AZIMUT MONOCRYSTALLINE Italian Product Product Made in Italy YEARS WARRANTY Warranty on production defects: years WP Classification Only positive MPP +3 / -0% + kwh produced each year Periodic Factory inspection by TÜV Intercert CLASS CLASS Reaction to fire according to the UNI 977 UNI 977 standard IEC 670 NH 3 Ammonia test according to Salt mist test according to IEC 670 Member of the end-of-life panel recycling zero hassle to customers IEC 65 Panel certifications IEC 65 TRACEABILITY product traceability 00 Azimut Industrial Standard Nominal Power [%] 95 90 85 80 Warranty on rated output 30-year warranty period on output: 97% after year, 90% after 5 years, 80% after 30 years Typical spectral response 75 Performance at low irradiance 2 4 3 5 6 7 8 9 0 3 4 5 6 7 8 9 20 2 22 23 25 24 26 27 28 29 30 Years 6,05 Rel. Sr. 4 0 8 6 4 2 Relative efficiency 0,95 0,9 0,85 0 0,8 300 400 500 600 700 800 900 000 00 00 200 300 400 500 600 700 800 900 000 Nm Irradiation [W/m²] The graph shows the change in terms of module efficiency with a variation in irradiation spanning from 200 W/m² to 000 W/m² (with 25 C and AM.5 spectrum) is equal to -2% (relative).
AZM486M (.5 AM, IRR 000 w/m2; temperature 25±2 C) 205 330 323 (LAMINATED) (.5 AM, IRR 000 w/m2; temperature 25±2 C) 983 (LAMINATED) ID LABEL Nominal power Pnom W 205 Classification in Power % 0 / + 3 Voltage at Pmax Vmp V 24,9 Current at Pmax Imp A 8,23 Open-circuit voltage Voc V 29,55 Short-circuit voltage Isc A 8,95 Module efficiency % 5,57 (IRR 800 w/m2; RT 20 c; t. 44 C; wind speed m/s,.5 AM) Nominal power Pnom W 50 Voltage at Pmax Vmp V 22,8 Current at Pmax Imp A 6,58 Open-circuit voltage Voc V 27,04 Short-circuit voltage Isc A 7, Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% 225 Prismatic tempered glass with high U value. Thickness of framed panels 3.2 mm and thickness for laminated panels 4 mm 48 (6x8) monocrystalline, 56 x 56 mm Junction box IP65, 3 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm 2 IP68, PV4 single-contact connectors 330 x mm +/- mm (L323 x 983 mm) 6 +/- kg Black back sheet (N), transparent back sheet (T), laminated (L), black laminated (LN), transparent laminated (LT). AZM546M Nominal power Pnom W 225 Classification in Power % - 0 / + 3 Voltage at Pmax Vmp V 27,57 Current at Pmax Imp A 8,6 Open-circuit voltage Voc V 32,80 Short-circuit voltage Isc A 8,85 Module efficiency % 5,25 (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 65 Voltage at Pmax Vmp V 25,25 Current at Pmax Imp A 6,52 Open-circuit voltage Voc V 30,02 Short-circuit voltage Isc A 7,03 Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% 490 483 (LAMINATED) 983 (LAMINATED) ID LABEL Prismatic tempered glass with high U value. Thickness of framed panels 3.2 mm and thickness for laminated panels 4 mm 54 (6x9) monocrystalline, 56 x 56 mm Junction box IP65, 3 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm 2 IP68, single-contact connectors 490 x mm +/- mm (L483 x 983mm) 8 +/- kg Black back sheet (N), transparent back sheet (T), laminated (L), black laminated (LN), transparent laminated (LT).
(.5 AM, IRR 000 w/m2; temperature 25±2 C) 255 260 265 AZM606M Nominal power Pnom W 255 260 265 982 (LAMINATED) 5 Classification in Power % 0 / + 3 Voltage at Pmax Vmp V 3,0 3,33 3,56 Current at Pmax Imp A 8,20 8,30 8,40 Open-circuit voltage Voc V 36,97 37,27 37,56 Short-circuit voltage Isc A 8,90 9,00 9,0 Module efficiency % 5,6 5,92 6,22 (IRR 800 w/m2; RT 20 c; t. 44 C; wind speed m/s,.5 AM) Nominal power Pnom W 87 90 94 Voltage at Pmax Vmp V 28,48 28,69 28,90 Current at Pmax Imp A 6,55 6,63 6,7 650 642 (LAMINATED) Open-circuit voltage Voc V 33,83 34,0 34,37 Short-circuit voltage Isc A 7,07 7,5 7,23 Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: Pmp 5%; Voc, Vmp, Isc, Imp 0% Prismatic tempered glass with high U value. Thickness of framed panels 3.2 mm and thickness for laminated panels 4 mm 60 (6x0) monocrystalline, 56 x 56 mm Junction box IP65, 3 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm 2 IP68, PV4 single-contact connectors. 650 x mm +/- mm (L642 x 982 mm) 9,5 +/- kg AZM666M Black back sheet (N), transparent back sheet (T), laminated (L), black laminated (LN), transparent laminated (LT). (.5 AM, IRR 000 w/m2; temperature 25±2 C) 280 Nominal power Pnom W 280 Classification in Power % 0 / + 3 Voltage at Pmax Vmp V 34,23 Current at Pmax Imp A 8,8 Open-circuit voltage Voc V 40,59 Short-circuit voltage Isc A 8,90 Module efficiency % 5,69 806 (IRR 800 w/m2; RT 20 c; t. 44 C; wind speed m/s,.5 AM) Nominal power Pnom W 205 Voltage at Pmax Vmp V 3,34 Current at Pmax Imp A 6,54 Open-circuit voltage Voc V 37,4 Short-circuit voltage Isc A 7,07 ID LABEL Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% Prismatic tempered glass with high U value. Thickness 4 mm. 66 (6x) monocrystalline, 56 x 56 mm Junction box IP65, 3 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm 2 IP68, PV4 single-contact connectors 806 x mm +/- mm 23,5 +/- kg Black back sheet (N), transparent back sheet (T)
(.5 AM, IRR 000w/m2; temperature 25±2 C) 305 AZM726M Nominal power Pnom W 305 Classification in Power % - 0 / + 3 Voltage at Pmax Vmp V 37,24 Current at Pmax Imp A 8,9 Open-circuit voltage Voc V 44,22 Short-circuit voltage Isc A 8,90 Module efficiency % 5,74 (IRR 800 W/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 223 Voltage at Pmax Vmp V 34,0 Current at Pmax Imp A 6,54 Open-circuit voltage Voc V 40,46 Short-circuit voltage Isc A 7,07 Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% 96 Prismatic tempered glass with high U value. Thickness 4 mm. 72 (6x) monocrystalline, 56 x 56 mm ID LABEL Junction box IP65, 4 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm2 IP68, PV4 single-contact connectors 96 x mm +/- mm 25 +/- kg Black back sheet (N), transparent back sheet (T) Please note: in case of landscape installation a 25-cm-long extension cable with MC4 connectors is necessary. Operation Characteristics/Build Maximum system voltage V 000 Maximum series fuse rating IR A 3 Temperature coefficient MPP (ɣ) %/ C -0,48 Temperature coefficient Voc (β) %/ C -0, Temperature coefficient Isc (α) %/ C 0,07 NOCT C 44 +/- Service temperature C from -40 C to +85 C Safety class II Snow load / Max. wind speed Pa 5400 Resistance to hail impact Ø 25 mm at 83 km/h Encapsulating agent Protective backing Frame 2 sheets of 0.46 mm EVA Multilayer polyester lamination Al 6060 T5, thickness mm Data sheet compliant with EN 500.
DYNAMIC HIGHER EFFICIENCY COMBINED WITH AZIMUT QUALITY Dynamic version of Azimut modules is characterized by pyramid-shaped structures of the glass that enhance efficiency and therefore performances. AZIMUT DYNAMIC ADVANTAGES: Higher stability and resistance of the modules The special glass of Azimut Dynamic modules is characterized by a 4 mm thickness, which guarantees additional stability and toughness. Higher performance of the photovoltaic system With Azimut Dynamic modules efficiency can increase up to 20% in the morning and afternoon and of 4-5% in the yearly production. Moreover, thanks to the low percentage of iron oxide, the energy absorption in the glass is almost zero. Self-cleaning and perfect interaction with Azimut CleanTech technology The particular shape of the glass allows the flow of rainwater and consequently triggers a phenomenon of selfcleaning of the module. In order to get even better performances Azimut Dynamic modules can also be combined with our CleanTech technology, with which they perfectly interact. (*) Reduction of reflection Light-trapping effect All of Azimut modules can be manufactured in Dynamic version. For models and technical details please see specific datasheets. (*) Please see Azimut CleanTech datasheet. CARATTIEPOLETTO ADV
AZIMUT POLYCRYSTALLINE hp HIGH POWER Italian Product Product Made in Italy YEARS WARRANTY Warranty on production defects: years WP Classification Only positive MPP +3 / -0% + kwh produced each year Periodic Factory inspection by TÜV Intercert CLASS CLASS Reaction to fire according to the UNI 977 UNI 977 standard IEC 670 NH 3 Ammonia test according to Salt mist test according to IEC 670 Member of the end-of-life panel recycling zero hassle to customers IEC 65 Panel certifications IEC 65 TRACEABILITY product traceability Azimut Industrial Standard 00 Nominal Power [%] 95 90 85 80 75 Warranty on rated output 30-year warranty period on output: 97% after year, 90% after 5 years, 80% after 30 years Typical spectral response Performance at low irradiance 2 4 3 5 6 7 8 9 0 3 4 5 6 7 8 9 20 2 22 23 25 24 26 27 28 29 30 Years Rel. Sr. 6 4 0 8 6 4 2 Relative efficiency,05 0,95 0,9 0,85 0 0,8 300 400 500 600 700 800 900 000 00 00 200 300 400 500 600 700 800 900 000 Nm Irradiation [W/m²] The graph shows the change in terms of module efficiency with a variation in irradiation spanning from 200 W/m² to 000 W/m² (with 25 C and AM.5 spectrum) is equal to -2% (relative).
ELECTRICAL CHARACTERISTICS UNDER STC (AM,5, IRR 000W/m2; temperature 25±2 C) 982 (LAMINATO) 5 AZM606/275P AZM666/300P Nominal power Pnom W 275 300 Classification in Power % - 0 / + 3 Voltage at Pmax Vmp V 32,39 35, Current at Pmax Imp A 8,49 8,54 Open-circuit voltage Voc V 39,48 43,07 Short-circuit voltage Isc A 9,0 9,0 Module efficiency % 6,84% 6,8% 650 642 (LAMINATO) AZM 606 ELECTRICAL CHARACTERISTICS UNDER NOCT CONDITIONS (IRR 800 w/m 2 ; RT 20 c; t. 43 C; wind speed m/s, AM,5) Nominal power Pnomt W 20 29 Voltage at Pmax Vmp V 29,66 32,6 Current at Pmax Imp A 6,78 6,82 Open-circuit voltage Voc V 36, 39,4 Short-circuit voltage Isc A 7,28 7,28 Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% Junction box Tempered, prismatic, high transmittance glass. 3.2 mm thickness for the 60 cells version and 4 mm for the 66 cells version. 60 (6x0) polycrystalline, 56 x 56 mm 66 (6x) polycrystalline, 56 x 56 mm IP65, 3 bypass diodes, 4 mm 2 cables w/length 00(+) / 00(-) cm IP67, PV4 single-contact connectors 650 x mm +/- mm (60 cells) 806 x mm +/- mm (66 cells) 806 ID LABEL AZM 666 9,5 kg (60 cells) 23,5 kg (66 cells) s laminate (L) available only for the 60 cells version, black (N). Operation Characteristics/Build Maximum system voltage V 000 Maximum series fuse rating IR A 3 Temperature coefficient Pmp (ɣ) %/ C -0,42 Temperature coefficient Voc (β) %/ C -0,32 Temperature coefficient Isc (α) %/ C 0,08 NOCT C 43 +/- Service temperature C from -40 C to +85 C Safety class II Snow load / Max. wind speed Pa 5400 Resistance to hail impact Ø 25 mm at 83 km/h Encapsulating agent Protective backing Frame 2 sheets of 0.46 mm EVA Multilayer/trasparent polyester lamination, 0.32 mm thick Al 6060 T5, thickness mm Data sheet compliant with EN 500
AZIMUT POLYCRYSTALLINE Italian Product Product Made in Italy YEARS WARRANTY Warranty on production defects: years WP Classification Only positive MPP +3 / -0% + kwh produced each year Periodic Factory inspection by TÜV Intercert CLASS CLASS Reaction to fire according to the UNI 977 UNI 977 standard IEC 670 NH 3 Ammonia test according to Salt mist test according to IEC 670 Member of the end-of-life panel recycling zero hassle to customers IEC 65 Panel certifications IEC 65 TRACEABILITY product traceability 00 Azimut Industrial Standard Nominal Power [%] 95 90 85 80 Warranty on rated output 30-year warranty period on output: 97% after year, 90% after 5 years, 80% after 30 years Typical spectral response 75 Performance at low irradiance 2 4 3 5 6 7 8 9 0 3 4 5 6 7 8 9 20 2 22 23 25 24 26 27 28 29 30 Years 6,05 Rel. Sr. 4 0 8 6 4 2 Relative efficiency 0,95 0,9 0,85 0 0,8 300 400 500 600 700 800 900 000 00 00 200 300 400 500 600 700 800 900 000 Nm Irradiation [W/m²] The graph shows the change in terms of module efficiency with a variation in irradiation spanning from 200 W/m² to 000 W/m² (with 25 C and AM.5 spectrum) is equal to -2% (relative).
AZM486P (.5 AM, IRR 000w/m2; temperature 25±2 C) 200 (.5 AM, IRR 000w/m2; temperature 25±2 C) 240 245 250 255 260 AZM606P 983 (LAMINATED) Nominal power Pnom W 200 Classification in Power % - 0 / + 3 Nominal power Pnom W 240 245 250 255 260 Classification in Power % - 0 / + 3 982 (LAMINATED) 5 Voltage at Pmax Vmp V 24,82 Voltage at Pmax Vmp V 30,4 30,72 3,02 3,3 3,60 Current at Pmax Imp A 8,06 Current at Pmax Imp A 7,89 7,97 8,06 8,4 8,23 Open-circuit voltage Voc V 30,4 Open-circuit voltage Voc V 37, 37,70,0,32,62 Short-circuit voltage Isc A 8,6 Short-circuit voltage Isc A 8,40 8,50 8,60 8,70 8,80 330 323 (LAMINATED) Module efficiency % 5,9 (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 46 Voltage at Pmax Vmp V 22,73 Current at Pmax Imp A 6,44 Module efficiency % 4,69 5,00 5,30 5,6 5,92 (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 76 79 83 87 90 Voltage at Pmax Vmp V 27,85 28,3 28,4 28,67 28,93 Current at Pmax Imp A 6,3 6,37 6,44 6,5 6,57 650 642 (LAMINATED) Open-circuit voltage Voc V 27,83 Open-circuit voltage Voc V 34,20 34,49 34,78 35,06 35,34 Short-circuit voltage Isc A 6,87 Short-circuit voltage Isc A 6,7 6,79 6,87 6,95 7,04 ID LABEL Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% Prismatic tempered glass with high U value. Thickness of framed panels 3.2 mm and thickness for laminated panels 4 mm Prismatic tempered glass with high U value. Thickness of framed panels 3.2 mm and thickness for laminated panels 4 mm. 48 (6x8) polycrystalline, 56 x 56 mm Junction box IP65.3 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm 2 60 (6x0) polycrystalline, 56 x 56 mm Junction box IP65.3 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm 2 IP68, PV4 single-contact connectors IP68, PV4 single-contact connectors 330 x mm +/- mm (L323 x 983 mm) 650 x mm +/- mm (L642 x 982 mm) 6 +/- kg 9,5 +/- kg Black backsheet (N), (T), laminated (L), black laminated (LN), transparent laminated (LT). Black backsheet (N), (T), laminated (L), black laminated (LN), transparent laminated (LT). (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) 225 AZM546P AZM666P Dati elettrici in condizioni STC (AM,5, IRR 000w/m 2 ; temperatura 25±2 C) 265 270 275 280 Nominal power Pnom W 225 Classificazione in Potenza % - 0 / + 3 Voltage at Pmax Vmp V 28 Current at Pmax Imp A 8,04 Open-circuit voltage Voc V 34,2 Short-circuit voltage Isc A 8,6 Module efficiency % 5,25 (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 65 Voltage at Pmax Vmp V 25,64 Current at Pmax Imp A 6,42 Open-circuit voltage Voc V 3,30 Short-circuit voltage Isc A 6,87 Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: Pmp 5%; Voc, Vmp, Isc, Imp 0% 490 483 (LAMINATED) 983 (LAMINATED) ID LABEL 806 Nominal power Pnom W 265 270 275 280 Classification in Power % - 0 / + 3 Voltage at Pmax Vmp V 33, 33,65 33,92 34,8 Current at Pmax Imp A 7,94 8,02 8, 8,9 Open-circuit voltage Voc V 4,27 4,55 4,8 42,08 Short-circuit voltage Isc A 8,40 8,50 8,60 8,70 Module efficiency % 4,85 5,3 5,4 5,69% (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 94 98 20 205 Voltage at Pmax Vmp V 30,56 30,8 3,06 3,30 Current at Pmax Imp A 6,34 6,4 6,48 6,55 Open-circuit voltage Voc V 37,76,0,26,50 Short-circuit voltage Isc A 6,7 6,79 6,87 6,95 Precision of measurement under STC: Pmp 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: Pmp 5%; Voc, Vmp, Isc, Imp 0% Prismatic tempered glass with high U value. Thickness of framed panels 3.2 mm and thickness for laminated panels 4 mm. 54 (6x9) polycrystalline, 56 x 56 mm Junction box IP65.3 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm 2 IP68, PV4 single-contact connectors ID LABEL Prismatic tempered glass with high U value. Thickness 4 mm. 66 (6x) policristalline, 56 x 56 mm Junction box IP65.3 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm 2 IP68, PV4 single-contact connectors 490x mm +/- mm (L483 x 983 mm) 806 x mm +/- mm 8 kg 23,5 +/- kg Black backsheet (N), (T), laminated (L), black laminated (LN), transparent laminated (LT). Black backsheet (N), transparent backsheet (T).
DATI ELETTRICI IN CONDIZIONI STC (AM,5, IRR 000W/m2; Temperatura 25±2 C) 290 295 300 30 AZM726P Nominal power Pnom W 290 295 300 30 Classification in Power % - 0 / + 3 Voltage at Pmax Vmp V 36,56 36,8 37,04 37,5 Current at Pmax Imp A 7,93 8,0 8,0 8,27 Open-circuit voltage Voc V 45,6 45,39 45,62 46,05 Short-circuit voltage Isc A 8,40 8,50 8,60 8,80 Module efficiency % 4,97 5,23 5,48 5,97 (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 2 26 29 227 Voltage at Pmax Vmp V 33,48 33,70 33,92 34,35 Current at Pmax Imp A 6,34 6,40 6,47 6,60 Open-circuit voltage Voc V 4,32 4,53 4,74 42,3 Short-circuit voltage Isc A 6,7 6,79 6,87 7,05 Precision of measurement under STC: Pmp 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: Pmp 5%; Voc, Vmp, Isc, Imp 0% 96 Prismatic tempered glass with high U value. Thickness 4 mm. Junction box 72 (6x) polycrystalline, 56 x 56 mm IP65, 4 bypass diodes, 4 mm cables w/length 00 (+) / 00 (-) cm2 ID LABEL IP68, PV4 single-contact connectors 96 x mm +/- mm 25 +/- kg Black backsheet (N), transparent backsheet (T). Please note: in case of landscape installation a 25-cm-long extension cable with MC4 connectors is necessary. Operation Characteristics/Build Maximum system voltage V 000 Maximum series fuse rating IR A 3 Temperature coefficient Pmp (ɣ) %/ C -0,42 Temperature coefficient Voc (β) %/ C -0,32 Temperature coefficient Isc (α) %/ C 0,08 NOCT C 43 +/- Service temperature C from -40 C to +85 C Safety class II Snow load / Max. wind speed Pa 5400 Resistance to hail impact Ø 25 mm at 83 km/h Encapsulating agent Protective backing Frame 2 sheets of 0.46 mm EVA Multilayer polyester lamination, 0.32 mm thick Al 6060 T5, thickness mm Data sheet compliant with EN 500
RED Product Made in Italy YEARS WARRANTY Warranty on production defects: years WP Classification Only positive MPP +3 / -0% + kwh produced each year Factory inspection periodica del TÜV Intercert CLASSE CLASS Reaction to fire according to the UNI 977 UNI 977 standard IEC 670 NH 3 Ammonia test according to Member of the end-of-life panel recycling zero hassle to customers IEC 65 Panel certifications IEC 65 TRACEABILITY product traceability Azimut Industrial Standard 00 Nominal Power [%] 95 90 85 80 75 Warranty on rated output 30-year warranty period on output: 97% after year, 90% after 5 years, 80% after 30 years Typical spectral response Performance at low irradiance 2 4 3 5 6 7 8 9 0 3 4 5 6 7 8 9 20 2 22 23 25 24 26 27 28 29 30 Years Rel. Sr. 6 4 0 8 6 4 2 Relative efficiency,05 0,95 0,9 0,85 0 0,8 300 400 500 600 700 800 900 000 00 00 200 300 400 500 600 700 800 900 000 Nm Irradiation [W/m²] The graph shows the change in terms of module efficiency with a variation in irradiation spanning from 200 W/m² to 000 W/m² (with 25 C and AM.5 spectrum) is equal to -2% (relative).
ELECTRICAL CHARACTERISTICS UNDER STC (AM,5, IRR 000W/m2; temperature 25±2 C) 982 (LAMINATO) RED 240 RED 250 Nominal power Pnom W 240 250 Classification in Power % - 0 / + 3 Voltage at Pmax Vmp V 30,4 32,05 5 Current at Pmax Imp A 7,89 7,80 Open-circuit voltage Voc V 37, 39,9 Short-circuit voltage Isc A 8,40 8,20 Module efficiency % 4,69% 4,0% 650 642 (LAMINATO) RED 240 ELECTRICAL CHARACTERISTICS UNDER NOCT CONDITIONS (IRR 800 w/m 2 ; RT 20 c; t. 43 C; wind speed m/s, AM,5) Nominal power Pnomt W 76 83 Voltage at Pmax Vmp V 27,85 29,35 Current at Pmax Imp A 6,3 6,23 Open-circuit voltage Voc V 34,20 36,5 Short-circuit voltage Isc A 6,7 6,55 Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% Junction box Tempered, prismatic, high transmittance glass. 3.2 mm thickness for the 60 cells version and 4 mm for the 66 cells version. 60 (6x0) polycrystalline, 56 x 56 mm 66 (6x) polycrystalline, 56 x 56 mm IP65, 3 bypass diodes, 4 mm 2 cables w/length 00(+) / 0(-) cm PV4 single-contact connectors 806 RED 250 650 x mm +/- mm (60 cells) 806 x mm +/- mm (66 cells) ID LABEL 9,5 kg (60 cells) 23,5 kg (66 cells) s laminate (LR) available only for the 60 cells version. Operation Characteristics/Build Maximum system voltage V 000 Maximum series fuse rating IR A 3 Temperature coefficient Pmp (ɣ) %/ C -0,42 Temperature coefficient Voc (β) %/ C -0,32 Temperature coefficient Isc (α) %/ C 0,08 NOCT C 43 +/- Service temperature C from -40 C to +85 C Safety class II Snow load / Max. wind speed Pa 5400 Resistance to hail impact Ø 25 mm at 83 km/h Encapsulating agent Protective backing Frame 2 sheets of 0.46 mm EVA Multilayer/trasparent polyester lamination, 0.32 mm thick Al 6060 T5, thickness mm Data sheet compliant with EN 500
AZIMUT DAYLIGHT Italian Product Product Made in Italy YEARS WARRANTY Warranty on production defects: years WP Classification Only positive MPP +3 / -0% + kwh produced each year Factory inspection periodica del TÜV Intercert CLASSE CLASS Reaction to fire according to the UNI 977 UNI 977 standard IEC 670 NH 3 Ammonia test according to Salt mist test according to IEC 670 Member of the end-of-life panel recycling zero hassle to customers IEC 65 Panel certifications IEC 65 TRACEABILITY product traceability 00 Azimut Industrial Standard Nominal Power [%] 95 90 85 80 Warranty on rated output 30-year warranty period on output: 97% after year, 90% after 5 years, 80% after 30 years Typical spectral response 75 Performance at low irradiance 2 4 3 5 6 7 8 9 0 3 4 5 6 7 8 9 20 2 22 23 25 24 26 27 28 29 30 Years 6,05 Rel. Sr. 4 0 8 6 4 2 Relative efficiency 0,95 0,9 0,85 0 0,8 300 400 500 600 700 800 900 000 00 00 200 300 400 500 600 700 800 900 000 Nm Irradiation [W/m²] The graph shows the change in terms of module efficiency with a variation in irradiation spanning from 200 W/m² to 000 W/m² (with 25 C and AM.5 spectrum) is equal to -2% (relative).
AZM486 P/M T 982 (LAMINATED) 5 (.5 AM, IRR 000w/m2; temperature 25±2 C) Nominal power Pnom W 200 205 Classification in Power % - 0 / + 3-0 / + 3 Voltage at Pmax Vmp V 24,82 24,9 Current at Pmax Imp A 8,06 8,23 Open-circuit voltage Voc V 30,4 29,55 Short-circuit voltage Isc A 8,6 8,95 Module efficiency %,24,55 200 PT 205 MT 650 642 (LAMINATED) ID LABEL 25 (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 46 50 Voltage at Pmax Vmp V 22,73 22,8 Current at Pmax Imp A 6,44 6,58 Open-circuit voltage Voc V 27,83 27,04 Short-circuit voltage Isc A 6,87 7, Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% With a cell spacing of 25 mm and 28% of the surface area transparent, the panel was specially developed in a transparent version to be used on the roofs of greenhouses, pergolas, canopies, bus shelters and any place where much light is needed underneath the photovoltaic system. 09,5 Prismatic tempered glass with high U value. Thickness of framed panels 3.2 mm and thickness for laminated panels 4 mm 48 (6x8) poly/monocrystalline, 56 x 56 mm Junction box IP65.3 bypass diodes, 4 mm cables w/length 00 (+) / 0 (-) cm 2 IP67, MC4 single-contact connectors 650 x mm +/- mm (L642 x 982 mm) 9,5 +/- kg Transparent backsheet (T), laminated and transparent backsheet (LT). (.5 AM, IRR 000w/m2; temperature 25±2 C) Nominal power Pnom W 225 225 Classificazione in Potenza % - 0 / + 3-0 / + 3 Voltage at Pmax Vmp V 28 27,57 Current at Pmax Imp A 8,04 8,6 Open-circuit voltage Voc V 34,2 32,80 Short-circuit voltage Isc A 8,6 8,85 Module efficiency % 3,77 3,77 (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 65 65 Voltage at Pmax Vmp V 25,64 25,25 Current at Pmax Imp A 6,42 6,52 Open-circuit voltage Voc V 3,30 30,02 Short-circuit voltage Isc A 6,87 7,03 Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% Junction box Prismatic tempered glass with high U value. Thickness of framed panels 3.2 mm and thickness for laminated panels 4 mm. 54 (6x8) poly/monocrystalline, 56 x 56 mm IP65.3 bypass diodes, 4 mm cables w/length 00 (+) / 0 (-) cm2 IP67, MC4 single-contact connectors 650 x mm +/- mm (L642 x 982 mm) 9,5 +/- kg Transparent backsheet (T), laminated and transparent backsheet (LT) 225 PT 225 MT AZM546 P/M T 650 642 (LAMINATED) 982 (LAMINATED) With a cell spacing of 20 mm and 9% of the surface area transparent, the panel was specially developed in a transparent version to be used on the roofs of greenhouses, pergolas, canopies, bus shelters and any place where a lot of light is needed underneath the photovoltaic system. ID LABEL 20 39 5
(.5 AM, IRR 000w/m2; temperature 25±2 C) Nominal power Pnom W 250 255 Classification in Power % - 0 / + 3 0 / + 3 Voltage at Pmax Vmp V 3,02 3,0 Current at Pmax Imp A 8,06 8,20 Open-circuit voltage Voc V,0 36,97 Short-circuit voltage Isc A 8,60 8,90 Module efficiency % 5,30 5,6 250 PT 255 MT AZM606 P/M T 982 (LAMINATED) 5 (IRR 800 w/m2; RT 20 c; t. 43 C; wind speed m/s,.5 AM) Nominal power Pnom W 83 87 Voltage at Pmax Vmp V 28,4 28,48 Current at Pmax Imp A 6,44 6,55 Open-circuit voltage Voc V 34,78 33,83 Short-circuit voltage Isc A 6,87 7,07 Precision of measurement under STC: MPP 3%; Voc, Vmp, Isc, Imp 0% Precision of measurement under NOCT conditions: MPP 5%; Voc, Vmp, Isc, Imp 0% 650 642 (LAMINATED) Prismatic tempered glass with high U value. Thickness of framed panels 3.2 mm and thickness for laminated panels 4 mm. 60 (6x0) poly/monocrystalline, 56 x 56 mm Junction box IP65.3 bypass diodes, 4 mm cables w/length 00 (+) / 0 (-) cm 2 IP67, MC4 single-contact connectors 650 x mm +/- mm (L642 x 982 mm) 9,5 +/- kg Transparent backsheet (T), laminated and transparent backsheet (LT) With a cell spacing of 3 mm and 0% of the surface area transparent, the panel was specially developed in a transparent version to be used on the roofs of greenhouses, pergolas, canopies, bus shelters and any place where a lot of light is needed underneath the photovoltaic system. Operation Characteristics/Build PT MT Maximum system voltage V 000 000 Maximum series fuse rating IR A 3 3 Temperature coefficient Pmp (ɣ) %/ C -0,42-0,48 Temperature coefficient Voc (β) %/ C -0,32-0, Temperature coefficient Isc (α) %/ C 0,08 0,07 NOCT C 43 +/- 44 +/- Service temperature C from -40 C to +85 C from -40 C to +85 C Safety class II II Snow load / Max. wind speed Pa 5400 5400 Resistance to hail impact Ø 25 mm at 83 km/h Ø 25 mm at 83 km/h Encapsulating agent Protective backing Frame 2 sheets of 0.46 mm EVA Multilayer/trasparent polyester lamination, 0.32 mm thick Al 6060 T5, thickness mm Data sheet compliant with EN 500
Azimut PHOTOVOLTAIC TECHNOLOGIES Produzione Moduli Fotovoltaici Visit our website www.azimut-pv.com
SMART ROOF FULL INTEGRATION WITH AZIMUT MODULES Suitable for residential and corporate buildings, SMART ROOF system can be installed on every kind of roof with metal corrugated sheet. This solution is perfect for residential, industrial and farming installations. SMART ROOF ADVANTAGES: Adaptability and flexibility The system can be integrated into the roof of new or existing buildings, both residential and industrial, regardless of the type of roofing. It is sufficient to lay a metal corrugated sheet or to use the existing one, to install a highly customised and performing system. Easy, fast and safe All the components of the system are designed and manufactured in order to fit the special dedicated frame of Azimut modules. The modular layout and precision of brackets make the installation very easy and shorten its time. The lack of long aluminum rails reduces the risks of falling down due to their handling on the roof. Highly competitive system Our patented system exploits module frames as a structural element, remarkably reducing the mounting components and therefore their costs. Moreover, this allows to keep shipment charges very low. High quality and efficiency AZIMUT modules are produced according to strict technical specifications to ensure quality and durability. The selected materials (cells, glass, connection systems...) meet the requirements of safety and performance of the final product. For more details about AZIMUT modules see technical data sheet. Aesthetics and finishing Reducing the height and spaces between modules compared to a traditional system, Smart Roof perfectly matches with the roof surface and ensures the aesthetic quality of the design of the structure.
TECHNICAL DESCRIPTION: Positioning Covering of the roof on a pitched roof, with metal corrugated sheet any (more information on request) Slope from 3 up to 45 Configuration Orientation Height of the system Assembling Brackets Warranty photovoltaic surface on the whole roof or on a part of it vertical/horizontal for AZM606, horizontal for AZM666 and AZM726 56 mm (components included) quick fixing on special brackets extruded aluminum years All information contained in this form are our property and may be changed without notice. It is absolutely forbidden to reproduce them even partially. All rights will be protected by Azimut in terms of law.