background image

General Installation Manual 

 
 
 

© PV Products GmbH, Wernersdorf 111, 8551 Wies, Austria 

Updated:  September 2011 

Introduction 

Thank you for selecting a photovoltaic module from PV Products GmbH.  This manual applies to the 
product group PVP-AxxxM and PVP-AxxxP.  Please read this document entirely before installing your 
photovoltaic module.  

Disclaimer of Liability 

PV Products GmbH accepts no responsibility and rejects any liability for losses, damages or expenses 
resulting from the use of this manual, during installation, during operation, while using or when 
performing maintenance or in this connection.  PV Products GmbH also accepts no responsibility for 
patent infringements or infringements on the rights of third parties.  A licence shall neither be 
granted implicitly nor under any patent or patent rights of any kind.  The information contained in 
this manual may be regarded as reliable, though it does not constitute a legal or contractual 
guarantee.  PV Products GmbH reserves the right to undertake modifications to the product 
specifications, to the product or to the manual without prior notice.  

General Information 

A special qualification and a high level of expertise are required for the installation of photovoltaic 
modules.  Therefore, the installation should only be performed by qualified experts, including 
authorised companies and electrical technicians.  

WARNING 

 

All instructions should be carefully read and understood prior to wiring and installation, 
initial operation or maintenance.  Physical contact with components carrying electricity, e.g. 
connection terminals, may result in burns, the formation of sparks or a fatal electric shock, 
regardless of whether the module is connected or disconnected.   

 

The installer carries the risk for all injuries, which he may encounter during installation, 
including the risk of an electric shock.  

 

Photovoltaic modules produce direct current upon being exposed to sunlight or other light 
sources.  Even if individual modules only produce low voltages and a low current, there is a 
threat of electric shock and burns.   

 

To avoid the threat of an electric shock or injuries, the front side of the glass surface must be 
covered with a dense, opaque material during the installation and when handling.  

 

Upon the modules being connected in parallel, a higher current is produced and the threat of 
electric shock increases.  The risk of an electric shock also increases if the modules are 
connected in a series and thus a higher voltage is produced.  

 

To avoid an electric shock, always work only in dry conditions with dry modules and tools.  

 

To prevent the risk of personal injury and damage to the module, do not stand or step on a 
module.  

 

To avoid the threat of an electric shock or fire, do not damage the back of the module.  

Summary of Contents for PVP-A Series

Page 1: ...rformed by qualified experts including authorised companies and electrical technicians WARNING All instructions should be carefully read and understood prior to wiring and installation initial operation or maintenance Physical contact with components carrying electricity e g connection terminals may result in burns the formation of sparks or a fatal electric shock regardless of whether the module ...

Page 2: ...ust be worn during this process The modules may never be carried by the connection cables or the junction box To avoid the risk of an electric shock injury or damage to the module do not allow anything to drop on the surface of the module To avoid the risk of an electric shock fire or injuries please ensure that all system components do not pose a mechanical or electrical threat to the module Phot...

Page 3: ... can potentially increase the risk of fire Additional devices such as isolating switches grounding conductors and fuses etc may be necessary Please follow the respective safety measures of the other system components INSTALLATION General Information The following section comprises mechanical and electrical characteristics for the use of modules from PV Products GmbH Please read the instructions th...

Page 4: ...that they are not positioned in the shade of other objects such as trees or buildings It is also necessary to consider potential partial shade created by objects throughout the day Figure 1 Attachment points for the PV module modul type PVP AxxxMWFHK2 PVP AxxxMWFLK1 max load length PVP AxxxPWFHM2 PVP AxxxPWFLM1 PVP AxxxPWFLM3 L1 mm 1309 1629 1949 L2 mm 989 989 989 5400 N m L3 mm 262 325 390 2400 N...

Page 5: ...d snow loads of up to 5 400 N m Special Conditions The installation location and operating temperatures deviate from the normal operating conditions The installation location is seriously affected by harmful salts Snow and hail damage is prevalent at the installation location Sand and dust damage is prevalent at the installation location Other special conditions such as air pollution acid rain che...

Page 6: ...roperly mounted over a roof covering which is fire resistant for the application with an elevated stand or a frame The certification is not valid if the modules are installed in a roof or into a wall of a building Wiring General Information All wiring may only be performed by qualified and authorised specialists All wiring must be performed according to applicable electrical codes To ensure person...

Page 7: ...es on the frame of the module see Figure 1 or in a proper manner through other electrically conductive materials such as the supporting structure This may only be performed by a qualified specialist Please ensure that effective connections are used such as rivets solder hard soldering screw connections or welds These must penetrate through all non conductive layers such as paint anodised layers or...

Page 8: ...cuit of a system within the given system voltage so that additional bypass diodes are not necessary Certifications The modules shown in table 2 are certified by TÜV and meet the requirements according to IEC 61215 IEC 61730 1 and IEC 61730 2 and carry the CE marking Modultype 48 Zellen PVP AxxxMWFHK2 PVP AxxxPWFHM2 60 Zellen PVP AxxxMWFJK1 PVP AxxxPWFJM1 72 Zellen PVP AxxxPWFLM3 Table 2 certified ...

Page 9: ...rf 111 8551 Wies Austria Updated September 2011 Within the context of ongoing product improvement and development PV Products GmbH reserves the right to undertake changes to the product specifications at its discretion without prior notice and at any time ...

Page 10: ... Open circuit voltage Voc 29 4 29 7 29 9 Short circuit current Isc 8 1 8 4 8 5 Maximum system voltage 1000 1000 1000 Table 4 Electrical characteristics PVP AxxxP 48 cells at STC Module types PVP A240MWFLK1 PVP A245MWFLK1 PVP A250MWFLK1 Maximum power Pmpp 240 245 250 Voltage at Pmpp Vmpp 29 9 30 2 30 5 Power at Pmpp Impp 8 0 8 1 8 2 Open circuit voltage Voc 36 9 37 1 37 3 Short circuit current Isc ...

Page 11: ...p Impp A 7 7 7 8 7 9 Open circuit voltage Voc V 44 5 44 6 44 8 Short circuit current Isc A 8 3 8 4 8 5 Maximum system voltage V 1000 1000 1000 Table 7 Electrical characteristics PVP xxxxP 72 cells at STC Mechanical Characteristics Product group PVP AxxxMWFHK2 PVP AxxxMWFLK1 PVP AxxxPWFHM2 PVP AxxxPWFLM1 PVP AxxxPWFLM3 Length mm 1309 1629 1949 Width mm 989 989 989 Height mm 40 5 40 5 40 5 Weight kg...

Reviews: