Laserfiche WebLink
■ = A & R Scope `„I' <br /> = Existing or A&RSOLAR <br /> Others Scope <br /> 3211 Martin Luther King Jr Way S. <br /> Seattle,WA 98144(206)707-9937 <br /> A <br /> fF <br /> Supply Side Connection <br /> 705.11 THIS DRAWING CONSTITUTES THE <br /> CONFIDENT AL+�- &R SOLAR <br /> AND ITS RECEPTOR.POSSESSION ONN OF ADOES NOT <br /> String 1 \ �i CONFER ANY RIGHT IN OR LICENSE TO USE IT <br /> z OR THE INFORMATION DISCLOSED HEREIN <br /> + Z Located less than 10' M NOR ANY RIGHT TO REPRODUCE THIS <br /> 11 modules O A (Existing) 1 1 DRAWING OR ANY PART HEREIN WITHOUT <br /> QN -------------i from net meter and o\� Main Service Panel THE WRITTEN CONSENT OF A&R SOLAR. <br /> String 2 \ I less than 10' from tap i (1ph 240V Service) <br /> Main Breaker: 200A L <br /> 10 modules <br /> + I I I Bus Rating:200A <br /> T1--------- ------ . <br /> I <br /> 0 0 I M Q) <br /> #6 GEC 1 S -- <br /> = Service entrance conductors r) <br /> Neutral Bar 4/0 XHHW-2 U = <br /> W/ bonding jumper (Li & L2) Q `1 <br /> 00 <br /> 2/0 XHHW-2 �/ W o <br /> (N) i Y (V <br /> OM -�-+ 00 <br /> _ "o L -,I- U7 O" <br /> M � � N �vi < <br /> G� U -p ,1- <br /> C)C) r� <br /> 0 Equipment Schedule M rn <br /> � 0 L <br /> Ln <br /> a� <br /> Ref. Category Equipment QTY Watts Output AC # of M N Lu <br /> 1 Modules REC410AA Pure 21 OCPD <br /> Inverter Specs � � Voltage Inverters �� 00 � <br /> 2 Optimizers 5440 SolarEdge Optimizer 21 40111 4-J <br /> 3 Jbox JBox 2 Solar Edge SE7600H 7600 32 240 1 40 V fu <br /> 4 Inverters Solar Edge SE7600H 1 ****N/A**** 0 0 0 0 0 'n <br /> 5 Disconnect 60A 240V 2 Pole I Heavy Duty, Fuse, Lockable 1 C <br /> ****N A**** <br /> DisconnectFuse FLNR-40A Fuses for Disconnect (qty 1/pole) 2 0 0 0 0 0 a <br /> Monitoring SolarEdge Consumption Monitoring 1 Module Specs Wattsiwl Imp Vmp VOc ISc <br /> REVISIONS <br /> REC410AA Pure 410 9.61 42.7 49 10.35 Rev. #: Date: <br /> Temp. Adjusted 0 0 38.9 52.8 0 <br /> General Notes: <br /> 0 Conductor Schedule I Utility: SnoPUD Designed by: Tyler M. <br /> Summar Distance Current Operating Voltage V. Drop 1. EGC Where exposed to physical damage will be #6AWG Project Manager: <br /> Summary p g g p Bare CU AJ Mullen <br /> (ft) @125% Voltage Drop (total) 2. If installing conduit on the roof, maintain greater than 7/8" (615) 761-8685 <br /> A (2)#10 CU, (1)#6 EGC, PV Wire 600V, AIR 50 18.75A 400V 0.35% 1.12% above the surface <br /> ( ) ( ) 3. NEC 690.12: Rapid Shutdown initiated by loss of Grid or AC Current Date:May 26, 2023 <br /> B (2)#10 CU, (1)#10 EGC, THWN-2, 0.75"EMT(min) 50 18.75A 400V 0.35% Disconnect <br /> C 2 #8 CU 1 #8 N 1 #10 EGC THW2 0.75"EMT min 10 40A 240V 0.21% 4. For supply side taps, a #6 GEC (min.) will be run separately <br /> ( ) , ( ) , ( ) N- ( ) from the disconnect and connected to the grounding electrode E1 Single Line <br /> D (2)#8 CU, (1)#8 N, (1)#10 EGC, THWN-2, 0.75"EMT(min) 10 40A 240V 0.21% with an irreversible crimp <br />