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QP-10-IM21UL/Rev 12

 

Electrical and Thermal Characteristics

 

Electrical Data

 

Model

 

PS-M72-xxx

 

PS-M60-xxx

 

PS-P72-xxx

 

PS-P60-xxx

 

PS-M72(BF)-xxx

 

PS-M60(BF)-xxx

 

Power Range at STC in Watt

 

370 - 380

 

300 - 310

 

330 - 340

 

265 - 275

 

370 - 380

 

300 -310

 

Open Circuit Voltage V

oc 

at STC (v)

 

48.0- 48.63

 

39.75 - 40.0

 

45.9 - 46.2

 

37.9 - 38.2

 

48.36 - 48.9

 

39.76 - 40.3

 

Short Circuit Current Isc at STC (A)

 

9.90 - 9.98

 

9.70 - 10.07

 

9.27 - 9.38

 

9.10 - 9.23

 

9.70 - 9.87

 

9.63 - 9.88

 

Maximum Power Voltage V

mpp  

at STC (v)

 

38.90 - 39.61

 

32.06 - 32.5

 

37.4 - 37.72

 

30.7 - 31.2

 

40.60 - 41.04

 

32.38 - 33.05

 

Maximum Power Current I

mpp  

at STC (A)

 

9.52- 9.60

 

9.37 - 9.55

 

8.82 - 9.03

 

8.64 - 8.82

 

9.12 - 9.26

 

9.27 - 9.38

 

Module Efficiency %

 

19.0- 19.5

 

18.4 - 19.0

 

16.9 - 17.5

 

16.2 - 16.9

 

19.0 - 19.5

 

18.4 - 19.0

 

Nominal Operating Module Temperature 
NMOT (°C)

 

45±2

 

45±2

 

45±2

 

45±2

 

45±2

 

45±2

 

Power Range at NMOT in Watt

 

274 - 281

 

225 - 230

 

244 - 252

 

196 - 204

 

274 - 280

 

225 - 230

 

Open Circuit Voltage V

oc 

at NMOT (v)

 

45.6 - 46.68

 

37.37- 38.8

 

44.5 - 44.35

 

36.4 

 37.43

 

45.95 

 47.43

 

38.96 

 39.20

 

Short Circuit Current Isc at NMOT (A)

 

7.92 - 7.98

 

7.76 

 8.1

 

7.416 

 7.6

 

7.28 

 7.34

 

7.76 

 7.90

 

7.69 

 7.90

 

Maximum Power Voltage V

mpp  

at NMOT (v)

 

37.0 

 37.63

 

30.46 

 30.9

 

35.6 

 35.9

 

29.2 

 29.65

 

38.6 

 39.0

 

30.78 

 31.73

 

Maximum Power Current I

mpp  

at NMOT (A)

 

7.41 

 7.47

 

7.39 

 7.45

 

6.86 

 7.1

 

6.70 

 6.87

 

7.1 

 7.18

 

7.22 

 7.32

 

Power Range at Low Irradiance in Watt

 

 

 

 

 

 

 

Temperature Coefficient of I

sc 

Isc 

)

 

+.033 %/°C

 

+.038 %/°C

 

+0.05%/°C

 

Temperature Coefficient of V

oc 

voc 

)

 

-0.291 %/°C

 

-0.313 %/°C

 

-0.03 %/°C

 

Temperature Coefficient of P

max 

(

γ

pmax

)

 

-0.39 %/°C

 

-0.41 %/°C

 

-0.38 %/°C

 

Power Selection

 

0-4.99 W

 

STC

 

1000 W/m

2

, 25 °C and AM 1,5 according to IEC TS 61836

 

NOMT

 

800 W/m

2

, 20 °C, AM 1,5 and Wind Speed 1m/s

 

Tolerances

 

Tolerance of power measurement is ±3% while for current and voltage ±5%

 

For more details please refer to the latest datasheets uploaded at our website: 

www.philadelphia-solar.com 

 

Summary of Contents for PS-M60 Series

Page 1: ...Installation...

Page 2: ...ect PV Modules cables from direct sunlight 6 Do not strain junction box conductors 7 Do not touch any surface ofmodule 8 Do not place drop objects onto the PVmodule 9 Do not disassemble or attempt to...

Page 3: ...reserves the right to make changes to the product specifications or installation manual without prior notice GENERAL INFORMATION The installation of PV modules requires a great degree of skill and sho...

Page 4: ...s most likely to be damaged In the case of a brush type motor the coil is most likely to be damaged GERNERAL SAFETY Consult local codes and other applicable laws concerning required permits on regulat...

Page 5: ...a risk of frost damage when the frame is filled with water accumulation When sliding snow load has to be considered an appropriate measure has to be taken so that PV module frames on lower edge of PV...

Page 6: ...t stand or step on the PV module The glass surface of PV is slippery and that would cause microcracks in cells which affect the power generation Do not hit or put excessive load on the glass or in the...

Page 7: ...get hot There is a risk of burn or you may collapse because of electric shock Do not work under rain snow or windy conditions Use insulated tools Do not use wet tools Donotdroptoolsorhard objects onP...

Page 8: ...be exposed to direct sunlight after installation to prevent degradation of cables SITE SELECTION In most applications the PV modules should be installed in a location where there is no shading throug...

Page 9: ...he tilt angle of the PV module for the maintenance For the stand alone systems with a battery where the PV modules are attached to a permanent structure the tilt angle of the PV modules should be dete...

Page 10: ...Insulation for DC cables according to IEC712 7 60364 The frame grounding must consider the local requirements and regulations at the site of installation When grounding is required please refer to the...

Page 11: ...or electrical conductivity Such devices where supplied with the module and evaluated through the requirements in UL 61730 may be used for grounding connectionsin accordance with the instructions provi...

Page 12: ...modules clamps should not contact module s glass or deform module s frame 2 Make sure to avoid shadowing from using clamps 3 Make sure to avoid modifying module s frame 4 Use 4 clamps on the long sid...

Page 13: ...el of load Condition applies to most of the environmental conditions Use four mounting holes applies to harsher environmental conditions such as storm heavy snow etc use eight mounting holes Clamping...

Page 14: ...max are within 5 under STC conditions Irradiance of 1000W m2 Am 1 5 spectrum and ambient Temperature of 25C The operating Temperature range 40 C to 85 C under IEC standards 40 C to 90 C under UL 6173...

Page 15: ...contact access is anticipated modules qualified for safety through EN IEC 61730 1 and IEC 61730 2 within this application class are considered to meet the requirements for safety class II Fuses The m...

Page 16: ...mate conditions PS modules are designed and tested to withstand harsh conditions for more than 25 years In addition to the required IEC certification to meet European standards PS products have also b...

Page 17: ...ge at NMOT in Watt 274 281 225 230 244 252 196 204 274 280 225 230 Open Circuit Voltage Voc at NMOT v 45 6 46 68 37 37 38 8 44 5 44 35 36 4 37 43 45 95 47 43 38 96 39 20 Short Circuit Current Isc at N...

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