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B17-1513 035-221-014
SIIENOIFS - 1. Working clearances around the existing electrical equipment as well as the new electrical equipment will be maintained in accordance with CFC 110.26. 2. Adequate spacing will be maintained between any plumbing sewer vents extending through the roof and the underside of the photovoltaic panels (6" minimum). 3. Aladder shall be in place for any inspections in compliance with CAL -OSHA regulations. 4. PV modules are non-combustible in nature. 5. This system is a Utility Interactive (Grid connected) system and does not have storage batteries. 6. All plaques and signs will be installed as required by 2016 Com& 2014 NI3~ 7. Roof coverings shall be designed, installed and maintained in accordance with the building code for the local jurisdiction. 8. All equipment supplied shall be ULlisted or listed by a listing agency recognized by CBC 9. We will coordinate with serving utility and property owner for power outage. and contact serving utility before activation of PV System. 10.71he required Smoke alarms and Chrbon Monoxide detectors "shall be located as required per CRC R314 -R315 11. All construction shall be in accordance to the latest edition of the California Budding Cbde. 12.1he contractor shall be responsible for the . protection of and the safety in and around the job site and of the adjacent. properties. 13.Note that all written dimensions take precedence over scale. 14.Manufacturer's specifications for installation of materials shall be followed. 15.F%act conduit run locations subject to change. BUILDNOIISS . 1. EATconduit used in all locations and installed .75" above roof. W310.15(b)(3)(c)] 2. Photovoltaic systems (all components) shall not be installed over any roof, plumbing, or mechanical vents and in the immediate vicinity of an egress window. 3. Access to residential systems for one- and two-family dwellings shall be provided in accordance with Chlifomia Residential Cbde Section 324 and the California Electrical Code. 4. This PV system is proprietary and parts must be replaced with proper equipment by authorized persons only. SMPEOF WORK 1. The installation consists of solar photovoltaic modules mounted on the roof, connected to an AODCinverter and related electrical switches and gear as required by applicable codes and by the electrical utility company. 2. The system will be interconnected and operated in parallel with the utility electrical grid per the requirements of the utility and applicable codes. ELECIRICALNCTIFS be sized according to CBC250.166,�M 18.Apermanent plaque or directory, denoting an y '690.47B electric power sources on or in the premises, 1. All exposed photovoltaic system, conductors 11. The DCgrounding electrode will be bonded to shall be installed at each service equipment on the roof will be PVtype wire CBC690.31 (B) the AC grounding electrode and the conductor locaiion and at locations of all electric power.. 2. Wire size for all conductors is included in the 7 will be no smaller than the largest grounding production sources capable of being conduit schedule section on the Single -line electrode conductor, either ACor DC (CFC interconnected. 0705.10 diagram. 690.47 C7). 19. Arc -Fault Circuit (CEC 690.31134b, Tables 310.16-310.17) 12. The AC grounding electrode conductor shall Protection, 0690.11 AFQ: PV systems with 3. All conductors are dual rated be sized according to Mr250.66 (And Table DCcircuits, on or penetrating a building and THHN/THWN-2 for wet and dry locations per 310.15 B6 for dwellings) (CBC690.47). operating at 80 volts or greater, shall be NEC 310.10(8-C). 13. The photovoltaic arrays shall be provided with protected by a listed do arc -fault circuit 4. Conductor's exposed to sunlight shall be listed DC ground -fault protection. (CEC 690.5). interrupter or other system components listed as sunlight resistant per NBC3 10. 10(D). 14. The grounding electrode conductor will be to provide equivalent protection. L shall 5. All photovoltaic system conductors are protected from physical damage between the detect and interrupt arcing faults in do system. rated 90 degree C grounding electrode and the panel if smaller IL shall disable inverters or charge controllers (CEC 690.318, Tables 310.16-17) than #6 copper wire. (CEIC250.64(13)) or system components. Id shall require 6. All exterior conduit, fittings, and boxes shall be 15. The grounding electrode conductor will be equipment be manually restarted. N shall rain -tight and approved for use in wet continuous, except for splices or joints at bus have"an annunciator that provides a visual locations. (CBC314.15). bars within listed equipment. (CBC250.64 Q. indication. Indication shall not reset 7. All photovoltaic output circuits operating 16.ADCdisconnect is provided at the inverter. automatically. above 30 volts shall be installed in readily (C>>r690.15). 20.Rooft6p mounted photovoltaic panels and accessible locations and in electrical raceways. 17.'Ihe backfed PV breaker at the main panel will modules shall be tested, listed and identified (CBC690.31 A). be installed at the opposite end of the bus bar with.i fire classification in accordance with UL 8. All metallic equipment shall be bonded and from the main breaker and a permanent 1703. The five classification shall comply with electrically continuous. (CBC250.90, 250.96). warning label with the following marking will Table,•1505.1 of the California Building Cbde 9. The equipment grounding conductor shall be be provided adjacent to the PV breaker. based on the type of construction of the - sized according to C13C250.122,CFC690.45 "WARNING -PHOTOVOLTAIC build 'me MSection 8907.3] 10.7he DCgrounding electrode conductor shall CDNNEIMON DO NOT RELOCATE, TIES OVERCURRENI' DEVICE' (CB-- t y \TONES D I �i G. I 1. i ■ x ?� 1 Site Ove e ;t -SCALE: 1'a ? r ro\toorl naNE\Pft tnvter Tanoate � V "'' E L E C T'Ro 4925 Robert J Matthews Parkway, Shite: 100 II Dorado Hills, CA95762 1(844)837-6937 Dasign@VMlectric.com Project Info Equipment.._Summary Owner:Ad- y Module Qty. 31 _ Address: 623 -615W -Hill i�� <-95966}-------- � V "'' E L E C T'Ro 4925 Robert J Matthews Parkway, Shite: 100 II Dorado Hills, CA95762 1(844)837-6937 Dasign@VMlectric.com Project Info Equipment.._Summary Owner:Ad- Module: RFC Solar R1290TP2 BLK(290V) Module Qty. 31 _ Address: 623 -615W -Hill i�� <-95966}-------- AHI/County: Butte APN: 069-300-021-000 Max Temp: 48 Min Temp: -10-- Financing:. SunRun PPA - UL467 Listed, CSACert. (NFC250) a Equipment.._Summary *: Module: RFC Solar R1290TP2 BLK(290V) Module Qty. 31 _ System Sizer 8.99 kW Racking: IronRidge Racking System ` s , Attachment: SolarHooks Gomp Flashing Mount ' Inverter: Solarlidge SE7600A US (2401Y) Monitoring: Itron antron Meter Grounding: ILSOJ Grounding Lugs (GBLr4DBI) - UL2703 Listed (NFC690) - UL467 Listed, CSACert. (NFC250) a APPLICABLEODDFS *: 1. 2014 NATIOKALELECMCALCODE (TNU-) 2. 2016 CALIFORNIA H13✓IRICALDDE (CEQ 3. 2016 CALIFORNIA BUILDII�TG CODE (C BQ VOL1,2 4. 2016 CALIFORNIA GRi~Fi T BLTDI\TG STANDARDS ODDE ` s , 5. 2016 CALIFORNIA RE50 TTIALODDE 1CRQ ' 6. 2016 CALIFORNIA FIREQ)DF(CFj 7. 2016 GALFORNIA MBIA\4GALG010E 8. 2016 CALIFORNIA PUJMBINTG ODEE a I •l _ ,i � 1 ; . _ � _, �� y - - - -- --- __ - - -- - - _ . - - - - r _ -- - - - - __._ __ _ _- _ _... - �- - - - -� � � _ + �_ •�, ! �' i 1 - _ � i � � Y _ , i � � .. _ _ + 4 � _ i, f _. �- • _ 1 r � S, � t �� _� 1 i " .-. • - � •� 1 ,. ,� ,, i� ,, / _ _ � ,- _� J - - '� , ., � � �-; _ ._ .. ' . , � � ti _ � �� +: �� -�� - { _...__._.__.. _._. ,� .. _ �R - � ! S i , \ i �- 4 � r� , I j, • �_ .. , .- ., , � _ i f{ 1 ,L �. ,,,, _. _ i :;- SrIE NOTES I . Working clearances around the existing electrical equipment as well as the new electrical equipment will be maintained in accordance with CEI -_1 10.26. 2. Adequate spacing will be maintained between any plumbing sewer vents extending through the roof and the underside of the photovoltaic panels (6" minimum). 3. A ladder shall be in place for any inspections in compliance with CAL -OSHA regulations. 4. PV modules are non-combustible in nature. 5. This system is a Utility Interactive (Grid connected) system and does not have storage batteries. 6. All plaques and signs will be installed as required by 2016 CEC&2014 NEC. 7. Roof coverings shall be designed, installed and maintained in accordance with the building code for the local jurisdiction. 8. All equipment supplied shall be ULlisted or listed by a listing agency recognized by CEC 9. We will coordinate with serving utility and property owner for power outage and contact serving utility before activation of PVSystem. IO.The required Smoke alarms and Carbon Monoxide detectors shall be located as required per CRC R314 -R315 I I .AIL construction shall be in accordance to the latest edition of the California Building Code. 12.7he contractor shall be responsible for the protection of and the safety in and around the job site and of the adjacent properties. 13.Note that all written dimensions take precedence over -scale. 14.Manufacturer's specifications for installation of materials shall be followed. I5.Exact conduit run locations subject to change. BUILD NOTES I . EMTconduit used in all locations and installed .75" above roof. [NEC 310.15(b)(3)(c)1 2. Photovoltaic systems (all components) shall not , be installed over any roof, plumbing, or , mechanical vents and in the immediate vicinity of an egress window. 3. Access to residential systems for one- and two-family dwellings shall be provided in accordance with California Residential Code Section 324 and the California Electrical Code. 4. This PVsystem is proprietaryand•oarts must be replaced with proper equipment by authorized persons only. 01MPFnFWnRK _ 1. The installation consists of solar photovoltaic modules mounted on the roof, connected to an AC7DCinverter and related electrical switches and gear as required by applicable codes and by the electrical utility company. 2. The system will be interconnected and operated in parallel with the utility electrical grid per the. requirements of the utility and applicable codes. ELECMC4LNOTES be sized according to CEC250.166,CEC 18.A permanent plaque or directory, denoting an David Macy Address: 690.47B electric power sources on or in the premises, 1. All exposed photovoltaic system conductors 1 I .The DCgrounding electrode will be bonded to shall be installed at each service equipment 069-300-021-000 on the roof will be PVtype wire CEE690.31 (B) the ACgrounding electrode and the conductor locatior and at locations of all electric power° 2. Wire size for all conductors is included in the will be no smaller than the largest grounding production sources capable of being conduit schedule section on the Single -line electrode conductor, either ACor DC. (CES interconnected. 0705.10 diagram. 690.47 C7). 19.Arc-Fault Circuit (CEC 690.31134b, Tables 310.16-310.17) 12 -The ACgrounding electrode conductor shall Protection, CEC 690.11 AR7: PVsystems with 3. Alfconductors are dual rated be sized according to NEC250.66 (And Table DCcircuns, on or penetrating a building and THHN/THWN-2 for wet and dry locations per 310.15 B6 for dwellings) (CEC690.47). operating at 80 volts or greater, shall be NEC 310.10(B -C). 13.The photovoltaic arrays shall be provided with protected -by a listed do arc -fault circuit 4. Conductor's exposed to sunlight shall be listed DC ground -fault protection. (CEC 690.5). interrupter or other system components listed as sunlight resistant per N6-_3 I 0.10(D). 14.The grounding electrode conductor will be to "provide.equivalent protection. I. shall 5. All photovoltaic system conductors are protected from physical damage between the detect and interrupt arcing faults in do system. rated 90 degree C grounding electrode and the panel if smaller 11. shall disable inverters or charge controllers (CEC 690.3113, Tables 310.16-17) than A6 copper wire. (CEC250.64(B)) or system components. III. shall require 6. All exterior conduit, fittings, and boxes shall be 15.The grounding electrode conductor will be equipment -be manually restarted. N. shall rain -tight and approved for use in wet continuous, except for splices orjoints at bus : have An'annunciator that provides a visual locations. (C BC314.15). bars within listed equipment. (CEC250.64 Cj. ' indication: lndication shall not reset 7. All photovoltaic output circuits operating 16.ACCdisconnect is provided at the inverter. automatically. above 30 volts shall be installed in readily (CEC 690.15). 20.Roofto'p ousted photovoltaic panels and accessible locations and in electrical raceways. 17.The back fed PV breaker at the main panel will modules shall be tested, listed and identified (CF -0690.31 A). be installed at the opposite end of the bus bar with a'fre "classification in accordance with UL 8. All metallic equipment shall be bonded and from the main breaker and a permanent 17,03 f, fire classification shall comply with electrically continuous. (CEC250.90, 250.96). warning label with the following marking will Table:1505.1 of the California Building Code 9. The equipment grounding conductor shall be be provided adjacent to the PV breaker: based on'the type of construction of the sized according to CEC250.122,CEC690.45 "WARNING -PHOTOVOLTAIC building I-CRCSection89073] 10.The DC. -rounding electrode conductor shall CONNEIlON. DO NOTRDSDCATETHIS OVERCURRENr DEMCE' (CEC 690.64) C_ 0 0 7 Z SCALE: V3 E L E E T'Fo% - C 4925 Robert JMatthews Parkway, Suite: 100 B Dorado Wls, CA95762 1(844)837-6937 Iksign@V313ectric.corn i Project Info Module: • Owner: David Macy Address: 6236 Jack Hill Dr 8.99 kW Oroville, CA 95966 AHI/County: Butte APN: 069-300-021-000 Max Temp: 48 .Min Temp: -10 Financing: SunRun PPA Equipment Summary Module: • RFECSolar REC290TP2 BLK(290.W) y Module Qty: 31 System Size: 8.99 kW Racking: IronRidge Racking System Attachment: SolarHooks Comp Flashing.Mount- - Inverter: SolarEdge SE7600A US (240u) Monitoring: Itron Cantron Meter Grounding: II S(D Grounding Lugs (GBLJ4DBI) - UL2703 listed (NEC690) - UL467 listed, CSACert. (NEC250) APPLICABLECODES 1'. 2014 NATIONALEIECTRICALODDE(NBC) 2. 2016 CALIFORNIA ELECTRICALODDE (CEC) 3. 2016 CALIFORNIA BUILDING ODDE (CBC) VOL 1,2 4. 2016 CALIFORNIA GREEN BUILDING STANDARDS ODDE 5. 2016 CALIFORNIA RESMENHALODDE (CRC) 6. 2016 CALIFORNIA FIRE ODDI(CFQ 7. 2016 CAUMRNIA MFCIAMCALCODE 8. 2016 CALIFORNIA PLUMBING ODDE i T:14' A: 90° I I 3 Fire Offset I I I I I •I � • I i t / � I I I T: 14` ---,1 , n t■ I -- — A: 270° ®-all11—h', I I I I II ■I I ■t I / 1 I C_ I I I I •I / • Q I I ■I ■I i i I I—® I I � I i Drvewa _ � I y � I I■ I -- - I I SP MS ACD INV Legend Table 3A: Rai l_Spans (in) for Roof Slopes and Tilt Angles 0' to 36° - 6063 Alloy P -S -P1 Main Service Panel ® Roof Attachment sP Sub Panel. ■ Optimizer/Micro FM -S -I Meter Socket — — Property line © ACDisconnect PV Racking INV Inverter - - - Structure © ACCombiner Box — — EMTConduit ® Fre Access Space verter Template 5--&dwg -J PV Module 31 - RFC Solar REC290TP2 BLK(290NV) Inverter(s) 1 - SolarEdge SE7600A US (240\0 Optimizer 31 - SolarFdge P300 PVMeter Itron Centron Meter ACDisconnect 60A, 600VAC Nema 3R; UL Racking IronRidge Racking System Attachment SolarHooks Comp flashing Mount J -Box &Conduit Red Dot 211-15-1 J-Box&EMT Conduit 3/4" above roof w/ UniStrut Pipe Clamp Roofing Type Comp Roof Structure ` 1 Story, 2x4 MYD. Truss @ 24" OC ' Roof Tilt (Degrees) 14 Azimuth (Degrees) 90,270 Residential Point Load Calculations Table 3A: Rai l_Spans (in) for Roof Slopes and Tilt Angles 0' to 36° - 6063 Alloy System Size (W) ' 8990 Number of Modules 31 Module Weight ea. (lbs) 39.7 Module Weight (lbs) 1230.7 Wind Load 85.25 Total Weight Added (lbs) 1315.95 Area of Displacement (ft^2) 557.38 Total Lbs./Sq.R. (<41bs) 2.4 Quantity of Supports Vult 110 115 120 125 1 130 1 135 140 145 150 155 160 170 180 190 qi, 1S.5 16.9 18.4 20 1 21.6 1 23.3 2S.1 26.9 28.8 30.7 32.8 37 41.5 46.2 v Pa P, -10.7 -11.7 -12.7 -13.81-14.91-16.1 -17.3 -18.6 -19.9 -21.2 -22.6 -25.5 -28.6 -31.9 0 0 116 110 104 99 1 95 1 91 87 83 80 77 75 70 65 62 3 10 8 114 110 104 99 95 1 91 87 83 80 77 7S 70 65 62 c 20 15 89 89 89 89 89 1 89 87 83 80 77 7S 70 65 62 30 75 75 75 75 75 75 75 75 70 65 62 40 66 66 66 66 66 66 66 66 66 65 62 50 Ift75 60 60 60 60 60 60 60 60 60 60 60 60 60 55 55 55 55 55 55 55 55 55 55 55 55 70 51 51 51 51 sl 51 Sl 51 51 51 51 51 PV Module 31 - RFC Solar REC290TP2 BLK(290NV) Inverter(s) 1 - SolarEdge SE7600A US (240\0 Optimizer 31 - SolarFdge P300 PVMeter Itron Centron Meter ACDisconnect 60A, 600VAC Nema 3R; UL Racking IronRidge Racking System Attachment SolarHooks Comp flashing Mount J -Box &Conduit Red Dot 211-15-1 J-Box&EMT Conduit 3/4" above roof w/ UniStrut Pipe Clamp Roofing Type Comp Roof Structure ` 1 Story, 2x4 MYD. Truss @ 24" OC ' Roof Tilt (Degrees) 14 Azimuth (Degrees) 90,270 Residential Point Load Calculations Module: RFCSolar REQ90TP2 BLK(290VV) System Size (W) ' 8990 Number of Modules 31 Module Weight ea. (lbs) 39.7 Module Weight (lbs) 1230.7 Racking Weight (lbs) 85.25 Total Weight Added (lbs) 1315.95 Area of Displacement (ft^2) 557.38 Total Lbs./Sq.R. (<41bs) 2.4 Quantity of Supports 44 Load Per Support (lbs) 29.9 4925 Robert J Matthews Parkway, Suite: 100 D Dorado fills, CA95762 1(844)837-6937 Dksign@V3Bectrie.com im C UINT INFO David Macy 6236 Jack Hill Dr Oroville, CA 95966 _ � I � MV3 •- i i I - IIIjjI'' ��\\ E L E E T U U O C � 4925 Robert J Matthews , Parkway, Suite: 100 El Dorado Hills, CA 95762 1(844)837-6937 T: 14* I Design@\f3Bectric.com A: 90* � � � �OrEP,4RiMEpT O�C0�N5U MER AFFAIRS Contractors�State r' �'� �L�cense Board I3 Fire Offset ,' �_� L i 1 1 ®i '�e>fiamKn'° e e T:140101 ` NaIES I I I I I�--'�I I Imo® ' - ! ■I 1 ■I i i - -�-- I 1 I i ® I I Driveway lot i I � N IMSP MS ACD INV CUENr INFO Site n l I an Large 3 David Macy 6236 Jack Hill Dr SCALE: 1"=10.1' Oroville, CA 95966 5/-30/2017 2: 56 PM TT Q\Users\erten\Dropb°a\cnD\ULmn\Watomw$\Mocy, Davfd\String Inverter Template 5-5.dwg �STRING 1 Module: RFC Solar REC290TP2 BLK(290W) MAIN PANELCAICULAnONS Per 690.64(B)(7),705.12 31 290W PVModules - 8.99 kW System String 1: 16 Modules - 4640 Watts String 2: 15 Modules - 4350 Watts String 3: Modules - 0 Watts General Notes: 1. All conduit runs are exterior to structure. 2. Solar OCPDwill be installed on the main service panel, at the opposite end from the main breaker. 3. AC Disconnect is lockable, visible, non-fused, and knife -blade type. 4. All grounding conductors shall be green in color or bare copper attached to all metal parts and referenced to Main Service Panel Ground. 3. All stated conduit sizes satisfy requirements per chapter 9, Table 1.0, Annex C(Table C.1), of the 2016 CEC Larger diameter conduit may be used to facilitate ease of installation. 4. Connectors shall be locking type requiring tool unlock and marked "DO NOT DISCDNNEf'r UNDER LOAD" 69033(c) & (e). 5. Fine Stranded Cables shall be terminated only with terminals, lugs devices or connectors that are identified and listed per CFC 69031.f &690.74.6. Exterior conduit fittings shall be waterproof. 4 Single Line Diagram Conductor Sizing DC Array to Inverter ui ment I RBC Solar RE 290M BLK(290W) 2 SolarEdge P300 3 IronRidge Racking System 4 Red Dot 21EL5-1 J -Box 5 SolarEdgeSE7600AUS(240\0 6 60AACDisconnect, Lockable, UL I Meter Socket (if required) g ULListed WE>B Lug Conductor Sizing DC Array to Inverter Conductors and Conduit A Module to J -Box B: J -Box to Inverter G D, E Inverter to MSP FNA Pre -Fab PV Wire THHN/THWN-2 THHN/THWN-2 (2) #10 (Red) (2) #10 (Red) (1) #8 (Black) (2) #10 (Black) (2) #10 (Black) (1) #8 (Red) (1) #6 (Bare Copper) (1) #8 (Green) (1) #8 (White) Conductor Rating Exceeds Max Grcuit Current (A) 18.56 >_ 16.6 (1) #8 (Green) 3/4" IIVTTConduit 3/4" EN4TConduit 3/4" EWConduit Conductor Sizing DC Array to Inverter Conductor Size (AWG) 10 Conductor Ampacity Rating at 90°C (A) 40 Ambient + Roof Temp Adder (NEC310.15) (°F) 141-158 Final Temp De -Rating %(NFC690.3 LC) 0.58 Conductor De -Rating %if 4-6 Conductors/ Raceway 0.8 Final De -Rated Conductor Ampacity (A) 18.6 Max PV Output Current Per String (A) 1.3.3 Max PVOutput Current Per String x 1.25 (NFQ (A) 16.6 Conductor Rating Exceeds Max Grcuit Current (A) 18.56 >_ 16.6 Conductor Sizing AC Inverter to MSP Conductor Size (AWG) g Conductor Ampacity Rating at 90°C (A) 55 Ambient Temp of Conductor (NEC 690.31.C) (°F) 105-113 Final Ambient Temp De -Rating %(NE0590.3 LQ 0,87 De -Rated Conductor Ampacity (A) 47.85 MaxACOutput Current (A) 32 Max Output Current x 1.25 (NEC) (A) 40 Conductor Rating Exceeds Grcuit Current (A) 47.9 >_ 40 OCPD Rating Exceeds Max Grcuit Current (A) 40 >_ 40 Array Summary Total Number of Modules 31 -Max Modules Per String 16 Total Number of Optimizers 31 Total Number of Strings 2 Number of Inverters 1 Solar Module Specficiations RBC Solar RBC290TP2 BLK(290W) Operating Current (Imp) 9.05A Operating Voltage (Vmp) 32.1V Open Circuit Voltage (Voc) 38.8V Short Grcuit Current (Isc) 9.58A Max Power (Pmax) (W) 290 Max System Volts DC 1000V Series Fuse Rating 20A SolarEdge Power Optimizer - P300 Size of SolarEdge DCStrings 16 Max Power per String (W) 4640 Regulated Inverter Loop M 350 String Output Current (A) 13.3 Solar PVPower Source Max AC Operating Current 32 Max AC'.Operating Voltage 240V Solar Inverter Specification SolarEdge SE7600A US (240V)' DC Input Parameters Max Power 10250 Max Array Voltage 500 Max Voltage Range 350 Max Cbrrent Per Channel 23 ACOutput Parameters Nominal Power 7600 Nominal Operating Voltage 240 Nominal Frequency 60 Continuous Output Current 32 OCPD (MIN =Output x 1.25) 40 4925 Robert JMatthews Parkway, Suite: 100 D DDrado Dills, CA 95762 1(844)837-6937 Design@\r3Bectric.com (IEPARfME TO CONSUMER AFiG(RS �Contractors State :License Board `� Califomta�'Stafe.,'�,- �Contrataors License tea„C 10 #10017573' ,. ' N, CLENT INFO David Macy 6236 Jack Hill Dr Oroville , CA 95966 Required Labels for SolarPhotovoltaicSystems -Per NFC 690 . (1) NFC 690.17(4) (2) NEC 690.64, 705.12(4) -�- p.. _ k Z,- ., _ - - , d .. Y o r n. a..rrMr,r. .p•rhM rkl Itrn .. - , .. . =,a 0 A. :a { _ .. ... .. v7 1 u OKNWN N eIwo A i .. - . Y -- (4) NFC 690.54+ =I ... l 4 3 NEC 690.5l�-'fix' () ( —/ �fIPIRL"-%•'. _..A-^.�...2 ..ikrWrii�t'ii:6r'i _•` _...__ 2.' _ _ ® .. iWrr- Ynir r% ti , mA ® 6® .11 JL40s ..VATM f .�.. ADDMONALNOTES �.>...•�.. .-., `� - All labels shall be made of red plastic, durable adhesive, reflective, weather resistant (6) CF,C690.35(F) . material suitable for the environment with engraved•white letters. Letters shall be a ' ..Iz�, minlmum 3/8" In se�lter rig urs a r eco k�dc;kFi uui'i�l ii i >� dl'ui sii riild S,111' whl le (5) NEC690.53 r e ° s_,, s serif (non -bold) font.Labels meet the LL969 standards for this application as well as the m ©0 ' DI NFC requirements for labeling. ij7..� 930 r ® QO +D :a b. A' A' I 0` • D tA A' IADI LCK'ArIIONS (1) ACDisconnect and Sub Panel .I (7) IVB 705.12(7) W, .(3) (2) Service Panel w On Inverter or n ( ear lirl reset , x i' °Q (4) ACDisconnect (8) CEC690.56(o (5) All electrical power production. sources that are capable of being interconnected, ° DO 0 'A O i C A' "A D and at each service equipmentL location. CHC705.10 6)sconnec C! r �a � �" t, , „��Im, mlrr,U ., •..r ,,M. , .,. r�, � ,,: "I' e ane sumo rea �rF e, wee s panel g Service - a r� S P l�f f b � d 1 t ..r (9) NEC 690.14(2) �e-I 8 Disconnect/ Rapid Shutdown Device . O p De ° -` - -' (9) ACDisconnect - _. _ .,, r� t QO (10) Conduit every 10'; Y from boxes, F from turns or bends, 1' above/belowED , J roof/ ceiling/ wall/barrierpenetrations: (11) Service panels and raceways 5 30 2017 2: 56 PM TT C:\Usere\Brlan\DropDox\CAD\ULTRA\Customem\Macy. DaNA\String Inverter Template 5-5.ewg polar '••z SolarEdge Single Phase Inverters For North America SE3000A-US / SE380OA-US / SE5000A-US / SE6000A=US / SE7600A-US % SE1000OA-US / SE1140OA-US .4aT �. C U �x .g. FA 6lil . i 4 •Ytif 2 The best choice for SolarEdge enabled systems ' Integrated arc fault protection for NEC 2011690.11 compliance - Rapid shutdown for NEC 2014 690:12 Superior efficiency (98%) o. , • — Small,'IightWeight and'easy to install on -provided bracket n — Built-in module -level monitoring ..yii IU X14 : hi , ,. u.l •4.: "•J ,�Vi:. �11!sn ,,. Intern n,y e — e�'connectionthrough Ethernet or Wireless ., OULJuui diad hiduul Installation Fized voltage inverter, DC/ACconyersion only Pre -assembled Safety. SwitchL for faster, installation Optional — revenue'grade data, ANSI C12.20. USA -GERMANY -ITALY -FRANCE -JAPAN -CHINA -AUSTRALIA -THE NETHERLANDS -LIK -ISRAEL WWW"SOlaredge.US I ' single Phase Inverters for North America so a r • • SE3000A-US / SE380OA-US / SE5000A-US / SE6000A-US / SE7600A-US / SE10000A-US / SE11400A-US �'_:.7r ._3 " •Y J' `"' ' ". "I.SE3000A:U5 ,5t3800A-US sSES000A-USi-SE6000A-Us; SE7600A=U5 SE10000A-U5:'SE114004-0- ._ v IOUTPUT _ =' ,.. ...., .r ,. -y ». ..., Nominal AC Power Output ....... ...................... .... ........................... 30003800 5000 6000 7600 ....... .....I ... I ..... .... I ....... ................... ............ 9980 @ 208V 11400 .......l0000.°Q2Qo.V....I....I...........I...I.,... VA Max. AC Power Output 3300 4150 5400 @ 208V 6000 8350 5450.(@240V ...................................................... 10800 @ 208V 12000 10950 240V .............. VA ......... AC Output Voltage Min: Nom: Max.4" 183 - 208 - 229 Vac AC Output Voltage Min: Nom: Max.Rl 211- 240 - 264 Vac ....................................................................................................................................................................... AC Frequency Min..Nom: Maz.ttl 59.3 ; 60. 60.5 Hz Max. Continuous Output Current ...................................... 12.5 ........ .....I......16......I.. 21 ,.,,,, 25 3Z,,,,, I..,42 @ 240V„ 47.5 .... ... A .... GFDIThreshold ...... ....1 .... ...... ..... A ..... ... Utility Monitoring Islandmg Protection Country Configurable Thresholds Yes Yes INPUT Maximum DC Power (SM 4050 .I 5100 I 6750 I 8100 I .....10250 i 13500 15350 W Transformer-lessUngrounded ....................,...............................................................................................................I............................ Yes az. n ut Volta e M I 500 Vdc Nom. DC Input Voltage 325 @ 208V / 350 @ 240V Vdc Max. InputCurrent"I 9.5 16.5 @ 208V 13 38 23 I 33 @ 208V 34.5 Adc ............................. 15:5. °�.?a0V .......... .................. ! 30.5 @ 240V ...:................ " . .......... In ut Short Circuit Current Max:_..Input . ......................................................................................................................................... 45 ................. Adc Reverse-Polars Protection Yes Ground -Fault Isolation Detection 6006Sensitivity MazimumInvert erEfficiency 97,7 983 98.3 98 98 98 % ...............................y.... CEC Weighted Efficiency ............................................ 97.5 •96.2 �......98......I.. 98 P. 240V„I 97 @ 208V 9.'..5.....I..... 97.5....... 97 @ 208V 97.5 ,97.5 ,�a.. 240V............................... % Nighttime Power Consumption <2.5 <4 W rADDITIONALFg/{RES '_' .. -- Supported Communication Interfaces ................................................................................................................................................................................ RS485, RS232, Ethernet, ZigBee (optional) Revenue Grade Data, MIZ2 20 ..... ... ..... Optionaloi ....... ...... .... ... .... .... .. ...... Rapid Shutdown NEC 2014 6917.12 Yes ,,,,..-•.. - - -a y. STANDARD COMPLIANCE 1 � SafetyUL1741 .. . UL1741 SA UL16998 UL3998 CSA 22 2 Grid Connection Standards IEEE1547 Emissions FCC part15 class B OINSTALLATION SPECIFICATIONS AC output condwt sue / AWG range .. 3/4 minimum/ 16 6 AWG 3/4 minimum / 8.3 AWG ..... .... .... DC Input conduit size / 4 of strings/ 3/4' minimum / 1-2 strings / 16-6 AWG 3/4' minimum / 13 strings / ' AWG ran8?............................. a.... ... 14-6 AWG ....... ...i^ ..... . i I with f D mens ons th sae Switch ' � 303x12.5x7.2/775x315z184 30.5 x 12.5 x 10.5 / / tli%w%p) 775 x 315 x 260 ......................................... mm ... ............................................................... Weight with Safety Switch ....................... 51,2 / 23.2.:,...,...1....................54:7 /.24:7.., ............................88:4 % 40.1 Ib /k ..... Natural convection Coaling Natural Convection and Internal Fans (user replaceable) fan(uscr .................................. ...... .......................................... ........ ........... . reylaceable) ........ ......................................... Noise < 25 < SO .......................... dBA .......... ....................................................................................................................... in. -Max. Operating Temperature -13 to +140 / -25 to +60 (-40 to +60 version avallable1O) 'F /'C Ranh? ..................... ............ ............. ....,,..,................... ............... Protection Rating ...................................................................................................................................................... NEMA 3R Rt For other regional settings please contact SolarEdge support. Rt A higher wrrem source may be used; the inverter will limhin inpyt FyrfMtt[7thr1911ir7,a1r.d Rifl.,.....a,vJv hnmtat r)i¢suuuxvsuiAnvrvxe par/t11111W 16 r• USOOZNNi121 ' N1.40 venbn VIN: SExnoW-USI NNU4IPor 760ow im ners E 76WA-USMIN NU 4). EMRoHS 1' 13111111 solar- •. SolarEdge Power Optimizer Module Add -On For North America P300 / P320 / P370 / P400 / P405 r.A ... .._..r ... '-_� �• j. -c-. R .`�...�.� � �' _.°w'i^-.:.=...�c^ .: • .f � w,w. ..._.... -.,fir ..-... -. .x M�r..w'�^..9a_ S. s�:anMp,arr .ascos•+u'y.•+sup.sra,..aTMac.rrwrwr+•�x..w�-.'w*. = -'�e.ssYtC.. 'tY. .^!i-,. ^r _ +Mmcrntu d.,� c`zT• ^'T s+'_•' -....M tue -_r.•' - t sero° Vts "'w 3 " �'_' "y. r'µuyy� (for 60 -cell mod t r. „.• .W c „ .. x •. tivsrrw.�.>x•M+M�-rw+apnrw+r wr+ .. �• t'+.y. s � �.m...-.� (for thm film •� �'- t7` • a• ,~ti i 5 ules)r - r fill -cell modules). sl + -1 {`c ,r, modules) - ° ,�* ............................................................ �8:8... .0 ....:.:.."... .r �,;,..,.....�•r .fa^ia.� .ffa� ,�w.�.. all Maximum Output Current .................................... ��T^r,.��Wu.0 row t.ww.4?'BPudwu":`'.ra"�2„r �t.� " �x � 1 1�„�� xlwi r bt;eii;1,�, ��'•w. :.' a ' T..- . Mpower optimization.at tttie'modulle-level = I Up to 25% more energy , Superior efficiency (99.5%) =-Mitigates all types of module mismatch losses, from manufacturing tolerance_ to partial shading Flexible system'design for maximum space utilization Fast Installation with a 5WIli b01t ,,, _ ra rr r r' ' Next generation maintenance with module-levelF monitoring - Module level voltaResh, o T .. • n.,. 5talle.r and �flfg�lPhtf rytOfPty a. n. s uA.nrR .: a .�y.�•4 is ' we� m .. 0 r • e q rr�• ,, rpt. _t� wn for ins .F ` U,. . ,..q -„ ~ ...+y�T'°l. is..a rata ac .. .n .,:,Yu, r •.o -p � ,r w +w :"_"[ 4't Wa •�G .�nW. ,s �, -1"' �"4' ....e •.h - .u. :r' n n,r Vi.L • ,. ar ,. '['�1F`. _ _ - - re - Y ti.o,N-, USA- CANADA -GERMANY-ITALY- FRANCE -JAPAN-CHINA -AUSTRALIA-THE NETHERLANDS - UK - ISRAEL- TURKEY -SOUTH AFRICA - BULGARIA- INDIA wvAv.solaredge.us Solar" • e SolarEdge Power Optimizer . Module Add -On for North America P300 / P320 / P370 / P400 / P405 r w. `r`y� s P300 ` rr P320 r u P370j It A , P400 y �< " P405.* t sero° Vts "'w 3 " �'_' "y. r'µuyy� (for 60 -cell mod t rr= for fir ower, (. (for hlgNer power. ,60anE72cell Vdc (for thm film •� �'- t7` • a• ,~ti i 5 ules)r - r fill -cell modules). sl + modules) ,r, modules) - ° ,�* ............................................................ �8:8... .0 ....:.:.."... .,modules��t�,. �,;,..,.....�•r .fa^ia.� .ffa� ,�w.�.. :INPUT f' csx,w �i*�� •,.!a..'+`w .. dtirx+ h. ✓a yrn:., +w-..,.,.ti4 rrl<„ a •^:;?{ vc:'')t--=n..«==.-.'P dr'v'.'-: -c•4•' ?�t. r. , .t . Rated Input DC Powerr'l 300 320 370 400 405 .............. W...... ......................................................................................... Absolute Maximum Input Voltage 48 60 80 125 Vdc (Voc at lowest tem erature ........P.................................................................................................................................................... MPPT Operating Range 8-48 8:60 8-80 12.5 -105 Vdc Maximum Short Circuit Current (Isc) 10 11 10.1 .,..... ...........,......12.63................ .,.Adc MaxirriumDClnputCurrent• ........... ......12.5...... ...........,.....13.75........ Adc..... ivlexnlum erieien.y..................... ....................•..................................,.......................... ....................I.... .......,..46,5 ......., .............. ..............,..,,.,... ... .................. .. ... .......... !F'cigh!ed Yf4clent•; .. ............................................................ �8:8... .0 ....:.:.."... Overvoltage Category ` I II 128x152x35/ 128x152x50/ 128x 152x27.5/5x5.97x 1.08 I OUTPUT DURING OPERATION (POWER OPTIMIZER CONNECTED TO OPERATING SOLAREDGE INSERTER) i _ �C;�g _ : '.: Maximum Output Current .................................... 15 ................................................................................. Adc Maximum Outout Voltaee 60 I 85 Vdc' Safety Output Voltage per Power 1 Vdc 11 EMC FCC Part15 Class B, iEC61000 6 2, IEC61000 6-3 ............................................................................................................................................................................... Safety IEC62109-1(class II safety), UL1741 RD HS Yes : INSTALLATION j!�GIFIGAT - -=F-,. � .._d<. ,. t .•x,�....:.,,.�, �.:.-.... `Rr••�LG - ,'�`; °..,.. 1..r' .F "�"a. t-a.1�f.I,W .T' :A4 1000 .... ..................... Maximum Allowed System Voltage Vdc Compatible inverters All SolarEd a Sin le Phase and Three Phase inverters g gill ............................................................................... ................................................................. Oimenslons(W xLx H) -• . 128x152x35/ 128x152x50/ 128x 152x27.5/5x5.97x 1.08 mm in 5..5.97x1.37 Sx5.97x1.96 L „ 1 pjgRt (inrli0ing rahl®sl uQ / i,9 T30 / 1:Y evo % i:y ........ . gf Y 10 ................................................................... Input Connector ................................ MC4 Compatible MC4 / MC4 Compatible Amphenol AH4... . Double Insulated; Output Wire Type / Connector Double Insulated; MC4 Compatible MC4 / Double Insulated; MC4 Compatible .................................... ............................................. ... Amphenol AH4......... .............................................. Output Wire Length .......................................................................................... 0.9S/3.012/3.9 .................... m / R Operatin&Temperature Ranpe40 .... -+85 / -40 - +185 ......................•...........,............ ........ ........ ............�..............� ........... C /'F Protection Rating . ...ry............................................................................................................................................ IP68 / NEMA6P Ia'ti..'H.u' Relative Humidi 0 -100 . •.. of Ra[ed STC prover or the module. Module of up to+5% Dower tolerance allowed. - PVSYSTEM,DESIGNUSING --- - v SINGLE PHASE;° THREE PHASE 208V ' THREE PHASE 480V zi A SONVERLAREDGE ITERS ml - e i1 . -. - -. 8 10 18 Minimum String Length (Power Optimizers)...................................................................................................................................................... Maximum String Length 25 25 50 (Power Optimizers ............ ............. ............................... :..... ..................................... ..... ................................ .............. Maximum Power per Stringy ............................. 5250 6000 12750 ............................................................................. . W Parallel Strings of Different Lengths Yes or Orientations ........................................................................................... rV it k nor Plin-ed to mix P405 with Pa00/P370/P4D0/MW/P700 in one ruing. CE ON ...SolarfdgeIncAuqlasreservecl,SOOREDGE.r . tr�rjeinaos of treir respect— ov.�ner�. Date: 03/2017 V.01.,Suoject W Iiang� owliowt notice. 11 REC TWINPEAK 2 SERIES 1675Y25f65.94 Y0.11 -� EFFICIENCY"- p t .��:.�� ,! a�r�r �I;ooucT.W/tirr�r�r1.� ',�: • �. YEARIQNEAR POWER OUTPUT. WARRANTY' , US IMPORT iDUTY uFREE � r r� y ',!t TEMPERATURE RATINGS amu. [Nomin,alope-rattngcellteinperature(NOCf):44.6°C(t2°C) Com' it mperaturecoefficientofPMp, � a 039V 11%/ C 21Z45 11.51 7911.11 710 5b 7023 15.051 , em ora Ufe,COe CtaO o , e NominalPower-Pte,{Wp) 275 280 285 290 � . xasao ,^ - (0.79 ono) I - ._.. ,l lmot471 _ p t .��:.�� ,! a�r�r �I;ooucT.W/tirr�r�r1.� ',�: • �. YEARIQNEAR POWER OUTPUT. WARRANTY' , US IMPORT iDUTY uFREE � r r� y ',!t TEMPERATURE RATINGS amu. [Nomin,alope-rattngcellteinperature(NOCf):44.6°C(t2°C) Com' it mperaturecoefficientofPMp, � a 039V 11%/ C 21Z45 11.51 , em ora Ufe,COe CtaO o , Tern eraturecoeffictentofl�0::045%/'Clfltt tlrs ,...-.may::.-t`t�s'*t•'�^�t,^'.,. _ _ _.+•w: NominalPower-Pte,{Wp) 275 280 285 290 Celltype•" z,-^.,�-,.1E-120RECHCIiuiticr)'stalllne, T w Watt Class $orting W) 0/-5 _ 0/+5 0/+5f+ 6stungsof2Ocells V �~ _ Glass 7y wit � w013,(3:2rilm)solarglassnlint NominalPowerVoltage-V_(V) 315 „_ .. ... ..... 317^ 31.9~ _ 32.1 , I -. anti reflectiv iur lreatment� _r Nominal Power Current-Is,A 8..84 O 74 88.95 9.05 "Bac_ksheet:.��••-�Hi hl resistant oy4f esten..•re..•+..e g�y.p Open CircuitVoltage-Va(V) 38.2 38.4 38.6 38.8 - polyolefinconstruction - _._...._._..._.....� A- ShortCircuitCurrent I (A) 930 9.49 9.5B . Frame` "'" f7-77 -_t n"'x:'Anodrzedaluminum - V . _9.39. ---;` -•-•- -••-• • ••-- ~ -_-•^ „ y:. '!`$ javallableinsilvararblack)w„;` •'4' Panel Efficiency(%) X165 'h,hnjm trn lmae il7.7 i9. a1 W ite"lu611'HinA', 16.8 17.1 Lett let Iwatta a29'C7. - - 17.4 )li(]Sif40{?Qx: 4{:; fPj�y7' rat =r�1t__� GBrtWithhy69sShcOdeigy oy�;. '� oluxkxJ Wdtknc,5%(oa At low irradiance of200W/m'(AM 1.5 and cell ternperature 2M at least 94% of the STC module efficiencywN be achieved 'Product code, RECxxxTP2where xxx is the watt class shown, can be followed by the suffix BLK for black framed modules. ILA�Ut9 Rlm4N11 ire,3S +47"{09R1•12m) .,,,�_„ ,;.,�__. ,,,, •- - - Connectors: -"^Multi -Contact MC4. PV=KBT4/PV KST4 ' _ "12AWG (4mm') s , ELECTRICAL 1. Nominal Power-P,,,(Wp) 206 MOM 28SWP. 210 214 290a 218 40::.+185 FC40:.:+SS Ur Opetationattemperature:';" ";-46- -, Nominal Power Voltage-V_(V) 29.2 29.4 29.6 .8 -Maximum system voltage-_- iayt_..b�, .,^ 0 OVM Nominal Pov2rCurrent -IMP,A 7.07 �,)-- 7.15 7.24 _2 732 '� DesinLoads; `*7521bsft'3600Par g ,�`' c")...._/ ( ) . .._._,.,._, ..1n Open CircuitValtage-V'(V) 35.4 _ _ _ ,-•_• .,- Y ~ 35.6 35.8 36.0 - c+)33.4Ibs/ft'(I6C0Pa)'.' Short&cuitCurrent-Ix(A) _ _ _ _7_52 _ _7.59 7.68 terrwvan NPrl� -� 7.75 - ^y Refertonstallahon manual , r- =MSx series fuse rats 20A N�pp��pn���I� ansCf��atfftpjd'll tlyWtefaOtm lV(1R tflMW/m'.AM15 mnhirm.pflm/s arnwnt re 'Productcode.REGmTP2wherex11IIN wandossshowrkcanbafollowedbyIIwsuIixBLXforbIackrramedn duIes. i;w,,t,, v =,.,n }u.t_.. .!'✓:=:f Max reversectirrent: '" ; 20A •'°' _ .. _ - rJ CERTIFICATIONS i _ ;r. ` C/ ❑ DV6 m C SP 10 year product warranty 25 year linear power output warranty Dimensions• 65.9x39.25x15(1675z997x38mm) , Area 1798 fl {1:67m')t t: us UL1703, Fire classification Type ZIEC 61215.IEC 61730, (nmx.degressioninperformanceof0.7%p.a.from97% after the first year( Weight 39.71bs(18kg)- IEC61701(Sah Mist-severitylmel6).(EC62804(PIDF,e ), IEC 62716(Ammorda Resistance), ISO 11925-2(Ignitability Ctass it See warranty conditions for further details. alSper:Ifi4dS14o�5441R5ttQ�1@JiC4lMlth9llLJlOtlee UNI 04s7/9r4(ClassAl50900F2015.1501400tOHSAS18MI N rF„* Celebrating its 20th anniversary in 2016, REC is a leading European brand of solar panels. Through integrated manufacturing from ^ polysilicon to wafers, cells, panels and turnkey solar solutions, REC strives to helpmeet the world's growing energy needs. Founded in R EC 1996. REC is a Bluestar Elkem company with headquarters in Norway and operational headquarters in Singapore. REC concluded 2015 with 2000 employees worldwide, 1.3 GW solar panel production capacity, and annual revenues of USD 755 million. www.recgroup.com e t e AA -AAL IRONRIDGEneerm Dies f nGui. Tilt Mount CAD Details Download AutoCAD File Download PDFr IRONRIDGE RAIL ' •' IRONRIDGE FLASHFOOT "MIN.INTERROW GAP - • H C 1.2 i C - VARIES �X . J 1.2 , 'w iR ll SIDE VIEW FLASHF0OT MOUNT PORTRAIT MODULE - - Scale. r -r- " _ IRONRIDGE IG MID CLAMP PV MODULE FRAME 1, IRONRIDGE IG MID CLAMP PV MODULE FRAME " q IRONRIDGE RAIL D DETAIL MID CLAMP PLAN ` .• O DETAIL MID CLAMP FRONF Scale: 6"=1'-T Scale: 6"=1'-0" IRONRIDGE RAIL IRONRIDGE END CLAMP ` PV MODULE FRAME - PV MODULE FRAME IRONRIDGE END CLAMP 1RONRIDGE RAIL - Qo F DETAILEND CLAMP PLAN G DETAIL END CLAMP FRONT Scale: 6"=I'-0" Sole: 6"=1'-0 »support@'°i v'oniidge.com ,�_ .(800)222-9523' ,Pag¢6 x 77 a K 77 :77,777d rte' • ' ,j2016w77 t Middleton, WI 53562 USA x b - 8431 Murphy Drive Middleton, WI 53562 USA Telephone: 608.836.4400 Facsimile: 608.831.9279 www.intertek.com Test Verification of Conformity • In the !iasis of the to sts undertaken; the sample(s)of the below product�have been found to comply, wiffi the tequir"ements of:= r '.�, the referenced'specifications atthe time the tests were carried�out. x1*••�, r rA�p��licare'' &'Address;' IronRidge, lnc "' 1495•Zephyr,Ave. -I1ayward;Ga Fi r vt•��;'�zi��'w'�°r'�w�:�-�ar.Cit' 94544' r - - `^..s:F7a,:v:. ""fir,...—+�i�f'�'�Js .— ..,'�...s�w. " �". � e - ' " e.,.. ,•.,�.�. *ff^� �L`. *t q"Pr 1XI.+.i+.4 -^`Y'C �• XR Rai with Integrated Grounding n "^`�5iy,'�G' �fFP"M. roduct Description Mp�� .. .. e .. •.... r -;, .s-.�)r3'f, 5"r "�r- " ..��:r.� sok *"^ -°e Ratings & Prvnciple r• 4,4w Fire Class Resistaft- e Ratans Kt'y K#; r « �^ Characteristics'' Flush Mount (Symrnetncal) Class A f{ a Rated for Low Stope�applicapons w en usingTypi6A�4t m and 3 listed photovoltaic mod4ules _Class A Fire Rated forSteep Slope appicat�ionsrwifh Type1 and 3,' listed'photovoltairrnodules Tested with a 5; gap (distance between the bottom,the__ ..;_. -..Y..... n - row : V e .:_;_ ; „_..._...�.:a..� ... . - module frame and the roof covering); per the standard this system can be— e instailed`ac any gap ; -- r ` allowed bythe manufacturers installation instructions: -No pennieferguarding is required —; an a 51 61GD-005'51``-61GD-0058;`51-5000-OOl and 51 658001 .�...... j6 and Nam•" -d* IronRidge Roof Mounty. _ .. - .. _. _ -,a. , RelevantStandards UL 2703 (Section 15.2 and 1543) Standard for5afety Mounting Systems Mounting Devices Cla, mping/RetentionT levices, and Ground Lugs -for Use�with.Flat,Plate, Photovoltaic IVloduler w l , `fin .and Panels, FirstlEdition dated Jan 28, 2015'Referencing UL1703 Third.Edition dated Nov`18 a o — 2014 (Section 31:2 Standard for Safety for Flet -Plate Photov to taic.Modules and Panels .;Verification Issuing Office _+�^.-. Services NA; -Inc ,IntertekTesttng 8431-fNla�piiyDrive r }� Middleton,WI+53562 D_ate:of>7ests "' ' 08J17/2014 to 03/17/2015 , :Test Report Number(s). .' .M _.101769343MID-001c1, 101769343MID-001a,,101915978MID-001 &101999492MID=001ar1-cr1. This verification is part of ttie full.tesireport(s) and should be read in'conjunctioriw;th them Thisrep does not automatically' imply prod tict'certification:. jCpmpletedby -* Chad'Naggs `Reviewed by:. Gregory Allen, - .Title: Tec niciar�Jh_FJie Resistance Title: Engineering Team Lead; Fire Resistance w Signature: Signature- `J {�'C '03/30/2015 03/30/2015 Dater Date: This Verlficationls forihe exdusive use.oJlniertek sdieni and is provided pursuant io the agreement between Inieriek and 16 Client Interteks resgons+b+hty.and l+ab+hty are limited to the'ierms bnd condittonsof the o•greement. intertek cssurrtes no liobdity W_any party; other than to the client inoccdrdonce wish the'agreement, for ony loss, expense or. damage occosioped byi6e use; of Yh1' yeriflcntion Onty tlie'Clienf is authorized to"peimrt;copying ordrstHtiution of thisVerificntior.; Any 6se of theinterrek.ho ne or one of its markfor thesole'or odvetUsement df the tested'mareridl,produd orseryicemust fir9tbe opprovedin writing'6y Interteks The observations and tesUmspectionresults referenced Fn ih+s Verijlcotfon are relevant onty %o the sample tested napected This Verij cation bylrse¢does not impty thot[he moienol, prpducf orservice is:or hos ever.been unifier an Intertek2erfificotioh progrorri: - GFT -OP -1 la (24 -MAR -2014) e 3 • � • 1. M__ r* � .t -,W ayrrr. � t En t Con�sull+ng S1riYcturaMand'�ArenSic'b+IneGrs 5224` South 39" Street, Phoenix, Arizona 85040 tel: (602) 438-2500 fox: (602) 438-2505 ROC#291316 www.smleng.com IronRidge March 14, 2016 1495 Zephyr Ave Page 1 of 20 Hayward, CA 94544 Attn: Mr. David.F. Taggart, Vice President Products Subject: IronRidge XR100 Rail., Roof Flush Mounting System— Structural Analysis Dear Sir: We have analyzed the IronRidge XR1.00 Rail for the subject solar module support system and determined that, for the configurations and criteria described below, it is in compliance with the applicable sections of the following Reference Documents: Codes: ASCE/SEI 7-10 Min. Design Loads for Buildings & Other Structures California Building Code 2016 Edition Other: AC428, Acceptance Criteria for Modular Framing Systems Used to Support PV Modules, dated Effective November 1, 2012 by ICC -ES Aluminum Design Manual, 2015 Edition The IronRidge XR100 Rail is an extruded aluminum section with an overall depth of 2.438 in. and a net area of 0.583 sq.in. The rails are used to support solar modules, typically, on the roof of a building. See Exhibit 0011— attached. The modules are clamped to the rails by the IronRidge Module Mounting Clamps as shown in the attached Exhibit. The rails are attached to the L -.Foot aluminum angle brackets that are either attached directly to the roof framing or attached to a stand that is screwed to the roof framing. The rails are mounted across the slope with a small clearance (flush mounting) to the underlying roof structure. The installed solar modules are at the same slope as the underlying roof structure. All. loads are transferred to the roof framing through the angle brackets by simple bi-axial flexure of the rails. The maximum span of the rails is governed by either the mid -span flexural stresses or the deflection requirement that the rail not come into contact with the roof. The effect of seismic loads (for all design categories A -F) have been determined to be less than the effect due to wind loads in all load conditions and combinations. Therefore, the maximum allowable spans for common load cases are shown in the tables below. Tables IA -9A are for modules with a maximum long dimension of 67.5 inches and Tables IB -9B are for modules with a maximum long dimension of 78.5 inches. Starling Madison Lofquist, Inc. Consulting Structuial and Forensic Engineers IronRidge Iv_Iarcli114„:20:16, Mr Davfd F Taggart Page,2'6010 Ii onRidge;X iRail;:Roof.Flush Mounting:System = StnfeiUt l Analysis `Notes ---Tabulated values afe'b2edbin the foll6,-9:criteria: L • Building mean roof.height =;!.30 ft 2. Risk -'Category: `3. 'Solar maximum modulehong dimension is: 67:5,inches for Tables',IA-9A and 78'.5'inches for Tables 1_A -9B. 4'.. Provide 2,ii'. olearbetween roof and rail •5. End"cantilever span (max)` 0.46x maxunumspan,(Lax): from above tables.. See Figure A 6i No rail' splices in outer 273 of end spans, or the., middle. 1%3, of interior spans base4,on the installed,attachment•spacing (T nit0u). See Figure A . 7. Single sirnple.span(s). Spans; listed in the tables above maybe multiplied by 1.08 for continuous rails of 3 or more spans. 8. Module Mounting Mid Clamps shall not be installed less than 20 inches from Roof Zone 3 where wind speeds are marked with an * in Tables 3B and 68: End'Span, inle.rior.'Spah End Span ------------- L— FijWreA Lm„ = Maximum.attachment:spacing provided in the tables above for:.:. the p_ roject design criteria . I .w = Actual installed_ attachment spacing �a Indicates region:of the rail wliere splice maybe installed Our analysis assumes that the 'rail§; including the connections and associated--hardware,:areinstalled in a "workmanlike manner in accordance with the "IronRidge Flush :Mount Installation Manual' by IronRidge and, generally. accepted standards: of constructton, practice:: Additional itformatibji is: available.at:the IronRidge web site, Ir6nkidge:coin: Verification, of PV Module. capacity to support; the loads associated' with the::given Arfay shall be: the re§ponsil5 lity of the Contractor or, Owner and, not IronRidge or Stailing�,Madi'son Lofquist. The adequacy of the supporting roof fiai ins is to 6e determiried`l y others: Please feel free.to contacfine at your convenience if yow have !any questions, `Respectfully t'our`s.; `Ties Warner,,P;E. besign _ Division. Manager ,Starling. Madiso6 Lofguisc, Iiie; Cotnsulting; S..tructurali and F?otensic Engineers :20.x= Composition Flashing KiPart# t. CMP-KT Solarhooks L -Foot Thickness.! 1 mm 6005 -T5 Aluminum ® Painted Black #14 lag screw with SS EPDM bondedw:asher ProprietaryfPDM Seal Length 3:05mm Fr Width 2o5mm. PATENT PENDING A-230 Weatherproof Metallic Boxes Universal Boxes and Covers Applications: • Dry-tite" boxes and covers protect wiring devices, switches, electronic components and terminal blocks in dry, damp and wet locations • Accessible wiring chamber provides a convenient location to maintain or change a system, pull conductors and make splices • Junction box for branch conduits Features/Benefits: • Alloy A380 aluminum, certified zinc alloy and stainless steel springs provide increased corrosion resistance • Die-cast construction and industrial design combine to produce a rugged protective enclosure for devices on many applications • Clean cover edges provide good gasket sealing • Precision -cast and machined surfaces permit safer wire pulling • Clear UL and cubic content markings speed approval by Inspectors • Convenient mounting lugs for a variety of mounting methods • Securely fastened mounting plates reduce costly call backs Standard Materials: • Boxes: Die-cast aluminum alloy A380 • Cover Plates: Stamped aluminum alloy or certified die-cast zinc alloy ZAMAK 3 • Cover Lids: Certified die-cast zinc alloy ZAMAK 3 Securely rastened C! n sloe-.. Stalntess steel springs Standard Finish: • Powder -coated finish Compliances: • UL® Listed (UL File No. E-2969) Boxes: CSA Certified with factory installed ground screw" • Covers: CSA Certified • Covers suitable for use In wet locations with covers closed • CCB and CCT series covers suitable for use in wet locations • Federal Spec. W -C-586 • NEMA 3R Rated Sample Specifications: • Universal device boxes and covers shall be of aluminum alloy A380 and certified zinc alloy. All conduit stops shall be free of rough edges. Covers shall have stainless steel springs. Covers shall be finished with powder -coated paint. Universal device boxes and covers shall be Red•Dot® Catalog No. " C Wt tachy IW lead tune and mimmum guatOlty. _ z�Vs ®r 21x5 -t CCD Accessible wiring chamber provides a convenient location to pull conductors and make splices in dry, damp or wet locations. m • Maximum cubic capacity - - • Securely fastened mounting plates • Corrosion -resistant materials► • Powder -coated finish • Ground screw included Predslori clean cover edges • Precision -machined threads !N3_1_ fdearrita,dng machlnedihreads cmwM screw • Clear UL and cubic volume marking .......................................................................................................................... �4�,. United States Technical Services u Thomas ess� Tel: 901.252.8000 Tel: 888.862.3289 800.816.7809 Fax: 901.252.1354 x«: 'at gy �gpID, k (O'O'�ENTRW"""" No Cellular LTE" The smart meter for the smart grid, the OpenWay CENTRON, is now available with an LTE Itron Cellular Module (ICM). This integrated OpenWay Cellular solution provides a ' complementary communication pathway by incorporating WAN functionality—under the OpenWay CENTRON meter cover—to connect the meter directly to the OpenWay, Collection Engine via a public wireless network. The OpenWay CENTRON Cellular LTE ' FEATURES AND BENEFITS Automated Interval Data/Energy takes advantage of new advanced 4G Usage Retrieval , Communications LTE networks. This results in more Flexible Two -Way - 'Receive and transmit meter interval efficient coverage, higher bandwidth and Execute all supported reading, data for up to four unique energy values longer network longevity. The Openway configuration and firmware download in intervals as small as five minutes. CENTRON Cellular LTE includes both a functionality through user -configurable - Recorded events and exceptions with ZigBee® wireless component and an LTE schedules controlled by head -end meter each interval are also transmitted to the ICM that can be tailored to fit your unique . data management software head -end software, which interprets needs. The module comes factory installed . A Acquire readings on an on -demand basis them and logs appropriate messages within the OpenWay CENTRON meter=the when necessary (such as time adjustments) solution ships as one complete unit, ready for field deployment. SPECIFICATIONS HARDWARE CPU board (CPU) 32-bit ARM processor. 128MB RAM, 256MB flash `CapacitorSfo�raee Bank(CSB) ' W� �+w o- ppliespower-for data transmissions and all functions for outage _notfication,,,,rs= r�•e �r .y .,,.. ' ICM Modem Modem communicates with head -end using LTE and SMS Services ' ZigBaeTransce„�nrer . u Enables.communicatlon with Home Area <,(FIAN)devices5 �. r ,' • � Singlephase: Flexible dual frequency on board internal antenna for the modem and EAT available on all forms.Internal/ExtemalAntennas Polyphase: Multi -band internal antenna with diversity. External Omni Directional antenna for modem ' available on all polyphase forms.' ,Tilt Detector' S" f3 Detects unauthorized movement:or removal of the device ar ;5 T+ INPUT/OUTPUT SIGNAL ICM Power Input Voltage Singlephase: 120-240 VAC I Polyphase: 120-480 VAC Capacitor Storage Batik (CSB)" F'k-3.3V/TTLcompatible:asynchronous" , "- Vit- .1-, w. " • ERT Reader 900 MHz radio supports 100G Gas and 100W+ Water endpoints VERSION AND COh4PATIEIL11TY Meter Hardware Version 3.1 Meter Fmiware Versign� , Sing lepha's• e; SR 6.1 orh19e i'Poryphas� e:.SFt B 8 or Higher ;, OpenWay Tools compatibility v Singlephase. 4 00 91 or higher ] Polyphase 4.20 00 or higher - OpenWay Collectron Erigine Comp»ubtldy',' Singiephasei SR 61 orhigher ] Polyphase SPECIFICATIONS Regulatory and Industry Specifications Humidity Range Carriers Supported w } FCC Part 15 Class B P 0% to 959'6 non -condensing n Verizon Wireless r, ANSI C37.90.1 -1989: (SWC) u Rogers Wireless Accuracy 6 ANSI C12.20 (Class 0.5) -1998 A Meets ANSI 12.20 for accuracy PTCRB Certified ; class 0.5% (Singlephase) and 0.240 - n Network Carrier Certified (Polyphase) ' Measurement Canada Certified n Optional Singlephase Adder. 0.2% b Industry Canada Certified Accuracy Class .. u UL2735 Supported Meter Forms Temperature Range: Singlephaso without Disconnect �> Operating: [-406C, +WC] • CL 200: 1S, 2S, 12S, 25S u Transmission (wireless): [-306C, +706C] - CL 320: 2S Singlephase with Disconnect 6 CL 200: 1S, 2S, 12S, 25S Polyphase - - - - CL 20: 3S, 4S, 9S, 9S/36S, 45S - - CL 100: 1S CL 200: 2S, 12S, 16S , p CL 320: 2S, 12S, 16S 4 SIIENOTES 1. Working clearances around the existing electrical equipment as well as the new electrical equipment will be maintained in accordance with CEC 110.26. 2. Adequate spacing will be maintained between any plumbing sewer vents extending through the roof and the underside of the photovoltaic panels (6" minimum). 3. Aladder shall be in place for any inspections in compliance with CAL -OSHA regulations. 4. PV modules are non-combustible in nature. 5. This system is a Utility Interactive (Grid - connected) system and does not have storage batteries. 6. All plaques and signs will be installed as required by 2016 CEIC & 2014 Nom'. 7. Roof coverings shall be designed, installed and maintained in accordance with the building code for the local jurisdiction. 8. All equipment supplied shall be ULlisted or listed by a listing agency recognized by CE. 9. We will coordinate with serving utility and property owner for power outage and contact serving utility before activation of PV System. I O.The required Smoke alarms and Carbon Monoxide detectors shall be located as required per CRC 11314-11315 I l.All construction shall be in accordance to the . latest edition of the California Building Code. 12.The contractor shall be responsible for the protection of and the safety in and around the job site and of the adjacent properties. 13.Note that all written dimensions take precedence over scale. 14.Manufacturer's specifications for installation of materials shall be followed. I5.E�act conduit run locations subject to change. BUILD NOTES 1. Bvfrconduit used in all locations and installed .75" above roof. JNW310.15(b)(3)(c)1 2. Photovoltaic systems (all components) shall not be installed over any roof, plumbing, or mechanical vents and in the immediate vicinity of an egress window. 3. Access to residential systems for one- and two-family dwellings shall be provided in accordance with California Residential Code Section 324 and the California Bectrical Code. 4. This PVsystem is proprietary and parts must be replaced with proper equipment by authorized persons only. SCDPEOF WORK 1. The installation consists of solar photovoltaic modules mounted on the roof, connected to an ACDCinverter and related electrical switches and gear as required by applicable codes and by the electrical utility company. 2. The system will be interconnected and operated in parallel with the utility electrical grid per the requirements of the utility and applicable codes. ELFCIRICALNOTES be sized according to C EE250.166,CEC Owner: 690.47B 1. All exposed photovoltaic system conductors I I.The DC grounding electrode will be bonded to on the roof will be PVtype wire COC69031 (B) the ACgrounding electrode and the conductor 2. Wire size for all conductors is included in the will be no smaller than the largest grounding conduit schedule section on the Single -line electrode conductor, either ACor DC. (CEC diagram. 690.47 C7). (CEC 690.31134b, Tables 310.16-310.17) 12.The AC grounding electrode conductor shall 3. All conductors are dual rated be sized according to NE3C250.66 (And Table THHN/THWN-2 for wet and dry locations per 310.15 B6 for dwellings) (C 0690.47). NEC 310.10(B -C). 13. Me photovoltaic arrays shall be provided with 4. Conductor's exposed to sunlight shall be listed DC ground -fault protection. (CEC 690.5). as sunlight resistant per N13C310.1 O(D). 14.The grounding electrode conductor will be 5. All photovoltaic system conductors are protected from physical damage between the rated 90 degree C grounding electrode and the panel if smaller (CEC 690.31B, Tables 310.16-17) than #6 copper wire. (CEC250.64(B)) 6. All exterior conduit, fittings, and boxes shall be 15.The grounding electrode conductor will be rain -tight and approved for use in wet continuous, except for splices orjoints at bus locations. (CEC314.15). bars within listed equipment. (CEC250.64 Q. 7. All photovoltaic output circuits operating 16.ADCdisconnect is provided at the inverter. above 30 volts shall be installed in readily (CEC 690.15). accessible locations and in electrical raceways. 17.The back fed PV breaker at the main panel will (CEC69031 A). be installed at the opposite end of the bus bar 8. All metallic equipment shall be bonded and from the main breaker and a permanent electrically. continuous. (CEC250.90, 250.96). warning label with the following marking will 9. The equipment grounding conductor shall be be provided adjacent to the PV breaker: sized according to C EC250.122,CFC690.45 "WARNING -PHOTOVOLTAIC 10.The DC grounding elect rode conductor shall CONNEC110N.DONOT RE.00ATETHIS OVERCURRENT DEMCE' (CFC 690.64) 1 Site SCAU 18.Apermanent plaque or directory, denoting an electric power sources on or in the premises, shall be installed at each service equipment location and at locations of all electric power production sources capable of being interconnected. CEC705.10 19.Arc-Fault Circuit Protection, 0690.1 I AM: PVsystems with DCcircuits, on or penetrating a building and operating at 80 volts or greater, shall be protected by a listed do arc -fault circuit interrupter or other system components listed to provide equivalent protection. I. shall detect and interrupt arcing faults in do system. 11. shall disable inverters or charge controllers or system components. 111. shall require equipment be manually restarted. IV. shall have an annunciator that provides a visual indication. Indication shall not reset automatically. 20.Rooft6p mounted photovoltaic panels and modules shall be tested, listed and identified with a fire classification in accordance with UL 1703. The fire classification shall comply with 'fable 1505.1 of the California Building Code based on the type of construction of the building. [CRCSection W0731 PRA -V 3 E L E C Tro� 4925 Robert J Matthews Parkway, Suite: 100 D Dorado Hills, CA 95762 1(844)837-6937 Desi,o,n@V38ectric.com DEP4RlMFJfT.-OF CDNSUMEA 4FFAIRS.. Cdntractairsx StateA { w-L1icense,Boar�i ., � ;u�California $tatey,er� .Contractors License- Project Info 6.38 kW Owner: Barbara Kdder Address: 2631 Blue Heron Loop Inverter: Lincoln, CA95648 AHI/County: Placer APN: 336-170-004-000 Max Temp: 48 Min Temp: -10 Financing: SunRun PPA Equipment Summary Module: RFC Solar REC290TP2 BLK(290W) Module Qty: 22 System Size: 6.38 kW Racking: IronRidge Racking System Attachment: SolarHooks FRTile Mount Inverter: SolarE dge S13,6000 (240V) w/AUS Monitoring: Itron Centron Meter Grounding: ILSOO Grounding Lugs (GBLI4DBT) - UL2703 listed (NBC690) - UL467 listed, CSACert. (NBC250) APPLICABLE CODES 1. 2014 NATIONALELECIRICALODDE(NBC) 2. 2016 CALIFORNIA E1ECIRICAL00DE (CEQ 3. 2016 CALIFORNIA BUILDING CIODE (CBQ VOL 1,2 4. 2016 CALIFORNIA GREEN BUILDING STANDARDS OODE 5. 2016 CALIFORNIA RESIDENITALCODE (CRC) 6. 2016 CALIFORNIA FIRE GODE(CFQ 7. 2016 CALIFORNIA MBCHANICALOODE 8. 2016 CALIFORNIA PLUMBING ODDE E Template T: 14' A: 201' roh. F- toop rt� Driveway 3' Fire Offset PVModule 22 - REC Solar RFQ90TP2 BLK(290 W) Inverter(s) 1 - SolarEdge SE6000 (240V) w/A-US Optimizer 22 - SolarFdge P300 PVMeter Itron Centron Meter ACDisconnect 60A, 600VAC, Nema 3R, UL-' , RackillE IronRidge Racking System Attachment SolarHooks lLTile Mount J -Box & Conduit Red Dot 2115-1 J-Box&EMTConduit 3/4" above roof w/ UniStrut Pipe Clamp Roof n g Type F Tile Roof Structure 1 Story, 2x4 W -D. Truss @ 24" OC Roof Tilt (Degrees) 1.4 Azimuth (Degrees) 201 Residential Point had Calculations Table IA: Rail Spans (in) for Roof Slopes and Tilt Angles 0° to 36' - 6063 Alloy System Size (W) 6380 Number of Modules 22, Module Weight ea. (lbs) 39.7 Module Weight (lbs) 873.4 Wi nd Load 60.5 Total Weight Added (lbs) 933.9 Area of Displacement (ft^2) 395.56 Total Lbs./Sq.R. (<41bs) 2.4 Quantity of Supports Vult 110 US 120 125 130 135 140 145 1 150 15S 160 170 1 180 190 q, 15.5 1 16.9 18.4 20 21.6 23.3 25.1 26.9 28.8 30.7 32.8 37 41.s 46.2 V PeP, -10.7 -11.7 -12.7 -13.8 -14.9 -16.1 -17.3 -18.6 -19.9 -21.2 -22.6 -25.5 -28.6 -31.9 010 116 I 110 104 99 95 91 87 83 80 77 75 70 65 62 S 1018 114 1 110 104 99 95 91 87 83 80 77 75 70 6s 62 0 20 15 89 89 89 89 89 89 87 83 80 77 75 70 65 62 D 30 23 75 75 75 1 75 1 75 75 75 75 75 70 65 62 40 31 66 66 66 66 66 66 66 66 66 66 65 62 SO 39 60 60 60 60 60 60 60 t7S75 60 60 60 60 60 60 4b 55 55 55 55 55 5s 55 Ss 55 5S 5S 55 70 54 Sl sl Sl sl sl Sl Sl 51 51 Sl 51 sl PVModule 22 - REC Solar RFQ90TP2 BLK(290 W) Inverter(s) 1 - SolarEdge SE6000 (240V) w/A-US Optimizer 22 - SolarFdge P300 PVMeter Itron Centron Meter ACDisconnect 60A, 600VAC, Nema 3R, UL-' , RackillE IronRidge Racking System Attachment SolarHooks lLTile Mount J -Box & Conduit Red Dot 2115-1 J-Box&EMTConduit 3/4" above roof w/ UniStrut Pipe Clamp Roof n g Type F Tile Roof Structure 1 Story, 2x4 W -D. Truss @ 24" OC Roof Tilt (Degrees) 1.4 Azimuth (Degrees) 201 Residential Point had Calculations Module: RBCSolar RBC290TP2 BLK(290W) System Size (W) 6380 Number of Modules 22, Module Weight ea. (lbs) 39.7 Module Weight (lbs) 873.4 Racking Weight (lbs) 60.5 Total Weight Added (lbs) 933.9 Area of Displacement (ft^2) 395.56 Total Lbs./Sq.R. (<41bs) 2.4 Quantity of Supports 36 Load Per Support (lbs) 25.9 E L E C T F01H C 4925 Robert J Matthews Parkway, Suite: 100 B Dorado Hills, CA 95762 1(844)837-6937 asi.-n@V3Bectric.com V3Bectric.com NOTES l -d --11-A V 1 11 VM Barbara Ndder 2631 Blue Heron Loop Lincoln, CA95648 DEh,ANiIAEp� OF CONSU�NIFA AFiAiRS� ContractorstSfate. � .License Board; Cahforrna;State • .Contractors License. C10 #1�O00573, .IPff'Smlth NOTES l -d --11-A V 1 11 VM Barbara Ndder 2631 Blue Heron Loop Lincoln, CA95648 solart,LT-P ".1 h SolarEdge Single Phase Inverters For North America SE3000A-US / SE3800A-US / SE5000A-US / SE6000A-US / SE760OA-US / SE1000OA-US / SE1140OA-US ��jj r 1 2• t w Y i - a e _ s �►1i :.Wa�,nty •J• V • d ,,f • � - - .. _ - -�-4 ..R_ . •e „ , .,.y a �_ =Y - . t'... S- - s u - { JJJ E _ • 'A m .x "The'best choice for SolarEdge enabled systems Integrated arc fault protection for. NEC2011-690.11 compliance : Rapid:shutdown for NEC 2014 690.12 Superior efficient 98% 'Small; lightweight and, easy to install on provided bra_eket Built-in module -level monitoring w = Internet connection through Ethernet or Wireless_'' ,` -' - _ Outdoor.and indoor installation - , - � Fixed`voltage inverter,-DG/ACconverslon only •, , Pre -assembled Safety -Switch for faster installation - -"Optional—.revenue grade data, ANSI 612:20 USA -GERMANY -ITALY -FRANCE -JAPAN -CHINA -AUSTRALIA -THE NETHERLANDS -LIK -ISRAEL WWW.SOIaredge.US 4 sola r' _ a Single Phase Inverters for North America SE3000A-US / SE3800A-US / SE5000A-US/ SE6000A-US / ' r SE7600A-US / SE10000A-US / SE11400A-US .? '"x SE3000A-U5^ SE3e00A•u5=SES006A=USP SE6000A-US I.SE7600A-US I SE10000A U5 sE4146dA-US:- ,nl'A FOUTOUT Nominal AC Power Output. 3000 3800 - 5000. 6000 7600 9980 @ 208V 11400 VA ........................... ............. ... ...... .......... ......... ... ... .... ..... I....., . .... ............ ....... ....... 10000 .ea 240V .............................. Max. AC Power Output 3300 4150 5400 @ 208V 60008350 10800 @ 208V 12000 VA .......................................................................5450 (•7a 240V .................................. 10950•�240V .......... ......... AC Output Voltage Min: Nom: Max.111 J ✓ 183 - 208 - 229 Vac ............................ AC Output Voltage Min; Nom: Max.11I V -/ - J 211- 240 - 264 Vac I ...... i Fre u M: Nom: Max. iu AC in .........9.enn.......................................... 5 .5 .3 - 60-60 ..... 9 ........... •.�•••�-••••��•• •'••• , Hz ' Max Continuous Output Current........... 24@208V•• �...... 25.......I:..... 48@208V••� 12.5......I......16......I.. 21.�.240V... 32..........42,�? 240V......... 47.5........... A..... GFDI Threshold ...... .. ..... .... ...... 1 ...... ..... .. ..... A ..... ....... ... UtlIq Monitoring, Islanding Protection ...... Country Configurable Thresholds Yes Yes J'INPUT , K k Maximum DC Power(STC) 4050 .. 5100 6750 8100 10250 . ... 13500 15350 W Tra f rmer-I ss Un rounded ....... Yes Max. Input Voltage500 ................ ....................................I......... ..,.............................................. Vdc ....... N C I tat V Ita a 325 @ 208V 350 @ 240V Vdc Max. Input CurrentOl 9.5 16.5 @ 208V 13 I 18 I 23 33 @ 208V 34.5 Adc ....................................................... 15.5 240V 30.5 @ 240V............................... Max. Input ShortClrcult Current 45 A#A Reverse -Polarity Protection - Yes ........... .................. ......... ........ Ground -Fault Isolation Detection ................................................:......................................................................... 600ko Sensitivity Maximum Inverter Efficiency 97 7 98.2 98 3. 98.3 98 ........... CEC Weighted Efficiency 97.5......1.... 1 .................... 7.5 `98.... r.l.. .......... ........ ..I ............... 97@208V �...... . •.%..... .................... 9A eta, 240V..1..... 97 ........I................ 97 5 a� 240V. , 97.5......... Nighttime Power Consum Aon < 2.5• < 4 W ,ADDITIONAI2FEATURES`.._ . _ _ .... -4 ._ - _s-_.. _ , • . __ o 7_ . _ .. . - _ --. _ _ - . - ...._v 1 Supported Communication Interfaces .................... .............................................. RS485, RS232,.Ethernet, ZigB.ee (optional) ...........r ............................ Revenue Grade Data ANSI C12 20 . Optional") ...... ... ..... ...... ....... ..... Rapid Shutdown NEC 2014 690.12 Yes ' r f 5TANDARD'COMPLIANCE » „ _ Safety ' ....... UL3741, UL1741 SA, UL1699B, UL3998 ,CSA 22.2 .................................................................. Grid Connection Standards IEEE1547 Emissions FCC partly class B INSTALLATION SP.ECIFICATIDNS', AC output conduit size / AWG range .....-.......... .. 3/4" minimum / 16-6 AWG ................................................. 3/4" minimum / 8.3 AWG ............. ................. DC input conduit size / p of strings / 3/4" minimum 11-2 strings / 16-6 AWG 3/4' minimum / 1-3 strings / AWGrang?......................................................... ........................................................ 14 ;6 AWG Dimensions vAth Safety Switch 30.5 x 12.5 x 7.2 / 775 x 315 x 184 ' I 30.5 x 12.5 x 10.5 / . in / 1HxWxD .......)................................................................ , 7T x 315 x 260mill Wel�htwith5afetySwi[ch ...... ....... 51.2/23.2 .......... ...................54:7/24:7,.. . ......................... 88.4/40.1..,.....,,, ....... .Ib/kg Natural convection Cooling Natural Convection and Internal Fans (user replaceable) fan (user ............................................................................. •............ .............. ....... . replaceable).. . ..................I.:......................... Noise < 25 < 50 dBA Min: Max. Operating Temperature ....... .......................... ..........I.............. -13 to+140/-25 to +60 (-40 to +60 version available")) 'F /'C 13P.W........................................................................................... ............. .... ......................... .......... ............. ........... Protection...Ratinp ............... ;...... .............. ........................... 3R .... ' 01 For other reglaml scrtfrW please contact SolarEdge support. 01 A higher current source may be used; the ImMerter will limit its input current _ to the values stated. "IRoverwe gado tmener P/WSE—A-USOOpNNR2(for 760OW lmrcrter.5E760GA-US002NNR2).. - "1-40 verslon P/N: SE)=A-US000NNU4 (for 760DW Inverter:$E7600A-U500INNU4). ' sunseFc R ac HS a• . • r a t t Required labels for Solar Photovoltaic Systems Per NFJC 690 (1) NFC 690.17 (4) (2) NEC 690.64, 705.12(4) (10) NFC 690.4(F), 690.31(G)(3 ) (3) NEC690.5(C) (5). NEC690.53 (8) CEC690.56(C) Inverter (4) NEC 690.54 (6) CFC 690.3 5 (F) (7) NFC705.12(7) (9) NFC 690.14(2) (11) LOCALMUNICIPAUTIESS ADDMONALNOTES - All labels shall be made of red plastic, durable adhesive, reflective, weather resistant material suitable for the environment with engraved white letters. Letters shall be a minimum 3/8" in size, white lettering on a red background in Arial or similar san serif (non -bold) font.Labels meet the UL969 standards for this application as well as the NEC requirements for labeling. LOCATIONS y (1) ACDisconnect and Sub Panel (2) Service Panel (3) On Inverter or near GH reset _(4) ACDisconnect (5) All electrical 'power -production sources that are capable of being interconnected, and at each service equipment location. CEC705.10- (6) DC Disconnect (7) Service Panel if sum of breakers exceeds panel rating. (8) DC Disconnect/ Rapid Shutdown Dwice. (9) ACDisconnect (10) Conduit every 10', 3' from boxes, 1' from turns or bends, 1' above/below roof/ceiling/wall/barrier penetrations. --(11) Service panels and raceways ISTRINGD1 Module: RFICSolar RBC290TP2 BIK(290v) MAIN PANFL.CALCULKnONS Per 690.64(B)(7),705.12 (E) Panel Busbar Rating (A) 225 (E) Main BreakerRating (A) 200 (N) Panel Busbar Rating (A) N/A (N) Main Breaker Rating (A) N/A Total Solar Allowed (A) 70 PV Breaker Size (A) 40 Center Rd / Bid Fed End 22 290W PVModules - 6.38 kW System String 1: 11 Modules - 3190 Watts String 2: 11 Modules - 3190 Watts String 3: Modules - 0 Watts General Notes: 1 . All conduit runs are exterior to structure. 2. Solar OCPDwill be installed on the main service panel, at the opposite end from the main breaker. 3. AC Disconnect is lockable, visible, non-fused, and knife -blade type. 4. All grounding conductors shall be green in color or bare copper attached to all metal parts and referenced to Main Service Panel Ground. 3. All stated conduit sizes satisfy requirements per chapter 9, Table 1 .0, AnnexC(Table C1), of the 2016 C13_ Larger diameter conduit may be used to facilitate ease of installation. 4. Connectors shall be locking type requiring tool unlock and marked "DO NOT DISCDNNEff UNDER L.OAd' 69033(c) &(e). 5. Fine Stranded Cables shall be terminated only with terminals, lugs devices or connectors that are identified and listed per CEC 69031.f &690.74.6. Exterior conduit fittings shall be waterproof. 4 Single Line Diagram 7 5:22 Conductor Sizing DC Array to Inverter ui ment I REC Solar REC290TP2 BLK(290W) 2 SolarEdge P300 3 1ronRidge Racking System' 4 Red Dot 2f q5-1 J -Box 5 Solarl5dge SF6000 (240\0 w/A-US 6 60AACDisconnect, Lockable, UL 7 Meter Socket (if required) g ULListed WBEBLug Conductor Sizing DC Array to Inverter Conductors and Conduit A Module to J -Box B: J -Box to Inverter - C, D, E Inverter to MSP F N/A Pre -Fab PV Wire THEW/THWN-2 THEW/THWN-2 (2) #10 (Red) (2) #10 (Red) (1) #8 (Black) (2) #10 (Black) (2) #10 (Black) (1) #8 (Red) (1) #6 (Bare Copper) (1) #8 (Green) (1) #8 (White) Conductor Rating Exceeds Max Circuit Current (A) 18.56 >_ 11.4 (1) #8 (Green) 3/4" ENff Conduit 3/4" EWConduit 3/4" EWConduit Conductor Sizing DC Array to Inverter Conductor Size (AWG) 10 Conductor Ampacity Rating at 90°C (A) 40 Ambient + Roof Temp Adder (NEC310.15) (°F) 141-158 Final Temp De -Rating %(NE C690.31.Q 0.58 Conductor De -Rating %if 4-6 Conductors/Raceway 0,8 Final De -Rated Conductor Ampacity (A) 18.6 Max PV Output Current Per String (A) 9.1 Max PV Output Current Per String x 1.25 (NEC (A) 11.4 Conductor Rating Exceeds Max Circuit Current (A) 18.56 >_ 11.4 Inverter Conductor Sizing AC Inverter to MSP Conductor Size (AWG) g Conductor Ampacity Rating at 90"C (A) 55 Ambient Temp of Conductor (NEC 690.31.C) (°F) 105-113 Final Ambient Temp De -Rating %(NEC1590.31.C) 0.87 De -Rated Conductor Ampacity (A) 47.85 MaxACOutput Current (A) 25 Max Output Current x 1.25 (NFQ (A) 31.25 Conductor Rating Exceeds Circuit Current (A) 47.9 >_ 31.3 OCPDRating -.Fxceeds Max Circuit Current (A) 40 >_ 31.3 Array Summary Total Number of Modules 22 Max Modules Per String 11 Total Number of Optimizers 22 Total Number of Strings 2 Number of Inverters 1 Solar Module Specficiations RBC Solar REC290TP2 BLK(290W) Operating Current (Imp) 9.05A Operating Voltage (Vmp) 32.1V Open Circuit Voltage (Voc) 38.8V Short Circuit Current (Isc) 9.58A Max Power (Pmax) (W) 290 Max System Volts DC 1000V Series Fuse Rating 20A SolarEdge Power Optimizer - P300 Size of SolarEdge DCStrings 11 Max Power per String (W) 3190 Regulated Inverter Loop M 350 String Output Current (A) 9.1 Solar PVPower Source Max AC Operating Current 25 Max AC Operating Voltage 240V Solar Inverter Specification SolarFilge SE6000 (240\1) w/AUS DCInput Parameters Max Power 8100 Max Array Voltage 500 Max Voltage Range 350 Max Current Per Channel 18, AC Output Parameters Nominal Power 6000 Nominal Operating Voltage 240 Nominal Frequency 60 Continuous Output Current 25 OCPD (MIN= Output x 1.25) 40 4925 Robert JMatthews Parkway, Suite: 100 B Dorado Hills, CA 95762 1(844)837-6937 asign@\,3Bcctric.com NOTES CLM�r INIO Barbara Kidder 2631 Blue Heron Loop lincoln, C4,95648 i Site Plan Large SCALE: 1 "-11:1' 5/3172017 5:22 PM TT G\Usma\erian\Dropbox\CAD\ULTRA\Cuetomem\Kidder. earbara\String Inverter T: 14° A: 201 ° 3' Fire Offset Driveway [MV3: ELECTM 4925 Robert J Matthews Parkway, Suite: 100 D Dorado Hills, CA 95762 1(844)837-6937 asign@V313ectric.com UEG4RTMEpT a.F CONSUMER AFFAIRS.. ® G_ontractors State: : Y License Boar Contractors d, Cald6rrna;State License .^C1Q #.1000573" J.eff'Smith , _T. NOTES N � � err Rq 0 Barbara Kdder 2631 Blue Heron Loop Lincoln, CA95648 Cellular LTE ' The smart meter for the smart grid, the OpenWay CENTRON, is now available with an LTE Itron Cellular Module (ICM). This integrated OpenWay Cellula_ r solution provides a . . .complementary communication pathway by incorporating WAN functionality—under- , the OpenWay CENTRON meter cover—to connect the meter directly to the OpenWay. Collection Engine via a public wireless network. ` The OpenWay CENTRON Cellular LTE FEATURES AND BENEFITS r . Automated Interval Data/Energy takes advantage of new advanced 4G Usage Retrieval • LTE networks. This results in more Flexible Two -Way Communications p Receive and transmit meter interval efficient coverage, higher bandwidth and _ u Execute all supported reading, data for up to four unique energy values longer network longevity. The OpenWay configuration and firmware download in intervals as small as five minutes. CENTRON Cellular LTE includes both a functionality through user -configurable Recorded events and exceptions with 2igBeee wireless component and an LTE schedules controlled by head -end meter each interval are also transmitted to the ICM that can be tailored to fit your unique data management software head -end software, which interprets needs. The module comes factory installed u Acquire readings on an on -demand basis them and logs appropriate messages within the OpenWay CENTRON meter—the'. when necessary • (such as time adjustments) + solution ships as one complete unit, ready' for field deployment. k V HARDWARE CPU board (CPU) 32-bit ARM processor, 128MB RAM, 256MB flash �. GapacitorStorage Bank(CSB)+. ,:,•- ;r , ;�" • Sup owe data transmissions and>all functions for' o"u�tage notification, '" ! `� , � ,. :- = ^•��'" ICM Modem Modem communicates with head -end using LTE and SMS Services ZigBeeTrartsoaver• '` t§1 ' . n� Enables communes tion wdh Home Area Network t -kms .1 w r� » < { (HAN- •..:+.¢,... r �� *' {.+-� a r . �'•� r ��:. Singlephase: Flexible dual frequency on board internal antenna for the modem and ERT available on all Internal/External Antennas- forms. Polyphase: Multi -band Internal antenna with diversity. External Omni Directional antenna for modem available on all polyphase forms. Titt Detects inovemenf or�re• motel ttie device Detector':+ .'ga ;1'w . �, unauthorized of _"f INPUT/OUTPUT SIGNAL ICM Power Input Voltage . Singlephase: 120-240 VAC I Polyphase: 120-480 VAC CapacifoPSto1 Bar1K( B) r ` 3:3V/:TT7cbmpaubfe ERT Reader 900 MHz radio supports 1000 Gas and 100W+ Water endpoints VERSION AND COMPATIBILT' Meter Hardware Version 3.1 Meter FrmWire Version ��� � „ .sir ..,�, Y Sin le ihaid: SR 6:1`orhi her Po hasei Sf3 g P.�.�..�._....-9_) NP ...a.... g.....">��":''.^"F' �.`�M'...�•�"+..-..,`_'_`M a OpenWay Tools Compatibility Singlephase: 4.00.91 or higher I Polyphase: 4.20.00 or higher OpenWay �iiP=ctron'Ertig ne CompsDbBity�Singlepha ei SR 61 orhigher I Polyphase: S4 6.6 or• higher r SPECIFICATIONS Regulatory and Industry Specifications Humidity Range Carriers Supported , FCC Part 15 Class B u 0% to 95% non -condensing - Verizon Wireless u ANSI C37.90.1 -1989: (SWC) u Rogers wireless Accuracy •.. 'n AN01 C12.20 (OIaao 0.G) 1000 e M6619 ANSI 12.10 TOr aeCuracy u PTCRB Certified class 0.5% (Singlephase) and 0.2% ' • Network Carrier Certified (Polyphase) - p Measurement Canada Certified u Optional Singlephase Adder. 0.2% u Industry Canada Certified Accuracy Class - r UL2735 Supported Meter Forms Temperature Range: Singlephase without Disconnect . n Operating: [-40°C, +85°Cj u CL 200: 1S, 2S, 12S, 25S u Transmission (wlreless): [-30°C, +70°C] CL 320: 2S Singlephase with Disconnect u CL 200: 1S, 2S, 12S, 25S Polyphase u CL 20: 3S, 4S, 9S, 9S/36S, 45S P CL 100: 1S u CL 200: 2S, 12S, 16S u CL 320: 2S, 12S, 16S s BUTTE COUNTY AREA DEPARTMENT OF DEVELOPMENT SERVICES 1 INSPECTION CARD MUST BE ON JOB SITE 24 Hour Inspection Line (IVR) : 530.538.4365 (Cut off time for inspections is Spm) Development Services cannot guarantee inspections on the date requested Office: 530.538.7601 Fax:530.538.7785 www.ButtcCountv:net/dds Permit No: B 17-1513 Issued: 7/26/2017 APN: 035-221-014 Address: 4927 VIRGINIA AVE, OROVILLE Owner: GRUBBS SONDRA Permit Type: SOLAR ROOF -RES Description: 2.75 kw Flood Zone: None SRA Area: No SETBACKS for Zonency- AG. SRA. PW Front: Centerline of Road: Rear: SRA: Street: AG: Interior Total Setback from Centerline of Road: ALL PLAN REVISIONS MUST BE APPROVED BY THE COUNTY BEFORE PROCEEDING Inspection Type IVR INSP DATE Setbacks 131 Foundations / Footings 111 Pier/Column Footings 122 Eufer Ground 216 Masonry Grout 120 Setbacks 131 Do Not Pour Concrete Until Above are Signed Pre -Slab 124 Gas Test Underground/floor 404 Gas Piping Underground/floor 403 Underfloor Framing 149 Underfloor Ducts 319 Shear Transfer 136 Under Floor Plumbing 412 Under Slab Plumbing 411 Blocking/Underpining 612 Tiedown/Soft Set System 611 Do Not Install Floor Sheathing or Slab Until Above Signed Shearwall/B.W.P.-Interior 134 Shearwall/B.W.P.-Exterior 135 Roof Nait/Drag Trusses 129 417 Manometer Test Do Not Install Siding/Stucco or Roofing Until Above Signed Rough Framing 153 Rough Plumbing 406 Rough Mechanical 316 Rough Electrical 208 4 -Way Rough Framing 128 Gas Piping House 403 Gas Test House 404 Shower Pan/Tub Test 408 Do Not Insulate Until Above Signed Permit Final 802 Electrical Final 803 Mechanical Final 809 Plumbing Final 813 Fire Sprinkler Test or Final 702 Swimming Pools Inspection Type IVR INSP DATE T -Bar Ceiling 145 Stucco Lath 142 Sewer District Final Swimming Pools Setbacks 131 Pool Plumbing Test 504 Gas Test 404 Pre-Gunite 506 Pre -Deck 505 Pool Fencin Alanns/Barriers 503 Pre -Plaster 507 Manufactured Homes Setbacks 131 Blocking/Underpining 612 Tiedown/Soft Set System 611 Permanent Foundation System 613 Underground Electric 218 Sewer 407 Under round Water 417 Manometer Test 605 Continuity Test 602 Ski rtin Ste s/Landin s 610 Coach Info Manufactures Name: Date of Manufacture: Model Name/Number: Serial Numbers: Len th x Width: Insignia: Finals Public Works Final 538.7681 Fire De artment/CDF 538.6226 Env. Health Final 538.7281 Sewer District Final **PROJECT FINAL *Project Final is a Certificate of Occupancy for (Residential Only) PERMITS BECOME NULL AND VOID 1 YEAR FROM THE DATE OF ISSUANCE. IF WORK HAS COMMENCED, YOU MAY PAY FOR A 1 YEAR RENEWAL 30 DAYS PRIOR TO EXPIRATION (b -� Butte County Department of Development Services FORM NO PERMIT CENTER z 7 County Center Drive, Oroville, CA :95965 DBI -01 �.x+s Main Phone (530) 538-7601 Fax (530) 538-7785 www. buttecounty. net/dds Declaration of Installation for Smoke Alarms and Carbon Monoxide Alarms The newly adopted 2013 California Residential Code requires the installation of Carbon Monoxide Detectors in dwelling units and in sleeping units within which fuel -burning appliances are installed and in dwelling units that have attached garages. The policy for Carbon Monoxide Alarms in Butte County states: "Any permit obtained in which the value of work exceeds $1000 associated with a Residential Group R Dwelling Unit or Sleeping Unit shall conform to the following 2013 California Residential Code requirements for Smoke and Carbon Monoxide Alarms (Section R314 & R315). 2013 California Residential Code requirements for Carbon Monoxide Alarms: R315.1 New construction: An approved carbon monoxide alarm shall be installed in dwelling units and in sleeping units within which fuel -burning appliances are installed and in dwelling units that have attached garages. R315.1.2 Power supply: For new construction required carbon monoxide alarms shall receive their primary power from the building wiring where such wiring is served from a commercial source and shall be equipped with a battery back-up. Alarm wiring shall be directly connected to the permanent building wiring without a disconnecting switch other than as required for over - current protection. Exceptions: 1. In dwelling units where there is no commercial power supply the carbon monoxide alarm may be solely battery operated. 2. In existing dwelling units a carbon monoxide alarm is permitted to be solely battery operated.where repairs or alterations do not result in the removal of wall and ceiling finishes or there is no access by means of attic, basement or crawl space. R315.1.3 Interconnection. Where more than one carbon monoxide alarm is required to be installed within the dwelling unit or within a sleeping unit the alarm shall be interconnected in a manner that activation of one alarm shall activate all of the alarms in the individual'unit. Exception: 1. Interconnection is not required in existing dwelling units where repairs do not result in the removal of wall and ceilin4 finishes, there is no access by means of attic, basement or crawl space, and no previous method for interconnection existed. R315.2 Where required in existing dwellings: Where a permit is required for alterations, repairs or additions exceeding one thousand dollars ($1,000), existing dwellings or sleeping units that have attached garages.orfuel-burning appliances shall be provided with a carbon monoxide alarm in accordance with Section R315.1. Carbon monoxide alarms shall only be required in the specific dwelling unit or sleeping unit for which the permit was obtained. ' R315.2.6 Alarm requirements: No person shall install, market, distribute, offer for sale or sell any carbon monoxide device in the State of California unless the device and instructions have been approved and listed by the State Fire Marshal. Pagel of 2 Revised 7.20,2015 C Carbon monoxide alarms required by Sections R315.1 and R315.2 shall be installed in the following locations: 1. Outside of each separate dwelling unit sleeping area in the immediate vicinity of the bedroom(s). 2. On every level of a dwelling unit including basements. R315.1.5 Multiple -purpose alarms: Carbon monoxide alarms combined with smoke alarms, shall comply with Section R315, all applicable standards, and requirements for listing and approval by the Office of the State Fire Marshal, for smoke alarms. Butte County's Interpretation of 2013 CRC, Sections 314 & 315 for Smoke Alarms & Carbon Monoxide Alarms: Where alterations, repairs or additions exceeding $1,000 in valuation, existing dwellings shall be retrofitted with smoke alarms and those that have attached garages or fuel -burning appliances shall have carbon monoxide alarms installed. Existing smoke alarms can be replaced with dual function alarms for Smoke and Carbon Monoxide and in cases will comply with the aforementioned code requirements for Carbon Monoxide Alarms. DECLARATION OF INSTALLATION UNDER THE PENALTY OF PERJURY As Owner/Contractor, I/we affirm and declare under the penalty of perjury, under the laws of the State of California, by our signatures below as Owner/Contractor, that I/we will comply prior to final inspection with Items A & B as specified herein: A. Both Owner/Contractor have read and clearly understand the aforementioned 2010 California Residential Code (CRC) Carbon Monoxide Alarm requirements. B. Both Owner/Contractor are responsible for installing Carbon Monoxide Alarms prior to final inspection as per the, aforementioned building code and maintaining such installation. Smoke Alarms will also be installed prior to final inspection as per the 2010 CRC. Smoke and Carbon Monoxide alarms are now installed in the following locations: 1 tAm_ --A7 b Owner's name (print): b ��A /�� y lT� Owner's Contractor's name (print):,' CSLB License: t0606)-2-6 7 Contractor's signature: Date: <,?171f7 Project Address: �i g2��dt1 �f+- �gtlr= Permit #: Revised 7.20.2015 Page 2 of 2