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May 2011.  All rights reserved.  Specifications included in this manual are subject to change without prior notice                                               .

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Installation and Operation 

During installation of the modules, following guidelines should be taken into account: 

 

Installation should be executed by qualified personnel only. 

 

Solely use insulated  and dry tools.  

 

Ensure that any other components used in the project are compatible with the modules. 

 

Do  not  apply  excessive  pressure  or  step  on  the  modules.  Be  aware  that  sharp  edged  objects  can 
inflict permanent damage to the module. 

 

Make  sure  the  used  support  structure  meets  the  maximal  load  requirements  of  the  modules.  In 
regions with high possibility of snow or strong wind, always make sure that the support structure and 
its mounting design are able to withstand the local environmental forces.  

 

Do not install modules during periods of strong wind or other unusual weather conditions. 

 

To  reduce  the  risk  of  electrical  shock  or  burns  while  installing  the  module,  it  is  advised  to  cover  the 
module with an opaque cloth in order to keep the module in its inactive state. 

 

Do not expose the modules to concentrated light,  excessive water exposure or submerging, sources 
of corrosive chemicals or salty environments. 

 

Provide  adequate  ventilation  to  the  back  side  of  the  modules  to  avoid  heating  of  the  module. 
Insufficient  ventilation  may  cause  significant  yield  losses,  and  eventually  cause    permanent  damage 
to the module. 

 

Always minimize shade caused by obstacles near the PV system.  Shade will dramatically affect and 
reduce  the  global  PV  system  performance,  and  may  eventually  cause  permanent  damage  to  the 
module. 

 

When installed on a roof, the roof covering should be rated for fire-resistant capabilities. Do not install 
modules on locations where flammable gas may be present at some point in time. 

 

It  is  recommended  to  position  the  module  in  a  gradient  angle  facing  the  sun  in  order  to  ensure 
maximum  irradiation  and  to  avoid  damage  caused  by  flooding  and  other  unpredictable  events,  such 
as heavy hail impacts. 

Mounting instructions 

Modules can be mounted in portrait or in landscape. Use appropriate corrosion proof fastening materials. 

Framed module mounting instructions 

 

Each module must be securely fastened, using at least 4 symmetrically chosen contact points. 

Modules  can  be  mounted  using  mounting  holes,  if  any,  or  using  pressure  clamps  that  compress  the  frame 
from the top to the mounting rail. Four M6 (1/4”) stainless steel bolts, with nuts, washers, and lock washers 
are recommended per module for long-term security. 

When  using  pressure  clamps,  mount  the  clamps  in  accordance  to  the  environmental  forces  the  module  is 
exposed to. The clamping area of the washer must cover at least 130 mm². Use a torque wrench and tighten 
at 20 Nm.  

Always respect the mounting parameters and tolerances for each module type, as shown below. 

 

 

Summary of Contents for GH175M125

Page 1: ...external source Make sure that the cable connections are in perfect condition and are not deformed in any way Do not insert any electrically conducting part into one of the connectors Do not install or connect modules when the module or one of its components are wet Do not install visually damaged modules e g broken glass broken junction box broken connectors Immediately contact GH Solar for dispo...

Page 2: ...dule Insufficient ventilation may cause significant yield losses and eventually cause permanent damage to the module Always minimize shade caused by obstacles near the PV system Shade will dramatically affect and reduce the global PV system performance and may eventually cause permanent damage to the module When installed on a roof the roof covering should be rated for fire resistant capabilities ...

Page 3: ... in this manual are subject to change without prior notice Page 3 of 7 Module Type 6x12 5inch cells typical dimensions 1580x808x35mm Product types GH175M125 GH180M125 GH185M125 GH190M125 GH195M125 GH200M125 Mounting on long sides Mounting on short sides ...

Page 4: ...in this manual are subject to change without prior notice Page 4 of 7 Module Type 8x12 5 inch cells typical dimensions 1580x1064x46mm Product types GH235M125 GH240M125 GH245M125 GH255M125 GH260M125 GH260M125 Mounting on short sides Mounting on long sides ...

Page 5: ...luded in this manual are subject to change without prior notice Page 5 of 7 Module Type 6x10 6 inch cells typical dimensions 1640x992x46mm Product types GH235P156 GH240P156 GH240M156 GH250M156 GH255M156 Mounting on short sides Mounting on long sides ...

Page 6: ... GH Solar cannot be held responsible in case of module breakage due to dilation of system components In case of any doubt regarding the mounting system GH Solar should be contacted Table module mounting instructions per module type of clamps Typical GH Solar products Long side mounting and tolerance Short side mounting and tolerance 6x12 5inch cells framed module 4 GH175M125 GH180M125 GH185M125 GH...

Page 7: ...bout grounding PV arrays and mounting frames Maintenance Screw tightness and corrosion at the mounting points as well as wiring connectivity should be regularly inspected Periodic cleaning of modules is recommended but is not required Rainfall will give the module its self cleaning capabilities Please not that GH Solar is not responsible for any yield losses due to pollution on the panel caused by...

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