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Cohen- Planset (Full)
RELEASEREVDATE NAMEGOVERNING CODESPARCEL MAP PROJECT LOCATION SHEET INDEX ENGINEERED BY: CONTRACTOR: CONTRACTOR LIC #: PHONE: CONTACT NAME: PHONE: EMAIL: DESIGN BY: PHONE: HOME OWNER PROJECT LOCATION: PROJECT DRAFTER: LICENSE #: PHONE: ELECTRICAL UTILITY: AUTHORITY HAVINGJURISDICTION: BUILDING: CONTACT NAME:PHONE: LICENSE TYPE: PHONE: EMAIL: EMAIL: PHONE:COVER SHEETSHEET SHEET TITLE EMAIL:APNAdvanced Solar Solutions39650 MallardBass Lake, CA 93604 PHONE: 559-321-7000EMAIL: info@advpermits.com ADDRESS ADDRESS kW PHOTOVOLTAIC PLANS PROJECT APN: GENERAL PROJECT & JURISDICTIONAL NOTES 1. UNAUTHORIZED USE OF THIS DRAWING SET WITHOUT EXPRESSEDWRITTEN PERMISSION FROM THE CONTRACTOR AND ADVANCED SOLAR SOLUTIONS IS A VIOLATION OF U.S. COPYRIGHT LAWS AND WILL BE SUBJECT TO CIVIL DAMAGES AND PROSECUTION. APPLICABLE BUILDING CODES: INTERNATIONAL BUILDING CODE INTERNATIONAL RESIDENTIAL CODE INTERNATIONAL FIRE CODE NATIONAL ELECTRIC CODE DESIGN CRITERIA BUILDING OCCUPANCY: RISK CATEGORY: EXPOSURE CATEGORY: SNOW LOAD: SNOW EXPOSURE: CONSTRUCTION TYPE: SCOPE OF WORK NUMBER PROPOSED SOLAR EQUIPMENT SITE / PROJECT DETAILS QTY. EQUIPMENT DESCRIPTION/MFG/MODEL MODULES INVERTER(S) RACKING BLOCKS RSD DEVICE BATTERY UNIT SYSTEM SIZE DC SYSTEM SIZE AC QTY. STRING/CKT. ELECT. SERVICE PROJECT TEAM LIST COPYRIGHT NOTICE 1. A LADDER SHALL BE IN PLACE FOR INSPECTION IN COMPLIANCE WITH ALL OSHA REGULATIONS. 2. PENDING LOCAL JURISDICTIONAL REQUIREMENTS AND WHEN APPLICABLEALL ELECTRICAL ENCLOSURE DEAD FRONTS, COVERS, DOORS, ETC. SHALE BE OPEN AND ACCESSIBLE FOR INSPECTIONS. WHEN TRENCH AND ROOF INSPECTIONSARE REQUIRED WORK SHALL BE OPEN AND ACCESSIBLE FOR INSPECTOR. INSPECTION REQUIREMENTS 1. WHEN APPLICABLE A SMOKE DETECTOR, APPROVED AND LISTED BY THE STATE FIRE MARSHAL OR ANSI/UL 217 CERTIFIED TO NATIONAL FIRE ALARM AND SIGNALING CODE, NFPA 72 SHALL BE VERIFIED FUNCTIONAL OR INSTALLED IN ALL APPLICABLE CODE REQUIRED LOCATIONS. 2. ALL APPLICABLE EQUIPMENT TO BE UL LISTED OR LISTED BY OTHERJURISDICTIONAL AND UTILITY APPROVED ASSOCIATION OR NATIONALLY RECOGNIZED ORGANIZATION. 3. FULL SCOPE OF WORK SHALL COMPLY WITH ALL APPLICABLE CODES LISTED IN GOVERNING CODES SECTION, ALL MANUFACTURES' LISTINGS, INSTALLATION INSTRUCTIONS AND SPECIFICATIONS AND JURISDICTIONAL REQIREMENTS. JURISDICTIONAL & LISTING REQUIREMENTS 4. REVISED PLANS WILL BE REQUIRED TO BE RESUBMITTED TO THE LOCALJURISDICTION IF THE INSTALLED ARRAY AND ASSOCIATED EQUIPMENT DOES NOT MATCH THE APPROVED BUILDING PLANS. ADDITIONAL FEES MAY ALSOAPPLY. 5. THE PLACEMENT OF A UTILITY PV PRODUCTION METER SHALL BE PROVIDEDAND PLACED BY THE CONTRACTOR AS PER APPLICABLE UTILITY OR AHJREQUIREMENTS. MSP RATINGS COMBINER(S) AZIMUTH TILT ROOF COVERING NORTH ⅊⅊ ⅊ ⅊ DRIVEWAY WARD AVE N/A VB 7.600 KW PV-001 COVER SHEET Cohen, Michael Jake Stocker 2015 National Grid 2015 05013881 2015 21134A(413) 584-8844 2020 Lilian Wanjiku(413) 584-8844 City of Northampton jstocker@valleysolar.solar R-3 II Exposure C 40 (413) 584-8844jstocker@valleysolar.solar Cohen, Michael44 Ward Ave, Northampton, MA 01060 ROOF MOUNTED PV (SOLAR) PROJECT GRID-TIED W/ BATTERY STORAGE 340 Riverside Dr Valley Solar Florence, MA 01062 Q-Cells Q.Peak BLK G9 380Enphase IQ7PLUS-72-2-US (240V) EcolibriumSolar EcoFoot 2+ Ballast Blocks INTEGRATED IN INV Enphase Encharge-10 & Encharge-3 2020 N/A 82 N/A 2 1 (E) GPS COORDINATES:(42.31881574710984, -72.65245405878163) 5.900 KW 2 120/240V - 1 10° 175° MAX ARRAY HGT 117 N/A MEMBRANE N-001 GENERAL NOTES PV-100R PV ARRAY LAYOUT S-100 RACKING LAYOUT S-200 SECTION ELEVATION E-001 EQUIP. CALCULATION METER NUMBER:E-002 WIRE AND COND. CALCS E-003 THREE LINE DIAGRAM E-100 ELECTRICAL LAYOUT P-001 STANDARD PLACARDS P-002 DYNAMIC PLACARDS R-1xx EQUIP.CUT SHEETS Enphase X-IQ-AM1-240-3-ES 400A BUS/400A MAIN BREAKER BACK-FED BREAKER PV-001ASCE 7-10 WIND SPEED:Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNGENERAL NOTES ADDRESS kW PHOTOVOLTAIC PLANS GENERAL NOTES:* PROPER ACCESS AND WORKING CLEARANCE AROUND EXISTING AND PROPOSED ELECTRICAL EQUIPMENT WILL BE PROVIDED AS PER SECTION NEC 110.26. PV SYSTEM COMPONENTS; INCLUDING BUT NOT LIMITED TO, MODULES, INVERTERS AND SOURCE CIRCUIT COMBINERS ARE IDENTIFIED AND LISTED FOR USE IN PV SYSTEMS IN COMPLIANCE WITH NEC 690.4 AND 690.6 AND ALL UL, IEC, IEEE CLASSIFICATIONS AS REQUIREMENTS. RAPID SHUTDOWN NOTES:* PV SYSTEM CIRCUITS INSTALLED ON OR IN BUILDIDNG SHALL INCLUDE A RAPID SHUTDOWN FUNCTION THAT CONTROLS SPECIFIC PV CONDUCTORS IN ACCORDANCE WITH 2020 NEC 690.12(A)-(D) EQUIPMENT LOCATIONS & ELECTRICAL NOTES:* JUNCTION AND PULL BOXES ARE PERMITTED TO BE INSTALLED UNDER PV MODULES IN COMPLIANCE WITH NEC 690.34. ADDITIONAL AC DISCONNECT(S) SHALL BE PROVIDED WHERE THE INVERTER IS NOT WITHIN SIGHT OF THE AC SERVICING DISCONNECT. 2020 NEC 690.15(A) ALL EQUIPMENT SHALL BE INSTALLED ACCESSIBLE TO QUALIFIED PERSONNEL IN COMPLIANCE WITH NEC APPLICABLE CODES. ALL COMPONENTS ARE LISTED FOR THEIR INTENDED PURPOSE AND RATED FOR OUTDOOR USAGE WHEN APPLICABLE. STRUCTURAL AND INSTALLATION NOTES:* RACKING SYSTEM & PV PANELS MOUNTED ON A ROOFTOP SHALL BE LISTED AND LABELED IN ACCORDANCE WITH UL 1703 AND SHALL BE INSTALLED IN ACCORDANCE WITH THE MANUFACTURER INSTALLATION INSTRUCTIONS. ALL PV RACKING ATTACHMENT POINTS SHALL NOT EXCEED THE PRE-ENGINEERED MAX SPANS OUTLINED BY THE RACKING MANUFACTURES ENGINEER OF RECORD. GROUNDING NOTES:* IN UNGROUNDED SYSTEMS ONLY THE DC CONDUCTORS ARE UNGROUNDED AND REQUIRE AN EQUIPMENT GROUNDING CONDUCTOR. ALL METAL ELECTRICAL EQUIPMENT AND STRUCTURAL COMPONENTS BONDED TO GROUND, IN COMPLIANCE WITH NEC 250.134 AND NEC 250.136(A). PV EQUIPMENT INCLUDING MODULE FRAMES AND OTHER METAL PARTS SHALL BE GROUNDED IN COMPLIANCE WITH NEC 690.43 AND MINIMUM GROUND CONDUCTORS SIZED IN ACCORDANCE WITH NEC TABLE 250.122. CONDUCTIVE PARTS OF MODULE FRAMES, MODULE RACKING, AND ENCLOSURES SHALL BE GROUNDED IN COMPLIANCE WITH NEC 250.134 AND NEC 250.136(A). UL2703 APPROVED MODULE AND RACK GROUNDING SHALL BE USED AND INSTALLED PER MANUFACTURER'S INSTALLATION MANUAL. IF UL2703 APPROVED GROUNDING IS NOT USED, MODULE GROUNDING LUGS MUST BE INSTALLED AT THE SPECIFIED GROUNDING LUG HOLES PER THE MANUFACTURER'S INSTALLATION REQUIREMENTS. THE GROUNDING CONNECTION TO A MODULE SHALL BE ARRANGED SUCH THAT THE REMOVAL OF A MODULE DOES NOT INTERRUPT A GROUNDING CONDUCTOR TO ANOTHER MODULE. THE GROUNDING ELECTRODE SYSTEM COMPLIES WITH NEC 690.47 AND NEC 250.50 THROUGH NEC 250.106. IF EXISTING SYSTEM IS INACCESSIBLE OR INADEQUATE, A GROUNDING ELECTRODE SYSTEM WILL BE PROVIDED IN COMPLIANCE WITH NEC 250, NEC 690.47 AND AHJ. PV SYSTEMS SHALL BE PROVIDED WITH DC GROUND- FAULT PROTECTION 2020 NEC 690.41(B) INTERCONNECTION / POC NOTES:* ALL LOAD-SIDE INTERCONNECTIONS ARE IN COMPLIANCE WITH 2020 NEC 705.12(B) THE TOTAL RATING OF ALL OCPD IN SOLAR LOAD CENTERS SHALL NOT EXCEED THE RATED AMPACITY OF THE BUSBAR EXCLUDING THE OCPD PROTECTING THE BUSBAR IN COMPLIANCE WITH NEC 705.12(B)(2)(3)(c) ALL FEEDER TAP (LOAD SIDE) INTERCONNECTIONS ARE IN COMPLIANCE WITH 2020 NEC 705.12(B)(2)(1) THE PV SYSTEM BACK-FEED BREAKER SHALL BE INSTALLED ON THE OPPOSITE END OF THE BUS BAR AND IT SHALL ALSO BE SIZED APPROPRIATELY AS PER 2020 NEC 705.12(B)(2)(3)(b) SUPPLY SIDE TAP INTERCONNECTIONS ARE IN COMPLIANCE WITH NEC 705.12(A) WITH SERVICE ENTRANCE CONDUCTORS IN COMPLIANCE WITH NEC 230.42 BACKFEEDING BREAKER FOR INVERTER OUTPUT IS EXEMPT FROM ADDITIONAL FASTENING 2020 NEC 705.12(B)(5) MICROINVERTER BRANCH CIRCUITS SHALL BE CONNECTED TO A SINGLE OCPD IN ACCORDANCE WITH THEIR INSTALLATION INSTRUCTIONS AND NEC 690.9 DISCONNECTS AND OCPD NOTES:* ALL DISCONNECTING SWITCHES WILL BE CONFIGURED SO THAT ALL ENERGIZED CONDUCTORS WHEN DISCONNECT IS OPEN SHALL BE ON THE TERMINALS MARKED, “LINE SIDE” (TYPICALLY THE UPPER TERMINALS) ALL AC DISCONNECTS SHALL BE LABELED, LOCKABLE, OF VISIBLE BREAK TYPE SWITCH WITH EXTERNAL HANDLE AND ACCESSIBLE TO QUALIFIED UTILITY PERSONNEL. AC DISCONNECTS SHALL BE A “KNIFE BLADE” TYPE DISCONNECT. IF EXTERIOR, RATED TO NEMA 3R OR BETTER PER NEC 110.28 ADDITIONAL AC DISCONNECTS SHALL BE PROVIDED WHERE THE INVERTER IS NOT ADJACENT TO THE UTILITY AC DISCONNECT, OR NOT WIHTIN SIGHT OF THE UTILITY AC DISCONNECT. 2020 NEC 690.15(A) BOTH POSITIVE AND NEGATIVE PV CONDUCTORS REMAIN UNGROUNDED. THEREFORE, BOTH SHALL REMAIN OPEN WHERE A DISCONNECT IS REQUIRED IN COMPLIANCE WITH 2020 NEC 690.15(D) ALL OCPD RATINGS AND TYPES SPECIFIED SHALL BE IN COMPLIANCE WITH NEC 690.8, 690.9, 705.12 AND 240. BOTH POSITIVE AND NEGATIVE DC PV CONDUCTORS ARE UNGROUNDED; BOTH REQUIRE OVERCURRENT PROTECTION IN COMPLIANCE WITH NEC 690.9 ARC FAULT (AFCI) DC CIRCUIT PROTECTION IS REQUIRED FOR ALL PV SYSTEMS ON OR PENETRATING A BUILDING WITH A MAXIMUM SYSTEM VOLTAGE OF 80 VOLTS OR GREATER. ALL DC PV CIRCUITS INSTALLED IN OR ON BUILDINGS WILL BE ARC-FAULT CIRCUIT PROTECTED IN COMPLIANCE WITH NEC 690.11, UL1699B AND SHALL BE LISTED AND LABELED IN ACCORDANCE WITH UL 1699 (B). WIRING & CONDUIT NOTES:* ALL CONDUIT AND CONDUCTORS SHALL BE APPROVED FOR THEIR INTENDED PURPOSE INCLUDING WET LOCATIONS AND EXPOSED TO SUNLIGHT. CONDUIT AND CONDUCTOR SIZE SPECIFICATIONS ARE BASED ON THE MINIMUM CODE REQUIREMENTS AND ARE NOT LIMITED TO UP SIZING. ALL CONDUCTORS SHALL BE SIZED IN COMPLIANCE WITH NEC 690.8, NEC 690.7. ALL CONDUCTORS SHALL BE DERATED AS APPLICABLE TO THEIR RESPECTIVE ENVIRONMENT INCLUDING DIRECT SUNLIGHT IN ACCORDANCE WITH 2020 NEC 310.15(B)(3)(4)(c) EXPOSED UNGROUNDED DC PV SOURCE AND OUTPUT CIRCUITS SHALL USE CONDUCTORS LISTED AND IDENTIFIED AS PHOTOVOLTAIC (PV) WIRE IN COMPLIANCE 2020 NEC 690.31(C)(1). PV MODULES WIRE LEADS SHALL BE LISTED FOR USE WITH UNGROUNDED SYSTEMS IN COMPLIANCE WITH 2020 NEC 690.4(B) PV WIRE BLACK WIRE MAY BE FIELD-MARKED WHITE IN COMPLIANCE WITH NEC 200.6 (A)(6). PV MODULE CONDUCTORS LOCATED UNDER ARRAYS WILL BE SECURED IN A WORKMANLIKE MANNER IN COMPLIANCE WITH NEC 110.12. WATERPROOFING:* ALL NEW ROOFTOP PENETRATIONS SHALL BE SEALED AND MADE WEATHER TIGHT WITH APPROVED CHEMICAL SEALANT AND FLASHINGS WHERE REQUIRED PER CODE AND GENERAL BUILDING AND ROOFING WORKMANSHIP STANDARDS BY A LICENSED CONTRACTOR. ALL EXTERIOR ELECTRICAL EQUIPMENT, SHALL BE NEMA 3R OR BETTER RATED. ALL EXTERIOR CONDUIT AND CONNECTORS SHALL BE RATED FOR WET LOCATIONS. *ALL NOTES ARE AS APPLICABLE TO THIS PROJECT. DISREGARD ANY NOTES THAT DO NOT APPLY TO THIS PROJECT.N-001Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPN2015 IFC ROOF ACCESS REQUIREMENTS PV SITE LAYOUT LEGEND * EXISTING DIMENSIONS ARE APPROX.CONFIRM ALL DIMENSIONS SHOWN PV ARRAY LAYOUTSQUARE FOOTAGE CALCULATIONS ROOF REFERENCE SQUARE FOOTAGE TOTAL PERCENTAGE AZIMUTH AND TILT TABLE SECTION #AZIMUTH ROOF PITCH / TILT EXISTING ROOF ADDRESS kW PHOTOVOLTAIC PLANSSECTION 1 ROOF ACCESS POINT SITE ACCESS GATE ACCESS SECTION 1 PV ARRAY TAGSECTION #MODULE GROUP RA SA GA NOTE: ALL ELECTRICAL LAYOUT DETAILS ON SHEET E-100 NORTH SECTION 1 RA RA SECTION 2 VOLTAIC MODULE DIMENSIONS ARE ON SHEET E-001 LOCATED ON SHEET E-100. A. B. C. THIS SHEET REPRESENTS THE SOLAR MODULE LAYOUT ON ROOFTOP. SHADED DASHED LINE NEAR PERIMETER OF STRUCTURE EXTERIOR IS PHOTOVOLTAIC MODULES ARE SCALED IN PLAN VIEW AND MAY NOTBE AN ACCURATELY SCALED REPRESENTATION OF THE ACTUAL SCALEAND GEOMETRY OF THE PHOTOVOLTAIC MODULE. ACTUAL PHOTO- FOR THE PURPOSE OF CLARITY, ALL ELECTRICAL LAYOUT DETAILS ARE AN APPROXIMATE REPRESENTATION OF THE EXTERIOR WALL LOCATION PV AC DISCONNECT LOCATED ON ACCESSIBLE EXTERIOR WALL WITH EXTERNAL HANDLE VISIBLE, LOCKABLE & LABELED WITHIN 10 FEET OF THE METER SCALE: 3/32” = 1’0” @ SHEET SIZE A3 3021 SECTION-1 367 13.51% 175 1.2°SECTION-1 175 1.2°SECTION-2 41SECTION-2 QTY 20 Q-Cells Q.Peak BLK G9 380 MODULES, QTY 20 Enphase IQ7PLUS-72-2-US (240V) MICRO INVERTER PV-100RValley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT SHEET NOTES RELEASEREVDATE NAME ADDRESS* EXISTING ROOF DIMENSIONS ARE APPROX.CONFIRM ALL DIMENSIONS SHOWN RACKING LAYOUTRACKING BILL OF MATERIALS (BOM) COMPONENT QTY MODEL LENGTH PV RAIL 1 PV RAIL SPLICE 1 PV RAIL 2 PV RAIL SPLICE 2 RAIL TO ROOFATTACHMENT EXISTING ROOF CONSTRUCTION COMPONENT TYPE ROOF STRUCTURALCONSTRUCTION ROOFING COVERING RACKING MAX PSF ADDRESSAPN kW PHOTOVOLTAIC PLANSFRAMING INFO NORTH 1 1 1 1 1 1 1 1 2 2 2 2 2 2 22 2 2 2 2 2 2 2 2 2 2 2 2 2 2 63 3 3 3 3 3 3 3 32'-10"18'-2"3'-4"12'-1" BY THE BALLASTED MOUNTING MANUFACTURER. BAY LOCATIONS, QUANTITY OF BALLAST BLOCKS IN EACH BAY, AVERAGE AND MAXIMUM POUNDS PER SQUARE FOOT, ROOF ANCHOR LOCATIONS IF REQUIRED SHALL BE DETERMINED AND VERIFIED BY ALL MANUFACTURER GUIDELINES AND RECOMMENDATIONS AS WELL AS STRUCTURAL ENGINEERING C. ANY ROOF ANCHOR ATTACHMENT POINTS IDENTIFIED AS NECESSARY BY THE MANUFACTURER OR STRUCTURAL SHALL BE INSTALLED IN ACCORDANCE ROOF ANCHOR MANUFACTURES DETAILED INSTRUCTIONS. SECTION 1 PV ARRAY TAGSECTION #MODULE GROUP ROOF ATTACHMENT POINT BALLAST RACKING SYSTEM W/ BLOCKNUMBER # PV MODULE PV RACKING LEGEND A. ROOF SLOPES SHALL NOT EXCEED THE MAXIMUM RECOMMENDED B. BALLASTED RACKING CONFIGURATION INCLUDING BALLAST BLOCK ENGINEERING WITH THE BALLAST AND THE SCALE: 3/32” = 1’0” @ SHEET SIZE A3 Flat Roof With Trusses 16" O.C. Steel Trusses @ 16" MAX OC MEMBRANE 2.72 PSF QTY 20 Q-Cells Q.Peak BLK G9 380 MODULES, QTY 20 Enphase IQ7PLUS-72-2-US (240V) MICRO INVERTER S-100Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT SHEET NOTES RELEASEREVDATE NAME ADDRESSAPNPV RACKING LEGEND 21SCALE: NTS 3 4 A.THESE NOTES APPLY TO RAFTER ROOF CONSTRUCTION. B.THE ROOF STRUCTURE CONFORMED TO BUILDING CODEREQUIREMENTS AT THE TIME IT WAS BUILT. C. STRAND BOARD OR PLYWOOD. 1X SKIP SHEATHING IS ACCEPTABLE. D.THE SOLAR ARRAY DISPLACES ROOF LIVE LOADS (TEMPORARYCONSTRUCTION LOADS) THAT THE ROOF WAS ORIGINALLY DESIGNED TO CARRY. E.IF THE ROOF COVERING IS SHINGLES; IT SHALL BE NO MORETHAN TWO LAYERS. (SHOWN) F.IF ROOF COVERING IS TILE; ITS A SINGLE LAYER. ALL TILES ONPLANE OF PV COMPONENTS ARE SECURE. (NOT SHOWN IN DETAIL) G.THE ROOF STRUCTURE IS STRUCTURALLY SOUND, WITHOUTSIGNS OF ALTERATIONS OR SIGNIFICANT STRUCTURAL DETERIORATION OR SAGGING. H.THE PV MODULES ARE PARALLEL WITH THE ROOF SURFACE. I. AND THE ROOF SURFACE. (SEE TABLE OF DIMENSIONS "H1") J.UPSLOPE ANCHOR SPACING MAY VARY FROM LISTED TABLES. STANCHIONS CAN BE PLACED NO CLOSER THAN 24" O.C. K. # SCALE: NTS SCALE: NTSSCALE: NTS SECTION ELEVATIONSTABLE OF COMPONENTS COMPONENT MODEL 1 PV RAIL TYPE 1 2 PV RAIL SPLICE TYPE 1 3 PV RAIL TYPE 2 4 PV RAIL SPLICE TYPE 2 5 STANCHION 6 FLASHING 7 MID CLAMP 8 END CLAMP EXISTING ROOF CONSTRUCTION COMPONENT TYPE MEAN ROOF HGT MAX ROOFING COVERING * DETAILS IN SECTION OR SIDE VIEW ROOF RACKING RAIL SPLICE ROOF RACKING STANCHION W/ RETRO FIT FLASHING SECTION 1 PV ARRAY TAGSECTION #MODULE GROUP ADDRESS kW PHOTOVOLTAIC PLANSPER RAIL MANUFACTURER L. DETAILS SHOWN ARE A REPRESENTATION OF EXISTING ROOF CONDITIONS. ACTUAL FIELD CONDITIONS MAY VARY. DETAILS ARE SHOWN FOR DIAGRAM USE ONLY. REFER TO TABLES FOR DESIGN CRITERIA. ALL PLUMBING AND ROOF VENTS SHALL NOT BE OBSTRUCTEDBY PV MODULES AND EQUIPMENT. M. ROOF RACKING RAIL D2 (E) WALL D2 D2 BALLAST BLOCKS 9.61".7 64.5 L Bracket, 2”x3” Bolt, Carriage 3/8”x1” Nut, Serrated Flange Hex, 3/8” Strut, 1 5/8” x 1 5/8” Nut, Strut 3/8”x1” Bolt, Serrated Flange Hex, 3/8” A B C D E F 26.5" 18.25" 39" 64.5" TT CH D G R G D CO GUR T O TOOL OR MOR ORM T O TABLE OF DIMENSIONS DIM COMPONENT DIMENSIONS DIM COMPONENT DIMENSIONS H1 PV MODULE HGT. ABOVE ROOF RISE ROOF PITCH OH1 OVERHANG IN THIS AREA UPSLOPE ANCHOR SPACING D1 RAIL OVERHANG D2 MODULE WIDTH MAX TRUSS SPACING BALLAST FOOTING O.C. (E) PRE-ENGINEERED TRUSS @ 16" OC MANUF TRUSS / TRUSS - PORTRAIT STANCHION DETAIL STANCHION SPACING DETAIL EXPLODED STANCHION DETAIL EcolibriumSolar EcoFoot 2+ Ecolibrium Solar Ballast Blocks NO PENETRATION 25' MEMBRANE N/A S-200 N/A ECOLIBRIUM PRODUCT ECOLIBRIUM PRODUCT Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT1.2°3" - 10" TYP N/A40.6"64.5" 16" RELEASEREVDATE NAME ADDRESSAPNEQUIP. CALCULATIONSPV SYSTEM MAXIMUM VOLTAGE (MODULE VocMAX) DATA SOURCE SOLARABCS.ORG/ABOUT/PUBLICATIONS/REPORTS/ EXPEDITED-PERMIT/MAP/ EXTREME MIN. STCTEMPERATURE CORRECTEDTEMPERATURE MFR. PMAX TEMPCOEFFICIENT[-0.#%/C] * 100 FORMULA CORRECTEDTEMP.COEFFICIENT MODULE Voc[VDC] TEMPERATURECORRECTEDOPEN CIRCUITVOLTAGE-=*+=*= PV MODULE #1 SPECIFICATIONS MANUFACTURER MODEL NUMBER WEIGHT Ibs DIMENSIONS L" x W" x D"/THICK PEAK POWER @ STC (Pmax)WATTS Voc (OPEN-CIRCUIT VOLTAGE)VOLTS DC Vmp (MAX-POWER VOLTAGE)VOLTS DC isc (SHORT-CIRCUIT CURRENT)AMPS imp (SHORT-CIRCUIT POWER)AMPS MFR. Voc TEMP COEFFICIENT %/K MAX SERIES FUSE RATING AMPS TEMP. CORRECTED Voc VOLTS DC AC COMBINER (SOLAR LOAD CENTER) MANUFACTURER MODEL NUMBER RATED OPERATIONAL VOLTAGE VOLTS RATED CURRENT AMPS NUMBER OF POLES P NEMA RATING MAIN BREAKER SIZE TOTAL INPUT CURRENT AMPS NUMBER OF BRANCH CIRCUITS AMPS CIRCUITS MAIN SERVICE PANEL (IF APPL.) NEW OR EXISTING ELECTRICAL SERVICE BUSS BAR RATED CURRENT AMPS MAIN BREAKER RATED CURRENT AMPS AMPS AMPS AMPS (Imax) AMPS (Imax) AC SUB-PANEL #2 (IF APPL.) NEW OR EXISTING MAKE / MODEL TYPE OF PANEL NUMBER OF POLES P NEMA RATING BUSS BAR RATING AMPS SUB-PANEL MAIN BREAKER AMPS MAIN SERVICE PANEL P.O.C. BREAKER AMPS SUM OF EXISTING CIRCUIT BREAKERS AMPS MAX ALLOWABLE SOLAR CURRENT AMPS AMPS (Imax) AMPS (Imax) MICRO INVERTER #1 SPECIFICATIONS MANUFACTURER MODEL NUMBER NOMINAL POWER RATING WATT AC WEIGHT Ibs.DC INPUT Max PV POWER @ MODULE STC WATTS Max INPUT DC VOLTAGE VOLTS DC Max INPUT CURRENT AMPS MODULES PER MICRO INVERTER QTYAC OUTPUT NOMINAL VOLTAGE OUTPUT VOLTS AC MAX OVERCURRENT PROTECTION (OCPD)AMPS MAX. OUTPUT CURRENT AMPS - MAX ADDRESS kW PHOTOVOLTAIC PLANSAC DISCONNECT #1 (PV) MANUFACTURER AMPS MODEL NUMBER DISCONNECT DEVICE TYPE RATED OPERATIONAL VOLTAGE VOLTS RATED CURRENT AMPS NUMBER OF POLES P NEMA RATING FUSE RATING AMPS TOTAL INPUT CURRENT QUANTITY AC DISCO.(S) AC DISCONNECT #2 (BATTERY) MANUFACTURER AMPS MODEL NUMBER DISCONNECT DEVICE TYPE RATED OPERATIONAL VOLTAGE VOLTS RATED CURRENT AMPS NUMBER OF POLES P NEMA RATING FUSE RATING AMPS TOTAL INPUT CURRENT QUANTITY AC DISCO.(S) PV BACKFEED BREAKER #1 PV BACKFEED BREAKER #2 AMPS (Imax) SUM OF EXISTING CIRCUIT BREAKERS MAX ALLOWABLE SOLAR CURRENT 100% MAX ALLOWABLE SOLAR CURRENT 120% PV BACKFEED BREAKER #1 PV BACKFEED BREAKER #2 ALT. ENERGY BACKFEED BREAKER (IF APPL.)AMPS (Imax) 4 6EXIH GSRXMR S W S XT X TS IVs O:% 4IEO S XT X TS IV O:% WIGSRHW 2SQMREP SPXE I VER I :% 2SQMREP VIU IRG VER I , 6EXIH S XT X G VVIRX % 4IEO S XT X G VVIRX % WIGSRHW 4S IV EGXSV EHN WXEFPI PIEHMR PE MR 1E MQ Q RMXW TIV % FVERGL GMVG MX RMX WMR PI TLEWI -RXIVGSRRIGXMSR 7MR PI TLEWI 1E MQ Q % WLSVX GMVG MX E PX G VVIRX S IV G GPIW %VQW Round trip ef ciency² ) 8SXEP GETEGMX O;L 9WEFPI GETEGMX O;L Round trip ef ciency 2SQMREP ( SPXE I : 1E MQ Q ( SPXE I : %QFMIRX STIVEXMR XIQTIVEX VI VER I XS XS RSR GSRHIRWMR 3TXMQ Q STIVEXMR XIQTIVEX VI VER I XS XS LIQMWXV 0MXLM Q MVSR TLSWTLEXI 0 4 ) 2 0 ( (MQIRWMSRW ; , ( QQ QQ QQ MR MR MR ;IM LX 8LVII MRHM MH EP O PFW FEWI RMXW TP W O PFW GS IV ERH QS RXMR FVEGOIX XSXEP O PFW )RGPSW VI 3 XHSSV 2)1% X TI 6 -5 %8 QMGVSMR IVXIV IRGPSW VI 2)1% X TI SSPMR 2EX VEP GSR IGXMSR 2S ERW %PXMX HI 9T XS QIXIVW IIX 1S RXMR ;EPP QS RX ENERGY STORAGE SYSTEM #1 SPECIFICATIONS ()0 2 ) )2 ,%6 ) ()0 2 ) )2 ,%6 ) 4 2% 4 6E IH GSR MR S W S T TS IV O:% 4IEO S T TS IV O:% WIGSRHW 2SQMREP SP E I VER I :% 2SQMREP VIU IRG VER I , 6E IH S T G VVIR % 4S IV EG SV EHN W EFPI PIEHMR PE MR 1E MQ Q RM W TIV % FVERGL GMVG M 8LVII RM W WMR PI TLEWI -R IVGSRRIG MSR 7MR PI TLEWI Round trip ef ciency² ) 9WEFPI GETEGM O;L Round trip ef ciency 1E MQ Q ( SP E I : %QFMIR STIVE MR IQTIVE VI VER I S S RSR GSRHIRWMR 3T MQ Q STIVE MR IQTIVE VI VER I S S LIQMW V 0M LM Q MVSR TLSWTLE I 0 4 ) 2 0 ( (MQIRWMSRW ; , ( QQ QQ QQ MR MR MR ;IM L 3RI IEGL O PFW FEWI RM TP W O PFW GS IV ERH QS R MR FVEGOI S EP O PFW )RGPSW VI 3 HSSV 2)1% 6 SSPMR 2E VEP GSR IG MSR 2S ERW %P M HI 9T S QI IVW II 1S R MR ;EPP QS R ENERGY STORAGE SYSTEM #2 SPECIFICATIONS Q-CellsQ.Peak BLK G9 38042.9972.4 x 40.6 x 1.2638045.0437.8510.510.04-0.2720.0 EnphaseIQ7PLUS-72-2-US (240V)2902.38 2906015.01 240201.21 EnphaseX-IQ-AM1-240-3-ES24012523RN/A24.22 EatonDG222URB NON-FUSIBLE DISCONNECT120/2406023RN/A 24.2 EXISTING120/240V Single Phase400400 08035 -20 25 -45 -0.27%0.12 1 1.12 45.04 50.44 50.44 1 E-001Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMITEatonDG222URB NON-FUSIBLE DISCONNECT120/2406023RN/A21.3 1 RELEASEREVDATE NAME ADDRESSAPNDC WIRE AND CONDUIT SIZING CHART [SEE SHEET E-003 FOR THREE LINE DIAGRAM] TAG CIRCUITORIGIN CIRCUIT CONDUCTORSPECIFICATIONS REQUIRED CONDUCTOR AMPACITY CONDUCTOR TEMPERATURE DERATING CONDUIT FILLDERATING CORRECTED AMPACITY CALCULATION AMPACITY CHECK TEMPRATING TRADESIZE AMPACITY PER 310.16 MAXCURRENT690.8 (A)(1) CONT.OPERATION690.8 (B)(1) REQUIREDAMPACITY CIRCUITENVIRONMENT AMBIENTTEMP. HGT.ABOVEROOF (in) TEMP.ADDER PER310.15(B)(2)(c) OPERAT.TEMP. AMPACITYCORRECTION310.15(B)(2)(a) # OFUNGRND.COND. AMPACITYCORRECTION310.15(B)(3)(a) COND.AMPACITY TEMP.DERATING CONDUITFILLDERATINGX X X = X X =CORRECTEDAMPACITY REQUIREDAMPACITY <CORRECTEDAMPACITY DC1 X X X = X X =<WIRE AND COND. CALCS.1. ANY CONDUCTOR LENGTH UNDER 50' DOESN'T REQUIRE VOLTAGE DROP CALCULATIONS DEEMED QUESTIONABLE TO PREVENT ISSUES RELATED TO USING CONDUCTORS THAT ARE IMPROPERLY SIZED.3. PV DC WIRING AC WIRING 2. BECAUSE WE ARE UNABLE TO DETERMINE THE EXACT PATH THE INSTALLER WILL RUN CONDUCTORS; WORST CASE SCENARIOS, ROUNDING UP SIZES OF CONDUCTORS THAT ARE EQUIPMENT GROUND GREEN OR BARE, OR GREEN/YELLOW EQUIPMENT GROUND GREEN OR BARE, OR GREEN/YELLOW TYPICALLY NEGATIVE WHITE OR GRAY (NEUTRAL)WIRING METHODS IN THESE CALCULATIONS DON'T EXCEED 1000 VOLTS GROUNDED CONDUCTOR. GROUNDED CONDUCTOR WHITE OR GRAY UNGROUNDED CONDUCTOR(S).TYPICALLY POSITIVE ANY COLOR OTHER THAN GREEN OR WHITE/GRAY UNGROUNDED L1 AND L2 ANY COLOR OTHER THAN GREEN OR WHITE/GRAY ALLOWED. CONVENTION IS RED FOR GROUNDED SYSTEMS CONDUCTOR(S) HOT: CONVENTION IS L1 BLACK RED (+) AND BLACK (-) FOR UNGROUNDED SYSTEMS CONVENTION IS L2 RED WIRE AND CONDUCTOR NOTES ADDRESS kW PHOTOVOLTAIC PLANSWHEN LESS THAN 10'-0" OR 10% OF THE CIRCUIT LENGTH; THE LESSER AMPACITY MAY BE USED.USED BEYOND THE POINT OF TRANSITION, A DISTANCE EQUAL TO 10'-0" (3 METERS) OR 10% OF THE CIRCUIT LENGTH FIGURED AT THE HIGHER AMPACITY, WHICHEVER IS LESS. 4. CEC/NEC 310.15(A)(2) (AS APPLICABLE) WHERE TWO DIFFERENT AMPACITIES APPLY TO ADJACENT PORTIONS OF A CIRCUIT, THE HIGHER AMPACITY SHALL BE PERMITTED TO BE AC WIRE AND CONDUIT SIZING CHART [SEE SHEET E-003 FOR THREE LINE DIAGRAM] TAG CIRCUIT ORIGIN CIRCUITDESTINATION CONDUCTORSPECIFICATIONS REQUIRED CONDUCTORAMPACITY CONDUCTOR TEMPERATURE DERATING CONDUIT FILLDERATING CORRECTED AMPACITY CALCULATION AMPACITY CHECK TEMPRATING TRADESIZE AMPACITY PER 310.16 CONT.OPERATION690.8 (B)(1)X =REQUIREDAMPACITY CIRCUITENVIRONMENT AMBIENT TEMP. HGT.ABOVEROOF (in) TEMP.ADDER PER310.15(B)(2)(c) OPERAT. AMPACITYCORRECTION310.15(B)(2)(a) # OFUNGRND.COND. AMPACITYCORRECTION310.15(B)(3)(a) COND.AMPACITY X TEMP.DERATING X CONDUITFILLDERATING =CORRECTEDAMPACITY REQUIREDAMPACITY <CORRECTEDAMPACITY AC1 X =X X =< AC2 X =X X =< AC3 X =X X =< AC4 X =X X =< AC5 X =X X = AC6 X =X X =< AC7 X =X X =< AC8 X =X X =< AC9 X =X X =< AC10 X =X X = < < #OFCOMBINEDPARALLELCIRCUITS QTY INPARALLEL &MATERIAL QTY INPARALLEL &MATERIAL DESTINATION MAX INV. OUTPUTCURRENT (AMPS)ORCOMPONENT(AMPS) lsc (AMPS)ORCOMPONENT(AMPS) PV MODULE INVERTER (1) CU 90 #12 AWG 30 10.5 1 1.25 1.25 16.4 ROOFTOP 35 >7/8"0 35 0.96 2 N/A 30 0.96 1.0 28.8 16.4 28.8 INVERTER JUNCTION BOX (1) CU 75 #12 AWG 25 1.25 12.1 15.1 ROOFTOP 35 >7/8"0 35 0.94 4 N/A 25 0.94 1.0 23.5 15.1 23.5 AC COMBINER (1) CU 75 #10 AWG 35 1.25 12.1 15.1 ROOFTOP 35 >7/8"0 35 4 0.8 350.94 0.94 0.8 26.32 15.1 26.32 AC DISCONNECT (1) CU 75 #8 AWG 50 1.25 24.2 30.2 EXT WALL 35 N/A 0 35 0.94 3 1.0 50 0.94 1.0 47.0 30.2 47.0 PRODUCTION METER (1) CU 75 #8 AWG 50 1.25 24.2 30.2 EXT WALL 35 N/A 0 35 0.94 3 1.0 50 0.94 1.0 47.0 30.2 47.0 SMART TRANSFER SWITCH (1) CU #8 AWG 50 1.25 24.2 30.2 EXT WALL 35 N/A 0 JUNCTION BOX AC COMBINER AC DISCONNECT PRODUCTION METER 75 35 0.94 3 1.0 50 0.94 1.0 47.0 30.2 47.0 E-002WIRE COLOR CODING (2020) NEC SECTIONS 250.119 & 200.6 Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMITEXISTING SERVICE PANEL (1) CU #6AWG 65 1.25 24.2 30.2 EXT WALL 35 N/A 0SMART TRANSFER SWITCH 75 35 0.94 3 1.0 65 0.94 1.0 61.1 30.2 61.1 PROTECTED LOADS PANEL (1) CU #8 AWG 50 1.25 24.2 30.2 EXT WALL 35 N/A 0SMART TRANSFER SWITCH 75 35 0.94 3 1.0 50 0.94 1.0 47.0 30.2 47.0 ENERGY STORAGE SYSTEM #2 (1) CU #8 AWG 50 1.25 16 20 EXT WALL 35 N/A 0ENERGY STORAGE SYSTEM #1 75 35 0.94 2 1.0 50 0.94 1.0 47.0 20 47.0 AC DISCONNECT #2 (1) CU #8 AWG 50 1.25 21.3 26.6 EXT WALL 35 N/A 0ENERGY STORAGE SYSTEM #2 75 35 0.94 2 1.0 50 0.94 1.0 47.0 26.6 47.0 SMART TRANSFER SWITCH (1) CU #8 AWG 50 1.25 21.3 26.6 EXT WALL 35 N/A 0AC DISCONNECT #2 75 35 0.94 2 1.0 50 0.94 1.0 47.0 26.6 47.0 LEGEND RELEASEREVDATE NAME ADDRESSTHREE LINE DIAGRAMEQUIPMENT TABLE QTY COMPONENT 1 PV MODULES 2 MICRO INVERTER 3 AC COMBINER BOX 4 JUNCTION BOX 5 NEW SOLAR LOAD CENTER 9 AC DISCONNECT #2 FOR ESS 7 PROD/GENERATION METER 8 PROTECTED LOADS PANEL 10 11 12 EXISTING UTILITY METER TAG APN ADDRESSBRANCH MODULE QTY OCPD BACK-FEED SOLAR BREAKER: TAG QTY*SIZE TYPE DC1 AC1 AC2 AC3 AC4 AC5 GROUND SIZE TYPE AC6 kW PHOTOVOLTAIC PLANSAC7 AC9 AC10 AC8 6 AC DISCONNECT AT GROUND LEVEL * INCLUDES GROUND & CURRENT CARRYING CONDUCTORS 13 ENERGY STORAGE SYSTEM UNIT#1 14 NOTE: EQUIP TAGS MAY NOT BE IN SEQUENTIAL ORDER, N/A USED DC CONDUCTOR TAG AC CONDUCTOR TAG EQUIPMENT TAG AC# DC# GROUND CONDUCTOR TAGGND ELECTRICAL NOTES SEE SHEET E-001 FOR ADDITIONAL ELECTRICAL SPECIFICATIONS CONDUCTOR TABLE CONDUIT TABLE • •INTEGRATED MICRO INVERTERS (AC MODULES) MUST BE CERTIFIEDUL1742 AND UL1703 COMPLIANT. AS EITHER INDIVIDUAL COMPONENTS OR AC MODULE ASSEMBLY. THEY MUST ALSO BE LABELED "UTILITY INTERACTIVE" CONFORMING TO IEEE1547 TESTING. •PV MODULES THAT HAVE INVERTERS ATTACHED WITHOUT AN ACMODULE EVALUATION BY A NRTL MAY VIOLATE THE ORIGINAL LISTING OF THE PV MODULE AND VOID THE WARRANTY OF THE MODULE. •VERIFY MODULE IS COMPATIBLE WITH MICRO INVERTERMANUFACTURER AND MODEL. •ARTICLE CEC/NEC 690 STILL APPLIES. THE INSTALLER WILL NEED TO CONSIDER REQUIREMENTS SUCH AS: DC GROUND FAULT DETECTION AND INTERRUPT, DC CABLE MANAGEMENT, DC DISCONNECTING MEANS AND DC GROUNDING AS WELL AS THE AC EQUIPMENT GROUNDING CONDUCTOR TO THE INVERTER. BACKFEEDING. NEC INFORMATIONAL NOTE: FUSED DISCONNECTS,UNLESS OTHERWISE MARKED, ARE SUITABLE FOR BACKFEEDING. •690.13(F)(2) DEVICES MARKED WITH "LINE” AND “LOAD” SHALL NOTBE PERMITTED FOR BACKFEED OR REVERSE CURRENT •705.12(B)(5) CIRCUIT BREAKERS BACK FEED FROM UTILITYINTERACTIVE INVERTERS (ANTI-ISLANDING, UL 1741 CERTIFIED) •ALL OVERCURRENT PROTECTION DEVICES (OCPDs) MUST BE RATEDFOR 600 VOLTS ON THE DC / PV POWER SIDE OF THE INVERTER. •ALL CONDUIT AND CONDUIT CONNECTIONS SHALL BE RATED FORWET AND DAMP LOCATIONS WHEN APPLICABLE. INTERCONNECTION NOTES: •705.12(B)(4) CIRCUIT BREAKERS MUST BE SUITABLE FOR N G L2 L1PV N G L2 L1 7 L2 L1 G BUSRATING 3 125A L2L1 G N ENVOY-IQFOR MONITORING GEC N 20A 20A 10A Wi-FiEthernet/Cellular Installed L2 L1 L2 L1 GG NN 6 L2 L1 SMART TRANSFER SWITCH L1 L2 N G 35AN L2 L1 G 40A L1 L2 N G G L1 L2 N G ENPHASE ENCHARGE 10 L2 L1G ENPHASE ENCHARGE 3 AC 1413 AC8 AC9 M 12 G N BUSRATING 11 MAIN C/BRATING GEC 400A 400A 10 AC5 BUSRATING125A 40A CONFIGURED AS MAIN OCPD SHALL BE IN COMPLIANCE WITH NEC 408.36(D) N G L2 L1 L2 L1 GG NN 9 AC10 7 READILY ACCESSIBLE OPEN BLADE AC SYSTEM DISCONNECT VISIBLE FROMAPPROACH TO RESIDENCE60A 240VLOCATED EXTERIOR ON WALL NEAR METER NEMA 3R RATED READILY ACCESSIBLE OPEN BLADE AC SYSTEM DISCONNECT VISIBLE FROM APPROACH TO RESIDENCE 60A 240V LOCATED EXTERIOR ON WALL NEAR METER NEMA 3R RATED 8 AC6 INVERTER NAMEPLATE RATING 290W/240V MODULE NAMEPLATE RATING 380W (-)(+) (-)(+) ACDC AC DC 2 2 10 MODULES 1 1 10 MODULES (+) (+) 2 2 ACDC(-) (-)DCAC 1 1 DC1 EGC AC1 G G L1 L1 L1 L1 L2 L2 L2 L2 L1 L1 L2 L2 4 AC2 AC4AC3 LOCATED EXTERIOR SOLAR GENERATION (LOAD) BOTTOM LUGS TO TOP LUGS TO UTILITY (LINE)MA SMART GENERATION METER ENERGY STORAGE SYSTEM UNIT#2 60A THE BATTERY WILL ONLY BE CHARGED BY PV. THE BATTERY WILL DISCHARGE TO ON SITE LOADS. THE BATTERY DISCHARGES TO THE GRID ONLY IF REQUESTED BY THE GRID VIA CONNECTED SOLUTIONS. (2) STRINGS (L1/L2 SHOWEN) OF :(10) MODULES NOTE: CONDUCTORS AC3, AC4, AC5, AC6, AC7, AC8, AC9 AND AC10MAY BE THWN-2 OR SER CABLE 20 Q-Cells Q.Peak BLK G9 380 Enphase IQ7PLUS-72-2-US (240V) Generic NEMA 4 JUNCTION BOX Eaton DG222URB MA SMART GENERATION METER 1 10 20A 2 10 20A 120/240V - 1 #12 AWG PV Wire Open Air 60A NO CENTER-FED MAIN BREAKER. PANEL CONFIGURED PER CEC/NEC 705.12(B)(2)(3)(b) 20 1 2 0 1 1 1 1 1 Eaton DG222URB 1 1 2 #6 AWG N/A 5 #12 AWG TRUNK CBL #6 AWG N/A Open Air 5 #10 AWG THWN-2 #8 AWG 3/4 inch EMT 4 #8 AWG THWN-2 #8 AWG 3/4 inch EMT 4 #8 AWG THWN-2 #8 AWG 3/4 inch EMT 4 #8 AWG THWN-2 #8 AWG 3/4 inch EMT 4 #6 AWG THWN-2 #8 AWG 3/4 inch EMT 4 #8 AWG THWN-2 #8 AWG 3/4 inch EMT 3 #8 AWG THWN-2 #8 AWG 3/4 inch EMT 3 #8 AWG THWN-2 #8 AWG 3/4 inch EMT 3 #8 AWG THWN-2 #8 AWG 3/4 inch EMT Enphase X-IQ-AM1-240-3-ES 125A BUS/ MLO E-003SMART TRANSFER SWITCH EXISTING MAIN SERVICE PANEL 400A BUS/400A MB Enphase EP200G101-M240US00 1 ENPHASE ENCHARGE-10-1P-NA ENPHASE ENCHARGE-3-1P-NA1 Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNELECTRICAL SYMBOL LEGEND SECTION 1 PV ARRAY TAGSECTION #MODULE GROUP AC DISCONNECT PERFORMANCE METER UTILITY METER JUNCTION BOX AC P M ELECTRICAL LAYOUTEQUIPMENT GROUNDING 1. METAL PV MODULE FRAMES NEED TO BE CONNECTED TO THE EGC(EQUIPMENT GROUNDING CONDUCTOR). 1.1. WEEBS MAY BE USED IN LIEU OF MODULE GROUND CLAMPSOR LUGS, WITH APPROVAL OF AHJ AND RACKING MFG. WEEBSARE ONE TIME USE ONLY. SEE "we-llc.com" FOR RACKINGSPECIFIC WEEB, INSTALL INSTRUCTIONS, AND UL 2703 CERT. 1.2.FOR "LAY-IN" LUG MODULE GROUNDING; CORRECTHARDWARE OF PROPER METAL MATERIAL TO AVOIDCORROSION MUST BE USED. TYPICALLY DIRECT BURIAL RATED,TINNED, OR STAINLESS STEEL. GROUNDING LUGS MUST BEATTACHED AT MARKED LOCATION ON EACH MODULE. 2. THE EGC (EQUIPMENT GROUNDING CONDUCTOR) IS USED TOBOND ALL NON-CURRENT CARRYING CONDUCTORS AND EXPOSEDMETAL PARTS THAT MIGHT COME INTO CONTACT WITHCURRENT-CARRYING CONDUCTORS, INCLUDING THE FOLLOWING: 2.1. PV MODULES FRAMES, ARRAY MOUNTING RACKING; THEMETAL CHASSIS OF EQUIPMENT SUCH AS INVERTERS,DISCONNECTS, METERS, JUNCTION BOXES AND COMBINERBOXES; AND METAL CONDUIT HOLDING CIRCUITS > 250 VOLTSTO GROUND PER NEC 250.97 3. THE GEC (GROUNDING ELECTRODE CONDUCTOR) IS THECONDUCTOR USED TO CONNECT THE GE OR GE SYSTEM TO THESYSTEM GC, TO THE EGC, OR TO BOTH. 4. THE GE (GROUNDING ELECTRODE) IS A CONDUCTING OBJECT,OFTEN A ROD, RING, OR PLATE ESTABLISHING A DIRECTCONNECTION TO EARTH. THE AC SYSTEM GROUND IS EXISTING,USUALLY AT THE EXISTING MAIN PANEL AND/OR UTILITY METER.THE GROUND CAN ONLY OCCUR IN ONE PLACE AND MUST NOT BEDUPLICATED IN SUB-PANELS OR ANYWHERE ELSE ON AC SIDE. SERVICE PANELSP ADDRESS kW PHOTOVOLTAIC PLANSAUTO TRANSFORMERATF SOLAR LOAD CENTER ENERGY STORAGE SYSTEM SLC AC COMBINERACC ESS PLP PROTECTED LOADS PANEL JB XFMR TRANSFORMER SUB-PANELSUB STS SMART TRANSFER SWITCH CB CIRCUIT BREAKER DISCONNECTAC#1SPMACCPESSPLPAC#2NORTH JB JB#1ACSTSSCALE: 3/32” = 1’0” @ SHEET SIZE A3QTY 20 Q-Cells Q.Peak BLK G9 380 MODULES, QTY 20 Enphase IQ7PLUS-72-2-US (240V) MICRO INVERTER PV AC DISCONNECT LOCATED ON ACCESSIBLE EXTERIOR WALL WITH EXTERNAL HANDLE VISIBLE, LOCKABLE & LABELED WITHIN 10 FEET OF THE METER E-100Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNSTANDARD PLACARDS ADDRESS kW PHOTOVOLTAIC PLANSSHEET NOTES1SCALE:1/2" = 1'-0"CONDUIT, RACEWAY, J-BOX, AND PULL BOXES 2 3 5 6 8 SCALE:1/4" = 1'-0"9 10 4 1.PLACE ON CONDUIT AND/OR RACE WAYS EVERY 10' (60"), 12" FROM BENDS, 12" ABOVE AND BELOW PENETRATIONS. 2.CODE REFERENCE: NEC 690.31(G)(3)3.MINIMUM OF 1 1/8" x 5 3/4" 4.FONT: 3/8" AND .8 WIDTH FACTOR. 5.REFLECTIVE WHITE LETTERS ON A RED BACKGROUND. J-BOX, DC COMBINER, AND DC DISCONNECT WARNING: ELECTRIC SHOCK HAZARD. THE DC CONDUCTORS OF THIS PHOTOVOLTAIC SYSTEM ARE UNGROUNDED AND MAY BE ENERGIZED SCALE:1/4" = 1'-0" 1.ONLY FOR UNGROUNDED SYSTEMS. 2.PLACED ON ALL ENCLOSURES WITH UNGROUNDED CIRCUITS OR DEVICES WHICH ARE ENERGIZED AND MAY BE EXPOSED DURING SERVICE. 3.MINIMUM OF 3" x 10 1/2" 4.FONT: 3/8" 5.WHITE LETTERS ON A RED BACKGROUND. NON-LOAD BREAK DC COMBINER / J-BOX WARNING: ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OPEN POSITION SCALE:1/2" = 1'-0" 1.PLACED ON DC DISCONNECT(S) AND ON ANY EQUIPMENT THAT STAYS ENERGIZED IN THE OFF POSITION FROM THE PV SUPPLY. 2.CODE REFERENCE: NEC 690.13(B) 3.MINIMUM OF 3 1/2" x 10" 4.FONT: 3/8" 5.WHITE LETTERS ON A RED BACKGROUND. INVERTER(S)SCALE:1/2" = 1'-0" WARNING: ELECTRIC SHOCK HAZARD IF A GROUND FAULT IS INDICATED, NORMALLY GROUNDED CONDUCTORS MAY BE UNGROUNDED AND ENERGIZED 1.A RAPID SHUTDOWN SWITCH SHALL HAVE A LABEL LOCATEDON OR NO MORE THAN 1M (3 FT) FROM THE SWITCH THATINCLUDES THE FOLLOWING: 2. 3. MINIMUM OF 3 1/2" x 10 1/2" 4. FONT: 3/8" WHITE LETTERS ON A RED BACKGROUND. AC AND DC DISCONNECTS PV SYSTEM DISCONNECT 1.PLACE ON ALL AC AND DC DISCONNECTS 2.CODE REFERENCE: NEC 690.13(B) 3.MINIMUM OF 1" x 10 1/2" 4.FONT: 3/8" 5.WHITE LETTERS ON A RED BACKGROUND. SCALE:1/4" = 1'-0"SCALE:1/4" = 1'-0" DC COMBINER BOX 1. 2. USE PLACARD "COMBINER # 1" WHEN MORE THAN 1 DC COMBINER IS USED. NUMBER ACCORDING TO THREE LINE DIAGRAM AND CALCULATIONS. 3. MINIMUM OF 1" x 4" 4. FONT: 3/8" AND .75 TO .8 WIDTH FACTOR WHITE LETTERS ON A RED BACKGROUND. 1.CODE REFERENCE: NEC 690.13(C) 2.USE ON NON-LOAD BREAK RATED DISCONNECTION. 3.MINIMUM OF 1" x 6" 4.FONT: 3/8" AND .8 WIDTH FACTOR 5.WHITE LETTERS ON A RED BACKGROUND. DC DISCONNECTS 1.USE PLACARD ON CUSTOMER GENERATION METER. 2.VERIFY WHICH PLACARD IS REQUIRED WITH AHJ. 3.MINIMUM OF 1" x 4" 4.FONT: 3/8" AND .8 WIDTH FACTOR 5.WHITE LETTERS ON A RED BACKGROUND. SOLAR kWh METER SCALE:1/2" = 1'-0" INVERTER # 1 1.USE PLACARD "INVERTER # 1" WHEN MORE THAN 1 INVERTER IS USED. NUMBER ACCORDING TO THREE LINE DIAGRAM AND CALCULATIONS. 2.MINIMUM OF 1" x 4" 3.FONT: 3/8" 4.WHITE LETTERS ON A RED BACKGROUND. SCALE:1/2" = 1'-0" USE PLACARD "[AC][DC] DISCONNECT # 1" WHEN MORE THAN ONE DISCONNECT IS USED. NUMBER ACCORDING TO THREE LINE DIAGRAM AND CALCULATIONS. 11 SCALE:1/4" = 1'-0"MAIN SERVICE PANEL 1.COMBINATION PLACARDS MAY BE USED IN PLACE OF MULTIPLE PLACARDS FOR THE SAME DEVICE. ALL INFORMATION FROM THE MULTIPLE PLACARDS MUST BE PRESENT. 2.BLACK LETTERS WITH YELLOW BACKGROUND MAY BE USED IN PLACE OF THE STANDARD WHITE LETTERS WITH RED BACKGROUND WITH AHJ APPROVAL. 3.ALL INTERIOR AND EXTERIOR DC CONDUIT, ENCLOSURES, RACEWAYS, CABLE ASSEMBLIES, JUNCTION BOXES, COMBINER BOXES AND DISCONNECTS ARE MARKED. (NEC 690.31[G], NEC 690.13 & 690.53) 4.THE MARKINGS ON THE CONDUITS, RACEWAYS AND CABLE ASSEMBLIES ARE EVERY 10 FEET, WITHIN ONE FOOT OF ALL TURNS OR BENDS AND WITHIN ONE FOOT ABOVE AND BELOW ALL PENETRATIONS OF ROOF/CEILING ASSEMBLIES, WALLS AND BARRIERS. (IFC 605.11.1.4, NEC 690.31[G][3] ) 5.WHERE PV CIRCUITS ARE EMBEDDED IN BUILT-UP, LAMINATE OR MEMBRANE ROOFING MATERIALS IN ROOF AREAS NOT COVERED BY PV MODULES AND ASSOCIATED EQUIPMENT, THE LOCATION OF CIRCUITS SHALL BE CLEARLY MARKED. 6.REQUIRED LABELS SHALL BE PERMANENT AND SUITABLE FOR THE ENVIRONMENT. MATERIALS USED FOR MARKING MUST BE WEATHER RESISTANT. UL STANDARD IS RECOMMENDED TO DETERMINE WEATHER RATING. UL LISTING OF MARKINGS IS NOT REQUIRED. SEE UL LABELING SYSTEM 969 (UL 969) 7.MARKING CONTENT AND FORMAT: 7.1. ARIAL OR SIMILAR FONT, NON-BOLD. 7.2. MINIMUM 3/8" LETTER HEIGHT FOR HEADERS. 7.3. MINIMUM 1/16" LETTER HEIGHT FOR DATA7.4. CONTRASTING BACKGROUND AND LETTERING. 7.5. ALL CAPITAL LETTERS. 7.6. CONTRASTING SPACE BETWEEN ROWS OF TEXT 7.7. DIMENSIONS OF PLACARDS ARE APPROXIMATE. MAY BE REDUCED AND / OR INCREASED TO UL APPROVED MANUFACTURED PRODUCT CODE ABBREVIATIONS:NATIONAL ELECTRICAL CODE (NEC) INTERNATIONAL BUILDING CODE (IBC) INTERNATIONAL RESIDENTIAL CODE (IRC) INTERNATIONAL FIRE CODE (IFC) UNDERWRITERS LABORATORY (UL) DO NOT DISCONNECT UNDER LOAD 7 RAPID SHUTDOWN SWITCH RAPID SHUTDOWN SWITCH FOR SOLAR PV SYSTEM THE LABEL SHALL BE REFLECTIVE WITH ALL LETTERS CAPITALIZEDAND HAVING A MINIMUM HEIGHT OF 9.5 MM (3⁄8 IN.),IN WHITE ON RED BACKGROUND. 2. 1/4" = 1'-0"SCALE: 2 CODE REFERENCE: NEC 690.56(C)(1)(a) 3 TITLE: MIN. 3/8" BLACK CHARACTERS ON YELLOW BACKGROUND, REMAINING CHARACTERS MIN. 3/16" IN BLACK ON WHITE BACKGROUND. 1 LOCATE NO MORE THAN 1 m FROM THE SERVICE DISCONNTMEANS TO WHICH THE PV SYSTEMS ARE CONNECTED ANDSHALL INDICATE THE LOCATION OF ALL IDENTIFIED RAPIDSHUTDOWN SWITCHES IF NOT AT THE SAME LOCATION. SOLAR PV SYSTEM EQUIPPED WITH RAPID SHUTDOWN TURN RAPID SHUTDOWN SWITCH TO THE “OFF” POSITION TO SHUT DOWN PV SYSTEM AND REDUCE SHOCK HAZARD IN THE ARRAY. SOLAR ELECTRIC PV PANELS INVERTER(S)P-001QTY 20 Q-Cells Q.Peak BLK G9 380 MODULES, QTY 20 Enphase IQ7PLUS-72-2-US (240V) MICRO INVERTER Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNDYNAMIC PLACARDS ADDRESS kW PHOTOVOLTAIC PLANS1.PRIME CONTRACTOR / PERMIT APPLICANT SIGNER IS RESPONSIBLE FOR THE DESIGN AND SPECIFICATIONS OF THE PHOTOVOLTAIC SYSTEM INSTALLATION. PRIME CONTRACTOR / PERMIT APPLICANT SIGNER WILL BE RESPONSIBLE FOR COLLECTION OF EXISTING ONSITE INFORMATION REQUIREMENTS TO DESIGN, SPECIFY, AND INSTALLTHE EXTERIOR MOUNTED PORTION OF THE PHOTOVOLTAIC SYSTEM DETAILED IN THIS DOCUMENT. 2.ADVANCED SOLAR SOLUTIONS, INC IS RESPONSIBLE FOR APPLYING SUPPLIED INFORMATION INTO A SET OF PERMIT DRAWINGS. ANY CHANGES TO DRAWINGS ARE SUBJECT TO CONTRACT CONDITIONS BETWEEN THE CLIENT AND ADVANCED SOLAR SOLUTIONS, INC. IN ACCORDANCE WITH THE REQUIREMENTS OF THE AHJ. RESPONSIBILITY NOTES SHEET NOTES 1. COMBINATION PLACARDS MAY BE USED IN PLACE OF MULTIPLEPLACARDS FOR THE SAME DEVICE. ALL INFORMATION FROM THE MULTIPLE PLACARDS MUST BE PRESENT. 2. 4. BLACK LETTERS WITH YELLOW BACKGROUND MAY BE USED IN PLACE OF THE STANDARD WHITE LETTERS WITH RED BACKGROUND WITH AHJ APPROVAL. REQUIRED LABELS SHALL BE PERMANENT AND SUITABLE FOR THE ENVIRONMENT. MATERIALS USED FOR MARKING MUST BE WEATHER RESISTANT. UL STANDARD IS RECOMMENDED TO DETERMINE WEATHER RATING. UL LISTING OF MARKINGS IS NOT REQUIRED. SEE UL LABELING SYSTEM 969 (UL 969) 5. MARKING CONTENT AND FORMAT: 5.1. ARIAL OR SIMILAR FONT, NON-BOLD.5.2. MINIMUM 3/8" LETTER HEIGHT FOR HEADERS. 5.3. MINIMUM 1/16" LETTER HEIGHT FOR DATA 5.4. CONTRASTING BACKGROUND AND LETTERING. 5.5. ALL CAPITAL LETTERS.5.6. CONTRASTING SPACE BETWEEN ROWS OF TEXT 5.7. DIMENSIONS OF PLACARDS ARE APPROXIMATE. MAY BEREDUCED AND / OR INCREASED TO UL APPROVED MANUFACTURED PRODUCT 6. ANSI Z535.4 PRODUCT SAFETY SIGNS AND LABELS: THISINFORMATIONAL NOTE AND ITS REQUIREMENTS FOR PLACARDS MAY BE USED WITH PRIOR APPROVAL OF THE AHJ. MOST NOTABLE DIFFERENCES IS COLOR OF PLACARDS AND USE OF HAND WRITTEN VALUES WITH INDUSTRIAL MARKERS ON STANDARD PLACARDS WHERE THE VALUE MAY CHANGE AT A FUTURE DATE. I.E. ADDING MODULES AT A FUTURE DATE, OR STANDARD PLACARD MANUFACTURER INSTALLED ON ELECTRICAL COMPONENT. AHJ APPROVAL REQUIRED. (SEE NOTE #1 FOR INDIVIDUAL PLACARDS) 1 2 3 4 SCALE:1/4" = 1'-0" MAP PLACARD: MAIN SERVICE PANEL AND PV INVERTER (IF NOT SAME LOCATION) SCALE:1/4" = 1'-0"UTILITY METER, SERVICE PANEL, SUB-PANELAC DISCONNECT, AC SUB-PANEL 1.PLACARD PLACED ON EACH SOLAR SYSTEM DISCONNECTING COMPONENT. 2.VALUES MUST MATCH EQUIPMENT CALCULATIONS. SEE SHEET "E-001 / AC DISCONNECT [#]" 3.CODE REFERENCE: NEC 690.54 4.MINIMUM OF 1 1/2" x 8 1/2" (TOP), 1 3/4" x 6 1/2" (BOT) 5.FONT: 3/8" HEADER, 3/16" DATA 6.WHITE LETTERS ON A RED BACKGROUND. AC NORMAL OPERATING VOLTAGE PV SYSTEM AC DISCONNECT RATED AC OUTPUT CURRENT AMPS VOLTS PHOTOVOLTAIC SYSTEM AC DISCONNECT RATED AC OUTPUT CURRENT AC NORMAL OPERATING VOLTAGE AMPS VOLTS WARNING DUAL POWER SOURCES RATED AC OUTPUT CURRENT AC NORMAL OPERATING VOLTAGE AMPS VOLTS 1.(#1) PLACARD PLACED AT MAIN UTILITY SERVICE DISCONNECT/BREAKER AND PV SYSTEM SUPPLY BREAKER AT POINT OF INTERCONNECTION. (#2 & #3) PLACARD(S)REQUIRED WITH #1 PLACARD WHEN UTILITY SERVICE AND PV SYSTEM DISCONNECT ARE NOT LOCATED NEXT TO EACH OTHER. MAP PLACARD REQUIRED AS SPECIFIED. 2.VALUES MUST MATCH EQUIPMENT CALCULATIONS. 2.1. VALUES WILL MATCH LOAD CENTER OR SUB-PANEL VALUES IF INSTALLED AFTER INVERTERS. IF AC CONNECTION TO SERVICE PANEL COMES FROM INVERTERS; SEESHEET "E-001 / STRING INVERTER[#] SPECIFICATIONS".2.1.1. INVERTERS ARE PARALLEL CONNECTIONS.2.1.2. "RATED AC OUTPUT CURRENT" WILL BE THE SUM OF THE INVERTERS 2.1.3. "AC NORMAL OPERATING VOLTAGE" WILL BE THE NAME PLATE RATING OF THEINVERTER 3.CODE REFERENCE: NEC 690.54, NEC 705.12(B)(3) 4.MINIMUM OF 2" x 6 1/2" (#1), VARIES (#2 & #3) 5.FONT: 3/8" HEADER, 3/16" DATA (#1), 1/4" (#2 & #3) 6.WHITE LETTERS ON A RED BACKGROUND. SCALE:1/2" = 1'-0"5 CAUTION WARNING ELECTRIC SHOCK HAZARD - DO NOT TOUCH TERMINALS TERMINALS ON BOTH THE LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OPEN POSITION 1.PLACARD PLACED AT ELECTRICAL SERVICE AND AT THE PV INVERTER AND PV DISCONNECTS IF NOT AT THE SAME LOCATION. 2.MAP PLACARD PROVIDES A DIRECTORY OF THE SERVICE DISCONNECTING MEANS AND PHOTOVOLTAIC SYSTEM DISCONNECTION MEANS. 3.CODE REFERENCE: NEC 690.56(A)(B), 705.10 4.WHITE LETTERS ON A RED BACKGROUND. 5.MINIMUM OF 7 3/4" x 5" 6.FONT: 3/4" "CAUTION", 1/4" "WARNING", 3/16" HEADER, 1/8" DATA AND NOTES 7.PLACARD WILL BE PLACED ADJACENT TO THE MAIN SERVICE DISCONNECT IN A LOCATION CLEARLY VISIBLE FROM WHERE THE DISCONNECT IS OPERATED. (CFC 605.11.1.3 & CRC R331.2.3) MAP PLACARD: MAIN SERVICE PANEL AND PV INVERTER (IF NOT SAME LOCATION)SCALE:1/2" = 1'-0" CAUTION 1.PLACARD PLACED AT ELECTRICAL SERVICE AND AT THE PV INVERTER AND PV DISCONNECTS IF NOT AT THE SAME LOCATION. 2.MAP PLACARD PROVIDES A DIRECTORY OF THE SERVICE DISCONNECTING MEANS AND PHOTOVOLTAIC SYSTEM DISCONNECTION MEANS. 3.CODE REFERENCE: NEC 690.56(A)(B), 705.10 4.WHITE LETTERS ON A RED BACKGROUND. 5.MINIMUM OF 6 1/2" x 6 1/2" 6.FONT: 3/4" "CAUTION", 1/4" HEADER, 1/8" DATA AND NOTES 7.PLACARD WILL BE PLACED ADJACENT TO THE MAIN SERVICE DISCONNECT IN A LOCATION CLEARLY VISIBLE FROM WHERE THE DISCONNECT IS OPERATED. (CFC 605.11.1.3 & CRC R331.2.3) AC COMBINER AC NORMAL OPERATING VOLTAGE PV SYSTEM AC DISCONNECT RATED AC OUTPUT CURRENT AMPS VOLTS PHOTOVOLTAIC SYSTEM AC DISCONNECT RATED AC OUTPUT CURRENT AC NORMAL OPERATING VOLTAGE AMPS VOLTS AC NORMAL OPERATING VOLTAGE PV SYSTEM AC DISCONNECT RATED AC OUTPUT CURRENT AMPS VOLTS PHOTOVOLTAIC SYSTEM AC DISCONNECT RATED AC OUTPUT CURRENT AC NORMAL OPERATING VOLTAGE AMPS VOLTS BUILDING CONTAINS TWO SOURCES OF POWER: UTILITY, SOLAR PV UTILITY SERVICE DISCONNECT LOCATED BELOW. SOLAR PV SYSTEM DISCONNECT LOCATED [N/E/S/W] WALL OF BUILDING BUILDING CONTAINS TWO SOURCES OF POWER: UTILITY, SOLAR PV UTILITY SERVICE DISCONNECT LOCATED BELOW. SOLAR PV SYSTEM DISCONNECT LOCATED [N/E/S/W] WALL OF BUILDING SCALE:1/2" = 1'-0" 1. 2. USE PLACARD "COMBINER # 1" WHEN MORE THAN 1 AC COMBINER IS USED. NUMBER ACCORDING TO THREE LINE DIAGRAM AND CALCULATIONS. 3. MINIMUM OF 1" x 4" 4. FONT: 3/8" AND .75 TO .8 WIDTH FACTOR MINIMUM. 5. WHITE LETTERS ON A RED BACKGROUND. PLACARDS MAY BE COMBINED TOGETHER. I.E. "AC COMBINER BOX #1". MINIMUM REQUIREMENTS LISTED ABOVE. AC COMBINER / DISCONNECT #1 AC SUB-PANEL #1 AC NORMAL OPERATING VOLTAGE PV SYSTEM AC DISCONNECT RATED AC OUTPUT CURRENT AMPS VOLTS PHOTOVOLTAIC SYSTEM AC DISCONNECT RATED AC OUTPUT CURRENT AC NORMAL OPERATING VOLTAGE AMPS VOLTS RATED AC OUTPUT CURRENT AC NORMAL OPERATING VOLTAGE PV SYSTEM AC DISCONNECT AMPS VOLTS PHOTOVOLTAIC SYSTEM AC DISCONNECT RATED AC OUTPUT CURRENT AC NORMAL OPERATING VOLTAGE AMPS VOLTS AC COMBINER / DISCONNECT #2 AC SUB-PANEL #2 AC COMBINER / DISCONNECT #3 #1 #2 #3 CODE ABBREVIATIONS:NATIONAL ELECTRICAL CODE (NEC) INTERNATIONAL BUILDING CODE (IBC) INTERNATIONAL RESIDENTIAL CODE (IRC) INTERNATIONAL FIRE CODE (IFC) UNDERWRITERS LABORATORY (UL) 3.ALL INTERIOR AND EXTERIOR DC CONDUIT, ENCLOSURES, RACEWAYS, CABLE ASSEMBLIES, JUNCTION BOXES, COMBINER BOXES AND DISCONNECTS ARE MARKED. (NEC 690.31[G], NEC 690.53) N UTILITY METER &SERVICE PANEL PRODUCTIONMETER AC DISCO PROTECTEDLOADS PANEL AC COMBINER SOLAR ARRAYON ROOF TOP N UTILITY METER &SERVICE PANEL PRODUCTIONMETER AC DISCO PROTECTEDLOADS PANEL AC COMBINER ENERGY STORAGESYSTEM SOLAR ARRAYON ROOF TOP AC DISCO SWITCHSMART TRANSFER AC DISCO ENERGY STORAGESYSTEM SWITCHSMART TRANSFER 24.2 240 240 24.2 240 24.2 240 24.2 240 24.2240 240 21.3 21.3 P-002Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT BREAKING THE 20 % EFFICIENCY BARRIER Q.ANTUM DUO Z Technology with zero gap cell layout boosts module efficiency up to 20.6 %. INNOVATIVE ALL-WEATHER TECHNOLOGY Optimal yields, whatever the weather with excellent low-light and temperature behavior. ENDURING HIGH PERFORMANCE Long-term yield security with Anti LID Technology, Anti PID Technology1, Hot-Spot Protect and Traceable Quality Tra.Q™. EXTREME WEATHER RATING High-tech aluminum alloy frame, certified for high snow (6000 Pa) and wind loads (4000 Pa). A RELIABLE INVESTMENT Inclusive 25-year product warranty and 25-year linear performance warranty2. STATE OF THE ART MODULE TECHNOLOGY Q.ANTUM DUO combines cutting edge cell separation and innovative 12-busbar design with Q.ANTUM Technology. 1 APT test conditions according to IEC/TS 62804-1:2015, method B (−1500 V, 168 h) 2 See data sheet on rear for further information. THE IDEAL SOLUTION FOR: Rooftop arrays on residential buildings Q.PEAK DUO BLK ML-G9+ 365-385 ENDURING HIGH PERFORMANCE 74.4 in 1890 mm 42.5 in 1080 mm 47.6 in 1208 mm 1458 lbs 661 kg 28 24 32 α [% / K]+0.04 β [% / K]−0.27 γ [% / K]−0.35 NMOT [°F]109 ± 5.4 (43 ± 3 °C) Hanwha Q CELLS America Inc. 400 Spectrum Center Drive, Suite 1400, Irvine, CA 92618, USA | TEL +1 949 748 59 96 | EMAIL inquiry@us.q-cells.com | WEB www.q-cells.us [V]1000 (IEC)/ 1000 (UL)Class II [A DC]20 TYPE 2 [lbs / ft2]84 (4000 Pa) / 55 (2660 Pa) −40 °F up to +185 °F(−40 °C up to +85 °C)[lbs / ft2]125 (6000 Pa) / 84 (4000 Pa) 3 See Installation Manual 365 370 375 380 385 [W]365 370 375 380 385 [A]10.40 10.44 10.47 10.50 10.53 [V]44.93 44.97 45.01 45.04 45.08 [A]9.87 9.92 9.98 10.04 10.10 [V]36.99 37.28 37.57 37.85 38.13 [%]≥ 19.3 ≥ 19.5 ≥ 19.8 ≥ 20.1 ≥ 20.3 [W]273.3 277.1 280.8 284.6 288.3 [A]8.38 8.41 8.43 8.46 8.48 [V]42.37 42.41 42.44 42.48 42.51 [A]7.76 7.81 7.86 7.91 7.96 [V]35.23 35.48 35.72 35.96 36.20 53' 40' HC CertifiedUL 61730 MECHANICAL SPECIFICATION Format 72.4 in × 40.6 in × 1.26 in (including frame)(1840 mm × 1030 mm × 32 mm) Weight 43.0 lbs (19.5 kg) Front Cover 0.11 in (2.8 mm) thermally pre-stressed glass with anti-reflection technology Back Cover Composite film Frame Black anodized aluminum Cell 6 × 22 monocrystalline Q.ANTUM solar half cells Junction Box 2.09-3.98 in × 1.26-2.36 in × 0.59-0.71 in (53-101 mm × 32-60 mm × 15-18 mm), IP67, with bypass diodes Cable 4 mm² Solar cable; (+) ≥ 47.2 in (1200 mm), (−) ≥ 47.2 in (1200 mm) Connector Stäubli MC4; IP68 Note: Installation instructions must be followed. See the installation and operating manual or contact our technical service department for further information on approved installation and useof this product. Specifications subject to technical changes © Q CELLS Q.PEAK DUO BLK ML-G9+_365-385_2020-07_Rev02_NAELECTRICAL CHARACTERISTICS POWER CLASS MINIMUM PERFORMANCE AT STANDARD TEST CONDITIONS, STC1 (POWER TOLERANCE +5 W / −0 W)MinimumPower at MPP1 PMPP Short Circuit Current1 ISC Open Circuit Voltage1 VOC Current at MPP IMPP Voltage at MPP VMPP Efficiency1 η MINIMUM PERFORMANCE AT NORMAL OPERATING CONDITIONS, NMOT2 MinimumPower at MPP PMPP Short Circuit Current ISC Open Circuit Voltage VOC Current at MPP IMPP Voltage at MPP VMPP 1Measurement tolerances PMPP ± 3 %; ISC; VOC ± 5 % at STC: 1000 W/m2, 25 ± 2 °C, AM 1.5 according to IEC 60904-3 • 2800 W/m², NMOT, spectrum AM 1.5 Q CELLS PERFORMANCE WARRANTY PERFORMANCE AT LOW IRRADIANCE At least 98 % of nominal power during first year. Thereafter max. 0.54 % degradation per year. At least 93.1 % of nominal power up to 10 years. At least 85 % of nominal power up to 25 years. All data within measurement toleranc- es. Full warranties in accordance with the warranty terms of the Q CELLS sales organisation of your respective country.Typical module performance under low irradiance conditions in comparison to STC conditions (25 °C, 1000 W/m²) TEMPERATURE COEFFICIENTS Temperature Coefficient of ISC Temperature Coefficient of VOC Temperature Coefficient of PMPP Nominal Module Operating Temperature PROPERTIES FOR SYSTEM DESIGN Maximum System Voltage VSYS PV module classification Maximum Series Fuse Rating Fire Rating based on ANSI / UL 61730 Max. Design Load, Push / Pull3 Permitted Module Temperature on Continuous DutyMax. Test Load, Push / Pull3 DETAIL A 0.63" (16 mm) 0.33" (8.5 mm)0.96" (24.5 mm) 42.9" (1088 mm) 72.4" (1840 mm) 4 × Mounting slots (D ETAIL A) Frame 40.6" (1030 mm) 38.6" (981 mm) 1.26" (32 mm) 8 × Drainage holes 15.0“ (376 mm) 4 × Grounding points ø 0.18" (4.5 mm) Label ≥47.2" (1200 mm) ≥47.2" (1200 mm)RELATIVE EFFICIENCYCOMPARED TO NOMINAL POWER [%]100 95 90 85 80 75 155 2520010YEARS 98 Q CELLS Industry standard for tiered warranties* Industry standard for linear warranties* *Standard terms of guarantee for the 10 PV companieswith the highest production capacity in 2014 (as at: September 2014) 200 400 600 800 1000 110 100 90 80RELATIVE EFFICIENC Y [%]IRRADIANCE [W/m²] QUALIFICATIONS AND CERTIFICATES PACKAGING AND TRANSPORT INFORMATION UL 61730, CE-compliant, IEC 61215:2016, IEC 61730:2016, U.S. Patent No. 9,893,215 (solar cells) Horizontalpackaging pallets pallets modules RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSPV MODULE CUT SHEET R-100Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT I M TS I I QE M IE E I M ER E I M EQE M EPP MQTPM I MR EPPE MSR T S I MPI achieving the highest system ef ciency. E S I RT E I - 7 IQ I - ER - M SMR I I MR I E I M I RT E I - R S RT E I - E I ER I RT E I Enlighten™ monitoring and analysis software. - 7I MI M SMR I I I IR I IPME MPM ER E I S T I MS IRI E MSR ER R I S S I E QMPPMSR S S TS I SR I MR IRE PMR RT E I S T S M I ER MR PIE MR warranty of up to 25 years. E I E M M I I 8S PIEVR QSVI EFSYX )RTLEWI S IVMR W MWMX I I SQ E E 7 II E I M M I I I MSR - 7 )EW XS -RWXEPP 0M LX IM LX ERH WMQTPI *EWXIV MRWXEPPEXMSR MXL MQTVS IH PM LXIV X S MVI GEFPMR &YMPX MR VETMH WLYXHS R GSQTPMERX 2) 4VSHYGXM I ERH 6IPMEFPI 3TXMQM IH SV LM L TS IVIH GIPP LEP GIPP ERH GIPP LEP GIPP QSHYPIW 1SVI XLER E QMPPMSR LSYVW S XIWXMR PEWW -- HSYFPI MRWYPEXIH IRGPSWYVI 90 PMWXIH 7QEVX +VMH 6IEH SQTPMIW MXL EH ERGIH VMH WYTTSVX SPXE I ERH VIUYIRG VMHI XLVSY L VIUYMVIQIRXW 6IQSXIP YTHEXIW XS VIWTSRH XS GLER MR VMH VIUYMVIQIRXW • Con gurable for varying grid pro les 1IIXW % 6YPI 90 7% 8LI -5 1MGVS MW VIUYMVIH XS WYTTSVX GIPP LEP GIPP QSHYPIW 2S IR SVGIH ( % VEXMS 7II XLI GSQTEXMFMPMX GEPGYPEXSV EX LXXTW IRTLEWI GSQ IR YW WYTTSVX QSHYPI GSQTEXMFMPMX 2SQMREP SPXE I VER I GER FI I XIRHIH FI SRH RSQMREP M VIUYMVIH F XLI YXMPMX 0MQMXW QE EV 6I IV XS PSGEP VIUYMVIQIRXW XS HI MRI XLI RYQFIV S QMGVSMR IVXIVW TIV FVERGL MR SYV EVIE 8S PIEVR QSVI EFSYX )RTLEWI S IVMR W MWMX I I SQ © 2020 Enphase Energy. All rights reserved. Enphase, the Enphase logo, Enphase IQ 7, Enphase IQ 7+, Enphase IQ Battery, Enphase Enlighten, Enphase IQ Envoy, and other trademarks or service names are the trademarks of Enphase Energy, Inc. Data subject to change. 2020-08-12 -2 ( ( - 7 - 7 7 SQQSRP YWIH QSHYPI TEMVMR Wz ; ; ; ; 1SHYPI GSQTEXMFMPMX GIPP LEP GIPP 4: QSHYPIW SRP GIPP LEP GIPP ERH GIPP LEP GIPP 4: QSHYPIW 1E MQYQ MRTYX ( SPXE I : : 4IEO TS IV XVEGOMR SPXE I : : : : 3TIVEXMR VER I : : : : 1MR 1E WXEVX SPXE I : : : : 1E ( WLSVX GMVGYMX GYVVIRX QSHYPI -WG % % 3 IV SPXE I GPEWW ( TSVX ---- ( TSVX FEGO IIH GYVVIRX % % PV array con guration YR VSYRHIH EVVE 2S EHHMXMSREP ( WMHI TVSXIGXMSR VIUYMVIH % WMHI TVSXIGXMSR VIUYMVIW QE % TIV FVERGL GMVGYMX ( - M VSM IV IV - M VSM IV IV 4IEO SYXTYX TS IV :% :% 1E MQYQ GSRXMRYSYW SYXTYX TS IV :% :% 2SQMREP 0 0 SPXE I VER Is : : : : : : : : 1E MQYQ GSRXMRYSYW SYXTYX GYVVIRX % : % : % : % : 2SQMREP VIUYIRG , , ) XIRHIH VIUYIRG VER I , , % WLSVX GMVGYMX EYPX GYVVIRX S IV G GPIW %VQW %VQW 1E MQYQ YRMXW TIV % 0 0 FVERGL GMVGYMXt :% :% :% :% 3 IV SPXE I GPEWW % TSVX ------ % TSVX FEGO IIH GYVVIRX Q% Q% 4S IV EGXSV WIXXMR 4S IV EGXSV EHNYWXEFPI PIEHMR PE MR PIEHMR PE MR ) - -)2 Peak ef ciency CEC weighted ef ciency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kW PHOTOVOLTAIC PLANSINVERTER CUT SHEET R-101Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT 8 I E E E S I S T I W S E I W W I W E E E E - EW E S E WE I I I ETE S E IW S I I I S S I I W TS I E - T S IW E T ETE E W E I W E IW I W W I W I S II I needs of both new and retro t solar customers. E E 8S PIEVR QSVI EFS X )RTLEWI S IVMR W MWMX IRTLEWI S E E II E S E 6IPMEFPI 4VS IR LM L VIPMEFMPMX -5 7IVMIW 1MGVSMR IVXIVW 8IR IEV PMQMXIH EVVERX S V IQFIHHIH -5 %8 1MGVSMR IVXIVW 4EWWM I GSSPMR RS QS MR TEVXW ERW 7QEVX VMH SVQMR GETEFMPMX SV FEGO T STIVEXMSR • Remote software and rmware upgrade 1SFMPI ETT FEWIH QSRMXSVMR ERH GSRXVSP 7 TTSVX SV WIP GSRW QTXMSR 9XMPMX XMQI S WI 839 STXMQM EXMSR 7MQTPI PP MRXI VEXIH % FEXXIV W WXIQ 5 MGO ERH IEW TP ERH TPE MRWXEPPEXMSR -RXIVGSRRIGXW MXL WXERHEVH LS WILSPH % MVMR 7E I EXXIV WE IX XIWXIH 0MXLM Q MVSR TLSWTLEXI 0 4 GLIQMWXV SV QE MQ Q WE IX ERH PSR I MX ()0 2 ) )2 ,%6 ) 4 2%)RGLEV I FEXXIV WXSVE I W WXIQ MXL MRXI VEXIH )RTLEWI 1MGVSMR IVXIVW ERH FEXXIV QERE IQIRX RMX 19 -RGP HIW 3RI )RGLEV I O;L FEWI RMX % 97 3RI )RGLEV I GS IV OMX MXL GS IV ERH EPP QS RXMR FVEGOIX 3 ) ) )2 ,%6 ) ,2(0 6 3RI WIX S )RGLEV I FEWI RMX MRWXEPPEXMSR LERHPIW 4 6EXIH GSRXMR S W S XT X TS IV O:% 4IEO S XT X TS IV O:% WIGSRHW 2SQMREP SPXE I VER I :% 2SQMREP VIU IRG VER I , 6EXIH S XT X G VVIRX % 4IEO S XT X G VVIRX % WIGSRHW 4S IV EGXSV EHN WXEFPI PIEHMR PE MR 1E MQ Q RMXW TIV % FVERGL GMVG MX 8LVII RMXW WMR PI TLEWI -RXIVGSRRIGXMSR 7MR PI TLEWI 1E MQ Q % WLSVX GMVG MX E PX G VVIRX S IV G GPIW %VQW Round trip ef ciency² ) 8SXEP GETEGMX O;L 9WEFPI GETEGMX O;L Round trip ef ciency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t GETEGMX T XS IEVW SV G GPIW 7 TTSVXIH MR FEGO T S VMH STIVEXMSR % XS FEXXIV XS % EX TS IV VEXMR 3. Whichever occurs rst. Restrictions apply. E E 8S PIEVR QSVI EFS X )RTLEWI S IVMR W MWMX IRTLEWI S k T EWI I W IWI I T EWI I T EWI S S E I E S I E I E W S WI I E IW E I I E I E W S T EWI I - E E W I S E I RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSBATTERY CUT SHEET R-102Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANS8 I E E E S I S T I W S E I W W I W E E E E - W S T WI S II EWI E I W S E I W EW E S E WE I I I ETE S E I I I I I S S I I W TS I E - T S IW E T ETE E W E I W E IW I W W I W I S II I needs of both new and retro t solar customers. E E 8S PIEVR QSVI EFS X )RTLEWI S IVMR W MWMX IRTLEWI S E E II E S E 6IPMEFPI 4VS IR LM L VIPMEFMPMX -5 7IVMIW 1MGVSMR IVXIVW 8IR IEV PMQMXIH EVVERX 8LVII MRHITIRHIRX )RGLEV I WXSVE I FEWI RMXW 8 IP I IQFIHHIH -5 %8 1MGVSMR IVXIVW 4EWWM I GSSPMR RS QS MR TEVXW ERW 7QEVX VMH SVQMR GETEFMPMX SV FEGO T STIVEXMSR • Remote software and rmware upgrade 1SFMPI ETT FEWIH QSRMXSVMR ERH GSRXVSP 7 TTSVX SV WIP GSRW QTXMSR 9XMPMX XMQI S WI 839 STXMQM EXMSR 7MQTPI PP MRXI VEXIH % FEXXIV W WXIQ 5 MGO ERH IEW TP ERH TPE MRWXEPPEXMSR -RXIVGSRRIGXW MXL WXERHEVH LS WILSPH % MVMR 7E I IPPW WE IX XIWXIH 0MXLM Q MVSR TLSWTLEXI 0 4 GLIQMWXV SV QE MQ Q WE IX ERH PSR I MX ()0 2 ) )2 ,%6 ) 4 2%)RGLEV I FEXXIV WXSVE I W WXIQ MXL MRXI VEXIH )RTLEWI 1MGVSMR IVXIVW ERH FEXXIV QERE IQIRX RMX 19 -RGP HIW 8LVII )RGLEV I O;L FEWI RMXW % 97 3RI )RGLEV I GS IV OMX MXL GS IV EPP QS RXMR FVEGOIX EXIVXM LX GSRH MX L FW ERH MRXIVGSRRIGX OMX SV MVMR FIX IIR FEXXIVMIW 3 ) ) )2 ,%6 ) ,2(0 6 3RI WIX S )RGLEV I FEWI RMX MRWXEPPEXMSR LERHPIW 4 6EXIH GSRXMR S W S XT X TS IVs O:% 4IEO S XT X TS IV O:% WIGSRHW 2SQMREP SPXE I VER I :% 2SQMREP VIU IRG VER I , 6EXIH S XT X G VVIRX % 4IEO S XT X G VVIRX % WIGSRHW 4S IV EGXSV EHN WXEFPI PIEHMR PE MR 1E MQ Q RMXW TIV % FVERGL GMVG MX RMX WMR PI TLEWI -RXIVGSRRIGXMSR 7MR PI TLEWI 1E MQ Q % WLSVX GMVG MX E PX G VVIRX S IV G GPIW %VQW Round trip ef ciency² ) 8SXEP GETEGMX O;L 9WEFPI GETEGMX O;L Round trip ef ciency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t GETEGMX T XS IEVW SV G GPIW 7 TTSVXIH MR FEGO T S VMH STIVEXMSRW % XS EXXIV XS % EX TS IV VEXMR 3. Whichever occurs rst. Restrictions apply. E E 8S PIEVR QSVI EFS X )RTLEWI S IVMR W MWMX IRTLEWI S k T EWI I W IWI I T EWI I T EWI S S E I E S I E I E W S WI I E IW E I I E I E W S T EWI I - E E W I S E I BATTERY CUT SHEET R-103Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/22/2021SUBMIT FOR PERMIT I E EV M S I I S I S VM TS IV I ) EV I SVE I I E SPEV - TVS M I M VS VM M IV S I MS I M I 1-( MS EPM E S E M EPP I I M E IE PI P VE M MS M I S I I IV I VS VM TS IV S E T TS IV M I I I S E VM EMP VI - S SPM E I M IV S I MS I MT I M S E M PI I PS VI E VIE PM I VM M ITI I ETE MPM MI S E SVE I M EPPE MS TVS M M E S M I TVI MVI SP MS SV VI M I MEP ETTPM E MS E 8S PIEVR SVI EFS X )RTLEWI S IVMRKW MWMX IRTLEWI S (E E II E I IV E E I I I 6IPMEFPI ( VEFPI 2)1% X TI 6 IRGPSW VI 8IR IEV PM MXIH EVVERX 7 EVX SRXVSPW WE I GSRRIGXM MX XS XLI KVMH % XS EXMGEPP HIXIGXW KVMH S XEKIW 4VS MHIW WIE PIWW XVERWMXMSR XS FEGO T 7M TPI SRRIGXW XS XLI PSEH SV WIV MGI IU MT IRXz WMHI S XLI EMR PSEH TERIP IRXIVIH S RXMRK FVEGOIXW W TTSVX WMRKPI WX H S RXMRK 7 TTSVXW GSRH MX IRXV VS XLI FSXXS FSXXS PI X WMHI ERH FSXXS VMKLX WMHI 7 TTSVXW LSPI LS I ERH TEVXMEP LS I FEGO T ERH W FTERIP FEGO T 9T XS % EMR FVIEOIV W TTSVX -RGP HIW RI XVEP SV MRK XVERW SV IV SV WTPMX TLEWI : FEGO T STIVEXMSR )RTS IV MW RSX W MXEFPI SV WI EW WIV MGI IU MT IRX MR EREHE 8S PIEVR SVI EFS X )RTLEWI S IVMRKW MWMX IRTLEWI S k ) T E I ) IV PP VM VI IV I ) T E I I ) T E I PS S ) TS IV E S IV VE I EV SV IV M I E I EVI I VE I EV S ) T E I ) IV - (E E I S E I )4 + 1 97 )RTLEWI )RTS IV W EVX W MXGL MXL RI XVEP SV MRK XVERW SV IV 2 8 1MGVSKVMH -RXIVGSRRIGX (I MGI 1-( FVIEOIVW ERH WGVI W 7XVIE PMRIW KVMH MRHITIRHIRX GETEFMPMXMIW S 4: ERH WXSVEKI MRWXEPPEXMSRW ERH % ) 4 % )27 6ITPEGI IRX )RTS IV GSRXVSPPIV TVMRXIH GMVG MX FSEVH MVG MX FVIEOIVW EW RIIHIH 6/ % 4 : 6/ % 4 : 6/ % 4 : 6/ % 4 : 6/ % 4 : 6/ % 4 : 6/ % 4 : 6/ % 4 : 6/ % 4 : 6/ % 4 : 2SX MRGP HIH WX SVHIV WITEVEXIP 1EMR FVIEOIV TSPI % O%- 76 2 SV 76 1EMR FVIEOIV TSPI % O%- 76 2 1EMR FVIEOIV TSPI % O%- 76 2 1EMR FVIEOIV TSPI % O%- 76 2 1EMR FVIEOIV TSPI % O%- 76 2 MVG MX FVIEOIV TSPI % O%- 6 MVG MX FVIEOIV TSPI % O%- 6 MVG MX FVIEOIV TSPI % O%- 6 MVG MX FVIEOIV TSPI % O%- 6 MVG MX FVIEOIV TSPI % O%- 6 )4 + ,2(0 6 )RTS IV MRWXEPPEXMSR LERHPI OMX SVHIV WITEVEXIP %WWI FP VEXMRK SRXMR S W STIVEXMSR EX S MXW VEXMRK 2S MREP SPXEKI VERKI 0 0 :% :% :SPXEKI IEW VI IRX EGG VEG r : RS MREP r : 0 2 ERH r : 0 0 2S MREP VIU IRG VERKI , , VIU IRG IEW VI IRX EGG VEG r , 1E M GSRXMR S W G VVIRX VEXMRK % 1E M S XT X S IVG VVIRX TVSXIGXMSR HI MGI % 1E M MRT X S IVG VVIRX TVSXIGXMSR HI MGI % 1E M S IVG VVIRX TVSXIGXMSR HI MGI VEXMRK SV WXSVEKI FVERGL GMVG MX % 1E M S IVG VVIRX TVSXIGXMSR HI MGI VEXMRK SV 4: GS FMRIV FVERGL GMVG MX % 2I XVEP SV MRK 8VERW SV IV 2 8 VIEOIV VEXMRK TVI MRWXEPPIH % FIX IIR 0 ERH 2I XVEP % FIX IIR 0 ERH 2I XVEP SRXMR S W VEXIH TS IV :% 1E M GSRXMR S W RFEPERGI G VVIRX % : 4IEO VEXIH TS IV :% SV WIGSRHW 4IEO RFEPERGIH G VVIRX % : SV WIGSRHW (M IRWMSRW ; , ( G G G MR MR MR ;IMKLX OK PFW % FMIRX XI TIVEX VI VERKI XS XS SSPMRK 2EX VEP GSR IGXMSR TP W LIEX WLMIPH )RGPSW VI IR MVSR IRXEP VEXMRK 3 XHSSV 2)1% X TI 6 TSP GEVFSREXI GSRWXV GXMSR %PXMX HI 8S IXIVW IIX SRRIGXMSRW 1EMR P KW FEGO T PSEH P KW ERH 76 FVIEOIVW 6 FVIEOIVW MVI TVS MHIH % GS FMRIV P KW )RGLEVKI P KW ERH KIRIVEXSV VIWIV IH SV X VI WI P KW 2I XVEP PEVKI P KW %0 %;+ / 1-0 %;+ %;+ %;+ %0 %;+ / 1-0 2I XVEP ERH KVS RH FEVW 0EVKI LSPIW 92 7 EPP LSPIW 92 %;+ %;+ %;+ %;+ S TPMERGI 90 90 7% 90 90 %5 90 5 90 5, 90 )5 7% 2S 6 4EVX PEWW - )7 % S TEXMFPI MXL 6,(/ ,SPH (S R /MX XS GS TP MXL 2) ) SV FEGO IH GMVG MX FVIEOIVW 8LI O%- S )RTS IV MW XLI WE I EW XLI O%- S XLI EMR FVIEOIV FIMRK MRWXEPPIH EW PMWXIH 2SX MRGP HIH -RWXEPPIV WX TVS MHI TVSTIVP VEXIH FVIEOIV TIV GMVG MX FVIEOIV PMWX EFS I 7IGXMSRW VS XLIWI WXERHEVHW IVI WIH H VMRK XLI WE IX I EP EXMSR ERH MRGP HIH MR XLI 90 PMWXMRK E RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSSMART TRANSFER SWITCH CUT SHEET R-104Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT | 740-249-1877 | www.ecolibriumsolar.com Three main components PV installation Professionals use EcoFoot2+ to complete their projects in record time. The refreshed EcoFoot2+ design is now available in Black, along with a comprehensive UL2703 certification. Base Our new UL-Listed ASA based resin is a durable material commonly used in automotive and construction applications. The material is class A fire rated as part of our UL2703 Certification. Preassembled Universal Clamp The new preassembled universal clamp achieves integrated grounding without the use of grounding washers. TM Back in Black PV installation Professionals use EcoFoot2+ to complete their projects in record time. The refreshed EcoFoot2+ design is now available in Black, along with a comprehensive UL2703 certification. Wind Deflector Corrosion-resistant wind deflector on every module helps minimize uplift, reduce ballast requirements and carries UL2703 validated ground path from modules and racking components. 1o oo System Benefits Low part count Rapid system deployment Preassembled Universal Clamp Increased design flexibility More ballast capacity Simplified logistics (up to 50kW per pallet) Validation Summary Certified to UL2703 Fire Class A for Type I and II modules Certified to UL2703 Grounding and Bonding Wind tunnel tested to 150mph SEAOC seismic compliant CFD and structurally tested DNV GL rated at 13.5 panels per installer-hour — — — — — — — — — — — Technical Specification s Dimensions: 26.5”L x 18.25”W x 8.3”H Typical System Weight: 3.5–6 lbs. per sq. ft. Module orientation: Landscape/Portrait Tilt angle: Landscape 10°/Portrait 5° Module inter-row spacing: 18.9” Roof pitch: 0° to 7° Ballast requirements: 4” x 8” x 16” Warranty: 25 years EcoFoot2 + Installer Feedback = EcoFoot2+™ Our design enhancement s help you master the most challenging site an d rooftop conditions 1o oo RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSSTANCHION - ROOF ATTACHMENT CUT SHEET R-105Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT Business Stream Products Renewable and Solar Technology TÜV Rheinland PTL Photovoltaic Testing Laboratory 2210 South Roosevelt Street Tempe, Arizona 85282 Main Phone: 480-966-1700 Main Fax; 775-314-6458 Email: info@tuvptl.com TÜV Rheinland North America Holding, Inc. 1 Federal Street Boston, MA 02110 Main Phone: 617-426-4888 Main Fax: 617-426-6888 Member of TÜV Rheinland Group Attn: Mr. Chad Parsons Ecolibrium Solar 340 West State Street Athens, OH 45701 USA Email: jcastagna@us.tuv .com 480-966-1700, x153 June 16, 2014 UL SU 2703 Bonding Tests Completed Type of Equipment: PV Mounting System Model Designation: Ecolibrium Solar Ecofoot2+ Test Requirement: UL Subject 2703 TÜV Rheinland File Number: L1-ELS130905 TÜV Rheinland Project Number: ELS130905 Dear Mr. Parsons, This letter is confirmation that the Ecolibrium Solar Ecofoot2+ PV Mounting System has successfully completed electrical bonding tests according to the UL Subject 2703 standard. Congratulations on this achievement. All summary test results will be provided to you separately when the full report is completed. The final Test Report and associated Constructional Data Form (CDF) will be submitted to our certification department for final processing and subsequent listing on the TUV Rheinland Certipedia website. You may use this correspondence as an interim Letter of Compliance (LOC) indicating your system has met the relevant bonding requirements of UL Subject 2703. Sincerely, Jack Castagna Solar Components Program Manager TÜV Rheinland PTL, LLC RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSSTANCHION - ROOF ATTACHMENT CUT SHEET R-106Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT KN FRIRR 3O VB, V DOOB LG B9 ,1 / - o -D DU 6 FROLEUL PVRODU FRP h h D / t d FRIRR 3O VB, V DOOB LG B9 ,1 / - o -D DU 6 FROLEUL PVRODU FRP uo m7bm om7bm d d s h t / E E / E W t t K t t h t K , : ,: t E hD & hE h E E RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSSTANCHION - ROOF ATTACHMENT CUT SHEET R-107Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANS 44 Ward Ave 44 Ward Ave, Northampton, MA 01060 September 2, 2021 SOLUTION OVERVIEW VICINTY MAP PROJECT SPECIFICATIONS Total System Size (KW)7.6 Total Module Quantity 20 Module Orientation Landscape Module Manufacturer Hanwha Q.Cells Module Model Q.PEAK DUO BLK G9+ 380 Module Wattage 380 Module Length (in.)72.44 Module Width (in.)40.55 Module Weight (lbs)42.99 Roof Type EPDM Membrane Parapet Height (in)0 Setback (in)28 Roof Height (ft)30 Roof Slope (degrees)1.20 ASCE Version 2010 Basic Windspeed (mph)117 Wind Exposure Category B Occupancy Category II Ground Snow Load (lb/ft2)40 SOLAR PROJECT DESIGN With 500MW installed, EcoFoot Racking is preferred by installers for fast, simple installation and streamlined logistics. The enclosed provides the layout and system details for a complete solution for your project using this validated and reliable product. Installers complete projects in less time with self-aligning Bases, simple pre-assembled components, five-minute learning curve, and one-tool installation. Install speed is rated at 13.5 modules/installer-hour by DNV-GL. EcoFoot2+ consists of three core components: roof friendly, durable Base with integrated north/south Wire Clips, pre-assembled Clamps, and Wind Deflector to reduce ballast and provide east/west bonding. Stackable Bases fit up to 50kW per pallet, meaning fewer crane lifts and less space used on the job site. Experienced project managers and field technicians support your project from bid to inspection. Project managers ensure you have needed details to obtain a permit and pass inspection. Our field team offers a dedicated phone line and email. On-site training is available. DESIGN IS FINALIZED WHEN ACCOMPANIED BY STAMPED ENGINEERING REPORT. CONTRACTOR IS RESPONSIBLE FOR VERIFYING ROOF CAPACITY. CONTRACTOR IS RESPONSIBLE FOR CONFIRMING ALL DESIGN CRITERIA ARE CORRECT AND APPROPRIATE FOR THE PROJECT SITE. CONTRACTOR MUST CONFIRM DESIGN MEETS ALL UTILITY AND AHJ REQUIREMENTS. CONTRACTOR IS RESPONSIBLE FOR VERIFYING THAT BUILDING STRUCTURE AND RELATED CONNECTIONS CAN SUPPORT ALL LOADS IMPOSED BY PV SYSTEM. REFER TO INSTALLATION MANUAL FOR FULL PRODUCT DETAILS AND ADDITIONAL INFORMATION. BALLAST REPORT R-108Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSInstaller Name: Project Name: Project Address: Date Prepared: Introduction, Site Specifics and Variable Definition………………………………………………………………………Page 2 Wind Tunnel Testing, Uplift and Drag Force Calculations……………………………………………………………….Page 3 Ballast Application to Sheet S-1.0……………………………………………………………………………………….Page 5 Detailed Calculations From Table 4……………………………………………………………………………………………Page 7 SEAOC PV1 - 2012 - Section 4: Attached Arrays………………………………………………………………………………………Page 8 Table 1: System Design Criteria………………………………………………………………………………………….. Table 2: PV Module Specifics………………………………………………………………………………………………. Table 3: Calculation Inputs, Constants, and Variables…………………………………………………………………………… Table 4: Ballast to Resist Uplift Calculations for the Above Address………………………………………………………… Image 1: Aerodynamic Zones From RWDI Report……………………………………………………………………………………… Table 5: Ballast to Resist Sliding Calculations…………………………………………………………………………………………………… Image 2: Ballast to Resist Sliding Equation from RWDI………………………………………………………… Image 3: Example of Module and Ballast Graphical Representation………………………………………………………… Image 4: Ballast Prescriptions Produced by Table 4 ………………………………………………………… Table 6: Seismic Design Inputs…………………………………………………………………………………………………... Table 7: ASCE7 Inputs……………………………………………………………………………………… Table 8: Calculation of Physical Attachment Requirements……………………………………………………………………………………… Image 5: Example of ballast layout with seismic attachment callouts……………………………………………………………………………………… ……………………………………………………………………………………………………………………………………………………………………….. Rowan, Williams, Davies, & Irwin Inc (RWDI) -- Wind Tunnel Testing Per ASCE 7 / IBC Maffei Structural Engineering -- Peer Review of Wind Tunnel Testing Testing Engineers, Inc. -- Friction Testing per ASTM G115 CBC Engineers -- Professional Engineering Review and Certification Table Of Figures: 3rd Party Engineering Resources Explanation of EcoFoot System Calculations and Design Procedure Calculation Explanation Key Sections: Uplift, Sliding and Seismic Calculations Valley Solar 44 Ward Ave 44 Ward AveNorthampton, MA 01060 9/2/2021 …………... Page 2 Page 2 Page 3 Page 4 Page 4 Page 5 Page 5 Page 6 Page 6 Page 8 Page 8 Page 9 Page 9 ecolibriumsolar.com Page 2 507 Richland Ave., Athens, OH 45701 740-249-1877 Uplift, Sliding, & Seismic Calculations for the Proposed Project in Northampton, MA 01060 *req's slip sheets Utilizing the inputs from Tables 1 and 2, the factors in Table 3 are generated for the site. This list of factors is used in various ways to fully define a proposed system according to calculations laid out in the SEAOC and ASCE documents. In the scope of this explanation, factors are used to calculate velocity pressure, qh as defined in ASCE7-05, Section 6.5.10; ASCE7-10, Section 30.3.2; or ASCE7-16, Section 26.10.2, and ultimately the amount of ballast required to offset uplift and drag forces. Product Line EcoFoot 2+ Module Manufacturer Module Model Q.PEAK DUO BLK G9+ 380 Hanwha Q.Cells 380Module Power (w) Module Weight (lbs.) Module Length (in)Module Width (in) Introduction, Site Specifics and Variable Definition In order to efficiently design EcoFoot2+ and EcoFoot5D ballasted photovoltaic systems, Ecolibrium Solar makes use of a proprietary solar array design aid called “EcoCalcs”. Starting with a set of design criteria, shown here in Table 1 below, EcoCalcs utilizes methodologies laid out in the ASCE7 and SEAOC PV1/PV2 documents, and derivative building codes. Actual calculations for this project are included herein, and are accompanied by a step-by-step explanation of Ecolibrium Solar's design process. The output of EcoCalcs is a comprehensive set of ballast prescriptions, including Image 3 found on Page 5. Ballast prescriptions are applied to a proposed system layout by the Ecolibrium Solar engineering team. CBC Engineers, Ecolibrium Solar's professional engineering partner, has reviewed and verified EcoCalcs and reviews system designs to ensure that calculations and ballast prescriptions were correctly applied. Upon successful review, CBC Engineers provides a stamped design review including relevant supporting documentation (this explanation included) and a stamped, approved ballast plan. Please note: Ecolibrium Solar and CBC engineers are not conducting a structural review of the proposed site. Table 2: PV Module Specifics 117 Min Edge Setback (in)Module Orientation Landscape D 40.0 0.1710Soil Site Class Snow Load (psf)Seismic Data (SS) 72.4440.55 42.99 Below, Table 1 and Table 2 list the design criteria and project details for a proposed system in Northampton, MA. These values will be used throughout the remainder of this explanation. 2010 EPDM Membrane ASCE7 Version Roof Type Table 1: System Design Criteria 0.49Coeff. Of Friction (fn)* N/AGround Elevation (ft) Occupancy Category 28 301.20 Wind Exposure 3 Sec. Gust (mph) B Parapet Height (in.) Roof Slope (deg)Roof Height (ft.) 0 II ecolibriumsolar.com Page 3 507 Richland Ave., Athens, OH 45701 740-249-1877 BALLAST REPORT R-109Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSUplift, Sliding, & Seismic Calculations for the Proposed Project in Northampton, MA 01060 Racking Component Weight per Module lbs. lbs. ft2 ft2 lbs. in. ft. ft. ft. Wind tunnel testing of the EcoFoot product line to determine GCn values has been conducted by Rowan Williams Davies & Irwin Inc. (RWDI), a nationally recognized boundary-layer wind tunnel test firm. Testing was conducted in accordance with ASCE7-05, section 6.6; and ASCE7-10 or 16, section 31.2. Module-specific GCn data allows for precise application of ballast to prevent uplift. Deviation from prescriptive wind GCn values has been addressed according to SEAOC PV2 via a peer review of the wind tunnel testing and results by Maffei Structural Engineering. GCn and qh are used to calculate the pressure exerted on each module via the design wind pressure equations (ASCE7- 05 – section 6.5.12.4, ASCE7-10 – section 30.4.2, ASCE7-16 – section 30.5.1). Ballast required to offset uplift and drag forces (BWUz) is calculated with load combination calculations from ASCE7-05/10 section 2.3.2, or ASCE7-16 section 2.3.1. Detailed calculations for this project are found in Table 4. Resulting required ballast BWUz is displayed graphically in Image 3. Wind Tunnel Testing, Uplift and Drag Force Calculations 0.6 20.87 zmin (from ASCE7 Table 6-2)= z selected (from zmin & inputs)= Kz= Adjustment Factor for Building Height and Exposure Wind design load factor 0.6 Kzt= Topographic Factor 1 0.85 I= Importance Factor 32 zg (from ASCE7 Table 6-2 or 26.9.1)= Load Combination Factor for Wind 0.6 Roof Setback Minimum α (from ASCE7 Table 6-2 or 26.9.1)= Load Combination Factor for Seismic 1200 30 30 20.133 28 1 Ballast Block Weight Asymmetric lift load Ratio (North Row) Asymmetric lift load Ratio (South Row) Ala= Effective Lift Area of PV Module 57.533 3.28 1.4 1.6 Ada= Effective Drag Area of PV Module dLF1= Dead Load of Module and Attributed Racking qh= Velocity Pressure (0.00256*Kz*Kzt*Kd*V2*I) Dead Load design load factor 14.54 Table 3: Calculation Inputs, Constants, and Variables 1Ke= Ground Elevation Factor 0.70 0.7 7 Kd= Directionality Factor An explanation of variables: Asymmetric Lift Load Ratio: This is a ratio describing the leverage created by EcoFoot base dimensions, module attachment location and location of center of ballast mass. Assessed as a multiplier on top of ballast distribution scheme in Image 4. dLF1= Dead Load of Module and Attributed Racking: the weight of one module and hardware attributed to that module, not including ballast. Ala= Effective Lift Area of PV Module:The surface area of a module projected onto the horizontal plane for lift calculations. Ada= Effective Drag Area of PV Module: The surface area of a module projected onto the horizontal plane for drag calculations. qh= Velocity Pressure at height "h":Calculation prescribed by ASCE7-05, eq. 6-15, and ASCE7-10, eq. 30.3-1, or ASCE7-16, eq. 26.10-1(subscript "h" used here for clarity, ASCE7 utilizes subscript "z"). ecolibriumsolar.com Page 4 507 Richland Ave., Athens, OH 45701 740-249-1877 Uplift, Sliding, & Seismic Calculations for the Proposed Project in Northampton, MA 01060 pUz=Uplift design wind pressure =qh*GCnUz WLFUz=Uplift wind force =pUz*Ala DLFUz=Net ASD uplift = dLF1*0.6 + WLFUz*0.6 BWuz=ballast required = -DLFUz/0.6 pUz=Uplift design wind pressure =qh*GCnUz WLFUz=Uplift wind force =pUz*Ala DLFUz=Net ASD uplift = dLF1*0.6 + WLFUz*0.6 BWuz=ballast required = -DLFUz/0.6 pUz=Uplift design wind pressure =qh*GCnUz WLFUz=Uplift wind force =pUz*Ala DLFUz=Net ASD uplift = dLF1*0.6 + WLFUz*0.6 BWuz=ballast required = -DLFUz/0.6 pUz=Uplift design wind pressure =qh*GCnUz WLFUz=Uplift wind force =pUz*Ala DLFUz=Net ASD uplift = dLF1*0.6 + WLFUz*0.6 BWuz=ballast required = -DLFUz/0.6 pUz=Uplift design wind pressure =qh*GCnUz WLFUz=Uplift wind force =pUz*Ala DLFUz=Net ASD uplift = dLF1*0.6 + WLFUz*0.6 BWuz=ballast required = -DLFUz/0.6 pUz=Uplift design wind pressure =qh*GCnUz WLFUz=Uplift wind force =pUz*Ala DLFUz=Net ASD uplift = dLF1*0.6 + WLFUz*0.6 BWuz=ballast required = -DLFUz/0.6 -29.0 lbs -6.0 -121.0 -38.1 63.5 lbs lbs lbs psf lbs lbs Load Sharing Area -4.8 -95.8 -23.0 38.3 -4.3 -85.7 -16.9 28.2 3x3 -4.8 -95.8 -23.0 38.3 -4.3 -85.7 -131.1 -44.1 73.6 3x23x3 -110.9 -32.0 3x22x32x2#col x #rows -131.1 -44.1 73.6 psf lbs. lbs lbs psf lbs lbs lbs psf lbs lbs lbs psf lbs lbs -6.5 -131.1 -44.1 73.6 -6.0 -121.0 -38.1 63.5 -6.5 -29.0 48.3 -38.1 63.5 -6.5 -6.0 -121.0 53.4 -5.0 -100.8 -26.0 43.3 -5.8 -116.0 -35.1 58.4 -5.3 -105.9 -29.0 48.3 -5.5 -110.9 -32.0 53.4 -5.3 -105.9 -29.0 48.3 48.3 -5.5 -5.3 -105.9 -23.0 38.3 -4.3 -5.3 -105.9 -105.9 -29.0 48.3 -5.0 -100.8 -26.0 43.3 -5.3 -105.9 -95.8 -23.0 38.3 -4.3 -85.7 -16.9 28.2 -4.8 -95.8 -4.8 -4.8 -5.3 -29.0 48.3 -5.0 -100.8 -26.0 43.3 -26.0 43.3 12.5 -16.9 28.2 -95.8 -23.0 38.3 -4.3 -85.7 -16.9 28.2 Down (1x1) -85.7 -16.9 28.2 -5.3 -105.9 -29.0 48.3 -5.0 -100.8 -26.0 43.3 -5.3 48.3 -5.0 -100.8 16.3 16.3 lbs psf -4.8 43.3 -16.9 Table 4: Ballast to Resist Uplift Calculations for Project Proposed in Northampton, MA 01060 North CornerNorth Edge12.5 16.3 South EdgeFieldE/W Edge-5.3 -105.9 -29.0 South CornerImage 1: Aerodynamic Zones from RWDI Report The aerodynamic differences among different sub-sections of a large array are handled by various calculation sections (North Corner, North Edge, E/W Edge...) and apply according to the excerpt from the RWDI report shown below in Image 1. The highlighted sections of Table 4 correspond to specific module locations, also shown in Image 4: green - the north corners, purple - the east or west edge, orange - the deep interior. See Page 7 for expanded calculations pertaining to the highlighted sections. -105.9 -29.0 48.3 -5.0 -100.8 -26.0 12.5 -95.8 -23.0 38.3 -4.3 -85.7 28.2 ecolibriumsolar.com Page 5 507 Richland Ave., Athens, OH 45701 740-249-1877 BALLAST REPORT R-110Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSUplift, Sliding, & Seismic Calculations for the Proposed Project in Northampton, MA 01060Uplift, Sliding, & Seismic Calculations for the Proposed Project in Northampton, MA 01060 For easier interpretation, the results calculated in Table 4 are laid out in graphical representations of a solar array, shown in Image 4. Ecolibrium Solar engineers and drafters make use of this graphical layout when applying ballast to a given system design. As shown in Image 3, the ballast required to resist lift - BWUz from Table 4 - is listed for each module location in Image 4. A portion of each BWUz value is distributed to each of the connected EcoFoot Bases, also detailed in Image 3 and included in Image 4. The total ballast required at each EcoFoot location is then calculated and rounded up to the next ballast block increment. Ballast Application to Sheet S-1.0 To check the amount of drag a given sub-array will experience, the equation in Image 2 is utilized - an excerpt from RWDI's test report. Each sub-array is checked for sliding, proceeding from the smallest to largest or until drag no longer governs total required ballast. Table 5 lists the calculations used to identify the total required ballast to counteract drag forces and prevent sliding. Friction values have been identified by Testing Engineers (IAS accredited) according to ASTM G115 - Standard Guide for Measuring and Reporting Friction Coefficients. Unless detailed information is available pertaining to the location of the sub-array, the roof's worst case uplift GCp are utilized in calculating drag and required ballast. 1627.16 0.22 0.47 0.34 -0.65 Image 2: Ballast to Resist Sliding Equation 0.49 (GCp)*drag = 0.6 Table 5: Ballast to Resist Sliding Calculation Sub-Array Module Count Total: Area Reduction Factor = ad = Dead Load Combination Factor = qz (qh in Table 3)= M = dLF1 from Table 3 = fn (also see Table 1) = Auplift = Ala in Table 3 = 0.6 GCp-drag GCp-uplift 57.53 3.28 1.38 20.13 32 20.87 16aw = Wind Load Combination Factor = Wballastblock = Total Required Ballast Blocks:51 Total Required Ballast Weight (Per Image 2)= Adrag = Ada in Table 3 = |GCp|*uplift = ecolibriumsolar.com Page 6 507 Richland Ave., Athens, OH 45701 740-249-1877 Uplift, Sliding, & Seismic Calculations for the Proposed Project in Northampton, MA 01060 EcoFoot 2+ Ballast Layout EcoFoot 5D Ballast Layout 2 2 1 2 2 1 2 2 1 1 2 2 2 2 2 0 0 2 2 2 1 1 1 0 0 2 2 2 2 1 1 0 0 2 2 2 2 1 1 0 0 N 2 2 2 2 1 1 0 0 2 2 2 2 1 1 0 0 2 2 2 2 1 1 0 0 2 2 2 2 2 2 0 0 2 2 2 2 2 2 0 0 Array Continues Inward, Is Symmetric About CenterlineNOTE: The colored module locations in Image 4 correspond to the same colored areas in Table 4: green - the north corners, purple - the east or west edge, orange - the deep interior. See Page 7 for more detailed calculations. 0 0 0 00 52.47 1 Break Line (green dashed line) Module, with required ballast weight "BWUz" called out 27.36 27.36 53.38 38.26 EcoFoot location with required number of ballast blocks 00 43.3073.55 48.3448.34 2 52.47 27.36 2 53.38 38.26 28.18 28.18 0 73.55 28.18 28.18 43.30 The ballast prescription array shown in Image 4 is one of many similar arrays created automatically through EcoCalcs in order to address all possible array configurations. The data calculated in Table 4 was ultimately used to assign ballast to the system design in Sheet S-1.0 by Ecolibrium Solar. EcoCalcs and the resulting ballast plan S-1.0 are reviewed by CBC Engineers for correctness and completeness. Once approved, an engineering report including Sheet S-1.0 and any supporting material (this explanation included) are stamped and sealed by a professional engineer registered in the state where the project is proposed. Image 4: Ballast Prescriptions Produced by Table 4 000 0 0 0 0 0 48.34 48.34 43.30 0 0 38.26 0 0 Image 3: Example of Module and Ballast Graphical Representation 0 0 0 2 1 52.47 27.36 1 0 0 0 0 0 52.47 0 38.26 38.26 0 38.26 38.26 28.18 28.18 0 28.18 28.18 0 0 38.26 28.18 0 0 0 00 38.26 28.18 28.18 00 38.26 0 38.26 0 Exposed Edge53.38 53.38 43.30 0 28.18 0 0 58.43 58.43 38.26 ecolibriumsolar.com Page 7 507 Richland Ave., Athens, OH 45701 740-249-1877 BALLAST REPORT R-111Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSUplift, Sliding, & Seismic Calculations for the Proposed Project in Northampton, MA 01060 psf sqft deg sqft lbf lbf lbf lbf psf sqft deg sqft lbf lbf lbf lbf psf sqft deg sqft lbf lbf lbf lbf DLFUz=Uplift design load using ASD combo #7 = dLF1*0.6 + WLFUz*0.6 -16.91 BWuz=ballast weight required to resist wind uplift= -DLFUz/0.6 28.18 Ala = PV Module Lift Area = Am * Cos (Θm):20.13 WLFUz=Uplift wind load force in Z direction=pUz*Ala -110.92 dLF1 = Dead load of one module and attributed hardware:57.53 DLFUz=Uplift design load using ASD combo #7 = dLF1*0.6 + WLFUz*0.6 -32.03 Θm = Module Incline: Am = Surface Area of Module: 20.40 Θm = Module Incline:9.27 Ala = PV Module Lift Area = Am * Cos (Θm):20.13 WLFUz=Uplift wind load force in Z direction=pUz*Ala -85.71 dLF1 = Dead load of one module and attributed hardware:57.53 BWuz=ballast weight required to resist wind uplift= -DLFUz/0.6 53.38 Interior Module GCn Value from RWDI report:-0.20 qh value from Table 3:20.87 pUz = Uplift design wind pressure in Z direction = qh*GCn:-4.26 9.27 BWuz=ballast weight required to resist wind uplift= -DLFUz/0.6 -0.31 20.87-6.5120.409.27 20.13 -131.0857.53-44.1373.55 WLFUz=Uplift wind load force in Z direction=pUz*Ala dLF1 = Dead load of one module and attributed hardware:DLFUz=Uplift design load using ASD combo #7 = dLF1*0.6 + WLFUz*0.6 East/West Edge ModuleGCn Value from RWDI report:-0.26 qh value from Table 3:20.87 pUz = Uplift design wind pressure in Z direction = qh*GCn:-5.51 Am = Surface Area of Module: 20.40 Detailed Calculations From Table 4 North Corner Module GCn Value from RWDI report: qh value from Table 3:pUz = Uplift design wind pressure in Z direction = qh*GCn:Am = Surface Area of Module: Θm = Module Incline: Ala = PV Module Lift Area = Am * Cos (Θm): ecolibriumsolar.com Page 8 507 Richland Ave., Athens, OH 45701 740-249-1877 Uplift, Sliding, & Seismic Calculations for the Proposed Project in Northampton, MA 01060 Ecolibrium Solar utilizes the unattached design approach to account for seismic force as provided for by Section 16 of the California Building Code (CBC) and the Structural Engineering Association of California PV1 Requirements (SEAOC PV1- 2012). Section 1613 of the CBC defines “Ballasted Photovoltaic System”. SEAOC PV1 defines conservative calculations to be used to design unattached photovoltaic systems, independent of friction considerations. The unattached approach begins with the project specific design criteria. Table 6 lists the relavent project inputs. SEAOC PV1 - 2012 - Section 5: Unattached Arrays Seismic Design Category B Table 6: Seismic Design InputsSite Class D Fa (Site Class D)1.6Ip1 IIOccupancy Category Sds = (2/3) x Sms 0.182Sms = Fa x Ss 0.274Fa (Site Class E)2.5 6 in.A, B, C Ie Seismic Design Category ΔMPV Table 7: SEAOC PV1 ΔMPV Definitions 1 SEAOC PV1 defines the value ΔMPV, which is the design seismic displacement of the array relative to the roof. This is defined in Table 7. According to SEAOC research, these values are more conservative than shake table testing. D, E, F [(SDS – 0.4)2] * 60 in. ≥ 6 in. For this project, the Seismic Design Category is evaluated as B, and so ΔMPV evaluates as 6 in. SEAOC PV1 Section 6 - Design of Unattached Arrays to Accommodate Seismic Displacement accommodates seismic events by providing calculations to determine the minimum separation required between arrays and roof features. In a seismic event, this minimum spacing ensures the ballasted solar system is allowed to move freely without damaging any roof features, or itself. The calculations outlined in SEAOC PV1 and results are shown in Table 8. Condition Calculation ResultTable 8: SEAOC PV1 Array Setback Requirement Calculations Between array and fixed object (Ip ) ΔMPV 6 in.Between arrays of similar construction 0.5(Ip)ΔMPV 3 in. Between array and roof edge with no parapet 1.5(Ie) ΔMPV 9 in. Between array and roof edge with parapet (Ie ) ΔMPV 6 in. ecolibriumsolar.com Page 16 507 Richland Ave., Athens, OH 45701 740-249-1877 BALLAST REPORT R-112Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSUplift, Sliding, & Seismic Calculations for the Proposed Project in Northampton, MA 01060 Once the minimum separation distances are defined, the maximum allowable array size is determined according to the calculations found in Section 6 pertaining to the interconnection strength of an array. Ultimately, the arrays must not break apart under the forces experienced during potential seismic events. The total horizontal force is defined in SEAOC PV1 as the larger of 0.133SDSW1 and 0.1W1, where W1 is "the weight of the portion of the array, including ballast, on the side of the section that has smaller weight." In practice, Ecolibrium Solar uses the SEAOC equations to calculate the maximum number of modules allowable in the north/south and east/west directions of a rectangular array. This is done by finding the maximum allowable W1 per module at the interconnection plane, based on the interconnection strengths listed in Table 9. As per SEAOC PV1 - 2012, the system as been determined to have a coefficient of friction greater than 0.4. The coefficients of friction is based on roof material, use of a slip sheet, wet or dry conditions, and expected ballast conditions. All friction values have been identified by Testing Engineers (IAS accredited) according to ASTM G115 - Standard Guide for Measuring and Reporting Friction Coefficients, methodology that is in agreement with SEAOC and Los Angeles, CA stipulations. Table 9: EcoFoot2+ Interconnection Strength E/W Horizontal Force 358 lbs.Module Design Strength N/S Horizontal Force 110 lbs. Force Direction Table 10: Maximum W1, and W1 side modules As the east/west and north/south interconnection strengths are known, the SEAOC equations are rearranged to use horizontal force to determine a maximum W1 for a given section. Then from the maximum sectional W1, the maximum allowable modules on the smaller side of an array is determined from the module and racking weights, as shown in Table 10. The maximum dimensions of any given array, or 2x the maximum W1 half of an array, is also listed in Table 10. These values are used as the maximum dimensions of any array for this particular project. Maximum Section W1 per Module Interconnection 1100 pounds East-West Calculations Maximum Section W1 per Module at Interconnection North-South Calculations Maximum Array E/W Width (Maximum Section Modules x 2)58 modules Maximum Section Modules from Maximum W1 29 modules 3580 pounds 16 modules Maximum Modules per Section per Module at Interconnection 8 modules Maximum Array N/S Depth (Maximum Section Modules x 2) ecolibriumsolar.com Page 17 507 Richland Ave., Athens, OH 45701 740-249-1877 BALLAST REPORT R-113Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/22/2021SUBMIT FOR PERMIT RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANS8LI E I - SQ M I M L )RTLE I - )R S ER MR I VE I 08) 1 IPP QS IQ MR P I SRP M L - SQ MRIV ) SR SPM E I MR IV SRRI MSR I MTQIR MR S E MR PI IR PS VI ER VIEQPMRI ER SVE I MR EPPE MSR TVS M MR E SR M IR TVI MVI SP MSR SV VI M IR MEP ETTPM E MSR - S IV T S S V TSPI MRT MV M ER )E SR 6 IVMI EV E IQ P E I - SQ M I - 1 - 1 8S PIEVR QSVI EFS X )RTLEWI S IVMRKW MWMX IRTLE I S (E E LII E I 2IX S M 7QEVX -RGP HIW -5 )R S SV GSQQ RMGEXMSR ERH GSRXVSP -RGP HIW 08) 1 GIPP QSHIQ MRGP HIH SRP MXL -5 SQFMRIV )7 -RGP HIW WSPEV WLMIPH XS QEXGL )RWIQFPI IWXLIXMGW ERH de ect heat PI MFPI RIX SVOMRK W TTSVXW M M )XLIVRIX SV GIPP PEV 3TXMSREP % VIGITXEGPI E EMPEFPI SV 40 FVMHKI 4VS MHIW TVSH GXMSR QIXIVMRK ERH GSRW QTXMSR QSRMXSVMRK 7MQTPI 6IH GIH WM I VSQ -5 SQFMRIV -5 %1 IRXIVIH QS RXMRK FVEGOIXW W TTSVX WMRKPI WX H QS RXMRK 7 TTSVXW FEGO ERH WMHI GSRH MX IRXV 9T XS S V TSPI FVERGL GMVG MXW SV :% TP K MR FVIEOIVW RSX MRGP HIH % XSXEP 4: SV WXSVEKI FVERGL GMVG MXW 6IPMEFPI • Durable NRTL-certi ed NEMA type 3R enclosure M I IEV PMQMXIH EVVERX 8 S IEVW PEFSV VIMQF VWIQIRX TVSKVEQ GS IVEKI MRGP HIH 90 PMWXIH - 1 - 1 8S PIEVR QSVI EFS X )RTLEWI S IVMRKW MWMX IRTLE I S k )RTLE I )RIV PP VM L VI IV I )RTLE I LI )RTLE I PS S - SQ MRIV ) ER S LIV VE IQEV SV IV M I REQI EVI VE IQEV S )RTLE I )RIV -R (E E I S LER I -5 SQFMRIV )7 -5 %1 )7 -5 SQFMRIV )7 MXL )RTLEWI -5 )R S TVMRXIH GMVG MX FSEVH SV MRXIKVEXIH VI IR I KVEHI 4: TVSH GXMSR QIXIVMRK %27- ERH GSRW QTXMSR QSRMXSVMRK -RGP HIW E WMP IV solar shield to match the Encharge storage system and Enpower smart switch and to de ect heat. -5 SQFMRIV )7 -5 %1 )7 -5 SQFMRIV )7 MXL )RTLEWI -5 )R S TVMRXIH GMVG MX FSEVH SV MRXIKVEXIH VI IR I KVEHI 4: TVSH GXMSR QIXIVMRK %27- ERH GSRW QTXMSR QSRMXSVMRK -RGP HIW )RTLEWI 1SFMPI SRRIGX 08) 1 )0013()1 1 E TP K ERH TPE MRH WXVMEP KVEHI GIPP QSHIQ SV W WXIQW T XS QMGVSMR IVXIVW % EMPEFPI MR XLI 97 EREHE 1I MGS 4 IVXS 6MGS ERH XLI 97 :MVKMR -WPERHW LIVI XLIVI MW EHIU EXI GIPP PEV WIV MGI MR XLI MRWXEPPEXMSR EVIE -RGP HIW E WMP IV WSPEV shield to match the Encharge storage system and Enpower smart switch and to de ect heat. ERH RSX MRGP HIH SVHIV WITEVEXIP )RWIQFPI SQQ RMGEXMSRW /MX 3117 )0013()1 1 -RGP HIW 3117 /-8 ERH )0013()1 1 MXL IEV HEXE TPER SV )RWIQFPI WMXIW MVG MX VIEOIVW 6/ % 6/ % 6/ % 4 7 TTSVXW )EXSR 6 6 6 6 6 6 ERH 6 GMVG MX FVIEOIVW MVG MX FVIEOIV TSPI % )EXSR 6 MVG MX FVIEOIV TSPI % )EXSR 6 MVG MX FVIEOIV TSPI % )EXSR 6 )40 4S IV PMRI GEVVMIV GSQQ RMGEXMSR FVMHKI TEMV U ERXMX SRI TEMV % 730%67,-)0( )7 6ITPEGIQIRX WSPEV WLMIPH SV SQFMRIV )7 )7 % 409+ %GGIWWSV VIGITXEGPI SV 4S IV 0MRI EVVMIV MR -5 SQFMRIV )7 )7 VIU MVIH SV )40 % )2: 4 % 6ITPEGIQIRX -5 )R S TVMRXIH GMVG MX FSEVH 4 SV SQFMRIV )7 )7 6EXMRK SRXMR S W H X 7 WXIQ SPXEKI :% , )EXSR 6 WIVMIW F WFEV VEXMRK % 1E GSRXMR S W G VVIRX VEXMRK % 1E GSRXMR S W G VVIRX VEXMRK MRT X VSQ 4: WXSVEKI % 1E WI GMVG MX VEXMRK S XT X % VERGL GMVG MXW WSPEV ERH SV WXSVEKI 9T XS S V TSPI )EXSR 6 WIVMIW (MWXVMF XIH +IRIVEXMSR (+ FVIEOIVW SRP RSX MRGP HIH 1E XSXEP FVERGL GMVG MX FVIEOIV VEXMRK MRT X % S HMWXVMF XIH KIRIVEXMSR % MXL -5 )R S FVIEOIV MRGP HIH 4VSH GXMSR QIXIVMRK 8 % WSPMH GSVI TVI MRWXEPPIH ERH MVIH XS -5 )R S SRW QTXMSR QSRMXSVMRK 8 8 740-8 % TEMV S % WTPMX GSVI G VVIRX XVERW SVQIVW (MQIRWMSRW , ( GQ ,IMKLX MW GQ MXL QS RXMRK FVEGOIXW IMKLX OK PFW %QFMIRX XIQTIVEX VI VERKI XS XS SSPMRK 2EX VEP GSR IGXMSR TP W LIEX WLMIPH )RGPSW VI IR MVSRQIRXEP VEXMRK Outdoor, NRTL-certi ed, NEMA type 3R, polycarbonate construction MVI WM IW % XS % FVIEOIV MRT XW XS % + GSTTIV GSRH GXSVW % FVIEOIV FVERGL MRT X XS % + GSTTIV GSRH GXSVW 1EMR P K GSQFMRIH S XT X XS % + GSTTIV GSRH GXSVW 2I XVEP ERH KVS RH XS GSTTIV GSRH GXSVW%P E W SPPS PSGEP GSHI VIU MVIQIRXW SV GSRH GXSV WM MRK %PXMX HI 8S QIXIVW IIX -RXIKVEXIH M M F K R IPP PEV )0013()1 1 + FEWIH 08) 1 GIPP PEV QSHIQ MRGP HIH SRP MXL -5 SQFMRIV )7 2SXI XLEX ER )RTLEWI 1SFMPI SRRIGX GIPP PEV QSHIQ MW VIU MVIH SV EPP )RWIQFPI MRWXEPPEXMSRW )XLIVRIX 3TXMSREP EX ) SV EX 984 )XLIVRIX GEFPI RSX MRGP HIH SQTPMERGI SQFMRIV 90 %2 7% 2S 6 4EVX PEWW - )7 4VSH GXMSR QIXIVMRK %27- EGG VEG GPEWW 4: TVSH GXMSR SRW QTXMSR QIXIVMRK EGG VEG GPEWW SQTPMERGI -5 )R S 90 %2 7% 2S E I - SQ M I AC COMBINER CUT SHEET R-114Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/22/2021SUBMIT FOR PERMIT pe.eaton.com General Duty Non-Fusible Safety Switch DG222URB UPC:782113144238 Dimensions: Height: 7.5 IN Length: 6.41 IN Width: 8.4 IN Weight:9 LB Notes:WARNING! Switch is not approved for service entrance unless a neutral kit is installed. Warranties: Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first. Specifications: Type: General Duty/Non-Fusible Amperage Rating: 60A Enclosure: NEMA 3R Enclosure Material: Painted galvanized steel Fuse Configuration: Non-fusible Number Of Poles: Two-pole Number Of Wires: Two-wire Product Category: General Duty Safety Switch Voltage Rating: 240V Supporting documents: Eatons Volume 2-Commercial Distribution Eaton Specification Sheet - DG222URB Certifications: UL Listed Product compliance: No Data______________________________________________________________________ © 2016 Eaton. All rights reserved. V2-T1-26 Volume 2—Commercial Distribution CA08100003E—May 2018 www.eaton.com 1 1.1 Switching Devices Safety Switches All general-duty switches above 100A and all heavy-duty switches incorporate these K-Series switch design features. Two points of contact provide a positive open and close, easier operation, and also help prevent contact burning for longer contact life Visible Double-Break Rotary Blade Mechanism Protects against accidental contact with energized parts. Probe holes enable the user to test if the line side is energized without removing the shield. Not provided on general-duty switches, but available as a field kit or factory installed Clear Line Shield Clearly Visible Handle ●The position (ON or OFF) can be clearly seen from a distance and the length provides for easy operation Triple Padlocking Capability ●Personnel safety feature because the large hasp can accommodate up to three 3/8-inch (9.5 mm) shank locks Additional Locking Capability ●Cabinet door can be further padlocked at the top and bottom as applicable Interlocking Mechanism ●Door cannot be opened when the handle is in the ON position. Front and side operable defeater mechanism provides for user access when necessary on single- throw switches Tangential Knockouts ●An ample number are provided on the top, bottom and sides of both NEMA Types 1 and 3R enclosures through 200A Bolt-On Hub Kits ●For switches in a NEMA Type 3R, 30–200A. Use a Myers type hub for all others Standards and Certifications ●UL listed File No. E5239 ●Meets UL 98 for enclosed switches and NEMA Std. KS-1 Seismic Qualifications ●General-duty switches exceed the requirements of Uniform Building Code (UBC) and California Code Title 24 OSP-0011-10, OSP-0012-10 RELEASEREVDATE NAME ADDRESSAPNEQUIP. CUT SHEETS ADDRESS kW PHOTOVOLTAIC PLANSAC DISCONNECT CUT SHEET R-115Valley Solar21134A340 Riverside DrFlorence, MA 01062(413) 584-88447.600Cohen, Michael44 Ward AveNorthampton, MA 0106009/23/2021SUBMIT FOR PERMIT