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.■ I S M SOLAR <br />SON: MOUNT <br />------------------------------------------- <br />BONDING MIDCLAMP ASSEMBLY <br />BONDING CONNECTION GROUND PATHS i W <br />INSTALLAT101"I buk : PAGE <br />------------------------------------------------------------- -----------------------------_-------- <br />O <br />FT ;_ <br />BONDING MIDCLAMP ASSEMBLY <br />Aluminum mid clamp with stainless steel bonding pins that pierce modute frame <br />anodization to bond module to module through clamp <br />Stainiess steel nut bonds aluminum ctamp to stainless steel T-bolt <br />Serrated T-bolt head penetrates raiL anodization to bond T-bolt, nut, clamp, and <br />modules to SM rail <br />E � j___ <br />SYS7M01.1110 e <br />BONDING MIDCLAMP <br />I(Irc otn ::ivvndluu• A <br />F.re Csvpry p+art <br />Lk <br />BONDING <br />MICROINVERTER SOL1Q111" <br />MOUNT <br />QS-ste ' <br />BONDING RAIL SPLICE BAR <br />��Bonding Hardware creates bond between spill, <br />oar and —h rod section <br />Aturn—m splice bar spans across rail gap to <br />create rail to rail bond. Rail on at least one side <br />of splice will be grounded <br />BONDING MICROINVERTER MOUNT <br />©Hex nut -In t,,I- loll w151er bends 1MJI <br />microinverter flaNe to stainless steel T-bolt <br />Serrated T Dolt Head penMrates rail anodization <br />Q <br />to bond T-bolt. nut, and L foot to grounded <br />SM raa - <br />RAILTO LFOOr . <br />0c,ING T.B <br />RAILTO L-FOOTw/BONDINGT BOLT <br />©serrated flange nut removes L foot anadirat— <br />to bond L-root to stainless steel T-tlplt <br />4 Serrated T-bolt head penevates rail arodizat- <br />m bond T-bolt. nut, and L-loot to grounded <br />SM rail <br />E <br />WEEBLUG (OR ILSCO LUG) <br />RACK SYSTEM GROUND <br />©WEE8 washer dimples pierce anodized rail to <br />create bond between rail and lint <br />©Solid copper wire connected to lug is routed to <br />provide final system ground connection. <br />ON: <br />, SM SOLAR ENDCLAMP, FIRST MODULE:w <br />MOUNT INSTALLATION -GUIDE-:- PAGE <br />o o e <br />1✓ <br />INSTALL MODULE END CLAMPS: The End <br />clamp is supplied as an assembly with a 1/2' <br />hex head bolt that is accessible at the ends of <br />rails.The clamp should be installed on the <br />rails prior to installing end modules. <br />1 <br />INSTALL FIRST MODULE: <br />Install the first end module <br />onto rails with the flange of <br />the module frame positioned <br />between end clamps an ends <br />of rails. <br />1 <br />MEN==' <br />INSTALL END CLAMPS ON RAIL: POSITION END CLAMPS: NOTE: To assist insertion of clamp into <br />Slide end clamp on to rail by Slide end clamp assembly rail slot, Pressure may be applied to <br />engaging the two t-guide brackets on to rail until bolt head top or side of bracket as shown. Do <br />with the top slot of the rails. I I engages with end of rail not farre clamp into rail by pushing <br />bolt is extended as far as possiule End clamps are positioned on on bolt with excessive force. <br />so that clamp is positioned at max. rails prior to the first end <br />distance from end of raiL module and prior to the last <br />—dule. <br />ENGAGE CLAMP: While holding module in position and with <br />flange in full contact with rail, rotate end clamp bolt until <br />clamp engages with flange to provide clamp force. <br />To ensure bolt is not over -torqued, use low torque setting <br />on drill or If using an impact driver, stop rotation as soon as <br />impact action of driver begins. <br />7l:uUE VALUE .:nd notes on P(r ziI <br />End clamp bolt . 5 ft-lbs Nn anti -seize <br />1 <br />I <br />0' <br />Ifs 1/I' <br />For best appearance, <br />position module Rush <br />with ends of rails. Rails <br />should not extend more <br />`s than 1/2' beyond module. <br />Module must be fully <br />supported by rails and <br />cannot overhang ends <br />of rails. <br />Lumio <br />SMART ENERGY TODAY <br />(SET) <br />1550 DIGITAL DR, LEHI, UT <br />84043, USA <br />SYSTEM INFO <br />(22) Q CELLS <br />Q.PEAK DUO BLK ML-G10+ <br />(400W ) <br />(22) ENPHASE <br />I108PLUS-72-2-US (240V) <br />DC SYSTEM SIZE: 8.800 kWDC <br />AC SYSTEM SIZE: 6.600 kWAC <br />REVISIONS <br />DESCRIPTION I DATE IREV <br />PROJECT NAME & ADDRESS <br />Q <br />W <br />cl <br />CD <br />00 <br />Cn <br />>Q O <br />N <br />� <br />o <br />LU <br />o <br />Z W W <br />W > L0 <br />W 'IT <br />LLJ <br />w <br />> .. <br />< it <br />cI— <br />c <br />o a <br />LULU <br />Lr) <br />(] <br />ti <br />Lfi <br />DATE: 11 /3/2022 <br />SHEET NAME <br />EQUIPMENT <br />SPECIFICATIONS <br />SHEET SIZE <br />ANSI B <br />11" X 17" <br />SHEET NUMBER <br />PV-19 <br />