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HomeMy WebLinkAbout08-0907 (RC) - Title 24 Rev 4 Delta 5I TITLE 24 REPORT Title 24 Report for: Eisenhower Ambulatory Care Center 45-280 Seeley Drive La Quinta, CA Project Designer: Curtis Chong 1426 Pearl Street, Suite 300 Boulder, CO 80302 303.499.7795 CITY OF LA QUINTA BUILDIrJG & SAFETY DEPT. Report Prepared By: APPROVED • FOR CONSTRUCTION Glynnis Cassan IDArE �' �L D e� —'�' • 6ErOIL— JBA Consulting EngineersI�S'T' 36 Technology Drive, Suite 200 Irvine, CA 92618 (949) 41 -3030 6V s +17-A • 57 Job Number: 07.0021 RECEIVED Date: OCT 2 8 2009 10/26/2009 WDL CONSTRUCTION The Energypro computer program has been used to perform the calculations summarized in this compliance report. This program has approval and is authorized by the California Energy Commission for use with both the Resdential and Nonresidential 2005 Building Energy Efficiency Standards I This program developed by EnergySoft. LLC - www.energysoti.com • EnupyPro4-4 by Erie.7ySon Job Number 07.0021 — — UsrNurtrbr 5678 TABLE OF CONTENTS Cover Page Table of Contents Form ENV-1-C Certificate of Compliance Form ENV-3-C Overall Envelope Method Form ENV-4-C Skylight Fraction of Daylit Area Form ENV-4-C Skylight Effective Apperture Form LTG-1-C Certificate of Compliance Form LTG-2-C Indoor Lighting Schedule Form LTG-4-C Lighting Controls Credit Worksheet Form LTG-5-C Indoor Lighting Power Allowance Form OLTG-1-C Certificate of Compliance Form OLTG-2-C Lighting Compliance Summary Form OLTG-3-C Illuminated Area Calculation Worksheet Form OLTG-4-C Sign Lighting Compliance Form MECH-1-C Certificate of Compliance Form MECH-2-C Air & Water System Requirements Form MECH-3-C Mechanical Ventilation Form MECH-4-C HVAC Misc. Prescriptive Requirements C EnergyPro 4.4 by EnergySof[ Job Number 07 0021 1 2 3 18 92 93 94 99 106 108 110 112 114 116 117 119 129 134 Uses Number. 5678 • • RECEIVED OCT 2 g 2009 CERTIFICATE OF COMPLIANCE, • PROJECT NAME TI(Part 1 of 2) ENV-1-C Eisenhower Ambulator rLCare Center DATE PROJECT ADDRESS --- - — -- 10/26/2009 _ 45-280 Seeley Drive La Quintal _ PRINCIPAL DESIGNER - ENVELOPE _ Chong TELEPHONE Building Permit III DOCUMENTATION AUTHOR — - 303.499.7795 JBA Consulting Engineers TE ONE Checked by/Date LGENERALINFORMATION y�Q Wo °'ttacemart Agency Use DATE OF PLANS BUILDING CONDITIONED FLOOR AREA 04-08-2009 � 83,770 Sq.Ft iCLIMATE ZONE BUILDING TYPE _ _ 15 A NONRESIDENTIAL HIGH RISE RESIDENTIAL HOTEL MOTEL pUEsT ROOM ___1 _ RELOCATASLE- Indicate. _ SPecIAc C11"Nte - Ilst: , pr , PHASE OF CONSTRUCTION NEW CONSTRUCTION ADDITION ALTERATION � UNCONDITIONED (File AAIdevR COMMETPOD OF LIANCE ENVELOPE COMPONENT(ENv-2CI X OVERALLENVELOPE(EN 44) COMPLIANCE L PERFORMANCE STATEMENT OF COMPLIANCE This Certificate of Compliance lists the building features and performance specifications needed to comply with Title 24 Parts 1 and 6 of the California Code of Regulations. This Certificate applies only to building envelope requirements. The documentation preparer hereby certifies that the document is a a com DOCUMENTATIONAUTHOR SIGNATURE - — GIly_n_nis Casean — D�A The Principal Envelope Designer hereby certifies that the propose uild g d Sig resented in this set of constru documents is consistent with the other compliance forms and worksheets, with the specifications, and with any other • calculations submitted with this permit application. The proposed building has been designed to meet the envelope requirements contained in Sections 110. 116 through 118, and 140, 142, 143 or 149 of Title 24, Part 6. Please check one: I hereby affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code to sign this document as the person responsible for its preparation; and that I am licensed in the state of California as a civil engineer or mechanical engineer, or I am a licensed architect. I affirm that I am eligible under the exemption to Division 3 of the Business and Professions Code by Section 5537.2 or 6737.3 to sign this document as the person responsible for its preparation; and that I am a licensed contractor performing this work. I affirm that I am eligible under Division 3 of the Business and Professions Code to sign this document because it pertains to a structure or type of work described as exempt pursuant to Business and Professions Code Sections 5537, 5538. and 6737.1. t_ PRINCIPAL ENVELOPE DESIGNER .NAME Sl TU DATE VC, Curtis Chong ENVELOPE MANDATORY MEASURES Indicate location on plans of Note Block for Mandatory Measures ENVELOPE COMPLIANCE FORMS 8t WORKSHEETS Check box ifwortksheet is included For detailed instructions on the use of ,nis and all Energy Efficiency Standards compliance the California Energy Commission. forms please refer to the tJor.res dent al Manual published by KENV-1-C: Certificate of Compliance. Required on plans for all submittals. Part 2 may be incorporated in schedules on plans. ENV-2-C: Used Envelope Component compliance method XENV-3-C: Used with Overall Envelope Compliance method RENV-4-C: Optional. Use for minimum skylight requirements for large enclosed spaces • ETMPro 4.4 by EnwWSdt User Number 567e Job Number 07.0021 Papa 3 or 157 J ERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center (Part2 of 2) ENV-1-C DATE 10/26/2009 # Surface Type Area Insulation Act. U-Fac. Cay. Cont. Cond., Joint Appendix 1 Roof 262 Azm. Tilt 0 079 R-30 R-0 0 Status IV Reference Location / Comments 2 Wall 34 0 0183 R-19 R-00 225 90 New VESTIBULE 3 Wall '82 0 1g3 R-19 R-0 0 315 90 New I1-A7 -A5 VESTIBULE 4 Wall 36 0 183 R-19 R-0 0 45 90 New 11-A5 VESTIBULE 5 Wall 320 0.183 R-19 R-0 0 90 90 New 11-AS VESTIBULE 6 Door 50 0 700 None R-0 0 90 90 New 1 1-A5 MECHANICAL ROOM 7 Wall 385 0 183 R-19 R-0 0 180 90 New 28-A2 MECHANICAL ROOM 8 Wall 104 0183 R•19 R-00 270 90 New 11-AS BLDG SERVICES 9 9 Wall 260 0183 R-19 R-0 0 90 90 New 11-A5 BLDG SERVICES Wall 394 0183 R-19 R-00 180 90 New 11-A5 BLDG SERVICES 11 Roof 95 0 079 R-30 R•0 0 0 0 New 11-A5 BIDG SERVICES 12 Wall 260 0 -183 R-19 R-00 90 90 New 05-A7 ELEC ROOM 13 Wall 384 0 183 R-19 R-0 0 180 90 New 11-A5 BLDG SERVICES 14 Root 846 0079 R-30 R-0 0 0 0 New 11-AS BLDG. SERVICES 15 Wall 1412 0 183 R•19 R-0 0 270 90 New 05-A7 BLDG SERVICES 16 Wall 94 0 183 R-19 R-0 0 180 90 New 11-A5 1ST FLR CT EOT 17 Roof 130 0079 R-30 R-0 0 0 0 New 11-A5 1T FLR CTEOT, 18 Wall 230 0 183 R-19 R-0 0 90 90 New 05-A7 I ROOM 19 Wall 297 0 183 R-19 R-0.0 180 90 New 11-A5 1ST FLR LOUNGE 20 Roof 156 0079 R-30 R-00 0 0 New 11-A5 1ST FLR LOUNGE N E A R,New. E-1-9 Altered Remnvedi New OS-A7 1ST FLR LOUNGE FENESTRATION SURFACES rAnre than n equal to Standards Table 116 _ 10. ow sa h or srte-built terestra6m area must include a label rertthcate e�Mor ssued by NFRC ca pmvK7e a CEC Delaun Label CenaKate usmq �ihe A and a Cettir"lly shall be filed In the cmiractors profect office dung Conslrurbnl and m the buadvl g mdndyef S nr11Ce after Cm>tinlCflpn rletautt U-tactns hom # Type 1 Window Rear (SW) Area U-Fac.1 SHGC 2 Act. Azm. Cond. Sta t GlazingType Location/ 2 Window Right (NW) 46 0.300 NFRC 036 NFRC 225 New Double etal LL w-E Comments 3 Window Front (NE) 108 0.300 NFRC 036 NFRC 46 0 300 NFRC 036 NFRC 315 New Double Metal Low•E VESTIBULE VESTIBULE 4 Window dow Rear (S) 26 0.300 NFRC 0 36 NFRC 45 1 Double Metal Low-E VESTIBULE 5 Window Rear 6 Window Rear (S) (S) 26 0 300 NFRC 0 36 NFRC 180 New New Metal Low-E Double Metal Low-E 1ST FLR LOUNGE 7 Window Rear (S) 26 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1 ST FLR LOUNGE 8 Window Right (NW) 26 0 300 NFRC 0.36 NFRC 1 80 New Double Metal Low-E 1ST FLR LOUNGE 9 Skylight Front (N) 310 0 300 NFRC 0 36 NFRC 315 New Double Metal Low-E 1ST FLR LOUNGE 10 Window Rear (S) 15 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 1 ST FLR LOBBY 11 Window Rear (S) 26 0.300 NFRC 036 NFRC 180 New Double Metal Low-E 1ST FLR LOBBY 12 Window Rear (S) 26 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1ST FLR OFFICES 13 Window Rear (S) 26 0 300 NFRC 036 NFRC 180 New 1ST FLR OFFICES I I I SHGCoType 116-A Default 'able tmm Tice "b-B J.dm.rt 'ah« 26 0 300 NFRC 036 NFRC Standards. Table Ni- 1 Default Table from he ACM Anal 180 New Double a Metal Low-E 1ST FLR MED AREA 1ST FLR MED AREA A farm Standamen s. COG Center of Glass NFRC Labeled Value PPendl a. NFRC Labeled ralun EXTERIOR SHADING # Exterior Shade Type Window SHGC Hgt. Wd. Overhan t. Left Fin Right Fin 1 None Len. H 0 76 Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 2 None 076 3 None 076 4 None 076 5 None 076 6 None 076 7 None 076 8 None 076 9 None 100 10 None 076 11 None 0 76 12 None 0 76 13 None 3 76 The ro - - _—.-_—�••�•• v. rs a.GJ D Pcsed budtlrq n m chmale tones 2 through 15 and contains an erclased spate with floor area hgMlnq of at least 0.5 W ft2 $.e Sat Uon 141ic1 If thle boa le che<Med ENV-1{ must be filled out when subm{tt rant nd ,tn p+esdnnU ComgNaoce than tS lsel and an LPD for general q P P AOProach EnergyP.a 4 4 by Energy$eff Use, Number 56713 Jor, Number 'J, 0121 Page 4 of 157 • RECEIVED is CERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center OCT 2 rt 2 of 2) ENVA -C DATE 10/26/2009 # Surface Type Area Insulation Act. U-Fac. Cay. Cont. Joint 21 Wall 82 Azm. Tilt 0 183 R-19 Status IV Refer en elx Location / Comments 22 Wall 120 R-0 0 180 90 0183 R-19 R-0-0 90 90 New t i-AS 1ST FLR. LOUNGE 23 Wall 279 0183 R-19 R-00 45 90 New 11-A5 1ST FLR LOUNGE 24 Wall 665 0 183 R-19 R-0 0 315 90 New 11-A5 1 ST FLR LOBBY 25 Roof 2.793 0 079 R-30 R-0 0 0 0 New 1 t-AS 1ST FLR LOBBY 26 Roof 51 0 079 R-30 R-0 0 0 0 New 05-A7 1ST FLR LOBBY 27 Wall 145 0183 R-19 R-00 90 90 New 05-A7 1ST FLR COORRR 28 Roof 110 0079 R-30 R-0.0 0 New 11 AS 1ST FLR COORrRR 29 Wall 60 0183 R-19 R-00 90 90 New 05-A7 1ST FLR COOR;RR 30 Door 27 0 700 None R-00 g0 90 New 11-A5 1ST FLR COOK/RR 31 Wall 58 0 183 R -19 R-0 0 180 90 New 28-A2 tST FLR COORrRR 32 Door 20 0 700 None R-0 0 180 90 New 11-AS 1ST FLR COOR'RR 33 Wall 51 0 183 R-19 R-0 0 90 90 New 28 A2 1ST FLR COOR;RR 34 Door 20 0 7pQ None R-0 0 90 90 New 11-A5 1 ST FLR COOR/RR 35 Door 20 0 700 None R-0 0 90 90 New 28 A2 1ST FLR COOR/RR 36 Roof 4 0 079 R-30 R-0 0 0 0 New 28-A2 1ST FLR COOR/RR 37 Wall 71 0 183 R-19 R-00 90 gQ New 05-A7 1ST FLR COOR/RR 38 Door 20 0 700 None R-0 0 90 90 New 71-AS 1ST FLR COOR./RR 39 Roof 136 0079 R-30 R-0 0 0 0 New 28-A2 1ST FLR. COOR/RR 40 Wall 147 0.183 R-19 R-0 0 180 90 New 05-A7 1 ST FLR STORAGE N. E. A. R -New. Earabng. Al-tled, Remavedi New 11-A5 1ST FLR OFFICES FENESTRATION SURFACES More ands Of eQua1 to 10.000 sQ R of sdrbwa f Standards 'ably • 1 GA and a Cern!icata shall tx kited ,n me cmlracb/s p•opcf umca dunnql construction and be ?,,"unn area must oe,F ri s lapel cert11"le either issued by NFRC or Pronde a CEC Defaus Label CMdlcate using the metawt u-!actors from # Type in the building manage/s nfhce an*, comtrucnon d 14 Window Right (W) Area U-Fac.' SHGC ' 13 Azm. St Glazin T Location/ 9 Type • 15 Window Left 16 Window Front (SE NE ( ) 0 300 NFRC 0 36 NFRC NFRC) 036 NFRC 8 0 300 270 135 Newt. Comments Double Metal Low-E IST FLR LOUNGE 1 ST 17 Window Right NFRC 0 36 NFRC 45 FLR COOR/RR New Double 18 Window (NW) 34 0 300 NFRC 036 NFRC 315 Metal Low-E 1ST FLR COOR;RR New Front 19 Window Front (N) (N) 40 0 300 NFRC 036 NFRC 0 Double Metal Low-E 1ST FLR New Double Metal Low-E 20 Window Left (E) 40 0 300 NFRC 0.36 NFRC 0 1ST FLR WAITING WAITING New Double Metal Low-E 21 Window Left (E) 40 0 300 NFRC 036 NFRC 0 1ST FLR WAITING New Double Metal Low-E 22 Window Rear (S) 45 0.300 NFRC 0 36 NFRC 90 1ST FLR WAITING New Double Metal Low-E 23 Window Rear (S) 45 0 300 NFRC 036 NFRC 1 1ST FLR MED AREA Double Metal Low-E 24 Window Right (W) 92 0 300 NFRC 036 NFRC 180 1ST FLR MED AREA New Double Metal Low-E 25 Window Right (W) 22 0 300 NFRC 036 NFRC 1ST FLR MED AREA Double Metal Low-E 26 Window Rear (S) 45 0.300 NFRC 036 NFRC 270 1ST FLR MED AREA New Double Metal Low-E "' u-fads Type 1 t6-A DefauO Table from 12) SNGC Type, 116-8 Defaull Table from 22 0 300 NFRC 036 NFRC Standards Table Ni-1 Default Tate born •ne ACM hlanuai 180 New 1ST FLR MED AREA Double Metal Low-E 1ST FLR MED AREA Standards. COG Cenler of Glass. NFRC I abeled Value A Ppen<)la NFRC Latxled +awe EXTERIOR SHADING # Exterior Shade Type Window SHGC Hgt. Wd. Overhang l Right Fin 14 None 15 Len. 0 78 Hgt. LExtRExtLeft t. . Dist Len.Hgt. Dist. Len. Hgt. None 076 16 None 0 76 17 None 076 18 None 076 19 None 0 76 20 None 076 21 None 076 22 None 0 76 23 None 076 24 None 076 25 None 0 76 26 None 076 The Proposed building 'a in climate cones 2 through 15 and contains an enclosad Space w A Moor area greafar than 25.000 n2. a pill h lighting of at least 0 S WM2. See Section 1e3tc). d this boa n checked, ENW L must W filled out when submitting under I L Pn calling Com eight Prole* than o leaf and an LPD for general pliant• APProxA EnergyPro 4 4 by EnergySoR User Number 5678 Jon Number Ol 002t Pige 5 cf f57 CERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center OPAQUE SURFACES (Part2 of 2) ENV-1-C DATE 10/26/2009 # Surface Type Area U-Fac. Insulation Act. Cay. Cont. Cond.' Joint A endi 41 Roof 120 Azm. Tilt 0.079 R-30 R 0 0 Status IV Referencex Location / Comments 42 Wall 162 0 0 183 R-19 R-00 90 90 New 05-A7 IST FLR OFFICES 43 Wall 205 0 183 R-19 R-0 0 180 90 New 11-A5 IST FLR OFFICES 44 Roof 1.038 0 079 R-30 R-0 0 0 0 New 11-A5 IST FLR MED AREA 45 Wall 158 O183 R-19 R-00 270 90 New 05-A7 ISTFLR MED AREA 46 Root 079 R-30 R-0 0 0 0 New 11-A5 IST FLR LOUNGE 47 Wall 108 0 R-79 R-00 270 90 New 05-A7 1ST FLR OFFICES 48 Wall 34 0 183 R-19 R-0 0 135 90 New 11 A5 1ST FLR OFFICES 49 Wall 73 0 183 R-19 R-00 45 90 New 11-A5 1ST FLR COORiRR 50 Wall 34 0 183 R-19 R-0 0 315 90 New 11-A5 1ST FLR COOK/RR 51 Wall 0 183 R-19 R-0 0 270 90 New 11-A5 1ST FLR COOR;RR 52 Wall513 192 0 183 R-19 R-0 0 0 90 New 11-A5 1 ST FLR COORfRR 53 Roof 60 0079 R-30 R-0.0 0 p New 11-AS 1ST FLR COOR;RR 54 Wall 97 0183 R-19 R-00 270 90 New 05-A7 IST FLR COOR/RR 55 Roof 60 0079 R-30 R-0 0 0 0 New 11-A5 IST FLR COOiZfRR 56 Wall 97 0183 R-19 R-00 270 90 New 05-A7 IST FLR COOR,'RR 57 Roof 113 0079 R-30 R-00 0 0 New I1-A5 1STFLR COORIRR 58 Roof 1.364 0079 R-30 R-0 0 0 0 New OS-A7 1ST FLR STORAGE 59 Wall 11 0183 R-19 R-00 45 90 New 05-A7 IST FLR WAITING 60 Wall 394 0 183 R-19 R-0 0 0 90 New 11-A5 1ST FLR WAITING ' N. E A. R /New, Enstl .Altered Removedf New 11-A5 1ST FLR WAITING FENESTRATION SURFACES Mora Inan or equal to Standards TeWe T 16-A 10 000 sQ.n of sde Du It t.""travon area must monde a atrer cemhcate e4har issued b NFRC rn a and 8 Cerlr6Cafe shall be filed In the :Antractoes prnlect office ouryt y Q, to"" Label CarlMcale using the defaun U-facto, hpm conavucunn N Type g Act. dmq' and ,n me Dtnldmg manager's riH�ce a�e� .onstrucbnn qer Cond. 27 Window Right (W) Area U-Fac.' SHGC2 Azm. Location/ Stat. Glazing Type 28 Window Right (W) 13 0 300 NFRC 036 NFRC 13 0,300 NFRC 036 NFRC 270 Comments New Double Metal Low-E ISTFLR MF FLR MED AREA 29 Window Right (W) 13 0 300 NFRC 036 NFRC 270 270 New Double Metal Low-E 1ST FLR MED AREA 30 Window Right 31 Window Rear (W) 13 0 300 NFRC 036 NFRC 270 New New Double Metal Low-E 1ST FLR MED AREA 32 Window Rear IS) (S) 11 0.300 NFRC 036 NFRC 180 New 1ST FLR MED AREA 33 Window Rear (S) 11 0.300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL CONFRENCE 34 Window Rear (S) 11 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL CONFRENCE 35 Window Left (E) 11 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL CONFRENCE 36 Window Left (E) 18 U300 NFRC 0 36 NFRC 90 2ND FL CONFRENCE New Double Metal Low-E 37 Window Left (E) 18 0 300 NFRC 0.36 NFRC 90 2ND FL CONFRENCE New Double Metal Low-E 38 Window Rear (S) t8 0 300 NFRC 0 36 NFRC 90 2ND FL, CONFRENCE New Double Metal Low-E 39 Window Left (E) 21 0 300 NFRC 036 NFRC 180 2ND FL CONFRENCE New Double Metal Low-E I t ) Jifackx Type 116-A Defaun Table hum 12l SIfGC Type • •F�-B 69 0 300 NFRC 0,36 NFRC Standards Table W I nefaulr Table from the ACM 90 New Double Metal Low-E 2ND FL CONFRENCE 2ND FL CONFRENCE Manual Dnfaun Table 11-1 Standards. COG Center of Gtass. NFRC Labeled Valor A twenc.. NFkC Lane ed vai�,e EXTERIOR SHADING # Exterior Shade Type Window SHGC Hgt. Wd. Overhang Left Fin Right Fin 27 None Len. 0 76 H 9t. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 28 None 076 29 None 076 30 None 076 31 None 076 32 None 076 33 None 076 34 None 076 35 None 076 36 None 076 37 None 076 38 None 076 39 None 0 76 The r g g p opoaed buddtn is In cllmale Zones 2 throw h 15 and contains an enclosed space with noor area greater than 25,DOO h2 a ceding height graafar than 15 feat. and an LPO for general lighting of at Isaat o S WIN See Section 147(cl if this box is checked ENV4-C must be idled out when submitting under the Prescnpbve Compdance Approach. EnergyPro a 4 by Energy Soft Use- Number 5678 Jub Number 070021 Page 6 0l 157 • RECEIVED • ERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center 2 of 2) ENV-1-C DATE 10/26/2009 # Surface Type Area Insulation Act. U-Fac. Cay. Cont. Cond: Joint A endi 61 Wall 95 Azm. Tilt 0 183 R-19 R-0 Status IV Referencex Location / Comments 62 Wall 17 0 90 183 0 183 R 19 R-0 0 90 900 New ' 1-A5 1ST FLR WAITING 63 Roof 197 0 R-30 R-00 0 0 New 11-A5 1ST FLR MED AREA 64 Wall 103 0183 R-19 R-00 180 90 New 05-A7 1ST FLR MED AREA 65 Roof 454 0 079 R-30 R-0 0 0 0 New 11-A5 1 ST FLR MED AREA 66 Wall 241 0 183 R'79 R 0 0 90 90 New OS-A7 1ST FLR MED AREA 67 Wall 288 0 183 R-19 R-0 0 180 90 New 11-A5 1ST FLR MED AREA 68 Root 454 0079 R-30 R-0 0 0 0 New t1-A5 1ST FLR. MED AREA 69 Wall 242 0 183 R-19 R-0 0 180 90 New 05-A7 1ST FLR MED AREA 70 Wall 264 0 183 R-19 R-0 0 270 9p New 11-A5 1ST FLR MED AREA 71 Wall 151 0 183 R-19 R-0 0 270 90 New 11-A5 1ST FLR MED AREA 72 Wall t06 0 183 R-19 R-0 0 270 90 New 11-A5 1ST FLR MED AREA 73 Wall 35 0183 R-19 R-00 180 90 New 11-A5 1ST FLR MED AREA 74 Wall 160 0.183 R-19 R-00 0 90 New 11-A5 1ST FLR MED. AREA 75 Wall 186 0 183 R-19 R-0 0 270 9p New 11-A5 1ST FLR MED AREA 76 Wall 86 0 183 R-19 R-00 270 90 New 11-A5 1ST FLR MED AREA 77 Wall 46 0183 R-19 R-00 270 90 New 11-A5 1ST FLR MED AREA 78 Wall 99 0 183 R-19 R-00 270 90 New 11-A5 1ST FLR MED AREA 79 Door Z7 0700 None R-0 0 270 90 New 11-AS 1ST FLR MED AREA 80 Wall 673 0183 R-19 R-00 180 90 New 28-A2 1ST FLR MED AREA N. E. A. R(New F—Itrna Aneroid Removedi New 11-A5 2ND FL CONFRENCE FENESTRATION SURFACES Mae Man T equal lit 10.000 W fl N sdte shall tene111-d ,on area n r- ncruoe a Wbei cenrkale either issued by NFRC or pmvrde a CEC De1a✓l Latxt Cemfrcate S!andartls Table 1 •6A and B Cen,6cate shall tx Mad m me cuntracta"s WMect bD,ce Ounng cnnstn,cbon uarng tfy default U-lacrora !rbm and in the b�,q,n g managers onc�e after corstructron # Type 40 Window Left (E) Area U-Fac.' SHGC2 69 Azm. St Cond.GlazingT Location/ Type 41 Window Front 42 Window Front (N) (N) 0 300 NFRC 0 36 NFRC 69 0.300 NFRC 036 NFRC 18 0 300 90 0 Comments New Double Metal Low-E 2ND FL CONFRENCE New Double Metal Low-E 2ND 43 Window NFRC 036 NFRC 0 FL CONFRENCE New Double Left (E) 18 0 300 NFRC 036 NFRC 90 Metal Low-E 2ND FL CONFRENCE 44 Window Right 45 Window Left (W) (E) 21 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 2ND FL EL DEMO New Double Metal Low-E 46 Window Left (E) 21 0 300 NFRC 036 NFRC 90 2ND FLR. LOBBY New Double Metal Low-E 47 Window Front (N) 69 0 300 NFRC 036 NFRC 90 New Double Metal Low-E 2ND FLR LOBBY 48 Window Front (N) 69 0 300 NFRC 0 36 NFRC 0 2ND FLR LOBBY New Double Metal Low-E 49 Window Front (N) 69 0 300 NFRC 0 36 NFRC 0 2ND FLR LOBBY New Double Metal Low-E 50 Window Front (N) 69 0 300 NFRC 0.36 NFRC 0 2ND FLR LOBBY New Double Metal Low-E 51 Window Front (N) 69 0 300 NFRC 036 NFRC 0 2ND FLR LOBBY New Double Metal Low-E 52 Window Front (N) 18 0 300 NFRC 036 NFRC 0 2ND FLR LOBBY New Double Metal Low-E 18 0 300 NFRC 0 36 NFRC (1' U-lector Type 116-A Dafaan Table f? m _ I21 SNGC T S4ndards, ab'" NI-r Default 'ode"Me ACM Man,.al Type 116-e Deleon Table hnm 0 2ND FLR LOBBY New Double Metal Low-E 2ND FLR LOBBY SlanAerAs COG Center nr Giaas. NFRC Lafwletl L'a4re ArK,e.,ma NFRC Labr•.,otl +a4,e EXTERIOR SHADING # Exterior Shade Type Window SHGC Hgt. Wd. Overhang Left Fin Right Fin 40 None 41 p 76 Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. None 076 42 None 076 43 None 076 44 None 076 45 None 076 46 None 076 47 None 0 76 48 None 076 49 None 0 76 50 None 076 51 None 0 76 52 None 0 76 The r r�.CJ lighting po atl least 0b.dif15 W"U See section 1AJ(c)oMglha boa b checaedaE V {mug C f th floor wMn greater hM yS 000 ft], a coding he4ght greater than 15 feel . and an LPD for general submitting under tho Pnscnpl/vs Compllancs Approach EneryyPro 4,4 by Eneryy5o>t User Number 56T8 Job Number 07 0021 Pays: 7 of 157 CERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center OPAQUE SURFACES # Surface Insulation Act. Type Area U-Fac. Cay. Cont. Azm. Tilt Status 81 Wall 82 Wall 527 20 0 183 R-19 R-0 0 90 90 New 83 Wall 141 0183 0183 R-19 R-00 180 90 New 84 Wall 140 0 183 R-19 R-19 R•00 R-0 0 90 0 9p New Wall 174 0 183 R-19 R-0 0 90 90 90 New 85 Wall 87 Wall 26 0183 R-19 R-00 18o 90 New New 88 Wall 150 0 183 R-19 R-0 0 0 90 New 89 Roof 140 28 0 183 0 079 R-19 R-0 0 90 90 New 90 Wall 42 0 183 R-30 R-0 0 0 p New 91 Wall 102 0 183 R-19 R-19 R-0 0 270 90 New 92 Wall 572 0183 R-19 R-0 0 R-0.0 90 0 90 New 93 Wall 57 0.183 R-19 R-00 180 90 90 New 94 Wall 135 0 1,83 R-19 R-0 0 180 90 New 95 Wall 65 0 183 R-19 R-0 0 180 90 New 96 Wall 107 0 183 R-19 R-0 0 180 New 97 Wall 143 0183 R-19 R-00 180 900 New 98 Wall 3t5 0183 R-19 R-00 270 90 New 99 Wall 422 0 183 R-19 R-0 0 270 90 New 100 Wall 517 0 183 R-19 R-00 180 90 New N E A R No . Eusbnq, Altered Renvlvedi New Part 2 of 2) ENV-1-C DATE 10/26/2009 Joint Appendix IV Reference Location / Comments 1 ` A5 2ND FL CONFRENCE 11-A5 2ND FL CONFRENCE 11-A5 2ND FL CONFRENCE 11-A5 2ND FL CONFRENCE 11-A5 2ND FL EX DEMO 11-A5 2ND FL HALLSUPP 11-A5 2ND FL OFFICE 11-A5 2ND FL OFFICE 05-A7 2ND FLR RESTROOM 11-A5 2ND FLR LOBBY 11-A5 2ND FLR LOBBY 11-A5 2ND FLR LOBBY 11-A5 2ND FL OFFICE 11-A5 2ND FL OFFICE 11-A5 2ND FL HALL/SUPP 11-A5 2ND FL WAITING 11-A5 2ND FL MED AREA 11-A5 2ND FLR TEN SPC 11-A5 2ND FLR TEN SPC 11-A5 2ND FLR TEN SPC More than a, equal to 1p Opp 5. ft of Ste-0-1 fenestial— area must .+elude a isbol ceniricate """ "sued by NFRC Of Pmv,de a CEC Default Label CamrM:ale Standards Table ' 16 A all B Ccxur¢ate shall be "led in the ron"amrs Protect ofMx dunng construction and in the using build) mans r n9 ge s afire after construction mo oe}aWi :l-tecton from # Type 53 Window Rear (S) Area U-Fac.' 18 0 SHGC' Azm. S�atd Glazin Type Location/ 54 Window Rear (S) 300 NFRC 036 NFRC 180 New Double 9 taow-E Comments 55 Window Rear (S) 18 0 300 NFRC 0 36 NFRC t80 New Double Metal Low-E 2ND FL OFFICE 56 Window Rear (S) 18 0 300 NFRC 18 036 NFRC 1 Double Metal Low-E 2ND FL OFFICE 57 Window Right (W) 0 300 NFRC 18 0 300 NFRC 036 NFRC 0.36 NFRC 180 New Double Metal Low-E 2ND FL WAITING 2ND FL WAITING 58 Window Right 59 Window Rear (W) IS) 18 0 300 NFRC 036 NFRC 270 270 New New Double Metal Low-E Double Metal Low-E 2ND FLR TEN SPC. 60 Window Rear (S) 18 0 300 NFRC 036 NFRC 80 New Double Metal Low-E 2ND FLR TEN SPC 61 Window Rear (S) 18 0 300 NFRC 18 0 300 NFRC 036 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FLR TEN SPC 2ND FLR TEN SPC 62 Window Rear 63 Window Rear IS) (S) 18 0 300 NFRC 036 NFRC 180 1 New Double Metal Low-E 2ND FLR TEN SPC 64 Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FLR TEN SPC 65 Window Right (W) 18 0 300 NFRC 18 0 300 NFRC 036 NFRC 0.36 NFRC 180 New Double Metal Low-E 2ND FLR TEN SPC 2ND FLR TEN SPC 270 (11 U-facWr Type. 116-A Default Table Iron, Standards, Table NI- I Dofa'At Table from the ACM Manual A i2S SHGC `,I. ' 1-B L>otaun Tana I— Standards COG Conier of Glass. NFRC pPendl;, New Double Metal Low-E NFRC Labeled value 2ND FLR. TEN SPC EXTERIOR SHADING Laheled valve # Exterior Shade Type YP Window Overhang Left Fin SHGC Hgt- Wd. Right Fin 53 None 54 0 78 Len. Hgt- LExt.RExt. . n. g DistLeHgt. Dist. Len. Hgt. None 076 55 None 076 56 None 0 76 57 None 076 58 None 076 59 None 076 60 None 076 61 None 0 76 62 None 0 76 63 None 0 76 64 None 076 65 None 0 76 11 The proposed budding is in ' Wnato cones 2 through 15 and contains an enc bsetl space w floor area greater than 25.0110 It2 • codingheight lighting or at least p 5 W; R2 See Section lallcl If this box h chocked ENV-4C must be filled out. wMn subm,tbn under the Prescrf ve CompliancepiA tir an t5 feet and an LPD for general g P PProaL h. Ene•gyP'C 4 4 by EnergySoft User Number Dula 1nb Ncnber 07 0021 Pepe-8 of 157 • RECEIVE® CERTIFICATE OF COMPLIANCE • YY (Part2 of 2) ENV-1-C PROJECT NAME /VL' V Eisenhower Ambulatory Care Center DATE OPAQUE SURFACES 10/26/2009 Surface # Type Area U-Fac. Insulation Act. Cay. Cond: Joint Appendix 101 Wall Cont. Azm. Tilt Status IV Reference Location / Comments 102Wall 349 1,536 J 183 0183 R 19 R-00 270 90 R-19 R-00 0 New 11 A5 2ND FLR TEN SPC 103 Wall 588 0 183 90 R-19 R-0 0 270 90 New 11-AS 2ND FLR TEN SPC 104 Roof 96 0 079 R-30 R-0 0 0 0 New 11-A5 2ND FLR TEN SPC 105 Roof 101 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 340 106 Wall 74 0183 R-19 R-00 270 90 New 05-A7 VAV 340 107 Door 20 0 700 None R-0 0 270 90 New New 11-A5 28-A2 VAV 339 108 Roof 1.324 0 079 R-30 R-0 0 0 0 VAV 339 109 Wall 189 0 183 R-19 R-0 0 270 90 New 05-A7 VAV 339 110 Wall 162 0 183 R-19 R-00 180 90 New 11-A5 VAV 338 111 Roof 479 0 079 R-30 R-0 0 0 0 New 1 1-A5 VAV 338 112 Roof 90 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 338 113 Wall 60 0 183 R-19 R-0 0 270 90 New 05-A7 VAV 337 114 Wall 36 0 183 R-19 R-0 0 270 90 New 11-A5 VAV 337 115 Roof 92 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 337 116 Wall 73 0 183 R-19 R-0 0 270 90 New 05-A7 VAV 337 117 Roof 80 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 337 118 Roof 764 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 337 119 Wall 154 0.183 R-19 R-00 270 90 New 05-A7 VAV 336 120 Roof 289 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 335 N E A R New F. wl a 41«,ed R nir.«c, New OS-A7 VAV 335 FENESTRATION SURFACES 61ore I—— tv 0-4— l0 Siandards Table I frA 1.„JIXJ sQ h oI ut0 r1J ll 'enesfrahOn area ! st Cate emet issued NFRC d and a Certificate shall be Mad m the contrartnr's cale using Iha de/atilt U-factors hom vg tfe a CEC Defaud Le, Prgen o!fice dune q construction d and n the balding 01 manager's offk:e aryer Ca+s[ruclnn Cons n., # Type 66 Window Area U-Fac.' SHGC 2 Act. A . td Sat Glazing T Ty Location/ Right 67 Window Front (W) (N) 18 0 300 NFRC 036 NFRC 18 270New Double g Lp w-E Comments 2ND FLR TEN 68 Window Front (N) 0 300 NFRC 036 NFRC 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E SPC 2ND FLR TEN SPC 69 Window Front (N) 18 0 300 NFRC 036 NFRC 0 0 New Double Metal Low-E 2ND FLR TEN SPC 70 Window Front N ( ) 18 0.300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR. TEN. SPC 71 Window Front (N) 18 0 300 NFRC 0.36 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 72 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 73 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 74 Window Front (N) 18 0 300 NFRC: 0 36 NFRC 0 New New Double Metal Low-E 2ND FLR TEN SPC 75 Window RI Right 9 W ( ) 18 0.300 NFRC 0.36 NFRC 270 New Double Metal Low-E 2ND FLR TEN SPC 76 Window Right (W) 18 0 300 NFRC 036 NFRC 270 New Double Metal Low-E Double Metal Low-E 2ND FLR TEN SPC. 77 Window Right 78 Window Rear (W) 81 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 2ND FLR TEN SPC VAV 338 (S) f 11 U factor Tybe 116-A Defaua Table from Standards. 124 0 300 NFRC 036 NFRC table Ni-1 Defautl Table fr— 180 New Double Metal Low-E VAV 338 121 SHGC Tres I I" Default Table hbm Standards. the ACM Mai,,,a' APPendu COG Canter M 3iaa. NFRC L.heled Value NFRC Labeled vaiue # Exterior Shade Type SHGC 66 None 076 67 None 076 68 None 076 69 None 0 76 70 None 076 71 None 076 72 None 076 73 None 0 76 74 None 076 75 None 076 76 None 076 77 None 076 78 None 0 76 Window Overhang Left Fin Hgt. Wd. ght Fin Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. ILen. Hgt. The P-Posed building la in ciimala tones 2 !htcugh 15 ano contains an enclosed •Pace with floor was gteal.r than 25 DOb f12. a ceiling height groat., than 15 bat. ar+d an .PD for gm.ra lighting of at I..st 0 5 W'n2. sea Section 1411y If this box is Checked, ENVJ-C must be Idled out when submitting under Ns PrascriP o bve Com liana A POroach. Energyp,o 4 4 Dy Ene gy5oll User Number 5678 Job Number 07 0021 v,,aP y ,:: f ' S7 ERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center OPAQUE SURFACES (Part2 of 2) ENV-1-C DATE 10/26/2009 # Surface Type Area Insulation Act. U-Fac. Cay. Cont. Joint 121 Wall 74 Azm. Tilt 0 183 R-19 R-0 0 Status ReferencelX Location / Comments 122 Door 20 270 90 0 700 None R-0 0 270 0 New 1 1-AS VAV 334 123 Roof 1,154 0 079 R-30 R-0 0 0 0 New 28-A2 VAV 334 124 Roof 138 0 079 R-30 R-0 0 0 0 New OS A7 VAV 334 125 Wall 73 0 783 R-1 g R-0 0 270 90 New 05-A7 VAV 333 126 Wall 127 Roof 130 0183 R-19 R-00 0 90 New New 11-A5 VAV 333 11-A5 128 Roof 139 265 0 079 R-30 R-0 00 0 079 0 R-30 New VAV 332 OS A7 VAV 332 12Wall 302 R-0 0 0 0 0 183 R-19 R-0,0 270 90 New 05-A7 VAV 332 130 Door 20 0 700 None R-0 0 270 90 New 11-AS VAV 332 131 Wall 143 0 183 R-19 R-0 0 0 90 New 28-A2 VAV 332 132 Wall 36 0 183 R-19 R-0 0 90 90 New 11-A5 VAV 332 133 Wall 134 Roof 116 0 183 R-19 R-0 0 180 90 New New 11-AS VAV 331 11-A5 135 Wall 91 116 0079 R-30 R-0 0 0 0 0 183 R-19 R-0 0 270 New VAV 331 OS-A7 VAV 331 136 Roof 93 90 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 331 137 Roof 72 0 079 R 30 R-0 0 00 New 05-A7 VAV 331 138 Roof 74 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 139 Roof 94 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 140 Roof 'N 96 0079 R-30 R-0.0 0 0 New 05-A7 VAV 330 E A R N—E-411mg. AJ:wW Remo"di New 05-A7 VAV 330 FENESTRATION SURFACES hWre man a eVual to Sfandanls Tatwe 1 t6-A 1Q,ppp R of sAe-bwn teneatra bn, area .must mcivde a label rerti5cale e�mer i56uad by NFRC or =%ide a CEC Default Labe, Cendicate and B Cerldicate small be Filed ,i the ccintraclo%s protect office Junng co^struct m and n the bwidng managers affire a%r constn,cbdr. —mg the Jefaull Tiart— from Type 79 Window Right (W) Area U-Fac.' SHGC2 50 Act. Azm. Cond. Stat. Glazing Type Location, 80 Window Right (W) 0 300 NFRC 0.36 NFRC 74 0.300 NFRC ouble Metal Low-E Comments 81 Window Right (W) 0.36 NFRC 89 0 300 NFRC 0 36 NFRC 270 New Double Metal Low-E VAV 337 VAV 337 82 Window Right 83 Window (W) 219 0 300 NFRC 036 NFRC 270 New Double Metal Low-E VAV 337 Right 84 Window Rear (W) (S) 89 0 300 NFRC 036 NFRC 270 New Double Metal Low-E VAV 333 85 Window Rear (S) 20 0 300 NFRC 036 NFRC 20 0 300 NFRC 180 New Double Metal Low-E VAV 333 VAV 86 Window Front (N) 036 NFRC 20 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 328 VAV 328 87 Window Front 88 Window Front (N) 20 0 300 NFRC 036 NFRC 0 0 New Double Metal Low-E New VAV 325 89 Window Front (N) (N) 20 0 300 NFRC 036 NFRC 0 Double Metal Low-E New Double Metal Low-E VAV 325 90 Window Rear (S) 20 0 300 NFRC 0 36 NFRC 20 0 300 NFRC 0 New Double Metal Low-E VAV 325 VAV 91 Window Rear (S) 0.36 NFRC 20 0.300 NFRC 0.36 NFRC 180 New Double Metal Low-E 325 VAV 321 11) SHGCdrType. 1 r6-A Dela,n Table from Standards, Table NI-1 ile/aWt Tade from the ACM Manual ype ' ih B DO,,,,, �.r,ie b; Standards. COG Center of Glass. NFRC LabelA M Ma 180 A ppend�. New Double Metal Low-E NFRC LaLeied v.nve VAV 321 EXTERIOR SHADING lue # Exterior Shade T Type Window SHGC Hgt. Wd, Overhang Left Fin Right 79 None 0 76 Len. g Hgt- LExt.RExt. Dist. Len. Hgt, Fin Dist. 80 None Len. Hgt. 81 None OJ6 82 None 076 83 None 076 84 None 076 85 None 076 86 None 076 87 None 076 88 None 076 89 None 076 90 None 0.76 91 None 076 0 76 — �vvs`Lj )r-mg,'), The proposetl building is in chorale zones 2 through 15 and contains on encbgtl space ,,,th floor ana greater than 2S 000 tt2 a uding haeght greater than hphting of at least g 5 WR12 See $action to 11c1 It this Dots is checked, ENVJ-C thus, t» filled oul15 feel, and all LpD for general . when submitting untler Me Gnscnptlw Compllanu Approach EnergyPrn, 4 4 py EnergySoft User Numper 5678 oh, v�rrner U7 ooz• Page 10 of 157 • 9EPEIVE® ERTIFICATE OF COMPLIANCE 6 2009 PROJECT NAME Eisenhower Ambulatory Care Cente'PL GUIVS I KUC 7ION Part2 of 2) ENV-1-C DATE 10/26/2009 # Surface Type Area Insulation Act. U-Fac. Catty. Cont. Joint endix 141 Roof 96 Azm. Tilt 0 079 R-30 Status IV Refer ence Location / Comments 142 Roof 96 R-0 0 0 0 0 079 R-30 R-0 0 0 0 New 05 A7 VAV 330 143 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 144 Roo( 94 0 079 R 30 R-0 0 0 0 New 05-A7 VAV 330 145 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 146 Roof 93 0 079 R-30 R-0.0 0 0 New 05-A7 VAV 32299 147 Roo( 96 0 079 R-30 R-0 0 0 p New 05-A7 VAV 329 148 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 329 14Roof 95 0 079 R-30 R-0 0 0 p New 05-A7 VAV 329 150 Roof 96 0 079 R•30 R-0 0 0 0 New 05-A7 VAV 329 151 Wall 57 0 183 R-19 R•0 0 180 90 New 05-A7 VAV 329 152 Roof 86 0 079 R-30 R-0 0 0 0 New 1 1-A5 VAV 328 153 Wall 94 0 183 R-19 R-0 0 180 90 New 05�A7 VAV 328 154 Roof 97 0 079 R-30 R-0 0 0 0 New 1 t-A5 VAV 328 15Roof 140 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 328 156 Roof 95 0 079 R-30 R•0.0 0 0 New 05-A7 VAV 328 157 Roof 96 0 079 R-30 R-0 0 0 0 New OS-A7 VAV 327 158 Roof 96 0 07g R 30 R-0 0 0 0 New 05-A7 VAV 327 159 Roof 96 0 079 R-30 R-0 0 0 0 New OS-A7 VAV 327 160 Roof 96 • 0.079 R-30 R-0.0 0 0 New OS-A7 VAV 327 N. E. A. R IN" EsMOnq Anered+T , Reroredl New 05-A7 VAV 327 FENESTRATION SURFACES More than a edual to 10 000 spry to ytn.Dugt taneslrahon area cemh moat inclu Standards lode +•GA de a abar ce e e 0 111 Issued by NFRC a prowdn a CEC DefaA La0e+ Cennc�a4 arld B C""kate shall be riled - the contracla's prgect oflim duonq r stnctj_ asap and n the bead-n O mana0e/s o/frce after cpnstrucyrpn the defaun U IBclurs rmm # Type 92 Window Front (N) Area U-Fac.' SHGC z 20 Azm. Sta Cond. Glazin T g Type Location/ 93 Window Front (N) 94 Window Front (N) 0300 NFRC 0 36 NFRC 20 0 300 NFRC 0 36 NFRC 0 0 New Double Metal Low•E New Double Metal Low-E Comments VAV 318 95 Window 20 0 300 NFRC 036 NFRC 0 New VAV 318 Front (N) 20 0 300 NFRC 036 NFRC Double Metal Low-E VAV 317 96 Window Front (N) 97 Window 20 0 300 NFRC 036 NFRC 0 0 New Double Metal Low-E New VAV 317 Front (N) 98 Window Front (N) 20 0 300 NFRC 036 NFRC 0 Double Metal Low-E New Double Metal Low-E VAV 317 99 Window Front (N) 181 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 317 100 Window Rear (S) 129 0 300 NFRC 036 NFRC 20 0 300 NFRC New Double Metal Low-E VAV 312 VAV 311 101 Window Rear (S) 0 36 NFRC 20 0 300 NFRC 036 NFRC 180 0 New Double Metal Low-E VAV 310 102 Window Rear (S) 103 Window 20 0 300 NFRC 036 NFRC 1 180 ouble Metal Low-E New VAV 310 Rear (S) 104 Window Left (E) 107 0 300 NFRC 036 NFRC 180 Double Metal Low-E New Double Metal Low-E VAV 310 20 0 300 NFRC 0 36 NFRC 90 t t I t1-facta Type t 16-A Dete�lt Table Irom Standards cable NI-1 Drraurt 'abe Iran tnc ACM Manua, 121 SHGC Typo t 16.8 DefaWl Tap"' hom Appendu. New DOUbI@ Metal LOW-E VAV 309 VAV 309 Standards, COG Ce•+ter of Glass. NFRC Labeled Value NFRC LeMr.ed .aWe EXTERIOR SHADING # Exterior Shade T Type Window Overhang Left Fin SHGC Hgt. Wd. Right Fin 92 None 93 Len. 0 76 Hgt. LExt.RExt. Dist. Len. H t- g Dist. Len. Hgt. None 0 76 94 None 076 95 None 076 96 None 0.76 97 None 0 76 98 None 0 76 99 None 076 100 None 0 76 101 None 0 76 102 None 076 103 None 0 76 104 None 0 76 ClIM8 the proposed butl0.5 a 2 Soo Se tIon 1ones 2 tMouOh 13 and Check contains an aV-4-C M SI be it h floor area Ocular than 25. 000 fti a cNllnq hNght Qnabr than 1S feet, and an lrghttnO of sl least O.S Wrtt2- 3aa SKOon ta7tc) If MM Dee h cNacMsd. ENV1•C moat Oa IIIIaW out, when submlttln- under 1 - P.ucrtp9 e C o 1910&t a thanAn.I S f e L1� for g,,W l EnergyPro 4 4 by EnergySoR Use, Number 5678 Jab Number 07 0021 Page 11 of 157 CERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center (Part2 of 2) ENV-1-C DATE 10/26/2009 # Surface Type Area Insulation Act. U-Fac. Cay. Cont. Joint 161 Roof 93 Azm. Tilt 0 079 R-30 R-0 0 Status Referencex Location /Comments 162 Roof 96 0 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 327 163 Roof 96 164 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 165 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 166 Roof 92 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 167 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 168 Wall 51 0 183 R-19 R-0 0 0 90 New 05-A7 VAV 326 169 Roof 96 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 325 170 Wall 84 0183 R-19 R-00 0 90 New 05-A7 VAV 325 171 Roo( 63 0 079 R-30 R-0 0 0 p New 11-A5 VAV 325 172 Roof 88 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 325 173 Wall 84 0 183 R-19 R-0 0 0 90 New 05-A7 VAV 325 174 Roof 88 0.079 R-30 R-0 0 0 0 New 11 AS VAV 325 175 Wall 84 0 183 R-19 R-0 0 0 90 New 05-A7 VAV 325 176 Roof 86 0 079 0 New 11,g5 VAV 325 177 Wall 84 178 Roof 0 183 R-119 R-0.0 0 90 New New 05-A7 VAV 325 11-A5 85 179 Wall 84 0.079 R-30 R-0 0 0 0 0 183 R-19 New VAV 325 05-A7 VAV 325 180 Roof 85 ' P, R-0 0 0 90 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 325 E A R ,New. Eaispng Aryereq, Removugl New 05-A7 VAV 324 FENESTRATION SURFACES Rbre Man or equal to 10 1 B s9 It CertIf sne-buia feneztranon area must incWde a lapel car>tficat- S:anda'Is Table 1 -6A and rticate shall be bled in tM contractors either •--sued by NFRC ur prov�0e a CEC Delaua Label Certificate uz.ng protect nMtce curing constn ct— —a in Me buadM g 'nana9Br5 nf4,,p aRBr Gqn etfUCbgn the gelauN U lactws rrom # Type 105Window Left (E) Area U-Fac.' SHGC2 69 0 Act. Azm. Cond. Stat. GlazingT Type Location/ 106 Window Left (E) 300 NFRC 0 36 NFRC 20 0 300 NFRC 90 New Double Metal Low-E Comments 107 Window Left (E) 036 NFRC 20 0 300 NFRC g0 New Double .Metal Low-E VAV 309 VAV 108 Window Left (E) 036 NFRC 20 0 300 NFRC 0 36 NFRC 90 New Double Metal Low-E 308 VAV 308 109 Window Front N ( ) 110 Window 112 0 300 NFRC 036 NFRC 90 0 New Double Metal Low-E VAV 308 Left (E) 111 Window Left (E) 20 0.300 NFRC 036 NFRC 90 New Double Metal Low-E New Double Metal Low-E VAV 303 112 Window Front (N) 78 0 300 NFRC 036 NFRC 112 90 New Double Metal Low-E VAV 302 113 Window Left (E) 0 300 NFRC 036 NFRC 39 0 300 NFRC 0 New Double Metal low-E VAV 301 VAV 114 Window Left (E) t 036 NFRC 39 0.300 NFRC 0 36 NFRC 90 New Double Metal Low-E 301 VAV 101 15 Window Left (E) 116 Window 29 0 300 NFRC 036 NFRC 90 90 New Double Metal Low-E New VAV 101 Left (E) 117 Window Front (N) 39 0 300 NFRC 036 NFRC 90 Double Metal Low-E New Double Metal Low-E VAV 102 39 0 300 NFRC 0 36 NFRC 1I i -lades TYDe. t 16-A Default Tabb from SUnda.cs, TapDefault0 �2i U fact TYne 'I t6- Orr'aWi i:�b l from Tado tbom the ACM Manua ablCentc New Double Metal Low-E VAV 102 VAV 103 Slenderae C lass, NFRC Labeieq Value A Ppend,s. NFRC Laberea vaWc EXTERIOR SHADING # Exterior Shade T e YP Window SHGC Hgt. Wd. Overhang Left Fin 105 None 076 Len. Hgt- LExt.RExt. Dist. Len. Hgt. Right Fin Dist. Len. 106 None 0.76 Hgt. 107 None 076 108 None 0 76 109 None 076 110 None 076 111 None 076 112 None 076 113 None 0 76 114 None 0 76 115 Roll -down Awning 0 13 7 2 116 Roll -down Awning 4 0 28 5 0 13 3 0 11 2 5 3 117 None 89 45 0 76 285 30 52 110 The I`Wosed building " ur climats Zones 2 through :5 and conlaim an sotto seo spec. with floor arp greater than 25,000 1t2 a cetlln height righting of et Oast 0 5 "'1 See Section 1Utcl. N this boa n checked. ENV 4_ - C must be Inker ed out when submittingunder the Prescrl nw ComgNaoce Aan 15 INt and an LPO'or general P P PProath Energy 'no 4 4 by EnergySoft User Number 56; 8 .tun Nu-V-er 7 1,4171 °age 1,' of 157 RECEIVED CERTIFICATE OF COMPLIANCE OCT 282009 (Part2 of 2) ENV-1-C • PROJECT NAME `1� DL. CONSTRUCTION Eisenhower Ambulatory Care Center DATE OPAQUE SURFACES 10/26/2009 Surface # Type Area Insulation Act. Cond: Joint Appendix U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments 181 Wall 182 Roof 90 69 J 183 0 079 R-19 R-00 180 90 New 11-A5 VAV 324 183 Root 60 0 079 R-30 R-30 R-0 0 R-0 0 0 0 p New 05-A7 VAV 324 184 Roof 72 0 079 R-30 R-0 0 0 0 0 New 05-A7 VAV 324 185 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 323 186 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 323 187 Roof 96 0 079 R-30 R-0 0 0 p New 05-A7 VAV 323 188 Roof 96 0079 R•30 R-00 0 0 New 05-A7 VAV 323 189 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 322 190 Roof 96 0 079 R-30 R-0 0 0 p New 05-A7 VAV 322 191 Wall 91 0 183 R-19 R-0 0 180 90 New 05-A7 VAV 322 192 Roof 99 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 321 193 Wall 88 0 183 R-19 R-0 0 180 90 New 05-A7 VAV 321 194 Roof 92 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 321 195 Roof 641 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 321 196 Roof 641 0 079 R-30 R•0 0 0 0 New 05-A7 VAV 320 197 Roof 83 0 079 R-30 R 0 0 0 0 New 05-A7 VAV 319 198 Wall 84 p 183 R-19 R-00 0 90 New 05-A7 VAV 318 199 Roof 114 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 318 200 Wall 113 0 183 R-19 R-0 0 0 90 New 05-A7 VAV 318 .N E A R;r•w NEvsl,G 41-11 Rnm,-„„,I, New 11-A5 VAV 318 IFENESTRATION SURFACES ato.e seen or e• uai l0 7 G :n [ sy tr .A �,te Du,lt renesiradm area must ncluda a label rcrtA cote Standards Table T'&A and 8 Certificate shall be Fled m the cotlracto/s prgecl office dunng aloe' saved by NFRC a orovge a CEC pMaun Label Cemhr ate usirq the )eta u=t a tar I— tram wnatrucbon end n the buliamg manager"S office after conMruceon # Type Area 118 Window U-Fac.' SHGC2 Act. Azm. Cond. Stat. Glazing Type Location/ Front (N) 119 Window Front (N) 39 0 300 NFRC 0 36 NFRC 0 New Double Metal Low-E Comments VAV 103 120 Window Front (N) 39 0 300 NFRC 39 0 300 NFRC 0 36 NFRC 0 New Double Metal Low-E VAV 103 121 Window Front (N) 39 0 300 NFRC 0 36 NFRC 0.36 NFRC 0 New Double Metal Low-E VAV 103 122 Window Front (N) 39 0 300 NFRC 0 36 NFRC 0 0 New Double Metal Low-E VAV 104 New Double Metal Low-E VAV 104 (11 U-factor Type 116-A Default Table from Standards StandardsTable fill, l t Default Tabae from the ACM Manuel App—l'. NFRC Labeled va,e 2) SHGC Type 116-8 Delaum Tatue from Standards COG Center of Glass NFRC labeleJ �n,tee Window Overhang Left Fin Exterior Shade Type SHHgt. Wd. Right Fin 118 None076 Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 119 None 076 120 None 076 121 None 076 122 None 0 76 The proposed building n m tumor• :one. 2 througn 15 and contain• an enciosaC space with Door area grea4r than 25.00b h1 a ceding height groan' than 15 het and an Lill for paharsl lighting of at least o 5 W1ft2 Sae 3octW 143(c) If this boa N chocked, ENVJL must be filled out wMn —10' than undo the Pnurin h Com9fril Approach phanc. Ene•gyPro 4 4 by EnergySofi User Numoer 5678 Job Vurrber 07 U011 Page 13 of 151 ERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center OPAQUE SURFACES Part2 of 2) ENV-1-C DATE 10/26/2009 Surface Type Area U-Fac. Insulation Act. Joint 201 Roof 154 Cay. Cont. Azm. Tilt Status Refe en elx Location / Comments 202 Wall 162 0 079 0 183 R-30 R 19 R-0 0 R-0 0 U 0 0 New 05-A7 VAV 318 203 Wall 337 0 183 R-19 R-0 0 0 90 90 New 11-AS VAV 317 204 Roof 295 0 079 R-30 R-0 0 0 0 New 11-AS VAV 31 205 Roof 452 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 317 206 Roof I.982 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 316 207 Roof 1.982 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 315 208 Roof 416 0 079 R-30 R-0.0 0 0 New 05-A7 VAV 314 209 Wall 271 0 183 R-19 R-0 0 0 90 New 05-A7 VAV 313 210 Roof 316 0 079 R-30 R-0 0 0 0 New 11-A5 VAV 312 211 Wall 193 0 183 R-19 R-0 0 0 90 New 05 A7 VAV 312 212 Roof 455 0 079 R-30 R-0 0 0 0 New 1 t -AS VAV 311 213 Roof 166 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 311 214 Wall 33 U 183 R-19 R-0 0 180 gp New 05-A7 VAV 310 215 Roof 106 0 079 R-30 R-0 0 0 New 11-A5 VAV 310 216 Wall 59 0 183 R-19 R-0 0 180 90 New 05-A7 VAV 310 217 Wall 74 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 310 218 Roof 82 0.079 R-30 R-0 0 0 0 New 11-A5 VAV 3t0 219 Roof 118 0 079 R-30 R-0 0 0 p New 05-A7 VAV 310 220 Wall R-19 R 00 180 90 New OS-A7 VAV 310 .N E A RINew E..srng .Altered Rry d, am New 11-A5 VAV 310 More than or ble I I In 10 000 sa h N sae -bud" fenestrabai area must mUude a label cem6�le either ,slued by NFRC or p, �.de a CEC Default Lebec Certi icaie using the default U-faclors from Standards Table 1 t 6.A artd B Cert'fKate shall be fled ,n the conuacws prOWI office dung constlluctlon and st the hued n , mana, he's airy+_.. ayer constr ucbon Act. Cnd. # Type Area U-Fac.l SHGC2 Azm. Stoat. GlazingT ocationl Type CComments • ;1! S'.6cv Type t t6-A Default Table from Standards. Table Nl.t Defaul Table from Me ACM Manual Appendix, NFRC Labeled v , =' S/"�C 'Ype 16-e Defaul Tab. from Standard!. COG Cenler of GIaSS. NP RC Labeled Value Window Overhang Left Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. H t. Right Fin 9 Dist. Len. Hgt. The proposed bulIding IS In climate ton.. 2 through 15 and ccnl*ln. an enclosed space with floor area g(ealse than 7S 000 n2, a ceiling height gnat., than 1S feet, and an LPD for general Ighting of at least 0 S wlft2. See 3ecbon 1431c) It this boa re chsaked. ENVJ-C mua be filled out. when submlmng under 1M Pnac rtpu s Compliant. Approach EnergyPro 4 4 by EnergySoh User N.,mDer 5678 Jot) Number 07 0021 P,ige 14 of 157 RECEIVED CERTIFICATE OF COMPLIANCE OCT 2 8 2009 (Part 2 of 2) ENV -1-C • PROJECT NAME WDL CONSTRUCTION DATE Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES Surface # Insulation Act. Cond: Joint Appendix Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location I Comments 221 Wall 62 0 183 R 19 R-0 0 180 90 New 11 A5 VAV 309 222 Wall 151 0 183 R-19 R-0 0 90 90 New 11-A5 VAV 309 223 Roof 216 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 309 224 Wall 78 0 183 R-19 R-00 90 90 New 11-A5 VAV 308 225 Roof 125 0 079 R-30 R-0.0 0 0 New 05-A7 VAV 308 226 Wall 58 0 183 R-19 R-0 0 90 90 New 11 A5 VAV 308 227 Roof 120 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 308 228 Roof 125 0 079 R-30 R-0.0 0 0 New 05-A7 VAV 308 229 Wall 78 0 183 R-19 R-0 0 90 90 New 11-A5 VAV 308 230 Roof 106 0 079 R-30 R-0.0 0 0 New 05-A7 VAV 307 231 Roof 106 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 232 Roof 27 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 233 Roof 38 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 234 Roof 48 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 235 Roof 40 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 236 Roof 109 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 237 Roof 27 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 238 Roof 38 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 239 Roof 49 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 240 Roof 40 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 - N. E. A. R MN E uniting Altered Removed i More Vun or -qod' to 10,000 sq -1 of sqe-burl tenestrabon area must include a label certdq'dte ether ssued by NFRC or provide a CEC Defa-�If Lanel Certd2ate us,ng the defavR U-f lnrs In"m Standards Table 116-A and B Cerld�cale snad be filed in the Contractor's prbfecl office dunng construcbor and in pre bufdmg m� page%, nfNnP alter construction Act. Cond. Location/ # Type Area U-Fac.' SHGC2 Azm. Stat. Glazing Type Comments • 11 U-tailor Type t 16-A Default Table from Standards. Table Ns1 Default Tate from the ACM Manual Append- NFR( Labeled -i— i2i SHGC 'ype 1 r6-B 0efauit rabfe from Standards COG Center of Glass NFRC Labefed Value EXTERIOR SHADING Window Overhang Left Fin Right Fin ## Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The proposed budding is In climate tonal 2 through 15 and contain an enclosed spa— wish flow area great.. than 25 000 rt2 a c@fling height great@, than 15 teat and an LPp fw general nghtfng of at )fast 0 5 W'ft7 See S@ lion ia3lcl If this boa Is chociied. ENVmust be filled out..her, submmfng under the Prascrlpdve Comphan— Approach E>le,gvP,n 4 4 by EnergySon Use, Number 5678 Job Number 070021 -age 15 of 157 CERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center OPAQUE SURFACES # Surface Insulation Act. Type Area U-Fac. Cay. Cont. Azm. 241 Roof 109 0.079 R-30 R-0 0 0 242 Roof 243 Roof 116 0 079 R-30 R-0 0 0 244 Roof 128 128 0 079 R-30 R-0 0 0 245 Roof 0 079 R-30 R-0 0 0 246 Roof 121 74 0 079 R-30 R-0 0 0 247 Roof 853 0 079 0 079 R-30 R-0 0 0 248 Roof 113 0 079 R-30 R-30 R-0.0 R-0 0 0 0 249 Roof 511 0 079 R-30 R-0 0 0 250 Wall 251 Roof 110 0 183 R-79 R-0 0 0 252 Wall 245 0 079 R-30 R-0 0 0 253 Roof 113 168 0 183 0 079 R-19 R-0 0 90 254 Wall 108 0 183 R-30 R-19 R-0 0 R-0 0 0 90 255 Wall 46 0 183 R-19 R-0 0 0 256 Roof 257 Roof 387 0 079 R-30 R-0 0 0 258 Roof 28 0 079 R-30 R-0 0 0 259 Roof 132 0 079 R-30 R-0 0 0 260 Roof 0 133 0 079 0 079 R-30 R-0 0 0 ' N E. A. R iNew Eusnng Altered Romuvedl R-30 R-0 0 0 Tilt 0 0 0 0 0 0 0 0 0 90 0 90 0 90 90 0 0 0 0 0 Cond Statu New New New New New New New New New New New New New New New New New New New New (Part 2 of 2) ENV-1-C DATE 10/26/2009 Joint Appendix s IV Reference Location / Comments 05-A7 VAV 307 05-A7 VAV 306 05-A7 VAV 306 05-A7 VAV 306 05-A7 VAV 306 05 A7 VAV 306 05-A7 VAV 305 05-A7 VAV 305 05-A7 VAV 304 11-A5 VAV 303 05-A7 VAV 303 11-A5 VAV 302 05-A7 VAV 302 11-A5 VAV 301 11-A5 VAV 301 05-A7 VAV 301 05-A7 3RD FLR RRJJAN 05-A7 3RD FLR RR/JAN 05-A7 3RD FLR RRIJAN 05-A7 VAV 101 More man ,x equal in 10.p00 aV.fl d " bull feneslra Lon area must in; Jude a label cart'('-afe either aauetl b NFRC or Standards table - 16_A and 8 COMhCale shalt be filed to the conbacloYa Y Wov.de a CEC Defau" Label CBmhcate us,ng the defadt U factors horn MgBCI orACe during mnstn,chon and in Ina building mans ers t,me 9 e arya aln strurlion # Type Area U-Fac.' Act. Cond. Location/ SHGC2 Azm. Stat. Glazing Type Comments i 11 U-faphx Type f f6-A Default rabhr 'mm Standards Table NI-1 Detault 'a We morn the ACA1 Alanua4 AIS,endu NFRC Labeled va�r t21 Sr 1GC Type 16-R '1efa.,,n '_3c lr nrr 5!andaros COG Cents, ,r lass NFRC Labeletl Vague Window Overhang # Exterior Shade Type SHGC Hgt. Wd. g Left Fin Right Fin Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. The proposes building is in chmal• tones 2 through 15 and c.,falls an anclas d 'P.- "It, quo' area greats' than 25 000 1`12. a Carling height ht greater than 15 rest and an LPD for general Nghting of at least 0.5 W742. Sea Section 1A)lc) If this Dos Is checked. ENV.4-C mnal be riileo oul when submlttln un V tier the Prsscrlptivs Compliance Approach EnergyPro 44 by Ene•gySott Use, Nimner 5618 Job Numbef 070021 ;'aqe 1t of 15i • CERTIFICATE OF COMPLIANCE (Part2 of 2) ENV-1-C • PROJECT NAME Eisenhower Ambulatory Care Center DATE OPAQUE SURFACES 10/26/2009 # Surface Type Area U-Fac. Insulation Cay. Cont. Act. Cond.' Joint Appendix 261 Wall 98 0183 R-19 Azm. Tilt Status IV Reference Location / Comments 262 Roof 502 0 079 R-30 R-00 R-0 0 90 0 90 0 New 11-A5 VAV 101 263 Wall t31 0 1g3 R-19 R-00 90 90 New 05-A7 VAV 102 264 Wall 258 0 183 R.19 R-0 0 0 90 New 11-A5 VAV 102 265 Roof 80 0 079 R-30 R-0 0 0 0 New 1 1-A5 VAV 102 266 Roof 129 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 267 Roof 61 0 079 R-30 R-0 0 0 0 New 05-A7 106 VAV 06 68 Roof 74 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 106 269 Roof 502 0.079 R-30 R-0 00 p New 05-A7 VAV 105 270 Roof 341 0 079 R-30 R-0 0 0 0 New VAV 10 271 Roof 242 0 079 R-30 R-0 0 0 0 New 05-A7 S-A7 VAV t0 8 272 Wall 318 0 183 R-19 R-0 0 0 90 New 05-A7 VAV 273 Roof 76 0 079 R-30 R-0 0 0 0 New 1 1-AS 103 VAV 03 274 Wall 71 0 183 R-19 R-0 0 0 90 New 05-A7 VAV 104 275 Roof 778 0 079 R-30 R-0 0 0 p New 11-AS VAV 107 276 Roof 42 0 079 R-30 R-0 0 0 0 New OS-A7 VAV 10 New 05-A7 1STFLR RESTROOM N.E A RiNew EasOng. Altered More !h an on equal to 1 f1 `- act" of "e' "I'll renealrat�ati area -n r include a lapel ; edlgcate e,tner �saued b NFRC or Standards TaNe • t6A and B Cend¢ato shall be Need m the con VBcto�s r Y ,ng e a CEC Default Lapel Certlhcete usng the tlefaidl 1,-r.v r , P ofeCt office dunng C.'lnslvrhorl and n the hviding "Tice After Conatruchon # Type Area U-Fac.' SHGC q=m Cond. Location/ Stat. Glazing Type Comments I t, S1raCldr Type 116-A Default Table from Standards Table NI-1 Default Table lion, the ACM Manual GC ape 116-8 Default able 'I— Standards, COG Center of Glass NFRC Labeled Value Appenw NFRC labeled value Window Overhang # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Left Fin Right Fin Dist. Len. Hgt. Dist. Len. Hgt. RECEIVED OCT 2 8 2009 WDL CONSTRUCTION �a.i arhl.CJ 15 And llghtn0 of at 1, 016 w'f17. Sae Section 1(Jtc)olfgtMs Donn bchemns n 00c10 Cl sPaal be withfill.d Door warea hen realer t nan 25 000 �Pn sclrtnq h Com tlanca A g g 9 g.. Ihan o feet, and an LPD for general P P pproaKh EnergyP•o 4 4 by EnergySoh User Number 56/8 Job Number 07 0021 f'.rge T 7 f 15' COVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Center (Part 1 of 7) ENV-3-C DATE • 10/26/2009 A DISPLAY PERIMETER O k x 6 k= Q k DISPLAY AREA B. GROSS EXTERIOR WALL AREA 26,721 ft x 0A0 = 10,689 k 40% GROSS WALL AREA C. ENTER LARGER OF A OR B 26,721 10,689 It MAXIMUM STND. AREA D- ENTER PROPOSED WINDOW AREA 4,863 k PROPOSED AREA E WINDOW WALL RATIO = Proposed Window Area Divided by Gross Exterior Wall Area 18.20% F. WEST DISPLAY PERIMETER G. WEST EXTERIOR WALL AREA O ft x 6 k= Q ft WEST DISPLAY AREA 7,287 ftx 0.40 = 2,915 k 40% WEST WALL AREA H. ENTER THE LARGER OF F AND G 7,287 2,915 ft MAX. STND WEST AREA I. ENTER PROPOSED WEST WINDOW AREA 1,314 k PROPOSED WEST AREA J. WEST WINDOW WALL RATIO = Proposed West Window Area Divided by West Exterior Wall Area = 18.04% Combined Values for North. East and South Walls K. NIE/S DISPLAY PERIMETER (A - F) O k x 6 k= Q k N/E/S DISPLAY AREA • L. N/E/S EXTERIOR WALL AREA (B - G) 19,434 ft x 0.40 = 7,774 k 40°o N/E/S AREA M. ENTER LARGER OF K OR L 19,434 7,774 h MAX. STAND. NIE/S AREA N. PROPOSED WE/S WINDOW AREA (D - 1) IVINDOW ADJUSTMENT 3,549 k PROPOSED N/E/S AREA O. IF D > C and/or if I > H, PROCEED TO CALCULATION STEPS 1 OR 2, AS APPROPRIATE, FOR THE WINDOW AREA ADJUSTMENT. IF NOT, GO TO THE SKYLIGHT AREA TEST, ENV-3-C, PART 2 OF 7. 1_ IF I < H- Use the calculated Window adjustment for all walls. MAXIMUM STANDARD AREA (from C) PROPOSED WINDOW WINDOW AREA (from D) ADJUSTMENT FACTOR 2. IF I > H: Calculate one window adjustment factor (WAFT for the West wall. a Calculate the WAF for the West wair MAX. STANDARD WEST AREA (from H) PROPOSED WEST WEST WINDOW AREA (from 1) ADJUSTMENT FACTOR b If N > M Calculate the WAF for the North. East and South walls MAX STANDARD N/E/S PROPOSED N/EIS AREA (from M) N/EIS WINDOW AREA (from N) ADJUSTMENT F EnergyPlo 4 4 oy Eie, �I, c,-n User N.,noer 5678 CTOR [OVERALL ENVELOPE METHOD (Part 2 of 7) ENV-3-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SKYLIGHT AREA TEST A. ATRIUM HEIGHT B. IF — 55 FT C. IF > 55 FT D. 14 ft GROSS ROOF AREA 33,805 ft x o.os = ftx0.10= STANDARD ALLOWED SKYLIGHT AREA 1,690 ft ft PROPOSED SKYLIGHT AREA IF THE PROPOSED SKYLIGHT AREA IS GREATER THAN THE STANDARD SKYLIGHT AREA, PROCEED TO THE NEXT CALCULATION FOR THE SKYLIGHT AREA ADJUSTMENT IF NOT. GO TO PART 3 OF 7 1. IF PROPOSED SKYLIGHT AREA >= STANDARD SKYLIGHT AREA: PROPOSED SKYLIGHT AREA SKYLIGHT STANDARD SKYLIGHT AREA (IF E = 0 ENTER 1) ADJUSTMENT FACTOR • GO TO PART 7 TO CALCULATE AD JUSTED AREAS. 15 ft RECEIVED OCT 2 8 2009 WDL CONSTRUCTION EnergyPro 4 4 by Ener9YSo4 User Number 5618 Job Number 07 0021 Page 19 of 157 VERALL ENVELOPE METHOD PROJECT NAME Part 3 of 7) DATE ENV-3-C A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME (e.g_ Wall-1, Floor-1) HEAT U• ACM UA AREA' U- Roof AREA CAP , FACT. J.A. IV Ref. (B X D) (Adjusted) FACT. UA (F X G) ?r� 0 079 05-A7 20.7 SW Wall - 262 0 051 -`� 0183 1 1-A5 - 6.3 Window - 34 0 217 75 �46 0 300 NW Wall 13,7 46 0470 21 4 - - 182 - 0.183,11-AS 33.3 Window .._ 182 0 217 394 - - - NiE Wall - -- 108 - - 0 300 - - - 322 -- 108 0470 505 - 36 0 183 1 1-A5 Window - - .. 6.5 36 0.217 7 7 - - - - - - - 46 0-300 - - - - - - East Wall -- - - - - _ 137 46 0.470 21.4 - 320 0 183 11-AS 58.7 � - - - - South Wall - - - - r- _ 320 0.217 69.5 - 385 0.183 11-A5 704 _ -- West Wall - . 385 0.217 $3,5 - - - - � 104, 0.183 11-A5 - - _ - East Wall - - - '- - - 190 104 0.217' 22 6 - - - -260L 0,183 11-A5 South Wall _ - - _ 47.6 260 0.217 b6.4 _ - - 3841 0.183 11-AS - - Roo/ - _ _ _ - -- - - _ 70.2 384 0.217 .2 - - - East Well _0.079 OS-A7 7.5 95 0.051 -83.2 4-8 - - South Wall 260 -- - � 0.183 1 t -A5 - _ 47_6, 260 0.217 - 564 - Roof 384 _ 0.18311-AS _ - - 70.2 - -- 36411 0.217 832 West Wall 846 0.079 05-A7 - .8 - 886 ' Us. 0_051 43.1 112 0.183 11-AS South Wall - +- - - _ 20.6 112 0.2171 24.4 94 0.183 11-A5 17 - Roof .2 94 0 217 20-5 130 0.079 05-A7 - - East Wall - - 10.3 130 0 051+ 8.6 South WaN 230 0.183 11-A5 _ _ . 42.0 - �- 230 0.217 I - 49.81 -- Window 297 0.18311-AS - - 54.4 - 297 0,217�- -- l 64.4,' - - 26 0.300 - - - Wi�ow 7 7. 26 0.470 12.0 - - 26 0 300 - - Roof -- 7 7 26 0470 12.01 - - South Wail 156 0 079 05-A7 12 3 - 156 0 051 8.0 Window ndow 82 0 7817-A5 151 - 82. 0.217 17.9: - 26 300 _ Window -- 7 7 26 0.470 120 - 26 0 300 -' - - - East Wall - I 7.7 26 0.470 12,0 - - - 0.183 11-A5 21.9 NiE Wall -- -- - 120 0.217 26.0 - 279 - 0.183 11 •A5 51.1 - - N1W Wall - - _ _ - 279 0.217 60.6 _ 1 j In climate zones 1 and 16 the ,nsulating R-va+ue of condnuouts 865 • ` 0.183 11-A5 - -- - _ -� 121 7 665 0.217 - 1443 insulation materials installed above the roof waterproof N Window and/or Skylight Area Adjustment is - - membrane shall be multiplied times 0 8 before choosing the tatNe column for determining Required use Adjusted Areas f.om Part 7 of 7 982 This Page Total 1,135 assebmly U•fector See Footnotes Tables IV 1 through IV 7 in the Joint Appendices 8.088 Building Total 8.717 EnergyP•o 4 4 by EnergySoft User Number 5678 Job Number07 0021 Page:20 of 157 • RECEIVED VERALL ENVELOPE METHOD • PROJECT NAME Part 3of7 DATE ENV-3-C A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U. ACM UA AREA' (0.9. Wall-1, Floor-1) U• UAAREA CAP. FACT, J.A. IV Ref. (B X D) (Adjusted) FACT Ir V.- Window 310 0 300 Roof 2,793 0 079 05-A7 Skylight (Glass w,'Curb) 15 0 300 Roof 51 0 079 05-A7 East Wall 145 0.183 11-AS Roof 110 0,079 05-A7 East Wall 60 0.183 11-A5 SOUTH WALL _58 0.183 11 A5 EAST WALL 51 0.183 11-A5 Root 4171 0.079 05-A7 EAST WALL 71 0183 11-A5 Roof 136' 0.079 05-A7 South Wall 147 0.183E -A5 Window 26 0 300 • Window 26 0.300 Roof 120 0.079 05-A7 EAST WALL 162 0.183 11-A5 South Wall 205 0.183 11-A5 Window - 261 0300 Window 261 0.300 Roof 1,038 - 0079 05-A7 West Wall 158 0 183 11-A5 Window 13 0.300 Roof 108 0A7%05-A7 West Wall 119 0 183 11-A5 S/E Wall 34 0.183,11-AS Window 34 0 3000 NfE Wall 73 0.183.11-A5 Window 78 0.300 - N1W Wall 34 0,183 11-A5 1) In climate zones 1 and 16 the insulating R-value of continuous 'If Window and/or Skylight Area Adjustment is insulation materials installed above the roof waterp,00f membrane shall he mu'll0ed times 0 8 before choosing the Required use Adjusted Areas from Part 7 of 7 table column for determining assebmiy U-factor. See Footnotes, abies IV 1 through IV 7 in the Joint Aooendicas 930 310 0,470 1457 2206 2,793 0,051 142.4 45 15 1.180 178 40 51 0.051 26 26.5 145 0.217 31 5 8.7 110 0.051 5.6 11.0 60� 0_217 131 10.5 58 0 217 12.5 9.3 51 0217 11,1 32.9 417 0051 21.3 13.0 71 0.217 15.4 10.7 136 0.051 6.9 26.9 1471 0.2171 31.9 _-1 7.7 26 0.470L 12.0 7.7 26 0 470 ' 12.0 94 120 0.051 6.1 297 162�0.217 ~ 35.3 37.6 2Q5 ! 0.217 445 _ 7.7 _ 26' 0.470 120 7.726 0.470 12.01 ;� 82.01 1,038, 0.061 52,9J 28.9 F 158' 0_21 34.31 3.9 - 131 0.4701 6 1 1 85 108' 0.051 - 55 21 8 119 0.217 258 62 34 0,217 73 101 34 0A70 159 133 73 0,217 158 234 78 0 470 36 7 62 34 0217 73 784 This Page Total 7" 8.088 Building Total 8.717' _ _EnergyPro 4.4 by Energy5oft User Number 5678 Job Number 07 0021 Page 21 of 157 OVERALL ENVELOPE METHOD (Part 3 of 7) ENV-3-C PROJECT NAME DATE A B C 0 E F G H PROPOSED STANDARD • ASSEMBLY NAME (e g Wall-1, Floor-1) AREA HEAT U- ACM CAP. FACT. J.A. IV Ref, UA AREA' U- UA Window (B X D (Adjusted) FACT. (F X G) West Wall 34 0.300 101 34 0 470 15 9 - - NorlhWall 513 0 183 11-A5 _ 939 513 0217 111 4 _ - Roof 192 018311-M _ 352 192 0 217 41.7 - - - - 60 0 079 05-A7 48 60 0051 3.1 West Wall - 97 0 183 11-A5 177 Roof - - 97 0.217 21.0 West Wall 60 0 079 05-A7 48 60' 0,051 - 3.1 Roof 97 0 183 11-A5 17 7 _+ 97 0.2171 21.0 Roof 113, -r 0.079 05-A7 -'- 9.0 � 113 0.051' 5.8 - _ 1 N/E Well 1.364 0.079 05-A7 �0.183 107.8 - -_ 1.364 0.051 - 69 6 - - -- -- -, , - North Wall - 11-AS - -- - r 2.0 11 0.217 2.3 - - -- - 394 0.183�11-AS 72.2 Window -_ 40 - - 0.300 - 394 0.217. - 85.6 - Window 40 - - -. 11.9 - 40! 0.470, 18.6 West 'Wall 11.9 40 0.470 - +^ 18.6 95 0.183111-A5 17.4 • Window t - 95 0.217. -- -� 20.71 7 J wall 40 0.3001 _- g 40i 0.470 18� Roof 17 190 0.183A5 0.0* 05-A7 3.1 - 17 0.217 - 3.6 - - �- �- -- 15.0 190 0.051 9.7 South Wall - 103 -- - __1 0.183111-AS - - 1 18.8 103101.217 22.4 Roof -- East 454 0.079!05-A7 - - - 35.9 - _ 454.10.051 23.2' Wall 241 0.18311-A5 44 241� 0.217 Window 45 - - 03001 521 South Wall -- - 13.6 - -- - 45 0.470� - 21-3i1 288 0.183 11-AS 52.7 20_217 62.5 Window - -- 45 0.3001 Roof _ 13.6: 45� 0470 21.3 - _- South W- 454 0 079 05-A7 r 35 9 -�--- 4541 O.os1 232, Window 242 0 183 1 1-AS 442 - 242 0,217 - 524 West Wall 92 0.300 - 276 92 0.470 432 Window 264 �0.183 11-A5 484 264 0217 ---- 574 West Wall 22 0.300 ' - 66 22 0470 , 103 _151 0 183 11-AS 276 151 0217 32 7 West Wall - - 1) In climate zones 1 and 16 the insulating R-value of Continuous msulatron 106 • H V1Nrbovv 0.183 11-AS ---_- 19.4 _ 106�0.27 7 - 23 0 materials installed above the roof waterproof membrane shall Do multiplied times 0 8 before choosing the and'or Skylight Area Adjustment is Required, use Adjusted Areas from Part 7 of 7 - - 835 This Page Total g ; 5 table column for determining asseomly u-factor See Footnotes. 7at)es IV 1 thro h IV 7 m the Joint Appendices. IJ I 8.088 Building Total 8.717 _ • EnergyPro 4 4 by Ener Soll User 9Y Number 5618 Jot) Number- 07,0021 - Page:22 of 157 RECEIVED OVERALL ENVELOPE METHOD • PROJECT NAME r_1 ASSEMBLY NAME (e-g Wall-11, Floor-1) B C D PROPOSED (Part 3 of 7) ENV-3-C ON DATE 10/26/2009 E F G H STANDARD HEAT U- ACM UA AREA' U- UA AREA CAP FACT. J.A. IV Ref. (B X D) (Adjusted) FACT. (FX0) bVmdow 45 0.300 13.5 45 0.470 211 South Wall 35 0.183 11 •A5 6.5 35 0.217 77 Window 22« 0.300 6.6 22 0470 103 North Wall 160 0.183 11-A5 29.2 160 0,217 346 West Wall 186 0.183 11-A5 -34.0 186 0.217 403 Window - 1-3 -0 300 3.9 13 0.470 6.1 Window 13 0.300 3.9 13 0.470! 6.1 West Wall 86' 0.183 11-A5 1_5.7 88, 0.2171 18.6 Window 13 .-- 0300~ 39 - 131 0.4706.1 West Wall 46 0.1831,11-A5 8.5 46 0.217� 10. Window West Wall 13 - 0.300 - -r r-- 3.9 _ 13 0.470, 6_ j 1 __- 99 0.183!11-A5 _ 18.1 99 0.217 21.5 South Wall 673 0.183! 11-A5 123.1 673 0.217I 146. • Window 11 0.300 - 11 0.470' 5. Window 11 p,30p -31 3.3 11 0.470 5.1 Window 11 _ 3.3 11 0.470 5. Window 11 0.300, 3.3 11 0.470 5- East Wall 527 0.183' 11-A5 96_5 527 0.217 114.4 Window 18 0.3001' 5-4 18 0 470 B.4 Window 16 0.300 - - 5.4 1- i 16 0470. 8.4 Window 18 0.3001 _ 5.4 * 18 0470 8.48.4' South Wall 20 0.183111-AS 3.0 ) 20l 0.217 4.41 �j Window 21 0.300 -J- 6.3 21 0.470 9.9! I East Wall 141 0.183�11-A5 25.81 141 0.217 30.6 Window 69 0.300 208 - 69' 0 470 32.6 Window 69 0.300 208 69 0 470 326 North Wall 140 0 183 11-A5 257 - - 1400 217 30.4! Window 69 0.300, - 208 - T 69 0 470 32 I Window 18 0 300 54 18 0.470 84 East Wall 174 0,18311-A5 318 174 0,217 377 1 i in climate zones 1 and 16 the insulating R-value of continuous 'If Window aod1ar Skylight Area Adjustment �s y -nsu ahon materials mstared above the roof waterproof membrane shau be mu•tip!ied times 0 8 before choosing the Required. use Adjusted Areas from Part 7 0l z `58 This Page Total 14 table coiumn for determining assebmly U-factor See Footnotes. ? H8 BUIICiIrI Total '7 babies IV 1 through IV 7 in the Joint Appendices. _i g 8 ? EnergyPro 4.4 by ErwryySol! User Number. 5678 Job Number 07 0021 Pape23 of 157 OVERALL ENVELOPE METHOD PROJECT NAME A B C D PROPOSED ASSEMBLY NAME (e.g. Wall-1, Floor-1) HEAT U- ACM AREA CAP. FACT. J.A. IV Ref Window - - 18 0.300 South Wall 26 - 0.183 11-A5 North Wall --- - _ 150~ 0.183 11-AS East Wall 140 0 183 11-AS Roof 28 0.079 05-A7 West Wall - 42 0.183 11-A5 Window - - 21 0.300 East Wall -- 1021 7 0.183 11-A5 Window - - - I 21I 0.300 Window - - _ l 0.300 North Wall 572I 0.183 11-A5 Window 69 i 0.300 Window 691 0.300 Window 1 -�- - - 69 0.300 Window _ 1 �. 69 0.300 Window 18 0.300 Window 18 0.300 South Well - - 57 0.183 11-AS South Wall 135 0.183 11-A5 Window_ 18 0.300 Window - - 18 0.300 South Wall 65 0 183 11-AS South wa - 107 0 183 11-A5 WMdOw 18 0 300 Window - 18 0.300 South W811 143 0-183 11-A5 West Wan 315 0.183 11-A5 Window 18 0 300 Window 18 0 300 West Wall _ 422_ 0 183 11-A5 1) In dimate zones 1 and 16 the insulating R-value of continuous "'If Window insulation materials installed above the roof waterproof and/or Skylight Area Adjustment is membrane shall be multiplied times 0 8 before choosing the Required use Adjusted Areas from part 7 of 7. table column for determining assebmiy U-factor See Footnotes. TaDies IV 1 through IV 7 in the Joint Appendices. EnergyPro 4.4 by EnergySoft User Number 5678 Job Number 07 0021 (Part 3 of 7) ENV-3-C I DATE • � nl7C;�nnn E F G H STANDARD UA AREA' U- UA (B X D) (Adjusted) FACT. IF X G) 54 18 0.470 8 4 48 26 0.217 56 274 150 0217 324 256 140 0217 303 - t 22 28, 0.051 1 4 76 42 0-217 90 6.3 -1 211 0.470 9 g 18.7 102 0.217 222 6.3 21 0.470 99 20.8 69 0.470 326 - 104.7 572 0.217 1241 20.8 69 0.470 326 20.8 69 0.470 326 20.8 69 0.470' 32.6 -32.6 - 20.8 69 0.470, 5.4 18 0.470 8.4 5A 1� 01.4701 8.4 10.4 57� 0217 12.3 24.7 135 0 217 29.3 5.4 18 0 470 8,4 5.4 18 0 470 8.4 - 11.9 65 0 217 14. It 19.6 107 0 217 23.3! 5.4 18 0.470 - 1 8.4 --1 - 1 5.4 18 0.470 8.4' 262 143 0217 310 577 315 0217 684 54 18 0,470 84 54 18 0.470 84 "J 422 0,217 9' 7 584 This Page Total -_�4 8,088 Building Total 9 -•7 P:i 1e Ili ui iti7 • • VERALL ENVELOPE METHOD • PROJECT NAME P ""l IVED 0rrT 8 ?ring (Part 3 of 7) ENV-3-C `'O WI• TRI'CTION DATE 10/26/2009 A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME (e.g. Wall-1, Floor-1) HEAT U- ACM UA AREA' U- UA AREA CAP. FACT. J.A. IV Ref. B X D ( ) (Adjusted) FACT. (F X G) South Wall _ 517 0 183 11-A5 94 5 517 0 217 1121 Window - 18 0 300 54 18 0-470 84 Window - _ 18- 0300 54 18 0.470 8.4 Window 1 �_ .300 0 54 18 0.470 8,4 Window 18; _ 0.300 54 18 0.470 84 Window 18,' r--- 0.300 --- - 54 18 0.470 84 Window 18 0.300 - 18 0.47084 West Wall 3491 - 0.183 11-A5 _54 63.9 349 0.217 - - 75.8 Window 18 0.300 - 5.4 _ 18 0.470 84 Window 18 _ 0 300 5.4 - IS: 0.470 8.4 North Wall 1,538 0_183 tt-AS 281.1 1.536t 0.217 3333 Window - _ _ 18 00 _ 54 - -- 18 0.470 - - 8A Widow -- - 18 0.300i L_ 5.4 18 0.470 84 • Window 18 0.300i 5.4 t8 0.470 8.4 Window - 18 ZO_,- 5.4 181 0470 _ 8.4 Window 18_ _ _ 5.4 1t0 470 8.4 Window 18 0.300 5.4 18 0 470 8.4 Window - 18 0.300 5.4 18 0 470 8.4 Window 18 03001 5.4 18 0.470 8.4� West Wall 588 0.183 11-A5 107.61 1 588 0.217 127.E Window 18 0,300 18 0.470; 8.4 Window 18 0_300 - - _5.4 5.4 18Y0.470 6.4 Root 96 0-079 05-A7 7.6 98 0.0511 4.9 Roof 101 0.079 05-A7 7.9 f 101! 0.0511 --� West Wall 74 0.193 11-A5 135 -� 4 0.2 717 16 0 Roof 1.324 0.079 05-A7 _ _ 1046 1 _ 1 ,32 0 OS 1,324 67 5 West Wall 189 }0.183 11-AS 34 fi 189 0.217 41 0 Window 81 0.300 -- _ 242 - 81 0.470 380 South Well --- 162 0.183 11-A5 297 162 0 217 353 Window - 124 0.300 37 1 124 0.470 58.0 1) In climate zones t and 16 the insulating R-value of continuous insulation materials installed above the roof waterproof 'If Window and,'or Skylight Area Adjustment re membrane shalt be multiplied times 0 8 before choosing the Required use Adjusted Areas from Part 7 of 7 903 This - -- Page Total 1 066 Footnotes, �tablecolumnfordeterminingassebmlyU-factor,See ables IV.1 through IV 1 in thelV.1 through IV 7 in the Joint Appendices. 8.088 Building Total 8.7t7 EnergyPro 4.4 by EnergySoft User Number 5678 Job Number: 07.0021 Pegr25 of 157 VERALL ENVELOPE METHOD (Part 3 of 7) ENV-3-C PROJECT NAME DATE A B C D E F G FI PROPOSED STANDARD • ASSEMBLY NAME (e.g. Wall-1. Floor-1) AREA HEAT U. ACM CAP. FACT. UA AREA' U- UA Root J.A. IV Ref. (B X D) (Adjusted) FACT. (F X G) Roof 479 0.079 05-A7 37 A 479 0 051 244 90 0 079 05-A7 7 West Wall 90 0051 4 6 _ - - Window 60 0 183 11-A5 _ 11 i 60 0217 13 1 - Wow Wall 50 0.300 150 50 0 470 235 Window 36 0 183 11-A5 7 36 0 217 7 9 Roof 74 74 0 300 222 74 0,470 348 West Wall 92 0 079 05-A7 7 3 92 0.051 4-7 73 0.183 11-A5 Window - 134 73 0.2171 15.9 Root 89" 0.300 - - - - 26 8 - - _ 89 0.470 42.0 80 0.079 05-A7 - 6.3 _ 80 0.051 Roof - -- _ 4.1_ West Wall 764 0.079 05-A7 �� 60.4 764 0.051 39.0 _ _ 154 0.183 11-A5 - - - Window t - - -- --+-- 28.2 154 0.217 - 33.4� Roof 21g�--- 0.300 -- - -_85.8 219 0.470 103.Q --- - West Wall 289 - 0.079 05-A7 22.80051- _ 289 . -� • 14.7! 74 0.183 11-A5 13.5 • -� Roof - _ 74 0.217 16.0 Roof_ 1,154 0.079 05-A7 91.2 � - `- 1.154 0.0514 - _ _ West Well 138 0.079 05-A7 � 10.9 -- 138 0 051' _Sg,gj -i 7.01 73 0 183 11-AS - - ' - 13.4 73 0,217 - 15.91 Window _ North Wall 89 0 300 _ 26.8 89 0 470 - 42.0 130 23.8 -0.183-A5 Roof -- - 130 0.217+- 28.2j Roof 139 0.079 05-A7 11.0 - _ 139 0.051 7 West Wall302 265 0.079 05-A7_ _ 20.9 _ _ 2651 0.051 1 13.5 0.183;11-A5 _ 55.2 - 302 0 217 655 North Wall_ - ---I - - East Wall 143 0.18311-A5 - 26.2 - 143 0217. 310, - South Wall 36 0.183 11-A5 _- - 6, 5 36 0 217 78 Roof 116 0,183 11-A5 -- 21 2 116• 0 217 25 1 91 0.079 05-A7 72 -- � - South Wall 1 _ _91I 0 051 47 Roof 116, - 0.183' 11-A5 - - - 212 116 0 217 25.1 93 - - 0.079 05-A7 74 0.051 Roof - -93 48 _ _72 0.07905 A7 57 1) In climate zones 1 and 16 the insulating R-value of continuous insulation • 72 0,051 3 7 materials installed above the roof waterproof W�°� Sillylight !' ht Area Adjustment membrane shall De muRip led times 0 8 Defoe choosing the table cowmn for determining assebmly R use Ar as Required, use Ad)usted Areas from Part 7 of 7 f 693 This Page Total 721 U•factor. See Footnotes Tables IV through IV,T in the joint Appendices 8.088 Building Total 8,717 Energypro 4 4 by EnergySoft Use, Number. 5678 Job Number 07.0021 PaW:26 of 157 RECEIVE .-- JOVERALL ENVELOPE METHOD ACT 28209 (Part 3 of 7) ENV 3 C • PROJECT NAME i!'DL CONSTRUCTION DATE Eisenhower Ambulatory Care Center 10/26/2009 F7ERALL HEAT LOSS A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM (e.g. Wall-1, Floor-1) AREA CAP. FACT. J.A. IV Ref Roof 74 0 079 05-A7 Roof 94 0 079 05-A7 Roof 96 0 079 05-A7 Roof 96 0 079 05-A7 Root 96 0 079 05-A7 Roof 96 0.079 05-A7 Roof 94 0.079 05-A7 Roof 96 0.079 05-A7 Roof 93, 0.079 05-A7 Roof _ 90 0.079 05-A7 Roof 96 0.079 05-A7 -- Roof 95 0.079 05-A7 - Roof 96 0.079; 05-A7 • South Wall - - 57 0.183,11-AS -- Window 20 0.300 Roof _ 86 0.079 05-A7 South Wall 94 0.183 11-A5 Window 20 0 300 Roof 97 0,079 05-A7 Roof 140 0.079 05-A7 �ROOf 95 0.079 05-A7 96 0.079 05-A7 Root 96 0 079 05-A7 Roof 96 0-079 05-A7 Roof 96 0.079 05-A7 Roof 93 0 079 05-A7 Roof 96 0 079 05-AT Roof 96 0 079 05-A7 ---- Root 96 0.079 05-A7 Roof 96 _ 0.079 05-A7 1 I In climate zones 1 and 16 the insulating R-value of continuous 'If insulation materials installed above the roof waterproof Window and/or $ IM9M Area Am Part membrane Shan be multlpried times 0 8 before choosing the Required 7 os use Adjusted press from Part 7 o f 7 table column for determining asseomry U-factor. See Footnotes, �dbles IV 1 through IV 7 in the Joint Appendices UA AREA* U- UA (B X D) (Adjusted) FACT. IF X G) 58 74 0 051 3.7 74 94 0.051 48 76 96 0.051 49 7.6 96 0.051 49 7.6 96 0.051 49 76 96 0.051 49 75 94 0.061 48 76 96 0.051 _4.9 7.4 93 0.051 4-8 7.6 96 0.051 49 7-6 96 0 051 49 7.5 95 0051, 4.8 - IIn 96 0.051 4.9 10A 57 0.217 12.3 5.9 20 0.4�L 9.3 6.8 86 0.051 4.4 17.2 94 0.217 20A - 5.9 20 0.470 I 9.3 7.7 97 0.051: 4.91 11.11 14 0.051 Ti 7.5 ~ 95 0.051 4.8� 7.6 96 0.051 4.99� 7.61 96 0.051 4.94 76 -6 0.051l 49 1 76 9966 0 051 4.9i 74 -- 93 0051 4.1J 76 --- 9600 - 49 76 96 0051 49 76 96 0051 49 76 96 0051 49 237 This Page Total 179 8.088 Building Total 8,717 EnergyPrO 4 4 by Energy5oft User Number 5678 Job Number; 07.0021 Page.27 of 157 VERALL ENVELOPE METHOD PROJECT NAME A B C D PROPOSED ASSEMBLY NAME HEAT U. ACM (e.g. Wall-1. Floor-1) AREA CAP. FACT. J.A. IV Ref Roof 92 0 079 05-A7 Roof 96! 0.079 05-A7 North Wall 51 0.183 11-AS - Roof 961 - - 1 0.079 05-A7 North Wall 84+_ -- -- 0.183 11-A5 Roof - 63• 0.079 05-A7 Roof _ 88, 0.079 05-A7 North Wall 84+ ---20' - • 0.183 11-A5 Window 0.300 Roof 88 0.079 05-A7 North Wall 84 0.183 11-A5 1 window - 20 0.300- Roof 86 0.079i05-A7 North Wall 84 0. 11-A5 Window 20 0.300 Roof_- 85 0.079105-A7 North Wall 84 0 183 Window 20 0.300� Roof 85 0.079i05-A7 South Wall 90 0.183 11-AS Roof - 69 0.079 05-A7 Roof J 80 --~ 0.079 05-A7 - Roof 72 0.079 05-A7 Roof - 96 0.079 05-A7 Roof 96 0.079 05-A7 Roof 96 0 079 05-A7 Roof 96 0.079 05-A7 Roof 96 0 079 05-A7_ Roof 96 0 079 05-A7 South Wall 91 0 18311-AS m)slu abonate zones 1 matenals costa +ed abovea the 16 the R-value of continuous the m roof waterproof •if Window and/or Skylight Area Adjustment is membrane shall be multiplied times 0 8 before choosing the Required. use Adjusted Areas from Part 7 of 7. table column for determining assebmly U.factor See Footnotes. TaDies IV 1 through IV 7 in the Joint Aooendices Part 3 of 7) ENV-3-C I DATE • 1 ni2(3i2nn4 E F G H STANDARD UA AREA' U- UA (e X D) (Adjusted) FACT. (F X G) 73 92 0051 47 76 96 0.051 49 93 51 0.217 11 0 76 96 0.051 49 155 84 0.217 183 50 63 0.051 32 70 88 0.051 4.5. - - 15.4 84' 0.217 18.3 5.9 20 0.470 9.3 70 88 0.051 45 154 84 0.217 18.3 59 20i 0.470 9 3 6.8 86 0 051 4.4 15.4 84 0.217- _18.3 5.9 20 0.470 9.3 8.7 85 0.051 4.3' 15A 84 0.217 18.31 5.9 20 0.470 9.3 1 6.7 85 0.051 4.41 16.4 90 0.217 - 19.5{ 4.71 1 - - 6991 0.051 60, 0.051 3.51 3.� 5.7 72 0.051 3.7 77.�6 F 96 0.051, 4- 7.6 _ 96 0.051 4J9] 76 96 0051 491 76 96 1D051 49 76 96 0 051 4 a 76 961 0051 .1 s 166 91, 0217 w 7 266 This Page Total 258 8.088 Building Total 71- EnergyPro 4 4 by EnergySoft User Number 5678 Job Number, 07 0021 Page 28 0f •5' • • RECEIVEL- JOVERALL ENVELOPE METHOD OCI 282009 (Part 3 of 7) ENV-3-C • PROJECT NAME '1PL CONSTRUCTION Eisenhower Ambulatory Care C n r A B C D E PROPOSED ASSEMBLY NAME HEAT U- ACM (e g. Wall-1. Floor-1) AREA CAP. FACT. J.A. IV Ref. Window 20 0 300 Roof 99 0.079 05-A7 South Wall 88 0.183 11-A5 Window 20 0.300 Roof 92 0,079 05-A7 Roof 641 0.079 05-A7 - - Roof 641 0.079 05-A7 - Roof 83 0.079 05-A7 t North Wall 84. 0.18311_A5 Window 20 0.3001 Roof 114 0.07W05-A7 North Wall 113 0.183 11-A5 Window - 20 0.300 - • Roof 154 0.079 05-A7 North Wa D 162 0.183 11-A5 Window 20 0.300! South Wall 337 0.183I11-A5 Window 20 0300 Window 20 0.300 Window 20 0.300 Roof 295 0.079 05-A7 Roof 452 0.079 05-A7 Roof 1982. 0.079 05-A7 Roof -- 1 982 0.079 05-A7 oof 416 0.079 05-A7 North Wall 271 0.183 11-A5 Window 181 0.300 Roof _- 316 0.079 05-A7 North WO 193 0,183 11-A5 Window 129 0 300 1 I In climate zones 1 and 16 the insulating R-value of continuous 'I1 Window insulation materials installed above the roof waterproof Required, and/of Skylight Area Adjustment is use Adjusted Areas f om Part 7 7 1 membrane shall be multip led times 0 8 before choosing the of [able column for determining assebm,y U-factor See Footnotes .11111111111111laoies IV 1 through IV 7 in the Joint Apcendlces DATE F G H STANDARD UA AREA' U- UA iB X D) (Adjusted) FACT. (F X G) 59 20 0 470 9.3 78 99 0051 51 16 1 88 0 217 19.1 59 20 0.470 93 73 92 0.051 4.7 50 6 641 0.051 32.7 50.6 641' 0.051 32.7 66 83 0.051 4.3 154 84 0 217 18.3 5.9 20 0 470 9.3 9.0 114 0 051 58 20-6 113 0.217 245 5.9 20 0.470 93 12.2 - 154. 0.051 79 29.7 , 1 1821 0.217 35.2 9 61.7, 201 0.470 337! 0,217� 9.3 5.91 20 0.47� 73.2 93 5.9 20 0 470 93 5-9 20 0.470 9.3 23.3 295 0.0511 15.1 357 452! 0.051 23.1 156.6 1.982 0.051 101. 156.6 1.982 0 051 101, 32.8 416 0 051 21.2 0.61 I 271 0217 .8 54.2i -- 1 - 181 0470 84.91 - 250 316 0051 16.1 354 _ 193 0.217� 420 38 7 129' 0 470 h 943 This Page Total 8,088 Building Total r - EnefgyPro 4.4 by EnergySoft User Number. 5678 - __ Job Number. 07,0021 f; j. , _4 • ,,,,, [OVERALL ENVELOPE METHOD (Part3 of 7) ENV-3-C PROJECT NAME DATE • A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME (e.g. Wall-1, Floor-1) HEAT u- ACM UA AREA' U- UA AREA CAP- FACT. J.A. IV Ref. (B X 0) (Adjusted) FACT. IF X G) Roof 455 0.079 05-AT 36.0 455 0 051 232 Roof 166 0.079 05-A7 13.1 166 0 051 85 South Wall 33 0.183 11-A5 - 6.1 - 33 0.217 72 Window 20 0.300 5.9 20 0.470 93 Roof 106 0 079 05-A7 84 106 0.051 _ 54 South Wall 59 0 183 11-A5 108 59 0.217 1_2.8 Window _ 20 0_300 5.9 20 0.470 _ 93 South Wall 74 0.183 11-A5 - - 74 0.217 16.0 Roof 82 0.079 05-A7 _13.5 6.5 82~ 0,051 42 Roof 118 0_079 05-A7 _ _ 118 0 051 - -_6.0 South Wall - - 70 0.183 11-A5 _ - - _9.3 12.8 70 0.217 15.2 Window - 20 0.300 5.9 ZO 0.470 - 9,3 South Wall 62 0.183 11-A5 11.4 62 0.217 _ 13.5 Window 107 0.300 - --- 32.0 107 0.470t --- 50.1 East WaN - - 151 0.183 11-A5 rt- - 27.7 151 0.217 32.9 Window 20 0.3001 -- 5.9 - - 20 0.470 - - 9.3 Window 69 0.3001 20.8 69 0.470 32.6 Roof 216 0,0779 0-5-A7 17.0 216 0.0_51 11.0 East Wall 78 0.183 11-A5 14.3 78 0.217 169 Window 20 0.300� 5.9 20 0.470 9.3 Roof 125 0 07905-A7 9.9 125 0.051 6.4 East Wall 58 0.183' 11-A5 10.7 58 i 0�.217 12.7 Window - -- 20 0.300 - 5.91 201 0 470 - Roof 120 0.079 .05-A7 9.4 120 0.051 9.3] - -1 6.1I Roof 125 0 079 05-A7 9.9 125 0 051 6.4 East WaN 78 0 183 11-A5 143 78 0 217 16-9 Window 20 0 300 59 20 0 470 93 Roof 106 0 079 05-A7 8.4 106 0 051 54 Root 106 0 079 05-A7 --- 9 4 106 0 051 5-4 Roof - - = 27 0.079 05-A7 2 27 0 051 1 4 1) In climate zones 1 and 16 the Insulating R-value of continuous 'If Window and/or Skylight Area Adjustment is insulation materials installed above the roof waterproof membrane shall be multiplied times 0 8 before choosing the Required use Adjusted Areas from Part 7 of 7 354 This Page Total 381 lablecolumn for determining assebmlyU-factor See Footnotes Tati es IV 1 through IV 7 in the Joint Appendices. 8088 Building Total 8,717 EnergyPro 4 4 by EnergySoft User Number 5678 Job Number- 07 0021 Page 30 of 157 • • RECEIVED OVERALL ENVELOPE METHOD • PROJECT NAME A 8 C (Part 3 of 7) ENV-3-C CONSTRUCTION DATE 10/26/2009 D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM (e.g. Wall-1, Floor-1) AREA CAP. FACT. J.A. IV Ref. Roof 38 0 079 05-A7 Roof 48 0 079 05-A7 Roof 40 0 079 05-A7 Roof 109 0 079 05-A7 Roof 27 0 079 05-A7 Roof 38 0.079 05-A7 Roof 49 0.079 05-A7 Roof 40 0.079 05-A7 Roof 109 0.079 05-A7 -- Roof 116 0.079 05-A7 Roof 128� 0.079 05-A7 Roof128 0.079 05-A7 Roof 121 0.079 05-A7 • Roof 74 0.079 05-A7 - - Roof 853 0.079 05-A7 Roof 113 MOM 05-A7 Roof 511 0.079 05-A7 North Wall 110 r--- - - 0.183111 -A5 - ---- Window 112 0.300 Roof- 245 0.079 05-A7 East Wall 113 0 183 11-A5 Window 20 0 300 Roof 168 0 079 05-A7 East Wall 108 0.183 11-A5 Window 78 0.300 North Wall 46 0.183 11-A5 Window 112 0.300 Roof _ 387 0.079 05-A7 Roof 28 0.07 09 5-A7 Roof 132 0.079 05-A7 11 In climate zones 1 and 16 the rnsu ahng R•valoe of conun jous 'j} Window and/or Skyfiphl Area Adjustment is insulation materials installed above the roof wale'Drool Required. use Adjusted Areas from Pan 7 7 membrane shad be muibp� ed times 0 8 before choosing the of table column for determining assebmry U-factor See Footnotes babies IV 1 through IV 7 in the Joint koendices. UA AREA' U- UA (B X D) (Adjusted) FACT. (F X G) 30 38 0051 19 38 48 0051 25 32 40 0051 21 86 109 0.051 55 2.2 27 0.051 14 3.0 38 0.051 1 9 3.8 49 0.051 25 3.2 40 0.051 21 8.6 109 0,051 55 9.2 116 0.051 5.9 10.1 ---128 0 051 6.5 10.1' 128 0 051 6.5 9_5 121 0 051 6.2 5.8 74 0 051 3.71 67.4 853 0 051 43 8.9 113 0 051 5.7{ 404 511 0 051 26.1 201 110 0.217 23.61 337 112 0,470 52.81 19.4 2451 12.5'' 20.61 l _0.051 1131 0.217T 24.51 -- 5.9 �- -_-20 9.31 13.2 � -0.470 lea, 0� 8•5I 19.71 108; 0.217� 23 41 23.5 r 470 --7 8.51 78 0 -_ -� 36�8i 1 - 46 0-217 10.0 33 7 112 0.470 52.8 3'� 6 387 0 051 197 22 28 0.051 14 105 132 0051 67 442 This Page Total 412 8.088 Building Total 8.717 EnergyPro 4 4 by Energy Soft User Number 5678 Job Number 07 0021 Page 31 of 157 OVERALL ENVELOPE METHOD PROJECT NAME A ASSEMBLY NAME (e g. Wall-1, Floor-1) Roof EAST WALL Window Window Roof EAST WALL Drive Thru Window Under Awning Window NORTH WALL Roof - - - Roof Roof Roof Roof Roof Roof NORTH WALL Window Window r Window Window Roof NORTH WALL Window Window Roof Roof B AREA 133 98 39 39 502 131 29 39 258 80 129 61 74 502 341 242 318 39 39 39 39 76 71 39 39 778 42 C D (Part 3 of 7) ENV-3-C DATE • 10/26/2 E F G H PROPOSED STANDARD HEAT U- ACM UA AREA- U- UA CAP. FACT. J.A. IV Ref. (B X D) (Adjusted) FACT. (F X G) 0.079 05-A7 105 133 0.051 68 0-183 11-A5 179 98 0.217 21 2 0.300 118 39 0.470 18 5 0.300 118 39 0.470 185 0.079 05-A7 396 502 0.0511 256 0.183 11 A5 240 131 0.217 285 0.300 87 29 0,470 13.6 0.300 11,8 39 0.470 18,5 0.183 11-A5 47.2 258 0.2171 56.0 0 079 05-A7 - --- + 6.3 80 0.0511 4. { �_ _ 0 079 05-A7 10.2 129 p.p51j 8 g 0.079 05-A7 4.8 61 0.051' 0 079 05-A7 - _ - 5.8 74 i 0.0511 3.8� 0 079 05-A7 1 39.6 5022 0.051 25. ' • 0.079, 05-A7 26.9 341 0.051 17.4 r- __ - _ 0.079 05-A7 19.1 24 0.051 12.31 0 1 + _A5 - - --58.1 ate 0.217 68.9 0.3000 11.8 39 0.470 18.51 0.300 _ _ 11.8 39 0.4701 18. - 0.300 - 11.8 39 0.470 18.5 0 300 11.8 39 0 47 0- 18.5 0.079 05-A7 - - 6.0 76 0.051 3.9 t 0.183111 1-AS 13.0 71 0.217- 15.5i 0 300 11.8 39 0.470 18.5 0 300 11.8 391 0.470 0 079 05-A7 61 4 778 0 051 397 0 079 05-A7 33 42 0 051 2 1 1) In Inmate zones t and 16 tha msuiaung R-value of continuous • �- insulation materials installed above the roof waterproof I1 Required, and/or Sky dht Area Adjustment is Required, use Adjusted Areas from Part 7 of 7 509 This Page Total membrane shall be mu'Uphed limes 0 8 Defoe choosing the table column for determining assebmiy U-factor See Footnotes. 6,088 Building Total Tables IV 1 through IV 7 in the Joint Apbendices - EnergyPro 4.4 by EnergySoft _ User Number 5678 Job Number 07 0021 ^�1 8 71? • Pape:32 of 157 RECEIVEC OVERALL ENVELOPE METHOD nr.T 2 8 A, (Part 4 of 7) ENV-3-C • PROJECT NAME IDL C0NGTr7' 1CTI0N DATE VERALL HEAT GAIN FROM CONDUCTION I A B C D E F G H I J PROPOSED STANDARD HEAT HEAT ASSEMBLY NAME HEAT U. ACM GAIN AREA' U- GAIN (e g Wall-1, Floor-1) AREA TF CAP. FACT, J.A. IV Ref. (BxCxE) (Adjusted) FACT. TF (GxHxl) Roof 262 55 0 079 05-A7 1.137 262 0 051 55 734 & V Wall 34 55 0 183 11-A5 347 34 0 217 55 412 Window 46 55 0 300 752 46 0470 55 1 179 N/W Wall 182 55 0183 11 A5 1,829 182 0217 55 2,169 Window 108 55 0.300 1 774 108 0470 55 2 779 NEE Wall 36 55 0 183 11-A5 359 36 0 217 55 425 Window 46 55 0300 752 46 0470 55 1,179 East Wall 320 55 0 183 11-A5 3,226 320 0 217 55 3.825 South Wall 385 55 0 183 11-A5 3.873 385 0217 55 4,593 West Wall 104 55 0 183 11-A5 1.047 104 0 217 55 1.241 East Wall 260 55 0 183 11-A5 2,617 260 0217 55 3,103 South Wall 384 55 0 183 11-A5 3.560 384 0 217 55 4,577 Roof 95 55 0 079 05-A7 413 95 0,051 55 266 • East Wall 260 55 0 183 11-A5 2.617 260 0 217 55 3.103 South Wall 384 55 0 183 11-A5 3,860 384 0217 55 4.577 Roof 846 55 0 079 05-A7 3,675 846 0 051 55 2,372 West Wall 112 55 0183 11-A5 1.131 112 0217 55 1,341 South Wall 94 55 0 183 11-A5 949 94 0 217 55 1,125 Roof 130 55 0 079 05-A7 565 130 0 051 55 365 East Wall 230 55 0 183 11-A5 2,310 230 0 217 55 2 739 South Wall 297 55 0 183 11-A5 2.989 297 0 217 55 3.545 Window 26 55 0 300 421 26 0.470 55 659 Window 26 55 0 300 421 26 0 470 55 659 Roof 156 55 0.079 05-A7 679 156 0 051 55 438 South Wall 82 55 0183 11-A5 829 82 0217 55 983 Window 26 55 0.300 421 26 0 470 55 659 Window 26 55 0.300 421 26 0 470 55 659 East Wall 120 55 0183 11-A5 1.204 120 0.217 55 1,427 WE Wall 279 55 0183 11-A5 2.811 279 0217 55 3.333 NrW Wall 665 55 0 183 11-A5 6.694 665 0 217 55 7 938 11 in d,mate zones 1 and 16 the nsulahng R-value of contnuous 'if W,ndow and or Skybght Area Adjustment ,s nsulation mater,als nstalled above the roof waterproof membrane Required, use Ad;usled Areas from Part 6 of 7 53.983 62.407 shall be mov ed t � es 0 8 before choos ng the table column for Subtotal Subtotal delermmmg assembly U-factor See footnotes Tables IV 1 Adlibb,thrn.nh IV 7 n the JOuN ndices EnergyPro 4 4 oy Energy Soft User Number 5678 Job Number 07 0021 Page 33 of 157 COVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Cel CIVERALL HEAT GAIN FROM CONDUCTION A B C D E PROPOSED ASSEMBLY NAME HEAT U- ACM (e g. Wall-1, Floor-1) AREA TF CAP FACT J.A. IV Ref Window 310 55 0 300 Roof 2 793 55 0 079 05-A7 Skylight IGlass w/Curb) 15 55 0 300 Roof 51 55 0 079 05-A7 East Wall 145 55 0 183 11-A5 Roof 110 55 0 079 05-A7 East Wall 60 55 0 183 11-A5 SOUTH WALL 58 55 0 183 11-A5 EAST WALL 51 55 0 183 11-A5 Roof 417 55 0 079 05-A7 EAST WALL 71 55 0 183 11-A5 Roof 136 55 0.079 05-A7 South Wall 147 55 0,183 11-A5 Window 26 55 0 300 Window 26 55 0 300 Roof 120 55 0 079 05-A7 EAST WALL 162 55 0.183 11-A5 South Wall 205 55 0 183 11-A5 Window 26 55 0.300 Window 26 55 0 300 Roof 1 038 55 0 079 05-A7 West Wall 158 55 0 183 11-A5 Window 13 55 0 300 Roof 108 55 0 079 05-A7 West Wall 119 55 0 183 11-A5 S/E Wall 34 55 0 183 11-A5 Window 34 55 0 300 N/E Wall 73 55 0 183 11-A5 Window 78 55 0 300 N,'W Wall 34 55 0.183 11-A5 1 i In d,mate zones 1 and 16 the nsulabng R vaiue of continuous nsulabon materials ,nstalted above the 'p W ndow andlor S%yllght Area Advstment roof waterproof membrane shall be muitipoed times 0 q before choosing the table column for Requ red. use s Ad,,usted Areas from Pan 6 of 7 determ nmg assembly U-factor See footnotes. Tables IV 1 through IV 7 �n the Joint Appendices EnergyPro 4 4 by Energygoft User Number 5678 Job Number 07 0021 (Part 4 of 7) DATE ENV-3-C /7a /nnnn • F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT. TF (GxHxl) 5,115 310 0470 55 8.014 12.135 2.793 0 051 55 7 834 249 15 1 180 55 980 222 51 0 051 55 144 1,459 145 0 217 55 1.731 478 110 0 051 55 309 607 60 0 217 55 720 579 58 0 217 55 686 513 51 0,217 55 609 1,812 417 0051 55 1,170 715 71 0217 55 847 589 136 0 051 55 380 1.482 147 0 217 55 1.757 421 26 0.470 55 659 • 421 26 0 470 55 659 520 120 0 051 55 335 1,636 162 0 217 55 1,939 2,065 205 0 217 55 2,449 421 26 0 470 55 659 421 26 0 470 55 659 4,510 1 038 0 051 55 2911 1.591 158 0 217 55 1.887 215 13 0 470 55 336 468 108 0 051 55 302 1,197 119 0217 55 1419 341 34 0 217 55 404 557 34 0 470 55 872 733 73 0 217 55 869 1.287 78 0 470 55 2.016 341 34 0 217 55 404 43 096 43.960 Subtotal Subtotal Page 34 of 157 RECEIVED OVERALL ENVELOPE METHOD (P ' art 4 of 7) ENV-3-C „ • PROJECT NAME J y DL C Eisenhower Ambulatory Care Center DATE OVERALL HEAT GAIN FROM CONnurTIOIN 10/26/2009 ^ c C D E PROPOSED ASSEMBLY NAME HEAT U- ACM (e g. Wall-1, Floor-1) AREA TF CAP. FACT, J A. IV Ref Window 34 55 0 300 West Wall 513 55 0 183 11-A5 NorthWall 192 55 0183 11-A5 Root 60 55 0 079 05-A7 West Wall 97 55 0 183 11-A5 Roof 60 55 0 079 05-A7 West Wall 97 55 0 183 11-A5 Roof 113 55 0 079 05-A7 Roof 1,364 55 0 079 05-A7 N,,E Wall 11 55 0 183 11-A5 North Wall 394 55 0 183 11-A5 Window 40 55 0,300 Window 40 55 0 300 West Wall • 95 55 0 183 11-A5 Window 40 55 0 300 East Wall 17 55 0 183 11-A5 Roof 190 55 0 079 1 South Wall 103 55 0 183 11-A5 Roof 454 55 0.079 05-A7 East Wall 241 55 0 183 11-A5 Window 45 55 0 300 South Wall 288 55 0 183 11-A5 Window 45 55 0 300 Roof 454 55 0 079 05-A7 South Wall 242 55 0 183 11-A5 Window 92 55 0 300 West Wall 264 55 0 183 11-A5 Window 22 55 0 300 West Wall 151 55 0 183 11-A5 West Wall 106 55 0 183 11-A5 1 I m d mate zones 1 and 16 the insulating R-value of continuous nsuiahon mater ais nstalled above the If 'If Window and, or Skylight Area Atllustment �s Adj roof waterproof memtxane s^all he mult-I er) I —es „ 9 to ore choosing flie table cdumn for Windo use Adjusted Areas Part 6 of 7 determ n�ng assembly U-'actor See foxholes, Tables I V 1 AINWrough IV 7 ,n [tie JI Appendices EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT- TF (GxHxl) 557 34 0 470 55 872 5.166 513 0 217 55 6 126 1.933 192 0 217 55 2.293 262 60 0 051 55 169 973 97 0 217 55 1 154 262 60 0 051 55 169 973 97 0 217 55 1,154 493 113 0,051 55 318 5 928 1 364 0 051 55 3.827 109 11 0 217 55 129 3.971 394 0 217 55 4,708 653 40 0470 55 1,024 653 40 0.470 55 1,024 959 95 0 217 55 1,137 653 40 0.470 55 1,024 168 17 0 217 55 199 824 190 0 051 55 532 1,037 103 0217 55 1129 1,974 454 0051 55 1.274 2 426 241 0 217 55 2 876 749 45 0 470 55 1,174 2 900 288 0 217 55 3.438 749 45 0 470 55 1 174 1,974 454 0 051 55 1274 2 431 242 0 217 55 2 882 1,518 92 0 470 55 2,378 2.661 264 0217 55 3,156 363 22 0 470 55 569 1,518 151 0.217 55 1,800 1.065 106 0 217 55 1.263 45.903 50.347 Subtotal Subtotal Page 35 of 157 OVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Cei OVERALL HEAT GAIN FIR r-numIr^rin�i A B C D E PROPOSED ASSEMBLY NAME HEAT U- ACM (e,g. Wall-1, Floor-1) AREA TF CAP. FACT. J.A. IV Ref Window 45 55 0 300 South Wall 35 55 0 183 11-A5 Window 22 55 0 300 North Wall 160 55 0 183 11-A5 West Wall 186 55 0 183 11 A5 Window 13 55 D 300 Window 13 55 0 300 West Wall 86 55 0 183 11-A5 Window 13 55 0.300 West Wall 46 55 0 183 11-A5 Window 13 55 0 300 West Wall 99 55 0.183 11-A5 South Wall 673 55 0 183 11-A5 Window 11 55 0 300 Window 11 55 0 300 Window 11 55 0 300 Window 11 55 0 300 East Wall 527 55 0 183 11-A5 Window 18 55 0 300 Window 18 55 0 300 Window 18 55 0 300 South Wall 20 55 0 183 11-AS Window 21 55 0 300 East Wall '41 55 0 183 11-A5 Window 69 55 0 300 Window 69 55 0.300 North Wall 140 55 0183 11-A5 Window 69 55 0 300 Window 18 55 0 300 East Wall 174 55 0 183 11-A5 11 in climate zones t and 16 the nsulabng R-value of cunt+nuous ,nsuiation materials installed above the 'If Window and+or Skybght Area Adjustment roof waterproof membrane shall be mulbphed I me, 0 8 be'choos,ng the table column for Required use s Ad;usled Areas from Part 6 of 7 determ-mng assembly u 'actor See footnotes Tables IV 1 through IV 7 in the Joint Appendices EnergyPro 4 4 by EnergySoft User Number, 5678 Job Number 07 0021 (Part 4 of 7) DATE ENV-3-C F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT TF (GxHxl) 742 45 0 470 55 1,163 355 35 0 217 55 421 363 22 0 470 55 569 1,605 160 0 217 55 1 904 1.869 186 0.217 55 2.216 215 13 0.470 55 336 215 13 0 470 55 336 862 86 0217 55 1,022 2t5 13 0470 55 336 468 46 0 217 55 555 215 13 0 470 55 336 996 99 0.217 55 1,182 6,771 673 0 217 55 8,029 180 11 0 470 55 282 • 180 11 0,470 55 282 180 11 0 470 55 282 180 11 0 470 55 282 5.308 527 0 217 55 6 295 295 18 0 470 55 463 295 18 0 470 55 463 295 18 0 470 55 463 206 20 0 217 55 245 348 21 0.470 55 545 1,418 141 0 217 55 1.682 1,143 69 0.470 55 1,791 1,143 69 0470 55 1,791 1,412 140 0217 55 1,674 1143 69 0470 55 1,791 295 18 0 470 55 463 1,750 174 0217 55 2,075 30,664 39,272 Subtotal Subtotal • Page 36 of 157 RECEIVED OVERALL ENVELOPE METHOD (Part 4 of 7 ENV-3-C PROJECT NAME WDI. rnNSTRUCT10N Ei enh wer Am ul • t r n r DATE VERALL HEAT GAIN FROM CONDUCTIONll /26/20 A B C D E F G H I J PROPOSED STANDARD ASSEMBLY NAME HEAT (e-g. Wall-1. Floor-1) AREA TF HEAT U. ACM GAIN AREA' U- HEAT GAIN Window CAP. FACT. J.A. IV Ref. (BxCxE) (Adjusted) FACT. TF (GxHxl) South Wall '8 55 0 300 295 18 0 470 55 463 26 55 0183 11-A5 262 North Wall 26 0 217 55 370 150 55 0 183 11-A5 1 505 150 0 217 East Wall 55 1,784 140 55 0183 11-A5 1,407 140 0217 Root 55 1,668 28 55 0 079 05-A7 120 28 0051 West Wall 55 77 42 55 0183 11-A5 420 42 0 217 55 Window East Wall 21 55 0 300 348 21 0 470 55 498 545 102 55 0 183 11-A5 1.031 102 0217 55 Window Window 21 55 0 300 348 21 0 470 55 1.222 545 North Wall 69 55 0 300 1.143 69 0 470 55 1 791 572 55 0183 11 A5 5,757 572 Window 0217 55 6,827 Window 69 55 0.300 1 143 69 0 470 55 1.791 Window 69 55 0 300 1.143 69 0470 55 1,791 69 55 0 300 Window • 1,143 69 0 470 55 1 791 Window 69 55 0.300 1.143 69 0 470 55 1.791 Window 18 55 0.300 295 18 0 470 55 463 South Wall 18 55 0 300 295 18 0 470 55 463 57 55 0183 11-A5 570 57 0 South Wall 217 55 676 135 55 0183 11-A5 1,360 135 0217 55 Window Window 18 55 0 300 295 18 0 470 55 1,613 463 South Wall 18 55 0 300 295 18 0 470 55 463 65 55 0183 11-A5 654 South wan 65 0217 55 776 107 55 0 183 11-A5 1.079 107 0 217 Window 55 1.279 Window 18 55 0 300 295 18 0 470 55 463 South Wall 18 55 0.300 295 18 0 470 55 463 143 55 0183 11-A5 1,439 143 0217 55 West Wall 315 55 0 183 1 1-A5 3,172 315 0 1.707 Window 217 55 3.762 Window 18 55 0 300 295 18 0 470 55 463 18 55 0 300 295 18 0 470 West Wall 55 463 i in climate zones t and 16 the nsulahng 422 55 0 183 1 1.A5 4 252 422 0 217 55 5.043 R-value o! continuous insulation materials nstalled above the roof waterproof memtx'ane •Re ndow and'or Skylight Area 4dvstment is shall be mulbp4ed times 0 8 berore choos ng the table column for ^eterm -i ng assembly U f Required use Adjusted Areas Part 6 of 7 32.100 k,,tor See footnotes Tables41454 IV t through IV 7 n the Joint A nd,ces S Subtotal Subtotal Ene.gyP.o 4 4 by Ene,gySoA User Number 5678 Job Number p7.p021 Page.37 of 157 OVERALL ENVELOPE METHOD (Part 4 of 7) ENV 3 C PROJECT NAME Eisenhower-Ambulatory CareCenter DATE • OVERALL HEAT GAIN FROM CONDUCTION �26/ A B C D E F G H I J PROPOSED STANDARD ASSEMBLY NAME HEAT U- HEAT HEAT (e-g. Wall-1, Floor-1) AREA TF ACM CAP. FACT. J.A. IV Ref. GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT. TF (GxHxl) South Wall 517 55 0 183 11-A5 5.200 517 0 217 55 Window 18 55 0 300 295 18 0 470 55 6,166 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0470 55 463 Window 18 55 0 300 295 18 0 470 55 463 349 55 0183 11-A5 3,515 349 0217 55 4.168 Windny. 18 55 0 300 295 18 0 470 55 463 Vind- '' 18 55 0 300 295 18 0 470 55 463 1 536 55 0 183 11-AS 15.459 1,536 0 217 55 18 331 41f' 18 55 0.300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 • Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0.300 295 18 0 470 55 463 West Wall 588 55 0 783 1 1-A5 5,920 588 0 217 55 7,020 Window 18 55 0 300 295 18 0.470 55 463 Window 18 55 0,300 295 18 0 470 55 463 Root 96 55 0 079 05-A7 418 96 0 051 55 270 Root 101 55 0 079 05-A7 437 101 0 051 55 282 West Wall 74 55 0 183 11-A5 741 74 0 217 55 Root 1,324 55 0079 05-A7 5,755 1.324 0051 55 878 3715 West Wall 189 55 0 183 11-AS 1.902 189 0 217 55 2.256 Window 81 55 0 300 1,332 81 0 470 55 2.087 South Wall 162 55 0 183 17-AS 1,636 162 0217 55 1,939 Window 124 55 0 300 2,038 124 0 470 55 3,192 + 1 In cl mate zones 1 and 16 1" msulat ng R-value of Cont. nuous nsulalon materals installed above the roof waterproof membrane 'If W ndow and,or Skylight Area Ad ustment is Sna1I be multipbed times 0 8 before cnoosing the table cuiumn for Required use Adjusted Areas Part 6 cf 7 49 669 58,634 determ,nmg assembly U-factor See'oolnotes. Tables IV 1 Subtotal through IV.7 ,n the Joml Append,ces Subtotal • EnergyP.o 4 4 by EnergySoft User Number 5678 Job Number 07 0021 Page 38 0l 157 [OVERALL ENVELOPE METHOD • PROJECT NAME Eisenhower Ambulatory Care Cen pVERALL HEAT GAIN FROM CONDUCTION RECEIVED i�rT 282009 (Part 4 of 7) ENV-3-C iL CONSTRUCTION DATE 10/26/2009 A B C D E PROPOSED ASSEMBLY NAME HEAT U- ACM (e.g. Wall-1, Floor-1) AREA TF CAP. FACT. J-A. IV Ref. Roof 479 55 0 079 05-A7 Roof 90 55 0 079 05-A7 West Wall 60 55 0 183 11-A5 Window 50 55 0 300 West Wall 36 55 0 183 11-A5 Window 74 55 0 300 Roof 92 55 0 079 05-A7 West Wall 73 55 0 183 11-A5 Window 89 55 0 300 Roof 80 55 0 079 05-A7 Roof 764 55 0 079 05-A7 West Wall 154 55 0 183 11.A5 Window 219 55 0 300 • Roof 289 55 0 079 05-A7 West Wall 74 55 0 183 11-A5 Roof 1.154 55 0 079 05-A7 Roof 138 55 0 079 05-A7 West Wall 73 55 0 183 11-A5 Window 89 55 0 300 North Wall 130 55 0 183 11-A5 Roof 139 55 0 079 05-A7 Roof 265 55 0 079 05-A7 West Wall 302 55 0 183 11-A5 North Wall 143 55 0 183 11-A5 East Wall 36 55 0 183 11-A5 South Walt 116 55 0.183 11-A5 Roof 91 55 0 079 05-A7 South Wall 1.6 55 0183 11-A5 Roof 63 55 0 079 05-A7 Roof 72 55 0 079 05-A7 1 ! in clmale zones 1 and 16 the nsulating R value of continuous ,nsulation materals-nctalled above the root 'lt Window and. or Skylight Area Adjustment .s waterproof membrane snall be multiplied I ces 0 9 he ore choos.ny the lade c(Aumn for Required use Adjusted Areas from Part 6 of 7 determming assembly U factor See footnotes Tables IV 1 rou h IV 7 in the Joint Appendices EnergyPro 4 4 by Energy Soft Use, Numbe• 5tf 78 Job Number 07 0021 F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT. TF (GxHxl) 2.081 479 0051 55 1,344 390 90 0 051 55 252 609 60 0 217 55 722 825 50 0470 55 1,292 367 36 0217 55 436 1,221 74 0470 55 1.913 401 92 0 051 55 259 737 73 0 217 55 874 1.473 89 0470 55 2,308 348 80 0 051 55 225 3,320 764 0 051 55 2 143 1,549 154 0.217 55 1,836 3.618 219 0 470 55 5.668 1.255 289 0 051 55 810 741 74 0 217 55 878 5.016 1,154 0 051 55 3,238 599 138 0 051 55 387 737 73 0217 55 874 1,473 89 0470 55 2.308 1.308 130 0 217 55 1.552 605 139 0 051 55 390 1,152 265 0 051 55 744 3,037 302 0 217 55 3.601 1,439 143 0 217 55 1 707 360 36 0 217 55 427 1 165 116 0.217 55 1 381 396 91 0.051 55 256 1 165 116 0 217 55 1.381 405 93 0.051 55 261 314 72 0 051 55 203 38 107 39,670 Subtotal Subtotal Page 39 of 157 OVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Cei 5VERALL HEAT GAIN FROM CONDlirTInN e C D E PROPOSED ASSEMBLY NAME HEAT U- ACM (e 9_ Wall-1, Floor-1) AREA TF CAP. FACT. J.A IV Ref. Roof 74 55 0 079 05-A7 Roof 94 55 0 079 05-A7 Roof 96 55 0.079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 94 55 0 079 05-A7 Roof % 55 0,079 05-A7 Roof 93 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 95 55 0 079 05-A7 Roof 96 55 0.079 05-A7 South Wall 57 55 0 183 11-A5 Window 20 55 0 300 Roof 86 55 0 079 05-A7 South Wall 94 55 0.183 11-A5 Window 20 55 0 300 Roof 97 55 0 079 05-A7 Roof 140 55 0 079 05-A7 Roof 95 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0.079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 93 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 1 i In d,mate zones 1 and 16 the ,nsulab*I,ng R value of continuous - Insulation materials nstalled above the roof watemrnof membrane W-dow and�or Skylight Area Adjustment s shall be mull.pbed times 0 8 before choci the table column for Required use Adjusted Areas from Part 6 of 7 determ,n,ng assembly U-`aclor See imnotes, Tables IV 1 through IV 7 �n the Joint Apoend,ces Ener Pro 4 4 Sod gy b EYner 9y User Number 5678 Job Number 07 0021 (Part 4 of 7) DATE ENV-3-C rnc;nnn., • F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT. TF (GxHxl) 319 74 0 051 55 206 407 94 0 051 55 263 418 96 0 051 55 270 418 96 D 051 55 270 418 96 0 051 55 270 418 96 0 051 55 270 411 94 0 051 55 265 418 96 0 051 55 270 405 93 0 051 55 261 418 96 0 051 55 270 418 96 0 051 55 270 413 95 0 051 55 266 418 96 0 051 55 270 • 573 57 0 217 55 679 327 20 0 470 55 512 374 86 0 051 55 241 946 94 0 217 55 1,121 327 20 0 470 55 512 421 97 0 051 55 272 608 140 0.051 55 393 413 95 0 051 55 266 418 96 0 051 55 270 418 96 0 051 55 270 418 96 0 051 55 270 418 96 0 051 55 270 405 93 0 051 55 261 418 96 0 051 55 270 418 96 0 051 55 270 418 96 0 051 55 270 418 96 0 051 55 270 13,036 9.837 Subtotal Subtotal • Page 40 of 157 RECEIVED • OVERALL ENVELOPE METHOD�� j PROJECT NAME M tr DL Eisenhower Ambulatory Care Center OVERALL HEAT GAIN FROM CONDUCTION A B C D E PROPOSED ASSEMBLY NAME HEAT U. ACM (e.g. Wall-1, Floor-1) AREA TF CAP, FACT. J.A. IV Ref. Roof 92 55 0 079 05-A7 Roof 96 55 0 079 05-A7 North Wall 51 55 0 183 11 A5 Roof 96 55 0 079 05-A7 North Wall 84 55 0 183 11-A5 Roof 63 55 0 079 05-A7 Roof 88 55 0 079 05-A7 North Wall 84 55 0 183 11-A5 Window 20 55 0 300 Roof 88 55 0 079 05-A7 North Wall 84 55 0 183 11-A5 Window 20 55 0 300 Roof 86 55 0 079 05-A7 • North Wall 84 55 0 183 11-A5 Window 20 55 0 300 Roof 85 55 0 079 05-A7 North Wall 84 55 0 183 11-A5 Window 20 55 0 300 Roof 85 55 0 079 05-A7 South Wall 90 55 0 183 11-A5 Roof 69 55 0 079 05-A7 Roof 60 55 0 079 05-A7 Roof 72 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0.079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 Roof 96 55 0 079 05-A7 South Wall 91 55 0 183 11-A5 1) In climate :ones 1 and 16 the insulating R value of continuous -if nsullag installed above the roof waterproofmembrane Wmdoe, and!or Skylight Area Adjust -rent s muaterais shallmultiplied times 0 8 before choos ng the lade eolumn ,or Required use Adjusted Areas from Part 6 of 7 determwng assembly U-'actor See footnotes Tables IV 1 trough IV 7 ,n the Joint Aooendw.es EnergyPro 4 4 by EnergySofl Use, Number 5678 .lob Number 07 0021 Part 4 of 7) ENV-3-C V DATE F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT, TF (GxHxl) 400 92 0 051 55 258 418 96 0 051 55 270 510 51 0 217 55 605 418 96 0 051 55 270 850 84 0 217 55 1.009 272 63 0 051 55 176 382 88 0 051 55 247 847 84 0 217 55 1.005 327 20 0 470 55 512 382 88 0 051 55 247 847 84 0 217 55 1 005 327 20 0 470 55 512 373 86 0 051 55 241 847 84 0 217 55 1.005 327 20 0 470 55 512 369 85 0 051 55 238 847 84 0 217 55 1,005 327 20 0 470 55 512 371 85 0.051 55 240 903 90 0217 55 1,071 300 69 0 051 55 194 261 60 0 051 55 168 312 72 0 051 55 202 418 96 0 051 55 270 418 96 0 051 55 270 418 96 0 051 55 270 418 96 0 051 55 270 418 96 0.051 55 270 418 96 0 051 55 270 913 91 0 217 55 1.083 '4,641 14 202 Subtotal Subtotal Page 41 of 157 'OVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Cel OVERALL HEAT GAIN FRnM CnlJnl it-Tlntu ^ is C D E PROPOSED ASSEMBLY NAME HEAT U- ACM (e g_ Wall-1. Floor-1) AREA TF CAP. FACT. J.A. IV Ref. Winnow 20 55 0 300 Root 99 55 0 079 05-A7 South Wall 88 55 0 183 11-A5 Window 20 55 0 300 Roof 92 55 0 079 05-A7 Roof 641 55 0 079 05-A7 Roof 641 55 0 079 05-A7 Roof 83 55 0 079 05-A7 North Wall 84 55 0.183 11-A5 Window 20 55 0 300 Roof 114 55 0 079 05-A7 North Wall 113 55 0 183 11-A5 Window 20 55 0.300 Roof 154 55 0 079 05-A7 North Wall 162 55 0,183 11-AS Window 20 55 0300 South Wall 337 55 0.183 11-A5 Window 20 55 0 300 Window 20 55 0 300 Window 20 55 0 300 Root 295 55 0 079 05-A7 Roof 452 55 0 079 05-A7 Roof 1.982 55 0 079 05-A7 Roof' 982 55 0 079 05-A7 Roof 416 55 0 079 05-A7 North Wall 271 55 0 183 11-A5 Window 181 55 0 300 Roof 316 55 0 079 05-A7 North Wall 193 55 0 183 11-A5 Window 129 55 0 300 1) In d,male tones 1 and 16 the msuiating R-value of continuous 'p Window and:'or If Win Styl�gnt Area Adjustment insulation materials installed above the roof waterproof membrane shall be multiplied tyres 0 8 Gefore �mocs,rwg the labie column for �s use Adjusted Areas from Part 6 of 7 determnng assembly U'actor See footnotes. Tables IV 1 through IV 7 in the Joril Appendices Ene.gyPro 4 4 by EnergySoft User Number- 5678 Job Number 07 0021 (Part 4 of 7) ENV-3-C DATE • 10/2F/?009 F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT. TF (GxHxl) 327 20 0.470 55 512 431 99 0 051 55 278 887 88 0 217 55 1,051 327 20 0 470 55 512 401 92 0 051 55 259 2785 641 0 051 55 1,798 2 785 641 0 051 55 1 798 362 83 0.051 55 234 847 84 0 217 55 LOOS 327 20 0 470 55 512 496 114 0 051 55 320 1.135 113 0 217 55 1.346 327 20 0 470 55 512 669 154 0 051 55 432 • 1.633 162 0 217 55 1.936 327 20 0 470 55 512 3 393 337 0 217 55 4,023 327 20 0 470 55 512 327 20 0 470 55 512 327 20 0 470 55 512 1,284 295 0051 55 829 1.965 452 0 051 55 1 268 8.611 1.982 0 051 55 5 559 8 611 1, 982 0 051 55 5.559 1.806 416 0 051 55 1,166 2.728 271 0 217 55 3.235 2.982 181 0 470 55 4,671 1.373 316 0 051 55 886 1,947 193 0 217 55 2,308 2,128 129 0 470 55 3.335 51 873 47 392 Subtotal Subtotal • Page 42 of 157 JOVERALL ENVELOPE METHOD -'`'f 292009 (Part4 of 7) ENV-3-C PROJECT NAME YYDL CONSTRUCTION • Eisenhower Ambulatory Care Center DATE 10/26/2009 JOVERALL HEAT GAIN FROM CONDUCTION A B C D E F G H I J PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM HEAT GAIN AREA' U- HEAT GAIN le g Wall-1, Floor-1) AREA TF CAP. FACT, J.A. IV Ref. (BxCxE) (Adjusted) FACT. TF (GxHxl) Roof 455 55 0 079 05-A7 1,979 455 0 051 55 1,277 Roof 166 55 0 079 05-A7 722 166 0 051 55 466 South Wall 33 55 0 183 11-A5 336 33 0 217 55 399 Window 20 55 0.300 327 20 0 470 55 512 Roof 106 55 0 079 05-A7 461 106 0 051 55 298 South Wall 59 55 0 183 11-A5 592 59 0217 55 702 Window 20 55 0 300 327 20 0 470 55 512 South Wall 74 55 0 183 11-A5 743 74 0217 55 881 Roof 82 55 0 079 05-A7 356 82 0 051 55 230 Roof 118 55 0 079 05-A7 514 118 0 051 55 332 South Wall 70 55 0183 11-A5 707 70 0217 55 838 Window 20 55 0 300 327 20 0 470 55 512 South Wall 62 55 0.183 11-A5 627 62 0 217 55 744 Window 107 55 0 300 1.761 107 0 470 55 2,758 East Wall 151 55 0 183 11-A5 1.524 151 0 217 55 1 807 Window 20 55 0 300 327 20 0.470 55 512 Window 69 55 0300 1,143 69 0470 55 1,791 Roof 216 55 0 079 05-A7 936 216 0 051 55 604 East Wall 78 55 0 183 11-A5 785 78 0217 55 930 Window 20 55 0 300 327 20 0 470 55 512 Roof 125 55 0 079 05-A7 542 125 0 051 55 350 East Wall 58 55 0 183 11-A5 588 58 0 217 55 697 Window 20 55 0 300 327 20 0 470 55 512 Roof 120 55 0 079 05-A7 520 120 0 051 55 335 Roof 125 55 0 079 05-A7 542 125 0 051 55 350 East Wall 78 55 0 183 11-A5 785 78 0217 55 930 Window 20 55 0 300 327 20 0 470 55 512 Roof 106 55 0 079 05-A7 463 106 0 051 55 299 Roof 106 55 0 079 05-A7 463 106 0 051 55 299 Roof 27 55 0 079 05-A7 118 27 0 051 55 76 1) In 6mate zones i and 16 the nswating R value or continuous 'I' insulat-on materials nstalled above the roof waterproof membrane be Window and'or Skylight Area Adjustment is Requ red. use Adjusted Areas from Part 6 7 19,492 20.977 shah mull 21 ed t mes 0 8 before choosing the table column br of determining assembly U-'actor See footnotes Tables IV 1 subtotal Subtotal hr h IV 7 n the Joint AoDendces EnergyPro4 4 by Energy Soft User Number 5678 Joo Number 070021 Page. 43 of 157 (OVERALL ENVELOPE METHOD (Part 4 of 7) ENV-3-C PROJECT NAME DATE • Eisenhower Ambulatoryr Center 1 i2 /2 0 OVERALL HEAT GAIN FROM CONDUCTION A B C D E F G H I J PROPOSED STANDARD HEAT HEAT ASSEMBLY NAME HEAT U- AGM GAIN AREA' U- GAIN (e.g. Wall-1, Floor-1) AREA TF CAP. FACT. J.A. IV Ref. IBxCxE) (Adjusted) FACT. TF (GxHxl) Roof 38 55 0 079 05-A7 166 38 0 051 55 107 Roof 48 55 0 079 05-A7 210 48 0 051 55 135 Roof 40 55 0 079 05-A7 176 40 0 051 55 113 Roof 109 55 0 079 05-A7 472 109 0 051 55 305 Roof 27 55 0 079 05-A7 118 27 0.051 55 76 Roof 38 55 0 079 05-A7 166 38 0 051 55 107 Roof 49 55 0 079 05-A7 212 49 0 051 55 137 Roof 40 55 0 079 1 176 40 0 051 55 113 Roof 109 55 0.079 05-A7 472 109 0 051 55 305 Roof 116 55 0 079 05-A7 506 116 0 051 55 326 Roof 128 55 0 079 05-A7 554 128 0 051 55 358 Roof 128 55 0 079 05-A7 554 128 0.051 55 358 Roof 121 55 0 079 05-A7 524 121 0 051 55 338 Roof 74 55 0.079 05-A7 319 74 0 051 55 206 • Roof 853 55 0 079 05-A7 3.705 853 0 051 55 2.392 Roof 113 55 0 079 05-A7 489 113 0 051 55 316 Roof 511 55 0 079 05-A7 2,219 511 0 051 55 1.433 North Wall 110 55 0.183 11-A5 1 104 110 0217 55 1.309 Window 112 55 0 300 1,853 112 0.470 55 2.903 Roof 245 55 0 079 05-A7 1,065 245 0 051 55 688 East Wall 113 55 0 183 11 A5 1,134 113 0.217 55 1.345 Window 20 55 0 300 327 20 0 470 55 512 Roof 168 55 0 079 05-A7 728 168 0 051 55 470 East Wall 108 55 0.183 11-A5 1.084 108 0217 55 1,286 Window 78 55 0 300 1,291 78 0 470 55 2.023 North Wall 46 55 0183 11-A5 465 46 0217 55 551 Window 112 55 0 300 1.853 112 0 470 55 2 903 Roof 387 55 0 079 05-A7 1,682 387 0 051 55 1.086 Roof 28 55 0 079 1 120 28 0 051 55 77 Roof 132 55 0 079 05-A7 575 132 0 051 55 371 11 In darate .ones 1 and 161he insulating R-value of continuous 'If Window and'or Skylight Area Adjustment �s insulation materals installed above the roof waterproof membrane Required use Adjusted Areas from Part 6 of 7 24.318 22,649 small be mulbpbed times 0 8 before cmoos,ng the table column'or Subtotal subtotal delerminng assembly U-factor See footnotes, Tables IV 1 thfou m IV 7 in the Joint Aa endices • Page 44 of 157 EnergyPro 4 4 by Energyyoft User Number 5618 Job Number 07 0021 JOVERALL ENVELOPE METHOD • PROJECT NAME Eisenhower Ambulatory Care Ce (OVERALL HEAT GAIN FROM CONDUCTInKi A ASSEMBLY NAME (e.g. Wall-1, Floor-1) Roof EAST WALL Window Window Roof EAST WALL Drive Thru Window Under Awning Window NORTH WALL Roof Roof Roof Roof • Roof Roof Roof NORTH WALL Window Window Window Window Roof NORTH WALL Window Window Roof Roof RECEIVE! ON 2S?009 (Part 4 of 7) ENV-3-C L GuNV I kUCTION DATE 10/26i2009 n U D E PROPOSED HEAT U- ACM AREA TF CAP, FACT. J.A. IV Ref 133 55 0 079 05-A7 98 55 0183 11-A5 39 55 0 300 39 55 0 300 502 55 0 079 05-A7 131 55 0 183 11 A5 29 55 0 300 39 55 0 300 258 55 0 183 11-A5 80 55 0 079 05-A7 129 55 0 079 05-A7 61 55 0 079 05-A7 74 55 0 079 05-A7 502 55 0.079 05-A7 341 55 0 079 05-A7 242 55 0 079 05-A7 318 55 0183 11-A5 39 55 0.300 39 55 0 300 39 55 0.300 39 55 0 300 76 55 0 079 05-A7 71 55 0183 11-A5 39 55 0 300 39 55 0 300 778 55 0 079 05-A7 42 55 0 079 05-A7 F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT. TF (GxHxl) 579 133 0 051 55 374 984 98 0 217 55 1.166 648 39 0 470 55 1.016 648 39 0 470 55 1.016 2.180 502 0 051 55 1 407 1 321 131 0 217 55 1 %6 477 29 0 470 55 747 648 39 0 470 55 1,016 2.598 258 0 217 55 3,080 348 80 0 051 55 224 559 129 0 051 55 361 265 61 0 051 55 171 321 74 0 051 55 207 2.180 502 0 051 55 1,407 1,481 341 0 051 55 956 1,050 242 0051 55 678 3.198 318 0 217 55 3.792 648 39 0 470 55 1,016 648 39 0 470 55 1,016 648 39 0 470 55 1.016 648 39 0 470 55 1.016 328 76 0 051 55 212 717 71 0 217 55 850 648 39 0 470 55 1.016 648 39 0470 55 1,016 3,379 778 0 051 55 2 181 180 42 0 051 55 116 1 i In dmate zones 1 and 16 the msula6ng R-value of cont,nuous 'If ,p ndow and or Skylignt Area Ad;ustmenl s nsulat,on malenals installed above Ine roof waterproof membrane Required, use Adjusted Areas Irnm Part 8 of 7 27,979 shall he mult Abed t mes 0 li before choosing the table column ror determ nmg assembly U-racdor See footnotes. Tabies IV 1 Subtotal Wrougn IV 7 in the Jomt Appendces L Energypro 4 4 by EnergySoR User Number 5678 Job Number 070021 28 640 Subtotal Page 45 of 157 PROJECT NAME Eisenhower Ambulatory Care Center ROOF ABSORPTANCE CALCULATION R 30 Meta CHECK APPLICABLE BOXES — Case 1 -Proposed r E S 1 CRRC-1 Certified > Go to 2. 2 Is the thermal emittance > 0 751 Go to 3. 3 Enter the initial reflectance p value _ p - 4 Calculate a = 0 94 - 0.7 p a = Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p = 6. Calculate p = - 0.448 + 1 121 p + 0.524 E P 7. Calculate a = 0.94 - 0 7 p a = 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: a = For all other roofs: a = Standard absorptance values for Column J are either For nonresidential low -sloped roofs: a _ For all other roofs a = A ASSEMBLY NAME (e g. Roof-11 Roof Roof Roof Roof Roof Roof Roof Roof Roof Roof Roof B C D AREA SF WF X 262 123 092 X 95 123 092 X 846 123 092 X 130 123 092 X 156 123 092 X 2,793 123 092 X 51 123 092 X 110 123 0.92 X 417 123 092 X 136 123 092 X 120 123 092 (Part 5 of 7) ENV-3-C DATE • 10/26/2009 Roof Deck NO X Go to 8. Go to 5. Go to 4. Insert value in calculation. Enter calculated value in Column F below. E - = Go to 6. Insert values in calculation. Go to 7. Insert value in calculation. Enter calculated value in Column F below -I y7 Enter default value In Column F below. Enter default value in Column F below. 45 Enter standard value in Column J below. 7-) Enter standard value in Column J below_ E F G H I J K PROPOSED STANDARD U- HEAT GAIN AREA' HEAT GAIN FACTOR Absorp (BxCxDxExF) (ADJUSTED) LI-Factor Absorp (CxDxHxlxJ) 0 079 087 2.035 262 0 051 045 680 0.079 0.87 739 95 0 051 045 247 0 079 0 87 6,578 846 0 051 045 2.197 0 079 0 87 1,011 130 0 051 045 338 0 079 0 87 1,216 156 0 051 045 406 0 079 0 87 21,721 2.793 0 051 045 7.253 0 079 087 398 51 0 051 045 133 0 079 087 856 110 0 051 045 286 0 079 087 3.243 417 0 051 045 1,083 0 079 087 1,054 136 0 051 045 352 0 079 087 930 120 0,051 045 311 39 781 Subtotals are entered under'Subtotat- 13284 SUBTOTAL n COLUMNS I and M of ENV 3-C Part SUBTOTAL 6 of EnergyPro 4 4 by EnergySoft Use, Number 5678 Job Number 07 0021 Page 46 0l 157 • RECEIVED • PROJECT NAME VVUL CONSTRUCTION Eisenhower Ambulatory Care Center V (Part 5 of 7) ENV-3-C Aj DATE 10/26/2009 ROOF ABSORPTANCE CALCULATION CHFCK APPLICABLE BOXES Case 1 -Proposed YES NO 1. CRRC-1 Certified? Go to 2. Go to 8. 2. Is the thermal emittance > 0.751 Go to 3. Go to 5. 3. Enter the initial reflectance p value p = Go to 4. Insert value in calculation. 4. Calculate a = 0.94 - 0.7 p a = Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance S emittance values from CRRC-1 p E _ Go to 6. Insert values in calculation. 6. Calculate p- = - 0."8 + t 121 p + 0,524 E p = Go to 7. Insert value in calculation. 7 Calculate a = 0 94 - 0.7 p a Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs a -. . 087 Enter default value in Column F below. For all other roofs a . 0 73 Enter default value in Column F below. Standard absorptance values for Column J are either For nonresidential low -sloped roofs a = 0 45 Enter standard value in Column J below. • For all other roofs: a = 0 73 Enter standard value In Column J below OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A n 7 8 C D E F G H I J K ASSEMBLY NAME s PROPOSED STANDARD (e.g. Roof-1) o AREA SF WF U- FACTOR Absor p HEAT GAIN (BxCxDxExF) AREA• (ADJUSTED) Ufactor HEAT GAIN Absorp (CxDxHxlxJ) Roof X 1.038 123 0.92 0 079 087 8,072 1,038 0 051 045 2.695 Roof X 108 123 092 0 079 087 837 108 0 051 0.45 279 Roof X 60 123 092 0.079 087 470 60 0.051 045 157 Roof X 60 123 092 0 079 087 470 60 0 051 045 157 Roof X 113 123 092 0 079 087 882 113 0 051 045 295 Roof X 1,364 123 0.92 0 079 087 10.612 1,364 0 051 045 3,543 Roof X 190 123 092 0 079 087 1.475 190 0 051 045 492 Roof X 454 123 092 0 079 087 3,533 454 0 051 045 1,180 Roof X 454 123 0.92 0 079 087 3.533 454 0 051 045 1,180 Roof X 28 123 092 0 079 087 215 28 0 051 045 72 Roof X 96 123 092 0 079 087 749 96 0 051 045 250 30,847 Sublotals are entered under -Subtotal- 10 300 SUBTOTAL n COLUMNS 1 and M of ENV-3-C Part SUBTOTAL • 6or7 EnergyP•o 4 4 by EnergySo" User Number 5678 .lob Number 07 0021 Page 47 of 157 (Part 5 of 7) ENV-3-C PROJECT NAME Eisenhower Ambulatory Care Center DATE • 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YES NO 1. CRRC-1 Certified? Go to 2. Go to B. 2. Is the thermal emittance > 0 75? Go to3. Go to 5. 3, Enter the initial reflectance p value p = Go to 4. Insert value in calculation. 4. Calculate a - 0,94 - 0 7 p a Enter calculated value in Column F below Case 2 -CRRC-1 Tested 5 Enter initial reflectance 8 emittance values from CRRC-1 6. Calculate p = - 0.448 + 1.121 p + 0.524E p t= = Go to 6. Insert values in calculation, p _ - Go to 7 Insert value in calculation. 7 Calculate a, = 0 94 - 0.7 p a = Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: For all other roofs: a = 9J Enter default value in Column F below a r u 73 Enter default value in Column F below Standard absorptance values for Colurnn J are either For nonresidential low -sloped roots: For all other roofs: a = ..f, Enter standard value in Column J below. a 7 Enter standard value in Column J below. • OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A B C O E F G H p= ASSEMBLY NAME 3 PROPOSED I J STANDARD K (e.g. Roof-1) 8 , AREA SF WF U- FACTOR Absor p HEAT GAIN AREA' (BxCxDxExF) HEAT GAIN Roof (ADJUSTED) U-Factor Absorp (cxDxHxlxJ) X 101 123 092 0 079 087 782 101 0 051 045 Roof X 1,324 123 092 0.079 087 10.301 261 Roof 1,324 0 051 045 3,4401,244 X 479 123 092 0 079 087 3 725 479 0 051 045 Roof X 90 123 092 0 079 087 698 Roof 90 0 051 0 45 233 X 92 123 0.92 0 079 087 719 92 0 051 045 Roof X 80 123 092 0 079 0.87 624 240 Roof 80 0 051 045 208 X 764 123 092 0 079 087 5.942 764 0.051 045 Roof X 289 123 092 0 079 087 2.247 289 0 051 1,984 Roof X 1 154 123 092 0 079 087 0 45 8979 750 Roof 1,154 0051 045 2,998 X 138 123 092 0 079 087 1,073 138 0 051 0.45 Roof X 139 123 092 0 079 087 1,083 139 358 0 051 045 362 36,172 Subtotals are entered under 'Subtctal' 12.078 SUBTOTAL n COLUMNS I and M of ENV-3-C Part SUBTOTAL 6ot7 • Ene,gyPro 44 by Ene,gySoft User Number 5678 Job Number 07 0021 Page 48 of i S RECEIVED (Part 5 of 7) ENV-3-C PROJECT NAME ,. Eisenhower Ambulatory Care Center • DATE10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES NO 1 CRRC-1 Certified? Go to 2. Go to 8. 2. Is the thermal emittance > 0 75? Go to 3. Go to 5. 3 Enter the initial reflectance p value p,.., Go to 4. Insert value in calculation. 4 Calculate a = 0 94 - 0 7 p a. Enter calculated value in Column F below Case 2 - CRRC-1 Tested 5. Enter initial reflectance & emittance values from CRRC-1 p . : E _ - Go to 6 Insert values in calculation. 6. Calculate p = - 0.448 + 1.121 p . + 0.524 E PA, , r a Go to 7. Insert value in calculation- 7 Calculate a = 0.94 - 0.7 p - • o s Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: •M. 0.87 Enter default value in Column F below. For all other roofs: 0.73 Enter default value in Column F below. Standard absorptance values for Column J are either For nonresidential low -sloped roofs a = ati Enter standard value in Column J below. • For all other roofs a = u ';; Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A sn R B C D E F G H I J ASSEMBLY NAME PROPOSED STANDARD K (e.g. Roof-1) a 8 ; AREA SF WF U• HEAT GAIN AREA HEAT GAIN FACTOR Absorp (BxCxDxExF) (ADJUSTED) U-Factor Absorp (CxDxHxlx J) Roof X 265 123 092 0 079 087 2.062 265 0 051 045 688 Roof X 91 123 092 0 079 087 709 91 0 051 045 237 Roof X 93 123 092 0 079 087 725 93 0 051 045 242 Roof X 72 123 092 0 079 087 562 72 0 051 045 188 Roof X 74 123 092 0 079 087 572 74 0 051 045 191 Roof X 94 123 092 0 079 087 729 94 0 051 045 243 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 94 123 092 0 079 087 735 94 0.051 045 245 • EnergyPro 4 4 by EnergySoft 9 086 Sub101ais are entered under -Subtotal- 3,034 SUBTOTAL n COLUMNS I and M of ENV-3-C Part SUBTOTAL 6of7 User Number 5678 Job Number 07 0021 Page 49 of 157 (Part 5 of 7) ENV-3-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES NO 1 CRRC-1 Certified? Go to 2. Go to 8. 2 Is the thermal emittance > 0.75? Go to 3. Go to 5. 3. Enter the initial reflectance p value: p- Go to 4. Insert value in calculation. 4. Calculate a = 0 94 - 0 7 p a'.. ■ Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance & emittance values from CRRC-1 p - a E • = Go to 6 Insert values in calculation. 6. Calculate p = - 0.448 + 1A21 p -+ 0.524 E.,. Pk_ a Go to 7. Insert value in calculation_ 7. Calculate a = 0.94 - 0.7 p • . a Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: a : 0.87 Enter default value in Column F below. For all other roofs: •.• a 0 73 Enter default value In Column F below. Standard absorptance values for Column J are either For nonresidential low -sloped roofs: a = 0.45 Enter standard value in Column J below. For all other roofs: a = 0 73 Enter standard value In Column J below, • OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A n i B C D E F G H I ASSEMBLY NAME s; PROPOSED J STANDARD K (e.g. Roof-1) o_ 3 AREA SF WF U- FACTOR Absorp HEAT GAIN (BxCxDxExF) AREA' (ADJUSTED) U-Factor Abso HEAT GAIN rp (CxDxHxixJ) Roof X 96 123 092 0 079 087 748 96 0,051 045 250 Roof X 93 123 092 0 079 0,87 725 93 0 051 045 242 Roof X 96 123 092 0 079 0.87 748 96 0-051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 95 123 092 0.079 087 739 95 0 051 045 247 Roof X 96 123 092 0 079 087 748 96 0.051 045 250 Roof X 86 123 0.92 0 079 087 669 86 0 051 045 223 Roof X 97 123 092 0 079 087 754 97 0 051 045 252 Roof X 140 123 092 0 079 087 1 089 140 0 051 045 364 Roof X 95 123 092 0 079 087 739 95 0 051 045 247 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 8,456 Subtotals are entered under -Subtotal- 2,823 SUBTOTAL n COLUMNS I and M of ENV 3-C, Part SUBTOTAL • 6 of 7 EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07.0021 Page 50 of 157 EIV Part 5 of 7) ENV-3-C PROJECT NAME Eisenhower Ambulatory Care(!QNf;TRUCT10N DATE10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES _ Case 1 - Proposed YES NO 1. CRRC-1 Certified? Go to 2. Go to 8. 2. Is the thermal emittance > 0.757 Go to 3. Go to 5. 3. Enter the initial reflectance p value p Go to 4. Insert value in calculation. 4. Calculate a = 0.94 - 0 7 p a Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p = E _ Go to 6. Insert values in calculation. 6- Calculate p = - 0 448 - 1 121 p - 0.524 E p = Go to 7 Insert value in calculation. 7 Calculate a = 0 94 - 0.7 p a = Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: a = 87 Enter default value in Column F below. For all other roofs: a = 0 73 Enter default value in Column F below. Standard absorptance values for Column J are either For nonresidential low -sloped roofs: a 0 45 Enter standard value in Column J below. • For all other roofs a = 0 73 Enter standard value In Column J below. B C D E F G H I ASSEMBLY NAME _ b n PROPOSED J STANDARD K (e.g. Roof-1) � 3 AREA SF WF U- FACTOR Absorp HEAT GAIN (8xCxDxExF) AREA' HEAT GAIN (ADJUSTED) U-Factor AbSorp (CxDxHxlxJ) Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 0.92 0.079 087 748 96 0.051 0.45 Roof X 96 123 0.92 0 079 087 748 96 0 051 0.45 250 Roof X 93 123 092 0 079 087 725 93 0 051 045 250 242 Roof X 96 123 092 0 079 087 748 96 0.051 045 Roof X 96 123 092 0 079 087 748 96 0051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 250 Roof X 92 123 092 0 079 087 716 92 0 051 045 Roof X 96 123 092 0 079 0.87 748 96 0 051 045 239 Roof X 96 123 092 0 079 087 748 96 0 051 250 045 250 8, 174 Subtotals are entered under -Subtotal- 2 729 SUBTOTAL In COLUMNS I and M of ENV-3 C Part SUBTOTAL is 6ot7 EnergyPro 4 4 by Ene'gySofl User Number 5678 Job Number 070021 Page 51 of 157 PROJECT NAME Eisenhower Ambulatory Care Center ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES 1_ CRRC-1 Certified? Go to 2. 2. Is the thermal emittance > 0.75? Go to 3. 3. Enter the initial reflectance p value: P s 4. Calculate a = 0.94 - 0.7 p a = Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p., 6. Calculate p. ; ,.. - 0.448 + 1 121 p + 0.524 E . PAM,' 7 Calculate a .. - 0.94 - 0 7 p 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: e For all other roofs a Standard absorptance values for Column J are either For nonresidential low -sloped roofs: a For all other roofs: a = A Cl) B C D ASSEMBLY NAME 1Si' (e.g. Roof-1) 4S AREA SF WF Roof X 63 123 092 Roof X 88 123 092 Roof X 88 123 0.92 Roof X 86 123 0.92 Roof X 85 123 0.92 Roof X 85 123 092 Roof X 69 123 092 Roof X 60 123 092 Roof X 72 123 092 Roof X 96 123 092 Roof X 96 123 092 EnergyPra 4 4 by EnergySoft User Number 5678 NO (Part 5 of 7) ENV-3-C I DATE 10/26/2009 Go to 8. Go to 5. Go to 4. Insert value in calculation. Enter calculated value in Column F below. E = Go to 6. Insert values in calculation. Go to 7. Insert value in calculation. Enter calculated value in Column F below. 087 Enter default value in Column F below. ' I Enter default value in Column F below. D 45 Enter standard value in Column J below. D 7 -1 Enter standard value in Column J below. E F G H I J K PROPOSED STANDARD U. HEAT GAIN AREA' HEAT GAIN FACTOR Absorp (BxCxDxExF) (ADJUSTED) LI-Factor Absorp (CxDxHxlxJ) 0 079 0.87 488 63 0.051 045 163 0 079 0.87 684 88 0 051 0.45 229 0 079 087 684 88 0 051 045 229 0 079 087 668 86 0 051 045 223 0 079 0.87 661 85 0 051 045 221 0 079 087 664 85 0 051 045 222 0 079 087 537 69 0.051 0.45 179 0 079 087 467 60 0 051 045 56 0 079 087 559 72 0 051 045 187 0 079 087 748 96 0 051 045 250 0 079 087 748 96 0.051 0.45 250 6.909 Subtotals are ertered under -Subtotal' 2.307 SUBTOTAL n COLUMNS I and M of ENV 3 C Part SUBTOTAL 6of7 Job Number 070021 Page 52 of 157 • • • RECEIVED (Part 5 of 7) ENV-3-C • PROJECT NAME "' D`. CONSTRUCTION DATE Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES NO 1 CRRC-1 Certified? Go to 2. Go to 8. 2. Is the thermal emittance > 0 75? Go to 3. Go to 5. 3. Enter the initial reflectance p value p = Go to 4- Insert value in calculation. 4- Calculate a = 0 94 - 0, 7 p a = Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5 Enter initial reflectance & emittancs values from CRRC-1 p = E = Go to 6. Insert values In calculation. 6 Calculate pa = - 0 448 + 1-121 p + 0,524 E p Go to 7, Insert value in calculation. 7- Calculate a:. = 0-94 - 0.7 p a = Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: For all other roofs: Standard absorptance values for Column J are either a = J 97 Enter default value in Column F below. a = 0 73 Enter default value in Column F below. For nonresidential low -sloped roofs a -4 = 0 .15 Enter standard value in Column J below. • For all other roofs: a - = J 73 Enter standard value in Column J below, OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A n B C D E F G H I J K f; n PROPOSED STANDARD ASSEMBLY NAME U- HEAT GAIN AREA' HEAT GAIN (e y Roof-1) o ,� AREA SF WF FACTOR Absorp (BxCxOxExF) (ADJUSTED) U-Factor Absorp (CxDxHxlxJ) Roof X 96 123 092 0 079 087 748 % 0.051 045 250 Roof X 96 123 0.92 0.079 087 748 96 0.051 0.45 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 99 123 092 0 079 087 772 99 0 051 045 258 Roof X 92 123 092 0 079 087 719 92 0.051 045 240 Roof X 641 123 092 0.079 087 4,985 641 0.051 045 1,665 Roof X 641 123 092 0 079 087 4,985 641 0 051 0.45 1,665 Roof X 83 123 092 0 079 087 649 83 0 051 045 217 Roof X 114 123 0.92 0 079 0.87 888 114 0 051 045 297 Ruof X 154 123 092 0 079 087 1 198 154 0 051 045 400 17,188 SUbloials are entered under -Subtotal' 5 739 SUBTOTAL n COLUMNS I and M of ENV -3 C Part SUBTOTAL • 6of7 Energypro 4 4 by EnergySoll User Number 5678 Job Number 07 0021 Page 53 of 157 (Part 5 of 7) ENV-3-C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YES NO 1 CRRC-1 Certified? Go to 2 Go to 8- 2 Is the thermal emittance > 0.75? Go to 3. Go to 5. 3. Enter the initial reflectance p value: p = Go to 4. Insert value in calculation. 4. Calculate a = 0 94 - 0.7 p - . a = Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5 Enter initial reflectance 3 emittance values from CRRC-1 p., = E , Go to 6. Insert values in calculation. 6. Calculate pa. • - 0.448 + 1,121 p + O 524 E p..•. = Go to 7. Insert value In calculation. 7 Calculate 8 ,...0.94 - 0.7 p . a .,. a Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: e a 0 87 Enter default value in Column F below. For all other roofs: e: r D 73 Enter default value in Column F below. Standard absorptance values for Column J are either For nonresidential low -sloped roofs a = 4 45 Enter standard value in Column J below. For all other roofs: a = i! 71 Enter standard value in Column J below. • VERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A ,i 6 C D E F G H I J K ASSEMBLY NAME : o PROPOSED STANDARD {e-g. Roof•1) I S AREA SF WF U- FACTOR Absorp HEAT GAIN (BxCxDxExF) AREA• (ADJUSTED) ) U-Factor HEAT GAIN Abso rp (CxDx HxlxJ) Roof X 295 123 092 0 079 087 2,297 295 0 051 045 767 Roof X 452 123 092 0 079 087 3.517 452 0051 045 1,174 Roof X 1,982 123 092 0 079 087 15,414 1,982 0 051 045 5 147 Roof X 1.982 123 092 0 079 087 15,414 1,982 0 051 045 5,147 Root X 416 123 092 0 079 087 3.232 416 0 051 045 1,079 Roof X 316 123 092 0.079 087 2,457 316 0 051 045 820 Roof X 455 123 092 0,079 087 3,542 455 0.051 045 1,183 Root X 166 123 0.92 0 079 087 1,293 166 0 051 045 432 Roof X 106 123 092 0 079 087 826 106 0,051 045 276 Roof X 82 123 092 0 079 087 638 82 0 051 045 213 Roof X 118 123 092 0,079 087 920 118 0 051 045 307 49.550 Subtotals are entered under 'Subtotal' 16.545 SUBTOTAL n COLUMNS I and M or ENV -3 C. Part SUBTOTAL 6ot7 • Energyp10 4 4 by EnergySoft Use, Number 5678 Job Number 07 0021 Page 54 of 157 RECEIVED Part 5 of 7) ENV-3-C • - - — — — .. , v v . . V r v PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 ROOFABSORPTANCECALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YES NO 1. CRRC-1 Certified? Go to 2. Go to 8. 2. Is the thermal emittance > 0 75? Go to 3 Go to 5. 3. Enter the initial reflectance p value- p = Go to 4. Insert value in calculation. 4. Calculate a = 0 94 - 0.7 p a Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p = 6. Calculate p = - 0.448 + 1 121 p + 0.524 E p 7. Calculate a = 0.94 - 0 7 p a = 8. Not CRRC-1 Tested For nonresidential low -sloped roofs a = For all other roofs: a = Standard absorptance values for Column J are either E - = Go to 6. Insert values in calculation. Go to 7. Insert value in calculation. Enter calculated value in Column F below. 97 Enter default value in Column F below. 7', Enter default value in Column F below. For nonresidential low -sloped roofs. a = 0 45 Enter standard value in Column J below. • For all other roofs; a = 0 73 Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A ASSEMBLY NAME (e. Roof-1 9 I sn 1 ^ 44a= S y= 9 C AREA SF D WF E F PROPOSED U- FACTOR Absorp G HEAT GAIN (BxCxDxExF) H I J STANDARD AREA' (ADJUSTED) U-Factor Absorp K HEAT GAIN (CxDxHxlxJ) Roof X 216 123 092 0 079 087 1.676 216 0 051 045 560 Roof Roof Roof Roof X X X X 125 123 120 123 125 123 106 123 092 092 092 092 0.079 0 079 0 079 0 079 087 087 087 087 970 930 971 828 125 0 051 045 120 0 051 045 125 0 051 0.45 106 0 051 045 324 311 324 277 Roof Roof Root Roof Roof Roof X X X X X X 106 123 27 123 38 123 48 123 40 123 109 123 0.92 092 092 092 092 092 0 079 0 079 0 079 0 079 0.079 0.079 087 087 087 087 087 087 828 212 296 375 314 845 106 0 051 045 27 0 051 045 38 0 051 045 48 0 051 045 40 0 051 045 109 0051 045 276 71 gg 125 105 282 • 8,246 SUBTOTAL Subtotals are entered under 'Subtotal' n COLUMNS f and M of ENV-3-C. Part 6 of 7 2,753 SUBTOTAL E�ergyPro 4 4 Dy EnergySofl User Number 5678 ,lob Number 07 0021 Page 55 0l 157 (Part 5 of 7) ENV-3-C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 ROOF ABS ORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YES NO 1. CRRC-1 Certified? Go to 2. Go to 8. 2. Is the thermal emittance > 0, 75? Go to 3. Go to 5. 3. Enter the initial reflectance p value p = Go to 4. Insert value in calculation_ 4. Calculate a = 0.94 - 0.7 p a = Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p E _ Go to 6. Insert values in calculation. 6 Calculate p - - 0 448 + 1.121 p + 0.524E - p - Go to 7. Insert value in calculation. 7 Calculate a- = 0 94 - 0.7p a = Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs a 0 87 Enter default value In Column F below. For all other roofs: a =ID 73 Enter default value in Column F below. Standard absorptance values for Column J are either For nonresidential low -sloped roofs- a = Enter standard value in Column J below. For all other roofs' a = +i '3 Enter standard value in Column J below. • VERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A ASSEMBLY NAME (e.g, Roof-1) Roof Roof Roof Roof Roof Roof Roof Roof Roof Roof Roof n i i s; ; ;w X X X X X X X X X X X B C AREA SF 27 123 38 123 49 123 40 123 1D9 123 116 123 128 123 128 123 121 123 74 123 853 123 D WF 092 092 092 0.92 092 092 092 0 92 092 0 92 092 E F PROPOSED U- FACTOR Absorp 0 079 087 0,079 087 0 079 087 0 079 087 0 079 087 0.079 087 0.079 087 0 079 087 0 079 087 0 079 0.87 0 079 0-87 G HEAT GAIN (BxCxDxExF) 212 296 379 314 845 905 992 992 938 572 6,632 H AREA' (ADJUSTED) 27 38 49 40 109 116 128 128 121 74 853 I J STANDARD U-Factor Abso rp 0.051 0.45 0.051 0.45 0 051 045 0.051 045 0.051 0,45 0 051 045 0 051 045 0 051 045 0.051 045 0 051 045 0 051 045 K HEAT GAIN (CxDaHxlxJ) 71 99 126 105 282 302 331 331 313 191 2.215 13.077 Subtotals are entered under "Subtotal' 4.367 SUBTOTAL n COLUMNS I and M of ENV3-C, Part SUBTOTAL • 6ot7 EnergyP'o 4 4 by EnergySoft User Number 5678 Job Number 070021 Page 56 of 157 RECEIVED r' 2 8 ?009 (Part 5 of 7) ENV-3-C PROJECT NAME �ehUCTION Eisenhower AmbulatGareTF DATE 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES NO 1. CRRC-1 Certified? 00 to 2. Go to 8. 2. Is the thermal emittance > 0.75? Go to 3. Go to 5. 3. Enter the initial reflectance p value p — 0 Go to 4. Insert value in calculation. 4. Calculate a = 0.94 - 0.7 p a— ■ Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p., a E • = Go to 6. Insert values in calculation 6. Calculate p = - 0.448 + 1.121 p + 0.524 E•. p.. Go to 7 Insert value in calculation. 7. Calculate a,.. - 0.94 - 0.7 p a = Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs' For all other roofs. Standard absorptance values for Column J are either a— = 0 87 Enter default value in Column F below. a— 0 0 73 Enter default value in Column F below. For nonresidential low -sloped roofs a = lF Enter standard value in Column J below. • For all other roofs a = Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A n �� B C D E F G H I J K s` PROPOSED STANDARD ASSEMBLY NAME Y U- HEAT GAIN AREA' HEAT GAIN (e.g. Roof-1) °o_: AREA SF WF FACTOR Absorp (BxCxDxExF) (ADJUSTED) U-Factor Absorp (CxDxHxlxJ) Roof X 113 123 092 0 079 087 876 113 0 051 045 292 Roof X 511 123 092 0 U79 0.87 3.973 511 0 051 045 1.327 Roof X 245 123 092 0 079 087 1.906 245 0 051 045 637 Roof X 168 123 092 0 079 087 1,303 168 0 051 045 435 Roof X 387 123 092 0 079 087 3,011 387 0 051 0.45 1.005 Roof X 28 123 092 0 079 087 215 28 0 051 045 72 Roof X 132 123 092 0 079 087 1 029 132 0 051 045 344 Roof X 133 123 092 0 079 0.87 1,037 133 0 051 045 346 Roof X 502 123 092 0 079 087 3.902 502 0 051 045 1 303 Roof X 60 123 0.92 0 079 087 622 80 0.051 045 208 Roof X 129 123 092 0 079 087 1,001 129 0 051 045 334 18.873 Subtotais are entered under -Subtotal' 6.302 SUBTOTAL in COLUMNS I and M of ENV 3-C. Pan SUBTOTAL • 6of7 EnergyPm 4 4 ny EnergySoft User Number 5678 Job Number 07 0021 Page 57 of 157 (Part 5 of 7) ENV-3-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCECALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YES NO 1 CRRC-1 Certified? Go to 2. Go to 8. 2. Is the thermal emittance > 0 75? Go to 3- Go to 5. 3. Enter the initial reflectance p value: p = Go to 4. Insert value in calculation. 4. Calculate a = 0-94 - 0.7 p a = Enter calculated value in Column F below, Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emrttance values from CRRC-1 p = 6. Calculate p = - 0.448 + 1.121 p + 0.524 E • p 7. Calculate a = 0.94 - 0.7 p a = 8. Not CRRC-1 Tested For nonresidential low -sloped roofs a = For all other roofs: a = Standard absorptance values for Column J are either E = Go to 6- Insert values in calculation. Go to 7. Insert value in calculation. Enter calculated value in Column F below. D 87 Enter default value In Column F below. ;; 73 Enter default value in Column F below. For nonresidential low -sloped roofs: a 0 15 Enter standard value in Column J below. For all other roofs: a = ;7 ? i Enter standard value in Column J below. • OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A + 8 C D E F G H I J ASSEMBLY NAME s: 3 0 PROPOSED STANDARD K (e.g. Roof-1) g ; AREA SF WF U- FACTOR Absorp HEAT GAIN (BxCxDxExF) AREA' (ADJUSTED) U-Factor HEAT GAIN Absor p (CxDxHxlxJ) Roof X 61 123 0 92 0 079 087 474 61 0 051 045 158 Roof X 74 123 0.92 0,079 087 574 74 0 051 0.45 192 Roof X 502 123 0,92 0 079 0.87 1902 502 0 051 045 1,303 Roof X 341 123 092 0 079 087 2,651 341 0 051 045 885 Roof X 242 123 0.92 0.079 087 1.879 242 0 051 045 627 Roof X 76 123 0.92 0 079 087 587 76 0 051 045 196 Roof X 778 123 092 0 079 087 6 048 778 0 051 0.45 2,019 Roof X 42 123 092 0 079 087 323 42 0 051 045 108 16 438 Subtotals are entered under'Suhtota, c 489 SUBTOTAL ,n COLUMNS I and M of ENV 3 C. Part SUBTOTAL 60l7 • EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 Page 58 of 157 RECEIVED OVERALL ENVELOPE METHOD -� ke eT1111 (Part 6 of 7) ENV-3-C PROJECT NAME WT11 CONSTRUCTION DATE • Eisenhower Ambulatory Care Center 10/26/2009 VERALL HEAT GAIN FROM RADIATION FENESTRATION SURFACES A B C 0 E F G H I J K L M PROPOSED STANDARD WINDOW/SKYLIGHT NAME WEIGHTING OVERHANG (e.g. Wind-1. Sky-1) ORIENT_ FACTOR AREA SF SHGC H HEAT GAIN- V H(V OHF IBxCxDxExH) AREA (ADJUSTED) RSHG or SHGC' SF HEAT GAIN B:JxKxLI Window S 1 27 46 123 036 2,564 46 0 36 123 2,564 Window W 1 05 108 123 036 4,998 108 0 36 123 4,998 Window N 061 46 123 036 1,232 46 0 51 123 1.745 Window s 1 27 26 123 0 36 1,434 26 0 36 123 1,434 Window S 1 27 26 123 036 1.434 26 0 36 123 1,434 Window S 1 27 26 123 036 1,434 26 0 36 123 1,434 Window s 1 27 26 123 036 1,434 26 0 36 123 1.434 Window W 1 05 310 123 0.36 14,413 310 0 36 123 14,413 Skylight H 229 15 123 036 1.531 15 046 123 1956. Window S 1 27 26 123 0 36 1,434 26 0 36 123 1 434 Window S 1 27 26 123 036 1 434 26 0 36 123 1,434 Window S 1 27 26 123 0 36 1 434 26 0.36 123 1,434 Window S 1.27 26123 0.36 1,434 26 0.36 123 1,434 • Window W 105 13 123 036 604 13 0 36 123 604 Window E 1 07 34 123 0-36 1,599 34 0 36 123 1.599 Window N 061 78 123 036 2,107 78 051 123 2,985 Window W 1 05 34 123 036 1,569 34 0 36 123 1,569 Window N 061 40 123 0 36 1.070 40 0 51 123 1,515 Window N 061 40 123 036 1.070 40 0 51 123 1,515 Window E 1 07 40 123 0-36 1,876 40 0 36 123 1,876 Window E 1 07 45 123 036 2,151 45 0 36 123 2,151 Window S 1 27 45 123 0,36 2.553 45 0 36 123 2.553 Window s 1 27 92 123 036 5,174 92 0 36 123 5,174 Window W 105 22 123 0.36 1,023 22 0,36 123 1,023 Window W 1,05 45 123 036 2,092 45 0 36 123 2092 Window s 1.27 22 123 036 1,237 22 036 123 1,237 Window W 1 05 13 123 036 604 13 0 36 123 604 Window W 1 05 13 123 036 604 13 0 36 123 604 1, From Fenestration Surraces ENV 1 C Pan 2, Column G or when Column H nas a -C- dent rer calculate using Me center of glass value SHGCc ,n Part 4 Subtotal 444,860 Part 4 Subtotal 479,443 SHGCfen : 08 • t0 86xSHGCc1 and enter value 2. Proposed Heat Gam, Column I may be no greater Man Standard Heal Part S Subtotal 262, 799 Part S Subtotal 87752 Gam Column M 3. if Mnoow and.br Skylight Area Adjustment �s required use adjusted area Part 6 Subtotal 204 896 Part 6 Subtotal 224,615 Part 6 of 7 •'rpm 4. Only SHGC s used or Skyt,gnis 912.554 Total Heat Gain 791 810 EnergyP.o 4 4 oy EnergySoft User Number 5678 Job Number 07 0021 Page 59 of 157 OVERALL ENVELOPE METHOD (Part 6 of 7) ENV-3-C PROJECT NAME Eisenhower Ambulatory Care Center DATE • 10/26/2009 OVERALL HEAT GAIN FROM RADIATION FENESTRATION SURFACES A 6 C D E F G H I WINDOW/SKYLIGHT NAME PROPOSED J K L M WEIGHTING (e.g. Wind-1, Sky-1) ORIENT, OVERHANG STANDARD FACTOR AREA SF SHGC H V H!V OHF I HEAT E IH AREA RSHG a HEAT GAIN (ADJUSTED) or SHGC Window W 105 13 123 036 SF IBXJxKxL) Window W 105 604 13 0 36 123 604 13 123 036 Window S 1 27 604 13 036 123 604 11 123 036 613 Window S 1 27 11 036 123 613 11 123 036 Window S 1 27 613 11 036 123 613 11 123 036 613 Window S 1 27 11 0.36 123 613 11 123 0 36 Window E 1 07 613 11 036 123 613 18 123 036 Window E t 07 848 18 036 123 848 18 123 036 848 18 Window E 1 07 18 123 036 0 36 123 848 Window S 1 27 848 18 036 123 848 21 123 036 1.187 21 Window 1 07 E 69 123 036 036 123 1.187 Window E 107 3,283 69 036 123 3,283 69 123 036 Window N 061 3,283 69 0 36 123 3 283 69 123 0.36 Window N 0.61 61 18 123 t,872 69 051 123 2,652 Window E 1 07 0 36 483 18 051 123 685 • 18 123 036 Window W 105 21123 848 18 036 123 848 Window E 1 07 0-36 981 21 036 123 981 21 123 0.36 W Window E 1 07 69 123 1 000 21 0 36 123 1,000 Window N 0.61 036 3,283 69 0.36 123 3.283 69 123 036 Window N 061 1.872 69 051 123 2.652 Window N 0.61 69 123 036 1,872 69 051 123 2.652 69 123 0 36 1.872 Window N 0 61 69 051 123 2.652 69 123 036 Window 0 N 61 18 123 1.872 69 051 123 2,652 Window N 061 036 483 18 051 123 685 18 123 036 483 Window S 1 27 18 123 036 18 051 123 685 Window S 1 27 1 007 18 036 123 1 007 18 123 036 1.007 18 Window S 127 18 123 036 036 123 1,007 Window S 1 27 1,007 18 036 123 1,007 18 123 036 1.007 1. From Fenestration Sur'aces ENV-I-C Pan 2 Column G or when Column -C' 18 036 123 1.007 H has a -dent tier, Calculate using the center or glass value SHGC'en = 08 . IO 86xSHGCc SHGCc n Part 4 Subtotal 444.860 Part 4 i and enter value 2. Proposed Heat Gam, Column I Subtotal 479,443 may be no greater than Standard Gan Column M Heat Part 5 Subtotal 262,799 3. if Window and or Skylight Area Adjustment is required Part 5 Subtotal 87752 use adjusted hom Part 6 of 7 area Part 6 Subtotal 204 896 •. Only SHGC ,s used for Skylights 912 Part 6 Subtotal 224.615 Energypro 4.4 by Ene•gySo11 User Number- 554 Total Heat Gain 791 810 • 5678 Job Number 070021 Page 60 of 157 RECEIVED JOVERALL ENVELOPE METHOD ''I'll 252009 (Part 6 of 7) ENV-3-C� PROJECT NAME WM' CONSTRUCTION DATE • Eisenhower Ambulatory Care Center 10/26/2009 OVERALL HEAT GAIN FROM RADIATION FENESTRATION SURFACES A 8 C D E F G H I J K L M PROPOSED STANDARD WINDOW/SKYLIGHT NAME WEIGHTING OVERHANG (e.g. Wind-1, Sky-1) ORIENT, FACTOR AREA SF SHGC H MEAT GAINi V HIV OHF (BxCxDxExH) AREA 1 (ADJUSTED) RSHG or SHGC SF HEAT GAIN (BxJxKxL) Window N 1 05 18 123 036 832 18 0 36 123 832 Window W 1 05 18 123 036 832 18 0 36 123 832 Window S 1 27 18 123 036 1.007 18 0 36 123 1,007 Window S 127 18 123 036 1,007 18 0.36 123 1007 Window S 1 27 18 123 036 1,007 18 0 36 123 1,007 Window S 127 18 123 0 36 1.007 18 0 36 123 1,007 Window S 1 27 18 123 036 1,007 18 0 36 123 1,007 Window S 1 27 18 123 036 007 18 0 36 123 1,007 Window W 105 18 123 036 832 18 0 36 123 832 Window W 1 05 18 123 036 832 18 036 123 832 Window N 061 18 123 0,36 483 18 0.51 123 685 Window N 0 61 18 123 0 36 483 18 0.51 123 685 Window N 061 18 123 036 483 18 051 123 685 • Window N 0 61 18 123 036 483 18 0 51 123 685 Window N 061 18 123 0-36 483 18 0 51 123 685 Window N 061 18 123 036 483 18 0 51 123 685 Window N 0 61 18 123 036 483 18 0 51 123 685 Window N 061 18 123 036 483 18 051 123 685 Window W 1 05 18 123 036 832 18 0 36 123 832 Window W 1 05 18 123 036 832 18 0 36 123 832 Window W 1 05 81 123 0,36 3,754 81 0 36 123 3,754 Window S 1 27 124 123 0.36 6.945 124 0 36 123 6.945 Window W 1 05 50 123 036 2,325 50 0 36 123 2.325 Window W 1 05 74 123 0.36 3,441 74 0 36 123 3,441 Window W 1 05 89 123 036 4.152 89 0 36 123 4.152 Window W 1 05 219 123 036 10.194 219 0.36 123 10 194 Window W 105 89 123 036 4.152 89 0 36 123 4,152 Window S 1 27 20 123 036 1.113 20 036 123 1 113 1. From Fenestration Surfaces ENV-1-C Part 2 Column G. or when Column H has a -C' denW,er. Calculate using the center of glass value SHGCC ,n Part 4 Subtotal 444,860 Part 4 Subtotal 479,443 SHGCfen = 08 + (0 86xSHGCc) and enter value 2. Proposed Heat Gain Column I may be no greater than Standard Heat Part 5 Subtotal 262.799 Part 5 Subtotal 87,752 Gain Column M 3- if Window and;or Skylight Area Adjustment �s required use ad,usted area Part 6 Subtotal 204.896 Part 6 Subtotal 224 615 Part 6 of 7 �from . Only SHGC �s used for Skylights 912 554 Total Heat Gain 791,810 EnergyPro 4A by EnergySoft User Number 5678 Job Number 07 0021 Page 61 of 157 COVERALL ENVELOPE METHOD (Part 6 of 7) ENV 3 C PROJECT NAME Eisenhower Ambulatory Care DATE • Center 10/26/2009 OVERALL HEAT GAIN FROM RADIATION FENESTRATION SURFACES A B C D E F G H I J K L M WINDOW/SKYLIGHT NAME PROPOSED STANDARD (e.g. Wind-1. Sky-1) ORIENT. WF CTORG AREA SF OVERHANG SHGC HEAT GAIW AREA RSHG HEAT GAIN H V H/V OHF fe CxD.ExH (ADJUSTED) or SHGC SF IBxJxKxl) Window S 1 27 20 123 036 1 113 20 036 123 1 113 Window N 0,61 20 123 036 535 20 051 123 758 Window N 061 20 123 036 535 20 051 123 758 Window N 061 20 123 036 535 20 051 123 758 Window N 0.61 20 123 036 535 20 051 123 758 Window S 127 20 123 036 1,113 20 036 123 1,113 Window S 1 27 20 123 036 1,113 20 036 123 1,113 Window N 061 20 123 036 535 20 051 123 758 Window N 061 20 123 036 535 20 051 123 758 Window N 061 20 123 036 535 20 0,51 123 758 Window N 061 20 123 036 535 20 051 123 758 Window N 061 20 123 036 535 20 051 123 758 Window N 061 20 123 0.36 535 20 051 123 758 Window N 061 181 123 036 4,881 181 051 123 6.915 • Window N 061 129 123 036 3,484 129 051 123 4.936 Window S 1 27 20 123 0.36 1,113 20 036 123 1,113 Window S 1.27 20 123 036 1.113 20 0.36 123 1,113 Window S 1.27 20 123 036 1,113 20 036 123 1,113 Window S 1.27 107 123 036 6,000 107 036 123 6.000 Window E 1,07 20 123 0.36 938 20 036 123 938 Window E 1 07 69 123 036 3.283 69 0,36 123 3,283 Window E 1 07 20 123 036 938 20 036 123 938 Window E 1 07 20 123 036 938 20 036 123 938 Window E 1 07 20 723 036 938 20 0.36 123 938 Window N 061 112 123 036 3.033 112 051 123 4 297 Window E 1-07 20 123 036 938 20 036 123 938 Window E 1 07 78 123 036 3.708 78 036 123 3,708 Window N 061 112 123 036 3,033 112 051 123 4.297 1. From Fenestrat,on Surfaces ENV 1 C Part 2 Column G. or wren Column H nas a -C' �denhfier calculate using the center of glass value SHGCc in Part 4 Subtotal 444,$60 Part 4 Subtotal 479.443 SHGCten = 08 • 10 86■SHGC0 and enter value 2. Promised Heal Gain Column I may be no greater than Standard Heal Part 5 Subtotal 262,799 Part 5 Subtotal 87 752 Gan Column M J. It W ndow and/or Skylignt Area Adiustme�t s re,4wred, use adjusted area Part 6 Subtotal 204,896 Part 6 Subtotal 224,615 'rim Part 6 of7 4. Only SHGC ,s used 'or Sxy1 grits 912 554 Total Heat Gain 791.81p • EnergyPro 4 4 by EnergySoff User Number 5678 Job Number 07 0021 Page 62 of 157 VERALL ENVELOPE METHOD (Part 6 of 7) ENV-3-C • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 OVERALL HEA T GAIN FROM RADIATION FENESTRATION SURFACES A 9 C D E F G H I J K L M WINDOW/SKYLIGHT NAME (e.g. Wind-1, Sky-1) ORIENT. Window Window Drive Thru'Window Under Awning Window Window Window Window Window Window Window E E E E N N N N N N WEIGHTING FACTOR 1,07 1 07 1 07 107 061 061 061 061 061 061 AREA SF 39 123 39 123 29 123 39 123 39 123 39 123 39 123 39 123 39 123 39 123 PROPOSED OVERHANG SHGC H V H/V OHF IBxCxDxExH) 036 036 0.3628 5 10 2 2 78 1 00 0,3628 5 11 9 2,41 1 00 0.36 0,36 036 036 036 036 HEAT GAIGr' 1 862 1 862 1,369 1,862 1 062 1.062 1.062 1 062 1.062 1 062 AREA (ADJUSTED) 39 39 29 39 39 39 39 39 39 39 STANDARD RSHG or SHGC) SF 0 36 123 036 123 0 36 123 0 36 123 0 51 123 0.51 123 0 51 123 0 51 123 051 123 0 51 123 HEAT 8 JxK LIN 1,862 1 862 1,369 1,862 1,504 1,504 1,504 1 504 1 504 1.504 • RECEIVED OCT 2 TJ 1009 tWQL'00"TRUOTION 1. From Fenesttal on Surfaces ENV 1-C Part 2, Column G or when Column H has a "C" denhf�er calculate using the center of glass value SHGCr. n Part 4 Subtotal 444 860 Part 4 Subtotal 479,443 SHGCfen = 08 • t0 86xSHGCc) and enter value 2. Proposed Heat Gem, Column I may be no greater than Standard Heat Part S Subtotal 262,799 Part 5 87.752 Gam Column M Subtotal 3. If W.ndow andor Skylgnt Area Ad)ustment s requ red. use adjusted area Part 6 Subtotal 204.896 from Part 6 of 7 Part 6 Subtotal 224,615 •. Only SHGC s used for Skybgnts 912 554 Total Heat Gain 79t,810 EnergyPro 4 4 by Energy Soft User Number 5678 yob Number 07 0021 Page 63 of 157 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 • WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST, WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall - 1, Wall-2) N E S W AREA AREA (From Part 1) AREA (D X E) B - (F + C) TOTALS N/A - — - CALCULATIONS[SKYLIGHT AREA ADJUSTMENT X CHECK IF NOT APPLICABLE (See Part 2 of 7) 0 E F - SKYLIGHT ADJUSTED ADJUSTED A 8 C ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHTFACTOR (From Part 1) AREA (C x D) AREA (B • E) (e.g. Roof-1, Roof-2) AREA AREA TOTALS Energy Pro 4 4 by EnergySofl User Number 5678 Job Number. 07.0021 N/A • Page 64 of ' S? • JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-CI PROJECT NAME DATE Eisenhower Ambulatory Care Center • 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C WINDOW D ADJUST. ADJUSTED WINDOW ADJUSTED WALL WALL NAME ORIENTATION GROSS DOOR (e.g- Wall-1. Wall-2) N E S W AREA AREA WINDOW FACTOR AREA (From Part 1) AREA (D X E) AREA B - (F * C) • TOTALS N/A [SKYLIGHT AREA ADJUSTMENT CALCULATIONS D E F X CHECK IF NOT APPLICABLE (See Part 2 of 7) A SKYLIGHT ADJUSTED ADJUSTED B C ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (e.g Root-1, Roof-2) (From Part 1) AREA AREA (C X D) (B - E) TOTALS is Ene gvP,o a a by Ene•gySoR User Number. 5678 ]Rpm XT 2 9 2009 - WDL -- Job Number 07 _0021_ — - - - Pa"M at 157 OVERALL ENVELOPE METHOD Part 7 of 7) ENV-3-C PROJECT NAME Eisenhower Ambulatory Care DATE • Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION GROSS DOOR ADJUST. WINDOW FACTOR WINDOW AREA WALL AREA (e.g. Wall-1. Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - (F + C) • TOTALS _ N/A ISKYLIGHT—AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A ROOFNAME (e.g. Roof-1. Roof-2) B C SKYLIGHT ADJUST, GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) ADJUSTED SKYLIGHT AREA (C X D) ADJUSTED ROOF AREA (B - E) r TOTALS N/A • E ie yyPrO 4.4 by EneryySoR User Number 5678 __ Job Number. 07.0021 Pajre:68 of 1 S r OVERALL ENVELOPE METHOD Part 7 of 7 ENV-3-Cl • PROJECT NAME Eisenhower Ambulatory Care Center • DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - (F + C) TOTALS N/A, ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) (C X D) (B - E) (e.g. Roof-1, Roof-2) AREA AREA RECEtV WDL CONSTRUCTION ` CTION • TOTALS N/A _ -- EnergyPro 4.4 by EnWgYSoR User Number: 5678 Job Number: 07.0021 P 67 d 167 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10i26/2009 • WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C WINDOW D ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF C) • TOTALS NIA ISKYLIGHT AREA ADJUSTMENT CALCULATIONS D E F X CHECK IF NOT APPLICABLE (See Part 2 of 7) A SKYLIGHT B C ADJUST. ADJUSTED SKYLIGHT ADJUSTED ROOF ROOFNAME (e.g. Root-1, Roof-2) GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) AREA (C X D) AREA (B - E) TOTALS - - -- - NIA • EnergyPro 4.4 by EnergySofl _ User Number 5678 -- Job Number 07.0021 Paps _89 01157 1 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C • PROJECT NAME Eisenhower Ambulatory Care DATE Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE ISee Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION GROSS DOOR ADJUST, WINDOW FACTOR WINDOW AREA WALL AREA (e g Wall-1. Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - (F + C) is I i TOTALS N/A X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B — C SKYLIGHT ADJUSTED ADJUSTED ROOFNAME GROSS SKYUGHT ADJUST. SKYLIGHT ROOF FACTOR AREA AREA (e.g. Roof-1, Roof-2 - 1 AREA AREA From Part i ( ) (CXD) (B-E) - - - -- - — — _ - REC�EIVi:n--- — uc12 Aq-- VDL CONSTRUCTION _---_ - - - TOTALS N/A EnergyPra 4 0 by E SOR— - - User Number: 5578 J Job Number 07 0021 _ _ _ Pepr.89 0f 157 KVE�RAL�LE�NVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Center X CHECK IF NOT APPLICABLE (See Part 1 of 7) Part 7 of 7) ENV-3-Cl DATE • 10/26/2009 E F G A B C D WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e g Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF + C) TOTALS N/A X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B — C SKYLIGHT ADJUSTED ADJUSTED ROOFNAME ADJUST. ORS FACTOR SKYLIGHT SKYLIGHT AREA ROOF AREA (e.g. Roof-1, Roof-2) (From Part 1) AREA P - —� AREA (C X D ) (B • E) TOTALS N/A — — — -- ro E -- --- -- - — 4.4 — - by _ ^M9YSolt Uster, Number: 5B 78 Job Number. 07.0021 - - Pape_70 of 157 1 • E JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV- PROJECT3 C • NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B • IF + C) • TOTALS N/A X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B C SKYLIGHT ADJUSTED ADJUSTED ROOFNAME ADJUST. SKYLIGHT ROOF GROSS SKYLIGHT FACTOR AREA AREA (e.g. Roof-1, Roof-2) AREA AREA (From Part 1) (C X 0) (B - E) - -- RECEIVED OCT 2 &7,009_ WDL CONSTRUCTION • TOTALS EnergyPra 4 4 by Ene,gySofl User Number 5678 Jab Number. 07,0021 Pape:71 0( 157 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3 C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION ADJUST, GROSS DOOR WINDOW FACTOR WINDOW AREA WALL AREA (e.g. Wall-1. Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B • IF + C) • TOTALS_ ; N/A X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B C SKYLIGHT ADJUSTED ADJUSTED ROOFNAME ADJUST. GROSS SKYLIGHT FACTOR SKYLIGHT AREA ROOF AREA (e g. Roof-1, Roof-2) AREA AREA (From Part 1) (C X D) (B - E) TOTALS -- - - - -' _-- • N/A t ,,•,c,.. ,.,;y Job Number 070021 ----_ ---_ -- -- — Pps:72 of 157 JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV 3 C • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C WALL NAME ORIENTATION GROSS DOOR (e.g. Wall -1, Wall•2) N E S W AREA AREA D WINDOW ADJUST. WINDOW FACTOR AREA (From Part 1) ADJUSTED WINDOW AREA (D X E) ADJUSTED WALL AREA B • (F + C) • TOTALS N/A [SKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F q B C SKYLIGHT ADJUSTED ADJUSTED ---- ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (6-9. Roof 1. RooR2) AREA AREA (From Part 1) (C X D) (B - E) IRE _ I _ - - -- �! _--- --- V TRUCTION TOTALS T— N/A EnergyPro 4 4 by ErurgySoR Ufw NU-1,90: 5678 Job Nwnbsr. W.0021 Page.73 of 157 OVERALL ENVELOPE METHOD Part 7 of 7) ENV-3-C PROJECT NAME Eisenhower Ambulatory Care Center DATE • 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION GROSS DOOR ADJUST. WINDOW FACTOR WINDOW AREA WALL AREA (e g. Wall-1, Wall•2) N E S W AREA AREA AREA (From Part 1) (D X E) B - (F + C) TOTALS N/A IS-KYLIGHT AREA - ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B C SKYLIGHT ADJUSTED ADJUSTED ADJUST. SKYLIGHT ROOF ROOFNAME (e.g. Roof-1, Roof-2) GROSS SKYLIGHT FACTOR (From Part 1) AREA AREA AREA AREA (C X O) (B - E) TOTALS N/A EnergyPfo 4 4 by EnergySoR _ __User Number 5878 — - Job Number; 07.0021 Page 74 of 157 • JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV 3 C_ • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26I2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF * C) • TOTALS N/A X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B '-- C SKYLIGHT ADJUSTED ADJUSTED ADJUST, SKYLIGHT ROOF ROOFNAME GROSS SKYLIGHT FACTOR AREA AREA (e.g. Roof-1, Roof-2) AREA Y AREA (From Part 1) (C X D) (B - E) - OCT 21 �pp� - - - -- -- _ - -- WDL CONSTRaCMC?N • - -- - TOTALS - — -- _ —N/A— EnergyPm 4 4 by Eme•gySo" —User Nwftw. 5578 — — _Job Number n 7 p021 - Page 75 of 157 OVERALL ENVELOPE METHOD Part 7 of 7) ENV-3-C PROJECT NAME Eisenhower Ambulatory Care Center DATE • 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE ISee Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION GROSS DOOR ADJUST. WINDOW FACTOR WINDOW AREA WALL AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF + C) ___TOTALS N/A X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B C SKYLIGHT ADJUSTED ADJUSTED ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (e.g. Roof-1, Roof-2) AREA AREA (From Part 1) (C X D) (B - E) TOTALS N/A P.i-ic 'h , t I" • • OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE ISee Part 1 of 7) E F G A B C WINDOW D ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e g Wall-1, Wall•2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF + C) / I1 L TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B C SKYLIGHT ADJUSTED ADJUSTED ADJUST, SKYLIGHT ROOF ROOF NAME GROG$ SKYLIGHT FACTOR AREA AREA (e.g. Roof-1, Roof-2) AREA AREA (From Part 1) (C X D) (g - E) WDiL CONSTRUCTION 0 -- — TOTALS -_ — N/A EnergyPro 4 4 by EnergySaft User Number: 5676 Job Numbw: 07 0021 --- — Page.77 of 157 JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME GATE Eisenhower Ambulatory Care Center • 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1. Wall-2) N E S W AREA AREA AREA IFrom Part 1) (D X E) B - (F + C) is TOTALS N/A ISKYLIGII-T—AREA ADJUSTMENT CALCuLATIONS -I X CHECK IF NOT APPLICABLE (See Part 2 of 7( D E F A B C SKYLIGHT ADJUST. ADJUSTED SKYLIGHT ADJUSTED ROOF ROOF NAME (e.g. Roof-1, Roof-2) GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) AREA (C X D) AREA (B - E) TOTALS 7 N/A • EnergyPro 4_4 by EnergySaQ — - User Number ,o" d Jab Number 07.0021 — P,i,.�r COVERALL ENVELOPE METHOD • PROJECT NAME Eisenhower Ambulatory Care Center • (Part 7 of 7) ENV-3-Cj DATE 10/26/2009 X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION ADJUST GROSS DOOR WINDOW FACTOR WINDOW AREA WALL AREA (e g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF + C) TOTALS N/A LA)UGHT AREA ADJUSTMENT CAI rl II eTIONS X_ CHECK IF NOT APPUCABLE (SN Part 2 of 7) D E F A B C SKYLIGHT ADJUSTED ADJUSTED _ ADJUST. SKYLIGHT ROOF ROOF NAME GROSS r SKYUGHT FACTOR AREA AREA *g- ROOM, RW-2) AREA AREA (From Part 1) (C X D) IS . E) - - - - - REQEIVE�- --- -- �- i - OCT 2 • ip(i9 W D L C0NSi�RUC TjaN _ • TOTALS _N/A E!iergyPro 4 4 Dy EnergySofl User Number 5678 JoD Number 07 3021 -- Page: 19of 157 OVERALL ENVELOPE METHOD Part 7 of 7) ENV-3-C PROJECT NAME Eisenhower Ambulatory Care Center DATE • 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall_1. Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - (F + C) • TOTALS --- �- - NIA. -- X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F q ROOFNAME (e.g- Roof-1, Roof-2) B C SKYLIGHT ADJUST. GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) ADJUSTED SKYLIGHT AREA (C X D) ADJUSTED ROOF AREA (B - E) TOTALS NIA_ - - - _ _- - • F rep i P,,, 1 4 dy EnergysoR-- — - User Number. 5673 _ ---Job Number. 07.0021 _ - --- -- - .. _ -- Paps:80 of 157 [OVERALL ENVELOPE METHOD • PROJECT NAME Eisenhower Ambulatory Care Center J (Part 7 of 7) ENV-3-Cl DATE 10/26/2009 X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION (e.g. Wall-1, Wall-2) ADJUST. GROSS DOOR WINDOW FACTOR WINDOW AREA WALL AREA N E S W AREA AREA AREA (From Part 1) ID X E) 8 . (F + C) TOTALS X CHECK IF NOT APPLICABLE (See Part 2 of 7) A ROOF NAME (e.g. Roof-1, Roof-2) • TOTALS D E F B C SKYLIGHT ADJUSTED ADJUSTED ADJUST. SKYLIGHT ROOF GROSS SKYWHT FACTOR AREA AREA AREA AREA (From Part 1) (C X D) (B - E) DECEIVED _ - OCT 212009 WDL CONSTRUCTION N/A Job Number 07,0021 Pa":81 of 157 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 • WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA (e.g. Wall 1, Wall-2) N E S W AREA AREA rt AREA (From Pa1) (AREA D( B C) ._TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS D E ---I F X CHECK IF NOT APPLICABLE (See Part 2 of 7) A — B C SKYLIGHT ADJUST. ADJUSTED SKYLIGHT ADJUSTED ROOF ROOFNAME (e.g. Roof-1, Roof-2) GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) AREA (C X D) AREA (B - E) TOTALS Energero 4.4 by EnergySoft User Number 5678 Job Number: 07.0021 — Pape:82 of 157 • JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV 3 C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G q B C D WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF + C) TOTALS KYLIGHT AREA ADJUSTMENT GALCU ATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) A ROOF NAME - (e•0• Root-1. Roof-2) • TOTALS EnergyPro 4.4 by EnergySoft User Number. 5678 I � , N/A D E F 9 C SKYLIGHT ADJUSTED ADJUSTED y ADJUST. SKYLIGHT ROOF FACTOR AREA AREA GROSS SKYUGHT AREA AREA (From Part 1) (C X D) (B - E) -bCT 2 � 2009 - - - - - i DLIC©NSTRUCTiON -- -- N/A;--_- - - Job Number: 07.0021 - - Payr83 of 157 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3 C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26i2009 X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION ADJUST. GROSS DOOR WINDOW FACTOR WINDOW AREA WALL AREA (e.g Wall-1. Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF + C) T T - -- — r-- TOTALS N/AL X CHECK IF NOT APPLICABLE (Soo Pert 2 of 7) _F A B SKYLIGHT C ADJUSTED ADJUSTED ROOF NAME rt ADJUST. FACTOR SKYLIGHT ROOF - (e.p. Rooft, Roof-2) - GROSS SKYLIGHT AREA AREA (From Part 1) AREA (C X 0) AREA (B - E) TOTALS EnergyPro 4 4 Dy EnergySoh User Number 5678 Job Number. 07.0021 N/A Page:84 of 157 • • OVERALL ENVELOPE METHOD • PROJECT NAME Eisenhower Ambulatory Care Center �i X CHECK IF NOT APPLICABLE (See Part 1 of 7) Part 7 of 7) ENV-3-C DATE 10/26/2009 E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION ADJUST. WINDOW WALL GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall 1. Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF . C) TOTALS ADJUSTMENT CAl rill eTIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A _ B C SKYLIGHT ADJUSTED ADJUSTED ROOF NAME ADJUST. SKYLIGHT ROOF ��E. OOFMI $ GROSS SKYLIGHT FACTOR AREA AREA --- ROOF_ ) AREA AREA (From Part 1) (C X D) (B - E) i �I ---r-- 0 T 2 3 2�09 -- - - -- I -- �!-AMXCONMUCTION TOTALS N/A, �I EnergyP.o 4 4 by EnergySop User Number 5678 — — — - - -J Job Number. 07.0021 — - — - OVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Center Part 7 of 7) ENV-3-C� DATE • 10/26/2009 X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C O WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION ADJUST. GROSS DOOR WINDOW FACTOR WINDOW AREA WALL AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (O X E) B - (F * C) • TOTALS -- - N/A X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B — C SKYLIGHT ADJUSTED ADJUSTED _ ADJUST. SKYLIGHT ROOF ROOF NAME GROSS r SKYVQHT FACTOR AREA AREA (e.g. Roof-1. Room AREA I AREA (From Part 1) (C X D) (g - E) —I TOTALS EnergyPro 4 4 oy Energy Soft User Number 5678 Job Namoer 070021 Page:w d 157 JOVERALL ENVELOPE METHOD Part 7 of 7 ENV-3-C • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION GROSS DOOR (e.g. Wall-1. Wall-2) ADJUST. WINDOW FACTOR WINDOW AREA WALL AREA N E S W AREA AREA AREA (From Part i) (D X E) B - (F + C) i it �- - t -- —fi —- -- - -- — — - — �- - TOTALS � - I r j N/A J I X CHECK IF NOT APPLICABLE (See Part 2 of 7) _ D E F A — _ _ B - C SKYLIGHT ADJUSTED ADJUSTED ADJUST. SKYLIGHT ROOFNAME 0.9. Root -I. RooT-Y) GROSS SKYUGHT AREA AREA ROOF FACTOR AREA AREA (From Part 11 (C X D) - - (B - E) OCT 26 2009 - - - WMC®NSTRU)CTION - -- TOTALS - i • _ — -- —_ _ N/A EneryyPro 4A by EnwWgptt User Number 5878 - - - - — J Job Number: 07.0021 — OVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Center Part 7 of 7) ENV-3-Cj DATE 10/26/2009 X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION ADJUST. GROSS DOOR WINDOW FACTOR WINDOW AREA WALL AREA (e g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF + C) TOTALS X CHECK IF NOT APPLICABLE (See Part 2 of 7) A ROOF NAME (0.9. Roof-1, Root-2) N/A. D E F B C SKYLIGHT ADJUSTED ADJUSTED ADJUST. SKYLIGHT ROOF GROSS SKYLIGHT FACTOR AREA AREA AREA AREA (From Part 1) (C X D) (B - E) TOTALS N/A E neryyPro 4.4 by EmtrirySoA User Number 5678 Job Numbw: 07.0021 PSW:88 of 157 11 OVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Center X CHECK IF NOT APPLICABLE (See Part 1 of 7) Part 7 of 7) ENV-3-C DATE 10/26/2009 E F G A B WINDOW ADJUSTED ADJUSTED C D ADJUST. WINDOW WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA WALL (e-g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B AFEAC TOTALS - N/A X CHECK IF NOT APPLICABLE (See Part 2 of 7) — - - - E F A NA ROOF ME B T SKYLIGHT - C ADJUST. ADJUSTED SKYLIGHT ADJUSTED fe.E. R00%1, Root GROSS SKYLIGHT FACTOR AREA ROOF AREA AREA AREA (From Part 1) (C X D) (B -E) - -- - L WDL .nN TOTALS - -- - - --- — �1i7 C IO i E^ergyPro4.4 by -- E"°�Y — Uaer Number: 5678 Job 14umpM 07.0021- — -- — —�J — — -- —--Pp.Bg of 15? OVERALL ENVELOPE METHOD (Part 7 of 7) ENV 3 C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 NINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C O WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1. Wall-2) N E S W AREA AREA AREA (From Part 1) (O X E) B - IF + C) TOTALS _ N/A - X CHECK IF NOT APPLICABLE (See Part 2 of 7) 0 E A SKYLIGHT ADJUSTED L - B C ADJUST. SKYLIGHT ROOF NAME GROSS SKYLIGHT FACTOR AREA - (e.g. ROOF-1, R00%2) _ AREA AREA (From Part 1) (C X O) r- F ADJUSTED ROOF AREA (B - E) TOTALS-- - N/A Ener9YPro 4 4 oy Energy8oR User Number. 5678 - Job Number. 07.0021 — -- ---- Pa":90 of 157 OVERALL ENVELOPE METHOD Part 7 of 7) ENV-3-C • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED WALL NAME ORIENTATION GROSS DOOR ADJUST, WINDOW FACTOR WINDOW AREA WALL AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF C) - 4 TOTALS - - - N/A1 - k�YLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E p A B - — C SKYLIGHT ADJUSTED ADJUSTED _ ADJUST. SKYLIGHT ROOF ROOFNAME GROSS SKYUGHT FACTOR AREA AREA (e.g. Roof-1, Roof-2) AREA AREA (From Part 1) (C X 0) (B - E) --REIM* WDL ONS UCTI 0� TOTALS — I _ Nr'A � Ener,;v'n :. ... E❑e;r ;, !�N ^amber SB78 0 mb Job Nuo:07.021 ( 1 — - — o►157� JENVELOPE COMPLIANCE (Part 1 of 2) ENV 4 C PROJECT NAME DATE ' Eisenhower Ambulatory Care Center 10/26/2009 SKYLIGHT AREA SUPPORT WORKSHEET - Minimum Fraction of Daylit Area Method SKYLIGHT AREA FOR LARGE ENCLOSED SPACES This worksheet applies to buildings with an enclosed space > 25.000 it with a ceiling height >15 ft and an LPD for the space for general lighting.? 0.5 W/ft A Enter proposed dayht area as indicated on plans Proposed daylit area is indicated on page of the plans 0 Proposed Daylit Area B Floor Area 0 ft x 0 50 = 0 Minimum Dalit Area Criterion 1: Proposed Daylit Area is equal to or greater than Minimum Daylit Area. C Select the appropriate box based on the LPD in WIN CLPD >14 i10<LPD <14 X05<LPD <t0 Enter 3 6%a Enter 3 3%- Enter 3 0%' 3 0 Skylight-Daylit Fraction D Minimum skylight area. Enter the product B x C then divide by 100 0 Minimum Skylight Area E Enter the proposed total skylight area in the large enclosed space 0 Proposed Skylight Area (Criterion 2: Proposed skylight area is equal to or greaterthan minimum skylight area. FlCriterion 3: Haze rating of skylight glazing or skylight diffuser is greater than 90%. Document and page number wit haze specification of skyl,ght • E Large enclosed space complies with Criteria 1, 2, and 3 above [Sections 143(C)1, 2, and 31. • EnergyPro 4 4 by Energy Soft User Number 5618 Job Number 07 0021 Page.92 of 157 NVELOPE COMPLIANCE (Part 2 of 2) ENV-4-C PROJECT NAME • DATE Eisenhower Ambulatory Care Center 10/26/2009 SKYLIGHT AREA SUPPORT WORKSHEET - Minimum Effective A erture Method SKYLIGHT AREA FOR LARGE ENCLOSED SPACES This worksheet applies to buildings with an enclosed space > 25,000 ft with a ceiling height >15 ft and an LPD for the space for general lighting > 0.5 wnf F Enter proposed daylit area as indicated on plans Proposed daylit area is indicated on page of the plans G Floor Area 0 R x050= Criterion 1 Proposed Daylit Area is equal to or greater than Minimum Daylit Area, H Select the appropriate box based on the LPD in Wift ['LPD >14 ❑10<LPD <14 X05<LPD <10 Enter 1 2% Enter 1 1% -s Enter 1 0% > I Skylight Visible Light Transmittance (VLT ) VLT is from manufacturer's specifications Proposed Daylit Area 0 Minimum Dald Area 1 0 Min Effective Aperture VLT. J Well Cavity Ratio Select one of the well types. fill in columns A, B. C and Calculate the WCR with the appropriate equation below A B C Well Height Well Length Well Width • WCR = 5 x well height (well length + well width) well length x well width Well Height Well Perimeter Well Area WCR = (2 5 x well height x well perimeter) / well area K Average Well Wan Reflectance (%), p L Well Efficiency (from equation) M Calculate Minimum Skylight Area A = Effective Aperture (H) x Daylit Area (F) 0 85 x VLT (1) x WellEfficiency (L) N Enter the Proposed Skylight Area Criterion 2: Proposed skylight area is equal to or greater than minimum skylight area �::Crtterion 3: Haze rating of skylight glazing or skylight diffuser is greater than 90°/0. Document and page number wit haze specification of skylight Large enclosed space complies with Criteria 1. 2, and 3 above [Sections 143(C)1, 2, and 3], EnergyPro 4 4 by EnergySofl User Number 5678 .lob Number 070021 WCR WCR Well p Well Efficiency RECEIVED ED OCT 2 6 2009 WDL CONSTRUCTION Page 93 of 157 ERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center PROJECT ADDRESS 45-280 Seeley Drive La Quinta PRINCIPAL DESIGNER - LIGHTING Dwayne G. Miller DOCUMENTATION AUTHOR JBA Consulting Engineers GENERAL INFORMATION DATE OF PLANS 04-08-2009 BUILDING CONDITIONED FLOOR AREA BUILDING TYPE PHASE OF CONSTRUCTION METHOD OF LIGHTING COMPLIANCE X NONRESIDENTIAL (Part 1 of 4) LTG-1-C DATE 10/26i2009 TELEPHONE Budding Perm t # 949-419-3030 TEL 4&4& � ja-10fo CheckeC by/Date GG�� -1 7 cnlOrCement Aoenc 83,770 sq.Ft. HIGH RISE RESIDENTIAL X CONDITIONED SPACES X UNCONDITIONED SPACES X NEW CONSTRUCTION ADDITION COMPLETE BUILDING X AREA CATEGORY TAILORED COMMON LIGHTING CLIMATE ZONE 15 HOTELJMOTEL GUEST ROOM INDOOR & OUTDOOR SIGNS ALTERATION PERFORMANCE This Certificate of Compliance lists the budding features and performance specifications needed to comply with Title 24, Parts 1 and 6 of the California Cade of Regulations. This certificate applies only to building lig g requirements. The documentation preparer hereby certifies that the documentation iIspecifi and tern DOCUMENTATION AUTHOR SIGNATURE DATE Glynnis Cassan �O,�,Z� The Principal Lighting Designer hereby certifies that the proposed bw rep - nted in this set of construction documents is consistent with the other Compliance forms and worksheets with thons, and with any other calculations submitted with this permit application. The proposed building has been designed to meet the lighting requirements contained in Sections 110 119, 130 - 132, 146, 148 & 149 of Title 24, Part 6. X The plans & speofications meet the requirements of Part 6 (Sections 1G-1G3a). • The, nstallatior certificates meet the requirements of Part 6 (1G-103a 3), The operation & maintenarce irformaton meet the requirements of Part 6 (10-103c) Please Check One (These sections of the Business and Professions Code are printed in full in the Nonresidential Manual ) XI hereby affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code to sign this document as the person responsible for its preparabon and that I am licensed in the State of California as a civil engineer or electncal engineer or I am a licensed architect I affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code by Section 5537 2 or 6737.3 to sign this document as tl-e person responsible for its preparation, and that I am a licensed contractor performing this wont. I affirm ti at I am eligible under the exemption to Division 3 of the Business and Professions Code to sign this document because it pertains .n a structure or type of work described as exempt pursuant to Business and Profes&ons Code Sections 5537, 5538 and 6737 1 PRINCIPAL LIGHTING DESIGNER - NAME SIG NAT � DATE LIC. # Dwayne G. Miller f!`'ll �L� .Z001 :E' I q LIGHTING MANDATORY MEASURES Indicate location on plans of Note Block for Mandatory Measures H-v LIGHTING COMPLIANCE FORMS & WORKSHEETS Check box .f worksheet s included X LTG-1-C. Parts 1 of 4 and 2 of 4 Certificate of Compliance. Part 1 of 4 and 2 of 4 are required for all submittals x LTG-1-C, Part 3 of 4 Certificate of Compliance. Part 3 of 4 submittal is required only if Control Credits are Claimed x LTG-1-C, Part 4 of 4 Certificate of Compliance Part 4 of 4 submittal is required when lighting controls are instailed x LTG-2-C: Indoor Lighting Schedule LTG-3-C: Portable Lighting Worksheet x LTG-4-C: Lighting Controls Credit Worksheet X LTG-5-C: Indoor Lighting Power Allowance LTG-6-C: Tailored Method Worksheet LTG-7-C. Room Cavity Ratio Worksheet LTG-8-C: Common Lighting Systems Method Worksheet LTG-9-C Line Voltage Track Lighting Worksheet EnergyPro 4.4 by EnergySott user Numbef 5675 Jab Number 070021 Page 94 of 157 • ERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center INSTALLED INDOOR LIGHTING' POWER FOR CONDITIONE (Part 2 of 4) LTG-1-C I DATE - 10/26/2009 D UNCONDITIONED SPACES INSTALLED LIGHTING, CONDITIONED SPACES (From LTG-2-C) PORTABLE LIGHTING (From LTG-3-C) LIGHTING CONTROL CREDIT. CONDITIONED SPACES (From LTG-4-C) CONDITIONED SPACE ADJUSTED INSTALLED LIGHTING POWER INSTALLED LIGHTING. UNCONDITIONED SPACES (From LTG-2-C) LIGHTING CONTROL CREDIT, UNCONDITIONED SPACES (From LTG-4-C) UNCONDITIONED SPACE ADJUSTED INSTALLED LIGHTING POWER INSTALLED WATTS - 74 886-- 28 — 815 - 34.207 1.537 0 1134 7 ALLOWED INDOOR LIGHTING POWER FOR CONDITIONED SPACES COMPLETE BUILDING METHOD (From LTG-S-C) X AREA CATEGORY METHOD (From LTG-5-C) ALLOWED WATTS TAILORED METHOD (From LTG-5-C) ALLOWED LIGHTING POWER li9 5 611 PERFORMANCE METHOD COMMMON LIGHTING SYSTEM (From LTG-8-C) CONTROL LOCATION (Room 0) CONTROL IDENTIFICATION CONTROL TYPE Check If NOTE TO (Auto Time Switch, Dimming, etc.) SPACE CONTROLLED Dayughting L FIELO - - EnergyPro 4.4 by Energy Soft User Number 5678 — — Job Number. 07,0021 Page 95 of 157 (CERTIFICATE OF COMPLIANCE (Part 3 of 4) LTG -1-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 CONTROLS FOR CREDIT IN CONDITIONED AND UNCONDITIONED SPACES CONTROL LOCATION CONTROL CONTROL TYPE LUMINAIRES CONTROLLED NOTE TO (Room 0 or Dwg. A) IDENTIFICATION (Occupant, Daylight, Dimming, etc.) TYPE p OF LUMINAIRES FIELD CHK-INS/RECEPT- Dimming - Manual Y _ 3_ IMAGINJ2/A1145100/101 Dimming - Manual Y 3 IMAGING WAIT 100/101 Dimming - Manual H 2 LAB WAIT/CHK-I-N _ Dimming- Manual H g MEWS SUBWAIT 119 Dimming- _Manual H 2 WOMEN'S SUB -WAIT _ _ Dimming- Manual _H _ 2 RAD./6U3 WAIT DimmingManual _ H j 4 - ' pW6 - I --RAD,,/000gNGpp• ��vA1T Dimming - Manual AA 5 CT &VIRiIV08-WAIT Dimming - Manual H 4 URG C_AR000.01/103-• _ Dimming. Manual K � 4 � CONFREN��yyqq CE A210 Dimming -Manual , P/P1 19 CONFRENCE A210 Dimming - Manual FF/FF_ 1 2 j � CONFRENCE A204 Dimming2 -Manual �' F_ _ OFFICE A202 Dimming_ Manual r- F _ 3 l - OFFICE A205 Dimming - Manual F 3 WAITING A200/ REC. Dimming - Manual IF 5 �p WAITINGp2'00/ REC.Dimming - Manual R 5 r REC. B2g2A0i WK/COPY_ L Dimming - Manual F OFFICE CWULT C2on� Occ Sensor - <= 250 sqft I M 2 OFFICE C201 ~- Occ Sensor - - 250 soft AIA1 2 TECH WORK B212 Occ Sensor. - 250 so - � �A/A7 2 DRESSING 8209 Dimes - Manual � W 1 DRESSING B208 Dimming -Manual W i HALL B203WAITING 204, 211 Dimming -Manual F _; wnlrwG 8200 Dimming -Manual p/p1 WAITING 8200 Dimmin - Manual_ F—+— - q HALL _ Dimming - Manual P1Pll 5 PRYSIGfPgggW�2S'OFFICE -�--Occ_Sensor _<= 250 s�1t ArA1 1 — - �PHYSICIAN'S OFFICE -,7 Y Occ-Sensor .. <= 250 sgR A A t B34Y - 1 Sensor PHYSICIggAggN��pS OFFICE , _ OCC Seor - <= 250 sqR A/A1 1 _ MALL 3T4;324A,3248 Dimes -_Manual - - F 4 NOTES TO FIELD - For Building Department Use Only EoergyPro 4.4 by EnergySolt User Number 5678 Job Number 07 0021 Page 96 0/ 157 (CERTIFICATE OF COMPLIANCE (Part 3 Of 4) LTG-17-C_ • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 CONTROLS FOR CREDIT IN CONDITIONED AND UNCONDITIONED SPACES CONTROL LOCATION CONTROL CONTROLTYPE (Room # or Dwg- #) IDENTIFICATION (Occupant, Daylight, Dimming, etc.) LUMINAIRES CONTROLLED NOTE TO TYPE # OF LUMINAIRES FIELD HALLDimming - Manual p p, 5 ARlav 801a`6 Dimming - Manual F 2 RESIDEIOFFICE Occ Sensor - — 250 sglt _ h1 2 PHYSICIgY3T�SgA3N3'S� OFFICE Occ Sensor - — 250 sqR _ — AA, PHYSICIAN'S OFFICE 1 pp33� 11 OccSensor - <= 250 sqR AIA1 PHYSICAN�5OFFICE Occ Sensor . c_ 250 soft A/A7- 1 �� PHYSICfA 19 OFFICE Occ Sensor - c= 250 sgry A/Al- PHYSICIAN'S OFFICE Occ Sensor - c= 250 alft �A33��S88 PHYSICIAN'OFFICE Occ Sensor - c= 250 sgfl A/A1 PHYSICIAN'S OFFICE Occ Sensor - c= 250 sgtt A/AII —� g�3 1 REGCP��YON��VggbRK 300- Dimming -Manual. ! I p REC/CPA&K 300- — 3 ~ ��pp���� Dimming - Manual _ F _ _ 2 PHYSICIAN'S_OFFICE� Occ Sensor - — 250 sgft A/A1 _� I ADMIN. OFFICE A302 Ooc Sensor - — 250 sgtt MA1 2 _WAITING 322 Dimming - Manual F 2 • WAITING 322 Dimming - Manual _ P/P1 2 WAITING 321—HALL 312 Dimming -� - � g - Manual _ Z - 8 _ WAITING 321_HA11 312 I Dimming - Manual _ P/P1 2 _ PHARMACY WAITING Dimming - Manual JJ �__10 PHARMACYWAITING t— Dimming - Manual H _ 1 PHARMA�ypp�(� WAITING Dimming -Manual AA 8 100r- - C�NSTR�JCT EnergyPro 4 4 )y EnergySoR User Number 5678 Job Number 07 0021 Page.97 of 157 CERTIFICATE OF COMPLIANCE (Part 4 of 4) LTG -1-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 Designer: This form is to be used by the designer and attached to the plans. Listed below are all the acceptance tests for lighting systems. The designer is required to check the boxes by all acceptance tests that apply and list all equipment that require an acceptance test. If all equipment of a certain type requires a test, list the equipment description and the number of systems to be tested in parentheses. The NJ number designates the Section in the Appendix of the Nonresidential ACM Manual that describes the test. Also indicate the person responsible for performing the tests (i.e, the installing contractor, design professional or an agent selected by the owner). Since this form will be part of the plans, completion of this section will allow the responsible party to budget for the scope of work appropriately. Building Departments: Before an occupancy permit is granted for a newly constructed building or space, or a new lighting system system serving a building or space is operated for normal use, all control devices serving the building or space shall be certified as meeting the Acceptance Requirements for Code Compliance. In addition a Certificate of Acceptance, LTG-1-A, Forms shall be submitted to the building department that: A. Certifies plans, specifications, installation certificates, and operating and maintenance information meet the requirements of 410-103(b) and Title 24 Part 6. ITest D ri tion Test Performed By: LTG-2-A: Lighting Control Acceptance Document - Occupancy Sensor Acceptance - Manual Daylight Controls Acceptance • - Automatic Time Switch Control Acceptance Equipment requiring acceptance testing LTG-3-A: Automatic Daylighting Controls Acceptance Document Equipment requiring acceptance testing • En9gWft4.4 byEnergySofl User NumberIt, :a JobNur�be- 1'X'! Page:98of 15; JINDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C . PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts C D E r-�Z c a c n 3 3 3 m 10 3 ' ^ 3 , e U y N Name Type Description A D g A (2) 4 R Fluorescent T8 Energy Savings Elec F32T8 A (3) 4 R Fluorescent T8 Energy Savings Elec F32T8 A/A1 (2) 4 R Fluorescent T8 Energy Savings Elec F32T8 A Al (3) 4 R Fluorescent T8 Energy Savings Elec F32T8 Al (2) 4 R Fluorescent T8 Energy Savings Elec F32T8 Al (3) 4 R Fluorescent T8 Energy Savings Elec F32T8 A2 4 R Fluorescent T8 Energy Savings lec F32T8 A2 (3) 4 R Fluorescent T8 Energy Savings Elec F32T8 A2fA3 (3) 4 R Fluorescent T8 Energy Savings Elec F32T8 A4/A5 (3) 4 R Fluorescent T8 Energy Savings Elec F32T8 AA (2) 13w Compact Fluorescent Triple 4 Pm AA EIec 35w Low Voltage Halogen CFM 13W/GX24q-1 • B (2) 2 R Fluorescent T8 Elec 35 Watt Lamp F17T8 B (2) 21`11 Fluorescent T8 Rapid Start B1 (2) 2 R Fluorescent T8 Elec F17T8 F17T8 B1 (2) 2f1 Fluorescent T8 Rapid Start F vT8 BB PI) t 3w Compact Fluorescent Tnple 4 Pm lec CFM 13W/GX24q-1 C (2) 4 R Fluorescent T8 Energy Savings Elec F32T8 C1C1 (2) 4 R Fluorescent T8 Energy Savings Elec F32T8 C1 (2) 4 R Fluorescent T8 Energy Savings Elec F32T8 CC 1 3W LED PLEXINEON 1 3 Watt LED (t) 18w Compact Fluorescent Quad 2 Pin CFQ18W/G24d-2 D (t) 3 R Fluorescent TB Elec F25T8 DID V) 26w Compact Fluorescent Triple 4 Pin lec CFTR26W. GX24g-3 RECEIVED OCT 2 9 2009 F C W tv c2 3d3 5^C y � (D A C 2 30 1.0 3 30 1.0 2 30 1.0 3 30 1.0 2 30 1.0 3 30 1.0 2 30 1.0 3 30 1.0 3 30 1.0 3 30 1.0 2 13 2.0 1 35 1.0 2 17 1.0 2 17 1.0 2 17 1.0 2 17 1.0 1 13 1.0 2 30 1.0 2 30 1.0 2 30 1,0 1 1 1.0 1 18 1.0 1 25 1.0 1 26 1.0 WDL CONSTRUCTION Installed Watts G H I r A oi' m y H C n �p J �"ee No 54.0 X 79.0 X 54.0 X 79.0 X 54.0 X 79.0 X 54.0 X 79.0 X 79.0 X 79.0 X 25.0 X 38.0 X 33.0 X 45.0 X 33.0 X 45.0 X 14.0 X 54.0 X 54.0 X 54.0 X 2.0 X 25.0 X 27.0 X 28.0 X 7 16 8 123 2 24 3 8 33 4 4 17 1 1 1 3 7 14 22 34 115 5 1 9 PAGE TOTAL BUILDING TOTAL (sum of all pages) PORTABLE LIGHTING (From LTG-3-C) CONTROL CREDIT (From LTG-4-C) ADJUSTED ACTUAL WATTS o� m H � - N Q 378 1,264 432 9,717 108 1,896 162 632 2,607 316 100 646 33 45 33 135 98 756 1,188 1,836 230 125 27 252 23,016 74,996 26 815 74,207 EnergyPro 4 4 by EnergySott Use, Numoer 5678 Job Number 07 0021 Page 99 of 197 [INDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts Installed Watts C D E F G H I J �y r-rZ C d C 333 3yc d rWZ C W C 3m3 r C C 3 �n r C 3 _ C1� a3 Name Type Description o od 9^Q m o or3 3° o m 1) So3 �3 2 - 7 n D,D1 (2) 4 ItFluorescent T8 Energy Sarongs - NO N Elec F32T8 2 30 1.0 54.0 X 45 2,430 DD { 1) 50w Lng Cmpt T5 Fluorescent Twin E'ec FT50W/21311 DID 250w Surface Mount Incandescent 1 50 1.0 54.0 X 1 54 25OW F (1) 3 It Fluorescent T8 Elec 1 250 250.0 X 1 250 F 35w Low Voltage Halogen F25T8 1 25 1.0 27.0 X 7 189 F 35w Metal Halide 35 Watt Lamp 1 35 1.0 38.0 X 35 1,330 M35/39 FIF1 (1) 26w Compact Fluorescent Triple 4 Pin 1 35 1.0 44.0 X 14 616 Elec CFTR26W/Gx24g-3 F/F1 (1) 32w Compact Fluorescent Triple 4 Pin 1 26 1.0 28.0 X 21 588 Elec CFTR32WGX24q-3 FF (1) 24w/27w Lng Cmpt T5 Fluorescent 1 32 1.0 35.0 X 40 1,400 Twin FT24W;2G11 FF/FF1 (2) 26w Compact Fluorescent Triple 4 Pin 1 24 1.0 32.0 X 28 896 Elec CFTR26WIGX24g-3 G 2 26 1.0 55.0 X 2 110 (1) 26w Compact Fluorescent Tnple 4 Pin Llec CFTR26W/GX24g-3 G 35w Low Voltage Halogen Mag 1 26 1.0 28.0 X 1 28 35 Watt Lamp GlG1 �1) 26w Compact Fluorescent Triple 4 Pin 1 35 1.0 39.0 X 33 1,287 • lec CFTR26W/GX24g-3 31 (1) 26w Compact Fluorescent Triple 4 Pin 1 26 1.0 28.0 X 85 2,380 Elec CFTR26WIGX24g-3 GG (1) 13w Compact Fluorescent Quad 4 Pin 1 26 1.0 28.0 X 4 112 EElec CFQ13W/G24q-1 GG (2) 13w Compact Fluorescent Quad 2 Pin 1 13 1.0 14.0 X 10 140 CFQ13W/G24d-1 2 13 2.0 36.0 X 17 612 YH 36w+39w Lng Cmpt T5 Fluorescent wm Elec FT36W12G11 2 36 1.0 70.0 X 2 140 H 35w Low Voltage Halogen 35 Watt Lamp 1 35 1.0 38.0 X 20 760 H;H1 ( 1) 26w Compact Fluorescent Triple 4 Pin HH (1) 28w Linear Fluorescent T5 Elec CFTR26W+GX24g-3 1 26 1.0 37.0 X 7 259 J 35w Low Voltage Halogen F28T5 1 28 1.0 30.0 X 81 2,430 J 35w Low Voltage Halogen Mag 35 Watt Lamp 1 35 1.0 38.0 X 8 304 35 Walt Lamp 1 35 1.0 39.0 X 10 390 JlJ1 (1) 26w Compact Fluorescent Triple 4 Pm Elec CFTR26W/GX24g-3 1 26 1.0 28.0 X 187 5,236 J1 (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26WIGX24g-3 1 26 1.0 28.0 X 4 112 PAGE TOTAL 22,053 BUILDING TOTAL (sum of all pages) 74,996 PORTABLE LIGHTING (From LTG-3-C) 26 CONTROL CREDIT (From LTG-4-C) 815 ADJUSTED ACTUAL WATTS 74.207 • EnergyP,o 4.4 by Energy5oft User Number 5678 Job Number 07 0021 n,a,p ipc of 15l NDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts Installed Watts C D E F G H I <y rrZ d o 333 m�� rWZ c n c 3m3 r c p 3�� A�7 r c 3 c M D e c m D 3 m d r v m o v m m W ? c t 1 9 0 3 y ,o d m Name Type Description D ° 33 o ra m r = x n JJ (') 14w Linear Fluorescent TS Elec -s No F14T5 1 14 1.0 18.0 X 10 180 JJ 50w Metal Halide M50 1 50 1.0 58.0 X 8 464 K (2) 36w139w Lng Cmpl 75 Fluorescent Twin FT36W12G11 2 36 1.0 66.0 X 4 264 K 35w Low Voltage Halogen 35 Walt Lamp 1 35 1.0 38.0 X 4 152 KlK1 (1) 18w Compact Fluorescent Triple 4 Pin Elec CFM 18W/GX24q-2 1 18 1.0 21,0 X 6 126 K/K1 (1) 18w Long Compt Fluorescent T5 Twin ppin FT18W/2G11 1 18 1.0 23.0 X 6 138 KK (1) 32w Compact Fluorescent Triple 4 Pin lec CFTR32WGX24q-3 1 32 1.0 35.0 X 2 70 L (1) 26w Compact Fluorescent Triple 4 Pin L Elec CFTR26WIGX24g-3 50w Low Voltage Halogen 1 26 1.0 28.0 X 6 168 50 Watt Lamp 1 50 1.0 54.0 X 6 324 L L L 1 12 12.0 X 2 24 UL 1 �1) 26w Compact Fluorescent Triple 4 Pin L/L1 lec CFTR26WIGX24g-3 (2) 28w Linear Fluorescent T5 Elec 1 26 1.0 28.0 X 2 56 • L 1 F28T5 (1) 26w Compact Fluorescent Triple 4 Pin 2 28 1.0 60.0 X 2 120 Elec CFTR26WIGX24g-3 1 26 1.0 28.0 X 23 644 LA1 (1) 26w Compact Fluorescent Triple 4 Pin Elec LA2 CFTR26WIGX24g-3 P) 26w Compact Fluorescent Triple 4 Pin 1 26 1.0 28.0 X 4 112 LA3 lec CFTR26W/GX24g-3 TOKISTAR XENON LINEAR COVE 1 26 1.0 28.0 X 8 224 LIGHT AV-3-101 1 5 1.0 5.0 X 56 280 ILL. INTEGRAL H O LAMP/MIRROR M (1) 26w Compact Fluorescent Triple 4 Pin 4 32 1.0 130.0 X 2 260 Elec CFTR26WIGX24g-3 1 26 1.0 28.0 X 26 728 M 36wi39w Lng Cmpt T5 Fluorescent M win FT36W/2G11 (2) 28w Linear Fluorescent T5 Elec 1 36 1.0 51.0 X 3 153 F28T5 2 28 1.0 60.0 X 4 240 M M M 1 12 1.0 12.0 X 7 84 MIM1 (2) 28w Linear Fluorescent TS Elec M1 F28T5 (1) 26w Compact Fluorescent Triple 4 Pin EElec 2 28 1.0 60.0 X 16 960 CFTR26W; GX24g-3 1 26 1.0 28.0 X 2 56 M1 (2) 28w Linear Fluorescent T5 Elec F28T5 2 28 1.0 60.0 X 7 420 PAGE TOTAL 6,247 "RECEIVEL BUILDING TOTAL (sum of all pages) 74,996 OCT 2 9 7004 PORTABLE LIGHTING (From LTG-3-C) 26 CONTROL CREDIT (From LTG-4-C) 815 VVDL CONSTRUCTION ADJUSTED ACTUAL WATTS 74,207 EnergyPro 4.4 by Ene,gySort User Number 5678 Job Number 07.0021 Page 101 at 157 JINDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts C D E ry Z �y 3313 or�� 3 9 U v 3 y Name Type Description 5 g MM (1) 55w Lng Cmpt T5 Fluorescent Twin Elec FT55W12G 1 1 N (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26WlGX24g-3 N (2) 13w Compact Fluorescent Triple 4 Pm Elec CFM 13WiGX24q-1 N (2) 28w Linear Fluorescent T5 Elec F28T5 N/N1 (2) 28w Linear Fluorescent T5 Elec F28T5 N1 (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W,'GX24g-3 NN 50w Low Voltage Halogen P 35w Metal Halide 50 Watt Lamp P/P 1 (1) 26w Compact Fluorescent Tnple 4 Pin M35/39 Elec CFTR26W/GX24g-3 P/P1 35w Low Voltage Halogen P1 (( 35 Watt Lamp Compact Fluorescent Triple 4 Pm E1 1ec6w CFTR26WlGX24g-3 PP COLOR KINETICS QLX 4W/LINEAR FOOT L-66 Q (2) 13w Compact Fluorescent Quad 4 Pin EElec CF013W'G24q-1 Q 50w Low Voltage Halogen O 50w Low Voltage Halogen Mag 50 Watt Lamp QO 35w Metal Halide 50 Watt Lamp M35/39 R (1) 18w Compact Fluorescent Triple 4 Pin EElec CFM 18W/GX24q-2 R (1) 18w Long Compt Fluorescent T5 Twin Pm Elec FT18Wr2G11 R 35w Low Voltage Halogen 35 Watt Lamp R R R RR (1) 13w Compact Fluorescent Triple 4 Pm Elec CFM 13W/GX24q-1 S (1) 24w/27w Lng Cmpt T5 Fluorescent Twin Elec FT24W/2G11 S (1) 26w Compact Fluorescent Triple 4 Pin EElec CFTR26W/GX24g-3 s s S 1 1 2 2 2 1 1 1 1 1 1 1 2 1 1 1 1 1 1 1 1 1 1 1 55 26 13 28 28 26 50 35 26 35 26 4 13 50 50 35 18 18 35 4 13 24 26 2 F rmZ c m c 3v3 5 ; Cr d C M CD O 1.0 1.0 2.0 1-0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 2.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 Installed Watts G li I J r 3 o n j eon n,m 67-, cn j J vy No 58.0 X 28.0 X 25.0 X 60.0 X 60.0 X 28.0 X 54.0 X 44.0 X 28.0 X 38.0 X 28.0 X 5.0 X 25.0 X 54.0 X 55.0 X 44.0 X 21.0 X 24.0 X 38.0 X 4.4 X 14.0 X 27.0 X 28.0 X 2.0 X r c 3 c 5 0 3 N 9 1 29 21 8 62 2 16 2 6 34 8 22 5 13 2 4 15 18 13 364 2 8 2 9 PAGE TOTAL BUILDING TOTAL (sum of all pages) PORTABLE LIGHTING (From LTG-3-C) 3 x x N � 58 812 525 480 3,720 56 864 88 168 1,292 224 •110 125 702 110 176 315 432 494 1,602 28 216 56 18 12,671 74,996 0 CONTROL CREDIT (From LTG-4-C) 815 ADJUSTED ACTUAL WATTS 74,207 • EnergyPro 4 4 by EnergySofl User Number 5678 Job Number 07 0021 Page 102 of 157 JINDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts Installed Watts C D F F G H I <m r C d C 333 y C W C 3y3 C 3�� �n C 3 c a� a 5,10 Cr N o= y N i c n N G. c j Name Type Description S g - R'$ o - co `' - ct N SS (1) 26w Compact Fluorescent Triple 4 Pin •�•e No Elec CFTR26W,,GX24g-3 1 26 1.0 28.0 X 3 84 T (2) 13w Compact Fluorescent Triple 4 Pin Elec CFM 13W/GX24q-1 2 13 2.0 25.0 X 38 950 T 3w LED 3 Watt LED 1 3 1.0 6.0 X 14 84 T 50w Low Voltage Halogen 50 Watt Lamp 1 50 1.0 54.0 X 2 108 TT (1) 18w Long Compt Fluorescent TS Twin Pin FT18W/2G11 1 18 1.0 23.0 X 2 46 U (1) 18w Compact Fluorescent Quad 2 Pin C F018W/G24d-2 1 18 1.0 25.0 X 12 300 U (1) 21w Linear Fluorescent T5 Elec F21T5 1 21 1.0 27.0 X 66 1,782 U 60w Surface Mount Incandescent sow 1 60 60.0 X 3 180 UC ( 1 ) 28w Linear Fluorescent T5 Elec F28T5 1 28 1.0 30.0 X 2 60 UU 40w Wall Mount Incandescent 40W 1 40 40.0 X 9 360 V 75w Low Voltage Halogen 75 Watt Lamp 1 75 1.0 80.0 X 6 480 V V • v 60 23 1.0 X 1 1,380 W SOw Low Voltage Halogen 50 watt Lamp 1 50 1.0 54.0 X 13 702 W (1) 36w139w Ling Cmpt T5 Fluorescent TTwin Elec FT36W/2G11 1 36 1.0 37.0 X 10 370 W 20w Low Voltage Halogen 20 watt Lamp 1 20 1.0 23.0 X 2 46 W Sw LED 5 Watt LED 1 5 1.0 8.0 X 27 216 X 100w Surface Mount Incandescent 100W 1 100 100.0 X 1 100 X 35w Low Voltage Halogen 35 Watt Lamp 1 35 1.0 38.0 X 3 114 X/X1 (2) 2 1 Fluorescent T8 Elec F17T8 2 17 1.0 33.0 X 4 132 V 35w Low Voltage Halogen 35 Watt Lamp 1 35 1.0 38.0 X 6 228 Y 35w Low Voltage Halogen Mag 35 Watt Lamp 1 35 1.0 39.0 X 12 468 Y 60 W E12 1 60 1.0 60.0 X 4 240 YY 50w Low Voltage Halogen 50 Watt Lamp 1 50 1.0 54.0 X 3 162 Z (1) 18w Compact Fluorescent Triple 4 Pm CFM 18W.'GX24q 2 1 18 1.0 25.0 X 56 1 400 PAGE TOTAL 9,992 RECEIVEDBUILDING TOTAL (sum of all pages) 74,996 OCT 2 PORTABLE LIGHTING (From LTG-3-C) 26 A ?Q09 CONTROL CREDIT (From LTG-4-C) 815 CONSTRUCTION ADJUSTED ACTUAL WATTS 74,207 EnergyPro 4 4 by EnergySoR User Number 5678 .lob Number 07 0021 P 1yC 1 n3 .,r 1 ti 7 JINDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts Installed Watts C D E F G H I CdZ Q a C9LC Q C v 3 10 m 3 ^z N 3 a) m c D w m' m 0) y- c n o_ 3 d x m Name Type Description rn o c o i N n Z (t) 4 ft Fluorescent T8 Energy Savings as No Elec F32T8 1 30 1.0 29.0 X 18 522 Z 42w Low Voltage Halogen 42 watt Lamp 1 42 1.0 45.0 X 6 270 ZZ Bw LED STRIP 8 Watt LED Strip 1 8 1.0 9.0 X 25 225 PAGE TOTAL 1,017 BUILDING TOTAL (sum of all paged 74,996 PORTABLE LIGHTING lFrom LTG-3-C) 26 CONTROL CREDIT (From LTG-4-C) 815 ADJUSTED ACTUAL WATTS 74,207 Energypro 4.4 by EnergySoft User Number 5678 .boo Number 07 0021 Page 104 of 157 :7 • JINDOOR LIGHTING SCHEDULE (Part 2 of 2) LTG-2-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR UNCONDITIONED SPACES Luminaire Lamps/Ballasts Installed Watts C D E F G H I J c�c �m 3�3 :4 y�Z -m3 c 3c� o c� Z 3 - �3 y ^� v3�r 3 o� c n 303 Name Type Descnphon `? ° 3 ? 3 � .. — — DrD1 l2) 4 ft Fluorescent T8 Energy Savings �es h0 Elec F32T8 2 30 1.0 54.0 X 2 108 (1 F 1 ) 26w Compact Fluorescent Tnple 4 Pm lec CFTR26WGX24g-3 1 26 1.0 28.0 X 15 420 P 1 (1) 26w Compact Fluorescent Triple 4 Pm Elec CFTR26W/GX24g 3 1 26 1.0 28.0 X 2 56 U (1) 18w Compact Fluorescent Quad 2 Pm cFQ1eW/G24a-2 1 18 1.0 25.0 X 2 50 Z (1) 4 ft Fluorescent T8 Energy Savings Elec F32T8 1 30 1.0 29.0 X 3 87 ZZ (1) 36wQ9w Lng Cmpt T5 Fluorescent Twin FT36W�2G1 36 1.0 51.0 X 16 816 • RECEIVEL OCT 2 9 2009 WDL CONSTRUCTION PAGE TOTAL BUILDING TOTAL (sum of all pages) CONTROL CREDIT (From LTG-4-C) ADJUSTED ACTUAL WATTS 1,537 1,537 0 1,537 EnergyP,o 4 4 by EnergySok User Number 5678 Job Number 07 0021 Page 105 o1 157 LLIGHTING CONTROLS CREDIT WORKSHEET (Part 1 of 2) LTG-4-C CONTROL CREDITS FOR CONDITIONED SPACES • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 A B C D E F G H I J ROOM # ZONE ID LIGHTING DAYLIGHTING ROOM WINDOW SKYLIGHT WATTS OF LIGHTING CONTROL CREDIT CONDITIONED CONTROL AREAS DESCRIPTION PLAN REF- AREA (SF) WALL GLAZING EFFECTIVE CONTROL RATIO VLT ADJUST. WATTS APERTURE LIGHTING FACTOR (H X 1) CHK-IN/ RECEPT Dimming - Manual 10211 os Y 346 114 0.10 11 IMAGING WAIT 100001 Dimming - Manual Y 1,008 114 0.10 11 IMAGING WAIT 100/101 Dimming - Manual H 1,008 76 0.10 8 LAB WAIT1 HK-IN Dimming - Manual 01 H 793 190 0.10 19 MEWS SUB -WAIT 119 Dimming Manual H 132 76 0.10 8 WOMEN'S SUB -WAIT Dimming Manual 112 H 154 76 0.10 8 RAD ,ONWAIT Dimming - Manual O H 506 152 0.10 15 RAD,'ONC WAIT Dimming - Manual 100no1 506 190 0.10 19 CT & XRA, SUB -WAIT Dimming - Manual H 233 152 0.10 15 URG CARE 100- Dimming - Manual 01/103-04 K 1,364 152 0.10 15 CONFRENCE A210 Dimming - Manual P/P1 2,406 722 0.10 72 CONFRENCE A210 Dimming - Manual 2,406 110 0.10 11 CONFRENCE A204 Dimming - Manual F 352 76 0.10 8 OFFICE A202 Dimming - Manual F 130 114 0.10 11 • OFFICE A205 Dimming - Manual F 112 114 0.10 11 WAITING A200/ REC. Dimming -Manual A201 F 519 190 0.10 19 WAITING000/ REC Dimming - Manual A R 519 120 0.10 12 REC B201 WK/COPY Dimming - Manual F B202 154 38 0.10 4 OFFICE CONSULT Occ Sensor - — 250 OFFICE C201 Occ Sensor <= 250 A/A1 143 158 0.20 32 TECH WORK 6212 Occ Sensor - — 250 A/A1 120 sgfl 158 0.20 32 DRESSING B209 Dimming - Manual W 64 23 0.10 2 DRESSING B208 Dimming - Manual W 56 23 0.10 2 HALL B203, 204 211 Dimming - Manual F 328 152 0.10 15 WAITING B200 Dimming - Manual P/P 1 315 38 0.10 4 WAITING B200 Dimming - Manual F 315 152 0.10 15 HALL Dimming - Manual B302.309,316-321.324 P/P1 1,324 190 0.10 19 PHYSICIAN'S OFFICE Occ Sensor - <- 250 B323 sgfl A/A 1 90 79 0.20 16 PHYSICIAN'S OFFICE Occ Sensor - — 250 B322 A/A 1 92 sgfl 79 0.20 16 PAGE TOTAL 454 1 From Equation 146-A 2 From Table 146-A BUILDING TOTAL 815 Enter in LTG-2-C: Lighting Control Credit is Page 106 of 157 EnergyPro 4 4 by EnergySoR Use, Number 5678 Jot)Number 070021 LIGHTING CONTROLS CREDIT WORKSHEET (Part 1 of 2) LTG-4-C •CONTROL CREDITS FOR CONDITIONED SPACES PROJECT NAME Eisenhower Ambulatory Care Center A B C D ROOM 0 ZONE ID LIGHTING ROOM CONDITIONED CONTROL PLAN AREA AREAS DESCRIPTION REF. (SF) PHYSICIAN'S OFFICE Occ Sensor - — 250 B320 sgft A/A 1 80 HALL 324 324A.324B Dimming - Manual F 764 HALL Dimming - Manual A304 315,322 329 336 P/P 1 1,154 RESIDENTS OFFICE Dimming - Manual A335 F 138 RESIDENT'S OFFICE Occ Sensor - — 250 A335 sgft M 138 PHYSICIAN'S OFFICE Occ Sensor - — 250 B332 sgft A/A1 86 PHYSICIAN'S OFFICE Occ Sensor - — 250 A311 sgft A/A 1 88 PHYSICIAN'SOFFICE Occ Sensory - — 250 A A/A1 88 PHYSICIAN'S OFFICE Occ Sensor - <- 250 A309 sgft A/A1 86 PHYSICIAN'S OFFICE Occ Sensor — 250 A308 sgft A/A1 85 PHYSICIAN'S OFFICE Occ Sensor - — 250 A/A B338 sgft 1 99 PHYSICIAN'S OFFICE Occ Sensor - — 250 B337 sgft A/A 1 92 REC/CPY/WORK 300- Dimming - Manual 301 B F 641 300- Dimming - Manual •REC/CPY(WORK 301A F 641 PHYSICIAN'S OFFICE Occ Sensor - — 250 A303 sgft A/A1 83 ADMIN OFFICE A302 Occ Sensor - <- 250 sgft A/A 1 114 WAITING 322 Dimming - Manual F 991 WAITING 322 Dimming Manual P/P1 991 WAITING 321.HALL 312 Dimming - Manual Z 991 WAITING 321,HALL 312 Dimming - Manual P/P1 991 PHARMACY WAITING Dimming Manual100 JJ 778 PHARMACY WAITING Dimming - Manual 100 H 778 PHARMACY WAITING Dimming - Manual 100 7$ 7 1) From Equation 146-A 2) From Table 146-A E F G H DAYLIGHTING WINDOW SKYLIGHT WATTS OF WALL GLAZING EFFECTIVE CONTROL RATIO VLT APERTURE LIGHTING RECEIVED O C T 2 8 2009 WDLCONSTRUCTiON 79 152 190 76 120 79 79 79 79 79 79 79 114 76 79 158 76 76 270 76 180 38 304 DATE 10/26/2009 1 J CONTROL LIGHTING CREDIT ADJUST. WATTS FACTOR (H X 1) 0.20 16 0.10 15 0.10 19 0.10 8 0.20 24 0.20 16 0.20 16 0.20 16 0.20 16 0.20 16 0.20 16 0.20 16 0.10 11 0.10 8 0.20 16 0.20 32 0.10 8 0.10 8 0.10 27 0.10 8 0.10 18 0.10 4 0.10 30 PAGE TOTAL 361 BUILDING TOTAL 815 Enter in LTG-2-C Lighting Control Credit EnergyPro4.4 by Energy Soft User Namber 5678 Job Number 070021 �.,.�r iii7 -,4 i-,7 INDOOR LIGHTING POWER ALLOWANCE PROJECT NAME Eisenhower Ambulatory Care Center COMPLETE BUILDING METHOD -CONDITIONED SPACES BUILDING CATEGORY (From Section 146 Table 146-B) AREA CATEGORY METHOD -CONDITIONED SPACES AREA CATEGORY (From Section 146 Table 146-C) Electrical, Mechanical Room Lobby, Main Entry Medical and Clinical Care Lounge, Recreation Locker/Dressing Room Waiting Area Corridor/Restroom/Suprt Commercial, Industrial Storage Office — Convenfion/Conference/Meeting TAILORED METHOD- C0NDrnONED SPACfj U NCONDITIO_ NED_SPACES Complete Building and Area Catagory Methods Catgpry (From Section 146 Table 146-BBC) Electrical, Mechanical Room TAILORED METHOD - UNCONDITIONED SPACES LTG-5-C DATE • 10/26/2009 WATTS COMPLETE ALLOWED PER SF BLDG.AREA WATTS WATTS AREA ALLOWED PER SF (SF) WATTS 0.70 6,314 4,420 1.50 7,043 10,565 1.20 20,371 24,445 1.10 1,108 1 218 0.80 401 321 1.10 10,512 11,A64� 0.60 14 587 8,752 _ 0.60 806, 484 1.20 18 574 22,289 1.40 3,236 4,5311 PAGE TOTAL 82 952 88, 588 • BUILDING TOTAL , 0 �89�569j AREA WATTS TOTAL ALLOWED WATTS (From LTG-6-C or from computer run.) o WATTS AREA I I ALLOWED PER SF (SF) I, I WATTS 0.70 1,882; 1317 PAGE TOTAL 1,882 1,3171 BUILDING TOTAL 1,882 1,317 AREA WATTS TOTAL UNCONDITIONED SPACES ALLOWED WATTS (From LTG-5-C and LTG-6-C) o • EnergyPro 4.4 by EnergySoft User Nimoer 5678 .;00 N, rnDer. 07.0021 Page load 157 JINDOOR LIGHTING POWER ALLOWANCE LTG-5-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WELOWED LIGHTING POWER (Choose One Method) COMPLETE BUILDING METHOD - CONDITIONED SPACES BUILDING CATEGORY (From Section 146 Table 146-B) WATTS COMPLETE ALLOWED PER SF BLDG. AREA WATTS lei AREA CATEGORY METHOD - CONDITIONED SPACES AREA CATEGORY (From Section 146 Table 146-C) Kitchen, Food Preparation Exercise, Gymnasium TAILORED METHOD - CONDITIONED SPACES UNCONDITIONED SPACES Complete Building and Area Catagory Methods Category (From Section 146 Table 146-1 TAILORED METHOD - UNCONDITIONED SPACES WATTS AREA ALLOWED PER SF (SF) WATTS 1.60 273 437 1.00 545 545 PAGE TOTAL 8181 =982 BUILDING TOTAL 83,770L 89 569 eee� u..rr. TOTAL ALLOWED WATTS (From LTGfi-C or from computerfLtl.) WATTS AREA ALLOWED I 1 PER SF (SF) WATTS WDL. CONSTRUCTION PAGE TOTAL 0 0 BUILDING TOTAL __� 882 1,317 AREA WATTS TOTAL UNCONDITIONED SPACES ALLOWED WATTS (From LTG-S-C and LTG-6-C) 1 EnergyPro 4 4 by EnergySoft User Number 5678 Job Number: 07.0021 Page 109 of 157 CERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center PROJECT ADDRESS _ 45-280 Seeley Drive La Quinta PRINCIPAL DESIGNER - LIGHTING Dwayne G. Miller DOCUMENTATION AUTHOR JBA Consulting Engineers GENERAL INFORMATION DATE OF PLANS OUTDOOR LIGHTING ZONE 04-08-2009 FUNCTION TYPE PHASE OF CONSTRUCTION OUTDOOR LIGHTING X NEW CONSTRUCTION Part 1 of 2) OLTG-1-C1 40 TELEPHONE 949-419-3030 TELEPHONE DATE 10/26/2009 Building Permit S Checked by/Date Enforcement Aoenc LZ1 LZ4 [X LZ3 LZ4 OUTDOOR SIGNS INDOOR SIGNS ADDITION — ALTERATION STATEMENT OF COMPLIANCE This Certificate of Compliance lists the outdoor lighting system specifications need to comply with Title 24 Parts 1 and 6 of the California Code of Regulations. This certificate applies only to building lighting requirements. The documentation preparer hereby oellhfies that the documentation I a c to a plete. _ DOCUMENTATION AUTHOR SIGNATURE DATE _ Glynnis Cassan to-�01 The Principal Lighting Designer hereby certifies that the proposed outdoor li ling and signs design represented in this set of construction documents is consistent with the other compliance forms and worksheets, with the specifications. and with any other calculations submitted with this permit application. The proposed building has been designed to meet the lighting requirements contained In Sections 110 119, 130 through 132. and 146,and 149 of Title 24, Part 6. Please Check One. (These sections of the Business and Professions Code are printed in full In the Nonresidential Manual ) I hereby affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code to sign this A document as the person responsible for Its preparation, and that I am licensed in the State of Califomia as a civil engineer or electrical engineer. or I am a licensed architect. I affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code by Section 5537.2 or 6737.3 to sign this document as the person responsible for Its preparation, and that I am a licensed contractor performing this work. I affirm that I am eligible under the exemption to Division 3 of the Business and Professions Code to sign this document because it pertains to a structure or type of work described as exempt pursuant to Business and Professions Code Sections 5537, 5538 and 6737.1. PRINCIPAL LIGHTING DESIGNER - NAME SIO DATE L C. i Dwayne G. Miller 10-7 !1D�' 15 • LIGHTING COMPLIANCE FORMS & WORKSHEETS Check box 0 worksheet is included XOLTG-I -C. Certificate of Compliance. Required on plans 'or all submittals for outdoor lighting. Part 2 of 2 may be incorporated in schedules on the plans. Either LTG-1-C or OLTG-I-C maybe used for signs as follows 1 Use LTG- 1-C it the protect consists solely of indoor signs, 2 Use LTG-1-C if the protect consists of Indoor lighting, outdoor or indoor signs but no other outdoor lighting 3 Use OLTG-I -C if the project consists solely of outdoor signs. 4. Use OLTG-I-C if the prejeci consists of outdoor lighting. outdoor or Indoor signs, but no other Indoor lighting. X OLTG-2-C LIGHTING COMPLIANCE SUMMARY. Applicable parts required for ALL outdoor lighting allowances {Except Signs I. X OLTG-3-C AREA CALCU'-ATIONS WORKSHEET Applicable parts required for all outdoor area calculations X OLTG-4-C SIGN LIGHTING COMPLIANCE Required for all internally and externally illuminated signs, for both indoor and outdoor signs. -- • Enerpy Pro4.4 tDy Enerpytidt UNr Number 5678 Job Number 07.0021 gape 110 d 157 (CERTIFICATE OF COMPLIANCE (Part2 & 2) OLTG-1-Cj • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 [Liqhtinq Schedules on Plans Show that Outdoor Lightinq Meets Allowed Lighting Power X Lighting power allowance for general site illumination on OLTG-2-C Part 1 of 4 Not Applicable Lighting power allowance for local ordinances or for security multipliers on OLTG-2-C Part 2 of 4 X Not Applicable X Lighting power allowances for specific applications, other than vehicle service stations with canopies on OLTG-2-C Part 3 of 4 Not Applicable Lighting power allowances for vehicle service station canopies on OLTG-2-C part 4 of 4 X Not Applicable X Sign lighting compliance on OLTG-4-C Not Applicable Wandatory Measures on Plans Show that Outdoor Liaht'no Meets Outdoor Liaht'na Controls And Eau'prrlent X Installed lighting power has been determined in accordance with Section 130(c)l Not Applicable X All permanently installed luminaires with lamps rated over 100 Watts either have a lamp efficacy of at least 60 lumins per Watt or are controlled by a motion sensor per Section 132(a) Not Applicable X All Luminaires with lamps rated greater than 175 Watts in hardscape area. including parking lots, building entrances, canopies. and all outdoor sales areas meet the Cutoff Requirements of Section 132(b) • Not Applicable X All permanently installed outdoor lighting meets the control requirements of Section 132(c)1 Not Applicable X Building facades. parking lots, garages. canopies, and outdoor sales areas meet the Multi -Level Lighting Requirements of Section 132(c) Not Applicable MANDATORY AUTOMATIC CONTROLS CONTROL LOCATION CONTROL CONTROL TYPE NOTE TO (Room 0) IDENTIFICATION (Auto Time Switch, Dimming, etc.) AREA CONTROLLED FIELD ;DECEIVED O C T 2 9 2009 WDL CONSTRUCTION EnergyP•o 4 4 by EnergySoft User Nomoer 5678 Job Number 070021 Page 111 of 151 LIGHTING COMPLIANCE SUMMARY (Part 1 of 4) OLTG-2-C I Project Name Date • Eisenhower Ambulatory Care Center 10/26/2009 LIGHTING POWER ALLOWANCES - GENERAL SITE ILLUMINATION - Table 147-A Allotted Watts Luminaire Lamps/Ballasts Installed Watts a B C D E F K L 41 N 0 r D D m° D oo n 0 '�^n r °r' r� cZ � a Lighting Application ra F. o- c Ta K90. o m c m m 3 3 m d2 N 3.a 3.x n 3.3 d �d n Category r- n `m ^ m _ y c m= a" 0 Z (Table 147•A) -n s o _ � H Description o 7 m N E d Parking Lots 400w High Pressure Sodium 151.000 015 22 650 (AA) X S400 2 400 1 0 8690 X 10 8,690 400w High Pressure Sodium x S400 1 400 1 0 4690 X 28 13 132 Total Allotted Watts 22,650 Total Installed Watts 21 822 • EnergyPro 4 4 by EnergySoR User Number 9678 Job Number 07 0021 Page 112 of 157 (LIGHTING COMPLIANCE SUMMARY (Part 3 of 4) OLTG 2 C Project Name • Date Eisenhower Ambulatory Care Center 10/26/2009 is LIGHTING POWER ALLOWANCE FOR SPECIFIC APPLICATIONS Table 147-8 - Other than Vehicle Station without Cano ,es Allotted Watts Luminaire Lamps;Ballasts Design Watts A B C 0 E F G H J K L Y N 0 P r A D D n0 rr c °' rtA c y r n r= c m c c iD O S n Lighting Application r xa a ro 5 3 R3a a rm 3 2.3 x = 0 2 °- a Category L3 1 (Table 147-8) Description ' oOeicrl Entry Canopy 3,120 050 50w Metal Halide 1.560 RR — o N 1.150 1 50 1 0 58.0 X 10 580 1.420 150w Metal Halide QO Car Ports M 150 1 150 10 168.0 X 5 840 19.527 050 100w High Pressure Sodium 9.764 S100 1 100 1.0 116.0 X 38 4,408 4,4013 RECEIVED OCT 2 9 2009 WDL CONSTRUCTION F,'-y.P-.14 cvEne,gySoft User Number567a Job Number 070021 Page 113 of 157 [ILLUMINATED AREA CALCULATION WORKSHEET(Part 1 of 5) OLTG-3 C PROJECT NAME DATE • Eisenhower AmbulatoryCare Center 10/26/2009 Hardsca e - Method l A. Hardscape for automotive vehicular use, including parking lots, driveways and site roads. ti C DG H Arlual Pave Area • 5' Areas (SF) to Subtract from within the Illuminated Area Wimew of adjacent unpaved a'M. Include. Area between ptantem and land poles or Includes pantm and luminaires that Overlapping iandscaw areas less than tp wide that ere are > 6 times the mounting height areas of another Areas obstructed Sub total of Lighting Application (Table 147-BI enclosed oy nardscape inn least a.x1e. distance (If Applicable) application or luminaire Building by signs or areas to subtract Illuminated Area at Areas other structures (C + D + E + F) (B - G) Parking Lots 151,000 0 0 0 0 0 151 000 B. Hardscape for pedestian use, including plazas, sidewalks, walkways and bikeways • A B C D E F G H Areas (SF) to Subtract from within the Illuminated Area Actual Paved Area • 5 of Area between unpaved land on either poles or We or path of trawl luminaires that Overlapping Shall -Jude so are > 6 times the areas Areas Sub total of mnaquous Paved area Lighting Applicationbeforemcluarp adjacent mounting height distance of another obstructed application or Building by signs or areas to (Table 147-B) grounds (If Applicable) lumnaire Areas other structures subtract Illuminated Area (C + D + E + F) (B - G) Checklist Section 147 Ici1 B Each portion of all Ilumrnated areas has been ass.gned only one lighting application, and the applications are c01'sistent with actual use of the areas Section 147 (c11 A - General Illumination areas ,ndudes drily those dlum nated areas trial are in the bounds of the Application and are within a square pattern around a luminaire that is six times the luminaire 7lounting heghj. with the luminaire in the m,ddle of the paMem less any areas that are within buildings. under cahopies. beyond • property Imes. or obstructed b s, ins or oMer structures EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 Page 114 of 157 JILLUMINATED AREA CALCULATION WORKSHEET(Part 4 of 5) OLTG-3-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 Ornamental Lighting, Canopies, Vehicle Service Station Hardsca e, and Outdoor Dining A g C D E F G Areas (SF) to Subtract from within the Illuminated Area Area between poles or luminaires Overlapping areas Gross Illuminated that are > 6 times of another Areas obstructed Sub total of areas Lighting pppp Alication Area of Application the mounting height application or by signs or other to subtract Illuminated Area (Table 147-B) (St-) distance luminaire structures (C * D - E) (8-F) Non -sales Canopy 3,120 Non -sales Canopy 3,120 0 0 0 0 - _ 19,527 0 0 0 0 19,527 • Chsckllst Section 147 (c)1 B -Each portion of all illuminated areas has been assigned only one lighting application and the applications are consistent with actua, use of the areas Section 147 ic11 C • The area of omamenla- �rghting includes no more than the total area of the site external to budding, Luminaires used for ornamental fighting employ lamps rated 100 warts or -ess, and are not used to determine LPD for general muounation. Section 147 (c)2 D - Measured in plan view the areas of illuminated canopies Include the horizontal protection of the canopies Section 147 (a)1 F -The area of vehicle service station hardscape includes only illuminated hardscape areas beyond the horizontal projection of the canopy in plan view Section 147 (a)1 I - The area of outdoor dining area includes only illuminated hardscape areas used to serve and consume food and beverages RECEIVED OCT 2 9 2009 WDL CONSTRUCTION EnergyPro 4.4 Dy EnergySoft User Number 5678 Job Number: 07 0021 Page:115 01157 (SIGN COMPLIANCE SUMMARY OLTG-4-C Project Name Eisenhower Ambulatory Care Center Date10/26/2009 IAlternative 1 - Lighting Power Allowances Alternative 2 - For Si-ns Description or Location Externally Illuminated Sign that ONLY use one or more of the technologies listed in M through S . Ch"k gil !nai WWY i D E F' G H I 1 K L V N O P O R S Allotted Watts Lamp Ballast Design Watts z is m ° 3• n r R 3 • 3 a o [ O m � 3 to r i a n r T m o o_ v a p . 3 _ _ 3 'c ii 3 = x tt^ o 5 X ; _ r ° Lamp Type M70 165 E 2 3 380 3 30 258 Y F' For Allotted LPD uses 12 Wattsrft :for Internally Illuminated Signs, and use 2 3 Watisift for Externally Illuminated Signs Note If an Internally Illuminated or Externally Illuminated sign contains light sources and ballasts other than those included in columns IMI through IS) such as incandescent lamps, medium base sockets, magnetic ballasts, etc. then the sign must comply under Alternative 1 However, unfiltered signs, and unfiltered portions of Internally and Externally Illuminated signs are not required to meet these Standards 0 • • EnergyPro 4 4 by ErergySoft Use, Numoer 5678 Job Numb&7 0021 Page 116 of 157 • 171 • (CERTIFICATE OF COMPLIANCE (Part 1 of 2) MECH-1-C] PROJECT NAME Eisenhower Ambulatory Care Center PROJECT ADDRESS 45-280 Seeley Drive La Quinta PRINCIPAL DESIGNER - MECHANICAL Edward P. Butera DATE 10/26/2009 TELEPHONE Building Permit N 949-419-3030 DOCUMENTATION AUTHOR TELEPHONE Checked oy/Date JBA Consulting Engineers y H-Wo=rf;rcen,entAgency [GENERAL INFORMATION DATE OF PLANS BUILDING CONDITIONED FLOOR AREA CLIMATE ZONE 04-08-2009 83,770sq.Ft. 15 BUILDING TYPE PHASE OF CONSTRUCTION METHOD OF MECHANICAL COMPLIANCE X NONRESIDENTIAL X NEW CONSTRUCTION X PRESCRIPTIVE HIGH RISE RESIDENTIAL ADDITION ALTERATION PERFORMANCE HOTELMOTEL GUEST ROOM UNCONDITIONED IF ,e Affidavit) PROOF OF ENVELOPE COMPLIANCE PREVIOUS ENVELOPE PERMIT ' \ ENVELOPE COMPLIANCE ATTACHED ISTATEMENT OF COMPLIANCE This Certificate of Compliance lists the building features and performance specifications needed to comply with Title 24, Parts 1 and 6 of the California Code of Regulabons. This certificate applies only to budding mechanical requirements. The documentation preparer hereby certifies 'hat the documentation :As nd comp) DOCUMENTATION AUTHOR SIGNATURE /� DATE Glynnis Cassan — `—\� ��,Zppr� The Principal Mechanical Designer hereby certifies that the proposed resented in this set of construction documents is consistent with the other compliance forms and worksheets, with the specifications and with any other calculations submitted with this permit application. The proposed budding has been designed to meet the mechanical requirements contained :n the applicable parts of Sections 100, 101, 102, 110 through115, 120 through 125, 142 144, and 145 x The plans & specifications meet the requirements of Part 1 i,Sections 10-10a) The installation certificates meet the requirements of Part 1 (10-103a 3) Tne operation 8, maintenance ,nformabon meets the requirements of Part 1 ,1 C-103c) Please check one (These sectionsof the Business and Professions Code are printed in full in the Nonresidential Manual ) VC I hereby affirm that I am eligible under the provisions of Division 3 of the Busiress and Professions Code to sign this document as the person responsible for as preparation and that I am bcensed n the State or California as a civil engineer or mechanical engineer or I am a licensed arcnrect. I affirm that I am eligible under the exemption to Dmsion 3 of the Bus,ness and Prcfessions Code by Section 5537 2 or 6737 3 tc sign this document as the person •esponsibie for ,ts preparation ano that I am a licensed contractor performing this work I affirm that I am eligible under the exemption to Division 3 of the Business and Professions Code to s;gn this document because it pertains to a structure or type of work described pursuant to Business and ProfeCace sections 5537 5538, and 6737 1 PRINCIPAL MECHANICAL DESIGNER - NAME S T R , ^ DATE LIC. p Edward P. Butera `� f / 10 --zf0-ZOG'i M i$q I_q 1INSTRUCTIONS TO APPLICANT X MECH-I-C Certificate of Compliance. Part 1 2. 3 of 3 are required on plans for all submittals x MECH-2-C AirANater/Service,Water Pools Requirements, Part 1 of 3, 2 of 3 3 of 3 are required for all submittals but may be on plans x MECH-3-C Mechanical Venblabon and Reheat is required for all submittals with mechanical Ventilation, but may be on plans. X MECH-4-C HVAC Misc Prescriptive Requirements is required for all prescriptive submittals, but may be on plans. MECH-5-C Mechanical Equipment Details are required for all performance submittals. EnergyPro ,11 4 oy EnergySo4 User Number 5678 Job Number 07 0021 Pape 117 of 157 RECEIVE® OCT 2 9 2009 WDLCQNSTRI ICTION CERTIFICATE OF COMPLIANCE (Part 2 of 2) MECH 1 C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 009 Designer: 1 U/26/2 Tnjs form is to be used by the designer and attached to the plans Listed below are all the acceptance tests for mechanical systems The designer is required to check the boxes by all acceptance tests that apply and list all equipment that requires an acceptance test If all equipment of a certain type requires a test, list the equipment description and the number of systems to be tested in parentheses The NJ number designates the Section in the Appendix of the Nonresidential ACM Manual that describes the test Also indicate the person responsible for performing the tests (1 a the installing contractor, design professional of an agent selected by the owner) Since this form will be part of the plans, completion of this section will allow the responsible party to budget for the scope of work appropriately Building Departments: SYSTEM ACCEPTANCE Before an occupancy permit is granted for a newly constructed building or space, or a new space -conditioning system serving a building or space is operated for normal use, all control devices serving the budding or space shall be certified as meeting the Acceptance Requirements for Code Compliance In addition a Certificate of Acceptance. MECH-I-A Form shall be submitted to the building department that certifies plans 9rsarie tusnc ner�u mot. and operatinq and main the requirements of Section 10-103(b) and Title 24 MECH-2-A. Ventilation System Acceptance Document -Variable Air Volume Systems Outdoor Air Acceptance -Constant Air Volume Systems Outdoor Air Acceptance Equipment requiring acceptance testing rest requeed on as New systems both New Cnnstrucbon and Retmrx MECH-3-A Packaged HVAC Systems Acceptance Document Equipment requiring acceptance testing Test regar d on ah New systems both New Consfu Wn end Refro& MECH-4-A Air -Side Economizer Acceptance Document Equipment requiring acceptance testing Test requeed r &t New systems both New Consfnrcbon and RefmM Units wdh 0[ 10mrZer3 that are rnsfaaed at the factory and teamed with the commissar rso mg mqw. equpmenf tevng but do mg,_ cnnshuchon rnspeppn MECH-5-A: Air Distnbution Acceptance Document Equipment requinng acceptance testing Thu test requngd M the urn( serves 5. 000 M2 of space or bss and 25% or mete of the ducts are in nrnccyrdrfarred or sernwonot oned spessr hike an adrC New systems Mat meet the above rfquxements RebrMt systems that meet tha ,above tedwmn,,enrs and either -tend darts. epace drn'r5 or replace the paCMagod stria MECH-6-A Demand Control Ventilation Acceptance Document Equipment requiring acceptance testing Aa new DCV commis rnsisasd on new a earsrng p gagged systems must be rested MECH-7-A: Supply Fan Variable Flow Control Acceptance Document Equipment requiring acceptance testing AO new, VAV W .00u conpois m 1&yed un rvw W _,twV systems must be tested MECH-8-A:-Hydronic System Control Acceptance Document -Variable Flow Controls Appea in ,:fd*a and rot ware, systems -Automatic Isolation Controls Apphes to new twders and , h'Hb s and the pnman pumps IYe comrecfed to a commas header -Supply Water Temperature Reset Controls APPnes 10 new constant Mow chimed snit rat wirer systems that have a deign capaGty greater Man nr Weti'to Soo ccv aru`r -Water-loop Heat Pump Controls Apples fu as new warenopp heat pump systems where the w-"—d top pumps aye yreofer than 5 hp -Variable Frequency Controls At-tvies !u aB new y MNfan pumps on new .amble low rtwaed, hydmr heat pump rn condenser was, systems whet the pumps -fors are greater Man 5 on Equipment requmng acceptance testing EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 Page118 of 157 • • RECEIVE® �IR SYSTEM REQUIREMENTS Part 1 of 2 MECH-2-C • PROJECT NAME VVIX CONSTRUCT[O, ON DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS. Central or Single Zone ITEM OR SYSTEM TAG(S) FC- FC-2 FC 3 Number of Systems 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification Heating Equipment Efficiency 112(a) n/a n a n/a Cooling Equipment Efficiency 112(a) n/a n/a n/a Heat Pump Thermostat 112(b) n/a n/a n/a Furnace Controls 112(c). 115(a) n/a nia n/a Natural Ventilation 121(b) No No Yes Minimum Ventilation 121(b) 11 cfm 18 cfm 39 cfm VAV Minimum Position Control 121(c) No No No Demand Control Ventilation 121(c) No No Yes Time Control 121(c), 122(e) Programmable Switch Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required Outdoor Damper Control 122(f) Isolation Zones 122(g) nia nia n/a •Pipe Insulation Duct Insulation 123 124 YES R-8 0 YES YES R-8 0 R 8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity i 4s = 144 (a & b) n1a n/a ri/a Proposed Heating Capacity 144 (a & b) 0 btuh 0 btuh 22.600 btuh Calculated Sensible Cooling Capacity . 1 212 144 (a & b) nia n/a n/a Proposed Sensible Cooling Capacity 144 (a & b) 13.800 btuh 44.300 btuh 15.100 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) Supply Pressure Reset IDDC only) 144 (c) No No No Simultaneous HeatlCool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compliance' 1" (k) No t For each central and single zone a systems (or group of srm,lar unds I fill in the reference to sheet number and.'or requ red features are documented If a requirement .s not apphcabie put "NSA' in the column No spec.ficahon sect on and paragraph No nurher where the 2 Nol requwred for bydromc healing and cool ng Elmer enter a value here or put in reference of plans and spec•f•catons Per footnote 1 3 Enter Yes 14 System is Constant Volume Single Zone. Serves < 5 000 S M Has > 25% duct ,n uncond,lioned space Duct sealing is required for Prescriptive Compliance. see PERF 1 for performance method duct seal ng requirements [NOTES TO FIELD - For Buildina Department Use On -IV EnergyPro 4 4 by EnergySott User Number 5678 lob Number 07 0021 Page 119 of 157 AIR SYSTEM REQUIREMENTS Part 1 of 2 MECH-2-6 PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS. Central or Single Zone ITEM OR SYSTEM TAG(S) FC 4 FC 5 FC-5A Number of Systems 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification ' Heating Equipment Efficiency 112(a) n/a n/a nra Cooling Equipment Efficiency 112(a) nra nia n/a Heat Pump Thermostat 112(b) n/a n/a n/a Furnace Controls 112(c). 115(a) n/a n.ia n/a Natural Ventilation 121(b) No No No Minimum Ventilation 121(b) 170 cfm 50 cfm 255 cfm VAV Minimum Position Control 121(c) No No No Demand Control Ventilation 121(c) No No No Time Control 121(c), 122(e) Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required Outdoor Damper Control 122(f) Isolation Zones 122(g) n/a nra nia Pipe Insulation 123 YES YES YES Duct Insulation 124 R-8 0 R-8 0 R-8 0 • PRESCRIPTIVE MEASURES Calculated Heating Capacity r 4, 144 (a & b) n/a n/a n/a Proposed Heating Capacity 144 (a & b) 0 btuh 0 btuh 27,500 btuh Calculated Sensible Cooling Capacity . 121 1" (a & b) nia n. a n/a Proposed Sensible Cooling Capacity ` 144 (a & b) 57 100 btuh 13 800 btuh 21,800 btuh Fan Control 1" (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) Supply Pressure Reset (0DC only) 144 (c) No No No Simultaneous HeatiCool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compliance' i For earn central and single zone air systems ;or group required features are documented If a requirements not 144 (k) No of somdar units) fill in the reference to sneel number andor applicable out -N/A' ,n the column No specification section and paragraph No number where the 2 Not requ red 'or nydromc heating and cooling Ether enter a value here or put ,n reference of plans and specd�catons per rootnote 1 3 Enter Yes if System is Constant Volume, Single Zone Sen es - 5.000 sgft; Has > 25% duct in unconditioned space Dud sealing is required for Prescriptive Compliance see PERF t for performance method duct sealing requirements INOTES TO FIELD - For Buildina • EnergyPro 4.4 oy EnergySoll User Number 5678 Job Number 070021 Page 120 of 157 RECEIVE[ FAIR SYSTEM REQUIREMENTS OCT 2 q 2009 Part 1 of 2 MECH-2-C • PROJECT NAME VPL CONSTRUCTION DATE Eisenhower Ambulatory Care Cen er 10/26/2009 SYSTEM FEATURES AIR SYSTEMS Central or Single Zone ITEM OR SYSTEM TAG(S) F C 6 FC 7 FC-7A Number of Systems 1 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification Heating Equipment Efficiency 112(a) n/a nia n.fa Cooling Equipment Efficiency 112(a) nta Na n/a Heat Pump Thermostat 112(b) n/a n;a n/a Furnace Controls 112(c). 115(a) n,ra n/a n1a Natural Ventilation 121(b) No No No Minimum Ventilation 121(b) 17 cfm 16 cfm 177 cfm VAV Minimum Position Control 121(c) No No No Demand Control Ventilation 121(c) Yes Yes No Time Control 121(c). 122(e) Programmable Switch Programmable Switch Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Healing & Cooling Required Outdoor Damper Control 122(f) Auto Auto Isolation Zones 122(g) n/a n/a n/a Pipe Insulation • Duct Insulation 123 124 YES R-8 0 YES R-8.0 YES R-8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity + 4; 1 144 (a & b) n/a n,a n/a Proposed Heating Capacity 144 (a & b) 0 btuh 0 btuh 27,400 btuh Calculated Sensible Cooling Capacity = 1 211 144 (a 8 b) n/a ma n/a Proposed Sensible Cooling Capacity 144 (a 8 b) 13,800 btuh 18,200 btuh 21,800 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) Supply Pressure Reset (DDC only) 144 (c) No No No Simultaneous Heat/Cool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset Cooling Air Supply Reset 144 (f) 144 If) Constant Temp Constant Temp Constant Temp Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compliance 144 (k) 1 For each central and s ngle zone at systems (or group of similar units) fill requ,red'eatures are documented if a requirement s not applicable Put'N,A' No in the reference !o sheet number and'or in the column No specficaPon section and No Paragraph number where the 2 Nol required for hydronc healing and cooling E finer enter a value here or put in reference fit plans and spec Ircalons per footnote 1 3 Eller Yes f System s Constant Volume S ngle gene Serves < 5 000 sgft. Has > 25", dud m unconditioned space Duct sealing s requ see PERF-1 'or performance method duct seal ng requ�rerrents red 'or Prescriptive Compliance. INCITES EnergyPro 4 4 ,y Energygoft User Number 5678 Job Number 07 0021 Page 121 of 157 [AIR SYSTEM REQUIREMENTS Part 1 of 2 MECH-2-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS, Central or Single Zone ITEM OR SYSTEM TAG(S) PC-8 FC.q FC-10 Number of Systems 1 1 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification Heating Equipment Efficiency 112(a) n/a nia nia Cooling Equipment Efficiency Heat Pump Thermostat 112(a) 112(b) nia n/a n/a n/a n/a nfa Furnace Controls 112(c), 115(a) n/a n/a nia Natural Ventilation 121(b) No No No Minimum Ventilation 121(b) 14 c(m 127 cfm 21 cfm VAV Minimum Position Control 121(c) No No No Demand Control Ventilation 121(c) Yes No No Time Control 121(c), 122(e) Programmable Switch Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required Outdoor Damper Control 122(f) Auto Isolation Zones 122(g) n/a n/a nia Pipe Insulation 123 YES YES YES Duct Insulation 124 R-8 0 R-8 0 R-8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity t 4_? 144 (a g b) n,a n/a n/a Proposed Heating Capacity 144 (a & b) 0 btuh 0 btuh 0 btuh Calculated Sensible Cooling Capacity 1 21` 144 (a & b) n.'a n/a n/a Proposed Sensible Cooling Capacity 144 (a & b) 13,800 bluh 18,000 btuh 35.400 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) Supply Pressure Reset (DDC only) 144 (c) No No No Simultaneous HeaVCool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset Cooling Air Supply Reset 144 (f) 144 (f) Constant Temp Constant Temp Constant Temp Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compliance' 144 (k) No 1 For each Lentrai and s,ngie tone air systems for group or similar urntsl rill n the reference to sheet number and'or requ red'eatures are documented If a requirement s not appl•cable, out -NSA' in the cdumn No scecifcahon section and No paragraph number where the 2 Not requ red for nydromc healing and cool-ng Erther enter a value here or put in reference of plans and speoficatons per footnote 1 3 Enter Yes t' System is Constant Volume Single Zone see PERF-i for performance method duct sealing requrements Serves < 5 000 sgfl Has � 25% duct �n uncondtoned space Duct sealing is requ red for Prescriptive Compt,ance. FIELDINOTES TO - For Buildina • • EnergyPro 4.4 by EnergySof[ User Number 5678 Job Number 07 0021 Page 122 of 157 RECEIVEI FAIR SYSTEM REQUIREMENTS nrT Part 1 of 2 MECH-2-C • PROJECT NAME Eisenhower Ambulatory W L& CONSTRUCTION RUCTION DATE Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS, Central or Single Zone ITEM OR SYSTEM TAG(S) FC-11 I'C-12 rC 3 Number of Systems 1 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification ' Heating Equipment Efficiency 112(a) n/a n.'a n/a Cooling Equipment Efficiency 112(a) n/a n/a nfai Heat Pump Thermostat 112(b) n/a n/a n1a Furnace Controls 112(c), 115(a) ma n/a n/a Natural Ventilation 121(b) No No No Minimum Ventilation 121(b) 59 cfm 40 cfm 12 cfm VAV Minimum Position Control 121(c) No No No Demand Control Ventilation 121(c) No No No Time Control 121(c) 122(e) Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required Outdoor Damper Control 122(f) Isolation Zones 122(g) wa n/a n/a Pipe Insulation • Duct Insulation 123 124 YES R-8,0 YES R-8 0 YES R•8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity 4; 144 (a & b) n/a n;a n/a Proposed Heating Capacity 144 (a & b) 0 bluh 0 btuh 0 btuh Calculated Sensible Cooling Capacity x 1 212 144 (a & b) n/a Wa n/a Proposed Sensible Cooling Capacity 144 (a & b) 29,500 bluh 27 300 btuh 16,400 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) Supply Pressure Reset (DDC only) 144 (c) No No No Simultaneous Heat/Cool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Complianc*3 144 (k) No No No 1 -or each central and s ngle zone air systems for group or similar units) till n the refers ice to sheet number anwor specif--cation section and pa ragrapn number where the requ.red features are documented If a requirement a not applicable, put 'NW in the column. 2 Not required for hvdronic heating and cooling Either enter a sable here or put in reference of plans and speuf-calons per footnote 1 3 Enter Yes d System s Constant Volume S ngle Zone Serves < 5.000 so Has > 259, duct ,, uncond troned space Duct sealing is required for Prescriptve Compliance. see PERF 1 'or performance method duct sealing requirements INOTES TO FIELD - For Buildina Department Use Only Ene•gyPro 4 4 by EnergySoe Use, Number 5678 Job Number 070021 Page 123 of 157 IR SYSTEM REQUIREMENTS Part 1 of 2 MECH-2-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS, Central or Single Zone ITEM OR SYSTEM TAG(S) DFC-1 DFC-2 DFC 3 Number of Systems 1 1 1 MANDATORY MEASURES T-24 Section Reference on Plans or Specification Heating Equipment Efficiency 112(a) n/a n/a n/a Cooling Equipment Efficiency Heat Pump Thermostat Furnace Controls Natural Ventilation Minimum Ventilation VAV Minimum Position Control 112(a) 112(b) 112(c), 115(a) 121(b) 121(b) 121(c) 12 5 SEER i 10 0 EER n/a n/a Yes 20 cfm No 12 5 SEER 10 0 EER n/a i Yes 20 cfm No 12 5 SEER / 10.0 EER n/a n,ea Yes ZO cfm No Demand Control Ventilation 121(c) No No No Time Control Setback and Setup Control Outdoor Damper Control Isolation Zones 121(c), 122(e) 122(e) 122(f) 122(g) Programmable Switch Heating & Cooling Required Auto nia Programmable Switch Heating & Cooling Required Auto n/a Programmable Switch Heating & Cooling Required Auto n/a Pipe Insulation 123 Duct Insulation 124 R-8 0 R-8 0 R-8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity I a I 144 (a & b) 2.194 btuh 0 btuh 550 btuh Proposed Heating Capacity 144 (a & b) 0 btuh 0 btuh 0 btuh Calculated Sensible Cooling Capacity . 12 12 144 (a & b) 2,940 btuh 2.993 btuh 3 871 btuh Proposed Sensible Cooling Capacity 144 (a & b) 15,076 btuh 15 075 btuh 15.164 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) Supply Pressure Reset (DDC only) 144 (c) Yes Yes Yes Simultaneous Heat'Cool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset 144 (r) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compliances 1" (k) No i For each central and singe, zone a r systems for group features of s;mlar unds) fill in the reference to sheet number No No andbr spec ficadon section and paragraph number where the requ red are documented If a requirement is not applicable. out WA' in the column 2 Not required for hydronic heating and coal ng E ther enter a value here or put m reference of plans and specircatons per'Doi 1 3 Enter Yes d System is Constant Volume, Single Zone Serves < 5 000 s(M Has > 25°1e duct in unconditioned space Dun seaimg ,s required for Prescriptive Compliance see PERF-1 for performance method duct seating requrements [NOTES TO FIELD - For I Department Use On-1v • • EvergyPro 4 4 by EnergySoR d Job Number 07 0021 Page 124 of 157 RECEIVED [AIR SYSTEM REQUIREMENTS OCT 2 9 2009 Part 1 of 2 MECH-2-6 • PROJECT NAME WDL Eisenhower Ambulatory Cafe CenterCONSTRUCTION DATE10/ 26/ 2009 SYSTEM FEATURES AIR SYSTEMS. Central or Single Zone ITEM OR SYSTEM TAG(S) AH 1 AH 2 AH 3 Number of Systems 1 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification Heating Equipment Efficiency 112(a) ri n/a n/a Cooling Equipment Efficiency 112(a) n/a n/a Wa Heat Pump Thermostat 112(b) n/a n/a n/a Furnace Controls 112(c). 115(a) nra n/a n/a Natural Ventilation 121(b) Yes Yes Yes Minimum Ventilation 121(b) 2890 cfm 1742 cfm 2142 cfm VAV Minimum Position Control 121(c) No No Yes Demand Control Ventilation 121(c) No No No Time Control 121(c), 122(e) Programmable Switch Programmable Switch Programmable Switch Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required Outdoor Damper Control 122(f) Auto Auto Auto Isolation Zones 122(g) n/a n/a n/a Pipe Insulation • Duct Insulation 123 124 YES R-8 0 YES R-8 0 YES R-8.0 PRESCRIPTIVE MEASURES Calculated Heating Capacity 4 1 - 144 (a & D) n/a n/a n/a Proposed Heating Capacity 144 (a & b) 487 000 btuh 395.300 bluh 26 1. 100 btuh Calculated Sensible Cooling Capacity x 1 212 144 (a & b) n/a n/a n/a Proposed Sensible Cooling Capacity 144 (a & b) 399,500 btuh 385,300 btuh 224,800 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) SEE PLAN SEE PLAN SEE PLAN Supply Pressure Reset (DOC only) 144 (c) Yes Yes Yes Simultaneous Heat/Cool 144 (d) No No Yes Economizer 144 (e) Diff Temp (Integrated) Diff Temp (Integrated) Diff Temp (Integrated) Heating Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 (f) CIA Reset CA Reset CA Reset Duct Sealing for Prescriptive Compliance3 144 (k) No No 1 For each central and s.ngle pone air systems or group of ssnlilaf units) fill in the reference to sheet number and/or spec fication sect -on and paragraph requ red'eatures are documented I' a requirement s not applicable. put Tb'A' ,n the column No number where the 2 Not required 'or nydrornc neat ng and cooling Ether enter a value here rx put -n reference or plans and specuficatons Per 4001note 1 3 Enter Yes d System s Constant Volume Single Zone. Serves < 5 000 sq1. see PERF 1 for performance method duct sealing requirements Has > 25". duct in unconditioned space Duct sealing s required for Prescriptive Compliance. MOTES TO FIELD - For Buildina Declartment Use Only t ""' ^' "' I ' , t' " 4, ` « User Number 5678 Job Number 07 0021 Page 125 of 157 IR SYSTEM REQUIREMENTS Part 1 of 2 MECH-2-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS. Central or Single Zone ITEM OR SYSTEM TAG(S) AH 4 AH-5 AH-6 Number of Systems 1 1 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification ' Heating Equipment Efficiency 112(a) n/a ma n/a Cooling Equipment Efficiency Heat Pump Thermostat 112(a) 112(b) n/a n/a ma n,'a n/a n/a Furnace Controls Natural Ventilation 112(c). 115(a) 121(b) n;a Yes n/a Yes lira Yes Minimum Ventilation VAV Minimum Position Control 1211b) 121(c) 2464 cfm No 3272 cfm Yes 490 cfm Yes Demand Control Ventilation 121(c) No No No Time Control 121(c), 122(e) Programmable Switch Programmable Switch Programmable Switch Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required Outdoor Damper Control Isolation Zones 122(f) 122(g) Auto n/a Auto n/a Auto n/a Pipe Insulation Duct Insulation 123 124 YES R-8 0 YES R-8 0 R-8 0 • PRESCRIPTIVE MEASURES Calculated Heating Capacity x 1 43 1 Proposed Heating Capacity 7 144 (a & b) 144 (a & b) n/a 370 900 btuh n/a 534,500 btuh n/a 79.000 btuh Calculated Sensible Cooling Capacity . 1 212 144 (a & b) nia n/a n/a Proposed Sensible Cooling Capacity 144 (a & b) 310,900 btuh 451 800 biuh 114,000 btuh Fan Control DP Sensor Location 144 (c) 144 (c) Constant Volume SEE PLAN Variable Speed SEE PLAN Variable Speed Supply Pressure Reset (DDC only) 144 (c) Yes Yes Yes Simultaneous HeaVCool 144 (d) No Yes Yes Economizer 144 (e) Diff Tempi integrated) Diff Temp 0ntegrated) Diff Temp flntegrated) Heating Air Supply Reset Cooling Air Supply Reset 1" (0 1" If) Constant Temp OA Reset Constant Temp OA Reset Constant Temp OA Reset Duct Sealing for Prescriptive Compliance' 1" (it) No No No 1 Ffm each centrat and sngie tone a-r systems Iof group of similar units) Ili n the reference to sheet number and/or specification section and paragraph number where the requued features are documented if a mqunement s not appl,cableput'N-A' in the cciumn 2 Not requxed for hydronc heating and codling Either enter a value here or put in rerererxx of plans and specificatons per footnote 1 3 Enter Yes -f System s Constant Volume, Single Zone Serves < 5 000 sgft see PERF 1 for performance method duct sealing requ,rements Has > 25% dud ,n unoonditioned space Duct seating is requ,red for Prescaphve Compliance, INCITES TO FIELD - For ( I • EnergyPro 4 4 by EnergySoft Use, Number 56/8 Job Number 07 0021 Page 126 of Is I LWATER SIDE SYSTEM REQUIREMENTS Part 2 of 2 MECH-2-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10;26/2009 SYSTEM FEATURES WATER SIDE SYSTEMS: Chillers. Towers, Boilers, Hydronic Loops ITEM OR SYSTEM TAG(S) CH-1 CH z CT-1 8 CT-2 Number of Systems 1 T-24 2 MANDATORY MEASURES Section Reference on Plans or Specification' Equipment Efficiency 2(a) 0 529 kW, [on 0 529 kW'ton 10 F App Pipe Insulation '23 CHW Piping CHW Piping n;a PRESCRIPTIVE MEASURES Calculated Capacity 144 a 8 b) 284 tons (— - - 284 tons 800 tons Proposed Capacity 144 (e 6 b) 320 tons_ 320 tons n/a Tower Fan Controls 144 (hh) — n/a n/a Variable -Speed -Fan Tower Flow Controls 144 (h) Na ri Wetbulb-Reset Variable Flow System Design 144 Q) Required _ n/a Chiller and Boiler Isolation 144 0) Required 7Required L Required Ne CHW and HHW Reset Controls 1440) Required _ _Required n/a WLHP Isolation Valves 144_W nia n/a n/a VSD on CHW. CW 8 WLHP Pumps > 5 Hp 144 (ll Required _ Required n/a DP Sensor Location 144 Q) _ n/a For each chiller, cooling tower boner and hydromc loop for groups of similar equipment) fill in the reference to sheet number and/or specification section and paragraph •1 number where the required features are documented If a requirement is not applicable, put 'N/A" in the column 2 Water side systems include wet side system using other liquids such as glycol or onne Service Hot Water, Pool Heating ITEM OR SYSTEM TAG(S) DHW Heater Number of Systems 2 L. MANDATORY MEASURES RtNerenceonPlans orSpacHlcaUonl Water Heater Certification 113 (a) _ WH-1 & WH-2 Water Heater Efficiency 113 (b) 84% Service Water Heating Installation 113 (C) VCLj Pool and Spa Efficiency and Control Pool Spa 114 (a) Ne _ and Installation 114 (b) Na Pool Heater • No Pilot Light 115 (C) Ne Spa Heater - No Pilot Light 115 (d) liveN _ � 1 For each water heaterpool heat and domestic water loop jor groups of similar equipment) fin in the reference to sheet number andor specification section and paragraph number where the required features are documented. If a requirement is not applicable put •N,A' ins the column EnergyPro 4.4 by EnergySolt User Number 5678 Job Number 07 0021 Page 127 of 157 (WATER SIDE SYSTEM REQUIREMENTS Part 2 of 2 MECH-2-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES WATER SIDE SYSTEMS: Chillers, Towers. Boilers, Hydronic Loops ITEM OR SYSTEM TAG(S) CT-1 & CT 2 B_1 & 8-2 Number of Systems 2 2 T-24 MANDATORY MEASURES Section Reference on Plans or Specification' Equipment Efficiency ' 12(a) 10 F App S7% Pipe Insulation 123 n/a HW Piping PRESCRIPTIVE MEASURES Calculated Capacity 144 (a 6 b) 800 torts 1,184.252 btuh Proposed Capacity 144 (a & b) n/a 2.610,000 bluh Tower Fan Controls 144 (h) Variable -Speed -Fan Required Tower Flow Controls 144 (h) Wetbulb-_Reset wa Variable Flow System Design 144 0) rVa Chiller and Boiler Isolation 144 U) Ne -Required CHW and HHW Reset Controls 1" 0) n/a Required WLHP Isolation Valves 144 0) Required Ne_ VSD on CHW, CW & WLHP Pumps > 5 HP 144-U- Required _ n/a DP Sensor Location 144 ill n/e _ 1 For each cheer cooing tower borer and hydronic loop (or groups of similar equipment) RII in the reference to sheet number andtor specification section and paragraph number where the required features are documented. If a requirement is not appicabte, put 'N/A" in the column. 2 Water side systems include wet side system using other liquids such as glycol or brine Service Hot Water, Pool Heating ITEM OR SYSTEM TAG(S) Number of Systems MANDATORY MEASURES Reference onPtansorSpecification' Water Heater Certification 113 Ca) Water Heater Efficiency 113Lb) Service Water Heating Installation 113_e1 Pool and Spa Efficiency and Control 114 U Pool and Spa Installation 114 (b) Pool Heater • No Pilot Light 115 (e) Spa Heater - No Pilot Light 115 (d) 1 For each water heater pool heat and domestic water -oop lot groups of similar equipment) fit! in the reference to sheet number andlor specification section and paragraph number where the required features are documented It a requnement ,s not appncable put "N/A' ins the column E',e'gyP•,, a 1 Gy Fay-gyscft User Number 5678 Job Number 07 0021 Page 128 of 157 • (MECHANICAL VENTILATION MECH-3-Cl • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 IICAL VENTILATION (Section 121(b)2) LPRESCRIPTIVE IMITATION (Sector 144(d)j AREA BASIS OCCUPANCY BASIS VAV MINIMUM 6 D E E G H J K N � ic m`m3 Z mi CY A s c00 n 0Q �_ m0 y�1odDa na 00, o n`0np x 5 ;on oc 0; � oo < i,to gyoeo .0 to oT '�o ZONE SYSTEM a. ^; D ELEC ROOM ?5 n 5 1 ' 1 T 1 FC-1 Total 11 11 ELEV EQUIP 1'9 0 '5 B 18 18 FC-2 Total 18 18 VESTIBULE 262 015 39 39 39 FC-3 Total 39 39 MECHANICAL ROOM 1,133 0 'S 170 170 170 FC 4 Total 170 170 ELEC ROOM 332 015 50 50 50 FC-5 Total 50 50 BLDG SERVICES 1.703 015 255 255 255 • FC-5A Total 255 255 ELEC ROOM 112 015 17 17 17 FC-6 Total 17 17 ELEV EQUIP 104 015 16 16 16 FC-7 Total 16 16 BLDG SERVICES 1,179 015 177 177 177 FC-7A Total 177 177 ELEC ROOM 95 015 14 14 14 FC-8 Total 14 14 BLDG SERVICES 846 015 127 127 127 RECEIVED FC-9 Total 127 127 1ST FLR MRI EQT 142 0.15 21 21 21 OCT 2 9 2009 FC-10 Total 21 21 1ST FLR MED AREA 394 V DL CONSTRUCTION 015 59 59 59 C hl.nimum renb�abon •ate per 5e tlofl 121. Table T2' A E Based an bred seat or the greats of the expected number of xcuprnts and 50% Of the CBC occupant kOad for egress purposes ror sprees w.thout fixed searing H Requ,red Venelabtn An ;REC'D V A I m the Large. of me .ertdatan rates calculated on and AREA orOCCUPANCY BASIS (column D or GL I Must be greater Man or equal to H, or use Transfer An jcnlumn N i to make opt" orlterence J Design fan supply drn (Fan CFM) a 30 .. or K Cnnddion area (11aq ) a 04 daM. 54., Or L INasenum al Columns H, J. k, a 300 cfm M 'ha must be Lasa than or tfqual to Column L and grea!e• Mat o• equa to the sum of Cotufms H • N N Transfer air must be pra.Lded where Me Requeed VenhLabon Air I cwumn I I is greater then the Design hhmmum Art jcolumn MI rihme raquned, bra sIttr do m„st be ;seater Iran or equal - to the LIMerence between the Requaed VenMabm Mr rcdumn II and Me 0 gn lAnanum Air Icnk.mr ML mlumn H - M EnergyPro 4 4 by Energy5oft User Number 5678 Job Numtfer 07 0021 Page 129 of 157 [MECHANICAL VENTILATION M E C H 3 7C] PROJECT NAME Eisenhower Ambulatory Care Center DATE • 10/26/2009 MECHANICAL VENTILATION Section 121 b 2 PRESCRIPTIVE REHEAT LIMITATION�Secbon 144ld)) AREA BASIS OCCUPANCY BASIS VAV MINIMUM A ) E G H J K L M N n Z c v � < � n o° a mmo0 co 3 O i n'cT (o K. xya Ni ;r ;12 nxO; 3 < N J=0 g ; c 0)� �ZONE/SYSTEM nw;K a 0 FC 11 l Total 59 59 1 ST FLR MED AREA 270 0 15 40 40 40 FC-12 Total 40 40 1ST FLR CT EOT 77 0 15 12 12 12 FC-13 Total 12 12 1 T ROOM 131 0 15 20 20 20 DFC-1 Total 20 20 1 T ROOM 136 0 15 20 20 20 DFC-2 Total 20 20 1 T ROOM 130 015 20 20 20 DFC-3 Total 20 20 1ST FLR LOUNGE 532 050 266 266 266 • 1ST FLR DRESSING 135 015 20 20 20 1STFLR WAITING 2,938 015 441 441 441 1ST FLR LOBBY 4,502 0 15 675 675 675 1ST FLR COORIRR 4,324 0 15 649 649 649 1STFLR STORAGE 527 015 79 79 79 1STFLR OFFICES 1,042 015 156 156 156 1ST FLR MED AREA 4,027 015 604 604 604 AH 1 Total 2 890 2.890 1ST FLR DRESSING 146 0 15 22 22 22 IST FLR LOUNGE 154 050 77 77 77 1ST FLR OFFICES 850 015 127 127 127 1ST FLR COOF RR 3,465 0.15 520 520 520 1ST FLR, STORAGE 280 0 15 42 42 42 C Minimum ventilation 'ate per Section 121, gable 12' A E Based on fired seer or tt+e greater of the expected number of occupants and 50% of the CSC occupant load for egress purposes for swes _thm fixed Required Vendetan Au (REO•D V A I is the uti rger of me venaton rates calculated on and AREA Of OCCUPANCY BASIS Icdumn D or G) seating 1 Must be greater man or equai to H. or use Transter Arc w1umn N to make up rite amerence J Design fan suppy ctm tFan CFM) x 30% or K Condition area ihsq) x 04 ctmTsd.; a L Mawmum d Corumns H, J. K or -%X chit M T/,n must ba ions than or equal to Column L and greater -hat nr equal to ttfe sum of Columns H - N N Transrer air must be provided Mrora the Required Ventilation Air )column lots greater than the Design Minimum Arf ,column MI Wh,equ,.ed, transfer ^jxt the difference between the Requred Ventxabon Air icoWmn 1) WW the Desgn L%rwnum Air Imlumn M), miomn H - M au be greater tnan or Muftito • EnergyPro 4.4 by Energy Soft User Number 5678 Job Number 07 0021 Page 130 of 157 (MECHANICAL VENTILATION MECH-3-CI 0 PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 ECHANICAL VENTILATION (Section 121(b)2) PRESCRIPTIVE REHEAT LIMITATION ISecton 144(d)) AREA BASIS OCCUPANCY BASIS VAV MINIMUM E3 i F. F H J K t M N li o c Q; Z Mc `C 0 �1 O e A O its-i c zcx 3 � 0; nr<� o '009 Co O co om; mW 0 o o' � ; � D> >ZONE)SYSTEM -0 W Tm - D 1ST FLR WAITING 1 746 0 15 262 262 262 1STFLR MED AREA 4,613 0.15 692 692 692 AH-2 Total 1 742 1,742 2ND FL CONFRENCE 2,757 050 1 379 1 379 1.379 2ND FL KITCHEN 273 015 41 41 41 2ND FL EX DEMO 330 0 15 49 49 49 2ND FL HALLiSUPP 504 0.15 76 76 76 2ND FL OFFICE 242 015 36 36 36 2ND FL WAITING 519 0 15 78 78 78 2ND FLR COOR 1,081 015 162 162 162 432 432 0 2ND FLR RESTROOM 2ND FLR LOBBY 316 015 47 47 47 127 300 1,824 0.15 274 274 274 730 729 AH-3 Total 2,142 2.142 2ND FL OFFICE 942 015 141 141 141 2ND FL DRESSING 120 015 18 18 18 2ND FL HALLSUPP 731 015 110 RECEIVE® 110 110 2ND FL WAITING 438 015 66 66 66 OCT 2 9 2009 2ND FL MED AREA 406 015 61 61 61 2ND FLR TEN SPC 13 787 0.15 2068, 2.%8 2068 WDL CONSTRUCTION AH-4 Total 2,464 2 464 VAV 340 197 0 15 30 20 150 30 30 30 75 79 300 75 VAV 339 1.324 0 15 199 13.2 150 199 199 199 360 530 529 360 VAV 338 479 050 240 32 1 75 240 240 240 486 192 485 486 VAV 337 262 0 15 39 26 150 39 39 39 276 105 300 276 VAV 336 764 0 15 115 76 150 115 115 115 159 306 305 159 i_ Minimum rentilalron gate Per Secion 121, Taole 121-A F Based on rued seat or the imaler of Ina expected number of occupants and 50♦ o'the CBC occupant load for egress Purposes ra spaces Without aced sealing H Required Ventilation Au REO'D V A.) is Me larger of the rantftatton rates catNlated on and AREA or OCCUPA)4CV BASIS ;column 0 or GI I Must be gmalm :man or equal to H, or use Trap Sfer A/ (Column N) to make up the ATerence J Destgr'an -cm dirt (Fan CFM) s 30 ._ or IN Cnnd'bon area, R sp t ■ N df m sq . or L kla.imum of Columns H. J. K, or 300 dm M 1mM -nl be W" Nan or equal to Column L and greater that or equal to the sum 1>1 Columns H • N. N Trarsfer or must be prmided Where the Required Venblabort An Icdurnt Il 0 greater than the Desgn Mnertum Air icdl✓nn MI YMere -edwted transfer air must tie yeater loan or equal _ to the differencs between the Redumad Veribiahon An icnlumn II and the oesgn Metmtum Air Icokann Lill. colu~ H M EnergyPrc 4 4 by EnergySoft Use, Number 5678 Job Number 07 0021 Page 131 of 157 (MECHANICAL VENTILATION MECH-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 MECHANICAL VENTILATION Section 121 b 2 PRESCRIPTIVE REHEAT LIh1ITATION fSect,on 144{d(I AREA BASIS OCCUPANCY BASIS VAV MINIMUM 1 B C D E F G h J K L M V n D O cr; ' Z M C >: Z7 R1 < W 0 ? O n ti p 0 N Q G T r m O3 T O n?cno 'n � W3 7DIn _yT t„DC w ,; v 9 • n x v < ; �O' yMmIn_ 3� H o� n0'A B�n Nm' c ;O 0ZONE/SYSTEM a 'n . D VAV 335 289 050 144 194 75 '44 '44 144 414 116 413 414 VAV 334 1,154 0 15 173 11 5 150 173 173 173 315 462 461 315 VAV 333 138 0 15 21 14 150 21 21 21 162 55 300 162 VAV 332 404 015 61 40 150 61 61 61 234 162 300 234 VAV 331 184 0.15 28 18 15 0 28 28 28 90 74 300 90 VAV 330 719 015 108 7 2 150 108 108 108 165 288 300 165 VAV 329 573 0 15 86 57 150 86 86 86 135 229 300 135 VAV 328 323 0 15 48 32 150 48 48 48 219 129 300 219 VAV 327 573 015 86 5.7 150 86 86 86 135 229 300 135 VAV 326 573 0 15 86 5.7 150 86 86 86 135 229 300 135 VAV 325 506 0 15 76 5.1 150 76 76 76 296 202 300 296 VAV 324 214 0 15 32 2 1 150 32 32 32 63 86 300 63 0 VAV 323 361 0 15 54 36 150 54 54 54 82 144 300 82 VAV 322 289 015 43 2.9 150 43 43 43 68 116 300 68 VAV 321 192 0 15 29 1 9 150 29 29 29 144 77 300 144 VAV 320 641 0 15 96 64 150 96 96 96 1" 256 300 144 VAV 319 641 015 96 64 150 96 96 96 129 256 300 129 VAV 318 352 015 53 35 150 53 53 53 198 141 300 198 VAV 317 295 0 15 44 30 150 44 44 44 219 118 300 219 VAV 316 452 0.15 68 45 15.0 68 68 68 153 181 300 153 VAV 315 991 015 149 99 15-0 149 149 149 231 396 396 231 VAV 314 991 0 15 149 99 15.0 149 149 149 231 396 396 231 VAV 313 416 015 62 4.2 1&0 62 62 62 153 166 300 153 VAV 312 316 0 15 47 32 ISO 47 47 47 240 126 300 240 VAV 311 455 015 68 46 150 68 68 68 216 182 300 216 C Minimum ventilat< rate per Sectwn l2t, Tatae 124-A E Based on rued seat ur me greater of the expected number of owupants and 50% of the CBC occupant load for yress purposes to spaces w,inewt tlxed seating H Required Ventltatlon Air jREO'D V A I is Me larger of Me renmlation rates calculated w and AREA or OCCUPANCY BASIS ;column D or Gl 1 M,st be greater Tan a equal to H a use Transfer Mr icolumn Nj to maze up me difference J Design fan supply chm IFan CFMI a 30%; or K Condrtwn area (ft. sq I x CA r1mh1 sq . m L Rsaxnrum of Columns H. J. K. or 300 clm M This must M less than a equal to Column L and greats, mat or equal to the sum of Columns H • N N Transfer at must be prwUed *two Te Required ventllason Al' Icgfumn It Is greater than tine Design Minimum A.r (column MI 'i9here requueq, vansfar as mist be greater than or equal to di'lerence between My Required Ventilation Air (column I) and no Design AWtamum Our (column M). column H - M • EnergyPro 4 4 by EnergySoff User Number 5678 Job Number 07 0021 Page 132 of 157 LMECHANICAL VENTILATION MECH-3-C I • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 MECHANICAL VENTfLATION Section 121 b 2 PRESCRIPTIVE REHEAT LIMITATION ISectlon 1441d AREA BASIS OCCUPANCY BASIS VAV MINIMUM B C D E F H I J K L M N c1 n Cr d _z � � m0; 6;m e w o o v "� � c; 0 01 D0 C) v 3 m N -n n= x n y0 O x O Cute 77 -. N C) 0 It V) -i _yo ; w3a o ' fI N x o „ (�m-n ��; � �t�+t iDm ;cs 7 x Do op o3 A ZONEISYSTEM 0 o O1 ; ; Oo� - D ' w a. T ? to s ; D VAV 310 473 0 15 71 4 7 15 J 71 71 71 315 189 314 315 VAV 309 215 0 15 32 43 75 32 32 32 231 86 300 231 VAV 308 369 015 55 3 7 150 55 55 55 198 148 300 198 VAV 307 739 0.15 111 74 150 111 111 ill 180 296 300 180 VAV 306 565 0,15 85 57 150 85 85 85 225 226 300 225 VAV 305 965 015 145 97 150 145 145 145 306 386 386 306 VAV 304 511 0 15 77 5.1 150 77 77 77 174 204 300 174 VAV 303 245 0 15 37 25 150 37 37 37 177 98 300 177 VAV 302 168 0 15 25 1.7 150 25 25 25 99 67 300 99 VAV 301 387 0 15 58 3.9 150 58 58 58 294 155 300 294 03RD FIR 11R11AN 317 0 15 48 AH-5 48 48 127 300 Total 3 272 3 272 VAV 101 133 050 67 89 75 67 67 67 130 53 300 130 VAV 102 502 015 75 50 150 75 75 75 162 201 300 162 VAV 106 270 0 15 40 27 150 40 40 40 102 108 300 102 VAV 105 576 0 15 86 58 150 86 86 86 174 230 300 174 VAV 108 341 015 51 34 150 51 51 51 135 136 300 135 VAV 103 242 0 15 36 24 15.0 36 36 36 165 97 300 165 VAV 104 76 0 15 11 08 150 11 11 11 69 30 300 69 VAV 107 778 0 15 117 78 15.0 117 117 117 270 311 311 270 1ST FLR RESTROOM 42 015 6 6 6 AH-6 Total 490 490 (RECEIVED OCT 2 9 2009 C Minimum venplaaon rote per Section 121. Table 121-A ��� ��� E Based on fixed seat or the greater of the expected number o1 occupants and 50% of tile occupant e CBC load k.t egress purposes for spaces wrtnoul 'x STR U H Required Ventilation Air I REO'D V A ) rs tiro larger of me +entiLaW rates ,alculaled on and AREA ur OCCUPANC v BASIS ;column D ur Gl CTr O N I Must De greater than or equal to H. Or use Transfer Au (column Nt to make up the d,ee•u ,ce J Des.gn fan suopry cett (Fan CFM) it 30% nr K Cation— wee (2 q m,q q 1. Oa cf, or l Maximum of Columns H, i K, or 300 cfrn M This must be bss man Or equal to Coluvn l end greater Wf or equal to Me sum of Coumns H • N _N Tretsfer air must be provided where the Required Verngason At tcolumn 1) is greater Man the Desgn Minimum Au (column Mt Vyhere n qu,reo. oarafer an to :rib difference between the Required t enbtabm Air 1oouumn I I and Me Desyn Minimum Air ..column M I column H . M must be greater than or equal EnergyPro 4 4 by EnergySoft Use, Number. 5678 Job Number 07 0021 Page 133 o1 157 MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-1 75 FAN POWER CONSUMPTION 71 A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W.C. enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.083 49.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OF FANS B x E x 746 / (C X D) 1.0 130 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 130 2) SUPPLY DESIGN AIRFLOW (CFM) 595 3) TOTAL FAN SYSTEM POWER INDEX (Row 1+Row 2) 4) SPa 5) SPf 6) Fan Adjustment - 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)1 0.219 1 TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not emceed 0 B Widm Im Constant volume systems or 125 Wfcfm for VAV syslemc ITEM or SYSTEM TAG(S) T-24 PRESCRIPTIVE MEASURES Section Capacity Exception Notes Electric Resistance Heating 144 (g) Heat Rejection System * 144 (h) Air Cooled Chiller Limitation 144 (i) t Total installed capeciN IMelulhrl of all sieciric heat on this Protect eidu— of etectnc auxiliary heat't)" -eat pumps a cieCtnc neat 4 used, explain which excepignlsl to Secf.onlg l apply 2. Are cen"Willi fan eocxing towers used on this protech IEnfer'Yej or -No-, If centntugal fan coding rowev ale ,%ec. erp,ain wh, rl sxcepeonitl to Section •44lhl apply 3 Total nislalled capecity (tons) of all wa0er will air cooied chillers under this permit it there are more than 100 ;pis of ar-coaled chiller capacity being installed- erpam which excepeonlsl to Section 1444i) aptly EnergyPro 4 4 by Ene+gySoll User Number 5678 Job Number 070021 Page 134 of 157 • • LMECHANICAL SIZING AND FAN POWER MECH-4-6 • PROJECT NAME GATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-2 119 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A At If filter pressure drop is greater than 1 Inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.450 66.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS 8xEx746/(CXD) 1.0 524 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 524 2) SUPPLY DESIGN AIRFLOW (CFM) 1,400 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment - 1-(SPa - 1)ISPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)' 0.375 t rp'At FAN SI STFM POWER INDEX w ADJUSTED FAN POWER INDEX must riot emceed 0 s W/cYm sw Constant Volume systems jr ' i5 V c1m for VAy sy41ems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes t Total metalled CWWty iMatuhrl of all electric neat on this protect exclusr„e of electric auxmrary meet for meat PUMPS it electric heat tt used expam which excepfonlsi to Secflontq! appy 2 Are cenPdugaf fan cmhnq lowers used m this proper (Enter ' es- ni 'Nti i M cemlrrlugal ran coohng tower are uses exprarn whbl excephome III, Soctron I"Ih) apply J Total installed capacity ,Ions) of all water and air cooled chylam Jndet this permit If tmr a are more than 100 tons of aa-cooled chiller c&P0Cry 5emg "lamed, expwin whin, em—p'ho f(sl to Sectron 1441" apply RECEIVED O C T 2 R 2009 • WOE, GON8TRUCTION EnergyPro 4.4 by EnergySoR Use, Number 5678 .lob Number 07 0021 Page 135 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-6 PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-3 262 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 Inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D E F DESIGN EFFICIENCY NUMBER PEAK WATTS BRAKE HP MOTOR DRIVE OF FANS B x E x 746 i (C X D) 0.380 66.0% 97.0% 1.0 443 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 2) SUPPLY DESIGN AIRFLOW (CFM) 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment - 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)1 1 TOTAL FAN SYSTEM POWER INDEX n ADJUSTED FAN POWER INDEX must not e100000 B Wdei for Constant voiume sysreme m 1 25 Wrcfm IDf VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System - Air Cooled Chiller Limitation { T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 443 600 0.738 1 Totar ulswled cawanfy ,MetuM of all electric ^eat on Ins prgect eaell,swe of electric ouuaary neat for neat Pumps If eiecmo heaf is used explain which exceMon(sr to Sectiw(g i apply 2 Are centrrtuga, ran cooling towers used on foes protect' E-ter -veiv or -No-) N centrifugal fen cooling lc are used, explain vmich exceptionis) Io Section 1441h) apply 3 T�414 ,stalled capaaty Itnnsl of ae waser anc: ex cooieC CA11W$ uliuer this perm, 11 Mere are nATre Ivan 100 tons of as-coiDIW diilier capac ty toeing ,stalled, explain which excepbon(s) to Sedton 14p i i apply EnefgyPro 4-4 by EnergySoR User Number 5678 Job Number 07 0021 Page 136 of 157 • • MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-4 1,133 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop Spa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.730 76.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS B x E x 746 1 (C X D) 1.0 739 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 739 2) SUPPLY DESIGN AIRFLOW (CFM) 1,900 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)1 0.389 1 TOTAL FAN SYSTEM POWER INDEX of, ADJUSTED FAN POWER INDEX must not exceed 0 8 W'cfm for Constant Volume systems or 1 25 Wicfm for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation , T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 1 Total installed c JP804 (MBtu:hf I of all a-eCIm neat on tills pro)ac1 eaWane of elecMc auxiliary neat for naal pumps R ekclrc neat �y usW, ocyam wh�cn eRrepunnl sl Io Secloni8l apply 2 Are canptluga: fan coding towers used m Ino rvo)ecf' iEnter "rei or -No'r x centrifugal fan mol,rg tower are sed, explain which excepeon(s) to Section 144(h) apply 3 Total installed upac V toin-I M al:..W, and an died [nJlers „richer Ifus permit Ir there are more Ivan too tons of ar-cpo*c cndler t;apaol l taring installed es Warn which excepi)on(sl to Section 144(11 apply, RECEIVED OCT 2 8 2009 • WDL CONOSTRUCTION EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 Page 137 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-Cl PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-5 332 FAN POWER CONSUMPTION 771 A B C D E F DESIGN EFFICIENCY NUMBER PEAK WATTS FAN DESCRIPTION BRAKE HP MOTOR DRIVE OF FANS B x E x 746 1 (C X D) Supply Fan 0.083 49.0% 97.0% 1.0 130 FILTER PRESSURE ADJUSTMENT EQUATION 144-A AI If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 130 2) SUPPLY DESIGN AIRFLOW ICFM) 595 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - i)ISPf • 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.219 I TOTAL FAN SVSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed 0 6 Wtcfrn for Constant Volume systems or 1 25 W+clrn for VAV systen-s ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 1 Total installed capacity IMBIwTn of all eiectnc hest on this project eiicius ve of electric auxiliary heal fa heat pumpsx teearic heat is used. expism Wnuch excephon(sl to Su Iw(g i apply 2. Ara oenptfugal fan co0jing tnwers used on this Piolect" ;Emw'Yes' or -No I e i,entn"al fan coding tnWer are used. explain Which eticeptionisIto Section 144(h) apply 3 Total installed capacity itonsl of a1 water Y•d air codwd chihom under this permit If there are more than 100 tons of air-cooled UlAler capacity being instated. explain Which elicept/onisI to Section 144(11 apply EnergyPro 4 4 by EnefgySoR User Number 5678 Job Number 07 0021 Page 138 of 157 • MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26012009 SYSTEM NAME FLOOR AREA FC-5A 1.703 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144_A AI If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D E F DESIGN EFFICIENCY NUMBER PEAK WATTS BRAKE HP MOTOR DRIVE OF FANS B x E x 7461 (C X D) 0.125 55.0% 97.0% 1.0 175 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 175 2) SUPPLY DESIGN AIRFLOW (CFM) 765 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-tSPa - 1)±SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)t 0.228 I TOTAL FAN SYS7EM POWER INDEX or ADJUSTED FAN DOWER INDEX must not exceed 0 8 Wrcfm tar Constant Volume systems Of 1.25 Wlcfm for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System s Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 1" (1) Exception Notes 1 Taal installed capacity IMStw'hrl of all etecinc neat On INS pn„ecl exclus" of ebcir.c auxiliary Mat tpr heat pumps tt eieCinc meat i6 used explain whch exceptionlsl to Sectxxli0) apply 2 Are c Mfugal tan coding towers used m this Mofect7 1alw'Yes' ol'No*I It centrlupal ran cOdinp ;owef are used explain which exreptionlsi to Section 144(h)apply 3 Total installed cape[Ay llonsl of all wallet and air cooled ch.11ers under Me pern if It there are more Man I DO Ions of air-cooksd .Hiller capacity it" metalled, Oxpfael which excepOoalsi to Sectron '",,I apply RECEIVED OCT 2 R 2009 • WDL CONSTRUCTION EnergyPro 4 4 by EnergySofl User Number 5678 Job Number 07.0021 Page 139 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-6 112 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION s-:-A A) If filter pressure drop is greater than 1 inch W.C. enter filter pressure drop Spa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.083 49.0% 97.0% E F NUMBER PEAK WATTS OF FANS B x E x 746 / (C X D) 1.0 130 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 2) SUPPLY DESIGN AIRFLOW (CFM) 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment= 1-(SPa • 1)lSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1 TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed 0 8 W;ctm for Constant Volume systems or 1 25 &cfm for VAV srslems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 130 595 0.219 t Tutal installed capaoty ,Glefuhrl of an eiectnc real on this prorw exclusne of elector auxdrary heat for neat pumps if electric heat s used, explain wh,& excepbpr(sl to Sectmn(g t apply 2 Are centrifugal fan cODhN enwers used on this prnpCfl IEnler 'No% or 'No' I If certnfugal fan co011ng teen are used. explain Mnwn excepeonis) to Section 144(hi apply 3 Trxal instahed capacdy Ilonsl of all water and art cooled chillers under this permit it there are m we than 100 tons of air rmied ch.lier cJpac fy being + $lased, explain Which ex cepeon(a) to Section 144(i i apply Energypro 4 4 by Ene•gySofl User Number 5678 Job Number 07.0021 Page 140 of 157 E • MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-7 104 FAN POWER CONSUMPTION 71 A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5- B) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.350 66.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS BxEX7461(CXD) 1.0 408 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 408 2) SUPPLY DESIGN AIRFLOW (CFM) 800 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)' 0.510 TOTAL FAN Sv STEM POWER INDEX o ADJUSTED FAN POWER INDEX must —1 e¢eeo O 19 W:ctm W C—lant Vol.me syslems W 1 15 W:rtm Inr VAV SyIlteir% ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes I 'rat nitailed capanty MRIIhl) of all Mecln .. Meal nn trus rvolect exclusive of ewe lm au xlliery heal for heal pumps M eiWm heal is used explain wh¢h exceptionis) to Swomnlg) sppV 2 Are cenolugat tan ouhng towers used on thrs protect? Enter'Yei or -No) x cenlrOw9at tan ,xit,ng tower are used. esPlam which erceptionis) to section I"ih) apply 3. Total astalLed rVa111Y .Ions 1 nI ax water and air _ooied chAMrs wdw tnis permit It there are mwe then 100 lons of airtaded chiller capacdy hemp nstalied explan which excapeon(s) 1p Section 1,11a00) mow RECEIVED OCT 2 8 2009 WDL CONSTRUCTION EnergyPro 4.4 by EnergySoft User Number 5678 Job Number 07 0021 Page 141 of 157 (MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-7A 1 179 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HIP MOTOR DRIVE 0.125 55.0% 97.0% E F NUMBER PEAK WATTS OFFANS B x E x 746 1 (C X D) 1.0 175 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 2) SUPPLY DESIGN AIRFLOW (CFM) 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) Spa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)1SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1 TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not oxceed o 8 W ctm for Consiani Vorume systems ur 125 Wrcfm for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 175 765 0.228 I 'real InstaWed capaaty iMBtu/hrl of all ebctnc neat on this PrrgKf excluaWe of electric auxiliary raat for heat pu^,ps X electnc heal ,% used exptarn which 418ceP4dnl sl to Sect onl9l apply 2 Artr c mfutJal fan coosng towers used m Ih,s prolectl Enter -vei pr'NO' I Of ca llrdugal fan cooling love. are used, exlida,n wN-h exceptionl it Ito SeCLdn 144ih 1 apply 3 T Mal Installed capaaty ItOnsl Of all water and as cooled ch,llens under tins pernut If !here are more Than 100 inns of air -roofed ch.11er ipaviv bang ,rstalled, expia,n whch exceppunisI to section 144i,1 apply Energypro 4.4 by EnergySoft User Number 5678 Jot, Number 07 0021 Page 142 of 157 J • MECHANICAL SIZING AND FAN POWER MECH-4-6 • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FC-8 FLOOR AREAS FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A AI If filter pressure drop Is greater than 1 Inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.083 49.0% 97.0% E F NUMBER PEAK WATTS OF FANS B x E x 746 / (C X D) 1.0 130 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 130 2) SUPPLY DESIGN AIRFLOW (CFM) 595 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment - 1-(SPa - 1)JSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) l 0.219 1 TOTAL FAN SYSTEM POWER INDEX -ADJUSTED VAN P(1'WER INDEX must rid o.c"ed 0 8'Mdm for Conetam Vaturne ,y �t,•r,�. �1 1,5 ', on, a. r AL ..stems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes t Total mstelad capacity IM9tts.'hn Of an dectnc neal on Ines protect exclusive of electric auulan, heal'or neat pumps If electric neat a used, ".plain which exceplioNs) to secnonlgl apply 2 Are centrifugal tan coding towns ussa - m,e project'+ IEnter *Yef- or -No*y 0 centnfugat fan cOolsN towxn are used explain wiry, excepacv.isi to Section I",hI apply 3 Total mslatled capacity ttonsl of all wale, and ad cowed chillers under thus tmrmd H mere we more than 100 tons of a" cod"io cr..uer ,vllac,rt bung nslalled explam ,,cr excepbonlsl to Section 1441 l apply RECEIVED OCT 2 8 2009 0 WDL CONSTRUCTION EnergyPro 4A by EnergySoR User Number 5678 Job Number 070021 Page 143 of 157 (MECHANICAL SIZING AND FAN POWER MECH-4-6 PROJECT NAME SYSTEM NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 FC_9 FLOOR AREA 846 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop 1s greater than 1 Inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.100 49.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OF FANS B x E x 746 1 (C X D) 1.0 157 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 157 2) SUPPLY DESIGN AIRFLOW (CFM) 640 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.245 t TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed 0 B W.ocfm for constant Vnl„me systems or 1 25 W-cfm fnr VA, ayslern , ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 1 Total installed capanty ;Metuhr) of as aloCIM heat on ms prorea exclusrvs of ebctrrc aus,kary heal fd Mist pumps a slsc"V hsat le used. e."tn which exCeptnnl s) fo Secixmlg I app+v 2 Are CenlMugal fan cooiFN towers used on this Project) (Fnlar'Yes' of 'No'1 a WInfugal tan cooling toner are used, exptam *A' :h excepeonf sl to Section 144(h 1 apply 3 Total mstelted capaoty ;tons) of as water and ar cooled chillers under this permit 11 Mere are more Than 100 tons of air-cooled chdler capacity oerng ,nstaaed. expla,r which excophnmsl fo SwImn 144(,1 apply EnergyPro 4 4 by EnergySoR Use, Number 5678 .lob Number 07 0021 Page 144 of 157 • MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME AREA FLOOR AR FC-10 142 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.500 76.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OF FANS B x E x 746 / (C X D) 1.0 506 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 506 2) SUPPLY DESIGN AIRFLOW (CFM) 800 3) TOTAL FAN SYSTEM POWER INDEX (Row VRow 2) 4) SPa 5) SPf 6) Fan Adjustment - 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.632 I TOTAL FAN SYSTEM POWER INDEX of ADJUSTED FAN POWER INDEX must not..teed o.a W cfm fat Constant Vwume systems ur 125 A cfm Idr VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System ` Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes t Total inslaxed ca®ecttY IMaIWn) or as ~rx: neat on this Protect eadu&ve of electric auxiliary heal for heat mn" If e40C M heat h used —Plan rhK;h e.cepbont si tc Settgn, g l apply 2 Ate carrtnfugal tan cooing towers used on this prolecp (Enter *Yet' or'Noll a CentMugal tan cooky tower are used *"in which ex -Cepopttsl to Section e441hl apply 3 Toilet installed capau'dy dons), of an water and air cooed chi" undat this pwnw If there are mote than IX tons of ae-coolod dww capacity briny .nsta4led, awplam which escepeonls) to Sect -on 7444 l) apply RECEIVED OCT 2 8 2009 V11DLCONSTRUCTION EnergyPro 4.4 by EnergySotl User Number 5678 Job Number 07.0021 Page 145 0} 157 (MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME AREA FLOOR AR FC-11 394 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144 -A A) If fitter pressure drop is greater than 1 inch W C enter filter pressure drop. SPa on line 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.500 76.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS BxEx746!(CXD) 1.0 506 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 506 2) SUPPLY DESIGN AIRFLOW (CFM) 1,000 3) TOTAL FAN SYSTEM POWER INDEX (Row 11Row 2) 4) SPa 5) SPf 6) Fan Adjustment - I JSPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.506 1 TOTAL FAN SYSTEM POWER INDEX or ADJUS'ED FAN POWER INDEX must mil emceed 0 R Wrcfm lot Constant Volume systems - ' . N Om tar. VAV sys+r. �••. ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation , T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes t Total installed capacAy tMetu'hrl of as efe me heat on this pmlv-1 exClUsrve of electric auxalery hest to heat pumps PI eie .Ir heat s .,sed. axprarn v f++cr. exC plron(s) 10 Secoon(pt apply. 2 Are centrifugal tan cocirng toviers used on T4 prorwln ,. Enlr -Yes' or Wo't If centrifugal fan c for N luwer ate used. espain ,M,ch exceptim(s1 to SmIen 144(h) apply. 3 Total installed eapecrty flu ti> of all water and air coded chillers under IMs permit If Ihere are mote :Plan f x tors of av coaled ch'iier'al—ty being ++stalled, explain whtCh elpept W(a) t0 SeChon 144(.) apply EnergyPro 4 4 by EnergySoft Use, Number 5678 Job Number 07.0021 Page 146 of 157 • • (MECHANICAL SIZING AND FAN POWER MECH-4-6 • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FC-12 FLOOR AREE70 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 8) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 B c D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.500 76.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS 8xEX746i(CXD) 1 0 506 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 506 2) SUPPLY DESIGN AIRFLOW (CFM) 1 ,QQQ 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 1 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) t 0.506 'OTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exrred 0 9 vv-fm ,- ti—slant v n,anm systones or t -,5 t'1 or, for VAV syslarns. ITEM or SYSTEM TAGS) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 1 Total installed capacity ,MEltw'hn of all electnc heat cm this proptl exousne of elecblc arx6ary heat for heat pumps !! electnc nggl s Wised. e.pair w+vrn a:coM�onlsl to SacUonl G1 apply 2 Ate centnfuga, fan cocxing lowers used un thn prolsc11 En!m'yes* or'No'1 If cenimugal !an coobny lower are used expain. ,Mich exceppm, sY to Section 144c1,1 apply 3 Total instaNed capacity ,tons, of all .voter and air cooed cfvllmn, unaer this permit It mere Am nlnrs Irian 100 tuns of air—ledcholer capacity oelnq installed explain Whxih -Cepbo lfls to Section ta4w apply (RECEIVED OCT 2 S 2009 WDL CONSTRUCTION EnergyPro 4 4 by EnerpSoR User Number 5678 Job Number 07,0021 Page 147 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-Cl PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AR 77 FC-13 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 Inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adlusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.500 76.0% 97.0% E F NUMBER PEAK WATTS OFFANS B x E x 746 / (C X D) 1.0 506 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 506 2) SUPPLY DESIGN AIRFLOW (CFM) 700 3) TOTAL FAN SYSTEM POWER INDEX (Row VRow 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)1 0.723 1 TOTAL FAN Ss'S'EM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed Q.A Widm try Cnnstani Volume eyewma or, 1 25 Wrdm tot VAV systoms ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System ` Air Cooled Chiller Limitation l T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 1 Totai lnetailed ,-.awq .Itil l ut at; elecinc heat on this pmlect exclusive of erect- allxillaro near for hnal Dumps N electric neat is i,atM explain wn¢h e.nptanl s) to Sectionlgl reply 2 Are centrelug it fan cooiing lowers used — tnn proMC17 Entar -yeti v -No'. tt :en"uga -an cooing tower are used expiain whi h exceptirxiisI to Section 1441hl apply 3 Totai Lnslalblt Apaaty ilonsI Jf all ware, and air coaled :YNbrS under this permit It there ate more than 100 tons of air-cooled ch,lepr capacity being in Stalled, explain vrnich exceptemesr to Smiron 14Mi 1 apply EnergyPro 4 4 by Energy Soft User Numbef 5678 Job Nurber 07 0021 Page 148 of 157 • • MECHANICAL SIZING AND FAN POWER MECH-4-C is PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA DFC-1 131 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop Is greater than 1 inch W G enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D E F DESIGN EFFICIENCY NUMBER PEAK WATTS BRAKE HP MOTOR DRIVE OF FANS B x E x 7461 (C X D) 0.250 64.0% 97.0% 1,0 300 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 300 2) SUPPLY DESIGN AIRFLOW (CFM) 800 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)lSPf 7) ADJUSTED FAN POWER INDEX (Line 3 X Line 6)' 0,376 t 70-AL FAN SYSTEU pOwER INDE x - ADJUSTED FAN POWER INDEX must rot exceed 0 8 Wrdm for Conslanl Volume systems or 1 25 W,cfm for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 1 Total mslalfed ,_All f.1Blu'hrI of an em"c heat on Ws protect exclusive of eectnc a-,liary heat ror nos- Pumps II electric neat is used explain .Mitt, excephiciIto SeCswn19) apply 2 Are antnfugal Ian coding sowers usod on tnhs prosK17 i Enter'ves- or 'No'. fl centrifugal fan coding ;over are used, expiev wnicn ox'spbnn(sf to Section 1a41h t apply 3 Total Installed rapscdy stuns) of all water a•fd air _ooied miners under:bs permA If there are mere roan 100 Ions of Air-cooled ch•'ler CaPac,ty teeing installed, ex PAn winch ex[epbmesi to Section 1a41r l apply RECEIVED OCT 2 R 2009 • WDL CONSTRUCTION EnefgyPro 4 4 by EnergySolt User Number 567E Job Number 07 0021 Page 149 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE AD Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME DFC_2 FLOOR AREA 136 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop, SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.250 64.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OF FANS B x E x 746 / (C X D) 1.0 300 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 300 2) SUPPLY DESIGN AIRFLOW (CFM) 800 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2)' 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)1SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.376 1 TOTAL FAN SYSTEM POWER INDEX Or ADJUSTED FAN POWER INDEX must rot exceed 0 B Wdm for Cnnslarn VCMume systems OF 125 W'dm For VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes t Tolai ns!allea apaGlr �I.IBt�hrl Of as alecblc nest on tras propel 9XChj w or eledfK euai►ary neat for heal pump,. a rxectnC neat is used. expam whcn excepbonlst to Sectwn(gi apply 2 Ave cc ,!nfirgal ran cuWeq towels used on Pus prolectlP 1Enter 'Yes' m'NO*) 0 een"411116 ran coding lower are used explain et+cn exoepson(sl to Secl,on 1441h) apply 3 Tolal rtstarled :dpaaty hone) of all water and aR cooled C,alers under this permit n Mere are more Inan 1,1C tons of ax-(:pilled dxflef caPdWy being msUNad, explain winch exrepaon)st to Secvon ' a4, � I ably EnergyPro 4-4 by EnergySoft User Number 5678 Job Number 07 0021 Page150 of 157 • • MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME AREA FLOOR AR DFC-3 130 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6. • C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.250 64.0% 9T0% Total Adjustments E F NUMBER PEAK WATTS OFFANS 8xEx746/ICXD) 1.0 300 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 300 2) SUPPLY DESIGN AIRFLOW (CFM) 800 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)YSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.376 t TOTAL FAN SYSTEM POWER INDEX ar ADJ'J4TF D rAN Pn OlFR INDE x must not exceed o s Wldm for caytani Volume systems or ` 15 W i,tm for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation { T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 1 Total Inataaed capacity IMB1i of all electric neat an this OroleCi exdusNe of electric dualhary heat hr -eat pumps IM rnertnc heal n used, explain wh. h excephnnlsl to SOC_fgl apply 2 Are centnlugal tin cocbng tower used � mh prntecV iEnier'Yes' ot'Nu l Ir ce Itntutjii ran coperg tows• are used explain welch es Ceptrdnl I to Sti liOn I"4 h'. apply 3 Taal mStased Capacity Itonsl of all water and art cooled chillers :.ride' ih,s M/rm,l If'here are more Ivan 'Go tons of 4l1-cc lad chdltn —pac,ty twiny installed espiain whiUl exceptw,$) to Seclw 144(,) apply RECEIVED O C T 2 8 2009 WDL CONSTRUCTION EnergyPro 4 4 by EnergySoft User Number 5678 Jab Number 07 0021 Page 151 of 157 ECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME SYSTEM NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 AH-1 FLOOR AREA 18,028 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan Return Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop. SPa on fine 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 30.000 92.4% 97.0% 10.000 89.5% 97.0% Total Adjustments E F NUMBER PEAK WATTS OF FANS B x E x 746 1 (C X D) 1.0 24,970 1.0 8,593 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 33,563 2) SUPPLY DESIGN AIRFLOW (CFM) 22.000 3) TOTAL FAN SYSTEM POWER INDEX (Row 11Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1.526 i TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not *steed 0 a W+drn for Constant Volume systems or 1 25 'NOrn for VAV syst*ms ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System = Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 1 Total inataaed capaclly IMEIIu'hrl of all *6,1, real :tn 1roa proleCt exCAlsrye of eleCVIC au.tllary heat ra heat pumps If et".tnc neat is used e.plan wMCh exceptlon(e) to SeCbori(gr apply 2 Are cari"tgal fan cooang lower Wad on thn proleCO 1 Enter -Yes' or -No-1 If centrifugal fan ..d,ny tower a,e sod...plam wnlch e.cepsonis Ito Section 144(h) apply 3 Tutal Instased caWty Itons, of all wafer and alf Cooled chiller under IN% per"I If there are more than ? 00 tons or an.c<ble0 c'idler cavacRy Denq �nstased, expdarn wnich eacepbonls l to So ron 144ni apply Energypro 4 4 by EnergySott User Number 5678 Job Number 07 0021 Page 152 of 157 • • (MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME AREA FLOOR AH-2 11,252 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan Return Fan FILTER PRESSURE ADJUSTMENT EQUATION 1-14-A A) It Biter pressure drop is greater than 1 inch W.C. enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Line 6. • C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 30 000 92.4% 97.0% 7.500 88.5% 97.0% Total Adjustments E F NUMBER PEAK WATTS OF FANS B x E x 746 1 (C X D) 10 24,970 1.0 6,518 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 31,487 2) SUPPLY DESIGN AIRFLOW (CFM) 21,000 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment : 1-{SPa - 1)1SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)1 1,499 1 TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must rot exceed t) R Wrcfm for Constant Volume syslems ur ' 5 W dni fur VA, sVsleme ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System - Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 1 Total instaaso Met,tihrl of ail eteCOX heat on this project exclusive of eIecIM auxiliary neat fx heal pubs It elect,[ heal is usao expain which a.cepeays) to SecboMq, apply 2 Are celthfW*I tan cooling towss used on This prooct? IEnter 'vei "-NO-' 11 centrAugal fan c'u""11 tows. are used expism whit" excepsonl sIto Section I"In) apply 3 Trial insta"d capacity toMI of all wal it and me cooled Chillers under !" pelmd If there are n @ than t r Ins or a✓-rnaYod rh,per capaoty t-9 •nstalbd. explain which excepi ohla Ito SWbW 14ip)apW RECEIVED O C T 2 R 2009 0 WDL CONSTRUCTION EnergyPro 4.4 by EnergySoft User Number 5678 .lob Number 07.0021 Page 153 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA AH-3 7,846 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop Is greater than 1 Inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Lme 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 20.000 91.0% 97.0% E F NUMBER PEAK WATTS OFFANS B x E x 746 1 (C X D) 1.0 16,903 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 2) SUPPLY DESIGN AIRFLOW (CFM) 3) TOTAL FAN SYSTEM POWER INDEX (Row 11Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) I TOTAL FAN SYSTEM POWER INDF X or ADJUSTED FAN POWER INDEX muss nnl e.ceed 0 8 W:rfm Mr Canalant Votuma systems a 1.25 W'dM for VAV syeterns ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation i T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 16,903 14.500 1.166 t Told "I'd lied capadty 4MBtuhrl of all e,WM heat on In's prrgect e.dusne M electnc auxiliary heat for heat pumps If eleQnc heat is SEC e.pimn Mich excephonls) th Sert,onlg, apply 2 Are centnfugai fan cpd,ng towers ..sad on in,* proted� {Eder -ves' or'No" l M cenerfugal tan coding toyer are ;.see. e.p4yn wfch e.cupsonlf l to Se(twn 144(h, apply 3 Total installed ! apauty It, 01 an wale and air !o *O chdlem ur]er Ilia permit if there are more than 100 Ions of aircnolad dime capacity t-19 ,r. stalled expla,n v.Q,ch excepbonisl lP Secson t44ti) apply EnergyPro 4 4 by EnergySoft User NUtttber 5678 Job Number 070021 Page 154 of 157 • • ECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME SYSTEM NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 AH-4 FLOOR AREA 16,423 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan Return Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A AI If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 8) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 8 C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 20.000 91.0% 97.0% 7.500 88.5% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS BXEx746/(CXD) 1.0 16,903 1.0 6,518 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 23,420 2) SUPPLY DESIGN AIRFLOW (CFM) 17,000 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 21 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)1 1.378 I TOTAL FAN SYSTE61 POWER INDEX or ADJUSTED FAN POWER INDEX must not excaxd C' a w., t.,? 'pn Slant vu.ur_e syaerms or ? 25 1111 for 'JA'! sysbnK ITEM or SYSTEM TAG(S) T-24 PRESCRIPTIVE MEASURES Section Capacity Exception Notes Electric Resistance Heating ' 144 (g) Heat Rejection System - 144 (h) Air Cooled Chiller Limitation 144 (1) I Total ,nsEiI M$tu NJ of all Meant neat on this prryect exclusive of electric au.itmry heat 1d neat pump% If elect" heat is used expah Nrhich ex,eptonlsl b secl n,gl apply 2 Ate centmfugai in, .-_pilling Iowan usea on the prc4ectj IE^ier 'yei a'No'i N centntugei fan coding tower are useo. expa.n ,MKh emceppunlsIto Sector 1441h1 apply 3 Tolal,nstaaed capanty Itoe. sl �f all wale? aria air rid chaien under Ines perms N mere are ewa than 100 Ims of aN-c led cruller [ApaOty 11411 `stalled. explain wniah exceptim, 71 In Sed1m 1414i 1 apply (RECEIVED OCT 2 8 2009 • WDL CONSTRUCTION EnergyPro 44 by EnergySoft User Number 5678 Job Number 07.0021 Page 155 of 157 (MECHANICAL SIZING AND FAN POWER MECH-4-CI PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA AH-5 20.024 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan Return Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D E F DESIGN EFFICIENCY NUMBER PEAK WATTS BRAKE HP MOTOR DRIVE OF FANS B x E x 746 1 (C X D) 40.000 93.0% 97.0% 1.0 33,078 15.000 91.0% 97.0% 1,0 12,677 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 2) SUPPLY DESIGN AIRFLOW (CFM) 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1 TOTAL FAN SYSTEM POWER INDEX or ADJ CS TED FAN POWER INDEX must not excels 0 E Wlcfm for Constant VuWme systems or 1 25 till fur VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System 1 Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 45,755 27,000 1.695 1 Tllal rivalled capaut} I Ml I of dot electric neat on Qns protect Bx Llusr.e Jf eleCtrK du.lr.anr ' eat for heel PurnPs If electric hea! s usedexplain which e.cepteln!s) to SechonIg) apply 2 Are t:en trfugal tan :poking towe+s used on Ines Protect' En!er'Yes' or 'No') N centrifugal fan cooeng tower are used. explain which exCepoonisl 10 Sel 1 "(hi apply 3 Total installed capaoty Itons) N all wa!r!• and Alf cotxrd criliers ,.noet tnis per—t If mere are more man 1D0 tons of dw-x!d chiller AP",ty brl instalbd, explainn whrt:n e.cepsonrst to Secton 1"') apply EnergyPro 4.4 by EnergySoft User Number 5678 Job Number 07.0021 Page 156 of 157 • • (MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA AH-6 2,957 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop Is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Line 6 • C) Calculate Adjusted Fan Power Index and enter on Line 7 U B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 7.500 88.5% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS BIt. Ex7461(CXD) 1.0 6,518 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 6,518 2) SUPPLY DESIGN AIRFLOW (CFM) 4,000 3) TOTAL FAN SYSTEM POWER INDEX (Row 11Row 2) 4) Spa 5) SPf 6) Fan Adjustment = 1-(SPa • 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1.629 TOTAL FAN SYSTEM POWER INDEX or ADJuSrED FAN POWER INDEX nmst not —vi u h v—tm for L,mstmu ur-c1 systems or 12S'rVrclm Ia VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 1 Total rlsLllbO capacity iMelwwr) of all electric heat on this protect esr'lusive of eleconc aull,lian, heat for heat Dumps M e+ect r' heat is used erplam which esmdronl sl to Sa,,A,Igl apply 2 Are connfA gsl fan cooling lowers useo i- Ihrs p•otect'+ (Enter "ves' or -No"I It cantmugal tan cooling !ever are ,seo. exp: rn which escepewn,sl to Section 1441hf Il 3 Total installed capa:+ty ;Ions! of as waler and an ccrrleo rhillem infer this perms It there are more Thar 100 tons of ar.coolad mosr capacrly being "tasill erpsm which except a,$) to Sect_ 144ni apes (RECEIVED O C T 2 8 2009 WDL CONSTRUCTION EnergyPro 4 4 by EnergySod User Number 5678 .lob Number 07 0021 Page 157 of 157 TITLE 24 REPORT Title 24 Report for: Eisenhower Ambulatory Care Center 45-280 Seeley Drive La Quinta, CA Project Designer: Curtis Chong 1426 Pearl Street, Suite 300 Boulder, CO 80302 303.499.7795 Report Prepared By: Glynnis Cassan JBA Consulting Engineers 36 Technology Drive, Suite 200 Irvine, CA 92618 (949) 419-3030 Job Number: 07.0021 Date: 10/26/2009 0 • The EnergyPro computer program has been used to perform the calculations summarized in this compliance report. This program has approval and is authorized by the California Energy Commission for use with both the Residential and Nonresidential 2005 Building Energy Efficiency Standards This program developed by EnergySoft. LLC - www energysoft com • En Pro 4.4 by Enar�ySOR ob Numbm 07.0021 UNr Number, 6678 0 is l TABLE OF CONTENTS Cover Page Table of Contents Form ENV-1-C Certificate of Compliance Form ENV-3-C Overall Envelope Method Form ENV-4-C Skylight Fraction of Daylit Area Form ENV-4-C Skylight Effective Apperture Form LTG-1-C Certificate of Compliance Form LTG-2-C Indoor Lighting Schedule Form LTG-4-C Lighting Controls Credit Worksheet Form LTG-5-C Indoor Lighting Power Allowance Form OLTG-1-C Certificate of Compliance Form OLTG-2-C Lighting Compliance Summary Form OLTG-3-C Illuminated Area Calculation Worksheet Form OLTG-4-C Sign Lighting Compliance Form MECH-1-C Certificate of Compliance Form MECH-2-C Air & Water System Requirements Form MECH-3-C Mechanical Ventilation Form MECH-4-C HVAC Misc. Prescriptive Requirements Job Number 07.0021 1 2 3 18 92 93 94 99 106 108 110 112 114 116 117 119 129 134 RECEIVED OCT 2 8 2009 WDL CONSTRUCTION User Number 5678 CERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center PROJECT ADDRESS 45-280 Seeley Drive La Quinta PRINCIPAL DESIGNER - ENVELOPE Curtis Chong DOCUMENTATION AUTHOR JBA Consultinq Engineers (Part 1 of 2) ENV-1-C� DATE • 10/26/2009 TELEPHONE Building Permit • 303.499.7795 TELEPHONE, Chedced by/Date -YI"I-7[J7U FnrorcernentAoencyUse DATE OF PLANS BUILDING CONDITIONED FLOOR AREA CLIMATE ZONE _ _04-OS-2009 83,770 sq.Ft. � 15 BUILDINGS TYPE X NONRESIDENTIAL HIGH RISE RESIDENTIAL U HOTELIMOTEL GUEST ROOM RELOCATABLE- Indicate: SpecMlc Climate - Ilst:_ or L _11 All Climates PHASE OF CONSTRUCTION x NEW CONSTRUCTION ADDITION ^ ALTERATION C UNCONDITIONED (File Affidavit) METHOD OF ENVELOPE COMPONENT(ENV-2-C) X OVERALL ENVELOPE(ENV-7-C) PERFORMANCE COMPLIANCE STATEMENT OF COMPLIANCE This Certificate of Compliance lists the building features and performance specifications needed to comply with Title 24 Parts 1 and 6 of the California Code of Regulations. This certificate applies only to building envelope requirements. The documentation preparer hereby Certifies that the document is Audd 4dsig comp DOCUMENTATION AUTHOR SIGNATURDATE Glynnis Casson _ _—___.._ 26-- The Principal Envelope Designer hereby certifies that the propose resented in this set of construction documents is consistent with the other compliance forms and worksheets with the specifications, and with any other calculations submitted with this permit application The proposed building has been designed to meet the envelope • requirements contained in Sections 110, 116 through 118, and 140, 142, 143 or 149 of Title 24 Part 6. Please check one I hereby affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code to sign this document as the person responsible for its preparation; and that I am licensed in the state of California as a civil engineer or mechanical engineer or I am a licensed architect. I affirm that I am eligible under the exemption to Division 3 of the Business and Professions Code by Section 5537.2 or 6737.3 to sign this document as the person responsible for its preparation, and that I am a licensed contractor performing this work. I affirm that I am eligible under Division 3 of the Business and Professions Code to sign this document because it pertains to a structure or type of work described as exempt pursuant to Business and Professions Code Sections 5537, 5538. and 6737 1. PRINCIPAL ENVELOPE DESIGNER - NAME SIGNATURE DATE LIC- i Curtis Chong ENVELOPE MANDATORY MEASURES Indicate location on plans of Note Block for Mandatory Measures ENVELOPE COMPLIANCE FORMS & WORKSHEETS tChecx box if worksheet is included) ' For detailed instructions on the use of this and all Energy Effc:ency Standards compliance forms please refer to the Nonresidential Manual published by the Cabfomia Energy Commission. XENV-I-C: Certificate of Compliance. Required on plans for all submittals. Part 2 may be incorporated in schedules on plans. ENV-2-C Used Envelope Component compliance method XENV-3-C Used with Overall Envelope Compliance method XENV-4-C Optional. Use for minimum skylight requirements for large enclosed spaces -- User Number 567a Job Number 07-0021 _ _ Pays 3 of 157 _f • E nergyPro4.4 by EnerpySod - __ - — -- - CERTIFICATE OF COMPLIANCE (Part 2 of 2) ENV-1-C� • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES Surface Insulation Act. Cond: Joint Appendix # Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location 1 Comments 1 Roof 262 0.079 R-30 R-0 0 0 0 New 05-A7 VESTIBULE 2 Wall 34 0183 R-19 R-00 225 90 New 11-A5 VESTIBULE 3 Wall 182 0183 R-19 R-00 315 90 New 11-A5 VESTIBULE 4 Wall 36 0183 R-19 R-00 45 90 New 11-A5 VESTIBULE 5 Wall 320 0183 R-19 R-00 90 90 New 11-A5 MECHANICAL ROOM 6 Door 50 0 700 None R-0 0 90 90 New 28-A2 MECHANICAL ROOM 7 Wall 385 0 183 R-19 R-0 0 180 90 New 11-AS BLDG SERVICES 8 Wall 104 0 183 R-19 R 00 270 90 New 11-A5 BLDG SERVICES 9 Wall 260 0 183 R-19 R-0 0 90 90 New 11-A5 BLDG SERVICES 10 Wall 384 0183 R-19 R-00 180 90 New 11-A5 BLDG SERVICES 11 Roof 95 0 079 R-30 R-0 0 0 0 New 05-A7 ELEC ROOM 12 Wall 260 0183 R-19 R-00 90 90 New 11-A5 BLDG SERVICES 13 Wall 384 0 183 R-19 R-D 0 180 90 New 11-A5 BLDG SERVICES 14 Roof 846 0 079 R-30 R-0 0 0 0 New 05-A7 BLDG SERVICES 15 Wall 112 0 183 R-19 R-00 270 90 New 11-A5 1ST FLR CT EQT 16 Wall 94 0 183 R-19 R-0 0 180 90 New 11-A5 1ST FLR CT EQT 17 Roof 130 0.079 R-30 R-0 0 0 0 New 05-A7 I T ROOM 18 Wall 230 0.183 R-19 R-00 90 90 New 11-A5 1STFLR LOUNGE 19 Wall 297 0183 R-19 R-00 180 90 New 11-A5 1STFLR LOUNGE 20 Roof 156 0079 R-30 R-00 0 0 New 05-A7 1ST FLR LOUNGE ' N E A R , New, E:isrmy Altered Removed, FENESTRATION SURFACES More than or eQual 10 10.000 sQ 11 ed s.tabodt le—Vaeon area must nniude a iatwi cenir.cale edher issued by NFRC or provide a CEC LWdun Label Cert9cate u54ng the nefautt U-factors h Standards Table 116 A and 8 Cori cafe shall be flied n the 1—lean", protect office during rurtellVcbpn and .- the bwldeng manayW's orrice after consiructmn Act. Cond. Location/ # Type Area U-Fac.' SHGC2 Azm. Stat. Glazing Type Comments 1 Window Rear (SW) 46 0 300 NFRC 036 NFRC 225 New Double Metal Low-E VESTIBULE 2 Window Right (NW) 108 0 300 NFRC 036 NFRC 315 New Double Metal Low-E VESTIBULE 3 Window Front (NE) 46 0 300 NFRC 036 NFRC 45 New Double Metal Low-E VESTIBULE 4 Window Rear (S) 26 0 300 NFRC 0 36 NFRC 180 New Double Metal Low-E 1ST FLR LOUNGE 5 Window Rear (S) 26 0 300 NFRC 0.36 NFRC 180 New Double Metal Low E 1ST FLR LOUNGE 6 Window Rear (S) 26 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1 ST FLR LOUNGE 7 Window Rear (S) 26 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1ST FLR LOUNGE 8 Window Right (NW) 310 0.300 NFRC 036 NFRC 315 New Double Metal Low-E 1ST FLR LOBBY 9 Skylight Front (N) 15 0 300 NFRC 0 36 NFRC 0 New Double Metal Low-E 1ST FLR LOBBY 10 Window Rear (S) 26 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1 ST FLR OFFICES 11 Window Rear (S) 26 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1ST FLR OFFICES 12 Window Rear (S) 26 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1ST FLR MED AREA 13 Window Rear (S) 26 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1ST FLR MED AREA 11 J-factor Type 116-A Default able I— 5t ,,d a dj Tank Nt-1 Defaun Table hum the ACM Manuel; Appanrya. NFRC Labelei . -. �'SC. "rpe 1'r 8 ]•,real -,1N, t.m 1a1-.1s t'.(K Curti,, f class NF RI .e,rdod value EXTERIOR SHADING Window Overhang Left Fin Right Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 1 None 076 2 None 076 3 None 076 4 None 0 76 5 None 076 6 None 076 RECEIVED 7 None 076 8 None 076 O C T 2 8 2009 9 None 11 00 10 None 076 11 None 076 WDL CONSTRUCTION 12 None 076 13 Bone 9 76 MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES _ -he proposed btulding w In clrmat. cones 1 through 15 and .-ontams an enclosed space with Moor area great*, than 1S 000 ft2. a calling height great., then 15 teat. and an LPD for gernvsl Ughting of at least g 5 W R, See Section 1e3tc'l It this box IS check*d ENV A-C must be idled out when submriLng under the Prescriptive Compliance Approach EnergyPro 4A oy EnergySoft Cser Vjmbe• 561-8 Job Number 07 0021 Page 4 of 157 CERTIFICATE OF COMPLIANCE (Part 2 of 2) ENV - PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES Surface Insulation Act. Cond: Joint Appendix # Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments 21 Wall 82 0 183 R-19 R-00 180 90 New 11-A5 1ST FLR LOUNGE 22 Wall 120 0 183 R-19 R-0 0 90 90 New 11-A5 1ST FLR LOUNGE 23 Wall 279 0 183 R-19 R-0 0 45 90 New 11-AS 1ST FLR LOBBY 24 Wall 665 0183 R-19 R-00 315 90 New 11-A5 15T FLR LOBBY 25 Roof 2.793 0 079 R-30 R-0 0 0 0 New 05-A7 1ST FLR LOBBY 26 Roof 51 0 079 R-30 R-0 0 0 0 New 05-A7 1ST FLR COOR)RR 27 Wall 145 0183 R-19 R-00 90 90 New 11-A5 1ST FLR COORrRR 28 Roof 110 0 079 R-30 R-0 0 0 0 New 05-A7 1ST FLR COOR'RR 29 Wall 60 0 183 R-19 R-0 0 90 90 New 11-A5 1ST FLR COOK+RR 30 Door 27 0 700 None R-0 0 90 90 New 28-A2 1 ST FLR COOR/RR 31 Wall 58 0 183 R-19 R-0 0 180 90 New 11-AS 1ST FLR COORIRR 32 Door 20 0 700 None R-0 0 180 90 New 28-A2 1ST FLR COORIRR 33 Wall 51 0183 R-19 R-00 90 90 New 11-A5 1ST FLR COORIRR 34 Door 20 0 700 None R-0 0 90 90 New 28-A2 1ST FLR COOR.�RR 35 Door 20 0 700 None R-0 0 90 90 New 28-A2 1ST FLR COOR/RR 36 Roof 417 0 079 R-30 R-0 0 0 0 New 05-A7 1 ST FLR COOR/RR 37 Wall 71 0 183 R-19 R-0 0 90 90 New 11-A5 1ST FLR COORiRR 38 Door 20 0 700 None R-0 0 90 90 New 28-A2 1ST FLR COOR/RR 39 Roof 136 0.079 R-30 R-00 0 0 New 05-A7 1ST FLR STORAGE 40 Wall 147 0183 R-19 R-00 180 90 New 11-A5 1ST FLR OFFICES ' N. E A R INew F—I-2 Aaerr«t RnmOYM)i FENESTRATION SURFACES More Ina, v equal 10 10 000 sq.1t. let stle-Duet lenestraeon area must mrlude a label citnlfi ato itimef ms,drd by NFRC ur provide a CEC Default Label CerDhcale uvng ;he default U Wtore from Standards Ta%' 116-A and a Cert:Bwte snail be filed m the contractoirs prgect office during consirm— and m 1he bw.d:ng manages s offce after construction Act. Cond. Location/ # Type Area U-Fac' SHGC2 Azm. Stat. Glazing Type Comments 14 Window Right (W) 13 0 300 NFRC 036 NFRC 270 New Double Metal Low-E IST FLR LOUNGE 15 Window Left (SE) 34 0 300 NFRC 036 NFRC 135 New Double Metal Low-E 1 ST FLR COORiRR • 16 Window Front (NE) 78 0 300 NFRC 036 NFRC 45 New Double Metal low-E 1 ST FLR COOR/RR 17 Window Right (NW) 34 0 300 NFRC 036 NFRC 315 New Double Metal Low-E 1ST FLR COORRR 18 Window Front (N) 40 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 1ST FLR WAITING 19 Window Front (N) 40 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 1ST FLR WAITING 20 Window Left (E) 40 0 300 NFRC 036 NFRC 90 New Double Metal Low-E 1ST FLR WAITING 21 Window Left (E) 45 0 300 NFRC 036 NFRC 90 New Double Metal Low-E 1ST FLR MED AREA 22 Window Rear (S) 45 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1ST FLR MED AREA 23 Window Rear (S) 92 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 1 ST FLR MED AREA 24 Window Right (W) 22 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 1ST FLR MED AREA 25 Window Right (W) 45 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 1ST FLR MED AREA 26 Window Rear (S) 22 0-300 NFRC 036 NFRC 180 New Double Metal Low-E 1ST FLR MED AREA it) U-tactor'ype 116-A Default Table tram Standards, Table NI-1 Default Table from the ACM Manual Appendix. li Labeled value (2) SHGC Type t 16$ Derain rabln a it, Standards COG Catkin of Ciwss NF PC Labrilad Value EXTERIOR SHADING Window Overhang Left Fin Right Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 14 None 076 15 None 0 76 16 None 076 17 None 076 18 None 076 19 None 076 20 None 076 21 None 076 22 None 076 23 None 076 24 None 076 25 None 076 26 Nnne 076 MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The proposed building lain climate zones 2 through 15 and contains an anclo"d spa" with floor area greater than 25 000 ft2 a calling Might greater than ' 5 feet and an cPD for gil l lighting of al least 0 5 W'R2 Sea Sechon 1474c) It this box is checked ENV-4 C must be filled out when submitting under the Prescriptive Compliance Approach • Energy Pro 4 4 by EnergySoft User N.Imber 5678 Job Number 07002, qr ', -,f 1 1, ' CERTIFICATE OF COMPLIANCE (Part2 of 2) ENV-1-Cl • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES Surface Insulation Act. Cond., Joint Appendix Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments 41 Roof 120 0 079 R-30 R-0 0 0 0 New 05-A7 1 ST FLR OFFICES 42 Wall 162 0 183 R-19 R-0 0 90 90 New 11 A5 1 ST FLR OFFICES 43 Wall 205 0183 R-19 R-00 180 90 New 11 A5 1STFLR MED AREA 44 Roof 1 038 0 079 R-30 R-0 0 0 0 New 05-A7 1 ST FLR MED AREA 45 Wall 158 0 183 R-19 R-0 0 270 90 New 11-A5 IST FLR LOUNGE 46 Roof 108 0 079 R-30 R-0 0 0 0 New 05-A7 1ST FLR OFFICES 47 Wall 119 0183 R-19 R-00 270 90 New 11-A5 1ST FLR OFFICES 48 Wall 34 0183 R-19 R-00 135 90 New 11-A5 1ST FLR COORIRR 49 Wall 73 0 183 R-19 R-0 0 45 90 New 11-A5 1 ST FLR COOIR RR 50 Wall 34 0 183 R-19 R-0 0 315 90 New 11 A5 1 ST FLR COOR/RR 51 Wall 513 0183 R-19 R-00 270 90 New 11-A5 1ST FLR COORIRR 52 Wall 192 0183 R-19 R-00 0 90 New 11-A5 1ST FLR COOR)RR 53 Roof 60 0 079 R-30 R-0 0 0 0 New 05-A7 1ST FLR COOR.tRR 54 Wall 97 0183 R-19 R-00 270 90 New 11-A5 1ST FLR COORIRR 55 Roof 60 0079 R-30 R-00 0 0 New 05-A7 iSTFLR COOR;RR 56 Wall 97 0183 R-19 R-00 270 90 New 11-A5 1ST FLR COOR!RR 57 Roof 113 0 079 R-30 R-0.0 0 0 New 05-A7 1ST FLR STORAGE 58 Roof 1,364 D 079 R-30 R-0 0 0 0 New 05-A7 1ST FLR WAITING 59 Wall 11 0'83 R-19 R-00 45 90 New 11-A5 1ST FLR WAITING 60 Wall 394 0.183 R-19 R-00 0 90 New 11-AS 1ST FLR WAITING - N E A R ,:N— E—t,ng Altered Remnvedi FENESTRATION SURFACES More than dr edual to 10 OW sq ft d ute-4nit fervfsirabon area must include a label cemhcalo either issued toy NFRC nr pmM@ a CEC Dnl-A Latiel Cedrbcale using the defau,t u-tactofs horn Standards Table 116-A and B Certificate shall be filed in the crlydraciors prniect afhci during conslnicl— and is, the huadmg managers nnwe after —l'uclron Act. Cond. Location/ # Type Area U-Fac: SHGC2 Azm. Stat. Glazing Type Comments 27 Window Right (W) 13 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 1ST FLR MED AREA 28 Window Right (W) 13 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 1ST FLR MED AREA 29 Window Right (W) 13 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 1ST FLR MED AREA 30 Window Right (W) 13 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 1ST FLR MED AREA 31 Window Rear (S) 11 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL CONFRENCE 32 Window Rear (S) 11 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL CONFRENCE 33 Window Rear (S) 11 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL CONFRENCE 34 Window Rear (S) 11 0 300 NFRC 036 NFRC 180 New Double Metal low-E 2ND FL CONFRENCE 35 Window I. eft (E) 18 0 300 NFRC 036 NFRC 90 New Double Metal Low-E 2ND FL CONFRENCE 36 Window Left (E) 18 0 300 NFRC 036 NFRC 90 New Double Metal Low-E 2ND FL CONFRENCE 37 Window Left (E) 18 0 300 NFRC 0.36 NFRC 90 New Double Metal Low-E 2ND FL CONFRENCE 38 Window Rear (S) 21 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL CONFRENCE 39 Window Leff (E) 69 0 300 NFRC 036 NFRC 90 New Double Nlelal Low-E 2ND FL CONFRENCE f 1) U-factor Type 116-A Defaun Table from Standards, Table Ns t Delaud Table from Me ACM Manual Appendix NFRC Lat>! M . fa 2i SH(,C Tvoe 1'F B '_lnfaun Table 1,—, Standards, COG Cori of Glass NFRC Labeled EXTERIOR SHADING Window Overhang Left Fin Right Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 27 None U 76 28 None 076 29 None 076 30 None 076 31 None 0 76 32 None 076 RECEIVED 33 None 076 34 None 0.76 35 None 076 O C T 2 8 2009 36 None 0 76 37 None 076 38 None 076 WDL CONSTRUCTION 39 None 0 76 MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The proposeo budding �. u, cn•raU tunas 2 through 15 and contains an enclosed space with floor area grater than 25 000 ft2. a ceiling holig gfeatar than 15 feel and an LPD for garter al Al ughtIng of si least 0 5'A.h' See Section 143(c) ff this box is checked ENV4 C be filled must out when submitting under the Prescriptive Compliance Approach Energy Pro 4 4 oy Ene•gySoR Use• Nj 1'r)v, �519 Job Number 07 0021 Page 6 of 157 CERTIFICATE OF COMPLIANCE (Part2 of 2) ENV-1-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES Surface Insulation Act. Cond: Joint Appendix # Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments 61 Wall U5 0183 R-19 R-00 90 90 New 11-A5 1ST FLR WAITING 62 Wall 17 0183 R-19 R-00 90 90 New 11-A5 1ST FLR MED AREA 63 Roof 190 0 079 R-30 R-0 0 0 0 New 05-A7 1 ST FLR MED AREA 64 Wall 103 0183 R-19 R-00 180 90 New 11-A5 1ST FLR MED AREA 65 Roof 454 0079 R-30 R-00 0 0 New 05-A7 1ST FLR MED AREA 66 Wall 241 0183 R-19 R-00 90 90 New 11-A5 1ST FLR MED AREA 67 Wall 288 0183 R-19 R-00 180 90 New 11-A5 1ST FLR MED AREA 68 Roof 454 0079 R-30 R-00 0 0 New 05-A7 1ST FLR MED AREA 69 Wall 242 0'83 R-19 R-00 180 90 New 11-A5 1ST FLR MED AREA 70 Wall 264 0183 R-19 R-00 270 90 New 11-A5 1ST FLR MED AREA 71 Wail 151 0 183 R-19 R-0 a 270 90 New 11-A5 1ST FLR MED AREA 72 Wall 106 0 183 R-19 R-0 0 270 90 New 11-A5 1ST FLR MED AREA 73 Wall 35 0.183 R-19 R-00 180 90 New 11-A5 1ST FLR MED AREA 74 Wall 160 0183 R-19 R-00 0 90 New 11-A5 1ST FLR MED AREA 75 Wall 186 0 183 R-19 R-0.0 270 90 New 11-A5 1ST FLR MED AREA 76 Wall 86 0 183 R-19 R-0 0 270 90 New 11-A5 1ST FLR MED AREA 77 Wall 46 0 183 R-19 R-0 0 270 90 New 11-A5 1ST FLR MED AREA 78 Wall 99 0 183 R-19 R 0 0 270 90 New 11-A5 1ST FLR MED AREA 79 Door 27 0 700 None R-0 0 270 90 New 28-A2 1 ST FLR MED AREA 80 Wall 673 0 183 R-19 R-0 0 180 90 New 11-A5 2ND FL. CONFRENCE ' N E A q Nr.v Easen A!twW Removed) FENESTRATION SURFACES Mare rhan or equal to 10.000 sg 11, of ste-hu41 lenestrabun area must lrKJude a tabel cxr6llcate either tssuea by NrRC or provide a CEC Default Labe CenrM,ate using the default U.farlonl from Standards Table 116-A and 0 CendK.ve stws be filed in the contractors pger•I of ,ca dunng consiroGbon end n the bAmog managers olhce after rcihstructloo Act. Cond. Location/ # Type Area U-Fac' SHGC2 Azm. Stat. Glazing Type Comments 40 Window Left (E) 69 0 300 NFRC 036 NFRC 90 New Double Metal Low-E 2ND FL CONFRENCE 41 Window Front (N) 69 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FL CONFRENCE • 42 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FL CONFRENCE 43 Window Left (E) 18 0 300 NFRC 036 NFRC 90 New Double Metal Low-E 2ND FL. EX. DEMO 44 Window Right (W) 21 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 2ND FLR LOBBY 45 Window Left (E) 21 0 300 NFRC 036 NFRC 90 New Double Metal Low-E 2ND FLR LOBBY 46 Window Left (E) 69 0 300 NFRC 036 NFRC 90 New Double Metal Low-E 2ND FLR LOBBY 47 Window Front (N) 69 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR LOBBY 48 Window Front (N) 69 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR LOBBY 49 Window Front (N) 69 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR LOBBY 50 Window Front (N) 69 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR LOBBY 51 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR LOBBY 52 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR LOBBY 11 U-farts Type ' 16-A Deloutl Tabia from Standards Table NI-1 Default'able born the ACM Manuel Appendix NFRC Latwied .ague i21 SHGC Type r if, a Defauh Table from Standards COG Ceotnr of Glass, NFRC Labeled Value EXTERIOR SHADING Window Overhang Left Fin Right Fin ## Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 40 None 076 41 None 0 76 42 None 076 43 None 076 44 None 076 45 None 076 46 None 076 47 None 076 48 None 0 76 49 None 076 50 None 076 51 None 076 52 None 0 76 MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The proposed building is in climate tones 2 through I and contains an enclosed space with floor area greater than 25, 000 112 a ceiling height greater than 15 feetand an '.P0 for general lighting of at least o 5 wnt2. see Section lgiq If this boa is checked. ENV -a C must be filled out when eubmnling under the Prescapdre compliance Approach • EnergyPro 4 4 by EnergySoft User Number 5678 .lob Number 07 0021 Page 7 • t ' b r CERTIFICATE OF COMPLIANCE (Part 2 of 2) ENV-1-C IsPROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES 71 Surface Insulation Act. Cond: Joint Appendix # Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments 81 Wall 527 0 183 R-19 R 00 90 90 New 11-A5 2NDFL CONFRENCE 82 Wall 20 0183 R-19 R-00 180 90 New 11-A5 2NDFL CONFRENCE 83 Wall 141 0 183 R-19 R-0 0 90 90 New 11-A5 2ND FL CONFRENCE 84 Wall 140 0 183 R-19 R-0 0 0 90 New 11-A5 2ND FL. CONFRENCE 85 Wall 174 0 183 R-19 R-0 0 90 90 New 11-A5 2ND FL. EX DEMO 86 Wall 26 0 183 R-19 R-0 0 180 90 New 11-A5 2ND FL HALLSUPP 87 Wall 150 0183 R-19 R-00 0 90 New 11-A5 2NDFL OFFICE 88 Wall 140 0 183 R-19 R-0 0 90 90 New 11-A5 2ND FL OFFICE 89 Roof 28 0 079 R-30 R-0 0 0 0 New 05-A7 2ND FLR RESTROOM 90 Wall 42 0183 R-19 R-00 270 90 New 11-A5 2ND FLR LOBBY 91 Wall 102 0 183 R-19 R-0 0 90 90 New 11•A5 2ND FLR LOBBY 92 Wall 572 0 183 R 19 R-0 0 0 90 New 11-A5 2ND FLR LOBBY 93 Wall 57 0 183 R-19 R-0 0 180 90 New 11-A5 2ND FL OFFICE 94 Wall 135 0183 R-19 R-00 180 90 New 11-A5 2NDFL OFFICE 95 Wall 65 0183 R-19 R-00 180 90 New 11-A5 2ND FL HALUSUPP 96 Wall 107 0183 R-19 R-00 180 90 New 11-A5 2ND FL WAITING 97 Wall 143 0 183 R-19 R-0 0 180 90 New 11-A5 2ND FL MED AREA 98 Wall 315 0 183 R-19 R-0 0 270 90 New 11-A5 2ND FLR TEN SPC 99 Wall 422 0183 R-19 R-00 270 90 New 11-A5 2ND FLR TEN SPC 100 Wall 517 0 183 R-19 R-0.0 180 90 New 11-A5 2ND FLR TEN SPC N E A R Ne* E,,o'i0. Allured, Rem,-1 More man or equal to 1 D.D00 sq ft of sile-boil: fenestration area must include a WWI cnrllbcalo either issued by NFRC or provide a CEC Default Label CendrCele ,.sing the default U-tactors from Standards Table I *6-A and a Calllf ale •hall bet bled ai the Wntrecidrs protect office ounng construction and m the budding managers ulfke after construction Act. Cond. Location/ # Type Area U-Fac.' SHGC2 Azm. Stat. Glazing Type Comments Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL OFFICE is53 54 Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL OFFICE 55 Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL WAITING 56 Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FL WAITING 57 Window Right (W) 18 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 2ND FLR TEN SPC 58 Window Right (W) 18 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 2ND FLR TEN SPC 59 Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FLR TEN SPC 60 Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FLR TEN SPC 61 Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FLR TEN SPC 62 Window Rear (S) IS 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FLR TEN SPC 63 Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FLR TEN SPC 64 Window Rear (S) 18 0 300 NFRC 036 NFRC 180 New Double Metal Low-E 2ND FLR TEN SPC 65 Window Right (W) 18 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 2ND FLR TEN SPC I t I U-factor Type I i6-A Detain/Table from Standards, Table NI-1 DetaWt Table ", s. the ACM Manual AppendNFRC Labeled vague 2, SO4GC 'Yin 116 a 7,erauh Tabcc ism- Standards, COG Cente, Glass. NFRC L abened V.1— EXTERIOR SHADING Window Overhang Left Fin Right Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. HgL Dist. Len. Hgt. 53 None 076 54 None 076 55 None 076 56 None 076 57 None 0 76 RECEIVED 58 None 076 59 None 0.76 60 None 076 OCT 2 8 2009 61 None 076 62 None 076 63 None 076 CONSTRUCTION 64 None 076 WDL 65 None 0 76 [MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACE The proposed building is indlmate tones 2 through 15 and contains an enclosed specs with floor area greater than 25 000 tt2, a calling height greater than 15 feet, and an LPD for general Almlighting of at lent 0.5 W'1`12. See Section lglcl If this bos is checked. ENVJ-C must be filled out when submitting under the Prescriptive Compliance Approach EnergyPro 4 4 by Energygoft User NurnDer 5678 J;-jC Nunrher 07, Page 8 of 157 CERTIFICATE OF COMPLIANCE (Part2 of 2) ENV-1-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES Surface Insulation Act. Cond: Joint Appendix # Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments 101 Wall 349 0 '83 R-19 R-00 270 90 New I I.A5 2ND FLR TEN SPC 102 Wall 1,536 0 183 R-19 R-0 0 0 90 New 11-A5 2ND FLR TEN SPC 103 Wall 588 0 183 R-19 R-00 270 90 New 11-A5 2ND FLR TEN SPC 104 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 340 105 Roof 101 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 340 106 Wall 74 0 183 R-19 R-0 0 270 90 New 11-A5 VAV 339 107 Door 20 0 700 None R-0 0 270 90 New 28-A2 VAV 339 108 Roof 1 324 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 339 109 Wall 189 0 183 R-19 R-0 0 270 90 New 11-A5 VAV 338 110 Wall 162 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 338 111 Roof 479 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 338 112 Roof 90 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 337 113 Wall 60 0 183 R-19 R-0 0 270 90 New 11-A5 VAV 337 114 Wall 36 0 183 R-19 R-0 0 270 90 New 11-A5 VAV 337 115 Roof 92 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 337 116 Wall 73 0 183 R-19 R-0 0 270 90 New 11-A5 VAV 337 117 Roof 80 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 337 118 Roof 764 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 336 119 Wall 154 0183 R-19 R-00 270 90 New 11-A5 VAV 335 120 Roof 289 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 335 'N F A R.N— FGf.—T R—n:,— FENESTRATION SURFACES More than'v eaua+ to IctDW sV if of sde-pu d fenr. strabnn dreg must include a abM cenA�cate edher asued fly NFRC n provide a CEC Defaull latwi Cwml¢ate using the dnfaun u-lactara born Standards Table 116-A and B Curti6Cate shall be Ned in the conhactor's protect omce during construcbnn and i^ tr+e building maragnrs nl'— after constnriwn Act. Cond. Location/ # Type Area U-Fac.' SHGC, Azm. Stat. Glazing Type Comments 66 Window Right (W) 18 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 2ND FLR TEN SPC 67 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC • 68 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 69 Window Front (N) 18 0.300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 70 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 71 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 72 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 73 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 74 Window Front (N) 18 0 300 NFRC 036 NFRC 0 New Double Metal Low-E 2ND FLR TEN SPC 75 Window Right (W) '8 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 2ND FLR TEN SPC 76 Window Right (W) 18 0 300 NFRC 036 NFRC 270 New Double Metal Low-E 2ND FLR TEN SPC 77 Window Right (W) 81 0 300 NFRC 036 NFRC 270 New Double Metal Low-E VAV 338 78 Window Rear (S) 124 0 300 NFRC 036 NFRC 180 New Double Metal Low-E VAV 338 r 1, U-'actor Type 116-A Dufeult Table from Standards. Table Nt I-1 Default Tate from the ACM Manuai Appendix NCRC Labeler d rae 21 SHGC Type 116-B Default Table from Standards. COG Cerlef of Glass NFRC Labeled 'va:re EXTERIOR SHADING Window Overhang Left Fin Right Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 66 None 0.76 67 None 076 68 None 076 69 None 076 70 None 076 71 None 076 72 None 076 73 None 076 74 None 076 75 None 076 76 None 076 77 None 076 78 None 076 MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES 'he proposed building is in climate tones 2 through 15 and contains an enclosed space with floor area greater than 25.000 N2 a cooling hmght greater than 15 feet, and an APO for general ightmg of at least 0 5 W U See Section 143Ic1. It this box is Checked. ENV1-C must be filled outwhen submitting under the prescriptive Compliance Approach _ EnergyP,o 4 4 by EnergySolt Use, NUmhe, �'678 Job Number 07 0021 Pace 9 of 157 LCERTIFICATE OF COMPLIANCE (Part2 of 2) ENV-1-Cl PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 OPAQUE SURFACES Surface Insulation Act. Cond., Joint Appendix Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location I Comments 121 Wall 74 0 183 R 19 R-0 0 270 90 New 11-A5 JAV 334 122 Door 20 0 700 None R-0 0 270 90 New 28-A2 VAV 334 123 Roof 1 154 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 334 124 Roof 138 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 333 125 Wall 73 0 183 R-19 R-0 0 270 90 New 11•A5 VAV 333 126 Wall 130 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 332 127 Roof 139 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 332 128 Roof 265 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 332 129 Wall 302 0 183 R-19 R-0 0 270 90 New 1 1-A5 VAV 332 130 Door 20 0 700 None R-0 0 270 90 New 28-A2 VAV 332 131 Wall 143 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 332 132 Wall 36 0 183 R-19 R-00 90 90 New 11-A5 VAV 331 133 Wall 116 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 331 134 Roof 91 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 331 135 Wall 116 0 183 R-19 R-00 270 90 New 11-A5 VAV 331 136 Roof 93 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 331 137 Roof 72 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 138 Roof 74 0 079 R-30 R 0 0 0 0 New 05-A7 VAV 330 139 Roof 94 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 1.40 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 N F A •4 • , ..I q ATnrnd Removed, FENESTRATION SURFACES More than or epwi to 10. 000 sQ it of sae-bual Standards Table 116-A 9. Certificate fenestrabon area , - , ,ie a label rxNticaie eirier Issued by NFRC a provide a CEC Default Label Cemrficale using the defautt u.tarlon fmm and snap be filed ,n it,e - 11, for 5 Poled (Ace dung cnrvn,e: ra, a,.d -, the building manager's office after construction Act. Cond. Location/ # Type Area U-Fac.' SHGC I Azm. Stat. Glazing Type Comments 79 Window Right (W) 80 Window Right (W) 50 0 300 NFRC 036 NFRC 74 0 300 NFRC 036 NFRC 270 270 New New Double Metal Low-E Double Metal Low-E VAV 337 VAV 337 81 Window Right (W) 89 0 300 NFRC 036 NFRC 270 New Double Metal Low-E VAV 337 82 Window Right (W) 219 0 300 NFRC 036 NFRC 270 New Double Metal Low-E VAV 335 83 Window Right (W) 89 0 300 NFRC 036 NFRC 270 New Double Metal Low-E VAV 333 84 Window Rear (S) 20 0.300 NFRC 036 NFRC 180 New Double Metal Low-E VAV 328 85 Window Rear (S) 20 0 300 NFRC 036 NFRC 180 New Double Metal Low-E VAV 328 86 Window Front (N) 20 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 325 87 Window Front (N) 20 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 325 88 Window Front (N) 20 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 325 89 Window Front (N) 20 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 325 90 Window Rear (S) 20 0 300 NFRC 036 NFRC 180 New Double Metal Low-E VAV 321 91 Window Rear (S) 20 0.300 NFRC 036 NFRC 180 New Double Metal Low-E VAV 321 11 U-(actor Type 1 t&A Default Table from Standards. Table NO Default Taoist from the ACM Manual Append,. NFRC Labeled 21 SHGC Type t I" Defaurt Tabie fr,fm Standards. COG Center of Glass NFRC Labeled 'Jalwe value EXTERIOR SHADING Window Overhang Left Fin Right Fin ## Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 79 None 0 76 80 None 076 81 None 0 76 82 None 076 83 None 076 84 None 0 76 85 None 0 76 'RECEIVED 86 None 076 87 None 0 76 88 None 0 76R 2U09 89 None 0 76 90 None 0 76 91 None 0 76 WDL CONSTRUCTION _MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The proposed building lighting of at least 0.5 is in climate tones 2 through 15 and contains an enclosed spar with floor area wtfl2 Sae Section 143tci 11 this box is checked. ENV-4-C greater than 25.000 fl2. a coiling height greater than 15 feet. and an LPO for ganatat s must be filled out when submitting under the prescriptive Comphance Approach. EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 Page 10 of 157 CERTIFICATE OF COMPLIANCE_ (Part2 of 2) ENV-1-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES Surface Insulation Act. Cond: Joint Appendix # Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments 141 Roof 96 0079 R-30 R-0 0 0 0 New 05 A7 VAV 330 142 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 143 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 144 Roof 94 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 330 145 Roof 96 0 079 R 30 R-0 0 0 0 New 05-A7 VAV 329 146 Roof 93 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 329 147 Roof 96 0 079 R•30 R-0 0 0 0 New 05-A7 VAV 329 148 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 329 149 Roof 95 0 079 R-30 R-0 0 0 D New 05-A7 VAV 329 150 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 329 151 Wall 57 0 183 R-19 R-0.0 180 90 New 11-AS VAV 328 152 Roof 86 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 328 153 Wall 94 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 328 154 Roof 97 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 328 155 Roof 140 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 328 156 Roof 95 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 327 157 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 327 158 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 327 159 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 327 160 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 327 - N E A R New E-15t,N. Anerod, Removed, FENESTRATION SURFACES Mope than of equat to 10 OIX sq ft of site-twdt fenestration area must n Inhe� ;..ere 1—ir, -tr er -ss.,nd oy NFRC Ur pro, -de a CEC Default Label CenrfirAta usmq the default ujactrry f.um Standards Table 116-A and a Certificate shall be fled in the Cantlacroi s pnq.n.i nice ,],ring cnnsrrvcom end in the building managers office after construction Act. Cond. Location/ # Type Area U-Fac.t SHGC` Azm. Stat. Glazing Type Comments 92 Window Front (N) 20 0 300 NFRC 036 NFRC 0 New Double Metal low-E VAV 318 93 Window Front (N) 20 0.300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 318 • 94 Window Front (N) 20 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 318 95 Window Front (N) 20 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 317 96 Window Front (N) 20 0 300 NFRC 0,36 NFRC 0 New Double Metal Low-E VAV 317 97 Window Front (N) 20 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 317 98 Window Front (N) 181 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 312 99 Window Front (N) 129 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 311 100 Window Rear (S) 20 0 300 NFRC 036 NFRC 180 New Double Metal Low-E VAV 310 101 Window Rear (S) 20 0 300 NFRC 036 NFRC 180 New Double Metal Low-E VAV 310 102 Window Rear (S) 20 0 300 NFRC 036 NFRC 180 New Double Metal low-E VAV 310 103 Window Rear (S) 107 0 300 NFRC 036 NFRC 180 New Double Metal Low-E VAV 309 104 Window Left (E) 20 0.300 NFRC 0.36 NFRC 90 New Double Metal Low-E VAV 309 (11 J-1actof Type 116-A Default Table from Standards, Table NO Defeat Table from the ACM Mar,— Amp djx. NFRC Labeed value t21 SHGC Tune 1 16 8 CWaun 'able hen Standards. COG Censer ;d Glass NFRC Labeled Value EXTERIOR SHADING Window Overhang Left Fin Right Fin ## Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 92 None 076 93 None 076 94 None 0 76 95 None 076 96 None 076 97 None 076 98 None 0 76 99 None 076 100 None 0 76 101 None 076 102 None 0 76 103 None 076 104 None 0 76 MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The proposed budding is In Chmate zones 2 tinough 15 and contains an enclosed space with floor aria great., then 25. 000 tt2 a ceding height greater than 15 feel. and an LPD for general lighting of at tease 0 5 W 12 See Section 1431c, If this boa Is checked ENV-4-C must be hit" out when submitting under Me Prescriptive Compliance Approach • EnergyPro 4 4 by EnergySolt User Num,ner 5& IN Job Number 070021 Page. 11 of 157 L ERTIFICATE OF COMPLIANCE (Part 2 of 2) ENV-1-CI • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES # Surface Insulation Act. Cond: Joint Appendix Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location ! Comments 161 Roof 93 0.079 R-30 R-0 0 0 0 New 05-A7 VAV 327 162 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 163 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 164 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 165 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 166 Roof 92 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 167 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 326 168 Wall 51 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 325 169 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 325 170 Wall 84 0 183 R-19 R-00 0 90 New 11-A5 VAV 325 171 Roof 63 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 325 172 Roof 88 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 325 173 Wall 84 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 325 174 Roof 88 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 325 175 Wall 84 0 183 R-19 R40 0 90 New 11-A5 VAV 325 176 Roof 86 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 325 177 Wall 84 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 325 178 Roof 85 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 325 179 Wall 84 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 325 180 Roof 85 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 324 .1 E A R Nv Esisbng Altered RemovedI f-Ic" than n equal to 10,000 sq if of sae-bmn fonestrab,n area must inct,de a Labe urld.cate either %sued by NFRC or pmvde a CEC DMaun Label Cam t—ir, ­ng yr defa�n ta,a ors tr,,.., Standards Tanta t 16-A and B Cert!f sate shall be died K1 the contraclor's pr,"cl UM— during c onslrucbon and in Me building n inagef's ^ce after rrnshteilon _. Act. Cond. Location/Azm. # Type Area U-Fac.' SHGC 2 Stat. Glazing Type Comments Window Lett (E) 69 0 300 NFRC 036 NFRC 90 New Double Metal Low-E VAV 309 •105 106 Window Left (E) 20 0 300 NFRC 0.36 NFRC 90 New Double Metal Low-E VAV 308 107 Window Lett (E) 20 0 300 NFRC 0,36 NFRC 90 New Double Metal Low-E VAV 308 108 Window Left (E) 20 0 300 NFRC 036 NFRC 90 New Double Metal Low-E VAV 308 109 Window Front (N) 112 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 303 110 Window Left (E) 20 0 300 NFRC 036 NFRC 90 New Double Metal Low-E VAV 302 111 Window Left (E) 78 0 300 NFRC 036 NFRC 90 New Double Metal Low-E VAV 301 112 Window Front (N) 112 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 301 113 Window Left (E) 39 0 300 NFRC 036 NFRC 90 New Double Metal Low-E VAV 101 114 Window Left (E) 39 0 300 NFRC 036 NFRC 90 New Double Metal Low-E VAV 101 115 Window Left (E) 29 0 300 NFRC 036 NFRC 90 New Double Metal Low-E VAV 102 116 Window Left (E) 39 0 300 NFRC 036 NFRC 90 New Double Metal Low-E VAV 102 117 Window Front (N) 39 0 300 NFRC 036 NFRC 0 New Double Metal Low-E VAV 103 1 i �-Iaclor Tvpe 116-A Default Table fmm Standards Table NI-1 Default Tad• from Me ACM hilah al StGC ',te ''e P �nta.nr Tao1c• 1. - �,, ..1•11s Ci?G fAl"W d Gifts NrRC Labeled Val - AtKrend-s NFRC t ahoawd •al,e . EXTERIOR SHADING # Exterior Shade Type Window Overhang Left Fin Right Fin SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 105 None 0 76 106 None 076 107 None 076 108 None 076 1None 110 10 None 76 076 u ECEItV ED 111 None 076 112 None 076 ul r 2 113 None 076 8 2009 114 None 076 11Roll-down Awning 0 13 7 2 4 0 285 30 112 53 116 Awning Awng 0 13 89 4 5 285 30 52 t 1 0 WDL CONSTRUCTION 117 None 0 76 MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES All The Proposed building rs in climate tones I,gMing f at least 0 S WM2 See Secllon tell[) 2 through IS and Contains an encloasu space with moor area greater than 25.000 tt2_ a ceding height greater than 15 feet. and an LPD for genera If this DOa is Chocked ENV4-C must a (,lied out when submrttmg under Ina Proscriptive Compliance Approach EnergyP•o 4 4 by Energy$oR Use, N,,r t)(­ (, a r,c Nurrcer Q+ lIG2, 1 Page 12 of 157 (CERTIFICATE OF COMPLIANCE (Part2 of 2) ENV-1-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES Surface Insulation Act. Cond.' Joint Appendix Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments .81 Wall 90 0 183 R-19 R-00 180 90 New 11-A5 VAV 324 182 Roof 69 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 324 183 Roof 60 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 324 184 Roof 72 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 323 185 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 323 186 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 323 187 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 323 188 Roof 96 0 079 R 30 R-0 0 0 0 New 05-A7 VAV 322 189 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 322 190 Roof 96 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 322 191 Wall 91 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 321 192 Roof 99 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 321 193 Wall 88 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 321 194 Roof 92 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 321 '95 Roof 641 0079 R-30 R-0.0 0 0 New 05-A7 VAV 320 196 Roof 641 0 079 R-30 R-0.0 0 0 New 05-A7 VAV 319 197 Roof 83 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 318 198 Wall 84 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 318 199 Roof 114 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 318 200 Wall 113 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 318 - h E A R •heww E—tag, Anmed Re�.valf More than .r equal to 10.000 sV it ul s,le-drat tenestrabtat area must include a label Certificate f>Ir,,er :sued by NFRC or provide a CEC Deldun Labe Certificate usmq Tne ? Iavir 1;-factors Srandards Table I I&A and a CnM,f,.Ie snail tin filed onthe Contractor's prgect ufllce dunng from ConftnrctIon and In the buddwTg manager's office after consiructgn # Type Area U-Fac.' SHGC2 Act. Azm. Cond. Stat. Glazing Type Location/ Comments 118 Window Front (N) 39 0 300 NFRC 0 36 NFRC 0 New Double Metal low-E VAV 103 119 Window Front (N) 39 0 300 NFRC 0 36 NFRC 0 New Double Metal Low-E VAV 103 • 120 Window Front (N) 39 0 300 NFRC 0 36 NFRC 0 New Double Metal Low-E VAV 103 121 Window Front (N) 39 0 300 NFRC 0 36 NFRC 0 New Double Metal Low-E VAV 104 122 Window Front (N) 39 0 300 NFRC 0.36 NFRC 0 New Double Metal Low-E VAV 104 TU-faaor Type 1 f6-A Defaurt Table from Standards. Table Not Default Table fmrn If•e ACM Man, -al Appe ,Jirr NFAC Labeled value 2 SHGC Type ' 105_-8 Def—r Table hnm Standards. COG Center f ;;:,rss NFRC Latmled Vahre EXTERIOR SHADING Window Overhang Left Fin Right Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. 118 None 0 76 119 None 0 76 120 None 076 121 None 0 76 122 None 076 MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The proposed budding is in climate torws 2 through 15 and contains an enclosed space with ffndl area greater than 25 000 I112. a ceding height greater than 15 feet. and an LPo for general • fighting of at Nast 0 5 w'ft2 Sae Section 143(c) If this boa a checked ENV4-C must be filled outwhen submitting under the Prescri Ptive Compliance Approach E,wq: ,P•o s a ^y Ene,y,Son User Number. 5678 ahNur,t,er 1-t%i1!)71 Page 1301157 [CERTIFICATE OF COMPLIANCE (Part 2 of 2) ENV-1-C isPROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES Surface # Insulation Act. Cond.' Joint Appendix Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments 201 Roof 154 0 079 R 30 R 0 0 0 0 New 05-A7 VAV 318 202 Wall 162 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 318 203 Wall 337 0 183 R-19 R-00 0 90 New 11-A5 VAV 317 204 Roof 295 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 317 205 Roof 452 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 316 206 Roof 1 982 0 079 R-30 R-0 0 0 0 New 05 A7 VAV 315 207 Roof 1.982 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 314 208 Roof 416 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 313 209 Wall 271 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 312 210 Roof 316 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 312 211 Wall 193 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 311 212 Roof 455 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 311 213 Roof 166 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 310 214 Wall 33 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 310 215 Roof 106 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 310 216 Wall 59 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 310 217 Wall 74 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 310 218 Roof 82 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 310 219 Roof 118 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 310 220 Wall 70 0 183 R-19 R-0 0 180 90 New 11-A5 VAV 310 ' N F A Q t.,.v. A: 1.—.I a1.... ..-1 W.". thaw• or eQual 10 1I], JOU sg It of "le -Win fenestration area must aloud* A label oenlbcale either Issued by NFRC or pmylO* A C E C Default Label Canny -ate —g ma 41-1 11 U-tar f,- ,ruin Standards Table 1 7&A and B CenAlcam shalt be filed In Ore contracWs propect itilice dunng eonstrueleon and In the bwldap managels office after construction Act. Cond. Location/ Type Area U-Fac.t SHGC1 Azm. Stat. Glazing Type Comments • 111 U-factur Type 116-A Default Table from Standards, Table NIN Default Table from !he ACM Manual Appw*x NFRC Lisa lrW yarue (2l SHGC Type 116-B Derau t Tate frryn Standardf COG Center of Glass. NFRC Labeled Vella EXTERIOR SHADING Window Overhang Left Fin Right Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. RECEIVED 0 C 1 2 R 2009 WDL CONSTRUCTION MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES This proposed building Is In climate [ones 2 through 15 and contains an encbad space wall Boor area great*, than 25 000 U a Ceding height greater than 15 feet and an LPD for general lighting of at least 0 5 W112 See Sectlon 141(c) It this lso* o checked ENV 4-C must be fined out hen submitting under the P,escrtplly* Compliance Approach EnergyP•o 4 4 by Ene gySoft User Number 5678 "ob Nurner 07 'Jt'21 Page 14 of 157 CERTIFICATE OF COMPLIANCE Part2 of 2) ENV-1-C PROJECT NAME • Eisenhower Ambulatory Care DATE10/26/2009 Center OPAQUE SURFACES Surface # Insulation Act. Cond.' Joint Appendix Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location I Comments 221 Wall 62 0 '83 R-19 R-0 0 '80 90 New 11-A5 VAV 309 222 Wall 151 0 '83 R-19 R-00 90 90 New 11-A5 VAV 309 223 Roof 216 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 309 224 Wall 78 0 183 R-19 R-00 90 90 New 11-A5 VAV 308 225 Roof 125 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 308 226 Wall 58 0 183 R-19 R-0 0 90 90 New 11-A5 VAV 308 227 Roof 120 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 308 228 Roof 125 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 308 229 Wall 78 0 183 R-19 R-0 0 90 90 New 11-A5 VAV 308 230 Roof 106 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 231 Roof 106 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 232 Roof 27 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 233 Roof 38 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 234 Roof 48 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 235 Roof 40 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 236 Roof 109 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 237 Roof 27 0 079 R-30 R-0.0 0 0 New 05-A7 VAV 307 238 Roof 38 0 079 R-30 R-0.0 0 0 New 05-A7 VAV 307 239 Roof 49 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 240 Roof 40 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 •I E A R New E.,,1.119. Artered Rnmr.eo i Nbre than fr equal to 10,0fIo ed tl nl vte-Dudt renestra0al area muss rrldude a label rendicaw mMer issued by NFRC to prowde a GEC Defaud Leber Standards TableCenrtn:afe us�na Mn defau+f .l rac I _ors from 1 i6A and 8 CertrfK.ale shah be bled m the emtrachlYs prgect oM— during construct m and in Me huadmg nianege: s oHiue. efre, conslr,Iciion Act. Cond. Location/ # Type Area U-Fac: SHGC' Azm. Stat. Glazing Type Comments • I I! U-factor Type 116-A Default Table horn Standards, Table NI-1 Default TaNe from the ACM Manuel Append,. NFRC Labeled •at- 121 SHGC Type * It, 6 Deraud Tote hom Sandards, COG Center of Glass. NFRC I attnled `:awe EXTERIOR SHADING Window Overhang Left Fin Right Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The propose! budding Is in climate tones 2 through 15 and contairs an enclosed space with noor area greater than 25.000 f12 A ceiling height greater than 15 feet. and an LPO fcr general • lighting of at least 0 5 w/ft2, see section 1-e31c) If this boa H checked ENYJ-C must Ds filled out when submitting unite the Prescnpleve Compliance Approach. Energypro 4 4 by Energysoll User Number 5678 Job Number 07 0021 1,-• 1 •,` CERTIFICATE OF COMPLIANCE (Part2 of 2) ENV-1-Cj • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 OPAQUE SURFACES • Surface Insulation Act. Cond: Joint Appendix # Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference Location / Comments 241 Root 109 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 307 242 Roof 116 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 306 243 Roof 128 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 306 244 Roof 128 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 306 245 Roof 121 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 306 246 Roof 74 0.079 R-30 R-0 0 0 0 New 05-A7 VAV 306 247 Roof 853 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 305 248 Roof 113 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 305 249 Roof 511 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 304 250 Wall 110 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 303 251 Roof 245 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 303 252 Wall 113 0 183 R-19 R-0 0 90 90 New 11-A5 VAV 302 253 Roof 168 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 302 254 Wall 108 0 183 R-19 R-0 0 90 90 New 11-A5 VAV 301 255 Wall 46 0 183 R-19 R-0 0 0 90 New 11-A5 VAV 301 256 Roof 387 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 301 257 Roof 28 0 079 R-30 R 0 0 0 0 New 05-A7 3RD FLR RR/JAN 258 Roof 132 0 079 R-30 R-0 0 0 0 New 05-A7 3RD FLR RR/JAN 259 Roof 0 0 079 R-30 R-0 0 0 0 New 05-A7 3RD FLR RR/JAN 260 Roof 133 0 079 R-30 R-0 0 0 0 New 05-A7 VAV 101 ' N E A 14 N— 4 —1,b Q Altered Ron-41 flora !hard equal to 10 000 soft of sde-built fenestration area must include a Label cenifir-ate either issued by NFRC of provide a CEC Default a Mcrrvs hewn Standards Table I .6-A and 8 CendCale snag be fled in the contrador's prWct office dung mnshucbon and n Ina budding manager's office after romilw-bon Act. Cond. Location/ # Type Area U-Fac: SHGC2 Azm. Stat. Glazing Type Comments (1) U4 r - Type 116 A Default Tab* from Standards Table Nil. 1 Default Table from Ile ACM Manual Appendix NFRC Labeled -21 St+GC'yne 1 Ih-B ;1«iawl 'a^* 4— Standards COG Center of Glass. NCRC Labeled Value [EXTERIOR SHADING Window Overhang Left Fin Right Fin ## Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len- Hgt. Dist. Len. Hgt. RECEIVED I) C T 2 9 2009 WDL CONSTRUCTION MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The proposed budding is in climate tones 2 through 15 and contains an enclosed space with floor area greater than 25 000 tU a tailing height greater !han 15 feet and an LPD for general lighting of at least 0.5 Wtt2 See Section 1431c1 It this Dos n checkW, ENV-a-C must be filled outwhen submitting under the Pres<npifve Comphii— Approach EnergyPro 4 4 by Energy5oft User Number 5678 jnt Nj— ,er J 7 0021 Page 16 of 157 (CERTIFICATE OF COMPLIANCE (Part 2 of 2) ENV-1-CI PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 [OPAQUE —SURFACES Surface Insulation Act. Cond., Joint Appendix Type Area U-Fac. Cay. Cont. Azm. Tilt Status IV Reference 261 Wall 98 0183 R-19 R-00 90 9U New 'I-A5 262 Roof 502 0 079 R-30 R-0 0 0 0 New 05 A7 263 Wall 131 0 183 R-19 R-00 90 90 New ' 1 A5 264 Wall 258 0 183 R-19 R 0 0 0 90 New 11 A5 265 Roof 80 0 079 R-30 R-0 0 0 0 New 05-A7 266 Roof 129 0 079 R-30 R-0 0 0 0 New 05-A7 267 Roof 61 0 079 R-30 R-0 0 0 0 New 05-A7 268 Roof 74 0 079 R-30 R-0 0 0 0 New 05-A7 269 Roof 502 0 079 R-30 R-0 0 0 0 New 05-A7 270 Roof 341 0 079 R-30 R-0 0 0 0 New 05-A7 271 Roof 242 0 079 R-30 R-0 0 0 0 New 05-A7 272 Wall 318 0 183 R-19 R-00 0 90 New 11-A5 273 Roof 76 0 079 R-30 R-0 0 0 0 New 05-A7 274 Wall 71 0 183 R-19 R-0 0 0 90 New 11-A5 275 Roof 778 0 079 R-30 R-0 0 0 0 New 05 A7 276 Roof 42 0 079 R-30 R-0 0 0 0 New 05-A7 N E A R'New F.ohny. Ane,etl Renv>ee,:i Location / Comments VAV 101 VAV 102 VAV 102 VAV 102 VAV 106 VAV 106 VAV 106 VAV 105 VAV 105 VAV 108 VAV 103 VAV 103 VAV 104 VAV 104 VAV 107 1ST FLR RESTROOM IFENESTRATION SURFACES PA.— m:,n ,n li'A w -c 1wi'l; N d mso-cult fe, nst'al'un area must ,nctude a'aDel ssued Do, NFRC or p.ovoe a GEC Default Label Certificate using the default U-laclors from Standards Table 116-A and B Cerif—te shall be hind or the cunbactur's prcxact office during nr llru, titx, and in the nu,lArny managoi s a -fire after con5tr,,,b h Act. Cond. Location/ Type Area U-Fac.' SHGC2 Azm. Stat. Glazing Type Comments 11 I U factor Type 116 A Default Taboo from Standards. Table NI-1 Default Table hum I" ACM Manua, Appendu NFRC Labeled value fZi SHGC Tyt* ' 16-B Defautt Table hn,n Standards COG Cenler of Giaes. NFRC Labeled Value IEXTERIOR SHADING Window Overhang Left Fin Right Fin # Exterior Shade Type SHGC Hgt. Wd. Len. Hgt. LExt.RExt. Dist. Len. Hgt. Dist. Len. Hgt. MINIMUM SKYLIGHT AREA FOR LARGE ENCLOSED SPACES The proposal building is in climate zones 2 through 15 and contains an enclosed space with Noor area greater than 25 000 ft2a cwfing height grearar than 15 feel and an LPD for general • lighting of at least 0 5 Ai Sea V-4�C Section 143(cy If this boa M chocked ENmust be filled out when submitting under the Pr►scnptive Compllanca Approach. F-e'yyP,o 4 4 ny Ene-gySott Use, Nim.,e, t)F'8 -oh Nurrt: r,r ;i7 !1021 r'igr. 1 7 ( 147 COVERALL ENVELOPE METHOD (Part 1 of 7) ENV-3-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA CALCULATION A- DISPLAY PERIMETER 0 h x 6 ft = 0 ft DISPLAY AREA B. GROSS EXTERIOR WALL AREA 26.721 h x 0-40 - 10.689 h 40% GROSS WALL AREA C ENTER LARGER OF A OR B 26,721 10,689 h MAXIMUM STND AREA D ENTER PROPOSED WINDOW AREA 4,863 It PROPOSED AREA E WINDOW WALL RATIO = Proposed Window Area Divided by Gross Exterior Wall Area = 1 8.20% F WEST DISPLAY PERIMETER 0 h x 6 h_ 0 ft WEST DISPLAY AREA G. WEST EXTERIOR WALL AREA 7,287 h x 0.40 = 2,915 h 40% WEST WALL AREA H. ENTER THE LARGER OF F AND G 7,287 2,915 h MAX STND. WEST AREA I- ENTER PROPOSED WEST WINDOW AREA 1,314 It PROPOSED WEST AREA J. WEST WINDOW WALL RATIO - Proposed West Window Area Divided by West Exterior Wall Area = 1 8.04% Combined Values for North. East and South Walls • K. NIE/S DISPLAY PERIMETER (A - F) 0 h x 6 ft = 0 h N/EIS DISPLAY AREA L. NIE/S EXTERIOR WALL AREA IS - G) 19,434 h x 0 40 = 7,774 h 40% NIE/S AREA M. ENTER LARGER OF K OR L 19,434 7,774 ft MAX. STAND, NIE/S AREA N. PROPOSED N E,S WINDOW AREA (D - 1) 3,549 It PROPOSED N/EIS AREA WINDOW ADJUSTMENT O IF D > C and/or if I > H, PROCEED TO CALCULATION STEPS 1 OR 2. AS APPROPRIATE, FOR THE WINDOW AREA ADJUSTMENT. IF NOT, GO TO THE SKYLIGHT AREA TEST. ENV-3-C, PART 2 OF 7, 1. IF 1 < H Use the calculated Window adjustment for all walls. MAXIMUM STANDARD PROPOSED WINDOW WINDOW AREA (from C) AREA Ifrom D) ADJUSTMENT FACTOR 2. IF I > H: Calculate one window adjustment factor (WAF) for the West wall. a Calculate the WAF for the tiVest wall MAX. STANDARD WEST PROPOSED WEST WEST WINDOW AREA (from H) AREA (from 1) ADJUSTMENT FACTOR b if N > M Calculate the A'AF for the North. East and South walls MAX. STANDARD N/E/S AREA (from M) PROPOSED N/E,'S N/E/S WINDOW AREA (from N) ADJUSTMENT FACTOR 7 LU V UJ W Cn G N cc v 0 GO TO PART 7 TO CALCULATE ADJUSTED AREAS. EnergyPro 4 4 by Energy Solt User Number 5678 Jnh Nun•ber 070021 OVERALL ENVELOPE METHOD (Part 2 of 7) ENV-3-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 1 SKYLIGHT AREA TEST A ATRIUM HEIGHT 14 ft GROSS STANDARD ALLOWED ROOF AREA SKYLIGHT AREA B. IF <= 55 FT 33,805 ft x 0.05 = 1.690 ft C.IF>55FT ftx0.10= ft D. PROPOSED SKYLIGHT AREA 15 ft IF THE PROPOSED SKYLIGHT AREA IS GREATER THAN THE STANDARD SKYLIGHT AREA. PROCEED TO THE NEXT CALCULATION FOR THE SKYLIGHT AREA ADJUSTMENT, IF NOT. GO TO PART 3 OF 7. 1. IF PROPOSED SKYLIGHT AREA — STANDARD SKYLIGHT AREA: PROPOSED SKYLIGHT AREA SKYLIGHT STANDARD SKYLIGHT AREA (IF E = 0 ENTER 1) ADJUSTMENT FACTOR GO TO PART 7 TO CALCULATE ADJUSTED AREAS. • • EnergyP,o 4 4 by Ene,gyS,A User N,unner )678 Job Number 07.0021 Page ' >' ' 47 RECEIVED OVERALL ENVELOPE METHOD uL I ' n'l (Part 3 of 7) ENV • PROJECT NAME NDL CONSTRUCTION DATE Eisenhower Ambulatory Car n 1 /26/20 VERALLHEATLOSS A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM (e g. Al Floor-1) AREA CAP. FACT. J.A. IV Ref. Roof 262 0 079 05-A7 S'W Wall 34 0 183 11-A5 Window 46 0 300 WW Wall 182 0.183 11-AS Window 108 0 300 N+E Wall 36 0 183 11-A5 Window 46 0 300 East Wall 320 0.183 11-AS South Wall 385 0.183 11-A5 West Wall 104 0183 11-A5 East Wall 260 0 183 11-A5 South Wall 384 0 183 11-A5 Roof 95 0.079 05-A7 East Wall 260 0.183 11-A5 South Wall 384 0.183 11-A5 Roof 846 0 079 05-A7 West Wall 112 0 183 11-A5 South Wall 94 0 183 11-A5 Roof 130 0 079 05-A7 East Wall 230 0 183 11•A5 South Wall 297 0 183 11-A5 Window 26 0 300 Window 26 0 300 Roof 156 0-079 05-A7 South Wall 82 0 183 11-A5 Window 26 0 300 Window 26 0 300 East Wall 120 0-183 11-AS N E Wall 279 0.183 11-A5 N/W Wall 665 0.183 11-A5 1 I In climate zones 1 and 16 the insulating R-valie of continjois If Window andtor Skylight Area Adjustment is msu.ation materials installed above the roof waterproof Raluired use Adjusted Areas frnm Part 7 of 7 membrane shad be mu'bplied times 0 8 beforo choosing the column for determining assebmly U-factor See Footnotes. _labie Tables IV 1 through IV 7 in the Joint Appendices UA AREA' U- UA (B X D) (Adjusted) FACT. IF X G) 207 262 0 051 133 63 34 0217 75 13 7 46 0 470 21 4 333 182 0 217 39.4 322 108 0.470 50-5 65 36 0217 77 13,7 46 0 470 21 4 58-7 320 0 217 695 70.4 385 0 217 835 19.0 104 0.217 226 476 260 0.217 564 702 384 0 217 83.2 7.5 95 0.051 48 47.6 260 0 217 56,4 702 384 0 217 83.2 668 846 0 051 43.1 20.6 112 0 217 24.4 172 94 D217 205 103 130 0 051 6,6 42.0 230 0 217 498 544 297 0 217 644 7 7 26 0.470 120 77 26 0.470 120 123 156 0.051 8.0 151 82 0.217 17.9 7 7 26 0.470 120 7 7 28 0.470 120 21,9 1201 0.217 260 51.1 279 0 217 606 121 665 0.217 1443, 962 This Page Total 1.135 8,088 Building Total 8.717 EnergyPro 4 4 by EnergySoft Use, Number 5678 Job Number: 07.0021 Page'20 of 157 JOVERALL ENVELOPE METHOD (Part 3 of 7) ENV-3-C I PROJECT NAME Eisenhower Ambulatory Care Center DATE • 10/26/20 VERALLHEAT LOSS A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM UA AREA" U- UA (e.g. Wall-1. Floor-1) AREA CAP. FACT. J.A. IV Ref. (B X D) (Adjusted) FACT. (F X G) Window 310 0 300 93.0 310 0 470 1457 Roof 2.793 0.079 05-A7 220E 2.793 0 051 1424 Skylight (Glass wXurb) 15 0 300 45 15 1 180 178 Roof 51 0 079 05-A7 40 51 0 051 2.6 East Wall 145 0 183 11-A5 265 145 0217 315 Roof 110 0,07905-A7 8.7 110 0,051 56 East Wall 60 0.183 11-A5 11.0 60 0-217 131 SOUTH WALL 58 0.183 11-A5 10.5 58 0.217 12.5 EAST WALL 51 0 183 11-A5 93 51 0.217 11.1 Roof 417 0-079 05-A7 32-9 417 0.051 213 EAST WALL 71 0.183 11-A5 13,0 71 0.217 154 Roof 136 0.079 05-A7 10.7 136 0.051 6.9 South Well 147 0.183 11-A5 26.9 147 0.217 3L9 Window 26 0.300 77 26 0.470 12.0 Window 26 0.300 77 26 0.470 12,0 Roof 120 0.079 05-A7 9.4 120 0.051 61 EAST WALL 162 0.183 11-A5 29.7 162 0.217 35.3 South Wall 205 0.183 11-A5 37.6 205 0.217 445 Window 26 0.300 77 26 0.470 12.0 Window 26 0.300 7.7 26 0.470 12.0 Roof 1.038 0.079 05-A7 82.0 1 038 0.051 529 West Wall 158 0.183 11-A5 28.9 158 0217 34.3 Window 13 0.300 39 13 0 470 6.1 Roof 108 0.079 05-A7 8.5 108 0.051 5.5 West Wall 119 0.183 11-A5 218 119 0.217 25.8 SE Wall 34 0 183 11 •AS 62 34 0 217 7.3 Window 34 0.300 101 34 0 470 159 NIE Wall 73 0.183 11-A5 13.3 73 0,217 158 Window 78 0.300 234 78 0.470 36.7 N/W Wall 34 0 183 11-A5 62 34 0 217 73 1) In climate zones 1 and 16 the nsutatng R-va us of continuous 'If Window and/or Skylight Area Adjustment is 784 This Page Total g 799 insulation malena4s installed above the roof waterproof Required ise Adjusted Areas from Part 7 of 7 membrane shall be multiplied times 0 8 belore choosing the table column for determining assebmly U-factor See Footnotes, 8.088 Building Total 8.717 Tables IV.1 through IV.7 in the Joint Appendices EnergyPro 4.4 by EnergySoll User Number: 5678 Job Number: 07 0021 Page 21 of 157 • • OVERALL ENVELOPE METHOD qG; w a uno (Part 3 of 7) ENV-3-C • PROJECT NAME DATE Eisenhower r Ambulatory Care Center! nNgTRl1CT10N 10/26/2009 A B C 0 E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM UA AREA' U- UA (e.g. Wall-1. Floor-1) AREA CAP. FACT. J.A. IV Ref. (B X D) (Adjusted) FACT. (F X G) Window 34 0 300 101 34 0 470 159 West Wall 513 0 183 11-A5 939 513 0 217 1114 North Wall 192 018311-A5 352 192 0217 417 Roof 60 0 079 05-A7 48 60 0 051 31 West Wall 97 0 183 11-A5 177 97 0 217 21.0 Roo( 60 0.079 05-A 7 48 60 0 051 31 Wesl Wall 97 0 183 11-A5 177 97 0 217 210 Roof 113 0 079 05-A7 9.0 113 0 051 5.8 Roof 1.364 0 079 05-A7 1070 1 364 0 051 696 NIE Wall 11 0.183 11-A5 2.0 11 0.217 23 North Wall 394 0.183 11-A5 72.2 394 0.217 856 Window 40 0.300 11.9 40 0 470 186 Window 40 0.300 119 40 0 470 186 • West Wall 95 0.183 11-A5 17A 95 0217 20.7 Window 40 0.300 11-9 40 0 470 18.6 East Wall 17 0.183 11AS3.1 17 0 217 3.6 Roof 190 0.079 05-A7 15.0 190 0 051 9.7 South Wall 103 0.183 11-A5 188 103 0 217 22.4 Roof 454 0 079 05-A7 359 454 0 051 23.2 East Wall 241 0 183 11-A5 44.1 241 0 217 523 Window 45 0 300 136 45 0 470 21 3 South Wall 288 0 183 1 1-A5 527 288 0 217 625 Window 45 0 300 136 45 0 470 21 3 Roof 454 0 079 05-A7 359 454 0 051 232 South Wall 242 0 183 11-A5 442 242 0 217 524 Window 92 0 300 276 92 0 470 432 West Wall 264 0 183 11-A5 48.4 264 0.217 574 Window 22 0 300 66 22 0 470 103 West Wall 151 0.183 11-A5 276 151 0 217 327 West Wall 106 0 183 11-A5 194 106 0 217 230 1 i in c'imate zones 1 and 16 the insulating R-va ue of continuous 'If Window and or Skylight Area Adjustment is roof 835 This Page Total 915 insulation malenais installed above the vvate•proof Requ-red. ose Adjusted A•eas from Pan 7 of 7 membrane sham be multiplied times 0 8 before choosing the table co�umn for determining assebmty U-factor See Footnotes 8.088 Building Total 8.717 _Tabies IV 1 through IV 7 rn the Joint Appendices EnergyPro 4 4 by EnergySoR User Number 5678 Job Number. 07 0021 Page 22 of 157 OVERALL ENVELOPE METHOD PROJECT NAME Part 3 of 7) ENV-3-C DATE • 10/26/2009 A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U• ACM UA AREA' U• UA (e.g. Wall-1, Floor-11) AREA CAP, FACT J A IV Ref, (B X D) (Adjusted) FACT. IF X G) Window 4 0 300 13,5 45 0,470 21 1 South Wall 35 0 183 11-A5 65 35 0 217 77 Window 22 0 JIM 66 22 0 470 103 North Wall 160 0.183 11 -AS 292 160 0.217 34.6 West Wall 186 0.183 11 -AS 340 186 0.217 40.3 Window ? 0.300 39 13 0 470 61 Window 13 0.300 3.9 13 0,470 61 West Wall 86 0 183 11-A5 15.7 86 0,217 18.6 Window 13 0 300 3.9 13 0A70 6.1 West Wall 46 0183 11-AS 85 46 0217. 10.1 Window 13 0,300, 3.9 13 0470 6-1 West Wall 99 0.183 11-A5 _ 18,1 99 0.217 21.5 South Wall 673 0 183 11-A5 123.1 673 0.217 146.0 Window 11 0 300 3.3 11, 0,470 5.1 • Window 11 0.300 3.3 11 0.470 51 Window 11 0.300 3-3 11 0 470 5.1 Window 11 0.300 33 11 0,470 5.1 East Wall 527 0.183 11-A5 96.5 527 0,217 1144 Window 18 0.300 5A 18 0-470 8.4 Window 18 0 300 5.4 18 0 470 8.4 Window 18 0.300 54 18 0-470 84 South Wall 20 0,183`11-A5 3.8 20 0.217 4.4 Window 21 0 300 6.3 21 0,470 99 East Wall 141 0.183 11 -AS 25.8 141 0.217 306 Window 69 0.300 208 69 0,470 32.6 Window 69 0 300 208 69 0.470 32.6 North Wall 140 0 183 11-A5 257 140 0 217 30.4 Window 69 0-300 208. 69 0 470 32.6 Window 18 0.300 5.4 18 0.470 84 East Wall 174 0.183 11-A5 318 174 0 217 377 1 I In climate zones 1 and 16 the insulating R-value of continuous 'If Window andor Skylight Area Adjustment is insulation materials installed above the roof waterproof Required, use Adjusted Areas from Part 7 of 7 558 This Page Total 714 membrane shall be multiplied times 0 8 before choosing the table column for determining assebmly U•factor. See Footnotes Tables IV 1 throes h IV 7 in the Joint Appendices 8,088 Building Total 8,717 • Page23 of 157 EnergyP c 4 4 by Ene gy5oft User Number 5678 Job Number; 07.0021 RECEIVED _OVERALL ENVELOPE METHOD ` `UUJ (Part 3 of 7) ENV-3-C isPROJECT NAME WDL CONSTRUCTION DATE Eisenhower Ambulatory re Center 10/26/2009 _VERALLHEAT LOSS A B C D E F G H PROPOSED ASSEMBLY NAME HEAT U- ACM le.g, Wall-1, Floor-1) AREA CAP, FACT. J A. IV Ref. Window 18 0 300 South Wall 26 0 183 11-A5 North Wall 150 0 183 11-A5 East Wall 140 0 183 11-A5 Roof 28 0 079 05-A7 West Wall 42 0 183 11-A5 Window 21 0.300 East Wall 102 0 183 11-A5 Window 21 0.300 Window 69 0 300 North Wall 572 0.183 11-A5 Window 69 0 300 Window 69 0 300 • Window 69- 0 300 Window 69 0.300 Window 18 0.300 Window 18 0.300 South Wall 57 0.183 11-A5 South Wall 135 0 183 11-A5 Window 18 0 300 Window 18 0.300 South Wall 65 0.183 11-A5 South Wall 107 0.183 11-A5 Window 18 0 300 Window 18 0 300 South Wall 143 0.183 11-A5 West Wall 315 0 183 11-A5 Window 18 0-300 Window 18 0 300 West Wall 422 0,183 11-A5 1 I In c�jmate zones 1 and 16 the msu.ahng R-value of abrltinuous 'if Window andior Skylight Area Adlistment 4 insulation matenals costa led above the roof waterproof Requved use Adjusted Areas from Part 7 of 7 membrane shall be inv�tip red lames 0 8 before chocs,ng the table column for determining assebmn7 U-factor See Footnotes Tables IV 1 through IV 7 in the Joint Appendices • EnergyPro 4 4 by EnergySofl User Number 5678 Job Number 07 STANDARD UA AREA' u- UA IS X D) (Adjusted) FACT. (F X G) 54 18 0470 84 48 26 0217 56 274 150 0 217 32.4 256 140 0.217 303 2 2 28 0 051 14 76 42 0217 90 63 21 0470 99 18.7 102 0 217 222 63 21 0470 99 208 69 0.470 326 1047 572 0.217 124 1 208 69 0 470 326 208 69 0.470 326 208 69 0 470 326 20.8 69 0 470 32.6 54 18 0470 8.4 5.41 18 0 470 8.4 10.4 57 0.217 12.3 24.7 135 0 217 29.3 5.4 18 0 470 8.4 54 18 0 470 8A 11.9 65 0.217 14.1 %6 107 0.217 23.3 54 18 0 470 8.4 54 18 0470 84 262 143 0217 310 577 315 0217 684 54 18 0470 84 54 18 0470 84 773 422 '1 217 91 7 584 This Page Total 754 8.088 Building Total 87,7 Page -'1 cf '57 JOVERALL ENVELOPE METHOD (Part 3 of 7) ENV 3 C PROJECT NAME Ealenhower Ambulatory Care Center DATE • [OVERALL HEAT LOSS 10/2 l20 A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME (e.g. Wall-1, Floor-1) HEAT U- ACM UA All U- UA AREA CAP, FACT. J.A. IV Ref. (8 X D) (Adjusted) FACT. (F X G) South Wall 517 0 183 11-A5 qq 517 0,217 * 11 1 Window 18 0 300 5 11 18 0 470 84 Window 18 0 300 54 18 0470 84 Window 18 0.300 54 18 0,470 84 Window 18 0 300 54 18 0.470 84 Window 18 0 300 _ - 54 18 0.470 8.4 Window 18 0 300 5.4 18 0.470 84 West Wall 349 0 183 11-A5 639 349 0 217 758 Window 18 0 300 54 18 0 470 84 Window 18 0.300 54 18 0470 84 North Wall 1,536 0 183 11-A5 281.1 1.536 0 217 3333 Window 18 0 300 5.4 18 0 470 84 Window 18 0.300 5.4 18 0 470 84 Window 18 0 300 5-4 • 18 0 470 84 Window 18 0 300. 54 18 0470 gq Window 18 0 300. 54 r- -- 18 0 470 84 Window 18 0.3001 54 18 0 470 8-4 window - 18 0300, 54 18 0 470 8.41 Window 18 0 300 54 18 0 470 8.4 West wall 588 018311-A5 1076 588 0 217 127.6 Window 18 0 300 54 18 0 470 8* Window - 18 3 0.00 _ _ 5 4 18 0 470 8.4 Roof - _ 96 0.079 05-A7 - - _ _-_ 7 6 96 0,051 -- - - 4 9 Roof 101 . 0 079 05-A7 _ 79 101 0 051 51 West Wall - 74 - 0 183 11-A5 _ 135 74 0217 160 Root 1.324 0 079 05-A7 1046 1,324 0051 675 West Wall - 169 0,183 11-A5 346 — 189 0217 410 Window 81 0300 South Wall - - _ - — -- 242 81 0 470 380 . - -- 162 _- 0 183 11-A5 - 297 162 0217 353 Window 124 = 03 00 371 124 0 470 580 11 In c,imate zones 1 and 16 the insu ating R-value of continuous 'If Window ins,, abon materials insta led above the •oof waterproof and or Skylight Area Adjustment is nel•ibrane sha- be multipued times 0 8 before choosing the Req .red. use Adjusted Areas from Part 7 of 7 903 This Page Total tab.e column for determining assebmly U-(actor See Footnotes. Tables IV t through IV 7 in the Joint Appendices 8 088 Building Total 8 7 • EnergyPro a 4 by EnergySoft User Number; 5678 --- Job Number. 07 0021 - Page 25o1157 RECEIVED OVERALL ENVELOPE METHOD (Part 3 of 7) ENV-3-C • PROJECT NAME VDL CONSTRUCTION DATE Eisenhower Ambulatory Caren 1 /2 /200 VERALL HEAT LOSS A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM UA AREA' U- UA (e.g. Wall-1. Floor-1) AREA CAP. FACT. J.A IV Ref. (8 X D) (Adjusted) FACT IF X G) Roof 479 0 079 05-A7 37 8 479 0 051 244 Roof 90 0 079 05-A7 7 1 90 0 051 46 West Wall 60 0 183 11-A5 11 1 60 0.217 131 Window 50 0 300 150 50 0 470 235 West Wall 36 0 183 11-A5 67 36 0 217 79 Window 74 0 300 222 74 0 470 34.8 Roof 92 0 079 05-A7 73 92 0 051 47 West Wall 73 0 183 11-A5 134 73 0 217 15.9 Window 89 0 300 268 89 0.470 42.0 Roof 80 0.079 05-A7 63 80 0 051 4.1 Roof 764 0.079 05-A7 604 764 0 051 39.01 West Wall 154 0 183 11-A5 282 154 0 217 33.4'. Window 219 0.300 658 219 0.470 103.0 • Roof 289 0.079 05-A7 228 289 0.051 - 14.7 West Wall 74 0 183 11-A5 135 74 0 217 16.0 Roof 1.154 0 079 05-A7 91.2 1.154 0 051 58.9 Roof 138 0 079 05-A7 10.9 138 0 051 7.0� West Wall 73 0 183 1 1-A5 13.4 73 0.217 15-91 Window 89 0 300 268 89 0 470 42.01 North Wall 130 0.183 11-A5 238 130 0 217 1 28.2I Roof 139 0 079 05-A7 11 0 139 0 051 7.1 Roof 265 0 079 05-A7 209 265 0 051 13.5 West Wall 302 0 183 11-A5 552 302 0 217 653 ' North Wall 143 0.183 11-A5 262 143 0.217 31.0� East Wall 36 0.183 1 r -A5 6.5 _ 36' 0.217 _ 7.8� South Wall 116 0.183 11-A5 21 2 116 0217 25.1 Roof 91 0 079 05-A7 72 91 0 051 4.7I South Wall 116 0183 11-A5 21 2 116 0217 25-1 Roof 93 0.079 05-A7 74 93 0.051 4A Roof 72 0,079 05-A7 5 7 72 0.0511 3 7 11 In cLmate zones 1 and 16 the insulating R-value of continuous 'If Window andlor Skylight Area Adjustment is insulation materials installed above the roof waterproof 693 This Page Total 7-11 Required use Adjusted Areas from Part 7 of 7 membrane shall be multiplied Lines 0 8 before Chrwsuig the tab,e column for determining assebmly U-factor See Footnotes �ebles IV 1 throuah IV 7 in the Joint Appendices 8.088 Building Total H 7- 7 EnwWPro 4.4 by EnergySoR User Number 5678 Job Number 07 0021 Page 26 of 157 OVERALL ENVELOPE METHOD (Part 3 of 7) ENV-3 C PROJECT NAME DATE Eisenhower AmbulatoryCare enter 10/26/2009 • OVERALL HEAT LOSS A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM UA AREA' U- UA (e.g. Wall-1. Floor-1) AREA CAP. FACT. J.A- IV Ref. (B X D) (Adjusted) FACT. (F X G) Roof 74 0 079 05-A7 58 74 0 051 37 Roof 94 0 079 05-A7 74 94 0051, 4,8 Roof 96 0 079 05-A7 76 96 0051. 4.9: Roof 96 0 079 05-A7 76 96 0 051 4.9 Roof 96 0 079 05-A7 76 96 0 051 4.9 Roof 96 0.079 05-A7 76 96 0 051 4.9: Roof 94 0 079 05-A7 75 94 0 051 4.8 Roof 96 0 079 05-A7 76 96 0 051 - 4 9 Roof 93 0.079 05-A7 74 93 0 051 4.8; Roof 96 0 079 05-A7 76 96 0 051 4.9 Roof 96 0 079 05 A7 76 96 0051. 4.9 Roof 95 0 079 05-A7 75 95 0 051 4.8 Roof 96 0.079 05-A7 76 96 0 051 4.9- South Wall 57 0183 11-A5 104 57 0.217 12.3 • Window 20 0 300 59 20 0 470 9.3 Roof 86 0 079 05-A7 68 86 0 051 4.4 94 0.183 11-A5 172 94 0 217 20.4 South Wall -- 1 Window 20 0 300� 5.9 20 0 470 9.3. Roof 97 0 079 05-A7 7.7 97 0 051 4.9 Roof 140 0 079 05-A7 11.1 140 0 051 71 Roof 95 0 079 05-A7 7.5 95 0 051 48 Root 96 0.079 05-A7 7.6 96 0.051. 49 Roof 96 0 079 05-A7 _ 7.6 96 D.051 49 Roof 96 0 079 05-A7 7.6 96 0051. 49 Roof 96 0.079 05-A7 7.6 96 0 051 4-9 Roof 93 0 079 05-A7 74 93 0 051 4-8 Roof 96 0 079 05-A7 76 6 96 0051. 49 Roof 96 0 079 05-A7 76 96 0.051 4.9 Roof 96 0 079 05-A7 7.6 96 0 051 4.9 Root 96 0.079 05-A7 76 96 0 051 _ 4.9 1 j to climate zones 1 and 16 the insulating R-value of continuous 'If Window and/or Skylight Area Adjustment is 237 This Page Total 179 ins ation materta4 insta,led above the roof waterproof Required se Adjusted Areas from Part 7 of 7 - membrane sham oe muitip led tm-es 0 8 oefo•e choos,ng the 8.088 Building Total 8.717 table coiumn for determining asseomy u-factor See Footnotes Taoes IV 1 through IV 7 in the Joint Appendices • EiergyP,o4 4 by EnergySofl User Number 5678 Job Number 07 0021 Page 27 of 157 RECEIVED [OVERALL ENVELOPE METHOD CT 2 S Z009 (Part 3 of 7) •PROJECT NAME Eisenhower Ambulatoryrnt DL CONSTRUCTION DATE ►� VERALL HEAT LOSS ENV-3-C A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM UA AREA' u- UA (e.g. Wall-1, Floor-1) AREA CAP, FACT- J.A. IV Ref. (B X D) (Adjusted) FACT. (F X G) Roof 92 0 079 05-A7 7 3 92 0.051 47 Roof 96 0 079 05-A7 76 96 0.051 4.9 51 0 183 11 -A5 93 51 0 217 11.0 North Wall Roof 96 0 079 05-A7 76 96 0 051 4.9 84 0 183 ' 1 A5 15 5 84 0 217 183 North Wall Roof 63 0 079 05-A7 50 63 0 051 32 88 0 079 05-A7 70 88 0 051 45 Roof North Wall 84 0 183 11-A5 154 84 0217 18.3 20 0 300 59 20 0 470 9.3 Window 88 0 079 05-A7 70 88 0 051 45 Roof North Wall 84 0 183 11-A5 154 84 0 217 183 20 0 300 5.9 20 0 470 93 Window Roof 86 0 079 05-A7 6.8' 86 0 051 4.4 •North Wall 84 0.183 11-A5 15.4 84 0 217 183 Window 20 0300 5.9 20 0 470 93 Roof 85 0.079 05-A7 6.7 85 0 051 43 84 0 183 11-A5 15.4 84 0 217 18 3 North Wall 20 0.300 5.9 20 0 470 93 Window Roof 85 0 079 05-A7 6.7 85 0 051 4A South Wall 90 0 183 11-A5 16.4 90 0 217 19.5 Roof 69 0 079 05-A7 55 69 0 051 3.5 Roof 60 0 079 05-A7 4.7 60 0 051 3.1. Roof 72 0 079 05-A7 5.7 72 0 051 37 Roof 96 0 079 05-A7 7.6 96 0 051 49 Roof 96 0 079 05-A7 7-6 96 0 051 49 Roof 96 0 079 05-A7 7.6 96 0 051 49 Roof 96 0 079 95-A7 7A 96 0051. 4.9 Roof 96 0 079 05 A7 7.6 96 0 051 4 9 Roof 96 0 079 05-A7 7.6 96 0 051 4.9 South Wall 91 0-183 11-A5 16.6 91 0217 _ 197 1 i In inmate zones 1 and 16 the insulating R-value of continuous 'if Window and of Skylight Area Adjustment is266 Thia Paga Total 258 insulation matenais insta'ed above the roof waterproof Reawred use Al Areas f•om Part 7 of 7 membrane sham Ue mu:tip: Pea times 0 8 before choosing the 8,088 BuildingTotal 8,717 table con lumfor determimng assebmty U-facto See Footnotes, • Tab es IV 1 through IV 7 in the Joint Appendices EnergyP,o 4 4 by Energy Soft User Number 5678 Job Number 07 D02/ Page 28 of 157 DVERALL ENVELOPE METHOD (Part 3 of 7) ENV-3-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 1 /2 /2009 VERALL HEAT LOSS A 8 C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM UA AREA' U- UA (e 9. Wall-1, Floor-1) AREA CAP. FACT. J.A. IV Ref. (B X D) (Adjusted) FACT. IF X G) Window 20 0 300 59 20 0 470 93 Roof 99 0 079 05-A7 78 99 0 051 5 1 SputhWall 88 018311-A5 161 88 0217 19.1 Window 20 0 300 59 20 0 470 93 Roof 92 0 079 05-A7 73 92 0 051 4 7 Roof 641 0 079 05-A7 506 641 0 051 32 7 Roof 641 0 079 05-A7 506 641 0 051 327 Roof B3 0 079 05-A7 66 83 0 051 4 3 North Wall 84 0,183 11-A5 15.4 84 0 217 183 Window 20 0 300 59 20 0 470 93 Roof 114 0.079 05-A7 90 114 0,051 5.8 North Wall 113 0,183 11-A5 206 113 0 217 24.5 Window 20 0.3w0 59 20 0 470 9.3 Roof 154 0.079 05-A7 122 154 0 051 7-9 North Wall 162 0.183!11-A5 297 162 0.217 35.2 Window 20 0 300 5.9 20 0 470 9.3 South Wall 337 0 183 11-A5 61.7 337 0 217 73.2, Window 20 0300. 5.9 20 0.470 9.3 Window 20 0.300 5.9 20 0.470 9.3 Window 20 0 300 5.9 20 0.470 9-3 Roof 295 0 079 05-A7 233 295 0 051 15 1 Roof 452 0.079 05-A7 35 7 452 0 051 23.1 Roof 1 982 0.079 05-A7 1566 1,982 0 051 101.1 Roof 1 982 0 079 05-A7 1566 1,982 0 051 101.1 Roof 416 0 079 05-A7 32.8 416 0 051 21 2 North Wall 271 0 483 11 A5 496 271 0 217 588 Window 181 0 300 542 181 0 470 849 Roof 316 0 079 05-A7 250 316 0 051 161 North Walt 193 0.183 11-A5 354 193 0 217 420 Window 129 0 300 38 7 129 0 470 60.6 1 i In c,imate Zones 1 and 16 the unsu:ating R-value of continuous *11 Window andlor Skylight Area Adjustment is 943 This Page Total 862 u15u abon matenals installed above the root waterproof Required. use Adjusted Areas from Part 7 of 7 membrane shall be mu-tipi-ed Mines 0 8 before choos,ng the table column for determining asseomly U-factor See Footnotes. 8.088 Building Total 8.717 Tables IV 1 through IV 7 in the Joint Appendices EnefgyPro 4 4 by EnergySoft User Number, 5618 ,00 Number O7 0021 Page 29 of 157 L` is RECEIVE71 OVERALL ENVELOPE METHOD T " "009 (Part 3 of 7) ENV-3-C 0ROJECT NAME WD1 CONSTRUCTION DATE 1 /26 2 09 Eisenhower Ambulatory re Center VERALLHEAT LOSS A E F G H B C D PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM Ref. UA X D) AREA' (Adjusted) U- FACT. UA (F X G) (e.g. Wall-1, Floor-1) AREA CAP. FACT. J.A. IV (B -155 0 079 05-A7 360 455 0 05' 23.2 Roof 166 0 079 05-A7 131 166 0 051 8.5 Roof 33 0 183 11-A5 61 33 0 217 7.2 ' South `.Nall 20 0 300 59 20 0 470 9.3 Window 106 0 079 05-A7 84 106 0 051 54 Roof 59 0 183 11-A5 108 59 0 217 _12.81 South Wall 20 0 300 59 20 0 470 9.31 Window 74 0 183 11-A5 135 74 0 217 16.0 South Wall 82 0 079 05-A7 65 82 0 051 42 Root 118 0 079 05-A7 93 1 18 0 051 60 Roof 70 0 183 11-A5 128 70 0 217 15.2' South Wall 20 0 300 59 20 0 470 93 Window 62 0-183 11-A5 114 62 0217 135 South Wall •Window 107 0.300 320 107 0 470 501 151 0.183 11-A5 277 151 0217 329 East Wall 20 0.300_ 59 20 0 470 —9.3 Window 69 0 300 20.8 69 0 470 32.6 Window 216 0 079 05-A7 17.0 216 0.051 11.0 Roof 78 0 183 11-A5 14.3 78 0.217 16.9 East Wall 20 0 300 5.9 20 0 470 93 Window 125 0 079 05-A7 9.9 125 0 051 6.4 Roof 58 0 183 11-A5 10.7 58 0.217 12.7 East Wall 20 0 300 59 20 0 470 9.3 Window 120 0 079 05-A7 9.4 120 0 051 6.1 Roof 125 0 079 05-A7 99 125 0.051 6.4 Roof _ 78 0 183 11-A5 143 78 0 217 169 East Wall 20 0 300 59 20 0 470 93 Window 106 0 079 05-A7 8.4 106 0 051 54 Roof 106 0 079 05-A7 84 106 0 051 54 Roof 27 0 079 05-A7 2 2 27 0 051 a Roof 1, in cimate zones 1 and 16 the insulating R-value of continuous 'H Window and or Sky fight Area Adlustment is 354 This Page Total 71 insulation materials installed above the roof waterproof Regwred use Adt.,sted Areas from Part 7 of 7 membrane sham be multiplied times 0 8 before chousuig the 8,088 Building Total c table Column for delermining assebm,y U-tactor See Footnotes, • Tables IV. i through IV.7 in the Joint Appendices EnergyPro 4 4 by EnergySory User Number. 5678 Job Number 070021 OVERALL ENVELOPE METHOD PROJECT NAME (Part 3 of 7) ENV - DATE • 1 0/?(i/?(1C19 A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM UA AREA' U- UA le.g. Wall-1, Floor-1) AREA CAP. FACT. J.A. IV Ref B X D ( ) (Adjusted) FACT. IF X G) Roof 38 0 079 05-A7 30 38 0 051 19 Roof 48 0 079 05-A7 38 48 0 051 25 Roof 40 0 079 05-A7 32 40 0 051 21 Roof 109 0 079 05-A7 86 109 0 051 55 Roof 27 0 079 05-A7 22 27 0 051 14 Roof 38 0 079 05-A7 30 38 0 051 19 Root 49 0 079 05-A7 38 49 0 051 2.5 Roof 40 0 079 05-A7 3,2 40 0 051 2A Roof 109 0 079 05-A7 86 109 0 051 5.5 Roof 116 0 079 05-A7 9.2 - 116 0 051 5.9 Roof 128 0 079 05-A7 10.1 128 0 051 65 Roof 128 0 079 05-A7 10-1 128 0051 8.5' Roof 121 0,079 05-A7 9.5 121 0 051 6.2 Roof 74 0 079 05-A7 y 5.8 74 0.051 3,71 • Roof 853 0 079 05-A7 87.4 853 0.051 43-5 Root 113 0 079 05-A7 8.9 113 0 051 5.71 Roof 511 0 079 05-A7 40.4 511 0,051 26. North Wall 110 0 183 11-A5 201 110 0 217 23.8 Window 112 0 300 337 112 0 470 52-8 Root 245 0.079 05-A7 194 245 0 051 125 East Wall 113 0 183 1 ' -A5 206 113 0 217 245 Window 20 0.300 59 20 0 470 93 Roof 168 0 079 05-A7 132 168 0 051 85 East Wall 108 0 183 11-A5 19 7 108 0.217 234 Window 78 0 300 23 5 78 0 470 368, North Wall 46 0 183 11-AS 8 5 46 0 217 10.0! Window 112 0.300 337 112 0.470 -- 52.8 . --4 Roof 387 0.079 05-A7 306 387 0.051 197 Roof 28 0 079 05-A7 22 28 0.051 Roof 132 0.079 05-A7_ 105 132 0 051 1) In climate zones 1 and 16 the insulating R-vaiue of continuous If Window and,or Skylight Area Adjustment is insulation materials instilled acove the roof waterproof Required use Adjusted Areas from Pan 7 of 7 442 This Page Total .3 •: membrane shall, lie mu tip.ied times 0 8 before choosing the table column for determining assebm!y U-factor See Footnotes Tables 1 8.088 Building Total 8,717 IV throe h N 7 in the Joint Appendices • EnergyPro 4 4 oy EnergySoft User Number 5678 Job Numoer 07 0021 Page.31 of 157 RECEIVED DVERALL ENVELOPE METHOD (Part 3 of 7) ENV-3-C • PROJECT NAME WC1. CONSTRUCTION DATE Eisenhower Ambulatory Car n r 1 /26/2009 VERALL HEAT LOSS A B C D E F G H PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM UA AREA' U- UA ie.g. Vi ll-1- Floor-1) AREA CAP. FACT. J.A. IV Ref. IB X D► (Adjusted) FACT. IF X G) Roof 133 0 079 05-A7 105 133 0 051 68 EAST WALL 98 0 183 11-A5 17 9 98 0 217 21 2 Window 39 0 300 118 39 0 470 185 Window 39 0 300 118 39 0 470 1 B 5 Roof 502 0 079 05-A7 396 502 0 051 256 EAST WALL 131 0 183 11-A5 24.0 131 0 217 28 5 Drive Thru Window 29 0 300 8-7 29 0 470 136 Under Awning Window 39 0 300 11.8 39 0 470 18 5 NORTH WALL 258 0 183 11-A5 47,2 258 0 217 560 Roof 80 0 079 05-A7 63 80 0 051 4 1 Roof 129 0 079 05-A7 102 129 0.051 6.6 Roof 61 0 079 05-A7 4.8 61 0.051 3.1 Roof 74 0 079 05-A7 5.8 74 0 051 3.8 • Roof 502 0.079 05-A7 _ 396 502 0051 25.6' Roof 341 0.079 05-A7 26.9 341 0.051 17.4 Roof 242 0.079 05-A7 19.1 242 0 051 12.3 NORTH WALL 318 0 183 11-A5 58.1 318 0 217 68 9 Window 39 0 300 11,8 39 0 470 185 Window 39 0 300 11.8 39 0.470 18.5 Window 39 0.3001 11 8 39 0 470 18.5 Window 39 0.300 11 8 39 0 470 18.5 Roof 76 0.079 05-A7 60 76 0 051 3.9 NORTH WALL 71 0.183 1 1-A5 130 71 0 217 15.5'� Window 39 0 300 11 8 39 0.470 18.5i Window 39 0 300 11 8 39 0 470 18.5 Roof 778 0 079 05-A7 61 4 778 0.051 39.7 Roof 42 0 079 05-A7 3 3 42 0.051 2.1 i I In c imate zones 1 and 16 the inswating R.vaiue of continuous 'If Window andror Skylight Area Adjustment is msuiation materials installed above the roof waterproof Reaw•ed use Adjusted A•eas from Part 7 of 7 membrane shail be multip,ieo times 0 8 before choosing the table column for determining assebm'y U-factor See Footnotes Tables IV 1 throuoh IV 7 in the Joint Aooendices 509 This Page Total EZ1 8.088 Building Total I '-7 EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 i i,ic is 1 t-. OVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Center OVERALL HEAT GAIN FROM CONDUCTION A B C D E PROPOSED ASSEMBLY NAME HEAT U- ACM (e-g. Wall-1, Floor-1) AREA TF CAP. FACT. J.A IV Ref Roof 262 55 0 079 05-A7 SM Wall 34 55 0 183 11-A5 Window 46 55 0 300 N/W Wall 182 55 0 183 11-A5 Window 108 55 0 300 N/E Wall 36 55 0 183 11-A5 Window 46 55 0 300 East Wall 320 55 0 183 11-A5 South Wall 385 55 0 183 11-A5 West Wall 104 55 0 183 11-A5 East Wall 260 55 0 183 11-A5 South Wall 384 55 0 183 11-A5 Roof 95 55 0 079 05-A7 East Wall 260 55 0 183 11-A5 South Wall 384 55 0 183 11-A5 Roof 846 55 0 079 05-A7 West Wall 112 55 0.183 11-A5 South Wall 94 55 0 183 11-A5 Roof 130 55 0 079 05-A7 East Wall 230 55 0 183 11-A5 South Wall 297 55 0 183 11-A5 Window 26 55 0 300 Window 26 55 0 300 Roof 156 55 0 079 05-A7 South Wall 82 55 0 183 11-A5 Window 26 55 0 300 Window 26 55 0 300 East Wall 120 55 0 183 11-A5 NIE Wall 279 55 0 183 11-A5 N11N Wall 665 55 0 183 11-A5 1) In d,mate zones 1 and 16 the �nsulahng R-value of continuous 'lf Window and;or Skyl ght Area Adjustment s insulationmaterials installed above the roof waterproof membrane Requ,red Oise Adjusted Areas from Part 6 of 7 shall be mWt,pi,ed t-mes 0 8 bebre choosing the table column for determining assembly U factor See footnotes. Tables IV 1 through IV 7 m the Jo,nt AuDendices (Part 4 of 7) ENV-3-C DATE • 10/26/2009 F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT. TF (GxHxl) 1 137 262 0 051 55 734 347 34 0 217 55 412 752 46 0470 55 1,179 1 829 182 0 217 55 2.169 1.774 108 0 470 55 2.779 359 36 0 217 55 425 752 46 0 470 55 1 179 3 226 320 0 217 55 3,825 3,873 385 0 217 55 4.593 1 047 104 0 217 55 1.241 2,617 260 0.217 55 3.103 3.860 384 0 217 55 4,577 413 95 0 051 55 266 2.617 260 0 217 55 3.103 • 3,860 384 0 217 55 4.577 1675 846 0 051 55 2,372 1.131 112 0217 55 1,341 949 94 0 217 55 1.125 565 130 0.051 55 365 2.310 230 0.217 55 2,739 2 989 297 0 217 55 3.545 421 26 0 470 55 659 421 26 0 470 55 659 679 156 0 051 55 438 829 82 0 217 55 983 421 26 0 470 55 659 421 26 0 470 55 659 1,204 120 0217 55 1427 2 811 279 0 217 55 3.333 6.694 665 0 217 55 7 938 53 983 62,407 Subtotal Subtotal • EnergyPro 4 4 by EnergySoit User Number 5678 Joh Number 070021 Page 33 of 157 RECEIVED OVERALL ENVELOPE METHOD ut,; L b 2009 (Part 4 of 7) ENV-3-C • PROJECT NAME 1 DL CONSTRUCTION DATE Eisenhower Ambulatory Care r 1 /26/2009 VERALL HEAT GAIN FROM CONDUCTION A B C 0 E F G H I J PROPOSED STANDARD HEAT HEAT ASSEMBLY NAME HEAT U- ACM GAIN AREA' U- GAIN (e g. Wall-1, Floor-1) AREA TF CAP FACT. J A. IV Ref. (BxCxE) (Adjusted) FACT. TF (GxHxl) Window 310 55 0 300 5 115 310 0 470 55 8 014 Roof 2.793 55 0 079 05-A7 12 135 2 793 0 051 55 7 834 Skylight (Glass wrCurb) 15 55 0 300 249 15 1 180 55 980 Roof 51 55 0 079 05-A7 222 51 0 051 55 144 East Wall 145 55 0 183 11-A5 1,459 145 0217 55 1 731 Roof 110 55 0 079 05-A7 478 110 0 051 55 309 East Wall 60 55 0 183 11-A5 607 60 0 217 55 720 SOUTH WALL 58 55 0 183 11-A5 579 58 0217 55 686 FAST WALL 51 55 0 183 11-A5 513 51 0217 55 609 Roof 417 55 0079 05-A7 1,812 417 0051 55 1 170 EAST WALL 71 55 0 183 11-A5 715 71 0 217 55 847 Roof 136 55 0 079 05-A7 589 136 0 051 55 380 South Wall 147 55 0 183 11-A5 1,482 147 0 217 55 1 757 • 26 55 0 300 421 26 0 470 55 659 ZWindow Wlndow 26 55 0 300 421 26 0470 55 659 Roof 120 55 0 079 05-A7 520 120 0 051 55 335 EAST WALL 162 55 0 183 11-A5 1.636 162 0 217 55 1.939 South Wall 205 55 0 183 11-A5 2,065 205 0 217 55 2,449 Window 26 55 0 300 421 26 0 470 55 659 Window 26 55 0 300 421 26 0 470 55 659 Roof 1 038 55 0 079 05-A7 4,510 1 038 0 051 55 2 911 West Wall 158 55 0 183 11-A5 1.591 158 0 217 55 1 887 Window ' 3 55 0 300 215 13 0 470 55 336 Roof 108 55 0 079 05-A7 468 108 0 051 55 302 West Wall 119 55 0 183 11-A5 1.197 119 0 217 55 1,419 S;E Wall 34 55 0 183 11-A5 341 34 0 217 55 404 Window 34 55 0 300 557 34 0 470 55 872 WE Wall 73 55 0183 11-A5 733 73 0217 55 869 Window 78 55 0 300 1.287 78 0 470 55 2016 N.`W Wall 34 55 0 183 11-A5 341 34 0 217 55 404 11 In climate zones 1 and 16 the nsulahng R-value of continuous If W ndow ands Skyl yhl Area Adjustment is 43.096 43,960 nsutatfon mater.als nstafled above the roof waterproof membrane Reyu�red use Ad,usted Areas from Part 6 of 7 snarl be mumpl ea times 0 8 before choos,ng the table colwrn for subtotal Subtotal delernlfning assembly LI-factor See footnotes Tables IV 1 AINkthrin,uan IV 7 n the Jo.nt Append.ces EnergyPro 4 4 by Energy Soft User Number 5678 Job Number 07 0021 Page 34 of 157 LOVERALL ENVELOPE METHOD (Part 4 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 • VERALL HEAT GAIN FROM CONDUCTION A B C D E F G H I J PROPOSED STANDARD HEAT HEAT ASSEMBLY NAME HEAT U. ACM GAIN AREA' U- GAIN (e g Wall-1. Floor-1) AREA TF CAP. FACT, J A IV Ref, (BxCxE) (Adjusted) FACT. TF (GxHxl) Window 34 55 0300 557 34 0470 55 872 West Wall 513 55 0 183 11-A5 5,166 513 0 217 55 6 126 NorthWall 192 55 0183 11-A5 1,933 192 0217 55 2.293 Roof 60 55 0 079 05-A7 262 60 0 051 55 169 West Wall 97 55 0 183 11-A5 973 97 0217 55 1 154 Roof 60 55 0 079 05-A7 262 60 0 051 55 169 West Wall 97 55 0183 11-A5 973 97 0217 55 1,154 Roof 113 55 0 079 05-A7 493 113 0 051 55 318 Roof 1 364 55 0 079 05-A7 5,928 1,364 0 051 55 3,827 N/E Wall 11 55 0 183 11-A5 109 11 0217 55 129 North Wall 394 55 0 183 11-A5 3971 394 0.217 55 4,708 Window 40 55 0 300 653 40 0 470 55 1.024 Window 40 55 0 300 653 40 0 470 55 1,024 West Wall 95 55 0 183 11-A5 959 95 0 217 55 1,137 • Window 40 55 0 300 653 40 0 470 55 1,024 East Wall 17 55 0183 11-A5 168 17 0217 55 199 Roof 190 55 0 079 05-A7 824 190 0.051 55 532 South Wall 103 55 0 183 11-A5 1,037 103 0 217 55 1,229 Roof 454 55 0 079 05-A7 1,974 454 0 051 55 1,274 East Wall 241 55 0183 11-A5 2.426 241 0217 55 2.876 Window 45 55 0 300 749 45 0 470 55 1,174 South Wall 288 55 0 183 11-A5 2.900 288 0 217 55 3.438 Window 45 55 0300 749 45 0470 55 1,174 Roof 454 55 0079 05-A7 1,974 454 0051 55 1,274 South Wall 242 55 0 183 11-A5 2,431 242 0217 55 2,882 Window 92 55 0 300 1.518 92 0 470 55 2 378 West Wall 264 55 0 183 11-A5 2 661 264 0 217 55 3.156 Window 22 55 0 300 363 22 0 470 55 569 West Wall 151 55 0 183 11-A5 1,518 151 0217 55 1 800 West Wall 106 55 0 183 11-A5 1 065 106 0217 55 1 263 11 In cl!mate zones 1 and 16 the ,nsulat,ng R-value of continuous 'Ir W,ndow and/or Skyl•gnt Area Adjustment �s nsulahon matey als nstalled above the roof waterproof membrane Reou red. use Adjusted Areas "rr Part 6 of 7 45,903 50.347 shall t)emull,pl,ed times 0 8 before choosing the table column for Subtotal Subtotal assembly See footnotes cables IV 1 determthrough IV throw h IV 7 ,n the Joint Ap radices f Appendices • Page 35 of 157 EnergyPro 4.4 by Energy Soft Use, Nimoer 5678 Job Number 07 0021 RECEIVED OVERALL ENVELOPE METHOD OCT 2 9 2009 (Part 4 of 7) ENV-3-C NAME WDL CONSTRUCTION DATE •PROJECT Eisenhower Ambulatory Care Center 10/2 12 09 VERALL HEAT GAIN FROM CONDUCTION 71 A B C D E F G H I J PROPOSED STANDARD HEAT HEAT ASSEMBLY NAME HEAT U- ACM GAIN AREA' U- GAIN le.g- Wall-1, Floor-1) AREA TF CAP FACT J A IV Ref. (BxCxE) (Adjusted) FACT. TF (GxHxl) Window 45 55 0 300 742 45 U 470 55 1,163 South Wall 35 55 0183 11-A5 355 35 0217 55 421 Window 22 55 0 300 363 22 0 470 55 569 North Wall 160 55 0 183 11-A5 1 605 160 0217 55 1,904 West Wall 196 55 0 183 11 •A5 1 869 186 0 217 55 2,216 Window 13 55 0 300 215 13 0 470 55 336 Winnow 13 55 0 300 215 13 0470 55 336 West Wall 86 55 0183 11-A5 862 86 0217 55 1.022 Window 13 55 0 300 215 13 0 470 55 336 West Wall 46 55 0 183 11-A5 468 46 0 217 55 555 Window 13 55 0 300 215 13 0 470 55 336 West Wall 99 55 0 183 11-A5 996 99 0217 55 1 182 South Wall 673 55 0 183 11-A5 6,771 673 0 217 55 8,029 •Window 11 55 0 300 180 11 0470 55 282 Window 11 55 0 300 180 11 0470 55 282 Window 11 55 0 300 180 11 0 470 55 282 Window 11 55 0,300 180 11 0470 55 282 East Wall 527 55 0 183 11-A5 5,308 527 0.217 55 6,295 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0.470 55 463 Window 18 55 0 300 295 18 0 470 55 463 South Wall 20 55 0 183 11-A5 206 20 0217 55 245 Window 21 55 0 300 348 21 0.470 55 545 East Wall 141 55 0 183 11-A5 1.418 141 0.217 55 1.682 Window 69 55 0 300 1.143 69 0 470 55 1.791 Window 69 55 0300 1,143 69 0470 55 1.791 North Wall 140 55 0 183 11-A5 1.412 140 0 217 55 1.674 Window 69 55 0 300 1.143 69 0.470 55 1,791 Window 18 55 0 300 295 18 D 470 55 463 East Wall 174 55 0 183 11-A5 1.750 174 0 217 55 2075 1 I In climate zones 1 and 16 the nsuiating R-value of continuous 'If Window and or Scybghl Area Adjustments 30 664 39.272 insuial on materais installed above the roof waterproof membrane Requaed use Ad;usted Areas from Part 6 of 7 shall be rol pl.ed t lies 0 8 twrure cnoos,ng the table catumn for Subtotal Subtotal determmmg assembly U factor See l olndle5 Tables IV t through IV 7 in the Jo�nt Appendices • EnergyP•o 4 4 by EnergySon User Number 5678 Job Number 07 00211 Page 36 of 157 [OVERALL ENVELOPE METHOD 2 009 (Part 4 of 7) ENV 3 C • PROJECT NAME Eisenhower Ambulatory Car nt r L CONSTRUCTION DATE [OVERALL HEAT GAIN FROM CONDUCTION 10/2 /2 009 A B C D E F G H I J PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM HEAT GAIN AREA' HEAT (e g. Wall-1. Floor-1) AREA TF CAP. FACT, J A IV Ref (BxCxE) U- (Adjusted) FACT. TF GAIN (GxHxl) Window 18 55 0 300 295 18 0 470 55 463 South Wall 26 55 0183 11-A5 262 26 0217 55 310 North Wall 150 55 0 183 11-A5 1,505 150 0217 55 1,784 East Wall 140 55 0183 *1.A5 1,407 140 0217 55 1,668 Roof 28 55 0 079 05-A7 120 28 0 051 55 77 West Wall 42 55 0'83 11-A5 420 42 0217 55 498 Window 21 55 0 300 348 21 0 470 55 545 East Wall 102 55 0183 11 A5 1,031 102 0217 55 1,222 Window 21 55 0300 348 21 0470 55 545 Window 69 55 0300 1,143 69 0470 55 1,791 North Wall 572 55 0 183 11-A5 5,757 572 0 217 55 6,827 Window 69 55 0 300 1.143 69 0 470 55 1.791 •Window 69 55 0300 1,143 69 0470 55 1,791 Window 69 55 0 300 1,143 69 0 470 55 1.791 Window 69 55 0 300 1.143 69 0 470 55 1.791 Window 18 55 0.300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 South Wall 57 55 0.183 11-A5 570 57 0217 55 676 South Wall 135 55 0 183 11-A5 1,360 135 0.217 55 1,613 Window 18 55 0.300 295 18 0.470 55 463 Window 18 55 0.300 295 18 0 470 55 463 South Wall 65 55 0.183 11 -A5 654 65 0 217 55 776 South Wall 107 55 0183 11-A5 1,079 107 0217 55 1 279 Window 18 55 0300 295 18 0470 55 463 Window 18 55 0 300 295 18 0 470 55 463 South Wall 143 55 0 183 11-A5 1,439 143 0217 55 1 707 West Wall 315 55 0183 11-A5 3.172 315 0217 55 3.762 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 West Wall 422 55 0 *83 11-AS 4,252 422 0 217 55 5 043 1) In d,mate zones 1 and 16 the ,nsulahng R-value of cont nuous msuletron 'tf lVndow and'or Skytght Area Adjustment materials nstalled above the roof waterproof membrane small be mult�Di ed tmes 0 8 before s Requ,red use Adjusted Areas 4om Part 6 of 7 32.100 41 454 choosmg the table column for erm n ng assembly U-'ador See footnotes. Tables IV i Subtotal Subtotal tw h IV 7 n the Jo,nf Appendices EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 Page 37 of 157 OVERALL ENVELOPE METHOD (Part 4 of 7) ENV-3-C PROJECT NAME Eisenhower Ambulatory Car nt r DATE VERALL HEAT GAIN FROM CONDUCTION /2 A B C D E F G H I PROPOSED STANDARD J ASSEMBLY NAME HEAT U- HEAT HEAT (e g. Wall-1, Floor-1) AREA TF ACM CAP. FACT. J.A. IV Ref. GAIN AREA' U- GAIN I'BxCxE) (Adjusted) FACT. TF (GxHxl) South Wall 517 55 0183 11-A5 5.200 517 0 217 55 6,166 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0.470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 West Wall 349 55 0 183 11-A5 3,515 349. 0 217 55 4,168 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 '8 0470 55 463 North Wall 1,536 55 0 183 11 •A5 15 459 1 536 0 217 55 Window 18 331 18 55 0.300 295 18 0470 55 463 Window 18 55 0 300 295 '8 0470 55 463 Window 18 55 0 300 • Window 295 18 0 470 55 463 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0 300 295 18 0 470 55 463 Window 18 55 0.300 295 18 0 470 55 463 Window 18 55 0.300 295 West Wall 18 0 470 55 463 588 55 0 183 11-A5 5.920 588 0 217 55 7 020 Window 18 55 0.300 295 18 0 470 55 463 Window 18 55 0.300 295 18 0 470 55 463 Roof 96 55 0 079 05-A7 418 96 0 051 55 Roof 270 101 55 0 079 05-A7 437 101 0 051 55 282 West Wall 74 55 0183 11-A5 741 74 0 217 55 878 Roof 1.324 55 0 079 05-A7 5.755 1.324 0 051 55 West Wall 3715 189 55 0183 11-A5 1,902 189 0217 55 2256 Window 81 55 0300 South Wall 1,332 81 0 470 55 2.087 162 55 0 183 11-A5 1 636 162 0 217 55 1 939 Window t24 55 0 300 11 zones 7 and 16 the nsthe R value off '" 2 038 124 0 470 55 1192 ul tion m map rats metalled above the root roof memn membrane Wndow and. of SA, I gnt Area Adjustment ,s hall be f snau be multi l ed t mes 0 8 be'txe chops nq the lade cdumn or the so, Requ red. use Ad;usted Areas from Part 6 or 7 49, 669 58.634 determining assembly U-fa(lor See footnotes Tables IV 1 Subtotal t'Irou h IV 7 m the Jo"nt A Gend,cee Subtotal • EnergyPro 4 4 by EnergySoR User Number 5678 Job Number 070021 Page 38 of 157 [OVERALL ENVELOPE METHOD PROJECT NAME EisenhnwPr Amht thf.,r%, rr,re fl—, RECEIVED OCT 2 8 2009 (Part 4 of 7) ENV-3-C L CONSTRUCTION DATE. _ .— _ .— _ A B C D E PROPOSED ASSEMBLY NAME HEAT U- ACM (e.g. Wall-1, Floor-1) AREA TF CAP. FACT. J.A. IV Ref. Roof 479 55 0.079 05-A7 Roof 90 55 0.079 05-A7 West Wall 60 55 0.183 11-A5 Window 50 55 0.300 West Wall 36 55 0.183 11-A5 Window 74 55 0.300 Roof 92 55 0.079 05-A7 West Wall 73 55 0.183 11-A5 Window 89 55 0.300 Roof 80 55 0.079 05-A7 Roof 764 55 0.079 05-A7 West Wall 154 55 0.183 11-A5 Window 219 55 0.300 Roof 289 55 0.079 05-A7 West Wall 74 55 0.183 11-A5 Roof 1,154 55 0.079 05-A7 Roof 138 55 0.079 05-A7 West Wall 73 55 0.183 11-A5 Window 89 55 0.300 North Wall 130 55 0.183 11-A5 Roof 139 55 0.079 05-A7 Roof 265 55 0.079 05-A7 West Wall 302 55 0.183 11-A5 North Wall 143 55 0.183 11-A5 East Wall 36 55 0.183 11-A5 South Wall 116 55 0.183 11-A5 Roof 91 55 0.079 05-A7 South Wall 116 55 0.183 11-A5 Roof 93 55 0.079 05-A7 Roof 72 55 0.079 05-A7 1) In climate zones 1 and 16 the insulating R-value of continuous insulation materials installed above the roof 'If Window and/or Skylight Area Adjustment is waterproof membrane shall be multiplied times 0 8 before choosing the table column for Required, use Adjusted Areas from Part 6 of 7 determining assembly U-factor See footnotes, Tables IV.1 'hrough IV 7 in the Joint ADoendices F G H I J STANDARD HEAT HEAT GAIN AREA* U- GAIN (BxCxE) (Adjusted) FACT. TF (GxHxl) 2,081 479 0.051 55 1.344 390 90 0.051 55 252 609 60 0.217 55 722 825 50 0A70 55 1,292 367 36 0.217 55 436 1,221 74 0.470 55 1,913 401 92 0.051 55 259 737 73 0.217 55 874 1,473 89 0.470 55 2,308 348 80 0.051 55 225 3,320 764 0.051 55 2,143 1,549 154 0.217 55 1,836 3,618 219 0.470 55 5,668 1,255 289 0.051 55 810 741 74 0.217 55 878 5,016 1,154 0.051 55 3,238 599 138 0.051 55 387 737 73 0.217 55 874 1,473 89 0.470 55 2.308 1,308 130 0.217 55 1,552 605 139 0.051 55 390 1,152 265 0.051 55 744 3,037 302 0.217 55 3,601 1,439 143 0.217 55 1,707 360 36 0.217 55 427 1,165 116 0.217 55 1,381 396 91 0.051 55 256 1,165 116 0.217 55 1,381 405 93 0.051 55 261 314 72 0.051 55 203 38,107 39,670 Subtotal Subtotal cnn1yyrro v.a oy tnergy5oft User Number: 5678 Job Number 07,0021 Page 39 of 157 ERALL ENVELOPE METHOD PROJECT NAME (Part 4 of 7) ENV-3-C DATE A B C D E F G H I J PROPOSED STANDARD ASSEMBLY NAME HEAT U- ACM HEAT HEAT (e.g. Wall-1, Floor-1) AREA TF CAP. FACT. J.A. IV Ref. GAIN (BxCxE) AREA' (Adjusted) U- FACT. GAIN TF (GxHxl) Roof 74 55 0.079 05-A7 319 74 0.051 55 206 Roof 94 55 0.079 05-A7 407 94 0.051 55 263 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 96 55 0,079 05-A7 418 96 0.051 55 270 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 94 55 0.079 05-A7 411 94 0.051 55 265 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 93 55 0.079 05-A7 405 93 0.051 55 261 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 95 55 0.079 05-A7 413 95 0.051 55 266 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 South Wall 57 55 0.183 11-A5 573 57 0.217 55 Window 20 55 0.300 327 20 0.470 55 679 512 Roof 86 55 0.079 05-A7 374 86 0,051 55 241 South Wall 94 55 0.183 11-A5 946 94 0.217 55 1,121 Window 20 55 0.300 327 20 0.470 55 512 Roof 97 55 0.079 05-A7 421 97 0.051 55 272 Roof 140 55 0.079 05-A7 608 140 0.051 55 393 Roof 95 55 0.079 05-A7 413 95 0.051 55 266 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 93 55 0.079 05-A7 405 93 0.051 55 261 Roof 96 55 0.079 05-A7 418 96 0,051 55 270 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 Roof 96 55 0.079 05-A7 418 96 0.051 55 270 1) In climate zones 1 and 16 the insulating R-value of continuous insulation installed -If Window and/or Skylight Area Adjustment is materials above the roof waterproof membrane Required, 13,036 shall be multiplied times 0.8 before choosing the table column for use Adjusted Areas from Part 6 of 7. 9837 determining assembly U-factor. See footnotes, Tables IV.1 Subtotal Subtotal through IV.7 in the Joint Appendices, EnergyPro 4.4 by EnergySoft User Number: 5678 Job Number: 07.0021 Page:40 of 157 RECEIVED COVERALL ENVELOPE METHOD OCT 2 8 2009 (Part 4 of 7) ENV 3 C • PROJECT NAME WDL CONSTRUCTION Eisenhower Ambulatory care Center DATE OVERALL HEAT GAIN FROM CONDUCTION 1 /26/2009 A B C D E F G H I J PROPOSED STANDARD ASSEMBLY NAME HEAT U- HEAT HEAT (e g Wall-1. Floor-11 AREA TF ACM CAP. GAIN AREA' U- GAIN FACT, J A. IV Ref. (BxCzE) (Adjusted) FACT. TF (GxHxl) Roof 92 55 0 079 05-A7 400 92 0 051 55 258 Roof 96 55 0 079 OS A7 418 96 0 051 55 270 North Wall 51 55 0 183 t 1-AS 510 51 0 217 55 605 Roof 9655 0 079 05-A7 418 96 0.051 55 270 North Wall 84 55 0 183 11-A5 850 84 0 217 55 1 009 Roof 63 55 0 079 05-A7 272 63 0 051 55 176 Roof 88 55 0 079 05-A7 382 88 0 051 55 247 North Wall 84 55 0 183 11-A5 847 84 0 217 55 Window 1,005 20 55 0 300 327 20 0 470 55 512 Roof 88 55 0 079 05-A7 382 88 0-051 55 North Wall 247 8455 0 183 11-A5 847 84 0217 55 1,005 Window 20 55 0 300 Roof 327 20 0 470 55 512 86 55 0 079 05-A7 373 86 0 051 55 North Wall 241 84 55 0 183 11-A5 847 84 0,217 55 1,005 Window 20 55 0 300 327 20 0 470 55 512 Roof 85 55 0.079 05-A7 369 85 0 051 55 238 North Wall 84 55 0.183 11-A5 847 84 0 217 55 Window 1.005 20 55 0.300 327 20 0 470 55 512 ROOF 85 55 0 079 05-A7 371 85 0 051 55 240 South Wall 90 55 0 183 11 AS 903 Roof 90 0217 55 1,071 89 55 0 079 05-A7 300 69 0 051 55 194 Roof � 55 0 079 05-A7 261 60 0.051 55 Roof 168 72 55 0 079 05-A7 312 72 0 051 55 202 Roof 96 55 0 079 05-A7 418 96 0 051 55 Roof 270 96 55 0 079 05-A7 418 96 0051 55 270 Roof 96 55 0 079 05-A7 418 96 0 051 55 Roof 270 96 55 0 079 05-A7 418 96 0 051 55 270 Roof 96 55 0 079 05-A7 418 % 0 051 55 Roof 270 96 SS 0 079 05-A7 418 96 0 051 55 270 South Wall 91 55 0 183 11-AS 1 I zones 1 and 16 the R-value of conUnuais 'If � 913 91 0 217 55 1,083 ul t,on m above Inetrng nsulaLon malenals nstalled above the roof watefDroot membrane ndow. and.,or Shy$grit Area Adjustment s shall be multiplied times 0 8 be`ore choosing the table column for Requ red use Adjusted Areas from Part 6 of 7 14 641 14.202 See footnotes fables IV 1 Subtotal IV 7 n the on, Ap- end,ces QH1,,,mgassemblyU-factor Subtotal Ene+gyPro 4 4 by EnergySuN Use, Number 5678 Job Number 07 0021 Page 41 0} 157 COVERALL ENVELOPE METHOD PROJECT NAME Eisenhower Ambulatory Care Cel OVERALL HEAT GAIN FROM CONDUCTION A B C D E PROPOSED ASSEMBLY NAME HEAT U. ACM (e.g. Wall-1, Floor-1) AREA TF CAP, FACT. J.A. IV Ref. Window 20 55 C, 300 Roof 99 55 0 079 05-A7 South Wall 88 55 0 183 71-A5 Window 20 55 0 300 Roof 92 55 0 079 05-A7 Roof 641 55 0 079 05-A7 Roof 641 55 0 079 05-A7 Roof 83 55 0 079 05-A7 North Wall 84 55 0 183 11-A5 Window 20 55 0 300 Roof 114 55 0 079 05-A7 North Wall 113 55 0 183 11-A5 Window 20 55 0 300 Roof 154 55 0 079 05-A7 North Wall 162 55 0 183 11-A5 Window 20 55 0 300 South Wall 337 55 0 183 71 AS Window 20 55 0 300 Window 20 55 0 300 Window 20 55 0 300 Roof 295 55 0 079 05-A7 Roof 452 55 0 079 05-A7 Roof 1 982 55 0 079 05-A7 Roof 1 982 55 0 079 05 A7 Roof 416 55 0,079 05-A7 North Wall 271 55 0 183 11-A5 Window 181 55 0 300 Roof 316 55 0 079 05-A7 North Wall 193 55 0 183 11-A5 Window 129 55 0 300 11 In dimate zo,ies t and 16 the nsulahng R-value of continuous insulation alaterais nstallled above the roof 'p VV ndow and'or SKylgnt Area Ad;ustment s waterproof membrane shall be mult,phed times „ 8 before choosing the table column for Requ,red use Ad;usted Areas from Part 6 of 7 delerm,mng assembly J-factor See footnotes Tables lV 1 throw h IV 7 m the Jc I Append ces EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07.0021 (Part 4 of 7) ENV-3-C DATE 1 n/gRi?nn4 F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT, TF (GxHxl) 327 20 0 470 55 512 431 99 0 051 55 278 887 88 0 217 55 1 051 327 20 0 470 55 512 401 92 0 051 55 259 2.785 641 0 051 55 1 798 2.785 641 0 051 55 1 798 362 83 0 051 55 234 847 84 0 217 55 1 005 327 20 0 470 55 512 496 114 0.051 55 320 1,135 113 0.217 55 1,346 327 20 0 470 55 512 • 669 154 0 051 55 432 1,633 162 0217 55 1,936 327 20 0 470 55 512 3,393 337 0 217 55 4.023 327 20 0 470 55 512 327 20 0,470 55 512 327 20 0 470 55 512 1,284 295 0051 55 829 1,965 452 0051 55 1,268 8,611 1,982 0 051 55 5 559 8.611 1,982 0 051 55 5.559 1 806 416 0 051 55 1.166 2 728 271 0 217 55 3 235 2.982 181 0 470 55 4,671 1.373 316 0 051 55 886 1 947 193 0 217 55 2.308 2,128 129 0 470 55 3.335 51.873 47 392 Subtotal Subtotal • Page 42 of 157 JOVERALL ENVELOPE METHOD • PROJECT NAME Eisenhow r Ambulatory Caren r ' VERALL HEAT GAIN FROM CONDUCTION A B C D E PROPOSED ASSEMBLY NAME HEAT U. ACM (e,g. Wall-1, Floor-1) AREA TF CAP. FACT. J.A. IV Ref. Roof 455 55 0 079 05-A7 Roof 166 55 0 079 05-A7 South Wall 33 55 0 183 11-A5 Window 20 55 0 300 Roof 106 55 0 079 05-A7 South Wall 59 55 0 183 11.A5 Window 20 55 0 300 South Wall 74 55 0 183 11-A5 Roof B2 55 0-079 05-A7 Roof ' 18 55 0 079 05-A7 South Wall 70 55 0 183 11-A5 Window 20 55 0 300 • South Wall 62 55 0183 11-A5 Window 107 55 0 300 East Wall 151 55 0 183 11-A5 Window 20 55 0 300 Window 69 55 0 300 Roof 216 55 0 079 05-A7 East Wall 78 55 0 183 11-A5 Window 20 55 0 300 Roof 125 55 0 079 05-A7 East Wall 58 55 0 183 11-A5 Window 20 55 0 300 Roof 120 55 0 079 05-A7 Roof 125 55 0 079 05-A7 East Wall 78 55 0 183 11-A5 Window 20 55 0 300 Roof 106 55 0 079 05-A7 Roof 106 55 0 079 05-A7 Roof 27 55 0 079 05-A7 1 I In cl,niate zones 1 and 16 the nsulal,ng R-va4ue of continuous -If I&I'iow nswaton matenais installed above the roof waterproof membrane nail be mult,Pf and. or Skyl.gm Area Adjustments Requ,red use Adtusled Areas from ed fumes 0 8 be ore choosing I" table column for Part 6 of 7 term.mng assembly u-'actor See'ootnotes Tab4es IV 1 ou h IV 7 n the Jo,nt Aopend ces EnergyPro 4 4 by EnergySon User Number 5678 Job Number 07 X21 (Part 4 of 7) ENV-3-C DATE F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN (BxCxE) (Adjusted) FACT TF (GxHxl) 1 979 455 0 D51 55 1,277 722 166 0 051 55 466 336 33 0 217 55 399 327 20 0 470 55 512 461 106 0 051 55 298 592 59 0 217 55 702 327 20 0 470 55 512 743 74 0 217 55 881 356 82 0 051 55 230 514 118 0 051 55 332 707 70 0 217 55 838 327 20 0.470 55 512 627 62 0 217 55 744 1.761 107 0 470 55 2,758 1,524 151 0217 55 1,807 327 20 0 470 55 512 1.143 69 0470 55 1,791 936 216 0 051 55 604 785 78 0 217 55 930 327 20 0 470 55 512 542 125 0 051 55 350 588 58 0 217 55 697 327 20 0 470 55 512 520 120 0 051 55 335 542 125 0 051 55 350 785 78 0 217 55 930 327 20 0 470 55 512 463 106 0 051 55 299 463 106 0 051 55 299 118 27 0 051 55 76 19,492 20,977 Subtotal Subtotal Page 43 of 157 OVERALL ENVELOPE METHOD (Part 4 of 7) ENV-3- PROJECT NAME DATE • Eisenhower Ambulatory CareCenter 10/26/2009 OVERALL HEAT GAIN FROM CONDUCTION A B C D E F G H I J PROPOSED STANDARD HEAT HEAT ASSEMBLY NAME HEAT U. ACM GAIN AREA' U- GAIN le.g. Wall-1, Floof-1) AREA TF CAP- FACT. J.A. IV Ref. (BxCxE) (Adjusted) FACT. TF (GxHzl) Roof 38 55 0 079 05-A7 ' 66 38 0 051 55 107 Roof 48 55 0 079 05-A7 210 48 0 051 55 135 Roof 40 55 0 079 05-A7 176 40 0 051 55 113 Roof 109 55 0 079 05 A7 472 109 0 051 55 305 Roof 27 55 0 079 05-A7 118 27 0 051 55 76 Roof 38 55 0 079 05-A7 166 38 0 051 55 107 Roof 49 55 0 079 05-A7 212 49 0 051 55 137 Roof 40 55 0.079 05-A7 176 40 0 051 55 113 Roof 109 55 0 079 05-A7 472 109 0 051 55 305 Roof 116 55 0,079 05-A7 506 116 0 051 55 326 Roof 128 55 0 079 05-A7 554 128 0 051 55 358 Roof 128 55 0 079 05-A7 554 128 0 051 55 358 Roof 121 55 0 079 05-A7 524 121 0 051 55 338 • Roof 74 55 0 079 05-A7 319 74 0 051 55 206 Roof 853 55 0 079 05-A7 3.705 853 0 051 55 2.392 Roof 113 55 0 079 05-A7 489 113 0 051 55 316 Roof 511 55 0 079 05-A7 2 219 511 0 051 55 1,433 North Wall 110 55 0'83 11-A5 1104 110 0217 55 1,309 Window 112 55 0 300 1,853 112 0 470 55 2,903 Roof 245 55 0 079 05-A7 1.065 245 0 051 55 688 East Wall 113 55 0 183 11-A5 1,134 113 0.217 55 1.345 Window 20 55 0 300 327 20 0 470 55 512 Roof 168 55 0 079 05-A7 728 168 0 051 55 470 East Wall 108 55 0 183 11-A5 1,084 108 0217 55 1.286 Window 78 55 0300 1,291 78 0470 55 2.023 North Wall 46 55 0 183 11-A5 465 46 0217 55 551 Window 112 55 0 300 1 853 112 0 470 55 2,903 Roof 387 55 0 079 05-A7 1 682 387 0 051 55 1,086 Roof 28 55 0 079 05-A7 120 28 0 051 55 77 Roof 132 55 0 079 05-A7 575 132 0 051 55 371 1, In cfmafe zones 1 and 16 me nsulabng R-value of co'rtmuoos If ,y,ndow and of Sty ght Area Adjustment .s nsula6on malenals installed above the root waterproof membrane Required use Adjusted Areas from Part 6 of 7 24.318 22 649 snall be 'nulupl:ed times 0 8 before choi the fade column for determining assembly U 'actor See footnotes Tables IV 1 Subtotal - Subtotal through IV 7 n the Joint Appendices EnergyPm 4.4 by EnergySoft Use, Number 5678 Job Number 07 0021 Page 44 of 157 [OVERALL ENVELOPE METHOD • PROJECT NAME —W Eisenhower V� IOVERALL HEAT GAIN FROM A ASSEMBLY NAME (e g. Wall-1, Floor-1) Roof EAST WALL Window Window Roof EAST WALL Drive Thru Window Under Awning Window NORTH WALL Roof Roof Roof Roof • Roof Roof Roof NORTH WALL Window Window Window Window Roof NORTH WALL Window Window Roof Roof UCTION RECEIVED OCT 2 8 ?009 (Part 4 of 7) ENV-3-C CONSTRUCTION- DATE 10/26/200P B C D E PROPOSED HEAT U- ACM AREA TF CAP. FACT. J.A. IV Rot 133 55 0 079 05-A7 98 55 0 183 11-AS 39 55 0 300 39 55 0 300 502 55 0 079 05-A7 131 55 0 183 11-A5 29 55 0 300 39 55 U 300 258 55 0183 11-A5 80 55 0,079 05 A7 129 55 0 079 05-A7 61 55 0 079 05-A7 74 55 0 079 05-A7 502 55 0 079 05-A7 341 55 0 079 05-A7 242 55 0 079 05-A7 318 55 0 183 11 A5 39 55 0.300 39 55 0,300 39 55 0 300 39 55 0.300 76 55 0 079 05-A7 71 55 0 183 11-A5 39 55 0 300 39 55 0 300 778 55 0 079 05-A7 42 55 0 079 05-A7 F G H I J STANDARD HEAT HEAT GAIN AREA' U- GAIN IBxCxE) (Adjusted) FACT, TF (GxHxl) 579 133 0 051 55 374 984 98 0 217 55 1.166 648 39 0 470 55 1.016 648 39 0470 55 1016 2180 502 0.051 55 1,407 1,321 131 0217 55 1566 477 29 0 470 55 747 648 39 0470 55 1,016 2598 258 0 217 55 3 080 348 80 0 051 55 224 559 129 0 051 55 361 265 61 0 051 55 171 321 74 0 051 55 207 2.180 502 0051 55 1,407 1,481 341 0 051 55 956 1 050 242 0 051 55 678 3 198 318 0 217 55 3.792 648 39 0.470 55 1,016 648 39 0 470 55 1.016 648 39 0470 55 1,016 648 39 0 470 55 1 016 328 76 0.051 55 212 717 71 0 217 55 850 648 39 0470 55 1,016 648 39 0 470 55 1,016 3.379 778 0 051 55 2.181 180 42 0 051 55 116 1 I In climate zones 1 and 16 the nsulatng R value or cont'nuous 'p W,ndow and?or Skyl�ghl Area Adjustment -s nsulat on malerldls "stalled above the roof Waterproof membrane 27 979 shall be murt,pl,ed times D B before choosing the table column for Required, use Adjusted Areas !rom Part 6 of 7 term•n,ng assembly U factor See fobrnotes. Tables iv 1 Subtotal ugh IV 7 n the Joint Append ces PF Energypro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 28,640 Subtotal Page 45 of 157 (Part 5 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION R-30 Metal Roof Deck CHECK APPLICABLE BOXES Case 1 -Proposed YES No 1, CRRC-1 Certified? Go to 2. X Go to 8. 2. Is the thermal emittance > 0 75? Go to 3. Go to 5. 3 Enter the initial reflectance p value p a Go to 4. Insert value in calculation. 4. Calculate a = 0 94 - 0 7 p • - Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p» s 6, Calculate p - - 0."8 + 1,121 p + 0.524 E pq s 7 Calculate a = 0 94 - 0-7 p •r. s 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: For all other roofs - Standard absorptance values for Column J are either For nonresidential low -sloped roofs' For all other roofs E = Go to 6. Insert values in calculation. Go to 7. Insert value in calculation. Enter calculated value in Column F below 0,87 Enter default value in Column F below. 0 73 Enter default value in Column F below a = u 4' Enter standard value in Column J below a = Enter standard value in Column J below OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A 0B C D E F G H I J K �s PROPOSED STANDARD ASSEMBLY NAME S# U- (e,g. Roof-1) g ; AREA SF WF FACTOR Absorp HEAT GAIN IBxCxDxExF) AREA' (ADJUSTED) U-Factor Absor p HEAT GAIN (CxDaHxlxJ) Roof X 262 123 092 0 079 087 2,035 262 0 051 045 680 Roof X 95 123 092 0 079 0 87 739 95 0 051 0.45 247 Roof X 846 123 0.92 0 079 0.87 6-578 846 0 051 0.45 2,197 Roof X 130 123 092 0 079 087 1,011 130 0.051 0.45 338 Roof X 156 123 092 0 079 087 1,216 156 0 051 045 406 Roof X 2,793 123 092 0 079 087 21.721 2.793 0 051 045 7,253 Roof X 51 123 092 0 079 087 398 51 0 051 045 133 Roof X 110 123 092 0 079 087 856 110 0 051 045 286 Roof X 417 123 092 0 079 087 3.243 417 0 051 045 1,083 Roof X 136 123 092 0 079 087 1.054 136 0 051 0.45 352 Roof X 120 123 092 0 079 087 930 120 0 051 045 311 39.781 Subtotals are entered under 'Subtotal' 13 254 SUBTOTAL 9 COLUh1NS I and M of ENV 3-C Part SUBTOTAL 6of7 Energypro 4 4 by Ene•gySoR User Number. 5678 Job Number 07 0021 Page 46 of 'S 0 • RECEIVEI0 )CT 2 g 20V (Part 5 of 7) ENV-3-C • PROJECT NAME Eisenhower Ambulatory Care Ce 1l�`C CONSTRUCTION DATE10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YES NO 1. CRRC-1 Certified? Go to 2 Go to 8 2. Is the thermal emittance > 0,757 Go to 3. Go to 5. 3 Enter the initial reflectance p value p = Go to 4, Insert value in calculation. 4. Calculate a = 0-94 • 0.7 p a. . - Enter calculated value in Column F below Case 2 - CRRC-1 Tested 5 Enter initial reflectance 8 emittance values from CRRC-1 p,. ■ E - = Go to 6. Insert values in calculation. 6. Calculate p - • 0.448 + 1.121 p + 0.524 E- pGo to 7. Insert value In calculation. 7. Calculate a = 0,94 - 0.7 p e rx = Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs rf �. s 0 87 Enter default value in Column F below. For all other roofs a 073 Enter default value in Column F below. Standard absorptance values for Column J are either •For nonresidential low -sloped roofs a 0 45 Enter standard value in Column J below. For all other roofs: a 13 Enter standard value in Column J below OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A i11 B C D E F G H I J K s` 8 PROPOSED STANDARD ASSEMBLY NAME 0' 3 U• HEAT GAIN AREA' HEAT GAIN (e.g. Roof-1) 8 ; AREA SF WF FACTOR Absorp (BxCxDxExF) (ADJUSTED) U-Factor Absorp (CxDxHxlxJ) Roof X 1,038 123 0.92 0 079 087 8,072 1.038 0 051 045 2.695 Roof X 108 123 0 92 0 079 0.87 837 108 0 051 0.45 279 Roof X 60 123 0 92 0 079 0.87 470 60 0 051 0,45 157 Roof X 60 123 092 0 079 0.87 470 60 0 051 0,45 157 Roof X 113 123 092 0 079 087 882 113 0 051 0.45 295 Roof X 1,364 123 092 0 079 087 10.612 1 364 0 051 045 3 543 Roof X 190 123 092 0 079 087 1,475 190 0 051 045 492 Roof X 454 123 092 0 079 087 3,533 454 0 051 045 1,180 Roof X 454 123 092 0 079 087 3,533 454 0 051 045 1.180 Roof X 28 123 092 0 079 087 215 28 0 051 045 72 Roof X 96 123 092 0 079 087 749 96 0.051 0.45 250 30,847 Subtotals are entered under -Subtotal' 10.3D0 • SUBTOTAL n COLUMNS I and M of ENV-3-C Part SUBTOTAL 6of7 Ene-gyP,o 4 n oy EneryySofl User Number 5678 Job Number 01.0021 Page 47 of 157 I (Part 5 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YES NO 1. CRRC-1 Certified? Go to 2. Go to 8. 2. Is the thermal emittance > 0 757 Go to 3, Go to 5- 3. Enter the initial reflectance p value p = Go to 4 Insert value in calculation. 4. Calculate a = 0.94 - 0.7 p a Enter calculated value in Column F below Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p.. a E Go to 6. Insert values in calculation, 6. Calculate p = - 0.448 + 1 121 p a 0.524E p4,, ... Go to 7. Insert value in calculation 7 Calculate a = 0 94 - 0.7 p . Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs i1 _ 0 0,87 Enter default value in Column F below. For all other roofs a = 073 Enter default value in Column F below. Standard absorptance values for Column J are either For nonresidential low -sloped roofs a = 0 a5 Enter standard value In Column J below. For all other roofs; a = Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A i B C O E F G H I J K 3z g PROPOSED STANDARD ASSEMBLY NAME 'o U- HEAT GAIN AREA' HEAT GAIN (e.g. Roof-1) AREA SF WF FACTOR Absorp fBxCxDxExF) (ADJUSTED) U-Factor Absorp (CxUxHxlxJ) Roof X 101 123 092 0 079 0.87 782 101 0 051 045 261 Roof X 1.324 123 092 0.079 0,87 10.301 1,324 0,051 045 3."0 Roof X 479 123 092 0 079 087 3.725 479 0 051 045 1 244 Roof X 90 123 092 0 079 087 698 90 0 051 045 233 Roof X 92 123 092 0 079 087 719 92 0 051 045 240 Roof X 80 123 092 0 079 087 624 80 0 051 045 208 Roof X 764 123 092 0 079 087 5.942 764 0 051 045 1.984 Roof X 289 123 092 0 079 087 2.247 289 0 051 045 750 Roof X 1,154 123 092 0 079 087 8,979 1.154 0 051 045 2.998 Roof X 138 123 092 0 079 087 1.073 138 0 051 045 358 Roof X 139 123 092 0 079 087 1,083 139 0 051 045 362 36.172 Subtotals are entered under 'Subtotal' 12.078 • SUBTOTAL n COLUMNS I and R1 of ENV-3-C. Part SUBTOTAL 6of7 Energy Pro 4 4 by EnergySoit User Number 5678 Job Number 07 0021 Page 48 of 157 EIVE® I OCt 2 S 200g (Part 5 of 7) ENV46 -3-C PROJECT NAME DATE Eisenhower Ambulatory Care Cent4EX CONSTRUCTION 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXFS Case 1 - Proposed YFS NO 1. CRRC-1 Certified? Go to 2- Go to S. 2. Is the thermal emittance > 0.75? Go to 3. Go to 5. 3. Enter the initial reflectance p value p = Go to 4. Insert value in calculation. 4 Calculate a = 0.94 - 0,7 p a Enter calculated value in Column F below Case 2 - CRRC-1 Tested 5. Enter initial reflectance & emittance values from CRRC-1 p 6. Calculate p. = - 0.448 + 1,121 p + 0,524 E p = 7 Calculate a = 0 94 - 0.7 p a = 8. Not CRRC-1 Tested For nonresidential low -sloped roofs a,••, is For all other roofs_ a— Is Standard absorptance values for Column J are either For nonresidential low -sloped roofs • For all other roofs: E = Go to 6 Insert values in calculation. Go to 7 Insert value In calculation. Enter calculated value in Column F below. 0 87 Enter default value in Column F below. n 73 Enter default value in Column F below. a.= ■ 0.45 Enter standard value in Column J below. a •. 0 73 Enter standard value in Column J below OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A E: B C D E F G H I J K = PROPOSED STANDARD ASSEMBLY NAME o U_ HEAT GAIN AREA' HEAT GAIN (e.g. Roof-1) °o ; AREA SF WF FACTOR Absorp (BxCxDxExF) (ADJUSTED) LI-Factor Absorp (CxDxHxlxJ) Roof X 265 123 092 0 079 087 2,062 265 0 051 045 688 Roof X 91 123 0 92 0 079 0.87 709 91 0.051 045 237 Roof X 93 123 092 0 079 087 725 93 0 051 045 242 Roof X 72 123 092 0 079 087 562 72 0 051 045 188 Roof X 74 123 092 0 079 087 572 74 0 051 045 191 Roof X 94 123 0.92 0 079 087 729 94 0 051 045 243 Roof X 96 123 092 0 079 087 748 96 0 051 0,45 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 0.45 250 Roof X 94 123 092 0.079 087 735 94 0 051 045 245 • 9.086 Subtotals are entered under -Subtotal' 3,034 SUBTOTAL n COLUMNS I and Al of ENV-3-C Part SUBTOTAL 6of7 EnergyPro 4 4 by EnergySoft User Nurnbe, 5678 Job Numhrr 07 0021 Page 49 of 157 (Part 5 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES NO 1. CRRC-1 Certified? Go to 2- Go to 8 2 Is the thermal emittance > 0 75? Go to 3. Go to 5. 3. Enter the initial reflectance p value p = Go to 4. Insert value In calculation. 4_ Calculate a = 0 94 - 0 7 p a Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p = 6. Calculate po .. - • 0.448 + 1 121 p + 0,524 E p = 7. Calculate a— 0.94 - 0.7 p a = 8. Not CRRC-1 Tested For nonresidential low sloped roofs a For all other roofs: .e Standard absorptance values for Column J are either For nonresidential low -sloped roofs: For all other roofs: E = Go to 6 Insert values in calculation, Go to 7 Insert value in calculation Enter calculated value in Column F below. 87 Enter default value in Column F below. 0 73 Enter default value in Column F below. ••� 045 Enter standard value in Column J below a = 0 73 Enter standard value in Column J below OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES An B C D E F G H I J K : PROPOSED STANDARD ASSEMBLY NAME U MEAT GAIN AREA' HEAT GAIN (e.g. Roof-1) $ AREA SF WF FACTOR Absor p (BxCxDxExF) (ADJUSTED) U-Factor Absorp (CxDxHxlxJ) Roof X 96 123 092 0 079 087 748 96 0.051 045 250 Roof X 93 123 0.92 0.079 0.87 725 93 0.051 045 242 Roof X 96 123 092 0 079 0.87 748 96 0 051 045 250 Roof X 96 123 0 92 0 079 0 87 748 96 0 051 045 250 Roof X 95 123 0 92 0 079 087 739 95 0.051 045 247 Roof X 96 123 092 0 079 0 87 748 96 0 051 045 250 Roof X 86 123 0.92 0 079 087 669 86 0 051 045 223 Roof X 97 123 092 0 079 087 754 97 0 051 045 252 Roof X 140 123 0.92 0 079 087 1.089 140 0 051 045 364 Roof X 95 123 092 0 079 0.87 739 95 0 051 045 247 Roof X 96 123 092 0 079 087 748 96 0.051 045 250 8,456 Subtotals are entered under "Subtotal" 2,823 SUBTOTAL n COLUMNS I and M of ENV 3-C, Part SUBTOTAL 6or7 EnergyP-o 4A by EnergySoft User Number 5678 Job Number 07 0021 Page 50 of 157 • • DECEIVED I •vV w_ O, (Part 5 of 7) ENV-3-C � PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES NO 1. CRRC-1 Certified? Go to 2 Go to 8 2. Is the thermal emittance > 0-75? Go to 3 Go to 5. 3. Enter the initial reflectance p value p Go to 4. Insert value in calculation. 4. Calculate a = 0-94 - 0.7 p a = Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter Initial reflectance 8 emittance values from CRRC-1 p = 6. Calculate p = - 0 448 + 1.121 p + 0 524 E,. p = 7 Calculate a = 0 94 - 0.7 p a_ 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: a = For all other roofs: a = Standard absorptance values for Column J are either •For nonresidential low -sloped roofs, For all other roofs: E = Go to 6. Insert values in calculation. Go to 7 Insert value in calculation. Enter calculated value in Column F below. 0 87 Enter default value In Column F below. 0 73 Enter default value in Column F below. a = 0 45 Enter standard value in Column J below. a 0.73 Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A �� B C D E F G H I J K sz 8 PROPOSED STANDARD ASSEMBLY NAME U- HEAT GAIN AREA' HEAT GAIN (e.g. Roo f-1) g ", AREA SF WF FACTOR Absorp (BxCxDxExF) (ADJUSTED) U-Factor Absorp ICxDxHxlxJ) Roof X 96 123 092 0.079 087 748 96 0 051 045 250 Roof X 96 123 0.92 0 079 087 748 96 005, 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 93 123 0 92 0 079 087 725 93 0 051 045 242 Roof X 96 123 0 92 0 079 087 748 96 0.051 045 250 Roof X 96 123 0 92 0 079 087 748 96 0 051 045 250 Roof X 96 123 0 92 0 079 087 748 96 0 051 045 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 92 123 092 0 079 087 716 92 0 051 045 239 Roof X 96 123 0 92 0 079 087 748 96 0.051 045 250 Roof X 96 123 092 0 079 0 87 748 96 0 051 045 250 • 8,174 Subtotals are entered under -Subtotal- 2 729 SUBTOTAL q COLUMNS 1 and M of ENV 3.0 Part SUBTOTAL 6 M 7 EnergyPro 4 4 oy Ene,gySaR User Number 5678 Job Nu rber 0 7 0021 Page 51 of , �, I (Part 5 of 7) ENV 3 C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 ROOF A13SORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YES NO 1. CRRC-1 Certified? Go to 2. Go to 8. 2 Is the thermal emittance > 0, 75? Go to 3. Go to 5. 3- Enter the initial reflectance p value p Go to 4. Insert value in calculation. 4 Calculate a = 0-94 - 0 7 p a = Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance 8 emittance values from CRRC-1 p = E = Go to 6. Insert values in calculation. 6. Calculate p� .- = - 0.448 + 1 121 p + 0 524 E p = Go to 7 Insert value In calculation. 7. Calculate 8­ = 0 94 - 0 7 p a = Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs a = v, 87 Erter default value in Column F below. For all other roofs a I , I Enter default value in Column F below. Standard absorptance values for Column J are either For nonresidential low -sloped roofs: a = 1 15 Enter standard value in Column J below • For all other roofs: a = I I ' i Enter standard value in Column J below OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A B C D E F G H I J K : PROPOSED STANDARD ASSEMBLY NAME U- (e g- Roof-1) J! AREA SF WF FACTOR Absorp HEAT GAIN (BxCxDxEXF) AREA- (ADJUSTED) U-Factor Absorp HEAT GAIN (CxDxHxixJ) Roof X 63 123 092 0 079 0.87 488 63 0 051 045 163 Roof X 38 123 092 0 079 087 684 88 0.051 045 229 Roof X 88 123 092 0 079 087 684 88 0 051 0,45 229 Roof X 86 123 092 0 079 087 668 86 0 051 045 223 Roof X 85 123 092 0 079 0.87 661 85 0 051 045 221 Roof X 85 123 092 0 079 087 664 85 0 051 045 222 Roof X 69 123 092 0 079 087 537 69 0.051 045 779 Roof X 60 123 092 0 079 087 467 60 0 051 045 156 Roof X 72 123 0.92 0 079 087 559 72 0 051 045 187 Roof X 96 123 092 0 079 087 748 96 0.051 045 250 Roof X 96 123 092 0 079 087 748 96 0.051 045 250 6 909 Subtotals are entered under -Subtotal' 2.307 SUBTOTAL n COLUMNS I and M of ENV-3 C Part SUBTOTAL • 6of7 EnergyPro 4 4 by Ene,gySoft User Numoer 5678 Job Number 07 0021 Page 52 of 157 RECEIVED OCT 2 A 2009 (Part 5 of 7) ENV-3-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES NO 1. CRRC-1 Certified? Go to 2 Go to 8. 2, Is the thermal emittance > 0 75? Go to 3 Go to 5. 3. Enter the initial reflectance p value p = Go to 4 Insert value in calculation. 4 Calculate a = 0.94 - 0 7 p a = Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5, Enter initial reflectance d emittance values from CRRC-1 p = E - Go to 6. Insert values In calculation. 6. Calculate p = - 0.448 - 1 121 p + 0 524 E p Go to 7 Insert value in calculation. 7. Calculate a = 0,94 - 0.7 p a = Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofsa = 7 97 Enter default value in Column F below. For all other roofs: a _ 73 Enter default value in Column F below - Standard absorptance values for Column J are either •For nonresidential low -sloped roofs a G -:5 Enter standard value in Column J below. For all other roofs: a ,l 13 Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A F; B C D E F G H I J K o= PROPOSED STANDARD ASSEMBLY NAME a o' U- HEAT GAIN AREA' HEAT GAIN (e.g. Roof-1) 8 AREA SF WF FACTOR Absor p (BxCxDzEzF) (ADJUSTED) U-Factor Absorp (CxDzHxlzJ) Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 0.92 0 079 0.87 748 96 0.051 0.45 250 Roof X 96 123 092 0 079 087 748 96 0 051 045 250 Roof X 96 123 092 0.079 0.87 748 96 0 051 0.45 250 Roof X 99 123 0 92 0 079 087 772 99 0 051 0.45 258 Roof X 92 123 092 0 079 087 719 92 0 051 045 240 Roof X 641 123 092 0 079 087 4.985 641 0 051 045 1,665 Roof X 641 123 092 0 079 087 4,985 641 0 051 0.45 1,665 Roof X 83 123 092 0 079 087 649 83 0 051 045 217 Roof X 114 123 092 0 079 087 888 114 0 051 0.45 297 Roof X 154 123 092 0 079 087 1,198 154 0 051 045 400 17 188 Subtotals are entered under "Subtotal' 5 739 • SUBTOTAL n COLUMNS I and M of ENV-3-C Part SUBTOTAL 6of7 EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07.0021 Page 53 of 157 (Part 5 of 7) ENV-3-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES NO 1. CRRC-1 Certified? Go to 2. Go to 8, 2. Is the thermal emittance > 0 75? Go to 3. Go to 5. 3. Enter the initl-I reflectance P value: p = Go to 4, Insert value in calculation. 4. Calr.ulal a = Enter calculated value in Column F below. Ca.%; L - , RRC 5. Ente- initial clues from CRRC-1 p.., 6.Ca :.!1'en--0.448-1 : ._ +0.524E P. ,• 7. Calculate a 94 - 171 - 8. rf For nonresiden. All p s For all other roofs — • Standard absorptance values for Column J are either For nonresidential low -sloped roofs For all other roofs: E • = Go to 6 Insert values in calculation. Go to 7 Insert value in calculation. Enter calculated value in Column F below. 0.87 Enter default value in Column F below. 0.73 Enter default value in Column F below. a = a5 Enter standard value in Column J below • a = 0 'J Enter standard value in Column J below OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A �; 8 C 0 E F G H I J K ny PROPOSED STANDARD ASSEMBLY NAME o i U- HEAT GAIN AREA' NEAT GAIN (e.g. Roof-1) 8 = AREA SF WF FACTOR Absorp (BxCxDxF-xF) (ADJUSTED) U-Factor Absorp (CxDxHxlxJ) Roof X 295 123 092 0 079 087 2,297 295 0.051 045 767 Roof X 452 '23 092 0 079 087 3.517 452 0 051 0,45 1,174 Roof X 1 982 123 092 0 079 087 15,414 1 982 0 051 045 5,147 Roof X 1.982 123 092 0 079 087 15,414 1,982 0 051 045 5,147 Roof X 416 123 092 0 079 087 3,232 416 0 051 045 1,079 Roof X 316 123 092 0 079 087 2,457 316 0 051 045 820 Roof X 455 123 092 0 079 087 3.542 455 0 051 045 1,183 Roof X 166 123 092 0 079 087 1.293 166 0 051 0.45 432 Roof X 106 123 092 0 079 087 826 106 0 051 045 276 Roof X 82 123 092 0 079 087 638 82 0 051 045 213 Roof X 118 123 092 0 079 087 920 118 0 051 045 307 49 550 Suntolals are entered under "Subtotal' 16,545 SUBTOTAL n COLUMNS I and M of ENV-3 C Part SUBTOTAL • 6of7 EnergyP,o 4 4 by EnergySoft Use, Number 5678 Joo Nurnher 07 0021 Page 54 of 157 RECEIVEIj OCT 2 8 2009 (Part 5 of 7) ENV-3-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YFS NO 1. CRRC-1 Certified? Go to 2. Go to 8. 2. Is the thermal emittance > 0.751 Go to 3. Go to 5. 3. Enter the initial reflectance p value p Go to 4. Insert value in calculation. 4. Calculate a = 0 94 - 0.7 p a = Enter calculated value in Column F below Case 2 - CRRC-1 Tested 5 Enter initial reflectance 8 emittance values from CRRC-1 p = E - Go to 6, Insert values in calculation. 6. Calculate p.. - - 0.448 + 1.121 p 0-524 E p Go to 7. Insert value in calculation. 7 Calculate a = 0 94 - 0 7 p a = Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs a = 0 87 Enter default value in Column F below. For all other roofs a = 0 73 Enter default value in Column F below. Standard absorptance values for Column J are either •For nonresidential low -sloped roofs a 1,45 Enter standard value in Column J below. For all other roofs- a u 73 Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A0 B C D E F G H I J K ppSz PROPOSED STANDARD ASSEMBLY NAME 3 o 3 U- HEAT GAIN AREA' HEAT GAIN (e.g. Roof-1) _i AREA SF WF FACTOR Absorp (BxCxDxE:F) (ADJUSTED) 1 U-Factor Absor p (CxDxHxlxJ) Roof X 216 123 092 0 079 087 1,676 216 0 051 045 560 Roof X 125 123 0.92 0,079 O,B7 970 125 0 051 045 324 Roof X 120 123 092 0 079 0.87 930 120 0,051 045 311 Roof X 125 123 092 0 079 087 971 125 0 051 045 324 Roof X 106 123 0.92 0 079 087 828 106 0,051 045 277 Roof X 106 123 092 0 079 087 828 106 0 051 045 276 Roof X 27 123 092 0 079 087 212 27 0 051 045 71 Roof X 38 123 092 0 079 087 296 38 0 051 045 99 Roof X 48 123 092 0 079 087 375 48 0 051 045 125 Roof X 40 123 092 0 079 087 314 40 0051 045 105 Roof X 109 123 092 0 079 087 845 109 0 051 045 282 8 246 Subtotals are entered under 'Subtotal- 11 753 • SUBTOTAL n COLUMNS I and M of ENV 3 C Part SUBTOTAL 6 of 7 Energypru 4 4 Dy EnergySoft Use, Number 5678 Job Number 07 0021 Page 55 of 151 Part 5 of 7) ENV-3-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 [ROOF ABSORPTANCECALCULATION CHECK APPLICABLE BOXES Case 1 - Proposed YES NO 1. CRRC-1 Certified? Go to 2 Go to 8. 2. Is the thermal emittance > 0.15? Go to 3. Go to 5. 3. Enter the initial reflectance p value p Go to 4. Insert value in calculation. 4 Calculate a = 0 94 - 0 7 p a = Enter calculated value in Column F below Case 2 - CRRC-1 Tested 5 Enter initial reflectance & emittance values from CRRC-1 p•. a E = Go to 6. Insert values in calculation 6. Calculate p = - 0.448 + 1 121 p + 0 524 E P. s Go to 7. Insert value In calculation. 7. Calculate a = 0 94 - 0.7 p a,-,s Enter calculated value in Column F below, 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: For all other roofs: Standard absorptance values for Column J are either For nonresidential low -sloped roofs For all other roofs: • �. . 0 8' Enter default value in Column F below, • �. 0 73 Enter default value in Column F below. a 0.45 Enter standard value in Column J below. a 0.73 Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A °s ; B C D E F G H I J K si PROPOSED STANDARD ASSEMBLY NAME U- HEAT GAIN AREA' NEAT GAIN (e g. Roof-1) , ; AREA SF WF FACTOR Absorp (BXCXO:EaF) (ADJUSTED) U-Factor Absorp (CXDaHXI:J) Roof X 27 123 092 0.079 087 212 27 0 051 045 71 Roof X 38 123 092 0 079 087 296 38 0 051 045 99 Roof X 49 123 092 0 079 087 379 49 0 051 0.45 126 Roof X 40 123 092 0 079 087 314 40 0 051 045 105 Roof X 109 123 092 0 079 087 845 109 0 051 0.45 282 Roof X 116 123 0.92 0 079 087 905 116 0 051 045 302 Roof X 128 123 092 0 079 087 992 128 0 051 045 331 Roof X 128 123 092 0 079 087 992 128 0 051 045 331 Roof X 121 123 092 0 079 087 938 121 0 051 0.45 313 Roof X 74 123 092 0 079 087 572 74 0 051 045 191 Roof X 853 123 092 0 079 087 6 632 853 0 051 045 2,215 • 13.077 Sublotals are entered under -Subtotal' 4,367 SUBTOTAL n COLUMNS I and M of ENV 3-C Part SUBTOTAL • 6of7 EnergyPro 4.4 by EnergySofl User Number 5678 Job Number 070021 Page 56 of 157 RECEIVED •I 0NST (Part 5 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCE CALCULATION CHECK APPL ICABLE BOXES Case 1 - Proposed YES NO 1. CRRC-1 Certified? Go to 2 Go to 8. 2. Is the thermal emittance > 0 75? Go to 3 Go to 5. 3. Enter the initial reflectance p value p = Go to 4. Insert value in calculation. 4. Calculate a = 0 94 - 0 7 p a = Enter calculated value in Column F below. Case 2 - CRRC-1 Tested 5. Enter initial reflectance & emittance values from CRRC-1 p E = Go to 6 Insert values in calculation. 6. Calculate p = - 0 448 + 1 121 p + 0,524 E p .., = Go to 7. Insert value in calculation. 7. Calculate a = 0-94 - 0 7 p e . + Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs: For all other roofs Standard absorptance values for Column J are either •For nonresidential low -sloped roofs For all other roofs ate. 0.87 Enter default value in Column F below. • 0.73 Enter default value in Column F below. a = 0.45 Enter standard value in Column J below. a = 0 73 Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A i B C D E F G H I J K s o PROPOSED STANDARD ASSEMBLY NAME U- HEAT GAIN AREA' HEAT GAIN (e.g. Root-1) g .' AREA SF WF FACTOR Absorp (BxCxDxExF) (ADJUSTED) U-Factor Absorp (CxDxHxlxJ) Roof X 113 123 092 0 079 087 876 113 0 051 045 292 Roof X 511 123 092 0,079 087 3.973 511 0.051 0,45 1.327 Roof X 245 123 092 0 079 087 1 906 245 0 051 045 637 Roof X 168 123 092 0 079 087 1,303 168 0 051 045 435 Roof X 387 123 092 0 079 087 1011 387 0 051 0.45 1.005 Roof X 28 123 092 0 079 087 215 28 0 051 045 72 Roof X 132 123 092 0 079 087 1.029 132 0 051 045 344 Roof X 133 123 0.92 0 079 087 1 037 133 0 051 045 346 Roof X 502 123 092 0 079 087 3,902 502 0 051 045 1.303 Roof X 80 123 0,92 0 079 087 622 80 0 051 0.45 208 Roof X 129 123 0 92 0 079 087 1 001 129 0 051 045 334 • 18,873 Subtotal, are entered under 'Subtotal' 6.302 SUBTOTAL I COLUMNS laid M of ENV 3-C Part SUBTOTAL 6of7 EnergyPro 4 4 oy EnergySoft Use, Number 5678 Job Number 070021 Page 57 o1 157 l (Part 5 of 7) ENV-3-C� PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 ROOF ABSORPTANCECALCULATION CHECK APPLICABLE BOXES Case 1 -Proposed YES NO 1. CRRC-1 Certified" Go to 2. Go to 8 2. Is the thermal emittance > 0.75? Go to 3. Go to 5 3. Enter the Initial reflectance p valuep Go to 4 Insert value in calculation. 4. Calculate a = 0.94 - 0.7 p a.. = Enter calculated value in Column F below Case 2 - CRRC-1 Tested S. Enter initial reflectance & emittance values from CRRC-1 p.. E • = Go to 6. Insert values in calculation 6. Calculate p.. ..., ■ - 0-448 + 1 121 p + 0.524 E P. . Go to 7. Insert value in calculation. 7. Calculate a,-, - 0 94 . 0.7 p a: Enter calculated value in Column F below. 8. Not CRRC-1 Tested For nonresidential low -sloped roofs. For all other roofs. Standard absorptance values for Column J are either For nonresidential low -sloped roofs: For all other roofs: �.-. ■ 87 Enter default value In Column F below. a _ Enter default value in Column F below. a ■ 0.45 Enter standard value in Column J below. • a ■ 0 73 Enter standard value in Column J below. OVERALL HEAT GAIN FROM RADIATION OPAQUE SURFACES A i B C D E F G H I J K : PROPOSED STANDARD ASSEMBLY NAME I u- HEAT GAIN AREA' HEAT GAIN (e.g. Roof-1) t AREA SF WF FACTOR Absorp (BxCxDxExF) (ADJUSTED) U-Factor Absorp (CxDxHxlxJ) Roof X 61 123 092 0 079 087 474 61 0 051 045 158 Roof X 74 123 092 0 U79 U 87 574 74 0 051 045 192 Roof X 502 123 092 0.079 087 3.902 502 0,051 045 13303 Root X 341 123 092 0 079 087 2 651 341 0 051 045 885 Roof X 242 123 092 0 079 087 1,879 242 0 051 045 627 Roof X 76 123 092 0 079 087 587 76 0.051 045 196 Roof X 778 123 092 0 079 087 6,048 778 0.051 045 2019 Root X 42 123 092 0 079 087 323 42 0 051 0.45 108 16,438 Subtotals are entered ugder -Subtotal' 5,489 • SUBTOTAL ,n COLUbINS i a,d M of ENV-3 C, Pan SUBTOTAL 6of7 Energypro 4 4 oy EnergySoR User Number 5678 Job Number 010021 Page 58 of 157 RECEIVED OVERALL ENVELOPE METHOD ""' z a ""' (Part 6 of 7) ENV-3-C • PROJECT NAME WDL CONSTRUCTION DATE Eisenhower Ambulatory Care Center 10/26/2009 OVERALL HEAT GAIN FROM RADIATION FENESTRATION SURFACES A 8 C D E F G H I J K L M PROPOSED STANDARD WINDOW/SKYLIGHT NAME OVERHANG WEIGHTING (e.g. Wind-1, Sky-1) ORIENT FACTOR AREA SF HEAT GAIN- SHGC H V HIV OHF (BxCxDxExH) AREA (ADJUSTED) RSHG or SHGC' SF HEAT GAIN (BxJxKxL) Window S 1 27 46 123 0 36 2 564 46 0 36 123 2,564 Window W 1 05 108 123 0 36 4,998 108 0 36 123 4,998 Window N 061 46 123 036 1,232 46 0 51 123 1,745 Window S 1 27 26 123 036 1 434 26 0 36 123 1.434 Window S 1 27 26 123 036 1 434 26 0 36 123 1.434 Window S 127 26 123 036 1,434 26 0 36 123 1 A34 Window S 1 27 26 123 036 1 434 26 036 123 1,434 Window W 105 310 123 036 14,413 310 0 36 123 14,413 Skylight H 229 15 123 036 1 531 15 0.46 123 1,956 Window S 127 26 123 036 1,434 26 036 123 1,434 Window S 1 27 26 123 0,36 1.434 26 0 36 123 1,434 Window S 1 27 26 123 0.36 1 434 26 0 36 123 1,434 • Window S 1 27 26 123 0 36 1.434 26 0 36 123 1,434 Window W 105 13 123 0,36 604 13 036 123 604 Window E 1 07 34 123 0.36 1,599 34 0 36 123 1,599 Window N 061 78 123 0.36 2,107 78 0 51 123 2,985 Window W 1 05 34 123 0 36 1.569 34 0 36 123 1,569 Window N 061 40 123 036 1,070 40 051 123 1,515 Window N 061 40 123 036 1.070 40 0 51 123 1 515 Window E 1-07 40 123 036 1.876 40 036 123 1,876 Window E 1.07 45 123 036 2,151 45 036 123 2,151 Window S 1_27 45 123 036 2,553 45 0 36 123 2,553 Window S 1,27 92 123 0 36 5,174 92 0 36 123 5,174 Window W 1.05 22 123 036 1,023 22 0 36 123 1.023 Window W 1,05 45 123 036 2,092 45 0.36 123 2.092 Window S 127 22 123 0,36 1237 22 036 123 1,237 Window W 1 05 13 123 036 604 13 0 36 123 604 Window W 1 05 13 123 036 604 13 0 36 123 604 1. From Fenestrat-on Surfaces ENV -I C Part 2 Column G or when Column H nas a 'C' �denlif er calculate using the center of glass value SHGCc ,n Part 4 Subtotal 444,860 Part 4 Subtotal 479.443 SHGC'en = 08 • (0 86xSHGCcf and enter value 2. Proposed Heat Gain. Column I may be no greater Man Standard Heat Part 5 Subtotal 262.799 Part 5 Subtotal 87,752 Gam Column M 3. If Window and or Skylight Area Adjustment s requued use ad.usled area Part 6 Subtotal 204,896 Part 6 Subtotal 224,615 Iron, Part 6 of 7 04 . Only SHGC s used (or Skylights 912.554 Total Heat Gain 79',810 EnergyPro 4 4 by EnergySoR User Numbe• 5675 jro Number 070021 Page 59 of 157 LOVERALL ENVELOPE METHOD (Part 6 of 7) ENV-3-C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 OVERALL HEAT GAIN FROM RADIATION FENESTRATION SURFACES A B C D E F G H I J K L M PROPOSED STANDARD WINDOWISKYLIGHT NAME WEIGHTING OVERHANG (e.g. wind-1, sky-1) ORIENT. FACTOR AREA SF SHGC H V HIV OHF (BxCxDxExM) HEAT ExH AREA (ADJUSTED) RSHG a or SHGC SF HEAT GAIN (BxJxKxl) Window W 1 05 13 1123 0 36 604 13 0 36 123 604 Window W 1 05 13 123 036 604 13 0 36 123 604 Window S 1_27 11 123 036 613 11 0 36 123 613 Window S 1 27 11 123 036 613 11 0 36 123 613 Window S 1 27 11 123 036 613 11 0 36 123 613 Window S 1 27 11 123 036 613 11 0 36 123 613 Window E 1 07 18 123 036 848 18 0 36 123 848 Window E 1 07 18 123 0.36 848 18 036 123 848 Window E 1 07 18 123 036 848 18 0 36 123 848 Window S 127 21123 036 1,187 21 036 123 1.187 Window E 107 69 123 0 36 3.283 69 0.36 123 3,283 Window E 1 07 69 123 036 3,283 69 0 36 123 3,283 Window N 0,61 69 123 0.36 1,872 69 0 51 123 2,652 • Window N 0 61 18 123 036 483 18 0 51 123 685 Window E 1 07 18 123 0 36 848 18 0-36 123 848 Window W 1 05 21 123 036 981 21 036 123 981 Window E 1 07 21 123 036 1 000 21 0.36 123 1,000 Window E 1 07 69 123 036 3,283 69 0 36 123 3 283 Window N 061 69 123 0.36 1,872 69 0 51 123 2,652 Window N 0,61 69 123 036 1 872 69 0 51 123 2,652 Window N 061 69 123 036 1.872 69 0 51 123 2.652 Window N 0 61 69 123 0.36 1 872 69 0 51 123 2,652 Window N 0,61 18 123 036 483 18 0,51 123 685 Window N 0 61 18 123 0.36 483 18 0 51 123 685 Window S 1 27 18 123 036 1,007 18 0 36 123 1 007 Window S 1 27 18 123 0 36 1,007 18 036 123 1 007 Window S 1 27 18 123 036 1 007 18 0 36 123 1.007 Window S 1 27 18 123 036 1.007 '8 0 36 123 1 007 1. From Fenestraton Surfaces ENV-1 C Part 2. Column G or wnen Column H has a 'C' identifier calculate using the center of glass value SHGCc m pan 4 Subtotal 444.860 Part 4 Subtotal 479,443 SHGCfen = 08 + l0 86itSHGCcy and enter value 2. Proposed Heat Gam Cdumn I may be no greater than Standard Heat Part 5 Subtotal 262.799 Part 5 Subtotal 87,752 Gain Column M 3. if W,ndow andror Skylight Area Ad,ustment is required use, adjusted area Part 6 Subtotal 204,896 Part 6 Subtotal 224,615 from Part 6 o' 7 • 4. Only SHGC s used for Skyiignts g12,554 Total Heat Gain 791 810 EnergyPro 4 4 by EnergySoft Use, Number 5678 Job Number 070021 Page 60 of 157 :DECEIVED OVERALL ENVELOPE METHOD ArT 9 R )nna (Part 6 of 7) ENV-3-C • PROJECT NAME Eisenhower Ambulatory Care Center CONSTRUCTION DATE 10/26/2009 OVERALL HEAT GAIN FROM RADIATION FENESTRATION SURFACES A B C D E F G H I J K L M PROPOSED STANDARD WINDOWISKYLIGHT NAME OVERHANG (e.g. Wind-1. Sky-1) ORIENT WEIGHTING FACTOR AREA SF SHGC HEAT GAIN, H V AREA RSHG HEAT GAIN H(V OHF (BxCxDxEaH) (ADJUSTED) or SHGC- SF (BxJxKxL) Winnow W 1 05 18 123 036 832 8 0 36 123 532 Window W 105 18 123 036 832 a 0 36 123 832 Window S 1 27 18 123 036 1,007 18 0 36 123 1 007 Window S 127 18 123 0.36 1,007 18 036 123 1,007 Window S 1 27 18 123 036 1.007 18 0 36 123 1,007 Window S 1 27 18 123 036 1.007 18 0 36 123 1,007 Window S 1 27 18 123 036 1 007 18 0 36 123 1,007 Window S 1 27 18 123 036 1 007 18 0 36 123 1,007 Window W 1 05 18 123 036 832 18 0 36 123 832 Window W 1 05 18 123 0,36 832 18 0 36 123 832 Window N 061 18 123 036 483 18 0 51 123 685 Window N 0 61 18 123 036 483 18 0 51 123 685 Window N 061 18 123 0 36 483 18 0 51 123 685 Window N 061 18 123 036 483 18 051 123 685 Window N 061 18 123 0 36 483 18 051 123 685 Window N 0 61 18 123 036 483 18 0 51 123 685 Window N 0 61 18 123 036 483 18 0 51 123 685 Window N 0 61 18 123 036 483 18 0 51 123 685 Window W 1 05 18 123 0 36 832 18 0 36 123 832 Window W 1 05 18 123 036 832 18 0 36 123 832 Window W 1 05 81 123 036 3,754 81 0 36 123 3,754 Window S 1 27 124 123 036 6.945 124 0 36 123 6,945 Window W 1 05 50 123 036 2.325 50 0 36 123 2.325 Window W 1 05 74 123 036 3,441 74 036 123 3,441 Window W 1 05 89 123 036 4,152 89 0 36 123 4,152 Window W 1 05 219 123 036 10,194 219 0 36 123 10,194 Window W 1 05 89 123 036 4,152 89 0 36 123 4,152 Window S 1 27 20 123 0 36 1.113 20 0 36 123 1,113 1. From Fenestrat-on Surfaces ENV 1-C Part 2 Column G or when Column H nas a'C' dentifor calculate using the center of glass value SHGCc in Part 4 Subtotal 444,860 Part 4 Subtotal 479,443 SHGCren = 08 • 10 86xSHGCCI and enter value 2. Proposed Heat Gain Column I may be no greater than Standard Heat Part 5 Subtotal 262,799 Part 5 Subtotal 87.752 Ga,n Column M 1 If Window and or Skylight Area Adjustment ,s requ red use adjusted area Part 6 Subtotal 204,896 Part 6 Subtotal 224,615 from Part 6 of 7 Only SHGC s used or Sayt,ghts 912 554 Total Heat Gain 791,810 EnergyPro 4 4 by Energy Soft User Number 5678 rb N ,her 0 7 ',u 1 Page 61 of 157 JOVERALL ENVELOPE METHOD (Part 6 of 7) ENV-3-C PROJECT NAME • Eisenhower Ambulatory Care Center GATE 10/26/2009 OVERALL HEAT GAIN FROM RADIATION FENESTRATION SURFACES A B C D E F G H I J K L M PROPOSED STANDARD WINDOW/SKYLIGHT NAME WEIGHTING OVERHANG (e.g. Wind-1, Sky-1) ORIENT, FACTOR AREA SF SHGC H V HN OHF HEAT GAI IB CxDxExH AREA (ADJUSTED) RSHG or SHGC SF HEAT GAIN (BxJitKaL) Window S 1 27 20 123 036 1 11.3 20 0 36 123 1 113 Window N 061 20 123 036 535 20 0 51 123 758 Window N 061 20 123 036 535 20 0.51 123 758 Window N 061 20 123 036 535 20 051 123 758 Window N 0.61 20 123 036 535 20 051 123 758 Window S 1 27 20 123 036 1. 113 20 0 36 123 1.113 Window S 1 27 20 123 0,36 1 113 20 0 36 123 1,113 Window N 061 20 123 0.36 535 20 051 123 758 Window N 061 20 123 036 535 20 0-51 123 758 Window N 061 20 123 0 36 535 20 0 51 123 758 Window N 061 20 123 0 36 535 20 0 51 123 758 Window N 061 20 123 036 535 20 0 51 123 758 Window N 0,61 20 123 036 535 20 0 51 123 758 • Window N 061 181 123 036 4,881 181 0 51 123 6,915 Window N 061 129 123 0.36 3,484 129 0 51 123 4.936 Window S 1 27 20 123 036 1.113 20 0 36 123 1,113 Window S 1 27 20 123 036 1,113 20 0 36 123 1,113 Window s 1 27 20 123 036 1,113 20 0 36 123 11,113 Window S 1 27 107 123 036 6,000 107 0 36 123 6,000 Window E 1 07 20 123 0-36 938 20 0 36 123 938 Window E 1 07 69 123 0 36 3,283 69 0 36 123 3,283 Window E 1 07 20 123 0.36 938 20 0 36 123 938 Window E 1 07 20 123 036 938 20 0.36 123 938 Window E 1 07 20 123 036 938 20 0 36 123 938 Window N 061 112 123 036 3,033 112 0 51 123 4 297 Window E 1 07 20 123 036 938 20 0 36 123 938 Window E 1 07 78 123 036 3 708 78 0 36 123 3.708 Window N 0 61 112 123 0.36 3.033 112 0 51 123 4,297 1. From Fenestration Surfaces ENVA-C, Part 2. Column G or wnen Column H has a "C" ,denvfer calculate using the center of glass value SHGCc n Part 4 Subtotal 444 860 Part 4 Subtotal 479.443 SHGCfen = 08 - 10 86xSHGCc) and enter value 2. Proposed Heat Ga-n Column i may be no greater than• Standard Heat Part 5 Subtotal 262 799 Part 5 Subtotal 87.752 Gain Column M 3. If %Vindow andior Skyl gnt Area Adjustment is reclu red, use adjusted area Part 6 Subtotal 204 896 Part 6 Subtotal 224,615 from Part 6 of 7 • 4. Only SHGC is used for Skyiignts 912.554 Total Heat Gain 791 810 Enwgypro 4.4 by EnergySoft User Number 5678 Job Nufrber 010021 Page o2 of 157 COVERALL ENVELOPE METHOD (Part 6 of 7) ENV-3-� • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 OVERALL HEAT GAIN FROM RADIATION FENESTRATION SURFACES A B C D E F G H I J K L M PROPOSED STANDARD WINDOWISKYLIGHT NAME WEIGHTING OVERHANG (e g. Wind-1. Sky-1) ORIENT FACTOR AREA SF SHGC H V H/V OHF (BxCxDxExH) HEAT GAIN AREA (ADJUSTED) RSHG . or SHGC- SF HEAT GAIN (BxJxKxL) Window E 1 07 39 123 036 1,862 39 036 123 1 862 Window E 1 07 39 123 036 1 862 39 0 36 123 1 862 Drive Thru Window E 1.07 29 123 0 3628 5 10 2 2 78 1 00 1,369 29 0 36 123 1,369 Under Awning Window E 1 07 39 123 0 36 28 5 11 9 2 41 1 00 1,862 39 0 36 123 1 862 Window N 061 39 123 036 1 062 39 0 51 123 ' 504 Window N 061 39 123 036 1.062 39 0 51 123 504 Window N 0.61 39 123 036 1,062 39 0 51 123 1,504 Window N 061 39 123 036 1 062 39 0 51 123 1 504 Window N 061 39 123 036 1,062 39 0 51 123 1 504 Window N 061 39 123 036 1 062 39 0 51 123 1.504 • RECEIVED OCT 2 8 2009 WDL CONSTRUCTION 1. From Fenestration Surfaces ENb-1 C Part 2, Column G. Or when COIUm' H nas a 'C" dent,f.er, calculate us,ng the center of glass value SHGCc n part 4 Subtotal 444 860 Part 0 Subtotal 479,443 SHGCfen = 08 + 0 86xSHGCc) and enter value 2. Pr000sed Heat Gain Cnlunn I may he nn greater Ilan Standard Heat Part 5 Subtotal 262 799 Part 5 Subtotal 87.752 Ga-n Column M If Window and.ior Skyl,ght Area Adjustment is requred use adjusled area Part 6 Subtotal 204.896 Part 6 Subtotal 224.615 0. from Pan 6 of 7 4". Only SHGC s used for Skylights 912.554 Total Heat Gain 791,8101 EnergyPro 4 4 by Energy Soft User Number 56'8 Job Number 070021 Page 63 of 157 JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV 3 C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C WALL NAME ORIENTATION GROSS DOOR (e.g. Wall-1, Wall-2) N E S W AREA AREA D WINDOW ADJUST. WINDOW FACTOR AREA (From Part 1) ADJUSTED WINDOW AREA (D X E) ADJUSTED WALL AREA B - (F + C) • TOTALS WA X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F q B C SKYLIGHT ADJUST. ADJUSTED SKYLIGHT ADJUSTED ROOF ROOFNAME (e.g. Roof-1. Roof-2) GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) AREA (C X D) AREA IB - E) TOTALS T N/A - �- EnergyPro a 4 oy Ener9YSo11 User Number. 5678 - — — Job Number. 07.0021 Peye:B{ d 157 (OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C� • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST. WINDOW WALL FACTOR AREA AREA WALL NAME ORIENTATION GROSS DOOR WINDOW (From Part 1) (D X E) B - (F C) (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA L.] — - -- - r N/A TOTALS _ E—MLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F — SKYLIGHT ADJUSTED ADJUSTED A B ADJUST. SKYLIGHT ROOF _C FACTOR AREA AREA ROOFNAME GROSS SKYLIGHT - (From Part 1) (C X D) (B E) (e.g. Roof-1, Roof-2) AREA AREA IVED I � ---WDL CON+� UICTI O • - TOTALS - NIA I EnergyPro 4.4 by EnergySoll User Number. 5678 Job Number- 07,0021 Piwf.'85 of 157 OVERALL ENVELOPE METHOD Part 7 of 7) ENV-3-C� PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE ('See Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF + C) • TOTALS 1 N/A X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F q ROOFNAME (e.g. Roof-1, Roof-2) B C SKYLIGHT ADJUST, GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) ADJUSTED SKYLIGHT AREA (C X D) ADJUSTED ROOF AREA (B - E) - - - - -- TOTALS N%A - _ - - -- • EnergyPro 4.4 by EnergySoft User Number. 5678 Jab Number: 07.0021 - Page:66 of 157 JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C� • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A WINDOW ADJUSTED ADJUSTED B C D ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA Ie.g- Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - (F + C) - 1 i TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Pert 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) (C X D) (B - E) (e.g. RoM--1, Roof•2) AREA AREAnEvEtvtu 1 MT, UI CTI-0Nj • TOTALS -- - NIA, -� F 1e3-gyPro 4 4 oy Ene,gySoR User Number 5678 Job Nurturer 07,0021 67 of 157� DVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR (From Part 1) AREA (D X E) AREA B - (F C) (e.g. Wall-1. Wall-2) N E S W AREA AREA AREA • TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR (From Part 1) AREA (C X D) AREA (B • E) ja.q. Roof -I. Root•2) AREA AREA TOTALS - - - _- N/A - -- - — ----- -- • EnergyPro 4 4 by EnergySoft User Number 5678 Jab Number 07 0021 Page 68 of 157 JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C� • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C WINDOW D ADJUSTED ADJUSTED ADJUST- WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e g Wall-1, Wall•2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF « C) • TOTALS N/A CALCULATIONSISKYLIGHT AREA ADJUSTMENT X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A SKYLIGHT B C ADJUSTED ADJUSTED ADJUST. SKYLIGHT ROOF ROOFNAME GROSS SKYLIGHT FACTOR AREA AREA (e g. Roof-1, Roof-2) AREA AREA (From Part 1) (C X D) (B - E) • Energy Pro 4 4 by EnergySoft 1 ED — I � I G,., V CTM TOTALS N/A �- User Number 5678 Job Number 07 0021 Page 69 of 157 [OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C� PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C WINDOW D ADJUSTED ADJUSTED ADJUST_ WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B • (F + C) • TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (e.g. Roof-1, Roof-2) (From Part 1) AREA AREA (C X D) (B - E) TOTALS N/A • EnergyPro 4 4 by Ene►gySoR User Number. 5678 Job Number 07 002, F, g OVERALL ENVELOPE METHOD Part 7 of 7 ENV-3-Cl • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 E WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE f$ee Part 1 of 7) E F G A B C D WINDOW ADJUSTED ADJUSTED ADJUST WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (From Part 1) (D X E) B -(F + C) le g Wall-1. Wall-2) N E S W AREA AREA AREA TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS I X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A ROOF NAME (e.g. Roof-1, Roof-2) • TOTALS EnergyPro 4.4 ny EnergySotl User Number. 5676 SKYLIGHT ADJUSTED ADJUSTED B C ADJUST. SKYLIGHT ROOF GROSS SKYLIGHT FACTOR AREA AREA AREA AREA (From Part 1) (C X D) (8 -E) fMCEIVEL) 1 wDL 0onisraucz� NIA _--Job Number: 07A021— - _ Pap:71 of 157 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10l26/2009 • WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE ISee Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST, WINDOW WALL FACTOR AREA AREA WALL NAME ORIENTATION GROSS DOOR WINDOW (From Part 1) (D X E) B - IF C) (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA TOTALS NIA ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF FACTOR AREA AREA ROOFNAME GROSS SKYLIGHT (From Part 1) (C X D) (B - E) (e.g. Roof-1, Roof-2) AREA AREA .- - _ -- - - TOTALS NIA —_- - -_--_ _ • 7 EnergyPro 4.4 by EnsrgySolt User Number. 5678 - Job Number; 07.0021 -- PIgs:72-of 15 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-Cl •PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS 77-71 X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW (FroAm Part 1) (DXEE) B AREA (e.g, Wall-1, Wall-2) N E S W AREA AREA AREA • TOTALS _ NA! [SKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) O E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF ROOFNAME (e.g. Roof-1. Roof-2) GROSS SKYLIGHT FACTOR (From Part 1) AREA AREA AREA (C X D) AREA IS - E) is TOTALS 1 NIA Job Number. 07.0021 — - Pap:73 of iS7 (OVERALL ENVELOPE METHOD (Part 7 of 7) ENV 3 C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C - — WALL NAME ORIENTATION GROSS DOOR (e g Wall-1. Wall-2) N E S W AREA AREA D WINDOW ADJUST. WINDOW FACTOR AREA (From Part 1) ADJUSTED WINDOW AREA (D X E) ADJUSTED WALL AREA B - IF + C) • L— TOTALS - N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A ROOFNAME (e g. Roof-1, Roof-2) 9 C SKYLIGHT ADJUST. GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) ADJUSTED SKYLIGHT AREA (C X D) ADJUSTED ROOF AREA (B - E) TOTALS _ --- -- = N/A' EnergyPm 4 4 by EnergySoll User Number 5678 Job Numbs; 07.0021— P 71 d 157 .00 - --r — �-- — - LVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C� • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C WINDOW D ADJUSTED ADJUSTED ADJUST WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW TORPart AREA (e.g- Wall-1. Wall-2) N E S W AREA AREA (From 1) AREA (D XEA B 0 TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B C SKYLIGHT ADJUSTED ADJUSTED ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) (C X D) (B - E) (e.g. Roof-1, Roof-2) AREA AREA 5Vlal -WDLr," •--L TOTALS NIA; EnergyPro 4.4 by ErwgyS*h User Number. 5678 — Job Number 07.0021 OVERALL ENVELOPE METHOD Part 7 of 7 ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 • [WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e-g. Wall-1. Wall-2) INE S W AREA AREA (From Part 1) AREA (D X E) B - IF C) • TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR (From Part 1) AREA (C X D) AREA (B - E) (e.g. Root-1. Roof-2) AREA AREA TOTALS N/A • EnergyPro 4 4 by EnergySofl User NumDer 56: 8 oD N.,ainer 07 0021 JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-CI • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C WINDOW D ADJUSTED ADJUSTED ADJUST WINDOW WALL WALL NAME ORIENTATION GROSS DOOR FACTOR WINDOW AREA AREA (e.g. Wall -1, Wall-2) N E S W AREA AREA FFAm 1 AREA ( ) (D X E) B - F + C) • TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS I X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B C SKYLIGHT ADJUST. ADJUSTED SKYLIGHT ADJUSTED ROOF ROOF NAME (e.g. Roof-1, Roof-2) GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) AREA (C X D) AREA (B • E) T 282 • TOTALS --��-- � _ - ` EnergyPro 4.4 by EnergySoft User Number. 5670 ,lob Number: 07.0021 [OVERALL ENVELOPE METHOD (Part 7 of 7) ENV 3 C PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G q B C WALL NAME ORIENTATION GROSS DOOR (e.g Wall-1, Wall-2) N E S W AREA AREA D WINDOW ADJUST, WINDOW FACTOR AREA (From Part 1) ADJUSTED WINDOW AREA (D X E) ADJUSTED WALL AREA B - (F + C) • TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A ROOF NAME (e g Roof-1. Roof-2) B C SKYLIGHT ADJUST. GROSS SKYLIGHT FACTOR AREA AREA (From Part 1) ADJUSTED SKYLIGHT AREA (C X D) ADJUSTED ROOF AREA (B - E) TOTALS N/A • E—gyft 4.4 by E- y&A - User Number. Sh r tl Job NunlbYr. 07.0021 Page 78 oft s OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C VOJECT NAME GATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST. WINDOW WALL FACTOR AREA AREA WALL NAME ORIENTATION GROSS DOOR WINDOW (From Part 1) (D X E) B - (F * C) (e g Wall-1, Wall-2) N E S W AREA AREA AREA • TOTALS N/A ADJUSTMENT CALCULATIONS KYLIGHT AREA X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF FACTOR AREA AREA ROOF NAME GROSS SKYLIGHT (From Part 1) (C X D) (B - E) (e.g. Roof-1, Roof-2) AREA AREA RECEIVED OCT 2 S 20H WDICONSTRUCTION • TOTALS NIA p, 4 1 : , _ h User Number 5678 Job Number: 07.0021 Page:79 of 157 JVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C� PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 1) E F G A B C WINDOW 0 ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1. Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - IF + C) • TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (e g. Roof-1, Roof-2) (From Part 1) AREA AREA (C X D) (B - E) TOTALS N/A • EnergyPro 4.4 by EnergySoR User Number. 5678 Job Numbef 07 0021 Page 80 of 157 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C� OPROJECT NAME DATE 10/26/2009 Eisenhower Ambulatory Care Center WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE ISee Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST. WINDOW WALL FACTOR AREA AREA ORIENTATION GROSS DOOR WALL NAME TIN WINDOW (From Part 1) (D X E) B - (F + C) (e,g. Wall-1, Wall-2) N E S W AREA AREA AREA • TOTALS N/A iSKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF FACTOR AREA AREA ROOF NAME GROSS SKYLIGHT (From Part 1) (C X D) (B - E) (e g, Roof-1, Roof-2) AREA AREA • TOTALS ErergyPro 4 4 by Energysoft User Number 5618 -- - WDL CONPT011ITION NIA. --_---__- Job Number UI 0021 — - —_—� _Ps p'81 o1157 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME DATE 10/26/2009 • Eisenhower Ambulatory Care Center WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE ISee Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST WINDOW WALL FACTOR AREA AREA WALL NAME ORIENTATION GROSS DOOR WINDOW (From Part 1) (D X E) B - (F + CI (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA TOTALS N/A [SKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F _ SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF — — — FACTOR AREA AREA ROOF NAME GROSS SKYLIGHT (From Part 1) (C X D) (B - E) (e.g, Roof-1, Roof-2) AREA AREA TOTALS N/A • Ene%yPro 4.4 by EnergySoR Use, Number 5678 Job Number 07 00-�1 JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-Cl • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE ISee Part 1 of 71 E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B • IF + C) • TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS I X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (e.g. Roof_1, Roof-2) AREA AREA (From Part 1) (C X D) (B - E) (RECEIVED OC.T g� 2009 l W DLCORSTRUC�ONt • TOTALS NIA --- ErwgyPro 4 4 Dy EnergySoR User Nun*d:el 56; Job Number 07 0021 Papa:63 of 157 OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-Cj DATE PROJECT NAME Eisenhower Ambulatory Care Center 10/26/2009 • WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED B C D ADJUST WINDOW WALL A FACTOR AREA AREA WALL NAME ORIENTATION GROSS DOOR WINDOW (From Part 1) (D X E) B - IF + C) {e g Wall-1, Wall-2) N E S W AREA AREA AREA • TOTALS N/A ISKYLIGHT ADJUSTMENT CALCULAT10N.S— AREA X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED B C ADJUST. SKYLIGHT ROOF A FACTOR AREA AREA ROOF NAME GROSS SKYLIGHT (From Part 1) (C X D) (B - E) (e.g. Roof-1, Roof-2) AREA AREA TOTALS T —_NIA __ __ • Job Numbe, 07 0021 _ Pa°'84 01157 EnergyPro 4 4 by EnergySofl User Number 5678 -- -- — OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-Cj • PROJECT NAME DATE Center 10/26/2009 Eisenhower Ambulatory Care WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST. WINDOW WALL FACTOR AREA AREA WALL NAME ORIENTATION GROSS DOOR WINDOW (From Part 1) L (0 X E) B • (F ) fe g- Wall-1, Wall-2) N E S W AREA AREA AREA TOTALS =2 KKYLIGHT AREA ADJUSTMENT rgALCULATIONS D E F X CHECK IF NOT APPLICABLE (See Part 2 of 7) SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF FACTOR AREA AREA ROOF NAME GROSS SKYLIGHT (From Part 1) (C X D) (B - E) (e.g. Roof-1. Roof-2) AREA AREA . TOTALS EnergyPro 4 4 by EnergySofl RECEIVED OCT-2 8 zgos - WDL CO 8- - TR!!cT_IO - --.N/A� OVERALL ENVELOPE METHOD Part 7 of 7 ENV-3-Cl PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR (From Part 1) AREA (D X E) AREA B - IF + C) (e.g. Wall-1. Wall-2) N E S W AREA AREA AREA TOTALS L ___ NAL ISKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR (From Part 1) AREA (C X D) AREA (B • E) (e.g. Roof-1. Roof-2) AREA AREA TOTALS User Number 5678 Job Number 07.0021 N/A Page 86 of 157 J OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C] • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10i26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST. WINDOW WALL FACTOR AREA AREA WALL NAME ORIENTATION GROSS DOOR WINDOW (From Part 1) ID X E) L B - IF ) (e.g, Wall-1, Wall-2) N E S W AREA AREA AREA • TOTALS NIA KKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) O E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF FACTOR AREA AREA ROOF NAME GROSS SKYLIGHT (From Part 1) (C X D) (B - E) (e.g. Roof-1, Roof-2) AREA AREA is TOTALS EnergyPro 4 4 Dy EnergySofl User Number 5678 -R�Etbf-D- OCi 2 A 1009 WL)L*CONSTR' uCT10_! N/A Job Number 07.0021 Page47 of 157 JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C� PROJECT NAME • Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A B C WINDOW D ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR TO WINDOW A(REAC) (e-g. Wall-1, Wall-2) N E S W AREA AREA (From 1) AREA (D XEA B TOTALS- - --- -N/A [SKYLIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B C SKYLIGHT ADJUSTED ADJUSTED ADJUST. SKYLIGHT ROOF ROOF NAME GROSS SKYLIGHT FACTOR AREA AREA (e.g. Roof-1, Roof-2) (From Part 1) AREA AREA (C X D) (B - E) TOTALS N/A EnergyPro 4 4 Dy EnergySotl User Number 5678 Job Number 07 0021 aH f ,' • • • JOVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 1 of 7) E F G A 8 C D WINDOW ADJUSTED ADJUSTED ADJUST. WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR AREA AREA (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA (From Part 1) (D X E) B - (F * C) TOTALS N/A la"LIGHT AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F A B C SKYLIGHT ADJUSTED ADJUSTED ADJUST. SKYLIGHT ROOF ROOFNAME GROSS SKYLIGHT FACTOR AREA AREA (e.g. Roof-1. Roof-2) AREA AREA (From Part 1) (C X D) (B - E) • TOTALS T -- N/A� -- —i - - — Energ-yPro 4.4 by EnergySoR - - User Number. 5878 - — Job Number.07.0021 — p '89 of 157 J OVERALL ENVELOPE METHOD (Part 7 of 7) ENV-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 WINDOW AREA ADJUSTMENT CALCULATIONS X CHECK IF NOT APPLICABLE ISee Part 1 of 7) E F G WINDOW ADJUSTED ADJUSTED A B C D ADJUST WINDOW WALL WALL NAME ORIENTATION GROSS DOOR WINDOW FACTOR (From Part 1) AREA (D X E) AREA B - IF + C) (e.g. Wall-1, Wall-2) N E S W AREA AREA AREA TOTALS N/A ISKYLIGHT AREA ADJUSTMENT CALCULATIONS 7::D X CHECK IF NOT APPLICABLE {See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED A B C ADJUST. SKYLIGHT ROOF FACTOR AREA AREA ROOFNAME GROSS SKYLIGHT (From Part 1) (C X D) (B - E) (e g. Roof-1, Roof-2) AREA AREA TOTALS EnergyPro 4.4 by EnergySaft User Number 5678 Job Numbe, 07 0021 N/A Pape:90 of 157 11 • OVERALL ENVELOPE METHOD • 0 ROJECT NAME Eisenhower Ambulatory Care Center X CHECK IF NOT APPLICABLE ISee Part 1 of 71 A WALL NAME ORIENTATION (e g Wall-1. Wall-2) N E S W TOTALS B GROSS AREA Part 7 of 7) ENV-3-C DATE 1 &'2G, 2009 E F WINDOW ADJUSTED C D ADJUST. WINDOW FACTOR AREA DOOR WINDOW (From Part 1) (D X E) AREA AREA N/A G ADJUSTED WALL AREA B-(F+C) E—MLIGHT ADJUSTMENT CALCULATIONS AREA X CHECK IF NOT APPLICABLE (See Part 2 of 7) D E F SKYLIGHT ADJUSTED ADJUSTED B C ADJUST. SKYLIGHT ROOF A FACTOR AREA AREA ROOF NAME GROSS SKYLIGHT (From Part 1) (C X D) (B - E) (e g. Roof-1. Roof-2) AREA AREA -_ Q C T 2 B 20(1.9 --- -� - _ - WDLCONSTRUCT101v TOTALS - NIA — — — Job NU~. 07,0021 Page.91 of 157 EnergyP,o 4 4 by EnergySoR User Number 5678 _ — ENVELOPE COMPLIANCE (Part 1 of 2) ENV-4-C DATE PROJECT NAME Eisenhower Ambulatory Care Center 10/26/2009 • SKYLIGHT AREA SUPPORT WORKSHEET - Minimum Fraction of Daylit Area Method SKYLIGHT AREA FOR LARGE ENCLOSED SPACES This worksheet applies to buildings with an enclosed space > 25,000 ft with a ceiling height >15 ft and an LPD for the space for general lighting> 0.5 Wlft A Enter proposed dayht area as indicated on plans 0 Proposed Daylit Area Proposed daylit area is indicated on page of the plans B Floor Area 0 ft x 0 50 = 0 Minimum Dald Area _,'Criterion 1: Proposed Daylit Area is equal to or greater than Minimum Daylit Area. C Select the appropriate box based on the LPD in V01: LPD >14 ❑10<LPD <14 X105<LPD <10 3 0 Skylight-Daylit Fraction Enter 3 6% Enter 3 3°o - Enter 3 0% D Minimum skylight area Enter the product B x C then divide by 100 0 Minimum Skylight Area E Enter the proposed total skylight area in the large enclosed space 0 Proposed Skylight Area ❑Criterion 2: Proposed skylight area is equal to or greaterthan minimum skylight area. Criterion 3: Haze rating of skylight glazing or skylight diffuser is greater than 90%. Document and page number wit haze specification of skylight . Large enclosed space complies with Criteria 1, 2. and 3 above [Sections 143(C)1, 2, and 31. • EnergyPro 4 4 by EnergySoB User Numhe, 5670 Jon Number. 07 0021 Page 92 of 157 JENVELOPE COMPLIANCE (Part 2 of 2) ENV-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SKYLIGHT AREA SUPPORT WORKSHEET - Minimum Effective A el Method SKYLIGHT AREA FOR LARGE ENCLOSED SPACES This worksheet applies to buildings with an enclosed space > 25,000 ft with a ceding height >15 ft and an LPD for the space for general lighting > 0.5 W'ft _ F Enter proposed daylit area as indicated on plans Proposed daylit area is indicated on page of the plans G Floor Area 0 ft x 0 50 = Criterion 1 Proposed Daylit Area is equal to or greater than Minimum Daylit Area H Select the appropriate box based on the LPD in W,h ❑LPD>14 ]10<LPD<14 [X-j05<LPD<10 Enter 1 2% Enter 1 1% y Enter 1 0% -� I Skylight Visible Light Transmittance (VLT i VLT. is from manufacturer's specifications Proposed Daylit Area 0 Minimum Dalit Area 1 0 Min Effective Aperture VLT J Well Cavity Ratio Select one of the well types. fill in columns A. B. C and Calculate the WCR with the appropriate equation below A B C Well Height Well Length Well Width • WCR = 5 x well height (well length + well width) well length x well width Well Height Well Perimeter Well Area WCR = (2.5 x well height x well perimeter) l well area K Average Well Wall Reflectance (%), p L Well Efficiency (from equation) M Calculate Minimum Skylight Area. A = Effective Aperture (H) x Daylit Area (F) 0 85 x VLT (1) x WellEfficiency (L) N Enter the Proposed Skylight Area F—Criterion 2: Proposed skylight area is equal to or greater than minimum skylight area. `)Criterion 3: Haze rating of skylight glazing or skylight diffuser is greater than 90%. Document and page number wit haze specification of skylight Large enclosed space complies with Criteria 1, 2. and 3 above (Sections 143(C)1, 2. and 3). Ene,gyPro 4 4 by EnergySoft Use, Number: 5678 ,lob Number 07.0021 WCR WCR Weil p Well Efficiency RECEIVED O C T 2 8 2009 WDL CONSTRUCTION Page 93 of 157 (CERTIFICATE OF COMPLIANCE (Part 1 of 4) LTG 1 C PROJECT NAME • Eisenhower Ambulatory Care Center DATE PROJECT ADDRESS 10/26/2009 45-280 Seeley Drive La Quinta PRINCIPAL DESIGNER - LIGHTING TELEPHONE Building Perm ! x Dwayne G. Miller 949-419-3030 DOCUMENTATION AUTHOR JBA ConsultingEngineers 7ELEP NE CheckedbyiDate GENERAL INFORMATION e1 Yjj'5O� ErforcemeM Atiency usa DATE OF PLANS BUILDING CONDITIONED FLOOR AREA 04-08-2009 CLIMATE ZONE 83,770 Sq.Ft. 15 BUILDING TYPE X NONRESIDENTIAL HIGH RISE RESIDENTIAL HOTEL/MOTEL GUEST ROOM X CONDITIONED SPACES X UNCONDITIONED SPACES INDOOR a OUTDOOR SIGNS PHASE OF CONSTRUCTION X NEW CONSTRUCTION ADDITION ALTERATION METHOD OF LIGHTING COMPLETE BUILDING X AREA CATEGORY TAILORED PERFORMANCE COMPLIANCE COMMON LIGHTING STATEMENT OF COMPLIANCE This Certificate of Compliance lists the budding features and performance specifications needed to comply with Title 24, Parts 1 and 6 of the California Code of Regulations This certificate applies only to building lighiling requirements. The documentation preparer hereby certifies that 'he documentation gingesi and com DOCUMENTATION AUTHOR SIGNATURE DATE Glynnis Cassan 10-26_700 The Principal Lighting Designer hereby certifies 'hat the proposed but re nted in this set of construction documents is consistent with the other compliance forms and worksheets with the spectfi tions, and with any other calculations submitted with this permit application The proposed building has been designed to meet the lighting requirements contained in Sections 110, 1 19, 130 - 132, 146, 148 & 149 of Title 24 Part 6. • X The plans & speeticatons meet the requirements of Part 6 (Sections 10-103a). The installation certificates meet the requirements of Part 5 (10-103a 3) The operation & mairtenance information meet the requirements of Part 6 (10-103c). Please Check One (These sections of the Business and Professions Code are printed in full in the Nonresidential Manual ) X1 hereby affirm tr.at I am eligible under the provisions of Division 3 of the Business and Prefess.ons Code to sign this document as the persor respons,ble for its preparation and that I am licensed in the S!a!e of California as a civil engineer or electrical engineer or I am a licensed architect I a'firm that I an, eligible under the provisions cf Division 3 of the Business and Professions Code by Section 5537.2 or 6737 3 to sign this document as the person respons,bie for its preparation, and that I am a licensed wntractor performing this wore. I a'Srm that 1 am eligible under Me exemption to Division 3 of the BUsines5 and Professions Code to sign this document because it pertains !o a stricture or type of worK descnbeo as exempt pursuant to Business and Profess.ons Coce Sections 5537. 5538 and 6737 1 PRINCIPAL LIGHTING DESIGNER - NAME SIGNAT %�%/ ^� Dwayne G. Miller / �1��/` ' `� DATE -ZW^/1 E ` 1il LIGHTING MANDATORY MEASURES Indicate location on plans of Note Block for Mandatory Measures H-0 LIGHTING COMPLIANCE FORMS & WORKSHEETS iCheck box f worksheet is induded) X LTG-1-C, Parts 1 of 4 and 2 of 4 Certificate of Compliance. Part 1 of 4 and 2 of 4 are required for all submittals X LTG-1-C Part 3 of 4 Certificate of Compliance Part 3 of 4 submittal is required only rf Control Credits are claimed X LTG- 1-C, Part 4 of 4 Certificate of Compliance Part 4 of 4 submittal is required when lighting controls are installed X LTG-2-C: Indoor Lighting Schedule LTG-3-C: Pcrtable Lighting Worksheet X LTG-4-C: Lighting Controls Credit Worksheet X LTG-5-C: Indoor Lighting Power Allowance LTG-6-C Tailored Method Worksheet LTG-7-C Room Cavity Ratio Worksheet LTG-B-C Common Lighting Systems Method Worksheet LTG-9-C: Line Voltage Track Lighting Worksheet • EnergyPro4.4 by ErwgySoR User Number 5678 Job Number 0' 0021 Page 94 of 157 (CERTIFICATE OF COMPLIANCE (Part 2 of 4) LTG 1 C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED INDOOR LIGHTING POWER FOR CONDITIONED AND UNCONDITIONED SPACES INSTALLED WATTS INSTALLED LIGHTING. CONDITIONED SPACES (From LTG-2-C) 74.996 PORTABLE LIGHTING (From LTG-3-C) 26 LIGHTING CONTROL CREDIT, CONDITIONED SPACES (From LTG-4-C) 815 CONDITIONED SPACE ADJUSTED INSTALLED LIGHTING POWER 74,207 INSTALLED LIGHTING, UNCONDITIONED SPACES (From LTG-2-C) 1 537 LIGHTING CONTROL CREDIT. UNCONDITIONED SPACES (From LTG-4-C) 0 UNCONDITIONED SPACE ADJUSTED INSTALLED LIGHTING POWER 1 537 ALLOWED INDOOR LIGHTING POWER FOR CONDITIONED SPACES COMPLETE BUILDING METHOD (From LTG-5-C) ALLOWED X AREA CATEGORY METHOD (From LTG-5-C) WATTS TAILORED METHOD (From LTG-5-C) ALLOWED LIGHTING POWER 69 PERFORMANCE METHOD COMMMON LIGHTING SYSTEM (From LTG-8-C) ALLOWED INDOOR LIGHTING POWER FOR UNCONDITIONED SPACES From LTG-5-C ii MANDATORY INDOOR AND DAYLIGHTING AUTOMATIC CONTROLS CONTROL LOCATION CONTROL CONTROL TYPE n NOTE TO (Room X) IDENTIFICATION (Auto Time Switch. Dimming, etc.) SPACE CONTROLLED Dnv 'Jrf"q FIELD RECEIVED- OCT '2 �2009 VOLCONSTRUCTION NOTES TO FIELD - For Buddin-g De artment Use Only EnergyP•o 4 4 by EnergySoft User Number 5678 ; '4,, " '' ' JOY1 Pe":95 of 151 ERTIFICATE OF COMPLIANCE (Part 3 of 4) LTG - PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 CONTROLS FOR CREDIT IN CONDITIONED AND UNCONDITIONED SPACES CONTROL LOCATION CONTROL CONTROL TYPE (Room # or Dwg. #) IDENTIFICATION (Occupant. Daylight, Dimming, etc) LUMINAIRES CONTROLLED NOTE TO CHK-INN! REpCEPT TYPE # OF LUMINAIRES FIELD Dimming - Manual y 3 IMAGINIIRI(f iD0/101 Dimming - Manual Y 3 IMAGING WAIT 100/101 Dimming - Manual H 2 LAB Wii��AII�T''/pC''HK-IN Dimming - Manual H 5 MEN'S SUB -WAIT 119 _ - Dimming - Manual_ H 2 WOMEN'S11 Dimming - Manual H 2 ��SUB-WAIT RAD.1/p6Q/d WAIT Dimming - Manual H 4 RAD.lppON 9611T Dimming - Manual AA 5 CT i3 XdRLY Dimming - Manual H 4 55W)B-WAIT URG, CARPS 00-01/103- Dimming - Manual K CONFRENCE A210 4 Dimming - Manual P/P1 19 _CONFRENCE A210 Dimming - Manual FFlFF 1 2 CONFRENCE A204 Dimming - Manual F 2 OFFICE A202 Dimming - Manual F 3 OFFICE A205 Dimming - Manual F 3 • WAI_TING�AQ2t00/ REC. Dimming - Manual F 5 WAITING A200/ REC _ _ Dimming - Manual R 5 �1 REC. B2A�220T WK/COPY t Dimming - Manual F 1 OFFICE CONSULT C205, OCC Sensor - <= 250 soft M 2 OFFICE C201 _ Occ Sensor - — 250 soft Arg1 2 TECH WORK 8212 Occ Sensor Cc <= 250 sgft A Al DRESSING B209 Dimming - Manual W 1 _ DRESSING_8208 Dimming - Manual W HALL 8203, 20211 _ Dimming - Manual _F— 4 WAITING 8200 Dimming - Manual P/P1 1 WAITING 8200 Dimming - Manual F 4 Dimming - Manual P/P1 5 gg��pp��330p9gH3ALLL 332�tt3322�4 PRY51G_fANIS'CrF a --Occ Sensor - — 250 sgft__ A/A7 t PHYSICIR?A OFFICE Occ Sensor- ­250 syfl A/A7 1 PHYSICIRN�ySpp OFFICE Occ Sensor - -c= 250 soft_ yq1 1 HALL 3T43324A.324B _ Dimming --Manual F 4 NOTES TO FIELD - For Building Department -Use Only • EnergyP o 4 4 oy EnergySoft User Number 5678 Job Number 07.0021 Page 96 of 157 (CERTIFICATE OF COMPLIANCE (Part 3 of 4) LTG 1 C • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 CONTROLS FOR CREDIT IN CONDITIONED AND UNCONDITIONED SPACES CONTROL LOCATION CONTROL CONTROL TYPE (Room # or Dwg. #) IDENTIFICATION (Occupant, Daylight, Dimming, etc.) LUMINAIRES CONTROLLED NOTE TO TYPE # OF LUMINAIRES FIELD HALL Dimming - Manual � p - 5 y�3 E51 R[ �J OFFICE Dimming - Manual F 2 P OFFICE RESIDE{Nq3 Occ Sensor - — 250 sgft M 2 PHYSICI8A3NOFFICE <- Occ Sensor - 250 sgft 1 3S2 PHYSICIAN3N'S OFFICE _ _A/A1 Occ Sensor - — 250 sgft 1 PHYSICIAN'S OFFICE —A/Al Occ Sensor - c- 250 sgft A/A1 1 PHYSICq/�133�op)g5 OFFICE Occ Sensor - <- 250 sgft A/A1 1 PHYSICfgAI3Vp'Sg OFFICE Occ Sensor - <- 250 sgtl A/A1 1 PHYSICIgA�Ng'gS OFFICE Occ Sensor - <= 250 sgft A/A1 1 PHYSICIggA3�PI7 OFFICE Occ Sensor - �= 250 sqh A/A1 1 REC/CID WORK 300- Dimming - Manual 3 REC;CPY33.pp1gg RK 300•_ Dimming - Manual _F F 2 PHYSICIANt'S OFFICE Occ Sensor - <- - 250 sgft AlAt 1 33�3 ADMIN ®FR1�CE A302 Occ Sensor - <- 250 sgft A/A1 2 • WAITING 322 _ Dimming - Manual F 2 WAITING 322 _ Dimming - Manual PIN 2 WAITING321,HALL312 -fir-- Dimming Manual 2 _ 6 -- - WAITING 321,HALL 312 ___Dimming - Manual P/P1 Z PHARMACY WAITING _ Dimming - Manual �,J 10 PHARMAGYWAITING _ + PHARMAGYWAITING -_ Dimming - Manual H 1 Dimming - Manual AA 100 `4`I� -- -�- wDz OONSTRi innnRi EnergyPro 3 d ❑y Ene,gySoft User Number 5678 Jot) Number; 07.0021 Page 97 of 157 CERTIFICATE OF COMPLIANCE (Part 4 of 4) LTG-1-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 Designer: This form is to be used by the designer and attached to the plans. Listed below are all the acceptance tests for lighting systems. The designer is required to check the boxes by all acceptance tests that apply and list all equipment that require an acceptance test. If all equipment of a certain type requires a test, list the equipment description and the number of systems to be tested in parentheses. The NJ number designates the Section in the Appendix of the Nonresidential ACM Manual that describes the test. Also indicate the person responsible for performing the tests (i.e. the installing contractor, design professional or an agent selected by the owner). Since this form will be part of the plans, completion of this section will allow the responsible party to budget for the scope of work appropriately. Building Departments: Before an occupancy permit is granted for a newly constructed building or space, or a new lighting system system serving a building or space is operated for normal use, all control devices serving the building or space shall be certified as meeting the Acceptance Requirements for Code Compliance. In addition a Certificate of Acceptance, LTG-1-A, Forms shall be submitted to the building department that: A. Certifies plans, specifications, installation certificates, and operating and maintenance information meet the requirements of§10-103(b) and Title 24 Part 6. Test Description Test Performed By: LTG-2-A: Lighting Control Acceptance Document - Occupancy Sensor Acceptance • - Manual Daylight Controls Acceptance - Automatic Time Switch Control Acceptance Equipment requiring acceptance testing LTG-3-A: Automatic Daylighting Controls Acceptance Document Equipment requiring acceptance testing • EnergyP,o 4,4 Dy Ene,gySoff User Number 5678 Job Number 07 0021 Page 98 of 157 JINDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts C D E '-' Z C W C 333 m3e 3 o y c m Name Type Description ? A (2) 4 4 Fluorescent T8 Energy Savings lec F32TB A (3) 4 ft Fluorescent TB Energy Savings Elec F32TB A/A1 (2) 4 ft Fluorescent T8 Energy Savings Elec F32T8 A/A1 (3) 4 It Fluorescent T8 Energy Savings Elec F32TB Al (2) 4 R Fluorescent T8 Energy Savings Elec F32T8 Al (3) 4 R Fluorescent T8 Energy Savings Elec F32T8 A2 (2) 4 ft Fluorescent T8 Energy Savings Elec F32T8 A2 (3) 4 ft Fluorescent T8 Energy Savings Elec F32TB A2/A3 (3) 4 ft Fluorescent T8 Energy Savings Elec F32T8 A4/A5 (3) 4 ft Fluorescent T8 Energy Savings Elec F32T8 AA 13w Compact Fluorescent Triple 4 Pm •(2) AA lec 35w Low Voltage Halogen CFM 13W/GX24q-1 B (2) 2 ft Fluorescent T8 Elec 35 Watt Lamp B (2) 2ft Fluorescent T8 Rapid Start F17T8 B1 (2) 2 ft Fluorescent T8 Elec F17TB B1 (2) 2ft Fluorescent T8 Rapid Start F17r8 BB (1) 13w Compact Fluorescent Triple 4 Pin F17T8 Elec C (2) 4 ft Fluorescent T8 Energy Savings CFM 13Wr'GX24a 1 Elec F32TB C:C1 (2) 4 R Fluorescent T8 Energy Savings Elec F32T8 C1 (2) 4 ft Fluorescent T8 Energy Savings Elec F32T8 CC 1 3W LED PLEXINEON (1) 18w Compact Fluorescent Quad 2 Pin 1 3 Watt LED CFQ18WG24d-2 0 (1) 3 ft Fluorescent TB Elec D/O1 (1) 26w Compact Fluorescent Triple 4 Pin F25T8 Elec CFTR26W;'GX24q-3 F r W Z C W C 3y-3 -o 0 tD O 2 30 1.0 3 30 1.0 2 30 1.0 3 30 1.0 2 30 1.0 3 30 1.0 2 30 1.0 3 30 1.0 3 30 1.0 3 30 1.0 2 13 2.0 1 35 1.0 2 17 1.0 2 17 1.0 2 17 1.0 2 17 1.0 1 13 1.0 2 30 1.0 2 30 1.0 2 30 1.0 1 1 1.0 1 18 1.0 1 25 1.0 1 26 1.0 Installed Watts G H I J r 3� on c n 1, NU 54.0 X 79.0 X 54.0 X 79.0 X 54.0 X 79.0 X 54.0 X 79.0 X 79.0 X 79.0 X 25.0 X 38.0 X 33.0 X 45.0 X 33.0 X 45.0 X 14.0 X 54.0 X 54.0 X 54.0 X 2.0 X 25.0 X 27.0 X 28.0 X 7 16 8 123 2 24 3 8 33 4 4 17 1 1 3 7 14 22 34 115 5 1 9 C PAGE TOTAL RECEIVED ED BUILDING TOTAL (sum of all pages) OCT2 9 llftL, PORTABLE LIGHTING (From LTG-3-C) 1. 6 CONTROL CREDIT (From LTG-4-C) WDL CONSTRUCTIM ADJUSTED ACTUAL WATTS 378 1,264 432 9,717 108 1,896 162 632 2,607 316 100 646 33 45 33 135 98 756 1,188 1,836 230 125 27 252 23,016 74,996 26 815 74,207 EnergyPro 4 4 by EnefgySon Use, Number 5678 Job Number 07 0021 Pi'- a4 nt • 5 7 JINDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES 71 Luminaire Name Type Description D/D1 (2) 4 1 Fluorescent T8 Energy Savings Elec DID (1) 50w Lng Crnpl T5 Fluorescent Twin Elec DID 250w Surface Mount Incandescent F (1) 3 ft Fluorescent T8 Flec F 35w Low Voltage Halogen F 35w Metal Halide Lamps/Ballasts C D E r-�Z c W c 33_ a3 3No O 3�� R D 0-7 10_ N cc �o F32T8 FT50W+2G1' 25OW F25TB 35 Watt Lamp M35;39 F/F 1 (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W/GX24g-3 F/F 1 (1) 32w Compact Fluorescent Triple 4 Pin Elec CFTR32WGX24q-3 FF (1) 24w/27w Lng Cmpt T5 Fluorescent Twin FT24W12G 1 1 FF;FF1 (2) 26w Compact Fluorescent Tnple 4 Pin Elec CFTR26W/GX24g-3 G (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W/GX24g-3 G 35w Low Voltage Halogen Mag GIG 1 (1) 26w Compact Fluorescent Triple 4 Pin 35 Watt Lamp Elec CFTR26W/GX24g-3 G1 11) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W/GX24g-3 GG (1) 13w Compact Fluorescent Quad 4 Pin Elec CFQ13WiG24q- 1 GG (2) 13w Compact Fluorescent Quad 2 Pin CFQI3W/G24(j-1 H (2) 36w/39w Lng Cmpt T5 Fluorescent 7Twm Elec FT36W12G11 H 35w Low Voltage Halogen H'H1 (1) 26w Compact Fluorescent Triple 4 Pm 35 Watt Lamp HH (1) 28w Linear Fluorescent TS Elec CFTR26W/GX24g-3 F28T5 J 35w Low Voltage Halogen J 35w Low Voltage Halogen Mag 35 Watt Lamp 35 Watt Lamp 1U1 (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W/GX24g-3 J 1 (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W;GX24g-3 2 1 1 1 1 1 1 1 1 2 1 1 1 1 1 2 2 1 1 1 1 1 1 30 50 250 25 35 35 26 32 24 26 26 35 26 26 13 13 36 35 26 28 35 35 26 26 I r tp Z C 07 C 3v3 i0c mmo 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 10 1.0 1.0 1.0 1.0 1.0 2.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 Installed Watts G H I J r 3c� O� y m a c 1 en No 54.0 X 54.0 X 250.0 X 27.0 X 38.0 X 44.0 X 28.0 X 35.0 X 32.0 X 55.0 X 28.0 X 39.0 X 28.0 X 28.0 X 14.0 X 36.0 X 70.0 X 38.0 X 37.0 X 30.0 X 38.0 X 39.0 X 28.0 X 28.0 X 45 1 1 7 35 14 21 40 28 2 1 33 85 4 10 17 2 20 7 81 8 10 187 4 PAGE TOTAL BUILDING TOTAL (sum of all pages) PORTABLE LIGHTING (From LTG-3-C) �r my -um - n 2,430 54 250 189 1,330 616 588 1,400 896 110 28 1,287 2,380 112 140 612 140 760 259 2,430 304 390 5,236 112 22,053 74,996 26 • • CONTROL CREDIT (From LTG-4-C) 815 ADJUSTED ACTUAL WATTS 74,207 • EnergyPro 4 4 by EnergySaft User Number 5678 Job Number 07 002 Jr A JINDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts C D E y - Z y a ma S Cr y m V A if 3 . N Name Type Description JJ (1) 14w Linear Fluorescent T5 Elec F14T5 1 14 JJ 50w Metal Halide M50 1 50 K (2) 36w 39w Ling Cmpt T5 Fluorescent Twin FT36W;2G11 2 36 K 35w Low Voltage Halogen 35 Watt Lamp 1 35 K/K1 (1) 18w Compact Fluorescent Triple 4 Pin Elec CFM 18WIGX24q-2 1 18 K/K1 (1) 18w Long Compt Fluorescent T5 Twin Pin FT 18W/2G11 1 18 KK (1) 32w Compact Fluorescent Triple 4 Pin Elec CFTR32WGX24q-3 1 32 L (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26Wr'GX24g-3 1 26 L 50w Low Voltage Halogen 50 Watt Lamp 1 50 L L L 1 12 UL1 (11) 26w Compact Fluorescent Triple 4 Pin E CFTR26W;GX24g-3 1 26 L/L1 • (2) 28w Linear Fluorescent T5 Elec F28T5 2 28 L 1 (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W/GX24g-3 1 26 LA1 11) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W/GX24g-3 1 26 LA2 (1) 26w Compact Fluorescent Triple 4 Pin EElec CFTR26W'GX24g-3 1 26 LA3 TOKISTAR XENON LINEAR COVE LIGHT AV-3-101 1 5 LL INTEGRAL H O LAMP;MIRROR 4 32 M V) 26w Compact Fluorescent Triple 4 Pin lecCFTR26WiGX24g-3 1 26 M (1) 36w'3gw Lng Cmpt T5 Fluorescent Twin FT36W12G11 1 36 M (2) 28w Linear Fluorescent T5 Elec F28T5 2 28 M M M 1 12 M;M1 (2) 28w Linear Fluorescent T5 Elec F28T5 2 28 M1 (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W `GX24g-3 1 26 M1 (2) 28w Linear Fluorescent T5 Elec F28T5 2 28 RECEIVED O C T 2 8 7064 ONSTRIWT101', F rmZ C CJ C ram o 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 10 1.0 1.0 1.0 Installed Watts G H I i r 39� �n m = y m y N C ci � J +'es ND 18.0 X 58.0 X 66.0 X 38.0 X 21.0 X 23.0 X 35.0 X 28.0 X 54.0 X 12.0 X 28.0 X 60.0 X 28.0 X 28.0 X 28.0 X 5.0 X 130.0 X 28.0 X 51.0 X 60.0 X 12.0 X 60.0 X 28.0 X 60.0 X 10 8 4 4 6 6 2 6 6 2 2 2 23 4 8 56 2 26 3 4 7 16 2 7 PAGE TOTAL BUILDING TOTAL (sum of all pages) PORTABLE LIGHTING (From LTG-3-C) CONTROL CREDIT (From LTG-4-C) ADJUSTED ACTUAL WATTS S xs - y a 180 464 264 152 126 138 70 168 324 24 56 120 644 112 224 280 260 728 153 240 84 960 56 420 6,247 74,996 26 815 74,207 E,e•gyP,o 4 4 by Ene,gySofl User Number. 5678 Job Number 07 0021 Page 101 of 157 INDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts C D E r r-Z C � C con 333 a m3 'm ^m 3t°^ c n Name Type Description 9 g MM (1) 55w Lng Cmpt T5 Fluorescent Twin EElec FT55W!2G11 N (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W/GX24g-3 N (2) 13w Compact Fluorescent Triple 4 Pm Elec CFM 13W/GX24q-1 N (2) 28w Linear Fluorescent T5 Elec WIN1 (2) 28w Linear Fluorescent T5 Elec F28T5 N1 (1) 26w Compact Fluorescent Triple 4 Pin F28T5 Elec CFTR26W'GX24g-3 NN 50w Low Voltage Halogen P 35w Metal Halide 50 Watt Lamp P'P1 (1) 26w Compact Fluorescent Triple 4 Pm M35i39 Elec C FTR26 W /GX24g-3 P/P1 35w Low Voltage Halogen P1 (1) 26w Compact Fluorescent Triple 4 Pm 35 Watt Lamp lec CFTR26W;GX24g-3 PP COLOR KINETICS QLX 4W/LINEAR FOOT L-66 Q 12) 13w Compact Fluorescent Quad 4 Pin Elec CFQ13W/G24q-1 Q 50w Low Voltage Halogen Q SOw Low Voltage Halogen A,4ag 50 Watt Lamp QQ 35w Metal Halide 50 Watt Lamp R (1) 18w Compact Fluorescent Tnple 4 Pin M35i39 lec CFM 18W/GX24q-2 R (1) 18w Long Compt Fluorescent T5 Twin Pin Elec FT18W'2G11 R 35w Low Voltage Halogen R R 35 Watt Lamp R RR (1) 13w Compact Fluorescent Triple 4 Pin Elec CFM 13W/GX24q-1 S (1) 24wi27w Lng Cmpt T5 Fluorescent Twin Elec FT24W 2G11 S (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26W1GX24g•3 S s s 1 1 2 2 2 1 1 1 1 1 1 1 2 1 1 1 1 1 1 1 1 1 1 1 55 26 13 28 28 26 50 35 26 35 26 4 13 50 50 35 18 18 35 4 13 24 26 2 F '- w C a7 C 3m3 m' C0 o 1.0 1.0 2.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 2.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 Installed Watts G H I J r 3 (� d m c m N - n � of N. 58.0 X 28.0 X 25.0 X 60.0 X 60.0 X 28.0 X 54.0 X 44.0 X 28.0 X 38.0 X 28.0 X 5.0 X 25.0 X 54.0 X 55.0 X 44.0 X 21.0 X 24.0 X 38.0 X 4.4 X 14.0 X 27.0 X 28.0 X 2.0 X C Z 3 c 503 3 � 1 29 21 8 62 2 16 2 6 34 8 22 5 13 2 4 15 18 13 364 2 8 2 9 PAGE TOTAL BUILDING TOTAL (sum of all pages) PORTABLE LIGHTING (From LTG-3-C) x m m N 58 812 525 480 3,720 56 864 88 168 1,292 224 110 125 702 110 176 315 432 494 1,602 28 216 56 18 12,671 74,996 26 • • CONTROL CREDIT (From LTG-4-C) 815 ADJUSTED ACTUAL WATTS 74,207 • EnergyPro 4 4 by EnergyScft User Number 5678 Job Number 07 L1.021 Page 102 of 157 JINDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C • PROJECT NAME Eisenhower Ambulatory Care DATE Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts Installed Watts C D E F G H I r-Z. - c y c ry 3 3 �3 r 3�� c m Z c 0° Q c p c Z 3 v m 3 3 _ y�0 'a Name Type Description i o 11 ro ri y N C (� y Cr ? x s M SS (1) 26w Compact Fluorescent Triple 4 Pin 3 S U. G Elec CFTR26WrGX24g-3 1 T (2) 13w Compact Fluorescent Triple 4 Pin Elec 26 1.0 28.0 X 3 $4 CFM 13W'GX24q-1 2 T 3w LED 13 2.0 25.0 X 38 950 T 50w Low Voltage Halogen 3 Watt LED 1 3 1.0 6.0 X 14 84 50 watt Lamp 1 TT (1) 18w Long Compt Fluorescent T5 Twin 50 1.0 54.0 X 2 108 Pm FT18W/2G11 1 U (1) 18w Compact Fluorescent Quad 2 Pm 18 1.0 23.0 X 2 46 c U (1) 21w Linear Fluorescent T5 Elec FQ18w/G24d-2 1 18 1.0 25.0 X 12 300 F21 T5 1 U 60w Surface Mount Incandescent 21 1.0 2 7.0 X 66 1, 782 UC (11 28w Linear Fluorescent T5 Elec 60W 1 60 60.0 X 3 180 F28T5 1 UU 40w Wall Mount Incandescent 28 1.0 30.0 X 2 60 40W 1 V 75w Low Voltage Halogen 40 40.0 X 9 360 • V V 75 Watt Lamp 1 75 1.0 80.0 X 6 480 60 W SOw Low voltage Halogen 23 1.0 X 1 1,380 50 Watt Lamp 1 W (1) 36w139w Lng Cmpt TS Fluorescent 50 1.0 54.0 X 13 702 Twin Elec FT36W/2G11 1 W 20w Low Voltage Halogen 36 1.0 37.0 X 10 370 W 5w LED 20 Watt Lamp 1 20 1.0 23.0 X 2 46 X 100w Surface Mount Incandescent 5 Watt LED 1 5 1.0 8.0 X 27 216 X 35w Low Voltage Halogen 100W 1 100 100.0 X 1 100 35 Watt Lamp 1 X/X1 (2) 2 ft Fluorescent T8 Elec 35 1.0 38.0 X 3 114 Y 35w Low Voltage Halogen F 17T8 2 17 1.0 33.0 X 4 132 Y 35w Low Voltage Halogen Mag 35 Watt Lamp 1 35 1.0 38.0 X 6 228 Y 60 W E12 35 Watt Lamp 1 35 1.0 39.0 X 12 468 YY 50w Low Voltage Halogen 1 60 1.0 60.0 X 4 240 Z (1) 18w Compact Fluorescent Triple 4 Pin 50 Watt Lamp 1 50 1.0 54.0 X 3 162 CFM 18W/GX24q-2 1 18 1.0 25.0 X 56 1,400 RECEIVED BUILDING PAGE TOTAL 9.992 TOTAL (sum of all pages) 74,996 p 7(l114 l7 p OCT1. I G PORTABLE LIGHTING (From LTG-3-C) 26 CONTROL CREDIT (From LTG-4-C) $15 � WDL CONSTR!!!'Tlf)N ADJUSTED ACTUAL WATTS 74,207 EnergyP.o 4 4 by EnergySoR User Number tiva nor. Number 0, 0021 Page 103 of 151 I NDOOR LIGHTING SCHEDULE (Part 1 of 2) LTG-2-C PROJECT NAME DATE • Eisenhower Ambulatory Care Center 10/26/2009 INSTALLED LIGHTING POWER FOR CONDITIONED SPACES Luminaire Lamps/Ballasts Installed Watts C D E F G H I J r ? 33 yc� c 2C 3y3 c O 3�� �n C Z c 3 > 9 N a 3 m d" Q -�N 9 m c m G N _n 91,° 3 or Name Type Description 9 ° m = `D Z 11) 4 R Fluorescent T8 Energy Savings 1 30 1.0 29.0 X 18 522 Elec F32T8 Z 42w Low Voltage Halogen 1 42 1.0 45.0 X 6 270 42 watt Lamp ZZ 8w LED STRIP 8 Watt LED Strip 1 8 1.0 9.0 X 25 225 E PAGE TOTAL 1,017 BUILDING TOTAL (sum of all pages) 74,996 PORTABLE LIGHTING (From LTG-3-C) 26 CONTROL CREDIT (From LTG-1-C) 815 ADJUSTED ACTUAL WATTS 74,207 • EnergyPro 4 4 oy Ene,gySott Use, Number 5678 .lob Number 07 0021 Page 104 of 15 7 JINDOOR LIGHTING SCHEDULE (Part 2 of 2) LTG-2-C • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 INSTALLED LIGHTING POWER FOR UNCONDITIONED SPACES Luminaire Lamps/Ballasts Installed Watts C D E F G H I J �m rr-Z 333 m�� rQ1Z 3y3 r 3 BOA 3 c Cr 2)� my D N Sac y s y N mm C n So3 y or = y 9 Name Type Description M m ° 3 ° DiDt (2) 4 R Fluorescent T8 Energy Savings s h Elec F32T8 2 30 1.0 54.0 X 2 108 F1 (1) 26w Compact Fluorescent Triple 4 Pm lec CFTR26W/GX24g-3 1 26 1.0 28.0 X 15 420 P1 (1) 26w Compact Fluorescent Triple 4 Pin Elec CFTR26WIGX24g-3 1 26 1.0 28.0 X 2 56 U (1) 18w Compact Fluorescent Quad 2 Pin CFQ18W/G24d-2 1 18 1.0 25.0 X 2 50 Z (1) 4 R Fluorescent T8 Energy Sarongs Elec F32T8 1 30 1.0 29.0 X 3 87 ZZ (1) 36w139w Lng Cmpt T5 Fluorescent Twin FT36W12G11 1 36 1.0 51.0 X 16 816 DECEIVED OCT 2 8 2009 VVUL CONSTRUCTION PAGE TOTAL BUILDING TOTAL (sum of all pages) CONTROL CREDIT (From LTG-4-C) ADJUSTED ACTUAL WATTS 1,537 1,537 0 1,537 EnergyPro 4 4 oy EnergySoR Use, Nimbe, 5678 .lob Number 01 0021 fl*le ,r'5 e1 •51 SLIGHTING CONTROLS CREDIT WORKSHEET (Part 1 of 2) LEG-4-C CONTROL CREDITS FOR CONDITIONED SPACES • PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 A B C D E F G ROOM # rf I i ZONE ID CONDITIONED LIGHTING CONTROL PLAN ROOM AREA DAYLIGHTING WINDOW SKYLIGHT WATTS OF LIGHTING CONTROL CREDIT AREAS DESCRIPTION REF (SF) WALL GLAZING EFFECTIVE CONTROL RATIO VLT APERTURE ADJUST WATTS CHK-IN! RECEPT Dimming - Manual LIGHTING FACTOR (H X 1) 102!106 IMAGING WAIT 100i101 Dimming Manual Y 346 114 0.10 11 IMAGING WAIT 1001101 Dimming -Manual Y 1,008 114 0.10 11 LAB WAIT,+CHK-IN Dimming Manual H 1, 008 76 0.10 8 100001 MEN'S SUB -WAIT 119 Dimming - Manual H 793 190 0.10 19 WOMEN'S SUB -WAIT Dimming -Manual H 132 76 0.10 8 „2 RAD,ONC. WAIT Dimming -Manual H 154 76 0.10 8 100/101 RAD !ONC WAIT Dimming - Manual H 506 152 0.10 15 100/101 CT 8 XRAY SUB -WAIT Dimming - Manual AA 506 190 0.10 19 "5 URG CARE 100- Dimming -Manual H 233mm 152 0.10 15 01;103-04 CONFRENCE A210 Dimming - Manual K 1,364 152 0.1 Q 15 CONFRENCE A210 Dimming -Manual P/P1 2,406 722 0.10 72 CONFRENCE A204 Dimming -Manual 2,406 110 0.10 11 OFFICE A202 Dimming -Manual F 352 76 0.10 8 OFFICE A205 Dimming -Manual F 130 114 0.10 11 WAITING A200/ REC Dimming - Manual F 112 114 0.10 11 Ago' WAITING A200/ REC Dimming -Manual F 519 190 0.10 19 A201 REC B201 WK,'COPY Dimming - Manual R 519 120 0.10 12 8202 OFFICE CONSULT Occ Sensor - <- 250 F 154 38 0.10 4 c205 OFFICE C201 soft Occ Senssoft- �= 250 M 111 120 0.20 24 TECH WORK 8212 g Occ Sensor - — 250 A/A1 143 158 0.20 32 DRESSING B209 sgft Dimming - Manual A/A1 120 158 0.20 32 DRESSING 8208 Dimming -Manual W 64 23 0.10 2 HALL 8203 204. 211 Dimming -Manual W 56 23 0.10 2 WAITING B200 Dimming -Manual F 328 152 0.10 15 WAITING B200 Dimming - Manual P/P 1 31515 38 0.10 4 HALL Dimming -Manual F 315 152 0.10 15 B302.309 316.321.324 PHYSICIAN'S OFFICE Occ Sens <- or - 250 P/P 1 1,324 190 0.10 19 Bg 323 PHYSICIAN'S OFFICE Occ Sensoft- �= 250 A/A1 9Q 79 0.20 16 B322 sg AA/A1 92 79 0.20 16 1) From Equation 146-A PAGE TOTAL 454 2) From Table 146-A BUILDING TOTAL 815 Enter in LTG-2-C Lighting Control Credit EnergyPro 4 4 by Energy Soft User Number 5678 Jot) Number 07 0021 Page 70,6 of 157 E is LIGHTING CONTROLS CREDIT WORKSHEET (Part 1 of 2) LTG-4-C •CONTROL CREDITS FOR CONDITIONED SPACES PROJECT NAME Eisenhower Ambulatory Care Center A B C D ROOM 0 ZONE ID LIGHTING CONDITIONED CONTROL AREAS DESCRIPTION PHYSICIAN'S OFFICE Occ Sensor - — 50 B320 sqh HALL 324.324A,3248 Dimming - Manual HALL Dimming - Manual A304, 315.322.329.336 RESIDENT'S OFFICE Dimming - Manual A335 RESIDENT'S OFFICE Occ Sensor - — 250 A335 sgft PHYSICIAN'S OFFICE Occ Sensor - <= 250 B332 sqh PHYSICIAN'S OFFICE Occ Sensor - <= 250 A31 1 sgff PHYSICIAN'S OFFICE Occ Sensor - <= 250 A310 sgft PHYSICIAN'S OFFICE Occ Sensor - <= 250 A309 sqh PHYSICIAN'S OFFICE Occ Sensor - <= 250 A308 sqh PHYSICIAN'S OFFICE Occ Sensor - <= 250 B338 sqh PHYSICIAN'S OFFICE Occ Sensor - <= 250 B337 sgft REC/CPY/WORK 300- Dimming - Manual 3111B REC/CPY,(WORK 300- Dimming Manual 40 301A PHYSICIAN'S OFFICE Occ Sensor - <= 250 A303 sqh ADMIN OFFICE A302 Occ Sensor - <- 250 sqh WAITING 322 Dimming Manual WAITING 322 Dimming - Manual WAITING 321,HALL 312 Dimming -Manual WAITING 321.HALL 312 Dimming - Manual PLAN REF. A/A 1 F P/P 1 F M A/A 1 A/A 1 A/A 1 A/A 1 A/A 1 A/A 1 A/A 1 F F A/A 1 A/A 1 F P/P1 Z P/P1 PHARMACY WAITING Dimming - Manual JJ 100 PHARMACY WAITING Dimming - Manual H 100 PHARMACY WAITING Dimming - Manual AA 100 1) From Equation 146-A 2) From Table 146-A ROOM AREA (SF) 80 764 1,154 138 138 86 88 88 86 85 99 92 641 641 83 114 991 991 991 991 778 778 778 DATE 10/26/2009 E F G H I J DAYLIGHTING CONTROL WINDOW SKYLIGHT WATTS OF LIGHTING CREDIT WALL GLAZING EFFECTIVE CONTROL ADJUST- WATTS RATIO VLT APERTURE LIGHTING FACTOR (H X I) 79 0.20 16 152 0.10 15 190 0.10 19 76 0.10 8 120 0.20 24 79 0.20 16 79 0.20 16 79 0.20 16 79 0.20 16 79 0.20 16 79 0.20 16 79 0.20 16 114 0.10 11 76 0.10 8 79 0.20 16 158 0.20 32 76 0.10 8 76 0.10 8 270 0.10 27 76 0.10 8 180 0.10 18 38 0.10 4 304 0.10 30 RECEIVED OCT 2 R 2009 WDL CONSTRUCTION PAGE TOTAL 361 BUILDING TOTAL 815 • Enter in LTG-2-C: Lighting Control Credit EnergyP•o 4 4 by Ene,gySoft User Number b678 Job Number 07 0021 Page 107 of 157 INDOOR LIGHTING POWER ALLOWANCE PROJECT NAME Eisenhower Ambulatory Care Center COMPLETE BUILDING METHOD - CONDITIONED SPACES BUILDING CATEGORY (From Section 146 Table 146-B) AREA CATEGORY METHOD - CONDITIONED SPACES AREA CATEGORY (From Section 146 Table 146-C) Electrical, Mechanical Room Lobby, Main Entry Medical and Clinical Care Lounge, Recreation Locker/Dressing Room Waiting Area Corridor/Restroom/Support Commercial, Industrial Storage Office Convention/Conference/Meeting TAILORED METHOD - CONDITIONED SPACES UNCONDITIONED SPACES Complete Building and Area Catagory Methods Category (From Section 146 Table 146-BBC) Electrical, Mechanical Room TAILORED METHOD - UNCONDITIONED SPACES WATTS PER SF WATTS PER SF 0.70 1.50 1.20 1.10 0.80 1.10 0.60 0.60 1.20 1 40 PAGE TOTAL BUILDING TOTAL LTG-5-C DATE 10/26/2009 COMPLETE ALLOWED BLDG.AREA WATTS AREA (SF) 6.314 7,043 20,371 1,108 401 10,512 14,587 806 18,574 3,236 82,952 83,770 AREA TOTAL ALLOWED WATTS (From LTG-6-C or from computer run.) ALLOWED WATTS 4,420 10,565 24,445 1,218 321 11,564 8,752 484 22,289 4,531 88,588 89,569 WATTS X WATTS AREA ALLOWED PER SF (SF) WATTS 0.70 1,882 1,317 PAGE TOTAL 1,882 1,317 BUILDING TOTAL 1,882 1,317 AREA WATTS • TOTAL UNCONDITIONED SPACES ALLOWED WATTS • (From LTG-5-C and LTG-6-C) 0 Energypro 4 4 by EnergySoR Use, Number 5618 Job N.imper )r one j Page 108 of 157 • JINDOOR LIGHTING POWER ALLOWANCE s LTG-5-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10126/2009 WELOWED LIGHTING POWER (Choose One Method) COMPLETE BUILDING METHOD - CONDITIONED SPACES BUILDING CATEGORY (From Section 14GTable 14643) AREA CATEGORY METHOD - CONDITIONED SPACES AREA CATEGORY (From Section 146 Table 146-C) Kitchen, Food Preparation Exercise, Gymnasium TAILORED METHOD - CONDITIONED SPACES UNCONDITIONED SPACES Complete Building and Area CataQay Methods Category (From Section 146 Table 146-B8C) 1#*AILORED METHOD - UNCONDITIONED SPACES WATTS COMPLETE ALLOWED PER SF BLDG.AREA WATTS WATTS AREA ALLOWED PER SF (SF) WATTS 1.60 273 437 1.00 545 545 PAGE TOTAL r— 8181 L_ 982 BUILDING TOTAL 83,770 89,569 AREA WATTS TOTAL ALLOWED WATTS O (From LTG-" or from computer run.) WATTS r AREA ALLOWED — PER SF SF) WATTS VML-COhLSTRU CTIO N PAGE TOTAL O L 0 BUILDING TOTAL 1,882 1,317 AREA WATTS TOTAL UNCONDITIONED SPACES ALLOWED WATTS (From LTG-5-C and LTG-6-C) 0 EnergyP,o 4 4 by EnergySofl User Number 5678 AD Number 07 002, P,jge `. 9 J 5' • ERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory_Care Center PROJECT ADDRESS 45-280 Seeley Drive La Quinta PRINCIPAL DESIGNER - LIGHTING _ Dwayne G. Miller DOCUMENTATION AUTHOR JBA Consulting Engineers DATE OF PLANS OUTDOOR LIGHTING ZONE 04-08-2009 LZf (Part 1 of 2) OLTG-1-C DATE 10/26/2009 TELEPHONE 949-419-3030 TELEPHONE q�•�I 1°I-�3 LZ2 X LZ3 LZ4 FUNCTION TYPE X OUTDOOR LIGHTING OUTDOOR SIGNS Building Permit R Checked by/Date EMoroerroM Ageney Use INDOOR SIGNS PHASE Of CONSTRUCTION )( NEW CONSTRUCTION , ADDITION ALTERATION STATEMENT OF COMPLIANCE This Certificate of Compliance lists the outdoor lighting system specifications need to comply with Title 24, Parts 1 and 6 of the California Code of Regulations This certificate applies only to budding lighting requirements. The documentation preparer hereby certifies that the documentation i a c to a plete. DOCUMENTATION AUTHOR SIGNATURE DATE GIlnnis Cassan _ _ _ LW-Z601 The Pnncipal Lighting Designer hereby certifies that the proposed outdoor li ting and signs design represented in this set of construction documents is consistent with the other compliance forms and worksheets, with the specifications, and with any other calculations submitted with this permit application. The proposed building has been designed to meet the lighting requirements contained in Sections 110 119, 130 through 132, and 146 and 149 of Title 24, Part 6 Please Check One. (These sections of the Business and Professions Code are printed in full in the Nonresidential Manual.) XI hereby affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code to sign this document as the person responsible for its preparation, and that I am licensed in the State of California as a civil engineer or electncal engineer. or I am a licensed architect. I affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code by Section 5537.2 or 6737.3 to sign this document as the person responsible for its preparation, and that I am a licensed contractor performing this work. I affirm that I am eligible under the exemption to Division 3 of the Business and Professions Code to sign this document because it pertains to a structure or type of work described as exempt pursuant to Business and Professions Code Sections 5537, 5538 and 6737.1. PRINCIPAL LIGHTING DESIGNER -NAME SIG DATELIC, s Dwayne G. Miller �� to£ 15 LIGHTING COMPLIANCE FORMS & WORKSHEETS Check box itworksheet is included) X OLTG-I-C. Certificate of Compliance. Required on plans for all submittals for outdoor lighting. Part 2 of 2 may be incorporated in schedules on the plans Either LTG-1-C or OLTG-I-C may be used for signs as follows 1 Use LTG- 1-C d the project consists solely of indoor signs. 2 Use LTG-1-C if the project consists of indoor lighting, outdoor or indoor signs but no other outdoor IighGng. 3 Use OLTG-I-C if the project consists solely of outdoor signs. 4 Use CLTG-1-C if the project consists of outdoor lighting outdoor or indoor signs, but no other indoor lighting. x OLTG-2-C LIGHTING COMPLIANCE SUMMARY. Applicable parts required for ALL outdoor lighting allowarces (Except Signs). • x OLTG-3-C'. AREA CALCULATIONS WORKSHEET Applicable parts required for all outdoor area calculations. , X OLTG-4-C SIGN LIGHTING COMPLIANCE. Required for all internally and externally illuminated signs, for both indoor and outdoor signs, �irrpyPro 4.4 by Energi User Number 5678 Job Number 07,D021 Pape t10 of ib7 ! ERTIFICATE OF COMPLIANCE (Part2 of 2) OLTG-1-C DATE PROJECT NAME 10/26/2009 Eisenhower Ambulatory Care Center [Lighting Schedules on Plans Show that Outdoor Lighting Meets Allowed Lighting Power —771 1�1 • X Lighting power allowance for general site illumination on OLTG-2-C Part 1 of 4 Not Applicable Lighting power allowance for local ordinances or for security multipliers on OLTG-2-C Part 2 of 4 X Not Applicable X Lighting power allowances for specific applications, other than vehicle service stations with canopies on OLTG-2-C Part 3 of 4 Not Applicable Lighting power allowances for vehicle service station canopies on OLTG-2-C part 4 of 4 X Not Applicable X Sign lighting compliance on OLTG-4-C Not Applicable [Mandatory Measures on Plans Show that Outdoor Lmaht'ng Meets Outdoor Liablina Controls And Eauipment X Installed lighting power has been determined in accordance with Section 130(c)1 Not Applicable X All permanently installed luminaires with lamps rated over 100 Watts either have a lamp efficacy of at least 60 lumins per Watt or are controlled by a motion sensor per Section 132(a) Not Applicable X All Luminaires with lamps rated greater than 175 Watts in hardscape area. including parking lots. building entrances, canopies, and all outdoor sales areas meet the Cutoff Requirements of Section 132(b) Not Applicable X All permanently installed outdoor lighting meets the control requirements of Section 132(c)l Not Applicable X Building facades, parking lots, garages, canopies. and outdoor sales areas meet the Multi -Level Lighting Requirements of Section 132(c) Not Applicable MANDATORY AUTOMATIC CONTROLS CONTROL LOCATION CONTROL CONTROL TYPE NOTE TO (Room M) IDENTIFICATION (Auto Time Switch, Dimming, etc.) AREA CONTROLLED FIELD RECEIVED O C T 2 R 2009 WDL CONSTRUCTION EnergyPro 4A by EnergySolt User Number 5678 Job Number 07 D021 Page 111 of 157 LIGHTING COMPLIANCE SUMMARY Part 1 of 4 OLTG-2-C • Project Name Eisenhower Ambulatory Care Center Date 10/26/2009 LIGHTING POWER ALLOWANCES - GENERAL SITE ILLUMINATION - Table 147-A Allotted Watts Luminaire Lamps)Ballasts Installed Watts B C D F H J h L J O m A �D mxo D a 2 ae o O u m'c d ry c 3 3 m W 3 r c 3 n c z rn n 3.3 N m rA o S I U r 11 fi G G p 3 L N 3 d Lighting Application c '+a r n A — °: 'o a Category r z o o (Table 147-A) — CA Description s s Parking Lots 400w High Pressure Sodium 151,000 0 15 22.650 IAA) X S400 2 400 10 8690 X 10 8 690 400w High Pressure Sodium X S400 Total Allotted Watts 22.650 1 400 1 0 469 0 X 28 11132 Total Installed Watts 21 822 • EnergyP,o 4 4 by Ene,gySoR User Number 5678 Job Number 07 0021 Page 112 o! 15I • • LIGHTING COMPLIANCE SUMMARY (Part 3 of 4) OLTG-2-C Project Name Date Eisenhower Ambulatory Care Center 10/26/2009 LIGHTING POWER ALLOWANCE FOR SPECIFIC APPLICATIONS Table 147-B - Other than Vehicle Station without Cano ies Allotted Watts Luminaire Lamps/Ballasts Design Watts A B C D E. F G H i J K L r,1 N O P m D 3o°�'?'� D _ p mI p m �°r' c d 3..0 d c 00 �m r m c 3. n33 xm0 D O Fr.a PWa xa to � 3 5N 3'^ �'w 0 p _ Z —co a Lighting Application '�a r n °: d m d.'� A" w m n o� Category V x o v d o` ° m m N o m (Table 147•B) a Description Da Entry Canopy 3,120 050 1 560 RR 50w Metal Halide M50 1 50 1 0 580 X 10 580 ' 420 150w Metal Halide aGi M 150 1 150 1 0 1680 X 5 840 Car Ports 100w High Pressure Sodium 19.527 0 50 9 764 S 100 1 100 1 0 1160 X 38 4 408 4 408 (RECEIVED WDLCONSTRUCTION 71 ErergyPro 4 4 by Ene,gySoft User Ncmbe, 5678 ,Job Nurber 070021 Page 113 of 157 [ILLUMINATED AREA CALCULATION WORKSHEET (Part 1 of 5) OLTG 3 C PROJECT NAME Eisenhower AmbulatoryCare Center DATE Hardsca a Meth o d 10/26/2009 p (t) A. Hardscape for automotive vehicular use, including parking lots, driveways and site roads. pp A C D Actual P ad Area • 5 Areas I SF) to Subtract from within the Illuminated Area G H - POO-01 r oI adjacent unpaved land Includes Area between Na^ten and lab poles or W.lu"m Nanu.n and luminaires that Overlapping ands are — Cape 6 t h Lightin Application area: ped aless than to. wits mat are endosedby hardscape Imes t e mounting height distance areas of another application or Areas obstructed Building Sub total of areas (Table 147-8) cn at yeast 3 sites (If Applicable) Iuminaae by signs or Areas to subtract Illuminated Area other structures (C + D + E + F) (B - G) Parking Lots 151,000 0 0 0 0 0 151,000 B. Hardscape for pedestian use, including plazas, sidewalks, walkways and bikeways A B C D Areas {SF) to Subtract from within the Illuminated Area G H k.1-1 Paved Area • 5' of Area between unpaved land on either side or path of navel Shall include all Lighting Application cdnbguoospavedama g g 14 txdure —uang adjacent (Table 147-B) g,.w„ ds poles or luminaires that are > 6 times the mounting height distance (If Applicable) Overlapping areas of another application or luminalre Areas obstructed Building by signs or Areas other structures Sub total of areas to subtract Illuminated Area (C + D + E + F) (B - G) Checklist is Section 147 (cll B - Each portion of all iiuminaled areas nas been ass geed only one I gnting appl,cal,on and the appl,cahons are consistent with actual use of the areas Section 147 Ic)l A - General Illumination areas includes only those Ruminated areas trial are n the bounds of the Applicat,on and are within a square pattern around a lum;na,re that IS Sit times the turn na,re rncxjnt,ng height. with the lumina re in the middle of Ile patttern, less any areas that are Wdhm bu-ldvlg S. under canopies. beyond property Imes, Of obstructed by suns or other structures EnergyPro 4 4 by EnergySoft User Number 5678 Job Number 07 0021 Page 114 of 157 • CJ ILLUMINATED AREA CALCULATION WORKSHEET (Part 4 of 5) OLTG-3-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 Ornamental Lighting, Canopies, Vehicle Service Station Hardsca e, and Outdoor Dining A i3 C D E F G Areas (SF) to Subtract from within the Illuminated Area Area between poles or luminaires Overlapping areas Gross Illuminated that are > 6 times of another Areas obstructed Sub total of areas Lightin Appphcahon Area of App lication the mounting height application or by signs or other to subtract Illuminated Area (Table 147-B) (SFf distance luminaire structures (C + D + E) (B-F) Non -sales Canopy 3.120 0 0 0 0 3,120 Non -sales Canopy 19,527 0 0 0 0 19.527 Checklist Section 147 (c)1 B - Each portion of all illuminated areas has been assigned only one lighting application, and the applications are consistent with actual use of the areas. Section 147 (c)l C - The area of ornamental lighting includes no more than the total area of the site external to building. Luminaires used for ornamental lighting employ lamps rated 100 watts or less and are not used to determine LPD for general illumination. Section 147 (c)2 D - Measured in plan view the areas of illuminated canopies include the horizontal projection of the canopies. Section 147 (c)l F - The area of vehicle service station hardscape includes only illuminated hardscape areas beyond the horizontal projection of the canopy in plan view. Section 147 (c)1 I - The area of outdoor dining area includes orny illuminated hardscape areas used to serve and consume food and beverages RECEIVED OCT 2 9 2009 WDL CONSTRUCTION ErwgyrPro 4A by EnergySoR _ User Number 5678 Job Number Of 0021 Pagi115 of 157 SIGN COMPLIANCE SUMMARY OLTG-4-C Project Name Eisenhower Ambulatory Care Center IAlternative 1 - Lighting Power Allowances A B C N to p M c in L c 7 O y O fA n to o Q. N Description or Location 1 Externally Illuminated Sign D E F' G i J Allotte0 watts Lamp Ballast Z Zp 3 z 3 5 ° a 1 _ S G o cc_ C, 3 A i m - g 3 Lamp Type M 70 165 E 2 3 380 3 30 K L D•slgn Watts Y • °� a N Q � 2 � n o � 5 - f cl 258 Y Date 10/26/2009 Alternative 2 - For Signs that ONLY use one or more of the technologies listed in M through S I (;t1E-CM all a a1 wwv, M N O P Q R S c_ r S ° n rm = � T • h 3 3 p � x • S c i O o m 3 E � 3 IN n m u i• u 3 g 0 3 3 3 � a • F' For Allotted LPD uses 12 Watts/ft for Internally Illuminated Signs, and use 2 3 Watis'ft for Externally Illuminated Signs. Note It an Internally Illuminated or Externally Illuminated sign contains light sources and ballasts other than those included in columns (M) through (S), such as incandescent lamps. medium base sockets. magnetic ballasts, etc, then the sign must comply under Alternative 1 However, unfiltered signs, and unfiltered portions of Internally and Externally Illuminated signs. are not required to meet these Standards • 1 7= Ene,gyPro 4 4 by EnergySoft Use, Number 5678 Jno Nu rb4P7 0021 Page 116 of 151 RECEIVEu • OCT 2 R 2009 CERTIFICATE OF COMPLIANCE PROJECT NAME Eisenhower Ambulatory Care Center PROJECT ADDRESS 45-280 Seeley Drive La Quinta PRINCIPAL DESIGNER - MECHANICAL Edward P. Butera art 1 of 2) MECH-1-C DATE 10/26/2009 TELEPHONE Building Permit u 949-419-3030 DOCUMENTATION AUTHOR TELE 014E Checked by/Date JBA Consulting Engineers y �_?j�30 Erforcement Agency IGIENERAL INFORMATION DATE OF PLANS BUILDING CONDITIONED FLOOR AREA CLIMATE ZONE 04-08-2009 83, 770 Sq.Ft. 15 BUILDING TYPE X NONRESIDENTIAL HIGH RISE RESIDENTIAL HOTELIMOTEL GUEST ROOM PHASE OF CONSTRUCTION X NEW CONSTRUCTION ADDITION ALTERATION UNCONDITIONED (File Affidavit) METHOD OF MECHANICAL ^ PRESCRIPTIVE PERFORMANCE COMPLIANCE PROOF OF ENVELOPE COMPLIANCE PREVIOUS ENVELOPE PERMIT ><� ENVELOPE COMPLIANCE ATTACHED STATEMENT OF COMPLIANCE This Certificate of Compliance lists the building'eatures and performance specifications needed to Comply with Title 24 Parts 1 and 6 of the California Code of Regulations This certificate applies only to budding mechanical requirements The documentation preparer hereby certifies that the documentation is a t and comp) • DOCUMENTATION AUTHOR SIGNATURE / DATE Glynnis Cassan �U-ZpOt:j The Principal Mechanical Designer hereby certifies that the proposed buil g s resented in this set of construction documents is consistent with the other compliance forms and worksheets, with the specifications, and with any other calculations submitted with this permit application. The proposed budding has been designed to meet the mechanical requirements contained in the applicable parts of Sections 100 101 102 110 through115 120 through 125, 142 144, and 145 X The plans & specifications meet the requirements of Pan 1 (Sections 10-103a) The installation certificates meet the requirements o` Part 1 (10-103a 3). The operation & maintenance information meets the requirements of Part 1 (10-103c). Please check one: (These sectionsof the Bus ness and Professions Code are printed in full in the Nonresidential Manual ) I hereby affirm that I am eligible under the provisions of Division 3 of the Busiress and Professions Code to sign this document as the person responsible for its preparation and that I am Dcensed ,n the State of California as a Gvl engineer or mechanical engineer of I am a licensed aromiect. I affirm that I am eligible under the exemption to D vision 3 of the Business and Professions Code by Section 5537.2 or 6737 3 to sign this document as the person esponsible for its preparation and that I am a licensed contractor performing this work. I affirm that I am eligible under the exemption to Division 3 of the Business and Professions Code to sign this document because d pertains to a structure or type of work descnoed pursuant to Business and Profe si s Code sections 5537 5538 and 6737 1 PRINCIPAL MECHANICAL DESIGNER - NAME S T R , DATE LIC. / • # Edward P. Butera �it. 10 �_706-i m vi-4 1INSTRUCTIONS TO APPLICANT x MECH-I-C Certificate of Compliance. Part 1, 2, 3 of 3 are required on plans for all submittals x MECH-2-C Air/Water/Service/Water Pools Requirements. Part 1 of 3, 2 of 3, 3 of 3 are required for all submittals but may be on plans. • x MECH-3-C Mechanical Ventilation and Reheat is required for all submittals with mechanical ventilation but may be on plans X MECH-4-C HVAC Mtsc Prescriptive Requirements is required for all prescriptive submittals but may be on plans MECH-5-C Mechanical Equipment Details are required for all performance submittals Energy Pro 4 4 by EnergySon user Number 5678 Job Number 07 OC21 Page t 17 of 157 (CERTIFICATE OF COMPLIANCE (Part 2 of 2) MECH-1-C I PROJECT NAME GATE Eisenhower Ambulatory Care Center 10/26/2009 Designer: This form is to be used by the designer and attached to the plans Listed below are all the acceptance tests for mechanical systems The designer is required to check the boxes by all acceptance tests that apply and list all equipment that requires an acceptance test If all equipment of a certain type requires a test. list the equipment description and the number of systems to be tested in parentheses The NJ number designates the Section in the Appendix of the Nonresidential ACM Manual that describes the test Also indicate the person responsible for performing the tests I- a the installing contractor, design professional or an agent selected by the owner) Since this form will be part of the plans, completion of this section will allow the responsible party to budget for the scope of work approp,iateiy Building Departments: SYSTEM ACCEPTANCE Before an occupancy permit is granted for a newly constructed building or space or a new space -conditioning system serving a building or space is operated for normal use, all control devices serving the building or space shall be certified as meeting the Acceptance Requirements for Code Compliance In addition a Certificate of Acceptance. MECH-I-A Form shall be submitted to the building department that certifies plans, specifications, installation certificates, and operating and .maintenance information meet the requirements of Section 10-103 b and Title 24 Part 6 STATEMENT OF COMPLIANCE MECH-2-A. Ventilation System Acceptance Document -Vanable Air Volume Systems Outdoor Air Acceptance -Constant Air Volume Systems Outdoor Air Acceptance Equipment requiring acceptance testing rest required On aR Now systems bath New Constructor, and ROV (? MECH-3-A Packaged HVAC Systems Acceptance Document Equipment requiring acceptance testing Test reift,"d on au New systems Nith Now Construcrron and Reltufd MECH-4-A. Air -Side Economizer Acceptance Document Equipment requiring acceptance testing rev required on at? New systems botn New CoOnStructKAi and Retrubf Units with ecarprrrozers that are matWed at ftw rectory and certified with Me commission do not vquwe rrollipvnent testing hrri do requwe <onsWctrpn mspectan MECH-5-A Air Distribution Acceptance Document Equipment requiring acceptance testing This lost .Q wpd n me ,At series 5 "n1 or space or ress and 15% or inure i,r the ducts am n rgr1'0rKMi reed w sernrcond,honed space lose an iff. New .systems Met thee' the above wwemanfs Relies systems that meet rho above redwrements and vilifier extend ducts, redane ducts or Wiwi? the pacwaged iwiN MECH-6-A Demand Control Ventilation Acceptance Document Equipment requiring acceptance testing Ai- view DCV rorurors irstaAetl Jn new or esrshryt fif.:Aaged systems must he feslod MECH-7-A Supply Fan Variable Flow Control Acceptance Document Equipment requiring acceptance testing All new VA ran volume confrois risr~ on new or esistin systems must lie rested MECH-8-A-Hydronic System Control Acceptance Document -Variable Flow Controls Applies to chwled snd net wafer systems -Automatic Isolation Controls Apohes to now t)o#ors and C.hiNers aria ma primary pumps ale connected to* Common header, -Supply Water Temperature Reset Controls Aop.es to new Cu1'1141,1 Row c rAiod Jnd nor were, ,.y.rems Mal nave a greale, man & egt.dl to 50o 000 Srri�hr -Water-loop Heat Pump Controls Applies to aR new w.reorinjoheir pump systems when tho rombw 0loop pumps am vn rsrer Mart 5 hp -Variable Frequency Controls Applies to ate rww a•sbibutron pumps on now .Dnepr Row cNt*d hydronrc heel pump it , cvodvnser ware• sys!ems »hen !hr pumps ,,ofors am greater roan c hp Equipment requiring acceptance testing Energypro 4 4 by EnergySoft User Number 5678 Job Number 07,0021 Page 118 of 157 11 • 11 tom' 1 .. RECEIVE • O C T 2 R 2009 AIR SYSTEM REQUIREMENTSt,�o ^r%K10'roiIn-r1nrPart 1 of MECH-2-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS, Central or Single Zone ITEM OR SYSTEM TAG(S) FC-1 : C 2 FC-3 Number of Systems 1 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification Heating Equipment Efficiency 112(a) n/a n'a n/a Cooling Equipment Efficiency 112(a) n/a nia nia Heat Pump Thermostat 112(b) ma n/a nfa Furnace Controls 112(c). 115(a) nia Na n/a Natural Ventilation 121(b) No No Yes Minimum Ventilation 121(b) 11 cfm 18 cfm 39 cfm VAV Minimum Position Control 121(c) No No No Demand Control Ventilation 121(c) No No Yes Time Control 121(c), 122(e) Programmable Switch Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required •Outdoor Damper Control 122(f) Isolation Zones 122(g) nia nla n/a Pipe Insulation 123 YES YES YES Duct Insulation 124 R-8 0 R-8 0 R 8.0 PRESCRIPTIVE MEASURES Calculated Heating Capacity . 1 43 2 144 (a & b) n/a na n/a Proposed Heating Capacity 144 (a & b) 0 btuh 0 btuh 22.600 btuh Calculated Sensible Cooling Capacity 1 212 144 (a & b) n/a nra n/a Proposed Sensible Cooling Capacity 144 (a & b) 13,800 btuh 44,300 btuh 15.100 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume OP Sensor Location 144 (c) Supply Pressure Reset (DDC only) 144 (c) No No No Simultaneous HeaU0001 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compliance 144 (k) No No No 1 For each central and s-ngie zone air systems for group of sm lar u-its l fill m the reference to sheet number and'or specficat,on secton and paragraph number where tie required features are documented If a requirement s not apptcable put -N.A' ,n the column 2 Not required for nydromc heating and coating E their enter a value nere or put in reference of plans and specd�catons per footnote t 3 Enter Yes f System ,s Constant Volume S ngle Zone Serves < 5 300 aqh Has > 25`duct in uncond,boned space Duct sealing s required for Prescrptve Compliance. see PERF 1 for per+ormance method ZuCt seabnq requirements EnergyPro 4 4 oy Energy5oft User Number: 5678 Job Number 070021 Page 119 of 151 JAIR SYSTEM REQUIREMENTS Part 1 of 2 MECH-2-CI PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS, Central or Single Zone ITEM OR SYSTEM TAG(S) FC-4 FC FC 5A Number of Systems 1 1 T-24 MANDATORY MEASURES Section Heating Equipment Efficiency 112la) Cooling Equipment Efficiency 112(a) Heat Pump Thermostat 112(b) Furnace Controls 112(c). 115(a) Natural Ventilation 121(b) Minimum Ventilation 121(b) VAV Minimum Position Control 121(c) Demand Control Ventilation 121(c) Time Control 121(c). 122(e) Setback and Setup Control 122(e) Outdoor Damper Control 122(f) Isolation Zones 122(g) Pipe Insulation 123 Duct Insulation 124 PRESCRIPTIVE MEASURES Reference on Plans or Specification ' n/a n/a nla n/a ti nia n/a n/a n/a n/a nia n/a No No No 170 cfm 50 cfm 255 cfm No No No No No No Heating 8 Cooling Required Heating 8 Cooling Required Heating & Cooling Required n/a ri n/a YES YES YES R-8 0 R-8 0 R-8 0 Calculated Heating Capacity . 1 43 ' 1" (a 8 b) n/a n/a n/a Proposed Heating Capacity 144 (a 8 b) 0 btuh 0 btuh 27 500 btuh Calculated Sensible Cooling Capacity K 1 212 144 (a 8 b) n/a n/a n/a Proposed Sensible Cooling Capacity 144 (a 8 b) 57,100 btuh 13.800 btuh 21 800 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) Supply Pressure Reset (DDC only) 144 (c) No No No Simultaneous Heat)Cool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset 144 If) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compliance 144 (k) No No No ror eat, v-ntrai anC s,ngle Zo^e &f syste,s ,pr group of smdar to is) GII -n the reference to sneet number and,or speccK cal on sect on and paragraph number where the requ red features are documented If a requirements not applicable put -N;A' in the column 2 Not required 'or hydrori healing and cool -rig Either enter a value here or put in reference of plans and specircatons per footnote 1 3 Enter Yes if System is Constant Volume S ngle Zone- Serves � 5 000 sgft Has , 25% duct m unconddioned space Duct sealing .s required for Prescr,pt,ve Compliance. see PERF 1 for performance method duct seal ng requirements TO FIELD - For Building Department Use Only Ene,yyP,u 4 4 by Energy Soft User Nurnbe, N Job Number 07 0021 Page 120 of 157 OCT 2 R 2009 IR SYSTEM REQUIREMENTS 14DL CONSTRUCTIOPart 1 of 2 PROJECT NAME Eisenhower Ambulatory Care Center MECH-2-C DATE 10/26/2009 AIR SYSTEMS, Central or Single Zone ITEM OR SYSTEM TAG(S) FC-6 FC-7 PC-7A Number of Systems 1 T-24 Reference on Plans or Specification MANDATORY MEASURES Section Heating Equipment Efficiency 1 12(a) nla n/a n+a Cooling Equipment Efficiency t 12 (a ) n!a nla nla Heat Pump Thermostat 112(b) nla nra nra Furnace Controls 112(c). 115(a) nla nla nra Natural Ventilation 121(bl No No No 121(b) 17 cfm 16 cfm 177 cfm Minimum Ventilation No VAV Minimum Position Control 121(c) No No Demand Control Ventilation 121 (c ) Yes Yes No 121(c), 122(e) Programmable Switch Programmable Switch Time Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required Setback and Setup Control • Outdoor Damper Control f 122 ( ) Auto Auto nla nla Isolation Zones 122(g) Wa 123 YES YES YES Pipe Insulation R-8 0 R-8,0 R-8 0 Duct Insulation 124 PRESCRIPTIVE MEASURES Calculated Heating Capacity <' 43 ` 144 a & b ( ) ni`a nla nla 144 a A b ( ) 0 btuh 0 btuh 27.400 btuh Proposed Heating Capacity Calculated Sensible Cooling Capacity ■ 1 21. 144 (a & b) n1a nla nia Proposed Sensible Cooling Capacity 144 a & b ( ) 13.800 btuh 18,200 btuh 21,800 btuh 144 (c) Constant Volume Constant Volume Constant Volume Fan Control DP Sensor Location 144 (c) Supply Pressure Reset IDDC only) 144 c (c) No No No Simultaneous HeaVCool 144 (d) No No No 144 (e) No Economizer No Economizer No Economizer Economizer 144 (� Constant Temp Constant Temp Constant Temp I Reset Heating Air Supply Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 1" (� � Duct Sealing for Prescriptive Compliance 144 (k) No to sheet number No andror specfication secfion and paragraph No number where the 1 For each, entrai and s.ngle zone air systems for group of similar units) fig in the reference requ red features are documented if a requ rement is not applicable pul'WA' m the cdumn 2 Not required 'or nydron c heating and coring Either enter a value here or out n reference of plans and Specifications per footnote 1 3 Enter Yes System s Constant Volume. S ngle Zone, Serves < 5 000 sgft Has � 25616 dud in unconditioned space Dud seating s requ red fw Prescr olive CompLance. -f • see PERF 1 for performance rethod duct seaimg requirements rRQ—TES TO I '- 7 User Nurnt:ef 5678 Job Number 07 M21 Page 121 or 157 _ _ • IR SYSTEM REQUIREMENTS dart 1 of 2 MECH 2 C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS. Central or Single Zone ITEM OR SYSTEM TAG(S) Fc 8 FC Li Number of Systems t 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification ' Heating Equipment Efficiency 112(a) Ma n/a n/a Cooling Equipment Efficiency 112(a) n/a n/a n/a Heat Pump Thermostat 112(b) n/a n/a n/a Furnace Controls 112(c), 115(a) rVa n/a n/a Natural Ventilation 121(b) No No No Minimum Ventilation 121(b) 14 cfnt 127 cfm 21 cfm VAV Minimum Position Control 121(c) No No No Demand Control Ventilation 121(c) Yes No No Time Control 121(c), 122(e) Programmable Switch Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Healing & Cooling Required Outdoor Damper Control 122(0 Auto Isolation Zones 122(g) n/a n/a Wa Pipe Insulation 123 YES YES YES Duct Insulation 124 R-8 0 R-8.0 R-8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity . 1 43 z 144 (a & b) n/a n/a n/a Proposed Heating Capacity 144 (a & b) 0 btuh 0 btuh 0 btuh Calculated Sensible Cooling Capacity x 1 21 z 144 (a & b) nla nia n/a Proposed Sensible Cooling Capacity ` 144 (a & b) 13 800 btuh 18.000 btuh 35,400 btuh Fan Control 1" (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) Supply Pressure Reset (DDC only) 1" (C) No No No Simultaneous Heat/Cool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset 1" (q Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 1" (f) Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compliance 144 (k) No No No 1 For each central and S,gle Zoie a.r systems for group of yr lar un4s) 411,n the reference to sheet number and/or specification section and paragraph number where the required features are documented If a requirement is not applicable, put W A' nine column 2 Not required for nydronic heating and cooling Ether enter a value here or put in reference of plans and specif catons per footnote 1 3 Enter Yes f System s Constant Volume Single Zone, Serves < 5 000 sqR Has > 25% duct n uncond-t oned space Duct sealing is requ red for Prescriptive Compliance see PERFA 'or performance metnod duct sealing requirements • • EnefgyPro 4.4 by EnergySoft User Number 5678 Job Number 07 0021 Page 122 of 157 OCT 2 8 2009 0 wD IR SYSTEM REQUIREMENTS Part 1 of 2 MECH-2-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS. Central or Single Zone ITEM OR SYSTEM TAG(S) FC-I1 FC-12 FC-13 Number of Systems 1 1 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification ' Heating Equipment Efficiency 112(a) n/a wa n/a Cooling Equipment Efficiency 112(a) n/a n/a n/a Heat Pump Thermostat 112(b) Na n/a n/a Furnace Controls 112(c). 115(a) n/a n/a n/a Natural Ventilation 121(b) No No No Minimum Ventilation 121(b) 59 cfm 40 cfm 12 cfm VAV Minimum Position Control 121(c) No No No Demand Control Ventilation 121(c) No No No Time Control 121(c), 122(e) Setback and Setup Control 122(e) Heating & Cooking Required Heating & Cooling Required Heating & Cooling Required Outdoor Damper Control 122(f) Isolation Zones 1221g) n/a n/a n/a Pipe Insulation 123 YES YES YES Duct Insulation 124 R•8 0 R-8 0 R-8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity , 143 7 144 (a & b) n/a Ma nia Proposed Heating Capacity 144 (a & b) 0 bluh 0 btuh 0 btuh Calculated Sensible Cooling Capacity . 1 212 144 (a & b) nia n,a n/a Proposed Sensible Cooling Capacity 144 (a & b) 29,500 btuh 27,300 btuh 16,400 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 1 Supply Pressure Reset (DDC only) 144 (c) No No No Simultaneous HeatiCool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 If) Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compliance 1" (k) No No No 1 orgroup of s m iar un ts, Idl n the reference to sheet Number and/or SPeof-cation sect -on and paragraph number where the required Ieatures are documented II a requ,remertt s nol apDlicable Dut'N,A' .n the cdumn 2 Not required for hydron,c heating and cooking Either enter a value here w put in reverence of plans and specifications oer footnnte 1 3 Enter Yes I System is Constant Volume. Single Zone. Serves < 5 000 sgft Has , 25°6 duct n unconditioned space Duct seating �s requ red *or Prescrptive Compliance see PERF t for per'ormance method duct seating requ,rements EnergyPro 4 4 Dy EnergySoR User NurnDer ab78 ,lob Number 070021 Page 123 of 157 ti a l IR SYSTEM REQUIREMENTS • Part 1 of 2 MECH-2-C PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 SYSTEM FEATURES AIR SYSTEMS, Central or Single Zone ITEM OR SYSTEM TAG(S) DFC 1 DFC 2 DFC 3 Number of Systems 1 1 1 MANDATORY MEASURES T-24 Section Reference on Plans or Specification Heating Equipment Efficiency 112(a) n/a ii n/a Cooling Equipment Efficiency 1121 12.5 SEER / 10 0 EER 12 5 SEER! 10 0 EER 12 5 SEER / 10 0 EER Heat Pump Thermostat 112(b) n/a i n/a Furnace Controls Natural Ventilation 112(c). 115(a) 121(b) n/a Yes n/a Yes n/a Yes Minimum Ventilation 121(b) 20 cfm 20 cfm 20 cfm VAV Minimum Position Control 121(c) No No No Demand Control Ventilation 121(c) No No No Time Control Setback and Setup Control 121(c), 1221 122(e) Programmable Switch Heating & Cooling Required Programmable Switch Heating & Cooling Required Programmable Switch Heating & Cooling Required Outdoor Damper Control 122(f) Auto Auto Auto Isolation Zones 122(g) nla n/a nia Pipe Insulation 123 Duct Insulation 124 R-8 0 R-8 0 R-8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity . 1 43 2 144 (a & b) 2,194 btuh 0 bluh 550 btuh Proposed Heating Capacity 144 (a & b) 0 btuh 0 btuh 0 btuh Calculated Sensible Cooling Capacity x 1 212 144 (a & b) 2,940 btuh 2,993 btuh 3 871 btuh Proposed Sensible Cooling Capacity 144 (a & b) 15.076 btuh 15,075 btuh 15 164 btuh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) Supply Pressure Reset (DDC only) 144 (c) Yes Yes Yes Simultaneous Heat/Cool 144 (d) No No No Economizer 144 (e) No Economizer No Economizer No Economizer Heating Air Supply Reset 144 If) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Duct Sealing for Prescriptive Compllancot 144 (k) No No 1 For earn entral and single zone as systems (or group No of sm,lar units) fill in the reference to sheet number and -or Spec Fcat on section and paragraph number where the required features are documented It a requirement s riot applicable. put 'WA' in the column 2 Not required for hydrorrc heating and cool.ng E (her enter a value here or put in reference of plans and speof calons per footnote 1 3 Enter Yes f Systems Constant Volume S ngle Zone Serves < 5 000 sgft Has > 25% dud in unconditioned space Dud seal,ng s required for Prescript.ve Compi,ance. see PERF-1 'cr rerrwmance rretnorl duct seal ng requ rements [NOTES TO FIELD - For RuRdina Department Use Only • EnergyP,o 4 4 by EnergySotl laser Numuer 5678 Job Number 07 0021 Page 124 of 157 RECEIV 1WDL CONSTRUCTION • IR SYSTEM REQUIREMENTS dart 1 of 2 MECH-2-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS, Central or Single Zone ITEM OR SYSTEM TAG(S) AH-1 AH AH 3 Number of Systems 1 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification Heating Equipment Efficiency 112(a) n/a n/a n;a Cooling Equipment Efficiency 112(a) n/a n/a n/a Heat Pump Thermostat 112(b) n/a n/a rua Furnace Controls 112(c). 1151a) n/a n!a n/a Natural Ventilation 121(b) Yes Yes Yes Minimum Ventilation 121(b) 2890 cfm 1742 cfm 2142 cfm VAV Minimum Position Control 121(c) No No Yes Demand Control Ventilation 121(c) No No No Time Control 121(c), 122(e) Programmable Switch Programmable Switch Programmable Switch Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required • Outdoor Damper Control 122(f) Auto Auto Auto Isolation Zones 122(g) n/a n/a n/a Pipe Insulation 123 YES YES YES Duct Insulation 124 R-8 0 R-8.0 R-8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity 1 43 ` 144 (a & b) n/a n/a n/a Proposed Heating Capacity 144 (a & b) 487.000 btuh 395,300 btuh 261 100 btuh Calculated Sensible Cooling Capacity x 1 212 144 (a & b) n/a n/a n/a Proposed Sensible Cooling Capacity ` 144 (a & b) 399.500 btuh 385,300 btuh 224.800 bluh Fan Control 144 (c) Constant Volume Constant Volume Constant Volume DP Sensor Location 144 (c) SEE PLAN SEE PLAN SEE PLAN Supply Pressure Reset (DOC only) 144 (c) Yes Yes Yes Simultaneous Heat/Cool 144 (d) No No Yes Economizer 144 (e) Diff Temp (Integrated) Diff Temp (Integrated) Diff Temp (Integrated) Heating Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 1" (f) CA Reset CA Reset CIA Reset Duct Sealing for Prescriptive Compliance" 144 (k) No No No 1 : or eacn .entiai ano single zwie air systems for gawp of sim,Jar untsr f11 n the reverence to sheet number and`or specifcation section and paragraph number where the required features are documented If a re(jure'nent s not applicable. put -NA' in the column 2 li required for hydron,c heat_ng and cooling Ether enter a value here or put in reference of plans and spec.' catons per footnote 1 3 Enter Yes f System s Constant Volume S•ngle Zone; Serves < 5.CW)O sgft. Has > 25% duct n unconditioned space Duct seal,ng s requred for Prescrplive Compliance - , SERF -1 'or performance method duct sealing requirements Energy Pro 44 by EnergySoft User Number 56i 4 Job Number 070021 Page 125 of 15l MR SYSTEM REQUIREMENTS Part 1 of 2 MECH-2-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES AIR SYSTEMS, Central or Single Zone ITEM OR SYSTEM TAG(S) AH 4 AH 5 AH-6 Number of Systems 1 1 T-24 MANDATORY MEASURES Section Reference on Plans or Specification ' Heating Equipment Efficiency 112(ai nia n/a n/a Cooling Equipment Efficiency 112(a) n)a n/a n/a Heat Pump Thermostat 112(b) n/a n/a n/a Furnace Controls 112(c), 115(a) n/a n/a n/a Natural Ventilation 121(b) Yes Yes Yes Minimum Ventilation 121(b) 2464 cfm 3272 cfm 490 cfm VAV Minimum Position Control 121(c) No Yes Yes Demand Control Ventilation 121(c) No No No Time Control 121(c), 122(e) Programmable Switch Programmable Switch Programmable Switch Setback and Setup Control 122(e) Heating & Cooling Required Heating & Cooling Required Heating & Cooling Required Outdoor Damper Control 122(f) Auto Auto Auto Isolation Zones 122(g) n/a n/a nia Pipe Insulation 123 YES YES Duct Insulation 124 R-8 0 R-8 0 R-8 0 PRESCRIPTIVE MEASURES Calculated Heating Capacity . 1 43 Z 144 (a & b) nia n/a n/a Proposed Heating Capacity 144 (a & b) 370.900 btuh 534r500 btuh 79.000 btuh Calculated Sensible Cooling Capacity . 1 21 z 144 (a & b) wa n/a n/a Proposed Sensible Cooling Capacity 144 (a & b) 310.900 btuh 451.800 btuh 114.000 btuh Fan Control 144 (c) Constant Volume Vanable Speed Variable Speed OP Sensor Location 144 (c) SEE PLAN SEE PLAN Supply Pressure Reset (DOC only) 144 (c) Yes Yes Yes Simultaneous Heat/Cool 144 (d) No Yes Yes Economizer 144 (e) Diff Temp (Integrated) Doff Temp (Integrated) DiN Temp (Integrated) Heating Air Supply Reset 144 (f) Constant Temp Constant Temp Constant Temp Cooling Air Supply Reset 144 (f) CIA Reset CA Reset OA Reset Duct Sealing for Prescriptive Compliance 144 (k) No No No 1 re 3roup of s,m lar untsl fill in the reference to sheet number andof speeificabon section and paragraph number where the requ red'eatures are documented If a requirement is not applicable put -NIA' in the column 2 Not required "or hydron c healing and coding E Iner enter a value here or put in re`erenee of plans and specificatons per footnote 1 3 Enter Yes f System s Constant Vdume, Single Zone Serves < 5 000 s(M Has > 2511, duct n uncond,honed space Duct sealing s required for Prescriptive Ciampt,ance_ see PERF-1 for performance method duct sealing requirements FIELDINOTES TO • • I - Energy Pro 4 4 Oy Energy Soh User Number 5618 Jot, Number 07.0021 Page 126 of 157 WATER SIDE SYSTEM REQUIREMENTS Part 2 of 2 MECH-2-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM FEATURES WATER SIDE SYSTEMS: Chillers, Towers, Boilers, Hydronic Loops ITEM OR SYSTEM TAG(S) CH 1 CH-2 CT -I BiCT-2 _ Number of Systems 1 _ 1 2 T-24 MANDATORY MEASURES Section Reference on Plans or Specification' Equipment Efficiency 1 1,-(a, 0 529 kWilon 0 529 kW/Ion 10 F App Pipe Insulation 123 CHW Piping CHW Piping n/a PRESCRIPTIVE MEASURES Calculated Capacity 144 (a 3 b) 284 tons 284 tons 800 tons Proposed Capacity 144 fia & b) 320 torts 320 tons nia Tower Fan Controls 144 (h) n/a nla ertable-Speed-Fan Tower Flow Controls 144 (h) n/a nia Welbulb-Reset Variable Flow System Design 144 0) Required _Required nia Chiller and Boiler Isolation 1440) _ _Required Required_ ___ nla CHW and HHW Reset Controls 144 U) Required I f Required _ n;a WLHP Isolation Valves 144 0) y Na nla_ n1a on CHW, CW 8 WLHP Pumps > 5 144 0) Required Requftoo _ We •VSD HP - DP Sensor Location 1440) We 1 Fo, each chiller, cooling tower boiler. and hydronic loop (or groups of similar equipment) fill in the reference to sheet number and/or specification section and paragraph number where the required features are documented. If a requirement is not applicable, put 'N/A" in the column 2 Water side systems include wet side system using other liquids such as glycol or bnne. Service Hot Water, Pool Heating ITEM OR SYSTEM TAG(S) DHW Heater Number of Systems 2 MANDATORY MEASURES Reference on Plans or Specification' Water Heater Certification 113 (a) WH-1 6 WH-2 Water Heater Efficiency 113 (b) 84% - I Service Water Heating Installation 113 (c) mimn Pool and Spa Efficiency and Control 114 (a) nia Pool and Spa Installation 114 (b) Wa 20n2 Pool Heater • No Pilot Light 115 (c) nia v w�fr Spa Heater - No Pilot Light 115 (d) ma _ WDL-CONSTRUCTION 1 For each water heater, pool heat and domestic water loop for groups of similar equipment) fill in the reference to sheet number and/or specification section and paragraph number where the required features are documented If a equirernent is not applicable, put "MA' ins the column. EnergyPro 4 4 by E,iergySoft User Number 5618 Job Number 07 0021 Page 127 of 157 ATER SIDE SYSTEM REQUIREMENTS Part 2 of 2 MECH-2-6 • PROJECT NAME Eisenhower Ambulatory Care Center DATE10/26/2009 SYSTEM FEATURES z WATER SIDE SYSTEMS: Chillers, Towers, Boilers, Hydronic Loops ITEM OR SYSTEM TAG(S) CT-1 a CT-2 B-1 s B-2 Number of Systems 2 2 T-24 MANDATORY MEASURES Section Reference on Plans or Specification' Equipment Efficiency 112(a) 10 F AQp 87% Pipe Insulation 123 N KW Piping PRESCRIPTIVE MEASURES Calculated Capacity 144 (a & b) 800 tons 1.184.252 btuh Proposed Capacity 144 (a 8 b) _ n/a 2,610.000 btuh Tower Fan Controls 144 (h) Variable -Speed -Fan Required Tower Flow Controls 144 (h)_ Wetbulb-Resel n a Variable Flow System Design 144 0) n/a Chiller and Boiler Isolation 144 (U n/a Required CHW and HHW Reset Controls 144 0) n/a Required WLHP Isolation Valves .144 (j! Required n/a VSD on CHW, CW & WLHP Pumps > 5 HP (�_ Required We DP Sensor Location 144 W _ rda 1 For each chiller cooling tower boiler and hydronic loop (or groups of similar equipment) fin in the reference to sheet number and/or specification section and paragraph number where the required features are documented If a requirement is not applicable. put "WA" in the column 2 Water side systems include wet side system using other liquids such as glycol or brine, Service Hot Water, Pool Heating ITEM OR SYSTEM TAG(S) Number of Systems MANDATORY MEASURES Reference on Plans or Specification Water Heater Certification 113 (a) Water Heater Efficiency 113tb) Service Water Heating Installation 113 (c) Pool and Spa Efficiency and Control 114 (a) Pool and Spa Installation 114 (b) Pool Heater - No Pilot Light 115 (c) Spa Heater - No Pilot Light 115 (d) 1. For each water healer pool heat and domestic water loop (or groups of similar equipment) fill in the reference to sheet number and�or specification section and paragraph number where the required features are documented If a requirement is not app:icabie, put "NIA" ins the column. • • I • • 1- ••-till'1 4IFF - •1 • F ne y, P c 4 4 ;: E e^tr ft User Number 5678 Job Number 07 0021 Pa9e.128 of 157 A0 MECHANICAL VENTILATION MECH 3 C PROJECT NAME Eisenhower Ambulatory Care Center DATE 10i26/2009 HANICAL VENTILATION (Section 121(b)2) PRESCRIPTIVE REHEAT 11 LIMITATION ISecaon 144(dil AREA BASIS OCCUPANCY BASIS B C D F - VAV MINIMUM F f J h _ M ry ti ND0 d t� mom; m m0; v3m v Nwp xo ov 1 'In ° yN. d Tmn min+ v l 3 >.D 3 o g� ns � O to -n n o ; ° ZONE/SYSTEM ° o n a" = ; "a 'n o ; DcO 3 C v a10 , J D ELEC ROOM 75 5 11 11 FC-1 Total 11 11 ELEV EQUIP 119 015 A 18 18 FC-2 Total 18 18 VESTIBULE 262 015 39 39 39 FC-3 Total 39 39 MECHANICAL ROOM 1.133 0 15 170 170 170 FC-4 Total 170 170 ELEC ROOM 332 0,15 50 50 50 FC-5 • Total 50 50 BLDG SERVICES 1,703 015 255 255 255 FC-5A Total 255 255 ELEC ROOM 112 015 17 17 17 FC-6 Total 17 17 ELEV EQUIP 104 015 16 16 16 FC-7 Total 16 16 BLDG SERVICES 1,179 0.15 177 177 177 FC-7A Total 177 177 ELEC ROOM 95 015 14 14 14 FC-8 Total 14 14 BLDG SERVICES 846 015 127 127 RECEIVED FC-9 Total 127 127 1ST FLR MRI EQT 142 0 15 21 21 21 OCT Z R 2(iG9 C FC-10 1ST FLR MED AREA 394 O15 59 Total 21 21 VVDL CONSTRUCTION C 1dm�mum ve�LWiron •ate psf Batson 12t, Tabkf 171.A 59 59 E Based on fixed seat or the greater of ine expected number, of occupants and Spa, of the CSC x upam bad ra egress purposes for spaces wtnout H Repuved VenLcebon Ar iREO'D VA -the the laW h■ed seating of the vanulat m rates c4,cuated on and AREA t lilust be greater than or squat to H a use TrMMFFW Ae (column NI to make up the drtference or OCCUPANCY BASIS icdumn D or GI Des,gn fan suppty cfm IFan CFMI x 30 ., v C.Wmon area (n aq i x 04 chn11 sq . or •K L blas,mum of Cotmns H, J, K. or 3X cfm M T"'s must be M than of equal to Cohlnvt I. and greater that or e(lusi to fti sum of Columns ff • N N Transfer air must be provided mere M Required Ventaabon Art (culumn II is greater man Me Des,gn I.en,mum Air ,coumn M) Where rwj;xrpa. transfer la the d,Re"Or" befween the Required VentAason Air {column 11 and the Desgr arc must be f""MUm Mr ICnlumn MI. Lulumn if - M grealef than or .puai EnergyPro 4A by EnefgySoft User Number 5678 Job Number 070021 Page 129 of 157 MECHANICAL VENTILATION PROJECT NAME Eisenhower Ambulatory Care Center ME - • CH-3C DATE 10/26/2009 IICAL VENTILATION (Section 121(b)2) PRESCRIPTIVE REHEAT LIMITATION (Section 144(d)) AREA BASIS OCCUPANCY BASIS VAV MINIMUM h D E F G H J K L 41 O .0 C rr; Z C � T < u O 0 O O �C M inO. T�Don4� � ,a�„ �;cmx1 0� nmc m�, oxp nT ..a o�m_3N_O ;x wj mD<T n o C')o< �ZONElSYSTEM D ;C o, 0 o` S �;^ a 0D _ Ddfm1e �y-• ;� D FC-11 Total 59 59 1ST FLR MED AREA 27) (1 '5 40 40 40 FC-12 Total 40 40 1 ST FLR CT EOT 77 0 15 2 12 12 FC-13 Total 12 12 1T ROOM 131 0'5 20 20 20 DFC-1 Total 20 20 1 T ROOM 136 0.15 20 20 20 DFC-2 Total 20 20 1 T ROOM 130 0 15 20 20 20 DFC-3 Total 20 20 1ST FLR LOUNGE 532 050 266 266 266 1ST FLR DRESSING 135 015 20 20 20 1 ST FLR WAITING 2,938 0 15 "1 441 441 1 ST FLR LOBBY 4.502 0.15 675 675 675 1ST FLR COORrRR 4.324 015 649 649 649 1 ST FLR STORAGE 527 0 15 79 79 79 1ST FLR OFFICES 1.042 0 15 156 156 156 'ST FLR MED AREA 4 027 0 15 604 604 604 AH-1 Total 2 890 2 890 1ST FLR DRESSING 146 0 15 22 22 22 IST FLR LOUNGE 154 050 77 77 77 1ST FLR OFFICES 850 0 15 127 127 127 1ST FLR COOR,-RR 3.465 015 520 520 520 1ST FLR STORAGE 280 0.15 42 42 42 C Minunum renoabon rate per Sechnn 121 Tatle 121-A E Based on feed seat w the greater of the expected number, of occupants and SOY or the CBC occupant ksad for egress purposes for spaces without f aced seaL,g H Required Vent labon At I REO-D V A. ) �s the larger of the Vaitrsebun rates calcu Vted un and AREA w OCCUPANCY BASIS (column D or GI 1 Must oe greater man or equal to H. or use Tansfer At (ooumn N) to make up the d,Rererre J Design fan supply con tFan CFM) a 3C%, or K Cond4on area (Rsq.l r 04 dmlt sq . or L Max,mum of Columns H. J. K. a 300 rtrn M Tha must be lea than w equal to Column L and greaser that or equal to the sun of Columns rf - N N T.ansfw air must tM pruvMed were IM Required Ventdabon Air, column It a greater man the Design Minimum Air icotumn M) Nhere requved, transfer a+ must be q!,,ater Ina, u —,al to me difference between the Required Ventrlabon At Iolumn a and the Design Minimum At (Column Mt. column H - M EnergyPfo 4 4 by EnergySoft User Number: 5678 Job Number 07.0021 Page 130 of 157 L RECEIVED ECHANICAL VENTILATION ut-1 ` M `1j11' MECH-3-C PROJECT NAME VYD` CONSTRIJ `'" (�olv DATE Eisenhower Ambulatory Care Center 10126/2009 PRESCRIPTIVE REHEAT ucruANICAl VENTILATION !Section 1211h121 1111CLr rl /"t r\Ili I"�L � — LIMITATION )Sec tion 144(d)) AREA BASIS OCCUPANCY BASIS VAV MINIMUM 4 B D F F C, N I J K L M N a c Q m < N O �' 'n o c te0 v'No 1 m 0 v_� v 3 mD� ° ��'t n a Tm� T00— 3 x ;X o Tma '---nr '� ; n y " l ; nm T x0° cC) 030 CIS < X.D z 3 ao o'x" o3 T� 3 > ° "'"� ; D 7 N P x c �? D ZONE/SYSTEM o; to 1ST FLR WAITING 1.746 0 15 262 262 262 1STFLR MED AREA 4.613 015 692 692 692 AH-2 Total 1 .742 1 742 2ND FL CONFRENCE 2.757 050 1 379 1 379 1 379 2ND FL KITCHEN 273 0 15 41 41 41 2ND FL EX DEMO 330 0 15 49 49 49 2ND FL HALL/SUPP 504 0 15 76 76 76 2ND FL OFFICE 242 0,15 36 36 36 r2rND FL WAITING 519 0.15 78 78 78 ND FLR COOR 1 081 0.15 162 162 162 432 432 2ND FLR RESTROOM 316 0.15 47 47 47 127 300 2ND FLR LOBBY 1,824 015 274 274 274 730 729 AH-3 Total 2.142 2.142 2ND FL OFFICE 942 015 141 141 141 2ND FL DRESSING 120 0 15 18 18 18 2ND FL HALL'SUPP 731 015 110 110 110 2ND FL WAITING 438 0 15 66 66 66 2ND FL MED AREA 406 0 15 61 61 61 2ND FLR TEN SPC 13,787 0.15 2,068 2068 2,068 AH-4 Total 2.464 2 464 VAV 340 197 015 30 2.0 150 30 30 30 75 79 300 75 VAV 339 1.324 0.15 199 13.2 150 199 199 199 360 530 529 360 VAV 338 479 050 240 321 75 240 240 240 486 192 485 486 VAV 337 262 0.15 39 26 150 39 39 39 276 105 300 276 VAV 336 764 0 15 115 76 150 115 115 115 159 306 305 159 b@nanum veninalion rate per Section 121, Table 121-A E Based on rued seat or Ina greater of me expected numb@• of Dc pants and 50% of me CBC xcuvarl oao'nr egress purposes for spaces *Moot fixed sealing H Requ✓ed VenbWbon Mr REO'D V A) o the larger of Ire ventitatWn rates caicurated an and AREA or OCCJDANCY BASIS xolumn D or G) I Will be greater man x equal to H or use Transfer Ae i. Alumn N) to make up me difference. Design fan suppty c4m %Fan CFMI x 30%. nr K Gundroan area %ft sq ) x 04 cfm7e $q . or • ltas mum of Columns M J, K. of XK cfm • • 'firs nest be Less man or equal to Column L and greater mat or equal to me sum M Columns N • N Transfer air must pe provided Mtere die Required ventilation Ao tcolumn II is greater Iran the Design Minimum Au Icolamr, ljfi Where rngwred. bdnsfer du must be greater Iran it eouai to me ,sRefence bel*eon Ire Required Venblution Air (column o and the Design Mmmum Air icolumn mi. cclumn H M EnergyPro 4 4 by Energy Soft User Number 5678 Job Number 07 0021 Page 131 of 157 MECHANICAL VENTILATION PROJECT NAME Eisenhower Ambulatory Care Center MECH-3-C • DATE 10/26/2009 ECHANICAL VENTILATION (Section 121(b)2) PRESCRIPTIVE REHEAT LIMITATION1Section 144(d)) AREA BASIS OCCUPANCY BASIS VAV MINIMUM B C D C F G H J K M N o c c3 -0c v m v30 <p w _ -n 0 —, a d t7 iD T tD� x Dn m 3 w n T m�g O x �1ID m nm O ; x 07 o� C' o N T ; yi 1 ; x n A m? C5 T7Z N ; o T Ln�' ;� x ZONE/SYSTEM o n ° ; m o ' ; L7 o D D x a. T = i VAV 335 289 050 144 194 7 5 144 144 144 414 116 413 414 VAV 334 1 154 0 15 173 11 5 150 173 173 173 315 462 461 315 VAV 333 138 0 15 21 14 150 21 21 21 162 55 300 162 VAV 332 404 015 61 4.0 150 61 61 61 234 162 300 234 VAV 331 184 0 15 28 1.8 15.0 28 28 28 90 74 300 90 VAV 330 719 0 15 108 72 150 108 108 108 165 288 300 165 VAV 329 573 0 15 86 57 150 86 86 86 135 229 300 135 VAV 328 323 0,15 48 32 150 48 48 48 219 129 300 219 VAV 327 573 015 86 57 150 86 86 86 135 229 300 135 VAV326 573 0-15 86 5.7 150 86 86 86 135 229 300 135 VAV 325 506 0 15 76 5.1 150 76 76 76 296 202 300 296 VAV 324 214 0 15 32 2.1 150 32 32 32 63 86 300 63 VAV 323 361 0 15 54 36 150 54 54 54 82 144 300 82 VAV 322 289 0,15 43 29 15.0 43 43 43 68 116 300 68 VAV 321 192 0 15 29 1 9 150 29 29 29 144 77 300 144 VAV 320 641 0,15 96 64 150 96 96 96 144 256 300 144 VAV 319 641 0 15 96 64 15.0 96 96 96 129 256 300 129 VAV 318 352 0 15 53 35 150 53 53 53 198 141 300 198 VAV 317 295 0 15 44 30 15.0 44 44 44 219 118 300 219 VAV 316 452 0.15 68 45 15.0 68 68 68 153 181 300 153 VAV 315 991 0 15 149 99 15.0 149 149 149 231 396 396 231 VAV 314 991 0 15 149 99 150 149 149 149 231 396 396 231 VAV 3 / 3 416 0,15 62 42 150 62 62 62 153 166 300 153 VAV 312 316 0-15 47 32 150 47 47 47 240 126 300 240 VAV 311 455 0 15 68 4.6 150 68 68 68 216 182 300 216 c Mmmum ventilation rate per Semoo, 121. Table 121 A E Based on r-xed seat of fie greater of Low expelled number of occupants and 50% of me CBC Occupant load for egress purposes for spaces witnout fixed seating H Required Vennlabon As IREO'0 V.A i is Me larger, of the venblahon •ales calcuVted an and AREA or OCCUPANCY BASIS Icotumn 0 or Gi I Must be greater Man or equal to H. or tw Transfer A, i, t, n NI to make up Me d.eeronce J Design fan supply clam IFan CFMI x 30%, or K C,wd lion area I sq l x CA cfm.,t sq., or L Mex. um of Columns H J. K or 300 On, M Tnra must be Less Man or equal to Column L and greater mat or equal to Me sum of Cciumns m • N N Transfer arr must be Drov.ded neve Me Required Venhtabon At tcdturnn It -s greater man the Desgr Minimum Mr . , A.— M1 Nhent requ-red. transfer " must be greater than or equal to the d,Rerence between me Required Venimton Art iccoumn 11 and the Design L4n,mum Au icotumn Mi rorumn H - M EnergyPro 4 4 by EnergySoR User Number 5678 Job Number 07.0021 Page 132 of 157 • • 0 MECHANICAL VENTILATION PROJECT NAME Eisenhower Ambulatory Care Center LV ZONESYSTEM VAV 310 VAV 309 VAV 308 VAV 307 VAV 306 VAV 305 VAV 304 VAV 303 VAV 302 • VAV 301 3RD FLR RR;JAN AH-5 VAV 101 VAV 102 VAV 106 VAV 105 VAV 108 VAV 103 VAV 104 VAV 107 1 ST FLR RESTROOM AH-6 MECH-3-C DATE 10/26/2009 ON (Section 121 (b)2) PRESCRIPTIVE REHEAT LIMITATION (Section 144(dp AREA BASIS OCCUPANCY BASIS VAV MINIMUM y D E F G 1 J K L M N cn z 3 A o� �o in NDa0 0 N T O IN n�M n�ma ;Oe, 93 wx..'> 1n 7 xVdA ci; N xO O NA 9 3T <D0 D o S A=O D mt- D - 473 0 15 71 4 7 150 71 71 71 315 189 314 315 215 015 32 4 3 75 32 32 32 231 86 300 231 369 015 55 3.7 150 55 55 55 198 148 300 198 739 0 15 111 74 150 111 111 111 180 296 300 180 565 0 15 85 57 150 85 85 85 225 226 300 225 965 0 15 145 97 150 145 145 145 306 386 386 306 511 0 15 77 5 1 15.0 77 77 77 174 204 300 174 245 0.15 37 25 150 37 37 37 177 98 300 177 168 0 15 25 1 7 150 25 25 25 99 67 300 99 387 0 15 58 39 150 58 58 58 294 155 300 294 317 0 15 48 48 48 127 300 Total 3.272 3.272 133 050 67 89 75 67 67 67 130 53 300 130 502 015 75 50 150 75 75 75 162 201 300 162 270 0 15 40 27 150 40 40 40 102 108 300 102 576 0 15 86 5.8 150 86 86 86 174 230 300 174 341 0 15 51 34 15,0 51 51 51 135 136 300 135 242 0 15 36 24 150 36 36 36 165 97 300 165 76 0 15 11 08 150 11 11 11 69 30 300 69 778 0 15 117 78 150 117 117 117 270 311 311 270 42 0 15 6 6 6 Total 490 490 (RECEIVED W T 2 R 2009 C Minimum vn;daton rate Per Section 121 Table 121-A W D L CONSTRUCTION E Based On Axed seat of the greater of the expected number of occupants and 50% A Me CBC xcupant load lot egress [w poses for spaces without fined seatrq. H Req,afed VnblaR r A , I REOD V A I m the larger of tiro ventilator, 'ate% calcuiiaed on and AREA ry OCCUPANC t BASIS ;cdumn D of G i I Must be greater than or equal 10 H, on use Transfer Art tcolumn N I to make up the dmerence J Desrgn fn supprl cfn, (Fan CFMI x 30% or • K Condaron area , 1 sq 1 .ill efmfl sq or l Maximum of Columns H. J. K, o, 300 cfrn M This must tro ksa than o/ equal IO Colurnn L and greater thator equal to the sum of Columrs H • N N Transfer air must oe prov,ded where the Requred Venblauon Air Icolu,,,n I I is greater that, the Des.gn Minimum Air icooumn MI. Whore required. transter an must tx greater Man or equal to the difference between Me Required Ver,btaeon Av Icaumn 1) and the Dtnrgn Llormum Au Icokimn A4, Cnlutnn H - M. EnergyPfo 4 4 Dy Energy Soft User Number 5678 Job Number 07 D021 Page 133 of 151 [MECHANICAL SIZING AND FAN POWER PROJECT NAME SYSTEM NAME Eisenhower Ambulatory Care Center FC-1 A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) It filter pressure drop is greater than 1 ncti W C enter filter pressure drop SPa on I-ne 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.083 49.0% 97.0% Total Adjustments MECH-4-C DATE 10/26/2009 FLOOR AREA 75 E F NUMBER PEAK WATTS OFFANS 0xEx746/(CXD) 1.0 130 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 130 2) SUPPLY DESIGN AIRFLOW (CFM) 595 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment - 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.219 1 TOTAL FAN SYSTEM POWER INDEX a ADJUSTED FAN POWER INDEX must not etceed 0 8 Wldm for Constant Vorume systems or t :5 'N'crm ra VA'J systr•ms ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System - Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 1 T,TVI ns:alled Cap" IM91tuM1 of ea elacfK heat on this prolecf esdusrve of electric ausdtary heat for heat Wmps x e OOM heat is osed etpyn which excephCrt(sl to Se"Imlg) apply Are CMin7ltgal ran r r� :dweri usa0 on this lx•>lecl'+ Enter -Yes' d -No'-) d [e!'tritugal fan ,.oiling tower are usad, esplaln which enception(s i 10 Sectlnn 144(h) apply 3 Total instatlpp capaciy (tors) of all wall"' and air cooled chillers un0er Ines pe+mrl llthere are more lnar 'Cq tons of alf- mled chttlar capacity tleirg in stalied. explain ~ eccep/cnisl to SwtOn 1440l apr.V J • Energypro 4,4 by EnergySog Use, Number 5678 Jon Number 070021 Page 134 of 157 ECHANICAL SIZING AND FAN POWER MECH-4-C DATE PROJECT NAME 10/26/2009 Eisenhower Ambulatory Care Center FLOOR ARE 19 SYSTEM NAME FC-2 B C D E F A EFFICIENCY NUMBER PEAK WATTS DESIGN FAN DESCRIPTION BRAKE HP MOTOR DRIVE OF FANS B x E x 746 I (C X D) Supply Fan 0.450 66.0% 97 0% 1.0 524 Total Adjustments FILTER PRESSURE ADJUSTMENT EQUATION 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 524 1 524 144-A 2) SUPPLY DESIGN AIRFLOW (CFM) A) It Biter pressure drop Is greater than 1 Inch W C enter •filter pressure drop SPa on line 4 and Total Fan pressure 3) TOTAL FAN SYSTEM POWER INDEX (Row 1lRow 2) SPI on Line 5 4) SPa B I Calculate Fan Adjustment and enter on Line 6 5) SPf CI Calculate Adjusted Fan Power Index and enter on Line 7 6) Fan Adjustment - 1-(SPa - 1)lSPt 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.375 1 TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX rust not exr-eed 0 B Wrctm. for Constant Volume systems or 1 75 N"cfm for 'v AV 1y11eni5 ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System 1 Air Cooled Chiller Limitation T-24 Capacity Section 144 (g) 144 (h) 144 (i) Exception Notes i Total -s!aned capacury iMBtl*V) of an erect"' neat or ?his propct excius.ve of ekcinc auxiliary heat for heat pumps „electric neat is usedexplain winch excelotxlrns) to sechoolg) apply �.Enter'Ves' a'No'i 11 centnruyr fan ctaling lower am used, e.p+s+n wh.ch excepUalfsl to Sectgn 144;h1 apply 2 Are centrdugei'an cooling towers used rn the txged? 3 Total installed capac4y Rant of se wator and a,' cooled 'nlllem under th+s Dili II mere are n%�re Ina" 100 tars of air cooled ch.tler capacity been installed, explain whkt� excepsorl s I to Sedan 14411) sppl➢� RECEIVED • OCT 2 R 70nti WDL CONSTR(1C7I01,,i EnergyPro 4.4 by Energy Soft User Number 5678 Job Number 07.D021 Page 135 of 157 MECHANICAL SIZING AND FAN POWER • MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-3 262 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0,380 66.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS B x E x 746 / IC X D) 1.0 443 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 443 2) SUPPLY DESIGN AIRFLOW (CFM) 600 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment - 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.738 I TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not esceed 0 a WYcf, for Constant Voume systems m 17S Wfctai far VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System ' Air Cooled Chiller Limitation 3 T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes I T.-441- n1!a41d caflacity 4.191Whn of as 9iecinc ,eat on !TS proiacf o.clusive of eiectnc ausisary boat Id heat pumps. If 0141 heat is used, esplan -1,01 Bllcepili i b1 Ssctimig) apply i Are cent•ifug& Ian coding lowers used :in iris project? , Enter 'Yes' at -No i It centrifugal tan moiing tower are used, explien which escepbnrlis) In Sertion 1441h1 apply 3 Total nsWied capacity ;lonsl of all water and a+ Cooled iylr'Iers under this perms 1' mere are more than i Op Inns of air-cooled chiller capacity being .rstatied, explain which except if i to Swiron 144(o apply • • EnergyPro 4.4 by EnergySofl User Number 5678 Job Number 07 0021 Page 136 of 157 • MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-4 1,133 FAN POWER CONSUMPTION r_1 FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop l5 greater than 1 inch W C enter •filter pressure drop SPa on line 4 and Total Fan pressure SPI on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.730 76.0% 97.0% E F NUMBER PEAK WATTS OFFANS BxEX7461(CXD) 1.0 739 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 739 2) SUPPLY DESIGN AIRFLOW (CFM) 1.900 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)iSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.389 I TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed 0 a mc1m for Constant Volume systems or 1 25 W+ctm for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System ` Air Cooled Chiller Limitation 3 T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes � Tara, .ns;abed capady ibletu nil ��r aL eleclnc neat on tins prgeC excluene or erocmc auaawry neat tM host pumps a elecinc neat a used. explain which axce{.mon)sl to Sectxxngt appy 2 Are renlntugar'an tooling towers csed on mis prolect� rEnter -Yes' or 'No', x centMuga{ tan coding tower, are used. explain which exppUonls; to Swt on 1441h, apply J Totai inslal'ted Capacity tonsi of an waver, and air -raed chaers undo Cos p.—I N mere are more trw 100 tons at air-coow Miller capaCly Desg nsta Ned, explain which 9xceptlonis) to Section 144(, 1 apply RECEIVED • OCT 2 R ?nnq WDL CONSTRUCTION! EnergyPro 4 4 by EnergySoR User Number 5678 Job Number 07 0021 Page 137 of 151 (MECHANICAL SIZING AND FAN POWER MECH-4-CI PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-5 332 FAN POWER CONSUMPTION A B C D E F DESIGN EFFICIENCY NUMBER PEAK WATTS FAN DESCRIPTION BRAKE HP MOTOR DRIVE OF FANS B x E x 746 / (C X D) Supply Fan 0.083 49.0% 97.0% 1.0 130 Total Adjustments FILTER PRESSURE ADJUSTMENT EQUATION 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 130 144-A 595 2) SUPPLY DESIGN AIRFLOW (ChM) A) It filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) SPt on Line 5 4) SPa B) Calculate Fan Adjustment and enter on Line 6 5) SPf C) Calculate Adjusted Fan Power Index and enter on Line 7 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.219 i TOTAL FAN Sv STEM POWER INDEX or ADJUSTED FAN POWER INDEX must rol exceea 0 h v♦' din for Cunstantor 1 25 A Or, try VAV syste-ts ITEM or SYSTEM TAG(S) T-24 PRESCRIPTIVE MEASURES Section Capacity Exception Notes Electric Resistance Heating 144 (g) Heat Rejection System ` 144 (h) Air Cooled Chiller Limitation 3 144 (1) I Tmai :.W.rih MBtu hn a$ a+ eiectnc heat on this Pr0i exclusive of siectric aruxdiarq heal for hcvt pq.mps M elel: nc heal is usedexplain which e—otrpnl ill to S--b0nig i apply 2 Are ceninfugal fen resoling towers used :tn this project? lEnto, 'Ves- or -No' 111 contnlugal tan cooing tower are urea, explain whM •xcptton(sI to Seii I"thI 30DIV 3 Total nstai,.ed capacity ItmsI of all water and art ^onlrtd ch,liers under ffi r Dermit if th" are more I?, 10o tons of a�r.coolea ch,IW capacity bung msialied. explain e^ch exoeptonfsr to Section 1441-! apply • • EnergyPro 4.4 by EnergySofl User Number 5678 Job Number 07 0021 Page 138 of 157 • MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 SYSTEM NAME AREA FLOOR A FC-5A 1,703 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 Inch W C enter •filter oressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.125 55.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS 8xEx746/(CXD) 1.0 175 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 175 2) SUPPLY DESIGN AIRFLOW (CFM) 765 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)' 0.228 I TOTAL FAN SYSTEM POWER tNDEX or ADJUSTED FAN POWER INDEX must not ex X r d 0 8 W'ctm for Constant Volume systems or 1 25 w'cfm for VAV syslems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System Air Cooled Chiller Limitation 3 T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes t 'oral installed capacity IMeturh•l of all —i fir heat cn this potect eso." of eiacviC auulrary heal for heat p..mps If electnc heat is ullaU, eapam wnres exception(sl to Secoon(g, apply Me cAnthrlugal tan coning lowers ;,sod on this pfoltai ;Enter 'Yes' or'No' i n centrifugal fan coding tower ate sad, explain which er ceptron(sl to Secton I"I h) apply i TMal installed capacity itonsl of ail water and en cooled i_I'Artm �ndef Ihis permd N there are more If -an '00 tots of air -Cooled chiller capacity oertq installed esryarn which ,xc,"vbohrs, t, Section 1444, 1 apply RECEIVER • OCT 2 R -%iu 1WDL CONSTRUCTION, EnergyPro 4.4 by EnergySoff User Number 5678 Job Number 07 0021 Pap:139 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-6 PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FC-6 FLOOR AREA 1 12 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop Is greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5. 8) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.083 49.0% 9T0% E F NUMBER PEAK WATTS OFFANS B x E x 746 / IC X D) 1.0 130 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 2) SUPPLY DESIGN AIRFLOW (CFM) 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment - 1-(SPa - 1)iSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)' I TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed 0 B Wrctm for Constant Vow" sysierns or 1 25 W2fm for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation .1 T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 130 595 0.219 1 Taal mslatbd capacty Melurn of as efactrrc heal on INS prolmict exCIyS,,e Of electhc a —nary heat for heal P,.mps If WrKtrC neat ,S isod exomn Wnrcm e.11pbinls1 to Ssrt.nnlg 1 appry 2 Are cenfn"al fan coding lowers sad on In,. protect"' (Enter'YOS' or'No'I M cenrnfugal fan cooing tO-hf are .aed, exPlarn wnKr escepeorls1 to Section 1441h) apply ? Total natalled CAPaaty Itons) of all water and an cooled chNers Jndw mis permit. If there are more than 100 tans of art-Caoled chiller rapacity aemg mVaeed, eapla.n whim e.cept.oni s) to Section 144tr I apply • • C7 EnergyPro 4 4 by EnergySoft User Numoer 5678 Job Number 07 0021 Page 140 of 157 ECHANICAL SIZING AND FAN POWER MECH-4-C DATE PROJECT NAME 1012612009 Eisenhower Ambulatory Care Center FLOOR AREA 04 SYSTEM NAME FC_7 B C D E F A DESIGN EFFICIENCY NUMBER PEAK WATTS FAN DESCRIPTION BRAKE HP MOTOR DRIVE OF FANS B x E x 7461 (C X D) Supply Fan 0.350 66.0% 97.09io 1.0 408 Total Adjustments FILTER PRESSURE ADJUSTMENT EQUATION 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 408 80 134-A 2) SUPPLY DESIGN AIRFLOW (CFM) A) II Clter pressure drop ,s greater than 1 Inch W C enter •filter pressure drop SPa on line 4 and Total Fan pressure 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) SPf on Line 5 4) SPa B) Calculate Fan Adjustment and enter on Line 6 5) SPf C) Calculate Adjusted Fan Power Index and enter on L1ne 7 6) Fan Adjustment = 1-(SPa - 1)1SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.510 I TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceeC 0 N W.cfil tnr Corotanl Volume syalems o 1 ZS W`fm for VAV sysloms ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System a Air Cooled Chiller Limitation T-24 Capacity Section 144 (g) 144 (h) 144 (1) Exception Notes I Taal msla-G capauty iM6tw'hr1 L�f an.,sane heat on Ihls protect exclusive of eleUnc auxdlary nt-al Im heat 1�-mtM x e'mlrK nea"s'sed_ o•pla.n which excwptlonl sl Ip Sectrniq 1 aPDIV Are centningd ran cooenEj lowers used or, tors Protect' ,Erler'Yes' or'NO-I a cantrauyai fay : �a�rg tower aye used, erplarn arhwt' excepeonSs) to Section IA41h i aptxy Tofal installed cay tons) of au watet and an coded chmem under thn per-titp there are more than 100 tons of arr� ooled macu iller Ca xng �nsUlDed, explam whlcr' excepM1onlsn to $wrpon oaca 1441, t apply RECEIVED OCT 2 A lnr,9 is WDL CONSTRUCTION EnergyPro 4A Dy byetgySofl User Numoe- 5678 Job Number 07.0021 Page 141 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-7A 1,179 FAN POWER CONSUMPTION A B C D E F DESIGN EFFICIENCY NUMBER PEAK WATTS FAN DESCRIPTION BRAKE HP MOTOR DRIVE OF FANS B x E x 746 i (C X D) Supply Fan 0.125 55.0% 97.0910 1.0 175 Total Adjustments FILTER PRESSURE ADJUSTMENT EQUATION 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 175 144-A A) It filter pressure drop is greater than 1 inch W C enter 2) SUPPLY DESIGN AIRFLOW (CFM) 765 filter pressure drop Spa on true 4 and Total Fan pressure 3) TOTAL FAN SYSTEM POWER INDEX (Row 1 Row 2) SPf on L,ne 5, 4) SPa B) Calculate Fan Adjustment and enter on Line 6 5) SPf C) Calculate Adjusted Fan Power Index and enter on Line 7 6) Fan Adjustment = 1-(SPa - 1)iSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.228 I TOTAL FAN SYSTEM POWER INDEX or ADJUSTED rAN POWER INDEX must nW exceed 0 B W,Nm for Consunl Vplume ayatems a t 25 W'clrn fd VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 1 Totai mstaua! ,.ao.wiry iM6tu+hr) of ati mean heat On Itua Protect exclulfve of electric suxir ary heal to heat Pumps if eiednc heat m usedexplain which except-onisi to Seaidnlgl apply 2 Are centniugdi fan coding towers used on this protecO IEnter -Yes' or "No', p centrAugai ran coding tower are used explain which ex[;ajmorits) to Section 144(h) apply 3. T'Jtai •nstaried capacity ;Ions) of all water and all cooled chillers under I" perm" x there are more Iran 130 tons of air -curled C -41e, capacity Genig nstalied, explain which exceped+i s i Io Section 14411) apply • • • EnergyPro 4 4 Dy Energy Soft User Number 5678 Job Number 07 0021 Page 142 of 157 *[M-ECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREAS FC-8 FAN POWER CCINSUMPTION —771 A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A •A) It filter pressure drop is greater than t inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure Slot on Line 5 B) Calculate Fan Adjustment and enter on Lne 6 C) Calculate Adjusted Fan Power Index and enter on L ne 7 B C D E F DESIGN EFFICIENCY NUMBER PEAK WATTS BRAKE HP MOTOR DRIVE OF FANS B x E x 746 / (C X 0) 0.083 49.0% 97.0% 1.0 130 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 130 2) SUPPLY DESIGN AIRFLOW (CFM) 595 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.219 1 TOTAL 9AN SYSTEM POWER INDEX a ADJUSTED FAN POWER INDEX must not r--eceed D B Wrcfm 1n1 CJnafanl Volume systems nr 1 25 W'cfm for VAV systetna ITEM or SYSTEM TAG(S) T-24 PRESCRIPTIVE MEASURES Section Capacity Exception Notes Electric Resistance Heating 144 (g) Heat Rejection System ` 144 (h) Air Cooled Chiller Limitation 144 (i) 1 TnW installed wpeoty , M6twhr, of ell electric heat on this profed on0us+ve of electric auahary heat tot heat pumpstl electric heat S used, explain wrnch excephonl si to Section) g i apply 2. Are cool +an coding lowers uwo nn tha protect (E,ter —es* a *No -I a cenlnfugal ran cod.rng tower are used. wptarn wha h excepeon(s) to SxLon tai(hI apply 1 Total installed call icome at as water and a rD Aad Chillers under this pt-I H there are more than 100 IOha of ar�oo:ad chiller capacd) oeang ^ stafbd. explain Which excephdr IS! tp SeCIN)ri 1".i apply RECEIVED • OCT 2 8 2004 WDL CONSTRUCTION EnwgyP,o 4 4 by EnergySoft User NumDer 5678 Job Number 07.0021 Page, 143 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FC 9 FLOOR AREEA46 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop SPa on true 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Lne 6 Cl Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.100 49.0% 97.0% E F NUMBER PEAK WATTS OFFANS B x E x 746 1 (C X D) 1.0 157 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 2) SUPPLY DESIGN AIRFLOW (CFM) 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)ISPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1 TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must nol exceed 0.8 W,ctm for Constant Volunro aysterns w 1 25 W!ctm fw VAV system. ITEM or SYSTEM TAG(S) T-24 PRESCRIPTIVE MEASURES Section Capacity Exception Notes Electric Resistance Heating ' 144 (g) Heat Rejection System 144 (h) Air Cooled Chiller Limitation 144 (i) 157 640 0.245 I Total instated capacgV 11,18famri of all electric heat on this protect exclusive of ei*CVK aux diary heat rw heat pumps It electric heal s used explain which exceptional Io Sectlon(gI apply 2 Are centnh4al Ian cooking towers used on thrs protect? IEntef 'Yet' w'NO , M centntugal 'an cooling lower are used, explain wh1Cf1 as Ctlpswl{al Id Sechdn 1441h! apply 3 Total nstaaed aspKrty {fors) of as nab• and a• coded chd" under, this permd If then, are more lhan 100 inns tit aa•cnded chdlar capauty be.ng —1alled explain whKn exceptions to Section 144(, l apply • • is EnergyPro 4 4 by Energy Solt User Number 5678 Joe Number 07 0021 Page 1" of 157 • MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-10 142 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILER PRESSURE ADJUSTMENT EQUATION 1,1 . .r filter pressure drop is greater than 1 Inch W.0 enter ter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.500 76.0% 97.0% E F NUMBER PEAK WATTS OFFANS 8xEx746/ICX0) 1.0 506 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 506 2) SUPPLY DESIGN AIRFLOW (CFM) 800 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPi 6) Fan Adjustment = 1-(SPa - 1)iSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.632 'OtAI FAN Sv STEAI POWER INDEX or ADJUSTED FAN POWER INDEX must nct miceed 0 8 W-cfm lot Constant Votume systoms of 125 Mcfm for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (I) Exception Notes 1 tntal nstalied caPaMy 4,111I .hfl of an a MIM neat On this project exclusme Df eiedb,c su ,l,ary Mat for neat pumps It Wean[ real .s used ex[r.an wtM[}t ,KmP:gntsl to Sectronlgl aptly 2 Are .entrtfuga,'an coding towen used on this prnfecfn i Enter 'Yes" or *No*' 0 ceninfugai tan rOK141"g tower are used. espla,n Whwh exrepeonlsl to Section 1441hr apoy 3 Total ,"tailed papaoty f tonal of ae water and ae couled ch,llen -,der ln,s wmn If there are VNthan 100 Ins N av-cooled 0,1 er rapacty perng "failed. exp.an *", fh e.ceptlonl s t to Section I",, aptly RECEIVED • OCT 2 S 70n4 WDL CONSTRUCTION, EnergyPro 4A oy EnergySoR User Number S678 Job Number 07 0021 Page 145 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-6 PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA FC-11 394 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If Ater pressure drop is greater than 1 inch W C enter filter pressure drop SPa on fine 4 and Total Fan pressure SPf on line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.500 76.0% 97.0% E F NUMBER PEAK WATTS OFFANS B x E x 746 1 (C X D) 1.0 506 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 2) SUPPLY DESIGN AIRFLOW (CFM) 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) Spit 6) Fan Adjustment - 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) I TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed o P W,dm rot constant Volume systems or 1 25 VY'cfm lot VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System ` Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 506 1,000 0.506 t T gal �m:alled c:apaoty ;A1BIw'hri of as eleflrx' neat on in,s protect excrusrve of eiectrrc au„I�ary heat •d gnat pumps ffel-l— heal caused, —plan which e• ptnnls) to sect-1g. apply 2 Are centrifugal fan coo—g lowers used on Ints proiact" IEnlw les' nr -No'I M cenlMugal fan c l ng tower ere usej. explain winch excepbon�.sl10 SOCK,,. 144iht apply 3 Taal installed capanty tonsi of all water and air coded Miners under t*rn permit If there are more lhan 130 tons of ae-cooled miller capacay being .rstatred, exclain whKh excepbonlsl to Section 144Ic1 apply • I is EnergyPro 4.4 by EnergySoft User Number- 5678 Job Number 07 0021 Page 146 of 157 • IMECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 SYSTEM NAME AREA FLOOR AR FC-12 270 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop ,s greater than 1 inch W C enter isfilterpressure drop. SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line ' B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.500 76.0% 97.0% E F NUMBER PEAK WATTS OF FANS B x E it 746 I (C X D) 1.0 506 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 506 2) SUPPLY DESIGN AIRFLOW (CFM) 1,000 3) TOTAL FAN SYSTEM POWER INDEX (Row Vi 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)lSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.506 1 TOTAL FAN Sr STEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed 0 S W;cfm for Constant Volume systems or 1 75 W. rfm f r VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance H ng Heat Rejection System ` Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 1 Total installed capac.ty ,MBtu.hn of au rnectnc neat on tors prnlect exclu— of eln Ir c auxdNry neat for neat pumps If efednc heal a used. etcptam which exceptrmisi to Secuontgi apVV 2 Are cemnh4ar'an coding towers used on Ma project, (Enter -Yes' or'Na' l It rentMugal fan c,,x*ng tower ux used. expt&n which excepL,sr to Section r44in, appiy 3 Total installed capaohy (tons! of all water and aV crkxed cP,Ilea under th.s permd If !here art more than 1 OQ tons of Air-cooled cn.11er capaaN Derry installed expWm or e.cepDOn;sI to Section 1441i) moo RECEIVE© is 0 C T 2 A 2009 WDL CONSTRUCTION EnergyPrn 4 4 by Energy oft User Number 5678 Job Number 07,0021 Page 147 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FC-13 FLOOR AREA77 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 1444-A A) If filter pressure drop is greater than 1 inch VV C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.500 76.0% 97.0% E F NUMBER PEAK WATTS OF FANS 8 x E x 746 1 (C X D) 1.0 506 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 2) SUPPLY DESIGN AIRFLOW (CFM) 3) TOTAL FAN SYSTEM POWER INDEX (Row 11Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) t TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX most not exceed C: B Wchn fur Constant Volume aysiems ur 1 25 Wrcfm fa VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 506 700 0.723 1 Total nsialied capacity MEIIUn of all erectrc heat on 7P9 protect etduswe of a—,Ary neat I- neat p..mps It ,.At s usea. expa.n wh.ch exceptroni. s) to Sactantgi appr 2 Are :w1rif gal tan coding towers used on item prolect' � Enler'Ves' or'No' • If cerinfugal far coding rawer are .,sea explan whrcn excepson;s) to Section 1 a4(h i apply 3 Total nstailed capacity (tons) of as water and air cooNid cnaiers under this pti T there are more than 100 tors M air r cooled ch.uer wpacrry using installed. e.piam w"Kh euepaonSal to Section 1441r) apply • • is EnergyPro 4 4 by EnergySoft User Number5678 Job Number 07 0021 Page 148 of 157 • IMECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME Eisenhower Ambulatory Care Center DATE 10/26/2009 SYSTEM NAME DFC-1 FLOOR AREA 131 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter •filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.250 64.0% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS B x E x 746 / (C X D) 1.0 300 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 300 2) SUPPLY DESIGN AIRFLOW (CFM) 800 3) TOTAL FAN SYSTEM POWER INDEX (Row II/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)!SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)1 0.376 t. TOTAL FAN SYSTEM POWER INDEX a ADJUSTED FAN POWER INDEX mast not emceed 0 e W ctm for Constant Volume systems w 1 25 W 'dm rw VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System - Air Cooled Chiller Limitation 3 T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes Tnu� nzlalled capa<ly Meru h•, nl all e�ectne Heal on [hs polecY exc.u" pf etrctnc auulury heat IX heel Pumps It elecinC heats used xpan wn ch zxCept,onlsi to Se ,on(gl apply 2 Are centMugal fan cooking towers usr,0 a• this pro edl Enter -Yes- or -No-, if centntugal fan coohng Iowa. are ::sad, e.p n wh„ h e.cepeun�sl to Sect.on 144jh) apply 3 rota, nslalled cepauty ItonsI of as water and se coded chasers under this permd 1' mere are mnre Ivan 100 tons of aw-cooled ch/lei capacity oeing ,nsUOed. explan wh,d1 except-,. to Section 144J" apply RECEIVED • OCT 2 R 2(1(i4 WDL CONSTRUCTION Energypro 4 4 Dy EnergySofl User Number 5678 .lop Number 01.0021 Page 149 o1 157 MECHANICAL SIZING AND FAN POWER MECH-4-Cl • PROJECT NAME Eisenhower Ambulatory Care Center SYSTEM NAME DFC-2 DATE 10/26/2009 FLOOR AREA 1 36 B C D E F A DESIGN EFFICIENCY NUMBER PEAK WATTS FAN DESCRIPTION BRAKE HP MOTOR DRIVE OF FANS B x E x 746 1 (C X D) Supply Fan 0.250 64.00% 97.0% 1.0 300 Total Adjustments FILTER PRESSURE ADJUSTMENT EQUATION 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 300800 144-A 2) SUPPLY DESIGN AIRFLOW (CFM) A) II fitter pressure drop is greater than 1 inch W,C enter filter pressure drop- SPa on line 4 and Total Fan pressure 3) TOTAL FAN SYSTEM POWER INDEX (Row 11Row 2) SIP! on Line 5 4) SPa B) Calculate Fan Adjustment and enter on Line 6 5) SPf C) Calculate Adjusted Fan Power Index and enter on Line 7 6) Fan Adjustment = 1-(SPa - 1)lSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.376 1 TOTAL FAN SYSTEM POWER INDEX at ADJUSTED FAN POWER INDEX must not exceed o e W,ctm for constant Volume systems or 1 25 W c1m for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System ` J Air Cooled Chiller Limitation T-24 Capacity Section 144 (g) 144 (h) 144 (1) Exception Notes 1 TOtBI inlUlkd cepBntY 1MatWM1 or ill Necinc heat on Intl prOPW exclusrre of elti lu•tkan neat for neat pumps If electric neat A Used, "Plain whiCn eaceplKrn151 to section(g1 apply 2 Ate centr'tugat 1 M CentnfUpa' ten coding tower We used explain wn.cn axcepsmtst to Section !f4ini eppk fan Coding rowers used on this prnlao IEnter'Yes or 'NO' 3 'oral �nstaerrd capsotY ltonsl of all water and air coded cndlef5 under tiffs Permit It mere we more than 100 Ions of a.r-cooled cn.11er capaaty toeing .nstatled. explain wn.ctt 01CCpebnisl to $ecitpn 16a1,1 aprxy J • EnergyPro 4 4 by Ene,gySoft User Njrnber 5678 Job Number 07 0021 Page 150 of 157 < ks MECHANICAL SIZING AND FAN POWER PROJECT NAME SYSTEM NAME Eisenhower Ambulatory Care Center DFC-3 A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter •filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 0.250 64.0% 97.0% Total Adjustments MECH-4-C DATE 10/26/2009 FLOOR AREA 130 E F NUMBER PEAK WATTS OFFANS 8xEx7461fCXD) 1.0 300 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 300 2) SUPPLY DESIGN AIRFLOW (CFM) 800 3) TOTAL FAN SYSTEM POWER INDEX (Row 1iRow 2) 4) Spa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)1SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 0.376 t TOTAL FAN SYSTEM POWER INDEX •y ADJUSTED FAN POWER INDEX must not e.reed o e W,c1m 1nr Corslant Voiurne systrins or • 25 W,cen for VAV syslems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System 2 Air Cooled Chiller Limitation 3 T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes 1 Total instased cape" ih18t"th" of AA elecinc neat on Ills protect exciuvre of eletric auxAiery Peat for neat pumps. If Nednc heal q usedexplain which exceptioli to Seawn(g) apply 2 Are centni fan cool,ng towers asap on th, proJi IEnter 'Ves' or 'No' I M centntugal tan coal, 10*er am used. exptmr ,chid, ex florid Io Se inn I",h) apply_ 11Total m+bd ca etepaaN �tonsl of all wr.n water saaircoded cnnlent under [h<s permitcop It them are more than 1op tors of aIr-coded chiller capaoty being Irstased, ellplain wh.M excep/imisl to Sectwn 31tI1 apply. (RECEIVED is OCT 2 P WDL C0NSTR1J0T1O� EnergyPfo 4.4 by EnergySoft User Number: 5678 Job Number 07 0021 Pape 151 0( 157 MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA AH-1 18,028 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan Return Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop 15 greater than 1 inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on L ne 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 30.000 92.4% 97.0% 10.000 89.5% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS B x E x 746 r (C X D) 1.0 24,970 1.0 8,593 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 33,563 2) SUPPLY DESIGN AIRFLOW (CFM) 22,000 3) TOTAL FAN SYSTEM POWER INDEX (Row 11Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)' 1.526 I TOTAL FAN SYSTEM PO'.VER INDEX ni ADJUSTED FAN POWER INDEX must not exceed 0 h W Oni for Constant Volume systems of 1 25 W.c1m lot VAV systems. ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes 1 TlAoi in►lallod capacity Melubri or as o m le, neat on this pro(e(:I exdusiye or elecli auxiliary neat 1w heal Dumps R eiectnc most is used, explain wti h excaphonfll to SectimlgI apply 2 Ara centrifugal ran cooling towers .:seA or this r+ntectn iEnter'Ves' or'No''i a centrifugal fan coding 11— am used. explain wfi.ch exCepiiix i to Sedan 1441h1 apply 3 Totar instal" Cap" (Ions) of all water ano air cooled chloars undar ln,s Dermd 11 there am more than 100 tons of air -Cooled chiller r Dili being metalled explain .Midis excepaonfsl to Secl on 1"i t apply EnergyPro4,4 by Energy Sort User Number 5678 Job Number 07 0021 Page 152 of 157 OI MECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA AH-2 11,252 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan Return Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) It filter pressure drop is greater than 1 inch W C enter isfilter pressure drop SPa on ine 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Line 6 C i Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 30.000 92.4% 97.0% 7.500 88.5% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS 8 x E x 746 l lC X D) 1.0 24,970 1.0 6,518 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 31,487 2) SUPPLY DESIGN AIRFLOW (CFM) 21,000 3) TOTAL FAN SYSTEM POWER INDEX (Row 1fRow 2) 4) SPa 5) SPt 6) Fan Adjustment = 1-(SPa - 1)/SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1.499 1 TOTAL FAN SYSTEM POWER INDEX cr ADJUSTED FAN POWER INDEX mwl," --d O.e Al Irr, for Constant VoGame systemsor 1.25 W.clm for VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (j) Exception Notes t Totn mslailyd ,-.apacrly Ile GNJIr! nl as tt4e .tnc neat on this pm,ai of elect,, a i r-" -'jit 'ur reai :.., ^i; �s It rlw tnr heat s .sail etpbn wnK.n asteptmnist b Secflatlpi appy 2 Are centrifugal tan cooling tower used on the Protect' i Enter'y'es' of -Ni x centrOugal tan coding tows, are used, explain velich eliceptionisl to Section 144th) apply 3 Total irstatill rapacity (tom) of aii at., and an .-<+Nsd ,hears un de, this permit. It free are more than 100 Ions of air ox>led chiller capacity being installed. explain wh-ch e.cepsonis) to Section 144(i) apply RECEIVED so OCT 2 R ?nnQ WDL CONSTRtiffION Energypro 4 4 by EnergySoft User Number 5678 Jot+ Number 07.0021 Page 153 of 157 ECHANICAL SIZING AND FAN POWER -1 * MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA AH-3 7,846 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 inch W C enter filter pressure drop Spa on line 4 and Total Fan pressure SPf on Line 5. B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 20.000 91.0% 97.0% E F NUMBER PEAK WATTS OFFANS B x E x 746 / (C X D) 1.0 16,903 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 16,903 2) SUPPLY DESIGN AIRFLOW (CFM) 14,500 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)/SP1 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6)' 1.166 l TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not esceed 0 8 W ctm for Constant Volume systems or 1 25 W-cfm for VAV systems. ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating ' Heat Rejection System Air Cooled Chiller Limitation i T-24 Section Capacity 144 Ig) 144 (h) 144 (1) Exception Notes t Total installed Papaaty iM&u.hrl of all raectrx: heat on this propel exclusive of "ceic au Wrary heat for "eai pumps tt ele[trK neat n used e�Nam wh.ch esrmptan(s) ro Seawsggl apply 2 Are centrifugal tan coceng towers sad :xr this prciectl _Enter'Yes' or -No'. If centrifugal fan z.A ig tower are usedexplain wrich excepeon,s1 to Section laa(hl apply 3 Total installed cepactty ilonsl ut ail water and aw -c»ied V kefs unaer I" parmt It there are more than 100 tons of aa-Cpp1aQ queer Capidty being installed, explain wwt,4h e.ceplwn IsIto SecuUn 1444-1 apply 11 �W-] 1� u EnergyPro 4.4 by EnergySoh User Number 5676 Job Number 070021 Page 154 of 157 • IMECHANICAL SIZING AND FAN POWER MECH-4-C PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA AH-4 16,423 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan Return Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than 1 Inch W C enter 10 filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 20.000 91.0% 97.0% 7.500 88.5% 97.0% Total Adjustments E F NUMBER PEAK WATTS OFFANS B x E x 746 / (C X D) 1.0 16,903 1.0 6.518 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 23,420 2) SUPPLY DESIGN AIRFLOW (CFM) 17,000 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2)' 4) SPa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)ISPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1.378 T TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not e„reed 0 8 W'cfm for Constant Vniume systems or 125 W'efm for VAV system% ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation 3 T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes t Total nslal,ed _apac.ty AfBIu Tr) of ae a 00M heat On this PropC2 esnusrve N 80011C au.thary +eat for heat pumps If eieclru heat is used esplaln whl f, pxcep110MI st to Serhon',gI apoN 2 Are centrifugal fan roiling ICAWS used on this project' IEmw -Yes' or'Na' 1 if cnnIMugel :an coming tower are usedexp�ain whs;h nr..ep4unlsl to Sectan 144t1,1 apply 3 Tntal ,nstaaed c4Wty Ilmill of art wafer and err coded ch,llers under !Ms permit N there are Wrote than 100 tons of air-cooled chtiler rapaoty bung installed. evvLain wn,cn excepttonl31 to S-1,on I" lapply (RECEIVED 0 OCT 2 R 2111`14 WDL CONSTRUCTION EnergyPro 4.4 by EnergySofi User Number 5678 Job Number 07.0021 Page 155 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME AH-5 FLOOR R EA 024 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan Return Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop is greater than i Inch W C enter filter pressure drop. SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 C) Calculate Adjusted Fan Power Index and enter on Line 7 B C D DESIGN EFFICIENCY BRAKE HP MOTOR DRIVE 40.000 93.0% 97.0% 15.000 91.0% 97.0% E F NUMBER PEAK WATTS OFFANS BxEX746/(CXD) 1.0 33.078 1.0 12,677 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts, Sum Column F) 45,755 2) SUPPLY DESIGN AIRFLOW (CFM) 27,000 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) Spa 5) SPf 6) Fan Adjustment = 1-(SPa - 1)lSPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1.695 t TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed 0.S W ctm for Constant Voiume systems o• 125 W,cfm fw VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heathy Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (i) Exception Notes t Total installed capacity ,Metw'hrf of as ulecm heat Or, this propct exclusrre ut electrrc auxiliary heat id heat pumps M eieCtnc heat is used, explain which exception(s) to Sectionfgf apply 2 Are canln"al far -m ng towers used on this prgectli (Enter 'Yes* or 'No', If centrifugal fan caning tower am used explain which exceplimfsl to Section e44(hf apply 3 Totai nstalled capacity (sons) of as water and air copied chillers under this permit If them are more than '00 Ions of air-cooled chiller rapacity being installeo explain which exception(s) to Section t"r i apply • • EnergyPro 4.4 by EnergySoft User Number 5678 Job Number 07 0021 Page 156 of 157 MECHANICAL SIZING AND FAN POWER MECH-4-C • PROJECT NAME DATE Eisenhower Ambulatory Care Center 10/26/2009 SYSTEM NAME FLOOR AREA AH-6 2,957 FAN POWER CONSUMPTION A FAN DESCRIPTION Supply Fan FILTER PRESSURE ADJUSTMENT EQUATION 144-A A) If filter pressure drop Is greater than 1 Inch W C enter filter pressure drop SPa on line 4 and Total Fan pressure SPf on Line 5 B) Calculate Fan Adjustment and enter on Line 6 isC) Calculate Adjusted Fan Power Index and enter on Line 7 B C D E F DESIGN EFFICIENCY NUMBER PEAK WATTS BRAKE HP MOTOR DRIVE OF FANS B x E x 746 / (C X D) 7.500 88.5% 97.0% 1.0 6,518 Total Adjustments 1) TOTAL FAN SYSTEM POWER (Watts. Sum Column F) 6,518 2) SUPPLY DESIGN AIRFLOW (CFM) 4,000 3) TOTAL FAN SYSTEM POWER INDEX (Row 1/Row 2) 4) SPa 5) SPf 6) Fan Adjustment - 1-(SPa - 1);SPf 7) ADJUSTED FAN POWER INDEX (Line 3 x Line 6) 1.629 I TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must not exceed D B WzI n for Constant Volume systems or 125 W cfm !or VAV systems ITEM or SYSTEM TAG(S) PRESCRIPTIVE MEASURES Electric Resistance Heating Heat Rejection System Air Cooled Chiller Limitation T-24 Section Capacity 144 (g) 144 (h) 144 (1) Exception Notes I Total mstaaed capacity i1.18tu hr1 of all electric heat on this protect exclusnve of etectrK auxl4 ary neat tar heat pumps M electric heat s used arPa.n wMch except-on(s) to Secbonlgl apply 2 Are errinhpai fan Coding towers :se on Ines prolectl 1Enter'Yes" or'No' i 11 a trvugal fan cooling towm are use explain which exwpbonls; to Sed,on 1441hi appN 3 Total installed capacury Mons) of al, wale, and ae ended chillers under this permit If there are more than 100 tons of au -cooled chiller capacity Deng installed, explain whlcn exceptlanlsl to Section 1441,1 appy !RECEIVED OCT 2 8 2009 • Vi CONSTRUCTION EnergyPm 4 4 oy EnergySoft User Number 5678 Job Number 07,0021 Page.157 of 157