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pitkin.bldg.272920205072 (2015)
DOCUMENT LAYOUT Certificate of Occupancy or Letter of Completion Permits Final Inspections Any Supporting Documents Site Plans (NOTE: All structural plans will be grayed out. If you require the ability to see structural plans, you must have a letter from the owner stating you are allowed to have plans. This letter must be submitted to Pitkin County Community Development Department) PERMITS ELECTRICAL PERMIT APPLICATION 3 PITKIN COUNTY COMMUNITY DEVELOPMENT 130 S Galena St Third Floor Aspen CO 81611 INSPECTION LINE 970-920-5532 PH: 970-920-5526 FX: 970-920-5439 PERMIT NO. (Office Use Only) JOB ADDRESS 410 Elk Mountain Drive, Redstone, CO 81623 OWNER PHONE Gary Nelsen 970-963-6355 ELECTRICAL CONTRACTOR MAILING ADDRESS PHONE Sunsense Inc. 1629 Dolores Way, Suite E, Carbondale, CO 81623 970-963-1420 BUILDING PERMIT # OCCUPANCY GROUP ELECTRICAL VALUATION SQUARE FOOTAGE WA $11,902.00 372 (new array) USE OF BUILDING ❑ COMMERCIAL D RESIDENTIAL CLASS OF WORK ❑ ADDITION ❑ALTERATION ❑ NEW ❑ CONSTRUCTION 17 SOLAR ❑ OTHER 1 SERVICE 1 DESCRIBE WORK IN DETAIL (For additions. alterations, indicate type, number and location of source of circuits) Design and Install a 5.46kW PV System that will be flush mounted to the roof and interconnected to the utility. PV System will be utilizing microinverters. PV System and DC Electrical work will be completed by Sunsense Inc. AC Electrical Scope of work will be completed by Expert Electric. *See plans dated 6/22/15, "Gary Nelsen Residence" for further details. OWNER: The undersigned applicant to personally perform electrical work on the described property or residence hereby certifies, as a condition of issuance of such permit, that the above described property or residence Is owned by the applicant that the applicant Is not engaged In the business; of construction or remodeling: and such property Is not Intended for sale or resale. nor Is It rental property (occupied or to be occupied by tenants, whether translent or permanent). nor will It be generally open to the public. It is understood that compliance wilh these assurances Is a condition of the issuance of an electrical permit to the applicant pursuant to the provisions of C.R.S. Section 12-23-111 (2) (as amended), and that failure to comply herein vvill be grounds for revocation of the electrical permit or any cerfificate of ocwpancy Issued with respect to the property or residence described. DO NOT SIGN THIS SECTION IF YOU ARE A LICENSED CONTRACTOR. Signature of Ocmer Date: Note: Engineer stamped electrical one -line plan required If service Is over 400 amps. Low voltage drawings must be done by NICET engineer. PAYMENT OF PITKIN COUNTY USE TAX Use Tax Permit Fee Double The General Contractor or Ovmer Builder Is required to pay a Use Tax Deposit to Pftwn County (.5%) on the building permit valuadon at time of issuance. All sub-pens%S pulled under a building permit are paid by this deposit payment and should not pay Use Tax. stand alone sub -permits are $ Q Q $ required to pay a Use Tax Deposit to Pitkin County (.5%) Deposit.5% of 50% of project Approved by Fire Marshal ❑ valuation. Project Valuation (includes labor) S Date: Exempt: Exempt Organization Approved by HPC ❑ Tax Exempt ID Number Date: Property liens may be placed on the owner's and/or the contractor's property when Use Tax Is not paid. ELECTRICAL CONTRACTOR Building Department Acceptance trip UP - For all work done under this permit, the permittee accepts full responsibility for compliance yd. me National Electric Code and County resolutions, and/or state laws, whichever applies. Permit subject to revocation or suspension for violation of any governing same. An accepted final Approved By: 06 e0l elecldcal inspection shall be obtained prior to using the electrical system. A final electrical Insp�equ within 48 hours ager completing an electrical installation. �a��� Date: Sigoaltn'troT Electrical Contractor D to Permit Validation Date Receipt # Total 5v5 n $ Print Name E-mail this form I Print this form Resat this form hhq6nU �14141,) QAVIvAO WN110 SSS ELECTRICAL PERMIT APPLICATION 3 PITKIN COUNTY COMMUNITY DEVELOPMENT 130 S Galena St Third Floor Aspen CO 81611 INSPECTION LINE 970-920-5532 PH: 970-920-5526 FX: 970-920-5439 0 211 R1 1 01 I r PERMIT NO. (Offloe Use Only) JOB ADDRESS Clw& CM qLg U1 SS OWNER Q,,�,,� PHONE �+'t WtLs 4 ft ELECTRICAL CONTRACTOR MAILING ADDRESS PHONE OV -NW BUILDING PERMIT # OCCUPANCY GROUP ELEC ICAL VALUATION C!2 - SQUARE FOOTAGE USE OF BUILDING -0C O—MMERCIAL I& RESIDENTIAL CLASS OF WORK ❑ ADDITION ❑ ALTERATION ❑ NEW ❑ CONSTRUCTION �, SOLAR 1 ❑ OTHER SERVICE DESCRIBE WORK IN DETAIL (For additions, alterations, indicate type, number and location of source of circuits) Con to box 4 IN sola �r orr OWNER/APPLICANT: The undersigned applicant to personally perform electrical work on the described property or residence hereby certifies, as a condition of issuance of such permit, that the above described property or residence is owned by the applicant; that the applicant is not engaged in the business of construction or remodeling; and such property is not intended for sale or resale, nor is it rental property (occupied or to be occupied by tenants, whether transient or permanent), nor will it be generally open to the public. It is understood that compliance with these assurances is a condition of the issuance of an electrical permit to the applicant pursuant to the provisions of C.R.S. Section 12-23-111 (2) (as amended). and that failure to wmply herein will be grounds for revocation of the electrical permit or any certificate of occupancy issued with respect to the property or resiftPeartlaii Owner/Applicant Dale: V PAYMENJ OF PITKIN COUNTY USE TAX Use Tax Permit Fee Double The General Contractor or Owner Builder is required to pay a Use Tax Deposit to Pitkin County (.5%) on the building permit valuation at time of issuance. All sub -perks pulled under a building permit are paid by this deposit payment and should not pay Use Tax. Stand alone sub -perils are Q required to pay a Use Tax Deposit to Pitkin County (.5%) Depose .5% of 50% of pm)ect valuation. Approved by Fire Marshall ❑ Project Valuation (includes labor) $ Date: Exempt: Exempt Organization Approved by HPC ❑ Exempt ID Number Property lions may be placed on the owner's and/or the contractor's property Date: when Use Tax is not paid. ELECTRICAL CONTRACTOR For all work done under this permit, the permittee accepts full responsibility for compliance with the Building Department Acce Lance National Electric Code and County resolutions. and/or state laws, whichever applies. Pert subject to revocation or suspension for violation of any governing same. An accepted final electrical inspection shall be obtained prior to using the electrical system. A final electrical Inspection shall be requested within 48 hours after completing an electrical installation. Approved By: Date: / Permit Validation Signature of Applicant Date Date Receipt Total (#q Print Name O Z 7 Ia LJ(S 6L - ELECTRICAL PERMIT APPLICATION 3 PITKIN COUNTY COMMUNITY DEVELOPMENT r� 130 S Galena St Third Floor Aspen CO 81811 I,t INSPECTION UNE 970-920.5532 PH: 970.920-5526 FX: 970-920-5439 I ` PERMIT NO. (Office Use Only) 10 Elk Mountain Drive, Redstone, CO 81623 OWNER OWNER: The undersigned applicant to personally perform electrical work onscribed property or residence hereby certifies, as a condition of Issuance of such per l% PHONE Gary Nelsen such property is not Intended for sale or resale nor is It rental Propefty foccuploilisir to be occupied by tenants whether transient or rmanent nor will it be 970-963-6355 ELECTRICAL CONTRACTOR MAILING ADDRESS PHONE Signature of G,,,cer Date: PO Box 462, Rifle, CO 81650 Note: Engineer stamped electrical one -line plan required it service Is over 400 amps. Low volt drawings must be done by NICET engineer. 970-309-4229 BUILDING PER IT # OCCUPANCY GROUP ELECTRICAL VALUATION Permit Fee SQUARE FOOTAGE N/A The General Contractor or Owner Builder is required to pay a Use Tax Deposit to Pitkin County I 1 $1,000.00 372 (new array) USE OF BUILDING ❑ COMMERCIAL © RESIDENTIAL CLASS OF WORKTsADDITION 11 ALTERATION ❑ NEW ❑ CONSTRUCTION O SOLAR 9 OTHER Project Valuation (includes labor) $ SERVICE Exempt: Exempt Organization UtJGKlt5t V VVKIC IN UC I HIL or Cantons. alterations. Indicate type, number and location of source of circuits) Perform all A lectrical Scope of Work for the 5.46kW PV System that will be ' stalled on the above mentioned address. DC and Solar Scop f Work will be completed by Sunsense Inc. AC Electrical Scope of rk will be completed by Expert Electric. "See plans dated 6/22/15, "0'- Nelsen Residence" for further details. OWNER: The undersigned applicant to personally perform electrical work onscribed property or residence hereby certifies, as a condition of Issuance of such per l% that the above described roe or residence Is owned b thea Ilcant• Ih applicant is not engaged in the business of construction or remodeling; and such property is not Intended for sale or resale nor is It rental Propefty foccuploilisir to be occupied by tenants whether transient or rmanent nor will it be generally open to the public. It is understood that compliance with these assurances is ndition of the issuance of an electrical permit to the applicant pursuant to me provisions of C.R.S. Section 12-23-111 (2) (as amended), and that failure to comply herein a grounds for revocation or the electrical permit or any certificate of occupancy issued with respect to the property or residence described. DO NOT SIGN THIS S TION IF YOU AREA LICENSED CONTRACTOR. Signature of G,,,cer Date: Note: Engineer stamped electrical one -line plan required it service Is over 400 amps. Low volt drawings must be done by NICET engineer. PAYMENT OF PITKIN COUNTY USE TAX Use Tax Permit Fee Double The General Contractor or Owner Builder is required to pay a Use Tax Deposit to Pitkin County (.5%) on the building permit valuation at time of issuance. All sub-pernits pulled under a building permit are paid by this deposit payment and should not pay Use Tax. Stand alone sub -permits are required to pay a Use Tax Deposit to Pitkin County (.5%) Deposit .5% of 50% of project Approved b Elvaluation. pP Y Fire arshal Project Valuation (includes labor) $ Date: Exempt: Exempt Organization Approved by HPC ❑ Tax Exempt 10 Number Property liens may be placed on the owner's and/or the contractor's property Date: For all work done under this perrnil. the permittee accepts full responsibility for compliance with the National Electric Code and County resolutions, and/or stale laws, whichever applies. Permit subject to revocation or suspension for violation of any governing same. An accepted final electrical Inspection shall be obtained prior to using the electrical system. A final electrical inspmt9D.&ha4be cequesled within 48 hours after completing an electrical installation. Si of Electncal r r Date Approved By: 10 Date: `TIM LA''e"r-RFA 1 IS •IS 3�1�1 Print Name J E-mail this form I Print this form i %Atota w1impo vwoird V iAhr) s 2ebl .w Reset this form FINAL INSPECTIONS rv. Inspection Check List Page: 22 8:19:35AM PITKIN COUNTY Inspection Line:920-5532 Permit No: 0193.2015.PELE Type: 226 Notes: call 1 hr. ahead Inspection Result 1 - Accepted _ Reinspection Fee Comments: Inspection Schedule for rayg Scheduled for August 14, 2015 FINAL ELECTRICAL Time: 08:00 2 - Accepted as Noted 3 - Rejected 4 - Partial/Not Complete This inspection report is accepted with the understanding that the inspection does not in any way constitute a guarantee, warranty of merchantability or fitness for a particular purpose, express or implied warranty of habitability, or assurance in any way of the safety of the structure(s) and system(s) inspected, nor shall this inspection be construed to relieve or lessen the responsibility of the person(s) responsible for performing the work. Additionally, neither this inspection nor this inspection report is a substitute for a complete inspection by the owner or subsequent buyer or occupant. Pursuant to state law the owner is responsible for inspection and maintenance of the structure and systems. Date t�th ignature of Date—/y-/�ignature of Address 410 ELK MOUNTAIN DR Name Name Aleil Cont t# (970)963-1420 Contractor: SUNSENSE, INC Owner: GARY NELSEN & Page: 22 InspWst.rpt Ff1412015 8:19:36AM Inspection Check List PITKIN COUNTY Inspection Schedule for rayg Scheduled for August 4 2015 Permit N :0194.2015.PELE fezjppM p - Type: 226 FINAL ELECTRICAL Notes: alt. ph # 963-5581 1 - Accepted Fee $ Comments: Inspection Line:920-5532 PO/'r (J-` Time: 08:00 2 - Accepted as Noted 3 - Rejected 4 - Partial/Not Complete Page: 23 This inspection report is accepted with the understanding that the inspection does not in any way constitute a guarantee, warranty of merchantability or fitness for a particular purpose, express or implied warranty of habitability, or assurance in any way of the safety of the structure(s) and system(s) inspected, nor shall this inspection be construed to relieve or lessen the responsibility of the person(s) responsible for performing the work. Additionally, neither this inspection nor this inspection report is a substitute for a complete inspection by the owner or subsequent buyer or occupant. Pursuant to state law the owner is responsible for inspection and maintenance of the structure and systems. Date Signature of Applicant Print Named Date lS -/1 Signature of InspectorPrint Name . Address Contac ame: gary Con ct # (970) 963-6355 410 ELK MOUNTAIN DR Contractor: EXPERT ELECTRIC Owner: GARY NELSEN & Page: 23 APPLICATON MATERIAL Michael Kraemer 410 Elk Mountain Drive - Adjustable Array 1 message Doni <doni@sunsensesolar.com> To: Michael Kraemer<michael.kraemer@pitkincounty.com> Mike, For the PV project on 410 Elk Mountain Drive: ao�5- Pe�-P .com> 01 9 4 2 0 15 vl'U Thu, Jun 25, 2015 at 3:15 PM The array racking can be changed out to allow the both sub -arrays to be adjustable if the AHJ or the surrounding neighbors deem this to be necessary and/or obstructive to the surroundings. Please keep in mind that the arrays will be installed flush mounted and cannot be lowered any further than the existing pitch of the roof will allow (150). The arrays can be tilted up to 35° using the same attachment type. Please let me know if you have any questions and thanks again. Talk to you soon, Please think o? out envi c,n,m3ri bc,4(]r(7 lar ming Doni Nicoll Sunsense Inc. Logistics Manager & PV System Designer NABCEP Certified Solar PV Installation ProfessionalT"" Office: 970.963.1420 ext. 15 Cell: 720.212.6200 doni@sunsensesolar.c.om fl Nelson PitCo_Permit_6 22.2015-3 Site Plan -Exploded View.pdf 311K PQ, 71 J N 2! -20715 r,..... _,nmo� Fn,.,,•r. The SnapNrack line of solar mounting systems is designed to reduce total installation costs. The system features technical innovations proven on more than 350 MW of solar projects to simplify installation and reduce costs. Metal Roof Arrays Simplified The SnapNrack Series 500 Metal Roof Seam Clamp is a cost -optimized PV Mounting System for both residen- tial and commercial metal roof mount installations. The system was designed to allow the attachment of PV modules or PV mounting rails directly to a commercial grade standing seam metal roof without penetrating the metal or collapsing the ridge in the metal roof material. The design is simple and low cost, but very effective. The clamp is made from high tensile strength aluminum and has two models that will work with multiple metal roof designs including single and double rolled seams or similar designs. This allows a completely engineered system that is simple, robust, and efficient with the lowest possible total installed cost. • Attaches to the roof seam without penetrations • Tested on numerous roofing materials • Utilizes a single bolt to secure the clamp • Made from 6005 extruded aluminum • Cam design applies pressure evenly on seam • Clamps use 5/16" -18 bolt for clamping and mounting • 10 Year Material and Workmanship Warranty Patent Pending Design a Seam Clamp System in 3 Simple Steps: 1) Choose appropriate Clamp (By Profile or Chart) Double Lock Single Lock SnapLock IL Standard Base Wide Base Wide Base 2) Determine mounting configuration with SnapNrack Standing Seam Design Guide 3) Define Load to Calculate Clamp Quantity and Spacing 4) Place order with your distributor. Purchase material for a single project or order in bulk for additional savings Metal Roof Seam Clamp Guide SUMMARY OF TESTED SEAM PROFILES MANUFACTURER AEP PANEL NAME Design Span HP CLAMP Standard Base AEP Span -Lok Wide Base American Buildings Standing Seam II Standard Base Behlen 7L-24 Triple Lock Wide Base Berridge Zee -Lock Wide Base Barge Tioga Standard Base Butler MR -24 Standard Base Custom Silt Metals SL -1750 Standard Base Custom Wilt Metals CB -2000 Single Lock Wide Base Custom Bilt Metals CB -2000 Double Lock Standard Base Everlast Everseam Standard Base Fabral Thin Seam Standard Base Fabral Stand 'N Seam Standard Base Mastercraft Metals Seam -Loc 1000 Wide Base Mastercraft Metals Seam -Loc 1500 Wide Base Mastercraft Metals Seam -Loc 2000 Wide Base MBCI Double -Lok Standard Base MBCI Superi-ok Standard Base MBCI LokSeam Wide Base MBCI Ultra-Dek Standard Base MBCI Batten Lok Wide Base McElroy Masterl-ok FS Standard Base McElroy Maxima Wide Base Merchant & Evans Zip -Lok Single Lock Standard Base Merchant & Evans Zip -Lok Double Lock Standard Base Metal Sales Magna Loc Wide Base Metal Sales Vertical Seam Standard Base Nucor CFR Vise Lock Wide Base Nucor VR -16 II Vise Lock Wide Base VP Buildings SSR Standard Base Whirlwind Super Seam II Standard Base 019420 tai; Patent Pending Wide Base (877) 732-2860 www.SnapNrack.com JUS' 2 6 2015 .0 0 Printed on recyc.ed paper us ng soy based Inks n U 2015 by SnapNrack PV Mounting System. All rights reserved. FOR C MPLIANCE CUTTING EDGE TECHNOLOGY As a pioneer with four decades of experience in the development of photovoltaic systems, Kyocera drives the market as a leading provider of PV products. We demonstrate our Kaizen philosophy, or commitment to continuous improvement, by setting the industry standard in the innovation of best in -class solar energy equipment. QUALITY BUILT IN • UV -stabilized, anodized aluminum frame in black • Supported by major mounting structure manufacturers • Easily accessible grounding points on all four corners for fast installation • Proven junction box technology with 12 AWG PV wire works with transformerless inverters • Locking plug-in connectors provide safe, quick connections PROVEN RELIABILITY • Kyocera modules confirmed by the Desert Knowledge Australia Solar Centre to have the highest average output of any crystalline module • First module manufacturer in the world to pass long- term sequential testing performed byTOV Rheinland -This series construction also passed TOV Rheinland's Salt Mist Corrosion Test at Severity Level 6, the most intense test conditions available • Only module manufacturer to achieve the rank of "Performance Leader" in all six categories of GTM Research's 2014 PV Module Reliability Scorecard CERTIFICATIONS • UL1703 Certified and Registered, UL Module Fire Performance: Type 2, CEC • NEC2008 Compliant, IEC 61215161730, and ISO 14001 • IEC61701 Ed.2 Severity 6 (Salt Mist Corrosion Test) C UL US - 01942 01 5 C74 KD 200-60 F Series KD255GX-LFB2 KD260GX-LFB2 RD F� t"7 JU 6 , 215 FO Ct�MPLmu ELECTRICAL SPECIFICATIONS Pma, 255 260 W VmP 30.4 31.0 V ImP 8.39 8.39 A (1662mm(990mm)46mm) Weight: 44.1 IDS (20.Okg) PACKAGING SPECIFICATIONS Vol 37.6 38.3 V lay 9.09 9.09 A P.Granle +5/-0 +5/-0 % TN. 45 45 oC Pma, 184 187 W VmP 27.4 27.9 V (1662mm(990mm)46mm) Weight: 44.1 IDS (20.Okg) PACKAGING SPECIFICATIONS ImP 6.72 6.71 A Ire 0.06 0.06 %/°C Vam 34.4 35.1 V h� 7.36 7.36 A PTC 228.3 232.9 W Pma, -0.46 -0.45 %)°C VmP -0.52 -0.48 %/°C ImP 0.0065 0.02 %J°C (1662mm(990mm)46mm) Weight: 44.1 IDS (20.Okg) PACKAGING SPECIFICATIONS Veo -0.36 -0.36 %)°C Ire 0.06 0.06 %/°C Operating Temp -40 to +90 -40 to +90 oC Series Fuse Rating Maximum DC System Voltage (UL) Hailstone Impact '5ublect to si:nUNtor measurement uncerti aty o)+l- 3%, RVOCERA reserves the I -Ph1 to reodlfy these specifications Without n0tict- NEC 2008 COMPLIANT UL 1703 LISTED C �� as = 070914 15A 600 V in (25mm) @ 51 mp (23m)s) N \RNI 1G ol,,d11 t r-oon It n trpI IU tn M ndl L MAN,4 op rat- rg nyow a Solas mod ]les. 0 19 3 2 0 15 JUNCTION D� 6� Series ®1942 419a,- �'F MODULE CHARACTERISTICS per module: 60 (6 x 10) ICells Dimensions: 65.43in (38.98in 11.81 in length/width/height (1662mm(990mm)46mm) Weight: 44.1 IDS (20.Okg) PACKAGING SPECIFICATIONS COMPi.IANCE Modules per pallet: 20 Pallets per 53' container: 36 Pallet box dimensions: 66in(40in(47in length/width height (1675mm) 1005mm) 1175mm) Pallet box weight: 990lbs (450kg) POTTED JUNCTION BOXOPM mg p� CABLE W1 CONNECTOR LABEL STA B JUN.2U-015 FOR COMPi.IANCE STABILIZER BAR 0.4B"(12. 25-D 33. 9G"(99Gmm) Grountling Hole Grountling Hole Grountling Hale 06- (Mm) 0.19" (4 7.) 0.28' PA.) FRAME CROSS SECTION DIAGRAM G,d] ax -- LONG SIDE SHORT SIDE OUR VALUED PARTNER v Mounting Hale 0.35" Ran) ' 1. se'osma STABILIZER BAH 01932015 Ni 0 1 9 4 2 0 15 WC Enphas0 Microinverters Enphase° M250 The Enpll li Microinverter delivers increased energy harvest and reduces design and installation complexity with its all -AC approach. With the M250, the DC circuit is isolated and insulated from ground, so no Ground Electrode Conductor (GEC) is required for the microinverter. This further simplifies installation, enhances safety, and saves on labor and materials costs. The Enphase M250 integrates seamlessly with the Engage Cable, the Envoy Communications Gateway", and Enlighten®, Enphase's monitoring and analysis software. PRODUCTIVE. - Optimized for higher -power modules - Maximizes energy production - Minimizes impact of sFading, dust, and debris [e] enphaseB E N E R G Y SIMPLE No GEC needed for microinverter No DC design or string calculation required Easy installation with Engage Cable RELIABLE 4th -generation product More than 1 million hours of testing and 3 million units shipped Industry-leading warranty, up to 25 years J �2 6 H15 In; S�® FOR ODE COMPLIANCE c us CEC weighted efficiency, 240 VAC 96.5% CEC weighted efficiency, 208 VAC 96.0% Y) D Peak inverter efficiency 96.5% I n`J1 Static MPPT efficiency (weighted, reference EN50530) 99.4% JUN �N L 6 2015 �F Nighttime power consumption 65 mW max MECHANICAL DATA Ambient temperature range 0193201 Operating temperature range (internal) P Dimensions (WxHxD) 01042015NLE Weight 2.0 kg Enphase® M25O Microinverter // DATA Natural convection - No fans Enclosure environmental rating Outdoor - NEMA 6 INPUT DATA (DC) M250-60-2LL-S22/S23/S24 0.4-04, and 107.1-01 Recommended input power (STC) 210 - 300 W Maximum input DC voltage 48 V Peak power tracking voltage 27 V - 39 V Operating range 16 V - 48 V Min/Max start voltage 22 V / 48 V Max DC short circuit current 15 A Max input current 9.8 A OUTPUT DATA (AC) @208 VAC @240 VAC Peak output power 250 W 250 W Rated (continuous) output power 240 W 240 W Nominal output current 1.15 A (A rms at nominal duration) 1.0 A (A rms at nominal duration) Nominal voltage/range 208 V / 183-229 V 240 V / 211-264 V Nominal frequency/range 60.0/57-61 Hz 60.0 / 57-61 Hz Extended frequency range' 57-62.5 Hz 57-62.5 Hz Power factor >0.95 >0.95 Maximum units per 20 A branch circuit 24 (three phase) 16 (single phase) Maximum output fault current 850 mA rms for 6 cycles 850 mA rms for 6 cycles EFFICIENCY CEC weighted efficiency, 240 VAC 96.5% CEC weighted efficiency, 208 VAC 96.0% Y) D Peak inverter efficiency 96.5% I n`J1 Static MPPT efficiency (weighted, reference EN50530) 99.4% JUN �N L 6 2015 �F Nighttime power consumption 65 mW max MECHANICAL DATA Ambient temperature range -40°C to +65°C Operating temperature range (internal) -40°C to +85°C Dimensions (WxHxD) 171 mm x 173 mm x 30 mm (without mounting bracket) Weight 2.0 kg Cooling Natural convection - No fans Enclosure environmental rating Outdoor - NEMA 6 FEATURES Compatibility Compatible with 60 -cell PV modules. Communication Power line Integrated ground The DC circuit meets the requirements for ungrounded PV arrays in NEC 690.35. Equipment ground is provided in the Engage Cable. No additional GEC or ground is required. Monitoring Free lifetime monitoring via Enlighten software Compliance UL1741/IEEE1547, FCC Part 15 Class B, CAN/CSA-C22.2 NO. 0-M91, 0.4-04, and 107.1-01 ' Frequency ranges can be extended beyond nominal if required by the utility To learn more about Enphase Microinverter technology, [e] enphase- visit enphase.com E N E R c v 0 2013 Enphase Energy. All rights reserved. All trademarks or brands in this document are registered by their respective owner. 01932015f't';7t NEC 2014 — En a e%Ar?Co9e o plianQ(e NEC 2014 Section 705.12 Point of Connection Code Reference 705.12(D)(6) Wire Harness and Exposed Cable Arc -Fault Protection. A utility -interactive inverter(s) that has a wire harness or cable output circuit rated 240 V, 30 amperes, or less, that is not installed within an enclosed raceway, shall be provided with listed ac AFCI protection. This requires exposed AC cable systems, such as the Enphase Engage Cable, to be protected by AC Arc -Fault Circuit Interrupter (AC AFCI) protection devices in the AC panel. Since Enphase PAicroinverters are utility -interactive inverters that backfeed into the electrical service through the overcurrent protection device, any overcurrent protection devices with AC AFCI that are installed must be specifically backfeed capable. NEC 2014 705.12 (D) (4) Suitable for Backfeed. Circuit breakers, if backfed, shall be suitable for such operation. If terminals of circuit -breaker AFCls are marked "Line" and "Load," then the product is not backfeed capable. Today there are no known AC AFCI backfeed capable products in existence or planned, so Section 90.4 of the NEC code advises the inspector / AHJ to grant permission to use products that comply with the most recent previous edition of the Code. Until AC AFCI backfeed capable product is available, complying with NEC 2014 Section 705.12 (D) (6) is achieved by discretionary guidance per NEC 2014 Section 90.4 and referring to NEC 2011 Section 705.12, where AC Arc -Fault Circuit Protection is not a requirement for utility -interactive inverters. Code Reference 90.4 Enforcement. This Code may require new products, constructions, or materials that may not vet be available at the time the Code is adopted. In such event, the authority having jurisdiction may permit the use of the products, constructions, or materials that comply with the most recent previous edition of this Code adopted by the jurisdiction. NEC 2014 Section 690.11 DC Arc -Fault Circuit Protection This requirement is for direct current (DC) Arc -Fault Circuit protection, and only applies to systems with DC voltages abcve 80 VDC. Enphase Microinverter systems are exempted from this requirement as they always operate well below 80 VDC. The requirement is basically unchanged from the NEC 2011, and it is unnecessary to add DC AFCI to an Enphase Microinverter System installation. Code Reference 690.11 Arc -Fault Circuit Protection (Direct Current). Photovoltaic systems with do source circuits, do output circuits, or both, operating at a PV system maximum system voltage of 80 volts or greater, shall be protected by a listed (dc) arc -fault circuit interrupter, PV type, or other system components listed to provide equivalent protection. H L�v/Tn,[E�1 JUN " I1-UU� FOR C�PL.IANCE 2014 Enphase Energy Inc. All rights reserved. March 2014 01 0 3 2 01 5 raE �1942015RI NEC 2014 — Enphase System Code Compliance Overview This technical brief discusses new NEC 2014 requirements that apply to Enphase Microinverter Systems. It is useful for installers, electricians, and electrical inspectors or authorities having jurisdiction (AHJs) for understanding how code -compliance is handled where NEC 2014 is adopted. Main topics discussed in this document are: • NEC 2014 Section 690.12 Rapid Shutdown of PV Systems on Buildings NEC 2014 Section 705.12 Point of Connection • NEC 2014 Section 690.11 DC Arc -Fault Circuit Protection NEC 2014 Section 690.12 Rapid Shutdown of PV Systems on Buildings Enphase Microinverter Systems fully meet this rapid shutdown requirement, without the need to install additional electrical equipment. Properly labeling the PV system power source and rapid shutdown ability is required per NEC Section 690.56 (B) and (C). Solar electric PV systems with Enphase Microinverters have one utility -interactive inverter directly underneath each solar module, converting low voltage DC to utility grid -compliant AC. When the utility grid is available and the sun is shining, each microinverter verifies that the utility grid is operating within the IEEE 1547 requirements. Only then does it export AC power into the electric service for use by loads onsite or export power to the utility grid for others to use. When the utility grid has a failure, or the PV system AC circuits are disconnected from the utility service via an AC breaker, AC disconnect or removal of the solar or main utility service meter, the microinverters stop producing AC power in fewer than six AC cycles. Enphase Microinverters are not capable of operating as an AC voltage source. This means that without an AC utility source, Enphase Microinverters are not able to energize connected wiring and no AC voltage or current can be injected into the PV system AC circuits or the grid. When the AC utility source is removed from the PV system AC circuits via any means, such as an AC breaker, AC disconnect, or removal of the solar or main utility service meter, this equipment performs the rapid shutdown function per 690.12. With an Enphase Microinverter System this shutdown occurs well within the 690.12 required 10 seconds, and there are no other conductors energized more than 1.5 m (5 ft) in length inside a building or more than 3 m (10 ft) from a PV array. Code Reference 690.12 Rapid Shutdown of PV Systems on Buildings. PV system circuits installed on or in buildings shall include a rapid shutdown function that controls specific conductors in accordance with 690.12(1) through (5) as follows. (1) Requirements for controlled conductors shall apply only to PV system conductors of more than 1.5 m (5 ft) in length inside a building, or more than 3 m (10 ft) from a PV array. (2) Controlled conductors shall be limited to not more than 30 volts and 240 volt-amperes (�E9 \V/TE%V1 pjDconductor within 10seconds rapid shutdown initiation. (3) Voltage and poww er shall be measured between any two conductors and between any N ii ZQ;S and ground. JU (4) The rapid shutdown initiation methods shall be labeled in accordance with 690.56(8). (5) Equipment that performs the rapid shutdown shall be listed and identified. FOR C MPLIANCE © 2014 Enphase Energy Inc. All rights reserved. March 2014 0 19 32 015 PIE 01 9 4 2 0 15 j'CUF INSTALLATION MANUAL Enphase Engage TM Cable and Accessories JU'262015 FOR �E COMPLIANCE 141-00016, Rev 03 932015 m1&cRsggrit[a Ir1¢ta tion C f: # 1 Connector Spacing Options The gap between connectors on the Engage Cable can be either 1.025 metres (40") or 1.7 metres (67"). The 1.025 metre spacing is best suited for connecting PV modules installed in portrait orientation, while the 1.7 metre gap is best suited to PV modules installed in landscape orientation. Cabling with connectors spaced at 1.025 metre for PV modules in portrait orientation x-1.025 melres —i 1, �-1.025 metres Cabling with connectors spaced at 1 7 metres for PV modules in landscape orientation � I 1 ] metres 1 7 metres Voltage Types and Conductor Count D EMPNE (� &COMPLIANCE 6 2015 FO The voltage types are either single-phase or three-phase. All Engage Cable connectors bear labels indicating the voltage designation. Single-phase (3G2.5) Engage Cable includes three conductors. Three-phase (5G2.5) Engage Cable includes five conductors. Because Enphase microinverters output onto one phase, the 5G2.5 Engage Cable balances the phases by rotating conductor use from one microinverter to the next as shown in the following diagram. In the diagram, the three phases are labelled 1, 2, and 3. Connector Connector Connector 1 2 3 N G 1/N 2/N 3/N Treat all connector contacts as though they are live. The 5G2.5 Engage Cable drop connector contains two live phases. 6 Copyright © 2012 Enphase Energy 141-00016 Rev 03 01932015 61 Cable and Accessories Installation n 5 wt- Installation t Installation Procedure Installing the Enphase Engage Cable and Accessories involves several key steps: 1. Measure AC at the Electricity Network Connection 2. Install the AC Branch Circuit Junction Box 3. Position the Enphase Engage Cable 4. Attach the Microinverters to the Mounting Rail 5. D-ess the Enphase Engage Cable 6. Terminate the Unused End 7. Connect the Engage Cable to AC Junction Box(es) 8. Verification and Commissioning Risk of Electrical Shock. Due to presence of exposed conductors, DO NOT connect the Enphase Microinverters to the electricity network or energize the main AC circuit(s) until you complete all of the installation procedures as described in the following sections. Step 1 — Measure AC at the Electricity Network Connection Measure the AC line voltage at the electricity network connection to confirm that it is within range. Acceptable ranges are shown in the following table. Single -Phase Service Three -Phase Service L' to neutral 207 to 253 Vac L1 to L2 to L3360 to 440 Vac Lt, L2, L3 to neutral 207 to 253 Vac 117� .'Til NOTE: Be sure the Engage Cable you are using matches the electricity network connection at the site. Use 5G2.5 Engage Cable at sites with three-phase (and neutral) service, or use 3G2.5 Engage Cable at sites with single-phase service. Check the labelling on the drop connectors to verify the voltage type. r= NOTE: Enphase microinverters are designed to operate phase -to -neutral. When multiple phases are present at sites with single-phase service, connect only one phase to each microinverter branch. Connecting multiple phases to a microinverter branch circuit will damage or destroy the microinverters. n�C �, /CODF 6 20151FC COMR.IANCE 10 .� Copyright 0 2012 Enphase Energy 141-00016 Rev 03 F LE X 93201��(_lF Photovoltaic Mounting Systems 01 9 42 0 15 Y'Elt Technical Data Mid -Clamp Item Number Name Description 4FR-MID-01 Module Mid -Clamp (Framed) Clicks onto the S:FLEX Solar Mounting System rails to secure the modules B-4FR-MID-01 Black Anodized Module Mid -Clamp (Framed) with the rails. This height adjustable C-4FR-MID-01 Clear Anodized Module Mid -Clamp (Framed) Mid -Clamp fits all current module frames. Standard Box Quantity: 20 units Extrusion Material Aluminum 6063-T6 Hardware Material 18-8 Stainless Steel Hardware M8x35 mm Buttonhead Bolt Frame Thickness with M8 Square Nut Tool Required for 5 mm Metric Allen Key Installation 0.75 in Total Weight 0.09 lbs Required Torque 7 Ib -ft Frame Thickness 1.10 in to 2.00 in Range Required Rail Length 0.75 in Uplift Capacity for 909 lbs J" Design Ultimate Uplift Load 1,818 lbs RMAERJIK� i I JUIN 2CANCE FORCODE 0 1.58" 1.61" 00 a) MADE IN ENGI�IE�9ED - P p INGAIIMANV ©SREx 01/2013 /design and englneanng is subject to change inquirypsflex.com w .sflexxom u s A. 3� ,S)FIEX Item Number Name Description V-WEEB-CCR WEEB-CCR The Burndy/Wiley WEEB-CCR Clip locks T- Bolt, Nut Grounding Clip with our Mid -Clamps onto our S:FLEX rails Solar Mounting System. V-TEK-STAR and grounds the modules to the S:FLEX with Star Solar Mounting System. Material Stamped Stainless Steel Certification ETL Listed Weight 0.01 lbs each Standard Quantity: 100 units Item Number Name Description V-WEEB-LUG WEEB Lug - The Burndy/Wiley WEEB-CCR Clip locks 15.8 including with our Mid -Clamps onto our S:FLEX rails T- Bolt, Nut and grounds the modules to the S:FLEX and Washers Solar Mounting System. Material Tin Plated Copper Hardware 18-8 Stainless Steel Hardware for Rail M8x25mm T -Bolt with Flat Washer, Connection Split Locking Washer, and Hex Nut Certification ETL Listed, Outdoor Use Weight 0.15 lbs each Standard Quantity: 10 units Item Number Name Description V-TEK-STAR TEK-Screw Grounding of Splice 13 and Splice 19. with Star Washer Material Stainless Steel Standard Quantity: 10 units 01 9 32 0 15 COY Photovoltaic Mounting Systems 01942015rEV Technical Data Grounding 0 S:FLEX 01/2013 / design and engineering is subject to change inquiry@silex.com w .sflex.eom mnoe Iry ENGINE@flEo — � ° IN Gg71MANY 0 sA. 01932015��E Photovoltaic Mounting Systems 01 9 4 2 0 15 �E�C FLEX Technical Data Rail ST -AK 19/66 Item Number Name Description 019 -XXX 001* Rail ST AK 19/66 Extruded aluminum rails for various S:FLEX Solar Mounting System designs. Quantity: 2 rails * "XXX" represents inches (e.g. 019-164-001 Is a 164" or 13'8" rail) Extrusion Material Aluminum 6063-T6 Height x Width 2.598 in x 1.22 in Weight 0.682 lbs per ft Minimum Order Quantity 500 lbs if Non -Standard Rail Lengths are Ordered Moment of Inertia, Ix 0.4858 in4 Section Modulus, S. .0.3714 in3 Various Lengths F�D� '_-.-� U uEwE D, J6/'2015 FOR CpM [ANCE M 00 rn url (V 1.22" MADE IN .� p ENGINE�.pE� 5 4 ©$:FLEX 012013 / design and engineenn9 is subject to change inquiry@sflex.com wvnvsflezmm IN GµErtdNv a -A. ;,;) I 01932015��E Photovoltaic Mounting Systems 01 9 4 2 0 15 �E�C FLEX Technical Data Rail ST -AK 19/66 Item Number Name Description 019 -XXX 001* Rail ST AK 19/66 Extruded aluminum rails for various S:FLEX Solar Mounting System designs. Quantity: 2 rails * "XXX" represents inches (e.g. 019-164-001 Is a 164" or 13'8" rail) Extrusion Material Aluminum 6063-T6 Height x Width 2.598 in x 1.22 in Weight 0.682 lbs per ft Minimum Order Quantity 500 lbs if Non -Standard Rail Lengths are Ordered Moment of Inertia, Ix 0.4858 in4 Section Modulus, S. .0.3714 in3 Various Lengths F�D� '_-.-� U uEwE D, J6/'2015 FOR CpM [ANCE M 00 rn url (V 1.22" MADE IN .� p ENGINE�.pE� 5 4 ©$:FLEX 012013 / design and engineenn9 is subject to change inquiry@sflex.com wvnvsflezmm IN GµErtdNv a -A. ;,;) I ,S)FLEX 01932015e Photovoltaic Mounting Systems 0 19 4 2 01 5 W6 Technical Data Angle Bracket Item Number Name Description 5AB-000-01 Angle Bracket Attaches with M8 -T -Bolt Assembly to S:FLEX rails and triangles as well as to B-5AB-000-01 Black Anodized Angle Bracket various standoffs or Flashing solutions C-5AB-000-01 Clear Anodized Angle Bracket Standard Box Quantity: 15 units Extrusion Material Aluminum 6063-T6 Hardware Material 18-8 Stainless Steel Hardware for Rail M8x25mm Bolt with Connection M8 serrated Flange Nut Tool Required for 13 mm Metric Installation Open Ended Wrench Suggested Hardware 3/8 Bolt or Less for Standoff Height x Width x 3.39 in x 1.97 in x Depth x Thickness --_--._ ----------- 1.83 in x 0.25-0.35 in Vertical Vertical Slot 1.18 in x 0.35 in Horizontal Slot 0.75 in x 0.44 in Total Weight 0.25 lbs _..._---------... --- -- -- . _ Required Torque 7 Ib -ft Uplift Capacity for 700 lbs Design Ultimate Uplift Load :,594 lbs FOR(nCLA © SILEX 01/2013 / design and eDjineering is subject to change inquiry@sflex.com www.sflex.com 1.83" 01 M MADE IN sopa ENGINEEaco IN Gk�,RMANY .. u s 'd' —ma� Item Number Name 6TA-025-01 M8 T -Bolt Hardware Assembly FLEX Description M8 T -Bolt Hardware Assemblies will connect the Angle Brackets, Diagonal Straps and other accessories to the channels of our S: FLEX rails. Other accessories include e.g. Micro -Inverters, Cable Trays, etc. Photovoltaic Mounting Systems 01 9 4 2 0 15 PLCE Technical Data Bolts & Nuts Material 18-8 Stainless Steel Type M8x25 mm T -Bolt 18-8 5/S M8 Serrated Flange Nut 18-8 S/S Tool Required 13mm Open Ended Wrench Weight 0.0382 lbs each assembly Standard Quantity: 100 units D EM[ D JUN 6 2015 1 FOR C(4Cd;;MCE MADE IN Sint �e"`6 ENGI�E(Op D 0 $:FLEX 01/2013 / design and engineering is subject to change inquiry w@sflex.com nsflex.com IN GE@r^, a s n �' - 5 )FLEX Item Number Name V -WIRE -CLIP -SS Wire Clip with Stainless Steel Core and EPDM Cushion JUX2? u -FOR COVWCE 01932015FH Photovoltaic Mounting Systems 01942015 PtU--, Technical Data Wire Management Description Wire Clip can safely hold wires in the channels of any of our S: FLEX rails. Designed with a stainless steel spring and EPDM cushion. Standard Quantity: 300 units Item Number Name Description V -WIRE -CLIP -2 Wire Clip Wire Clip can safely hold two wires in the channels of any of our S: FLEX rails. Standard Quantity: 100 units Item Number Name Description V -WIRE -TIE Cable Tie Cable tie can safely hold wires tied around the S:FLEX rails. Standard Quantity: 100 units MADE ENGINEi - s $:FLEX 01(2013 / desl9n and en9lneenn9 is subject to change inquiry@sflexcom wwwsFlex.com IN GganaNr u s d: $-t�= S'. FLEX 01932015 IRC Photovoltaic Mounting Systems 01 9 4 2 0 15 VUL Technical Data Cross Adapter Item Number Name Description 4CA-HDO 01 Cross Adapter Clicks onto the S:FLEX Solar Mounting System rails to secure rails with rails. Standard Box Quantity: 20 units Extrusion Material Aluminum 6063-T6 Hardware Material 18-8 Stainless Steel Hardware M8x20 mm Buttonhead Bolt with M8 Square Nut Tool Required for 5 mm Metric Allen Key Installation Total Weight 0.207 lbs Required Torque 7 Ib -ft Rail Connections 13/60 or 182/120 to and Load Capacities 19/66 or 182/120 or 41/80 to 280/123 182/120 or 280/123 (2) Cross Adapter 1,637 lbs 1,493 Itis Ultimate Uplift Load (2) Cross Adapter 732 Its 672 lbs Design Load (4) Cross Adapter 3,129 lbs 2,725 lbs Ultimate Uplift Load (4) Cross Adapter 1,413 lbs 1,212 lbs Design Load u li F4,r.EFW)q[-EED, JUN 6 2 015 FOR COMPLIANCE 1.57' Q SFLEx 01/2013 / design and engineering is subject to change inquiry@sflex.com w .sflexxom n ti 1.12" MAot IN ENGItIE ED IN6"NV Michael Kraemer 410 Elk Mountain Drive - Adjustable Array 1 message Doni <doni@sunsensesolar.com> To: Michael Kraemer<michael.kraemer@pitkincounty.com> Mike, For the PV project on 410 Elk Mountain Drive: ao�5- Pe�-P .com> 01 9 4 2 0 15 vl'U Thu, Jun 25, 2015 at 3:15 PM The array racking can be changed out to allow the both sub -arrays to be adjustable if the AHJ or the surrounding neighbors deem this to be necessary and/or obstructive to the surroundings. Please keep in mind that the arrays will be installed flush mounted and cannot be lowered any further than the existing pitch of the roof will allow (150). The arrays can be tilted up to 35° using the same attachment type. Please let me know if you have any questions and thanks again. Talk to you soon, Please think o? out envi c,n,m3ri bc,4(]r(7 lar ming Doni Nicoll Sunsense Inc. Logistics Manager & PV System Designer NABCEP Certified Solar PV Installation ProfessionalT"" Office: 970.963.1420 ext. 15 Cell: 720.212.6200 doni@sunsensesolar.c.om fl Nelson PitCo_Permit_6 22.2015-3 Site Plan -Exploded View.pdf 311K PQ, 71 J N 2! -20715 r,..... _,nmo� Fn,.,,•r. The SnapNrack line of solar mounting systems is designed to reduce total installation costs. The system features technical innovations proven on more than 350 MW of solar projects to simplify installation and reduce costs. Metal Roof Arrays Simplified The SnapNrack Series 500 Metal Roof Seam Clamp is a cost -optimized PV Mounting System for both residen- tial and commercial metal roof mount installations. The system was designed to allow the attachment of PV modules or PV mounting rails directly to a commercial grade standing seam metal roof without penetrating the metal or collapsing the ridge in the metal roof material. The design is simple and low cost, but very effective. The clamp is made from high tensile strength aluminum and has two models that will work with multiple metal roof designs including single and double rolled seams or similar designs. This allows a completely engineered system that is simple, robust, and efficient with the lowest possible total installed cost. • Attaches to the roof seam without penetrations • Tested on numerous roofing materials • Utilizes a single bolt to secure the clamp • Made from 6005 extruded aluminum • Cam design applies pressure evenly on seam • Clamps use 5/16" -18 bolt for clamping and mounting • 10 Year Material and Workmanship Warranty Patent Pending Design a Seam Clamp System in 3 Simple Steps: 1) Choose appropriate Clamp (By Profile or Chart) Double Lock Single Lock SnapLock IL Standard Base Wide Base Wide Base 2) Determine mounting configuration with SnapNrack Standing Seam Design Guide 3) Define Load to Calculate Clamp Quantity and Spacing 4) Place order with your distributor. Purchase material for a single project or order in bulk for additional savings Metal Roof Seam Clamp Guide SUMMARY OF TESTED SEAM PROFILES MANUFACTURER AEP PANEL NAME Design Span HP CLAMP Standard Base AEP Span -Lok Wide Base American Buildings Standing Seam II Standard Base Behlen 7L-24 Triple Lock Wide Base Berridge Zee -Lock Wide Base Barge Tioga Standard Base Butler MR -24 Standard Base Custom Silt Metals SL -1750 Standard Base Custom Wilt Metals CB -2000 Single Lock Wide Base Custom Bilt Metals CB -2000 Double Lock Standard Base Everlast Everseam Standard Base Fabral Thin Seam Standard Base Fabral Stand 'N Seam Standard Base Mastercraft Metals Seam -Loc 1000 Wide Base Mastercraft Metals Seam -Loc 1500 Wide Base Mastercraft Metals Seam -Loc 2000 Wide Base MBCI Double -Lok Standard Base MBCI Superi-ok Standard Base MBCI LokSeam Wide Base MBCI Ultra-Dek Standard Base MBCI Batten Lok Wide Base McElroy Masterl-ok FS Standard Base McElroy Maxima Wide Base Merchant & Evans Zip -Lok Single Lock Standard Base Merchant & Evans Zip -Lok Double Lock Standard Base Metal Sales Magna Loc Wide Base Metal Sales Vertical Seam Standard Base Nucor CFR Vise Lock Wide Base Nucor VR -16 II Vise Lock Wide Base VP Buildings SSR Standard Base Whirlwind Super Seam II Standard Base 019420 tai; Patent Pending Wide Base (877) 732-2860 www.SnapNrack.com JUS' 2 6 2015 .0 0 Printed on recyc.ed paper us ng soy based Inks n U 2015 by SnapNrack PV Mounting System. All rights reserved. FOR C MPLIANCE CUTTING EDGE TECHNOLOGY As a pioneer with four decades of experience in the development of photovoltaic systems, Kyocera drives the market as a leading provider of PV products. We demonstrate our Kaizen philosophy, or commitment to continuous improvement, by setting the industry standard in the innovation of best in -class solar energy equipment. QUALITY BUILT IN • UV -stabilized, anodized aluminum frame in black • Supported by major mounting structure manufacturers • Easily accessible grounding points on all four corners for fast installation • Proven junction box technology with 12 AWG PV wire works with transformerless inverters • Locking plug-in connectors provide safe, quick connections PROVEN RELIABILITY • Kyocera modules confirmed by the Desert Knowledge Australia Solar Centre to have the highest average output of any crystalline module • First module manufacturer in the world to pass long- term sequential testing performed byTOV Rheinland -This series construction also passed TOV Rheinland's Salt Mist Corrosion Test at Severity Level 6, the most intense test conditions available • Only module manufacturer to achieve the rank of "Performance Leader" in all six categories of GTM Research's 2014 PV Module Reliability Scorecard CERTIFICATIONS • UL1703 Certified and Registered, UL Module Fire Performance: Type 2, CEC • NEC2008 Compliant, IEC 61215161730, and ISO 14001 • IEC61701 Ed.2 Severity 6 (Salt Mist Corrosion Test) C UL US - 01942 01 5 C74 KD 200-60 F Series KD255GX-LFB2 KD260GX-LFB2 RD F� t"7 JU 6 , 215 FO Ct�MPLmu ELECTRICAL SPECIFICATIONS Pma, 255 260 W VmP 30.4 31.0 V ImP 8.39 8.39 A (1662mm(990mm)46mm) Weight: 44.1 IDS (20.Okg) PACKAGING SPECIFICATIONS Vol 37.6 38.3 V lay 9.09 9.09 A P.Granle +5/-0 +5/-0 % TN. 45 45 oC Pma, 184 187 W VmP 27.4 27.9 V (1662mm(990mm)46mm) Weight: 44.1 IDS (20.Okg) PACKAGING SPECIFICATIONS ImP 6.72 6.71 A Ire 0.06 0.06 %/°C Vam 34.4 35.1 V h� 7.36 7.36 A PTC 228.3 232.9 W Pma, -0.46 -0.45 %)°C VmP -0.52 -0.48 %/°C ImP 0.0065 0.02 %J°C (1662mm(990mm)46mm) Weight: 44.1 IDS (20.Okg) PACKAGING SPECIFICATIONS Veo -0.36 -0.36 %)°C Ire 0.06 0.06 %/°C Operating Temp -40 to +90 -40 to +90 oC Series Fuse Rating Maximum DC System Voltage (UL) Hailstone Impact '5ublect to si:nUNtor measurement uncerti aty o)+l- 3%, RVOCERA reserves the I -Ph1 to reodlfy these specifications Without n0tict- NEC 2008 COMPLIANT UL 1703 LISTED C �� as = 070914 15A 600 V in (25mm) @ 51 mp (23m)s) N \RNI 1G ol,,d11 t r-oon It n trpI IU tn M ndl L MAN,4 op rat- rg nyow a Solas mod ]les. 0 19 3 2 0 15 JUNCTION D� 6� Series ®1942 419a,- �'F MODULE CHARACTERISTICS per module: 60 (6 x 10) ICells Dimensions: 65.43in (38.98in 11.81 in length/width/height (1662mm(990mm)46mm) Weight: 44.1 IDS (20.Okg) PACKAGING SPECIFICATIONS COMPi.IANCE Modules per pallet: 20 Pallets per 53' container: 36 Pallet box dimensions: 66in(40in(47in length/width height (1675mm) 1005mm) 1175mm) Pallet box weight: 990lbs (450kg) POTTED JUNCTION BOXOPM mg p� CABLE W1 CONNECTOR LABEL STA B JUN.2U-015 FOR COMPi.IANCE STABILIZER BAR 0.4B"(12. 25-D 33. 9G"(99Gmm) Grountling Hole Grountling Hole Grountling Hale 06- (Mm) 0.19" (4 7.) 0.28' PA.) FRAME CROSS SECTION DIAGRAM G,d] ax -- LONG SIDE SHORT SIDE OUR VALUED PARTNER v Mounting Hale 0.35" Ran) ' 1. se'osma STABILIZER BAH 01932015 Ni 0 1 9 4 2 0 15 WC Enphas0 Microinverters Enphase° M250 The Enpll li Microinverter delivers increased energy harvest and reduces design and installation complexity with its all -AC approach. With the M250, the DC circuit is isolated and insulated from ground, so no Ground Electrode Conductor (GEC) is required for the microinverter. This further simplifies installation, enhances safety, and saves on labor and materials costs. The Enphase M250 integrates seamlessly with the Engage Cable, the Envoy Communications Gateway", and Enlighten®, Enphase's monitoring and analysis software. PRODUCTIVE. - Optimized for higher -power modules - Maximizes energy production - Minimizes impact of sFading, dust, and debris [e] enphaseB E N E R G Y SIMPLE No GEC needed for microinverter No DC design or string calculation required Easy installation with Engage Cable RELIABLE 4th -generation product More than 1 million hours of testing and 3 million units shipped Industry-leading warranty, up to 25 years J �2 6 H15 In; S�® FOR ODE COMPLIANCE c us CEC weighted efficiency, 240 VAC 96.5% CEC weighted efficiency, 208 VAC 96.0% Y) D Peak inverter efficiency 96.5% I n`J1 Static MPPT efficiency (weighted, reference EN50530) 99.4% JUN �N L 6 2015 �F Nighttime power consumption 65 mW max MECHANICAL DATA Ambient temperature range 0193201 Operating temperature range (internal) P Dimensions (WxHxD) 01042015NLE Weight 2.0 kg Enphase® M25O Microinverter // DATA Natural convection - No fans Enclosure environmental rating Outdoor - NEMA 6 INPUT DATA (DC) M250-60-2LL-S22/S23/S24 0.4-04, and 107.1-01 Recommended input power (STC) 210 - 300 W Maximum input DC voltage 48 V Peak power tracking voltage 27 V - 39 V Operating range 16 V - 48 V Min/Max start voltage 22 V / 48 V Max DC short circuit current 15 A Max input current 9.8 A OUTPUT DATA (AC) @208 VAC @240 VAC Peak output power 250 W 250 W Rated (continuous) output power 240 W 240 W Nominal output current 1.15 A (A rms at nominal duration) 1.0 A (A rms at nominal duration) Nominal voltage/range 208 V / 183-229 V 240 V / 211-264 V Nominal frequency/range 60.0/57-61 Hz 60.0 / 57-61 Hz Extended frequency range' 57-62.5 Hz 57-62.5 Hz Power factor >0.95 >0.95 Maximum units per 20 A branch circuit 24 (three phase) 16 (single phase) Maximum output fault current 850 mA rms for 6 cycles 850 mA rms for 6 cycles EFFICIENCY CEC weighted efficiency, 240 VAC 96.5% CEC weighted efficiency, 208 VAC 96.0% Y) D Peak inverter efficiency 96.5% I n`J1 Static MPPT efficiency (weighted, reference EN50530) 99.4% JUN �N L 6 2015 �F Nighttime power consumption 65 mW max MECHANICAL DATA Ambient temperature range -40°C to +65°C Operating temperature range (internal) -40°C to +85°C Dimensions (WxHxD) 171 mm x 173 mm x 30 mm (without mounting bracket) Weight 2.0 kg Cooling Natural convection - No fans Enclosure environmental rating Outdoor - NEMA 6 FEATURES Compatibility Compatible with 60 -cell PV modules. Communication Power line Integrated ground The DC circuit meets the requirements for ungrounded PV arrays in NEC 690.35. Equipment ground is provided in the Engage Cable. No additional GEC or ground is required. Monitoring Free lifetime monitoring via Enlighten software Compliance UL1741/IEEE1547, FCC Part 15 Class B, CAN/CSA-C22.2 NO. 0-M91, 0.4-04, and 107.1-01 ' Frequency ranges can be extended beyond nominal if required by the utility To learn more about Enphase Microinverter technology, [e] enphase- visit enphase.com E N E R c v 0 2013 Enphase Energy. All rights reserved. All trademarks or brands in this document are registered by their respective owner. 01932015f't';7t NEC 2014 — En a e%Ar?Co9e o plianQ(e NEC 2014 Section 705.12 Point of Connection Code Reference 705.12(D)(6) Wire Harness and Exposed Cable Arc -Fault Protection. A utility -interactive inverter(s) that has a wire harness or cable output circuit rated 240 V, 30 amperes, or less, that is not installed within an enclosed raceway, shall be provided with listed ac AFCI protection. This requires exposed AC cable systems, such as the Enphase Engage Cable, to be protected by AC Arc -Fault Circuit Interrupter (AC AFCI) protection devices in the AC panel. Since Enphase PAicroinverters are utility -interactive inverters that backfeed into the electrical service through the overcurrent protection device, any overcurrent protection devices with AC AFCI that are installed must be specifically backfeed capable. NEC 2014 705.12 (D) (4) Suitable for Backfeed. Circuit breakers, if backfed, shall be suitable for such operation. If terminals of circuit -breaker AFCls are marked "Line" and "Load," then the product is not backfeed capable. Today there are no known AC AFCI backfeed capable products in existence or planned, so Section 90.4 of the NEC code advises the inspector / AHJ to grant permission to use products that comply with the most recent previous edition of the Code. Until AC AFCI backfeed capable product is available, complying with NEC 2014 Section 705.12 (D) (6) is achieved by discretionary guidance per NEC 2014 Section 90.4 and referring to NEC 2011 Section 705.12, where AC Arc -Fault Circuit Protection is not a requirement for utility -interactive inverters. Code Reference 90.4 Enforcement. This Code may require new products, constructions, or materials that may not vet be available at the time the Code is adopted. In such event, the authority having jurisdiction may permit the use of the products, constructions, or materials that comply with the most recent previous edition of this Code adopted by the jurisdiction. NEC 2014 Section 690.11 DC Arc -Fault Circuit Protection This requirement is for direct current (DC) Arc -Fault Circuit protection, and only applies to systems with DC voltages abcve 80 VDC. Enphase Microinverter systems are exempted from this requirement as they always operate well below 80 VDC. The requirement is basically unchanged from the NEC 2011, and it is unnecessary to add DC AFCI to an Enphase Microinverter System installation. Code Reference 690.11 Arc -Fault Circuit Protection (Direct Current). Photovoltaic systems with do source circuits, do output circuits, or both, operating at a PV system maximum system voltage of 80 volts or greater, shall be protected by a listed (dc) arc -fault circuit interrupter, PV type, or other system components listed to provide equivalent protection. H L�v/Tn,[E�1 JUN " I1-UU� FOR C�PL.IANCE 2014 Enphase Energy Inc. All rights reserved. March 2014 01 0 3 2 01 5 raE �1942015RI NEC 2014 — Enphase System Code Compliance Overview This technical brief discusses new NEC 2014 requirements that apply to Enphase Microinverter Systems. It is useful for installers, electricians, and electrical inspectors or authorities having jurisdiction (AHJs) for understanding how code -compliance is handled where NEC 2014 is adopted. Main topics discussed in this document are: • NEC 2014 Section 690.12 Rapid Shutdown of PV Systems on Buildings NEC 2014 Section 705.12 Point of Connection • NEC 2014 Section 690.11 DC Arc -Fault Circuit Protection NEC 2014 Section 690.12 Rapid Shutdown of PV Systems on Buildings Enphase Microinverter Systems fully meet this rapid shutdown requirement, without the need to install additional electrical equipment. Properly labeling the PV system power source and rapid shutdown ability is required per NEC Section 690.56 (B) and (C). Solar electric PV systems with Enphase Microinverters have one utility -interactive inverter directly underneath each solar module, converting low voltage DC to utility grid -compliant AC. When the utility grid is available and the sun is shining, each microinverter verifies that the utility grid is operating within the IEEE 1547 requirements. Only then does it export AC power into the electric service for use by loads onsite or export power to the utility grid for others to use. When the utility grid has a failure, or the PV system AC circuits are disconnected from the utility service via an AC breaker, AC disconnect or removal of the solar or main utility service meter, the microinverters stop producing AC power in fewer than six AC cycles. Enphase Microinverters are not capable of operating as an AC voltage source. This means that without an AC utility source, Enphase Microinverters are not able to energize connected wiring and no AC voltage or current can be injected into the PV system AC circuits or the grid. When the AC utility source is removed from the PV system AC circuits via any means, such as an AC breaker, AC disconnect, or removal of the solar or main utility service meter, this equipment performs the rapid shutdown function per 690.12. With an Enphase Microinverter System this shutdown occurs well within the 690.12 required 10 seconds, and there are no other conductors energized more than 1.5 m (5 ft) in length inside a building or more than 3 m (10 ft) from a PV array. Code Reference 690.12 Rapid Shutdown of PV Systems on Buildings. PV system circuits installed on or in buildings shall include a rapid shutdown function that controls specific conductors in accordance with 690.12(1) through (5) as follows. (1) Requirements for controlled conductors shall apply only to PV system conductors of more than 1.5 m (5 ft) in length inside a building, or more than 3 m (10 ft) from a PV array. (2) Controlled conductors shall be limited to not more than 30 volts and 240 volt-amperes (�E9 \V/TE%V1 pjDconductor within 10seconds rapid shutdown initiation. (3) Voltage and poww er shall be measured between any two conductors and between any N ii ZQ;S and ground. JU (4) The rapid shutdown initiation methods shall be labeled in accordance with 690.56(8). (5) Equipment that performs the rapid shutdown shall be listed and identified. FOR C MPLIANCE © 2014 Enphase Energy Inc. All rights reserved. March 2014 0 19 32 015 PIE 01 9 4 2 0 15 j'CUF INSTALLATION MANUAL Enphase Engage TM Cable and Accessories JU'262015 FOR �E COMPLIANCE 141-00016, Rev 03 932015 m1&cRsggrit[a Ir1¢ta tion C f: # 1 Connector Spacing Options The gap between connectors on the Engage Cable can be either 1.025 metres (40") or 1.7 metres (67"). The 1.025 metre spacing is best suited for connecting PV modules installed in portrait orientation, while the 1.7 metre gap is best suited to PV modules installed in landscape orientation. Cabling with connectors spaced at 1.025 metre for PV modules in portrait orientation x-1.025 melres —i 1, �-1.025 metres Cabling with connectors spaced at 1 7 metres for PV modules in landscape orientation � I 1 ] metres 1 7 metres Voltage Types and Conductor Count D EMPNE (� &COMPLIANCE 6 2015 FO The voltage types are either single-phase or three-phase. All Engage Cable connectors bear labels indicating the voltage designation. Single-phase (3G2.5) Engage Cable includes three conductors. Three-phase (5G2.5) Engage Cable includes five conductors. Because Enphase microinverters output onto one phase, the 5G2.5 Engage Cable balances the phases by rotating conductor use from one microinverter to the next as shown in the following diagram. In the diagram, the three phases are labelled 1, 2, and 3. Connector Connector Connector 1 2 3 N G 1/N 2/N 3/N Treat all connector contacts as though they are live. The 5G2.5 Engage Cable drop connector contains two live phases. 6 Copyright © 2012 Enphase Energy 141-00016 Rev 03 01932015 61 Cable and Accessories Installation n 5 wt- Installation t Installation Procedure Installing the Enphase Engage Cable and Accessories involves several key steps: 1. Measure AC at the Electricity Network Connection 2. Install the AC Branch Circuit Junction Box 3. Position the Enphase Engage Cable 4. Attach the Microinverters to the Mounting Rail 5. D-ess the Enphase Engage Cable 6. Terminate the Unused End 7. Connect the Engage Cable to AC Junction Box(es) 8. Verification and Commissioning Risk of Electrical Shock. Due to presence of exposed conductors, DO NOT connect the Enphase Microinverters to the electricity network or energize the main AC circuit(s) until you complete all of the installation procedures as described in the following sections. Step 1 — Measure AC at the Electricity Network Connection Measure the AC line voltage at the electricity network connection to confirm that it is within range. Acceptable ranges are shown in the following table. Single -Phase Service Three -Phase Service L' to neutral 207 to 253 Vac L1 to L2 to L3360 to 440 Vac Lt, L2, L3 to neutral 207 to 253 Vac 117� .'Til NOTE: Be sure the Engage Cable you are using matches the electricity network connection at the site. Use 5G2.5 Engage Cable at sites with three-phase (and neutral) service, or use 3G2.5 Engage Cable at sites with single-phase service. Check the labelling on the drop connectors to verify the voltage type. r= NOTE: Enphase microinverters are designed to operate phase -to -neutral. When multiple phases are present at sites with single-phase service, connect only one phase to each microinverter branch. Connecting multiple phases to a microinverter branch circuit will damage or destroy the microinverters. n�C �, /CODF 6 20151FC COMR.IANCE 10 .� Copyright 0 2012 Enphase Energy 141-00016 Rev 03 0 0 3? 0 15 C' Cable and WskrW Ilytayaln J1C] C Technical Data Specification Value System temperature range (ambient) -40°C to +65°C (-40°F to 149°F) Engage Cable temperature rating 90°C Dry / 90°C Wet VDE License for 230V Cable 40033278 Engage Cable insulator rating H07-BQF 3G2.5 Environmental protection rating IEC 60529 IP67 UV exposure rating EN ISO 4892-2 Conductor gauge Single-phase 302,5 mm2 Three-phase 5G2,5 mm2 Maximum current carrying capacity of the Cable Single-phase 3G2,5 mm2 Three-phase 5G2,5 mm2 20 amperes 16 amperes Engage Cable bundle diameter 1.1 cm Drop connector dimensions 11.8 cm x 6.0 cm x 3.2 cm (4.64" x 2.36" x 1.25") Terminator dimensions 3.6 cm diameter x 5.1 cm tall (1.4" x 2") Engage Cable weight Approximate: —0.5 kg (1 Ib) per drop JUN!66 201; l F011 054 ANCE 20 Copyright © 2012 Fnphase Energy 141-00016 Rev 03 93201 r' Photovoltaic: Mountin�SVt�s lr 42 S N FLEX Technical Data End -Clamp Item Number Name Description 4FR-END-01 Module End -Clamp (Framed) Clicks onto the S:FLEX Solar Mounting System rails to secure the ends of the B-4FR-END-01 Black Anodized Module End -Clamp (Framed) modules with the rails. This height C-4FR-END-01 Clear Anodized Module End -Clamp (Framed) adjustable End -Clamp fits all current module frames. Standard Box Quantity: 10 units Extrusion Material Aluminum 6063-T6 Hardware Material 18-8 Stainless Steel Hardware M8x35 mm Buttonhead Bolt with M8 Square Nut Tool Required for Installation 5 mm Metric Allen Key Total Weight 0.165 Itis - Required Torque 7lb-ft Frame Thickness Range 1.22 in to 2.00 in� Required Rail Length 1.2 in Uplift Capacity for Design 287 lbs Ultimate Uplift Load 574 Ibs D�[���PJCC� V JUR G6 2015 � FOR C DE COMPLIANCE 1.38" (1,1 S:FLEX 01/2013 / design and ergineenng is subject to change inquiry@sflex.com w .sflexxom co M ,—I f ED no 1.30" MADE IN A ENGINEaRED INGEAMANY U 5 �A F LE X 93201��(_lF Photovoltaic Mounting Systems 01 9 42 0 15 Y'Elt Technical Data Mid -Clamp Item Number Name Description 4FR-MID-01 Module Mid -Clamp (Framed) Clicks onto the S:FLEX Solar Mounting System rails to secure the modules B-4FR-MID-01 Black Anodized Module Mid -Clamp (Framed) with the rails. This height adjustable C-4FR-MID-01 Clear Anodized Module Mid -Clamp (Framed) Mid -Clamp fits all current module frames. Standard Box Quantity: 20 units Extrusion Material Aluminum 6063-T6 Hardware Material 18-8 Stainless Steel Hardware M8x35 mm Buttonhead Bolt Frame Thickness with M8 Square Nut Tool Required for 5 mm Metric Allen Key Installation 0.75 in Total Weight 0.09 lbs Required Torque 7 Ib -ft Frame Thickness 1.10 in to 2.00 in Range Required Rail Length 0.75 in Uplift Capacity for 909 lbs J" Design Ultimate Uplift Load 1,818 lbs RMAERJIK� i I JUIN 2CANCE FORCODE 0 1.58" 1.61" 00 a) MADE IN ENGI�IE�9ED - P p INGAIIMANV ©SREx 01/2013 /design and englneanng is subject to change inquirypsflex.com w .sflexxom u s A. 3� ,S)FIEX Item Number Name Description V-WEEB-CCR WEEB-CCR The Burndy/Wiley WEEB-CCR Clip locks T- Bolt, Nut Grounding Clip with our Mid -Clamps onto our S:FLEX rails Solar Mounting System. V-TEK-STAR and grounds the modules to the S:FLEX with Star Solar Mounting System. Material Stamped Stainless Steel Certification ETL Listed Weight 0.01 lbs each Standard Quantity: 100 units Item Number Name Description V-WEEB-LUG WEEB Lug - The Burndy/Wiley WEEB-CCR Clip locks 15.8 including with our Mid -Clamps onto our S:FLEX rails T- Bolt, Nut and grounds the modules to the S:FLEX and Washers Solar Mounting System. Material Tin Plated Copper Hardware 18-8 Stainless Steel Hardware for Rail M8x25mm T -Bolt with Flat Washer, Connection Split Locking Washer, and Hex Nut Certification ETL Listed, Outdoor Use Weight 0.15 lbs each Standard Quantity: 10 units Item Number Name Description V-TEK-STAR TEK-Screw Grounding of Splice 13 and Splice 19. with Star Washer Material Stainless Steel Standard Quantity: 10 units 01 9 32 0 15 COY Photovoltaic Mounting Systems 01942015rEV Technical Data Grounding 0 S:FLEX 01/2013 / design and engineering is subject to change inquiry@silex.com w .sflex.eom mnoe Iry ENGINE@flEo — � ° IN Gg71MANY 0 sA. 01932015��E Photovoltaic Mounting Systems 01 9 4 2 0 15 �E�C FLEX Technical Data Rail ST -AK 19/66 Item Number Name Description 019 -XXX 001* Rail ST AK 19/66 Extruded aluminum rails for various S:FLEX Solar Mounting System designs. Quantity: 2 rails * "XXX" represents inches (e.g. 019-164-001 Is a 164" or 13'8" rail) Extrusion Material Aluminum 6063-T6 Height x Width 2.598 in x 1.22 in Weight 0.682 lbs per ft Minimum Order Quantity 500 lbs if Non -Standard Rail Lengths are Ordered Moment of Inertia, Ix 0.4858 in4 Section Modulus, S. .0.3714 in3 Various Lengths F�D� '_-.-� U uEwE D, J6/'2015 FOR CpM [ANCE M 00 rn url (V 1.22" MADE IN .� p ENGINE�.pE� 5 4 ©$:FLEX 012013 / design and engineenn9 is subject to change inquiry@sflex.com wvnvsflezmm IN GµErtdNv a -A. ;,;) I ,S)FLEX 01932015e Photovoltaic Mounting Systems 0 19 4 2 01 5 W6 Technical Data Angle Bracket Item Number Name Description 5AB-000-01 Angle Bracket Attaches with M8 -T -Bolt Assembly to S:FLEX rails and triangles as well as to B-5AB-000-01 Black Anodized Angle Bracket various standoffs or Flashing solutions C-5AB-000-01 Clear Anodized Angle Bracket Standard Box Quantity: 15 units Extrusion Material Aluminum 6063-T6 Hardware Material 18-8 Stainless Steel Hardware for Rail M8x25mm Bolt with Connection M8 serrated Flange Nut Tool Required for 13 mm Metric Installation Open Ended Wrench Suggested Hardware 3/8 Bolt or Less for Standoff Height x Width x 3.39 in x 1.97 in x Depth x Thickness --_--._ ----------- 1.83 in x 0.25-0.35 in Vertical Vertical Slot 1.18 in x 0.35 in Horizontal Slot 0.75 in x 0.44 in Total Weight 0.25 lbs _..._---------... --- -- -- . _ Required Torque 7 Ib -ft Uplift Capacity for 700 lbs Design Ultimate Uplift Load :,594 lbs FOR(nCLA © SILEX 01/2013 / design and eDjineering is subject to change inquiry@sflex.com www.sflex.com 1.83" 01 M MADE IN sopa ENGINEEaco IN Gk�,RMANY .. u s 'd' —ma� Item Number Name 6TA-025-01 M8 T -Bolt Hardware Assembly FLEX Description M8 T -Bolt Hardware Assemblies will connect the Angle Brackets, Diagonal Straps and other accessories to the channels of our S: FLEX rails. Other accessories include e.g. Micro -Inverters, Cable Trays, etc. Photovoltaic Mounting Systems 01 9 4 2 0 15 PLCE Technical Data Bolts & Nuts Material 18-8 Stainless Steel Type M8x25 mm T -Bolt 18-8 5/S M8 Serrated Flange Nut 18-8 S/S Tool Required 13mm Open Ended Wrench Weight 0.0382 lbs each assembly Standard Quantity: 100 units D EM[ D JUN 6 2015 1 FOR C(4Cd;;MCE MADE IN Sint �e"`6 ENGI�E(Op D 0 $:FLEX 01/2013 / design and engineering is subject to change inquiry w@sflex.com nsflex.com IN GE@r^, a s n �' - 5 )FLEX Item Number Name V -WIRE -CLIP -SS Wire Clip with Stainless Steel Core and EPDM Cushion JUX2? u -FOR COVWCE 01932015FH Photovoltaic Mounting Systems 01942015 PtU--, Technical Data Wire Management Description Wire Clip can safely hold wires in the channels of any of our S: FLEX rails. Designed with a stainless steel spring and EPDM cushion. Standard Quantity: 300 units Item Number Name Description V -WIRE -CLIP -2 Wire Clip Wire Clip can safely hold two wires in the channels of any of our S: FLEX rails. Standard Quantity: 100 units Item Number Name Description V -WIRE -TIE Cable Tie Cable tie can safely hold wires tied around the S:FLEX rails. Standard Quantity: 100 units MADE ENGINEi - s $:FLEX 01(2013 / desl9n and en9lneenn9 is subject to change inquiry@sflexcom wwwsFlex.com IN GganaNr u s d: $-t�= S'. FLEX 01932015 IRC Photovoltaic Mounting Systems 01 9 4 2 0 15 VUL Technical Data Cross Adapter Item Number Name Description 4CA-HDO 01 Cross Adapter Clicks onto the S:FLEX Solar Mounting System rails to secure rails with rails. Standard Box Quantity: 20 units Extrusion Material Aluminum 6063-T6 Hardware Material 18-8 Stainless Steel Hardware M8x20 mm Buttonhead Bolt with M8 Square Nut Tool Required for 5 mm Metric Allen Key Installation Total Weight 0.207 lbs Required Torque 7 Ib -ft Rail Connections 13/60 or 182/120 to and Load Capacities 19/66 or 182/120 or 41/80 to 280/123 182/120 or 280/123 (2) Cross Adapter 1,637 lbs 1,493 Itis Ultimate Uplift Load (2) Cross Adapter 732 Its 672 lbs Design Load (4) Cross Adapter 3,129 lbs 2,725 lbs Ultimate Uplift Load (4) Cross Adapter 1,413 lbs 1,212 lbs Design Load u li F4,r.EFW)q[-EED, JUN 6 2 015 FOR COMPLIANCE 1.57' Q SFLEx 01/2013 / design and engineering is subject to change inquiry@sflex.com w .sflexxom n ti 1.12" MAot IN ENGItIE ED IN6"NV PLANS Attached to Racking vain 14" Hwdwee - (Bolt, Nut, washers. and WEEB Ground Clip) C �\ PV MODULE Url4ec 8tlrfibuM Microlnwrter SMnrd�d (M -x50) Tap VW MICROINVERTER CONNECTION DETAIL Enphase Energy®, M250 CONNECTION DETAIL ACCEPTED ADDITIONAL CLAMP PROFILES TRA Snow & Sun, Inc. Attachment Details (Main Dwelling) SCALE- NTS Solar Module i. SOLAR PANEL - SIDE ELEVATION Cantilever detail. Module is not allowed to cantilever over ridge Boli Module — r, Solar Module )prox. 2-1/2" --S:Fbx Solar Racking L -Foot Black, �\ TRA Snow & Sun, Ire. -' SSM Clamp gI Rcol sMHMng I ' --_ (MlrpbNrooflng not aMwn) Standing Seam Metal Roof LJ Lam_ I --Roof Framing pw plan SOLAR PANEL CONNECTION DETAIL TRA Snow & Sun, Inc. SSM Clamp w/ S Flex Solar Racking 410 Elk Mountain Drtm Redstone, CO 81823 VMRD Dont Nicoll PV -S3 Ltl �J IftEnERAC oal be roque add luml1.. all tenor. ..It materials and epulpment, llarrelnd minor llama man. ryl l l ab film lullsath described orua With i iD m a Laid eal 'c I .r 1 to Ph Gonl l .I d ding hiB tracHm Th general cromards ofIM1 p I' rapply ^ or aIncrease ' the p e Ill nn bad system on madeatload side l arnt , denter �n lonswll be mode up, Uc toed cooped s, n.ancn croakers -an panelboarasem cars to alert memlcoana personnel about ne PV system anmedion, C 69, end the spenfic requirements ovine local utility company_ Mallon win 6L,,eN.,,lure 10 eIt— mMules to be resurrected cables oetore disconnecting 9muntl connection. Removal or connection 1 v moddlen v i shalnot n d the - integrity a utilitycompany regulations Firm interpretationswln M1 ey,AH.A n C t vin (y In g once he M1 I including any local amendmentsd A. Equipmentand materials shallb LIT listed for the use 'dranded, andfree Idb g or defeatThey shall comply cath the latest Industrystandards, la gTILT o3 tip I arry, fiber. do...ro ULn04 (Invariant) UL1741 (c D B ICC B. All components mal be ratedr the I in whichIMv are reardled.Th dunes had rating to, ducher wiring. wiring supports. mnnedom, inveaas, Como ners, are steal located outdoors shat be Proposal I not painted[ - 194CONTRACT DediBOB . A. Illustrate the general design and extent of pmddrAgmce repaired. All dimensions and locat0 nssnail be taken hem the Accustomed drawings, Studded drawings, and/or silavisit, 1,05 CHOP DRAWINGS A. Smbmt products data Small shop dr wicgs as mormored by the Architect lar the lnficke , 1_Pnolwollain are - 2 Anny combreer muctlon box, 3 header 4 Pepsi. in real breakers, and other asirnutoo components. sc d (split b It ampesaon exothermicetc) 6.PM 1,.c Hard, addo 9. Wrong Eynialgl. conductor TO concealed DO and An B. noel iy of specific equipmentis established by manufacturers catalog number Aferefignsto IM1a Per system or otherbuilding II A porminual.roord walls manding, g tl le .used W anysbnt hall be appoplandshedl no additionalp W the Owner C - Manufacturers Ilisted may arderatt pt approved frovall Requests For 'co - t'approved Iang' Four copies1 mod asub-fifirl must he received by the Engineer seven ( p working days prior'to Da date 1 as wARRABTr. A. Tha cartel Near be responsible for m ¢ e saactloperation of PV manday installed under this Contract Wts periodr the Pe mWulhallp 20 year invede,d all othercomponents nub tat 5y .Detective 't shall be ep - e comes t p 1 the 0wnqr I "OPERATING AND MAINTENANCE DATA-. A Provide the Owner with operating and marnamence - t ti (one copy) regVLds]far operdion angryPV system bouradd a notebook. 1 08 PERMITS: A1. 1 1 nu on,t .11 fie, taxes aembeF l floods., andmceoCome reported Oth predict t 9 COORDINATION A.Coordinate PV anderild inverter,d wiring runs with the, firchroutiong and Structural Plans aha M1I other trades terms, horizontal a verfical linesto av,,d,,t,aersnce add to proode functional had at11 scroll Vents elotnCl power characteristics Blore arlitureSequipment B. Examine the site and become aware olcising condtons shading aor'Icgly, and other issues agreeing the a lar a tery completion N me promo. 2aCONDUIT- A. me roti0wmg raceways are approved 1n use an this whored. where approved by the N E c.: 1. EMF'. EleddCel meiaulc wbma. gamam:m 2 GRQ Rime s1eH anon gemami ed 3.PVL'. par chloride amber[ schadute 40 (mtenor and underground loceeons oast IMC' Inlerediale molal conedurb vanlsd 2D2 W.rno A Cooperate halt be surplus,, IN for fide or 1 dog I the quantity ire and type rev' derthefirmandin Coadquesock shallre solidf No. 10AWGandsmauer, dr dol 8AW(rand[airger.All wing shallD rated for 90C, andsholl DeapPled using the 75C rating. See dual for tl raising. B. Cu I g ryconductors shall consul a I Rowe: 1.sgl M I exposed DO FRE -2 or USE21RHW 2. 2,DC wiring -In conduit THHNRHWN2 RHW2, XHHW-2 USE-21RHW-2. 3 A doming: AS listed and eluded in NEC Table 31013 (A). O.Color bound General Notes & Code Requirements SCALE: NTS 1 CurrenamusingDC wires shallb aO and while(the amended (I 2Counsel carrying AC w,res shallb a d per the NEC withl loc p t t 3 Granted arms shallabare green 2 03 CABLE ASSEMBLIES. A.MC cable assembliesman be d in the AC appers, distribution system(draloond mnN where approvedbythNE.L.'. 2.04 BOXES. A. Provae zalmovirdaeel ablarl bee,sept hereDlq.;r 'volel Bose, shall be a mlmmum P square 0r oproal 1. R vie, weamer-proof rypo day boxes with gasket add cast averplale for eatenor b tons BoFes spall be manuladurea by Raco. steH clry. National 0r equ a lent. 205LUGS A, Lugs In all equipment will be .also for the use. Lugs will be suitable as copper a aluminum conductors, raped for 75e. tae Py MoouLEs'. A. Thu Pv repappled, Says be constructed of Mdy ry lawdd siliconeu , a hewn orttne a a. The module, shall use a high l p cv,l lampigl The man of the modules shall be made of oweress landente B. Modules nail be listed in conforms in u L 1703. C PV Motiles shall be manuradunH byaddresses, Armed Canada, Suder 2aGintd n A Inverters shall DC to BD probe,An poster. The woularger a mfietive magrard shall ba as shownn demands The ts shall arlisted for use outside, each mounted -11 a single endoorry 3, Thoursomme asrprompt De andACTribunal DC and AC sage vmled , sessiontransformer, ground fault i ut interrupter. C. Second snail be aR(ed to UL 1741. D. Inverters shall be manufactured Dy sunFmer, Aumre Pwrer-Dne, SMA, ABB or equivalent. 2.06 SAFETY SWITCHES. A. Provide normal dark enclosed, ruslbla and nonlusible safety switches as indicated on the 10eins All r thesandgs er M Ing be rated d conditions SmIchey used as seper or aluminum nm -m elsaennecl Shall be As Ing area an labeled. nwc UL Ilslch greuntl bars as required by IM1I ion are4 cut hoedGround lugs and ghalnb marefactuwmcn arenot forthe, Coup,farenot allowed.TM1e switches snail be manufactured by square D, siemens G.E. aIle. Hammer or equivalent. 3 01 Wild NO A The fulIMm inschematic ielectrodesI gpatns,dneranl mnaun mL arc. conformanceIn the N E C am allowed, B.Circuits anall - N.4AWG a -gl strings,branchunder,l Wiring uRe s derated esrequiredby theBED, M ITpItl 1 1 conduit fill r[ p imelc cruel be applied metallic ill tubing "1 ded W be usedrall -' ' I' in y( 9. 10 n .EMT vb e 11 lullA ceptomp prohibited ort or IM1 n e exterior til EMT connections Shall p Nce.st connections Awe headersday lati y Exist Dc g shall b p e be a sprt bythe modu le r oallLstee no EST pipe p Tn EPOMRouv rals cable1 N n . UV rated usable ties am not addereadr, andraderlocations EDc wnngr between v ''d'l nue td- EMn'broader i'd . F Provide delflexiblemoconduit oa til l equipment where r oT 8 Id expected involving tracking am Samurai t Leads rtl ! t NEC d shallb tlen[fi o a as hand spenl or modulespower cable, su able let befinghand ee listed far outdoor es 1 tl proplight resstant A Equipment A Equipment ground amended pe NECA Riskery 250carrul add when a dl Iib gmyinifind condthatuctors IM1 g tl 's ml'nlcrruplM when gin tcarrying B. Leisure module installationre ppodsbucWre grail nn Ddalor ed Immpowep a ground d beforedisconnectingr ground connection R affect of ening grountla actio of any module or amponem aM1au not aped Onee-nregrN of inn and wing grwne ng n sRm L. Co groundv Is mall seruncom Luaus from inverterareune Buser esus mane Shall Connadions to panels shell use UL I'sletl annMors ral¢d for exterior ane, and shall b¢ ounteauembranc am shown thysastrawsartnot allowed. D . where dayl 1proground ductioelectrodes rquire amrcse ALrhes snail aonmrm to NEC sgoa]D 'mdralrgany lPROCEDURES sregmrea by inn ALL A False T-UPRaaf PROCEDURES A Follow during recommended ed at no m sMRmg a me egmvment damage untl duang da SU shall be relYacee at no expense b the owner. dM HANGERS AND SUPPORTS. A. Support modules, module racks, Inverters, contluR and other necessary egmpmenl from the structure As prevent sagging. swaying,and vibrations and arrangedtov a for aspaecon and contradon_Brackets clpand hangers shall Re 1uminum or Mail steel ofd type aqqybr to the Postpone— Chaipersud harrommy am netpermtted. 3.05 SLEEVES AND PLATES A,P a sit dIIn for A a t. Cull holes q' a for therstallater, or hangers required fthe Pv work. B. SSI sit piping p g through fdymwd construction with approved materialto maintain 'dght firessaged'teg- -n e u L l6leb assembly compatible with the and or floor assembly being penMrand END OF SECTION 16010 INDEX: PV E1 General Notes & Code Requirements ,V E2 Site Plan Pri Site Plan (Exploded View) PV -E4 Electrical Line Diagram Fal PV Electrical Calculations PV -E6 Plaque Details PV -E7 String Layout Diagram PV 51 Attachment La o1ur t of 2 Y ( ) PV 52 Attachment Layout (2 of 2) PV 53 Attachment Details PV S4 Rail/Racking Layout Pitkin County Adopted Codes: • 2009 International Building Code • 2009 International Residential Code • 2009 International Mechanical Code • 2009 International Plumbing Code If 2009 International Fuel & Gas Code 2009 International Energy Conservation Code • Pitki County Efficient Building Code 20 ational Electrical Code • htt I/www.aspenpitkin.com/Departments/Community-Development Pitkin-County/BuildingIBuilding-Energy-Codes/ Site Location: D L ?410Elk Mountain Or be P� )N 2p2015 )DE COMPLIANCE �' Cl i�0 410 Elk Mountain Drive Redstone, CC 81623 _Pilafs Doni Nicoll So Steven Haines con Mans a tGo spend t 546 pkWat rNuuaea. by a fir AN PV -E1 Note: Exploded View of Electrical Gear Location on Following Sheet (Sheet PV -E3) KEY: Main Dwelling—, Building Outline \ Electrical Gear Location i Panel and Utility Meter 'Point of Interconnection Rr / Solar Electric Modules — (21) Modules II i i I'I 3 Elk Mountain Drive / Site Plan SCALE: NTS 15 V 1ll5vfwL ;,,', JUN �� FOR COtll C v V i S s� �4 U D .6 U) / m O N � � C 15 V 1ll5vfwL ;,,', JUN �� FOR COtll C v V s� a= U D .6 U) / m O N � � C ZBE M I �MR, a � Z 717o l� m 0 O 410 Elk Mountain Drive Redstone, DO 81623 Dom Nicoll SuEsESteven Haines SHEET NUMBER PV -E2 /1 \ w area #of modules totalarea \ % inches 65.43 36.96 2550.46 8 2049369 feet 545 325 17.712 8 141.69 \ Utility Meter (Existing & Exterior) / Main Electrical Distribution Panel (Existing & Exterior) *POINT OF INTERCONNECTION BACK -FED SYSTEM 1 AC Disconnect (Non -Fused) Main Lug Only Panel (MLP 100A Rated, 100A Buss g (20A, 2 -Pole Breakers x 2) Main Dwelling Building Outline Solar Electric Modules w/ Enphase Microinverters (21) Flush Mounted Modules (Portrait Orientation) (21) Microinverters (One per Module) Rooftop J -Box S. r-, Transition from Enphase Engage Cable D to THWN-2, Conductors are in 3/4' EMT r� llllll! JVNr . I w area # of motlules total area View feet 5.45 inches 6543 38.96 255046 13 3315606 _Site Plan - Exploded 325 17.712 13 23025 SCALE: NTS Conduit Run (Externally and Internally Ran) a) KEY: w� rnwtui rvnmvw� NELSEN o n J Oa) �O) j m LNL (/Z wOK Rooftop J -Box S. r-, Transition from Enphase Engage Cable D to THWN-2, Conductors are in 3/4' EMT r� llllll! JVNr . I w area # of motlules total area View feet 5.45 inches 6543 38.96 255046 13 3315606 _Site Plan - Exploded 325 17.712 13 23025 SCALE: NTS Conduit Run (Externally and Internally Ran) a) I Doni Nicoll Steven Haines PV -E3 o n J Oa) �O) j m LNL (/Z wOK Q� W n WJ L] L co o T 410 Elk Mountain Drive Retlstone, CO 61623 I Doni Nicoll Steven Haines PV -E3 Typical (TYry it Modulerlinverters Typi el (TYP10 Madin.dini w y. ive Inverter Enphase Mic eavener M250 Utility Interactive w' VDC A240 VAC to WC 10 zoo VAC 1B 260 Watt 260 Watt 260 Watt 260 Watt 260 Watt `J TO GRID/ UTILITY �„ Holy Cross Energy Solar Electric --J EXJ Module Module e "sTeI, ��y_pa7 (1) #6 THWN-2 (90'C) Ground✓ �DC Vp (1) #B THWN-2 (90"C) Ground uliliry Meer (HCEI -- DC DC 1201240 DO Single (i) Phase 9 1 I „a Ir- E Tr c-r - � I AC A AC` Typical (TYry it Modulerlinverters Typi el (TYP10 Madin.dini Enphase Mic oinveder M250 Utt tyt ive Inverter Enphase Mic eavener M250 Utility Interactive Inventor VDC A240 VAC to WC 10 zoo VAC 1B 260 Watt 260 Watt 260 Watt 260 Watt 260 Watt 260 Watt Solar Elecinc Solar Electric I Solar Electric Solar Electrm Solar iectnc Solar Electric Module Motlule Module Module Module Module e "sTeI, ��y_pa7 (1) #6 THWN-2 (90'C) Ground✓ �DC Vp (1) #B THWN-2 (90"C) Ground x� DC DC DC DC DO m Y AC A AC` AC AC`T C` AC ` Z 1 , EXISTING/ I Electrical Distribution Panel MDP (EXISTING) 1 206A MCBs„zoBA Buss OI a cTwT rsss 30P I 'Pointofluterconnection y In -__ - - -- --- #6 U#6 Bare CU to Ground Rodes (Existing) O #6 Bare CU to Water Pipe (Existing) L [ 1 Jt t Lr to I P ys NF '10 5 -_E) a aril htdr,;t E , c,Se YnadJ bo tat GCC rzc Duni is xgcved I NoteAll Labebng, String Sizing Datells and Other Net. Shown on sheet PV -E6. Labels are In compliance to the NEC. All Components are NEC and UL compliant. Electrical Schematic & Calculations SCALE:NTS Tole r ilk- •0. "Jules. Typical (TYR) 2 Strings Enphase Engage Cable w/ 96 Bare Copper Ground 'See Installation Guide for further details 2 3 srnua(H1 v=n 2015 Junction Box Required Utility Accessible PV/AC Disconnect For trio S de Tav:Tp a t ust bel Lockable with visible open less than tQt p t I (ie Knife Blade) Pmtecr "riot on. o30A General Duty 6 240V/2 -Pole r (1) 3/4" EMT- 4A 46 Non -Fused wo (D U l (EI #10 THWPL2(90'q e "sTeI, ��y_pa7 (1) #6 THWN-2 (90'C) Ground✓ (3 #10THWN2(90-C)� Vp (1) #B THWN-2 (90"C) Ground (1) 314 EMT Electrical Schematic & Calculations SCALE:NTS Tole r ilk- •0. "Jules. Typical (TYR) 2 Strings Enphase Engage Cable w/ 96 Bare Copper Ground 'See Installation Guide for further details 2 3 srnua(H1 v=n 2015 Junction Box 410 Elk Mountain Drive (On Roup eaaaP.... Nicoll 0 r (1) 3/4" EMT- 4A 46 teven Haines wo (D U l (EI #10 THWPL2(90'q ��y_pa7 (1) #6 THWN-2 (90'C) Ground✓ Vp \ \�1 N m Y i L{n (_gra y`J a Z 1 w a � �..—�"1�20A/2POty-2_ MLO 5� a 0 - PV/AC Combiner Panel 0 r^ 100A Main/100A Bus ��' V PV -E4 410 Elk Mountain Drive Redstone, CO 81623 eaaaP.... Nicoll 0 r teven Haines PV -E4 Electrical Calculations & _Schematic Details_ SCALE'.NTS 5.46 kW PV System Details 3 Nema 3R with UL L'sted V -a Module Specs (KD260GX-LFB2) ® Vmp 31 0 Series Fuse Rating = IS A Imp = 8.39 Temp Coefficient VI"C = 0.1379 4A^ Van 383 � he = 9.09 Temperature and Irradiance Correctic m No temperature corrections apply - Module: are not Serie: Connected 4B 1 I Modules (w/ 11 Enphase Microinverters 240VAC) 1�UD ' jnVn� Maximum Inverter Output Current= 10 x 1.0 x 1.25 = 125 A I of 2 Branch Circuits (I I Modules/Branch) jh�1O V Operating Current (ADC) = 8.39 = Imp (8.39) x Num Of Strings (1) 5 Operating Voldge (VDC) = 31 = Vmp (31.0) x MOdulesBtrirg (1) Max Sys Voltage (VDC) = 38.3 = Vmax (38 3) x MOdules1String (1) Max Sys Current (ADC) = 124.9875 = kc (9.09) x Num of Swings (1 I) x 125 Max Sys Power (VV) = 2860.99 = Vmp (31 x Imp (8.39) x 4 Modules (11) 6 En hase MicroinvieffirteirArra Specs 2.6 WVVI- Module Specs (KD260GX-LFB2) VERB = 31.0 Series Fuse Rarrg = ISA 7 Imp = 8.39 Temp Coefficient VI"C = 0.1379 Von = 38.3 Ise = 9.09 Temperature and Irradiance Corrections IBNo temperature corrections apply- Modules are not Series Connected 10 Modules (w/ 10 Enphase Microinverters 240VAC) 2 of 2 Branch Circuits (10 ModuleaBranch) 9 Operating Current (ADC) = 839 = Imp (8.39) x Num of Swings (I) Operate, Voldge (VDC) = 31 = Vmp (31.0) x Modules/Swing (1) 6/21/2015 Max Sys voltage (VDC) = 3B.3 =Vmax (383) x ModuloslSumg (1) Max Sys Current (ADC) = 113,625 = Ise (909) x Num of Strings (10). 125 Max Sys Power PM = 26009 = Vmp (31 x Imp (839) x # Modules (I() Grid Tie Inverter (Located Underneath Solar Module on roof) 2 Enphase M250 60-2U S2LS23I524 240VAC Out (DC GFOI Protection) Maximum AC Continuous Output Current I.0 A Electrical Calculations & _Schematic Details_ SCALE'.NTS JUN FOR COOF QOh?PI LIANCE rpmr In'KINEk) f vJ\1 Junction Box/ Transition Box 3 Nema 3R with UL L'sted Trans don from PV Wire I USE to THW N-2 Located On rop of Roof Inverter Output Circuit (Branch Circuit #I) 4A^ #10-Copper-THHN.THWN.THWN-2 held. 6410 Capper Equip. Grnd � Maximum Inverter Output Current =11x I 0x1.25=1375A 3/4 Iry EMT Conduit LI,L2 L3, N,GRND Inverter Output Circuit (Branch Circuit#2) 4B #10 CopperTHHN,THWN. 71 -Vi BEEN, l a 38 Copper Equip. Grnd 1�UD ' jnVn� Maximum Inverter Output Current= 10 x 1.0 x 1.25 = 125 A I in. EMT Conduit LLL2. 0. N.G FUND jh�1O V AC Combiner Panel (Main Lug Only) 5 100 A Rated - 100 A Puss et. 20 A. 2 -Pole Back -fed Breakers (x2) Labeled per NEC AC Disconnecting Means (Non -Fused Disconnect) 6 Uvl Ir A ible (Exterior) & Lockable In OFF Position (Knife Nadel Lever -Style) labeled per Utility and NEC 'UTILLI PHOTOVOLTAIC SYSTEM DISCONNECT" AC Combiner Panel Output Circuit & AC Disconnect Output Circuit 7 #10-Copper-THHN, THWN.THWN-2 (#8-Copper-GRND) 3/4 in. EMT Conduit 1-I.1-2.N.GRND Main Electrical Distribution Panel (Back -Fed PV System) Distributor Panel Info: 200 A Busba0200 A Main Breaker 8 2 -pole 30 A ForkFedBreaker Labeled per NEC & Uvhry Requirements •Paint of CoNmR ttlan, 30A Beak -fed Breaker 9 Meter Housing labeled per NEC &Uvllry: "Warning Photovoltaic System Connecced" 6/21/2015 JUN FOR COOF QOh?PI LIANCE rpmr In'KINEk) f vJ\1 U L � rc (D w tt a) 1�UD ' jnVn� . U) jh�1O V Z 410 Elk Mountain Drive Redstone, CO 81623 ncri I;-EO Doni Nicoll "NrAt- teven Haines NW 1SHEET NUMBER. dss;LL_,aa PV—E5 PHOTOVOLTAIC SYSTEM CONNECTED PHOTOVOLTAIC • SYSTEM DISCONNECT PV System Plaque Details SCALE: NTS 0 • CONTIANS MULTIPLE POWER SOURCES THIS EQUIPMENT FED BY MULTIPLE POWER SOURCES. TOTAL RATING OF ALL OVERCURRENT DEVICES, EXCLUDING NAM SUPPLY OWRCURRENT DEVICE, SHALL NOT EXCEED AMPACITY OF BUSBAR ELECTRICAL SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH THE LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OPEN POSITION v U U D EMEWE J QN JUN 2 15BB = aBB FOR CO PLIANCE o a Z Q � J O 410 Elk Mountain Drive PV SYSTEM POWER SOURCE Doni Nicoll 0 • CONTIANS MULTIPLE POWER SOURCES THIS EQUIPMENT FED BY MULTIPLE POWER SOURCES. TOTAL RATING OF ALL OVERCURRENT DEVICES, EXCLUDING NAM SUPPLY OWRCURRENT DEVICE, SHALL NOT EXCEED AMPACITY OF BUSBAR ELECTRICAL SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH THE LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OPEN POSITION v U U D EMEWE J QN JUN 2 15BB = aBB FOR CO PLIANCE o a Z Q � J O 410 Elk Mountain Drive Redstone, CO 81623 PREP> EDBY Doni Nicoll NSESteven Haines ::54fi kW E.xuMaEa. IBSIT13 e. BII5111—B PV -E6 w 1 L0 N �w GENERAL NOTES: 1. Route and locate all conduit, combiner boxes, conductors, etc., as not to shade any solar modules and to allow operation of the module racking system. 2. All conductors are sized for voltage drop of less than 2% for the total runback to the inverter. 3. Array layout is shown for wiring purpose only. Please coordinate array mounting location and details with module racking drawings. ®I String Layout SCALE:NTS FOR C C _ tApt Ihf•9CE Branch Circuit 1 (11 Modules) Branch Circuit 2 (10 Modules) r -- ISSUE D�IGNER Lc o :a LL W a 2 w (n az0 CIO 410 Elk Mountain Drive Redstone, CO 61623 PaEOA EDEY Doni Nicoll Steven Haines PV -E7 LiKD260GX-LF92 Modules Roof Mount PV Array Mantling Seam Metal Roof, V-9" O.C. woof Pitch: 3/12 (15°) an Roof Height: 20'1 Array Weight (S:Flex Solar Mounting Systems) - rails: [S:Flex 0.682 Ib/ft] x 55.75 ft = 38.0215 lbs Q9 - seam clamps: 0.75 IDS max. x 22 pos. = 16.5 lbs �- solar modules: 44.1 Ibs x 8 = 352.8 lbs �- surface area: 17.712 x 8 = 141.69 sf Total weight = 407.3215 lbs psf: 2.87 6/22/20151 1' INSTALLATION NOTES: For splice kits, module to racking bonding and other equipment grounding requirements, WHERE, Manufacture Splice Kits and Bare CU will be utilized. Max. cantilever (end rail overhang) can be no greater than 16" from nearest roof attachment. inches 65.43 1 w 38,98 area 2550.46 I Nof modules 1 8 1 totalarea 1 20403 Met 5 45 3 25 17 712 8 141.699 16-54n 38'-7" o EME U J N26.?iii U FOR �DQ COMPLIANCE Attachment Layout (1 of 2) SCALE: N.T.S r J -Box / Rail Splice Kit Bonds 2 sections of ail IogeNer for continuous Gontling standprc soar Eleddc WEER Gra-dun,V Mdes 10 tationsRacking M.I 'Bonds PV Modules to Racking Solar Rail/Racking 20'-4"l^° Rel 9'-102 r 6'-841 '_._.._...III UPPER ROOFon 1 � J V)m K y �Z OLL R W � N aZ —o 1 a N J �F PRoaEIT.aaRFs `\ 410 Elk Mountain Drive Redstone, CO 81623 �— PA - �nDoni — Nicoll asteroid REPREsERT.Trve Steven Haines V M' Syste Co pets 546 kw Ni a—. pideal L182 11111 E. xuusrR. ekia �,w 1 PV—S1 11 9'-3$" 23'-6" 13'-2$" 1' LOWERROOF Attachment. Layout (2 of 7 SCALE N.T.S 22' EME J -Bax RaA Spl,ce KII. 6onJs 2 5 c cars 0, 'a" IogetM1er ror continuous bond'ug Sial VVEE6 cround'nq Allammems s ,ar Elecmc 'Bonds PV Modules m Racking �Mdde Solar Ra I/Racking 13 - KD260GX LFB2 Modules Flush Roof Mount PV Array Standing Seam Metal Roof, 1'-9" O.C. Roof Pitch: 3/12 (15°) Mean Roof Height: 15-0" PV Array Weight (S: Flex Solar Mounting Systems) - rails: [S:Flex 0.682 Ib/ft] x 88.75 ft = 60.5275 lbs - seam clamps: 0.75 lbs max. x 34 pcs. = 25.5 lbs - solar modules: 44.1 lbs x 13 = 573.3 lbs - surface area: 17.712 x 13 = 230.25 sf Total weight = 659.3275 lbs psf: 2.86 6122/201! INSTALLATION NOTES'. • For splice kits, module to racking bonding and other equipment grounding requirements, WEEBS, Manufacture Splice Kits and Bare CU vdll be utilized. • Max. cantilever (end rail overhang) can be no greater than 16" from nearest roof attachment. inehes 6543 w 38.98 area 1 2550.46 I # of modules 1 13 total area 33156.00 feetl 5.45 1 3.25 1 17.712 1 13 23025 r--,\ r;=- rmr�llnnf� ^. L JUSv,' CODE uld m."ml�nm rC vim,) o m /'li w rrc ad U) N nZ J' 410 Elk Mountain Drive Redstone, CO 81623 Doni Nicoll Steven Haines 'T" —syt c p ne is 54 aaruuueaa. me PV—S1 i �a M _— n m a- Solar Motlule� Solar Module r - Attached to Racking with %' Hardware S, s�� n0 S Flex Solar Racking (Bolt, Nut Washers, and WEEB Ground CII{ i V PV MODULE ,II e (� L -Foot Bracket S:Flex Solar Racking Solutions Standartl Rail S300,,P35ldge OorF4 0 er (P300, P350 or P400) Snap'N Rack 1 II 11 �$ a /SSM Clamp(47\\\! II ir�✓ Roof sheathing (shingles/roofing not shown) i1"' Standing Seam Metal Roof\ r L — — — — — — LL — — SOLAR PANEL CONNECTION DETAIL Snap'N Rack SSM Clamp w/ S:Flex Racking n15\"1I1L1/1VE D JUN 2015 D FOR CO& &PLIANCE Attachment Details (Main Dwelling) SCALE: NTS Top chord of Top View OPTIMIZER CONNECTION DETAIL SolarEdge Optimizer Connection Detail SOLAR PANEL - SIDE ELEVATION Cantilever detail. Module is not allowed to cantilever over ridge. 2-1/2" 410 EIk Mountain Drive Redstone, CO 81623 Doni Nicoll Steven Haines rK lao',Ii en 5 PV -S3 E 1 .= aaa rs Ltl �J IftEnERAC oal be roque add luml1.. all tenor. ..It materials and epulpment, llarrelnd minor llama man. ryl l l ab film lullsath described orua With i iD m a Laid eal 'c I .r 1 to Ph Gonl l .I d ding hiB tracHm Th general cromards ofIM1 p I' rapply ^ or aIncrease ' the p e Ill nn bad system on madeatload side l arnt , denter �n lonswll be mode up, Uc toed cooped s, n.ancn croakers -an panelboarasem cars to alert memlcoana personnel about ne PV system anmedion, C 69, end the spenfic requirements ovine local utility company_ Mallon win 6L,,eN.,,lure 10 eIt— mMules to be resurrected cables oetore disconnecting 9muntl connection. Removal or connection 1 v moddlen v i shalnot n d the - integrity a utilitycompany regulations Firm interpretationswln M1 ey,AH.A n C t vin (y In g once he M1 I including any local amendmentsd A. Equipmentand materials shallb LIT listed for the use 'dranded, andfree Idb g or defeatThey shall comply cath the latest Industrystandards, la gTILT o3 tip I arry, fiber. do...ro ULn04 (Invariant) UL1741 (c D B ICC B. All components mal be ratedr the I in whichIMv are reardled.Th dunes had rating to, ducher wiring. wiring supports. mnnedom, inveaas, Como ners, are steal located outdoors shat be Proposal I not painted[ - 194CONTRACT DediBOB . A. Illustrate the general design and extent of pmddrAgmce repaired. All dimensions and locat0 nssnail be taken hem the Accustomed drawings, Studded drawings, and/or silavisit, 1,05 CHOP DRAWINGS A. Smbmt products data Small shop dr wicgs as mormored by the Architect lar the lnficke , 1_Pnolwollain are - 2 Anny combreer muctlon box, 3 header 4 Pepsi. in real breakers, and other asirnutoo components. sc d (split b It ampesaon exothermicetc) 6.PM 1,.c Hard, addo 9. Wrong Eynialgl. conductor TO concealed DO and An B. noel iy of specific equipmentis established by manufacturers catalog number Aferefignsto IM1a Per system or otherbuilding II A porminual.roord walls manding, g tl le .used W anysbnt hall be appoplandshedl no additionalp W the Owner C - Manufacturers Ilisted may arderatt pt approved frovall Requests For 'co - t'approved Iang' Four copies1 mod asub-fifirl must he received by the Engineer seven ( p working days prior'to Da date 1 as wARRABTr. A. Tha cartel Near be responsible for m ¢ e saactloperation of PV manday installed under this Contract Wts periodr the Pe mWulhallp 20 year invede,d all othercomponents nub tat 5y .Detective 't shall be ep - e comes t p 1 the 0wnqr I "OPERATING AND MAINTENANCE DATA-. A Provide the Owner with operating and marnamence - t ti (one copy) regVLds]far operdion angryPV system bouradd a notebook. 1 08 PERMITS: A1. 1 1 nu on,t .11 fie, taxes aembeF l floods., andmceoCome reported Oth predict t 9 COORDINATION A.Coordinate PV anderild inverter,d wiring runs with the, firchroutiong and Structural Plans aha M1I other trades terms, horizontal a verfical linesto av,,d,,t,aersnce add to proode functional had at11 scroll Vents elotnCl power characteristics Blore arlitureSequipment B. Examine the site and become aware olcising condtons shading aor'Icgly, and other issues agreeing the a lar a tery completion N me promo. 2aCONDUIT- A. me roti0wmg raceways are approved 1n use an this whored. where approved by the N E c.: 1. EMF'. EleddCel meiaulc wbma. gamam:m 2 GRQ Rime s1eH anon gemami ed 3.PVL'. par chloride amber[ schadute 40 (mtenor and underground loceeons oast IMC' Inlerediale molal conedurb vanlsd 2D2 W.rno A Cooperate halt be surplus,, IN for fide or 1 dog I the quantity ire and type rev' derthefirmandin Coadquesock shallre solidf No. 10AWGandsmauer, dr dol 8AW(rand[airger.All wing shallD rated for 90C, andsholl DeapPled using the 75C rating. See dual for tl raising. B. Cu I g ryconductors shall consul a I Rowe: 1.sgl M I exposed DO FRE -2 or USE21RHW 2. 2,DC wiring -In conduit THHNRHWN2 RHW2, XHHW-2 USE-21RHW-2. 3 A doming: AS listed and eluded in NEC Table 31013 (A). O.Color bound General Notes & Code Requirements SCALE: NTS 1 CurrenamusingDC wires shallb aO and while(the amended (I 2Counsel carrying AC w,res shallb a d per the NEC withl loc p t t 3 Granted arms shallabare green 2 03 CABLE ASSEMBLIES. A.MC cable assembliesman be d in the AC appers, distribution system(draloond mnN where approvedbythNE.L.'. 2.04 BOXES. A. Provae zalmovirdaeel ablarl bee,sept hereDlq.;r 'volel Bose, shall be a mlmmum P square 0r oproal 1. R vie, weamer-proof rypo day boxes with gasket add cast averplale for eatenor b tons BoFes spall be manuladurea by Raco. steH clry. National 0r equ a lent. 205LUGS A, Lugs In all equipment will be .also for the use. Lugs will be suitable as copper a aluminum conductors, raped for 75e. tae Py MoouLEs'. A. Thu Pv repappled, Says be constructed of Mdy ry lawdd siliconeu , a hewn orttne a a. The module, shall use a high l p cv,l lampigl The man of the modules shall be made of oweress landente B. Modules nail be listed in conforms in u L 1703. C PV Motiles shall be manuradunH byaddresses, Armed Canada, Suder 2aGintd n A Inverters shall DC to BD probe,An poster. The woularger a mfietive magrard shall ba as shownn demands The ts shall arlisted for use outside, each mounted -11 a single endoorry 3, Thoursomme asrprompt De andACTribunal DC and AC sage vmled , sessiontransformer, ground fault i ut interrupter. C. Second snail be aR(ed to UL 1741. D. Inverters shall be manufactured Dy sunFmer, Aumre Pwrer-Dne, SMA, ABB or equivalent. 2.06 SAFETY SWITCHES. A. Provide normal dark enclosed, ruslbla and nonlusible safety switches as indicated on the 10eins All r thesandgs er M Ing be rated d conditions SmIchey used as seper or aluminum nm -m elsaennecl Shall be As Ing area an labeled. nwc UL Ilslch greuntl bars as required by IM1I ion are4 cut hoedGround lugs and ghalnb marefactuwmcn arenot forthe, Coup,farenot allowed.TM1e switches snail be manufactured by square D, siemens G.E. aIle. Hammer or equivalent. 3 01 Wild NO A The fulIMm inschematic ielectrodesI gpatns,dneranl mnaun mL arc. conformanceIn the N E C am allowed, B.Circuits anall - N.4AWG e -gl strings,branchunder,l Wiring uRe s derated esrequiredby theBED, M ITpItl 1 1 conduit fill r[ p imelc cruel be applied metallic ill tubing "1 ded W be usedrall -' ' I' in y( 9. 10 n .EMT vb e 11 lullA ceptomp prohibited ort or IM1 n e exterior til EMT connections Shall p Nce.st connections Awe headersday lati y Exist Dc g shall b p e be a sprt bythe modu le r oallLstee no EST pipe p Tn EPOMRouv rals cable1 N n . UV rated usable ties am not addereadr, andraderlocations EDc wnngr between v ''d'l nue td- EMn'broader i'd . F Provide delflexiblemoconduit oa til l equipment where r oT 8 Id expected involving tracking am Samurai t Leads rtl ! t NEC d shallb tlen[fi o a as hand spenl or modulespower cable, su able let befinghand ee listed far outdoor es 1 tl proplight resstant A Equipment A Equipment ground amended pe NECA Riskery 250carrul add when a dl Iib gmyinifind condthatuctors IM1 g tl 's ml'nlcrruplM when gin tcarrying B. Leisure module installationre ppodsbucWre grail nn Ddalor ed Immpowep a ground d beforedisconnectingr ground connection R affect of ening grountla actio of any module or amponem aM1au not aped Onee-nregrN of inn and wing grwne ng n sRm L. Co groundv Is mall seruncom Luaus from inverterareune Buser esus mane Shall Connadions to panels shell use UL I'sletl annMors ral¢d for exterior ane, and shall b¢ ounteauembranc am shown thysastrawsartnot allowed. D . where dayl 1proground ductioelectrodes rquire amrcse ALrhes snail aonmrm to NEC sgoa]D 'mdralrgany lPROCEDURES sregmrea by inn ALL A False T-UPRaaf PROCEDURES A Follow during recommended ed at no m sMRmg a me egmvment damage untl duang da SU shall be relYacee at no expense b the owner. dM HANGERS AND SUPPORTS. A. Support modules, module racks, Inverters, contluR and other necessary egmpmenl from the structure As prevent sagging. swaying,and vibrations and arrangedtov a for aspaecon and contradon_Brackets clpand hangers shall Re 1uminum or Mail steel ofd type aqqybr to the Postpone— Chaipersud harrommy am netpermtted. 3.05 SLEEVES AND PLATES A,P a sit dIIn for A a t. Cull holes q' a for therstallater, or hangers required fthe Pv work. B. SSI sit piping p g through fdymwd construction with approved materialto maintain 'dght firessaged'teg- -n e u L l6leb assembly compatible with the and or floor assembly being penMrand END OF SECTION 16010 INDEX: PV E1 General Notes & Code Requirements ,V E2 Site Plan Pri Site Plan (Exploded View) PV -E4 Electrical Line Diagram Fal PV Electrical Calculations PV -E6 Plaque Details PV -E7 String Layout Diagram PV 51 Attachment La o1ur t of 2 Y ( ) PV 52 Attachment Layout (2 of 2) PV 53 Attachment Details PV S4 Rail/Racking Layout Pitkin County Adopted Codes: • 2009 International Building Code • 2009 International Residential Code • 2009 International Mechanical Code • 2009 International Plumbing Code If 2009 International Fuel & Gas Code 2009 International Energy Conservation Code • Pitki County Efficient Building Code 20 ational Electrical Code • htt I/www.aspenpitkin.com/Departments/Community-Development Pitkin-County/BuildingIBuilding-Energy-Codes/ Site Location: D L ?410Elk Mountain Or be P� )N 2p2015 )DE COMPLIANCE �' Cl i�0 410 Elk Mountain Drive Redstone, CC 81623 _Pilafs Doni Nicoll So Steven Haines con Mans a tGo spend t 546 pkWat rNuuaea. by a fir AN PV -E1 Note: Exploded View of Electrical Gear Location on Following Sheet (Sheet PV -E3) KEY: Main Dwelling—, Building Outline \ Electrical Gear Location i Panel and Utility Meter 'Point of Interconnection Rr / Solar Electric Modules — (21) Modules II i i I'I 3 Elk Mountain Drive / Site Plan SCALE: NTS 15 V 1ll5vfwL ;,,', JUN �� FOR COtll C v V i S s� �4 U D .6 U) / m O N � � C 15 V 1ll5vfwL ;,,', JUN �� FOR COtll C v V s� a= U D .6 U) / m O N � � C ZBE M I �MR, a � Z 717o l� m 0 O 410 Elk Mountain Drive Redstone, DO 81623 Dom Nicoll SuEsESteven Haines SHEET NUMBER PV -E2 /1 \ w area #of modules totalarea \ % inches 65.43 36.96 2550.46 8 2049369 feet 545 325 17.712 8 141.69 \ Utility Meter (Existing & Exterior) / Main Electrical Distribution Panel (Existing & Exterior) *POINT OF INTERCONNECTION BACK -FED SYSTEM 1 AC Disconnect (Non -Fused) Main Lug Only Panel (MLP 100A Rated, 100A Buss g (20A, 2 -Pole Breakers x 2) Main Dwelling Building Outline Solar Electric Modules w/ Enphase Microinverters (21) Flush Mounted Modules (Portrait Orientation) (21) Microinverters (One per Module) Rooftop J -Box S. r-, Transition from Enphase Engage Cable D to THWN-2, Conductors are in 3/4' EMT r� llllll! JVNr . I w area # of motlules total area View feet 5.45 inches 6543 38.96 255046 13 3315606 _Site Plan - Exploded 325 17.712 13 23025 SCALE: NTS Conduit Run (Externally and Internally Ran) a) KEY: w� rnwtui rvnmvw� NELSEN o n J Oa) �O) j m LNL (/Z wOK Rooftop J -Box S. r-, Transition from Enphase Engage Cable D to THWN-2, Conductors are in 3/4' EMT r� llllll! JVNr . I w area # of motlules total area View feet 5.45 inches 6543 38.96 255046 13 3315606 _Site Plan - Exploded 325 17.712 13 23025 SCALE: NTS Conduit Run (Externally and Internally Ran) a) I Doni Nicoll Steven Haines PV -E3 o n J Oa) �O) j m LNL (/Z wOK Q� W n WJ L] L co o T 410 Elk Mountain Drive Retlstone, CO 61623 I Doni Nicoll Steven Haines PV -E3 Typical (TYry it Modulerlinverters Typi el (TYP10 Madin.dini w y. ive Inverter Enphase Mic eavener M250 Utility Interactive w' VDC A240 VAC to WC 10 zoo VAC 1B 260 Watt 260 Watt 260 Watt 260 Watt 260 Watt `J TO GRID/ UTILITY �„ Holy Cross Energy Solar Electric --J EXJ Module Module e "sTeI, ��y_pa7 (1) #6 THWN-2 (90'C) Ground✓ �DC Vp (1) #B THWN-2 (90"C) Ground uliliry Meer (HCEI -- DC DC 1201240 DO Single (i) Phase 9 1 I „a Ir- E Tr c-r - � I AC A AC` Typical (TYry it Modulerlinverters Typi el (TYP10 Madin.dini Enphase Mic oinveder M250 Utt tyt ive Inverter Enphase Mic eavener M250 Utility Interactive Inventor VDC A240 VAC to WC 10 zoo VAC 1B 260 Watt 260 Watt 260 Watt 260 Watt 260 Watt 260 Watt Solar Elecinc Solar Electric I Solar Electric Solar Electrm Solar iectnc Solar Electric Module Motlule Module Module Module Module e "sTeI, ��y_pa7 (1) #6 THWN-2 (90'C) Ground✓ �DC Vp (1) #B THWN-2 (90"C) Ground x� DC DC DC DC DO m Y AC A AC` AC AC`T C` AC ` Z 1 , EXISTING/ I Electrical Distribution Panel MDP (EXISTING) 1 206A MCBs„zoBA Buss OI a cTwT rsss 30P I 'Pointofluterconnection y In -__ - - -- --- #6 U#6 Bare CU to Ground Rodes (Existing) O #6 Bare CU to Water Pipe (Existing) L [ 1 Jt t Lr to I P ys NF '10 5 -_E) a aril htdr,;t E , c,Se YnadJ bo tat GCC rzc Duni is xgcved I NoteAll Labebng, String Sizing Datells and Other Net. Shown on sheet PV -E6. Labels are In compliance to the NEC. All Components are NEC and UL compliant. Electrical Schematic & Calculations SCALE:NTS Tole r ilk- •0. "Jules. Typical (TYR) 2 Strings Enphase Engage Cable w/ 96 Bare Copper Ground 'See Installation Guide for further details 2 3 srnua(H1 v=n 2015 Junction Box Required Utility Accessible PV/AC Disconnect For trio S de Tav:Tp a t ust bel Lockable with visible open less than tQt p t I (ie Knife Blade) Pmtecr "riot on. o30A General Duty 6 240V/2 -Pole r (1) 3/4" EMT- 4A 46 Non -Fused wo (D U l (EI #10 THWPL2(90'q e "sTeI, ��y_pa7 (1) #6 THWN-2 (90'C) Ground✓ (3 #10THWN2(90-C)� Vp (1) #B THWN-2 (90"C) Ground (1) 314 EMT Electrical Schematic & Calculations SCALE:NTS Tole r ilk- •0. "Jules. Typical (TYR) 2 Strings Enphase Engage Cable w/ 96 Bare Copper Ground 'See Installation Guide for further details 2 3 srnua(H1 v=n 2015 Junction Box 410 Elk Mountain Drive (On Roup eaaaP.... Nicoll 0 r (1) 3/4" EMT- 4A 46 teven Haines wo (D U l (EI #10 THWPL2(90'q ��y_pa7 (1) #6 THWN-2 (90'C) Ground✓ Vp \ \�1 N m Y i L{n (_gra y`J a Z 1 w a � �..—�"1�20A/2POty-2_ MLO 5� a 0 - PV/AC Combiner Panel 0 r^ 100A Main/100A Bus ��' V PV -E4 410 Elk Mountain Drive Redstone, CO 81623 eaaaP.... Nicoll 0 r teven Haines PV -E4 Electrical Calculations & _Schematic Details_ SCALE'.NTS 5.46 kW PV System Details 3 Nema 3R with UL L'sted V -a Module Specs (KD260GX-LFB2) ® Vmp 31 0 Series Fuse Rating = IS A Imp = 8.39 Temp Coefficient VI"C = 0.1379 4A^ Van 383 � he = 9.09 Temperature and Irradiance Correctic m No temperature corrections apply - Module: are not Serie: Connected 4B 1 I Modules (w/ 11 Enphase Microinverters 240VAC) 1�UD ' jnVn� Maximum Inverter Output Current= 10 x 1.0 x 1.25 = 125 A I of 2 Branch Circuits (I I Modules/Branch) jh�1O V Operating Current (ADC) = 8.39 = Imp (8.39) x Num Of Strings (1) 5 Operating Voldge (VDC) = 31 = Vmp (31.0) x MOdulesBtrirg (1) Max Sys Voltage (VDC) = 38.3 = Vmax (38 3) x MOdules1String (1) Max Sys Current (ADC) = 124.9875 = kc (9.09) x Num of Swings (1 I) x 125 Max Sys Power (VV) = 2860.99 = Vmp (31 x Imp (8.39) x 4 Modules (11) 6 En hase MicroinvieffirteirArra Specs 2.6 WVVI- Module Specs (KD260GX-LFB2) VERB = 31.0 Series Fuse Rarrg = ISA 7 Imp = 8.39 Temp Coefficient VI"C = 0.1379 Von = 38.3 Ise = 9.09 Temperature and Irradiance Corrections IBNo temperature corrections apply- Modules are not Series Connected 10 Modules (w/ 10 Enphase Microinverters 240VAC) 2 of 2 Branch Circuits (10 ModuleaBranch) 9 Operating Current (ADC) = 839 = Imp (8.39) x Num of Swings (I) Operate, Voldge (VDC) = 31 = Vmp (31.0) x Modules/Swing (1) 6/21/2015 Max Sys voltage (VDC) = 3B.3 =Vmax (383) x ModuloslSumg (1) Max Sys Current (ADC) = 113,625 = Ise (909) x Num of Strings (10). 125 Max Sys Power PM = 26009 = Vmp (31 x Imp (839) x # Modules (I() Grid Tie Inverter (Located Underneath Solar Module on roof) 2 Enphase M250 60-2U S2LS23I524 240VAC Out (DC GFOI Protection) Maximum AC Continuous Output Current I.0 A Electrical Calculations & _Schematic Details_ SCALE'.NTS JUN FOR COOF QOh?PI LIANCE rpmr In'KINEk) f vJ\1 Junction Box/ Transition Box 3 Nema 3R with UL L'sted Trans don from PV Wire I USE to THW N-2 Located On rop of Roof Inverter Output Circuit (Branch Circuit #I) 4A^ #10-Copper-THHN.THWN.THWN-2 held. 6410 Capper Equip. Grnd � Maximum Inverter Output Current =11x I 0x1.25=1375A 3/4 Iry EMT Conduit LI,L2 L3, N,GRND Inverter Output Circuit (Branch Circuit#2) 4B #10 CopperTHHN,THWN. 71 -Vi BEEN, l a 38 Copper Equip. Grnd 1�UD ' jnVn� Maximum Inverter Output Current= 10 x 1.0 x 1.25 = 125 A I in. EMT Conduit LLL2. 0. N.G FUND jh�1O V AC Combiner Panel (Main Lug Only) 5 100 A Rated - 100 A Puss et. 20 A. 2 -Pole Back -fed Breakers (x2) Labeled per NEC AC Disconnecting Means (Non -Fused Disconnect) 6 Uvl Ir A ible (Exterior) & Lockable In OFF Position (Knife Nadel Lever -Style) labeled per Utility and NEC 'UTILLI PHOTOVOLTAIC SYSTEM DISCONNECT" AC Combiner Panel Output Circuit & AC Disconnect Output Circuit 7 #10-Copper-THHN, THWN.THWN-2 (#8-Copper-GRND) 3/4 in. EMT Conduit 1-I.1-2.N.GRND Main Electrical Distribution Panel (Back -Fed PV System) Distributor Panel Info: 200 A Busba0200 A Main Breaker 8 2 -pole 30 A ForkFedBreaker Labeled per NEC & Uvhry Requirements •Paint of CoNmR ttlan, 30A Beak -fed Breaker 9 Meter Housing labeled per NEC &Uvllry: "Warning Photovoltaic System Connecced" 6/21/2015 JUN FOR COOF QOh?PI LIANCE rpmr In'KINEk) f vJ\1 U L � rc (D w tt a) 1�UD ' jnVn� . U) jh�1O V Z 410 Elk Mountain Drive Redstone, CO 81623 ncri I;-EO Doni Nicoll "NrAt- teven Haines NW 1SHEET NUMBER. dss;LL_,aa PV—E5 PHOTOVOLTAIC SYSTEM CONNECTED PHOTOVOLTAIC • SYSTEM DISCONNECT PV System Plaque Details SCALE: NTS 0 • CONTIANS MULTIPLE POWER SOURCES THIS EQUIPMENT FED BY MULTIPLE POWER SOURCES. TOTAL RATING OF ALL OVERCURRENT DEVICES, EXCLUDING NAM SUPPLY OWRCURRENT DEVICE, SHALL NOT EXCEED AMPACITY OF BUSBAR ELECTRICAL SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH THE LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OPEN POSITION v U U D EMEWE J QN JUN 2 15BB = aBB FOR CO PLIANCE o a Z Q � J O 410 Elk Mountain Drive PV SYSTEM POWER SOURCE Doni Nicoll 0 • CONTIANS MULTIPLE POWER SOURCES THIS EQUIPMENT FED BY MULTIPLE POWER SOURCES. TOTAL RATING OF ALL OVERCURRENT DEVICES, EXCLUDING NAM SUPPLY OWRCURRENT DEVICE, SHALL NOT EXCEED AMPACITY OF BUSBAR ELECTRICAL SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH THE LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OPEN POSITION v U U D EMEWE J QN JUN 2 15BB = aBB FOR CO PLIANCE o a Z Q � J O 410 Elk Mountain Drive Redstone, CO 81623 PREP> EDBY Doni Nicoll NSESteven Haines ::54fi kW E.xuMaEa. IBSIT13 e. BII5111—B PV -E6 w 1 L0 N �w GENERAL NOTES: 1. Route and locate all conduit, combiner boxes, conductors, etc., as not to shade any solar modules and to allow operation of the module racking system. 2. All conductors are sized for voltage drop of less than 2% for the total runback to the inverter. 3. Array layout is shown for wiring purpose only. Please coordinate array mounting location and details with module racking drawings. ®I String Layout SCALE:NTS FOR C C _ tApt Ihf•9CE Branch Circuit 1 (11 Modules) Branch Circuit 2 (10 Modules) r -- ISSUE D�IGNER Lc o :a LL W a 2 w (n az0 CIO 410 Elk Mountain Drive Redstone, CO 61623 PaEOA EDEY Doni Nicoll Steven Haines PV -E7 LiKD260GX-LF92 Modules Roof Mount PV Array Mantling Seam Metal Roof, V-9" O.C. woof Pitch: 3/12 (15°) an Roof Height: 20'1 Array Weight (S:Flex Solar Mounting Systems) - rails: [S:Flex 0.682 Ib/ft] x 55.75 ft = 38.0215 lbs Q9 - seam clamps: 0.75 IDS max. x 22 pos. = 16.5 lbs �- solar modules: 44.1 Ibs x 8 = 352.8 lbs �- surface area: 17.712 x 8 = 141.69 sf Total weight = 407.3215 lbs psf: 2.87 6/22/20151 1' INSTALLATION NOTES: For splice kits, module to racking bonding and other equipment grounding requirements, WHERE, Manufacture Splice Kits and Bare CU will be utilized. Max. cantilever (end rail overhang) can be no greater than 16" from nearest roof attachment. inches 65.43 1 w 38,98 area 2550.46 I Nof modules 1 8 1 totalarea 1 20403 Met 5 45 3 25 17 712 8 141.699 16-54n 38'-7" o EME U J N26.?iii U FOR �DQ COMPLIANCE Attachment Layout (1 of 2) SCALE: N.T.S r J -Box / Rail Splice Kit Bonds 2 sections of ail IogeNer for continuous Gontling standprc soar Eleddc WEER Gra-dun,V Mdes 10 tationsRacking M.I 'Bonds PV Modules to Racking Solar Rail/Racking 20'-4"l^° Rel 9'-102 r 6'-841 '_._.._...III UPPER ROOFon 1 � J V)m K y �Z OLL R W � N aZ —o 1 a N J �F PRoaEIT.aaRFs `\ 410 Elk Mountain Drive Redstone, CO 81623 �— PA - �nDoni — Nicoll asteroid REPREsERT.Trve Steven Haines V M' Syste Co pets 546 kw Ni a—. pideal L182 11111 E. xuusrR. ekia �,w 1 PV—S1 11 9'-3$" 23'-6" 13'-2$" 1' LOWERROOF Attachment. Layout (2 of 7 SCALE N.T.S 22' EME J -Bax RaA Spl,ce KII. 6onJs 2 5 c cars 0, 'a" IogetM1er ror continuous bond'ug Sial VVEE6 cround'nq Allammems s ,ar Elecmc 'Bonds PV Modules m Racking �Mdde Solar Ra I/Racking 13 - KD260GX LFB2 Modules Flush Roof Mount PV Array Standing Seam Metal Roof, 1'-9" O.C. Roof Pitch: 3/12 (15°) Mean Roof Height: 15-0" PV Array Weight (S: Flex Solar Mounting Systems) - rails: [S:Flex 0.682 Ib/ft] x 88.75 ft = 60.5275 lbs - seam clamps: 0.75 lbs max. x 34 pcs. = 25.5 lbs - solar modules: 44.1 lbs x 13 = 573.3 lbs - surface area: 17.712 x 13 = 230.25 sf Total weight = 659.3275 lbs psf: 2.86 6122/201! INSTALLATION NOTES'. • For splice kits, module to racking bonding and other equipment grounding requirements, WEEBS, Manufacture Splice Kits and Bare CU vdll be utilized. • Max. cantilever (end rail overhang) can be no greater than 16" from nearest roof attachment. inehes 6543 w 38.98 area 1 2550.46 I # of modules 1 13 total area 33156.00 feetl 5.45 1 3.25 1 17.712 1 13 23025 r--,\ r;=- rmr�llnnf� ^. L JUSv,' CODE uld m."ml�nm rC vim,) o m /'li w rrc ad U) N nZ J' 410 Elk Mountain Drive Redstone, CO 81623 Doni Nicoll Steven Haines 'T" —syt c p ne is 54 aaruuueaa. me PV—S1 i �a M _— n m a- Solar Motlule� Solar Module r - Attached to Racking with %' Hardware S, s�� n0 S Flex Solar Racking (Bolt, Nut Washers, and WEEB Ground CII{ i V PV MODULE ,II e (� L -Foot Bracket S:Flex Solar Racking Solutions Standartl Rail S300,,P35ldge OorF4 0 er (P300, P350 or P400) Snap'N Rack 1 II 11 �$ a /SSM Clamp(47\\\! II ir�✓ Roof sheathing (shingles/roofing not shown) i1"' Standing Seam Metal Roof\ r L — — — — — — LL — — SOLAR PANEL CONNECTION DETAIL Snap'N Rack SSM Clamp w/ S:Flex Racking n15\"1I1L1/1VE D JUN 2015 D FOR CO& &PLIANCE Attachment Details (Main Dwelling) SCALE: NTS Top chord of Top View OPTIMIZER CONNECTION DETAIL SolarEdge Optimizer Connection Detail SOLAR PANEL - SIDE ELEVATION Cantilever detail. Module is not allowed to cantilever over ridge. 2-1/2" 410 EIk Mountain Drive Redstone, CO 81623 Doni Nicoll Steven Haines rK lao',Ii en 5 PV -S3 E 1 .= aaa rs