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BP-68843� I D (E) NON-SFD (E) 125A SUB -PANEL [SQUARE D] IN GARAGE LOCUS MONITORING UNIT NEXT TO INVERTER ROOF -MOUNTED JUNCTION BOX UNDER ARRAY ROOF -MOUNTED SOLAR MODULES (N) ATTIC -MOUNTED CONDUIT DRIVEWAY SITE PLAN DETAIL N SCALE: 1/16" = V-0' MAIN SERVICE DISCONNECT AND UTILITY METER M MAIN ] i i ------- \\� 1 I -7AC DISCONNECT i 7 OUTSIDE GARAGE - INVERTER WITH INTEGRATED `. DC DISCONNECTS IN GARAGE ` (E) CONDUIT (E) CONDUIT it(TRENCHED) (TRENCHED) I \ i i � i I i (E) 225A SUB -PANEL [SQUARE D] iIf IN BASEMENT COVER AND SITE PLAN DETAIL WYLDE - 248020 301 BARNEYS JOY RD DARTMOUTH, MA 02748 (508) 636-9141 / #248020 L \/C71 �! i r t56i BIZ!1FSr gNrillon lzif� NI ring (E) SFD KEY: ---- PROPERTY LINE ❑ SUBPANEL ------- CONDUIT RUN oc DC DISCONNECT DRIVEWAY Q SOLAR MODULE Ac AC DISCONNECT wN" MAIN SERVICE ®JUNCTION BOX ❑ ❑� MONITORING UNIT METER ce PV METER COMBINER BOX ❑ n INVERTER ❑ ROOF OBSTRUCTION THE INSTALLATION OF SOLAR ARRAYS AND PHOTOVOLTAIC POWER SYSTEMS SHALL BE IN ACCORDANCE WITH THE MOST RECENT NATIONAL ELECTRIC AND BUILDING CODES AND STANDARDS, AS AMENDED BY LOCAL JURISDICTION. JURISDICTIONAL INFORMATION: JURISDICTION: DARTMOUTH, TOWN OF ADDRESS: 400 SLOCUM RD. RM 210 DARTMOUTH, MA 02747 PHONE NUMBER: (508) 910-1820 I SYSTEM SUMMARY I MOUNTED SOLAR ELECTRIC SYSTEM WITHOUT ENERGY STORAGE COMPONENTS CONSISTS OF: (24) SCHUCO MPE 185 MS 05 (1) POWER -ONE PVI-3.6-OUTD-S-US (240 V) NOTES TO INSTALLER: DC CONDUIT RUN: FROM J-BOX UNDER ARRAY PENETRATE INTO ATTIC THEN TOWARDS NORTH EAST SIDE OF GARAGE AND DOWN WALL TO INVERTER. AC CONDUIT RUN: FROM INVERTER THROUGH EXTERIOR WALL OUTSIDE TO AC DISCONNECT THEN BACK TO [E] 125 A SUB -PANEL IN GARAGE. MONITORING RUN: FROM LOCUS TO MODEM NEAR [E]225A SUB -PANEL VIA CATS. ADDITIONAL NOTES: LAND INVERTER AND LOCUS BREAKERS IN [E]125A SUBPANEL IN GARAGE. NOTE: BALANCE OF SYSTEM (BOS) EQUIPMENT SHOWN FOR REFERENCE TO LOCATION ONLY - NOT TO SCALE I SHEET NUMBER I SHEET TITLE [ PV1.0 COVER AND SITE PLAN DETAIL PV1.1 PLOT PLAN PV2.0 ARRAY LAYOUT AND STRUCTURAL PV3.0 ELECTRICAL DETAIL PV3.1 CALCULATIONS PV4.0 LABELS PV1.0 in 0 3V-11" E;.................... ;.......I..........�..... 12" CLEARANCE FROM EAVES AND ROOF EDGES FOR SNOW SHEDDING. SOLAR MODULE IRONRIDGE XRS RAIL L-BRACKET QUICKMOUNT SHINGLE FLASHING AND MOUNT COMPOSITE SHINGLES 1" T&G ROOF DECKING 2X8 RAFTER AMOUNTING DETAIL SCALE : 1 112" = 1'-0" (-j--�ARRAY LAYOUT I AZIMUTH: 180° TN SCALE : 3l16" = 1'-0" I, I) �' x 5" SS LAG BOLT MIN. 2.25" RAFTER EMBEDMENT 4" � LAYOUT AND STRUCTURAL WYLDE - 248020 301 BARNEYS JOY RD DARTMOUTH, MA 02748 (508) 636-9141 / #248020 d 1 4 2 KKAY bEU I IUN SCALE : 112" = T-0" MODULE SPECS (24) SCHUCO MPE 185 MS 05 MODULE WEIGHT: 33.1 LBS MODULE LENGTH: 62 2" MODULE WIDTH: 31.81" _ ROOF ISPECS RAFTER SIZE: 2x8 RAFTER SPAN: 11'-T' RAFTER SPACING: 24. OC ROOF MATERIAL: COMPOSITE SHINGLES ARRAY ISPECS NUMBER OF MODULES: 24 TOTAL MODULE WEIGHT: 794.4 LBS RACKING WEIGHT: 231.4 LBS ARRAY WEIGHT: 1061.8 LBS ARRAY AREA: 329.8 SOFT ARRAY DEAD LOAD: 3.2 LBS/SQFT NUMBER OF MOUNTS: 36 LOAD PER MOUNT: 29.5 LBS ROOF PITCH: 40° NUMER OF FLOORS: 1 J 1IVIOVL mmT ® MOUNT ---- RAIL — — RAFTERS ROOF ED SOLAR MODULE RAIL SPLICE © ....O STRING CONFIG. STRUCTURAL NOTES: 1. MOUNTS ARE APPROXIMATE LOCATION BUT ACCURATELY SPACED 2. MOUNTS SHOULD BE STAGGERED WHEN POSSIBLE TO EVENLY DISTRIBUTE LOAD AMONGST RAFTERS 3. DO NOT SPLICE RAILS IN MIDDLE 50% OF SPAN BETWEEN TWO MOUNTS PV2.0 ■© V60 NEMA4 UL LISTED JUNCTION BOX TO TRANSITION FROM PV-WIRE TO THWN-2 (OR EQ) WITH 90°C TERMINAL RATINGS LOCATED ON ROOF UNDER ARRAY OPEN AIR INTO J-BOX VIA STRAIN RELIEF (6) PV-W IRE (1) EG #6 ELECTRICAL NOTES: SOLAR INVERTER WITH INTEGRATED DC DISCONNECT LOCATED IN GARAGE AC DISCONNECT SWITCH CUTLER HAMMER DG221URB 2-POLE, 30 AMP, NON -FUSED LOCKABLE BLADE TYPE LOCATED ON EAST EXTERIOR WALL OF GARAGE _ INV1 DC = . AC MIN. 1/2" EMT 32.9% FILL (3) THWN-2 #10 OR EQ (1) GEC 48 MIN. 3/4" EMT 27.7% FILL (6) THWN-2 #10 OR EQ (1) EG #10 1. ALL EQUIPMENT IS LISTED FOR USE. 2. INSTALLER TO FOLLOW NEC AND LOCAL JURISDICTION GUIDELINES. 3. ALL LABELS AND MARKING TO FOLLOW ARTICLE 690 (IV). 4. THE POINT OF CONNECTION COMPLIES WITH CEC/NEC ARTICLE 690.64(B). 5. ALL WIRE, VOLTAGES, AMPERAGES AND EQUIPMENT IS SIZED ACCORDING TO TEMPERATURE DERATING AND LOCATION. 6. DISCONNECTS SHALL BE WIRED SO THAT SOLAR DC WIRES ARE ON THE LINE SIDE AND THE AC UTILITY WIRES ARE ON THE LINE SIDE. 7. MAXIMUM VOLTAGE DOES NOT EXCEED 60OVDC. 8. ALL MODULES AND RACKING SHALL BE GROUNDED WITH TIN PLATED DIRECT BURIAL RATED LAY IN LUGS USING STAINLESS STEEL HARDWARE, STAR WASHERS, AND THREAD FORMING BOLTS. 9. ALL EQUIPMENT SHALL BE GROUNDED, INCLUDING BONDING JUMPERS WHERE NECESSARY ACROSS RAIL SPLICE PLATES TO BOND INDIVIDUAL PIECES OF RAIL 10. ONLY COPPER (CU) CONDUCTORS SHALL BE USED. STRANDED OR SOLID WITH PROPERLY RATED CONNECTORS. 11. INVERTER(S) CONTAIN A GROUND FAULT DETECTION AND INTERRUPTION DEVICE. 12. ALL EQUATIONS ACCOUNT FOR WORST CASE CONDITIONS. MIN. 1/2" EMT 32.9 % FILL (3) THWN-2 #10 OR EQ (1) GEC #8 (E) 225A SUB -PANEL [SQUARE D] LOCATED IN BASEMENTOF MAIN HOUSE (E)125A SUB -PANEL [SQUARE D] USE AS PV DEDICATED SUBPANEL LOCATED IN GARAGE ELECTRICAL DETAIL WYLDE - 248020 301 BARNEYS JOY RD DARTMOUTH, MA 02748 (508) 636-9141 / #248020 60A 2P 15A 2P FOR LOCUS (E) CONDUCTORS (#6 CO) TO REMAIN LOCUS DATA TO AC PNL. ACQUISITION FOR VAC REF. I SYSTEM TO ROUTER (E) CONDUCTORS TO REMAIN (E) 200A 2P MAIN DISCONNECT LOCATED ON SITE 200A MAIN From Utility GEC IRREVERSIBLY SPLICED TO (N) GEC TO BE INSTALED eerbin Solar Solutions, LLC 710 Tennent Road Building 2, Suite 202 Manalapan, NJ 07726 Phone: (732) 536-3004 Fax: (732) 536-0222 I MODULE ELECTRICAL SPECS (24) SCHUCO MPE 185 MS 05 SHORT CIRCUIT CURRENT (Isc): 5.47 A OPEN CIRCUIT VOLTAGE (Voc): 44.8 V OPERATING CURRENT (IMP): 5.09 A OPERATING VOLTAGE (VMP): 36.5 V MAX SERIES FUSE RATING: 10 A STC RATING: 185 W CEC PTC RATING: 167.2 W DESIGN CONDITIONS HIGHEST 2 % DB DESIGN TEMP. (°C): 31 `C MIN. MEAN EXTREME ANNUAL DB ('C): -17 °C INVERTER 1 SPECS (1) POWER -ONE PVI-3.6-OUTD-S-US (240 V) RATED WATTS (EACH): 3600 W AC OPERATING VOLTAGE: 240 V AC OPERATING CURRENT: 16 A MODULES PER STRING MPPT DUAL INPUTS: 6 89 INVERTER EFFICIENCY: 96 % INTEGRATED DC DISCONNECT SWITCHWITH DUAL MPPT INVERTER 1 STRINGING (690.53) MPPT 1 MAX POWER POINT CURRENT (IMP): 5.1 A MAX POWER POINT VOLTAGE (VMP): 219.0 V MAX SYSTEM VOLTAGE (VOC) 690.7(A)1: 311.7 V SOURCE CIRCUIT CURRENT (ISC) 690.8(A)1: 6.8 A INVERTER 1 STRINGING (690.53) MPPT 2 MAX POWER POINT CURRENT (IMP): 10.2 A MAX POWER POINT VOLTAGE (VMP): 328.5 V MAX SYSTEM VOLTAGE (VOC) 690.7(A)1: 467.6 V SOURCE CIRCUIT CURRENT (ISC) 690.8(A)1: 6.8 A MAX SHORT CIRCUIT CURRENT (ISC) 690.8(A)2: 13 7 A - _ . E ELECTRICAL KEY: n- BREAKER �- SWITCH O SCREW TERMINAL La FUSE • SPLICE EARTH GROUND M CHASSIS GROUND ---GEC EGC PV3.0 W.00 DC WIRE SIZE: SOURCE CIRCUIT [690.8(A)(1)] (Ise): Ise1.25 OUTPUT CIRCUIT [690.8(A)(2)] (Ise): Ise' 1.25' # STRINGS MIN. DC WIRE AMPACITY: [690.8(a), 690.8(b), 210.19(A)1, 215.2(A), 110.14(C)]: THE MAXIMUM OF: 1. (Isc' 1.25)! (CONDITIONS OF USE) 2. (Isc' 1.25 ` 1.25) DERATE WIRE FOR TERMINALS DEPENDING UPON TEMP. AC WIRE SIZE: INVERTER OUTPUT [690.8(A)] (Ise): INV. OUTPUT ` 1.25 MIN. AC WIRE AMPACITY: [690.8(a), 690.8(b), 210.19(A)1, 215.2(A), 110.14(C)]: THE MAXIMUM OF: 1. (INV. OUTPUT ` 1.25) 2. (INV. OUTPUT)/CONDITIONS OF USE DERATE WIRE FOR TERMINALS DEPENDING UPON TEMP. GROUNDING SIZE: GEC NEC 690.47 Sized per Table 250.66 for AC Sized per Table 250.166 for DC DC EGC Table 250.122 Use 1.56' Isc' # strings (if applicable) AC EGC NEC 250.122 Sized based on OCPD. Coefficient if available Coefficient M VOLT. o use mans Voc * # of modules in series * NEC ([(T min °C - 25"C) * V/°C] + Voc) * # of series NEC2011: 705.12(D)2 MINIMUM BUS BAR OR CONDUCTOR = TOTAL NUMBER OF BREAKERS FEEDING / 1.2 OCPD SIZING: MIN DC: ISC * 1.56 MIN AC: INV. OUTPUT * 1.25 VOLTAGE DROP: (2KIDICM)A/OLTAGE * 100 = VOLTAGE DROP % K = 12.9 FOR COPPER I = CURRENT (IMP OR OUTPUT AC) D = DISTANCE IN FEET, ONE WAY CM = CIRCULAR MILS DC wire size Location 1 Number Strings Combined: 1 Conductors in Raceway (Conduit fll derate): 6 Nipple (less than 24"): NO Wire Rating ('C): 90 Terminal Rating (°C): 90 Distance Above Roof to Bottom of Conduit: Not on roof Conduit Fill derating: 0.80 CorrectedHighest 2%DB design temp ('FJ: 88 Tempterature Correction fac[°r: 0.96 Maximum Circuit Current (690.8(A))(IpvMax): 6.84 Method A: 1.25-Continuous Current (215.21 (A): 8.55 Method B: Max. Circuit Current with conditions (A): 8.90 Min. Ampacity required (A): 8.90 Wire sized pre -terminal comparison(AWG): #14 Wire size ampacity post -terminal comparison [A): 25 Minimum Wire Size(AWG): #14 At wire size Inverter 1 Loadcenter Conductor 690.64(B)2 Quantity: 1 - Conductors in Raceway (Conduit fill derate): 2 - Nipple (less than 24"): NO - Wire Rating (°C): 90 90 Terminal Rating (°C): 60 - ConduitFillderating: 1.00 - Highest 2%DB design temp ('F): 88 - Tempterature Correction factor: 0.96 - InverterRatedcutputCurrent t690.8(A)): 16 - Method A: 1.25'Continuous Current (215.21(A): 20.00 - Method B: Max. Circuit Current with conditions (A): 16.67 80.00 Min. Ampacity required (A): 20.00 66.67 Wire sized pre -terminal comparison(AWG): #14 - Wire size ampacity post -terminal comparison (A): 30 - Minimum Wire Size (AWG): #12 N6 Max. System Voltages INVI MPPTl INV 1 MPPT2 Modules Per string: 6 9 Min. Mean Extreme Annual DB (°F): 1 1 NEC 2008/2011 temp. correction factor: 1.18 1.18 Manufacturers Cof of Temp(V/`C): -0,17024 -0.17024 Temperature Difference ('C): -42 -42 Module Voc IV): 44.8 44.8 Max System Voltage: 311.70048 V 467.6 V CALCULATIONS WYLDE - 248020 301 BARN EYS JOY RD DARTMOUTH, MA 02748 (508) 636-9141 / #248020 021 %o Rule on Main j Panel Amperage Main Panel OR Sub Bus (A): 225 Main Breaker [A): 200 Allowable Input Breaker (A): 70 i DC EGC Size Min. amperage: 8.53 Min. EGC size: ' #14 I At EGC Size Min. amperage: 20.00 Min. EGC Size: #12 Corbin Solar Solutions, LLC 710 Tennant Road Building 2, Suite 202 Manalapan, NJ 07726 Phone: (732) 536-3004 Fax: (732) 536-0222 PV3.1 1 FA 3 NEC 690.5(c) PLACE THIS LABEL ON INVERTER(S) OR NEAR GROUND -FAULT INDICATOR (ON INVERTER(S) U.O.N.) WARNING ELECTRIC SHOCK HAZARD IF A GROUND FAULT IS INDICATED, NORMALLY GROUNDED CONDUCTORS MAY BE UNGROUNDED AND ENERGIZED NEC 690.17 PLACE THIS LABEL ON ALL DISCONNECTING MEANS WHERE ENERGIZED IN AN OPEN POSITION WARNING ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH THE LINE AND LOAD SIDE MAY BE ENERGIZED IN THE OPEN POSITION NEC 705.12(D)7 PLACE THIS LABEL AT P.O.C. TO SERVICE DISTRIBUTION EQUIPMENT (I.E. MAIN PANEL ( AND SUBPANEL IF APPLICABLE)) WARNING INVERTER OUTPUT CONNECTION DO NOT RELOCATE THIS OVERCURRENT DEVICE NEC 690.53 & NEC 690.14(C)(2) PLACE THIS LABEL ON ALL PHOTOVOLTAIC DC DISCONNECTING MEANS (ON INVERTER IF INTEGRATED DC DISCONNECTS AND AT SEPARATE DC DISCONNECT IF APPLICABLE) INVERTER 1 MPPT 1 DISCONNECT I PHOTOVOLTAIC SYSTEM DISCONNECT RATED MAX POWER POINT CURRENT (IMP): 5.1 A RATED MAX POWER POINT VOLTAGE (VMP): 219.0 V MAX SYSTEM VOLTAGE (VOC): 311.7 V SHORT CIRCUIT CURRENT (ISC): - 6.8 A INVERTER 1 MPPT 2 DC DISCONNECT PHOTOVOLTAIC SYSTEM DISCONNECT RATED MAX POWER POINT CURRENT (IMP): 1p.2 A RATED MAX POWER POINT VOLTAGE (VMP): 328.5 V MAX SYSTEM VOLTAGE(VOC): 467.6V SHORT CIRCUIT CURRENT (ISC): 13.7 A NEC 690.54 PLACE THIS LABEL AT "INTERACTIVE POINT OF INTERCONNECTION" (AT MAIN SERVICE PANEL AND SUBPANEL IF APPLICABLE) INTERACTIVE PHOTOVOLTAIC POWER SOURCE [NOMINAL ATED AC OUTPUT CURRENT (A): 16A OPERATING AC VOLTAGE (V): 240 V NEC 690.35(F) PLACE THIS LABEL AT EACH JUNCTION BOX, COMBINER BOX, DISCONNECT AND DEVICE WHERE ENERGIZED, UNGROUNDED CIRCUITS MAY BE EXPOSED DURING SERVICE: WARNING ELECTRIC SHOCK HAZARD THE DC CONDUCTORS OF THIS PHOTOVOLTAIC SYSTEM ARE UNGROUNDED AND MAY BE ENERGIZED ALL LABELS AND MARKINGS SHALL BE ATTACHED ACCORDING TO REQUIREMENTS BY NEC AND THE LOCAL AHJ. THE AHJ MAY HAVE SPECIAL LABEL REQUIREMENTS BEYOND THE SCOPE OF THIS DOCUMENT. THIS MAY ENCOMPASS LANGUAGE INCLUDING, BUT NOT LIMITED TO, THAT FOUND IN NEC ARTICLES 690.5 (C), 690.14 (C)(2), 690.17, 690.53,690.35(F), 690.54, 690.64(B)(7) and 705.10 LABELS WYLDE - 248020 301 BARNEYS JOY RD DARTMOUTH, MA 02748 (508) 636-9141 / #248020 NEC 690.31 (E) 3 & 4 PLACE ON ALL JUNCTION BOXES, EXPOSED RACEWAYS EVERY 10' PHOTOVOLTAIC POWER SOURCE NEC 705.12(D) 4 PLACE LABEL ON ALL EQUIPMENT CONTAINING OVERCURRENT DEVICES IN CIRCUITS SUPPLYING POWER TO A BUSBAR OR CONDUCTORS SUPPLIED FROM MULTIPLE SOURCES. CAUTION' CONTAINS MULTIPLE POWER SOURCES �,'r��J-rJJsJ nkrr 'n,IC1 .' ht L+'.iL is F Corbin Solar Solutions, LLC 710 Tennant Road Building 2, Suite 202 Manalapan, NJ 07726 Phone: (732) 536-3004 Fax: (732) 536-0222 PV4.0 c k d Highly efficient monocrystalline technology Sch0co MPE modules in the MS 05 series are distinguished by their exceptionally efficient monocrystalline cells. They have a sleek look that perfectly compliments dark asphalt shingle roofs, Monocrystalline cell technology delivers unquestionably high performance and reliable longevity. A reduction in the use of fossil fuels and greenhouse gases is a given, but increased revenues can be realized by reductions in electric bills or the sale of electricity. The proven, well - established presence of monocrystalline cells in the solar realm ensures investment security and peace of mind. Key features • Higher efficiencies means more power produced per square foot installed • Proven monocrystalline technology translates into longevity and bankability • Manufactured with high quality, robust materials • Comprehensive warranty ensures investment security and reliable system operation" • Schiico's racking systems are specially designed to accommodate Schiico modules, resulting in optimized PV package solutions Each MS 05 module is designed to withstand a wide In attendance with the warranty cordibans of Schuco USA LLLP variety of weather extremes and manufactured to Schuco's stringent set of quality standards. Performance data is measured prior to the module leaving the factory and labeled both on the backsheet and the module packaging for a more convenient installation process. Schko MPE Modules in the MS 05 Series �rTnlc_, dots MPE 170 MPS 175 MPE 180' MPE 1851. MPE 190 Product "am MS OS MS OS I MS OS 1 MS05 MS05 Schbolarldenumber 232S58 232559 232560,232561 232590 Cell We Mono Number of cells /cell arrangement 7216 x 12 Carl dimension 5' If 27 men) Module efficiency 13.3% 1137% ( 14.1% 114.5% 149'A STC rated output W,.,el 170 175 180 185 190 PrC rated output(P,,,f 1533 I 1580 I 1626 1671 1720 W Output tolerance STC(A P,,,,) .57-0 % Warranted power output STC(P,,,�l 170 175 180 185 190 W, Hated voltage lU_) 35.9 36.1 36.3 36.5 36.7 V Rated current0,,,) 476 4.85 4.96 5.09 S.1B A Open-rircuit voltage iU,l 44.4 1 464.8 45,0 V Short circuit current 11.1 61 5.10 526 144.6 535 6.47 556 A r Temperature coefficient a IP,,,I" -0.44 Temperature coefficient 0 (t.l" +0.03 Temperature coefficient %fuj a .033 Temperature coefficient b Re.) +003 Temperature coefficient c JU,,,,1" .033 Normal Operating Call Temperature (NOCTIe 45 t2 1113 t 3.61 Maximum system whage USA NEC 600 Maximum series fuse rating I 10 frame technology Compound Weight (module only) Junction box IP noting Cable type! diameter Cable length Connector type Aluminum frame, black Glass 7 EVA / backsheet 33-1 Ib 115 kgl IP65 Universal PV Wire / 4 mm' 35.4 s 21n (900 t 50 moll MC T4 compatible �. Product standard UL 1703 Extended product warranty" 10 years Output warranty of 901p nkarmance In.ISTC) v 12 years Output warranty of 80%performance Pam, ISTC) n 25 years " Irradiance 1,000 W/m', air mass Index 15, cell temperature 25 •C (77 °FI n Irradiance 800 W7m', wind speed 1 m/s, ambient temperature 20 °C 168 °F) u In accordance with the warranty conditions of Schum USA LLLP Packing and 2modules Weight of paling unft I 6641h 07 kgl SchOce USA LLLP www.schuco-use cam t rat ee mm 298 E E (85• g ( I I Ground holes (2a) 0018 in to 4 5 ram) M 0,12. a 24 in (3 - 6 mm) 0,16. 0.31 in Drainage holes III-) (4 • 8 men) Drainage holes t4+) } essermsun um„m,en uss Spmkamm vegan maAmaewnnw, nxcr `s'"• x� .naaa�a is, f r t a Rated Grid AC Voltage Input Side(DC) -V. Maximum Usable Power for Each Channel W MPPT Voltage Range V Start -Up Voltage V Absolute Maximum Voltage(Vmax) V Maximum Current (ldcm ax) for both MPPTin Parallel A Maximum Usable Current per Channel _ A Number of Wire Landing Terminals per Channel Number of Independent MEET Channels Array Wiring Termination Output Side fAQ Grid Standard Nominal Power Voltage Range (Vmin-Vmax) Grid Frequency; Range - Maximum Current (lay max) Power Factor Total Harmonic Distortion At Rated Power Efficiency Maximum Efficiency CECEfficlency Operating Parameters Consumption In Stand By (Night) Consumption During Operation Topology Mechanical Specifications Enclosure rating Cooling Conduit Connections Grid Wiring Termination Type Dimensions(WM1D1 UnitWeight Shipping Weight Mounting System Environmental Ambient AirTempereture Range Acoustic Noise Emission Level Relative Humidity Maximum Operating Altitude without Devoting Protection Devices Output Anti-Islanding Protection External AC OCPD Rating Over -Voltage Protection Type Input Reverse Polarity Protection Maximum Short Circuit Current Limit per Channel Over -Voltage Protection Type PV Array Ground Fault Detection DC Switch Current Rating (Per Contact) Isolation Level Safety and EMC Standard Safety Approval Features- Communication User-Interface(Display) Remote Monitoring (1xRS48S Incl.) Wired local Monitoring (I%RS485 incl.) Wireless Local Monitoring Standard Warranty Available Models Standard -No switchbox-Floating Array DC Switch Option - Floating Array Mil data is ubia,t to ceange wnhool notice "Ad)usnbleb t,ippointw57Ho Conrectmmufammfardetars W V Hz A., % W. Wed 208 240 -_ 277. 208 240 277 208 240 277 2000', 3000 3000 160-530 120-530 W-530 200 (adj. 120-350)'. 200 (adj. 120-350) 200 (adj. 120-350) 600 600 600 20 32 32 10 16 16 2(1 on-SVersion) 2E on-SVersion) 2E on-SVersion) 2 2 2 Screw terminal block 3 Knock -Outs: I t'or 1'(w/Ring Reducer) 1O/2Wor5plit-013W 1012W or Split-0/31V 1012W or Split O13W 3000 3600 4200 183 228 211-264 244-304 183-228 211-264 244-304 103-228 211-264 244304 60;(593-605) 60;(59.3-60.5) 60;(59.3-60.5) 14.5 14.5 12 17.2 16 16 20 20 20 >0.995 >0.995 >0.995 <2 _ <2 <2 96.9 97 97 96 96 96 208 240 277 208 240 277 208 240 277 <8.0 <8.0 <8.0 20 20 20 Transformerless Transformerless Transfmmerless NEMA 4X NEMA4X NEMA4X Natural Convection Natural Convection Natural Convection Trade size KOs:(2eaxl/2")and (2eax Trade size KOs(2eaxl/21 and (21mx Trade size KOv(2eaxl/2")and (2eax 1.1/4;3 places side, front, rear) 1-1/4,3 places side, front rear) 1-1/4'3 places side, front rear) ScrewTemlinal Block Screw Terminal Block SmewTenninal Block Single wire: 901Ctenninal wiring Single wire, 901C terminal wiring Single wire, 90"C terminal wirng 12.8 x24.3 x 8.7(325 x617x 222) 12.9 x33 8 x 8.7(325 x 859 x222 ).5 Version <38.5(17.5) <385(173) <38.5(ITS) <47.3(21.3)-Sversion <47.3(21.3)-Sversion < 47.3(21.3).5 version < 38S E7.5)< 47.3 (21.3) -S version < 385(17.5)< 47.3 (21.3) -S version < 38.5(17.5)< 47.3 (21.3) .5 version Wall bracket Wall bracket Wall bracket -13...+140 (-25..+60) with derating above 131(55) <50 <50 <50 0-100 condensing 0-100 condensing 0-100 condensing 6560(2000) 6560(2000) 6560(20001 According to UL 1741AEEE 1547 According to UL 174MEEE 1547 According to UL 17414EEE 1547 A., 20 20 15 25 20 1 20 25 25 25 Varistor, 2(L-WL-PE) Varistor, 2(L-WL-PE) Varistor, 2(L-N/L-PE) Yes Yes Yes A 12.5 20 20 Varistor, 2 for each channel Varistor, 2 for each channel Varistor, 2 for each channel Pre start-up Riso and dynamic GFDI (Requires Floating Arrays) AN 25/600 251600 2S 1600 Transformerless(Floating Array) Transformerless(Floating Array) Transformerless (Floating Array) UL 1741, CSA-C22.2 N. 107.1-01 UL 1741, CSA-C22.2 N. 107.1-01 UL 1741, CSA-C22.2 N. 107.1-01 cCSAos dCSAos cCSAus 16 characters x 211nes LCD display 16 characters x 2 lines LCD display 16 characters x 2 lines LCD display AURORA -UNIVERSAL (opt.) AURORA-UNIVERSAL(opt) AURORA-UNrVERSAL(opt) PVI-USB-RS485 232(opt), PVI-DESKTOP(opt.) PVI-DESKTOP (opt) with PVI RADIOMODULE (opt.) Years 5 5 S PVI-3.0-0UTD-US PVI-3.6-OUTD-US PVIA.2-OUTO-US PVI-30-OUTD-S-US PVI-3.6-OUTD-S-US PVIA 2-OUTD-SUS S�® Ci US i0-® orm LIS&MU ENERGY The LGate 101 can monitor nearly any type of solar energy system. Regardless of inverter or panel type, it can measure energy production with a high degree of accuracy. As a datalogger, it has a variety of digital and analog inputs enabling direct communication with third -party devices such as inverters and meteorological sensors. Performance data is aggregated and uploaded automatically to the Locus Energy Smart Monitoring website which provides custom tools and analytics to all project stakeholders. DATA COLLECTION The LGate uses a hard -wired voltage reference and current transformers (CTs) to measure power. There are inputs for up to three CTs allowing the LGate to measure both solar energy generation and whole -house electrical consumption. It can also gather data from up to 16 third -party devices simultaneously which is collected via RS485 and Modbus RTU protocols. All data feeds are stored in non-volatile memory and then uploaded with unique identifiers to provide maximum fl exibility as to how the data is presented online. NETWORK CONNECTIVITY The LGate 101 is a plug and play device supporting a multitude of connectivity options. It can communicate over Ethernet, powerline carrier (PLC), or cellular networks. Hard -wired Ethernet is the preferred connection method, but if this is unavailable, the LGate features a built in 110V outlet for easy installation of a PLC adapter. Data is transmitted only in outbound sessions over open ports requiring no additional network orfirewall configuration. The connection and commissioning process is further simplified by the LGate's LED lights which indicate communication status without installers having to log in or call home. Product Datasheet Locus Energy develops web -based asset management software for renewable energy systems. We provide monitoring, analytics and data services for deployments of solar photovoltaic and solar thermal technology. By '.. leveraging Locus' products, renewable finance companies and integrators can drive down the cost and complexity of energy monitoring while making it much easier to maintain and service an installed client base. Founded in 2007, Locus is based in New York City and serves clientele across the world. Locus Energy o ffers Smart Monitoring software services tailored to the following groups to help maximize the performance of renewable assets: • Installers • Financiers • Utilities • OEMs • Regulators DIAGRAM —TYPICAL CONFIGURATION 3 Yt:3 ELECTRICAL 1pw.e7 INVERTER SERVICE PV ARRAY LGATE101 INTERNET DIMENSIONS e pop 60M �-- poW — P p 6J5 . ilYa CM 07W _ _ hceu �, hPR 3 Prs . f 1123.DX0 ¢lII5 MR PnCxPGwG\ {III -®fb CpMS53ap hpp p PLS a2W 6 )pp III i Ftle Vkv front Vkw{pvN aa. SPECIFICATIONS sans -..f • tiers -- ' Shielded CATS Current Transducers Voltage Reference Standard CATS 2000 vs earam rk+, mw.,esxc vi.. Processor ARMS embedded CPU Voltage Inputs 85-264 V Line To Neutral or Line to Line OS Custom version of Linux 2.6, OTA fi rmwareupdates Phases Single phase, Split phase at 50 or60 Hz Memory 128 MB RAM Current Inputs mASolid-Core CTs 200 Amp.75' internal diameter, Logging interval 1 to 60 minutes, user selectable (default 5 minutes) mV Split -Care Cis 200-600A, up to 1.25'intemal diameter Display USB-based handheld LCD (optional) _ ANSI CI 2.200.596 R5485 2 wire and 4 wire terminals IEC 61010 (Safety) Modbus FCC 15 Part B'.. USB IEC60068-2-2 7(Mechanical shock) KYZ Pulse IEC 60068-2 6 (Mechanical Vibration) - 4-20 mA analog CFR 47 ANSI C63.4 (Radiated emissions) CAM/CSA - C22.2 (610104 ) LAN RJ45 10/100 Ethemet, full half duplex, auto polarity '- Cellular GSM/CDMA Enclosure NEMA 3RType Add-ons Powerline carrier, Zigbee Weight 61612 oz Networking DHCP or static lP Dimensions 10' x 8.25' x 4.25' Environment -20 to 70C. 955 RH, non -condensing Warranty 5 year limited warranty for power -meter, data logger r-- cr CD Nto (D O CD p.' ° ° CD CD °v MrI ti a .^� � � N °� w � FD< rD _ CD cN CJo� 9 o E I f. o a CD CD w p cr D Lp N A CDf) .�. QQ N Oo to n e+ �j (D O O 'a in CD w w O C O n, x ¢' (C p W CD O ��" a CD a' CD rD 0 �•y �.. O < ° �• y o p !-s O R fA O N c 0 �-h "J < .. 3 O (D CD aCD ti (D .�. w Y CD o n oa (D O " Ca — z' �o�° o �^ ��C0 O rn O G. O O .) .Y 00 w 0 ^� a Ai p C7 n. CD ° M O mow•. X ma's' N CD N P1cD n � O p a � C C o N N ON n N CD n N CD o z a n C O m 0pQ (CD o G " ° TK 1818 — Polystyrene and Polycarbonate —182 x 180 ram V.17 x 7.09 in.) t a L l_I d.. G� Standard Features • Protection Level: IF66 (NEMA Type: 4X with gray cover, r f` UL 12K with transparent cover) ° rzs,ta"s • Technical: Smooth or Knockout Sidewalls Gray or Trued Transparent Cover Multiple Enclosure Mounting Options , • UL Recognized Enclosure Materials: Polystyrene or Polycarbonate ( j • Gasket Material: Polyurethane i 3 • Color, Light Gray- • Material Temperature Range: Polystyrene -250C to 70*C 031 to 158-n Polycarbonate -40"C to 120"C (-40"F to 24800 • Accessories: See section below Smooth Sidewalls Polystyrene Polycarbonate Ordering Height Cover Sid. Cover Sid, Information min on) Cat No. Type Color Pk. Cat No. Type Color Pk. B Enclosure - low cover 90 men (3.54 in) 110-407 PS 1818.9-o gray 2 120-407 PC 1818.9-o gray 2 B Enclosure - high cover I II ram (4.37 In) 110-907 PS 1818-11-o gray 2 120-907 PC 1818-11-0 gray 2 e Enclosure -top hat cover 165 men (6.50 In) 109-407 PS 1618.16-o gray 1 121.407 PC 1818-16-o gray 1 O Enclosure - low cover 90 mm (3.54 In) 111.007 PS 1818.9-10 trans. 2 130-007 PC 1818-9-to trans. 2 EJ Enclosure - high cover 111 mm (4.37 in) 111-507 PS 1818-11-td trans. 2 130-507 PC 1818-11-to trans. 2 e Enclosure - top hat cover 165 men (6.50In) 112-007 PS 1818-16-to trans, 1 131-007 PC 1818.16-to trans. 1 Sidowalls with Metric Knockouts Polystyrene Polycarbonate Ordering Hefgbt Cover Sid. Cover Sid, Information ram on) Cat No. Type Color Pk. Cat No. Type Color Pk. ff Enclosure - low cover 90 mm (3.54 In) 105-407 PS 1818-9-m gray 2 127-407 PC 1818-9-m gray 2 B Enclosure - high cover 111 men (4.37 in) 105.907 PS 1818-11-m gray 2 127-907 PC 1818.11-m gray 2 P Enclosure - top hat cover 165 mm (6.50 in) 104-407 PS 1818-16-m gray 1 128-407 PC 1818-16-m gray 1 171 Enclosure - low cover 90 ram (3.54 In) 106-007 PS 1818-9-tm trans. 2 137-007 PC 1818-9-tm trans. 2 e Enclosure - high cover I I I men (4.37 in) 106-507 PS 1819-11-Ira trans. 2 137-507 PC 1818-1 Min trans. 2 e Enclosure - top hat cover 165 men (6.50 in) 107-007 PS 1818-16.hp trans. 1 138-007 PC 1818-16-tm trans 1 Accessories Ordering Sid, InformaOon cat No. Type Pk Mounting Plate (plastic) 195.007 TKMPI-1818 1 Mounting Plate (steell 197.007 TKMPS-1818 1 DIN Hail TS35-144mm 198.144 TS 35/144 1 Hinge Kit Set 190.005 HK2 1 Mounting Tab Kit 194.001 MT1 1 Please refer to pages 136-140 for additional accessories and detailed information. 34 Altech Corp.0 • 35 Royal Road • Flemington, NJ 08822-6000 • Phone (908)806-9400 • FAX (908)806-9490 • www.altechcorp.com SPRING CLAMP CONNECTION The spring clamp series terminal blocks offer a time saving alter- native to the popular screw clamp connection. The pre -stressed spring is opened using a tool (screw driver) so the conductor can be inserted into the insertion space through an open- ing in the spring leg. The conductor is pulled against the current bar under spring force when the tool is removed. A high contact force is acheived by the design of the spring clamp system. The design delivers a secure and reliable connection for any application. HOUSINGS Use screwdriver to open spring wire is locked in The metal parts of Altech terminal blocks are housed in precision -molded, self -extinguishing polyamide 6.6 material for maximum dielectric strength, electrical insulation and temperature resistance. Standard features on all housings include funnel -shaped wire entry openings and screwdriver guides. SPECIFICATIONS Material Polyamide 6.6 Specific Gravity 1.14 -1.15 Upper Limit Temperature 1050C* - ,._ * All blocks are available Lower Limit Temperature - 50*C with 130•C material, Volume Resistivity 10'r52 cm k, VO grade, on request. Surface Resistivity 1011S? ,. 1 Dielectric Strength 400KV/cm r Flammability ILL. 94) V2 Grade" 14 `, ATEX APPROVED TERMINAL BLOCKS AEx ell Ex ell P Many of Altech terminal blocks are AEx elI Ex ell ATEX* approved. They can be used in potentially exphJsive applications which may occur in chemical and petrochemical industry. These terminals can he used in Class 1, 7onas 0, 1 and 2 hazardous locations. These terminal blocks comply to EN 500019. The ATEX Directive besides taking into account the electrical sources of explosion, also considering potentially explosive concentrations of gas, vapor or mist along with dust in the air. The ATEX Directive identities two groups of equipment as per EN 50014. Group 1 where the equipment is intended for use in mining applications. Group 2 where the equipment is intended for all situations other Ilion mines. These groups are further classified into Zones. Zones are areas where there is risk of flammable material being released in the atmosphere. These zones describe the probability of a flammable material being released to atmosphere in explosive concentrations. Zone 0 is the highest risk zone where an explosive atmosphere is expected to exist continuously or for very long periods of time. Zone 1 is an area where an explosive atmosphere is expected to existfor short periods of time, but during a yearthe accumulation of such events is not in excess of 10000 hours. Zone 2 is an area where an explosive concentration of flammable material is not expected and should it be released it will only existfor a very short period of time and where the accumulation of events over a year does not exceed much in excess of 10 hours. * CERT N TUV 06 ATEX 296SU CUSTOM ASSEMBLIES The beauty of the DIN Rail concept is its convenience; the unsurpassed ease with which many different components and devices can bo mounted on the same rail. Altech has made things even easier by making it possible for you to order custom designed assemblies with a single part number or, for that matter, your own drawing number. No need to order a isn .q+f multitude of parts, no more unwanted inventories of bulk -pack- aged accessories. ` "'"""•"^^^ Send Altech your drawings or specifications, and our experi- enced staff will build, mark and shipy""�"''r „�;;;,t your assembly, for , .� ..... . . installation. Our on -staff engineers will also assist you in review- ing your drawings. to° 6 Altech Corp' • 35 Royal Road • Flemington, NJ 08822-6000 • Phone (908)806-9n00 • FAX (908)805-9490 • www.altechcorp.com D 4�� . r '^ S 10 )9 OMS >nt[a s®Oars w February 2007 Product Selection 120/240 Vac General -Duty, Fusible, Single Throw Table 841.120240 Vac General -Duty, Fusible, Single Throw System Ampere Rating Fuse Type Provision Maximum Horsepower Ratings"] NEMA 1 Enclosure Indoor NEMA 3R Enclosure Rainproof Single -Phase ac 3-Phase ac do 120 Veit 240 Volt 240 Volt 250 Volt Catalog Price Catalog Price 1 1 I Number U.S. S Number U.S. $ 3-Pole 3-Wire (Three Blades, Three Fuses)-74a Vac 60 100 C a 200 O C 400 H 60-125 DG325FGK(rO DG325FRK, 600 H — — 75-200 — DG326FGK4)q) DG326FRK'CO 4-Wire IThree Blades. Three Fuses, SIN)—120,240 Vac d b b 30 H - 1-1 3-7- DG32NGB DG32NRB Z 60 100 H H 3-100 7-12-15 7-1/2-15-1-t5 15-30 — = DG322NG6 DG323NGS DG322NRB OG323NRB N 200 H 15 25-60 OG324NGK DG324NRK 400 H 50-125 OG325NGK DG325NRK 600 H — — 75-200 — OG326NGK DG326NRK C) Maximum hp ratings apply only when dual element time delay fuses are used. C Use 4-wire catalog numbers below. C Solid neutral bars are not included. Order separately from Table 8-1 on Page 8.5. OO WARNINGI Switch is not approved for service entrance unless a neutral kit is installed. 120/240 Vac General -Duty, Non -Fusible, Single Throw DG322URB Table B-42.120/240 Vac General -Duty, Non -Fusible, Single Throw System Ampere Rating Maximum Horse power Ratings NEMA 1 Enclosure Indoor NEMA 3fl Enclosure Rainproof Single-Pbase se 3-Phase ac de 120 Volt 240 Voft 240 Volt 2S0 Volt Catalog Number price U.S. B Catalog Number Pries U.S. s Non-Fusible-2-Pole 2-Wire (Two Blades)-240 Vac 30 2 3 — — DG221UGB:?> DG221UR6 / 60 3 10 DG222UGH+, DG222URB-* 100 15 _ _ DG223UGS DG223UFIB T 200 — — — 0IV, 3-Pole 3-Wire IThree Blades$-240 Vac 30 2 3 7-1/2— DG321 UG6C DG321URS C', 60 3 10 15 DG322UG6 C DG322URB * •T( •Tf •T( 100 15 30 _ DG123UGB7 DG323URS 200 — 15 60 — DG324UGK0> DG324URKC 400 — — 125 — DG325UGK'Jr DG325URK.Cr- 600 — — 200 — DG326UGKG DG326URKT M WARNINGI Switch is not approved for service entrance unless a neutral kit is installed. * Use 3-wire catalog numbers hot". C, Drilled to accept field installed neutral kits. Note: All general -duty safety switches are individually packaged. Note: Accessories are limited in scope on general -duty safety switches. See Page 9-5 for availability. In addition, clear line shields are available as an accessory on 200 - 600 ampere general -duty switches. Catalog Numbers: 200 A-70-7759-11, 400 A - 70-8063-8. 600 A = 70-8064-8. Discount Symbol ......................... 22CO A W N CA08101001E For more infonnatian visit www.eaton.com I— .67 `.r .83 a==s R2¢�8 z 0 0 P33 B�� Z F 8 0 p A a' N —z o O s n � - zr EDz.. m2A�� ymmma DA n �ozoo armzm z n a0o0 C pmZ 0 0 n �➢ _x �n m z w> O AO > r m C0 K z= zm n CA �O r A O as > • 2 D M 99 1251 .94 [241 .63 [161 0 I o OD U 10.66 [271] 3.73 [951 2.03 [52] 9.00 [229] 2.03 [51] 1 J � A m S'i N m of N i O T Oro c Nz Nz N yti�Wm S+A 0 cm Z 0 O no zz '0 >' 'nr. 0 nCi 0 w cn 0 m .99 [25] 1 1 0 DNz ti� m �n z z 00 Cn z C ZA 0 A tD M n 1 0 7 A W m ..k �.d o T 41 V V V V tO lO lO t0 y /may z a z Atl s z 00000000 0 0 0 0 0 0 0 0 oe� cn cn vl vl cn cn in to m — H IK€ z ,sR o 0 0 0 0 0 0 0 p 3 o � yam: v m r r w A r V OI W �D V 01 W ip sm-, Ili x --1 E A .y. W 9 i N I CJ 3 I N d c') O z N C n O Z X, PV PHOTOVOLTAIC WIRE 2000 VOLT Low Profile Composition Mount I QMLPC !hereto fop vier go-. --. s 4 L-foot n on L-fo( the out seol'ng to ensue ITEM NO. DESCRIPTION QTY. 1 Flashing, 9"x 12'x.040", AL' 1 2 Base Block QMLPC Cast Al* 1 3 Washer, 5 16"ID x 1-114 "OD x l 32'Thick, EPDM I 4 Washer, Sealing, 5/16"IDx I-1/6 JL),SS/EPDM I a crew, Hex ea , 5 x Available in mill, clear, and bronze anodized finsihes. Quick Mount PV Trzll=: _ QMLPC-5: Low Profile Composition with 5" Hardware uN fss olNE:v,'ISFP[^_wfG SIZE DRAWN BY: 1DA REV c—.a,wsl"mc4es _. _. A "- DACE 4n0rz0,2 2 CONesseeksoli TVONACEFF�111PAceoeauw .ms SCALE I:4 WEIGH(10I6 SHEET I OF ICI. Lag Boll Specifications specmc erariy S116' shaft par 3• tread depth 511 T shaft per r tread Arm Douglas Far. Lamb .50 798 2E6 Douglas Fle South As 1175 235 Eupharrs, Spi Ledgepols Pine di 1650 fd highaq A6 11, 235 Hem, Fir J3 last 212 Had. Fir (Nohh) .46 1175 235 Sestan Pine .65 1,5 307 Spmce.life. Fir A2 1025 205 5pmcs.Plna, Fir is of 2 million psi and higher grades of van and MR) .50 1330 266 Sources: Amerkan Wood Council. NOS 2005, Table 112 A, 1131 A Notes: 11 or Thread mug he embedded in a der or other stmctu ral roof member 1) See IBC for required edge distances. "Note To maintain waterproofing it is important that the aluminum flashing (item 1) is properly placed under one Nil course above the mounting block with at least some of the flashing extending up under the course above that as well. See instructions on back OuIck Mound' n.sm.w.gs 0\,,uick Mount Pill Low Profile Composition Mounting Instructions Installation Tools Required: tape measure, roofing bar, chalk line, stud finder, caulking gun, 1 tube of appropriate sealant, drill with 7/32" bit, drill or impact gun with 1/2" deep socket. Locate, choose, and mark centers of rafters to be Lift composition roof shingle with roofing bar, just Slide mount into desired position. Remove any mounted. Select each row course of roofing for above placement of Quick Mount. nails that conflict with getting mount flush with placement of Quick Mounts. front edge of shingle course. Mark center for drilling. Using drill with 7/32" bit, drill pilot hole inro roof and rafter, taking care to drill square to the roof. Do not use mount as a drill guide. Prepare lag bolt with one sealing washer, place 1--foot onto block Insert lag bolt through L-foot and block hole and drive it into rafter, tightening to a solid snug fit. Clean off any sawdust, and fill hole with sealant. Slide mount back into position. Place EPDM Rubber washer on top of block. You are now ready for the rack of your choice. Follow all the directions of the rack manufacturer as well as the module manufacturer. 925-687-6686 . www,quickmountpv.com . info@quickmountpv.com BI 7.2.3-1 2700 Mitchell Dr., Bldg. 2. Walnut Creek CA 94598 Apr -sots, Rev3 RONRIDGE Roof Mounts iRONRIDGE Roof Mounts Solar Mounting Made Simple Solar Mounting Made Simple IronRidge Roof Mount System is a reliable, comprehensive, and feature rich photovoltaic mounting solution. Anchored by the XRS (Standard) and XRL (Light) rails, the IronRidge Roof Mounts platform includes all of the components necessary for supporting virtually any commercial or residential roof mount installation, regardless of roof type or pitch. IronRidge Rails: Less Material, Faster Installation, Minimized Risk of Leaks TEngineered for longer spans (fewer attachments & penetrations) -t Other Rail's (more ant �hments ale a'er rrs.i of leok) XRS Rail (standard) Unique shape and profile allow for spans over 13' Cantilever can be 40%of span length Attractive structural design, suitable for residential or commercial applications 6105-TS extruded aluminum (anodized) XRL Rail (Lightweight) Light, cost effective rail system supports spans up to 8' Cantilever can be 40%of span length 6105-TS extruded aluminum (anodized) Splices (Internal) Can be installed at same location as an attachment Does not require additional attachments to support the splice 0 Copyright 2011 IronRidge, Inc. All rights reserved. DSRFM0411 1 Maximum Span Chart: XR Standard Rail (XRS) XR Light Rail (XRL) Wind Speed Snow Loads 0 psf 10 psf 20 psf 30 psf 40 psf 50 psf 60 psf 0 psf 10 psf 20 psf 30 psf 40 psf 90 mph 13.5' 12.5 10.5 10.0 9.6 8.5 7.5 8 7 6 5.5 5 100 mph 13.5 12.5 10.5 10.0 9.0 8.5 7.5 8 7 6 5.5 5 5 6 5 7 7 5 110 mph 13 12.5 10.5 10.0 4.0 8...7 6 S.5 .5 __. 120 mph 12 12 10.5 10.0 9.0 8.5 7.5 7 7 6 5.5 5 130 mph 11 11 10.5 10.0 9.0 8.5 7.5 6.5 6.5 6 5.5 5 j 140 mph 10 10 10 9.5 9.0 8.5 7.5 6 6 6 5.5 5 150 mph 9.6 9.5 9.5 9.5 8.5 8 7.5 5.5 5.5 5.5 5.5 5 Roof Zone 1, Flush Mount Only Building mean roof height = 30' + For more information visit www.ironridge.com Slope = 6" / ft. Clearance between roof and rail: 2" to receive official specifications as well as charts Exposure category B End Cant Span: 40% (adj. interior span) for tilt applications and exposure categories. Module length: 77" Middle 1/3 span rail splice not permitted Attachments llli� Clamps FTIN Adjustable L feet (4 pack kits) Panel Sizes 1.22" to 2.33" Adjustable tilt leg kits(5° to 45°) � t •Mid clamps, only 1/4"between Aluminum standoffs flush mount panels (3", 4"1 6"1 7") Available In hex or t-bolt , Steel standoffs -tilt (4"16") All hardware stainless steel End Caps Protect against collection of Wire Clips debris while providing a finished f look for XRS and XRL rails Accommodates up to eight 6mm panel [ wires or an Enphase wire harness FL' Why IronRidge www.ironridge.com Experience - Designing/manufacturing solar mounting products since 1996 Single Source - Roof mounts, ballasted mounts, large arrays, and more; a solution for your specific application Customer Satisfaction - Customer service and technical support to help you succeed On-line Resources Available: Video Tutorials Product Configurators Product Certifications,-, Installation Guides Data Sheets Reseller Locator - Sales: 800-227-9523 www.ironRidge.com sales@ironridge.com 1435 Baechtel Road Willits, CA 95490 0 Copyright 2011 IronRidge, Inc. All rights reserved. DSSGA0411_1 Starling Madison Lofquist, Inc. Consulting Structural and Forensic Engineers 5224 South 39 h Street, Phoenix, Arizona 85040 tel: (602) 438-2500 fax: (602) 438-2505 www.smieng.com IronRidge 1435 Baechtel Rd. Willits, CA 95490 Attn: Mr. W illiam Kim, Chief Executive Officer June 13, 2012 Page 1 of 5 Subject: IronRidge Standard Rail, Roof Flush Mounting System — Structural Analysis Dear Sir: We have analyzed the IronRidge Standard Rail for the subject solar panel support system and determined that, for the configurations and criteria described below, it is in compliance with the applicable sections of the following Reference Documents: Codes: ASCE/SEI 7-05 Min. Design Loads for Buildings & Other Structures International Building Code, 2006 & 2009 Editions Other: AC428, Acceptance Criteria for Modular Framing Systems Used to Support PV Modules, dated Effective March 1, 2011 by ICC-ES Aluminum Design Manual, 2005 Edition The IronRidge Standard Rail is an extruded aluminum section with an overall depth of 3.00 in. and a net area of 0.807 sq.in. The rails are used to support solar panels, typically, on the roof of a building. See Exhibit A — attached. The rails are clamped to aluminum angle brackets that are either attached directly to the roof framing or attached to a stand that is screwed to the roof framing. The rails are mounted across the slope with a small clearance (flush mounting) to the underlying roof structure. The installed solar panels are at the same slope as the underlying roof structure. All loads are transferred to the roof framing through the angle brackets by simple bi-axial flexure of the rails. The maximum span of the rails is governed by either the mid -span flexural stresses or the deflection requirement that the rail not come into contact with the roof. The maximum allowable spans for common load cases are shown in Tables 1, 2 & 3 below. Starling Madison Lofquist, Inc. Consulting Structural and Forensic Engineers IronRidge June 13, 2012 Mr.William Kim Page 5 of 5 Standard Rail, Roof Flush Mounting System — Structural Analysis Notes — Tabulated values are based on the following criteria: 1. Building mean roof height = 30 ft 2. Roof slope = 7 to 27 deg. 3. Solar panel long dimension = 67.5 in 4. Provide 2 in. clear between roof and rail 5. End cantilever span (max) = 0.40 x adjacent interior span 6. No rail splices in end spans 7. No rail splices in middle 1/3 of interior spans 8. Single simple span(s). Tabulated values may be increased for multiple continuous spans. Contact IronRidge. Our analysis assumes that the rails, including the connections and associated hardware, are installed in a workmanlike manner in accordance with the "IronRidge Standard Rail Installation Manual' by IronRidge and generally accepted standards of construction practice. Additional information is available at the IronRidge web site, IronRidge.com. The adequacy of the supporting roof framing is to be determined by others. Please feel free to contact me at your convenience if you have any questions. Respectfully yours, Tres J. Warner, P.E. Design Division Manager Starling Madison Lofquist, Inc. rrRES J. WARNER h CNIL y No. 40432 FOtR7EF�� 4'Q r�� S�ONAIENG�� Consulting Structural and Forensic Engineers -5-