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specifications  needed  before  using 
modules. 

 

Modules  should  be  firmly  fixed  in 
place  in  a  manner  suitable  to 
withstand 

all 

expected 

loads, 

including wind and snow loads. 

 

For a non-integral module or panel, 
the assembly is to be mounted over 
a  fire  resistant  roof  covering  rated 
for the application. 

 

Appropriate  material  should  be 
used  for  mounting  hardware  to 
prevent 

the 

module 

frame, 

mounting  structure,  and  hardware 
itself from corrosion.  

 

Install modules where they are not 
shaded  by  obstacles  like  buildings 
and trees.  Especially pay attention 
to  avoid  partially  shading  the 
modules  by  objects  during  the 
daytime.  

 

Please  contact  your  Panasonic 
Authorized  Representative  with 
questions 

regarding 

mounting 

profiles for modules if needed. 

 

In  case  of  installing  modules, 
junction box should be upper side. 

 

Module’s  back  surface  should  be 
toward the surface. 

 
Notes on Installation  

 

Clearance 

between 

the 

roof 

surface  and  module  frame  is 
required  to  allow  cooling  air  to 
circulate  around  the  back  of  the 
module.  This  also  allows  any 
condensation 

or 

moisture 

to 

dissipate.    Install  modules  with  a 
minimum  of  4  inch  clearance 
between  the  roof  surface  and  the 
modules so that air can circulate.  

 

We 

recommend 

installation 

methods  shown  in  Figure  1.  In 
some  areas,  local  electrical  codes 
may  govern  the  installation  and 
use of modules. 

 
The  following  information  is  provided 
to 

help 

customers 

obtain 

good 

performance 

without 

exceeding 

module’s 

operating 

conditions 

or 

warranty parameters. 

 

Additional  output  power  from  the 
back  face  of  the  panel  can  be 
increased  or  decreased  depending 
upon  angles  of  installation,  height 
from 

surfaces, 

shade 

from 

structures  or  rails,  and  the  albedo 
of surrounding surfaces. 

 

The  height  of  a  module  above  a 
surface affects the power potential 
of the module’s back face. 

 

When  it  is  possible,  maximize  the 
height  of  modules  above  surfaces 

in order to maximize ambient light 
beneath the modules. 

 

Always  position  support  structures 
and  rails  along  the  edges  of  a 
module,  or  between  modules,  and 
do  not  allow  rails  to  shade  a 
module’s back surface. 

 

Light  colored  surfaces  reflect  more 
light  than  dark  colored  surfaces. 
Installing 

VBHN225DJ06 

series  

over  light  colored  surfaces  will 
increase 

the 

output 

power 

potential from the back side. 

 
Operating Conditions 
Panasonic  recommends  that  modules 
be  operated  within  the  following 
Operating  Conditions.  An  installation 
location  with  conditions  beyond  the 
Operating  Conditions  or  with  other 
Special  Conditions  (see  below)  should 
be  avoided.    Operating  Conditions  of 
Panasonic modules are as follows: 
1)

 

The  modules  should  be  operated 
only  in  terrestrial  applications.  No 

space  or  other  Special  Conditions 
(see below). 

2)

 

The  ambient  temperature  should 
be  within  –20°C  (-4°F)  to  40°C 
(104°F).  

3)

 

The  relative  humidity  should  be 
within 45% to 95%. 

4)

 

The  wind  pressure  load  of  the 
installation site should be less than  
3,100 N/m

2

 (64PSF)

 

 

This 

value 

is 

based 

on 

Panasonic standard. 

 
Special Conditions 
1)

 

The  ambient  temperature  and 
installation place are different from 
the 

recommended 

Operating 

Conditions. 

2)

 

Salt  damage  is  severe  at  the 
installation place. 

3)

 

Hail  and  snow  damage  is  excessive 
at the installation place. 

4)

 

Sand and dust damage is excessive 
at the installation place.

 

 

Installation(reference) – VBHN225DJ06 series

Figure 1. Installation

Summary of Contents for VBHN225DJ06

Page 1: ...for future reference SANYO is part of the Panasonic Group and is in charge of the manufacturing process for Panasonic HIT PV modules VBHN225DJ06 Model No VBHN225DJ06 VBHN225DJ06B Contents Please read before installation Safety Precautions General Information 2 Warning 2 Cautions 2 General Safety 2 Installation General 2 Notes on Installation 3 Operating Conditions 3 Special Conditions 3 Specificat...

Page 2: ...ctric shock injury or damage to the module Do not drop anything on the surfaces of a module to avoid the hazard of electric shock injury and damage To avoid the hazard of electric shock and fire be sure that all other system components are compatible and they do not subject the module to mechanical or electrical hazards Since sparks may occur do not install the module where flammable gases or vapo...

Page 3: ...be increased or decreased depending upon angles of installation height from surfaces shade from structures or rails and the albedo of surrounding surfaces The height of a module above a surface affects the power potential of the module s back face When it is possible maximize the height of modules above surfaces in order to maximize ambient light beneath the modules Always position support structu...

Page 4: ...s damage All modules connected in series should be of the same model number and or type Do not connect modules in parallel without using a connection box Do not disconnect terminals while modules generate electricity and connect electrical load to avoid the hazard of electrical shock To avoid the hazard of electric shock and sparks please connect each cable after confirming the polarity of them is...

Page 5: ...lity and expressly disclaims liability for loss damage or expense arising out of or in any way connected with installation operation use or maintenance by using this manual Panasonic assumes no responsibility for any infringement of patents or other rights of third parties which may result from use of modules No license is granted by implication or under any patent or patent rights The information...

Page 6: ...ectrical Specifications at Standard Test Conditions VBHN225DJ06 VBHN225DJ06B Cell Number in Series 72 Rated Power Watts Pmax W 225 Maximum Power Voltage Vpm V 43 2 Maximum Power Current Ipm A 5 21 Open Circuit Voltage Voc V 52 4 Short Circuit Current Isc A 5 54 Cell Type HIT Maximum System Voltage V 600 Maximum over current protection A 15 Factory Installed Bypass Diodes 6 HIT Heterojunction with ...

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