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Report No. 102393982LAX-002 Page 3 of 138 Issued: 11-Apr-2016 Report No. 102393982LAX-002 Page 4 of 138 Issued: 11-Apr-2016 <br /> Unirac, Inc Revised: 5-Oct-2022 Unirac, Inc Revised: 5-Oct-2022 <br /> BLUE RAVEN <br /> 2.0 Product Description 2.0 Product Description <br /> Product Photovoltaic Mounting System, Sun Frame Microrail Installation Guide, PUB2022SEP28 Models Unirac SFM 1403 N.Research Way <br /> Brand name Unirac Model Similarity NA Orem,UT 84097 <br /> 800.377.4480 <br /> The product covered by this report is the Sun Frame Micro Rail roof mounted Photovoltaic WWW.BLUERAVENSOLAR.COM <br /> Rack Mounting System. This system is designed to provide bonding and grounding to Fuse Rating: 30A CONFIDENTIAL-THE INFORMATION <br /> photovoltaic modules. The mounting s employs anodized or mill finish aluminum brackets HEREIN CONTAINED SHALL NOT BE <br /> p 9 stem Y p Y USED FOR THE BENEFIT OF ANYONE <br /> that are roof mounted using the slider, outlined in section 4 of this report. There are no rails Module Orientation: Portrait or Landscape EXCEPT BLUE RAVEN SOLAR NOR <br /> within thisroduct,whereas the 3" Micro Rail, Floating Splice, and 9"Attached Splice Maximum Module Size: 17.98 ft2 SHALL IT BE DISCLOSED IN WHOLE OR <br /> p 9 p p IN PART TO OTHERS OUTSIDE <br /> electrically bond the modules together forming the path to ground. UL2703 Design Load Rating: 33 PSF Downward, 33 PSF Upward, 10 PSF Down-Slope RECIPIENTS ORGANIZATION,EXCEPT <br /> Tested Loads-50 psf/2400Pa Downward, 50psf/2400Pa Uplift, 15psf/720Pa Down Slope IN CONNECTION WITH THE SALE AND <br /> USE OF THE RESPECTIVE EQUIPMENT, <br /> The Micro Rails are installed onto the module frame by using a stainless steel bolt anodized Trina TSM-255PD05.08 and Sunpower SPR-E20-327 used for Mechanical Loading WITHOUT THE WRITTEN PERMISSION <br /> OF BLUE RAVEN SOLAR LLC. <br /> with black oxide with a stainless type 300 bonding pin, torqued to 20 ft-lbs, retaining the <br /> modules to the bracket. The bonding pin of the Micro Rail when bolted and torqued, penetrate Increased size ML test: <br /> the anodized coating of the photovoltaic module frame (at bottom flange)to contact the metal, Maximum Module Size: 22.3 ft' NABCEP <br /> creating a bonded connection from module to module. UL2703 Design Load Rating: 113 PSF Downward, 50 PSF Upward, 30 PSF Down-Slope <br /> Description LG355S2W-A5 I CERTIFIED <br /> The grounding of the entire system is intended to be in accordance with the latest edition of the used for Mechanical Loading test. <br /> 9 9 Y PV INSTALLATION <br /> National Electrical Code, including NEC 250: Grounding and Bonding, and NEC 690: Solar Mounting configuration: Four mountings on each long side of panel with the longest span of 24" PROFESSIONAL <br /> Photovoltaic Systems or the Canadian Electrical Code, CSA C22.1 Part 1 in accordance to the UL2703 Design Load Rating: 46.9 PSF Downward, 40 PSF Upward, 10 PSF Down-Slope Scott Gurney <br /> revision in effect in the jurisdiction in which the project resides. Any local electrical codes must LG395N2W-A5, #PV-011719-015866 <br /> be adhered in addition to the national electrical codes. The GroundingLu Is secured to the LG360S2W-A5 and LG355S2W-A5 used for used for Mechanical Loading test. <br /> g CONTRACTOR: <br /> photovoltaic module, torqued in accordance with the installation manual provided in this Mounting configuration: Six mountings for two modules used with the maximum span of 74.5" BRS FIELD OPS <br /> document. IEC 61646 Test Loads- 112.78 psf/5400Pa Downward, 50psf/2400Pa Uplift 385-498-6700 <br /> Other optional grounding includes the use of the Enphase UL2703 certified grounding system, Ratings Mechanical Load test to add FlashLoc Slider and Trim Assemblies to UL2703 and IEC 61646 <br /> which requires a minimum of 2 micro-inverters mounted to the same rail, and using the same Certifications, & Increase SFM System UL2703 Module Size: <br /> engage cable. Maximum Module Size: 27.76 ft2 <br /> UL2703 Design Load Rating: 113 PSF Downward, 50 PSF Upward, 21.6 PSF Down-Slope <br /> Jinko Eagle 72HM G5 used for Mechanical Loading test. <br /> Mounting configuration: Four mountings on each long side of panel with the longest span of 24" <br /> Mamzimum module size: 21.86 ft2 <br /> IEC 61646 Test Loads- 112.78 psf/5400Pa Downward, 75psf/3600Pa Uplift <br /> SunPower model SPR-A430-COM-MLSD used for Mechanical Loading <br /> Fire Class Resistance Rating: <br /> -Class A for Steep Slope Applications when using Type 1 Modules. Can be installed at any <br /> interstitial gap. Installations must include Trim Rail. <br /> -Class A for Steep Slope Applications when using Type 2 Modules. Can be installed at any <br /> interstitial gap. Installations must include Trim Rail. <br /> -Class A Fire Rated for Low Slope applications with Type 1 or 2 listed photovoltaic modules. <br /> This system was evaluated with a 5"gap between the bottom of the module and the roof's <br /> surface <br /> See section 7.0 illustractions# 1, 1 a and 1 b for a complete list of PV modules evaluated with DRAWING BY: <br /> these racking systems <br /> PLOT DATE: <br /> Other Ratings NA <br /> PROJECT NUMBER: <br /> SHEET NAME: <br /> SPEC SHEET <br /> REVISION: PAGE NUMBER: <br /> ED 16.3.15(1-Jul-2022)Mandatory ED 16.3.15(1-Jul-2022)Mandatory ---- SS <br />