, SPADE, 22-16 AWG 6 GM103743-6 1 LITERATURE, TT-1736 THIS IS AN AUTOMATED TABLE. ALL UPDATES MUST BE MADE IN THE ASSEMBLY. E-311IIIIIIIIIII! 0 8 7 6 5 5 4 I 3 2 4 SCALE 1.50 NOTE: DIMENSIONS IN C 7 ARE IN INCH EQUIVALENTS. SCREWS AND TERMINALS ARE TO BE BAGGED AND PLACED IN THE BOX H DATE ON COMPOSITE owes, SEE PART No. FOR REVISION LEVEL By uNLEssOTNEAWISESRECIElEO METRIC PRO-E 2- 12- 18 NEW DRAWING FCT1767281 CCL I) DIMENSIONS ARE IN NILUMETERS KOHLER CQ 21 TOLERANCES ARE: z.zX f o.zs POWER SYSTEMS, KOHLER, WI 53044 U.S.A. z.z t I.o THIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO. z I.5 SURFACE ElNlsx PROPERTY AND MUST NOT BE USED EXCEPT IN ANGLESS f o' 30' MAX CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. TPeloJiCAT off —� "LE APPROVALS DATE E-STOP, NEC REMOTE DRAWN CCL 2-I2-18 uE I.So cONo . EERI of CHECKED KJ5 2- 12 18 DWG NO. PROVED K J 6 2- 12 - a GM103743 D 3 2 1 I MATERIAL TYPE SPECIFICATION 5 AM 3 2 TYPE 1 RECOMMENDED FOR FUEL FILTERS, ENGINE COOLANT LINES AND HOT 150' C [300' F] LUBE OIL LINES, HIGH TEMP, MEDIUM PRESSURE HOSE THAT MEETS OR EXCEEDS FMVSS 106-74, TYPE Al, SAE J1019 AND SAE J1402 TABLE Al SPECIFICATIONS TUBE: NITRILE, OIL AND HEAT RESISTANT SYNTHETIC RUBBER. REINFORCEMENT: SINGLE BRAID OF HIGH TENSILE STEEL WIRE OVER ONE BRAID OF POLYESTER COVER: OIL AND HEAT RESISTANT TEXTILE BRAID IMPREGNATED WITH SYNTHETIC RUBBER. TEMP. RANGE: -40' C TO +150' C [ 40' F TO +300' F] WORK: 2,07 MPa 1300 PSI] BURST: 6.21 MPa 1900 PSI] TYPE 2 BUTANE -PROPANE APPLICATION ON LP GAS ENGINE. UL LISTING MH6044 OR M H 5 7 6 1 TUBE: SYNTHETIC RUBBER TUBE REINFORCEMENT: STEEL WIRE BRAID COVER: SYNTHETIC RUBBER IMPREGNATED TEXTILE BRAID TEMP. RANGE: -40' C TO +150' C [-40' F TO +300' F] WORK: 2.4 MPa [350 PSI] BURST: 12.0 MPa [1750 PSI] TYPE 3 MUST MEET ALL REQUIREMENTS FOR USCG446 DIESEL FUEL LINES. DIESEL FUEL, HOT LUBE OIL, WATER AND AIR, TUBE: SYNTHETIC RUBBER REINFORCEMENT: SINGLE PARTIAL STEEL WIRE BRAID COVER: SYNTHETIC RUBBER IMPREGNATED FABRIC COVER. TEMP. RANGE: -40' C TO +150' C C 40' F TO +300' F] WORK: 1.7 MPa [250 PSI] BURST: 6.9 MPa [1000 PSI] TYPE 4 PETROLEUM AND WATER BASED HYDRAULIC FLUIDS TUBE: SYNTHETIC RUBBER TUBE REINFORCEMENT: DOUBLE SPIRAL REINFORCED WITH A HELICAL SPIRAL WIRE COVER: NEOPRENE SYNTHETIC RUBBER TEMP. RANGE: -40' C TO +135o C 1-40' F TO +275' F] WORK: 1.7 MPa [250 PSI] BURST: 6.9 MPa [1000 PSI] 0.084 MPa 125 IN HG] TYPE 9 FUEL FEED APPLICATION MEETING J1527 AND USCG TYPE AI-15 TUBE: CHEMIVIC SYNTHETIC RUBBER REINFORCEMENT: POLYESTER SPIRAL WITH NYLON BARRIER COVER: OIL AND HEAT RESISTANT SLEEVE COVERING FITTINGS. THE REST OF THE FUEL LINE IS NITRILE SYNTHETIC RUBBER TEMP. RANGE: (-29 C TO 82 C) WORK: 200 PSI BURST: 400 PSI TYPE 11 HOSE MUST MEET OR EXCEED SAE 10OR17 SPECIFICATION. TUBE: SYNTHETIC RUBBER COMPOUND TO RESIST GASOLINE, OIL, DIESEL & OTHER FUELS. REINFORCEMENT: HIGH STRENGTH SYNTHETIC TEXTILE, COVER: OIL AND GASOLINE RESISTANT AND WITHSTANDS EXPOSURE TO FUEL, VAPOR, MOISTURE TEMP. RANGE: -40°C TO IOO'C [-40°F TO 212'F] WORKING PRESSURE: 21.0 MPa [3000 PSI] FOR HOSE UP TO 31.5 [1.25]" ID TYPE 5 HOSE MUST MEET OR EXCEED SAE J30R7 SPECIFICATION. TUBE: SYNTHETIC RUBBER COMPOUND TO RESIST GASOLINE, OIL, DIESEL & OTHER FUELS, REINFORCEMENT: HIGH STRENGTH SYNTHETIC TEXTILE. COVER: OIL AND GASOLINE RESISTANT AND WITH STANDS EXPOSURE TO FUEL, VAPOR, MOISTURE AND HIGH HEAT UP TO 125°C 1257'FI TEMP. RANGE: UP TO 125% 1257'F1 .34 MPa 150 PSI] UP TO & INCLUDING 3/8" ID HOSE AND MAX. OPERATING PRESSURE: .24 MPa [25 PSI] OVER 3/8'' HOSE 1.7 MPa 1250 PSI]UP TO & INCLUDING 3/8" ID HOSE & MIN. BURST PRESSURE: 1.2 MPa 1175 PSI] OVER 3/8 ID HOSE TYPE 6 SAE 10OR14 TYPE A BRAIDED HOSE FOR HOT OIL & FLUID AND GREASY ENVIROMENTS, EXCEEDS J30R7 SPECIFICATION, TUBE: TYPE A -NONCONDUCTIVE, SMOOTH BORE (PTFE) REINFORCEMENT: ONE BRAID OF 300 SERIES STAINLESS STEEL WIRE TEMP. RANGE: -54°C TO 204°C C-65°F TO 400°FI MAX. OPERATING PRESSURE: 5.5 MPa 1800 PSI] BURST PRESSURE: 3.4 MPa 15000 PSI] TYPE 7 SAE 1527 USING TYPE Al ISO 7840-AI HOSE TUBE: TYPE C (NITRILE) OIL AND HEAT RESISTANT REINFORCEMENT: BRAIDED, HIGH TENSILE STEEL WIRE COVER: TYPE 2 (MODIFIED NITRILE) TEMP. RANGE: -20C TO 100C 1-4°F TO 212'F] MAX. OPERATING PRESSURE: 3.45 MPa C500 PSI] TYPE 8 PROPANE APPLICATION ON LP GAS ENGINE MUST MEET INDUSTRY STANDARDS: AGA-AS/NZS1896D/UL21 TUBE: SYNTHETIC RUBBER REINFORCEMENT: ONE FIBER AND ONE STAINLESS STEEL WIRE BRAID COVER: FIBER BRAID TYPE 10 HOSE MUST MEET OR EXCEED SAE J30R7 SPECIFICATION. TUBL. SYNTHETIC RUBBER COMPOUND TO RESIST GASOLINE, OIL, DIESEL & OTHER FUELS. REINFORCEMENT: HIGH STRENGTH SYNTHETIC TEXTILE. COVER: OIL AND GASOLINE RESISTANT AND WITHSTANDS EXPOSURE TO FUEL, VAPOR, MOISTURE AND HIGH HEAT UP TO 125% [257'F] TEMP. RANGE: UP TO 125% [257°F] .34 MPa [ 5 0 PSI] UP TO & INCLUDING 3/8" ID HOSE AND MAX. OPERATING PRESSURE: .24 MPa [25 PSI] OVER 3/8" HOSE 1.7 MPa C250 PSI]UP TO & INCLUDING 3/8" ID HOSE & MIN. BURST PRESSURE: 1.2 MPa [175 PSI] OVER 3/8 ID HOSE MIN, OPERATING PRESSURE: -0.069 MPa 1-10 PSI] WITHOUT COLLAPSE NOTES: DIMENSIONS IN [ ] ARE ENGLISH EQUIVALENTS, FITTINGS: APPROPRIATE FOR APPLICATION, BURST PRESSURE AND OPERATING PRESSURE. CONNECTION TYPE TO BE AS SPECIFIED. FITTINGS MAY NOT APPEAR EXACTLY AS SHOWN. MATERIAL CERTIFICATION REQUIRED FOR TYPES I, 2, 3, 5 AND 6 BLUE OR BLACK COVER COLOR ACCEPTABLE. NO CHANGE IN COLOR ARE ALLOWED WITHOUT PRIOR WRITTEN APPROVAL FROM KOHLER HOSE ASSEMBLY OVERALL LENGTH "A" TOLERANCE 0-610 10-241 610.1 1524 124.01-601 1524.1-1905 160.01-751 1905.2-UP [75.01-UP] f6.4 1.251 f12.7 1.501 f19. I [.751 f1% 8 I 7 I 6 5 4 CONSIDER USING D-001 FOR SPECIFICATION OF HOSE LINE. THIS ASSEMBLY OR PART MUST COMPLY WITH PEP-RML-001. ❑ INDICATES PART NUMBERS AFFECTED BY LATEST DRAWING REVISION REv DATE ON COMPOSITE owes, SEE PART No. FOR REVISION LEVEL By uNLEss oTHE"ISE sRECIEIEo I METRIC I PRO-E II DIMENSIONS ARE IN MILLIMETENS KOHLER CQ JA 5-8-18 (A-2)SAE STANDARD J30R3 NOTE DELETED (A-6)HOSE 2) TOLERANCES ARE: POWER SYSTEMS, KOHLER, WI 53044 U.S.A. TOLERANCE NOTE CHANGED, SEE SHEET 3 LCT1868071 RMJ x:zX t os HIS DRAWING IN DESIGN AND DETAIL IS KOHLER CO z S I.5 SURFACE ElNlsx PROPERTY AND MUST NOT BE USED EXCEPT IN J8 10 29 18 TYPE 4, TYPE 7 TUBE NOTE: "BLACK" REMOVED; TYPE ANGLES f o` ao / MAX CONNECTION WITH KOHLER co. WORK. ALL RIGHTS of & TYPE 9 TUBE & COVER NOTE: "BLACK" REMOVED; TYPE d oESICN oR INVENTION ARE RESERVED. 6 TUBE NOTE: "WHITE" REMOVED; (A-3) BLUE OR BLACK `"IR° ."aN -� COVER COLOR NOTE ADDED LCT1898091 PAR APPROVALS DATE DWG, FUEL LINE, FLEXIBLE JC 2-25-19 SEE SHEET 3 & 8 ECT1935371 SUD I °RAWN JJC 2-5-97 of 9 NO JD 10 23-19 (A-3) PEP-RMADDED & SEE SHEET ""E° EB 2-5-97 DWG NO. D L-001" 2 & 5 LCT2101551 PAS "PROVED RGH 2-5-97 273614-CMP D 3 2 1 H 8 5 4 2 PART NO REV A FITTING B FITTING C HOSE ID STYLE MATL TYPE 17/16-201 THD 17/8-141 THD SWIVEL SWIVEL 90° ELBOW B - GM78801 GA 1651 [65.01 11/2-141 NET FEMALE [3/4-161 THD FEMALE JIC 37° FLARE SWIVEL 90° ELBOW 10.4 [.411 10 6 D STYLE 10 GM10886 EJ 651 [65.0] 11/2-141 NET FEMALE 13/4-161 THD FEMALE JIC 37° FLARE SWIVEL 90° ELBOW 12.7 [.501 10 5 19/16-187 THD [9/16-181 THD ES-60215 EJ 1727 [68.01 FEMALE JIC 37° FLARE SWIVEL FEMALE JIC 37° FLARE SWIVEL 90° ELBOW 10.4 [.411 10 1 FITTING C [5/8 -181 THD 19/16-181 THD GM93426 A 1270 [50.01 FEMALE 45° FLARE SWIVEL FEMALE JIC 37° FLARE SWIVEL 90° ELBOW 9.5 [.381 10 6 13/4-161 THD 13/4-161 THD 324967 EJ 1270 [50.01 FEMALE 45° FEMALE 45° 12.7 [.501 10 5 FLARE SWIVEL SWIVEL 90° ELBOW [7/8-141 THD [7/8-141 THD GM29558 EJ 965 [38,01 FEMALE 45° FLARE FEMALE JIC 37° FLARE 12.7 [.501 10 5 SWIVEL SWIVEL 90° ELBOW c GM29543 EJ 1143 [45.01 [7/8-14] THD FEMALE JIC 37° FLARE 19/16-181 THD FEMALE JIC 37° FLARE 12.7 [.501 10 5 SWIVEL SWIVEL 90° ELBOW [7/8-14] THD [7/8-14] THD 365236 EJ 1219 [48.01 FEMALE JIC 37° FEMALE JIC 37° FLARE 15.8 [.621 10 5 FLARE SWIVEL SWIVEL 90° ELBOW 17/8-141 THD 17/8-141 THD FLARE SWIVEL SWIVEL 90° ELBOW 17/8-141 THD 17/8-141 THD 365232 FD 2438 [96.01 FEMALE JIC 37° FLARE SWIVEL FEMALE JIC 37° FLARE SWIVEL 90° ELBOW 15.8 [.621 0 5 [1 1/16-121 THD [1 1/16-121 THD GM69835 FF 432 [17.01 FEMALE JIC 37° FEMALE JIC 37° FLARE 19.0 [.751 10 5 FLARE SWIVEL SWIVEL 90° ELBOW [1 1/16-121 THD [1 1/16-121 THD 364027 EJ 625 [24.61 FEMALE JIC 37° FEMALE JIC 37° FLARE 15,8 [.621 10 1 FLARE SWIVEL SWIVEL 90° ELBOW 11 1/16-121 THD 11 1/16-121 THD B GM69834 FF 711 [28.01 FEMALE JIC 37° FLARE SWIVEL FEMALE JIC 37° FLARE SWIVEL 90° ELBOW 19.0 [.751 10 5 11 1/16-121 THD 11 1/16-121 THD ES-71079 EN 1270 (50.0) FEMALE JIC 37° FLARE FEMALE JIC 37° FLARE 16.0 [.631 10 6 SWIVEL SWIVEL 90° ELBOW 11 1/16-121 THD 11 1/16-121 THD ES-70503 EH 1499 [59.01 FEMALE JIC 37° FLARE FEMALE JIC 37° FLARE 15.8 [.621 10 6 SWIVEL SWIVEL 90° ELBOW 11 1/16-121 THD 11 1/16-121 THD GM69794 FT 1651 [65.01 FEMALE JIC 37° FLARE FEMALE JIC 37° FLARE 19.0 [.751 10 5 SWIVEL SWIVEL 90° ELBOW 11 1/16-121 THD 11 1/16-121 THD ES-76590 GA 1651 [65.01 FEMALE JIC 37° FLARE FEMALE JIC 37° FLARE 22.4 [.881 10 6 SWIVEL SWIVEL 90° ELBOW 11 1/16-121 THD 11 1/16-121 THD GM69795 FV 1880 [74.01 FEMALE JIC 37° FLARE SWIVEL FEMALE JIC 37° FLARE SWIVEL 90° ELBOW 19.0 [.751 10 5 * ES 76590 FITTING C: USE OF REDUCING ADAPTERS ACCEPTABLE. 11 1/16-121 THD 11 1/16-121 THD NOTE: DIMENSIONS IN [ ] ARE ENGLISH EQUIVALENTS. SWIVEL SWIVEL 90° ELBOW 16.1, 63d 9 1 A ES-66002 EJ 4572 1180.01 [I I/16-121 THD FEMALE JIC 37° [I I/16-121 THD FEMALE JIC 37° FLARE 16.0 [.631 10 1 ❑ INDICATES PART NUMBERS AFFECTED BY LATEST DRAWING REVISION FLARE SWIVEL SWIVEL 90° ELBOW REV DATE ON COMPOSITE DWGS, SEE PART NO. FOR REVISION LEVEL BY uALEss'TNENSISESREC'I!LID KOHLERCQ METRIC PRO-E II DIMENSIONS AAE IN MILLIMEiEAS HP 9-29-16 SEE SHEETS 2, 3 AND 6 ICT1435021 SAM 2) TOLERANCES ARE: z. zI1 o.zs POWER SYSTEMS, KOHLER, WI 53044 U.S.A. HR I I-15-16 SEE SHEET 5 OF 9 ECT 1655741 BGP z.z t I.o HIs DRawI Nc IN DESIGN AND DETAIL IS KOHLER CO HT 12 8 16 SEE SHEET I AND 5 of 9 ECT1670751 BGW ANGLES±OS' 3M SURFACE FINISH PROPERTY AND MUST NOT BE USED EXCEPT IN MAX. CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF HW 2-20-17 SEE SHEET 6 [CT1707381 CEK DESIGN OR INVENTION ARE RESERVED. HY 5 24 17 (A-8) ES-66538 VOIDED, SEE SHEET 5 ECT1716841 SAM iPw'oJF."aN -� JA 5-8-18 SEE SHEET I AND 3 ECT1868071 RMJ APPROVALS DATE DWG, FUEL LINE, FLEXIBLE GM93584 1066.8 ( 42. 0 ) ( I I / 1 6- 16 UN-29 ) THD FEMALE, ORES, SWI VEL ( / 6- 6 UN-2B ) THD FEMALE, ORFS, SWIVEL 9 0° ELBOW 9. 5 ( . 375 ) 0 9 JB 10-29- 181 SEE SHEET I ICT189809] IPAR IDRAWN DRA 4-10-14 AEE DNG. of 9 CHECKED GFR 4-10-14 DWG AD. TIC 2-25-19 1 SEE SHEET 3 8 8 ICT1935371 I SUDI JD 10-23- 19 SEE SHEET 1 , 2 8 5 LCT2101551 IPAS I APPROVED JJR 4- 1 0- 1 4 273614-CMP D 8 7 6 5 4 3 2 1 A 8 5 MATL PART NO REV A FITTING B FITTING C HOSE ID STYLE TYPE [1 5/16-121 THD [1 5/16-121 THD 361283 EJ 559 C22.0] FEMALE JIC 37' FEMALE JIC 37' FLARE 22.4 C.88] 10 1 FLARE SWIVEL SWIVEL 90' ELBOW [1 5/16-121 THD [1 5/16-121 THD 361468 EJ 991 C39.0] FEMALE JIC 37' FEMALE JIC 37' FLARE 22.4 1.881 10 1 FLARE SWIVEL SWIVEL 90' ELBOW 11 5/16-121 THD 11 5/16-121 THD D 361098 EJ 1270 [50.0] FEMALE JIC 37' FEMALE JIC 37' FLARE 22.4 1.881 10 1 FLARE SWIVEL SWIVEL 90' ELBOW 11 5/16-121 THD 11 5/16-121 THD ES-76589 FX 1270 [50.0] FEMALE JIC 37' FLARE FEMALE JIC 37' FLARE 22.4 C.881 10 6 SWIVEL SWIVEL 90' ELBOW 11 5/16-121 THD 11 5/16-121 THD GM10689 EJ 1651 [65.0] FEMALE JIC 37' FLARE FEMALE JIC 37' FLARE 22.4 C.88] 10 1 SWIVEL SWIVEL 90' ELBOW 11 5/16-121 THD 11 5/16-121 THD ES-66802 EJ 3302 [130.01 FEMALE JIC 37' FLARE FEMALE JIC 37' FLARE 22.4 [.88] 10 1 SWIVEL SWIVEL 90' ELBOW (II/16-16 UN-28) THD (II/16-16 UN-28) THD GM95672 584 [23.0] FEMALE, ORES, FEMALE, ORES, SWIVEL 9.5 (.375) 10 9 SWIVEL 90' ELBOW 11 1/16-121 THD 11 1/16-121 THD GM107378 1270 C50.0] FEMALE JIC 37' FLARE FEMALE JIC 37' FLARE 19.0 [.75] 10 5 SWIVEL SWIVEL 90' ELBOW 11 1/16-121 THD 11 1/16-121 THD 364514 EJ 700 C27.6] FEMALE JIC 37' FLARE FEMALE JIC 37' FLARE 15.8 C.62] II 5 C SWIVEL 90' ELBOW SWIVEL 90' ELBOW 11 1/16-121 THD 11 1/16-121 THD 364028 EJ 1067 [42.0] FEMALE JIC 37' FLARE FEMALE JIC 37' FLARE 15.8 1.621 II 5 SWIVEL 90' ELBOW SWIVEL 90' ELBOW 11 5/16-121 THD 11 5/16-121 THD ES-66539 EJ 2667 1105.01 FEMALE JIC 37' FLARE FEMALE JIC 37' FLARE 22.4 1.881 11 1 SWIVEL 90' ELBOW SWIVEL 90' ELBOW (11/16-16 UN-2B) THD (II/16-16 UN-2B) THD GM93585 A 1778 [70.0] FEMALE, ORES, SWIVEL FEMALE, ORES, SWIVEL 9.5 (.375) 11 9 90o ELBOW 90' ELBOW (II/16-16 UN-28) THD (11/16-16 UN-28) THD GM93885 1016 [40.0] FEMALE, ORES, SWIVEL FEMALE, ORFS, SWIVEL 9.5 (.375) 11 9 90' ELBOW 90' ELBOW 8 1 7 1 6 1 5 4 FITTING B-, FITTING FITTING 2 A STYLE 10 A TTING C FITTING C A 50.8 C2.00] FITTING C l r - A A 7.938 [0.312] O.D. X 0.889 .0351 TUBE STYLE 12 ~ �30.00 11 181 14.20 [.559] THRU 2X 19.1 [.75] X 45' CHAMFER m 4.29 [.169] MAT'L: 12114 STEEL SECTION A -A NOTE: DIMENSIONS IN [ ] ARE ENGLISH EQUIVALENTS. ❑ INDICATES PART NUMBERS AFFECTED BY LATEST DRAWING REVISION REv DATE ON COMPOSITE owes, SEE PART No. FOR REVISION LEVEL By uNLESsoTNEAwISESRECIEIEO 2) T LERANCES ARE iN xiLUMETERS 21 TOLERANCES ARE: a:zX t °:os z t i.s SURFACE AlNisx ANGLES f o' 30' MAX d METRIC PRO-E KOHLER CQ POWER SYSTEMS, KOHLER, WI 53044 U.S.A. THIS DRAWING IN DESIGN AND DETAIL IS KOHLER Co PROPERTY AND MUST NOT BE USED EXCEPT IN CONNECTION WITH KOHLER CO. WORK. ALL RIGHTS OF DESIGN OR INVENTION ARE RESERVED. HP 9-29- 16 SEE SHEETS 2, 3 AND 6 ICT 1 435021 SAM HR II-15-16 SEE SHEET 5 OF 9 ECT1655741 BGP HT 2-8- 6 SEE SHEET AND 5 OF 9 ECT 670757 BGW HW 2-20-17 SEE SHEET 6 [CT 1707381 CEK HY 5 24 17 SEE SHEETS 5 AND 7 ECT1716841 SAM TPw'oJFTN%N' � DWG, FUEL LINE, FLEXIBLE JA 5-8-18 SEE SHEET I AND 3 ECT1868071 RMJ APPROVALS DATE JB 10-29-I8 SEE SHEET I ECT1898091 PAR DRAWN DRA 4-10-14 A 8 of 9 TIC 2-25-19 (C-8) GM107378 ADDED; SEE SHEET 3 ICT1935371 SUD "`"D GFR 4-10-14 Dw c xo. 273614-CMP D JD I 10-23- 19 SLL SHEET 1 , 2 8 5 LCT2101551 IPAS APPROVED JJR 4- 10- 14 4 3 2 1 H KOHLER, Transfer Switch One -Year Limited Warranty Your Kohler product has been manufactured and inspected with care by experienced craftsmen. If you are the original end user, Kohler Co. warrants, forthe period indicated below, each product to be free from defects in materials and workmanship. In the event of a defect in materials or workmanship, Kohler Co. will repair, replace, or make appropriate adjustment at Kohler Co.'s option if the product, upon Kohler Co.'s inspection, is found to be properly installed, maintained, and operated in accordance with Kohler Co.'s instruction manuals. A Kohler distributor, dealer, or authorized service representative must perform startup. Kohler Product Warranty Coverage Transfer switch and factory -supplied One (1) year from the registered startup date. In any event, the transfer switch accessories warranty period will expire not later than thirty (30) months from the date of shipment from Kohler Co.'s factory. Transfer switch main contacts Ten (10) years from the registered startup date. In any event, the warranty period will expire not laterthan eleven (11) years and six (6) months from the date of shipment from Kohler Co.'s factory. The following will not be covered by the warranty: 1. Normal wear, periodic service, and routine adjustments. 2. Damage, including but not limited to damage caused by accidents, improper installation or handling, faulty repairs not performed by an authorized Kohler service representative, improper storage, or acts of God. 3. Damage caused by: a. Operation above or below rated capacity, voltage, or frequency. b. Modifications. c. Installation contrary to published specifications and codes. 4. Damage caused by negligent maintenance such as: a. Failure to provide a clean, dry environment. b. Failure to perform recommended exercising. c. Failure to perform scheduled maintenance as prescribed in supplied manuals. d. Use of parts and/or procedures other than factory -supplied or -approved replacement parts and/or procedures. 5. Non -Kohler replacement parts. Replacement of a failed Kohler part with a non -Kohler part voids the warranty on that part. 6. Original installation charges and startup costs. 7. Additional expenses for repair after normal business hours, i.e. overtime or holiday labor rates. 8. Rental of equipment during performance of warranty repairs. 9. Removal and replacement of non -Kohler -supplied options and equipment. 10. Non -Kohler -authorized repair shop labor without prior approval from Kohler Co. Warranty Department. 11. Expenses incurred investigating performance complaints unless the problem is caused by defective Kohler materials or workmanship. 12. Maintenance items such as fuses, lamps, and adjustments. 13. Labor and travel charges after the first year of the transfer switch main contacts warranty period. 14. Travel time and mileage exceeding 300 miles round trip. To obtain warranty service, call 1-800-544-2444 for your nearest authorized Kohler service representative or write Kohler Co., Kohler Power Systems Service Department, MS072, Kohler, WI 53044 USA. KOHLER CO. SHALL NOT BE LIABLE FOR SPECIAL, INCIDENTAL, AND/OR CONSEQUENTIAL DAMAGES OF ANY KIND including, but not limited to, incidental and/or consequential labor costs, installation charges, telephone charges, or transportation charges in connection with the replacement or repair of defective parts. This is our exclusive written warranty. We make no other express warranty nor is anyone authorized to make any on our behalf. ANY IMPLIED OR STATUTORY WARRANTY, INCLUDING ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, IS EXPRESSLY LIMITED TO THE DURATION OF THIS WARRANTY. Some states do not allow limitations on how long an implied warranty lasts, or the exclusion or limitation of incidental and/or consequential damages, so the above limitation or exclusion may not apply to you. This warranty gives you specific legal rights, and you may also have other rights which vary from state to state. KOHLER. KOHLER CO. Kohler, Wisconsin 53044 Phone 920-457-4441, Fax 920-459-1646 For the nearest sales/service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com TP-5373 4/15f Stationary Standby and Prime Power Industrial Generator Set One -Year or Two Thousand (2000)-Hour Limited Warranty Your Kohler product has been manufactured and inspected with care by experienced craftsmen. If you are the original end user, Kohler Co. warrants, for the period indicated below, each product to be free from defects in materials and workmanship. In the event of a defect in materials or workmanship, Kohler Co. will repair, replace, or make appropriate adjustment at Kohler Co.'s option if the product, upon Kohler Co.'s inspection, is found to be properly installed, maintained, and operated in accordance with Kohler Co.'s instruction manuals. A Kohler distributor, dealer, or authorized service representative must perform startup. Kohler Product Warranty Coverage Stationary Standby Generator Set & Accessories One (1) year from registered startup or two thousand (2000) hours (whichever occurs first). In any event, the warranty period will expire not later than thirty (30) months from the date of shipment from Kohler Co.'s factory. Stationary Prime Power Generator Set & Accessories One (1) year from registered startup or two thousand (2000) hours (whichever occurs first). In any event, the warranty period will expire not later than thirty (30) months from the date of shipment from Kohler Co.'s factory. The following will not be covered by the warranty: 1. Normal wear, routine tuneups, tuneup parts, adjustments, 8. Rental of equipment during the performance of warranty and periodic service. repairs. 2. Damage, including but not limited to damage caused by 9. Removal and replacement of non -Kohler -supplied accidents, improper installation or handling, faulty repairs options and equipment. not performed by an authorized Kohler service 10. Non -Kohler replacement parts. Replacement of a failed representative, improper storage, or acts of God. Kohler part with a non -Kohler part voids the warranty on 3. Damage caused by operation at speeds, or with fuel, loads, that part. conditions, modifications or installation contraryto published 11. Radiators replaced rather than repaired. specifications. 12. Fuel injection pumps not repaired by an authorized 4. Damage caused by negligent maintenance such as: Kohler service representative. a. Failure to provide the specified type and sufficient 13. Non -Kohler -authorized repair shop labor without prior quantity of lubricating oil. approval from Kohler Co. Warranty Department. b. Failure to keep the air intake and cooling fin areas clean. c. Failure to service the air cleaner. 14. Engine fluids such as fuel, oil, or coolant/antifreeze. d. Failure to provide sufficient coolant and/or cooling air. 15. Shop supplies such as adhesives, cleaning solvents, e. Failure to perform scheduled maintenance as and rags. prescribed in supplied manuals. 16. Expenses incurred investigating performance f. Failureto regularly exercise the generator set under load complaints unless the problem is caused by defective (stationary applications only). Kohler materials or workmanship. 5. Original installation charges and startup costs. 17. Maintenance items such as fuses, lamps, filters, spark 6. Starting batteries and the following related expenses: plugs, loose or leaking clamps, and adjustments. a. Labor charges related to battery service. 18. Travel time and mileage exceeding 300 miles round trip. b. Travel expenses related to battery service. 7. Additional expenses for repairs performed after normal business hours, i.e. overtime or holiday labor rates. To obtain warranty service, call 1-800-544-2444 for your nearest authorized Kohler service representative or write Kohler Co., Service Department, MS072, Kohler, WI 53044 USA. KOHLER CO. SHALL NOT BE LIABLE FOR SPECIAL, INCIDENTAL, AND/OR CONSEQUENTIAL DAMAGES OF ANY KIND including, but not limited to, incidental and/or consequential labor costs, installation charges, telephone charges, or transportation charges in connection with the replacement or repair of defective parts. This is our exclusive written warranty. We make no other express warranty nor is anyone authorized to make any on our behalf. ANY IMPLIED OR STATUTORY WARRANTY, INCLUDING ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, IS EXPRESSLY LIMITED TO THE DURATION OF THIS WARRANTY. Some states do not allow limitations on how long an implied warranty lasts, or the exclusion or limitation of incidental and/or consequential damages, so the above limitation or exclusion may not apply to you. This warranty gives you specific legal rights, and you may also have other rights which vary from state to state. KOHLER. KOHLER CO., Kohler, Wisconsin 53044 Phone 920-457-4441, Fax 920-459-1646 For the nearest sales/service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com TP-5374 12/15f KOHLER, bs:.. bs[ Certificate of Registration QUALITY MANAGEMENT SYSTEM - ISO 1)001:2015 1h� n to KoWr P v&-f Sys: mZ NMO tdc.odvxv Road S1»boYgw% Wu ontmn $30" USA Holz CortrKxe NO: FN 121:336 ud q)wA164 • QWW X*no*vc -nt V^I►m %!LKh <Or-te 94% wIll tho, lon r.t wh of I4*0 9007:2ol5 %C ttr %i0mv K*W: E1rom m3rtt4;ue, w4 dCrb-tor 9KVM he ckcbkJl wrcrrtm, ahCrroyxS. 11A twin. Onvtx trw t- antxtw. are Jwt&*Cw. This <4qtiiCAr a tsx•Q66 to Ods coffoarWs orVnA rs"sdxn (wifkAp i smts *,tail dabd fvbu v 23. 1945, kid ft r.W by hOL For mad on b" of W: 000 a1 icy to Dr.e. IM -02 -:8 ht.aK Pw%loon DA-P: X20-0's47 4 D • rM rim v WX 7 CW OPMOV -%.�;jjrJfKQ - UfpwXW CU W. 2020 ,05 07 I11idr) Ddv: jW16-11-m p3c,": = cc 2 making excellence a habit- rtas tsi..r..+r... h ►"Wft d 04 .4" r to%..d v.%,O wr- An d*C one owtf,e.rr w Zoo *A%&q*c*W gftP,".W Mw cAm be %&U*W 9 www M e• hJ � 4�w � w �� v ev .V f�eA .�w.i. - '�...w., ..vl�n r� e<W1 e...� n.v� �...�. tli.w�� Mar. Vr�•• MZe, la s� • N .e. m �000 W.t 4arerd LK Unft& In [,gLrd ..vv r r6w V5 0%UVO I4,01 &U& Carom+ *4 NIL. LX A Mrs&. i ti ou qwv a cam► Cen6c3or so: FM 727336 tci dwl IO Wk4wd A t%I*A W.kr PoMK 9rt m►S Owin m xtw ro� AAd doobwr ovp*m for wit %7650 t A•fiuo Poa0 qee dfm. kty►wx `a vkr food and s A&vos. Shtbordw Aw r --%.rI S:W. t U%A KKO.JK ;%" WlAa" krvsaetue f fad Wiu. &bda, fetbr.a*d crv�nari a»1 300 k U.Ina V oo& tw. Sajhdt• Wexo"-sn D KAMor pmtf 9o`m% Tho 4*b #Son ct p"mw oM 2VI Hall Coot Sh.trred-n %%,Ao :n 53:63 USA Kiohiv Pootr 9r,D0ittS RK**v. o4on1f4 and *m*,moq a# O ewgaw KIMP AwdxxrA ccnoope-t% V*to(90 WhA awn 5"t USA Ot ,41 Qx%2&taOtn Dr.c 1WWI, 02,28 Ettrc,%%- Cu:t: 2020 U5 07 hCe.t Rnl ion Dyx: 2020 05 07 br4q Daw: 2021 1: � 05 Page: 2 cc 2 of VA ov *J Domw -v000ftb Joe,'v*Ac An w•b+u o&4A%.b..• too aA%PWAlrlAgIM POW moves s.• be riiAW I owm wg woqa-*On swr• 1r 10 a"* diow WOO &%W Nr OOPFd". } l&n~ ✓d Comics M owmeft co a Mry hwba ooftta moom QVr+M yi 00. Tit 3K 000 "M WA AN..mo LX 1 wSoqi of /ww/ N 6 $fa rdw "wo" rrp11Jt A is% Ch%mo a Ho S&.4 I - A.• vN MA.:s A *wvbm of ra 02 G-o►c o! CovwJsL Kohler Standby/Prime Generator Set Test Program Testing is an integral part of quality assurance. In keeping with our uncompromising commitment to quality, safety, and reliability, every Kohler Standby/Prime power generator set undergoes an extensive series of prototype and production testing. Prototype Testing Prototype testing includes the potentially destructive tests necessary to verify design, proper function of protective devices and safety features, and reliability expectations. Kohler's prototype testing includes the following: • Alternator temperature rise test per NEMA MG1-32.6. Standby and prime ratings of the alternator are established during this test. • Maximum power test to assure that the prime mover and alternator have sufficient capacity to operate within specifications. • Alternator overload test per NEMA MG1-32.8. • Steady-state load test to ensure voltage regulation meets or exceeds ANSI C84.1, NEMA MG1-32.17 requirements and to verify compliance with steady- state speed control specifications. • Transient test to verify speed controls meets or exceeds specifications. • Transient load tests per NEMA MG1-32.18, and ISO 8528 to verify specifications of transient voltage regulation, voltage dip, voltage overshoot, recovery voltage, and recovery time. • Motor starting tests per NEMA MG1-32.18.5 to evaluate capabilities of generator, exciter, and regulator system. • Three-phase symmetrical short-circuit test per NEMA MG1-32.13 to demonstrate short circuit performance, mechanical integrity, ability to sustain short-circuit current. • Harmonic analysis, voltage waveform deviation per NEMA MG1-32.10 to confirm that the generator set is producing clean voltage within acceptable limits. • Generator set cooling and air flow tests to verify maximum operating ambient temperature. • Reliability tests to demonstrate product durability, followed by root cause analysis of discovered failures and defects. Corrective action is taken to improve the design, workmanship, or components. • Acoustical noise intensity and sound attenuation effects tests. Production Testing In production, Kohler Standby/Prime generator sets are built to the stringent standards established by the prototype program. Every Kohler generator set is fully tested prior to leaving the factory. Production testing includes the following: • Stator and exciter winding high -potential test on all generators. Surge transient tests on stators for generators 180 kW or larger. Continuity and balance tests on all rotors. • One-step, full -load pickup tests to verify that the performance of each generator set, regulator, and governor meets published specifications. • Regulation and stability of voltage and frequency are tested and verified at no load, 1 /4 load, 1 /2 load, 3/4 load, and full -rated load. • Voltage, amperage, frequency and power output ratings verified by full -load test. • The proper operation of controller logic circuitry, prealarm warnings, and shutdown functions is tested and verified. • Any defect or variation from specification discovered during testing is corrected and retested prior to approval for shipment to the customer. Torsional analysis data, to verify torsional effects are not detrimental and that the generator set will provide dependable service as specified, is available upon request. Kohler offers other testing at the customer's request at an additional charge. These optional tests include power factor testing, customized load testing for specific application, witness testing, and a broad range of MIL-STD-705c testing. A certified test report is also available at an additional charge. KOHLEW, KOHLER CO. Kohler, Wisconsin 53044 Phone 920-565-3381, Fax 920-459-1646 For the nearest sales/service outlet in the US and Canada, phone 1-800-544-2444 Koh IerPowerSystemscom G18-56 12/05b Kohler Automatic Transfer Switch Test Program Non -Bypass Models Testing is an integral part of quality assurance. In keeping with our uncompromising commitment to quality, safety, and reliability, every Kohler Automatic Transfer Switch (ATS) undergoes an extensive series of performance and production testing. Performance Testing All Kohler ATSs are UL1008 listed, which includes the following performance tests: • General — Normal Operation • Overvoltage • Undervoltage • Overload • Temperature Rise • Endurance • Dielectric Voltage — Withstand • Short Circuit Withstand • Short Circuit Close- On • Dielectric Voltage — Withstand (repeated) • Strength of insulating base and support EMC/EMI Immunity Verification Controls and printed circuit board assemblies are evaluated to IEC and IEEE tests, including: • EN61000- 4- 4 Fast Transient Immunity Severity Level 4 • EN61000-4-5 Surge Immunity Class 4 (voltage sensing and programmable inputs only) • IEC Specifications for EMI/EMC Immunity: o CISPR 11, Radiated Emissions o IEC 1000-4-2, Electrostatic Discharge o IEC 1000-4-3, Radiated Electromagnetic Fields o IEC 1000- 4- 4, Electrical Fast Transients (Bursts) o IEC 1000-4-5, Surge Voltage o IEC 1000-4-6, Conducted RF Disturbances o IEC 1000- 4- 8, Magnetic Fields o IEC 1000- 4-11, Voltage Dips and Interruptions • IEEE 472 (ANSI C37.90A) Ring Wave Test KOHLER, Production Testing Every Kohler ATS is fully tested prior to leaving the factory. Visual inspections are also performed by the mechanism manufacturer as well as Kohler personnel during assembly and final test. Production testing includes the following: • Electrical operation testing on all ATSs • Verification of controller communication • Verification of controller settings • Voltage calibration • Automatic transfer switch operation when Normal source is lost o Verify engine start signal o Verify transfer to Emergency position when Emergency source is available • Automatic Transfer switch operation when Normal source returns o Verify transfer to Normal position o Verify engine start signal is removed CSA Certification CSA Certification is also available upon request. CSA certification includes the following additional test: • Dielectric test at 1000V plus twice the maximum rated voltage Options Testing The operation of all installed options is verified. Tested options include: • Input/Output Modules • Supervised Transfer Control Switch • Preferred Source Switch • Load Shed, Normal and Emergency • Line -to- Neutral Monitoring • Digital Meter setup and operation Kohler offers other testing at the customer's request at an additional charge. These optional tests include customized load testing for specific application, witness testing, and contact resistance testing. A certified test report is also available at an additional charge. KOHLER CO., Kohler, Wisconsin 53044 Phone 920-457-4441, Fax 920-459-1646 For the nearest sales/service outlet in the US and Canada, phone 1-800-544-2444 KOHLERPower.com G18-414 2/20 KOHLER, Generator Set/Transfer Switch Installation Checklist This document has generic content and some items may not apply to some applications. Check only the items that apply to the specific application. Read and understand all of the safety precautions found in the Operation and Installation Manuals. Make the following installation checks before performing the Startup Checklist. Note: Use this form as a general guide, along with any applicable codes or standards. Comply with all applicable codes and standards. Improper installation voids the warranty. Equipment Room or Weather Housing Does Not Yes Apply ❑ ❑ 1. Is the equipment installed in a fire-resistant room (made of non-combustible material) or in an outdoor weather housing? ❑ ❑ 2. Is there adequate clearance between the engine and floor for service maintenance? ❑ ❑ 3. Is there emergency lighting available at the equipment room or weather housing? ❑ ❑ 4. Is there adequate heating for the equipment room or outdoor weather housing? ❑ ❑ 5. Is the equipment room clean with all materials not related to the emergency power supply system removed? ❑ ❑ 6. Is the equipment room protected with a fire protection system? Engine and Mounting ❑ ❑ 7. Is the mounting surface(s) properly constructed and leveled? ❑ ❑ 8. Is the mounting surface made from non-combustible material? ❑ ❑ 9. Was the generator -to -engine alignment performed after attaching the skid to the mounting base? Generator sets with two -bearing generators require alignment. Lubrication ❑ ❑ 10. Is the engine crankcase filled with the specified oil? Cooling and Ventilation ❑ ❑ 11. Is the cooling system filled with the manufacturer's specified coolant/antifreeze and purged of air? ❑ ❑ 12. Is there adequate inlet and outlet air flow (electric louvers adjusted and ventilation fan motor(s) connected to the corresponding voltage)? ❑ ❑ 13. Is the radiator duct properly sized and connected to the air vent or louver? ❑ ❑ 14. Are flexible sections installed in the cooling water lines? Fuel ❑ ❑ 15. Is there an adequate/dedicated fuel supply? ❑ ❑ 16. Are the fuel filters installed? ❑ ❑ 17. Are the fuel tanks and piping installed in accordance with applicable codes and standards? ❑ ❑ 18. Is there adequate fuel transfer tank pump lift capacity and is the pump motor connected to the corresponding voltage? ❑ ❑ 19. Is the fuel transfer tank pump connected to the emergency power source? ❑ ❑ 20. Are flexible fuel lines installed between the engine fuel inlet and fuel piping? ❑ ❑ 21. Is the specified gas pressure available at the fuel regulator inlet? ❑ ❑ 22. Does the gas solenoid valve function? ❑ ❑ 23. Are the manually operated fuel and cooling water valves installed allowing manual operation or bypass of the solenoid valves? Exhaust ❑ ❑ 24. Is the exhaust line sized per guidelines and does it have flexible connector(s)? Is the flexible connector(s) straight? Does Not Yes Apply ❑ ❑ 25. Is there an exhaust line condensate trap with a drain installed? ❑ ❑ 26. Is the specified silencer installed and are the hanger and mounting hardware tightened? ❑ ❑ 27. Is a heat -isolating thimble(s) installed at points where exhaust lines pass through combustible wall(s) or partition(s)? ❑ ❑ 28. Is the exhaust line free of excessive bends and restrictions? Is the backpressure within specifications? ❑ ❑ 29. Is the exhaust line installed with a downward pitch toward the outside of the building? ❑ ❑ 30. Is the exhaust line protected from entry by rain, snow, and animals? ❑ ❑ 31. Does the exhaust system outlet location prevent entry of exhaust gases into buildings or structures? ❑ ❑ 32. Are individuals protected from exposure to high temperature exhaust parts and are hot parts safety decals present? AC Electrical System ❑ ❑ 33. Does the nameplate voltage/frequency of the generator set and transfer switch match normal/utility source ratings? ❑ ❑ 34. Do the generator set load conductors have adequate ampacity and are they correctly connected to the circuit breakers and/or the emergency side of the transfer switch? ❑ ❑ 35. Are the load conductors, engine starting cables, battery charger cables, and remote annunciator leads installed in separate conduits? ❑ ❑ 36. Is the battery charger AC circuit connected to the corresponding voltage? Transfer Switch, Remote Control System, Accessories ❑ ❑ 37. Is the transfer switch mechanism free of binding? Note: Disconnect all AC sources and operate the transfer switch manually. ❑ ❑ 38. Are the transfer switch AC conductors correctly connected? Verify lead designations using the appropriate wiring diagrams. ❑ ❑ 39. Is all other wiring connected, as required? Batteries and DC Electrical System ❑ ❑ 40. Does the battery(ies) have the specified CCA rating and voltage? ❑ ❑ 41. Is the battery(ies) filled with electrolyte and connected to the battery charger? ❑ ❑ 42. Are the engine starting cables connected to the battery(ies)? ❑ ❑ 43. Do the engine starting cables have adequate length and gauge? ❑ ❑ 44. Is the battery(ies) installed with adequate air ventilation? ❑ ❑ 45. Are the ends of all spark plug wires properly seated onto the coil/distributor and the spark plug? Special Requirements ❑ ❑ 46. Is the earthquake protection adequate for the equipment and support systems? ❑ ❑ 47. Is the equipment protected from lightning damage? Generator Set/Transfer Switch Startup Checklist This document has generic content and some items may not apply to some applications. Check only the items that apply to the specific application. Read and understand all of the safety precautions found in the Operation and Installation Manuals. Complete the Installation Checklist before performing the initial startup checks. Refer to Service Bulletin 616 for Warranty Startup Procedure Requirements regarding generator set models with ECM -controlled engines. Does Does Not Yes Apply Not Yes Apply ❑ ❑ 1. Verify that the engine is filled with oil and the cooling ❑ ❑ 29. Close the normal source circuit breaker or replace fuses system is filled with coolant/antifreeze. to the transfer switch. ❑ ❑ 2. Prime the fuel system. ❑ ❑ 30. Check the normal source voltage, frequency, and ❑ ❑ 3. Open all water and fuel valves. Temporarily remove the phase sequence on three-phase models. The normal source must match the load. radiator cap to eliminate air in the cooling system. Replace radiator cap in step 21. ❑ ❑ 31. Open the normal source circuit breaker or remove fuses ❑ ❑ 4. Place the generator set master switch in the to the transfer switch. OFF/RESET position. Observe Not -in -Auto lamp and ❑ ❑ 32. Manually transfer the load to the normal source. alarm, if equipped, on the controller. ❑ ❑ 33. Close the generator set main line circuit breakers, close ❑ ❑ 5. Press the lamp test, if equipped on controller. Do all the the safeguard breaker, and/or replace the fuses alarm lamps on the panel illuminate? connected to the transfer switch. ❑ ❑ 6. Open the main line circuit breakers, open the safeguard ❑ ❑ 34. Place the generator set master switch in the RUN breaker, and/or remove fuses connected to the position. generator set output leads. ❑ ❑ 35. Check the generator set voltage, frequency, and phase ❑ ❑ 7. Turn down the speed control (electronic governor) or sequence on three-phase models. The generator set speed screw (mechanical governor).* must match normal source and load. ❑ ❑ 8. Verify the presence of lube oil in the turbocharger, if ❑ ❑ 36. Place the generator set master switch in the equipped. See the engine and/or generator set OFF/RESET position. operation manual. ❑ ❑ 37. Open the generator set main line circuit breakers, open ❑ ❑ 9. Place the generator set master switch in the RUN the safeguard breaker, and/or remove the fuses position. Allow the engine to start and run for several connected to the transfer switch. seconds. ❑ ❑ 38. Reconnect the power switching device and logic ❑ ❑ 10. Verify that the day tank, if equipped, is energized. controller wire harness at the inline disconnect plug at ❑ ❑ 11. Place the generator set master switch in the the transfer switch. OFF/RESET position. Check for oil, coolant, and ❑ ❑ 39. Close the normal source circuit breaker or replace fuses exhaust leaks. to the transfer switch. Place the generator set master ❑ ❑ 12. Turn on the water/oil heaters and fuel lift pumps. switch to the AUTO position. ❑ ❑ 13. Check the battery charger ammeter for battery charging ❑ ❑ 40. Close the generator set main line circuit breakers, close indication. the safeguard breaker, and/or replace the fuses connected to the transfer switch. ❑ ❑ 14. Place the generator set master switch in the RUN position. Verify whether there is sufficient oil pressure. ❑ ❑ 41. Place the transfer switch in the TEST position load test Check for oil, coolant, and exhaust leaks. or open normal source circuit breaker). NOTE: Obtain permission from the building authority before ❑ ❑ 15. Close the safeguard circuit breaker. Adjust the engine proceeding. This procedure tests transfer switch speed to 50/60 Hz if equipped with an electronic operation and connects building load to generator set governor or to 52.8/63 Hz if equipped with a mechanical power. governor.* ❑ ❑ 42. Readjust frequency to 50 or 60 Hz with total building ❑ ❑ 16. If the speed is unstable, adjust according to the loads.* appropriate engine and/or governor manual.* ❑ ❑ 43. Verify that the current phase is balanced for three ❑ ❑ 17. Adjust the AC output voltage to match the load voltage phase systems. using the voltage adjusting control. See the generator set/controller operation manual. ❑ ❑ 44. Release the transfer switch test switch or close the normal circuit breaker. The transfer switch should ❑ ❑ 18. Allow the engine to reach normal operating coolant retransfer to the normal source after appropriate time temperature. delay(s). ❑ ❑ 19. Check the operating temperature on city water-cooled ❑ ❑ 45. Allow the generator set to run and shut down models and adjust the thermostatic valve as necessary. automatically after the appropriate cool down time ❑ ❑ 20. Manually overspeed the engine to cause an engine delay(s). shutdown (68-70 Hz on 60 Hz models and 58-60 Hz on ❑ ❑ 46. Set the plant exerciser to the customer's required 50 Hz models). Place the generator set master switch exercise period, if equipped. in the OFF/RESET position.* ❑ ❑ 47. Verify that all options on the transfer switch are adjusted ❑ ❑ 21. Check the coolant level, add coolant as necessary, and and functional for the customer's requirements. replace the radiator cap. Verify that all hose clamps are tight and secure. ❑ ❑ 48. If possible, run the building loads on the generator set for several hours or perform the load bank test if ❑ ❑ 22. Place the generator set master switch in the RUN required. position. ❑ ❑ 49. Verify that all the wire connections from the generator ❑ ❑ 23. Verify the engine low oil pressure and high coolant set to the transfer switch and optional accessories are temperature shutdowns.* tight and secure. ❑ ❑ 24. Check the overcrank shutdown.* ❑ ❑ 50. Verify that the customer has the appropriate ❑ ❑ 25. Place the generator set master switch in the engine/generator set and transfer switch literature. OFF/RESET position. Instruct the customer in the operation and maintenance of the power system. ❑ ❑ 26. Open the normal source circuit breaker or remove fuses to the transfer switch. ❑ ❑ 51. Fill out the startup notification at this time and send the white copy to the Generator Warranty Dept. Include the ❑ ❑ 27. Disconnect the power switching device and logic warranty form if applicable. controller wire harness at the inline disconnect plug at the transfer switch. ❑ ❑ 28. Manually transfer the load to the emergency source. * Some models with an Engine Electronic Control Module (ECM) may limit or prohibit adjusting the engine speed or testing shutdowns. Refer to appropriate documentation available from the manufacturer. BAV CITV STARTUP REQUEST AND CHECKLIST FORM I I .:l il" .. Generator system startups are typically quoted for Normal working hours and are limited to a single trip to the job site. Please help us avoid the need to invoice for supplemental visits by insuring that the system is ready for startup on the initial trip. BCEW is not an installation Contractor. Any wiring, terminations or other additional work will be billed at our current labor rate in full 1 hnur inrramantc Please allow at least 10 working days for scheduling of onsite startup and training services. Please fax completed checklist to BCEW at (619) 938-8217 or email it to startupgroup@bcew.com. Dispatch will call you to schedule the startup after this form is received. If you need startup sooner than the next 2 weeks, please call Dispatch at 866-938-8200 to make arrangements. PROJECT NAME: STARTUP CONTACT NAME/PHONE NUMBER: JOB SITE ADDRESS: BCEW JOB #: PRINT NAME: SIGNATURE: ELECTRICAL: ❑ The AC circuit for the battery charger is installed and terminated. (DO NOT ENERGIZE). ❑ The AC circuit for block heater is installed and terminated. (DO NOT ENERGIZE). ❑ The engine start signal wires are pulled and terminated from the generator controller to each ATS(s). ❑ If applicable, the remote annunciator is installed and wires are pulled and terminated. ❑ If applicable, the remote emergency stop switch is installed and wires are pulled and terminated. ❑ All AC power cables are properly terminated at the generator and ATS. NOTE: AC and DC wires must be in separate conduits. The control wiring should be stranded. BCEW technician can help identify the wires and terminate to our generator controller only. Please ensure that the wires are pulled, properly labeled, and that there is enough slack to reach the terminals. Please contact your BCEW PM if you need assistance identifying and terminating wires to our controller prior to startup. FUEL: ❑ All fuel lines are connected. (Ignore this question if the generator is equipped with only diesel sub -base tank). ❑ The fire inspection was completed. ❑ The fire extinguishers and required placards were installed at locations approved by the fire inspector. ❑ The sub -base tank has been filled with fuel. ❑ For NG or LPG only: Fuel source is available and all required pressure regulators are installed. Ignore if you have diesel fuel. NOTE: If required, the fire extinguishers and required placards are provided by others. If you want BLEW to provide these items, please let us know so that we can provide you with a quote. AIR QUALITY PERMIT: ❑ The local Air Quality District (AQMD/APCD) has approved startup of the generator. (Please provide a copy of the approval with this request to ensure startup on requested date). NOTE: For certain jurisdictions, this approval document is in the form of a permit to operate (PTO) or authority to construct (ATC). Certain jurisdictions (like SDAPCD) also require a construction completion notice (CCN) sent to them prior to startup. ACCESS: How close can our technician and testing equipment get to the generator? Keep in mind that our testing equipment may include oversized/trailerized load bank and may be limited by the length of cables available for the technician (typically 1 00'total length). Will there be ongoing activities that may be in the way of our technician during startup (road paving, tree cutting, etc.) Are there any requirements for access? Is this an indoor or outdoor installation? Is the generator located on the ground level? If not, provide floor location NOTE: Any extreme access restriction not reported or not anticipated during startup may cause multiple trips to the job site. Unless previously arranged, additional trips will be billed at our current labor rate in 1-hour increments. TRANSFER SWITCH: ❑ Utility power is energized at the new ATS(s). ❑ The power can be shut down for power transfers for testing. (Please verify and ensure that facility personnel are aware of the transfer). ❑ I want the generator to automatically exercise per setting below: ATS Exerciser Time and Duration — Please complete the section below ONLY if you want the generator system to exercise automatically. Leave blank for manual exercise. Day of week: Time of day to start: Duration: With load (transfer) or without load (run engine only): NOTE: The section above must be completed prior to startup. If left blank, the startup technician will not program the ATS exerciser. Unless previously arranged, a separate trip to program the ATS will be billed at our current labor rate in 1 hour increments. TRAINING: ❑ Personnel will need to be trained. (Please ensure that all personnel requiring training are available for training on startup date) NOTE: Unless previously arranged, training is provided on the same day as startup, otherwise additional trip for the training will be billed at our current labor rate in 1-hour increments. GENERAL STARTUP POLICY: 1. It is the installing contractor or owner's responsibility to complete the checklist. Items that are not completed, but reported completed will result in additional charges to our customer. Any overtime or additional trips required to finish the startup due to incomplete installation will be billed at our current labor rates in 1 hour increments. 2. Additional charges will apply to services that will need to be performed outside BCEW's normal working hours. BCEW's normal working hours are Monday through Friday from 7am to 4pm. 3. Service work performed on other equipment not supplied by BCEW will be billed accordingly. 4. It is the installing contractor or owner's responsibility to comply with all applicable codes and standards. BY INITIALLING BELOW, YOU INDICATE THAT YOU UNDERSTAND AND AGREE TO THE ABOVE STATEMENTS AND ACCEPT RESPONSIBILITY FOR ADDITIONAL CHARGES THAT MAY ARISE FROM ITEMS MENTIONED ON THIS FORM. NOTES: KOHLER. POWER SYSTEMS Follow the startup checklist on the back of this form. Then complete the form. This form is required for coverage under the Kohler limited warranty and must be completely filled out at the time of initial startup. Representatives of the distributor/dealer and owner must sign the notification form. Signing this form represents acceptance of the unit and that all information on the startup form is correct. Please submit registration to Kohler Co. using the online warranty processing system. Users that do not have access to the online warranty site should mail a copy to Kohler. Startup Notification Startup Date mo. day yr. Authorized Kohler Representative Performing Startup Owner Name/Unit Location Telephone Telephone Company Name Company Name/Owner Address Address of Unit Location City City State State ZIP/Postal Code ZIP/Postal Code Country Country Round-trip miles from nearest authorized Kohler servicing distributor/dealer to the power system equipment: Generator Set and Engine Nameplate Information Generator Set. No 1 Engine No. 1 Generator Set No. 2 Engine No. 2 Serial No. Model No. Spec. No Application Information (one item in each column must be checked) ❑ Industrial ❑ Residential/Commercial ❑ Mobile/Towable/Trailer-Mounted ❑ Stationary ❑ Prime ❑ Rental ❑ Standby Transfer Switch and Switchgear Nameplate Information ATS No. 1 ATS No. 2 ATS No. 3 ATS No. 4 Switchgear Serial No. Spec. No Contractor Serial No. Model No. Kohler Representative's Name (print) Owner Representative's Name (print) Kohler Representative's Signature and Date mo. day yr. Owner Representative's Signature and Date mo. day yr. Form Distribution: Warranty Department, MS 072, Kohler Co., Kohler, WI 53044 PINK copy: Distributor YELLOW copy: Owner's Representative K-625 (1/13) BnFlr� KOHLER- ELE RKS IN POWER. SINCE 1920. OPERATING INSTRUCTIONS SAFETY PRECAUTIONS Safety is built into every engine driven generator; however, like any other electro-mechanical device it can present serious threat to life and limb if imprudently operated and maintained. Remember that the best safeguards against accidents are to keep ever mindful of the potential dangers and to always use good common sense. In the interest of safety, some general precautions are presented below - keep these in mind! Warning - High Voltage: Remember that the function of a generator set is to produce electricity and wherever electrical energy is present, there is the potential danger of electrocution. Keep everyone, especially children, away from the set while it is running and take precautions to prevent unqualified personnel from tampering with or attempting to operate your generator set. Have the set and electrical circuits serviced only by qualified technicians. Wiring should be inspected frequently - replace leads that are frayed or in poor condition. Be especially careful not to come in contact with electrical equipment when standing in water or on wet ground or when your hands are wet. Warning - Lethal Exhaust Gas: The engine powering your generator discharges deadly carbon monoxide as part of the exhaust gas when operating. Carbon monoxide is particularly dangerous in that it is odorless but keep in mind that it can cause death if inhaled for even a short period of time. Never operate the generator set inside a building unless the exhaust gas is piped safely outside or operate in any area where exhaust gas could accumulate and seep back inside an occupied building. Avoid breathing exhaust fumes when working on or near the generator set. Warning - Dangerous Fuels: Use extreme caution when handling, storing and using fuels - they are highly volatile and explosive in vapor state. Warning - Automatic Transfer Switch: This system is equipped with an automatic transfer switch and will start automatically. Before working on the generator, or equipment connected to generator, the generator must be disabled. Move the generator control switch to the "Off position; open the generator line circuit breaker; and move the automatic transfer switch operator disconnect switch to the "Off position. Headquarters: 13625 Danielson Street, Poway, CA 92064 Phone — 866.938.8200 www.BCEW.com OPERATING INSTRUCTIONS 1. Check all fluid levels of engine coolant and lubricating oil. (Caution: Do not remove radiator cap while system is hot.) 2. If any failure lights are lit, correct problem and reset by moving the generator control switch to the "Oft/Reset" position. 3. Automatic Operation: With the generator control switch in the "Auto' position the system will respond to remote start/stop signals from the automatic transfer switch. 4. Test - without load transfer: Placing the generator control switch in the "Run" position will cause the engine generator to start and run unloaded. To stop the unit, move the control switch to either the "Off/Reset" or the "Auto' position. 5. Test - with load transfer: With the generator control switch in the "Auto' position, push and hold the automatic transfer switch "Test" switch for a period exceeding the setting for "Time Delay Engine Start" time delay (normally set at 3 seconds). The generator set will start, reach operating speed, and the load will transfer to emergency. The system will operate on emergency for the time period of the "Time Delay Return to Normal" time delay (normally set at 15 minutes). At the end of this time period, the load will automatically transfer to "Normal" and the generator set will run approximately 5 minutes unloaded for a cool -down period and then automatically stop. Caution: Always reset the generator control switch to the "Auto' position at the completion of testing or maintenance work. For further information, refer to the detailed Operating Instructions provided with the system. Headquarters: 13625 Danielson Street, Poway, CA 92064 Phone — 866.938.8200 www.BCEW.com SHEET NOTES GUESTROOM VILLA 04 0 0 00 M LO LO L� 0 L L z w U) 0 U 0 U) E 0 0 70 0 75 0 0 U cD ch M LO LO LO 0 O co Cl) m M O 66 O N O N 1 2 3 4 24'-5" 7'-2" 18'-011 5 6 6.3 7 8 8.5 9'10 '10).3 10.6 11 11. 12'113 14 3'- 71 /2" 277' - 4" 32'-011 14'-41/2" 8'-101/2" 16'-51/2" 12'-811 11'-8" 10'-11" 11'-8" 1IT-11" 14'-111/2" 15'-611 16'-21/2" 11'-11/2" 14'-511 21'-41/2" FI RE RISER \ ---- 2 HK DIR. A ST. HK DI CLEAN 131 132 134 \ T rt 130 CH IF_INEN -SOILED \ II � 34 BAR PANTY_ \----- — I i J -- -------------- 39 '170 yD ECTOR HOUSE 135 124 K STOKEEPIN . 133 B DIR. 129 EMPLOYEE , 125 BREAKR136 OM — EX -SUIT 13 � 123 S. MNG. 173 H- 1, BOH-M N - - 3-MEAL 89 I I -- PRIVA L DININ 3-MEAL , L— o--- ----�— — — — — -- 100 TERRACE 37 — — o 152 — I N \ I o o o 0 o I \_ ' L \ w w 34 U) U) 34 z 0 0 /1�1 A e1/4!-%ll 39 BOF- IRD ORDER VESTIBULE 150 146 15 o' B 0 BO CC N M 1 D 0 E CV F CV 1 CV - � G1 �0co G.5 H J 10 K 1 CK7 -' C CD M N N 0 rn P MATCH LINE SEE 1 /H1 A02.201 — -- -- -- -- -- MATCH LINE SEE 1 /H1 A02.203 2 1 H1 H1 H1 ----- - A03.102 2 119 A03.101 - A03.101 --- ------ - 6 CONSTRUCTION PLAN — LEVEL 01 —OVERALL HOTEL BL7 1 SCALE: 1/16" = 1'-0" - _ - 05 — - Q \ 170 9.7 10. 0.5 39 170 FIRE RISER n0 a ° --- \ 213 \/ I I I I TOWEL DISPENSXRY 201 143 I STORAGE 203 I H1 13 A03.102 I 34 I WOM�N'S RESTROOM 205 o I �J I H1 08 A03.102 - -- MEWS — RESTROOM 206 � 121 a;FE H1 - EtNT _0�Ell ° 04 A03.102 fig$LO Ia"a i - - L — — — — — — — — •I 03 \ o 170 M ------------ — - --/ CM FIRE RISER 212 I I I PLUMBING ROOM 216 DATA ROOM 214 EXTERIOR I CORRIDOR I 202 I CAO 14 I I II 170 / I zo N \� N bo w C� N 29 FIRST AID KIT AND SUPPLIES PROVIDED BY OWNER 32 MECH. EQUIPMENT. SMD 34 LINE OF ROOF ABOVE 37 STEEL FRAMED TRELLIS 38 DRIVABLE SURFACE. SLAD 39 GATE. SEE DOOR SCHEDULE. 62 RAIN CHAIN TERMINATION AT GRADE. SLAD 74 AED PROVIDED BY GC 85 MOP SINK 89 ACCESS LADDER 119 RAINWATER RECEPTOR TO TIE TO STORM DRAIN 121 FIRE SPRINKLER RISER 126 DOWNSPOUT TERMINATION AT GRADE CONNECT TO DRAIN. SPD 127 DOWNSPOUT TERMINATION ABV GRADE WITH ENERGY DISSIPATOR A 143 ROOF ACCESS 170 CONTINUOUS POOL AREA FENCE 172 POOL FENCE CONTINUES FROM THIS POINT TO THE SOUTH SIDE OF POOL BUILDING 173 CURRENT PROPERTY LINE, TYPICAL. PROPERTY LINES SHALL BE ADJUSTED BY OWNERSHIP AND THE CIVIL ENGINEER AT A LATER DATE. 202 OWNER PROVIDED TIME CLOCK AT THIS LOCATION. NEED (1) DATA. SILVERROCK LODGING, LLC 52-000 SILVERROCK WAY, LA QUINTA, CA 92253 Gensle 225 Broadway Suite 100 San Diego, CA 92101 United States r Tel 619.557.2500 Fax 619.557.2520 GENERAL NOTES 1. SEE SHEET H1 A02.201 FOR CONSTRUCTION PLAN SHEET NOTES THAT ALSO APPLY TO THIS Seal / Signature SHEET. 2. THE BASIS OF DESIGN ROOFING MATERIAL FOR THIS PROJECT IS: CARLISLE SYNTEC SYSTEMS, SURE -WELD TPO SINGLE PLY ROOFING MEMBRANE (OR APPROVED EQUAL) ICC ESR-1463 (ASTM E108 / UL 790) 0 Date Description 2019_10-29 PERMIT SET A 2019_12-13 CD - PERMIT 2ND CYCLE C 2020_05-08 CD - PERMIT 4TH CYCLE 1 2020_09-08 ISSUE FOR CONSTRUCTION KEY PLAN AH HS H1 GR MC CC SS H2 CH R2 Project Name MONTAGE LA QUINTA MAIN HOTEL & SPA Project Number 55.7598.000_H1 Description OVERALL CONSTRUCTION PLAN Scale 0 2 4 8 16 1l1611=11011 H1 A01101 © 2020 Gensler Q N O N O 10.6 11 11.51 12 13 24 HLH HMH II R116 W /GFCI O MSB-H1 UGPS ATS-LSh1 3 2 l2"C,1# 0,#10N,#10G I T ELECTRICAL I 1 23 1 FC 138 (D LSHHI M� _ 7 GEN-H1 4 1 R1 1 8 ENGINE EMERGENCY/ STANDBY DIESEL SBLH1 29 JJ -LM 1 26 GENERATOR WITH DOUBLE WALL SKID VFD 3B-7,9,11 LMH BASE TANK, 850 GALLON CAPACITY FOR J = 2 ATS-SBH 1 P I O = I i IFir I F � i FUN MUOM�24 HOUR OPERATION AT RATED 1 2 22 SBDB-H1 SBLH1-13 P I -1TH ITOH ITH 13 14 —LO O — 1 — J J J — 1 VFD SBH1 1,3,5 — — — ITH-1 R1H1-8 TO ANNUN. PANEL SBLH1- ,11 r IT - L —1 LSHL = 4 5 FC (DTO ATS ESNs M TO ATS-LSH1 MECHANICAL 17 IDF TO ATS-SB 1 YARD 139 T-DBL-H1 148 IT �i 5 ITH-1 O I i 1 I I IT�-9 16 15 D _LL-H 1 1 WP A IT� 7 -d 1 I I I R1H1-6 1 ITH 15 (ITH-11 14 R 1 EVOH1 20 WP/GFCI qI LL SBDB 1-5 4 Li Si LH1-157 111 3"C,4-500kc iI AL,1#1/0 AL G AaiVFD SBLH1-17 — — _ — — — — — — — — — G 1@7 SBLH1 2,4 AC M 12" 2 1 1 N 1 e 1 1 / �, # o,# o ,# oG T SBLH1-39 e FC FIRE COMMAND / sBLH1 19 M � SECURITY II � = 140 SCP2 FATC 11 SBLH1 14 RlHl-15 FACIP 1 SBLH1-12 SBLH1-8 SBLH1-14 SBLH1-14 SCP1 L — — — - �G.5 SBLH1-10 25 L— — — — — — — — — — — — — — — — f I 1 L -L -------- I I I I I i I I SBDB-H1-4 I 21 R1H1-6 M 1 WP/GFCI F EQ 120 IT Z15 4— — — 3 ENLARGED MAIN ELECTRICAL ROOM 1 SCALE: 1/4" = V-0" 9 10 1 — — I R2H1-39 EQ 129 R2Hl-36 J41 1) " ,#10G 123 1 12-4 — K E 130 1 K H1-18,20 124 1 ----- 126 K2H1-18,2 122 it K HI-10 Mi—ax 127 H1-10 Q 134 127 2H1-22 H1-12,14 I I I R2H1-8 I JR2H1-8 — r I I I I I I 1-12,14 -8 R2H1-8 1 IN EO 144 -- -- K H1-26 EO 142 K H1 26 E0142 1-34 K H -26 ,1#10G -- — 12 E 145 — K.7 3 5 t10,#10N,#108G - --�G.5) GENERAL NOTES 1. SEE SINGLE LINE DIAGRAM FOR FEEDER CONDUIT AND CONDUCTOR SIZING. 2. CONCEAL ALL ELEECTRICAL RACEWAY CONDUIT, TUBING AND FITTINGS UNLESS SPECIFICALLY NOTED OTHERWISE. RECESS ELECTRICAL DEVICE JBOXES IN WALLS, FLOORS, AND CEILING TO ALLOW FOR CONCEALED RACEWAY INSTALLATION. AREAS CONSISTING OF EXPOSED STRUCTURAL CEILINGS SHALL BE PROVIDED WITH EMT CONDUIT BACK TO ELECTRICAL ROOM OR PANELBOARD WHERE REQUIRED. 3. SEE ARCHITECTURAL DRAWINGS FOR ADDITIONAL REQUIREMENTS. 4. SEE MECHANICAL AND PLUMBING DRAWINGS FOR ADDITIONAL REQUIREMENTS. 5. PROVIDE FLEXIBLE SEAL TIGHT TYPE CONDUIT CONNECTION TO ALL MECHANCIAL EQUIPMENT. 6. PROVIDE DUCT DETECTOR POWER AND CONNECTION TO MECHANICAL EQUIPMENT 2000 CFM OR LARGER. 7. REFER TO LOW VOLTAGE AND COMMUNICATION DRAWINGS FOR ADDITIONAL REQUIREMENTS AND LOCATIONS OFTELEPHONE/DATA, AND TELEVISION OUTLETS. TELEPHONE/DATA AND TELEVISION OUTLETS TO BE MOUNTED ADJACENT TOP WEIR WIRING DEVICES WITHIN 24" INCHES AT SAME ELEVATION, U.O.N. PROVIDE RING AND STRING FROM TELEPHONE/DATA AND TELEVISION DEVICES TO ACCESSIBLE CEILING SPACE. 8. ALL WIRING DEVICES 15 AND 20 AMPERE INSTALLED IN COMMERCIAL KITCHENS OR WITHIN 6' FEET OF SINK OUTSIDE EDGES SHALL HAVE GROUND FAULT CIRCUIT INTERRUPTER PROTECTION (GFCI) PER CEC 210.8(B). 9. ELECTRICAL CONTRACTOR TO VERIFY ALL FOOD SERVICE & BAR EQUIPMENT ROUGH -IN REQUIREMENTS WITH FOOD SERVICE CONTRACTOR AND EQUIPMENT DATA. 10. ELECTRICAL CONTRACTOR TO OBTAIN SIGN OFF ON ALL FOOD SERVICE EQUIPMENT ROUGH -IN TYPE AND DIMENSIONS FROM FOOD SERVICE CONTRACTOR, GENERAL CONTRACTOR, ARCHITECT AND PRIOR TO COVER. 11. COORDINATE NEMA CONFIGURATION OF ALL SPECIAL PURPOSE WIRING DEVICES WITH EQUIPMENT PRIOR TO ROUGH IN. 12. CONTRACTOR TO PROVIDE P-TOUCH LABELS ON ALL TENANT WIRING DEVICES INCLUDING PANEL NAME AND CIRCUIT DESIGNATION. KEY NOTES O APPROXIMATE LOCATION OF NEW PANELBOARD/ TRANSFORMER. O APPROXIMATE LOCATION OF AUTOMATIC TRANSFER SWITCH. O PROVIDE WEATHER RESISTANT, GFCI AND EXTRA DUTY LISTED MAINTENANCE RECEPTACLE WITHIN 25' OF EQUIPMENT. ® VARIABLE FREQUENCY DRIVE WITH INTEGRAL DISCONNECT SWITCH PROVIDED BY MECHANICAL AND INSTALLED BY ELECTRICAL CONTRACTOR. O PROVIDE 20A MOTOR RATED SWITCH WITH THERMAL OVERLOADS IN NEMA 1 ENCLOSURE. © PROVIDE 30AMP, 600V, 3 PHASE, HEAVY DUTY, NEMA 3R FUSED DISCONNECT SWITCH. COORDINATE FUSE SIZE WITH EQUIPMENT NAMEPLATE. O PROVIDE 60 AMP, 250V, 3 PHASE, HEAVY DUTY, NEMA 3R FUSED DISCONNECT SWITCH. COORDINATE FUSE SIZE WITH EQUIPMENT NAMEPLATE. ® PROVIDE GENERATOR EMERGY POWER OFF PUSHBUTTON STATION. O PROVIDE POWER CONNECTION TO BATTERY CHARGER. 10 PROVIDE POWER CONNECTION TO WATER JACKET HEATER. 11 MOUNT WP/GFCI HOLIDAY RECEPTACLE AS HIGH AS POSSIBLE IN EAVE AREA. 12 PROVIDE HARD -WIRED CONNECTION TO BAR RECEPTACLES. 13 BAR RECEPTACLES PROVIDED AS PART OF THE FURNITURE AND SHOWN FOR REFERENCE ONLY. 14 WRAP WALLS WITH 4'x8'x3/4" THICK FIRE RATED PLYWOOD. FACE PLYWOOD BACKBOARD FIRE SEAL OUTWARD FOR INSPECTION PURPOSES. 15 PROVIDED 4"Wx12"Lx1/4" THICK GROUND BUS BAR WITH STAND OFF INSULATORS. 16 ROUTE VC. WITH #2 BARE COPPER GROUND CONDUCTOR BACK TO MAIN SERVICE SWITCHBOARD GROUNDING ELECTRODE SYSTEM (BUS BAR). 17 FAN COIL POWERED BY CONDENSING UNIT LOCATED ON ROOF. CONTROL AND LINE VOLTAGE WIRING TO BE INSTALLED BY MECHANICAL CONTRACTOR. 18 COORDINATE NEMA OUTLET CONFIGURATION WITH UIPME ORD. 19 PROVIDE ISOLATED GROUND CONDUCTOR T CFIREPXLA 1 20 PROVIDE 30 AMP, 250V, 3 PHASE, HEAVY DUTY, NEMA 3R FUSED DISCONNECT SWITCH. COORDINATE FUSE SIZE WITH EQUIPMENT NAMEPLATE. 21 PROVIDE 60AMP, 600V, 3 PHASE, HEAVY DUTY, NEMA 3R FUSED DISCONNECT SWITCH. COORDINATE FUSE SIZE WITH EQUIPMENT NAMEPLATE. 22 PROVIDE JUNCTION BOX FOR BOILER B-1 POWER. 23 PROVIDE JUNCTION BOX FOR CIRCULATION PUMP BP-1 POWER. 24 PROVIDE ATS IN NEMA 3R ENCLOSURE. 25 COORDINATE EXACT LOCATION AND CONNECTION TO MOTORIZED GATE AND GATE OPERATOR CONTROL ATION QUIPM HOP D GS PRI ROUG 26 APPROXIMATE L CATION OF USED DISCONNECT SWITCH FOR PHOT VOLTAIC SY TEM. REFER TO SINGLE LINE DIAGRAM FOR ADDITIONAL REQUIREMENTS. KEY PLAN AH HS H1 GR MC CC SS H2 CH R2 SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Tel 619.557.2500 Suite 100 Fax 619.557.2520 San Diego, CA 92101 United States R0Wa� Electric - 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS Consulting Engineers, Inc. DEPENDANT ON INFORMATION DEVELOP.DESIGN.DELIVER PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC 1044 PIONEER WAY. SUITE E MAKE NO CLAIMS OF THE ACCURACY EL CAJON. CA 92020 OR VALIDITY OF THE INFORMATION TEL: 619.334.6020 PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS ESS/0� a E19124 * Exp.06/30/20 CTR OF C�CPO�� A��F RBCE JOB #2018-0048 Seal / Signature 0 Date Description 2019 10-29 PERMIT SET A 2019_12-13 CD - PERMIT 2ND CYCLE B 2020_02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description ENLARGED PLANS Scale 1 /411 = 1'-01' ENLARGED BAR-2 ROOM 3 SCALE: 1/4" = V-0" ENLARGED BAR-1 ROOM 2 SCALE: 1/4" = V-0" H 1 E06-102 © 2015 Gensler SILVERROCK OUTPUT CIRCUIT BREAKERS AS INDICATED ON SINGLE LINE DIAGRAM SHEET E8.01 PROVIDE WEATHERPROOF SOUND LEVEL 1ENCLOSURE ENGINE CRANKING — MOTOR SOLENOID POWER GENERATOR WITH AMORTISSEUR WINGING BATTERY CHARGER ENGINE 24V DC 24V DC ROTATING n POWER CRANKING MOTOR ENGINE ENGINE q q q q q q q q P TA STOP VOLTAGE REGULATOR SENSOR ABC N BELT DRIVEN BATTERY CHARGING ALTERNATOR SYSTEM NOT SHOWN FOR DRAWING CLARITY. 1 112"C.O. GND ALTERNATOR IS PROVIDED AS PART OF THE GENERATOR SYSTEM T N G ENGINE COOLING WATER JACKET E N HEATER WITH INTEGRAL T D THERMOSTAT, 1 f OVER -TEMPERATURE PROTECTION, U.L. LISTING 120V, 20A, DUAL WALL ,SKID BASE DIESEL FUEL TANK ENGINE CRANKING BATTERIES 24 VOLT D.C. NOMINAL SEALED CELL MAINTENANCE FREE TYPE BATTERY CHARGER ENGINE CRANKING MOTOR MOTOR ° ZI ° ° OUTPUT POWER FEEDER, SEE SINGLE LINE FOR ADDITIONAL REQUIREMENTS. TO BUILDING SEE SINGLE LINE DIAGRAM ISOLATION PAD PER STRUCTURAL ENGINEER REMOTE GENERATOR STATUS ANNUNCIATOR LOCATED PER AHJ PROVIDE START/STOP CONTROL WIRING 1-1/2" CONDUIT TO EACH ATS. SEE 208V, 20A, BRANCH ENLARGED ELECTRIC ROOM CIRCUIT. SEE ENLARGE PLANS FOR ATS LOCATIONS. FLOOR PLAN FOR CIRCUIT ASSIGNMENT. PROVIDE #10 CONDCUTORS PROVIDE CONCRETE GENERATOR PAD PER STRUCTURAL CALCULATIONS. V/0.8PF 950KVA STANDBY RGENCY GENERATOR >E FUEL TANK a — I -III-III-I 120V, 20A, CIRCUIT. SEE ENLARGE FLOOR PLAN FOR CIRCUIT ASSIGNMENT. PROVIDE #10 CONDCUTORS ISOLATION PAD PER STRUCTURAL ENGINEER TANK FILL RAIN CAP PROVIDE 120V CONNECTION TO D A rTrn\i nu A Mfl= SEALTITE CONDUIT CONNECTIONS THROUGHOUT GENSET CONTROL PA GENSET FEEDER F UNDERGROUND TO ATS , -- SINGLELINE DIAGRAM CRITICAL EXHAUST SILENCER 'UARD GENSET CONTROL PANEL poll ANK SUB -BASE FUEL TANK 0 d e n c a c c -III—III d o e e -III-III-I _4 ° 4°4 as as ISOLATION PAD PER STRUCTURAL ENGINEER UU 1 rU 1 UIF\UUI I ollL %F\Lll L� AIR I CRITICAL SILENCER ABOVE ^' I ICAL EXHAUST SILENCER LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States USP Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY. SUITE E EL CAJON. CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 ROWan Electric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS CEssro' —E19124" Exp.06/30/20 F � �FCTR�GP\Q' OF RBCE JOB #2018-0048 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020_09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA — MAIN HOTEL Project Number 55.7598.000 Description ELECTRICAL DETAILS Scale NOT TO SCALE GENERATOR SCALE: NONE H 1 E07.102 © 2015 Gensler IID L F TRAM IID UTILITY CO. NEW 12KV CIRCUIT Q CD N N O N O 22 T� T� 60 AF 50 AT 3P LSIG 100 AF 100 AT 3P LSIG 600 AF 600 AT 3P LSIG DIESEL ENGINE GENERATOR "GEN-H1" 500KW/ 625 KVA NEMA 3R SOUND ENCLOSURE TO "ATS-LSHS" SPA BUILDING TO "ATS-LSHS" SPA BUILDING MAIN SWITCHBOARD'MSB-H1' 3000A, 480Y/277V, 14W, 65KAIC (MONTAGE HOTEL) UGPS 2000A O T 3000AF 3000AT 3P LSIG G N J 1#3/0 CU COLD WAl F 1 #8 CU TO GROUND ROD 1#3/0 CU TO UFER 1#3/0 CU TO BUILDING STEEL 4#2 AL, 1#6 AL GND, 1-1 /4"C. NEW DIMMER PANEL DP -HA NEW PAN EL LSHL (HOTEL) 4#4/0 AL, 1#2 AL GND, 2-1 /2"C. 1 #2 AL, 3/4"C. - 3#2 AL, 1#6 AL GND, 1-1 /4"C. NEW PANEL LSH H (HOTEL) 4#1 /0 KCM IL CU, 1#6 AL GND, 1-1 /2" C. 4#1 /0 KCMIL AL, 1#6 AL GND, 1-1 /2" C. SPD T 100 AF 100 AT 3P NEW NEW PAN EL PAN EL SBLH1 ITH (HOTEL) (HOTEL) 4#4/0 AL, O7 4#1 /0 AL, O7 1#2 AL GND, 1#6 AL GND, 2-1 /2"C. 1-1 /2"C. /%kXFMR XFMR'T-rTH' A T-SBL-H1' 30 KVA 1CC ° - 45KVA 1° - 480-208Y/120V 480-208Y/120V NEMA 1 NEMA1 3#2 AL, 1#6 AL GND. 1-1 /4"C REF RIG SYSTEM NEW NEW MAU-1 (ITEM 120) AC-1 DIMMER PANEL PAN EL SBH 1 DP-HB (HOTEL) VFD VFD F 100 AS F 60 AS F 400 AS 70 AF 50 AF 300 AF 3P 3P 3P T 4#2 AL, 4#2/0 AL, 3#6 CU, 3#4 CU, 3#6 CU, 3#500 KCMIL AL, 1#6 AL GND, 1#2 AL GND. 1#10 CU. GND, 1#8 GND. 1#10CU GND, 1#1/0 AL GND, 1-1 /4"C. 2"C 1 "C. 1 114"C 1-1 /4"C. 4"C. O T 125 AF 60 AF 100 AF 60 AF 400 AF 125 AT 50 AT 70 AT 50 AT 300 AT 3P 3P 3P 3P 3P 600 AF 600 AT 3P NEW DISTRIBUTION PANEL SBDB-H1 - 600A, 480Y/277V, 30, 4W (STANDBY DISTRIBUTION) XFMR'T-LSHL' 45KVA 480-208Y/120V NEMA1 NEW ATS-LSH 1 100A-4P (NEMA 3R) TT L I E IN (2) 4#500kCMIL CU, 1#4/0 AL GND, 4"C. (2) 4#500 kCMIL AL, 1#4/0 AL GND, 4"C. NEW ATS-SBH 1 600A-4P (NEMA 1) T 1 #6 AL, 3/4"C. _ L 11 I E IN NEW PANEL LMH (MECH) 4#1 /0 AL, 71#6 AL GND, 1 112"C. XFMR'T-LMH' 30KVA 480-208Y/120V NEMA1 3#4 AL, 1#6 AL GND, 1-1 /4"C. NEW PANEL HMH (MECH) -4#1/0 AL, (2) 4#500 kCMIL 4#2/0 AL, 1#6 AL GND. 1#4/0 AL GND, 1#4 AL GND. 1-1 /2"C. 4"C. 2"C OT O® O® 100 AF 100 AT 600 AF 600 AT 125 AF 125 AT 3P 3P 3P GENERAL NOTES KEYNOTES 1. ALL ELECTRICAL DEVICE SHOWN ARE NEW. 8. CONTRACTOR TO PROVIDE POWER SYSTEM STUDY AND T IID UTILITY CO. PRECAST CONCRETE PAD FOR PAD MOUNTED ASSOCIATED ARC FLASH LABELING ON ALL ELECTRICAL TRANSFORMER PER UTILITY COMPANY STANDARDS. 2. ALL ELECTRICAL EQUIPMENT SHOWN IS NEMA 1, U.O.N. DISTRIBUTION EQUIPMENT. O 2 PROVIDE UNDERGROUND CONDUIT PRIMARY AND SECONDARY 3. ALL 600V AND LESS ELECTRICAL FEED CONDUCTORS ARE 9. CONTRACTOR SHALL REVIEW THE, MAIN SERVICE INFRASTRUCTURE PER SCE INSTALLATION DRAWINGS. NEW, XHWN-2/XHHN-2 INSULATION, AND COPPER MATERIAL. SWITCHBOARD'S FOR FINAL OVERALL DIMENSIONS WITH ENLARGED MAIN ELECTRICAL ROOM LAYOUT AND PROVIDE O IID UTILITY CO. METERAND SOCKET. 4. PROVIDE SERVICE ENTRANCE ELECTRICAL EQUIPMENT PER EQUIPMENT NO LARGER IN DIMENSIONS THAN EQUIPMENT IID POWER UTILITYCOMPANY STANDARDS. SHOWN. O PROVIDE GROUNDING ELECTRODES IN ACCORDANCE WITH CEC 250-30(4)A. 5. REFER TO IID UTILITY COMPANY UNDERGROUND STANDARDS 10. CIRCUIT BREAKER LABEL WITH "LSI" OR "LSIG" INDICATED AS AND SITE SPECIFIC INSTALLATION DRAWINGS FOR FOLLOWING TRIP FUNCTIONS: L = LONG TIME, S = SHORT T CUSTOMER SUB METER PER TITLE 24 SECTION 130.5 TABLE ADDITIONAL REQUIREMENTS. TIME, I = INSTANTANEOUS, G = GROUND FAULT, A = GROUND 130.5A, SERVICES GREATER THAN 1000 KVA. FAULT ALARM. 6. SWITCHBOARD, PANEL BOARD, AND TRANSFORMERS TO BE O PROVIDE 120KA INTEGRAL SERVICE RATED SURGE COPPER BUSSING AND WINDINGS. 11 • ARC ENERGY REDUCTI ON IS PROVIDED AS PART OF THE PROTECTION DEVICE. MANUFACTURER EQUIPMENT IN ACCORDANCE WITH CEC 7 7. PANELBOARDS ARE TO BE FULLY RATED. SERIES RATED IS 240.87. TAP CONDUCTOR NOT TO EXCEED 10' IN LENGTH. CEC TAP PROHIBITED. RULE APPLIES. 4#1 /0 AL, 1#4 AL GND, 1 1 /2"C. NEW NEW PANEL PANEL PBL1 PBL2 (POOL BLDG) (POOL BLDG) 4#500 KCMIL AL, O7 1#1/0 AL GND, 3" C. XFMR'T-PBL' 112.5KVA 1#1/0 AL, 480-208Y/120V 314"C. - = NEMA3R 11 3 /0 AL, 1#4 AL GND, 1 21 /2"C. NEW LIGHTING NEW PANEL CONTROL PANEL HLH PANEL PBH (LIGHTING) LCP-H1 POOL BLDG) #1 /OAL, 3/4"C. 13 \ O 4#1/0AL, 41250 KCMIL/ 1#6 AL GND, 1#2 AL GND, (\ J 1-1 /2"C. 2-1 /2"C. O® O® 100 AF 200 AF 100 AT 200 AT 3P 3P ►ee TGENERATOR START/STOP CONTACTS INITIATED BY ATS UPON INTERRUPTION OF NORMAL POWER. TENCLOSED CIRCUIT BREAKER TO BE PROVIDED WITH ADJUSTABLE TRIP PLUG ABILITY. 10 PROVIDE UL LISTED SPLIT BUS PANEL TO ALLOW SEGREGATION OF ELECTRIC LOADS (IE: LIGHTING, POWER, HVAC). PROVIDE PROVISIONS FOR FUTURE MONITORING OF SEGREGATED LOADS. 11 BOND GROUNDING ELECTRODE CONDUCTOR FOR SEPARATELY DERIVED SYSTEM TO NEAREST EFFECTIVE COLD WATER PIPE IN CONTACT WITH EARTH FORA MINIMUM OF 10'-0" LENGTH OR NEAREST METAL BUILDING FRAME CONNECTED TO EARTH OR OTHER GROUNDING ELECTRODES PER CEC 250.52. 12 CONTRACTOR TO PROVIDE BUILDING POWER CONNECTION TO WATER FEATURE VAULT PANEL PROVIDED AND INSTALLED BY NEW NEW NEW NEW NEW NEW POOL EQUIPMENT SUPPLIER. REFER TO AQUATIC DESIGN PANEL PANEL PANEL PANEL PANEL PANEL CONSTRUCTION DOCUMENTS FOR PANEL SCHEDULE AND LOAD K1 H1 K21-11 K31-11 R1 H1 R21-11 VTH1 SUMMARY. (KITCHEN) (KITCHEN) (BAR) (RECEPT) (RECEPT) (POOL VAULT) 13 BUILDINGS OR STRUCTURES(S) SUPPLIED BY FEEDER(S) SHALL HAVE A GROUNDING ELECTRODE OR GROUNDING ELECTRODE SYSTEM INSTALLED IN 12 zh Tr ORDANC H PART RTICLE 2016 CE TICLE .3 SERVE SPACE IN ELECTRIC ROOM FOR NEMA 1 FUSED DISCONNECT ITCH WITH VIEWING WINDOW FOR ROOM MOUNTED PHOTOVOLTAIC 4#250r4#250 AL,KCMIL AL, 4#210 AL, 1#4 AL GND. 4#4/0 AL, 1#2 AL GND. 4#310 A , 1#4 AL D. 4#2/0 AL\STEM.KCMIL 1#4 AL GND. )1#4 AL GND.1#4 AL GND. 2"C 2-1/2"C 2"C OVIDE UL LISTED REVERSE FEED CIRCUIT BREAKER FOR FUTURE PV 2-1/2"C2-1/2"C cTPKA i NEW PANEL RRL (RESTROOM) 4#300 KCMIL AL, O7 1#1/0 AL GND, 3" C. "\A XFMR'T-RRL' / V 75KVA /0 AL, 480-208Y/120V 3/4"C. = NEMA 1 11 3#2/0 AL, 1#4 AL GND, 2"C. NEW LIGHTING PANEL CONTROL RRH PANEL (RESTRO ) LCP-PB 200 AF 200 AF 125 AF 125 AF 150 AF 100 AF 200 AF 3P 200 AT 3 P 200 AT 3 P 125 AT 3 P 125 AT 3 PO AT 100 3 P AT 3 P 200 AT 1 #4/0 AL, 11 4#3/0 AL, 1#4 AL GND, 2"C. 100 AF 200 AF 100 AF 100 AT 150 AT 100 AT 3P 3P 3P 800 AF 800 AT 3P NEW DISTRIBUTION PANEL DBL-H1 - 800A, 208Y/120V, 30, 4W (MONTAGE HOTEL) NEW PANEL EVH1 (EV CHG) (3) 4#400 kCMIL AL, O7 4#300 KCMIL AL, 7T 1#4/0 AL GND, 1#1/0 AL GND, 4" C 3" C. XFMR XFMR'T-EVH1' 'T-DBL-H1' AAA 1#110 AL, 75KVA 225KVA 480-208Y/120V 314"C. 480-208Y/120V = NEMA 1 NEMA 1 11 (2) 3#4/0 AL, 1#1/0 AL GND, 2-1P'C. -OT 400 AF 350 AT 3P TO HOTEL SPA BUILDING HS DISTRIBUTION BOARD "MDB-HS" TO GUESTROOM BUILDING DISTRIBUTION BOARD "DB-GRB" < TO GUESTROOM BUILIDNG DISTRIBUTION RD "D - RA" STUB CONDUIT OUT OF ELECTRIC ROOM.' 1 n (2)4"C F 600 AS< 600 AF 3P 14 3#2/0 AL, (2) 4#600kCMIL AL, (4)4#500 kCMIL AL, (4)4#500 kCMIL AL, 1#4 AL GND, 1#4/0 AL GND, 1#250 kCMIL AL GND, 1#250 kCMIL AL GND, 2" C. 4"C. 4"C. 4"C. 15 200 AF 600 AF 600 AF 800 AF 225 AF 600 AF 125 AT 600 AT 600 AT 800 AT 225 AT 600 AT 3P 3P 3P 3P 3P 3P SWITCH BOARD'MSB-H1' - 3H, 4W SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Tel 619.557.2500 Suite 100 Fax 619.557.2520 San Diego, CA 92101 United States Rowan Electric - 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS Consulting Engineers, Inc. DEPENDANT ON INFORMATION DEVELOP.DESIGN.DELIVER PROVIDED BY OTHERS THE DESIGNER, ENGINEER, AND /OR ROWAN ELECTRIC 1044 PIONEER WAY, SUITE E MAKE NO CLAIMS OF THE ACCURACY EL CAJON, CA 92020 OR VALIDITY OF THE INFORMATION TEL: 619.334.6020 PROVIDED BY OTHERS THE DESIGNER, ENGINEER, AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS E,%/0 "Y Q E19124 XM * Exp.06/30/20 ��-f �"CTR��PO�� OF RBCE JOB #2018-0048 Seal / Signature 0 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020_05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description SINGLE LINE DIAGRAM Scale NOT TO SCALE H 1 E08-1 © 2015 Gensler 0 FAULT CURRENT SCHEDULE DEVICE FAULT AT DEVICE AIC RATING VOLTAGE FEEDER TRANSFORMER SIZE LENGTH KVA Z% FAULT AT PRIMARY GEN-1-11 45,000 65,000 480V (3)400kcmil MSB-H1 45,000 65,000 480V (8)500kcmil ATS-LSH1 31,019 / 30,012 65,000 480V 1/0 AL 22' / 24' LSHH 22,225 42,000 480V 1/0 AL 20' T-LSHL 6,181 14,000 480V #2 AL 28' 45 1.75 13,373 LSHL 5,696 10,000 208V 3/0 AL 18' DP -HA 1,986 10,000 208V #2 AL 147' DP-HB 1,986 10,000 208V #2 AL 147' ATS-SBH1 40,666 / 41,402 65,000 480V (2)500kcmil AL 27' / 22' SBDB-H1 39,468 65,000 480V (2)500kcmil AL 13' SBH1 9,109 14,000 480V 2/0 AL 158' T-SBL-H1 5,586 14,000 480V #2 AL 21' 45 1.75 7,512 SBLH1 5,221 10,000 208V 4/0 AL 18' T-ITH 4,373 14,000 480V #6 29' 30 1.75 15,227 ITH 4,092 10,000 208V 1/0 AL 17' DB-GRA 22,936 35,000 480V (4)500kcmil AL 452' DB-GRB 12,443 14,000 480V (4)500kcmil AL 1172' HLH 30,678 65,000 480V 1/0 AL 22' HMH 33,746 65,000 480V 2/0 AL 20' T-LMH 4,370 14,000 480V #4 AL 25' 30 1.75 14,691 LMH 4,074 10,000 208V 1/0 AL 18' MDB-HS 2,653 14,000 480V (2)500kcmil AL 3425' PBH 9,014 18,000 480V 250kcmil AL 282' T-PBL 9,365 14,000 480V 4/0 AL 20' 112.5 2 8,445 PBL1 8,842 10,000 208V (2)250kcmil AL 19' PBL2 7,776 10,000 208V 1/0 AL 12' RRH 6,501 14,000 480V 3/0 AL 287' T-RRL 7,206 14,000 480V 2/0 AL 20' 75 1.75 6,029 RRL 6,656 10,000 208V 300kcmil AL 18' T-DBL-H1 23,183 25,000 480V (2)4/0AL 31' 225 2 38,339 DBL-1-11 21,348 22,000 208V (3)400kcmil AL 25' K1 1-11 7,805 10,000 208V 250kcmil AL 116' K21-11 7,707 10,000 208V 250kcmil AL 118' K31-11 3,848 10,000 208V 2/0 AL 168' R1 1-11 14,479 22,000 208V 1/0 AL 19, R21-11 5,383 10,000 208V 3/0 AL 136' VTH1 2,266 10,000 208V 2/0 AL 300' T-EVH1 10,138 14,000 480V 2/0 AL 40' 75 1.75 25,553 EVH1 9,241 18,000 208V 300kcmil AL 19, VOLTAGE DROP SCHEDULE FEEDER BRANCH CIRCUIT DEVICE VOLTAGE DROP WIRE SIZE MAX VOLTAGE DROP CIRCUIT NUMBER WIRE SIZE TOTAL VOLTAGE DROP GEN-1-11 0.00% (3)400kcmil 0.00% MSB-H1 0.00% (8)500kcmil 0.00% ATS-LSH1 0.04%/ 0.04% 1/0 AL 0.04% LSHH 0.08% 1/0 AL !!!3.80%!!! 5 #12 3.88% T-LSHL 0.13% #2 AL 0.13% LSHL 0.07% 3/0 AL 2.36% 1 #12 2.43% DP -HA 0.85% #2 AL 1.58% 3 #12 2.43% DP-HB 0.54% #2 AL 1.81% 2 #12 2.36% ATS-SBH1 0.07%/ 0.06% (2)500kcmil AL 0.07% SBDB-H1 0.11% (2)500kcmil AL 0.47% 3 #4 0.58% SBH1 0.50% 2/0 AL 0.62% 7,9,11 #12 1.11% T-SBL-H1 0.58% #2 AL 0.58% SBLH1 0.11% 4/0 AL !!!4.48%!!! 1 #12 4.60% T-ITH 0.14% #6 0.14% ITH 0.04% 1/0 AL 0.34% 15 #12 0.38% DB-GRA 1.22% (4)500kcmil AL 1.22% DB-GRB 1.97% (4)500kcmil AL 1.97% HLH 0.02% 1/0 AL 2.56% 11 #12 2.58% HMH 0.08% 2/0 AL 0.80% 2,4,6 #12 0.89% T-LMH 0.11% #4 AL 0.11% LMH 0.03% 1/0 AL !!!4.00%!!! 5 #10 4.04% MDB-HS 0.00% (2)500kcmil AL 0.00% PBH 0.89% 250kcmil AL 0.19% 8 #12 1.07% T-PBL 0.96% 4/0 AL 0.96% PBL1 0.15% (2)250kcmil AL 1.68% 7 #12 1.83% PBL2 0.24% 1/0 AL 0.24% RRH 1.30% 3/0 AL 1.04% 21 #12 2.34% T-RRL 1.35% 2/0 AL 1.35% RRL 0.11% 300kcmil AL 2.27% 31 #12 2.38% T-DBL-H1 0.15% (2)4/0 AL 0.15% DBL-1-11 0.22% (3)400kcmil AL 0.22% K1 1-11 1.22% 250kcmil AL !!! 3.58%!!! 28 #12 4.80% K21-11 1.21% 250kcmil AL !!!3.75%!!! 50 #12 4.96% K31-11 1.75% 2/0 AL 1.15% 6 #12 2.89% R1 1-11 0.39% 1/0 AL !!! 3.74%!!! 17 #12 4.13% R21-11 2.32% 3/0 AL 2.57% 9 #12 4.89% VTH1 !!!3.95%!!! 2/0 AL 3.95% T-EVH1 0.04% 2/0 AL 0.04% EVH1 0.04% 300kcmil AL !!! 4.28%!!! 16 #12 4.32% RMC 10.00% 3/0 !!! 3.83%!!! 127 1#10 13.83% r SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY, SUITE E EL CAJON, CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 Rowan Electric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER, AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER, AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS —E19124" * Exp.06/30/20 ��-f TR��PO�� OF CA\-\F RBCE JOB #2018-0048 0 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description LOAD SUMMARIES & CALCULATIONS Scale NOT TO SCALE H 1 E09.1 01 © 2015 Gensler Panel: H MH LOCATION: ELECTRICAL 138 VOLTS: 480Y/277 Wye A.I.C. RATING: 65,000 MOUNTING: SURFACE BUS AMPS: 125 MAIN BKR: MLO FED FROM: MSB-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Pol s A B C Poles Trip Circuit Description CKT 1 EQ. 82 DISHMACHINE/BOOSTER... 60 A 13.03 3.03 3 20 A MP H1-1 MISTER PUMP 2 3 -- -- -- 13.03 3.03 -- -- -- 4 5 -- - 13.03 3.03 - -- - 6 7 EF-6 20 A 3 0.38 BUSS ACE 8 9 -- . 8 0.0 -- ED SPACE- 11 -- -- 0.38 0.00 BUSSED SPACE 12 13 EF-2 20 A 3 0.20 0.00 BUSSED SPACE 14 15 -- -- 0.20 0.00 BUSSED SPACE 16 17 -- - 0.20 0.00 BUSSED SPACE 18 19 EF-3 20 A 3 0.33 0.00 BUSSED SPACE 20 21 0.33 0.00 BUSSED SPACE 22 23 -- 0.33 0.00 BUSSED SPACE 24 25 EF-4 20 A 3 0.20 0.00 BUSSED SPACE 26 27 -- 0.20 0.00 BUSSED SPACE 28 29 0.20 0.00 BUSSED SPACE 30 31 EF-5 20 A 3 1.33 0.00 BUSSED SPACE 32 33 1.33 0.00 -- BUSSED SPACE 34 35 1.33 0.00 -- BUSSED SPACE 36 37 BUSSED SPACE 0.00 1.40 3 50 A T-LMH 38 39 BUSSED SPACE 0.00 0.96 -- -- 40 41 BUSSED SPACE 0.00 1.08 -- 42 Total Load: 19.9 kVA 19.5 kVA 19.6 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 1.92 kVA 125.00% 2.40 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 59.0 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 59.7 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 71 A Total Est. Demand: 172 A Panel: PBH LOCATION: POOL EQUIPMENT 200 VOLTS: 480Y/277 Wye A.I.C. RATING: 18,000 MOUNTING: SURFACE BUS AMPS: 200 MAIN BKR: MCB FED FROM: MSB-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EF-10 20 A 3 0.38 28.80 3 175 A T-PBL 2 3 -- -- 0.38 28.04 -- -- -- 4 5 -- 0.38 25.48 -- -- 6 7 BUSSED SPACE 0.00 0.97 1 20 A POOL EQUIPMENT LTG 8 9 BUSSED SPACE 0.00 0.00 1 1 20 A SPARE 10 11 BUSSED SPACE 0.00 0.00 1 20 A SPARE 12 3 BUSSED SPACE 0.00 0.00 -- -- BUSSED SPACE 14 15 SSED SPACE 0.00 0.00 BUSSED SPACE 16 17 BUSS ACE 0.00 0.00 BUSSED SPACE 18 19 BUSSED SPA-M, 0.00 0.00 BUSSED SPACE 20 21 BUSSED SPACE 0.00 0.00 BUSSED SE 22 23 BUSSED SPACE 0.00 0.00 BU SPACE 24 25 BUSSED SPACE 0.00 0.00 150 SSED SPACE 26 27 BUSSED SPACE 0.00 0.00 BUSSED SPACE 28 29 BUSSED SPACE 0.00 0.00 BUSSED SPACE 30 31 BUSSED SPACE 0.00 BUSSED SPACE 32 33 BUSSED SPACE 0.00 0.00 BUSSED SPACE 34 35 BUSSED SPACE 0.00 0.00 BUSSED SPACE 36 37 BUSSED SPACE 0.00 0.00 BUSSED SPACE 38 39 BUSSED SPACE .00 0.00 BUSSED SPACE 40 41 BUSSED SPACE 0.0 0.00 BUSSED SPACE 42 43 BUSSED SPACE 0 0.00 BUSSED SPACE 44 45 BUSSED SPACE 0.00 0.00 BUSSED SPACE 46 47 BUSSED SPACE 0.00 0.00 BUSSED SPACE 48 49 BUSSED SPACE 0.00 0.00 ED SPACE 50 51 BUSSED SPACE 0.00 0.00 BUSS ACE 52 53 BUSSED SPACE 0.00 0.00 BUSSED SPAtE,, 54 55 BUSSED SP 0.00 0.00 BUSSED SPACE 56 57 BU SPACE 0.00 0.00 1 BUSSED SPACE 58 5 USSED SPACE 0.00 10.00 BUSSED SPACE - - - - - Total Load: 30.1 kVA 28.4 kVA 25.9 kVA - - - - - - - Load Classification Connected Load Demand Factor Estimated... Panel Totals Motor 2.88 kVA 100.00% 2.88 kVA RECEPTACLE 1.58 kVA 125.00% 1.98 kVA Total Conn. Load: 84.4 kVA Spare 79.00 kVA 100.00% 79.00 kVA Total Est. Demand: 85.1 kVA LTG 0.97 kVA 125.00% 1.21 kVA Total Conn.: 102 A Total Est. Demand: 102 A Notes: < I �I U) of o J 0 Q 0 ml [o l0 W LU Z ¢ ¢ a l0 UI U C co c� z z Q �I � o z z c9 c� C/) LU of � U U � � Q 0 0 Of w LU LU Panel: RRH LOCATION: TOWEL STAND201 VOLTS: 480Y/277 Wye A.I.C. RATING: 14,000 MOUNTING: SURFACE BUS AMPS: 150 MAIN BKR: MCB 150A FED FROM: MSB-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C tes; Trip Circuit Description CKT 1 RESTROOMS LTG 20 A 1 0.33 8.00 40 A MAU-2 2 3 SPARE 20 A 1 0.00 8.00 -- 4 5 SPARE 20 A 1 0.00 8.00 -- 6 7 SPARE 20 A 1 0.00 0.20 20 A EF-8 8 9 SPARE 20 A 1 0.00 0.20 -- 10 11 SP#RE 20 A A 1 A 0.00 0.20 -- -- 12 T-R (25 A 14.5 3 20 A EF-9 14 15 -- 12.37 0.83 -- -- 16 17 -- 12.55 0.83 18 19 LANDSCAPE LTG 20 A 1 0.48 0.00 BUSSED SPACE 20 21 LANDSCAPE LTG 20 A 1 0.50 1 0.00 BUSSED SPACE 22 23 LANDSCAPE LTG 20 A 1 0.49 0.00 BUSSED SPACE 24 25 LANDSCAPE LTG 20 A 1 0.31 0.00 BUSSED SPACE 26 27 LANDSCAPE LTG 20 A 1 0.39 0.00 BUSSED SPACE 28 29 SPARE 20 A 1 1 0.00 0.00 BUSSED SPACE 30 31 EWH H1-3 KITCHEN 203 40 A 2 6.75 0.00 BUSSED SPACE 32 33 -- 6.75 0.00 BUSSED SPACE 34 35 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 36 37 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 38 39 SPARE 20 A 1 0.00 1 0.00 BUSSED SPACE 40 41 SPARE 20 A 1 1 1 0.00 0.00 BUSSED SPACE 42 Total Load: 31.4 kVA 29.0 kVA 22.1 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 6.84 kVA 125.00% 8.55 kVA LTG 4.05 kVA 125.00% 5.06 kVA Total Conn. Load: 82.6 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 80.0 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 99 A Total Est. Demand: 196 A Panel: LMH LOCATION: ELECTRICAL 138 MOUNTING: SURFACE FED FROM: T-LMH NOTE: NEW VOLTS: 208V BUS AMPS: 100 NEUTRAL: 100% A.I.C. RATING: 10,000 MAIN BKR: MCB LUGS: Standard CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EF-1 LINEN - SOILED 135 20 A 1 0.24 0.64 1 20 A VAV's HOUSE KEEPING STO. 129 2 3 EF-12/ EF-13 CAN WASH 144 20 A 1 0.24 0.72 1 20 A VAV's CONCIERGE I BAG STORAGE... 4 5 IRR REC 20 A 1 0.52 0.56 1 20 A VAV's 6 7 IRR REC 20 A 1 0.52 0.00 -- -- BUSSED SPACE 8 9 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 10 11 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 12 13 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 14 15 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 16 17 SPARE 20 A 1 1 0.00 0.00 -- BUSSED SPACE 18 Total Load: 1.4 kVA 1.0 kVA 1.1 W Load Classification Connected Load Demand Factor Estimated Demand Panel Totals Motor 0.48 kVA 100.00% 0.48 kVA RECEPTACLE 1.92 kVA 125.00% 2.40 kVA Total Conn. Load: 3.4 kVA CONTINUOUS 1.04 kVA 125.00% 1.30 kVA Total Est. Demand: 4.2 kVA Total Conn.: 10 A Total Est. Demand: 112 A Panel: P131-1 LOCATION: POOL EQUIPMENT 200 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 400 MAIN BKR: MCB FED FROM: T-PBL NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EC-1 20 A 3 0.58 5.40 3 100 A PBL2 2 3 -- -- -- 0.58 5.00 -- -- -- 4 5 -- 0.58 4.90 -- 6 7 POOL BUILDING CONV REC 20 A 1 1.22 0.00 BUSSED SPACE 8 9 OLIDAYBEC_ _ 20 A 1 _ 0 36 .QQ BLISSED-SPACE _ 0 11 BUSSED SPACE -- -- 0.00 0.00 -- BUSSED SPACE 12 13 SSED SPACE 0.00 0.00 -- BUSSED SPACE 4 15 BU SPACE 0.00 0.00 -- BUSSED SPACE 16 17 BUSSED S 0.00 0.00 -- BUSSED SPACE 18 19 BUSSED SPACE 0.00 0.00 BUSSED SPAC 20 21 BUSSED SPACE 0.00 0.00 -- BUSSE ACE 22 23 BUSSED SPACE 0.00 0.00 --NSSED SPACE 24 25 BUSSED SPACE 0.00 0.00 BUSSED SPACE 26 27 BUSSED SPACE 0.00 0.00 -- BUSSED SPACE 28 29 BUSSED SPACE 0.00 0.00 BUSSED SPACE 30 31 BUSSED SPACE 0. 0.00 BUSSED SPACE 32 33 BUSSED SPACE 0.00 0.00 BUSSED SPACE 34 35 BUSSED SPACE 0.00 0.00 BUSSED SPACE 36 37 BUSSED SPACE 0.00 0.00 BUSSED SPACE 38 39 BUSSED SPACE 0.00 0.00 BUSSED SPACE 40 41 BUSSED SPACE 0.00 .00 BUSSED SPACE 42 43 BUSSED SPACE .00 0.00 BUSSED SPACE 44 45 BUSSED SPACE 0.00 0.00 BUSSED SPACE 46 47 BUSSED SPACE 0.00 0.00 BUSSED SPACE 48 49 BUSSED SPACE 0.00 0.00 ED SPACE 50 51 BUSSED SPACE 0.00 0.00 BUSS ACE 52 53 BUSSED SPACE 0.00 0.00 BUSSED SPAM, 54 55 BUSSED SP 0.00 0.00 BUSSED SPACE 56 57 BUSS PACE 0.00 0.00 BUSSED SPACE 58 59 SSED SPACE 0.00 0.00 BUSSED SPACE 60 - - - - - Total Load 28.8 kVA 28.0 kVA 25.5 kVA - - - - - - - Load Classification Connected Load Demand Factor Estimated... Panel Totals Motor 1.73 kVA 100.00% 1.73 kVA RECEPTACLE 1.58 kVA 125.00% 1.98 kVA Total Conn. Load: 82.3 kVA Spare 79.00 kVA 100.00% 79.00 kVA Total Est. Demand: 82.7 kVA Total Conn.: 228 A Total Est. Demand: 230 A Notes: Panel: H LH LOCATION: ELECTRICAL 138 MOUNTING: SURFACE FED FROM: MSB-H1 NOTE: NEW VOLTS: 480V BUS AMPS: 100 NEUTRAL: 100% A.I.C. RATING: 65,000 MAIN BKR: MLO LUGS: Standard KT Circu a ription Poles A B C Poles Trip Circuit Description CKT 1 BOH MH LTG 20 A 1 2.91 0.00 - BUSSED SPACE 2 3 KITCHEN LTG 20 A 1 1.15 0.00 -- BUSSED SPACE 4 5 EXTERIOR LTG 20 A 1 1.13 0.00 -- BUSSED SPACE 6 7 SITE WAY FIND SIGNAGE 20 A 1 0.72 0.00 -- BUSSED SPACE 8 9 MONUMENT SIGNAGE 20 A 1 0.36 0.00 BUSSED SPACE 10 11 PEDESTRIAN SIGNAGE 20 A 1 1 1.08 0.00 -- BUSSED SPACE 12 13 E A 0.00 BUSSED SPACE 14 SP 20 A 1 0.00 0.00 BUSSED SPACE 16 17 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 18 Total Load: 3.6 kVA 1.5 kVA 2.2 kVA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals RECEPTACLE 1.08 kVA 125.00% 1.35 kVA LTG 5.18 kVA 125.00% 6.48 kVA Total Conn. Load: 7.3 kVA CONTINUOUS 1.08 kVA 125.00% 1.35 kVA Total Est. Demand: 9.2 kVA Total Conn.: 9 A Total Est. Demand: 111 A Panel: P131-2 LOCATION: POOL EQUIPMENT 200 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 100 MAIN BKR: MLO FED FROM: PBL1 NEUTRAL: 100% LUGS: Standard NOTE: CKT Circuit Description Trite Poles A B C Poles Trip Circuit Description CKT 1 BUSSED SPACE 0.00 0.00 -- BUSSED SPACE 2 BUSSED SPACE 0.00 0.00 BUSSED SPACE 5 B ED SPACE 0.00 0.00 BUSSED SPACE 6 7 BUSSE ACE 0.00 0.00 BUSSED SPACE 8 9 BUSSED SPA 0.00 0.00 BUSSED SPACE 10 11 BUSSED SPACE 0.00 0.00 BUSSED SPA 12 13 BUSSED SPACE 0.00 0.00 BUSSED ACE 14 15 BUSSED SPACE 0.00 0.00 -- BVWfD SPACE 16 17 BUSSED SPACE 0.00 0.00 -- USSED SPACE 18 19 BUSSED SPACE 0.00 0.00 - BUSSED SPACE 20 21 BUSSED SPACE 0.00 0.00 -- BUSSED SPACE 22 23 BUSSED SPACE 0.00 0.00 - -- BUSSED SPACE 24 25 BUSSED SPACE 0.0 0.00 BUSSED SPACE 26 27 BUSSED SPACE 0.00 0.00 BUSSED SPACE 28 29 BUSSED SPACE 0.00 0.00 BUSSED SPACE 30 31 BUSSED SPACE 0.00 0.00 BUSSED SPACE 32 33 BUSSED SPACE 0. BUSSED SPACE 34 35 BUSSED SPACE 0 0.00 BUSSED SPACE 36 37 BUSSED SPACE 0.0 0.00 BUSSED SPACE 38 39 BUSSED SPACE 0.00 0.00 BUSSED SPACE 40 41 BUSSED SPACE 0.00 0.00 BUSSED SPACE 42 43 BUSSED SPACE 0.00 0.00 BUSSED SPACE 44 45 BUSSED SPACE 0.00 0.00 BUSSED SPACE 46 47 BUSSED SPACE 0.00 0.00 B ED SPACE 48 49 BUSSED SPACE 0.00 0.00 BUSSE ACE 50 51 BUSSED SPACE 0.00 0.00 BUSSED SPA 52 53 BUSSED SPA 0.00 0.00 BUSSED SPACE 54 55 BUSSED ACE 0.00 0.00 BUSSED SPACE 56 57 B D SPACE 0.00 0.00 BUSSED SPACE 58 5 USSED SPACE 0.00 0.00 BUSSED SPACE - - - - - Total Load 5.4 kVA 5.0 kVA- 4.9 kVA - - - - - - - Load Classification Connected Load Demand Factor Estimated... Panel Totals Spare 15.30 kVA 100.00% 15.30 kVA Total Conn. Load: 15.3 kVA Total Est. Demand: 15.3 kVA Total Conn.: 42 A Total Est. Demand: 42 A Notes: Panel: EVH1 LOCATION: ELECTRICAL 138 VOLTS: 208Y/120 Wye A.I.C. RATING: 18,000 MOUNTING: SURFACE BUS AMPS: 225 MAIN BKR: MCB 225A FED FROM: T-EVH1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 SPACE FOR EV CHARGING STATION 0.00 0.00 SPACE FOR EV CHARGING STATION 2 3 SPACE FOR EV CHARGING STATION 0.00 0.00 -- SPACE FOR EV CHARGING STATION 4 5 SPACE FOR EV CHARGING STATION 0.00 0.00 SPACE FOR EV CHARGING STATION 6 7 SPACE FOR EV CHARGING STATION 0.00 0.00 SPACE FOR EV CHARGING STATION 8 9 SPACE FOR EV CHARGING STATION 0.00 0.00 -- SPACE FOR EV CHARGING STATION 10 11 SPACE FOR EV CHARGING STATION -- 0.00 0.00 SPACE FOR EV CHARGING STATION 12 13 GOLF CART CHARGER PARKING 147 20 A 1 1.50 1.50 1 20 A GOLF CART CHARGER PARKING 147 14 15 GOLF CART CHARGER PARKING 147 20 A 1 1.50 1.50 1 20 A GOLF CART CHARGER PARKING 147 16 17 GOLF CART CHARGER PARKING 147 20 A 1 1.50 1.50 1 20 A GOLF CART CHARGER PARKING 147 18 19 GOLF CART CHARGER PARKING 147 20 A 1 0.36 1.50 1 20 A GOLF CART CHARGER PARKING 147 20 21 SPARE 20 A 1 0.00 0.00 -- -- BUSSED SPACE 22 23 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 24 25 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 26 27 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 28 29 BUSSED SPACE -- -- 0.00 0.00 BUSSED SPACE 30 31 BUSSED SPACE -- 0.00 0.00 BUSSED SPACE 32 33 BUSSED SPACE 0.00 0.00 BUSSED SPACE 34 35 BUSSED SPACE 0.00 0.00 BUSSED SPACE 36 37 BUSSED SPACE 0.00 0.00 BUSSED SPACE 38 39 BUSSED SPACE 0.00 0.00 -- BUSSED SPACE 40 41 BUSSED SPACE 0.00 0.00 BUSSED SPACE 42 Total Load: 4.9 kVA 3.0 kVA 3.0 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 1.50 kVA 125.00% 1.88 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 10.9 kVA NONCONTINUOUS 3.00 kVA 100.00% 3.00 kVA Total Est. Demand: 12.8 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 30 A CONTINUOUS 1 6.36 kVA 1 125.00% 1 7.95 kVA I Total Est. Demand: 136 A SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States USP Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY. SUITE E EL CAJON. CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 ROWan Electric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS �c�Essio'� -E19124" Exp.06/30/20 F � �FCTR�GP\Q' OF RBCE JOB #2018-0048 Date Description 2019_10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020_02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020_09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description PANEL SCHEDULES Scale H 1 E09.102 © 2015 Gensler DBL-H1 ROOM MOUNTING FED FROM NOTE ELECTRICAL 138/ FLOOR T-DBL-H1 NEW VOLTS BUS AMPS NEUTRAL 208Y/120 Wye 3P 4W 800 100% AIC MAIN BKR LUGS 22,000 MCB 800A Standard CKT CIRCUIT DESCRIPTION A B C BREAKER TRIP POLES WIRE SIZE 1 K1 H1 23.8 21.8 20.5 200 A 3 2-1/2"C, 3-250kcmil AL, 250kcmil AL IN, #2 AL G 2 K2H1 23.3 20.7 21.2 200 A 3 2-1/2"C, 3-250kcmil AL, 250kcmil AL IN, #2 AL G 3 K3H1 12.1 13.8 10.2 125 A 3 2"C, 3-2/0 AL, 2/0 AL IN, #4 AL G 4 R1 H1 5.8 5.7 5.1 100 A 3 1-1/2"C, 3-1/0 AL, 1/0 AL N, #6 AL G 5 R2H1 15.9 12.6 13.9 150 A 3 2"C, 3-3/0 AL, 3/0 AL IN, #4 AL G 6 VTH1 11.2 11.2 11.2 125 A 3 2"C, 3-2/0 AL, 2/0 AL IN, #4 AL G 7 8 9 10 92.1 kVA 85.8 kVA 82.0 kVA Load Classification Connected Load Demand Factor Estimated Demand Switchboard Totals RECEPTACLE 45.09 kVA 125.00% 56.36 kVA Spare 33.60 kVA 100.00% 33.60 kVA Total Conn. Load: 260 kVA LTG 1.20 kVA 125.00% 1.50 kVA Total Conn. Amps 722 A HEATING 4.36 kVA 100.00% 4.36 kVA Total Est. Demand: 214.4 kVA Kitchen Equipment - Non -Dwelling Unit 163.31 kVA 65.00% 106.15 kVA Total Estimated Demand Amps: 595 A NONCONTINUOUS 9.32 kVA 100.00% 9.32 kVA Panel: K3111 LOCATION: BAR PANTRY 109 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 125 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EQ. 173 ESPRESSO MACHINE 20 A 1 0.24 0.60 1 20 A EQ. 143 POS REGISTER 2 3 EQ. 173 ESPRESSO MACHINE 40 A 2 2.52 1.44 1 20 A EQ. 152 BAR MIXER 4 5 -- 2.52 1.44 1 20 A EQ. 152 BAR MIXER 6 7 EQ. 174 U/C ICE MACHINE 20 A 1 0.91 1.24 1 20 A EQ. 154 BACK BAR REFRIGERATOR 8 9 EQ. 175 COFFEE BREWER 30 A 2 2.50 0.96 1 20 A EQ. 155 BACK BAR 10 11 -- 2.50 1.12 1 20 A EQ. 157 BACK BAR FREEZER... 12 13 EQ. 176 TEA BREWER 20 A 1 1.80 3.43 2 50 A EQ. 162 GLASS WASHER 14 15 EQ. 178 WORK COUNTER W/ SINK 20 A 1 0.86 3.43 -- 16 17 EQ. 182 STEP-IN KEG COOLER 20 A 1 1.02 1.08 1 20 A EQ. 163 BAR TOP 18 19 EQ. 183 REMOTE BEER SYSTEM 20 A 1 1.85 2.00 1 30 A EWC H1-1 PANTRY 109 20 21 EQ. 185 REFRIGERATOR/ FREEZER 30 A 1 2.10 0.00 -- BUSSED SPACE 22 23 HEATING, RECEPTACLE BAR... 20 A 1 0.50 0.00 - BUSSED SPACE 24 25 SPARE 20 A 1 0.00 0.00 - BUSSED SPACE 26 27 SPARE 20 A 1 0.00 0.00 - BUSSED SPACE 28 29 SPARE 20 A 1 0.00 0.00 - BUSSED SPACE 30 31 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 32 33 SPARE 20 A 1 0.00 0.00 - BUSSED SPACE 34 35 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 36 37 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 38 39 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 40 41 SPARE 20 A 1 0.00 1 0.00 -- BUSSED SPACE 42 Total Load: 12.1 kVA 13.8 kVA 10.2 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals Kitchen Equipment- Non -Dwelling Unit 33.16 kVA 65.00% 21.55 kVA RECEPTACLE 0.54 kVA 125.00% 0.68 kVA Total Conn. Load: 36.0 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 24.6 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 100 A MOTORS 1 0.00 kVA 1 0.00% 1 0.00 kVA I Total Est. Demand: 168 A SHOWN FOR REFERENCE ONLY (REFER TO CONFERENCE CENTER DRAWINGS FOR PANEL LOCATION) Panel: H LMC LOCATION: ELECTRICAL ROOM 106 (MC BLDG) MOUNTING: SURFACE FED FROM: DBH-MC (MC BLDG) NOTE: SEE OCC DRAWINGS FOR REFERENCE VOLTS: 480V BUS AMPS: 100 NEUTRAL: 100% A.I.C. RATING: 14,000 MAIN BKR: MLO LUGS: Standard CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 LANDSCAPE OCC LTG 20 A 1 0.47 3.12 1 20 A BOH CC LTG 2 3 LANDSCAPE OCC LTG 20 A 1 0.52 0.90 1 20 A SITE WAY FIND SIGNAGE OCC 4 5 PARKING OCC LTG 20 A 1 0.44 0.00 -- -- BUSSED SPACE 6 7 PARKING H1 LTG 20 A 1 0.42 0.00 -- BUSSED SPACE 8 9 PARKING H1 LTG 20 A 1 0.49 0.00 1 BUSSED SPACE 10 11 SITE WAY FIND SIGNAGE (H1) 20 A 1 3.24 0.00 - BUSSED SPACE 12 13 MONUMENT SIGNAGE (H1) 20 A 1 0.36 0.00 -- BUSSED SPACE 14 15 MONUMENT SIGNAGE (H1) 20 A 1 0.36 0.00 -- BUSSED SPACE 16 17 BUSSED SPACE -- --1 0.00 0.00 - -- BUSSED SPACE 18 Total Load: 4.4 kVA 2.3 kVA 3.7 kVA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals RECEPTACLE 1.80 kVA 125.00% 2.25 kVA Spare 0.90 kVA 100.00% 0.90 kVA Total Conn. Load: 10.3 kVA LTG 5.46 kVA 125.00% 6.83 kVA Total Est. Demand: 12.7 kVA CONTINUOUS 2.16 kVA 125.00% 2.70 kVA Total Conn.: 12 A Total Est. Demand: 15 A LO N 00 CD O N CD m rn Panel: K1 H1 LOCATION: BOH VESTIBULE 146 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 200 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EQ. 6 REMOTE BEER SYSTEM 20 A 1 1.85 0.72 1 20 A EQ. 56,58 U/C PREP REF,PANTRY... 2 3 EQ. 15 DCKV HOOD CONTROL... 20 A 1 0.50 0.96 1 20 A EQ. 57 DOUBLE OVERSHELF 4 5 EQ. 16 FIRE SUPPRESSION SYSTEM 20 A 1 0.50 3.00 3 40 A EQ. 60 BAIN-MARIE HEATER 6 7 EQ. 21,22 COMBI-OVEN... 20A 2 0.77 3.00 -- 8 9 -- -- 1 1 0.77 1 3.00 1-- -- -- 10 11 EQ. 24 TILT SKILLETISTAND 30 A 3 2.46 1.20 1 20 A EQ. 61 HEAT LAMP 12 13 2.46 0.96 1 20 A EQ. 62 CHEF'S... 14 15 2.46 1.20 1 20 A EQ. 63,64 U/C PREP REF,DOUBLE... 16 17 EQ. 25 TILT KETTLE 50 A 3 4.10 0.24 1 20 A EQ. 65 ESPRESSO MACHINE 18 19 4.10 1 2.52 1 1 2 40 A EQ. 65 ESPRESSO MACHINE 20 21 -- 4.10 2.52 -- 22 23 EQ. 26,27 U/C REF & WORK... 20 A 1 0.72 2.50 2 30 A EQ. 66 COFFEE BREWER 24 25 EQ. 33,36 U/C PREP REF,WORK... 20 A 1 0.72 2.50 -- - 26 27 EQ. 34 FRYER I FILTER 20 A 1 1 1.08 1.80 1 20 A EQ. 67 TEA BREWER 28 29 EQ. 34 FRYER I FILTER 20 A 1 1 1.08 1 0.60 1 20 A EQ. 73 POS REGISTER 30 31 EQ. 42 20 QUART MIXER 20 A 1 0.96 0.60 1 20 A EQ. 73 POS REGISTER 32 33 EQ. 43,45 U/C FREEZER,WORK... 20 A 1 1.20 1.28 1 20 A EQ. 74 SLIDING GLASS DOOR REF 34 35 EQ. 47 COUNTER CONVECTION... 40 A 2 2.69 0.00 1 20 A SPARE 36 37 - - 2.69 1 0.00 1 1 20 A SPARE 38 39 EQ. 43,54,55... 20 A 1 0.97 0.00 1 1 20 A SPARE 40 41 EQ. 53 FOOD PROCESSOR 20 A 1 1.44 1 0.00 1 20 A SPARE 42 Total Load: 23.8 kVA 21.8 kVA 20.5 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals Kitchen Equipment- Non -Dwelling Unit 64.99 kVA 65.00% 42.24 kVA RECEPTACLE 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 66.2 kVA LTG 1.20 kVA 125.00% 1.50 kVA Total Est. Demand: 43.7 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 184 A MOTORS 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 1121 A SHOWN FOR REFERENCE ONLY (REFER TO CONFERENCE CENTER DRAWINGS FOR PANEL LOCATION) Panel: RMC LOCATION: ELEC RM. 106 (MC BLDG) VOLTS: 208Y/120 Wye A.I.C. RATING: 22,000 MOUNTING: SURFACE BUS AMPS: 200 MAIN BKR: MLO FED FROM: NEUTRAL: 100% LUGS: Standard NOTE: CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 REC PORTE COCHERE- EAST 151 20 A 1 0.54 0.36 1 20 A REC JR. BALLROOM 100 2 3 REC PORTE COCHERE- EAST 151 20 A 1 1.08 0.36 1 20 A REC JR. BALLROOM 100 4 5 REC MEETING ROOM G112 20 A 1 0.54 1.68 1 20 A REC JR. BALLROOM 100 6 7 WDW SHADES MEETING ROOM G... 20 A 1 0.72 1.68 1 20 A REC JR. BALLROOM 100 8 9 REC EVENT MEETING ROOM G 112 20 A 1 0.36 0.36 1 20 A REC JR. BALLROOM 100 10 11 REC MEETING ROOM G 112 20 A 1 0.36 0.72 1 1 20 A REC JR. BALLROOM 100 12 13 REC JR. PREFUNCTION 107 20 A 1 0.72 0.54 1 20 A REC JR. BALLROOM 100 14 15 REC TV MEETING ROOM G 112 20 A 1 0.36 0.72 1 20 A WDW SHADES JR. BALLROOM 100 16 17 WDW SHADES MEETING ROOM G... 20 A 1 0.72 0.36 1 20 A REC JR. BALLROOM 100 18 19 REC VALET OFFICE -1 109 20 A 1 0.36 0.36 1 20 A REC JR. BALLROOM 100 20 21 REC JR. PREFUNCTION 107 20 A 1 1 0.54 1 0.54 1 1 20 A REC. JR. BALLROOM 100 22 23 REC JR. PREFUNCTION 107 20 A 1 0.72 0.54 1 20 A REC JR. BALLROOM 100 24 25 NON CONTINUOUS 20 A 1 0.54 1.68 1 20 A REC JR. BALLROOM 100 26 27 VALET LOT GATE CONTROLLER 20 A 1 0.52 0.72 1 20 A REC JR. BALLROOM 10 28 29 SPARE 20 A 1 0.00 0.72 1 20 A WDW SHADES JR. BALLROOM 100 30 31 EVENT POWER 50 A 3 3.00 1 0.36 1 1 20 A EXTERIOR MC/CC EVENT PWR 32 33 -- 3.00 0.72 1 20 A REC MEN 108 34 35 -- 3.00 0.72 1 20 A REC WOMEN 111 36 37 SPARE 20 A 1 0.00 0.36 1 20 A REC IDF/ A.V. 104 38 39 REC EXTERIOR 20 A 1 0.36 0.36 1 20 A REC IDF/ A.V. 104 40 41 REC EXTERIOR HOLIDAY 20 A 1 0.72 0.54 1 20 A REC ROOF 42 43 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 44 45 SPARE 20 A 1 0.00 1 0.00 1 1 20 A SPARE 46 47 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 48 49 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 50 51 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 52 53 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 54 Total Load: 11.2 kVA 10.0 kVA 11.3 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 0.00 kVA 0.00% 0.00 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 32.6 kVA NONCONTINUOUS 0.52 kVA 100.00% 0.52 kVA Total Est. Demand: 32.6 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 90 A Total Est. Demand: 190 A 04 Panel: K2111 LOCATION: BOH VESTIBULE 146 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 200 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EQ. 65 ESPRESSO MACHINE 20 A 1 0.24 2.25 2 30 A EQ. 123 CONVECTION MICROWAVE 2 3 EQ. 65 ESPRESSO MACHINE 40 A 2 2.52 2.25 -- 4 5 -- 2.52 1.25 2 20 A EQ. 124 PAN INI PRESS 6 7 EQ. 66 COFFEE BREWER 30 A 2 2.50 1.25 -- 8 9 -- -- 2.50 1 0.48 1 1 20 A EQ. 126,127 U/C REF,ESPRESSO... 10 11 EQ. 74 SLIDING GLASS DOOR REF 20 A 1 1.28 2.52 2 40 A EQ. 127 ESPRESSO MACHINE 12 13 EQ. 75 ICE MACHINE/BIN 20 A 1 1.38 2.52 -- -- 14 15 EQ. 75 ICE MACHINE/BIN 20 A 1 1.38 0.40 1 20 A EQ. 129 DIPPERWELL 16 17 EQ. 76 ICE MACHINE/BIN 20 A 3 1.14 0.83 2 20 A EQ. 130 GELATO CASE 18 19 -- - 1.14 0.83 -- -- 20 21 -- 1.14 0.60 1 20 A EQ. 134 POS 22 23 EQ. 79 TROUGH.SCRAP COLLECTOR 20 A 1 1.32 0.32 1 20 A EQ. 135 AIR SCREEN... 24 25 EQ. 92 FOOD WARMERSMOT BOX... 20 A 1 1.92 1.40 1 20 A EQ. 142,143,144 BACK... 26 27 EQ. 92 FOOD WARMERSMOT BOX... 20 A 1 1.92 0.60 1 20 A EQ. 143 POS REGISTER 28 29 EQ. 93 CONVEYOR TOASTER 20 A 1 1.80 1.08 1 20 A EQ. 147 BAR TOP 30 31 EQ. 94 HEATED DRAWERS 20 A 1 0.90 1.44 1 20 A EQ. 152 BAR MIXER 32 33 EQ. 95 WORK COUNTER W/SINK 20 A 1 0.96 1.03 2 20 A EQ. 191 HOT FOOD WELLS 34 35 EQ. 97 ICE/WATER DISPENSER 20 A 1 1.02 1.03 -- -- 36 37 EQ. 119 ROOM COIL 20 A 1 1 0.96 1 1.10 1 20 A EQ. 192 HEAT LAMP 38 39 EQ. 121 REFRIGERATOR/ FREEZER 20 A 1 1.78 1.32 1 20 A EQ. 193,194 COLD PAN,SERVING... 40 41 EQ. 140 WINE REFRIGERATOR... 20 A 1 1.34 2.50 2 30 A EQ. 196 COFFEE BREWER 42 43 SPARE 20 A 1 0.00 2.50 -- 44 45 SPARE 20 A 1 0.00 1.80 1 20 A EQ. 197 TEA BREWER 46 47 SPARE 20 A 1 0.00 1.24 1 20 A EQ. 198 ICE/WATER DISPENSER 48 49 BUSSED SPACE - 0.00 1.00 1 20 A EQ. 199 DISPLAY REFRIGERATOR 50 51 BUSSED SPACE 0.00 0.00 1 20 A SPARE 52 53 BUSSED SPACE 0.00 0.00 1 20 A SPARE 54 Total Load: 23.3 kVA 20.7 kVA 21.2 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals Kitchen Equipment- Non -Dwelling Unit 65.16 kVA 65.00% 42.35 kVA RECEPTACLE 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 65.2 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 42.4 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 181 A MOTORS 1 0.00 kVA 1 0.00% 1 0.00 kVA I Total Est. Demand: 1118 A Panel: VTH1 LOCATION: POOL VAULT VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 125 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEMA 3R CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 2 3 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 4 5 SPARE 20 A 1 0.00 0.00 1 20 A SPARE 6 7 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 8 9 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 10 11 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 12 13 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 14 15 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 16 17 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 18 19 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 20 21 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 22 23 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 24 25 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 26 27 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 28 29 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 30 31 SPACE RESERVED FOR VAULT EQ 0.00 0.00 -- SPACE RESERVED FOR VAULT EQ 32 33 SPACE RESERVED FOR VAULT EQ 0.00 0.00 SPACE RESERVED FOR VAULT EQ 34 35 SPACE RESERVED FOR VAULT EQ 0.00 0.00 -- SPACE RESERVED FOR VAULT EQ 36 37 SPACE RESERVED FOR VAULT EQ 0.00 0.00 - SPACE RESERVED FOR VAULT EQ 38 39 SPACE RESERVED FOR VAULT EQ 0.00 0.00 - SPACE RESERVED FOR VAULT EQ 40 41 SPACE RESERVED FOR VAULT EQ 0.00 0.00 -- SPACE RESERVED FOR VAULT EQ 42 Total Load: 11.2 kVA 11.2 kVA 11.2 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 0.00 kVA 0.00% 0.00 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 33.6 kVA NONCONTINUOUS 0.00 kVA 0.00% 0.00 kVA Total Est. Demand: 33.6 kVA MOTORS 0.00 kVA 0.00% 0.00 kVA Total Conn.: 93 A Total Est. Demand: 193 A Panel: R2111 LOCATION: STORAGE 106 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 150 MAIN BKR: MLO FED FROM: DBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 TV REC LOBBY BAR 108 20 A 1 0.54 0.72 1 20 A HOLIDAY REC 2 3 FIREPLACE REC LOBBY/ LOUNGE... 20 A 1 0.18 0.72 1 20 A HOLIDAY REC 4 5 REC EXTERIOR 20 A 1 0.72 0.72 1 20 A REC 3-MEAL 102 6 7 REC WOMEN'S RESTROOM 121 20 A 1 1.08 0.90 1 20 A REC BAR 101 8 9 REC MEN'S RESTROOM 122 20 A 1 1 1 1.08 1 0.50 1 20 A REC FRONT DESK 110 10 11 MTR. SHADES 3-MEAL 102 20 A 1 1.44 0.50 1 20 A REC FRONT DESK 110 12 13 REC Room 125, 126 20 A 1 1.08 0.50 1 20 A REC FRONT DESK 110 14 15 REC EXECUTIVE SUITE 123 20 A 1 1.08 0.50 1 20 A REC FRONT DESK 110 16 17 REC EXECUTIVE SUITE 123, RES.... 20 A 1 0.72 0.50 1 20 A REC FRONT DESK 110 18 19 REC DISPATCH/ASST HK DIR 20 A 1 1 0.90 1 0.50 1 1 20 A REC FRONT DESK 110 20 21 REC HOUSE KEEPING 133 20 A 1 0.36 1.08 1 20 A REC FOH OFFICE 111 22 23 REC EXECUTIVE SUITE 123 20 A 1 1.08 0.72 1 20 A REC LOBBY/ LOUNGE 107 24 25 RECEPTACLE EXECUTIVE SUITE 123 20 A 1 0.90 0.54 1 20 A REC LOBBY/ LOUNGE 107 26 27 RECEPTACLE REVENUE OFFICE 112 20 A 1 0.72 0.54 1 20 A REC LOBBY/ LOUNGE 107 28 29 REC Room 113,112 20 A 1 1.08 0.90 1 20 A REC LOBBY BAR 108 30 31 RECEPTACLE Room 119,120 20 A 1 0.72 1.26 1 20 A REC LOBBY BAR 108 32 33 REC RETAIL 3 117 20 A 1 1 0.72 1.80 1 20 A REC 3-MEAL 102 34 35 REC RETAIL 4 118 20 A 1 0.72 0.36 1 20 A REC RETAIL 1 103 36 37 REC FRONT DESK 110 20 A 1 1.08 0.36 1 20 A REC RETAIL 1 103 38 39 REC CORR.105 20 A 1 1.26 0.60 1 20 A OUTDOOR GAS HEATER 40 41 REC 3-MEAL 102 20 A 1 1.08 0.50 1 20 A OUTDOOR GAS HEATER 42 43 MTR. SHADES LOBBY/ LOUNGE 107 20 A 1 1.08 1 0.18 1 20 A REC EVENT 44 45 REC PIANO LOBBY/ LOUNGE 107 20 A 1 0.36 0.18 1 20 A REC EVENT 46 47 MTR. SHADES LOBBY BAR 108 20 A 1 1.08 0.54 1 20 A REC DISPATCH 130, HOUSE... 48 49 WH & CP JAN. CLOSET 120 30 A 1 2.02 0.36 1 20 A REC STORAGE 114 50 51 REC BOH- WOMEN 127 20 A 1 0.90 0.00 -- BUSSED SPACE 52 53 REC BOH-MEN 128 20 A 1 0.90 0.00 BUSSED SPACE 54 55 RECEPTACLE STORAGE 114 20 A 1 1.20 0.00 BUSSED SPACE 56 57 SPARE 20 A 1 0.00 0.00 BUSSED SPACE 58 59 REC TRELLIS 20 A 1 0.36 0.00 BUSSED SPACE 60 Total Load: 15.9 kVA 12.6 kVA 13.9 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 35.70 kVA 125.00% 44.63 kVA HEATING 2.02 kVA 100.00% 2.02 kVA Total Conn. Load: 42.4 kVA NONCONTINUOUS 3.60 kVA 100.00% 3.60 kVA Total Est. Demand: 51.3 kVA Total Conn.: 118 A Total Est. Demand: 143 A Notes: SILVERROCK LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY. SUITE E EL CAJON. CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 ROWan Electric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS ��Essro'� -E19124" Exp.06/30/20 F � �FCTR�GP\Q' OF RBCE JOB #2018-0048 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description PANEL SCHEDULES Scale H 1 E09.103 © 2015 Gensler SILVERROCK 3 U) rt GEN-1-11 ROOM MECHANICAL YARD 148/ MOUNTING FLOOR FED FROM NOTE NEW VOLTS BUS AMPS NEUTRAL 480Y/277 Wye 3P 4W 1,000 100% AIC MAIN BKR LUGS 65,000 MLO Standard CKT CIRCUIT DESCRIPTION A B C BREAKER... POLES WIRE SIZE 1 TO'MSB-LSS' SPA BUILDING 3.4 2.9 1.4 50 A 3 -- 2 ATS-LSH1 9.3 3.8 4.1 100 A 3 1-1/2"C, 3-1/0 AL, 1/0 AL N, #6 AL G 3 ATS-SBH1 97.9 96.6 93.8 600 A 3 2 3"C, 3-500kcmil AL, 500kcmil AL N, 4/0 AL G 4 BUSSED SPACE 0.0 -- -- -- 110.6 kVA 103.2 kVA 99.4 kVA Load Classification Connected Load Demand Factor Estimated Demand Switchboard Totals Motor 267.58 kVA 100.00% 267.58 kVA RECEPTACLE 14.10 kVA 125.00% 17.63 kVA Total Conn. Load: 312 kVA Spare 7.74 kVA 100.00% 7.74 kVA Total Conn. Amps 376 A LTG 15.29 kVA 125.00% 19.12 kVA Total Est. Demand: 319.6 kVA Lighting 0.05 kVA 100.00% 0.05 kVA Total Estimated Demand Amps: 384 A NONCONTINUOUS 2.64 kVA 100.00% 2.64 kVA SBDB-H1 ROOM ELECTRICAL 138 MOUNTING WALL FED FROM ATS-SBH1 NOTE NEW VOLTS BUS AMPS NEUTRAL 480Y/277 Wye 3P 4W 600 100% AIC MAIN BKR LUGS 65,000 MCB 600A Standard CKT CIRCUIT DESCRIPTION A B C BREAKER... POLES VVIRE SIZE 1 SBH1 13.0 11.8 9.3 125 A 3 2"C, 3-2/0 AL, 2/0 AL N, #2 AL G 2 T-ITH 1.4 1.2 1.0 50 A 3 1"C, 3#6, #6N, #10G 3 MAU-1 12.0 12.0 12.0 70 A 3 1-1/4"C, 3#4, #4N, #8G 4 EQ. 120 MECHANICAL YARD 148 9.9 9.9 9.9 50 A 3 1"C, 3#6, #6N, #10G 5 AC-1 61.7 61.7 61.7 300 A 3 3"C, 3-500kcmil AL, 500kcmil AL N, #4G 6 BUSSED SPACE 0.0 -- -- 7 BUSSED SPACE 0.0 -- -- -- 8 BUSSED SPACE 0.0 -- -- -- 9 BUSSED SPACE 0.0 -- -- -- 10 BUSSED SPACE 0.0 -- -- -- 11 BUSSED SPACE 0.0 -- -- -- 12 BUSSED SPACE 0.0 -- -- -- 13 BUSSED SPACE 0.0 -- -- -- 14 BUSSED SPACE 0.0 -- -- -- 15 BUSSED SPACE 0.0 -- -- -- 97.9 kVA 96.6 kVA 93.8 kVA Load Classification Connected Load Demand Factor Estimated Demand Switchboard Totals Motor 267.58 kVA 100.00% 267.58 kVA MOTORS 4.80 kVA 100.00% 4.80 kVA Total Conn. Load: 287 kVA NONCONTINUOUS 2.64 kVA 100.00% 2.64 kVA Total Conn. Amps 346 A Total Est. Demand: 290.4 kVA Total Estimated Demand Amps: 349 A I Panel: LSHH LOCATION: ELECTRICAL 138 MOUNTING: SURFACE FED FROM: ATS-1-SH1 NOTE: NEW VOLTS: 480V BUS AMPS: 100 NEUTRAL: 100% A.I.C. RATING: 42,000 MAIN BKR: MLO LUGS: Standard CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 F EMERGEIY LTG 06 0 -- BUSSED SPACE 2 EXI SIG 20 A 1 0 4 0.00 BUSSED SPACE 4 5 LANDSCAPE LTG 20 A 1 1.35 0.00 - BUSSED SPACE 6 7 LANDSCAPE LTG 20 A 1 2.20 0.00 -- BUSSED SPACE 8 9 LANDSCAPE LTG 20 A 1 0.21 0.00 BUSSED SPACE 10 11 LANDSCAPE LTG 20 A 1 1.00 0.00 -- BUSSED SPACE 12 13 LANDSCAPE LTG 20 A 1 1.00 5.01 3 70 A T-LSHL 14 [Z 15 E 4AA 1 .0 3. -- -- 16 SPAR 20 A 0. 1.75 -- 18 Total Load: 9.3 kVA 1 3.8 kVA 4.1 kVA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals RECEPTACLE 1.80 kVA 125.00% 2.25 kVA LTG 15.29 kVA 125.00% 19.12 kVA Total Conn. Load: 17.1 kVA Lighting 0.05 kVA 100.00% 0.05 kVA Total Est. Demand: 21.4 kVA Total Conn.: 21 A Total Est. Demand: 126 A I Panel: LSHL LOCATION: ELECTRICAL 138 MOUNTING: SURFACE FED FROM: T-LSHL NOTE: VOLTS: 208V BUS AMPS: 150 NEUTRAL: 100% A.I.C. RATING: 10,000 MAIN BKR: MCB LUGS: Standard CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 RETAIL 1 LTG 20 A 1 0.77 0.00 -- BUSSED SPACE 2 3 ISPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 4 5 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 6 7 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 8 9 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 10 11 SPARE 20 A 1 0.00 0.00 -- BUSSED SPACE 12 13 DP-HB 60 A 3 2.15 2.10 3 60 A DP -HA 14 15 -- 1.01 2.53 -- -- -- 16 17 1 0.43 1 1.32 -- 18 Total Load: 5.0 kVA 3.5 kVA 1.8 kVA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals RECEPTACLE 1.80 kVA 125.00% 2.25 kVA LTG 8.44 kVA 125.00% 10.55 kVA Total Conn. Load: 10.3 kVA Lighting 0.05 kVA 100.00% 0.05 kVA Total Est. Demand: 12.9 kVA Total Conn.: 29 A Total Est. Demand: 136 A Panel: S131-1-11 LOCATION: STORAGE 106 VOLTS: 208Y/120 Wye A.I.C. RATING: 10,000 MOUNTING: SURFACE BUS AMPS: 150 MAIN BKR: MCB 150A FED FROM: T-SBL-H1 NEUTRAL: 100% LUGS: Standard NOTE: NEW CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT 1 EQ. 1 WALK-IN COOLER/FREEZER... 20 A 1 1.92 1.53 2 30 A CU-1 MECHANICAL YARD 148 2 3 EQ. 1 WALK-IN COOLER/FREEZER... 20 A 2 0.83 1.53 -- -- 4 5 -- -- 0.83 0.50 1 20 A FATC 6 7 EQ. 5 STEP-IN KEG COOLER 20 A 1 1.22 0.36 1 20 A REC FIRE COMMAND / SECURITY.. 8 9 EM GEN BLOCK HEATER... 20 A 2 1.50 0.54 1 20 A SEC PANEL 10 11 -- -- 1.50 0.36 1 20A EMERGENCY CALL SYSTEM FIRE 12 13 EM GEN BATTERY CHARGER... 20 A 1 1.00 0.54 1 20 A REC FIRE COMMAND I SECURITY.. 14 15 REC FIRE COMMAND/SECURITY 140 20 A 1 0.36 0.18 1 20 A REC FOH OFFICE 111 16 17 REC FIRE COMMAND/SECURITY 140 20 A 1 0.36 0.00 1 20 A SPARE 18 19 REC FIRE COMMAND/SECURITY 140 20 A 1 0.36 0.00 1 20 A SPARE 20 21 CU-2 20 A 2 1.53 0.00 1 20 A SPARE 22 23 -- -- 1.53 0.00 -- -- BUSSED SPACE 24 25 CU-3 20 A 2 1.45 0.00 -- BUSSED SPACE 26 27 -- 1.45 0.00 -- BUSSED SPACE 28 29 B-1 MECHANICAL YARD 148 20 A 1 0.36 0.00 -- BUSSED SPACE 30 31 BP-1 MECHANICAL YARD 148 20 A 1 1.20 0.00 -- BUSSED SPACE 32 33 REC FRONT DESK 110 20 A 1 0.72 0.00 -- BUSSED SPACE 34 35 REC DIRECTOR 124 20 A 1 0.72 0.00 -- BUSSED SPACE 36 37 REC HK DIR. 131 20 A 1 0.72 0.00 -- BUSSED SPACE 38 39 FACP 20 A 1 0.54 0.00 -- BUSSED SPACE 40 41 FACP 20 A 1 1 1 1 0.50 1 0.00 - -- BUSSED SPACE 42 Total Load: 10.3 kVA 9.2 kVA 6.7 kVA Load Classification Connected Load Demand Factor Estimated... Panel Totals RECEPTACLE 8.68 kVA 125.00% 10.85 kVA LTG 0.00 kVA 0.00% 0.00 kVA Total Conn. Load: 25.1 kVA NONCONTINUOUS 2.64 kVA 100.00% 2.64 kVA Total Est. Demand: 27.3 kVA MOTORS 4.80 kVA 100.00% 4.80 kVA Total Conn.: 70 A Total Est. Demand: 176 A LODGING, LLC 52-100, 52-150 SILVERROCKY WAY LA QUINTA, CA 92253 Gensler 225 Broadway Suite 100 San Diego, CA 92101 United States Consulting Engineers, Inc. DEVELOP. DESIGN. DELIVER 1044 PIONEER WAY. SUITE E EL CAJON. CA 92020 TEL: 619.334.6020 Seal / Signature Tel 619.557.2500 Fax 619.557.2520 **) ROWan [IeCrric 2778 LOKER AVE WEST, CARLSBAD, CA 92010 0 (760) 692-0700 THE ELECTRICAL DESIGN IS DEPENDANT ON INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND /OR ROWAN ELECTRIC MAKE NO CLAIMS OF THE ACCURACY OR VALIDITY OF THE INFORMATION PROVIDED BY OTHERS THE DESIGNER, ENGINEER. AND OR ROWAN ELECTRIC DISCLAIMS RESPONSIBILITY FOR ANY OVERSIGHTS, ERRORS, OR OMISSIONS �c�Essio'� -E19124" Exp.06/30/20 F � �FCTR�GP\Q' RBCE JOB #2018-0048 Date Description 2019 10-29 PERMIT SET A 2019 12-13 CD - PERMIT 2ND CYCLE B 2020 02-28 CD - PERMIT 3RD CYCLE / GMP C 2020 05-08 CD - PERMIT 4TH CYCLE D 2020 06-10 CD - PERMIT 5TH CYCLE 1 2020 09-08 ISSUE FOR CONSTRUCTION SET Project Name MONTAGE LA QUINTA - MAIN HOTEL Project Number 55.7598.000 Description EMERGENCY PANEL SCHEDULES Scale N 00 CD CD N CD m rn H 1 E09.104 © 2015 Gensler