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equipment,  connectors,  wiring  and  support  frames  suitable  for  a  solar  electric  system.  Always  use  the 

same type of module within a particular photovoltaic system.

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Photovoltaic  modules  are  designed  for  outdoor  use.  Modules  may  be  mounted  on  ground,  rooftops, 

vehicles  or  boats.  Proper  design  of  support  structures  is  responsibility  of  the  system  designers  and 

installers. Use of mounting holes is suggested in a following paragraph.

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Do not install or handle the modules when they are wet or during periods of high wind. Keep the junction 

box cover closed at all times. 

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Do  not  use  or  install  broken  modules.  If  the  glass  is  broken,  or  the back  sheet  is  torn,  contact  with  any 

modules surface or the frame can cause electric shock. 

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current. 

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Under  normal  outdoor  conditions  the  module  will  produce  current  and  voltages  that  are  different  than 

those  listed  in  the  date  sheet.  Data  sheet  values  are  values  expected  at  standard  test  conditions. 

Accordingly,  during  system  design,  values  of  short-circuit  current  and  open-circuit  voltage  should  be 

multiplied  by  a  factor  of  1.25  when  determining  component  voltage  ratings,  conductor  ampacity,  fuse 

ratings and size of controls connected to the modules or system output.

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Product Identification 

Each module has five labels providing the following information: 

Summary of Contents for 180-72M

Page 1: ...IEC Installation Guide Web Q CSUN J30 0002 To be a leading company of the renewable category of the world...

Page 2: ...Contents 1 General Information 2 Safety Precaution Storage and unpacking Installation Announcements 3 4 5 6...

Page 3: ...y injury or damage to property Before installing a solar photovoltaic system installers should become familiar with the mechanical and 2 When installing the system abide with all local regional and na...

Page 4: ...osed at all times Do not use or install broken modules If the glass is broken or the back sheet is torn contact with any modules surface or the frame can cause electric shock current Under normal outd...

Page 5: ...s to the modules manufacturer address ABC used to represent The 7th digit refers to the modules production month ABC used to represent For example A refers to January L refers to December The 8th digi...

Page 6: ...perly sealed to prevent leaks In some cases a special support frame may be necessary The roof installation of solar modules may affect the fireproofing of the house construction The modules Fire Resis...

Page 7: ...an electrical conductor per respective National Electrical Codes The grounding conductor must then make a connection to earth using a suitable earth ground electrode Attach a separate conductor as gro...

Page 8: ...5 6...

Page 9: ...Appendix 1 CSUN Main Modules Technical specifications Model Type Scope Cell Number Cell Size mm Module Size mm...

Page 10: ...72M CSUN 295 72M CSUN 290 72M CSUN 285 72M Electrical typical data Pmpp W 305 300 295 290 285 Voc V 44 9 44 8 44 6 44 5 44 4 Isc A 8 87 8 80 8 73 8 67 8 60 Maximum surface load capacity 5 400 Pa Hail...

Page 11: ...STC 1 000 W m AM 1 5 25 C Performance deviation of Pmpp 3 Performance deviation of Voc V Isc A Vmpp V and Impp A 10 Certified in accordance with IEC 61215 IEC 61730 1 2 and UL 1703 0 2 4 6 8 10 1000W...

Page 12: ...UN 285 72P CSUN 280 72P CSUN 275 72P CSUN 270 72P CSUN 265 72P Electrical typical data Pmpp W 290 285 280 275 270 265 Dimensions 1956 990 50mm L W H Maximum surface load capacity 5 400 Pa Hail maximum...

Page 13: ...STC 1 000 W m AM 1 5 25 C Performance deviation of Pmpp 3 Performance deviation of Voc V Isc A Vmpp V and Impp A 10 Certified in accordance with IEC 61215 IEC 61730 1 2 and UL 1703 0 2 4 6 8 10 1000W...

Page 14: ...60M CSUN 245 60M CSUN 240 60M CSUN 235 60M Electrical typical data Pmpp W 255 250 245 240 235 Voc V 37 5 37 3 37 2 37 0 36 8 Dimensions 1640 990 50mm L W H Maximum surface load capacity 5 400 Pa Hail...

Page 15: ...ns STC 1 000 W m AM 1 5 25 C Performance deviation of Pmpp 3 Performance deviation of Voc V Isc A Vmpp V and Impp A 10 Certified in accordance with IEC 61215 IEC 61730 1 2 and UL 1703 0 2 4 6 8 10 100...

Page 16: ...5 60P CSUN 230 60P CSUN 225 60P CSUN 220 60P Electrical typical data Pmpp W 245 240 235 230 225 220 Voc V 37 1 36 9 36 8 36 7 36 6 36 4 Dimensions 1640 990 50mm L W H Maximum surface load capacity 5 4...

Page 17: ...tions STC 1 000 W m AM 1 5 25 C Performance deviation of Pmpp 3 Performance deviation of Voc V Isc A Vmpp V and Impp A 10 Certified in accordance with IEC 61215 IEC 61730 1 2 and UL 1703 0 2 4 6 8 200...

Page 18: ...72M CSUN 190 72M CSUN 185 72M CSUN 180 72M Electrical typical data Pmpp W 200 195 190 185 180 Voc V 45 3 45 1 45 0 44 8 44 6 Dimensions 1580 808 35mm L W H Maximum surface load capacity 5400 Pa Hail...

Page 19: ...d test conditions STC 1 000 W m AM 1 5 25 C Performance deviation of Pmpp 3 Performance deviation of Voc V Isc A Vmpp V and Impp A 10 Certified in accordance with IEC 61215 IEC 61730 1 2 and UL 1703 0...

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