background image

 nOte

 WARning

The solar module is a glass product and should be handled with appropriate 
care. Do not stand on the solar module. Do not allow any objects to fall or place 
any objects on the solar module, as it can cause microcracks in the cells. The 
rear side in particular must be protected from scratches and similar. Never hold 
or transport the solar module by the junction box or connection cables. For in-
stallation SOLARWATT strongly recommends the usage of clean, fat and silicone 
oil free gloves!

Do not remove any parts or name-
plates from the solar module. Do not 
install damaged solar modules.

instAllAtiOn

During installation, please take into account the locally valid 
construction regulations, accident prevention regulations, 
the relevant, generally accepted rules of technology and safety 
regulations for working on roofs and buildings, as well as 
electrical installations.

SOLARWATT solar modules must be fixed to suitable substruc-
tures, which are designed for the relevant mechanical wind 
and snow loads, as well as the weight of the solar modules. The 
instructions from the installation system manufacturer must 
also be complied with. No mechanical stresses from the actual 
building (e.g., roof truss) must be transferred to the solar 
module. Have the structural suitability of the building for the 
installation of a solar power system checked by a specialist. 

The frame must not be mechanically or chemically processed.
Also not allowed are modifications of the solar module, such 
as the conversion to the use of the heat generated in the form 
of a thermal solar collector. If there is no approval in the form 
of a manufacturer‘s declaration or exceptional approval, the 
solar modules may not be installed in locations where there 
are aggressive ambient conditions. Furthermore, the use of 
the products on mobile units such as vehicles or ships is not 
permitted. 

During installation, avoid creating shades with the module 
clips or installation system to improve the energy yield.  
Comply with the minimum distance of 5 mm between the  
solar modules to allow the material to expand without tension. 

SOLARWATT solar modules fulfill all the requirements of the 
extended test standard IEC 61215 Ed. 2, including the incre-
ased pressure load of 5,400 Pa, making them ideal for use in 
areas with large amounts of snow. The local regulations or 
the standard EUROCODE 1 (EN 1991-1)should be used for the 
calculation of the snow loads on the module. It is important 
to note that these standards are designed for impact on 
structures and do not explicitly take into account the instal-
lation of solar modules. 

In regions with particularly high snowfall, the pressure 
load calculated in accordance with the standard based on 
local snow load information may be significantly exceeded 
due to snow overhang or build-up on the solar modules, 
which could result in above-average stress on the bottom 
frame edge. SOLARWATT therefore tests its modules above 
and beyond the standard IEC 61215 Ed.2 and in accordance 

with additional standards, taking into account additional 
loads in the event of snow overhang or build-up to reflect 
the actual loads encountered in practice and to ensure that 
our products work safely throughout their entire service 
life. The maximum pressure loads for the fastening methods 
listed on the following pages already take into account these 
increased requirements and can be regarded as the maximum 
pressure load in the installation conditions taking into 
account the shape coefficients in accordance with EUROCODE 
1 (EN 1991-1).

Framed SOLARWATT solar modules can be fastened in a 
number of ways: Please refer to the details to the following 
pages.

 WARning

The solar modules are not designed for concentrated irradiation. Bundling or concen-
trating solar irradiation through lenses or mirrors is therefore not permitted and can 
damage the solar modules.

 nOte

The solar module heats up during operation. Ensure that there is sufficient rear ven-
tilation to avoid reductions in yield. Also ensure that no flammable gases can escape 
or accumulate close by.

11

Subject to change | © 2016 SOLARWATT GmbH | AZ-TM-PMS-0973 | Rev 008 | Status: 11/2016

Summary of Contents for Vision 60P style

Page 1: ...ION INSTRUCTIONS for framed glass Foil solar modules EU Standards EUROCODE 1 EN 1991 1 Actions on structures EN 13501 Fire behavior of building materials and building component EN 60728 11 Setting up...

Page 2: ...ent which go above and beyond the current valid standards and enable us to optimize our products continually If treated correctly your SOLARWATT solar modules will offer you several decades of service...

Page 3: ...energy yield Comply with the minimum distance of 5 mm between the solar modules to allow the material to expand without tension SOLARWATT solar modules fulfill all the requirements of the extended tes...

Page 4: ...oad to the solar mod ule for the installation method is 2 400 N m Fastening on short sides The maximum pressure load to the solar mod ule for the installation method is 2 400 N m Vertical installation...

Page 5: ...0 N m Horizontal installation inseRtiOn sYsteM Fixed in place by inserting in a supporting frame 3 Vertical installation The maximum pressure load to the solar module for the installation method is 2...

Page 6: ...assembly of solar cables Connection of modules in series is only permitted up to the maximum system voltage as listed in applicable data sheet The maximum number of solar modules installed parallel wi...

Page 7: ...25 and the open circuit voltage UOC should be multiplied by a factor of up to 1 25 based on the lowest ex pected ambient temperature for the given installation loca tion to determine the rated voltage...

Page 8: ...lso be used in the recommended dose Do not use aggressive cleaning agents or metal objects as they can be particularly damaging to the hardened glass surface The electric cables should where accessibl...

Reviews: