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1.1 DISCLAIMER OF LIABILITY

The installation, handling and use of modules are beyond Boviet’s control, and  Boviet Solar does  
not assume responsibility for loss, damage, injury, or expense resulting  from the improper installation,  
handling, use,  or maintenance of the module.

Boviet Solar assumes no responsibility for any infringement of patents or other rights of the third parties that may  
result from use of the module. No license is granted by implication or under any patents or patent rights.

Boviet Solar reserves the right to update this manual, module specifications and/or relevant information  
without prior notice.

1.2 DECLARATION

The fire rating of the module is valid only when mounted in the manner specified in the mechanical  
mounting instructions.

The module is considered in compliance with UL 1703/61730 or IEC 61215/61730 only when mounted in the manner 
specified in the mechanical mounting instructions below.

A module with exposed conductive parts is considered to be in compliance with UL 1703/61730 or IEC 61215/61730 
only when it is electrically in accordance with the instructions presented below and the National Electrical Code.

Any module without a frame (laminator) should not be considered to comply with the requirements of UL 1703  
or IEC 61215/61730 unless the module is mounted with hardware that has been tested and evaluated with the  
module under this standard or by a field engineer certifying that the installed module complies with the requirements  
of UL 1703/61730 or IEC 61215/61730.  

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 UNPACKING AND STORAGE INFORMATION

          At the time of receipt, verify that the product delivered is the same product ordered. The product name, sub name, 

and serial number of each module are clearly marked on the outside of each packing box. 

          Store packing boxes in a dry and ventilated room.

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 MANUAL OVERVIEW 

This manual offers general information regarding installation and maintenance of photovoltaic 
modules manufactured by Boviet Solar, which thereafter will be referred to as “modules.”

These manual instructions should be read and understood before installation, handling, or 
maintenance. To ensure the correct and safe use of the photovoltaic modules, the installer 
should be familiar with the mechanical and electrical requirements for photovoltaic systems.

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Summary of Contents for Vega BVM6610M S-H-HC-BFDG Series

Page 1: ......

Page 2: ...ING AND STORAGE INFORMATION SAFETY PRECAUTIONS INFORMATION ENVIRONMENTAL CONDITIONS INFORMATION 4 1 ENVIRONMENTAL CONDITIONS 4 2 INSTALLATION SITE MOUNTING OVERVIEW 5 1 MOUNTING 5 2 MOUNTING WITH BOLT...

Page 3: ...when it is electrically in accordance with the instructions presented below and the National Electrical Code Any module without a frame laminator should not be considered to comply with the requireme...

Page 4: ...d to prevent danger damage and failure DO NOT touch electrically active parts of the panel such as the output wiring without the adequate safety protection Bare contact may cause an arc or shock that...

Page 5: ...ay by trees buildings or any other surrendering objects 2 Solar modules should normally be mounted facing the equator at an angle to the horizontal plane equivalent to the latitude of the installation...

Page 6: ...OS components The system installer or trained professional personnel must be responsible for the PV system s design installation mechanical load calculation and security of the system Regardless of th...

Page 7: ...H HC BF DG 120 cells BVM6610M XXXL H HC BF 120 cells 1727 1002 1004 35mm A 960 B 1200 6 158 full cell module BVM6612M XXXL H BF DG 144 cells BVM6612M XXXL H BF 144 cells 2015 1002 1004 35mm A 900 B 1...

Page 8: ...under any circumstances as this will not void the warranty 5 2 MOUNTING WITH BOLTS There are four 4 9 14mm and six 7 10mm size mounting holes at each panel to mount the modules on a supporting structu...

Page 9: ...F DG 144 cells BVM7612M XXX H HC BF 144 cells 2296 1134 35mm J 350 K 500 2 166 Half cut module BVM6612M XXXS H HC BF DG 144 cells BVM6612M XXXS H HC BF 144 cells 2135 1046 35mm J 385 K 530 3 166 Half...

Page 10: ...Figure 5 PV Module I J and K represent the range of the fixture A and B represent the module size Figure 6 PV Module I PV module installed at long side with clamp fitting method 09...

Page 11: ...Figure 7 PV Module I Short Side Mounting Figure 8 PV Module I PV module installed at short side with clamp fitting method 10...

Page 12: ...nuts bolts star washers lock washers and the like have not been evaluated for electrical conductivity or for use as grounding devices and should be used only for maintaining mechanical connections an...

Page 13: ...id quality AC Power Boviet Solar produces following models XXX presents the power range Table 4 PV Module Model No PV Module Type PV Module Model 1 Bifacial Double Glass module BVM7612M XXX H HC BF DG...

Page 14: ...Current A 15 20 40M M2 4 Insulation resistance 40M 5 Application Class Class A 6 Standard Test Conditions STC AM 1 5 E 1000W m2 T 25 C 07 WIRING AND NOTES All wiring should be performed by qualified...

Page 15: ...www amphenol Solar com 7 Amphenol Industrial Operations Helios HH4 Assembled Helios HH4 Assembled www amphenol Solar com 8 Zhe Jiang Renhe 05 6 2q 05 6 2q www renhesolar com cn index php Table 6 PV M...

Page 16: ...Website 1 PV JM608 jmthy com 2 PV JM601 jmthy com 3 PV JM601A jmthy com 4 PV KSTA 611 UR Male PV KBTA 611 UR Female staubli com en connectors 5 PV KSTA EV02 611 UR Made PV KBT4 EV02 611 UR Female sta...

Page 17: ...need to be cleaned clean modules with a soft cloth together with a mild detergent and clean water To avoid severe thermal shocks which might damage the module use water at a similar temperature to th...

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