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"ttli 'eiere.. <br />MODULE SPECIFICATION <br />MODULE MAKE <br />TRINA SOLAR <br />MODULE MODEL <br />TSM-DE09C.07 390 <br />FSEC CERTIFICATION <br />PMAX (STC) <br />390 <br />W <br />VOC (STC) <br />40.80 <br />V <br />VMPP (STC) <br />33.80 <br />V <br />ISC (STC) <br />12.14 <br />A <br />IMPP (STC) <br />11.54 <br />A <br />NOCT <br />43 <br />C <br />TC ISC <br />0.0400 <br />%/K <br />TC VOC <br />-0.2500 <br />%/K <br />TC PMPP <br />-0.3400 <br />%/K <br />OPERATING TEMP. <br />-40-+85 <br />C <br />SAFETY LABELS AND MARKINGS GENERAL NOTES: <br />1. EQUIPMENT SUCH AS INVERTERS AND SOLAR MODULES HAVE <br />PRE -APPLIED LABELS FOUND HEREIN SHALL BE APPLIED TO SUCH <br />EQUIPMENT FOR INFORMATIONAL PURPOSES, <br />2. LABELS AND MARKINGS SHALL BE APPLIED TO COMPONENTS IN <br />ACCORDANCE WITH THE CURRENTLY ADOPTED EDITION OF NEC. <br />3. ALL REQUIRED PRODUCT SAFETY AND WARNING SIGNAGE SHALL BE UV <br />RESISTANT OUTDOOR -RATED LAMINATED VINYL IN ACCORDANCE WITH <br />ANSI Z535.4-2011. <br />4. ALL LABELS SHALL BE REFLECTIVE PER NFPA 11.12 <br />SAFETY LABELS AND MARKINGS LEGEND <br />A. LOCATION OF SERVICE DISCONNECTING MEANS. APPLY TO MAIN <br />SERVICE DISCONNECTING MEANS AND PV DISCONNECTING MEANS AT <br />POCC. <br />MAIN SERVICE DISCONNECT MARKING <br />A LABEL SHALL BE PERMANENTLY AFFIXED TO THE MAIN SERVICE <br />DISCONNECT PANEL SERVING ALTERNATING CURRENT (AC) AND DIRECT <br />CURRENT (DC) PHOTOVOLTAIC SYSTEMS. THE LABEL SHALL BE RED WITH <br />WHITE CAPITAL LETTERS AT LEAST 3/4 IN. IN HEIGHT AND IN A <br />NONSERIF FONT, TO READ: "WARNING: PHOTOVOLTAIC POWER SOURCE." <br />THE MATERIALS USED FOR THE LABEL SHALL BE REFLECTIVE, WEATHER <br />RESISTANT, AND SUITABLE FOR THE ENVIRONMENT. <br />RAPID SHUTDOWN MEANS MARKING <br />A PERMANENT LABEL SHALL BE AFFIXED ADJACENT TO THE CIRCUIT <br />DISCONNECTING MEANS SERVING AC AND DC PHOTOVOLTAIC SYSTEMS. <br />THE LABEL SHALL HAVE BE REFLECTIVE WITH ALL LETTERS CAPITALIZED <br />AND HAVING A MINIMUM HEIGHT OF 3/8", IN A BLACK ON YELLOW <br />BACKGROUND FOR THE FIRST LINE, THE REAMING TEXT MUST BE <br />UPPERCASE AT LEAST 3/16" HIGH IN BLACK ON WHITE BACKGROUND. <br />THE LABEL SHALL BE CONSTRUCTED OF DURABLE ADHESIVE MATERIAL <br />OR OTHER APPROVED MATERIAL. <br />INVERTER SPECIFICATION <br />INVERTER MAKE <br />ENPHASE <br />INVERTER MODEL <br />IQ8PLUS-72-2-US <br />MAX AC POWER OUTPUT <br />300 <br />VA <br />MAX. INPUT VOLTAGE <br />60 <br />V <br />NOM. DC VOLTAGE @ 240V <br />240 <br />V <br />NOM. AC VOLTAGE <br />25-58 <br />V <br />MAX. CONTINUOUS OUTPUT CURRENT <br />1.21 <br />A <br />MAX. DC CURRENT <br />15.0 <br />A <br />MAX. DC POWER (STC) <br />440 <br />W <br />CEC EFFICIENCY <br />97 <br />IN AN EMERGENCY CONTACT <br />US SOLAR <br />1-800-351-3430 <br />SOLAR PHOTOVOLTAIC SYSTEM <br />Ai <br />-WARNING- <br />AUTHORIZED PERSONNEL ONLY <br />RATED AC CURRENT: 22.7A <br />NOMINAL AC VOLTAGE: 240V <br />LOCATION: MAIN PV PANEL <br />PHOTOVOLTAIC DISCONNECT <br />Ai <br />-WARNING- <br />ELECTRIC SHOCK HAZARD <br />DO NOT TOUCH TERMINALS. TERMINALS ON <br />BOTH THE LINE AND LOAD SIDES MAY BE <br />ENERGIZED IN THE OPEN POSITION. <br />LOCATION: AC DISCONNECT(S) <br />NOTES: <br />1. ALL ASPECTS OF THE ELECTRICAL WORK REQUIRED TO COMPLETE THE PROJECT REPRESENTED IN THIS DOCUMENT <br />SHALL COMPLY WITH THE MANUFACTURERS RECOMMENDATIONS/SPECIFICATIONS AND ALL CODES, STATUES AND <br />STANDARDS ADOPTED BY THE STATE AND THE LOCAL AUTHORITY HAVING JURISDICTION. <br />2. ALL COMPONENTS MUST BE GROUNDED PER NEC 690.43. <br />3. ALL EQUIPMENT SHALL BE LISTED PER NEC 690.4(D). <br />4. THE INFORMATION PROVIDED IN THESE DOCUMENTS IS NOT EXHAUSTIVE. IT REMAINS THE CONTRACTORS <br />RESPONSIBILITY TO ACHIEVE THE PROPOSED INSTALLATION, IN FULL EXERCISE OF AND COMPLIANCE WITH THE <br />ITEMS IDENTIFIED IN NOTE 1. <br />5. PER NEC 690.17 PROVIDE A WARNING SIGN AT ALL LOCATIONS WHERE TERMINALS OF THE DISCONNECTING <br />MEANS BE ENERGIZED IN THE OPEN POSITIONS. SIGN SHALL READ "WARNING -ELECTRIC SHOCK HAZARD - DO <br />NOT TOUCH TERMINALS - TERMINALS ON BOTH LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OPEN <br />POSITION OR EQUIVALENT. <br />6. PER NEC 705.10, PROVIDE A PERMANENT PLAQUE OR DIRECTORY SHOWING ALL ELECTRIC POWER SOURCES ON <br />THE PREMISES AT SERVICE ENTRANCE. <br />7. INTERCONNECTION METHOD SHALL COMPLY WITH NEC 705.12. <br />8. PV METER MAY OR MAY NOT BE REQUIRED BY THE AHJ AND/OR UTILITY FOR INTERCONNECTION. <br />9. CONDUCTOR SIZING OF THIS DESIGN IS BASED ON RACEWAYS LOCATED OUTSIDE ATTICS OR NOT EXPOSED <br />TO DIRECT SUNLIGHT. WHERE TWO DIFFERENT AMPACITIES APPLY TO ADJACENT PORTIONS OF A CIRCUIT, THE <br />HIGHER AMPACITY SHALL BE PERMITTED TO BE USED BEYOND THE POINT OF TRANSITION, A DISTANCE EQUAL TO <br />3.OM (10ft) OR 10 PERCENT OF THE CIRCUIT LENGTH FIGURED AT THE HIGHER AMPACITY, WHICH EVER IS LESS. <br />NEC 310,15 (B)(2) <br />10.ALL CONDUCTORS AND RACEWAYS SHALL BE SUPPORTED ON INTERVALS AND BY METHODS REQUIRED BY THE <br />NEC. <br />11. LINE TAPS TO BE MADE WITH ILSCO PBTD-3-3/0 NIMBUS INSULATED ALUMINUM MULTI -TAP CONNECTOR. <br />12. GFI BUILT IN TO ALL INVERTERS. <br />SAFETY LABELS <br />Ai <br />-WARNING- <br />ELECTRIC SHOCK HAZARD. THE DC <br />CONDUCTORS OF THIS PHOTOVOLTAIC <br />SYSTEM ARE UNGROUNDED AND <br />MAY BE ENERGIZED <br />AUTHORIZED PERSONNEL ONLY <br />LOCATION: DISCONNECTS, INVERTERS, <br />JUNCTION BOXES, OTHER ENCLOSES <br />HOLDING DC CONDUCTORS <br />EMERGENCY RESPONDER: <br />THIS SOLAR PV SYSTEM IS <br />EQUIPPED WITH RAPID SHUTDOWN <br />TURN RAPID <br />SHUTDOWN SWITCH TO�X' <br />THE 'OFF' POSITION <br />TO SHUT DOWN <br />LAj_ <br />ENTIRE PV SYSTEM <br />NA, CAUTION <br />POWER TO THIS BUILDING IS ALSO SUPPLIED <br />FROM THE FOLLOWING SOURCES WITH <br />DISCONNECTS LOCATED AS SHOWN <br />w ARRAv <br />unurr MEIER <br />MAIN SFRV�E PANEL <br />RSD W M70R <br />AC BIStMECT <br />10 COMBINER BOX <br />T <br />026 151 ST, ZEPHYWlLLS, FL 33542 <br />%" <br />a <br />7479 <br />0: I S AT f,OF <br />sps�'• e <br />• \ e <br />®S �j% <br />J <br />0 <br />Y <br />W <br />x <br />U <br />U <br />m <br />m <br />z <br />0 <br />v <br />V) �2 <br />z o <br />ccD <br />o¢ <br />o�Q <br />�¢o <br />H f O <br />W C)- i <br />W U = � <br />N Z <br />z M Q� <br />W U" <br />W z <br />� o <br />w <br />9 <br />0 <br />w <br />v) <br />w <br />V7 <br />w ca <br />w co <br />g C14 <br />z � <br />U (Ln <br />cD <br />S-4 <br />rn <br />N <br />CD <br />0 <br />z <br />