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B '-2022-1525 88 FOREST GLEN DR COMMONWEALTH OF MASSACHUSETTS Map:Block:Lot: 29-117-001 CITY OF NORTHAMPTON Permit: Solar Build PERSONS CONTRACTING WITH UNREGISTERED CONTRACTORS DO NOT HAVE ACCESS TO THE GUARANTY FUND (MGL c.142A) BUILDING PERMIT Permit# BP-2022-1525 PERMISSION IS HEREBY GRAN D TO: Project# 2022 SOLAR Contractor: License: Est. Cost: 87909 VALLEY SOLAR LLC CSL115681 Const.Class: Exp.Date: 04/09/2025 Use Group: Owner: LUCEY STEVEN E& STEPHANIE M 'TIN-LUCEY Lot Size (sq.ft.) Zoning: WSP Applicant: VALLEY SOLAR LLC Applicant Address Phone: Insurance: 116 PLEASANT ST, SUITE 321 (413)584-8844 EXT 217 376140840101 EASTHAMPTON, MA 01027 ISSUED ON: 12/07/2022 TO PERFORM THE FOLLOWING WORK: INSTALL 31 PANEL 11.315 KW ROOF MOUNT SOLAR SYSTEM WITH 19.4 KW BATTERY POST THIS CARD SO IT IS VISIBLE FROM THE STREET Inspector of Plumbing Inspector of Wiring D.P.W. Building Inspector Underground: Service: Meter: Footings: Rough: Rough: House# Foundation: Final: Final: Final: Rough Frame: Gas: Fire Department Driveway Final: Fireplace/Chimney: Rough: Oil: Insulation: Smoke: Final: THIS PERMIT MAY BE REVOKED BY THE CITY OF NORTHAMPTON UPON VIO ATION OF ANY OF ITS RULES AND REGULATIONS. Signature: I ' / ' I Fees Paid: S75.00 212 Main Street,Phone(413)587-1240,Fax: (413)587-1272 Office of the Building Commissioner Department use only t-.1`4 14.r City of Northampton Status of Permit Building Department Curb Cut/Driveway Permit ;(, f a y 212 Main Street Sewer/Septic Availability . r ' Room 100 Water/Well Availability Northam ton MA 01060 Two Sets of Structural Plans _;, , phone 413-587-1240 Fax 413-587-1272 Plot/Site Plans Other Specify APPLICATION TO CONSTRUCT, ALTER. REPAIR, RENOVATE OR DEMOLISH A ONE OR TWO FAMILY DWELLING SECTION 1 -SITE INFORMATION 1.1 Property Address: This section to be completed by office 88 Forest Glen Drive Map 21 Lot / / 7 Unit (;) C' 1 Florence, MA 01062 Zone Overlay District Elm St. District CB District SECTION 2- PROPERTY OWNERSHIP/AUTHORIZED AGENT 2.1 Owner of Record: Stephanie Martin-Lucey 88 Forest Glen Drive, Florence, MA 01062 Nam Current Mailing Address: (413) 210-6577 Telephone Signature 2.2 Authorized Agent: Valley Solar LLC 116 Pleasant Street, Easthampton, MA 01027 Name(Print) Current Mailing Address t= -...;...- : ,. t.c-r .,. 413-584-8844 Signature Telephone SECTION 3-ESTIMATED CONSTRUCTION COSTS Item Estimated Cost (Dollars)to be Official Use Only completed by permit applicant 1. Building $58,009 (a) Building Permit Fee ) 2. Electrical $29,900 (b) Estimated Total Cost of Construction from (6) 3. Plumbing Building Permit Fee 4. Mechanical (HVAC) 5. Fire Protection 6. Total = (1 +2 + 3+4 + 5) $87,909 Check Number , 766 y' This Section For Official Use Only Date Building Permit Number: PAP-2_02-- /S 2J Issued: Signature: /2.: e' /2- 6- 2027:Z Building Commissioner/Inspector of Buildings Date lhasbrouck @ northamptonma.gov info a valleysolar.solar EMAIL ADDRESS (REQUIRED; CONTRACTOR) Section 4. ZONING All Information Must Be Completed. Permit Can Be Denied Due To Incomplete Information Existing Proposed Required by Zoning This column to be filled in by Building Department Lot Size Frontage Setbacks Front Side L: R: . L: R: Rear Building Height Bldg. Square Footage Open Space Footage 0/0 (Lot area minus bldg&paved parkine) #of Parking Spaces Fill: (volume&Location) A. Has a Special Permit/Variance/Finding ever been issued for/on the site? NO 0 DON'T KNOW Q YES Q IF YES, date issued: IF YES: Was the permit recorded at the Registry of Deeds? NO O DON'T KNOW Q YES 0 IF YES: enter Book Page and/or Document# B. Does the site contain a brook, body of water or wetlands? NO O DON'T KNOW 0 YES Q IF YES, has a permit been or need to be obtained from the Conservation Commission? Needs to be obtained 0 Obtained Q , Date Issued: C. Do any signs exist on the property? YES 0 NO 0 IF YES, describe size, type and location: D. Are there any proposed changes to or additions of signs intended for the property? YES 0 NO Q IF YES, describe size, type and location: E. Will the construction activity disturb(clearing, grading,excavation, or filling)over 1 acre or is it part of a common plan that will disturb over 1 acre? YES 0 NO Q IF YES,then a Northampton Storm Water Management Permit from the DPW is required. SECTION 5-DESCRIPTION OF PROPOSED WORK(check all applicable) New House l-7 Addition ❑ Replacement Windows Alteration(s) l l Roofing ❑ Or Doors E Accessory Bldg. ❑ Demolition ❑ New Signs [0] Decks [C] Siding [O] Other[X solar Brief Description of Proposed Installation of 31 panel roof mounted solar array, system size 11.315kW DC. Work: Includes installation of SolarEdge 19.4kWh Energy Bank battery Alteration of existing bedroom Yes No Adding new bedroom Yes No Attached Narrative Renovating unfinished basement Yes No Plans Attached Roll -Sheet 6a. If New house and or addition to existing housing, complete the following: a. Use of building : One Family Two Family Other b. Number of rooms in each family unit: Number of Bathrooms c. Is there a garage attached? d. Proposed Square footage of new construction. Dimensions e. Number of stories? f. Method of heating? Fireplaces or Woodstoves Number of each g. Energy Conservation Compliance. Masscheck Energy Compliance form attached? h. Type of construction i. Is construction within 100 ft. of wetlands? Yes No. Is construction within 100 yr. floodplain Yes No j. Depth of basement or cellar floor below finished grade k. Will building conform to the Building and Zoning regulations? Yes No. I. Septic Tank City Sewer Private well City water Supply SECTION 7a-OWNER AUTHORIZATION -TO BE COMPLETED WHEN OWNERS AGENT OR CONTRACTOR APPLIES FOR BUILDING PERMIT Stephanie Martin-Lucey , as Owner of the subject property hereby authorize Valley Solar LLC to act on my behalf, in all matters relative to work authorized by this building permit application. 11/16/2022 Signature Date Valley Solar LLC , as finer/Authorized Agent hereby declare that the statements and information on the foregoing application are true and accurate,to the best of my knowledge and belief. Signed under the pains and penalties of perjury. Patrick D. Rondeau Print Name - r G'..£t2.t�, 11/16/22 Signature of Owner/Agent Date SECTION 8 -CONSTRUCTION SERVICES 8.1 Licensed Construction Supervisor: Not Applicable 0 Name of License Holder Patrick D. Rondeau License Number 53 Fox Farm Road, Florence MA 01062 CS-115680 Address Expiration Date Prceiti,C4 . .o-rid.tal.t- 4/9/2025 Signature Telephone 413-584-8844 9. Registered Home Improvement Contractor: Not Applicable ❑ Company Name Registration Number Valley Solar LLC 186338 Address Expiration Date 116 Pleasant Street, Easthampton, MA 01027 Telephone 413-584-8844 10/27/22 SECTION 10-WORKERS' COMPENSATION INSURANCE AFFIDAVIT(M.G.L.c. 152,§25C(6)) Workers Compensation Insurance affidavit must be completed and submitted with this application. Failure to provide this affidavit will result in the denial of the issuance of the building permit. Signed Affidavit Attached Yes No 0 SLING CONSULTING4 76 North Meadowbrook Drive Scott E. Wyssling, PE Alpine, UT 84004 Coleman D. Larsen, SE, PE office (201) 874-3483 Gregory T. Elvestad, PE swyssling@wysslingconsulting.corn November 7, 2022 Ken Trappen Advanced Solar Solutions 2372 Morse Avenue#912 Irvine, CA 92614 Re: Engineering Services Martin-Lucey Residence 88 Forest Glen Drive, Northampton, MA 11.315 kW System To Whom It May Concern: We have received information regarding solar panel installation on the roof of the above referenced structure. Our evaluation of the structure is to verify the existing capacity of the roof system and its ability to support the additional loads imposed by the proposed solar system. A. Site Assessment Information 1. Site visit documentation identifying attic information including size and spacing of framing for the existing roof structure. 2. Design drawings of the proposed system including a site plan, roof plan and connection details for the solar panels. This information will be utilized for approval and construction of the proposed system. B. Description of Structure: Roof Framing: Assumed 2x6 dimensional lumber at 16" on center. Roof Material: Composite Asphalt Shingles Roof Slope: 18.4 degrees Attic Access: Inaccessible Foundation: Permanent C. Loading Criteria Used • Dead Load o Existing Roofing and framing = 7 psf o New Solar Panels and Racking = 3 psf o TOTAL = 10 PSF • Live Load = 20 psf(reducible)—0 psf at locations of solar panels • Ground Snow Load =40 psf • Wind Load based on ASCE 7-10 o Ultimate Wind Speed = 117 mph (based on Risk Category II) o Exposure Category C Analysis performed of the existing roof structure utilizing the above loading criteria is in accordance with the 2015 IRC, including provisions allowing existing structures to not require strengthening if the new loads do not exceed existing design loads by 105% for gravity elements and 110% for seismic elements. This analysis indicates that the existing framing will support the additional panel loading without damage, if installed correctly. Page 2of2 D. Solar Panel Anchorage 1. The solar panels shall be mounted in accordance with the most recent IronRidge installation manual. If during solar panel installation,the roof framing members appear unstable or deflect non- uniformly, our office should be notified before proceeding with the installation. 2. The maximum allowable withdrawal force for a 5/16"lag screw is 298 lbs per inch of penetration as identified in the National Design Standards (NDS) of timber construction specifications. Based on a minimum penetration depth of 21/2', the allowable capacity per connection is greater than the design withdrawal force (demand). Considering the variable factors for the existing roof framing and installation tolerances, the connection using one 5/16" diameter lag screw with a minimum of 21/2"embedment will be adequate and will include a sufficient factor of safety. 3. Considering the wind speed, roof slopes, size and spacing of framing members, and condition of the roof, the panel supports shall be placed no greater than 48"on center. 4. Panel supports connections shall be staggered to distribute load to adjacent framing members. Based on the above evaluation, this office certifies that with the racking and mounting specified, the existing roof system will adequately support the additional loading imposed by the solar system. This evaluation is in conformance with the 2015 IRC, current industry standards, and is based on information supplied to us at the time of this report. Should you have any questions regarding the above or if you require further information do not hesitate to contact me. V truly yours, , ' - Scott E.Wyssli- ., PE MA License No. 505t SC t 4444 Signed 11/7/2022 virxr4suLT,N4 LING City of Northampton 212 Main Street, Northampton, MA 01060 Solid Waste Disposal Affidavit In accordance of the provisions of MGL c 40, S54, I acknowledge that as a condition of the building permit all debris resulting from the construction activity governed by this Building Permit shall be disposed of in a properly licensed solid waste disposal facility, as defined by MGL c 111 , S 150A. Address of the work: 88 Forest Glen Drive, Florence, MA 01062 The debris will be transported by: Valley Solar LLC The debris will be received by: Valley Recyling, Northampton Building permit number: Name of Permit Applicant Valley Solar LLC 11/16/22 +�`►' Date Signature of Permit Applicant 1 ne t"ommonweaun of Iviassucnuseurs Department of Industrial Accidents ' Office of Investigations Lafayette City Center ., 2 Avenue de Lafayette, Boston, MA 02111-1750.‘,,,,,4_„__<..„,",.,z-,iy WWW.mass.gov/dia Workers' Compensation Insurance Affidavit: General Businesses Applicant Information Please Print Legibly Business/Organization Name: Valley Solar LLC Address: 116 Pleasant Street, Suite 321 City/State/Zip: Easthampton, MA 01027 Phone #:413-584-8844 Are you an employer? Check the appropriate box: Business Type(required): 1. ■❑ I am a employer with 30 employees (full and/ 5. (1 Retail or part-time).* 6. Li Restaurant/Bar/Eating Establishment 2.0 I am a sole proprietor or partnership and have no 7. Office and/or Sales(incl. real estate, auto,etc.) employees working for me in any capacity. — [No workers' comp. insurance required] 8. _ Non-profit 3.❑ We are a corporation and its officers have exercised 9. ❑ Entertainment their right of exemption per c. 152, §1(4),and we have 10.0 Manufacturing no employees. [No workers' comp. insurance required]** 11.0 Health Care 4.❑ We are a non-profit organization, staffed by volunteers, with no employees. [No workers' comp. insurance req.] 12.❑■ Other Solar *My applicant that checks box#1 must also fill out the section below showing their workers'compensation policy information. **If the corporate officers have exempted themselves,but the corporation has other employees,a workers'compensation policy is required and such an organization should check box#1. I am an employer that is providing workers'compensation insurance for my employees. Below is the policy information. Insurance Company Name: Continental Indemnity/AUW Insurer's Address: 120 Mountainview Blvd City/State/Zip: Basking Ridge, NJ 07920 Policy#or Self-ins. Lic. # 376140840101 Expiration Date:09/01/2023 Attach a copy of the workers' compensation policy declaration page(showing the policy number and expiration date). Failure to secure coverage as required under §25A of MGL c. 152 can lead to the imposition of criminal penalties of a fine up to S 1,500.00 and/or one-year imprisonment, as well as civil penalties in the form of a STOP WORK ORDER and a fine of up to $250.00 a day against the violator. Be advised that a copy of this statement may be forwarded to the Office of Investigations of the DIA for insurance coverage verification. I do hereby certify, under the pains and penalties of peduty that the information provided above is true and correct. Signature: /aa tiz.c'. Z) AP.At= G Date: 1 1/16/22 Phone#: 413-584-8844 Official use only. Do not write in this area, to be completed by city or town official. City or Town: Permit/License # Issuing Authority(check one): 1.DBoard of Health 2.0 Building Department 3D City/Town Clerk 4.0Licensing Board 50 Selectmen's Office 6.❑Other Contact Person: Phone #: • • PARCEL MAP GOVERNING CODES DESIGN CRITERIA PROJECT LOCATION • ;PS COORDINATES(42.31392,72.697131 APPLICABLE_61jiLDIHG_CODESt �- • • 2015 INTERNATIONAL BUILDING CODE BUILDING OCCUPANCY:R-3 W • 2015 INIERNAIIONAL ReSIDENTIAL CODE RISK CATEGORY:I. W • • 2015 INTERNATIONAL FIRE CODE ASCE 7-10 WIND SPEED: 117 .e I •• 2020 NATIONAL ELECTRIC CODE EXPOSURE CATEGORY:Exposure C . " S.• 1P ~ N • SNOW LOAD:40 - lr tY • SNOW EXPOSURE:N/A J. R CONSTRUCTION TYPE:VB O 0 / vt V r J SCOPE OF WORK + • • ROOF MOUNTED PV (SOLAR) PROJECT GRID-TIED "`- n iI • , To o .-1 ` WITH BATTERY STORAGE . it V f�i► PROPOSED SOLAR EQUIPMENT SITE/PROJECT DETAILS > a 1�1 ;` QTY. EQUIPMENT . DESCRIPTION/MFG/MODEL CONNECTION LOAD-SIDE TAP ...... y ..•.,.., • ' �� 31 •MODULES RFC365NP7 R acR SYSTEM SIZE DC 11315 KW `' �� i 1 INVERTER(S), SolarEdgeSE1000OH-USEnergyHub SYSTEM SIZE AC 10.000KW SHEET INDEX ilk Ill ,N/A MOUNTING IronRidge XR100 Rai, QTY.STRING/CKT, 3 r 95 STANCHIONS Iron Ridge FlashVue FV 01•M I ELECT.SERVICE 120/240V 10 SHEET SHEET TITLE • -- .... R p t RSD DEVICE EP700G-NA-O RST ROOF COVERING Comp Shingle NUMBER. COVER SHEET _... Z • _...., ,_,• • zEN I —BATTERIES SolarEdge BAT SOKIP PV 001 —_..._._--_._.._. .2 h�.'�ti DRIVCy, , t7 N/A COMBINER(S) N/A .TILT :18.4" N-001 GENERAL NOTES o_ ' t .c o ` " ' (E)sei MSP RATINGS 200A BUS/200A MAIN BREAKER 'AZIMUTH 176%266' PV-100R PV ARRAY LAYOUT tJ t o er PROJECT TEAM LIST s-100 RACKING LAYOUT H _ a 5-200 SECTION ELEVATION —L LN O II . CONTRACTOR: ELECTRICAL UTILITY: ._. -. _.. > a 5-201 ATTACHMENT DETAILS > a — O , Valley Sola- National Grid — --- ------ p g 1i 340 Riverside Dr METER NUMBER:76394-04002 E-ODl EQUIP.CALCULATION I— m Florence,MA 01062 E-002 WIRE AND COND.CALLS LL -E CONTRACTOR UCN:211344 PHONE: E-003 THREE LINE DIAGRAM ° - m z° PHONE:(413)584-8844 E-100 ELECTRICAL LAYOUT /� CONTACT NAME:Lilian Wanjiku AUTHORITY HAVING _—_ Y • JURISDICTION: P-001 STANDARD PLACARDS W Lq PHONE:(413 588.8185 `^ NORTH EMAIL:production@valleysolar.solar BUILDING:City of Northampton P-002 DYNAMIC PLACARDS 01 a Iz oc a PROJECT LPN: PHONE: R-Sxx EQUIP.CUTSHEETS .~. z a a c GENERAL PROJECT&JURISDICTIONAL NOTES DESIGN BY: ENGINEERED @Y — --................___...........---_._....._.....__...___......._. _.....---i Scott E.Wyssling o e e INSPECTION REQUIREMENTS JURISDICTIONAL&LISTING REQUIREMENTS Jesse Brekel6aum • QPJKINE:(413)588-8185 76 North Meadowbrook Dr ¢a v m • I.WHEN APPLICABLE A SMOKE DETECTOR,APPROYSD AND(KNOT THE -- --.. -- v • • L. A LADDER SHALL REIN PLACE FOR INSPECTION INCOMPLIANC.EWITH AU STATE FIRE MARSHAL ORANSNUL217CERTIFICOTONADONAL(IRE ALARM EMAIL:productionevalleysolar,solar Alpine,UT 84004 m .- Q m • OSHA REGULATIONS. AND SIGNALING COOS.NEPA 72 SHALL BE VERIFIED FUNCTIONAL OR INSTALLED`:. LICENSE N:50507 > > - Z.PENDING LOCAL NRISDKDONAL REQUIREMENTS AND WHEN APPLICABLE IN AIL APPLICABLE CODE REQUIREULOCAl LOCATIONS. K PROJECT DRAFTER: LICENSE TYPE:Civi! o °J All ELECTRICAL ENCLOSURE DEAD FRONTS,COVERS,DOORS,ETC.SHALE RE Z.ALL APPLICABLE EQUIPMENT TO BE ULM TED OR LISTED BY OTHER '/ OPEN AND ACCESSIBLE FOR INSPECTIONS.WHEN IRENO AND ROOF INSPECTIONS JURISDICTIONAL AND WILD,APPROVED ASSOCIATION OR NATIONALLY i Advanced Solar Solutions PHONE:(202)874-3483 m w • ARE REQUIRED WORK SHALL BE OPEN AND ACCESSIBLE FOR INSPECTOR. RECOGNIZED ORGANIZATION. 12372 Morse Ave R912 EMAIL:swyssling4wysslingconsulting.com B 3 RILL SCm4 Or WORK SHALL COMPLY WISH ALL.APPLICABLE WOES LISTED Irvine,CA 92614 LL IN GOVERNING CODES SECTION,All MANUFACTURES'INDENTS.INSTALLATION • INSTRUCTIONS AND SPECIFICATIONS AND/URISDICTIONAI.REQIREMEN'rs. 1 <3 NAFrA,I A� ADVA ICED lr� �j; f A. REVISED PLANS WILE BE REQUIRED TORE RESUBMITTED TO THE LOCAL SOLAR SOLUTIONS-- / ♦ 1 EURISOC'TON IF THE INSTALLED ARRAY ANLI ASSOCIATED EQOIPM£NT DOES ,E - NOT MATCH THE APPROVED BOURNS PLANS.LUDO°NAL RES MAY ALSO ' ar. Ill APPLY. PHONE 559121 7000 ilk S EHE PLACEMENT Or A UTILITY TV PRODUCTION ME TER SHALL RE PROVIDED EMAIL info@advpermits.com ��N AND PLACED RE THE CONTRACTOR AS MR APPLICABLE OTIOSE OR ANU '�. t RE12NREMEN'S. HOME OWNER PROJECT LOCATION: •" ,r Y. P �{' Martin-Luce Ste hanie > "'�I .] 88 Forest Glen Dr,Northampton,MA 01062 COPYRIGHT NOTICE Prrn ,,t 1 UNLTHO11A0 OSEOFTHIS DRAWING SET SNTIIOT EXPRESSED I CONTACT NAME:Martin-Lucey,Stephanie 4100 WRITTEN PERMRAKS N FROM TIN CONTRACTOR AND ADVANCED SOLAR PHONE: Signed 11/7/2022 sou-r2OS DAMAGES AN PPRR OF US,OSECUTIONPMIGIIT LAWS AND MIRE SUBJECT EMAIL: GENERAL NOTES:* GROUND,IN COMPLIANCE WITH NEC 2,5aISJ AND NEC MICROINVERTER BRANCH CIRCUITS SHALL BE CONNECTED SUNLIGHT IN ACCORDANCE WITH 2030NEC 250136(1I. TO A SINGLE OCPD IN ACCORDANCE WITH THEIR 7103,S(IJ)(3)(4)(0 w PROPER ACCESS AND WORKING CLEARANCE AROUND INSTALLATION INSTRUCTIONS AND:NEC 69119 I- PV EXISTING AND PROPOSED ELECTRICAL EQUIPMENT WILL BE EQUIPMENT INCLUDING MODULE FRAMES AND OTHER EXPOSED UNGROUNDED DC PV SOURCE AND OUTPUT 0 PROVIDED AS PER SECTION NEC110.26. METAL PARTS SHALL BE GROUNDED IN COMPLIANCE DISCONNECTS AND OCPD NOTES:* CIRCUITS SHALL USE CONDUCTORS USTED AND IDENTIFIED - Z WITH NEC690.43 AND MINIMUM GROUND __I AS PHOTOVOLTAIC(PV)WIRE IN COMPLIANCE 20.30 NEC Q CONDUCTORS SIZED IN ACCORDANCE WITH NEC FABLE R PV SYSTEM COMPONENTS;INCLUDING BUT NOT LIMITED ALL DISCONNECTING SWITCHES WILL BE CONFIGURED SO Cr <250.122. 690?I(C)/1). PV MODULES WIRE LEADS SHALL BE LISTED iu o. TO,MODULES,INVERTERS AND SOURCE CIRCUIT THAT ALL ENERGIZED CONDUCTORS WHEN DISCONNECT IS s w COMBINERS ARE IDENTIFIED AND LISTED FOR USE IN PV OPEN SHALL BE ON THE TERMINALS MARKED,"LINE SIDE" FOR USE WITH UNGROUNDED SYSTEMS IN COMPLIANCE ILI o Z CONDUCTIVE PARTS OF MODULE FRAMES,MODULE WITH N/10NIs'C'690.J1N '^�- w SYSTEMS IN COMPLIANCE WITH NEC 690.4.JND 690.6 RACKING,AND ENCLOSURES SHALL BE GROUNDED IN (TYPICALLY THE UPPER TERMINALS) ) a� AND ALL C L,IEC,IEEE CLASSIFICATIONS AS -- m REQUIREMENTS. COMPLIANCE WITH;1'EC'250131;JN/I N'F.C'2521.I6GU• ALL AC DISCONNECTS SHALL BE LABELED,LOCKABLE,OF PV WIRE BLACK WILE MAY BE FIELD-MARKED WHITE IN K N '.. U12703 APPROVED MODULE AND RACK GROUNDING VISIBLE BREAK TYPE SWITCH WITH EXTERNAL HANDLE AND COMPLIANCE WITH NI:I Vr.).6(4)(6). H • RAPID SHUTDOWN NOTES:* SHALL BE USED AND INSTALLED PER MANUFACTURER'S ACCESSIBLE TO QUALIFIED UTILITY PERSONNEL. iii t.N • PV MODULE CONDUCTORS LOCATED UNDER ARRAYS WILL Q..$ • a--1 '. INSTALLATION MANUAL.IF C'L270.7 APPROVED AC DISCONNECTS SHALL BE A"KNIFE BLADE"TYPE BE SECURED IN A WORKMANLIKE MANNER IN O a 0 PV SYSTEM CIRCUITS INSTALLED ON OR IN BUILDIDNG GROUNDING IS NOT USED,MODULE GROUNDING LUGS SHALL INCLUDE A RAPID SHUTDOWN FUNCTION THAT DISCONNECT.IF EXTERIOR,RATED TO NEMA 3R OR BETTER COMPLIANCE WITH NEC 1Iti.12. MUST BE INSTALLED AT THE SPECIFIED GROUNDING LUG > Z CONTROLS SPECIFIC PV CONDUCTORS IN ACCORDANCE HOLES PER THE MANUFACTURER'S INSTALLATION PER NEC 110.2A VOLTAGE DROP CALCULATIONS IN THIS PLAN SET WITH 2O20 NEC 69212(U-(0) REQUIREMENTS. • ADDITIONAL AC DISCONNECTS SHALL BE PROVIDED ARE CALCULATED ON CIRCUITS 50'IN LENGTH OR LONGER, , • THE TOTAL VOLTAGE DROP FROM INVERTER TO POINT OF • EQUIPMENT LOCATIONS&ELECTRICAL THE GROUNDING CONNECTION TO A MODULE SHALL BE WHERE THE INVERTER IS NOT ADJACENT TO THE UTILITY CONNECTION OR UTIUTY TRANSFORMER ARE NOT • NOTES:* ARRANGED SUCH THAT THE REMOVAL OF A MODULE DOES AC DISCONNECT,OR NOT WIHTIN SIGHT OF THE UTILITY AC CALCULATED. ELECTRICAL CONTRACTOR MUST EVALUATE • • • NOT INTERRUPT A GROUNDING CONDUCTOR TO ANOTHER DISCONNECT.2020 NEC 690.15/,4l AND FIELD VERIFY INVERTER MANUFACTURES MAX VOLTAGE • JUNCTION AND PULL BOXES ARE PERMITTED TO BE MODULE. BOTH POSITIVE AND NEGATIVE PV CONDUCTORS REMAIN DROP REQUIREMENTS AND DETERMINE THE TOTAL VOLTAGE DROP WITHIN CIRCUITS AS DIRECTED BY MANUFACTURER g Z • INSTALLED UNDER PV MODULES IN COMPLIANCE WITH UNGROUNDED.THEREFORE,BOTH SHALL REMAIN OPEN 0_ IN i 'c o .ti:.C.6 .;f THE GROUNDING ELECTRODE SYSTEM COMPLIES WITH AND COMPLY WITH SUCH LIMITATIONS AND REQUIREMENTS, NEC 69±1.I'AND �EC25050 THROUGH NEC250.106, WHERE A DISCONNECT IS REQUIRED IN COMPLIANCE WITH (TYPICALLY 2%FROM INVERTER TO POI/POC,AND 3%FROM U t 0 2020NEC'690.15(I)) Q w a ADDITIONAL AC DISCONNECT(S)SHALL BE PROVIDED IF EXISTING SYSTEM IS INACCESSIBLE OR INADEQUATE,A INVERTER TO UTILITY TRANSFORMER.) J N o WHERE THE INVERTER IS NOT WITHIN SIGHT OF THE AC GROUNDING ELECTRODE SYSTEM WILL BE PROVIDED IN ALL OCPD RATINGS AND TYPES SPECIFIED SHALL BE IN O 5, y c SERVICING DISCONNECT.1020:VEC'690./5(,4} COMPLIANCE WITH NEC:250,NEC 69047 AND.411J. COMPLIANCE WITH\'f•X'690.A•6909„'±/5.12 AND 2J(1. WATERPROOFING:* > u - «o O S' a PV SYSTEMS SHALL BE PROVIDED WITH DC GROUND- , a E ALL EQUIPMENT SHALL BE INSTALLED ACCESSIBLE TO BOTH POSITIVE AND NEGATIVE DC PV CONDUCTORS ARE 0 .�-, o r QUALIFIED PERSONNEL IN COMPLIANCE WITH,\1:( FAULT PROTECTION'01O VE('h9J1.41!R) UNGROUNDED;BOTH REQUIRE OVERCURRENT ALL NEW ROOFTOP PENETRATIONS SHALL BE SEALED AND a=. w z APPLICABLE CODES. DE WEATHER TIGHT WITH APPROVED CHEMICAL INTERCONNECTION/POC NOTES:* PROTECTION IN COMPLIANCE WITH NEC;1EC692.9 SEALANT AND FLASHINGS WHERE REQUIRED PER CODE 3 ALL COMPONENTS ARE LISTED FOR THEIR INTENDED AND GENERAL BUILDING AND ROOFING WORKMANSHIP • .n ... w ARC FAULT(AFCI)DC CIRCUIT PROTECTION IS REQUIRED .-, w Z; PURPOSE AND RATED FOR OUTDOOR USAGE WHEN ALL LOAD-SIDE INTERCONNECTIONS ARE IN COMPLIANCE STANDARDS BY A LICENSED CONTRACTOR. m x a o_ FOR ALL PV SYSTEMS ON OR PENETRATING A BUILDING ,ti Q p p a I APPUCABLE. WITH 2020:'4EC 705.12111) WITH A MAXIMUM SYSTEM VOLTAGE OF 80 VOLTS OR Z GREATER.ALL DC PV CIRCUITS INSTALLED IN OR ON ALL EXTERIOR ELECTRICAL EQUIPMENT,SHALL BE NEMA ~ ¢ Q STRUCTURAL AND INSTALLATION THE TOTAL RATING OF ALL OCPD IN SOLAR LOAD CENTERS SR OR BETTER RATED.ALL EXTERIOR CONDUIT AND e BUILDINGS WILL BE ARC-FAULT CIRCUIT PROTECTED IN 6 .o e CONNECTORS SHALL BE RATED FOR WET LOCATIONS. o reNOTES* SHALL NOT EXCEED THE RATED AMPACITY OF THE BUSBAR COMPLIANCE WITH NEC'690.11,I t.i6998 AND SHALL 8E v o • ^" EXCLUDING THE OCPD PROTECTING THE BUSBAR IN LISTED AND LABELED IN ACCORDANCE WITH l-f,1699(R). "ALL NOTES ARE AS APPLICABLE TO THIS PROJECT. d a 0° • COMPLIANCE WITH NE('`(15.12(IIIL)C,4)(c) '" RACKING SYSTEM&PV PANELS MOUNTED ON A DISREGARD ANY NOTES THAT DO NOT APPLY TO THIS ii .,m ROOFTOP SHALL BE LISTED AND LABELED IN ACCORDANCE ALL FEEDER TAP(LOAD SIDE)INTERCONNECTIONS ARE IN WIRING&CONDUIT NOTES:* PROJECT. rn w WITH I;L C113 AND SHALL BE INSTALLED IN ACCORDANCE COMPLIANCE WITH 2O20 NI. "?/5.12(B)(2)(1) WITH THE MANUFACTURER INSTALLATION INSTRUCTIONS. ALL CONDUIT AND CONDUCTORS SHALL BE APPROVED LL • THE PV SYSTEM BACK-FEED BREAKER SHALL BE INSTALLED FOR THEIR INTENDED PURPOSE INCLUDING WET iai4i4 • ALL PV RACKING ATTACHMENT POINTS SHALL NOT EXCEED ON THE OPPOSITE END OF THE BUS BAR AND IT SHALL LOCATIONS AND EXPOSED TO SUNLIGHT.CONDUIT AND y.►� *� }.� THE PRE-ENGINEERED MAX SPANS OUTUNED BY THE CONDUCTOR SIZE SPECIFICATIONS ARE BASED ON THE • /- & ALSO BE SIZED APPROPRIATELY AS PER 2020.1E(' RACKING MANUFACTURES ENGINEER OF RECORD. 70s 1^(It}(7)(3)(h) MINIMUM CODE REQUIREMENTS AND ARE NOT LIMITED TO UP SIZING. -° GROUNDING NOTES:* SUPPLY SIDE TAP INTERCONNECTIONS ARE IN • ,,` 't ALL CONDUCTORS SHALL BE SIZED IN COMPLIANCE WITH COMPLIANCE WITH NEC 705.121A)WITH SERVICE I reIN UNGROUNDED SYSTEMS ONLY THE DC CONDUCTORS ENTRANCE CONDUCTORS IN COMPLIANCE WITH NEC NL(-n vS N, `7-Y vorl-, sI > ARE UNGROUNDED AND REQUIRE AN EQUIPMENT ' i', .. 23242 ALL CONDUCTORS SHALL BE DERATED AS APPLICABLE TO Al I GROUNDING CONDUCTOR.ALL METAL ELECTRICAL p! EQUIPMENT AND STRUCTURAL COMPONENTS BONDED TO BACKFEEDING BREAKER FOR INVERTER OUTPUT IS EXEMPT THEIR RESPECTIVE ENVIRONMENT INCLUDING DIRECT Signed 11/7/2022 zk",', FROM ADDITIONAL FASTENING 2020 NEC 705.12(10(5) ,.. PV AC DISCONNECT I.00ATED ON ACCESSIBLE EXTERIOR NOTE:ALL ELECTRICAL LAYOUT DETAILS ON SHEET E-100 2015 IFC ROOF ACCESS REQUIREMENTS '. WALL WITH EXTERNAL HANDLE VISIBLE.LOCKABLE& 0 A THIS SHEET REPRESENTS TILL SC1UN MODULE LAYOUT ON ROOFTOP. D LABELED WITHIN 10 FEET OF THE METER SHADED DASNEDIINE NEAR PER•AETTR of STRuCTIJRF ERTERIOR IS [) AN APPROXIMATE REPRESENTATION OF THE EXTERIOR WALL LOCATION Q� R PHOTOVOt INC.MOOl1IIS ARE SCALED M PAN VIEW AND MAY NOT IN AN ACCURATELY SCALED REPRESENTATION OF THE ACTUAL SCALE 1-- AN 0 IX°METRE OF INC PIEOTTNOLTAIC MODULE.ACTUAL PI070, f >- VOLTAIC MODULF.(IMFNVONS ARE ON SHEET E SOT. 2 Q c.TOR THE PURPOSE OF CLARITY.ALL ELECTRICAL LAYOUT MANS ARE R t 0(ATED ONSHEFT P IDO. 0 K In Q` J mLIT Cl. re A N qLn O o CI _�/'r i 1 C. ,f to f1F B * w d /sc. .1 4 dvL -----NN ' \-- '` ::IT/%?'71:- At TzKx QZ 7 N Shined 11n/2D22 a o 1..._____ \ t o n SECTION I PV SITE LAYOUT LEGEND H N o a 2 I ................. RWT ACCESSPOINT i.:.01 1 \\ I SECTIENI PV ARRAY TAG & - >, y O t SECTION tl 7 MWUIEGROUV GTE ACCESS 0 u n R GATE ACCESS O C W E _ ''0 O -c AZIMUTH AND TILT TABLE 2 co Z \ SECTION• AZIMUTH ROOF PITCH/TILT \\ SECTION-1 176 SECTION-2 266 SECTION-3 176 18.4° 18.4` UW, .H w"vt Z en cc cc a qoex18.4 z ae q a m 0 m a v .° m ._.._ .__-_-- -'----,....__.._..___......__.__. a .N o AT m .- < OA N e, W ti Q Q IN SQUARE FOOTAGE CALCULATIONS _� 0 ROOF REFERENCE SQUARE FOOTAGE a< EXIS TING TOOL 2187 SECTION-1 157 >. SECTION-2 334 SECTION-3 118 : .... `m UJ ,- \ \ ,\:\\ \ UJ `., 0 �� W SECTION _/ , t TOTAL PERCENTAGE 27.85% > L 3 i E \ *EXISTING DIMENSIONS ARE APPROX. , CONFIRM ALL DIMENSIONS SHOWN tip. CITY 31 REC365NP2 Black MODULES OTY 1 SoWTEdge S[30000HU5 EDergyNub INVERTER NORTH SCALE:1/8"=YO"@ SHEET SIZE A3 SHEET NOTES I-- I A.FOR MANUFACTURED PLATED WOOD TRUSSES AT SLOPES OF D FIAT TO Al?.: THE HORIZCW TAI ANCHOR SPACING SHALL NOT 0 TWEED4'WAND ANCHORS IN ADIACFNT ROWS SHAII.W .- STAGGERED.UNLESS NOTED OTHERWISE PER RACKING Q MANUFACTURER CERTIFIED ENGINEERED PRODUCT AND LOCAL 17. —I REQUIREMENTS. - 2Tr f 1l- O Z 13'-8" B. ANCHORS ARENS()KNOWN AS-STAND-Oft S:`MOUNTS TrOR"STANCHIONS.'HOW/OWN.ANCHOR SPACING GALS: �G KNOWN AS"(ROSS-SLOPE-OR"EASE.WEST"AN(HON 0 MI H U SPACING.MAXIMUM HOR07LWTAI.ANCHOR SPACING SHOWN Q$ Q IN OFTMI HIM FSS NOTE DOTIIFRWIST'PER RAC KING ._..m CG —_ — MAN()FA(TURCR CERTIFIED PNGINPERCOPRODERT AND K IC'X.AI REQUIREMENTS.SEE h `TAME OF OMENS,CW S•FACN SECTION f)rTAP CD FOR FTT TN HCJRIIONTAI ANCHOR SPACING. w O z N ' C. SFF SNEFTS-LOT FOR SPECIFR:RACKING COMPONENT ~`" O leg f MATH)FACTIMERS 0 O W PV RACKING LEGEND °C I I I i i I ____..._.._.._.........I ROOT RAT-XING NAIL .I ROOF RAC KING RAIL.SWICE 111 [1 [I [! I ; ROOFRACXING SECTON PVARRAYTAGi V'ESEANCH!ONAS ... .YI .LLUPZ[! tl i � flE/AOOT RASHINb A g •ATTARS IN TOP MEW tO ( 7 EXISTING ROOF CONSTRUCTION c o . ` COMPONENT TYPE L O ` E ry f ROOF STRUCTURAL W Q I tY [l I l [.E i CONGTRUX N(W Palter-SRnp!P hHK lfi"O.G .................. C I 2 -----C] E[ ii -) FRAMING INTO 2"KE"(T 16"MAX OC > W O j• ROOrWGCOVERING Comp Shin81P 0 j V` d II RACKING'MAX PSF 7,82('SF . 0 a m „ RACKING BILL OF MATERIALS)BOM)• x LL IT f �1 COMPONENT CITY MODEL j LENGTH O_ .. CO Z [I [I [[ ['I I PURGES 11 [l !7 [/ IPS RAF)SPOCE1 VI : f W SNARL T ‹ O 0 1' VP4 LSPLICE 2 ti Z 0 0 < RAILIO ROOF Q Q ATTACHMENT 13'8" o CO' o m o RI e a o m yiAAia[4 VI > L (AT N iE Y ti P. �Y • V KT = A 20'-6" o % Signed 1 11712 0 2 2 in _ .'}... I' .i.,i 1 f.) l jl O O) O 1..I I l 171 \ I T,`Ik ill l in _ > I tF - - —z ��— � � •EXISTING ROOF DIMENSIONS ARE APPROX. f , 7 CONFIRM ALL DIMENSIONS SHOWN ',11)t. GAF NORTH i CITY 31 REC365NP2 Black MODULES OTY 1 SDIarE a SE10000H-US EDer Hub INVERTER SCALE:1 8"=l'0"@ SHEET SIZE A3 ' 1 1 SIMPLE ATTIC/RAFTER-PORTRAIT {SCALE:NTS 1 2 j SIMPLE ATTIC/RAFTER LANDSCAPE SCALE:NTS SHEET NOTES A IITSE Nom S APPIY(O RAF DR ROOF E)8(511IC:MN. 20 2 1 •U Ri(51(8G REWIRED i 1 1 3 'ABLINJCI!k5 1#.W!P.ED B THE RODE S.RIf:tM U CONFORMED TO RI RIDING Ct'R)T 5-201 i 5-201 lV7t atfirm' ar nrz .. .r.,„,.,.,. C. 1HC Roof Sir AIDING 15 AT I.EAST7/16'THICK ORIENTED H I.11 RISES y -'-.PV _ 1 I 12 _-_'" P�! SCRAM,ftlMRrICPP104(8)D.1%SK!P SWATHING IS J � .`._ -._ l RISE: iVqX3--) ' a 2 © ncctrrnRlE. w w 5-201 2 �� • 5201 D {T(__ ;_ - -{� HAT Tilt WAS CMNJNALIv -• YY 11..... - [ DESIGNEE,1Jf Y' ES,1 WALL BE NO MORE T ) THE SOLAR ARRAY dS'UCES ROM LIVE WAD,(TEMPORARY d R o� • tY�7 ".•i..,.,,e,. 7 / f r.IGNEE,TO CARRY, .! N D () ti F 7 4 IDI IT NfYR-UVEWNG.S SHINGLES;I 11f"`__'•' -,..y 1 d°--. ry1 THAN TNfl/LAYERS.(SHOWN) W to D3 1 D3„-- FPAMINfi T If 11001 C IVERM(IS TILE;il5 A SINGLE LAYER All TILES ON <y� i • lDGE BEAM '-- 1 0�~ ...., �Y_R•,Ai I `RiCY:E REAM `"+! OZ•..., • PLANE OF PV fl1MDUNfN?SARC SEE Oar N INO SHOWN IN DETAIL) PH G. HE1HUt%SIRVCNRl IS STRUCTURALLY SOUND,WITHOUT h- H51 .,. � H1 • .... .... HS1 ...... ,x �{1 SIGNS q(ALI E!N71VNS qR 4VN6KAN1 S1ftVC NNM p N. HORIZON, 41I�� • IL'r (NTCWI'xIATR)N UR SAC><ING. AL il" HORIZONTAL lE'AN (V H. TEir PV MODULES ARE PARAt If I.WITH Tilt floor SURFACE I L tiff PF IS A r TO 1R"GAP BFTWfENUNDERSIDE DF Mf)Dlllf > ••COMP SHINGLE 1 IN X M IT N IANDING SEAM ME TALROOH APPLIES. •LUM'MINGLERU(,)1 IN EXAMPLE_SAME ATTACHMENT T O))MAIMING SEAM METAL HUUF APPLIES. AND DIE M)DFSURFACE.(SEC TART C OF DIMENSIONS•till K TABLE OF DIMENSIONS TABLE OF DIMENSIONS !. Imo oPr ANCHOP SpAC)NG MAY VARY Mom I[STT()TAR!FS _ 5 TANK)ANTS CAN RC Fi.ACED NO O MER THAN M"O.C. DIM COMPONENT ' DIMENSIONS DIM COMPONENT DIMENSIONS DIM COMPONENT OIMENSION5 DIM COMPONENT 0)MENSIONS K _..... .... ... ...... .. .... ........ .............. -. ...... _..... .... ... .... ._.....ER S... .......... ..e ARE SHO NS AERIAL{ Lk:IAILS SHOWN A i OR ILS FAD OVERHANG IN TtiiSAAfA Rt RIDGE REAM(APT11 :Ali JVCPo1Akf!N THIS AREA ! RI RIXfflfAM DEPTH ARE SHOWN FOR II(74UiFMM USIELD lNON V,REFERTTU TABLES VARY FOR .__.—ROOF .._.__ __. .._. —___�__._.._—__...._.-..._.,.,,_ „ .-. RISE ROOF PIilti 18.4 ' RI RARER DEPTH PPS AREA 6" Ricr RCXm cREN ],$,Q' 0.2 RAFT.R VEPTtI THIS AREA 6" t)CSNiN I:RITFR!A N 117 PY M11fN1.1(E Ntir.AMINE ROOF 3"-6"TYP I IKI. NN)R17(IN?M SPAN ,iQ'-Q" f11 PV YCx)IIIE f1GT.MOVE ROD, 3"-6 TYP 1!S7 1 RIi7)NTA!SPAN 14'4" I. AI.1.RUMR!M.AND ROOF VfNTS SIIALI.NfTt RE CRISTRI,ICTEO Z MA'RAFTER SPAN , 14'-4" I HS7 i tomi!MTAI.SEAN MA/CRAFTER SPAN 14.4" 1,57 f:f1W7DNTM SPAN BY PV MODULES AND EQVIPMEN I. N M. g a VPAOR ANCHOR SPACING UPSIOPF ANCHOR SIACIN6 '� O 1-4 01 RAIL OVERHAk6..,.-,_ I_-, 17.27" F V3 TAAONIONU.0 34.8" , Di RSILOYERHAN( ... 10.23' U3 SIANCNIONO ._20.7" ..... Q G 07 STANCHION or. i 34.55' D[ EN/MAX STANCHION O C. j ..ik STANCHION O.0 20.45" TM MIS/MAX STAR II ON Of. J N 6 2 • O i y c 3 EXPLODED STANCHION&FLASHING DETAIL SCALE:NTS 4 I STANCHION SPACING DETAIL SCALE:NTS PV RACKING LEGEND >O 0 LII 0 1.... ._.__. .. _ I ROOF RACIONG RAII. ~ r. E 1.-4" 4'_0" ( I RWFkACNN RAILSMIE 0 t0 i TYP / MAX / 493 N M P ROOF RACING N N of, �ORRR1Ai ARRAY f m z -- W/ BOLT LAG 5/I6 X 4.25' • U RETROFIT FLASHING• I_........� MR)WlF GPOUV .S"MIN EMBEDMENT ....._.__ WY• ..._._—. _�._ " L ', •OETA!IS IN SECTION OR SIDE VIEW -. 2 lu K a r r , ♦ EXISTING ROOF CONSTRUCTION Zoo ¢ r '®� S ■ ® :. �'A IbIIMONENT 7TPE ¢ ¢ ....3 .l 1 .. ... ..._. .... '3r S m E i(� MEAN ROOF HOT MAX 15' N : - GRIP CAP • CS 113 so dE. ' ROOFING(O5'ER!Mi Comp Shingle ¢ o m IRONRIDGE • TABLE COMPONENTS r`Ii '^ o FM FLASHING Signory! 11/712022 -+ :Si g vm, OF .._, (- --COMPONENT MODEL • -.. > '.• '• • i I N W ti '.� XI ,F; a 1(A.}► ^' PV TYPE 1 xa100 Rol "--.. o v 7 I.-- J -. © PV RAIL SPINE TYPE I PER NAILMANUFACIURER_ _ O • O +--. -_�- m.,..„ g, 3N PV RAIL IT"E2 NOT USED LL PER RAIL MANUFACTtNtER {/ -� _ -1 !, 4 "V LAINe TvyEZ P PEiashV R RAIL. @ 1 i._. fi RARING IMrg,riled — R 7 MID CI AMP M W NNI�)6 U.C.TYPICAL ._—.... RAIL_...____.. __.._._ ..._. J • A [NO CLAMP PER MANUFACTURER J • • • 1� TER Nn 0 .kiln .f � .- .3, ,11: 1' > .,'� •'_J i i.-J t.-. 1 fl l-J • / - ' r r r 'M='j 1 1 STANCHION ATTACHMENT DETAIL WITH FLASHING [SCALE:NTS 2 a RAIL SPLICE DETAIL HORIZONTAL RAIL SCALE:NTS SHEET NOTES vi L AMN!MI/M OF I1)Sfl5'D!AM USLI LAG U;kEWS WI f11.5' Q 'OMEN T INTO THE TIN TERMED,OR 111E ANCf1)R 4 n FASTENER MUST MEET THE MANUFMTURF R'S ENGINEERING E j 2.ADHERE TO RATAI MANUFACTURERS'I STAIIANON 0 " INSTRUI'i)ONS PER TAXIING TO 1'AMRMq. MODULE END V MODULE, :.. _ _- _ = Fgr w CLAMP BY OTHERS = o ..........., ....._, Er = 0 tRONRIDGE RAIL 1. _ i t r)! --___ Q 14 . F— _ LSTAGGER STANCHIONS WHERE POSSIBLE. ,,, FLASHING SEE SHEET"S-100"FOR: ^F IRONRIDGE FLASHVUE HORIZONTAL ANCHOR SPAN SPACING. s` a a-� (E)ROOF SHEATING (W/INTEGRATED FLASHING) (E)FRAMING Q 0 4-1 IN /DECKING •✓... •. ..- --- .... y SPACING VARIES y-I m �/'� (E)BUILDING v' PV RACKING LEGEND Ln STRUCTURE ALL ANCHOR LAGS TO BE MINIMUM 2-1/2". /--' r / —r RUOTMpLNGMIL Z EMBEDMENT INTO FRAMING MEMBERS Z�'OF TOTAL SPAN MAX II ROCK RAaNG RS<s UCE a RAIL MANUFACTURER `-'� c- "c o RAIL SPLICE KIT SROOTTANCHION HIONIN sECrO)N ARRAY TAG V fsi 4-1 1/3"OF TOTAL SPAN MAX - sTANcri r IN/ a Mn mix mat,* Q a a •4:tgU1E5 SHOWN PORTRAIT IN EXAMPLE SEE"$-100/TABLE OF COMPONENTS" IIE1Ror,r CLAMING I- In o x •DETAILS IN 5EC110N DR SIDE NEW p ? C o 3 RAIL EXTENSION DETAIL SCALE:NTS 1 4 RAFTER HOLE AND CONSTRUCTION DETAIL SCALE:NTS n • ►— E I. , 14 , j NOTE:WHERE FRAMING IS VISIBLE FROM ATTIC&/OR UNDERSIDE OF ROOF,• E o t 0 1 Eli i VISUALLY REVIEW FRAMING TO VERIFY THAT NO SIGNIFICANT STRUCTURAL a m LL o I I I I DECAY OR UN-REPAIRED FIRE DAMAGE EXISTS. m z l ...-...1 E._........I 94,‘fi�ilf ' y yf �' 3rr En 2 a a EXTENSION OF RAIL. • i-RIDGE SAG IN INCHES NOT TO EXCEED RIDGE >w ' R y '• zoo a 1/3 LENGTH IN FEET DIVIDED BY 20 1 RAIL OR STRUT ANT ? ``+�• / NOTCHES DEEPER THAN 1/4" S .?' /9',`-',o r o e < a CONNECTIONS TO MEET MAX i 1 RIDGE BEAM / L m o CO WEIGHT RED.OF EQUIPMENT i) r I / NOT ALLOWED ALONG TOP OR / �hAL 4 a V m s ° s / ? OM EDGE OF FRAMIN N J .. i /4 H BOTT G 1 v oo ROOF TOP ' ,,,. a ,,,,* 4100 LfsALLO / Sip 11/7/2022 ^' w $ L. CONDUIT Ike] . s LFHq E o A `C� LFw N v re t Atrr� ( t: i" .::::: .. ..::�:: .. ...— _ ` ¢... •""' M N6 BAN "�' o II COMPONENT+ 1 j , I -- . 2*FROM OF MODULESIDE I 2!:N -' ' Ili eff _:.. F � 1 /// t i `m i / / L FRAMING SAG IN INCHES NOT F° J j lTi TO EXCEED FRAMING LENGTH . VERIFY THAT NOY. f IN FEET DIVIDED BY 20 DIAGONAL AND/OR VERTICAL •11 A ATTIC/FRAMING STRUT MEMBERS HOLES ALLOWED ONLY IN MIDDLE THIRD ``j ARE CUT OR NOTCHED • r" In I 1- I I ' OF FRAMING DEPTH, R2,AND NO LARGER j ?] It j [.] ! i THAN•R2/4 IN DIAMETER.MINIMUM MOW{ PO ltb •MO ES SHOWN PORTRAIT IN EXAMPLE I t I I (! SPACING BETWEEN HOLES AT'R2 °, •'RAIEINfi SNOWING INVFRHCAL IN EXAMPLE -� �__J !! •SEE.OFTARS.1.2/5200.TAREF OF O'.MFNSRN6 "'�",",-9, PV MODULE#1 SPECIFICATIONS DC COMBINER/DISCONNECT#1 STRING INVERTER#1 SPECIFICATIONS AC DISCONNECT#1(IF APPL.) in MANUFACTURER REC MANUFACTURER MANUFACTURER SolarEdge MANUFACTURER Eaton Z MODEL NUMBER REC365NP2 Black MODEL NUMBER MODEL NUMBER SE10000H-US EnergyHub MODEL NUMBER DG222URB WEIGHT 44.0 IRA ULPU(LIISLUNNLtT TTYtj QUPV^n 1 INI/FRTFR(SI QUANTITY 1 IACDISCO.(S) ~ DIMENSIONS 69.1 x 40.9 x 1.2 L',IN- D'/TNa WEIGHT IICs NOMINAL POWER RATING 10000 WATT AC DISCONNECT DEVICE TYPE NON-FUSIBLE DISCONNECT 5 PEAK POWER p STC(Pmax) 365 WATTS NEMA RATING WEIGHT 30.2 lbs. RATED OPERATIONAL VOLTAGE 120/240 VOLTS I- D Voc(OPEN-CIRCUIT VOLTAGE) 40,9 VOLTS DC LOCATION OF COMPONENT DC INPUT RATED CURRENT 60 AMPS s J Vmp(MAX-POWER VOLTAGE) 34.3 VOLTS DC DC INPUT Max INPUT DC VOLTAGE 480 VOLTS DC NUMBER OF POLES 2 P LIJ -- d U iv)SHORT-CIRCUIT CURRENT) 11.36 AMPS SERIES FUSE RATING FOR PV MODULES AMPS(OCPD( MIn.MPPT VOLTAGE RANGE 380 VOLTS DC NEMA RATING 3R cc imp(OPERATING CURRENT) 10.65 AMPS QUANTITY OF PV SOURCE CIRCUITS OTT Max.MPPT VOLTAGE RANGE 480 VOLTS DC FUSE RATING N/A AMPS N A. MFR.Voc TEMP COEFFICIENT -0.26 %/K MAX PV MODULE Voc VOLTS DC Max INPUT CURRENT 27 AMPS TOTAL INPUT CURRENT 42 AMPS D Ci MAX SERIES FUSE RATING 20.0 AMPS MAX R OF MODULES IN CIRCUIT CITY MPPT CITY N/A -'c TEMP.CORRECTED Vac 45.81 VOLTS DC MAX ALLOWED INPUT VOLTAGE VOLTS DC INTEGRATED DC DISCONNECT Yes AC DISCONNECT#2(IF APPL) MAX INPUT FUSE/BREAKER RATING AMPS INTEGRATED AC DISCONNECT NO COMPLY W/NEC 690.17 G MANUFACTURER DC/DC OPTIMIZER (IF APPL.) DC OUTPUT AC OUTPUT MODEL NUMBER a N Tri MAX CIRCUIT OUTPUT CURRENT AMPS NOMINAL VOLTAGE OUTPUT 240 VOLTS AC QUANTITY C DISCO.(S) p 0 MANUFACTURER SolarEdge Technologies MAX CONT.OUTPUT CURRENT AMPS MAX.AC APPARENT POWER 10000 WATTS DISCONNECT DEVICE TYPE ti 0 MODEL NUMBER S440 Single-HD(24OV) MAX OVERCURRENT PROTECTION IOCPD) 60 AMPS RATED OPERATIONAL VOLTAGE VOLTS I RATED OUTPUT SS AMPS W DC COMBINER/DISCONNECT#2(IF APPL.) MAX.OUTPUT CURRENT 42 AMPS-MAX RATED CURRENT AMPS > MAX OUTPUT VOLTAGE VOLTS MANUFACTURER -- -- -' NUMBER OF POLES P CC MAX INPUT VOLTAGE Voc 60 VOLTS MODEL NUMBER STRING INVERTER#2 SPECIFICATIONS(IF APPL) NEMA RATING - OCPD(DISCONNECT TYPE) MANUFACTURER FUSE RATING AMPS �L WEIGHT Ibs MODEL NUMBER TOTAL INPUT CURRENT AMPS BATTERY SPECIFICATIONS(IF APPL.) NEMA RATING QUANTITY INVERTER(S) LOCATION OF COMPONENT NOMINAL POWER RATING WATT AC MANUFACTURER/MAKE SolarEdge AC SUB-PANEL#1 lIF APPL•) N DC INPUT WEIGHT lbs. Z MODEL NUMBER BAT-1OK1P NEW OR EXISTING EXISTING N QUANTITY 2 SERIES FUSE RATING FOR PV MODULES AMPS)OCPD) DC INPUT LD QUANTITY OF PV SOURCE CIRCUITS CITY Max INPUT DC VOLTAGE VOLTS DC MAKE/MODEL MURRAY a 01 0 WEIGHT 267 I6s MAX PA MODULE Vac VOLTS DC MIn.MPPT VOLTAGE RANGE- VOLTS DC TYPE OF PANEL MAIN BREAKER tJ DIMENSION 31.1X46.4%9.84 LoWoCI AAI --- ----- - - - L MAX*OF MODULES IN CIRCUIT CITY Max.MPPT VOLTAGE RANGE VOLTS DC NUMBER OF POLES 2 P Q 0Q TOTAL ENERGY 9.7 KWh925Y - - h' 2 CI MAX ALLOWED INPUT VOLTAGE VOLTS DC Max INPUT CURRENT AMPS NEMA RATING J N MAX VOLTAGE 450 VOLTS DC C CONTINUOUS OUTPUT POWER 5,� KW MAX INPUT FUSE/BREAKER RATING AMPS MPPT CITY BUSS BAR RATING 200 AMPS , W W ✓ DC OUTPUT INTEGRATED DC DISCONNECT SUB-PANEL MAIN BREAKER 200 AMPS Q j 0 -• CONTINUOUS OUTPUT CURRENT 14.3 AMPS.350V COMPLY W/NEC 690.17 MAX CIRCUIT OUTPUT CURRENT AMPS INTEGRATED AC DISCONNECT MAIN SERVICE PANEL P.O.C.BREAKER 200 AMPS I— 'J N E 03 MAX CONY.OUTPUT CURRENT AMPS AC OUTPUT SUM OF EXISTING CIRCUIT BREAKERS AMPS = E 2 C NOMINAL VOLTAGE OUTPUT VOLTS AC MAX ALLOWABLE SOLAR CURRENT 40 AMPS O K c, DC COMBINER/DISCONNECT#3(IF APPL.) MAX.AC APPARENT POWER WATTS PV BACKFEED BREAKER Ill AMPS(Imax) MANUFACTURER MAX OVERCURRENT PROTECTION(OCPD) AMPS PV BACKFEED BREAKER B2 AMPS(Imax) - yNs ys MODEL NUMBER MAX.OUTPUT CURRENT AMPS-MAX PV BACKFEED BREAKER N3 AMPS(Amax) N 1. W W z OCPD(DISCONNECT TYPE) PV BACKFEED BREAKER R4 AMPS(Amax) < cc cc Q WEIGHT Ibs AC COMBINER#1(SOLAR LOAD CENTER) " Z a a NEMA RATING MANUFACTURER METER-MAIN SERVICE ONLY LOCATION OF COMPONENT MODEL NUMBER NEW OR EXISTING EXISTING p` V, $ DC INPUT RATED OPERATIONAL VOLTAGE VOLTS ELECTRICAL SERVICE 120/240V Sin Ie Phase < v 9 m SERIES FUSE RATING FOR PV MODULES AMPS)OCPD) RATED CURRENT AMPS BUSS BAR RATED CURRENT 200 MPS O e t a m QUANTITY OF PV SOURCE CIRCUITS CITY NUMBER OF POLES P MAIN BREAKER RATED CURRENT 200 AMPS .(-4 > f VI MAX PV MODULE Vac VOLTS DC NEMA RATING SUM OF EXISTING CIRCUIT BREAKERS AMPS N r1 MAX N OF MODULES IN CIRCUIT OTT MAIN BREAKER SIZE AMPS MAX ALLOWABLE SOLAR CURRENT 100% N/A AMPS et m y V MAX ALLOWED INPUT VOLTAGE VOLTS DC TOTAL INPUT CURRENT AMPS MAX ALLOWABLE SOLAR CURRENT 120% N/A AMPS(Imax) _O MAX INPUT FUSE/BREAKER RATING AMPS NUMBER OF BRANCH CIRCUITS CIRCUITS PV BACKFEED BREAKERRX AMPS(Imax) A. DC OUTPUT PV BACKFEED BREAKER 112 AMPS(Imax) MAX CIRCUT OUTPUT CURRENT AMPS AC COMBINER#2(SOLAR LOAD CENTER) PV BACKFEED BREAKERN3 AMPS)Imax) MA%CONT.OUTPUT CURRENT AMPS MANUFACTURER PV BACKFEED BREAKER N4 AMPS(Imaz) tL�'1JJtlE MODEL NUMBER ALT.ENERGY BACKFEED BREAKER(IF APPL) AMPS(Imaz) lB RATER OPERATIONAL VOLTAGE VOLTS N RATED CURRENT AMPS on PV SYSTEM MAXIMUM VOLTAGE(MODULE VoyNAx) NUMBER OF POLES P "TO as��yy DATA SOURCE I SOLARABCS.ORG/ABOUT/PUBLICATIONS/REPORTS/EXPEDITED-PERMIT/MAP/ NEMA RATING • 4x STC MFR.PMes TEMP CORRECTED TEMPERATURE MAIN BREAKER SIZE AMPS �"ed EXTREME MIN. TEMPERATURE CORRECTED COEFFICIENT FORMULA TEMP. MODULE Voc CORRECTED TOTAL INPUT CURRENT AMPS TEMP.('C) --- (,Q TEMPERATURE (0.N%/C)•100 COEFFICIENT IVDC� OPENTCIARGE IT NUMBER OF BRANCH CIRCUITS CIRCUITS !t< VOL-20 - 25 = -45 * -0.26% = 0.12 + 1 1.12 * 40.9 = 45.81 Illr • WIRE AND CONDUCTOR NOTES WIRE COLOR CODING(2020)NEC SECTIONS 250.119&200.6 • 1 PV DC WIRING AC WIRING 1.1 1. ANY CONDUCTOR LENGTH UNDER 50'DOESN'T REQUIRE VOLTAGE DROP CALCULATIONS _1 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 U DEEMED QUESTIONABLE TO PREVENT ISSUES RELATED TO USING CONDUCTORS THAT ARE IMPROPERLY SIZED. GROUNDED CONDUCTOR 3. WIRING METHODS IN THESE CALCULATIONS DONT EXCEED 1000 VOLTS ANY COLOR OTHER THAN GREEN OR WHITE/GRAY (NEUTRAL) WHITE OR GRAY 0 4. CEC/NEC310.15(AN2)(AS APPLICABLE)WHERE TWO DIFFERENT AMPACITIES APPLY TO ADJACENT PORTIONS OF A CIRCUIT,THE HIGHER AMPACITY SHALL BE PERMITTED TO BE USED BEYOND THE POINT OF TRANSITION,A DISTANCE EQUAL TO I(7-0"(3 METERS)OR 10%OF THE CIRCUIT LENGTH FIGURED AT THE HIGHER AMPACITY,WHICHEVER IS LESS. UNGROUNDED CONDUCTOIIS). ANY COLOR OTHER THAN GREEN OR WHITE/GRAY ALLOWED. I.- Z WHEN LESS THAN 10'-0"OR 10%OF THE CIRCUIT LENGTH;THE LESSER AMPACITY MAY BE USED. TYPICALLY POSITIVE CONVENTION IS RED FOR GROUNDED SYSTEMS UNGROUNDED 0 CONDUCTOR(S)HOT: CONVENTION IS Ll BLACK CC 0 RED NAND BLACK(-)FOR UNGROUNDED SYSTEMS LI AND L2 CONVENTION IS 11 RED NJ 1 0 CI NZ Z UP U Q DC WIRE AND CONDUIT SIZING CHART(SEE.SHEET E-003 FOR THREE LINE DIAGRAM] • VI f LLJ CC CONDUCTOR ICONDUIT FILL m REQUIRED CONDUCTOR AMPACITY CONDUCTOR TEMPERATURE DERATING CORRECTED AMPACITY CALCULATION AMPACITY CHECK SPECIFICATIONS DEBATING CIRCUIT CIRCUIT N TAG QTVN TEMP AMPACITY NX LAMPS) ROF MAx CON. AMBIENT HUT. TEMP. OPERAT. AMPACITY Ba AMPACITY CONDUIT N ORIGIN DESTINATION PARALLEL NTNG TRADE p30"C OR % COMBINED % CURRENT X OPERATION _ REQUIRED CIRCUIT TEMP. ABOVE ADDER PER TEMP. CORRECTION UNGRNO.CORRECTION COND. % TEMP. A FILL _ CORRECTED REQUIRED 5 CORRECTED t"\ A (.CI SIZE PER310.16 COMPaNFNT PARALLEL 69081AR11 690.8IBM) AMPACITY ENVIRONMENT PCI ROOFIIR) 310.15 co 310.15 CON•. 310.15 AMPACITY DEBATING DENTING AMPAGTY AMPACITY AMPACITY Q yt (NI MATERIAL IAMPSI STRINGS (B)I2Nt) (B)(2)14) (B)(3)(4) C] N12 -y DCI PV MODULE DC/DC CONVERTER (I)CU 90 AWG 30 11.36 X 1 X 1.25 X 1.25 = 17.75 ROOFTOP 35 =7/8" 0 35 0.96 2 N/A 30 X 0.96 X 1.0 = 28.8 17.75 5 28.8 "'I C] 1 DC2 DC/DC CONVERTER JUNCTION BOX )1)CU 90 AWG 40 15 X 1 % 1 X 1.25 = 18.75 ROOFTOP 35 >7/8" 0 35 0.96 6 N/A 40 X 0.96 % 1.0 = 38.0 18.75 5 36.4 W W B10 K OC3 JUNCTION BOX INVERTER (1)CU 90 AWG 40 15 X 1 X 1 X 1.25 = 18.75 ATTIC 35 >7/8" 0 35 0.96 6 0.80 40 X 0.96 % 0.80 = 30.72 18.75 5 30.72 , DC4 BATTERY INVERTER 1)CU 90 AWG 40 14.3 X 2 X 1 X 1.25 • 35.75 EXT WALL 35 >7/e" 0 35 0.96 2 1.00 40 X 0.96 X 1.00 • 38A 35.75 5 38.4 MS X X X • X X • 5 DC6 _ X X X • X X • 5 Z DC7 X X X = X X = 5 S W INa- 5O DCB X % X • x x • 5 U • Q- n 0 Q -J V/ o f y C C O o u Z.-9a. I- - E O C 01 m a m LL 0 2 00 z Y VyF1 U1 IL N VY rl 2 W W Z .-, aoo ¢ AC WIRE AND CONDUIT FILL DERATE CHART(SEE SHEET E-003 FOR THREE LINE DIAGRAM] Z a a CONDUCTOR REQUIRED CONDUCTOR CONDUIT FILL N CONDUCTOR TEMPERATURE DERATING CORRECTED AMPACITY CALCULATION AMPACITY CHECK o Lc I SPECIFICATIONS AMPACITY DERATING a o TAG CIRCUIT ORIGIN CIRCUIT OTT IN TEMP AMPACITY CONT. MAX MV OUTPUT AMBIENT HGT. TEMP. AMPACITY AMPACITY Q O 4 DESTINATION PARALLEL RATING TRAQE NMENTIAMP5) REQUIRED CIRCUIT ADDER PER OPENT. CORRECTION ROF CORRECTION COND. TEMP. CONDUCT CORRECTED REQUIRED CORRECTED Q W @30'C OPERATION X DR _ TEMP. ABOVE UNGRND. X X FILL - 5 -'I N 8 1.C) 512E PER 310.16 690.E(BM) COMVONFM AMPACITY ENVIRONMENT 310.15 TEMP.I"CI 310.15 310.15 AMPACITY DENTING - AMPACITY AMPACITY AMPACITY 5. 2 MATERIAL _ LAMPS) (Q ROOF(in) )B)1211c) (B)12)Ia) COND. (B))3IIa) DENTING N Q e m ACI INVERTER AC DISCONNECT - rl II) 75 ALRNG 65 1.25 X 42.0 _ 52.5 EXT WALL 35 N/A 0 35 0.94 3 1.0 65 X 0.94 X 1.0 = 61.1 52.5 S 61.1 T y ACD AC DISCONNECT PRODUCTION METER -=- •46(1)CU 75 AWG 65 1.25 X 42.052.5 EXT WALL 35 N/A 0 35 0.94 3 1.0 65 % 0.94 X 1.0 61.1 52.5 5 61.1 • AC3 PRODUCTION METER BACKUP INTERFACE SYSTEM (1)CU 75 AWG65 1.25 X 42.0 = 52.5 EXT WALL 35 N/A 0 35 0.94 3 1.0 65 X 0.94 X 1.0 = 61.1 52.5 5 61.1 >44 ACI BACKUP INTERFACE SYSTEM CIRCUIT BREAKER (1)CU 75 AWE 65 1.25 X 42.0 = 52.5 EXT WALL 35 N/A 0 35 0.94 3 1.0 65 X '0.94 X 1.0 = 61.1 52.5 S 61.1 ACS CIRCUIT BREAKER EXISTING SUB PANEL III CU 75 AWG 65 1.25 X 42.0 = 52.5 EXT WALL 35 N/A 0 35 0.94 3 1.0 65 X 0.94 X 1.0 = 61.1 52.5 5 61.1 I. AC6 BACKUP INTERFACE SYSTEM CRITK:AL LOADS PANEL (1)CU 75 AWG 65 1.25 X 42.0 = 52.5 EXT WALL 35 N/A 0 35 0.94 3 1.0 65 X 0.94 X 1.0 = 61.1 52.5 5 61.1 ,qJ'° AC7 X • X X = 5 V AC8 X • X X = 5 Ile I. AC30 X • X X = 1Pr EQUIPMENT TABLE STRING MOOULEQTY INVERTERS LEGEND 4TAG an COMPONENT 1 11 INV 1 DC CONDUCTOR TAG 4.S EQUIPMENT Q A 1 31 PV MODULES REC365NP2 Black 2 11 INV 1 '�' - a T aE rIr1000PTIMVFH 3 8 INV 1 Vr '.. -JIB,+ .SMOSinal;-HD)240V)_ IRA eOV„UCTOR TIC rM^I C•QY"n rnunlrTOR Ter. 1 3 1 DC DISCONNECT INTEGRATED IN INV Q I^ 014 i 5! 4 0 DC COMBINER BOX 8 I- 1 1 5 3 JUNCTION BOX Soladeck RSTC 0799-58 ELECTRICAL NOTES ¢ Z 0- ° Z)_ DC 6 N/A RAPID SHUTDOWN INTEGRATED IN INV A OPT • UNGROUNDED PV SYSTEMS: Lu O. -"-: MODULE NAMEPLATE —17 1 AC/DC INVERTER SolarEdBe SE10000H•USEnerBYHub *INVERTERS,MODULES,AND DC COMPONENTS MUST BE LISTED pC 112 MODULE51 RATING 365W BACK-FEED SOLAR BREAKER: N/A FOR USE IN UNGROUNDED SYSTEMS,TYPICALLY W 0 W A I I B 1 ERERIORRMIDSHUTDOWNDEVCE EP20DG-NA-02-RSD TRANSFORMER-LESS(IL) A 9 1 AC DISCONNECT(INDEPENDENT) Eaton DG222URB CONDUCTOR TABLE CONDUIT TABLE •OCPD'S WHERE NECESSARY MUST HAVE DISCONNECTING MEANS. .1 1% 1 "- ! ! 10 0 SOLAR LOAD CENTER • _— ••PV SOURCE CIRCUITS MUST BE EITHER PV WIRE AND LISTED FOR u7 , I I I TAG OTT 512E TYPE GROUND SIZE TYPE WET LOCATIONS OR JACKETED MULTI-CONDUCTOR CABLES LA m ~ • 11 1 PROD/GEN METER MA SMART GENERATION METER DCI 7 632 AWG PV Wire N6 AWG N/A Open AR INSTALLED IN RACEWAY. CC H 1 L • I I I I 12 1 CRITICAL LOADS PANEL 125A •BUS/MLO OCI 7 N30 AWG PV Wire N6 AWG N/A Open Air •THE AC SIDE IS STILL GROUNDED ON THE NEUTRAL CONDUCTOR. oo 13 1 BACKUP INTERFACE SYSTEM SolarEde BI-NUSGN-01 •REQUIRE EQUIPMENT GROUNDING BUT DOES NOT HAVE SYSTEM 0 i i i8 DC3 7 N10AWG THWN-2 NB AWG 3/4 inch EMT GROUNDING;NO DC CURRENT-CARRYING CONWCTORIS Fw 31 1 EXISTING MAIN SERVICE PANEL 200A Main Breaker Only.DC4 3 810 AWG THWN-2 NB AWG 3/4 inch EMT CONNECTED TO GROUND.THESE CONDUCTORS ARE COLOR Q US M ( IIII 15 1 EXISTING SUB PANEL 200ABU5/200A MB TICS CODED DIFFERENTLY THAN GROUNDED PV SYSTEMS. 0 0nt 0 A M : : : : 16 1 EXISTING UTILITY METER 120/240V-101 - - AC/DC ELECTRICAL NOTES: CD A I I I I OC6_ - ••ALL OVERCURRENT PROTECTION DEVICES)OCPDB)MUST BE I nn1� 18 1 CIRCUIT BREAKER DISCO PANEL 70A BUS/MLO OF THE INVERTER. 17 2 BATTERY 5olarEdge RAT-10KIP 00,-,- RATED FOR 600 VOLTS ON THE DC/PV POWER SIDE I.IJ W 11 1 1 1 DC8W NOTE:EQUIP TAGS MAY NOT BE IN SEQUENTIAL ORDER,N/A USED OE ENCLOSURESTO BE NEMA TYPE 3R OR BETTER. EC SEE SHEET E-001 FOR ADDITIONAL ELECTRICAL SPECIFICATIONS AC1 4 N6 AWG THWN•2 DRAWL 3/4 Inch EMT •ALL CONDUIT AND CONDUIT CONNECTIONS SHALL BE RATED )A ° 1 I I I 1 I FOR WET AND DAMP LOCATIONS WHEN APPLICABLE. A AC2 4 116 AWG THWN-2 N8 AWG 3/4 inch EMT INTERCONNECTION NOTES: 1i 11 , ,' I I I I I AC3 4 16 AWG THWN-2 NB AWG 3/4 Inch EMT .705,12(B)(4)CIRCUIT BREAKERS MUST BE SUITABLE FOR AC4 4 116AWG THWN-2 N8AWG 3/4lnch EMT BACKFEEDING.NEC INFORMATIONAL NOTE: I I I I I FUSED DISCONNECTS,UNLESS OTHERWISE MARKED, : AC5 4 RN AWG THWN-2 NB AWG 3/4 inch EMT ARE SUITABLE FOR BACKFEEDING. VT —t � IIIII - - Z AC6 4 N6 AWG THWN-2 NB AWG 3/4 Inch EMT •690.13)F)(2)DEVICES MARKED WITH"LINE" "LOAD' IEGCI I I I I I I I (1)STRING(L1/L2 SHOWN)OF(12)MODULES CONFIGURED AS MAIN OCPD AC7 NOT BE PERMITTED FOR RACKFEED OR REVERSE CURRENT g N N p (1)STRING(Ll/L2 SHOWN)OF(11)MODULES SHALL BE IN COMPLIANCE WITH ACB• •705.12)B))5)CIRCUITBREAKERSBACK FEED FROM UTILITY Q ' Lo (1)STRING(Ll/L2 SHOWN)OF(18)MODULES AC9 INTERACTIVE INVERTERS)ANTI-ISLANDING,UL 1741 CERTIFIED) L-J IN 71 INEC 408.36(D) _ .c 0 �` AC10 q0l NO CENTER-FED MAIN BREAKER.PANEL < �- Q LIEIU8U6 5 12 NOTE:ALL LINENOIPVCIRCUI CONNECTIONINVOLVRID TAPS AND ORTTORTIOBMEM CONFIGURED PER NEC 705.12(A) I- yl 0 2 MALL INCORMMTE GROUNDING ELECTRODE CONDUCTORS IGN BONDING,INALL 0 T d e LOCATIONS NM ME SEPARATELY DE RIVED SYSTEMS AS REpUBFD M CODE AND OR THE V 41 nnr eoe AHNGROUND ROOMING JUMPERS'CONDUCTORS,.L0 CONNECT ANY APPLICABLE 0 ` 0 0 SEPMMELT DERIVED SYSTEMS SHALL BF MUM/MIMED BY QUALM.ELECTRICAL (— -I.. W E INCLUDES GROUND&CURRENT CARRYING CONDUCTORS I I I I I I u--`_ NOTE:CONDUCTORS ACT.AC2.AC3.AC4.AC5& = C I. f on I I I I I 1 �. ... ..T .� AC6 MAY BE THWN-2 OR SER CABLE 16 0- m Z iiiiii rA IDC3I-� 2 LJ 11 I' BUS 1 I !' 14 Ny W w w Z RATING N ._._._._ I I 13 EXT RSD � I M'I Q p p 1 I I 1 1 I THE BATTERY WILL ONLY BE CHARGED BY PV. 125A — 1 I I SWITCH .-I THE BATTERY WILL DISCHARGE TO ON SITE LOADS. --_------------ L I I L I IS MAIN C/B PANEL Z Q Q r IEX15 INGI RATING RATING I I I I I I THE BATTERY DISCHARGES TO THE GRID ONLY IF I GI N IL2IL1) 200A 200A REQUESTED BY THE GRID VIA CONNECTED SOLUTIONS. L2-'-'-' — — — (NO BUS) rr 11 I I I I s•- - ._._.,—_...._..----.. ar 0 CO Nr''- I ff __ a IIIIII MA SMART GENERATION METER G-- r ""— ""'-"""---r * -' N co READILY ACCESSIBLE VLSI BLADE BOTTOM LUGS TO 1 I I � .-1 i 2 L^ ce SYSTEM DISCONNECT VISIBLE FROM L1 : I 1 I G. I I I I I I APPROACH TO RESIDENCE 60A 240V SOLAR GENERATIONROAD) 1 - I. I _ IN s u I I I I I I INVERTER NAMEPLATE LOCATED EXTERIOR ON WALL NEAR TOP LUGS TO UTILITY(LINE) IN • 1 I 1 1 I RAIN C/B BUS RATING m-LGECI g w a RATING 10000W/240V METER NEMA 3R RATED LOCATED EXTERIOR _ _ _ I i 1 1 I I I I I I : I COMPLIES WITH NEC 240.21 • • 200A 200A o /^'\ © Lj I i : OCPD RATING 60A I I 1 1 1 1 1 1 / . AA A Ll Jai I I - ---- � I LL I I I I I L _ © �'w • I 1 i i f-�_.-. .-�.., I ,.;. i i I I.......... f� 'AC2( f� -El o a 1• IIA'41 I �..< ,-<� i i. _.._ _.. � - I. _._��� 60A� El N a i L. .Tv - I �- .- . "'+ IA I,ei o - ACC F- © ---- - - - - ._. �._. ,< El m : L-.- - -�.�-- --40 y 4J I • TOSRN • A A A A I.-_ •_ _ -' - 1Ais. BATTERY BATTERYIrr - EQUIPMENT GROUNDING I— EXISTING CIRCUIT \-vl D 1.METAL PV MODULE FRAMES MUST BE CONNECTED TO THE EGC I R P Sp I (EQUIPMENT GROUNDING CONDUCTOR).S - 0 >�_d 020 __ _ __ _ _ _ _ _ _ LE.WEARS MAY BE USED IN LIEU OF MODULE GROUND CLAMPS } �mm . -� OR LUGS,WITH APPROVAL OF AHL AND RACKING MFG.WEEBS J ARE ONE TIME USE ONLY.SEE"We-Ilc.com"FOR RACKING I SPECIFIC WEEB,INSTALL INSTRUCTIONS.AND UL 2703 CERT. I- J 1.2.FOR"LAY-IN"LUG MODULE GROUNDING;CORRECT cC Q j I HARDWARE OF PROPER METAL MATERIAL TO AVOID Lu U CORROSION MUSTBE USED.TYPICALLY DIRECT BURIAL RATED, TINNED,OR STAINLESS STEEL.GROUNDING LUGS MUST BE o CC ATTACHED AT MARKED LOCATION ON EACH MODULE. w U j— I 2.THE EGC(EQUIPMENT GROUNDING CONDUCTOR)IS USED TO U1~ BOND ALL NON-CURRENT CARRYING CONDUCTORS AND EXPOSED J m Ll.l METAL PARTS THAT MIGHT COME INTO CONTACT WITH W J \\ \ `` CURRENT-CARRYING CONDUCTORS,INCLUDING THE FOLLOWING: 2 N LLI \\\ \\ `\ ,B i 2.1.PV MODULES FRAMES,ARRAY MOUNTING RACKING;THE W N \ METAL CHASSIS OF EQUIPMENT SUCH AS INVERTERS, O DISCONNECTS,METERS,JUNCTION BOXES AND COMBINER N BOXES;AND METAL CONDUIT HOLDING CIRCUITS>250 VOLTS Q L 1 \\ \ j TO GROUND PER NEC 250.97 0 O \ --- .__..-..-.-..--.- O \\ \\\ \ I I 3.THEGEC(GROUNDINGELECTRODECONDUCTOR)ISTHE "'1 riCONDUCTOR USED TO CONNECT THE GE OR GE SYSTEM TO THE LI.I \ \ j SYSTEM GC,TO THE EGC,OR TO BOTH. -.---. \ j I 1.THE GE(GROUNDING ELECTRODE)IS A CONDUCTING OBJECT, K N. OFTEN A ROD,RING,OR PLATE ESTABLISHING A DIRECT \ \ 1 CONNECTION TO EARTH.THE AC SYSTEM GROUND IS EXISTING, \ Y j Q USUALLY AT THE EXISTING MAIN PANEL AND/OR UTILITY METER. \\ Is— THEGROUNDCANONLYOCCURIN PLACE STNOTBE \ j DUPLICATED IN SUB'PANELS OR ANYWHEREWHERE AC ELSE ON AC SIDE. 1 ELECTRICAL SYMBOL LEGEND in !\ \ Z JB KB] DC COMBINER BOX )ATE] AUTO TRANSFORMER 5 " �\ \ .\ MIBACKUP INTERFACE ® SOLAR LOAD CENTER W \ SYSTEM IBMAC COMBINER L.1 C O \ �\ \� \ OK DC DISCONNECT BAT]) BATTERYNI F-1 _C 0 \ \ \. j PM DC/AC STRING INVERTER ® AC DISCONNECT < 0. Q \ \ \ \ ® CRITICAL LOADS PANEL ® SERVICE PANEL J H p 2 1 _ �\ \ \l J RAPID SHUTDOWN © PERFORMANCE METER 0 . C C \\ ` I I� SUB.PANEL UTILITY METER N O \\ \\\ \\ j ® EMERGENCY BATTERY ®TRANSFORMER 0 j RD it DISCONNECT �' E IFS] EMERGENCYRSU SWITCH ® JUNCTION BOX O d \ \ I ® CIRCUIT BREAKER ®AUTO TRANSFER SWITCH = LL N \ \ \i DISCONNECT LSTS I SMART TRANSFER SWITCH d O ® TESLA GATEWAY co j SECTION PV ARRAY TAG ® TESLA POWERWALL 32 co 2 SECTION X \ j 1 MODULE GROUP ® GENERATOR Y \ [_j EXISTING EQUIPMENT yT W 4 \ \ i PV AC DISCONNECT LOCATED ON ACCESSIBLE EXTERIOR rro Q s s Z \ \\ WALL WITH EXTERNAL HANDLE VISIBLE,LOCKABLE& L-I Z 0 0 Q - LABELED WITHIN 10 FEET OF THE METER. ¢ Q I I otilWI y o ro v N ° 4 ti a m i2ID N ke ai.mi O rrnn E ` E. LL I 1B a.m Ili \ \ \\\ \\\ S d a \ \\: \\\ \\ \- \\� To ' A" s. \\ �. 0 QTY 31 REC365NP2 Black MODULES QTY 1 SolarEdge SE10000H-US EnergyHub INVERTER NORTH SCALE:1/8"=1'0"@ SHEET SIZE A3 Pr 1 CONDOR,RACEWAY,1-BOX,AND PULL BOXES xue. Z DC DISCONNECTS �_ _�__.�__.__.. �_..__ i 112-.1 R" I 1/o SCALE, o T3` INVERTER(S) 1/4 VALE. 0" SHEET NOTES Q TIME ARMFV W TX)NS WARNING: PHOTOVOLTAIC] AWARNING Q. AWARNING E!E(NM TRIONCODEINEO Q INIERNA7 TRIM HI moot:,row.(ARC) LJ POWER SOURCE ELECTRICAL SHUCK HA/AMU NTrRNAnCNA F?RE COW(1-(.1TERMINALS ON THE LINE AND LOAD GROUNDED CONDUCTOR(S)MAY SIDES MAY BE ENGERGIZED IN THE uvUERW #1KORS ABORAroNv(ul) )- a. j RESULT IN OVERVOLTAGE ON THE L COMBINATION REMANDS MAY RE USE D IN PLACE DF MVII RLE M 0 1. PLACE oft CAWOUIT Aw,/r,R RACE WAYS EVE Rh In'N,O'j.1 Y OPEN POSITION j EQUIPMENT (IUTARW FOR THE SAME DEVICE.All.INFORMATION FROM Of to FROM BENDS,12'MOVE MO MEOW PENS TRAITORS. MVI IIPLE PLACMIn MUsl BE PRESENT. Q Er 1. PLACED ON IX.:CIS(CNNE(:i(5)AND UN ANY 1. MNIMIIMOF)1J2'.101/2" 2 BLACK LEVIERSWIIH YELLOW BACKGROUND MAY M.USED IN O 0 2. CODE REFERENCE:NIT 630)1)G53) E[NIRMEN71HA7 STAYS ENERGIZE DIN THE 00 3, MINIMUM Of 11/8" S3:P iO<ITKRi FROM nn'PYSUFP/Y 2 r(Yi l:_'/8' PIArE OE THE STANDARD WHITE LETTERS WRN RID 2 BACXGINIONU WITH MN APPROVAL, N I- Q 4. FONI:3JR'AN0.8 WIO.N t'MISNR. 2. CODE lllrprN(E NEf.F90.1108) 3 WARNING LABEL?5 WHILE AND ORANGE 3 MIINlEMOflAND EX1ENRAR DC COMM,ENCLOSURES. (-.1m • S RPFlEC71VF WHOP LETTERS ON A RED RACK(il(A)ND. 3. MINIMUM O31/2"'xl0' RACEWAYS,CABLE ASSEMBLIES,JUNCTION BOXES,COMBINER to, N • r iota:3/B" BOXES AND DISCONNECTS ARE MARKED.(NEC 690.311GI,NEC W to :'ARNNG LABEL H.WHITE AND ORANGE G9O.13 R h5V.531 N __. ___. _ ,_„ 4.THE MARKIMsS ON TILE CONDIRis,RACEWAYS AND(API f 4 NON-LOAD BREAK DC COMBINER 1-BOX _ / WALE. 5 DC COMBINER BOX . LJVAIL I6 SWITCHBOARDS • (A-E' ASSEMBLIES ARE EVERY ICI FETE,WI OM ONE L001Of1lI I41 • IJP-1"fir' 1 lir,,1E04 _ TURNS ORB MI AND W!7HIN ONEFI301 ABOVEMIO BELOW Q cn 8-I .. ...._ - All PENS NRAHUM CIF RU(N)(EILING ASSEMBLIES,WALLS AND O 0 CD ADO NOT OPEN UNDER LOAD DC COMBINER BOX AWARNING RARWERSIIc(0K111.4,NEC fi9HlllTnln p I WHIM IN(ACV LS ARE EMBEDDED IN BULL UP,LAMINATE ARC FLASH HAZARD OR MEMBRANE ROOFING MAIEAIA15 IN ROOF AREAS NOT i Q. APPROPRIATE PPE REQUIRED LIXAIIONOI EV CEN Dili nue11L78819 ASSOCIATED DIE csti 3. co,0 WIERENCE.NEC E90.13111 FAILURE TO COMPLY CAN RESULT IN 6 MOORED LABELS SHALL PE PERMANENT AND sort ABLE FOR 7 (15C ON NON LOAD BREAK RATED AS(l7MNFC710N. IRE ENY!HDNMENI.AMTER:ALS USED FOR MARKING MUST BE • 3 MINIMUM KrK6' COMBINER# 1 DEATH OR INJURY UTEflMRiEWEATHER EWEAINERRAHNGNT UI rUL RDSTING OF MNIKKRNAS5801 REFER TO NFPA 70E 81188RED..SEE LIT IABE1ING SYSTEM 969OH 989) 4. FOAL:VP MO 8 WIDTH FACTOR 5. WHITE LETTERS UNhRE00ACKGROUNU. I. USE%Ai:A1iD'TCtMANR8a IT WHEN MORE THAN _ 7.MARKING CON AND FORMAL (X'fCMAINVCR IS I15FD.NCTMRER ACCORDING TO 1. VERIFY WHICH PLACARD IS RF(XI!RFO WITH A!11. 7.1. AR!AL OR S?MIWf FONT,NON-BOO. (f) THREE I IRE DIAGRAM AND CAI.CUI.ATI(N7S. 2. MIN,MUM Of'7"RA" 7.7. MINIMUM BJFI"IE 7178 HEIGN(708 HEADERS. Z • 2. MWIhR7hi OV I"x4" 3. LONT.31er AND.8 WTDIN LAC TOR 7.3. MINIMUM I/16`LE rrER HEIiH!FOR DATA 5DO NOT DISCONNECT UNDER LOAD 3. EON7:3/B AND.7S TU.8W CIH IACI00 • 7.1. CONTRASTING RA I1OtWY AND 1(TIERING 4. WARNING LABEL IS WMTE AND ORANGE 7.5, All CAP,TM LETTERS. ,"R 4 WHITE LETTEHSONAREV BACKGROUND. • UA LA.(U1I t C T EU 1 Pohl AS RIR:?:No. 7.6. CONTRASTING SPACE BETWEEN ROWS Of EDIT 1 10'= O S. ED 04 Di-'I-,Glrl!:!r, 77 DIME NSIONS Of PLACARDS ARE APPROXIMATE M BE 01 t a SCALE _ SCALE. • r____.__ SCALE. RMNED AND fORINCREASED TO tIt.APPROVED MAY J (81 O 7 , MAIN SERVICE PANEL Itt".1{f 8 AC AND DC DISCONNECTS 1JR r o- 9 ? J BOX,DC COMBINER,AND DC DISCONNECT ( 1/a-3-0 mANt FMIUREU rnouun O w m c 1. IfX-ATE NO MORE 7,IAEi I P?FROM THE SERVICE aSCONNT ENGINEERING STAMP(If appl.) O S' n ROANS TOWo(!I'H PV SY,(Mi A7 ILr'IC DLI AC DISCONNECT 111 I AWARNING .._. .._. - ._. " iPCII TNDI TP.(iDCAI 7 <n f! ,a.•,.. .. ____ ____. ~ N E III tO'14J. "t:l SN N(1rlll: 'n_ .-, N ELECTRICAL SHOCK HAZARD ;SOLAR PV SYSTEM EQUIPPED DC DISCONNECT tt1 • TERMINALS ON THE LINE AND LOAD co z' WITH RAPID SHUTDOWN SIDES MAY BE ENGERGIZED IN THE LICE IN FACI(DC7 OC'fH3NECTa1"WHEN MORE TIIAEi ONE O50946ECT IS USED. ACCORDING TO OPEN POSITION • v1 w I^71 ((� THREE LINE DIAGRAM AM1D:AL(LILATTONS. • N S w 2 TCKI 511.010 SHOT OWN - DC VOLTAGE IS ALWAYS PRESENT `-: ¢ o o Q 6`MicH TO THE PHOTOVOLTAIC PHOTOVOLTAIC WHEN SOLAR MODULES ARE '-i 2 0 a VR'POSmDN TO SHUT DOWN PV SYSTEM DC DISCONNECT AC DISCONNECT • EXPOSED TO SUNLIGHT AHD BRACE CI0R (( t. ONLY FOR UNGROUNDED srsTEMs. AI o SHOCK 842ARD `_-I 1. PLACE Oh ALLA(ANDIK:DISCONNECTS 2. PLACED ON M.I.ENr.O05U3RES WITH UNGROUNDED CIRCUITS O M C Q N THE AMAX j OR DEVICES WHICH ARE ENERGIZED AND MAY RE EXPOSIT) N '3 < g) : 2. CODE REFERENCE:NEC.690.13(BI DANG SERVICE. _ UE 3. MINIMM U 081'K101(2' ^ C I m- 2. CU REFERENCE'NEC 690.S6(Cljl)lej t. MINIMUM Of3'K163)2" FONT:3,•"8" - m Lt .?( . E'3. TIR MIN.3/8"BLACK CHARACTERS ON YECLOW 4. FONT:318' RALXGAOUNO,REMAINING CHARACTERS MIN.3%IB' S. WHIT E LETTERS ON A EEL`BACKGROUND. ! • S. WARNING LABEL IS WHITE AND ORANGE O • IN BLACK ON WHITE BACKGROUND. LL SCALE. MATE: , iBI INVERTER(S) 1/2 7 0 11 RAPID SHUTDOWN SWITCH 1)4".t C 1 >'.Cr 1. APdNO SI!LETDOWN SSWITCHSIIAI.I.HAVE IfKARD ON TINRYtRH,NA, INVERTER # 1 = J• 1 INt LILIES 1HE fU WR LU] NG: • T.., RAPID SHUTDOWN SWITCH in 1 OSE PLACARD'INVERTER R1'WHEN MORE THAN 1 FOR SOLAR PV SYSTEM _ INVERTERR USED NUMBER ACCORDING TO IMAM Y ,/t • LINE MADMAN AND(MCUTAIREIS. Cl 2. MNiIMUM IA I"xT 2. THE LOU.SHALL OE REFLECTIVE WRN ALL LEI(ER:,A:mom, p Iy",.r AND WAVING A MINIMUM HEIGHT OF 9.S MM TIN IN.), , `A In I 3. FONT:3/8' IN WHITE ON RED BM KGROUND. �1/ • 4. WRITE LE TIERS DNA RED BACKG,{OLNO ' ...C.10 1 DTY 31 REC365NP2 Black MODULES OTY 1 SolarEdge SE10000H-U5 EnergyHth INVERTER '? 1 DC DISCONNECTS&DISCO.COMBINER SURE SCALE: SCALE: ' a/A•::a(r 2 AC DISCONNECT,AC SUB-PANEL v i, 3 UTILITY METER,SERVICE PANEL,SUB-PANEL V+`„1,_D, SHEET NOTES AC DISCONNECT Al-INM'.PENOENT'SEPARATE • CC I PeKWmI TAM SY'S TEEN PV SYSTEM AC DISCONNECT PHO L VE T0.['SYS1ELi WARNING NAFK1RM e:ElapI(M.WPC INFO PV SYSTEM DC DISCONNECT DC DISCONNECT RATEDM LI)T{Nif CURRENT 42i AKIN AC DISCONNECT INTERNATIONAL NCR DING COOP ROC' MAXIMUM(.TR(.T)IT CURRENT a4) ADC ��LTA,:cSMx INHiG- NORSVA_OPERATINC VOL FACIE ^O7 VUI.T4 AN ALCXPYf CHIRDO D. APES DUAL POWER SOURCES..1 INTERNATIONAL RESIDENTIAL CODE(!ICJ n'.MC [A ...... ' • ,,RIMY, .Ptt.. i Cf kTR! FNrIL CWIWt LUVRNI MAMMON VOLEACM 666 VUC MAXlANY't T.YI ..... _...... F MS IN DERWRI)NR?.LABOR TOR II *'%VCx: .............. ......• /+C NCRMLL UR:RFIXE6YUTM't YJITi! UNUER`NRGERS LABORATORY IULI ~ ' SIRING INVERTER PI•NTEGRA ICI)AC DISCX)NNECf ......_ ... ......... ........_.......... 2 d ! I.COMBINATION PLACARDS MAY BE USED IN PLACE Or MULTIPLE W U '. PV SYSTEM ACDISCONNECT P"n(YaTAN:BYSreM PLACARDS f(RiHE AN*)WV1U MLNFORMAnoN)ROM d Doc DINGT1NTP4M TWO SOURCES C e IED AC GLIPO'CURRENT il.9 AMPS AC DISCONNECT O'POWTN 1RRITY SC/LARRY THE MULE IRE PLACARDS MUST BE PRESENT. n. G PV SYSTEM DC DISCONNECT PHOTOV(7LIAIc SY61EM NORMN-OPFRATINT'90)TAR F._7R)_.VTI Tx MIT S.a:EVAREL CURRENT c.a MPS unLRYSERVICE DISCONNECT LOCATED Az o DC DISCONNECT -- M'NUAMi.'YKR.K YCL•A6E a.c mT.4 2.BLACK LETTERS WITH YELLOW BACKGROUND MAY BE USED IN Ix Q BELOW SOLAR EN SYSTEM OISC ONNECT PLACE Of THE STANDARD W HIIE 12TEERS WITH RED MAXIMUM CIRCUIT CURRENT ADC#2 ERo c..n LARRENS rtr LOCATED(NFJ )WAI L.CA'WRONG BACKGROUND WITH N4IM1.IIOYAL. MoMc>wY Y.XTNi N%: STRING INVERTER A2•INTEGRATE()AC DISCONNECT ate~ }0 MAXIMUM/VOL'AGE LDO ui • ........... PI..E1 C VCI TN('SYSTEM 3 All INTERIOR AND EXTERIOR D CONDUIT,ENCLOSURES, 'x m I PV SYSTEM AC DISCONNECT .. .... .... RACEWAYS,EauE A55(15221,!UNCTION BOXES,COMBINER up R7EUAL l>UI}L,r CDM2NENr AMPS AC DISCONNECT BUILDING CYJNTAJNSTWO BOXES AN DISCONNECTS ARE AWIND.INN(69.11111131, A NORSVI.OPfRATiNC3 VOLAfol' VOLTS WIE6xi:WPV L4VtN' YNms SCIIRCSS OE NEC 69U 31 EI(OIR690.537 N ... _.... ... _.. ._. _......_._ .._ ... ......._. #.NNA61 tlPP.M!!hM+Y¢'n:C RIOTOVCI TAN:SYSTEM UT'LTEY,SEA • O . PV SYSTEM DC OISCONNEC7 UTILITY SERVICE DISCONNECT } RFORRRET1I ARft55NMAT ERI F.RMANDIORM SI MARKING MUST FOR u N DC DISCONNECT MSQBIVUFELtt LO(JikUBE_CWSUI/N2W x3 THE ENVIRONMENT.MATETWLLMUSEDEORMARKINGMUSTOE I. HAXNUM UMW QUITRENT ADC #3 CMAEI,.KdNT ACC Pr<Or(2VpLTA!C,SYSTEM SYSTC'M DISCONNECT IOCATELi WEAIHERR SSIANI.LA STANDARD IS RECOMMENDED IU a0CD N ANTIUMVOLTAGE YTIC �ii RAeraTAM SIX PVSYSTEMACDISCONNECT 1 IN RWIWMI.OrERNTING DETERMINE W'EATHERRATNG.ULUSIiNGOF MARKINGS IS ,y 0 1 RA FED AC OUT'L11 CURRENT AMPS AC DISCONNECT NOT REQU/RED.SEE UL LABELING SYSTEM 969(UL 969) <y O R R.ACCVIVV CUIYWT 1ACW AC NORMAL.OPERATING VOLTAGE. VOL TS Y'Linln4 1tx1:WYa TAm: mt5 I 1/11PIACARDTRACED AT MAN UTII TM SERVICE MXONN"r(IMRE MER AND Pie STSTEM 5.MARKING CON LE NA AND I'UNMAi: a w SOLAR LOAD(].'ALTER SUPPLY BREAKER AI PCRNI CIE IN RRCONNEC(ION IL 3i)& PULANpTI 5.f ARW OR WRAP ION?,NON REA D REQUIRED WOO FIN ACARD WHEN UTILITY SERVICE AND PV SYSTEM DISCONNECT(S)ARE. i S.I. M!NIMIM'MST LE1 MR E!MII FOR HEADERS. K PV SYSTEM AC DISCONNECT 'N'1.CVL1L1AM SYSTEM NOT WCAIED NEXT 10 EMIL OTHER.MAT'PLACARD<WIRED AS SPEC!EIED. 5.3 MINIMUM I/I6.LETTER HEIGHF FOR DMA • RATED AC OUPIJI CURRENT AMPS AC DISCONNECT 2.VALUES AUSTMATCN EQUIPMENT CALCULATIONS. 1 S4. (OKIRASIING BACKGROUND AND IE1!ERNG RlTERACISPILTMCV600 PRP3 ! L.PLACARD PLACED{N EACH DISCONNECT,IF MORE WAN ONE PRESENT. ZSf:NORSWL OPERATING t'OL7AGE,,,,,,,,,,,-LOLLS 2,1.VALUES WILL MAIM LOAD CENTER OR.SUBPANEL VALUES R INSTALLED VIER 5.S. ALL CAPITAL ELMER& _..._ xC pyMOt cR�sx:'A.m?A,C vats ! Z.VAI.VFS MAST MATCH EQUIPMENT CALCIIRATIONS. INVERTERS. ..FA CONNECTION TO SERVICE PARRI.COMES FROM INVERTERS;SEE SG. CONTPASPNG SPACE BETWEEN ROWS OF TEXT I SHEET"EW1 j ST NG DISIRTERIKI STECITKAT!(MS•. I 57. DIMENSIONS OF PLACARDS ARE APPROXIMATE.MAT RE • SEE SNFE''E-0Ot/DC DISC(XFNECT.1tl` 1.RAC.AM RACTU ON SYSTEM CISCINST(TING C{NrWONENT. 2.11.It:1F RTTRS ART PUIIIIR rCINNECP.II)T REDUCED A!RI/f)P INCREASED TOM APPR(NED 3,CODE RE(EREMI:NEC 690.53 2.12.'RATED AC MINH CURRENP WSJ,BF TIFF GAM OF THE IN'VER TERS • MANUFACTURED PROWL R.MINIMUM O?1/2,1"OR S'x71 2"RESRCTNEI Y. 2 YAI IIFSNtRT MATCH EQUIPMENT(AR 11LA71(ONS. 21:;.'A)NORMAL. VOLTAtS['W! G.AN475194PROOIKTSAFETY SKINS ANT)ARTS:THIS Z / f i.I.BE THE.NAME PLAIT RATING OF THE SEE SHEET"E.W I/AC DNSCUNNNECI iKr INVERTER NTORMATIONM NENE AND EIS REUVIREMEN IS FOR PLACARDS 5.PONE:3/e•HEADER,3/16^DATA N 3 CODE REFERENCE:NEC 6YJ 54 I CODE REFERENCE:RIFE GV)54 fXfC AF..12(M(3) MAY BE USED WIIHPPIURAR`RUMIU INEAH).M051 d N a 6.WHIFF tEIT ERS ON A REDOACKGROUND. NCTAWI.E DIFFERENCES IS COLOR OF PLACARDS AND USE OF A.MINIMUM OE 1 In'x 91j2"ORI3/CY61/2"RESPECTIVELY. A NINIAUM Of 2' 61;2'DI SARI C( ) ES(tl2Rk?) STANDARD NO WRITTEN WITH NCVAIIIA1.MARKERS ON V N 0 7.IN SOME CASES TWO LABELS MAY BE BLOODIED`.AN INVERTER WITH INTEGRATED t O DC DISCONNECT UTIUANG TWO MPPI TRACKERS,I CONEKLUTIATI N USES S.FONT:3,4r HEADER,3/16•UA 4A S.FONT:Mr HEADER MIM DATA DOI a/A'HO A D31 STANDARD PLMARD/S WHERE THE VAT LIE MAY CRAW AT A < /1 a CUIURR DAM.I.E.ADDING MODULES Al A FUTURE M IE,OR I-. N DMERENI MODALS. 6.WHITE IETTE RS ON A RED RACKCROUND. 6,WHIM LETTERS CNA RED BACKGROUND. _L "' O STANDARD PLACARD ENT.AlRISERINIIML IRON --- ----- ELFCTR!(.AI.COMPONENT.Al))I APPROYAI.RPOUIPEEI.OCT O u` C C 4 MAP PLACARD:MAIN SERVICE PANEL AND PV INVERTER(II NOT SAME W(AROMI) MATE: 5 I MAP PLACARD:MAIN SERVICE PANEL AND PV INVERTER RI No SAME wc4ECRNI /SCA NOTE DI FOR INCRVITAIAI.PLACARDS) > -01 o {WITH COMBINED WARNING PLACARD II R2OU)REO.EXAMPLE IACWPI O J y E c CAUTION I PLACARD PLACED AI ELECTRICAL SERSTCE AND AT THE PV - 1. PLACARD PLACED AT ELECTRICAL SENMCE AND AT _ Li':• ER AND PV ECTS W AT THE SAME THE PV INVERTER AMPS DLSCONNEC I 2. MAFINVEUPUCARC PRC1NCEaANUIFIECIJRYTOI THE SERVICE STEMLOCATION • CAUTION MAP U(RRIRE SAME 1OC DFS MEANS AND F NET AT 2 Co Z UFSC(NINF.(TING MEANS AND RIOT(>1MLTAICSYSTEM 2 NUIP PLACARD PROY![NSA DIRECTORY OF THE1-1 DIS(KYINECR(N MEANS. PHOTOVOLTAIC SYSTEM DISCONNECTION MEANS, I UI POWER TO THIS BUILDING IS SUPPLIED 3 ELME REFERENCE:NEC 6911.5ATARBE 705.10 POWER TO THIS BUILDING IS SUPPLIED 1 CODE REFEPENCE:NEC690.i61A 31,R 510 N L Z 1 FROM THE FOLLOWING SOURCES WITH a. WHITE LETTERS ON ARED BACKGROUND. ^? Q a j DISCONNECTS LOCATED AS SHOWN: S. MINIMUM CF73/A xs FROM THE FOLLOWING SOURCES WITH O WHITE LETTERS ON RED BMXCAD'JND • Z O 00 a 1 6. RNE.3/A•-CAUTION',Ile-WARNNG',3/16'HEALER, DISCONNECTS LOCATED AS SHOWN: 5. MINIMUM OFS/jl'x61/2• a a INVERTER W/AC DISCO 1tT1`DATA AND N(TES 6. FONT:I(A^"LAUDCN',IX HEADER,IJR'DATA BACKtI INTERFACE SYSTEM BARD SHUTDOWN 7. MACAW)WRL BE PLACED A()MCENT TEETHE MAIN SERVICE INVERTER W(AC DISCO AND WINS AC DISCONNECT DISCONNECT Di ALOCATION CI(ARLY VISIBLEFRCXA WHERE BACKUP IN TERFACE SYS TRM 7. RACAPD W'LI BE RACED 4DIMENT TO IHE MAIN a m PRODUCTION METER THE UDCCNN U(T N OPERATED.DPI.6 5.11.1.3) SERVICE UISIONNECi N AIOCATUN CLEARLY a .N O RAPID SHUTDOWN Q UTILITY METER • AC DISCONNECT YTS?ERE FROM WHERE THE DISCONNECT IS n, a (xl : OPERATED.{AEC S05.11.1.31 M In &SERVICE PANEL PRODUCTION METER > 5 SUR PANEL UT1I?TY METER N Z CY 861 • CIRCUIT BREAKER &SERVICE PANEL V C O CRITICAL LOADS PANEL I• R)p PANEL • _ enB "' BATTERY C:REWE BREAKER LL SOLAR ARRAY C`RDSCAL WADS PANEL RESPONSIBILITY NOTES ON ROOF TOP BATTERY SOLAR ARRAY I. PRIME CONI RACTOR/PERMIT APLICANTSK1NER A ON ROOF TOP IS RESPONSIRIE FOR THE DESIGN AND SPECIFICATIONS OF THE PHOTOVOLTAICSYST[M N NSTALLATION PARE COM PACI OR/PERMII ! I APPLICANT SM NER WILL BE RESPONSIBLE MR N CEXLEC?KN OF EXISTING ONSITE INFORMATION WARNING L ......... ___. ___ .....__._ RTWJIRFM NIS TO DESIGN,SPECIFY,AND INSEAM IHE EXTERIORMPYJNI EUPOR 1 IN OFIHE r ,J ELEC.TRK.SHC(;K lii<LUtU-U 1 N OT LOUGH l EftMINALS 11 PIIOTOVO!.TAT SYSTEM DEEMED IN THS • pOCUME.NT. IFUMINAL S:N ROTH THE LINE ANLI LC:LR 94115 '2. ADVANCED S(X AR SEX(IRONS,INC IS RESPONSIRI E. ANy, q l MAY LEENER I)CRZE N THE()PEN POSITIONFOR APPLYING SIIPD FED INFORMATION INTO A3 !! I SET OF PERMIT DRAWINGS ANY CHANGES TO DRAWINGS ARE SURIECT TO CONTRACT 401 __ _,_...____ ,..,_.._... _.,....,._._._.. ._ _....... CONDITIONS RETWEEN THE CI1CNT AND ADVANCED 5(X AR SOL UTONS,INC.IN �y ACCORDANCE WITIiTHC REQUIREMENTS CIF TIP • ...,_. IT'l 0. a. V I ill 11-a C M— m ..„. El>C if, 1 -0 co. >f-- 0 g a."6 I I 1 i:i; 21:i Z> M M m,-, -F tc. vt-,P Est r--x >1 o CD 1,3 > . 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CUT S—IEETS Ilik":7' A APN INVERTER CUT SHEET N F— W Single Phase Energy Hub Inverter N with Prism Technology 2 IFor North America a u Single Phase Energy Hub SE3000H US/SE3800H US/SE6000H US/SE7600H US/SE10000H US/SE11400H US(') �� 0 Inverter with Prism Technology CC= d OUTPUT-AC ON GRID LL N 38W le PIN 10100240V IIAW(A 240V O For North America ateJA F,e 3( 3300p2080 51>CU0208V 16(1U in" Kra.0A18V W I- SE3000H-US/SE3800H-US/SE6000H-US/SE7600H-US/ M Maleimurn AC Power(Noon KX1 1 3370:2'04ev wwa�2nev 2e00 V" iuixo�irevv W O SE10000H US/SE11400H US(') FrequencyTWnC Range`ow a"'ar Continuous QRpul OnrM 6 2aUV 'mu 224s59.3 Continuous Output Current 208V 125 16 16 2245S°' bn 6n5'32 A2 47 5Sr A` 485 1 A W Y M Iola1 Ha K Distortion III ID) <3 M CC 12.NT5 Foe F adprs ab a-UBS bU.85 a rl UMM1y Matte x3lslardnq Ranh liaLCp.a•YC Configurable lhreshokls Yes kVARRA NTY Charge Battety PAaver __. -... 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I _...25 I n7•----I- 42 I 43 1 A 0 s W C • OUTPUT 1 A > U W �'• • I _.._ I- J E -SMART EV CHARGER AC 0 c E f0 L • • AC 3alpp It Voltage RangeI. 9600 -— -- .11 264 Vac Opp Z ono INPU n 3 cony Rang, a--..m 1 --_ 593 60 605 ' IIr Y 'tJ'19dA dbae ry) AU Aac yy W T DC(PV AND BATTERY) m cc Wax, cc Optimized battery storage with HD Wave technology "a'""19ff'O55 D"'"""' Yes z 8 8 a Max loprt Voltage 480 Vdc Q Q fkrn DC Input Voltage 380 Vdc Reverse Pp MRaection N Record-breaking 99%weighted efficiency with I Multi-inverter,scalable storage solution - Yes 0g i Ground-Fa,a isolation Detection Beam sernitsiy 200%DC oversi2in _ ak g / With enhanced battery power up to 10kW a INPUT•DC(PV) v to /Small,lightweight,and easy to install Maximum DC Power ca 240v _...... _-.6am sea9 1211UU 152� 22m0 228(k3 _...... '3 i e 1�^ I Integrated arc faun protection and rapid shutdown 15200• 22BIa• W "a CC ai m for NEC 2014,NEC 2017 and NEC 2020,per article Maximum DC POW..0 208V 6600 law - - 20000 I W a u a /Modular design,future ready with optional 690.11 and 690.12 vs 26 m d _ I.tamum P,Prt Cher"•2,wV 8.5 16.5 21 31 Ads O upgrades to: m• 31. W I DC-coupledstorageforfull or partial home backup I Embedded revenue grade production data,ANSI Maxims Input enrret 0208V -__ I- 9 135 - - 27 1 At / Built-in consumption monitoring C12.20 Class 0.5 Maxaipr,t soar Circuit Current as ---- ndr Maximum lrnvrta Efficiency -.—_ _-. -_- 99.2 _ ' -% - +� / Direct connection to the SolarEdge smart EV 90@240V 1 /— CECW.jlnedEHei . 99 I q, e„ charger 9eerrcs 20ev tij/ 2 pole Disc Bp, I. 0 •S:�md 'Al Sfnxat(r. ..•Sf ,II USANmn• rr III T1 s{wkranns aopiy to inverters..partnnvas-Cm.11art5Mm+xaAratr.IP,ah,ro+mid conennnrn,made,'Aim,.DCD-IAI-IK-Pd1-r-r, > IZI Ica at.rued sennva please rant."'<ol.Frbe 511,311 N Ill Nnldnyedl.x Naeakre M. d n AC - 'q tiN 14M9nd al)Pared AC prva.in Bann,(a:v' Mal Ica Wax' pI l* r .vim ..error nlerarm Merl AC nnaer m Aw v a 91,01 rlre vak•noted I.,> solar- 51 AIIW<cover.smx<e r A.use II,Aver.Mil r one col.valnsa- soiaredge.com s e z 00' i INVERTER CUT SHEET tf) I— LLI I Single Phase Energy Hub Inverter LLI with Prism Technology 1- For North America a SE3000H-US/SE3800H-US/SE6000H-US/SE7600H-US/SE10000H-US/SE11400H-USI51 W o a I1 5 SE3000H US SE3800H-US 5E6000M US SE7600H US 5E10000H US 4 SE11400H US UNITS J m Cr Y4Ce 7 In LLJ Supported Battery Types S3*aAdgeFooqvUU.I G RF SU Prane"' N N Numbe of Batteries pes lrweder Up to 3 Solat(dye Frtergy Bank,up to 2 lG PF SU Rime 1L N rie Cont omisPower^ 6000 7610 11100 W Q ul N Peal Pawn' - - 6000 7600 VIM/- _- W E]\ O Max Input C,!MIA 16 20 26.5 Adc .~-1 n-I 2-pole Disconnection Yes f OC SMART ENERGY CAPABILITIES w ConsuoFninn Metering Built in Cr Backup&Battery Storage With Backup Interface(purchased separately)for service I.a to 20 0A Up to 3 inverters I V Churyirn3 Direst ananetrn to Smart t v,hang, ADDITIONAL FEATURES ......... ____ _.... 851__. Supported Communication bttedxes P.5485.Ethernet Celltlad''Wi Fi(artBrraR.SWa Ealye Cnegy Net(Wtiaaal) _ Revenue Grade Melnrtsg,NISI C1220 --- - Built in Integrated AC a d(anara alio,CoonechonlhtG Yes - N 'swede,C ' 4tg --- With the SetApp Riot*pi.6 of tupr g builtin Wi It Access Point ton kxal tornection Z DC Voltage Rapid Shutdnsn(PV and Battery) Yes.acorrh,g In NEC 2014 NEC 701/and III_2020690.12 W STANDARD COMPLIANCE V O Safety UL 1741.U117.1 SA.Ul1741 Pt S.0116990.1111958.U15540.1.SA 222 L O Grid Connealat Stadads IE IIIS-I/,Rule21.Rule 141-1 F W aQc Fm<pmz FCC part 15 c'ass B J yt 6G INSTALLATION SPECIFKATIONS O a- y cO At.139Jp At and EV At.Output Coral,.Su/AW6 Range i'maurtaa,14-44WG O NI Input lPV and BattrvylC 1 d S a/AW;Rarge n/IA-64W5 E 450,370,174 t Dinensiortswlh Connection UM(H xW oP) 177x 146 x 6.8/450 x 370 x 174 I 17.7.It.6.68/ I7.]x 146x 68/45(1,310 x 174 in/mm 1 in LL O 450r370x I/4r 2 co Z Wright will,Connection 13ni1 26/118 i M/11.Connection 302/13 7 m/k y 1_-301/137• _ 0 50, In Naze .75 25 1 r '50' I •25 .5t1 d84 eat CC C 1.11 IL -_ ___ • _-_ __.- _. _- _- _—. - log NaNra Convectiat .-1 Z L] O Q Operating Temperature Range -40 to.140/-40 to.60'. •F/Y 1-1 CI CI Q Protection Rating NfMA 1 II)IN.p,I nunt,,,s,x,...0,m,,,,w orn,„plx t rle ShcEdne Inn Bad.IN.pal numbers SExu0Rtl..Nuxax sINO.GA,4a,00,eFet9y tank a0 lC REO'tl Fktrehatlwes - 6 N 4 Rept,e< `ore CO 0)PsrK,tnetoae-R0ae s rnu+Ire'.,.0e0,led AC tr...,<,mgw tm hwl.P ard,.treos Q 'w .••I i, 0? Iln Forrum mgtxr,mwwag1reaaeanhw bM.n <0,10.m ,apafl.SF(I SRR8s0);Ora sFoCt0150 alW PO ram,5 r per R, .egr.raram, o*f0.1extrlbn metering 5 o a' 0)kinm n leconcern,ge Rn m&Data tle0 [Mt.%n.rvaooe the him,lira a n Q 00 nrpv;.mvasAlM3e,aNJR,/tlelanaTeIe4.e co:emunrmin,plan let,and[( llin<en,Or 7-1 i 2 N on)lolenae,lp to at iext Stn,/tWr.faamwhra.g Nmnatmole to NV,rMatra solved?ron✓•a,V, oMfikv,etnrte,aue dram,ratetupd N " a m E rp Ili 0 n > sr ,.re,I. r..AI '. a . .4g• n.rn 4 w,_., Maw.a,kM4,,•t•m,-,Inc I araa, 0„r010011OS00orur15ROAS�.nadr„ge.ra ae,t.. RoHS DC/DC CONVERTERS CUT SHEET vy 1' I— to / Power Optimizer N 5440 S500 1- f— w S440 _... S500 Lu U INPUT °C Power Optimizer 0j W Rates 0U W LL o Anse F a9 ) ra vas Q S440,SS00 Om rn 9R �l i tlr m n Swtl Occultw muucsu�n�e.IeJVV MC4We pry �O t.l..l N (Adorn,Elide, N WeynlM l lU.emy " N ITerwlagn Carngnry_.. W N OUTPUT DURING OPERATION Q a m (/�I�}�\7] Mn. I :.nmr I I no- 0 C. CJ ".; OUTPUT B__.. _.. __ __....... ---L`- m`�i s--i U Vfng• _ OUTPUT DURING STANDBY(POWER OPTIMIZER DISCONNECTED FROM INVERTER OR INVERTER OFF) � n,vo1.,7.r»P.n....,onrrrre. vx /,, STANDARD COMPLIANCE W SIP C ICC Cad IS Class R fCR1000 fi-)rCfi10(53 ClSvun.fN-5501h q Safety lC4lta9-I(do Resmithy,R AI _. v..... 1Aatniy LAW V 0.W Revsrnrtl RIMS __ _Vet re talery vO BR,2103-712.10D-05 ,,e^- mime= INSTALLATION SPECIFICATIONS I.N. NRnrtc System/MNge 1000 vtic N an (W rl0 I`9r 153.3U --- Z m WeigYrl hMrgcadre G5F/1F gr/Itr 5 N ............. _ I- ___. .........._... m a A Inpuul t MCA" O. C O IrpMW oo fontheoe 01_ NI nipPn Conner.' 3,( V L 0 OAgn Wm5I05W 1`123.1(0.10 Q a Q n ~ U o f rn Opeo g cry v e Range -Mr 1th «85 N von Ant., I IYfiB/Nf..Doc 0 ,, W e lielatve K MAN 0-1110 O W a.a M I.la 1n FPn M rxr.6w.70,Ca Cn.." mn.P Yf`P. srdrh,-wr[w.nre nr. lev 40,to Rxnve,fn:. O. ,.ISx f',crown.r,a ~ J E oM Peer ra 0 c w m I A e.LL L Alxunm String Length N yf Ira.,.Cprxn0n1 WO.5500 a is la trl W Ln VI ._. ' _._ _ _ _ _ - __. C Rim Sling length(R Optcothets) r :5 ' SO fv1 „coC C CC a Marrows Nnndnal vows CD SMng" SAP 5250 1R50" I 12//IY W ,~ Z-1 O O < • PV power optimization at the module level Neale(SMgaNOMnml Lengths noOnxntaboys Ye a a Alp W ,A d«l' 9 „¢sons ma��u rhsA Kwrvu I Specifically designed to work with SolarEdge t Detects atewarnal PV connector behavior, . god +g vv n «."a /Won,.e ocon nen«coo own,:wow ry residential invetters preventing potential safety issues a o CO N m Q ce ! Superior efficiency 1,99.5%) / Module-lovel voltage shutdown for installer and > 2 L^ firefighter safety i' ry a Iti i / Mitigates ail types of module mismatch less, c c a _. v c horn manufacturing tolerance to partial shading / Flexible system design fern maximum space utilization , �' fa tiff LL I Faster installations with simplified cable i Compatible with bifacai PL'modules - o a,agementa deo 035SPmbly using a single bolt , ELT Zl . C i Ht d _I "'«.� .°« 717:1 —n;r4 ,,,o.,R.„, r.,.r,.,.a>a.r*"--«—" CE RoHS Flt,rn solar- M.m. �.......,.,.,rM.m� N.,, aKr, • , � PF BATTERY CUT SHEET N t SolarEdge Energy Bank = 1,1 1OkWh Battery SolarEdge Energy Bank I For North America cc cc to 0- 1 OkWh Battery qx,P> ~_ BATTERY SPECIFICATION n f Cn' xans tautp61P wen al diXhaigM') S;i. Wh W m UJ For North America rr.,kn,,rnraw(b'°trm,ds) IWOTO, — N P akR M IV +94.5 "" W N �} MI Watratt6 10 --- ,ea.t V v rc,9 1 350-n50 WA 1-1 YEAR Pan ,,, _,r OR to 3�a WARRANTY ._ -- - .- STANDARD COMPLIANCE CC '^w Mr J J t9/3.U9540 UN303 I CC tat,. 4,,115 chnB I.. rI MECHANICAL SPECIFICATIONS /nn. W gl 111 Ope Mo,glrn, alrnN Mto.122/pb 267 121 lb kg ... 50 V) C StotarTernpottature Imre than3 months) In to•06/10b•3(I r C Z S gel Ve r� 0 tl, 3m„n ) ..._-- 22b r t40/30b,60 •C z rV Alta J 6562/2IX10 I/m C '—C 03 _ 1.0 Endotote r IPSS/NCMA 3R Moor dnnldrxw twat a,M Msl pelerrkm) U L O Cad g Mq° Nat alromtt Q O- Q r� Nate la lm Jlsln,xel 625 tlBA-.._ rr O re ,r•km taa•ce�e[nP. k.+. ..,.,......,,.,n«..,..,.. n m .^.a,...,t,+:t x»E w a ,n.,,�.,...n.r..n,n„x.„1 0 C C a.�RS9vtnv5,..ia w—lnene.r+anowe�T rte�� � � O at P646,to hSMa,r,prrnemm Rank mmwyrmwnems.rMq.aum arTkatnn wRr,n Timm,.m oawsn 0MI',,pri?..r.i,n ar01,l,,n m.nbn en,.vim.01 O j am, CI- III tat.a,aar 006papeota16t.znl„tmr"rrte,MB.,knane,.,,muterl WatnnA I— E w maa..•a,... .,,n rM trn,ra�r,.. R.,�kWarne.,r,�n�,,.,,ama.n,rl"„..rw,..w.,r.,r,ama,r,h;n,nA,n.lrx.. rc In-ny,,,r P.,,wt.W n,P Q_ c E a 1 - .i.,, k0 L Jv, 0 O. cA 1 N. As r0Mebekw L 0o Z ihr So. 8.1 rat.ael. rs la enrnMH•nvms nl,Mre r.M.rr e,ry Ra,kswarn,Yr^,e,ge a,..M,�.r m ^kl,nrbn�. .>,hM aa,IR,.r �,k Y N W W VV1 w Z S ::I,I,.Llle N...,c�l[•v n, � ,i,�.ri I Ile:, t•i Q O 0 Q Optimized for SolarEdge Energy Hub Invertersl'I Accessory PN 1-1 Z a a Nrcx Wan,. IAC RBAT 7LR$TC°I Blanch rnnnnrtots snl(Arladns a rat of lX•and DCrnnmtott) / Maximized system performance,gaining I Solar,storage.EV charging,and smart devices ah„Wed m,asUliahw,t wnll nRnr;rir.snuadga Erxvyy sank P.a.rlmt,.;n,a<n,g.,•Ilr,e,t� AlI RBAT i ICVI0L nt 0 o COmore energy to store and use for on grid and all monitored and managed by a single app to Hook, - _ - _ IAL CBOT twrma°I a a l 0 v backup power applications optimize solar production,consumption and so6redge Energy Nel Plug m eNrl',Rip m eti m ¢ 4 backup"power Battery MCP.rnenslnn,able act kn,g BM4 to terming.Plod.) IAC RBA.111M1200I II .. 2 - I Integrates with the complete SolarEdge -— -- - ---- _ _ _ _ - 14 cc ai residential offering,providing a single point I Wireless communication to the inverter, ? c o of contact for warranty,support,training,and reducing wiring,labor and installation faults ,,' d 0 simplified logistics&operations LL I Simple plug and play installation,with automatic I DC coupled battery featuring superior overall SetApp-based configuration system efficiency,from PV to battery to grid I Includes multiple safety features for battery "f I Scalable solution for increased power and protection J capacity with multiple SolarEdge inverters p and batteries IAt arr .a../ solaredge.corn solar • • ' m.. � 1n ,. .� n, sati.Earx dtatow,a, ar.�INA.mWm. en4,..wa a . BP rN cc WOO • BACKUP INTERFACE CUT SHEET V) I— w w I to Backup Interface for North America 2 V) a CJ Backup Interface BI EUSGN 01 /BI NUSGN 01 wce o LL — �- for North America O INPUT FROM GRID w co A: ,;nent t,n::t BI-EUSGN-Ot RI NUSGN 01 A Q H cc W BI-EUSGN-01 /BI-NUSGN-01 (Otitr.ti "'iv '"° lil N m4C,,o se,,v T4x•i,vY1 — N, 0 At rtvotet ys 1 60r, 1 - ...—........__ .... _ .. -- _..... ........ ...._.__.._, ,-1 C. - F.l f(. I 200 CC N 11 S_ ir AC1 C B..L 5ted -I _al lI:A A w j 12 fir Ap (61 a.r I pr,r-.-' Vt. WV A CCd YEAR C,rIr __ s n I- .Ito A WARRANTY t ' T OUTPUT TO MAIN DISTRIBUTION PANEL _ ® A( I r.,l\:;I':Mr Ohm I'at 240 h. A( -I n.nrv0'rtraq'Za•<r ;II rd J Z 1,0 I . N O .1 u .'eta ,nrt i'RF'M1- H •.,r_'t,n:Niv. :F _ 4 U m_c O ,nl I ..mppn"a:. B,AL ntr.,A0 n 1. 'N < W < At II ,Mrt'.„I'ag ',BanA,r`(IJm 1�;m �all V J jn 0 2 Ac ,t:ykay Rage t..Ett‘t.14 . O ' y C SC t,.,I in Ba-4un , .,, I.. o a, t7 C. INPUT FROM INVERTER I— - y E 2 m M « LL t r.v AC r. w . 2 Its 0 co '' .... ,,. •, A' 'A Conlinttnts Input rtt rent V 7M111 r 2 co 2 :wt.':ACH;.v^r,n Cnninn IS&only,CR°-.nr Y Maw:. t,ve:TO,er,Tl n a k 1 l4, .tor `f. A '.In 2 w w Z ._.. _._.._ ........_._. __. ... ......... __._. ......... ......._. ._-"-- M CC CC 2 ]elA.f 0$001.,BazlurOptI1,:on 7ON W .-I < 0 0 Q *'ak r\t:C 10 Sect i,B.xb, _ .._.........._-._- ..__. .-1 0 0 !awe AC C::xna R eeke, 1'i A Backup Interface for Flexible Backup U" "°°" II p 6 FA 4 GENERATORS (v o co ,en.,vmnatpdA'r,M< !',.,el W m o v I cc Automatically provides backup power to I Built-in Auto Transformer and Energy raa.�,:um C0Mhvons i"rrfiCneri Ad: 7 i f .co hone loads in the event of grid interruption Meter for easier and faster installation _,,,,:nnl]o,;;,- V^:.ay..R..,:.g nit.sn \,,r,5.d. ry 's u;m / Full flexibility in which loads to backup- I Seamless integration with the Energy Hub Inverter .,, rn v �ta�•sru•.I, the entire home or selected loads with Prism Technology to manage and monitor ADDITIONAL FEATURES LL both PV generation and energy storage �-- -- ,II ISI/LI(-I t.tt,,pr.;,p I,ar r, � , ,ta„e:g,.. I Scalable solution to support higher power& higher capacity', / Generator connection support''' - - a _ v la .n 1 rinry h•T•- I' a 1':rin„n•,s.rcpon'.w„.'Ir•fimwan • !.1] t o.MA g,11: t Pe .- N .1•..rvl N.n:n Ms,.u6.P: .v.1 n.< .n;f.,n N solaredae.com solar- I . -4. BACKUP INTERFACE CUT SHEET to I— w / Backup Interface for North America — , BI-EUSGN-01 /BI-NUSGN-01 UI 81-EUSGN 01 81-NUSGN-0t re STANDARD COMPLIANCE in" — _,toCr .. ......... K LJJ on INSTALLATION SPECIFICATIONS ^t T;. L. ........ t:. K O- v n c o U L 8 I- CI- CTN ›: a o tU Grid 0 c m 2 a co LL 8 0 Power * 2 oo z opt1rtNZMT Loadstn In •'t W W Z ti Z O O rill Qi� � .� a Q Q w0et doco A;. a 'a ". e d ¢ m Energy Hub ^ :Lk:re NtrlR WWC m Inverter with 0 Pr sn .. tp TMh..,F 9y ''.. ..,., At g A:: Monitoring Platform Battery AC w W a'-F, O In_._....? GeneratortY >1,11 >s,' w ".,;<r, .. ----r..- -.4 -.--- CE Ili FC 1;111► k AC DISCONNECT CUT SHEET to H E jT*N 1.1 Switching Devices 11.1 ?, „„,,,, Safety Switches g 5 - 1 i I— , Powering Business Worldwide w 1 5 Standards and Certifications a L.) General DutyNon-Fusible ULsred File No.E5239 cc All general duty switches w O d above 100A and all heavy- • Meets UL 00 for enclose: N — Safety Switch . duty d ty switches incorporate KC-switches and NEMA SM w' d dues N S les switch KS, *- wi r I designfeatures Ce j DG222URB 6 T points of c^ntaot _�_ v, w . provide a po0trve ""' O rn rn it t t, openand c os,e l •'^I o UPC:782113144238 operation,and also heir k Usy , prevent cnntact bu cr Ie Visible nasdle /nadoeki,y MeeMeisor Sefaatle OnIliliemioae in c, for longer contact f • I-e- on ION or OFF! ti Dimensions: $ '1 Doa cannot he opened Ue eraFduq s 0.hes r1 /, (",'. can be cea!ly seen from p a d the ren.nrements I whenlh battle is in the •Height 7.5 IN 9 Ag a oxide f and the length I Uvform Bulklay ON I%t I front and ode IUBCI and California w g z - provides for easy operation f •Length:6.41 IN Ce i°� .de operable der ater Code lele2aospo01110, cr mechanism provides OSIU012-10 •Width:8.4 IN ' ter ss when necessary rowsswitches single ■ �'". ', ,� turn _ td es Weight:9 LB pe Baton corn ': . Notes:WARNING!Switch is not approved for '"":w'""',*.:""'' IOW z service entrance unless a neutral kit is installed. prate tsagainstaccidental I ' � N contact with energized triple inflecting Cwsbrlay era+` .. 0 C O Warranties: pa ts.probe hoes enable the user to test if the line • Personnel sa`ety lecture - L O • Eaton Selling Policy 25-000,one(1)year from side is energized without because the large hasp can Q m a remov+ng the sh;eld accommodate up to in p the date of installation of the Product or Not provided on genera.. three 3/8 ind119.5 ram) rant,We nw.aw" O C C duty switches.but shank locks > u U 0 available as a field kit • An ample number are eighteen(18)months from the date of shipment provided onr,etop, O a 1i or'celery instated - bottom and sides of both F v E of the Product.whichever occurs first. NEMATypes,and3R 0 .__ ° r !'� „ enclosures through 200A o Specifications: •' g z •Type:General Duty/Non-Fusible ' Ift - Y •Amperage Rating:60A i~ hI . g CC CCCL •Enclosure:NEMA 3R Adelimallwk*Ce.ety -` CC Z ... Zoo a •Enclosure Material: Painted galvanized steel Clear Um Meld • parn padet locked atthetopander a a padlocked the trap and •Fuse Configuration: Non-fusible bngpmasapiafir:able m.1016110111 reamJ 0 •Number Of Poles:Two-pole a a, ° a • F*;r snitches m a NEMA a a o la Type 3R,30-200A.Use rh v a so •Number Of Wires:Two-wire a Myers pvehub for > 2 •Product Category:General Duty Safety Switch all others rn a c a •Voltage Rating:240V o Supporting documents: •Eatons VoluiTie 2-Commercial Distribution •Eaton Specification Sheet-DG222URB t; Certifications: j • UL Listed re Product compliance:No Data V2.T1411 Volume 2—Commercial Distributan CA01100003F—Mayl018 wrme orem ©2016 Eaton.All rights reserved. ;fi• y a ff: - „ -o g- � � Y ci �T _ m (S) 1 It, yg Vl f X ' o H ..i. D ,‘ , ..). (.9.. :.• ` t7 e -'R _. n Y Y x 8 1 Valley Solar 21134A 11.315 kW PHOTOVOLTAIC PLANS REV DATE RELEASE 340 Riverside Dr 11/05/2022 SUBMT roe FIRM'- - - Florence,MA 01062 NAME Martin-Lucey,Stephanie S 88 forest Glen Dr 7, z VALLEY�IA 1 1 EV i413)584.8844 ADDRESnL 7 AODREss Northampton,MA 01062 R-108 EQUIP. CUT SHEETS V s = ,« . APN RACKING&RAIL CUT SHEET N I— W w I - IRONRIDGE XR Rail Family XR Rail Family t I- S The XR Rail Family offers the strength of a curved rail in three targeted sizes.Each size supports specific a U design loads,while minimizing material costs.Depending on your locatio n,there is an XR Rail to match. 0 d Solar is Not Always Sunny w LL Over their lifetime,solar panels experience countless -v.= extreme weather events.Not just the worst storms in years, ,, ,;. ' ,- .. •i�• so W but the worst storms in 40 years.High winds capable of N ripping panels from a roof,and snowfalls weighing ` a ,; o enough to buckle a panel frame. F ` .`� ao 0 01 71 t " , �..""" a r ", - "'. '.1 O XR Rails are the structural backbone preventing )' :- ` " `i these results.They resist uplift,protect ., } r f XR10 XR100 XR1000 Ce against buckling and safely and efficiently • f { t y( ,( } j XR10 is a sleek low profile mounting XR100 is the ultimate residential XR1000 is a heavyweight among re transfer loads into the building structure rail designed for regions with light or mounting rail.It supports a range of solar mounting rails Its built to handle Their superior spanning capability '`" ,"a no snow.It achieves 6 foot spans while wind and snow conditions,while also extreme climates and spans 12 feet or requires fewer roof attachments, T r , ; `- remaining light and economical. maximizing spans up to 8 feet. more for commercial applications. reducing the number of roof 6 spanning capability • 8'spanning capability • 12'spanning capability penetrations and the amount µ Moderate bad capability • Heavy load capability • Extreme load capability N of installation time. ' • Clear 8 black anodized finish • Clear 8 black anodized finish • Clear anodized finish "'�'.,, • Internal splices available • Internal splices available • Internal splices available z gN Rail Selection u m g Ft ti-o. a was*"c` «�� 0f The following table was prepared in compliance with applicable engineers ng codes and standards.Values are 1 based on the following criteria:ASCE 7-10,Roof Zone 1,Exposure B,Roof Slope of 7 to 27 degrees and Me an O, w w a Building Height of 30 ft.Visit IronRidge com for detailed span tables and certifications. 3 0 t� n O C m it - o r M, aig a fi 2 co Z 1 - Force-Stabilizing Curve Y,',r 4e pail generate loom vertical and lateral ivy aZ Sb roots ,,: ,y„ S' bites on mounting rails which can cause them 120 ; N 0 0 Q '. to bend end twist.The curved shape of XR Rails None 140..... XR100 Z Q Q %r is specially designed to increase strength i both '�`I t G � ,p . + d ctions wfi le revsung the iw sl ng.Th s un qua ` ' - -- N ." feature ensures neater secumy during extreme ` 9 • 0 to a _ g. weather and a longer system lifetime. i - - I 0 ,..: e 120 ti 7 rn 10-20 r4 ix y 7 . O 140 d a ......_. 1 LL 00 30 n — ».—.-—, _ rorrosion-Resistant .»._..,--.....m. ,.... ".., 160 ... _.. _ Compatible with Flat&Pitched Roofs Materials ' W 100 i XR Rails are L IronRidge XR Rlspble w Ih a range al tiltleg lloy Iheproltl viIhFlas ".opt f fln f tiding 5070 160ppl 1 s more allracrve pp rance iliti . • ... •...,.s.«-„-.,.555 A i* 80-90 160 > 11 ? � 11r €t13 , 11. IF RACKING&RAIL CUT SHEET N I— W w N IRONRIDGE Class A Fire Rating Frequently Asked Questions 2 I— cc M 0. U What is a"module type"? What attachments and fleshings are deemed cc Background compatible with Class A? w o a The new UL1703 standard introduces the concept of a r^r All roofing products are tested and w �"'� w PV module type,based on 4 construction parameters Attachments and their respective fleshings are not m Cl and 2 fire performance parameters.The purpose of constituents of the rating at this time.All code-compliant classified for their ability to resist fire. Test Setup this classification is to certify mounting systems without flashing methods are acceptable from a lire rating rn W Solar Modulesneeding to test it with every module. standpoint. eu Recently,these fire resistance standards sea,modules are given a Type were expanded to include solar equipment classihcaeon based on their ¢to 0 as part of the roof system.Specifically,this materials and construction. `;t What rooting materials are covered? What mounting height is acceptable? 0 o requires the modules,mounting hardware Moonargsystem " 1 and roof covering to be tested together as Mounting is testae as pan of a ' All(ire rated roofing materials are covered within this UL fire testing was performed with a gap of 5",which iseel system that includes Npe-testeol certification including composition shingle,clay and considered worst case in the standard.Therefore,the > a system to ensure theyachieve the same nodules and lire ratedroof covering tV Y ,g� cement tile,metal,and membrane roofs. rating is applicable to any module to roof gap. � fire rating as the original roof covering. woof covering Roof covemg products are given a These new requirements are being adopted Fee class Raanq of a,a or c based What B I have a Class C roof,but the jurisdiction Am I required to install skirting to meet the fire throughout the country in 2016. on tneb testae ore resstance. now requires Class A or B? code? Generally,older roofs will typically be"grandfathered No,IronRidge achieved a Class A fire rating without any to Burning Brand Test in",and will not require re-roofing.However,it 50%or additional racking components. Z IronRidge Certification voto°1 more of the roofing material is replaced for the solar 5 w N installation the code requirement will be enforced. to 'e o What determines Fire Classification? IronRidge was the first company to - o a ¢ receive a Class A Fire Rating—the highest Where is the new tire rating requirement code listed? Fire Classification refers to a lire-resistance rating I- H O i possible rating—from Intertek Group plc.,a I --' system for root covering materials based on their ability 0 - e Nationally Recognized Testing Laboratory. 2012 IBC:1509.7.2 Fire classification.Rooftop to withstand fire exposure. > d di2 A burning wooden coca a placed on module as a ran down et 12 mph. mounted photovoltaic systems shall have the same fire 0 J T, n IronRidge Flush Mount and lilt Mount Flame cannot be se on underside of roof within so minutes `classification as the roof assembly required by Section Class A-effective against severe fire exposure 0 e m en Systems were tested on sloped and flat _...._ ....... ........... 1505. Class B-effective against moderate fire exposure , r LL ........ _............. .. ..... 9 roofs in accordance with the new UL 1703 Class C-effective against light fire exposure a A e Spread of Flame Test ` Z &UL 2703 test standards.The testing WOO Where is a Class A Fire Ratingrequired? evaluated the system's ability to resist What t the roof covering Is not Class A rated? m to ,g flame spread,buming material and The general requirement for roofing systems in the IBC m f a o"'c Cl.z • structural damage to the roof. refers to a Class C fire rating.Class A or B is required for The IronRidge Class A rating will not diminish the fire ,y Z 00 ¢ i ` areas such as Wildland Urban Interface areas(WUI)and rating of the roof,whether Class A,B,or C. - fn Ct • ¢ ¢ • for very high fire severity areas.Many of these areas are Refer to the table below to determine the I found throughout the western United States.California N requirements for achieving a Class A Fire '. has the most Class A and B roof fire rating requirements, What tilts is the tilt mount system fire rated for? o 8 w Rating on your next project. Flph. at soumec edge p rod s eat or up n rool as a tan mows al tz due to wild fire concerns. < mph.The flame cannot spread a feet or more in to mimes. The tilt mount system i5 rated for I degrees and up and m m Q co any roof to module gap,or mounting height. ti i 2 to '. ............ ....... ....... ..... -.... Are standard mid clamps covered? n o s•I rt no c v *Stern ff,yy �. Mid clamps and end clamps are considered part of the ind°3fA11r ,!�Ss < ..v. �r � E�� , � '.`9" o PV"system",and are covered in the certification. LL Flush Mount Any Slope '• Type 1,2,&3 Class A >_.. L. • TM Mount Installation Manuals Engineering Certification Letters . ,,his, s 6 Degrees Type 1,2,&3 Class A Visit our website for manuals that include UL We offer complete engineering resources d [_J. 2703 Listing and Fire Rating Classification. and pre-stamped certification letters. re -or : ......... ... 'Oafs M1rMetl VV systems den ee'nfle ktl an Class AB,WG roofs. _ .. :.':},.,, d 2,<.....•ex, RACKING&RAIL CUT SHEET I— w System Diagram w /1 IRONRIDGE to UFO Family of Components [ • 2 Simplified, ,F>„1, ie°1 for Every App)icetima n V Wo 0- _ The UFO family of components eliminates the need for a 1 D separate grounding hardware by bonding solar modules 1/10 l�lglttrl igll m Cf directly to IronRidge XR Rails.All system types that feature re P L►1 the UFO family—Flush Mount,Tilt Mount and Ground N Mount—are fully listed to the UL 2703 standard. Ell • • t�F N a%+ r-1 UFO hardware forms secure electrical bonds with both the o o e_i module and the rail,resulting in many parallel grounding . `i paths throughout the system.This leads to safer and more13 _ OC reliable installations. [ • • • • f;. z + h .„ t Stopper Sleeve Universal Fastening Object(UFO) tit The Stopper Sleeve snaps The Ur0 securely bonds solar modules to XR Z • onto the UFO.corwerlm I into Rants.h comes assembled and lubricated.and a bonded end clamp. g can fit a wide range of module heights. �� • • • C O a 4 .2 o o t7 MO 0 UFO Stopper Sleeve •Grounding Lug [[]Bonded Splice —1—Ground Wire 0 N „ a Q Approved Enphase microinverters can provide equipment grounding of IronRidge systems,eliminating the need for 2 23 Z grounding lugs and field installed equipment ground conductors(EGC).A minimum of two microinverters mounted to the _e "' same rail and connected to the same Engage cable is required.Refer to installation manuals for additional details. In w m z `et' i ,y 3 zoca UL Certification • t ; a a A � S�>-... n --..., . . ,r ,, '. The IronRidge Flush Mount, �; Q o 1 Tilt Mount,and Ground Mount i a vi a Bonded Splice -'�,, y, '�., Systems have been listed to UL XR Rails .i..... d...... __ ./ XR1000 Only , ti i f i^ MxI Ro wd su<-0. 2703 byIntertek Grouplc. UFO/Stopper .� d .� (( N e a m sell-drilling screws to form p ....j 'd a secure connection.No Bonded Splice J �I N/A r^ e' °°riding strap needed. UL 2703 is the standard for `o evaluating solar mounting Grounding Lugs 1 per Row 1 per Row 1 per Array systems.It ensures these devices Microinverters Enphase M250-72.M�50-60,M215 60.C250 72 SO Grounding Lugne will maintain strong electrical and Power Darfon MIG240,MIG300,G320,G640 7r` A Bugle Grounding lug Bonded Attachments mechanical connections over connects an entire row The bonding bon anaches . Optimizers [ SniarEdge-P300,P320,P400.P405 P600,P700,P730 ,_ uj an extended period of time in i of PV modules to the and bonds the L fool to the — p grounding conductor rail h s installed with the extreme outdoor environments. Fire Rating Class A Class A N/A > $ me socket as the rest of the y »�, 'A 4111, system. Modules Tested or Evaluated with over 400 Framed Modules :f Cn if}1,£,MnidgP Ct>trll4.,€I-0 Refer to Installation manuals for a detailed list m ,r, ;.. ..., '+ STANCHION-ROOF ATTACHMENT CUT SHEET N I— LU W _..._,..:,_.._:_ _ _ N IRONRIDGE FlashVue TM See Your Pilot Holes f I- 2 t,„„....,:. W (.1 2 Moving Flashing Forward Li., d_ We set out to design a flashing that checked all ' - —t m the boxes:fully waterproof,fast and easy to install ';;.y„ cc N w correctly,economical,and strong enough to handle N every environmental condition.FlashVue does it all. o.75 u+N �L The optimized flashing design features a large o o w viewport,for easy alignment with the pilot hole.And '� .. r4 the GripCap and GripCap+sit snugly in place,so ,� - r Ce the lag can be driven single-handedly. �a `ant 1, > +� e �'� - Solve Roof Undulations g, Z ' .' Three-Tier Water Seal Reinaglned '` t'""" FlashVue s I e ch tact a Nd IM IaYers +1, <. N Ca of protection.The v ewport is elevated 0 30'and . W „ provides a"hipbn IT for the GripCap.The GripCap w r "•" "C O " Tully caver5 die wewpod while a ual ng wasMr 04 V N 64 0 L O adds another layer of protection And an SPEW a Q l"l " washer and lag Oolt'seal the deal in IM siMk. _ el Q 2 ,.. F ai€,:tilt ,. N R OdpCap GripCap+ �` y - c_ c The 360"capable GripCap(2.74' �' - LL t' tail)and adpCap,13 74'taut can be s#t" .'/ - " -- W p tall) an m any onenmen end proede a Yriction-l8'for easy installs.Push mug ,.a,.,xv....•- 1'' ' til Into the vlewpoe w Ihout worrying 8 will a {",g y.tb rug away or rotate drivingwftb the lag. ' ....,.. «. ". .«`d�yc N W W Cr Z a Z O G Q Q Trusted Strength&Certification 22 v a o , 80.75.. 'm' i f `t,, i _ Attachment Loading ,:, ` FlashVue has been tested and rated to support 1161(Ibs)of uplift and 353(Ibs)of lateral load. v w a it Structural Certification Designed and certified for compliance with the International Building Code&ASCE/SEI-7. LL CI). Large Viewport In Flashing Water Seal Ratings >,.. InrMek —_ TM1 g viewpo t kes t easy to sign the flashing with the plot hole a,d ,= Passed both the UL 441 Section 27"Rain Test"and TAS 100-95"Wind Driven Rain Test"by Intertek. W Triple Certified to drive the leg centered into the railer l he Protrtct iM Roof °N& elevated nm not only rovdes a sturdy J UL 2703,441(27) ._ dock for the errocap or Gr pCap+,but UL 2703 Listed System N TAS t00(A)-95 rocreaaea water-aneaemg capabnrees. Conforms to UL 2703 mechanical and bonding requirements.See Flush Mount Manual for more info. d __I I - OF STANCHION-ROOF ATTACHMENT CUT SHEET N I— w w = tN 28357 Industrial Blvd ;28357 Industrial Blvd h- IRONRIDGE Hayward,CA 94545 41,1 IRON RIDGE Hayward,CA 94545 f 1-800-227-9523 ,1-800-227-9523 et Attn:Corey Geiger,COO,IronRidge Inc. ..wew.Ironthdge.corn www.lronRidge.com a.a U Dale:September 18'h,2020 °C W WO d Table is IronRidgeuta Flashvue Allowable Capacities on t•- 5 Re:Structural Certification for the IronRidge FlashVue Average Peak Load at Deviation of Test allowable Cepedt E lead Direction Specimen Quantity Failure 9bs) Results n' Ghkal Fallura Mode sahry Factor nl (Ibs)n' y W C+ This letter certifies the structural capacity of IronRidge FlashVue for use as a roof attachment for flush mounted PV solar Uplift LoadCC w systems.The FlashVue assembly consists of an aluminum bracket cap(GnpCap or GripCap Plus)and an 8"x 12" Perpendicular to Root 5 3403 6.00% Lag pull out from rafter 3 116110 1'd aluminum flashing.FlashVue is fastened to an underlying roof rafter using a 5/16'x 4.25"lag bolt.The full assembly Surface F N details are shown in Exhibit EX-0019. Lateral Load Bendingyielmngoflag Q to P(1 (Parallel to Raker) lag 1060 10% bolt 3 353 O� 5--f mi .. I—I The referenced uplift,and lateral capacities of FlashVue are based on mechanical load tests conducted along the three Compressive rupture of I CC respective load directions shown in Figure 1,using a Universal Instron Test Unit in accordance with ASTM D1761-20 Lateral Load 5 772 5% roof deck adjacent to 2.54 304 > rp (Peendicular to Rafter) tH "Standard Test Methods for Mechanical Fasteners in Wood and Wood-Based Materials".For each load test,a FlashVue rafter CC assembly using GripCap or GripCap Plus was installed on a sample roof deck composed of 15/32"OSB Board over 2x4 Table t Notes: rafters.The moisture content and the specific gravity of the rafters were measured per ASTM D2395-17-Standard Test Il)The summarized results are the lesser of the allowable capacities of assemblies using G,grcep or GnpCep Ms and shell be applicable to Flashvue using either bracket cap. Methods for Density and Specific Gravity(Relative Gravity)of Wood and Wood-Based Materials".The recorded moisture (2)Capacities apply to rafter size of 2s4 or greater,a deck thickness 15/32'or greater,and lag bolts secured within the center 1/3 of rafter width with a content of the rafters among all sample roof decks is between 10%and 15%.For each load direction,the tests provided minimum 2.5'end distance.Rafters should be in sound structural condition with no sign of rot or decay. different capacity results for Flashvue assemblies using GnpCap or GripCap Plus.The tabulated results reported in this (3)Deo,etnn reflects the variance of the highest or the lowest test value horn the group mean for the respective bad direction. N (4)Safety Factor is associated with the respective failure mode recorded and determined by the speak code as shownPage 1. letter are the lesser of the allowable capacities for GripCap or GripCap Plus and therefore are applicable to Flashvue on Z (5)Allowable capacity is equal to Average Peak Load at Failure divided by its associated Safety Factor. using either bracket cap. (6)The uplift allowable capacity in Table 1 applies to rafters wdh a specific gravity(SG)o10.5 or higher.For a wood species with epedfic gravity lower at CL than 0.50 the allowable uplift capacity shall be adjusted by a factor of lF o13 per Nalbnal Design Speciticatbn(NDS-2018)Eq.(12.2-1).Results of u m O. The critical failure mode along the uplift direction was observed on the Flashvue using GripCap Plus as the pullout of the common wood species are adjusted am provided in Table 2 below. I ' o 5/16'lag bolt from the rafter.The average peak loads recorded at the ultimate failure point is 3483 lbs.on rafters with a i w Q 2 measured specific gravity of 0.50.A safety factor of 3 was applied which results in an allowable uplift capacity of 1161 lbs. Table 2:IronRidge FlashVue Allowable Uplift G rdge pli pacifies for Rafter with SG Less Than 0.50 Q C Along the lateral direction(parallel to rafter),the controlling failure mode was observed in the tests using GripCap Plus as wake spades Sp Grawry IUlowable Upilk capacity(Iles) O> u ID cc the bending yielding of the 5/16"lag bolt.The average peak load recorded at the ultimate failure point is 1060 lbs.A safety Douglas Fir,south a46 (025 0 m factor of 3 was applied which results in an allowable capacity of 353 lbs.in the lateral direction along the roof slope. Hem,Fir(North) 0.46 1025 = . w Lp Hem,Fir 0.43 926 G- to go 0 The dominating failure mode observed for the lateral direction(perpendicular to rafter)was observed in the tests for the Spruce,Pine,Fir 0.42 894 ? .0 co Z assembly using GripCap as the compressive rupture of the OSB board adjacent to the rafter.The average peak load Y recorded at the ultimate failure point is 772 lbs.A safety factor of 2.54 was applied according to National Design . .-. W w w Z Specification for Wood Construction(NDS-2018)which results in an allowable capacity along the cross slope lateral al Q 0 0 Q direction of 304 lbs. "'i Z O nerd, PjfE$&�Oa,. Q Q Sincerely, y9g�P+iO 'aYWf �,..-, _._.. Date: o ul 4 naraew n undo rat Q '0 .-r W i ,uovs04 (....;-T . _-�: '''''1 t 2020.09.18 > fet IPn Fandrtvl F r:r-L a •at�L;sJ^" 4i I I N O t0.r .. irl ' � � 12:16:5 2 0 7 0 0 a < m w Gang Xuan,SE Senior Structural Engineer -... C A ill Figure 1:FlashVue Assembly and Applied Loading Directions(using GripCap or GnpCap Plus). N eV 02020 IronRidge,Inc. FlashVue Certiflcahon Letter-1 02020 IronRidge.Inc. FlashVue Certification Letter-2 R EV