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MLPE +- MLPE MLPE +- MLPE MLPE +- MLPE MLPE +- MLPE REVISION REV DATE DESCRIPTION A 9/11/2024 PERMIT PLANS DATE: 9/11/2024 DRAFTED BY: PRIYANGA CHECKED BY: JOHN NAME: VIETNAMESE ALLIANCE CHURCH OF ORANGE PROJECT NO: 2308-02 ADDRESS: 2130 N GRAND AVE, SANTA ANA, CA 92705. COORDINATES: 33.764726, -117.852604 APN: 396-191-44 AHJ: CITY OF SANTA ANA UTILITY: SCE 58.85kW DC (STC) SYSTEM, 55.16kW DC (PTC) VALUE, 50.00kW AC (NAMEPLATE) SYSTEM, 54.34 kW AC (CEC) VALUE MODULES: (107) ZNSHINE SOLAR ZXM7-SHLD144-550W INVERTER(S): (1) CHINT CPS SCA50KTL-DO/US-480 MLPE: (56) AP SMART RSD-D-20 PAGE NO: E-1.2 PROJECT INFORMATIONSYSTEM INFORMATIONCONTRACTOR INFORMATION THE INFORMATION CONTAINED IN THIS DRAWING IS PROPRIETARY AND CONFIDENTIAL AND SHALL ONLY BE USED FOR THE PURPOSES OF THIS PROJECT. ELECTRICAL MOUNTING DETAILS SCALE: NTS GROUND LUG DETAILS CONDUIT BODY GROUNDING DETAILS CONDUIT WALL ANCHORING TYPICAL DURA-BLOCK CONDUIT SUPPORT DETAIL LAYS IN LUGS ATTACHED USING THE FOLLOWING STAINLESS STEEL HARDWARE BOLT:1"L, #10-32,5/16" HEX HEAD NUT: #10,5/16" HEX HEAD WASHERS: STAR WASHER ON EACH SIDE BOLT WITH SERRATED NUT OR STAR LOCK WASHER PV MODULE OR RACKING BARE TINNED COPPER WIRE CONNECTION SIZED PER NEC TABLE 250.122 TIN PLATED COPPER LUG , LAY IN TYPE RATED FOR DIRECT BURIAL ILSCO CBL-4DBT OR EQUIV LOCK NUT CONDUIT COMPRESSION STRING ENCLOSURE WALL REPRESENTIVE CONDUCTORS CONTINUOUS GROUND STRIP INSULATION AT LUG GROUND BUSHING WITH LAY IN LUG ELECTRICAL CONDUIT CONDUIT STRAP ELECTRICAL CONDUIT ROUTED HORIZONTALLY OR VERTICALLY ON 1-5/18" UNISTRUT CHANNEL ANCHORED TO STRUCTURE USING FASTENER SPECIFICALLY INTENDED FOR THE WALL BUILDING WALL ROOF ELECTRICAL CONDUIT DURA BLOCK ROOF TOP SUPPORT AT EVERY 10'-0' OF CODUIT SLIP SHEET GROUNDING - SEE ELECTRICAL DIAGRAM AND ELECTRICAL DETAILS FOR MORE GROUNDING INFORMATION: 1.ONLY ONE CONNECTION TO DC CIRCUITS AND AC CIRCUITS WILL BE USED FOR SYSTEM GROUNDING (REFERENCED TO THE SAME POINT). 2.EQUIPMENT GROUNDING CONDUCTORS AND SYSTEM GROUNDING ELECTRODE CONDUCTORS WILL HAVE AS SHORT A DISTANCE TO THE GROUNDING CONNECTION POINT AS PRACTICABLE AND A MINIMUM NUMBER OF TURNS. 3.TO ENSURE PROPER GROUNDING, NON-CURRENT CARRYING METAL PARTS SHALL BE INSTALLED, NOTING THAT PAINT AND FINISH SHALL BE PROPERLY REMOVED WHERE IT MAY INSULATE AN ENCLOSURES BONDING CONNECTION.APPLY NO-LOX OR OTHER SIMILAR ANTI-OXIDANT COMPOUND TO EXPOSED SURFACES. 4.THE CONNECTION TO THE MODULE OF THE PROPOSED SOLAR ELECTRIC SYSTEM SHALL BE SO ARRANGED THAT REMOVAL OF A MODULE FROM THE PHOTOVOLTAIC SOURCE CIRCUIT DOES NOT INTERRUPT A GROUND TO ANOTHER PHOTOVOLTAIC SOURCE CIRCUIT. 5.GROUNDING SYSTEM COMPONENTS SHALL BE APPROVED FOR THEIR PURPOSE, INCLUDING BUT NOT LIMITED TO GROUND RODS, GROUNDING LUGS, GROUNDING CLAMPS, ETC. GROUNDING DEVICES EXPOSED TO THE ENVIRONMENT SHALL BE RATED FOR DIRECT BURIAL. 6.UNDERGROUND OR INACCESSIBLE CONNECTIONS OF GROUNDING CONDUCTORS SHALL ONLY BE MADE VIA EXO-THERMIC WELDS. THE USE OF MECHANICAL CONNECTIONS ARE ACCEPTABLE FOR ACCESSIBLE ABOVE GROUND LOCATIONS. 7.ALL METALLIC CONDUITS SHALL BE INSTALLED AND TERMINATED WITH INSULATED GROUND BUSHINGS. NOTE: DETAIL DRAWINGS ARE FOR REFERENCE ONLY ELECTRICAL MOUNTING DETAILS: STRINGING WIRING PV MODULE 2-TO-1 MLPE WITH MODULES WIRED IN SERIES. MOUNT CENTERED BETWEEN MODULE J-BOXES. REFER TO INSTALLATION MANUAL FOR BONDING INTER-ROW WIRING ROUTED THROUGH 1.25" EMT OR FLEX CONDUIT WITH CONDUIT BUSHINGS, SECURE CONDUIT TO RACKING LOOP WIRES AS NECESSARY. LOOP DIAMETER TO BE 3" OR LARGER CONNECTOR PV MODULE LEADS MLPE LEADS WIRES CLIPS MOUNTED ON THE MODULE FRAME OR RACKING RAIL. POSITION CLIPS TO REMOVE SLACK FROM THE WIRE AND KEEP CONNECTOR AND WIRING UP AGAINST THE MODULE. DO NOT OVERSTRESS THE WIRING AND CONNECTORS BY PULLING TOO TIGHT. 2130 N Grand Ave 10/1/2024