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10-1336 (SOL)Bin # Permit # Jb- t�3� Project Address: q-7 7 15 D✓ A e- A. P. Number: • �000 Z d 0 y / Contractor: K e no VGA Sal Address: -75/aI ,7Q City, ST, Zip: P,-`gl IJ e 5-e Telephone: -76?_56�—_%l State Lic. # 9 l 0%36 Arch., Engr., Designer: Address: City, ST, Zip: Telephone: State Lic. #: Name of Contact Person: 7 014 Telephone # of Contact Person: 7 # Submittal Plan Sets Structural Cafes.. Truss Cales. 75tie 24 Cities.. Flood plain plan ea Grading pl Subcontactor List Grant Deed U.O.A. Approval IN HOUSE:- Planning Approval Pub. Wks. Appr School Fees City of La Quinta. 9uiiding ar Safety Dllrision P.O. Box 1504, 78-495 Calle Tampico La Quinta, CA 92253 - (760) 777-7012 Building Permit Application and Tracking Sheet Rot, 'Owner's Name: Coa, h.e 110,VJ1ey go// Cw►�i�7 Address: qS %O I 1404 iv e ST _ 5,4e G City, ST, Zip: 1 h o L? CA - q-2 2 0 Corp. Telephone: 760- 3y7— 3157 A Ave-. Project Description: 9Z2-// So �r �'Y-f sq #: Lod ,•�PerPa 4S � CL D �Z $S--2oZS APPLICANT: DO NOT WRITE B Rec'd TRACIMG Plan Check submitted Reviewed, ready for corrections Called Contact,Penon Plans picked up N Plans resubmitted 2°d Review, ready nutio Called Contact Person Plans picked up QQ (J Plana resubmitted Review, ready c Celled Contact Person Date of permit -issue u 1/o/iiakiee. io k cS ,1t 1,-4vre . -ei!c ays -6� r FvTv RF G/- Construction Type: Occupancy: Project type (circle one): New Add'n Alter Repair Demo Sq. Ft.: # Stories: # Units: Estimated Value of Project: 9 ( 9. o y 7. 00 THIS LINE PERMIT FEES IL Item Plan Check Deposit Plan Cheek'Balanee Construction E Mechanical Electrical Plumbing SM. V Grading �L1 Developer Impact Fee A:I.P.P.: r mac- F� Amount r- 20 Thomas, The plan check fee total for the withdrawn application, number 1:0-1336, came to $22.75. This fee is currently not due. Once the resubmitted application is approvable and ready to issue the previous plan review fees will then be collected. Please bring a separate form of payment for each application. Thanks for coming in today to discuss the remaining corrections, I feel'it was the right choice to withdraw .and resubmit under the 2010 California Building Codes, for both the owner and Renova. Please feel free to contact me with any additional questions. AJ Ortega Building Inspector II City of. La Q.uinta V M Coni ruction is NOT PERMIITFD on th I following Code Holidays: N wYears Day D . Martin Luther King Jr. Day P sident's Day M mortal Day In lependence Day bor Day Ve teran's Day ; Tt anksgiving Day C1 ristmas Day A RE SPECiIOB FEE OF =30 WILL CHARGED IFTHE APPROVED PLAND JOB CARD ARE NOT ON THE RE FOR A SCHEDULED NO EXCEPTIONSI :9UdC�4 r d ii .;, ` :1 COACHELLA VALLEY HOUSING COALITION WOLFF WATERS PLACE SOLAR ENERGY PROJECT Assessor Parcel # 600020041 CONSTRUCTION HOURS _-- - October 1st -Aprff30 Prepared rby: Renova Energy Corp Monday Friday: 7:00 a.m. to 5:30 p.m. Saturday: 8:00 a.m. to 5:00 pxL Sunday: None Government Code Holidays: None May 1st- September 30t6 Monday - Friday: 6:00 a.m. to 7:00 p.In Saturday: 8:00 am. to 5:00 p.m. Sunday: None Government Code Holidays: None 'AN ADEQUATELY SIZED DEBRIS CONTAINEI IS REQUIRED ON THE JOB SITE DURING ALI PHASES OF CONSTRUCTION AND MUST BI EMPTIED AS NECESSARY. FAILURE TO DO S( MAY CAUSE THE CITY TO HAVE THE CONTAINEI DUMPED AT THE EXPENSE OF THE OWNER, CONTRACTOR! VICINITY MAP N WE S DWG. No. INDEX OF DRAWINGS T. 1 TITLE SHEET S. 1 SITE PLAN - HISTORICAL USAGE S. 2 SITE PLAN - CONNECTION VOLTAGE S. 3 SITE PLAN - INVERTER BREAKDOWN S. 4 SITE PLAN - INVERTERS #1,2,3,&l 1 DETAILS S..5 SITE PLAN - INVERTER #4 DETAILS° S. 6 SITE PLAN - INVERTERS #5-6 DETAILS S. 7 SITE PLAN - INVERTERS #7-8 DETAILS S. 8 SITE PLAN - INVERTER #9 DETAILS S. 9 A SITE PLAN - INVERTER.410 DETAILS PT. A S. 9 B SITE PLAN - INVERTER #10 DETAILS PT. B S.10 SITE PLAN -100 KW COMB. BOX DETAILS S. 11 SITE PLAN - 30 KW COMB. BOX DETAILS S. 12 SITE PLAN - TRENCHING PLAN S. 13 SITE PLAN - RAIL & SCREW PLACEMENT S. 14 SITE PLAN - RAIL & MODULE PLACEMENT S. 15 SITE PLAN - CONDUIT PLAN S. 16 SITE PLAN - CONDUI E: 1 ONE LINE - I ERT R # 1 E. 2 ONE LINE I VERTER # 2 - E. 3 ONE LIN - INVERTER # 3 E. 4 ONE LI - INVERTER # 4 .op E. 5 ONE LIN - INVERTER # 5 E. 6 ONE LINEJ INVERTER #'6 . *p E. 7 ONE LIN - INVERTER # 7 p E. 8 ONE LINK.-. INVERTER # 8- 14. opq 1 E. 9-A ONE LIN - INVERTER # 9 PART All-MR2 E. 9-13 ONE LIN - INVERTER # 9 PART B E. 9-C ONE LI - INVERTER # 9 PART C E. 9-D ONE LI - INVERTER # 9 PART D E. 10-A ONE LI - INVERTER # 10 PART A 11.043 E. 10-B ONE LI E - INVERTER # 10 PART B E. 10-C ONE LI - INVERTER # 10 PART C E. 10-13 ONE LI E - INVERTER # 10 PART D E. 11 ONE LIN - ERTER # 11- if .pp� E.12-A ELECTRICAL E. 12-B ELECTRICAL SIGNAGE PART B CITY OFE LA OUINTA BUILDING & SAFETY DEPT. s APPROVED FOR CONSTRUCTION �offE. 1-441 W-192 . I Zee v11 IpaMso* - W"o- is**" THE•CITY OF LA QUINTA BUILDING.B.SAFETY DEPARTMENT USES'THE. 2010 CALIFORNIA BUILDING CODE 2010 CALIFORNIA MECHANICAL CODE . 2010 CALIFORNIA PLUMBING CODE 2010-CALIFORNIA ELECTRICAL CODE:(NEC 2008) 2010 CALIFORNIA ENERGY".CODE r— • ALL URDERGROOUND'MCTRICAL CONDUIT -WILL SE-SCHED-40 PVC.- • ALL ABOVEGROUND ELECTRICAL CONDUIT WILL BE EMT.. ' ALL DC ARRAY GROUNDING THRU EQUIPMENT GROUND BONDINGWIRE IN CONDUITS. -,,- kivw►-r IRAs 4 I, I LA QUINTA MUNICIPAL CODE CONSTRUCTION HOURS DAYS OCTOBER 1-APRIL 30 MAY 1-SEPTEMBER 30 MONDAY -FRIDAY 7:00 a.m.-5:30 p.m. 6:00 a.m: 7:00 p.m. SATURDAY 8:00 a.m.:5:00 p.m. 8:00 a.m: 5-.00 P.M. SUNDAY None None HOLIDAYS None None HOLIDAY WORK SCHEDULES NO CONSTRUCTION' ACTIVITIES ARE PERMITTED ON THE.FOLLOWING HOLIDAYS: NEW YEAR'S DAY (JANUARY 1) DR. MARTIN LUTHER KING JR. DAY (THIRD MONDAY IN JANUARY) PRESIDENTS DAY (THIRD MONDAY IN FEBRUARY) MEMORIAL DAY (LAST MONDAY IN MAY) INDEPENDENCE'DAY (JULY 4) LABOR DAY (FIRST MONDAY IN SEPTEMBER) VETERAN'S DAY (NOVEMBER 11) THANKSGIVING (FOURTH THURSDAY IN NOVEMBER) CHRISTMAS DAY (DECEMBER 25) O 0) ocm, N ow a �° 1 vc��m :5w (D o �� �so 0> If - coo E a, a c E of M a) CN C E CV CD a� U � C IU CU Q ♦J. C. EL LO CU 2 a. De La Torre Checked By: Thomas Hall Date Drawn: 01 /13/2011 Revision No. 3 Sheet No. TITLE SHEET • a Vsy CA eT MIA, ao iw Z W FO 1, 0 (640) Suntech STP270-24Vd modules ( V Powered 100 kW Inverter (1) PV Powered 30 kW Inverter (2) Solectria �F�l��50�0w Inverter H: 1.593 kW AC .S 10 wt tl 7 CP7 78'- o U62 kWhU-EEkW' D AC J E: 143,653 kWh 100.44 kW -DC CP4 CP3. 24 modules 1 224 �i (1) Fronius 11.4 kW Inverter (1) Solectria PVI 3000 Inverter �olectria PVI 5000 Inverter (4) MA 3000w Inverter CP 2 36 modu CP 15 36 modules 2000's s 40 kW E: 1 12 kWh 1 kW DO kW AC 9000's DUNE PALMS ROAD E 4&594 kWh 32.4 kW DC 27.60, kW AC zn 1000' m CP 16 �v ft w Q� rp p cM �UC�� �w0 01 M 8, ccoo E aM. E M � N N U E a04 Cu 0Q CD WCU w Q E U.)•:� Z V Cu > 't a Drawn By: M.D. Checked By: T.H: Date Drawn: 01/07/2011 Revision No. 2 Total Size of System:. 72.8 kW DC Sheet No. 150.34 kW AC S. 1 (640) untech STP270-24Vd modules ffl-P-V Powered 100 kW Inverter (1 PV Powered 30 kW Inverter (2) Solectria PVI 2500w Inverter 1.593 kW AC SUUU'S w IN V 3 E .# E: 3,862 kWh E 2.7 kW D N 2. AC 6000's 'O CP E- M modules 7 INV TER 0 rj SM 3000 E: 3 62 k E 2.33 .70 kkWDAC 7000 s v \ 1 48 modules 1 124 modules I (1) Fronius 11.4 kW Inverter (1) Solectria PVI 3000 Inverter olectria PVI 5000 Inverter (4) MA 3000w Inverter CP 3 CP 2 24 modules 36 modules odul mo_ldules' CP 1 INVERTER 7 u lectria 3000 s3 4659 kW ,24 kW_DC 2.819 kW AC 00's INV EF F s1 E: 12 M 1 kW I kV INVERTER # 10 PV Powered 100kW E: 143,653 kWh 100.44 kW DC 86.932 kW AC 9000's 8000's CiEN I A 3000 Sc : 3,862 2kWh kW A 24 modules 10 CP 11 C DUNE PALMS ROAD f�1000' CP 15 PV Powered 1 m co 25 50 75 0 100 ft 4T Q� M pccNM a,UCC7), Q1 >,cu Q � c j N L of M cco E 05 Ir a c1+ � c E M V E N Ic0 04 M �U Q w CU z tt--0)a Y / •� ts 0) o O �j � t0 J a Drawn By: M.D. Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. S.2 2 H 0� W Z W (640) Suntech STP270-24Vd modules (1) PV Powered 100 kW Inverter (1 Powered 30 kW Inverter (2) Solectria PVI 2500w Inverter Solectria 5000's I # CP 7 NV o. 3 4E: v N ) 48 modules INVERTER # 10 PV Powered 100kW :�1 FC ER* (1) Fronius 11.4 kW Inverter (1) Solectria PVI 3000 Inverter (1) Solectria PVI 5000 Inverter ((4))SMA 3000w Inverter CP 3 CP2 24 modules 36 modules w m ule moldules CP 1 0 ... . CID 1 INVERTER 7 Ln lectria P 3000 000'S INV ER # 8' F s11.4� 9000's DUNE PALMS ROAD w-� �1000' CP 15 36 modules 2000'S INVERTER # PV Powered I cP 16 E CID 1 i 50 75 �v otal Size of SysterrK. 172.8 kW DC 150.34 kW AC w O 0) m Q0 t0 pNNM W�N0, ocp cr-coEt� ` OfL6 c Y M � V � N Ito CCL � �U Q E LA C Z ) 0) V 02 >>� > '~ (O J n 1 Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. S.3 vault. W Bldg #8100 inverter 100 Amp House Panel (10 modules) 240'Volt 30 Amp AC Disconnect Lockable 240 Volts SMA 3000 Inverter 240 Volt 1) 2" conduit I nvert( 100 Amp House, Panel a, 240 fu o Gi >1 Q� 3 e-C N 30 Amp AC Disconnect Lockable 240 Volt Bldg `d c N M ` �c Q _ #8400 kiii°'0" Solectria PVI 5000 Inverter 240 Volt °J W y 20 � � �� � In e r 1 c cCo E� W a c (18 modules) E Bldg #8200 100 Amp House Panel 240 Volt SMA 3000 Inverter 240 Volt \ 2" condi 30 Amp AC Disconnect —.* Lockable 240 Volts (1) 2" II i 100 Amp House Panel r 240 Volt I 30 Amp AC Disconnect Lockable!240 Volts ofectria 240 Volt PVI OMM sh, 0 L, W U M FOR CONSTRUCTION (7 modules)' CICL#8300 c� 0 V E N C 13- Q c U ID E Z '— ._ � Q � ti P-- V J a I M.D. Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. SA Inverter #1,2;3 &11 ve a Disconnect S MA 3000 Inverter 240 Volt 30 Arno AC Disconnect Lockable 240 Volts 100 mp Houso Panel 240 Volt , r #4 (10 modules) Bldg #7200 CITY OF BUILDING A P LA QUINTA SAFETY DEPT. IOVED STRUCTION ✓ I Al p II a v— v— O Q� to `0 cca N c a+U r 4ma- a`, rn`� U ccl atja t!'20 A � W 3 CO °cameo E Y 1a E -a M 0 V p N COL c CaML.- Q (DU �pC13 E c z 0cy iti Q d' J a Drawn By: M.D. Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 heet No.. S.5 Inverter #4 r r 100 Amp House Panel 240 Volt 30 Amp Bldg #3200 Solectria PVI 3000 Inverter 240 Volt Volts Inverter #7 L128 4 5 Combiner Box #10 12. 12. 12. 12.8 5 Strings 64 Amps Total: 64Amps, to Inverter 11 ' • :", 2 587 Volt ,slag #3so bye 50 modules)( 200 p Main 240 Volt 1.4 60 Amp AC Disconnect Lockable 240 Volts T v o di Qm 3 &r- cN r W4)N- 0 3 >2pti cameo JX� �: Ia r .0. co 0 U E N CU M L �U CUo E Z0� LO 2 ti J a rIT44CF LA QUINTA Drawn By:. UILDING & SAFETY DEI M.D. APPROVED Checked . FOR CONSTRUCTIO T:H Date Drawn: 01 /07/2011 BY Revision No. 2 Sheet No. S.7 Inverter #7&8 4-0 75 Disconnect See detail S.11 for Combiner Box Details V ♦ 1°a 8 a2525 CU E 2 K Cn N_ O. C C - - O r .G � E � O s ® m N CITY O L -' UILDING S FETY DEPT. �� V FOR C NSTR ION DATE BY n w N M . 0 4) >, > M ate. M 0 NM - ;,, V c 0) rn>.coa d, -00 � d' LU n 3 >� c coo E �► m Q, L C Y f0 J c i W M N U CU CUrn �Q U W � w 0 /U ':3 E Ln Z (M [ 7 a) >: I- Cu ' > J a. Drawn By- .M.D. Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. S.8 Inverter # 9 12-Std Vault Combiner x vault I " vau vau Ys To S —, S.9 See Detail S.10 For Combiner Box Details M- 0 fffer, Bldg #9400 'rWW"°`' Zoe vac Iftiml DC Doom zoe vdc =VCR P� Inverter #10 (372 modules) 400 Amp AC nett WCW18 eVdls i ult See One Line F Disconnect Det,; Y OF;DEP NTA JILDI & AF.AP D FOR C NSTRION Disconnect rU C 10, > M3. QCO i,Ua)0M v tom) U L 00 do WD OU) >��� ccooE~ mac, a CM � N U � aCUCD L �U (D c � � c � E LO Z�� J a Drawn By M.D. Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. S.9 A Inverter #10 VaUI Box Ult powered1OOkW / Inverter 208 Volt Internal OC Disconn 400 Amp AG 1 vault soonnect ro a, w r > Bldg #9400 c M QCO t0 0 C-4 >+U Amp 400 208 � Main Inverter c�� � U c c � (372 modules) L :5 c in � N M � (D Oc- ti Volts C COD aJ �� L Breaker M � U E N CN Q (DU �:3cu E L1j z 0) (y ts O cu Q a Drawn By: M.D. Checked By; T.,.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. S.9 B Inverter #10 .. r 1 2 3 4 12 812.8 $:4 153} T tal:217 Amps' _J- Combiner Box #3 10 4 Strings 217 Amps to Inverter E. �r N See Sheet. E.10-C For Conduits r EN 1 2 3 4 12.812. 12. 12.8 Total:51.2 Imps. 31415 101 Amps Combiner Box #1 12 Strings 153 Amps to Combiner Box #3 1 2 1 3 1 4 5 6 1 7 8 9 10 11 12 2.812.812.812.812.812.812-81.2.812. 12.812.812.1 Total: 153 Amps 48 modules 24 modules 24 modules 1 1 36 module S r•-. i �_ q( � N o i j Combiner Box #4 ],5 Strings j L :� � 179 Amps c to Inverter E r i Combiner Box 47 12.812.812.8 48 modules 3 Strings 10' 38.4 Amps r--, -Total: 38.4'-Am e_ to Combiner Box'#6 Combiner Box #5 o -; /6 Strings f E {� ._. _ _ ll — ti f' 1 74.4Amps- , N - ��-- CITY F LA QUINTA _to,tComt�nr Box#4 _ 12 1s UILDIN &SAFETY ©EPT. l 5 Strings i� Box #6 1 � 24 modules 62Wmps R 01rV E D to ,Combiner Box. O CONSTRUCTION 1 2. 3 4 5 DATE BY Total: 89.6 Amps, DUNE PALMS ROAD o ai M Qo 3 &C N >'oa�i�M m c c tmto N W:g't O 1_W 0D y� dC c°coE� CC a `•� M VCo N E C CU QCU. � U.)...., i` z_0)Cy ts O N- > J Drawn By: ,r-l�. M.D. Checked By: T.H. Date Drawn: 01/07/2011 Revision No. 2 Sheet No. S.10 Combiner j Combiner Box #4 ],5 Strings j L :� � 179 Amps c to Inverter E r i Combiner Box 47 12.812.812.8 48 modules 3 Strings 10' 38.4 Amps r--, -Total: 38.4'-Am e_ to Combiner Box'#6 Combiner Box #5 o -; /6 Strings f E {� ._. _ _ ll — ti f' 1 74.4Amps- , N - ��-- CITY F LA QUINTA _to,tComt�nr Box#4 _ 12 1s UILDIN &SAFETY ©EPT. l 5 Strings i� Box #6 1 � 24 modules 62Wmps R 01rV E D to ,Combiner Box. O CONSTRUCTION 1 2. 3 4 5 DATE BY Total: 89.6 Amps, DUNE PALMS ROAD o ai M Qo 3 &C N >'oa�i�M m c c tmto N W:g't O 1_W 0D y� dC c°coE� CC a `•� M VCo N E C CU QCU. � U.)...., i` z_0)Cy ts O N- > J Drawn By: ,r-l�. M.D. Checked By: T.H. Date Drawn: 01/07/2011 Revision No. 2 Sheet No. S.10 Combiner o ai M Qo 3 &C N >'oa�i�M m c c tmto N W:g't O 1_W 0D y� dC c°coE� CC a `•� M VCo N E C CU QCU. � U.)...., i` z_0)Cy ts O N- > J Drawn By: ,r-l�. M.D. Checked By: T.H. Date Drawn: 01/07/2011 Revision No. 2 Sheet No. S.10 Combiner Date Drawn: 01/07/2011 Revision No. 2 Sheet No. S.10 Combiner 1 1 2 3 12.812.812.8 Total: 38.4 Amps Combiner Box #8 3 Strings 38.4 Amps to Combiner Box #9 000000�0 Total: 128 Amps 48 modules 36 modules Combiner Box #9 8 Strings 128 Amps \ to Inverter to W 75 -a 0 co Cn cl BUI DATE ING & SAFETY DEPT. R CONSTRUCTION BY im 7-1 17 o > � A �®M .N ® Ua0)M OL m �a Q ar .rnt ljv E co>�c t 0 c— EEO cco LO a s W M (D N U � CU 13- M Q (DU CU Q CU E Ln/�y. Z � V a Drawn By: M.D. Checked By: T.H. Date Drawn: 01/07/2011 Revision No. 2 Sheet No., Sol Combiner Box Layout a w i_ 00 It W r to If 5000's 7000's I 3000's �f l�Pt 9000's DUNE PALMS. ROAD 0000' 2000's 25 50 75 0 100 R —3" Existing Conduit --Asphalt Trenching: 145 ft —Sail Trenching: 1900 ft —Concrete Trenching: 76 ft 0 w o ai a'm 0 m NNM OA m C O` V d W'0 d LO M (DO O CG E� Q� ti 0_ C X .o IX M U E N CC � m L �U Q �0CC c E to _c z m. 4-- 75 0) ti CY a ti tU J WD.. Checked By: T.H. Date Drawn: 01/07/2011 Revision No. 2 Sheet No. S.12 Trenching Rail Placement in Valley of Corrugated Roofing Prok sMonal Solar Rai(2" inch deep) ScrewScrew Placement(2 every 4' purlin with washer) c rn c Renova,Energy Corp 75-181 Mediterranean Ave. Palm.Desert, CN92211 0 REVISION. Renova Energy Corp. 75-181 Medk Ave. Pe►m Deser M A REVISION DATE: Ssl4 E CPS M Inverter ff 6 j C 1 I I 5000's 1 f B CP 7 I; Inverter N 5 E c`ry I ! PV05 7000's PV03 PV02 -- LFS-- L -- P7l--- —LF3 % CP 2 46 morlu e 1, modules 24 modules � 36 rnodu es PV01 mule 2 'CP '1 4 0 `s ' PV1 CB, Invert 117 PV 13 i 4 ''��J 00's Invo e 8 Inverter 10 9000's J L� nve;rter t# 3 17tIn r 8000's i� IV08 1 PV 1 ���� CP 13- 0 '0 m 1 '' Inv er#4 � c 1 c ~ 1------------J a; 24 rYtodk e8 CB 6 % nlk inn CP 11 »1 DUNE PALMS ROAD Ln� �1000' CP 15 36 rrouules 2000's Inverter it 9 PV14 m CP 17 T to K> 1 2 �r 25 50 75 0 o 4i Q" m 0 04 Cn A(.) 4) 0 - -00 E di�ti d E. I<k M N V aCO (3) a. Q �U � Q CU �L�� cEa z 47-75 C� CU Drawn By:. M.D. Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. S.15 ru o > ry Q e-C N �,� a �M 0 9 ,LuQA m a9 tco0o Cw 00) 00 u 3 >mcow °1 coo L a °E 350 CONDUIT SCHEDULE M O Cl) N V FL Cu M Q �U O 0 C E � ._ z.�CY O� O J a Drawn By: M.D. Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. S.16 CONDUIT AND CABLE/WIRE SCHEDULE CONDUIT VOLTAGE CONDUIT 8� CABLENVIRE RUN ID PHASE OR SERVICE OR CONDUIT SIGNAL -TYPE APPLICATION FROM VIA TO SIZE &TYPE CONDUCTOR SIZE NUMBER PV01 600 VDC POWER CP1 UG CONDUIT CP2 3" SCHED 40 PVC (2) #4 THWN-2 8� (1) # 8GND PV02 600 VDC POWER CP 2, 3, 4 UG CONDUIT CB1 3" SCHED 40 PVC (24) #4 THWN-2 8� (1) # 8GND PV03 600 VDC POWER CB1 UG CONDUIT CB3 3" SCHED 40 PVC �&)(1) # 6 GND PV04 600 VDC POWER CB2 UG CONDUIT CB3 3" SCHED 40 PVC (2)1/0 THWN-2 8�(1)#8GND PV05 600 VDC POWER CB3 UG CONDUIT V1 3" SCHED 40 PVC (2) 400 KCMIL 8� (1) # 4 GND PV06 600 VDC POWER CB4 UG CONDUIT V1 3" SCHED 40 PVC (2) 400 KCMIL 8� (1) # 4 GND PV07 600 VDC POWER CB5 UG CONDUIT CB4 3" SCHED 40 PVC (2) 1/0 THWN-2 & (1) # 8GND PVOS _ 600 VDC POWER CB6 UG CONDUIT CB4 3" SCHED 40 PVC (2) 4/0 THWN-2 � (1) # 8GND PV09 600 VDC POWER CB7 UG CONDUIT CB6 3" SCHED 40 PVC (2) #4 THWN-2 8� (1) # 8GND PV10 600 VDC POWER CP13 UG CONDUIT INVERTER #3 2" SCHED 40 PVC (2) #8 THWN 2 8� (1) # 8GND PV11-A 600 VDC POWER CP13 UG CONDUIT INVERTER # 1, 2 2" SCHED 40 PVC (4) #8 THWN-2 8� (1) # 8GND PV11-B 600 VDC POWER CP12 UG CONDUIT -CB7 3" SCHED 40 PVC (2) #4 THWN-2 & (1) # 8GND PV12 600 VDC POWER V1 UG CONDUIT INVERTER #10 3" SCHED 40 PVC (4) 400 THWN-2 8� (1) # 4 GND PV13 6.00 VDC POWER CB10 UG CONDUIT INVERTER # 8 1.25"SCHED 40 PVC - (2) #4 THWN-2 &(1)#8GND. PV14 600 VDC POWER CB8 UG CONDUIT CB9 3" SCHED 40 PVC (2) 2/0 THWN-2 & (1) # 8GND PV15 600 VDC POWER. Cgg UG CONDUIT INVERTER #9 3" SCHED 40 PVC (2) 2/U THWN-2 & (1) # 8GND PV16 600 VDC POWER CP12 UG CONDUIT INVERTER #11 2" .SCHED 40 PVC (4) #6 THWN 2 &(1)#8GND PV17 600 VDC POWER CP1 UG CONDUIT INVERTER #7 1"SCHED 40 -PVC (2) #8 THWN-2 8�(1)#8 N f INVERTER N System Size = (1 String of 7 modules) N PV source circuit 7 modules in series To Main- 400 Amp Multi - Metering Panel M Meter #: 1 B4SR-138288 1 Phase, 120/240 V (1) 20 Amp 2 pole breaker in main panel as Solar system disconnect. Accessible House Subpanel 100 Amp 240 Volt AC Buss 100 Amp War Ground — +GEC # 10 USE-2 Pv+ Pv- EG Typical Roof J-box DC Disconnect Mounted on structure at readily accessible location 600 VDC rated PV ARRAY Qty (7) Suntech STP270-24Vd 270 watt modules 44.5 Volts / 8.20 Amps Qty (1) Solectria PVI 2500 2500 Watt Inverter / 240 Volts 2" Sched 40 PVC (2) #8 THWN-2 (1) #8 THWN-2 Grid 820.Amps each circuit X 1.56 = 12.79 Amps U f4:; C=7x44:5=15Fuse Rating 311.5 x 123° F) per NEC 690.7 = 348.9 Volts DC 15Amps gs per Inverter max = (2) #8 THWN-2 AWG Wire (1) #8 THWW2 Ground #8 AWG=THWN-2 de -rated to 82%(temp 50° @ 90° rating [underground]) =45.1 Amps DC Fused at 15 Amps each circuit located at inverter Located 8FT. from House Subpanel 30 Amp 240 Volt, AC Knife Switch Disconnect SQUARE-D DU221 RB Wires combine with Inverter #2, de -rate to 80% for 4-6 current carrying conductors in a conduit 45.1 Amps DC x .80 = 36.1 Amps DC EMT 3/" EMT (2) #10 THWN-2 (1) #10 THWN-2 Neutral (1) #8 Ground CITY OF LA QUINTA BUILDING & SAFETY DEPT. APPROVED FOR CONSTRUCTION DATE BY, Outdoor Indoor DC Solectria PVI 25.00 Disconnect inverter Integrated in Located next to main panel Inverter AC DC 600 VDC rated Fuse Rating = 1 J6rrAna ra 204 �U m rn �► W � m 0 3 0�� co L6 c u7 a 'a.of M LO to V N' ICU M I- Q a� U N ICU C :3 ICU Q O Iti ICU a` 'ql� J Drawn By: M.D. . -1. T.H. 01 /13/2011 3 E.1 INVERTER #2 System Size 2.337 kW (1 String of 10 modules) PV source circuit 10 modules in series o Main- 400 Amp Multi - Metering Panel Meter #: 1 B4SR-138319 1 Phase, 120/240 V # 10 USE-2. Pv+ Pv- EG Typical Roof J-box DC Disconnect Mounted on structure at readily accessible location 600 VDC rated PV ARRAY Qty 0 0) Suntech STP270-24Vd 270 watt modules 44.5 Volts / 8.20 Amps Qty (1) SMA Sunny Boy 3000US 3000 Watt Inverter / 240 Volts 2" Sched 40 PVC (2) #8 THWN-2 (1) #8 THW 2 Grid 8.20 Amps each circuit X 1.56 = 12.79' AZcp'sz" 7t Ita a DC = 1 = V It 45 x 1.12 (Temp31 to.23° F [per NEC 69 .7 = 49 olts Fuse Rating 1 (Strings) per Inve er max = = 15Amps (2) #8 THWN-2 AWG Wire (1) #8 THWN-2 Ground #8 AWG-THWN-2 de -rated to 82%(ambient temp 50` @ 90° rating[underground]) =45.1 Amps DC Fused at 15 Amps each circuit located at inverter Wires combine with Inverter #1, de -rate to 80% for 4-6 current. carrying conductors in a conduit 45.1 Amps DC x .80 = 36.1 Amps DC EMT Outdoor Indoor DC M 3/4" EMT SMA Sunny Boy 30QOUS Disconnect (2) #10 THWN-2 inverter Integrated in OsSblarsyste (1) #10`THWN-2 Neutral Located next to main panel Inverter a , Located 8f=T. from House Subpanel (1) #8 Ground AC ible 600 VDC IL ZZ rated House Subpanel 100 Amp 240 Volt AC Buss 100 Amp War Ground +GEC 30A 30 Amp 240 Volt AC Knife Switch Disconnect SQUARE-D DU221 RB BUILDING & SAFETY DE APPROVED FOR CONSTRUCTIOI DATE BY DC Fuse Fating 5 m 0 Ea'C O M rn 3Mm y � oho M c L6 a F- is 'a M V u7 E N � � Q a� U ICU ICU 4-0 C E z 3 � 0)/3 O � Ca a 3: 1-J. M.D. T.H. Date Drawn: 01 /13/2011 3 E.2 INVERTER #3 cam, 0610 System Size = 2.337 kW jq[j.�l (1 String of 10 modules) PV source circuit 10 modules in series To Main- 400 Amp Multi - Metering Panel M Meter#: 184SR-138277 1 Phase, 120/240 V (1) 20 Amp 2 pole breaker in house panel as Solarsystem disconnect. Accessible House Subpanel 100 Amp 240 Volt. AC Buss 100 Amp UUfer Ground +GEC # 10 USE-2 W+ Pv- EG Typical Roof J-box DC Disconnect Mounted on structure at readily accessible location 600 VDC rated PV ARRAY Qty 0 0) Suntech STP270-24Vd 270 watt modules 44.5 Volts / 8.20 Amps Qty (1) SMA Sunny Boy 3000US 3000 Watt Inverter / 240 Volts 2" Sched 40 PVC (2) #8 THWN-2 (1.) #8 THWN-2 Gnd Fuse Rating 8.20 Amps each circuit X 1.56 = 1.2.79 Amp Voltage DC = x 4. 5 Volts DC = 15Amps 445 x 1,.12 (Temp 31 In 23T) [per NEC 690. = 498.4 Volts C (Strings) per Inve er max = Outdoor (2) #8 THWW2 AWG Wire (1) #8 THWN-2 Ground #8 AWG-THWN-2 de -rated to 82%o(ambient temp 500 @ 900 rating [underground]) =45.1 Amps DC Indoor Fused at 15 Amps each circuit located at inverter Located next to House Subpanel 30A 30 Amp 240 Volt AC Knife Switch Disconnect SQUARE-D DU221 RB 3/." EMT (2) #10 THWN-2. (1) #10 THWN-2 Neutral (1) #8 Ground UILDING & SAFETY DEF APPROVED .FOR CONSTRUCTION DATE BY EMT DC SMA Sunny Boy 3000US Disconnect inverter Integrated in Located next to main panel Inverter AC 600 VDC rated 1 _ L DC Rating > o 106c 4 r 0 41w m N C C E cm L6 c0 '0 M LO U E N CC � t--- � 0) Q a� U N CU C CU ioL0�� z 4-- CD Cy Q O� ti 03 a >q1t_J Lug .,, ,...,��.. , . T.H. Date Drawn: 01 /13/2011 3 E.3 INTVERTER #4 System Size = 2.337 kW (1 String of'! 0 modules) PV source circuit 10 modules in series To Main- 400 Amp Multi - Metering Panel , Meter #: 1 B4SR-138799 1 Phase, 120/240 V # 10 USE-2 Pv+ Pv- EG Typical Roof J-box DC Disconnect Mounted on structure at readily accessible location 600 VDC rated PV ARRAY Qty 0 0) Suntech STP270-24Vd 270 watt modules 44.5 Volts / 8.20 Amps Qty (1) SMA Sunny Boy 3000US 3000 Watt Inverter / 240 Volts 1" Sched 4.0 PVC (2) #8 THWN-2 (1) #8 THWN=2 Grid Fuse Rating 8.20 Amps each circuit X 1.56 = 12.79 Amps _ 15Amps Voltage DC = 10 x 44.5 = 445 Volts D 5 x 1.12 emp 31 °to 23°F) [per NEC 690.71=498.4 1 (Strings) per Inverter max = (2) #8 THWN-2 AWG Wire (1) #8 THWN-2 Ground ##8 AWG-THWN-2 de -rated to 82%o(ambient temp 50" @ 900 rating [undergound]) =45.1 Amps DC Fused at 15 Amps each circuit located at inverter e6,:, 14te EMT Outdoor Indoor DC M 3/" EMT SMA Sunny Boy 3000US Disconnect (2) #10 THWN-2 inverter Integrated in (1) 20 Amp 2 pole (1) °#10 THWN-2 Neutral Located next to main panel Inverter breaker in house panel Located 8FT from House Subpanel (1) #8 Ground AC as Solarsystem disconnect. Accessible 600 VDC rated 0 0 30A CITY OF LA QUIN A o0 BUILDING & SAFETY D PT. C - 3o Amp APPROVE . 240 Volt AC DC � e Knife Switch FOR CONSTRUCTIO F e Rating House Subpanel Disconnect 5 ps 100 Amp 240 Volt AC War Ground SQUARE-D DATE BY Buss 100 Amp — - +GEC DU221 RB ra o ELI (0 "".V g rn 0 � g a �;T�iU 'm �+Wig C roco4)y oho �00E a� .�T-Co C ,c, a Y a E � M a) u7 N cc Cn a)cu U m C z_ 0 >>O Ill.- J n`�. M.D. Checked By: T.H. 01/13/2011 Revision No. 3 E.4 .. INVERTER #5 System Size = 2.337 kW �` (1 String of 10 modules) �. . �0 # 10 USE-2 PV source circuit Pv+ 10 modules in series Pv- EG Typical To Main- 400 Amp Multi - Metering Panel M Meter#: 1 B4SR-137986 1 Phase, 120/240 V (1) 20 Amp 2 pole breaker in house panel. as Solarsystem disconnect. Accessible House Subpanel 100 Amp 240 Volt AC Buss 100 Amp �UferGround +GEC Roof J-box DC Disconnect Mounted on structure at readily accessible location 600 VDC rated PV ARRAY Qty (10) Suntech STP270-24Vd 270 watt modules 44.5 Volts / 8.20 Amps Qty (1) SMA Sunny Boy 3000US 3000 Watt Inverter / 240 Volts 2" Sched 40 PVC (2) #8 THWN-2 (1) #8 THWN-2 Gnd 8.20 Amps each circuit X 1.56 = 12.79 Amps 7t Volta e = 10 x 44.5 = 445 Volts DC 45 x 1.12 Temp 31° to 23°C er NEC 690.7 =4 8. Volts [ Fuse Rating 1 (Strings) per Inverter max = = 15Amps (2) #8 THWN-2 AWG Wire (1) #8 THWN-2 Ground #8 AWG-THWN-2 de -rated to 82%(ambient temp 500 @ 900 rating[underground]) =45.1 Amps DC 45.1 Amps de -rated to 80% (4-6 current carrying conductors) [per NEC 310.15(B)(2)(a)] = 36.1 Amps DC Fused. at 15 Amps each circuit located at inverter Located 8FT. from House Subpanel 30A 30 Amp 240 Volt AC Knife Switch Disconnect SQUARE-D DU221 RB 3/4" EMT (2) #10 THWN-2 (1) #10 THWN-2 Neutral (1) #8 Ground BUILDING & SAFETY DE APPROVED FOR CONSTRUCTIOI DATE BY Outdoor Indoor EMT DC SMA Sunny Boy 3000US Disconnect inverter Integrated in Located next to main panel Inverter AC 600 VDC rated r. DC se Rating 1 mps 0 N i.V m� CM � U c� CD aW."—o y N N 0 m C 3o2 9 a E 'a M V D7 N ccM E �U CU E z 0 ti cc a qqt J Drawn By: M.D. T.H.. 01 /13/2011 3 E.5 ,n INVERTER #6 PV ARRAY a System Size =1.870 kW � I N a ¢ (D modules) Qty (7) Suntech STP270-24Vd ;,0 t 270 watt modules (1 String of 7 mod ) �, mac¢ r<�_ to; m 44.5 Volts / 8.20 Amps 41 W y ,a W 300�0 PV source circuit Pv° USE-2 Dc Qty (1) Solectria PVI 2500 ° � a d � � co 7 modules in series EG Disconnect 2500 Watt I nverter / 240 Volts EG ~ Typical Mounted on I: structure at readily accessible I AN 0-&,sa en 0%1f� To Main- 400 Amp Multi - Metering Panel -House 'Subpanel 1.00 Amp 240 Volt AC Buss 100 Amp Fuse Rating = 15Amps (2) #8 THWN-2 AWG Wire (1) #8 THWN-2 Ground #8 AWG-THWN-2 de -rated to 82%(ambient temp 500 @ 90° rating[undergound]) =45.1 Amps DC M LO U CDN M - � ^� (D U W M Q CU LO T�. V ) By: M.D. INVERTER #7 System Size = 2.819 kW (1 String of 12 modules) PV source circuit 12 modules in series To Main- 400 Amp Multi - Metering Panel M Meter #: 1 B4SR-133099 1 Phase, 120/240 V (1) 20 Amp 2 pole breaker in house panel as Solar system disconnect. Accessible House Subpanel 100 Amp 240 Volt AC Buss 1.00 Amp War Ground +GEC # 10 USE-2 Pv+ Pv- EG Typical Roof J-box DC Disconnect Mounted on structure at readily accessible location 600 VDC rated PV ARRAY Qty (12) Suntech STP270-24Vd 270 watt modules 44.5 Volts / 8.20 Amps Qty (1) Solectria PVI.3000 3000 Watt Inverter / 240 Volts 1" Sched 40 PVC (2) #8 THWN-2 (1) #8 THWN-2 Grid Fuse Rating 8.20 Amps each circuit X 1.56 = 12.79 Amp; 15Amps Voltage DC = 12x 44 5 = 534 Volts DC 34 x 1.12 (Tempe 1 0 °F [per NEC 690.7] = 598 Located 8FT. From House Subpanel 30A 30 Amp 240 Volt AC Knife Switch Disconnect SQUARE-D DU221 RB rings) per Inve . er max = (2) #8 THWN-2 AWG Wire (1) #8 THWN-2 Ground #8 AWG-THWN-2 de -rated to 82%(ambient temp 50° @ 90° rating [underground]) =45.1 Amps DC Fused at 15 Amps each circuit located at inverter EMT Outdoor Indoor DC 3�4" EMT Solectria PVI 3000 Disconnect (2) #10 THWN-2 inverter Integrated .in (1) #10 THWN-2 Neutral Located next to main panel Inverter (1) #8 Ground AC 600 VDC ZZ rated NLDING & SAFETY DEPT. APPROVED DC FOR CONSTRUCTION I Fuse =15 DATE BY ru o �- 0 r N U W rn ;?^bra �a)m wW N C t ono —E Cmco . �o E M N Cn LO N C - 0 � CL CD U ICU CU E ca z ;�j p0 Cy o >0 � (U a > J Drawn By: M.D. T.H. Date Drawn: 01 /13/2011 3 E.7 INVERTER 0 System Size=11.746 kW (5 Strings of 10 modules) Lpf�)k$') PV source circuit # 10 USE-2 Pv+ 10 modules in series Pv- EG Typical nbiner- box To Main- 400 Multi - Metering Panel Meter #: 194SR-138817 1 Phase, 120/240 V M (1) 60 Amp 2 pole breaker in main panel as Solar system disconnect. Accessible DC Disconnect Mounted on structure at readily accessible 600 VDC rated Fuse Rating = 15Amps Located next .to panel PV ARRAY Qty (50) Suntech STP270-24Vd 270 watt modules 44.5 Volts / 8.20 Amps Qty (1) Fronius IG Plus 11.4-1-240 volt 11,400 Watt Inverter / 240 Volts o I e e� 60 Amp Panel 240 Volt AC Knife Switch lfa+GEC 175Amp (changed r G Disconnect Mounted Next to from 200 Amp Mai — House Subpanel Ireaker) 240 Vold, C SQUARE-D \ Buss 200 A DU222RB 1.25" Schad 40 PVC (2) #4 THWN-2 (1) #8 THWN-2 Gnd ��eratds 1-.25" EMT (2) #4 THWN-2 (1) #8 THWN-2 Gnd Y V VA DJ CAS IM ftU*W&* 2 Amps each circuit X 1.56 = 12.79 Am s Islam 1*4 (401%* Sul 12.79 Amps x 5 circuits = 64 Amps Total�N� Voltage DC 10 x 44..5 = 445 Volts DC 15 x 1.12 (Temp 31 °to 23°F)[per NEC 690 7 =498.4 Volts E S WN-2 AWG Wire (1) #8 THWN-2 Ground #4 AWG-THWN-2 de -rated to 76%(ambient temp 750 @ 900 rating[above ground]) =72.2 Amps DC Fused. at 1.5 Amps each circuit located at inverter 1" EMT Fronius IG Plus 11.4-1-240 volt (3) #4. THWN-2 inverter (1) #8 THWN-2 Gnd Located next to main panel AC CITY OF LA QUIN BUILDING & SAFETY DE T. APPROVED DC FOR CONSTRUCTIO DATE BY Outdoor L Indoor EMT DC Disconnect Integrated in Inverter 600 VDC rated Fuse = 1.5 ra.a G; :sQ� > N rn 0 d. W C 3:o m o 3 c� AM 9 C — E 40 W, CA c 'n a E -0 co LO co 04 V co CD ILL CU L- a) U CD C I z M O If` J a d' Drawn By: M.D. - -1. T.H. Date Drawn: 01/13/2011 3 INVERTER #9 8.20 AMPS PER CIRCUIT X 1:56= 12.79 AMPS PER CIRCUIT a System Size = 27.309 kW 10 STRINGS X 12.79 AMPS PER CIRCUIT = 127.9 AMPS3:2- � Q � (10 Strings of 12 modules) "-" ` _ - 9) -534 VOLTS X 1.12 (TEMP 31-23 DEG. F) PER NEC 690.7= 598 VOLTS DC o+ >,L Q EV t� m 400 AMP BUSS * 0:� W l 208V EXISTING MAIN DISTRIBUTION PANEL a�i 304WC EXISTING METER #: 5Y313KS-1 LINE SIDE CONNECTION BETWEEN THE REVENUE > p C� E' W. UTILITY METER 3 PHASE, 120/208 V 4W GRADE METER AND THE 400A 3P W6 i1 OVERCURRENT DEVICE c Y VGFCI " 0 GROUND BUS _—_—� q EATON NEUTRAL BUS ; Q DG324URK 1 I> M11 I 3P 4W 240 VOLT 200 AMP FUSEABLE + AC DISCONNECT + MOUNTED 25_FT. CUSTOMER LOAD FROM CONNECTION GROUND BUS — — — — — — — — — — — — — — — — — — — — — — — — — — 125AMP — — NEUTRAL BUS FUSES L + l� cn G. F ) ( V LO A �� � E N Im DC'DISCONNECT SUNTECH 270 WATT MODULES MOUNTED ON A7 H DC DISCONNECT PV POWERED PVP30KW INVERTER I i � Q COMBINER BOX 12 MODULES 'PER STRING TYP READILY ACCESSIBLE MOUNTED NEXT READ 6 CIRCUIT LOCATION TO INVERTER =3 co CU [I F1 D 0 O �4- �,Cy [000 —==� Zr, O ti -- --- - — -- ---- — -- --- -- --- c J G MULTIPLE MULTIPLE SIZES ' d _ rr & LOCATIONS LOCATIONS �— - -- - Drawn By: . (SEE DETAILSON (SEE DETAILS SB)N M.D. Bo DECK MULTIPLE MONITORING Checked By: COMBINER INPUTS T.H. (SEE DETAILS ON SHEET E.9-13) Date Drawn: CITY OF LA QUINTA T WEB CONN 01/13/2011 BUILDING & SAFETY DEPT"E R MAIN PANEL Revision No. APPROVE® 3 _ FOR CONSTRUCTION Sheet No. DATE -- By-. E.9-A 30 kW Inverter INVERTER #9 System Size = 27.309 kW (10 Strings of 12 modules) DC WIRING SCHEDULE COMPONENT DESCRIPTION IDENTIFICATIO OPEN CIRCUIT SHEETI) VOLTAGE: OC OPERATING VOLTAGE SHORT CIRCUIT CURRENT ISC OPERATING CURRENT A NUMBER OF STRINGS FUSE RATING DC WIRE SIZE AND TYPE GROUND WIRE,SIZE AND TYPE CONDUIT SIZE AND TYPE CONDUIT FILL SOLAR MODULE SUNTECH STP270-24VD A 44.15 V 35.0 V 8.20 A 1.71 A WA N/A #12 AWG RHW-2 WA WA N/A STRING CIRCUIT 12 MODULES IN SERIES 603.4 V 474.6 V 12.8 A 12.1 A 1 20 A 010 AWG USE-2 WA N/A N/A COMBINER BOX #8 3 CIRCUIT COMBINER 603.4 V 474.6 V 38.4 A 36.3 A 3 STRINGS 50 AfO AWG THWN-2 #6 AWG BARE COPPER 3.0' SCHED 40 PVC DC WIRES, AND 1 GROUND WIRE COMBINER BOX #9 &CIRCUIT COMBINER BOXTOINVERTERGROUND e 603:4 V 474.6 V 128 A 121 A 8 STRINGS 150 A AWG THWN-2 #B AWG,BARE COPPER 3.0' SGHED 40 PVC. 2 DC WIRES, AND 1 WIRE 44% 146r. %0 cd, iru'44 -4 *6 "A UL tc* vx&l %Ile tic- OpIOai4p 11 AC WIRING SCHEDULE COMPONENT DESCRIPTION IDENTIFICATION RATED VOLTAGE (VAC) RATED CURRENT'PER AC WIRE SIZE PER GROUND WIRE SIZE NEUTRAL WIRE SIZE CONDUIT SIZE CONDUIT FILL (SHEET E.1) PHASE (A) PHASE SOLAR INVERTER AC PV POWERED PVP30KW ©8 208 V 3-PHASE 83 A 1/0 AWGTHWN-26 AWG THWN-2 110 AWG THWN-2 2' RIGID 3 AC WIRES, 1 GROUND WIRE OUTPUT INVERTER AND 1 NEUTRALWIRE DC WIRE VOLTAGE DROPS TOTAL VOLTAGE DROP: 1.4 % AC WIRE VOLTAGE.DROPS TOTAL VOLTAGE DROP: 0% 83 AMPS X 1.25 = 104 AMPS = 125 AMP BREAKER CITY OF LA QUINTA BUILDING & SAFETY DEPT. APPROVED FOR CONSTRUCTION DATE - BY NOTES: 1. ALL DC CURRENT CARRYING CONDUCTORS WERE SIZED USING THE MAXIMUM CIRCUIT CURRENT. THE CONDUCTORS WERE SIZED USING A 1.56 LOAD MULTIPLYER ACCORDING TO NEC CODE 690.8(A) 2. ALL NON -CURRENT CARRYING CONDUCTORS(GROUND_AND NEUTRAL WIRES) WERE SIZED USING THE MAXIMUM CIRCUIT CURRENT. THE.CONDUCTORS WERE SIZED ACCORDING TO NEC CODE 250.122. 3. ALL CONDUIT CARRY A MAXIMUM OF THREE CURRENT CARRYING CONDUCTORS AND WERE SIZED IN COMPLIANCE WITH NEC CODE 358.22. 4. ALL:BREAKERS AND DISCONNECTS WERE SIZED USING A 1.25 LOAD MULTIPLYER ACCORDING TO NEC CODE. w o ai a� 3 e-C N m pa3NV) a�iW y� m >pc�c ccaco E - " Lh CP �a c M E of M 0 CION CL�Q CD (D U � c :3M z 0 O It ~J a - Drawn By: Matthew De La Ton Checked By. Thomas Hall Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. E.9-B 3OkW Inverter ft r SCNED 40 PVC ]' SCMED 40 PVC (2) 26 AWG-TNWTF2 (212D AWG TNWN-2 (1) 08 AWO TMWW2 (7) N AWG TMMN-2 EGP. GROUND CO.®MER SOX N - EOP. GROUND S STRINGS In A1.@S 475 VOLTS TO INVERTER ON STRUCTURE CaM&NER SDX 0 3 STRINGS )C D ECT p ,4 AMPS 70 AWS 475 VOLTS 473 VOLTS TO COMNER Ed(f0 ON HIRUCTURE TO AC CONNECTION SHOWN ON SHEET E.10-A V (OPEN CIRCUIT)= 44.5 VOLTS (SHORT CIRCUIT)= 8.20 AMPS V (MAXIMUM OPERATING)= 35.0 VOLTS I (MAXIMUM OPERATING)= 7.71 AMPS PV POWERED ]O MW INVERTER CITY OF LA QUINTA BUILDING & SAFETY DEPT. APPROVED FOR CONSTRUCTION DATE IMP 4- 0 aco m oo 04 D1U C � d Cm C �w`,Y 'D W !A H 43i G� � E ar c E co ^+ W V ^ L N a Q (D 0 a) c 0 co }' c E z L O) 'm C1 ti qt J a M.M Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. E . 9-C 30kW Inverter 44 1200 AMP TO RESIDENCES INVERTER #9 LINE SIDE CONNECTION DETAILS 1600 AMP BUSS M - 0 C 0 Cn T9 V METER M 5Y3DKS-102085 3 PHASE, 120/208 V rm..� 9NNECTION OF SOLAR "OtAto 4 w" -p 'ftm i1 w CITY OF LA QUINTA BUILDING & SAFETY DEPT. APPROVED FOR CONSTRUCTION DATE, - BY UTILITY 400 AMP ELEVATOR AC1 J1 * THE 1600 AMP BUSS SPLITS OFF INTO A 1200 AMP METERING SECTION AND A 400 AMP BUSS THAT IS POWERING THE AIR CONDITIONERS AND THE ELEVATOR. THE 400 AMP BUSS WILL BE THE BUSS WE ARE TAPPING INTO. o ai m Q �. � &r— N m 0c0NM OT1V C�� L. M c ' �Wm(D!. a3, OF 0 cc c ccD E M U Cn E N N � �Q T mU Cu+� � c E z u '� C o � ti r*_ Cu a M.D. Checked By. T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. E.9-D 30kW Inverter INVERTER #10 System Size = 86.932kW (31 Strings of 12 modules) METER #: 5Y3DKS-102164 3 PHASE, 120/208 V 400 AMP BUSS 208V 304W H 0 0 EXISTING UTILITY METER I GROUND BUS _ NEUTRAL BUS 1 0 SUNTECH 270 WATT MODULES 12 MODULES PER STRING TYP a❑ao oao aoo EXISTING MAIN DISTRIBUTION PANEL LINE SIDE CONNECTION BETWEEN THE REVENUE GRADE. METER, AND THE OVERCURRENT DEVICE DC DISCONNECT MOUNTED ON EACH COMBINER BOX STRUCTURE AT 6 CIRCUIT READILY ACCESSIBLE LOCATION 400A 3P CUSTOMER LOAD 8.20 AMPS PER CIRCUIT X 1.56= 1.2.79 AMPS PER CIRCUIT 31 STRINGS X 12.79 AMPS PER CIRCUIT = 396.5 AMPS X 1.12 (TEMP 31-23 DEG. F) PER NEC 690.7 = 598 VOLTS D 'J EATON: REFER TO EATON SWITCHBOARD CUT SHEETS CLOSURE MOUNTED OUTSIDE MAIN WITHIN 10 FT.:OF MAIN SWITCHBOARD 400 AMP FUSEABLE�. AC DISCONNECT LOCATED, TO FT. FROM CONNECTION W/ 350 AMP FUSES a w a ai Qo W M(j (.rnch 2), U w (D C c°oo W� 05LO OT- c r-00 E VG)I-W�a CP a C I I GROUND BUS --- —-- NEUT _. BUS I cn i E N - FUM DC DISCONNECT MOUNTED NEXT PV POWERED°PVP100KW INVERTER TO INVERTER L,' 208 Ol -- _ L3 �J �: ✓ DECK MONITORING CITY OF LA QUINTA BUILDING &. SAFETY DEPT. APPROVED FOR CONSTRUCTION DATE BY TO WEB CONN NEAR MAIN PANEL L Q U AF (� CD r CU Cc Z C�_- a` "I Checked By: T.H. Date Drawn: 01/13/2011 Revision No., 3 Sheet No. E.10-A 100kW Inverter I INVERTER #10 System Size = 86.932 kW (31 Strings of 12 modules) DC WIRING SCHEDULE COMPONENT DESCRIPTION IDENTIFICATION SHEETI OPEN IRCUIT V T O OPERATING VOLTAGE SHORTCIRCUIT CURRENT(ISC OPERATING CURRENT A NUMBER OF STRINGS FUSE RATING DC WIRE SIZE AND TYPE GROUND WIRE SIZE N TYPE CONDUIT SIZE AND TYPE CONDUIT FILL. SOLAR MODULE SUNTECH STP270-24VD A 4.5 V 35.0 V 8.20 A 7.71 A NSA WA #12 AWGRHW-2 N/A N/A WA STRING CIRCUIT 12 MODULES IN SERIES 603.4 V 475 V 12.8 A 7.71 A 1 20 A it AWG USE-2 N/A N/A WA COMBINER BOX #1 3 12 CIRCUIT COMBINER BOX 603.4 V 475 V 153.q 92.5A 12 STRINGS 200A 350'kcm1l THWN-2 #8 AWG BARE COPPER '3.0" SCHED 40 PVC DC WIRES, AND 1 GROUND WIRE COMBINER BOX42 TO COMBINER BOX #3 3 CIRCUIT COMBINER BoxGROUND e 603.4 V 475V 38A A 23.1 A 3 STRINGS 75 A 7!0 AWG THWN-2_ #8 AWG BARE COPPER '3.0' SCHED 40 PVC DC WIRES, AND 1 WIRE COMBINER BOX,#3 TO INVERTER 4 CIRCUIT COMBINER go 603.4 V 475 V 217-A 131 A 4 STRINGS 220 A 400 kcmil THWN-2 #6 AWG BARE COPPER 3.0" SCHED 40 PVC DC WIRES, AND 1 GROUND WIRE COMBINER BOX #4 _ 5'CIRCUIT COMBINER 603.4 V 475 V 179 A 115.7 A 5 STRINGS 200 A 400 kcmil THWN-2 #6 AWG BARE COPPER 3.0" SCHED 40 PVC DC IRES, AND 1 GROUND WIRE COMBINER BOX #5 4 CIRCUIT COMBINER e 603.4 V 475 V 51.2 A 30.8 A 4 STRINGS 76'A 1/0 AWG THWN-2 #8 AWG BARE COPPER 3.0' SCHED 40 PVC DC W ES, 1 GROUND WIRE COMBINER BOX #6 5 CIRCUIT COMBINER ® 603.4 V 475V 89.6 A 63.9 A 5 STRINGS 75 A 4/0 AWG THWN-2 #8 AWG COPPER 3.0"SCHED 40 PVC DC WIRES, AND 1 GROUND WIRE COMBINER BOX #7 TO COKARINMROXAL 3 CIRCUIT COMBINER BoxGROUND e 03.4b 475 V 38.4 A. 23.1 A 3 STRINGS 75 A #4 AWG THWN-2 #8 AWG BARE'COPPER '3.0" SCHED 40 PVC ,DC WIRES, D 1 WIRE �-� 1.4 10,f'ho ce, 6aw. 9" - :0 10 S * - tv %& u* a&1 *0 &P, bw*&Jm V`d&"� AC WIRING SCHEDULE COMPONENT DESCRIPTION IDENTIFICATION RATED VOLTAGE (VAC) RATED CURRENT PER AC WIRE SIZE PER GROUND WIRE ZE NEUTRAL WIRE SIZE. CONDUIT SIZE CONDUIT FILL (SHEET EA) PHASE (A) PHASE SOLAR INVERTER AC V POWERED PVP100KW Q S Q 206 V3HASE 278 A Parrele1:250' kcmil THWN-2 #3 AWG THWN-2 400 MCM THWN-2 3" RIGID 3 AC WIRES, 1 GROUNDWIRE OUTPUT INVERTER NO NEUTRAL AND 1 NEUTRAL WIRE DC WIRE VOLTAGEp5pPS, TOTAL VOLTAGE DR : 1.85 % AC WIRE VOLTAGE DROPS TOTAL VOLTAGE DROP:: 0% .5 AMPS = 350 AMP BREAKER NOTES: 1. ALL DC CURRENT CARRYING CONDUCTORS WERE SIZED USING THE MAXIMUM CIRCUIT CURRENT. THE CONDUCTORS WERE SIZED USING A 1.56 LOAD MULTIPLYER ACCORDING TO NEC CODE 690.8(A) 2. ALL NON -CURRENT CARRY ING'CONDUCTORS(GROUND AND NEUTRAL WIRES)'WERE SIZED USING THE MAXIMUM CIRCUIT CURRENT. THE CONDUCTORS WERE SIZED ACCORDING TO NEC CODE 250.122. 3: ALL.CONDUIT'CARRY A MAXIMUM OF THREE CURRENT CARRYING CONDUCTORS AND WERE SIZED IN COMPLIANCE WITH NEC CODE 358.22. 4. ALL BREAKERS AND DISCONNECTS WERE SIZED USINGA 1:25 LOAD MULTIPLYER ACCORDING TO NEC CODE. CITY OF LA QUINTA BUILDING & SAFETY DEPT. APOPROVED FOR CONSTRUCTION DATE w o6 Q� 3 e-C N M+U a`) rT a,Wao) 00!Q 9 >� 0 0r, c cco E L, c ti a. E 'a y Of Cn � coN C4 CL Q a) U WC =3 cv c E' Ln ":3 z_rn� O I` CO �IftJ Matthew De La Torre Checked By: Thomas Hall ate Drawn: 01 /07/2011 Revision No. 2 Shee . E.10-B 100kW Inverter )<- rx01OMIwe rsuA D HW /11)OSO INGT MVM3 6OXn (1)I{AWG HWW2 (1)EDP. G NQ EOP. ROL EOP. fWOUM1 1147RIMG3 12 STRING OU �. pRO1N0 ,BT AMPS 475 VOLTS TO COMBINER BOX 03' - _ _ WI DC DISCONNECT ON SMCRgE � D 30 III VOLTS' 01TAMP8 ITS VO.TS TO INVERTER WIINTEGRATED DC 018CONNECT ON WALL Bs1RING8 — 1A Aw in VOLTS TO INVERTER ON STRUCTURE W 6TRliCTAE aI VOLTS TO COW ER BOX43 T SCHED 40 PVC (M)MA G-TRRN13 (1) 0 AWG TMVN43 EDP -GROUND m wee 475 VOLTS 11lIlI1 IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIN I 11l1lIlI I'll, 'j-1,' mill I I ream o wC (3)/OOXCW. (1)MAWGTHINIQ EW. GROUND r=EDQpVC '2 XDUR aIIT(vwTH 2 EDP. GROUND / ISCHED ID PVC V r SCII®400 VVC - Q//AAWO THVMS M IIDAWGT11WN3 (1)NBAWGTHW00 COABRER BOX IB (1) 0 AWG THINNB Ems. GROUND 5STRUDB EOP GROUND BIB A►" 4TS VOLTS TO COMBDEA SO%M . COL®OER SMP` 4 STRINGS ON STRUCTURE' fmWS VOLTS TOCOMMERSOXNN ON STRUCTURE TSCHEDQWC (NI GO XCMS w POAgN®10o qv TVVEINTEA (1)M AWG THNNFO EOP. GROUND UNDERGROUND VAULT' r SCHm40 WC (3)MAWGTHINN-I (1)/11AWGTHINNG EDP. GROUND [NM- Imm! Immm IMAM Ii•�� laM Ii•�® 3 SLRIGS BOXs1 8TRDDE DTAATR6 474 VOLTS TO CO6INER BOX b ON STRUCTUE r SCHED40PVC (1AINAVM6TNMRF3 (1)Ie AWGT~ GZP. GROUND 30 AWS 475VOLTS ON STRUCRI T SCHED40 PVC (0)4AWG-THW2 (1)M AING THWN-2 FOR GRO1AD TO AC CONNECTION SHOWN ON SHEET E.10-A 30AWS /m VOLTS V (OPEN CIRCUIT)= 44.5 VOLTS (SHORT CIRCUIT)= 8.20 AMPS V .(MAXIMUM OPERATING)= 35.0 VOLTS (MAXIMUM OPERATING)= 1.8AMPS �r SC1ED40PVC rscHm/owc' 0)04 AWG THWN@ (2)NN AM THIN" (1)0 AM THVM-Z / (1)/EAWGTHINN-2 EDP. GROUND EDP. GROID DC DISCONNECT 30 AMPS 475 VOLTS .aa- CP 11 CITY OF LA QUINTA BUILDING & SAFETY DEPT. APPROVED FOR CONSTRUCTION DATE BY. DC DISCONNECT 3GASPS 475 VOLTS CP 12 30 470 VOLTS Lq o a� 3., L3.C,N C r mV y Wes00 d N^ C CGO E' CP a J E � M 0 N (N c _� 0) (D U CU C Z Lo CD •_ o ti � Cu a To Checked By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. E.10-C 100kW Inverter M a& w 0 INVERTER #10 LINE SIDE CONNECTION -DETAILS UTILITY '-THE 1600 AMP BUSS SPLITS OFF INTO A 1200 AMP METERING SECTION AND A 400 AMP BUSS THAT IS POWERING THE AIR CONDITIONER'S AND THE ELEVATOR, THE 400 AMP BUSS WILL BE THE BUSS WE ARE TAPPING INTO. w o 6 m QCO oN NM cv�-U' dl (D I o? c cao E ar G)v-- . �o 'E I co co E N N cc-,) c � Q 7 //mo�w `V C E Z Ln 0 o it J a M.D. :d By: T.H. Date Drawn: 01 /07/2011 Revision No. 2 Sheet No. E.10—D 100kW Inverter INVERTER #11 System Size = 4.228kW VA14 (2 Strings of 9 modules) # PV source circuit P10 V+USE-2 + 9 modules in series PV- EG Typical To Main- 400 Multi - Metering Panel Meter #: 1 B4SR-138382 1 Phase, 120/240 V M (1)30 Amp 2 pole breaker in house panel as Solar system disconnect. Accessible a House Subpanel 70 Amp(changed from 100 Amp Main Breaker) 240 Volt. AC Buss 100 Amp Junction - box DC Disconnect Mounted on structure at readily accessible 600 VDC rated Fuse Rating = .15Amps Located next to 30A 30 Amp 240 Volt AC Knife Switch iufer Ground Disconnect Mounted Next to +GEC House Subpanel SQUARE-D DU221 RIB PV ARRAY Qty 0 8) Suntech STP270-24Vd 270 watt modules 44.5 Volts / 8.20 Amps Qty (1) Solectria PVI 5000 5,000 Watt Inverter / 240 Volts 2" Sched 40 PVC (4) #6 THWN-2 (1) #8 THWN-2 Gnd 0 N LM m p 2 deco L6 d E 8.20 Amps each circuit X 1.56 = 12.79 Amps' _ 12.79 Amps x 2 circuits = 25.58 Amps Total 1M10 W M 6N SM04 VIOL meb Herrk0AMWO sat Voltaae DC = 9 x 44.5=400-5-Volt& DC- .5 x 1.12 (Temp 31 690.7 ECG'= r (4) #6 THWN-2 AWG Wire (1) #8 THWN-2 Ground #6 AWG THWN-2 de -rated to 82%(ambient temp 50° @, 90° rating [undergound]) = 61.5 Amps DC Fused at 15 Amps each circuit located at inverter %" EMT ` l (2) #8 THWN-2 (1) #8 THWN-2 (1) #8 Ground bj Outdoor Indoor EMT DC Solectria PVI 6000 Disconnect inverter Integrated in Located next to main panel Inverter AC 600 VDC %..P Zrated DC Fuse Ra 'ng 15A►n1Ds j co LO a) to N M C � � Q �U : CCU Z 0 0 a 'fit Checked By: T.H. Date Drawn: 01 /13/2011 Revision No. 3 E.11. w 4 WARNING SIGNS AT DISCONNECTING MEANS SHALL BE INSTALLED PER NEC 690.17. DISCONNECTING MEANS REQUIRED AT EACH SEPERATE STRUCTURE PER NEC 690.14(C)(1). PHOTOVOLTAIC SYSTEM RATING DC RATINGS: OPERATING CURRENT: <175 AMPS OPERATING VOLTAGE: < 475 VOLTS DC MAXIMUM SYSTEM VOLTAGE: 588 VDC. SHORT CIRCUIT CURRENT: 397 AMP DC 1 PER INVERTER QTY (1) REQUIRED, TO BE INSTALLED ON TERMINAL BOX WARNING ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH THE LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OPEN POSITION 1 PER DC -DISCONNECT QTY (1) REQUIRED AC OUTPUT CURRENT = 350 AMPS 1 8" NOMINAL OPERATING AC VOLTAGE= 208 VOLTS 1 PER DC DISCONNECT QTY (2) REQUIRED TO BE INSTALLED ON DC DISCONNECT SWITCH CP 2 CP 3 CP 4 CPS CAUTION POWER TO THIS SWITCHBOARD IS ALSO SUPPLIED FROM THE FOLLOWING SOURCES WITH DISCONNECTS LOCATED AS SHOWN �CP1 ® CP12 MAIN SWITCHGEAR �Cp 11 INVERTER#10 CP 6 CP 7 CP 8 CP 9 CITY OF LA Q BUILDING & SAFE APP 0V FOR CONSTRU( CP' 10 I DATE_ BY N W E ®_DISCONNECT s (INSTALL AT SWITCHGEAR OF INVERTER #10) 31/2 TYP. I NTA DEPT. D ION PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CPI DC DISCONNECT RATINGS: OPERATING CURRENT: < 12.1 AMPS OPERATING VOLTAGE: <475 VOLTS DC MAXIMUM CURRENT: 30 AMPS/POLE MAXIMUM VOLTAGE: 600 VOLTS DC QTY (1) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CP2 DC DISCONNECT RATINGS: OPERATING CURRENT: < 36:3 AMPS OPERATING VOLTAGE: <475 VOLTS,DC MAXIMUM CURRENT: 30 AMPS/POLE ` MAXIMUM VOLTAGE: 600 VOLTS DC QTY (1) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CP3 DC DISCONNECT RATINGS OPERATING CURRENT: < 24.2 AMPS OPERATING VOLTAGE: <475 VOLTS. DC MAXIMUM CURRENT: 30 AMPS/POLE MAXIMUM VOLTAGE: 600 VOLTS DC QTY (1) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CP4 DC DISCONNECT RATINGS: OPERATING CURRENT: < 242 AMPS OPERATING, VOLTAGE: < 475 VOLTS DC .MAXIMUM CURRENT: 30 AMPS/POLE ` MAXIMUM VOLTAGE: 600 VOLTS DC QTY (1) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CPS DC DISCONNECT RATINGS,: OPERATING CURRENT: < 24.2 AMPS OPERATING VOLTAGE: -475 VOLTS DC MAXIMUM CURRENT: 30 AMPS/POLE MAXIMUM VOLTAGE: 600 VOLTS DC QTY (2) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CPS DC DISCONNECT RATINGS: OPERATING CURRENT: < 36.3.AMPS OPERATING VOLTAGE: <.475 VOLTS DC MAXIMUM CURRENT: 30 AMPS%POL'E MAXIMUM VOLTAGE: 600 VOLTS DC QTY (1) REQUIRED 31/2 TYP. PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CP7 DC DISCONNECT RATINGS: OPERATING CURRENT: < 24.2 AMPS OPERATING VOLTAGE: < 475 VOLTS DC MAXIMUM CURRENT: 30 AMPS/POLE MAXIMUM VOLTAGE: 600 VOLTS DC QTY (1) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CP8 DC DISCONNECT RATINGS: OPERATING CURRENT: < 36.3 AMPS OPERATING VOLTAGE: <475 VOLTS DC MAXIMUM CURRENT: 30 AMPS/POLE MAXIMUM VOLTAGE: 600 VOLTS DC QTY "(1) REQUIRED 01 PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORTCP9 DC DISCONNECT RATINGS: OPERATING CURRENT: < 24.2 AMPS OPERATING VOLTAGE: <475 VOLTS DC MAXIMUM CURRENT:.30 AMPS/POLE MAXIMUM VOLTAGE: 600 VOLTS DC QTY (2) PHOTOVOLTAIC MAINTENANCE DC DISCONNECTSWITCH CARPORT CP10 DC DISCONNECT RATINGS: OPERATING CURRENT:.<'24.2 AMPS OPERATING VOLTAGE: < 475 VOLTS DC MAXIMUM CURRENT:,30,AMPS/POLE l MAXIMUM VOLTAGE: 600 VOLTS DC QTY (2) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CPI DC DISCONNECT RATINGS: OPERATING CURRENT: < 24.2 AMPS OPERATING VOLTAGE: < 475 VOLTS DC MAXIMUM CURRENT-30AMPS/POLE ` MAXIMUM VOLTAGE- 600 VOLTS DC QTY (I) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT'CP12 DC DISCONNECT RATINGS: OPERATING CURRENT: < 121,AMPS OPERATING VOLTAGE: <475 VOLTS DC. QTY O N � Q 0 M 0 04 Cq >+ L) 4)0) �— IT C (1)W'o W u') a� W 3 >� C) c CCO c E .0 . IL Y ro E M (D WN ETNT �Q (D IC d-+ = cu C E u') z C'J A cu o d- a Drawn By: Matthew De La Torre Checked .By: Thomas Hall Date Drawn: 01/07/2011 Revision No: 2 Sheet No. E.12-A WARNING SIGNS AT DISCONNECTING MEANS SHALL BE INSTALLED PER NEC 690.17. DISCONNECTING MEANS REQUIRED AT EACH SEPERATE STRUCTURE PER NEC 690.14(C)(1). IL 31/2 ITYP, PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CP13 DC DISCONNECT RATINGS: OPERATING CURRENT: < 36.3 AMPS OPERATING VOLTAGE: < 475 VOLTS DC MAXIMUM CURRENT: 30 AMPS/POLE MAXIMUM VOLTAGE: 600 VOLTS DC QTY (1) REQUIRED PHOTOVOLTAIC MAINTENANCE DC_ DISCONNECT SWITCH CARPORT CP14 DC.DISCONNECT RATINGS: OPERATING CURRENT: < 61 AMPS OPERATING VOLTAGE: < 475 VOLTS DC MAXIMUM CURRENT: 100 AMPS/POLE MAXIMUM VOLTAGE: 600 VOLTS DC QTY (1) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CP15 DC DISCONNECT RATINGS: OPERATING CURRENT: <36.3 AMPS OPERATING VOLTAGE: < 475 VOLTS DC MAXIMUM CURRENT: 30 AMPSIPOLE MAXIMUM VOLTAGE- 600 VOLTS DC QTY (1) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CP16 DC DISCONNECT RATINGS: OPERATING CURRENT: < 24.2 AMPS OPERATING VOLTAGE: < 475 VOLTS DC MAXIMUM CURRENT: 30 AMPS/POLE MAXIMUM VOLTAGE: 600 VOLTS DC QTY (2) REQUIRED PHOTOVOLTAIC MAINTENANCE DC DISCONNECT SWITCH CARPORT CP17' DC DISCONNECT RATINGS: OPERATING.CURRENT: < 36.3 AMPS OPERATING VOLTAGE: < 475 VOLTS DC MAXIMUM CURRENT: 30 AMPS/POLE ` MAXIMUM VOLTAGE:+600 VOLTS DC QTY (1) REQUIRED CP 16 CAUTION POWER TO THIS SWITCHBOARD IS ALSO SUPPLIED FROM THE FOLLOWING SOURCES WITH DISCONNECTS LOCATED AS SHOWN ® CP 17 CITY OF L BUILDING & S APPR FOR CONS" DATE INVERTER#10 Em IN MAIN SWITCHGEAR ® = DISCONNECTS (INSTALL AT SWITCHGEAR OF INVERTER #9) N WE S QUANTA 'ETY DEPT. VED UCTION .BY �0 o ai Q� ro 0 N M N O� pl C iv ) �WM y� pMO COCO ccoo E LOa C1 C Y M N CD N EN CD Q CD U }'CCU Cu _c E L z. ti 03 a. �r Matthew De La Torre Checked By: Thomas Hall Date Drawn: 01/07/2011 Revision No. 2 Sheet No. E.12-B ST-P275--i 5SUNTEC Solar powering a,green fature'" 275 Watt POLYCRYSTALLINE SOLAR MODII Features ®High. module conversion efficiency (up to 14.2%), through superior manufacturing technology Guaranteed 0-5W positive power output tolerance ensures high reliability Three bus -bar design enhances cell reliability and reduces series, resistance for large fill factor Excellent performance under low light. environments (mornings, evenings.and cloudy days) i Entire module certified to withstand high wind loads (2400 Pascal)and snow loads (5400 Pascal) 4.Omm thick tempered glass improves module durability Trust Suntech 'to.DehVer Rel iable'Perform ance. Over Time • Wodd"s leadingmanufacturer of crystalline silicon photovoltaic modules e Unrivaled manufacturing capacity and worlddass.teehnology • Rigorous quality control meeting the highest international standards :ISO 9001: 2008 and ISO 14001- 2004 • Certification and:standards: IEC 6121 S,.IEC 61730,.conformlty to CE Industry -leading warranty 25,year transferrable power output warranty: ra„ , ®'i� 5 year/9596,12 year/90%,18 year/8546,•25 Based on nominal..power Warrants 6.7% more; powerthan the market standard over 25 years e •! 5 year material,and workmanship warranty w. ®•CE�®� Textured surface and silicon nitrideianti-reflection coating improves;light absorption for more -current, production Suntechs reputation is founded on morethan 1 5.gigawatts of high- performing solar modules instailed;around the world • Please refer to Suntech3tandardModule:InstallationManual fordetallr— '• Please referto Suntech Product warranty for details. ®Copyright 2010 Suntech. Power Current -Voltage & Power -Voltage Curvw(280-24) W"M Temperature Characteristics Nominal Operating Cell Temperature (NOCT) 45t2°C Te+mperatureCoeffident of Pmax ........................... ................. ............................... _......... ....................................... -0.47 %rC Temperature Coeffident ofVoc -0.34%/°C Temperature Coeffident of Isc 0.045 %PC Dealer information box Specifications are subject to change without further notification Electrical Characteristics Optimum Operating Voltage (Vmp) STP2MUNa 35.0V I M275-lava 3&1V Optimum Operating.Current (Imp) 7.7.1 A 7:84 A Open - Circuit Voltage (Voc) 44.5 V 44.7 V Short - Circult.Current.(Isi 820 A 8.26 A MaximumiPowerat STC (P,max) '270 W 275 W Module Efficiency 13.9% 14.2% Operating Temperature -40°Cto+85°C -WC to+85°C Maximum System Voltage 600 V DC 600 V DC Maximum Series Fuse Rating 20 A 20 A Power -Tolerance 0/+5 W 0/+5 W STClrradiance10o0W/m',module temperature 25"C, =1S NOCT ! STP270424/Va STP275,24Ala Maximum Power (W) 197 W 201 W Maximum Power Voltage (V) 31.8 V 31.9 V Maximum Power Current (A) 620 A 6.29'A Open Circuit Voltage (Vac) 40.6 V 40.1 V Short Circuit Current (lsd 6.63 A 6.68 A Efficiency Reduction (from 1000 W/m'to 200 W/ml) <4.5% <4.596 NOCT: Ivacilance Boo W/m°, ambient temperature 20'C, Mechanical Characteristics Solar Cell Polycrystalline 156 x 156 mm.(6'inches) ' No. ofCells ............................ ...--...... ................................. 72 (6 x 12) ......... ............................................................... _.................................... Dimensions 1956 x 992 x 50 mm (77.0 x 39.1 x 2.0 inches) Weight 27 kgs (59.5 lbs.) Front Glass 4.0 mm (0.16 inches) tempered glass Frame ---... .__- ........................ -- .._.._.... Anodized aluminium alloy ........_......_.._....._..._....... - ..._......._... --........._...._._.. Junction Box IP67 rated H+S RADOX• SMART cable 4.0'mm' (0.006 inches?), symmetrical lengths (-) 1100 mm (439 inches) and OutputCables (+) 1100 mm (4331nches), H4 connectors (MC4 compatible) Packing Configuration Container 2W GP 4W GP 4W HC pieces per pallet ......................................._................................... ........ 21 .......... -........................ 21 ................................... 21 ....................... ............. Pallets per container 6 12 24 Pieces per container 126 252 504 k--Silb� ECTRI/� ENEWABLES PV1 3000 PV1 4000 a breakthrough in efficiency and quality * top CEC efficiency ® DC disconnect ® string combiner ® quick -mount bracket © lightweight ® 10 year warranty ® powerful LCD display a latest UL174111EEE1547 m universal 2401208VAC © positive ground option ® transformer isolation a free PC software and R$2328485 parts © detachable DC wiring box Solectria introduces the PVI 300014000/5000/5300 Inverter: exceptional quality and efficiency with more standard features. INVERTER SPECIFICATIONS INDUSTRY LEADING FEATURES PV13000 1 PV14000 1 PV15000 1 PVI.5300 Input s Power ®240 VAC 208VAC 3050W 284OW 4100W 3580W 5150W 4520W 5575W 484OW nded Max. PV Q240 VAC er, STC Rating 208 VA 3600W 340OW 490OW 430OW 620OW 540OW 670OW 5800W a R 20OV-550 VDC 20OV-550 VDC 20OV-550 VDC 20OV-550 VDCI uCVolte L 600 VDC 600 VDC 600 VDC 600 VDC a 235 VDC 235 VDC 235 VDC 235 VDC 1 ut Current 16A 20 A 25 A 25A Short Cireult Current 24 A 24 A 30 A 30A uts 3 4 4 4 Output ntlnuous Power Q240 VAC 206.VAC 290OW 270OW 39M 340OW 490OW 430OW 5300W 460OW age Range ®240 VAC 208 VAC 212-264 VAC 184-228 VAC 212-264 VAC 1 "228 VAC 212.264 VAC 1844228 VAC 212-264 VAC 184-228 VAC requency 60Hz Ran , 59.3.60.5Hz 60Hz Re : 59.3-60.51-1z 6OHz Ra : 59.3-60.5Hz 60Hz Range: 59.3-60.514z moos Current 13 A 16.3 A 20.7 A 22.1 A ti Cwrent Protection ReWred 20 A 25 A .30 A 30.A ex. Backfeed Current 0 A 0 A 0 A 0 A Factor unity, >99% Utl >99% Uti0 ; >99% utility, >99% HD <i% 4% <3% <3% ciency Peak @240 VAC 208 VAC 96.7 98.4 96:7 96.5 96.7 98.4 96.6 96.3 EC Eftency Q240 VAC 208 VAC 96.0 95.5 96.0 95.5 96.0 96.0 96.0. 45.5 General Rainproof, NEMA 3R aterial Painted alundnum emperature Range -25°C to +550C Convection Convection and fan assist rnd 471b (21.4 kg) 48 lb (21.8 kg) 58.51b (26.6 kg) 60 Ib (27.4 kg) WXH) 20.75 in x 17.76In x 6.76 in 41mmx454mrnx176mm 29.76In x 17.76 in x 9.27 In: 41 mm x 464mm x 210mms 12 to 6'AWG Input end outpuLconnections UL1741AEEE1547, IEEE1547.1, ANSI62.41.2, FCC part.15 B 10 years standard Fused PV Combiner 600 VDC Detachable 4 fuses Disconnect Wiring Box DC Connections AC Connection • Highest efficiency tranforrner isolated inverters in the industry, 96% CEC, full linel -Fully integrated with DC disconnect, 3 or 4 fuse combiner and detachable DC wiring box. e Widest DC voltage range, 200-600 VDC, • Easy installation with low weight (47-60 lb) with quick - mount bracket feature, and universal 240/208 VAC operation. • High reliability, 10 year warranty and certification to latest UL1741/IEEE1547. *Free PC software and both RS232&485 communication ports. •SolrenMew or Fat Spaniel Inverter -Direct Internet, and/or revenue -grade monitoring options available. Also compatible with Energy Recommerce, Draker and others. •Optional integrated panel assemblies with kWh meter and/or AC disconnect. SOLECTRIA RENEWABLES DC Power Systems (800) 967-6917 www.dcpower-systems.com www.soiren.com a area NE'WA,BLES ugh in price and Solectria introduces the PVI 1 B00/PVI 2500 inverter: exceptional quality and efficiency at an extraordinary price. ality PVI 1800 1P'V1 2500 RELiABiLITY The PVI 18001PVI 2500 provides industry leading reliability. One look,at the automated production and PCB assembly inside the inverter shows its industrial quality. Rigorously designed and tested for the harshest conditions, the. PVl 18001PVI 2500 proves to be consistently reliable. EASY TO INSTALL The PVI 18001PVI 2500 can be installed easily and quickly, both indoors and outdoors. With a weight of 351bs [16kg] (compared to and average 70 lb.[32kg] for a typical inverter) the PVI 18001PVI 2500 is very easy to handle. The inverters also. include 'pre -wined' AC and DC cables for quick wiring at,the jobsite without opening the inverter! EASY TO OPERATE. PLUG A'ND PLAY MONITORING With the PVI 18001PV12500, Solectrf& Renewables once again confirms its. innovative reputation. With. LCD display and auto detect RS2321485 as standardequipment, there is true "plug and play" capability. This gives the PVI 18001PVi 2500 a PC interface with excellent monitoring and data acquisition capability. Free PC software. Optional Fat Spaniel web -based monitoring. P-T-T, � & I The PVI 18001PV12500 has been tested to the UL 1741 and IEEE std 1547 standards and meets all the requirements. An important se/ling point of this, inverter is, the galvanic isolation, which increases both reliability and safety. HIGH THERMAL PERFORMANCE Ali aluminium construction and high efficiency design provides full rated power in ambient temperatures up to 1300F (559C). Wderating will occur) PVI 1800 and PV12500 PV SYSTEM BLOCK DIAGRAM +Pv +Pv • • • Fan(PV12600) Integrated Panel. Assembly UTILITY i DC Disconnect i 2-Pole unfu� or Inverter AC Disconnect • • • Ll KWH L2d PRODUCTION Building AC Distribution FFMETER Panel i ND I I (If needed) �H ••• 'PV I 'PV 1 1 1 Note: Ground Fault Detectionlinterruptnot shown in this diagram. BUILDING LOADS PV ARRAY GND All Information subject I INVERTER SPECIFICATIONS INTEGRATED PANEL ASSEMBLIES PVI1800 PVI25M hkpd Continuous Power . 1950 W 270D W Recommended Max. PV Array Power STC mUng 22DO Wp DC 3200.Wp DC MPPT Vofte Rance 125V DC — 350V DC 125V DC — 350V DC Maximum Vo a OCV-Cold) 400V DC 400 V DC Maximum DC Current 11 ADC ISADC outw Continuous Power 1800W 250QW Nominal Vokage 240=V AC 240V208V.AC Yoftege R—12%/+1 D% 240/208V AC 240/20W AC Nominal Current 7.5 /8.7A 10.4/12A Frequenc W t1 % 8p t1 % Power Factor Unity unty DWoMon Factor HD e4% <4% Maximum. EfficiencyEfficlency 94.5% 94.5% Gkntersl Informatlon DC and AC Conneefts Pre -wired Pre -wired .Housing Material Alumhnrn Aluminum Com Mon Cooling Yes Yes/Fan V%Wght 34.2 Me / 15.5 ka, 38.4 Ibs / 18.5 kg ArruWerd T (fun powo -13°F to +130'F -13'F to +130°F Relative Hurridly 95% 95% Enclosure NEMA 4 / IP e5 j NEMA.4/ IP e5 Length 18.5 incites 470 mm 23.6 inches M mm Width 13.1 Indies mm 13A Inches 333 mm Height 5.e3 indtes 143 mm 5.e3 htcites 143 m Corrommicabon Display and Indicators LCD display & LEDs for status htdication, error womages Inshudensous & historical data. Extemal CommunWIon RS232 or 485 (standard equipment-autornsHo repognrdon of RS 232 or 485 Data Monitorhtg PVIDAO PC software Optlonal Fat Spaniel webbesed moriftorhin Standards Lfekd to uL 1741 IEEE std 1547 FCC rt15 A&B I FCCpartISA&B ANSRCe2.41 C1. & C3 I ANSI C82.41 C1 & C3 errs Standard 5 years Options] extended warranties to 10 & 15 years OVERVIEW The Integrated Panel Assemblies are options for the PVi 1800 or PV12500 inverters. They can be used with inverters set to 240VAC or 208VAC. These panels make installing a PV system even taster and easier. The complete panel with Inverter weighs only 65 lb (29.5 kg) and can ship UPS. The standard version includes visible -blade AC and DC disconnects, an optional revenue,grade, factory sealed, reconditioned kWh meter all mounted on an aluminum panel using stainless steel hardware. The design compliments the sleek, low profile inverters providing a clean, compact installation whether indoors or outdoors. APPLICATIONS • 1-3 kW single panel residential or commercial installations. • Multiple 1-3 kW residential or commercial separately metered systems in town houses, condos or apartments. *Two 8, three -inverter panels available for 4-9 kWSystems (3.6-7.5 kW AC). Multiple paralleled panels are used without kWh meters and the panels are combined to go,through a single kWh meter. • Versions available with various parts omitted, added or substituted to meet any state, municipal or utility requirement. PANEL CONFIGURATIONS Single4nverter panels 33" wide (65 lbs). (All Panels are 26.8" high) Double-Mverter panel with DC disconnect, optional AC breaker panel and optional kWh meter 45" wide (104 Ibs). Tdple4nveder panel with DC disconnect but no meter/socket orAC disconnect: 48.5" wide (127lbs). b change wlBrout notice Performance Monitoring Performance monitoring solutions are available on all PV Powered inverters and include low cost, secure web -based access to PV system status and performance history. 20720 Brinson Boulevard anrvwteedprmraes PO Box'7348 are dmkjnedand Bend, OR 97708 amatubdured in the US, Me fully a r-PIRM with IhelluyAmedamiiftand '1-541-312-3.832 quardyro►preredsru' bythvhfe ral3Bmulus WWW.PVPOWERED.COM package. *2009 PV Powered The single inverter solution for small commercial installations PV Powered commercial inverters combine the benefits of high reliability, low lifetime cost and leading efficiency into one easy -to -install system. The cutting edge design features the latest advances in power technology including an intelligent power module that uses fifth generation, self - protecting IGBT silicon, the most efficient and reliable silicon technology available: System reliability is ensured by superior' quality components including.an integrated high -efficiency transformer; film -type capacitors, and a medical -grade DC power supply that provides clean, reliable power to system control components. The PVP-3OkW-LV is designed for trouble -free installation with load break rated AC and DC disconnects. The modular design enables rapid field service and field upgrades. With corrosion -resistant, aluminum construction and at half the size and weight of comparable products, it can quickly and easily be installed in your preferred location, indoors or out. FEATURES • 295-600 VDC operating range • Field -proven design with an exceptionally low part count • Nationwide 10-year warranty standard, 20-year warranty optional • AC auto -phasing simplifies installation • Automatic night disconnect minimizes tare losses • Soft start circuit eliminates a,leading source of nuisance faults • Innovative active cooling with sealed electronics keeps critical components cool and clean, maximizing life. • Neutral free installation saves time and money • Web -based monitoring of critical system parameters standard 55-600100-62-A03 i FT 0 sue*► %W1U8 02009 PV Powered DIMENSIONS P V P - 3 0 k W - L V 4 A sm _- POWER CHARACTERISTICS Continuous Output Power (k41n 30 Weioted CEC Efficiency{%) 208 93.0 480 93.5. Maximum DC Input Voltage (VOC) 600 DC Peak Power Tracking Range (Vj i I95 -:500 DC Imp Nominal Current (A) 107 AC Nominal Voltage 208Y or. 480T AC Operating Range (V) 29 183 - 228 480 422 - 528 AC FrequencyAange,(Hz) 59.3 - 60.5 AC Maximum Continuous Current (A) 83 (208V), 36 (48OV) Standby Losses (W) 17 Harmonic Distortion (%THD) <3% Power Factor >.99' MECHANICAL SPECIFICATIONS Enclosure NEMA 3R Constriction nurn Mounting -Alum! Pad Mount Weight (Ibs) 760 Cooling Forced Convection Temperature. Range,( Q -25 to 45 Isolation Transformer Yes Standards Approvals UL 1741„IEEE 1547 Compliant Electromagnetic Interference KC Class A for conducted, FCC Class B for radiated pC�Pawe►►Ud� PERFORMANCE MONITORING Increase uptime and reduce maintenance costs with inverter - integrated monitoring solutions from market -leading third party partners. Each engineered solution is housed on a UL508A panel to deliver the highest level of safety and reliability. With the optional revenue grade meter and subcombiner monitoring, PV Powered offers unprecedented choice and convenience. ®DECK RE COMMEKCE bRARER IN.00M l.ARMIam TECHNOLOGIES 20720 Brinson Boulevard AU,PVfaW&rW &ds PO Boot 7348 eredWpedanB Bend, OR 97708 msltdaln{ed in the uS, wer ift-no- VIA the WyAnwsIGT AM and 1-541-312-3832 yus>rry dewiil lthWus ed WWW.PVPOWERED.COM brlhe federal slinodus P&VIL The new industry standard for reliability and ease of installation The PV Powered 75kW and 100kW inverters set the industry standard for high reliability, ease of installation and lifetime maintainability. Their 20- plus year design -life is enabled by an array of new market -leading reliability features including bus bars for all power connections, a sealed electronics module and an instrumented cooling system. The highly -integrated system was designed to save commercial installers time and money with load break rated AC & DC service disconnects, certification for Installation without a neutral conductor, cable landing points sized for maximum NEC -compliant cables and a well -planned cable bending radius for top, bottom and side cable entry options. PV Powered commercial inverters offer best -in -class 96% efficiency* and a voltage window of 295-60OVDC. This is -the widest operating range with the lowest standard MPPT voltage of any three-phase inverter in the industry. This provides exceptional stringing capability with all PV modules currently available including new thin film modules, Serviceability.is enhanced by a modular design that divides the inverter into easy -to -maintain subsystems. PV Powered backs all'their inverters with an industry -leading 10=year nationwide warranty and an unprecedented optional 20-year warranty, plus the best service and support team in the business. FEATURES Superior Reliability • Engineered power connections eliminate failure points • Advanced, high -reliability circuit board system • Redundant;cooling system with Smart Air ManagementTm • Industrial -grade, power supply for long -life and high quality control power Exceptional Instal lability • Bottom, top, and side cable entry • Generous cable bending area • Complete range of fused DC sub -combiner options • Exterior mounting flange for fast and easy anchoring • Error -free AC auto -phasing Easy'to Maintain • All maintenance and.service via front access • Load break rated AC and DC service disconnects • Positive -locking, tool -free circuit boardcage • Optional preventative maintenance program and extended warranty 02009 PV Powered . a a o o� DIMENSIONS K m 1pylOW IMF UP AC Ou"M IIiY OOxI•RICIO - m w s l 01 3/M nnx:wian sollall a .curl alsalm ONM AC OUM OOx�xOe m axm IOWlxO 81 1 (complete design documentation,including seismic calculations available upon request) ELECTRICAL SP-ECIFICATIONS MbDEL PVP75kVV PVP100kW Continuous Output Power (kW) 75 100 Weighted CEC Effdency (%) -. -- - 95.5% (208 V), 95.5% (480 V) --- ..-... -_. - -- - - - - -- -. - - 95.5% (208 V), 96.0% (480V) -- - - _ - ,.. - --- - --- .- --- Maximum DC Input Voliage (VOC) 600 600 DC Peak PowerTracking Range M 295 -500 295 - 500 DC Imp Nominal Current (A) 267 356 AC Nominal Voltage M 208Y,' 480Y - -_._- 208Y, 480Y AC Operating Range (V) 208 183 - 228 183,228 480 422 -528 422 - 528 AC,Frequency Range (Hz) 59.3 - 60.5 50.3 - 60.5 AC Maximum Continuous Current (A) 208 (208V), 90 (480V) 278 (208V),120 (480V) Standby Losses (W) 42 42 Harmonic Distortion (%THD) < 3% < 3% Power Factor >.99 >.99 MECHANICAL 'SPECIFICATIONS Enclosure NEMA 4 NEMA 4 Construction - - - 4---- Powder Coated Steel - - - --- -_Pad PowderCoated Steel -- -- --�- - -Pad Mounting Mount Mount Weigbt;(Ibs) 2,750 3,000 Cooling Forced Convection Forced Convection Temperate Range (C) Isolation Transformer u OfT10NS • Complete range of integrated fused sub -array combiners from one to nine fuses and from 75 to 600 Amps • Positive ground STANDARDS APPROVALS -30 to 50 -30 to 50 -.�.�. Yes- Yes •Factory Integrated data monitoring solutions • Preventative maintenance program • 20-year warranty UL 1741, IEEE519, IEEE929, IEEE1547, FCC Class A for conducted, FCC Class 8 for radiated 02009 PV Powered SUNNY BOY 3000US / 4000US > UL 17.41 /IEEE-1547 compliant � > 10year standard warranty ryr > Improved CEC efficiency� :�' , " ,I > Integrated load -break •' " rated lockable DC ' - disconnect switch .t , > Integrated fused series string combiner > _Sealed electronics , enclosure & .OpticoolTM , >`06mprehensive SMA communications and data, collection options. •' _ Ideal' for residential �L • •sr'� �.�,rt ,+' } oc!.lghf commercial' Y W applications L _Rugged ;c-aivaluminum 'a' cigar ratedi enclosure N r, r eyfii1III1 .'•;,�Our'US series an�►erters utilize our latest technology. and are: designed specifically to meetlEEE-1547 n3q*,,eymgents SComppo-Aesign makevithem ideal forresidential use and the integcoted; lockable DC discannecfii,mgkes urutallotlowniore� cost effective: They are field -configurable far positive ground, systems in mem'ma a versatile than ever.,Increased efficiency means better performance and o paybcck pie ods With,over;75fl;Q.00,fielded unit0u�ny Boy is the benchmark_ forPV inverter perfarmance :andFreliability throughout the: world. c �L us ��- �Y �3 0L! 0 U S' % 400'. US {�.� .� " .:- : ' i SB 3000US SIB 4000US Recommended Maximum PV Power Module. STC 3750 W 4375 W Q 208 V 5000 W ®,240 V DC Maximum Voltage 500 V 600.V Peak Power Tracking Voltage 175 - 400 V 0208 V 200 - 400 V ® 240 V 220 - 480.V 0208 V 250, - 480 V • 240 V DC Maximum Input Current 17A 18 A DC Voltage Ripple <.5% <5% Number of Fused String Inputs 2 Inverter 4 x 20 A. DC disconnect 2' inverter 4 x 20 A DC disconnect PV Start`Volta a 228 V 285 V AC Nominal Power 3000 W 3500 W ® 208 V. 4000 W ®'240 V AC Maximum Output Power 3000 W 3500 W ® 208 V 4000 W 0240 V AC Maximum Output,Current 15 A @ 208 V 13 A G 240 V 17 A AC Nominal Voltage Range 1.83 - 229 V 0208 V 211 - 264 V • 240 V 183 - 229 V • 208 V 211 - 264 V Q 240 V AC Frequency: nominal range 60 Hz 59.3 - 60.5 Hz 60 Hz 59.3 - 60.5 Hz Power Factor Nominal 0.99 0.99 Peak Inverter Effidency 96.5% 96.8% CECWeighted Efficiency 95.0%0 208 V 95.5%0 240 V 05.5%0 208 V 96.0% 0 240 V Dimensions: W x H x D in inches 17.8 x 13.8 x 9.3 17.8 x 13.8 x 9.3 Weight Shipping Weight 84lbs 97lbs 841bS 971bs Ambient Temperature Range =13 to 113 ' F —13 to 113 ° F Power Consumption: standby nighttime <7 0.1. W < 7 W 6.1 W Topology Low Frequency transformer, true sinewave Low frequency transformer, true,sinewave Cooling Concept O tiCooPm forced active cooling OPtiCooPlA,forced active cooling Mounfing Location: indoor outdoor NEMA 3R • • • • LCD Display • • Lid Color: aluminum red blue low • O O O • O O O Communication: RS485 wireless O O O O Warranty: 1 ear • • Compliance: IEEE-929 IEEE-1547 UL 1741 UL 1998 FCC Part 15 A $ B • • Specifications for nominal 'conditions • IncludedO Optional Efficiency Curves96 94 �� C -- n ----- s< low2 — — = tis I r.�..�m-.. ..' b/ae s.ep.lc baK.q E slsr ...`i.mAh►SD eM. n.a+,o resin. -_... — u,.voc U,,.-710Y0C LW-4IOV DC. ---- -- --- OD 0000 PAC IWI 4000 www.SMA-America.com Phone 916 625 0870 Toll Free 888 4 SMA USA SMA America, Inc. FRONIUS IG GRID -TIED INVERTERS FOR PHOTOVOLTAIC SYSTEMS Light Weight At 26 Ibs, the FRONIUS IG inverters,are the lightest grid -connected inverters making them easy and cost effective to install. Flexible The wide voltage range of 150-500 V allows you to use different types of modules and system configuration possibilities. Lower Cost Integrated UL approved DC &.AC disconnects which reduce installation time and complexity - often eliminating the need for additional disconnects. LCD Display User-friendly and comes standard with every FRONIUS IG; tracks more than 20 critical system performance parameters. Plug -and -Play Expansion slots in the inverter allow you to easily upgrade the inverter with data communication options. Reliable Fronius has been in business for over 60 years and has more than 125,000 FRONIUS IG inverters installed worldwide. Warranty Standard 7-Year Warranty (10-Year Extended Warranty available). POWERING YOUR FUTURE pe1vut.DO* FRONIUS IQ 2000' FRO ` 1G;3000 'FRONIUS IQ 25WVV Recommended PV power 1500 - 2500 Wp 2500 - 3300 Wp 1800 - 3000 W Max. DC input voltage 500 V `500 V 500 V Operating DC voltage range 150- 450 V 150 - 450 V 150 - 450 V Max. usable:DC input current 134A 18 A 16.9 A AC-ut,Delta FRONIUS:.IG 2000 FRO -IUS1G;3600' .. FRONIUS_IG 2500=W Maximum output power 040' C 2000 W 2700 W 2350 W Nominal AC output voltage 240 V 240 V 208 V Utility AC voltage range 212 - 264 V (240 V +10%,/ -12%) 183-- 227 V Nominal AC current 7.5 A 10.4 A 10.4 A Maximum AC current 8.35A 11.25 A 11.25 A Maximum utility back feed current 0 A 0 A o A ,Operating f . uency range 59.3 - 60.5: Hz (60 Hz horn) Total Harmonic.Distortion THD < 5% Power Factor 1' Genera_I'Data FRONIUS Ili 2000 FRONIUS'10;3000 TRONIUS IQ 2500•I.V Max. efficiency 95.2% 95.2% 94.4% 'Consumption in stand-by < 0.15 W (night) Consumption during operation 7 W Enclosure NEMA 3R Size (I.x w x h) 185 x 16.5 x 8.8 inches (470 x 418x 223 mm) Weight 26 lbs. 11.8 k Ambient temperature range -5 to 122 °F (-20 to +50 °C) Cooling controlled forced ventilator Integrated AC•and' DC' disconnects standard. UL approved DC &,AC disconnects Protections _ TROMUS-101000 FRO IUS"1,6;9000,- . ':FRONIUS I 25Ut1-LV 'Ground fault protection Internal GFDI; in accordance with UL 174,1 DC reverse polarity protection Internal diode Islanding protection Internal; in accordance with UL 1.741' Over temperature Output power deratin Surge protection Intemal DC & AC rotection, Tested to 6 kV 'Porrtpi'rance - - -- - - - Safety UL 1741 EMI. FCC Part 15; Class A'& B Anti-Islanding protection UL 1741 Ground fault detector andinterrupter Compliant with NEC•Art. 690 recluirements, UL 1741, ft Maximum AC over current protection, Two le, 15 / 20 A,circuit breaker AC wire sizing Use!maximum AWG' 6 194T (90 °C) copper wire DC wire sizing Use rhaximum AWG,8 194°F (90 °C) copper wire AC disconnect 20 A DC disconnect 25 A Warranty 7 Years; 10 Year extended warranty available Distributed by rrronius Fronius USA LLC Solar Electronic Division 5266 Hollister Ave., #117 Santa Barbara, California 93111 E=Mail: pv-us@fronius.com www.fronius-usa.com F3 W Q N O 7�1_.. Fronius IG Plus PV Inverter The first complete solution. Reliable. Proven, Smart. An outstanding addition to the.family: The next generation Fronius IG Plus inverter builds on a successful model with multiple enhancements, including maximum power harvest, a built-in six circuit string combiner, integrated, lockable DC Disconnect, significantly improved efficiency, and unbeatable reliability. New, larger power stages expand .the proven Fronius IG family from 2 to 12 kW In a single Inverter. POWERING YOUR FUTURE INPUT U DATA Fronhw l0i Plus SA 1 6:o-i :. s.0-1 4.54.... 1 0.0-1 - 11:41 - 1 11.44 ,12.0-5 _.... Recommended ,PV-Power(Wp) 2500-3450 3200-4400 4250-5750 5100-6900 6350-8600 8500-11500 9700-13100 1 9700-13100 10200-13800 MPPT-Voltage Range 230 ....500 V DC Startup Voltage 245 V Max. Input Voltage (at t000 w/mr 141F (-10°C) in open ckouit operation) 600 V Nominal Input_Current 8.3 A 10.5 A 13.8 A 16.6 A 20:7 A 27.6 A 31.4 A 31.4 A 33.1 A Max. usable Input Current 14.0 A 17.8 A 23.4 A 28.1 A 35.1 A 46.7 A 53.3 A 53.3 A 56.1, A Admissible conductor size (DC) No. 14 - 6 AWG Number of DC InputTerminals 6 Max. Current per DC Input Terminal 20 A; Bus bar available for higher input currents OUTPUT*DATA. Frcttlus.lOPlus 1 8(01.-', `Ji 8:8=1- '1. 5.0- .- 1 '6.0-11- I- 7.61.- 1 10.04- 1 111.4-1...:. 1 19.4-5- 112.0-3- Nominal output power (PAI-) 3000 W 3800'W WOW 6000 W 7500 W I 9995 W 11400 W 11400 W 12000 W Max. continuous output power 104°F (40°C) 208 V / 240 V / 277 V 3000 W 3800 W 5000 W 6000 W 7500 W 9995' W 11400 W 11400 W 12000 W Nominal AC output voltage 208 V /.240 V / 277 V 208 V / 240 V 277 V Operating AC voltage range 208 V (default) 240 V 277 V 183 - 229 V (-121 +10 %) 211 - 264 V (-12 / +10 %) 244 - 305 V (-12 / +10 %) Max. continuous 209 V output current 240 V 277 V 14.4 A 12.5 A 10.8 A 18.3 A 15.8 A 13.7 A 24.0 A 20.8 A 18.1 A 28.8 A 25.0 A 21.7 A 36.1 A 31.3 A 27.1 A 48.1 A 41.7 A 36:1 A 54.8 A 47.5 A 41.2 A 31.6 A 27.4 A n.a. n.a. n.a. 14.4 A• Admissible conductor size (AC) No. 14 - 4 AWG Max. continuous utility back feed current 0 A Nominal output frequency 60 Hz Operating frequency. range 59.3 - 60.5 Hz Total harmonic distortion < 3 % Power factor 1 GENERAL IiATA,.:Fr"iusiG_Plus 1 3.0 1.' .;I' ,:&134:.- `L -6.0- 1:f' ;. I--6:0-1 , . I. ,,75=1!:,� '>I' 10:0-4,: 1 '1:1:4.1.,�. I 11.4�. _ 12.0-5..... Max. Efficiency 96.2 % CEC Efficiency 208 V 240 V 277 V 95.0 % 95.5 % 95.5 % 95.0 % 95.5 % 95.5 % 95.5 % 95.5 % 96.0 % 95t5 % 96:0 % 96.0 % 95.0 % 95.5 % 96.0 % 95.0 % 95.5 % 96.0 % 95.5 % 96.0 % 96.0 % 95.0 % 95.5 % n.a. n.a. n a. 96.0 % Consumption in.standby (night) < 1 W Consumption during operation 8 W 15 W 22 W Cooling Controlled forced ventilation, variable fan speed Enclosure Type NEMA 3R Unit Dimensions (W x H x D) 17.1 x24.8 x 9.6 in. 17.1 x 36.4 x 9.6 In. 17.1 x 48.1 x 9.6 in. PowerStack,Weight 31 lbs. (14 kg) 57 lbs. (26 kg) 82 lbs. (37 kg) Wiring Compartment Weight 24 lbs. (11 kg) 26 lbs. (12 kg) 261bs. (12 kg) Admissible ambient operating temperature -4 ... 122°F (-20 ... +50'C) Compliance UL 1741-2005,.IEEE 1547-2003,,IEEE 1547.1, ANSVIEEE C62.41, FCC°Part 15 A& B, NEC Article 690, C22. 2 No. 107.1-01 (Sept. 2001) PROTECTION' QEVICES " r Frsriius IQ!'Plus I I+ 8 04 ..__ Wl " &8-1 �: -! I� '6'0 1 .-.. �lf . ti 6.0 1 : _ ill 75 1 .,_.: II 10:0-1 _ ` I ' 17:A-1 .� I 11.4� _.._ 112.0.S Ground fault protection Internal GFDI (Ground Fault Detector/interrupter); ion accordance with UL 1741-2005 and NEC Art. 690 DC reverse polarity protection Internal diode Islanding protection Internal; In accordance,with UL 1741-2005, IEEE 1547-2003 and NEC Over temperature OutputPower derating / active cooling • per Phase ius Fronlus USA LLC Soler Electronic Division 10421 Citation Drive, Sufte 1100, Brighton, Michigan, 48116 E-Ma k pv-us®fronius.cofn www.fronius-uan.com 4 PROMINENCE SERIES COMBINER BOXES WITH • Listed to UL1741 • NEMA 4X Fiberglass enclosure, as available in NEMA 4 steel enclosure • Available in 8.strings,100 amp, 12 and 24 strings, 200 amp Continuous duty • Clear Plastic.Safety Cover over all live bus bars • Back -pan with integrated wire management and silk-screening • Custom Positive. Bus bars eliminates messy wiring to fuse holders • Larger Positive and Negative Outputs lugs • Finger safe fuse holders • Wire management • Stainiess steel hardware, inside and out jpara T� us For additional information please stop 0 our website at www."tecSolar. com AMtec Solar, A Division of AMtec Industries 2501 Industrial Parkway West Hayward, CA 94545 510.887.2289 �9 The EQUINOX Series Solar Re -Combiner Boxes • Listed to UL1741 Standards and available nowl • Rated for up to 2000 amps (750 amps, 1200 amps and 2000 amps) • Capable of up to 20 incoming fused inputs from, combiner boxes • Wall mount and free standing NEMA 4 enclosures or NEMA 4X stainless •Backpan with integrated wire management and silkscreen labeling • Plastic safety shields for completely "Dead -Front" (ISUS •Large Positive and Negative outputs lugs included •200A max. fuse size. Class RK5 fuses standard •Ample wiring room for ease of installation • Modbus string level monitoring available with surge. protection *Completely customizable to meet your project's needs www.AMtecSolar.com Sales: Info@AMtecSolar.com Phone: (510) 887-2289 Mail: 2501 Industrial Parkway West, Hayward, CA 94545 Introducing Type VBII 60OVDC Enclosed Photovoltaic Disconnect Switches The first UL Listed line of disconnect switches specifically designed for use with three separate 60OVDC circuits. One VBII disconnect performs the,function. of three -competitive switches. These switches are designed for use in negative ground-600VDC max. photovoltaicsystems which must comply with Article 690 of the NEC. Features • Available in 3.0-T00A,ratings, in both fusible and non4usible versions • Type 1 and 311 enclosures for either rindoor or outdoor applications All'switches comply with UL98 requirements ! and are UL listed in file number E335018 as UL1741 Photovoltaic;Disconnect Switches Tested per UL.requirements wcoritrol three separate.600VDC circuits in a single 3 pole switch • factory, installed ground bar supplied as standard Door labeling required by Article 690.of the NEC is supplied as standard • Unique enclosure design features a rolled out.front flange that prevents cuts and scrapesto conductor insulation and to the installer's hands • Metal handle .with large plastic grip features 'a positive stop in both the ON and OFFpositions • Two and 3 point mounting provisions .are standard • Large top, bottom and side gutters facilitate,wiring • .Line and load iugsaccept larger conductors than required by UL to allow larger cables to be used when required to minimize. voltage drop Heavy Duty Photovoltaic Disconnect Switches Answers for industry. SIEMENS i 1 I A true design innovation! A very hot arc is generated by the interruption of a 60OVDC circuit when under load. This damages conventional safety switch contacts and insulating material after a small number of operations unless the poles are connected in series to spread this. destructive energy over at least two sets of contacts. As illustrated above, powerful magnets have been incorporated into the line base assembly of our disconnects which are UL1741 test requirement strategically located and specifically aligned to disperse this energy•and to very quickly extinguish the arc. The result is a line of disconnects that performs at a level far beyond that of any conventional safety switch. These switches have passed the extremely rigorous testing required by UL1741 for photovoltaic disconnects with three separate 60OVDC circuits connected to a single 3 pole switch as detailed below. l 1 00amp 200 6 11 50. 1'00 LI 6 16000 1[ 4000 The test requirements for UL1741 are the same as those for Note: Disconnects are�subjectto applicable de -rating factors UL98 except that the overload testing per UL1741 must be defined by Article 690 of the NEC. conducted at 200% of the switch rating and this isreduced to 150% for UL98. Wiring diagrams Non -Fusible disconnects O (-) (1 Photovohaic * ' + Arrays i + t M R) R) une Disconnett' f-(+) ---•- _•.....Switch (t). Load OutWtto Inverter(s) O O (-) n I 41. i HF362PV �HNF361:RPV Ordering information (for use on negative ground systems) I .a a- HNF363RPV ! HA161'234 Note: All disconnects are rated at 10,000,AIC per UL requirements when used with I or protected by Class K, J, or R fuses rated at 600VDC. Accessories Catalog Number.- HR6T2 ; 30A, 600V. 3 pole kit H962 11 60A, 600V I ole kit HR63 (_HN612 _ ---- 'I 100A,_600V.3 pole kit 1;30Aneuteal'kit-_ _— - - — -- — -- - HN62311 60.and 100A neutral •kit I HR612 I ,HA161234, . ,� 1,N0,1 NC (1 OA_at 250V AC max,) HA261234 112N , NC.(1:0A at 250V_ACmax. e ECH5075 _. j W (eonduitsize)_ ECH51.06 1' (conduit size) r---�- -- ----- ECH51,25 - it----- ---- - -- - -- - - - - 1 1 Yi"(wnduit size) _ ECHS150 tW Iconduit size) -� EGMS200 —---,------ -- --- ---- - ---- �, 2' (conduit size) ECHS250 _ 3% (cond'uit:size) i HP61__ 3.po1e.30A kit —62 3 Dole 6bA kit _- It Dimension Drawing TOP ENDWALL (outdoor only) BOTTOM ENDWALL (Also typical for top endwall. DYISION FOR TYPE W HUB for indoor switches) .64 D 10.17 BB(1)100A 8.25 BB (3) 30A EE DETAIL C M AA I$ 60A G 5.05 AA (2) I00A tie I - . L .25 PL E C A B 27DU1(3) m F BBFor30610DA m .00 AAforsoa AA(2) �4ff rf ou KT Kr"" Ll J (Knockouts) 8.35 P N 65 .75 DETAIL H i � 0 2:25 1,.25 2.50 "16.26A1.19 ..12.01 87 1.69 �'87HF362V HF363PV 21.95 9:64 23.1'S 19,38 19,38 1.19 7.00 3.50 2•.50 2.88 98 2.45 85 HNF361PV 11.11 6:64 12.31 �.9.01 6:52 7.20 1.35 3:00 p 4'.34 ! .95 1..80 �� .91" 1',:462) ii .91 l HNF362PV _ 16.2b 9,15 17 11 53_ 13.36 HNF3630V 21.95 9.64 23 1546- 1.3 U1 y 19.36 12 1.9:3_628 1 49.- 600 2.25 1,25 2.50_ 1:1_9 7 00 lr 350: 25 2.88 L. 87 1:69 _ 87 98 2.45 85 I. HF361 RPV 1:4.26 6.64 15:45 9.01 10:11 1.2:00 1;35 4.84 4.34 .82 1'.80 :91 1.46 .9:1 i HF362RPV 16.26 ;, ,9..15 17.46 111 53 l 1.3:36 j 12.62 i� 1.1.9 i 6.00 �; 2.25 n 1.25 � 2-:50 �.87 1.69 �i .87 HF363R7PV 112.01 19:38' 1:9:38. 1.1;9. 7.00 3.50 3,50 2.88 .98 2.45 .85 � HNF36111W P, 11.11 a 6.64 12.31 II 9,01 6.52 7.20 ;i 135. J1 3.00 1! 4.34 .95 i 9:80 .91 it 1.46, 2) 'i .91 _HNF362RPV 1636. 9;.15 17.46, 11.53 13:36' 12.62 1.:1;9 6:00 2:25 7.25 2:5Q. 87 1,:69 87 HNF363RPV ,l 27.95 , 9:64 1 23 15 1� 1.2.01 119.38 19.3$ )� 1. 19 l� T:00 �3:50, 2- 50 --�, 2,88 !� 98 r2:45 .85 1) Additional knockouts supplied near the.top in back and side,surfaces of indoor Notes: enclosures are notshown. 1. Indoor enclosures are constructed of .054 inch thick cold rolled steel 2) Knockout supplied'on left side; only. 2. Outdoor enclosures aWconstructed,from .054 inch thick, galvanized steel 3.'Finish is ANSI #61 gray Knockout sizes.(inches) and wiring bending/side gutter space HF i HNI HF361 RPV AA (concentric) _ 75.1 00 ! 3.02 ; 2:61 HNF361 RPV 30 BB (tangential) _.50, ._75, ; 1'S HF362RPV �60 ..:5 AA (tangential) 1001.25 35�4 3.5 2.25,HNF362RPV HF363RPV i' AA (tangential) JS 1.00,1 25 .1 50 , 6 07 i,. 6.10 - = -- - - =- -- T 2.7.5 �� 100 - HNF363RPV ,', BB (tangential)_- _ ii 1. 00 ,1.25 1.50„ 2.00 .�� 6.07 �, 11.46- 1, The information provided in this brochure contains merely general descriptions or characteristics of performance which in case of actual use do not always apply as described orwhich.may change as a result of further development of;the:products. An'obligation to provide the respective characteristics shall only exist if expressly agreed in the terms of contract. All product designations may be trademarks or product names of Siemens AG or supplier companies whose use by third parties for their own purposes could violate the rights of the owners. Switching Devkes DH362NRK Sarely Switch 8.1 Safety Switches Product Overview ................................................. 2 General Duty ...................,.:............................... 24 Heavy -Duty .................................................... 29 Six -Pole Switches ................................................ 42. Double -Throw Switches ............................................ 44 EnviroLine—Stainless Steel Switch ........ :........ :............... 52 EnviroLine—Upper and Lower Window Switches ...................... 55 EnviroLine—Receptacle Switches :............... :................. 58 EnviroLine—Non-Metallic Halyester Switch ........................... 60 EnviroLine=Non-Metallic KRYDON Switch ........................... 62 NEMA 7/9—Hazardous Location Disconnect Switch .................... 64 Quick Connect Switches ......................................... 66 Solar Disconnect Switch .......................................... 68 Solar Combiner Box —Source. Combiner and Array Combiner .............. 70 316-Grade Stainless Steel Safety Switches ..... :..................... 73 Mill=Duty Rated, Heavy -Duty, Fusible, Non -Fusible, Single -Throw.......... 77 Heavy -Duty Fusible Safety Switches Accepting Cube Fuses .............. 79 Elevator Control Switch .......................................... 82 Auxiliary Power Heavy -Duty Safety Switch ........................... 84 Left -Handed Safety Switch ........................................ 87 200% Neutral Safety Switches ....... ........... :................. 88 Pringle Bolted Pressure Switch .................................... 89 Type DS, Fusible and Non -Fusible ................................... 92 Type Visi-Flex DE -ION ............................................ 95 Flange Mounted —Variable Depth .... :.:............................ 99 Flange Mounted —Fixed Depth ...................................... 103 8.2 Enclosed Circuit Breakers Product Description ............................................. 105 Application Description ........................................... 105 Features, Benefits and Functions ................................... 196 Standards and Certifications ....................................... 106 Cross -Reference ................................................ 107 Product Selection ............................................... 109 Accessories.................................................... 111 FlexCenter .................................................... 113 Technical Data and Specifications .................................. 114 Dimensions.................................................... 116 ®Leam Online Distribution Products Catalog CA08101001E—October 2010 www.eatDn.com Switching Devices Safety switches Rotary Disconnect F-Frmne Fusible Product Overview Product Selection Guide Safety Switch Description Goneral-Doty Remry-Dntr Contents Description Page Product Overview Standards and Certifications ......................... 5 Cross -Reference .................................. 6 Catalog Number Selection .......................... 14 Options and. Accessories .......... . .. : ............ 15 Modifications —Flex Center ........................ 17 Technical Data and Specifications ................... 21 Dimensions .: ...................... I ... I .... :..... 21 General Duty ........................................ 24 Heavy -Duty ......................................... 29 Six -Pole Switches .................................. 42 Double -Throw Switches ............................. " EnviroLine—Stainless Steel Switch .................... 52 EnviroLine—Upper and Lower Window Switches :.... .... 55 EnviroLine—Receptacle Switches ...- .................. 58 EnviroLine—Non-Metallic Halyester Switch .............. 60 EnviroLine—Non-Metallic KRYDON Switch ...:..:....... 62 NEMA 7/9--Hazardous Location Disoonnect'Switch ....... 64 Quick Connect Switches ............................. 66 Solar Disconnect Switch ............:................. 68 Solar Combiner Box —Source Combiner and Array Combiner .. 70 31&Grade Stainless Steel Safety Switches ................ 73 Mill,Duty Rated, Heavy -Duty, Fusible, Non -Fusible, Single -Throw. 77 Heavy -Duty Fusible'Safety Switches Accepting Cube Fuses ... 79 Elevator Control Switch ............................... 82 Auxiliary Power Heavy-0uty Safety Switch....:..... , ..... 84 'Left -Handed Safety Switch ........................... 87 260% Neutral Safety Switches ........................ 88 Pringle Bolted Pressure Switch .... :................... 89 Type DS, Fusible and Non -Fusible ...................... 92 Type Visi-Flex DE -ION ................................. 95 Flange Mounted —Variable Depth ...................... 99 Flange Mounted —Fixed Depth ......................... 103 Six -Pole Motor Circuit Double -Throw cas. Type single•thmwmaximum Single•throwmaziinum Single-throwmaximum. Maximum 600Vac Maximum 600 Vac 240Vac horsepower rated 600V AC/DC horsepower rated 600 Vac horsepower rated Fuse type Fusible Plug Cartridge Cartridge Cartridge — Cartridge Non -fusible — — — — — 2 Distribution Products Catalog CA08101001E—October 2010 www.eatonxcom 0 o 1 Switching Devices Safety Switches Cwtridge'Fuse Generel-Duty SAq Switch General Duty Product Description • 80-6OOA • Suitable for service entrance applications unless otherwise noted • Fusible and non -fusible. switches are 100% load break and 100% load make rated • The continuous load current of fusible switches is not.to exceed 80% of the rating of fuses employed in other than motor circuits. Non -fusible switches are 100% fully rated • 200-600A features K-Series design • Horsepower rated s Fusible and non -fusible switches. Single -pole S/N through four -wire; 120/240, and 240 Vac • With Class,R fuses, switches may used on systems capable of delivering 100;000A_rms symmetrical Note: Plug.fuse switches are not service entrance rated. 12n/Y4g Vac Generef-bury, Fusible, Single-76row • 30-600A • Suitable for service entrance applications Unless otherwise noted • Horsepower rated • Bolton hub provision. Provided for general -duty switches in a NEMA 3R enclosure. See Page 21 for selection • 200-600A,switches incorporate K-Series design Contents Description page Product Overview ................:...:...:.:.:... 2 General'�Duty............I....... :...... :...... :.... 24 Features, Benefits and'Functions ................... 25 Standards and Certifications ...................... 25 Product Selection ......... :.................... 26 Technical Data and Specifications ............ . ..... 28 Dimensions ................................ :... 28 Heavy -Duty ......................:. I............... 29 Six -Pole Switches ........................:........ 42 Double -Throw Switches ............... ......... :... 44 Enviro Line —Stain less Steel Switch ................... 52 EnviroLine—Upper and Lower Window Switches........ 55 EnviroLine—Receptacle Switches ..................... 58 EnviroLine—Non-Metallic Halyester Switch ............ 60 EnviroLine—Non-Metallic KRYDON Switch .............. 62 NEMA 7/9--Hazardous Location Disconnect Switch....... 64 Quick Connect Switches ............................ 66 Solar Disconnect Switch ............................ 68 Solar Combiner Box —Source Combinerand Array Combiner. 70 316-Grade Stainless Steel Safety Switches ............. 73 MilkDuty Rated, Heavy -Duty,. Fusible, Non -Fusible, Single -Throw 77 Heavy -Duty Fusible Safety Switches Accepting Cube Fuses . 79 Elevator Control Switch .............................. 82 Auxiliary Power Heavy -Duty Safety Switch ............. 84 Left -Handed Safety Switch ......................... 87 200% Neutral Safety Switches ...................... 88 Pringle Bolted Pressure Switch ...................... 89 Type DS, Fusible and Non -Fusible .................... 92 Type Visi-Flex DE -ION ............................. 95 Flange Mounted —Variable Depth .................... 99 Flange Mounted —Fixed Depth ...................... 103 Non -Fusible Switches The�UL listed short-circuit ratings for Eaton's .non -fusible switches are based on the switches being properly protected by overcurrent protective devices. For applications that require a UL listed short-circuit rating of 10,OOOA rms symmetrical or less, an Eaton non -fusible switch must be properly protected by any overcurrent protective device rated no greater than the ampere rating of the switch. For applications that require a UL listed short-circuit, rating of greater than 10,000 rms symmetrical amperes, an Eaton non -fusible switch must be properly protected by the appropriate class and size fusing noted on the switch publication (located on the inside cover). Otherwise, this non -fusible switch must be replaced with an Eaton fusible switch that Utilizes the appropriate. fusing required. Molded case circuit breaker protection of non - fusible Eaton switches for applications. that require a short-circuit rating of greater than 10,OOOA rms symmetrical has not been evaluated. Refer to the reference tables for typical Eaton fusible switch UL.listed short-circuit ratings. Note: Safety switch short-circuit ratings are applicable to AC only. Safety switch IZt and Ip values are identical to UL maximum acceptable I2t and Ip values for the corresponding class fuse. Application Description For residential and commercial applications. Suitable for light -duty motor circuits and service entrance.. 24 Distribution Products Catalog CA08161001E—October 2010 www.eatonxam Features, Benefits and Functions General Duty (Cadridge Fuse) • Ample wire bending space provides for easier installation • Visible double-break,quick- make, quick -break rotary blade mechanism • Side opening door on all enclosures • Mechanical ly' interlocked cover to prevent easy access when the switch is in the ON position • With ClassiR fuses, switches may be used on systems capable of delivering 100,000A rms symmetrical • Clearly yisibleand accessible neutral where applicable • Visible ON/OFF indication • Tangential knockouts on 30-60A designs • Ample wiring space • Double padlocking capability on 30-100A. • Triple padlocking capability on 200-600A • Additional,door locking capability • Bilingual English/Spanish door label,on 30-1'OOA. • Tri-lingual nameplates All general -duty switches above 1.00A and all heavy- duty switches incorporate these K-Series.switch design features. • Two points of contact provide a positive opera and close, easier operation, and also help prevent contact burning for longer contact life Visible Double -Break Rotary Blade Aleehanism • Protects against accidental contact with energized parts. Probe holes enable theuserto test if the line side is energized without removing the shield. Not typiicallyprovided on general -duty switches, but available as a field kit or factory installed Clear. Line Shield • Provide easy removal of fuses Built -In Fan Pullers (NINA 12 and IMAM Only) Switching Devices 0 • i Safety Switches • The position (ON or OFF) can be,clearly seen from a distance and the length provides for easy operation Clearly Visible Randle • Personnel safety feature since the large hasp can accommodate up to three 3/8-inch 05 mm) shank locks Triple padlocking Cepability • Cabinet door can be further padlocked at the top and bottom as applicable i li Additional Locking Capability • Door cannot be opened wihen the handle is in the ON position., Front:and side operable defeater mechanism provides for user access when necessary on single - throw switches lntedockiag Alwhanbm • An ample number are provided on the top, bottom and sides.of both NEMA Types 1 and 3R enclosures through 200A Tangandal Knockouts • For switches in,a NEMA Type 313, 30-200A. Use a Myers type hub for all others Bolt -On Hub Kifs Standards and Certifications • UL listed File No.,E5239 • Meets UL 98 for enclosed switches and NEMA Std. KS-1 ugted Distribution Products Catalog CA08101001E—October 2010 www.eatoncom 25 Switching Devices 0 Safety Switches Product Selection DP221NGB 120/240 Vac General -Duty, Fusible, Single -Throw Maximum Horsepower Ratings (U NEMA1 NEMAuR Single -Phase AC Three -Phase AC DC Ampere fuse Type Enclosure Indoor Enclosers Rainproof System Rating Provision 120V 240V 240V 250V Catalog Number Catalog Number Plug Type—Two-VYire (Ones Blade, One Fuse, S/NI-120 Vac re I 30 Plug 1/2-2 — — — 0P111NGB — O (Type S, TbnW) Plug Type —Three -Wire (Two Blades, Two Fuses, S/N)-120/240 Vac b b 30 Plug 1/2-2 11/2-3 — — DP221NGB Use cartridge -type (Type S, fuse catalog number T or WI DGMNRB Cartridge Type —Two -Pole Two-llVire (Two Blades, Two Fuses)-240 Vac b 30 — — 1-1/2-3 3-7=1/2 — a 100 7-1/2-15 15-30 <� 200 — — 15 25-M — Cs (D 400 H — — 50-125 — DG225FGKW-) DGIMOK(W) 600 H — — 75-200 — DG116rGKaXmD DG226FRKW DGZNMK, DG2241RK Cartridge Typo---Three-Wire (Two Blades, Two Fuses, S/N1-120/240 Vac b b 30 H — 1-1/2-3 34.1/20 — 00221NOB DG221NRB 60 H — 3-10 7-1/2-15®' 0822ZNGB DG222NR8 100 H 7-1/2-15 15-30M - DGMNGB D6223NRB 200 H — 15 25-M © — DG2MNGK OG224NRK 400 H — — 50-1250 50 OG215IIGK DG725NRK 600 H — — 75-200 W — DGZ16NGK DGn6NRK AID," U Maximum hp ratings apply only when dual element time delay fuses are used. r) These switches do not have an interlock that prevents door from being opened when switch is in the ON position. W Use three -wire catalog numbers below. W Solid,neutral,bars are not included. Order separately from table on Page.15. O WARNINGI Switch is not approved for service entrancwunless a neutral kit is installed. ® Grounded B phase rating, UL listed. All general -duty safety switches are individually packaged. Accessories are limited in scope on general -duty safety switches. See Page 15 for availabilittyy. In addition, clear line shields are available as an accessory on 200-600A general -duty switches. Catalog Numbers: 200A=70-7759.11, 400A =•70 8063.8„600A = 70.8064-8. 26 Distribution Products Catalog CAO8101001E--October 2010 www.eaton.com ti Switching Devices 0 0.1 Safety Switches D6321NRB 120/240 Vac General -Duty, Fusible, Single -Throw, continued Maximum Horsepower Ratings O NEMA 1 NEMA 311 r Ampere Fuse lope Single -Phase AC Three -Phase AC OC Enclosure Indoor Enclosure Rainproof System Rating Provision 120V 249V 249V 25M Catalog Number Catalog Number r ' Cartridge Type —Three -Pole, Three -Wire (Three Blades, Three Fuses)-240 Vac b b b 30 — — — — — 60 — — — 100 — — O OD r T T 206 — — — — — w OD 400 H — — 50-125 — 06325FGK (M 06325FRK (01) 690 'H — — 75-200 — 06326FGKr40 DG326FFJC O Cartridge Type--Four-Wire IThree Blades, Three Fuses, 'S/N)-120/240 Vac I b I 30 H — 1.1/2-3 3-7.1/2 — C C DGffiINGO 011321111118 60 H — 3-10 7-1/2-15 — OG322NGH �n OG322NRO C� d' 100 H — 7-1/2-15 15-30 — DGMNGB OG323NRB 200 H — 15 25-W — OG324NGK DG324NRK 400 H — — 50-125 — D0325NGK OG325NRK 600 H 75-200 — 06326NOK OG326NRK DGMRB 120/240 Vac General -Duty, Non-Fusible,Single-Throw Maximum Horsepower Ratings NEMA 1 NEMAuR -' le -Phase AC Ampere Single-phase Three -Phase AC DC Enclosure Indoor Enclosure Rainproof System Rating 120V 240V 240V 290V Catalog Number Catalog Number Two -Pole, Two -Wire (Two Blades)-240 Vat b b 30 2 3 — — DG221U68 O DG221URB N> f 60 3 10 — — DG2221 6B r9 D6222URS O 100 — 15 — — DG2231 OB O OS223URB O 20C — — — — 00 00 Three -Pole, Three -Wire (Three Bledes)--240Van b b b 30 2 3 7-1/2 — OG321UGB <o 66321URB W Go 3 15 00 30 — OG323UGB O OG323URB O 200 — 15 60 — OG324116K0 DG324UNK0 400 — — 125 — 0632SUGK0 00325URK0 600 — = 200 — OG326UBK0 DG32llMKCa Notes U Maximum hp ratings apply only when dual element time delay fuses are used. O Use four -wire catalog numbers below. O Solid neutral bars am not included. Order separately from table on Page 15. O WARNINGI Switch'is not approved for service entrance unless a neutral kit is installed. O Use three -wire catalog numbers below. O Orill.led,to accept field installed neutral kits, All general -duty safety switches are individually packaged. Accessories`are limited in scope on general -duty safety switches. See Page 15 for availability. In addition, clear line shields are available as an accessory an 200-609A general -duty, switches. Catalog Numbers: 200A'= 70-7759-11, 400A = 7&8063=8, 600A = 70-8064-6. Distribution Products Catalog CA08101001E—October 2010 www.eaton.com 27 . Switching Devices Safety Switches Technical Data and Specifications Short -Circuit Ratings Using Class "R", "J" or "T" Fusing Where Applicable Voltage Ratings Ampere Rating Type 1 Type 3111 30 100kat240 100kat240 60 1Mkat240 100kat240 100 100kat240 I00k at 240 200 100k at 240 100k at 240 400 100kat250 100kat250 600 100kat250 100kat250 Dimensions Approximate Dimensions in Inches (mm) Plug Fuse,120,120/24OV, Single-, Two -Pole Solidi Neutral, General -Duty, Fusible, 24OV, Three -Pole Solid Neutral, Single -Throw Single -Throw O) Ampere NEMA 1 Ampere weight Rating Height Width Depth Rating Wdth(w) Height(H) Depth(D) Depth(D2) tbs(kg) 30 6.88(174.8) 4.94(125.5) 3.44(87.4) NEMA1 36 6.38 (162.1) 10:69 (271.5) 6:88 (174.6) 335 j95.2) 6(2.724) General -Duty, Non -Fusible, 24OV, Three -Pole, Single -Throw co 60 8.69 (220.7) 14.19 (360.4) 7.38 (187.5) 4.21 (106.9) 10 (4.54) Ampere Yyeight 100 9:13(231.9) 18.81(477.8) 7.38(187.5) 4.23(107.4) 14(6.356) Rating wim(W) Height(H) Depth(D) DWM11112) lbs(kg) 200 16.00(406.4) 24.75(00) 1125(285.8) 8:14(156.0) 48(21.792) NMI 400 23.00 (584.2) 4435(1136J) 12.63 (320.8) 7.27 (184`7) 110(49.94) 30 6.38(162.1) 10.69(271.5) 6.88(174.8) 3.75(95.2) 6(2.724) 600 24.00(609.6) 52.25(1327.2) 14.25(362.0) 8.95(227.3) 145(65.83) 60 8.69(220.7) 14.19(360..4) 7.38(187.5) 4.21'(106.9) 9(4.086) NEMA3R 1009.13(231J) Milt(477.8) 7.38(187.5) 4.231107.4) 12(5A48) 30 6.38(162.1) 10.81(274.6) 6.88(174:8) 3.75(95.2) 6'12.724) 200' 16.00(406.4) 25.25(641A) 11.25(285.8) 6.141156.0) 48(21.792) 60 8.691220.71 14.38(365.3) 7.38(187.5) 421(106A) 10(4.54) 400 23.00(584.2) 44.75(1136.7) 12.63(320.8) 7.27(184.7) 100145.4) 106 9131231.91 19.25(488.0) 7.38(181.5) 4.23(107:4) 14(6.356) 600 24.00 (609.6) 52.25 (132711 1425 (362.0) 8.95 (227.3) 130 (59.02) 200 16.001406.4) 25.50 (6473) 11.25 (285.8) 614 (156:0) 55 (24.97) KEMA311 400 23.00 (584.2) 45.19(1147.8) 12.83(320.8) 7.27(184.7) 115(52.211 30 6.38 (162.1) 10.81.(274.6) 6.8B (174.8) 3.75(95:2) 6(2.724) 600 24.00 (609.6) 5230 (1338.6) 14.25 (362.0) 8.95 (227:3) 150168.1) 60 8.69(220.7) 14.38(365.3) 7.38(167.5) 421'(106.9) 9(4.0861 100 9.13(231.9) 19.25(489.0) 7.3g(187.5) 4.23(107.4) 12(5.448) NEMA 1-3R.200-OOA General -Doty 200 16-00(406-4) 25.50(647.7) 11:25(285.8) 6-.14(156.0) 55(24.97) Non -Fusible and Fusible Single -Throw 400 23.00 (584.2) 600 24.00009.6) 45.1911147.8) 12.63 (320.8) 52.7011338:6) 14.25 (362.0) 7.27 (184.7) 8.95 (227.3) 105 (47.671 135 (61.29) � w D -1 NEMA 1-3R 30-100A General -Duty Non -Fusible and Fusible Single -Throw® �w� D u• I H �D2-.� i f o I o �Dz+� Notes © Dimensions are for estimating purposes only. 44 Figure is not applicable to plug fuse. 28 Distribution Products Catalog CA08101001E-October 2010 www.eaton.com Heavy -Duty SaWy Switch Heavy -Duty Product Description • 30-1200A • 600 Vac, 600 Vdc maximum • Horsepower rated • Fusible and`non-fusible switches are 100% load break and 100% load make rated • The continuous load current.of fusible switches is not to exceed 80% of the rating of fuses employed in other than motor circuits. Non -fusible switches are 100% fully rated • Suitable for service entrance applications unless otherwise noted 240 Vac Heevy-Duty, Fusible, Single -Throw • 30-1.200A • Horsepower rated • Suitable for service entrance use; except four -pole switches • For factory, modifications, refer to Pages 17 through 20 600'Vac Heavy -Duty, Fusible, Single -Throw • 30-1200A • Horsepower rated • Suitable,for service entrance use, except 1200A on 480Y/277 or 600Y/347 grounded wye systems, per NEC 215-10 and 230-95, and four -pole switches • For factory modifications, refer to Pages 17 through 20 Switching Devices 0 0.1 Safety Switches Contents Description page Product Overview ................................. General Duty ..................................... Heavy -Duty Features, Benefits and Functions .................. Standards and Certifications ...................... Product Selection ............................ . Technical'Data and Specifications .................. Dimensions ............. ........ :............. Six -Pole Switches ................................. Double Throw Switches . _ . ... :........ ............ EnviroLine—Stain less Steel Switch ................... EnviroLine—Upper.and. Lower Window Switches ........ EnviroLine—Receptacle Switches .................... EnviroLine—Non-Metallic Halyester Switch ............. EnviroLine—Non-Metallic KRYDON Switch ............. NEMA 7/9—Hazardous Location Disconnect.Switch ...... Quick Connect Switches .......................... . Solar Disconnect Switch ............................ Solar Combiner Box —Source Combiner and Array Combiner. 316-Grade Stainless Steel Safety Switches ............. Mi11-Duty Rated, Heavy -Duty, Fusible, Non -Fusible, Single -Throw Heavy -Duty Fusible Safety Switches Accepting Cube Fuses . Elevator Control Switch ............................ . Auxiliary Power Heavy -Duty Safety Switch ............. Left -Handed Safety Switch .......................... 200% Neutral Safety Switches ...................... Pringle Bolted Pressure Switch ...................... Type IDS, Fusible and Non -Fusible .................... Type VisWlex DE -ION .............................. Flange Mounted —Variable Depth ..................... Flange Mounted —Fixed, Depth ...................... 6W Vac'Heavy-Duty, Non - Fusible, Single -Throw • 30-1200A. • Horsepower rated • Suitable for service entrance use, except 1200A on 480Y/277V or 600Y/347V grounded wye systems, per NEC 215-10 and 230-95, and'four-pole switches • For factory modifications, refer to Pages 17 through 20 Application Description 2 24 30 30 31 40 41 42 44 52 55 58 60 62 64 66 68 701 73 77 79 82 84 87 Be 89 92 95 99 103 For heavy commercial and industrial applications where reliable performance and service continuity are critical. For the toughest heavy commercial and industrial applications, refer to Page 77 for catalog information on our mill -duty safety switch Distribution. Products Catalog CA08101001E—October 2010 www.eaton.com 29 Wiley Electronics LLC Washer, Electrical Equipment Bond WEEB Patent Pending INSTALLATION INSTRUCTIONS For Pro Solar Installations WEEB-PMC WEEBLUG R Products are tested to UL 467 W98177 UL standard for safety grounding and bonding equipment Document Number 104-0404-000008-005 Wiley Electronics LLC. 2006© — All Rights Reserved. SYSTEM OVERVIEW elect►ically connect spliced rails Note: WEEBs are intended for single use only. Functionality will not be guaranteed if reused. WEEB-PMC ASSEMBLY Wiley Electronics LLC. 2006© - All Rights Reserved WEEB-PMC o% i nuts aligning c threaded hole clamp and fasteners ,n WEEB-PMC teeth ae of solar module lift solar module WEEB-PMC into Wiley Electronics LLC. 20060 - All Rights Reserved Use mid clamp and bolt to position WEEB-PMC Ensure WEEB-PMC teeth are properly aligned under solar modules Wiley Electronics LLC. 2006© —All Rights Reserved k, Wiley Electronics LLC. 2006© - All Rights Reserved WEEB-PMC LAYOUT 0 EVEN NUMBER OF MODULES IN ROW .X DENOTES PLACES TO INSTALL WEEB-PMC CXR=4X1 WEER-PMC NEEDED = C X R= 4 X 1= 4 ODD NUMBER OF MODULES IN ROW X DENOTES PLACES TO INSTALL WEEB-PMC CXR=.5X1 WEEB-PMC NEEDED = [C+1] X R = [5+1] X 1 = 6 Note: When replacing a single faulty module, also remove the adjacent module which contacts the same WEEBs as the faulty module. This will ensure that there are never ungrounded modules in the array. Wiley Electronics LLC. 2006© — All Rights Reserved Dd 0 of Fol on Assen fasten WEEBLUG ASSEMBLY Wiley Electronics LLC. 2006© - All Rights Reserved 0 nent ground id torque bolt N-m Wiley Electronics LLC. 2006© - All Rights Reserved PMC SPLICE KIT ASSEMBLY 0 ue fasteners 1 ft-lb / 13.5 N-m .WARNING -Electric Shock Hazard/ No user serviceable parts inside Contact authorized servicer for assistance WARNING —Dual Power Sources Second source is photovoltaic system Solar Disconnect WARNING - Electri ock Hazard DO NOTTTO RMINALS Terminals on b ie and Load sides may be energized in the ,Open Position. WARNING Panel Contains D.C. Solar Power System Disconnect May NOT De- Energize All Power Sources Ibx*- EIdctrical Conn +ors, oompmWon, taps, sphoerss,, Swunding and more Pa 1 of 1 BL LAY-IN.ALICU • Manufactured from Ngh 11tr8 UM 6061.70 aluminum allay, • FAatrotln plated. • ORA Is UL 467 Wad for grounding and bondIng. • G8Lr110 & COL-250 are UL497 Recognized for grounding and bonding. �1 • In.feature. • Sullablo fir uac wllh oll wr r or elundum. • Provbdea Caw ccnld meletance. • Rated Isar 000'Ve tL ;L • See Ildco GOL. 406 kw lay4n coppar lug suftable for dlraot WWI. V4z • UL Flo E3444WM07 • CMatam OJwnham link ha [AD nlaa dif muallabbI CWbq No. Pig, No. Ground Wro Rang¢ Bah Sim Ham, Ohm 1 4.1413T�A. 10 aaft-11A 'I 1014M. 1114 a MINAEA,GMA GAD 2 250Me"STIR. 1/4 7132 http;lle ilr itac+a►.co lwabriv slstore rvloV�ut�oryDi�lalt '�sbarcld�10001A1 �-lAc loBl�,.. 711= O� professional RoofTrac® sow products Installation Manual Date Modified: 08/13/07 APPLICATION: The RoofTrac mounting system consists of sup- port rails and top -down clamping hardware which is integrated with either a TileTrac or Fast lack attachment device. The RoofTrac mounting sys- tem can be utilized on virtually all standard con- struction residential roof -tops, mounting 4' on center, to install the majority of popular framed solar modules. A WARNING All Professional, Solar Products (Prosolar) are engineered and tested to withstand stated specifications (as stated on published specification sheets) when installed properly. Fail- ure to install properly may decrease the performance of in- stallation. O SAFETY All regional safety requirements should be followed when installing Professional Solar Products. All tools and equip- ment located on the roof should be secured to avoid falling object hazards. All equipment/tools should be properly maintained and inspected prior to use. Any exposed studs should be protectively capped to help avoid injury. This installation manual is intended for use by professional installers with a working knowledge of construction princi- ples. • Chalk line • 3/16" carbide masonry drill bit • 3/8" masonry drill bit (for tale roof) • Cordless drill • Cordless impact wrench with 1/2" socket Page 1 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Professional Solar Products (PSP). TileTrac® Is a registered trademark for PSP and is covered under U.S. patent #5,746,029. RoofTrac® and FastJack® is a registered trademark for PSP and is covered under U.S. patent #6,360,491. i Professional SOLAR produ Rooffraco Installation Manual Date Modified.: 08/13/07 1) Utilizing the Splice Kit 2) Attaching Support rails to the TileTrac®/FastJackO 3) Installing modules 4) Cleanup and safety Step 1: Utilizing the Splice Kit Felt Tip Pen Splice holes — mark with permanent ink Lower Support Turn the support rails upside down (as illustrated) so the bottom is facing up. Place the lower support over the rails to use as a template. Center the lower support over the rails and mark along the V-groove drill guide using a small felt pen. Into ref ext Drill two holes using 1/2" #10 UniBit®. Drill at the intersection of the reference mark and the "V" groove drill guide. Page 2 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained In this manual Is property of Professional Solar Products (PSP). TlleTrac® Is a.reglstered trademark for PSP and is covered under U.S. patent p5,748;029. RootTtac®and FastJack® is a registered trademark for PSP and is coverer! under U.S. patent #6;360,491. Rooffraco Installation Manual Date Modified: 08/13/07 Insert the splice "A" into the channel and install "B" —the two 5/16" bolts / lock washers— into the lower support "C". Tighten iusinga 1/2" socket. Splice insert is designed to expand into the extrusion walls forcing the rails into alignment, do not over tighten. Roof'Trac®support rails can now can be handled and installed as one solid rail. Splice. Expansion ;Feature< RooTrac splice kiss, are�designe'tl_torta9ld support ratls;in alignmentLand°allow 'for thermal expansion of,,,.the aluminum` :Ater"fastening the support rails: to the - _- attachments, remoewone of the'5/16"°bolts. T}iertnal!!expansion;of tk>e aluminuml.support rails,, nil now.be absorbed.in the spli`ce,, npdGon instead of stressing the roofattac 4 ments.'The remaining splice. kifbolt:and assembly wilf keep the support rails in perfect alignment. Page 3 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual Is property of Professional Solar Products (PSP). TlieTrae® is a registered trademark for PSR and Is.covered under U.S. patentf15,746,029. RoofTrac® and Fast,lack® is a registered trademark for PSP and Is covered under U.S. paterd,#6,360,491. e-I .. Rooffraco Installation Manual Date Modified: 08/13/07 Step 2: Attaching Support Rails to TileTrac®/Fastlack® TileTrac® version T-wrench (FastJack version on next page) 1 I 1 1 \ 2, \ TileTrac Device \ I T\ \ \ \ � ' 1 \ 1 Nut/tWasher combo Installation of the RoofTrac® support rails to the TileTrac®. After the TileTrac® has been installed (refer to the respective installation guide), lay the support rail (upside down) next to the attachments, step 1, as illustrated above. Mark the channel adjacent to the. attachment devices. Align and mark the intersecting "V" groove drill guide on the rail and drill a 1/2" hole through the rail. After drilling the hole, place the rail over the attachment feet, install the 3/8" washer and nut and tighten using a 9/16" deep socket wrench. Your support rails are now secure and ready for installation of the modules. �U§e 41-bnib(tt,will°''ecrease dr(II � t(me tolpprox)matelyfl3seconds per `, L e S C holL h- I p 'L. 1 Y. j i i t ♦� �- i� i 1 rH. I! I Page 4 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained In this manual is property of Professional Solar Products (PSP). TIIeTrac® is a registered trademark for PSP and is.covered under U.S. patent #5,746,029. Roorrrac® and Fast lack® is a registered trademark for PSP and'is covered under U.S. patent #6,21ft491. professional Rooffrov produq?o Installation Manual Installation of the Rooffrac® support rails to the Fastlack®. After the FastJack® has been installed (refer to the respective installation guide), lay the support rail (upside down) next to the attachments. Mark the channel adjacent to the attachment devices. Align and mark the intersecting "V" groove on the rail and Date Modified: 08/13/07 FastJack® drill a 1/2" hole through the rail. After drilling the hole in the support rail, place the rail over the attachment feet, make any necessary'final adjustments and tighten the 3/8" Bolt & Washer combination to attach the support rail to the Fast lackO. Your support rails are now secure and ready for installation of the modules. Page 5 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Professional, Solar Products (P$P). TIIeTrae®1s a registered trademark for PSP and is covered under U:S. patent #5,746;029..RocfTrac9 and Fastlack®is a registered trademark for PSP and Is'covered under U.S. patent #6,360,491. professional SOLAR Rooffrav produWwr Installation Manual Date Modified, 08/13/07 Fdr convenience, t (s advisable to bite-easemble`the belt, lock swash`er andlclar�p ��nto the - l.1 - . r ` � .w .� � sliding insert prior, to brang�ng themlup to the. roof , `�, _ � rr� , T , 1 r � ' t_rft E s.4 41 W �t .t» f Tkl it [: a � LL �• i, 1�. ff 1.lei, r ik� li / t= i A, Lh I'� t { r- o Fig.1 ,� t. g.'- Attachment and clamping of the solar modules to 1 ileTracs or FastJacks attachments works exactly the same. After the support rails have been fastened, you are ready to install the solar modules. There are two sets of clamps; the outside clamps (end clamp) (Fig. 1) and the inter -module clamps (Fig. 2) that install between the modules. Please note that all module end clamps are specially extruded to fit a specific brand of module as specified in the ordering guide. NOTE: Clamping hardware is not engineered or intended for use on support rail/strut other than the Professional Solar Products brand. Page 6of7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained inthis manual Is property of Professional Solar Products (PSP). TIIeTrac® is a registered,trademark for PSP and is covered under U.S. patent #5,746,029. RoofTrac® and FastJack® Is a registered trademark for PSP and is covered under U.& patent #6,360;491. professional Rooffrov SOLAR produ Installation antral W-W Step 5: Installing Modules Slide the two end clamps near the end of the support rail and install your end module (first). Carefully square the module to the frame and tighten the clamps using a 1/2" box wrench or drive socket. DO NOT OVER TIGHTEN, we recom- mend a maximum torque of 12 foot pounds to prevent damage to the module. Upon installation of the last module in the panel, install the module end clamp to the end of the last module. Before fully tightening the bolts, make any adjustments needed to create a square and even array. Once all modules are in the position desired, use a 5/16" Socket impact set to 12 ft. lbs to tighten the bolts on the clamps. Date Modified: 08/13/07 After the first module is secured, slide two inter - module clamp sets onto the first module side frame. They are designed to stay in place, freeing you up to slide and align the next module into place. Repeat this procedure until all modules are in- stalled onto the support rail. To complete the installation, cut off any excess support rail not used with a reciprocating saw. You may want to use an extrusion blade. Page 7 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Profassional'Solar Products (PSP). TIIeTrac® is a,registered trademark for PSP and is covered under U.S. patent #5,746;029. RoofTrac® and FwUack9 is,a registered trademark,for PSP and is covered under U.S. patent #6,360,491. Plugs and Sockets ACCESSORIES Multi -Contact — MC3 and MC4 connector systems Multi -Contact AG was founded in 1962.and is currently • System voltage max. 1000 V employing more than 700staff . All manufacturingsites • Degree of protection, connected IP65 are ISO 9001-certified and therefore meet the highest • Protection class II quality demands. . Temperature range -40°C to +90'C • TOV Rheinland — type approved MC connector systems The components of the. MC connector system for pho- tovoltaics are designed to allow time -saving and safe serial and parallel wiring of PV modules for building - integrated and free-standing solar installations. For practical use the connector systems MC3 and MC4 are available, depending on the existing modules or inver- ters. The proven MC3 connector systems • Diameter 03 mm • Rated current max. 30 A.for 6 mm' max. 20 A for < 4 mm2 The interlockable MC4 connector systems • Diameter 0 4 mm • Rated current. max. 30 A • System voltage max. 1000 V • Degree of protection, connected IP67 • Easy installation • Locking system "Snap in' • Protection class II • Temperature range -410'Clo +90°C • TOV Rheinland — type approved I 1 The MC3 plugs and sockets, shown with associated contacts. The MC4 plugs and sockets, shown with associated contacts. NullO Contaet srAMV GWW Selection Sumrnary - PV System Builder Rev 2.1 T N \ http://www.soiren.com/PVBuilder Rev PV System Builder Rev 2.1 Print us ST (ZI NIC, C Module manufacturer SunTech Module model STP280(S)-24/Vi-1 Mounting method less than 10° on flat roof Temperature Range 20 to 125 ° F Array. STC Power Range 1.7-2.1kW Phase. Split / Single Phase- 246 -Inverter specifications i 3 C r `. 0 V do max 400 V V do min 125 V V do start .150 V K t. STC 280 W PTC 254 W IMP 7.95 A ISC 8.33 A V MP (25 °C) 35.2 A VOC (25 °C) 44.8 A V mp Temp Coefficient -0.1.2 V /°C V oc Temp Coefficient -0.152 V /°C Warmest Day V mp 27.64 V Coldest Day V OC 49.66 V Recommended String Combiner section Inverter(s) String(s) String Fuse Size String Combiner Boxes) PV 12500 - 240 1 15A No String Combiner needed Recommended -String Sizing Solution PSTC[WDC) PFrc[WDC] 1* PAc[WAc) Total Modules Strings Mods / String 2, VMP'Hot VOC Cold Suggested Inverters 1960 1778 1653 7 1 7 194 348 (1)PV12500kW - - tST11nOTeO AL OUTPUT Power 2. 1%wire loss included 1 of 1 1/6/2011 4:42 PM f Results from String Sizing V 6.0 Selected i Inverter Selected PV Manufacturer Selected PV Module SB_3000US (240) • i SunTech ri STP270-24/Vb • Inverter Data I Design Irradiance (W/'m2) Pacmax Pdcmax I1000 j '3000 - 3750 - - - - - i - - _- --- - -_ - I_ - - - - _ - - -- Idc Max Vdc Max Vm t Max Vmpt Min Vmin 17 1500 400 - 1200 _ _ 200 1 ---- -- --- -1 - -- - - --- - -- Module Data Vmp Imp 270 W Pnvm I 43,8 V c j 35,2 V 1 8,1 A c 17,67 A_ ___ i Temperature Coefficient of Voltage Temperature Coefficient of Current Temperature Coefficient of Power - 155 mV 1+ .0,06 Rio - 0,50 % Mounting Method Please select the counting method for the array: mounted flat against the roof • Temperature Data Imperial units Select the coldest expected temperature select the hottest expected temperature Metric units when sunlight will be on the modules when sunlight will be on the modules [23� OF • � 131 °F •- I j Results istring confiaumbons 8 in series 9 in series I 10 in series SMA America USA v http://affierica.snia.de/iiewstringsi2ing.aspx Piz" rm STRING SIZING PROGRAM < Back] > Print Note: For best printing results, please change page format to "landscape". Predicted Results from String Sizing V 6.0 Selected Inverter Selected PV Manufacturer Selected PV Module SB 3000US(240) SunTech STP270-24/Vb 1) Estimated PV Array Maximum Open Circuit Voltage vs. Low Temperature (°C/°F) # of -40°C -359C -30°C -25°C -20°C -150C -10°C -5°C 00C 5°C 10°C Modules -40OF -31°F -22°F -13°F -4°F 5°F 14°F 23°F 32°F 41°F 50°F 6 323 319 314 309 305 300 29S 291 286 281 277 7 377 372 366 361 3S5 3SO 34S 339 334 328 323 8 431 425 419 412 406 400 394 388 381 375 369 9 485 478 471 464 457 450 443 436 429 422 415 10 539 531 S23 516 508 500 �El 484 477 469 461 11 593 584 S76 567 5S9 550 541 533 S24 516 507 12 646 637 628 619 609 600 S91 581 572 563 S54 2) Estimated PV Array Minimum Open Circuit Voltage vs. High Temperature (°C/°F) # of 5°C 10°C 15°C 20°C 25°C 30°C 35°C 40°C 45°C 50°C 55°C Modules 416F 50°F 59°F 68°F 77°F 86°F 95°F 104°F 113°F 122°F 131°F 6 249 244 240 235 230 226 221 216 212 207 202 7 290 285 279 274 269 263 258 252 247 242 236 8 332 326 319 313 307 301 295 288 282 276 270 9 373 366 359 352 345 338 331 324 317 310 304 10 415 407 399 392 384 376 368 360 353 345 337 11 456 448 439 431 422 414 405 39.7 388 380 371 12 498 488 479 470 460 451. 442 433 423 414 405 3) Estimated PV Array Minimum.Peak Power Voltage vs. High Temperature (°C/°F) # of 5°C 10°C 150C 20°C 2S*C 300C 35°C 40°C 45..°C 50°C 5S°C Modules 41°F 50°F 59°F 68°F 77°F 86°F 95°F 104°F 113°F 122°F 131°F 6 197 193 188 183 179 174 169 16S 160 155 151 7 230 225 219 214 208 203 198 192 187 181 176 8 263 257 251 244 238 232 226 220 213 207 201 9 296 289 282 275 268 261 254 247 240 233 226 1 of 3 1/7/2011 8:13 AM Results from String Sizing V 6.0 Selected Inverter Selected PV Manufacturer Selected P'V Module SB 3000US (240) • SunTech STP270-24/Vb • Inverter Data Design Irradiance WIm2) Pacmax Pdcmax �1000 j 300.0 13750 Idc Max L17 Vdc Max 1500 Vm t Max L400 Vmpt Min Vmin 200 _` 200 Module Data i I Module Pnom_ Voc Vmp Isc Im 1,270 W 43,8 V 35,2 V 8,1 A _ 7,67 A Temperature Coefficient of Voltage Temperature Coefficient of Current Temperature Coeff`ec_ent of Pourer L 155 mV + 0,06 % 1 l-_ 0,50 % Mounting Method i Please select the mounting method for the array: LMounted flat against the roof • Temperature Data Imperial units Select the coldest expected temperature Select the hottest expected temperature Metric units when sunlight will be on the modules when sunlight will be an the modules 123OF i 131 OF • � r� Results lstrrna confiaumtions 8 in series 9 in series, 10 in s..eries I SMA.America USA http://affierica.srm.de/newstringsizing.aspx STRING SIZING PROGRAM Note: For best printing results; please change page format to "landscape". Predicted Results from String Sizing V 6.0 Selected Inverter Selected PV Manufacturer Selected PV Module SB 3000US (240) SunTech STP270-24/Vb 1) Estimated PV Array Maximum Open Circuit Voltage vs. Low Temperature (°C/°F) # of -40°C -35°C -30°C -25°C -20°C -150C -10°C -5°C 0°C 5°C 10°C Modules -40°F -31°F. -22°F -13°F -4°F 5°F 1 ' 23°F 32°F 41°F 50°F 6 323 319 314 309 305 300 295 291 286 281 277 7 377 372 366 361 355 350 345 339 334 328 323 8 431 425 419 412 406 400 394 388 381 375 369 9 485 478 471 464 457 450 443 436 429 422 415 50:1 539 531 523 516 508 Soo 492 484 477 469 461 11 593 584 576 567 559 550 541 533 524 516 507 12 646 637 628 619 609 600 591 581 572 563 554 2) Estimated PV Array Minimum Open Circuit Voltage vs. High Temperature (°C/°F) # of 5°C 10°C 15°C 200C 250C 30°C 35°C 40°C 45°C 50°C 55°C Modules 41°F 50°F 59°F 68°F 77°F 86°F 95°F 104°F 113°F 122°F 131°F 6 249 244 240 235 230 226 221 216 212 207 202 7 290 285 279 274 269 263 258 252 247 242 236 8 332 326 319 313 307 301 295 288 282 276 270 9 373 366 359 352 345 338 331 324 317 310 304 10 415 407 399 392 384 376 368 360 353 345 337 it 456 448 439 431 422 414 405 397 388 380 371 12 498 488 479 470 460 451 442 433 423 414 405 3) Estimated PV Array Minimum Peak Power Voltage vs. High Temperature (°C/°F) # of 5°C 10°C 15°C 20°C 25°C 30°C 35°C 40°C 45°C 50°C 55°C Modules 41°F 50°F 59°F 68°F 77°F 86°F 95°F 104°F 113°F 122°F 131°F 6 L97 193 188 183 179 174 169 165 160 155 151 7 230 225 219 214 208 203 198 192 187 181 176 8 263 257 251 244 238 232 .226 220 213 207 201 9 296 289 282 275 268 261 254 247 240 233 226 1 of3 1/7/2011 8:36 AM Results from Siring Sizing V 6.0 Selected Inverter Selected PV Manufacturer Selected PV Module SB 3000US (240) SunTech f ' STP270-24/Vb Design Irradiance Wfm2) I1000 Idc Max Vdc Max 17 ---- 1500 - ---- - -.l Imrerter Data Pdcmax (3000 Pdcmax 3750 Vmpt. Max Vm t Mn 400 J 200 Module Data Vmin 200 i i Module Pnom Voc Vmp Isc Im j 270 W _� 43,8 V 1 3S,2 V 8,1 A 7,67 A -- - --- -- — — — - Temperature Coefficient of Voltage Temperature Coefficient of Current Temperature Coefficient of Poorer 155 mV + 0,06 % - o,SO % Hlotmting Method 1 - Please select the, mounting method for the array: Mounted flat against the roof � Temperature Data Imperial units Select the coldest expected temperature Select the hottest expected temperature Metric units when sunlight will be on the modules when sunlight will be on the modules 23 OF 131 °F Results 1st ina confraurations I 8 in series 9 in series 10 in series SMA America USA http://anierica.sma.de/newstringsi2ing.aspx STRING SIZING PROGRAM <"8a� > Print Note: For best printing results, please change page format to "landscape". Predicted Results from String Sizing V 6.0 Selected inverter SB 3000US (240) Selected PV Manufacturer SunTech Selected PV Module STP270-24/Vb 1) Estimated PV Array Maximum Openi Circuit Voltage vs. Low Temperature (°C/°F) #'of -400C -350C -300C -250C -200C -150C -5°C 0°C 50C 10°C Modules -40OF -31,OF -220F -130F -40F 5°F V�142-F230F 320F 41OF 50OF 6 323 319 314 309 305 300 295 291 286 281 277 7 377 372 366 361 355 350 345 339 334 328 323 8 431 425 419 412 406 400 394 388 381 375 369 9 485 478 471 464 457 450 443 436 429 422 415 10 S39 531 523 516 508 Soo 4921 484 477 469 461 11 S93 584 576 567 559 550 541 533 524- 516 507 12 646 637 628 619 609 600 591 581 572 563 554 2) Estimated PV Array Minimum Open Circuit Voltage vs. High Temperature (°C/°F) # of 5°C 10°C 15°C '20°C 250C 300C 350C 400C 450C 509C 55°C Modules 41OF 50°F 590F 68OF 770F 860F 95OF 104OF 1130F 1220F 131OF 6 249 244 240 235 230 226 221 216 212 207 202 7 290 285 279 274 269 263 258 252 247 242 236 8 332 326 319 313 307 301 295 288 282 276 270 9 373 366 359 352 345 338 331 324 317 310 304 10 415 407 399 392 384 376 368 360 353 345 337 11 45.6 448 439 431 422 414 405 397 388 380 371 12 498 488 479 470 460 451 442 433 423 414 405 3) Estimated PV Array Minimum Peak Power Voltage vs. High Temperature (OC/°F) # of 5°C 100C 15°C 20°C 250C 30°C 350C 400C 45°C 50°C 55°C Modules 41OF 50°F 590F 68OF 770F 860F 95OF 1040F 1130F 1220F 131OF 6 .197 193 188 183 179 174 169 165 160 155 151 7 230 225 219 214 208 203 198 192 187 181 176 8 263 257 251 244 238 232 226 220 213 207 201. 9 296 289 282 275 268 261 '254 247 240 233 226 1 of 3 1 /7/2011 8:3 7 AM Results from String Sizing V 6.0 Selected Inverter . Selected PV Manufacturer Selected PV Module �SB 3000US (240) SunTech ST13270-24/Vb Inverter Data Design Irradiance W/mZ) Pacmax Pdcmax 1000 [3000 13750 Idc Max Vd:c Max Vm t Max Vmpt Min Vmin �17 - �500- �400 200 j200 Module Pnom Vo_ c �.270 W 43,8 V Module. Data Vm 135,2 V Isc Im 8,1 A _ 7,67 A__ Temperature Coefficient of Voltage Temperature Coefficient of Current Temperature Coefficient .of Power j - 155 mV + 0,06 % 0,50 9b Mounting Method Please select the mounting method for the array: Mounted flat against the roof Temperature Data Imperial units Select the coldest expected temperature Select the hottest expected temperature Metric units when sunlight will be on the modules when sunlight will be on the modules � 23 OF � o J Results lst .in contiaurations 8 in series 9 in series 10 in series i i , 1 ' SMA America USA http://america.stm.de/newstringsizin&aspx STRING SIZING PROGRAM < Beck > Frint Note: For best printing results, please change page format'to "landscape". Predicted Results from String Sizing V 6,0 Selected Inverter Selected PV Manufacturer Selected PV Module SB 3000US (240) SunTech STP270-24/Vb i) Estimated PV Array Maximum Open Circuit Voltage vs. Low Temperature ('C/°F) # of '40°C -35°C -30°C -25°C -200C -15°C-100C -5°C 0°C 5°C 10°C Modules -40OF -31OF -22°F -13°F -4°F 5OF 14°F 23°F 32°F 41OF 50OF 6 323 319 314 309 305 300 295 '291 286 281 277 7 377 372 366 361 355 350 345 339 334 328 323 8 431 425 419. 412 406 400 394 388 381 375 369 9 485 478 471 464 457 450 443 436 429 422 415 E10 539 531 523 516 508 500 492 484 477 469 461 it 593 584 576 567 559 550 541 533 524 516 507 12 646 637 628 619 609 600 591 581 572 563 554 2) Estimated PV Array Minimum Open Circuit Voltage vs. High Temperature (OC/OF) # of 5°C 10°C 15°C 20°C 25°C 30°C 35°C 40°C 45OC 50OC 55OC Modules 41OF 50°F 59°F "OF 77°F 86OF 95OF 104°F 113°F 122°F 131OF 6 249 244 240 235 230 226 221 216 212 207 202 7 290 285 279 274 269 263 258 252 247 242 236 8 332 326 319 313 307 301 295 288 282 276 270 9 373 366 359 352 345 338 331 324 317 310 304 10 415' 407 399 392 384 376 368 360 353 345 337 11 456 448 439 431 422 414 405 397 388 380 371 12 498 488 479 470 460 451 442 433 423 414 405 3) Estimated PV Array Minimum Peak Power Voltage vs. High Temperature (OC/OF) # of 5OC 10°C 15°C 20°C 25°C 30°C 35°C 40°C 45°C 50°C 55OC Modules 41OF 50°F 59°F 68°F 77°F 86°F 95OF 104OF 113°F 122°F 131OF 6 197 193 188 183 179 174 169 165 160 155 151 7 230 225 219 214 208 203 198 192 187 181 176 8 263 257 251 244 238 232 226 220 213 207 201, 9 296 289 282 275 268 261 254 247 240 233 226 1 of 3 1 /7/2011 8:3 8 AM Selecfion Summary - PV System Builder Rev 2.1 4. http://www.solren.cotn/PVBuilder Rev1.2/Report.php Module manufacturer SunTech Module model STP280(S)-24/V b-1 Mounting method less than 10' on flat roof Temperature Range 20 to 125 OF Array STC Power Range 1.7 - 2.1 kW Phase Split /"Single Phase - 240 -Inverter Specifications cn 'O O V do max 400 V Vdc.min 125 V V dcstart 150 V PV System. Builder Rev 2.1 Print us STC 280 W PTC 254 W IMP 7.95 A ISC 8.33 A VMP'(25°C) 35.2A VOC(25-C) 44.8A V mp Temp Coefficient -0.12 V /°C V oc Temp Coefficient -0.152 V /°C Warmest Day V mp 27.64 V Coldest Day V OC 49.66 V Recommended Itring Combiner secfion Inverter(s) String(s) String Fuse Size String Combiner Boxes) PV 12600 - 240 1 P5A No String Combiner needed -Recommended-String-Sizing3oluHe PSTC[WOC] P"C[WDC] 1' PAc(WAc] Total Modules Strings Mods [String 2' VMP Hot VOC Cold Suggested Inverters 1960 1778 1653 7 1 7 194 348 (1) PV 125OOkW I - EsrlrnareC.AU output power 2.1%wire'loss included 1 of 1 1/6/2011 4:42 PM Selection Summary - PV System Builder Rev 2.1 http://www.soirerLcoff/PVBuilder Revl .2/Report.php Module manufacturer SunTech. Module.model STP280(S)-24/Vb-1 Mounting method less than 10' on flat roof Temperature Range 15 to 132 IF Array STC Power Range 2.5 - 3.1 kW Phase Split / Single Phase - 240 Inverter Specifications V do max 600 V V do min 200' V V do start 235 V CO) O O C O O PV System Builder Rev 2.1 Print us STC 280 W PTC 254 W IMP 7.95 A. ISC 8.33 A V MP (25 °C) 35.2 A V OC (25 °C) 44.8 A V mp Temp Coefficient -0.12 V /'C V oc Temp. Coefficient -0.152 V /°C Warmest Day V mp 27.16 V Coldest Day V OC 49.97 V Recommended String Combiner section Inverter(s) String(s) String Fuse Size Siring Combiner Borges) PV 14000 - 240 1 15A No String Combiner needed. Mg3isFng-Seluti PSTC[WDC] PPFC[WDC] r' PAC[WAc] Total Modules Strings Mods / String 2• VMP Hot VOC Cold Suggested Inverters 3360 3048 2919 12 1 12 326 600 (1) PV 1 4000 r' Estimated AC output power 2.1%wire loss included 1 of 1 1/6/201.1 4:36 PM Fronius Configuration Tool I i I � 0 Please select your sysma parametns sirdte�a Compoa®rts Imerter Model Modtde HaruOaohaer ModiAa.7ype . @ Hottest Ambient Team, Coldest Ambient Terror; -- J-A NV'E-9-T'E? _ $k_B_ " Frordus [G Phis 1L4-1 U1f1(I08Yj140V/2771� _. SunTedr -_-- - — — -- SiP]70.44/� - - - ---- - Lzl Grow Modrde retails a POWERING YOUR FUTURE tSTRINCS 3 d 5' 9 - 10 WL92 M 11 89022 O D U THE MANUFACTURER ALLOWS THE STRING SIZE OPTION OF (5) E STRINGS OF (10) MODULES TO BE USED. THE STRING SIZE OPTION s WOULD NOT BE SHOWN IF IT WERE NOT ALLOWED. Please press a bu0)w i Array uay-ae Underslwd Array May Be GVerdsed N��-- q OITPDMmd Selected Configurations for PVP 30K-208V PTolect Specifications Module Specifications Module°MmActurer SuriTech. Module Model STP270-24/Vb MoimtiogType Roof CorrectionEktor Mfg Listed Tempeaure Scale Fahrenheit Locral Tempetature:Range From 15 to 125 Inverter PVP 30K-208V Mamtbourer 6 SunTech Model STP270-24/Vb STC Watts 270.0 watts VOC'Temp Coe®cierit -0.1513V/Deg C PTC Watts 236.9 watts Max Power Temp 6oe>1icient n/a VQE' 44'.5 vdc Coldest Day VOG 49.7 vdc -VMP 35:O vdc'Warmest .Day IYW 263 vdc IMP. - 7.7tA Inverter Specifications: PVP 30K-208V Maadrr=,DC'.InputVoltage 600 V Cbgtinuons,Ppwer Output' 30,000 W C'PeAk Sower Tracking Range= 295 - 500 V Weighted CEC Effldency ' 93.0% DC IMPNominal Current 109 A .A'C:Nomhntl Voltage . 208 V AC Operating Range 183 - 228 V AC Fregua" 60 Hz ACMaxinwm'Contimum Current 83 A. Selected Conflpurations .NrA lel Striogs . Sari& ` Modules STC.Watts PTC Watts : I&MIei AG Watts STC'VOC; ' Coldest.DoyVO:G' 'STC VMP Warmest Day VMP STC IMP 10 12 32,400 W 28;428 W 26,438 W 534 vdc S97 vdc 420 vdc. 319 vdc 77.1 A Frijan 07 12:26.33 -0800 2011 ,-NNI1 TLTIEfL �O pIYPDNVNO Proiect Specifications Module Manufacntres SunTech Module Model STP270-24Nb Mounting Type Roof Correction Factor Mfg Listed Temperaure Scale Fahrenheit Local Temperahtre Range From 15 to 125 Inverter PVP 100K-208V Selected Configurations for PVP 100K-208V Module Specifications man 1facturei SunTech Model, STP270-24Nb STC Watts 270.0 watts VOC Temp Coef lem -0.1513 V/Deg C PTC Watts 236.9 watts Max Power Temp Coefficient n/a VOC 44.5 vdc Coldest - Day. VOC 49.7 vdc VMF 35.0 vdc Warmest Day VMP 26.7 vdc IMP 7.71A Inverter Snecifications: PVP 100K-209V Mwdamm DC Input Voltage 600 V Continuous Power;output 100,000 W DC'Peak PowerTracking Range 295 - 500 V Weighted CEC Efficiency 95.5% DCDO Nominal Current. 356 A AC Nominal Voltage 208 V .AGOperating Range 183 - 228 V AC Frequency 60 Hz AC, Mwdrunm:Continuous Current 278 A Selected Confimmations Parallel Strings. Series Modules smC watts PTCWatts Inverter AC Watts STC VOC, ` Coldest Day VOC STC VMP Warmest Day VMP STC lMP 31 12 100,440 W 88,126 W 84,161 W 534 vdc 597 vdc 420 vdc 319 vdc 239.01 A Fri Jam07 12:29:44 -0800 2011 Selection Summary - PV System Builder Rev 2.1 http://www.solren.com/PVBuilder Revl.2/Report.php Module manufacturer SunTech Module model STP270(S)-24/Vb-1 Mounting method less than 10° on flat roof Temperature Range 15 to 125 ° F Array STC Power Range 4.1 -.5.2 kW Phase Split / Single Phase - 240 Inverter Specifications Vdc:max 600V V do min 200 V V,dc start 235 V W O O O O O PV System Builder Rev 2.1 Print us STC 270 W PTC 244.7 W IMP 7.71 A ISC 8.2 A V MP (25 °C) 35 A VOC.(25 °C) 44.5 A V mp Temp Coefficient -0.119 V rC V oc Temp Coefficient -0.151 V /°C Warmest Day Vmp 27.5 V Coldest Day VOC 49.63 V Recommended String Combiner section Inverter(s) String(s) 'String Fuse Size String Combiner Boxes) PV 15000 - 240 2 15A No String Combinerneeded -ReC 3lring-SOWlfon PSTC[WDC] Pvrc(WDC] r' PAC[WAC] Total Modules Strings Mods/ String 21 VMP Hot VOC Cold. Suggested Inverters 4860 4405 4224 18 2 9 248 447 (1)PV15000 I' Estimated AC output power 2' 1%Wire loss,included 1 of 1 1 /7/2011 9:16 AM V o UT-P'C� t -Op"6j) 1�1�1t�-TE1Z tk q pv 3oLv) 30K Inverter 1. 3 string C.B to 8 string C.B a. Length = 350ft b. Wire size 2/0 c. Amps 38.4 d. V.D is .4% 1. 8 string combiner to 30k Inverter a. Length 486 b. Wire size 3/0 c. Amps 129 d. V.D is 1.4% Total V.D is 1.8% Voltage Drop Calculator d 5-4).t -A:, 3a-4 /Nfvey- -e- Page 1 of 2 /ya�0utoge=G'vin rzc HOME ' . - UP Page last updated Jun 16, 2010 @ 11:29pm Voltage Drop Calculator Thanks for Use this calculator to estimate cable voltage drop for sizing conductors. The visiting calculation assumes uncoated copper or •aluminum conductors operating at the NoOutage.com temperature selected and is based on the ac/dc resistance or impedance from NEC to use our free 2005 Tables 8 and 9 for stranded conductors operating on a DC or AC 60Hz voltage drop system. The ampacity of each conductor size in the dropdown menu below is' calculator. based on, NEC 2005 Table 310.16 for 60C insulated conductors rated 0 through 2000 volts with not more than three current carrying, conductors inraceway, cable While you are or earth with an ambient of 30C (86F). here please view our Note that the actual ampacity and voltage drop for your application may differ specials on all from these results but in most cases will be very close to those shown here. kinds of backup power related products such Units herein are American Wire Gauge (AWG) and English (feet). as... Note, to run this calculator ]avaScripts must be enabled on your browser. * manual transfer Click here for alternate calculator that also includes a transformer and motor load. switches * automatic SOURCE WIRE OR CABLE L standby generators• * automatic 575V 3/0 awg (165/130A) transfer This should be the line to -line These are uncoated copper or aluminum Load current in amperes switches Voltage for multi -voltage and conductorsizes with CU/AL 66C Ampacity 3 phase systems. For a listed.at 30C ambient for reference. 120/240V;single phase system * metering 8r select 246V. For'other single Instrumentation phase systems select the line- copper conductor . to -neutral voltage. * UPS systems ^30C (86F) . DC . NEC tables assume 75C operating temperature. Ifcondudor is+oversized a Tired of paying lowertemperature can be used but this those rising 9 temperature should always;be'higher than for adjusting ambient. This value only used electricity conductor resistance. rates? We also sell alternative PVC conduit . energy products. Including... single set of conductors http-//www.nooutap-e.com/vdrop.htm 1 /7/2011 Voltage Drop Calculator Page 2 of 2 * micro hvdroelectric systems * wind Dower systems * solar Are YOU ready for the next power outage? i Length of cable in feet {one-way distance) Calculate Voltage Drop Reset 11.4_% 1 Estimated voltage drop Voltage drop for ac, systems should total no more than 5% under full load conditions. Drop may be significantly larger during surge or motor starting conditions -- sometimes in the 15% to 25% range if other devices on the system can withstand this momentary dip. Voltage drop for do systems should be designed as low as possible or less than 2%. For most 120/240V systems using cables of adequate ampacity voltage drop is not a concern unless cable lengths are well over a hundred feet. More information about voltaoe drop based on IEC standards is available in the Schneider Electric Electrical Installation Guide. UPDATE: On 11/4/2009 the 3-phase % calculation was adjusted by a factor of 1.732 Are YOU ready for the next power outage? 6 NoOutage 1 Video IntrodudfonConfigurations 16 Future 11 Placing Order Technolooles 21 Our Customers 26 What's New 27 Contactino Us 2 Outage Archives 7 Safety 12 Equipment 17 Electric! Leasing 22 Pick a Contractor 28 Generator 3 Utility Industry 8 Sizing for Your Needs 13 Books & Videos Glossary 18 Help with Plug 23 Privacy Promise 24 Safe Shopping Shortage 29 Parts & Service 4 Why You Need BaCICUD Drop 9 Voltage15 14 Flnaneing Types Freguently Guarantee 30ade In US 5 Personal Stories Calculator Asked 19 Who We Are 25 Terms &Conditions =_ 10 Test Reports 20 Why Buy Here 31 Links We welcome your feedback or questions. Click hereto contact us. See our Terms & Conditions before using information or ordering from this web site. Copyright © 1999-2010 NoOutage.com I.I.C. All rights reserved. http://www.nooutage.com/vdrop.htrn 1 /7/2011 Voltage Drop Calculator 3 54'r)Nz� 40 9 s Page 1 of 2 Thanks for visiting NoOutage.com to use our free voltage drop calculator. While you are here please view our specials on all kinds of backup power related products such as... * manual transfer switches * automatic standby generators * automatic transfer switches * metering & instrumentation * UPS systems Tired of paying those rising electricity rates? We also sell alternative energy products Including... /ya�putoge�om �,� r UP SEARCH _ Page last;updated Jun 16, 2010 @ 11:29pm Voltage Drop Calculator Use this calculator to estimate cable voltage drop for sizing conductors. The calculation assumes uncoated copper or aluminum conductors operating at the temperature selected and is based on the ac/dc resistance or impedance from NEC 2005 Tables 8 and 9 for stranded conductors operating on a DC or AC 60Hz system. The ampacity of each conductor size In the dropdown menu below is based on NEC 2005 Table 310.16 for 60C insulated conductors rated 0 through 2000 volts with not more than three current carrying conductors in raceway, cable or earth with an ambient of 30C (86F). Note that the actual ampacity and voltage drop for your application may differ from these results but in most cases will be very close to those shown here. Units herein are American Wire Gauge (AWG) and' English (feet).. Note, to run this calculator JavaScripts must be enabled on your browser. Click here for alternate calculator that also includes a transformer and motor load. SOURCE VARE OR CABLE E. 575V . 2/0 awg (145/115A) . Thisshould be the ilne-to-line These are uncoated copper or aluminum Load current in amperes voltage for multi -voltage and conductor sizes with CU/AL.60C Ampacity 3 phase systems. For a listed at 30C,ambient for reference. 120/240V single phase, system select 240V. For other single phase systems. select the line- copper conductor . to -neutral voltage. (86F) DC .30C NEC tables assume 75C operating temperature. If conductor is oversized a lower temperature can be used but this temperature should always be higher than ambient. This value. only used for adjusting conductor resistance. PVC conduit . single set of conductors http://www.nooutage.com/vdrop.htm 1 /7/201.1 Voltage Drop Calculator Page 2 of 2 * micro hvdroelectric systems * wind Dower systems * solar Are YOU ready for the next power outage? 1350 1 Length of cable in feet (one-way distance) _ Calculate Voltage Drop , ;Reset 10.4 % _ _ 1 Estimated voltage drop Voltage drop for ac systems should total no more than 5% under full load conditions. Drop may be significantly larger during surge or motor starting conditions - sometimes in the 15% to 25% range if other devices on thesystem can withstand this momentary dip. Voltage drop for do systems should be designed as low as possible or less than 2%. For most 120/240V systems using cables of adequate ampacity voltage drop is not a concern unless cable lengths are well over a hundred feet. More information about voltaoe drop based on IEC standards is available in the Schneider Electric Electrical Installation Guide. UPDATE: On 11/4/2009 the 3-phase % calculation was adjusted by a factor of 1.732 Are YOU ready for the next power outage? i Video IntroduetionConflourations 6 NoOutaae Order 16 Future 26 What's New 12 Eaufoment 12 EguPlaclpr Technologies 21 Our Customers 27 Contactina Us 2 Outage Archives 7 Safety Leasing 17 Electrlcl 22 Pick a Contractor 28 Generator 3 Utility Industry 8 Sizing for Your 13 Books & Videos Glossary 23 Privacy Promise Shortage 4 Why You Need Needs14 Flnancina 1'8 Help with. Plug 24 Safe Snooping. 29 Parts ak Service j3aCICUD, 9 Voltage Drop 15 Frequently TVoes Guarantee 30 Made In SA 5 Personal Stories Calculator Asked 19 Who We Are 25 Terms &Conditions 10 Test Reports 20 Why Buy Here 31 Links We welcome your feedback or questions. Click here to contact us. See our Terms A Conditions before using information or ordering from this web site. Copyright © 1999-2010 NoOutage.com LLC. All rights reserved.. http://www.noou.tage.com/vdrop.htm 1 /7/2011 oL-TA (-, r V)R-o-,�, Cat cuLfth0A 100k Inverter Wire Size (west end) 1. Carports 1 thru 4 to 12 string combiner box. a. Length =150ft b. Wiresize.4awg. c. Amps 12.8 d. V.D. is .2 % 2. 12 String Combiner to 4 string Combiner box. a. Length = 380ft b. Wire size 350mcm c. Amps 153 d. V.D is .6% 3. 3 string C.B to 4 string C.B a. Length .90ft b. Wire size #3awg c. Amps 38.4 d. V.D' is .3% 4. 4 String C.B to 100k Inverter. a. Length 430ft b. Wire Size 400 c. Amps 217 d. V.D is .9 West end Total V.D 2% East End Total V.D :1.7% AVERGEOF 1.85%VD �000 a 0 aLl 100k Inverter Wire Size (west end) 1. Carports 1 thru 4 to 12'string combiner box. a. Length=.150ft b. Wire size 4awg. c. Amps 12.8 d. V.D. is .2.% 2. 12 String Combiner to 4 string Combiner box. a. Length = 380ft b. Wire size 350mcm c.. Amps 153 d. V.D is .6% 3. 3 string C.B to 4 string C.B a. Length 90ft b. Wire size .#3awg c-. Amps 38.4 d. V.D is .3% 4. 4 String CB to 100k Inverter. a. Length 430ft b. Wire Size 400 c. Amps 217 d. V.D is .9 West end Total V.D 2% East End Total V.D 1.7% AVERGE OF 1.85% VD u 100k Inverter Wire Size (west end) 1. Carports 1 thru 4 to 12 string combiner box a. Length =150ft b. Wire size, 4awg. c. Amps 12.8 d. V.D. is .2 % 2. 12 String Combiner to 4 string Combiner box. a. Length = 380ft b. Wire size 350mcm c. Amps 153 d. V.D is .6% 3. 3 string C.B to 4 string C,B a. Length 90ft b. Wire size #3awg c. Amps 38.4 d. V.D is .3% 4. 4 String CB to 100k Inverter. a. Length 430ft b. Wire Size 400 c. Amps 217 d. V.D is .9 West end Total V.D 2% East End Total V.D 1.7% AVERGE OF 1.85% VD Voltage Drop Calculator I 40 jf4A 61MY to OX Page 1 of 2 'SOLA11-r �' r HOME L /lgputoye.Com rzc VIEW CART CATALOG Page last updated Jun 16, 2010.@ 11:29pm �� Voltage Drop Calculator Thanks for Use this calculator to estimate cable voltage drop for sizing conductors. The visiting calculation assumes uncoated copper or aluminum conductors operating at the NoOutage.com temperature selected and is based on the ac/dc resistance or impedance from NEC to use our free 2005 Tables 8 and 9 for stranded conductors operating on a DC or AC 60Hz voltage drop system. The ampacity of each conductor size in the dropdown menu below is calculator., based on NEC 2005 Table 310.16 for 60C insulated conductors rated 0 through 2000 volts with not more than three current carrying conductors in raceway, cable While you are or earth with an ambient of 30C (86F). here please view our Note that the actual ampacity and voltage drop for your application may differ specials on all from these results but in most cases will be very close to those shown here. kinds of backup power related products such Units herein are American Wire Gauge (AWG) and English (.feet). as... Note, to run this calculator 3avaScripts must be enabled on your browser. * manual transfer Click here for alternate calculator that also includes a transformer and motor load. switches * automatic SOURCE 1WIRE OR CABLE LOAD standby generators * automatic 575V 01/0 awg (125/100A) M 1.51.2 transfer This should be the line -to -line These are uncoated ,copper or aluminum Load current in amperes switches voltage for multi -voltage and conductor sizes with CU/AL 60C Ampacity 3 phase systems. For a listed at 30C ambient for reference. 120/240V single phase system * metering & select 240V. For other single instrumentation phase systems select the line- copper conductor . to -neutral voltage. * UPS systems 30C (86F) ■ ■ DC NEC tables assume 75C.operating temperature. If conductor is oversized a Tired of paying lower temperature can be used but this those rising g temperature should always be higher than ambient. Thisvalue only used for adjusting electricity conductor resistance. rates? We also sell alternative PVC conduit . energy products Including... single set of conductors ■ http://www-.nooutage.com/vdrop.htm 1 /7/2011 Voltage Drop Calculator Page 2 of 2 * micro hvdroelectric systems * wind Dower systems * solar Are YOU ready for the next power outage? 1230 - -- - - - Length of cable in feet (one=way distance) - Calculate-Voltage_Drop __ 3 Reset 10.4 96- - - - - - -I Estimated voltage drop Voltage drop for ac systems should total no more than 5% under full load conditions. Drop may be significantly larger during surge or motor starting conditions -- sometimes in the 15% to 25% range if other devices on the system can withstand this momentary dip. Voltage drop for do systems should be designed as low as possible or less than 2%. For most 120/240V systems using .cables of adequate ampacity voltage drop is not a concern unless cable lengths are well over a hundred feet. More information about voltage drop based on IEC standards is available in the Schneider Electric Electrical 'Installation Guide. UPDATE: On 11/4/2009 the 3-phase % calculation was adjusted by a factor of 1.732 Are YOU ready for the next power outage? 1 Video IntroductlonConfiaurati2m 6 NoOutage 16 Future 11 Placing Order 26 What's New. 12 Equipment Technologies 21 Our Customers 27 Contactina Us 2 Outaoe Archives 7 Safety 8 Sizina for Your 17 Electricity L4. 'Glossary 22 Pick a Contractor 23 Privacy Promise 28 Generator S orta e 3 Utility Industry 4 Why You Need Needs ooks &Videos 13 Boo 14.Financino 18 Help with Pluo 24 Safe Sh000ina 29 Parts & service Backup 9 Voltage Drop 15 Freauentiv Types Guarantee 30 Made -in S 5 Personal Stories Calculator Asked 19 who we Are 25 Terms & Conditions _ 10 Test Reports 20 Whv Buv Here 31 Links We welcome your feedback or questions. Click here to contact us. See our Terms & Conditions before using information or ordering from this web site. Copyright © 1999-2010 NoOutage.com LLC. All rights reserved. http://www.nooutage.com/vdtop.htm 1 /7/20.11 Voltage Drop Calculator 100 K b o-X 3 Page 1 of 2 0170 k � 11 •' • J - /rgputoqe.Com 1,� SEARCH ,Page last updated Jun 16, 2010 @ .11:29pm Voltage Drop Calculator Thanks for Use this calculator to .estimate cable voltage drop for sizing conductors. The visiting calculation assumes uncoated copper or aluminum conductors operating at the NoOutage.com temperature selected and' is based on the ac/dc resistance or impedance from NEC to use our free 2005 Tables 8 and 9 for stranded conductors operating on a DC or AC 60Hz voltage drop system. The ampacity of each conductor size in the dropdown menu below is calculator. based on NEC 2005 Table :310.16 for 60C insulated conductors rated 0 through 2000 volts with not more than three current carrying conductors in raceway, cable While you are or earth with an ambient of 30C (86F). here please view our Note that the actual ampacity and voltage drop for your application may differ specials on all from these results but in most cases will be very close to those shown here.. kinds ofbackup power related products such Units herein are American Wire. Gauge (AWG) and English (feet). as... Note, to run this calculator JavaScripts must be enabled on your browser'. * manual transfer . Click here for alternate calculator that also includes a transformer and motor load. switches * automatic SOURCE PARE OR CABLE LOAD standby generators * automatic 1575V , 400MCM (280/225A). transfer This'should be the line -to -line These are uncoated copper or aluminum Load current in amperes switches voltage for multi -voltage and conductor sizes with CU/AL 60C Ampacity 3 phase systems. For a listed at 30C,ambient for reference. 120/24oV.singie phase.system * metering 8r select 240V. Forother —. instrumentation phase systems select the line- Copper conductor to -neutral voltage. * UPS systems 30C (86F) DC .. NEC tables assume 75C operating temperature. If conductor is oversized a Tired of paying lower temperature can be used but this those rising g temperature should always.be higherthan ambient. This value; only used for adjusting electricity conductor resistance. rates? We also sell alternative PVC conduit energy products Including... . .single set of conductors http://www.,nooutage.com/vdrop.htm 1 /7/2011 Voltage Drop Calculator Page 2 of 2 * micro hydroelectric systems * wind power systems * solar Are YOU ready for the next power outage? 1430 - - - - Length of cable in feet (one-way distance) Calculate Voltage Drop Reset 10.9 % Estimated voltage drop Voltage drop for ac systems should total no more than 5% under full load conditions. Drop may be significantly larger during surge or motor starting conditions -- sometimes in the 15% to 25% range if other devices on the system can withstand this momentary dip. Voltage drop for do systems should be designed .as low as possible or less than 2%. For most 120/240V systems using cables of.adequate ampacity Voltage drop is not a concern unless cable lengths :are well over a hundred feet. More information about voltage drop based on IEC standards is available in the Schneider Electric Electrical Installation Guide. UPDATE: On 11/4/2009 the 3-phase % calculation was adjusted by a factor of 1.732 Are YOU ready for the next power outage? 1 Video IntroductionConfiaurations 6 NoOutaae it Order 16 Future 26 What's New aulp ment 12 EquipE Technologies 21 Our Customers 27 Contactino Us 2 Outage Archives 7 Safety Jeasina 17 Electricity 22 Pick a Contractor 28 Generator 3 Utility Industry 8 Sizing for Your �t 13 Books& Videos Glossary 18 Help with Plua 23 Privacy Promise 24 Safe Sh000lna Shortage 29 Parts & Service 4 Why You Need 9 Voltaae Drop 14 Financing �s Guarantee 30 S Backup 5'Personal Stories Calculator 15 Frequently sked 19 Who We Are 25 Terms & Conditions 10 Test Reports 20 Why Buy Here 31 Links We welcome your feedback or questions. Click here to contact us. See our Terms & Conditions before using information or, ordering from this web site. Copyright © 1999-2010 NoOutage.com LLC. All rights reserved. http-//www.nooutage.com/vdrop.htm 1 /7/201.1 Voltage Drop Calculator ijD Ldi'hbji1er 10d)t � �� �� 4-3 e• Page 1 of 2 /lgputoge.Corn uc SEARCH Page last updated.Jun 16, 2010 @ 11:29pm Voltage Drop Calculator Thanks for Use this calculator to estimate cable voltage drop for sizing conductors. The visiting calculation assumes uncoated copper or aluminum conductors operating at the NoOutage.com temperature selected and is based on the ac/dc resistance or impedance from NEC to use our free 2005 Tables 8 and 9 for stranded conductors operating on a DC or AC 6OHz voltage drop system. The ampacity of each conductor size in the dropdown menu below is. calculator. based on NEC 2005 Table 310.16 for 60C insulated conductors rated 0 through 2000 volts with not more than three current carrying conductors in raceway, cable While you are or earth with an ambient of 30C (86F). here please view our Note that the actual ampacity and voltage drop for your application may differ specials on all from these results but in most cases will be very close to those shown here. kinds of backup power related products such Units herein are American Wire Gauge (AWG) and English (feet). as... Note, to run this calculator JavaScripts must be enabled on your browser. * manual transfer Click here for alternate calculator that also includes a transformer and motor load. switches * automatic SOURCE WIRE OR CABLE LOAD standby generators * automatic 575V . ; 350MCM (260/310A) . 1 153 transfer This should be the line -to -line These are uncoated copper or aluminum Load current imamperes switches voltage for multi -voltage and conductor sizes with CU/AL 60C Ampacity 3. phase systems. For a listed at 30C ambient for reference. 120/240V single phase system * metering ,& select 240V. For other single instrumentation phase systems select the line- copper conductor . to -neutral voltage. * UPS systems 30C (86F) . DC . NEC tables assume 75C operating temperature. If conductor is oversized a Tired Of paying lower temperature can be, used but this those rising 9 temperature should always be higher than ambient. This value only used for adjusting electricity conductor resistance. rates? We also sell alternative PVC'conduit . energy products Including... single set of conductors http://www.nooutage.com/vdrop.htm 1 /6/2011 Voltage Drop Calculator Page 2 of 2 * micro hvdroelectric systems * wind Dower systems * solar Are YOU ready for the next power outage? 1380_ _ ___ Length of cable in feet (one-way distance) Calculate Voltage Drop Reset J0.6 % ____ _1 Estimated voltage drop Voltage drop for ac systems should total no, more than 5% under full load conditions. Drop may be significantly larger during surge or motor starting conditions -- sometimes in the 15% to 25% range, if other devices on the system can withstand this momentary dip. Voltage drop for do systems should be designed as low as possible or less than 2%. For most 120/240V systems using cables of adequate ampacity voltage drop is not a concern unless cable lengths are well over a hundred feet. More information about voltage -drop based on IEC standards is available in the Schneider Electric Electrical Installation Guide. UPDATE: On 1.1/4/2009 the 3-phase % calculation was adjusted by a factor of 1.732 Are YOU ready for the next power outage? 1 Video Introduction 6 NoOutageons 11 Placing Order 16 Future 26 What's New Configuratiuiment E 12 guip Technologies 21 Our Customers 27 Contacting Us 2 Outage Archives 7 Safety Leasino 17 Electricity 22. Pick -a Contractor 28 Generator 3 Utility Industry 8 Sizing for Your 13 Books &Videos Glossary 23 Privacy Promise Shortage 4 Why You Need Needs 14 Financing. 18 Help with Plug 24. Safe Shoppina 29 Parts.& Service Backup 9 Voltage Drop 15 Freauentiv Types. Guarantee 30 S e in USA 5 Personal Stories Calculator Asked 19 Who We Are 25"&Conditions _Terms _ 10 Test Reports 20 Why Buy Here 31 Links We welcome your feedback or questions. Click here to contact us. See our Terms 8t Conditions before using information or ordering from this web site. Copyright © 1999-20.10 NoOutage.com I.I.C. All rights reserved. http://www.nooutage.com/vdrop.htm 1 /6/2011 Voltage Drop Calculator G.arnbiwy /0Ck#7- 3 Page 1 of 2 0, ,( ` __ Pi � " I � � I �q /1apu�ogeL'om rzc Page last updated Jun 16, 2010 @ 11:29pm Voltage Drop Calculator Thanks for Use this calculator to estimate cable voltage drop for sizing conductors. The visiting calculation assumes uncoated copper or aluminum conductors operating at the NoOutage.com temperature selected and is based on the ac/dc resistance or impedance from NEC to use our free 2005 Tables 8 and 9 for stranded conductors operating on a DC or AC 60Hz voltage drop system. The ampacity of each conductor size in the dropdown menu below is calculator. based on NEC 2005 Table .310.16 for 60C insulated conductors rated 0 through 2000 volts with ,not more than three current carrying conductors in raceway, cable While you are or earth with an ambient of 30C (86F). here please view our Note that the actual ampacity and voltage drop for your application may differ specials on all from these results but in most cases will be very close to those shown here. kinds of backup power related products such Units herein are American Wire Gauge (AWG) and English (feet). as... Note, to run this calculator ]avaScripts must be enabled on your browser. * manual transfer Click here for alternate calculator that also includes a transformer and motor load. switches * automatic SOURCE iNIRE OR CABLE LOAD standby generators * automatic 575V 3 awg (85/65A) I 38.4 transfer This should be the line -to -line _ These are uncoated copper or aluminum Load current in amperes switches voltage for multi -voltage and conductor sizes with CU/AL 60C Ampacity 3 phase systems. For a listed at 30C ambient for reference. 120/240V single phase system * metering & select.240V. For other single Instrumentation phase systemsselectthe line- copper conductor . to -neutral voltage. * UPS systems 30C (86F) . DC . NEC tables assume 75C operating temperature: If conductor is oversized a Tired of paying lower temperature can be used but this those rising g temperature should always�be higher than ambient. This value only used for adjusting electricity conductor resistance. rates? We also sell alternative PVC conduit . energy products Including... single set of conductors S http://www.nooutage.com/vdrop.htm 1 /6/2011 Voltage Drop Calculator Page 2 of 2 * micro hydroelectric systems * wind power pystems * solar Are YOU ready for the next power outage? 190 _ Length of cable in feet (one-way distance) Calculate Voltage Drop ; ;Reset 10.3 %_ _ __ _l Estimated voltage drop Voltage drop for ac systems should total no more than 5% under full load conditions. Drop may be significantly larger during surge or motor starting conditions -- sometimes in the 15% to 25% range if other devices on the system can withstand this momentary dip. Voltage drop for do systems should be designed as low as possible or less than 2%. For most 1.20/240V systems using cables of adequate ampacity voltage drop is not a concern unless cable lengths are well over a hundred feet. More information about voltage drop based' on IEC standards is available in the Schneider Electric Electrical Installation Guide. UPDATE: On 11/4/2009 the 3-phase % calculation was adjusted by a factor of 1.732 Are YOU ready for the next power outage? 1 Video Introduction 6 NoOutaae it o Order 16 Future 26 What's New Configurations 12 EquipEaulpment Technologies 21 Our Customers 27 Contacting Us 2 Outage Archives 7 Safety Leaslno 17 Electricit 22 pick a Contractor 28 Generator 3 Utility Industry 8 Sizina for Your 13 Books & Videos Glossary 23 Privacy Promise Shortacie 4 Why You Need Iarga 14 Financing 18 Help with Plun 24 Safe Shoppina 29 Parts & Service Backup 9 Voltade Drop 1'5 Frequently Types Guarantee 30e in USA 5 Personal Stories Calculator 19 Who We Are 25 Terms & Conditions 10 Test Reports 20 Why Buy Here 31 Links We welcome your feedback or questions. Click here to contact us. See our Terms & Conditions before using information or ordering from this web site. Copyright © 1999-2010 NoOutage.com LLC. All rights reserved. http!//www.nooutage.com/vdrop.htm 1/6/2011 Voltage Drop Calculator �b Page 1 of 2. /lgputoge:L'om rzc C VIEW CART Page last,updated Jun 16, 2010 @ 11:29pm Voltage Drop Calculator Al Thanks for Use this calculator to estimate cable voltage drop for sizing conductors. The visiting calculation assumes uncoated copper or aluminum conductors operating at the NoOutage.com temperature selected and is based on the ac/dc resistance or impedance from NEC to use ourfree 2005 Tables 8 and 9 for stranded conductors operating on a DC or AC 60Hz voltage drop system. The ampacity of each conductor size in the dropdown menu below is calculator. based on NEC 2005 Table 310.16 for 60C Insulated conductors rated 0 through 2000 volts with not morethan three current carrying conductors in raceway, cable While you are or earth with an ambient of 30C (86F). here please view our Note that the actual ampacity and voltage drop for your application may differ specials on all from these results but in most cases will be very close to those shown here. kinds of backup power related products such Units herein are American Wire Gauge (AWG) and English (feet). as... Note, to run this calculator JavaScripts must be enabled on your browser. * manual transfer Click here for alternate calculator that also includes a transformer and motor load. switches * automatic SOURCE QUIRE OR CABLE LOAD standby generators. * automatic 575V . 4 awg (70/55A) . 138.4 transfer This should be the line -to -line These are uncoated copper or aluminum Load current In amperes switches voltage for multi -voltage and conductor; sizes with CU/AL60C Ampacity 3 phase systems. For a listed at 30C°ambient forreference. 120/240V single phase system * metering $ select 240V.' For other single instrumentation phase systems select the line- copper conductor . to -neutral voltage. * UPS systems 30C (86F) . DC . NEC tables, assume 75C operating temperature. If'conductor is oversized a Tired of paying lower temperature can be used but this those rising 9 temperature should always'.be higher than ambient. This value only used for adjusting electricity conductor resistance. rates? We also sell alternative PVC conduit . energy products Including... single set of conductors http://www.nooutage.com/vdrop.htm 1 /7/2011 Voltage Drop Calculator Page 2 of 2 * micro hvdroelectric systems * wind Dower systems * solar Are YOU ready for the next power outage? 1 100� -- f Length of cable in feet (one-way distance) Calculate Voltage Drop Reset 10.4 % 1 Estimated voltage drop Voltage drop for ac systems should total no more than 5% under full load conditions. Drop may be significantly larger during surge or motor starting conditions -- sometimes in the 15% to 25% range if other devices on the system can withstand this momentary dip. Voltagedrop for do systems should be designed as low as possible or less than 2%. For most 1:20/240V systems using cables of adequate ampacity voltage drop is not a concern unless cable lengths are well over a hundred feet. More information about voltage drop based on IEC standards is available in the Schneider Electric Electrical Installation Guide. UPDATE: On 11/4/2009 the 3-phase % calculation was adjusted by a factor of 1.732 Are YOU ready for the next power outage? 1 Video IntroductionConflourations 6 NoOutage 11 Placing Order 16 Future 26 What's New 12 Eouioment. Technologies 21 Our Customers 27 Contactino Us 2 Outaae Archives 7 Safety L si 17 Electricity, 22 Pick a Contractor 28 Generato r 3 Utility Industry 8 Sizing for Your & 13 Books Videos G 23 Privacy Promise Shortage 4 WfiV You Need Needs 14,Finaneing 18 Help with Pluo 24 Safe. Sh000lno 29 Parts & Service eu 9 Voltage Drop 15 Freguently Types Guarantee 30 a in U S 5 Personal Stories Calculator Asked 19,Who We Are 25 Terms &Conditions, 10 Test Reports 20, Why Buy Here 31 Links We welcome your feedback or questions. Click here to contact us. See our Terms & Conditions before using information or ordering from this web site. Copyright© 1999-2010 NoOutage.com LLC. All rights reserved. http://www.nooutage.com/vdrop.htm 1 /7/2011 Voltage Drop Calculator e'rjUh W'Y' I Page 1 of 2 HOME UP SEARCH CATALOG LJVIE��IA�RT_ -�P Pagelast updated Jun 16, 2010 @ 11:29pm h Voltage Drop calculator Thanks for Use this calculator to estimate cable voltage drop for sizing conductors. The visiting calculation assumes uncoated copper or aluminum conductors operating at the NoOutage.com temperature selected and is based on the ac/dc resistance or impedance from NEC to use our free 2005 Tables 8 and 9 for stranded conductors operating on a DC or AC 60Hz voltage drop system. The ampacity of each conductor size in the dropdown menu below is calculator. based on NEC 2005 Table 310.16 for 60C insulated conductors rated 0 through 2000 volts with not more than three current carrying conductors in raceway, cable While you are or earth with an ambient of 30C (86F). here please view our Note that the actual ampacity and voltage drop for your application may differ specials on all from these results but in most cases will be very close to those shown here. kinds of backup power related products such Units- herein are American Wire Gauge (AWG) and English (feet). as... Note, to run this calculator JavaScripts must be enabled on your browser. * manual transfer Click here for alternate calculator that also includes a transformer and motor load. switches * automatic SOURCE VNRE OR CABLE LOAD standby generators * automatic 575V . 1 4/0 awg (195/150A) . 189:6 1 transfer This should be the line -to -line _ These are uncoated copper or aluminum Load current in amperes switches voltage for multi -voltage and conductor sizes with CU/AL 60C Ampacity 3 phase systems. For a listed at 30C ambient for reference. 120/240V single phase system * metering select 240V. For other single instrumentation phase systems select the line- copper conductor . to -neutral voltage. * UPS systems 30C (86F) DC . NEC tables assume 75C operating temperature. If conductor is oversized a Tired of paying lower temperature can be used but this those ruin 9 temperature should always be higher than ambient. This value only Used for adjusting electricity conductor resistance. rates? We also sell alternative PVC conduit energy products Including... single set of conductors http://ww.w.nooutage.com/vdrop.htm 1 /7/2011 '' Voltage Drop Calculator Page 2 of 2 * micro hydroelectric systems * wind Dower systems * solar Are YOU ready for the next power outage? 1210_ Length of cable in feet (one-way distance) Calculate Voltage Drop Reset 10.3%----- -- —� Estimated voltage drop Voltage drop for ac systems should total na more than 5% under full load conditions. Drop may be significantly larger during surge or motor starting conditions -- sometimes in the 15% to.25% range if other devices on the system can withstand this momentary dip. Voltage drop for do systems should be designed as low as possible or less than 2%. For most 120/240V systems using cables of adequate ampacity voltage drop is not a concern unless cable lengths are well over a hundred feet. More information about voltacie drop based on IEC standards is available in the Schneider Electric Electrical Installation Guide.. UPDATE: On 11/4/2009 the 3-phase % calculation was adjusted by a factor of 1.732 Are YOU ready for the next power outage? 1 Video IntrodudionConfiaurations 6 NoOutaae 11 Placing Order 16 Future 26 What's New 12 Eauioment Technolodies 21 Our Customers 27 Contactlno Us 2 Outaae Archives 7 Safety Leasing 17 lectricity 22 Pick a Contractor 28 Generato r 3 Utility Industry 8 Sizing for Your 13 Books &Videos Glossary 23 Privacy Promise Shortage 4 Why You Need Needs 14 Flnancina 18 Help with Plua 24 Safe Shoppina 29 Parts & Service Backup9 Voltage Drop 15 Frequently, Tvp Guarantee 30 S ade In USA 5 Personal Stories 5 Personal Calculator Asked20 19 Who We Are 25 Terms &Condltlons m _ 10 Test Reports Why Buy Here 31 Links We welcome your feedback or questions. Click here to contact us. See our Terms & Conditions before using Information or ordering from this web site. Copyright © 1999-2010 NoOutage.com LLC. All rights reserved. http://www.nooutage.com/vdrop.htm 1 /7/2011 Voltage Drop Calculator c, b.ww f6 r dve Page 1 of 2 /ygpu�oqe:L'om rrc CATALOG Page last updated Jun 16, 2010 @ 11:29pm Voltage Drop calculator Thanks for Use this calculator to estimate cable voltage drop for sizing conductors. The visiting calculation assumes uncoated copper or aluminum conductors operating at. the NoOutage.com temperature selected and is based on the ac/dc resistance or impedance, from NEC to use our free 2005 Tables 8 and 9 for stranded conductors operating on a DC or AC 60Hz voltage drop system. The ampacity of each conductor size in the dropdown menu below is calculator. based on NEC 2005 Table 310.16 for 60C insulated conductors rated 0 through 2000 volts with not more than three current carrying conductors in raceway, cable While you are or earth with an ambient of 30C (86F). here please view our Note that the actual ampacity and voltage drop for your application may differ specials on all from these results but in most cases will be very close to those shown here. kinds of backup power related products such. Units herein are American Wire Gauge (AWG) and English (feet). as... Note, to run this calculator ]avaScripts must be enabled on your browser. * manual transfer Click here for alternate calculator that also includes a transformer and motor load. switches * automatic SOURCE WRE OR CABLE LOAD standby generators * automatic 575V . 400MCM (280/225A). transfer This should be the line -to -line _ These are uncoated copper or aluminum Load current in amperes switches voltage for multi-voltage•and conductor sizes with CWAL 60C Ampacity 3 phase systems. Fora listed at 30C ambient for reference. * metering & 120/240V single phase system select 240V. For other single instrumentation phase systems select the line- copper conductor . to -neutral voltage. * UPS systems 30C (86F) . DC . NEC tables assume 75C operating. temperature. If conductor is oversized a Tired of paying lower temperature can be used but this those rising g temperature should always be higher than ambient. This value only used for adjusting electricity conductor resistance.. rates? We also sell alternative PVC conduit . energy products 'Including... single set of conductors S http-//Www.nooutage.com/vdrop.htm 1 /7/2011 tt Voltage Drop Calculator Page 2 of 2 * micro hvdroelectric systems * wind Dower systems * solar Are YOU ready for the next power outage? 1365 - -- - - -1 Length of 'cable in feet (one-way distance) CalcUlate:Voltage Drop _ IResets 10.6 % _ Estimated voltage drop Voltage drop for ac systems should total no more than 5% under full load conditions. Drop may be significantly larger during surge or motor starting conditions -- sometimes in the 15% to 25% range if other devices on the system can withstand this momentary dip. Voltage drop for do systems should be designed as low as possible or less than 2%. For most 120/240V systems using cables of adequate ampacity voltage drop. is not a concern unless cable lengths are well over a hundred feet. More information about voltage drop based on IEC standards is available in the Schneider Electric. Electrical Installation Guide. 'UPDATE: On 11/4/2009 the 3-phase % calculation was adjusted by a factor of 1.732 Are YOU ready for the next power outage? 1 Video IntroductionConflourations 6 NoOutade 11 Order 16 Future 26 What's New Quip ment 12 auloE Technolooles 21 Our Customers 27 Contactino Us 2 Outage Archives 7 Safety Leasing 17 Electricity 22 Pick a Contractor 28 Generator 3,Utility Industry 8.Sizinp for Your 13 Books &Videos Glossary 23 Privacy Promise Shortage 4.Whv You Need Needs 14 Flnancina 18 Help with Pluo 24 Safe Shoppino 29 Parts'& Service Backup 9 Voltage Drop 15 Freauently Types Guarantee 30ade In USA 5 Personal Stories Calculator Asked 19 Who We Are 25 Terms'& Conditions _ 10 Test Reports 20 Why Buy Here 31 Links We welcome your feedback or questions. Click here to contact us. See our Terms & Conditions before using information or ordering from this web site. Copyright © 1999-2010 NoOutage.com LLC. All rights reserved. http://www.nooutage.com/vdrop.htm 1 /7/2011 rPL�w-R'-L��vEC Switchboard 208Y1120V 'v G. O. No. SLA73694 Volts Phase 3 Wire 4 Item .No. 048 60 Hz Section No. 3 Of 3 Frequency Mfd. At Sumter SC Date 02/11/2009 Current Ratings - Amperes Supply 1600 Neut. 1.600 4 •- Section 400 Neut. 400 Enclosure Type 1 SUITABLE ONLY FOR USE AS SERVICE EQUIPMENT. MAXIMUM OF SIX [6] DISCONNECTS This Section Is Rated For Use On A Circuit Capable Of Delivering Not More Than 65 KA RMS-Sym Amperes; 246 Volts maximum:. When Protected By A Current Limiting Main Device, A 400 Ampere �tlmzo)tl imura Class --- Fuse Or A Type DK Circuit Breaker Rated More Than 400 Amperes Must Be Used. r.he Short Circuit Rating Of This Switchboard Section .Is Equal 1 oiThe.Lowest Rating. Of (1) Any Section' Electrically'Co•nnected t In, Series Or (2) Any Imstal'led Panelb.oard Having A Marked Short kittr,ibution cuit Rating Or (3;) Any Device Installed, Except As Noted I�e es,Rating,lnforrnation Ma,nua�l At�tached Or (4)42KA�Ma�x For y Lineup Containing An RD/RDC Feeder Device Mounted On Chassis. iis'Section Contains A Control Transformer, The ondary Voltage is 120V. o •, his'Section. Contains A:!Bonded Neutral, The Bolding,' ans Shall Only Be Removedi For.Test.Rurposee,, , immer Made lin USA, 90000251401 R9 J , Rating Intom�atlon Manual To Be consulted Belore , s �tiori O1 Any, PenelboaT&Swltchboard It Series Recln Are 11htw8Q Used. 8pt1-S56=4S89 F�ori_Reolacement Manuel alaTrlp Of4CI_ i, t 1 ` .•dicsttbd Ry Hejtll6 Poslifon Mldway m��Or�',ertrl:" , es e QyMriving Flar�dlR� "O14"'I'��1�°-�, INAi:i9#;E4 �.TABI� OAR 1 , O1 U4(e�7l°t✓' � t•N � Cutler -Hammer, LAINSPLAW"YELLWDEESM mmiam9m , ,?W AMPS MAX MAX =046 -l=z,WVAC'l PI,%M' MWM;M VAC I RiASC-" Q:FM,3 %F-20fffM WW- MPNO:Asr,,." MUZ iiiffi►SICAA44MOS) TYPE IR EWt:L6&URV : RAN-planbF OCUAWINSIORTaMUROM 0MR400ca lum 114AWS comnmuwc "10 40=4MlRECU�RE OR�ER-CUXLER- CAlNo;IMS?jkoP 5J, W. OR,-BRAF,,BRH, BRSN: M CIRCUIT BREAKERS, WIRE RANGE RANOO DE CONOUCTQg 0 #144AWG :CUTLER-H,AMM.fR RH,,BRSN. BRWHi GFCB, 014-14AWD V, T,ERMINALS,,OT,HEft�IM-AN,BtIEAKER TERMINALS SIJIT-!i9LEFClF,069ftW*C: AL U WAF-BREAKERJERMINALS. SU&I WAAABLE FOR 01=01XWJRE, SO ARM.MARKINGS ON'BREAKERS, EFEKTO LASM"WOOMOVef -M SONADEMIACIASA"' Uq _ _, 0040i�l AwucW�A-wopamw - i§*iktii0d�- - - LASM-1- IN - I)EA16A L0SQBrMIVRWAD0MVM--01jE- --- - toko xd* TYPICAL WIRING DIAGRAM kGRAW DE CABLEADO TIPICO WIRE 35 si 39 My* -r- PANEL SUITAkE "o-T FOR T K LOCALL 1-114. JfU I oslaw 1-14" " AL4V - 0 SOICTION FOR TOPIEDDIPI 2' Ostbo"• ! 6,PNtA ENTRAVA&Da IT 'I isc r Ka os is24 1"all, TOP FEED GUTTER QRVER;M0#GTR. —A�ft REQUIR ISVP T lEA RC Reaule NA MIDTA 0084 20 A48EGTFL WTALLP Or METER BREWWPANEWET3 EFSERV INSTALAMPM' =IN t9m U.IREMENTS, DAM* M8W-4W&4EUA, VACIFtPUITOS 90100 EmIWW-0 -M R CUMPLE FECtlk Pug 4my 38 40 0 � I f 4 BAJA Flat Roof Carports Location How many stalls Size (Depth) Width I North of 2100 8 14' - 6" 75' - 0" 2 North of 2200 10 14' - 6." 93' - 0" 3 West of 2300 8 14' - 6" 98' - 0" 4 North of 3100 10 14'-6" 94'-6" 5 West of 3200 10 14' - 6" 93' - 0" 6 West of#5 8 14'-6" 14'-4" 7 South of #6 6 14' - 6" 55' - 0" 8 West of 4100 6 14'-6" 55'-0" 9 West of 4200 10 14' - 6" 92' - 9" 10 South of 4200 8 14' - 6" 98' - 8" 11 North of 5200 6 14' - 6" 55' -11" 12 North of 6100 2 14' - 6" 26' - 8" 13 South of 6200 8 14' - 6" 80' - 0" 14 West of 7100 10 14' - 6" 116' - 9" 15 North of 7200 10 14' - 6" 106' - 6" 16 South of 8200 6 14' - 6" 70' - 6" 17 East of 8200 6 14' - 6" 65' - 6" 18 East of 8300 6 14' - 6" 65"- 2" 19 South of 0100 (D) 1 2 14' - 6" 27' - 8" DES U � 2p10 �Y� 140 �i