Energetica e.CLASSIC M HC User manual

INSTALLATION MANUAL
e. CLASSIC M HC
e. CLASSIC M HC black
www.energetica-pv.com
V1.o - 26.11.2020

Table of Contents
Introduction 1
Safety regulations 2
Sta qualications 2
Validity 2
Information for the operator 2
Applicable Documents 2
Before and after installation 3
Before installation 3
After installation 4
Electrical installation 4
Electrical connections 5
e.ISP - Energetica Integrated Shadow Protection 5
Series connection 6
Series connection / parallel connection 7
General wiring 8
Grounding 8
Module installation 8
Site conditions 8
Suitable environmental conditions 8
No shade 9
Installation methods 9
General information 9
Installation with clamps 9
Planning 9
Disclaimer / Recycling 9
Transport and care 10
Installation variants 11
Product specications 13
e

Introduction
Thank you very much for choosing a photovoltaic module
from Energetica Industries GmbH. With e.Classic M HC and
e.Classic M HC black - these are just two high-performance
modules from our constantly growing product range - you
can convert the sun's energy directly into environmentally
friendly photovoltaic electricity.
We have drawn up these installation instructions very
carefully so that you can fully exploit the capabilities of your
PV modules, and above all to protect you from potential
dangers.
Therefore, please read the following manual carefully and
observe the notes. Failure to do so can not only mean less
yield - it can also lead to personal injury and property damage.
These installation instructions describe the safe installation
of the photovoltaic modules e.Classic M HC / e.Classic M HC
black from Energetica Industries GmbH, hereinafter referred
to as the PV module.
»Read this manual carefully before starting the installation
All installation instructions must be understood before
beginning installation and implemented accordingly.
»Before installing the PV modules, find out more about
guidelines and approval requirements from the respons-
ible local authorities and energy providers.
»The installation and maintenance of PV modules may only
be carried out by authorized and qualified personnel.
»Keep this installation manual for the entire service life of
the PV modules and ensure that this manual is accessible
to the operator of the PV system at all times.
»Make sure that the operating instructions are passed on
to subsequent owners or users of the PV modules and
that every supplement issued by the manufacturer is
included.
»Please also note other applicable documents.
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Introduction
Safety regulations
The operator of the photovoltaic module is responsible for
compliance with all relevant legal regulations and guidelines.
Please commission, operate or maintain the photovoltaic
modules only in accordance with the following regulations
and standards:
»Installation instructions;
»Applicable documents (country-specific regulations on
pressure equipment, operational safety, hazardous goods
and environmental protection);
»Plant-specific regulations and requirements;
»Applicable country-specific laws, regulations and rules for
planning, installing and operating solar power systems
and for working on the roof;
»Valid international, national and regional regulations, in
particular for the installation of electrical devices and
systems, for working with direct current and regulations
of the responsible electricity provider for the parallel
operation of solar power systems;
»Accident prevention regulations and
»other applicable standards and generally recognized
codes of practice.
Staff qualifications
Operators or installers are responsible for ensuring that
installation, maintenance, commissioning and dismantling
are only carried out by trained specialists with recognized
training certificates (from the respective state or federal
organizations) for the respective specialist area.
All electrical work may only be carried out by an officially
certified specialist in accordance with the applicable
standards, VDE regulations, accident prevention regulations
and the regulations of the local electricity company.
Validity
These instructions only apply to PV modules from Energetica
Industries GmbH. Energetica Industries GmbH assumes no
liability for damage resulting from failure to observe these
instructions.
It is the responsibility of the system installer to observe the
wiring and dimensioning of the system as well as all necessary
safety regulations for their design and installation.
These instructions do not imply any liability on the part
of Energetica Industries. Energetica is only liable within
the framework of contractual agreements or within the
framework of assumed guarantees. In addition, Energetica
Industries assumes no responsibility for the functionality and
safety of the PV modules.
Please also observe the instructions for other system
components that are to be part of the photovoltaic system
very carefully. If necessary, statics must be created for the
entire project.
In case we do not adequately answer your questions in these
instructions, please contact your system supplier first. It is
the responsibility of the system supplier to ensure that all
components of the system are technically coordinated and
comply with each other.
Information for the operator
Keep these instructions for the entire service life of the
photovoltaic system. For information on the formal
requirements for PV systems, contact your system supplier.
For information on the formal requirements for PV systems,
contact your system supplier.
Before installing the PV system, find out about the guidelines
and approval requirements from the responsible local
authorities and energy suppliers.
Only if you take these requirements into account can you
ensure the economic success of your investment.
Applicable Documents
These installation instructions are only valid in conjunction
with the following technical information.
»Product data sheet for the e.Classic M HC or
e.Classic M HC black.
»Information sheet: Packaging and transport of Energetica
modules.
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Before and after installation
Before installation
»Read this manual carefully before installation.
»Have the installation and maintenance of the PV modules
carried out by qualified and authorized specialists only.
»All installation instructions must be read and understood
before beginning the installation.
»To avoid burns and other injuries, never touch the PV
module with bare hands.
»The PV module must not be dismantled.
»After installation or repair, check that the PV module is
working properly.
»Should the solar module or parts of it be replaced, the
replacement module or spare parts must correspond to
the previous module type or the original parts.
»Persons without specialist knowledge of the PV module or
the measures to be taken in the event of a damaged
module to avoid injuries or electric shock are not allowed
to approach the device.
»Keep all permits and licenses for installing the solar
modules in a safe place.
»Do not set up the solar module horizontally, as this can
lead to delamination or glass deformation.
»The modules are not designed for use indoors or on any
means of transportation.
»The nominal specifications according to the industry
standard are determined under conditions of 1,000 W/m
Irradiance and 25 ° C (77 ° F) solar cell temperature.
»The voltage and amperage can be significantly higher at
colder temperatures.
»Children are to be kept away from PV modules and systems
at all times.
»Leave the module in the packaging until installation.
»Follow the packaging instructions and check the packaging
for damage. If the packaging is damaged, contact the carrier.
» Do not expose the modules to any mechanical tension
when screwing them onto the installation system.
(Torsion)
»Never step on the modules or put any mechanical loads
on them. Do not drop any objects on the modules.
»Do not store any flammable gases in the vicinity of the
installation site.
»Do not work alone. Work in a team of two or more people.
»Make sure that the staff knows and adheres to the accident
prevention and safety regulations.
»Secure the modules during installation, especially when
storing them on the roof. Only mount the modules in dry
and calm weather.
»When handling tools on the junction box cable, be careful
not to damage the cable..
»Partial shading of modules can considerably reduce the
power output of the system and damage the modules.
»Small angles of inclination should be avoided as they can
lead to the accumulation of dirt on the glass at the edge
of the frame.
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Electrical installation
After installation
»Check that the connectors are securely fastened and make
sure that the cables work properly.
»Check the modules regularly for damage to the glass
surface, the back sheet, the frame, the junction box and
the external electrical connections.
» Check to see if the electrical connections are loose and
show signs of corrosion.
» Keep the back of the module free of foreign bodies and
structural elements, especially if the module is subjected
to mechanical loads.
»Do not use oil or lubricant on any part of the module, as
this can damage the photovoltaic module.
Electrical installation
» Avoid all electrical hazards during the installation, cabling,
commissioning and maintenance of modules.
»Do not group modules with different electrical properties
or physical configurations in the same system.
» Please pay close attention to the polarity of the cables
and clamps in order not to damage the module when
connecting.
» If the return currents exceed the maximum value specified
on the type label or in the data sheet, a correctly di-
mensioned and certified overcurrent device (fuse or circuit
breaker) must be connected in series for each module or
each module string.
»The nominal capacity of the overcurrent device must not
exceed the maximum permissible value of the backup
fuse specified on the label or data sheet.
»The module contains a factory-integrated electronic
string shutdown (Energetica Integrated Shadow
Protection – e.ISP).
» To protect the system, it is recommended that a lightning
rod be attached during installation.
» Since the overvoltage generated by lightning can damage
the system, conductor loops should be reduced to a
minimum.
» The junction box must not be opened. Opening the
junction box will void the guarantee.
» Never use light concentrators such as mirrors or lenses.
» Modules suspected of having an electrical problem should
be returned to Energetica Industries GmbH,
Energieplatz 1, A-9556 Liebenfels, Austria, for inspection,
possible repair or replacement in accordance with the
guarantee.
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Electrical installation
Electrical connections
» There is a risk of electric shock in the vicinity of the
electrical connections of the solar module.
» Modules can be connected in series and / or in parallel
to obtain the required electrical output, provided the
information in the product specifications is followed.
» Use only modules of the same type in a combined circuit.
» Do not disconnect modules under electrical load. There
is a risk of electric shock in the vicinity of the connecting
elements of the solar modules.
» If you connect the module in series or in parallel (e.g.
when using extension cables), the connection of all
modules should be identical (with the appropriate plug
from the same manufacturer).
» Ensure the firm connection between the plugs. They
audibly click into place when they are connected.
PLANNING / ELECTRICAL DESIGN
e.ISP – Energetica
Integrated Shadow Protection
All Energetica modules have intelligent electronics integrated
in the module called e.ISP (Energetica Integrated Shadow
Protection).
Thanks to their 80 percent lower power loss compared to
conventional Schottky diodes in standard panels, a noticeable
increase in energy yield is achieved. At the same time, e.ISP
represents a much more effective protection of the module
in the event of unforeseen shading and thus optimizes the
power loss of the modules in the event of shading.
IMPORTANT SAFETY INFORMATION !!
Correct interconnection of the module strings
In order to reduce high voltages caused by indirect
lightning strikes, the area of all conductor loops must be
as small as possible. Before commissioning the generator,
check the correct interconnection.
If the measured open circuit voltage deviates from the
specification, there is a connection error. Pay attention to
correct polarity.
Return currents
Please note the limit values for reverse current resistance
of our photovoltaic modules according to the data sheet. In
some cases, inverters can cause very high reverse currents
in the module field due to their input capacities, which can
destroy the photovoltaic modules or lead to personal injury
and property damage.
When selecting an inverter, please ensure that the
inverters used have reverse current protection!
Your inverter manufacturer can provide you with information
on this.
If this is not the case, it is imperative to provide an external
device adapted to the output, which reliably protects the
module strings from excessively high reverse currents (e.g.
blocking diode with the appropriate output). In this context,
please observe the manufacturer's installation instructions.
=
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Mechanical installation
Selection of modules
For detailed electrical data, please refer to the current
product data sheet.
Available at www.energetica-pv.com.
Only interconnect modules of the same type and the same
performance class to prevent damage to the modules.
Safety factors
During normal operation it is possible that modules
deliver a higher current and / or higher voltage than under
standardized test conditions:
» When determining the current ratings (ISC) of conductors
and
»When dimensioning controls that are connected to the
outputs of the solar modules
»When determining the rated voltage values (VOC) of
components.
The applicable national regulations for the installation of
electrical systems must be followed.
Series connection
Series connection of the modules is only permitted up to the
maximum system voltage specified in the applicable data
sheet.
» The design must take into account all operating
cases, temperatures and relevant technical regulations
and standards.
This ensures that the maximum system voltage, including
the required safety margins, is not exceeded.
» When designing the string length: Take into account the
voltage limitation of the inverter when determining the
number of modules.
Series connection
In case it is necessary to connect module strings in parallel in
addition to the series connection, undesired reverse currents
can occur.
In the case of reverse currents, not only modules can be
damaged (caused bymodule defects, earth faults or insulation
faults) but also personal injury and property damage.
IMPORTANT SAFETY INFORMATION !!
If the module strings are connected in parallel, external
diodes (blocking diodes adapted to the output) are requi-
red because the internal electronics adapted to the modle
output cannot regulate the current flow, when individual
module strings are shaded in the parallel connection.
Failure to observe this can damage the solar modules and
internal electronics, resulting in personal injury and proper-
ty damage.
Ensure compliance with the maximum reverse current load
specified in the data sheet !
In order to limit or prevent the reverse currents that occur,
we recommend the following technical solutions:
Series connection
1) Design with a limited number of parallel-connected
strings:
» To limit the current, a maximum of two module strings
can be operated in parallel on an inverter or an MPP
tracker.
» If more than two strings are operated in parallel on an
MPP tracker or an inverter input, the use of blocking
diodes adapted to the power to protect against reverse
currents is mandatory.
2) Design with string protection:
» Secure modules per string on the plus and minus side.
Use gPV fuses in accordance with IEC 60269-6. Observe
the number of strings permitted in accordance with the
specifications of the respective string fuse manufacturer
and the technical guidelines.
IMPORTANT SAFETY INFORMATION !!
If the inverter does not have integrated reverse current
protection, this must be provided externally in form of a
blocking diode in the individual DC strings.
NOTE! When installing different product revisions, the
minimum permissible reverse current load applies.
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Installation methods
Inverter
Inverters with and without a transformer can be used. Please
make sure beforehand that the inverters comply with all
relevant standards in your country.
IMPORTANT SAFETY INFORMATION !!
In some cases, the input capacities of the inverters can
cause very high reverse currents in the module field, which
can destroy the photovoltaic modules or lead to personal
injury and property damage.
When selecting an inverter, please ensure that the in-
verters used have reverse current protection!
If this is not the case, a blocking diode must be provided
per module string.
Series connection
» The solar modules can be connected in series to achieve
the desired voltage output.
» The current intensity of all modules connected in series
should be identical.
» The maximum number of modules connected in series
can be determined on the basis of the maximum system
voltage, the safety factor of 125% and the module open
circuit voltage (Voc), which can be found in the “Product
specifications” on page 13 of this document.
» The maximum solar module configuration can also be
found in the "Product specifications" on page 13.
Parallel connection
» The solar modules can be connected in parallel to achive
the desired amperage.
» If the modules are connected in parallel, the total ampe-
rage is the sum of the amperages of the individual mo-
dules.
» The voltage of all modules connected in parallel should
be identical.
» If several module rows are connected in parallel, each
row or each PV module must be provided with a string
diode before being combined with other rows.
» The maximum permissible value of the back-up fuse for
strings or the recommended string diodes can be found
in the "Pro- duct specifications" on page 13.
» Parallel connections are not limited if appropriate pre-
cautions are taken to block the reverse current, such as
fuses and string diodes to protect the module and cable
from overcurrent and reverse currents and to prevent
uneven string voltage.
» A multiplier is required for an increased output of the
PV modules. Under normal conditions, a PV module is li-
kely to produce a higher current and / or voltage than
under standardized test conditions. With such an increa-
sed power output, the requirements under Article 690 of
the American safety standard NEC (National Electrical
Code) must be observed.
In the case of systems that are not subject to the
requirements of the NEC: When designing the fuse sizes
and sizes of the PV power regulator, the values for short
circuit current (Isc) and open circuit voltage (Voc
specified on this PV module must be multiplied by a
factor of 1.25.
=
=
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Electrical installation
General Wiring
»Energetica Industries GmbH recommends double
insulation of all cabling with a temperature resistance of
at least 90 ° C (194 ° F).
» All wiring should be made of flexible copper conductors
(Cu).
» The minimum size must be determined in accordance
with the applicable regulations.
» Energetica Industries GmbH recommends a minimum
size of 6 mm.
Grounding
» All work must be carried out in accordance with applica-
ble national, regional and local regulations and stan-
dards.
» For safety reasons and to maintain the system, the solar
modules must be grounded by an authorized installer in
accordance with applicable national, regional and local
regulations and standards for electrical installations.
» Specific information on the dimensions of the solar
modules and the positioning of the grounding holes can
be found in the product specifications on page 13.
» One M4 stainless steel screw, one nut, one spring washer,
two flat washers, one cup washer, one tooth lock washer
and 12 AWG copper wire are recommended for each
installation hole.
» If customary earthing accessories (nuts, screws, washers)
are used to install a listed earthing device, the installation
must be carried out in accordance with the relevant
manufacturer's instructions.
» All parts used should be made of corrosion-resistant
material such as stainless steel.
» There is an earthing hole on the edge of the module
frame. Using this hole, a grounding conductor and the
frame of the solar module can be connected and groun
ded according to the drawing below.
» All screws and nuts must be tightened with a torque of
4 ~ 5 Nm.
» In order to prevent electric shocks or fires, protective
earthing must be attached to the frame of the solar mo
dules and systems, even if Energetica photovoltaic modu
les meet the requirements of safety class II.
The national regulations must always be observed.
Module installation
» The limited warranty for solar modules from Energetica
Industries GmbH applies to modules that are installed in
accordance with the specifications described in this
section.
» The solar modules fall under application class A and have
safety class II. Thus, they can be operated in systems with
120 V DC and higher.
» Energetica Industries recommends the use of corrosion-
resistant materials such as screws, nuts and washers
made of stainless steel for the installation.
Site conditions
Energetica photovoltaic modules should be installed in
locations that meet the following requirements:
» Maximum operating temperature: +90 °C (194 °F)
» Minimum operating temperature: -40 °C (-40 °F)
Suitable environmental conditions
The module is intended for use in moderate climatic
conditions. It must not be submerged or exposed to constant
exposure to water. In ambient conditions with greater
exposure to salt (distance from the sea 500m) and sulfur
(sulfur springs, volcanoes) there is a risk of corrosion and
the guarantee is void. The module must not be exposed to
chemical strains (e.g. emissions from companies).
module frame
screw
at washer
tooth lock washer
plate washer
ground wire
at washer
spring washer
screw nut
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Installation methods
Free from shading
Optimal solar radiation leads to maximum energy yields:
» Set up modules so that they face the sun.
» Avoid shading (e.g. from buildings, chimneys, trees).
» Avoid partial shading (e.g. from overhead lines, dirt,
snow).
» Energetica solar modules can be used up to an altitude of
4000 m.
INSTALLATION METHODS
General information
» To maximize sun exposure, choose an appropriate orien
tation.
» The module must be stored so that the glass faces up.
At the same time, a suitable, water-repellent cover on the
back prevents moisture from penetrating the connector
and creating a security risk.
» To avoid damage, never drop objects on the modules.
Also, never step on the modules, do not subject them
to mechanical stress or deform them through mechanical
stress.
» A suitable distance must be maintained between the
frame of the solar modules and the respective under-
ground, such as roof or floor, in order to avoid damage to
the cabling and to allow air to circulate behind the solar
module. The recommended minimum distance is 100mm.
» Modules must never be mounted upside down. Cables
and plugs must always point downwards.
» When installing PV modules in snowy areas, Energetica
Industries recommends taking appropriate measures to
prevent damage to the backside of the frame from sliding
snow. We recommend using corrosion-resistant materials
for such additional structures.
» Each module should be securely fastened at at least four
points on two opposite sides.
» Only use corrosion-resistant parts as installation rails and
fastening material. Use suitable screw or clamp con-
nections as required in the manufacturer's instructions.
» After installation, there must be no electrical parts (such
as cables) between the laminate and the substructure.
» Make sure that the plug connections are never in the
water.
» Detailed information on the dimensions of the solar
modules and the position of the installation holes can be
found in the “Product Specifications” section.
Installation with clamps
» The module can be attached to the substructure on both
the long and the short edge using clamps.
» You can find detailed information about the positioning
of the clamps in the installation options on page 11.
» If you use a special clamp, it must be tested for
compatibility by Energetica Industries.
Planning
Check whether the maximum snow loads of the modules
are suitable for the relevant snow load zone. For zones with
a correspondingly high snow load, we recommend our
e.Prime series with higher mechanical stability.
» Adding additional installation holes can damage the solar
module and affect the stability of the frame.
» We recommend leaving a gap of 10 mm between the
module frames in order to prevent tension due to
thermal expansion.
Disclaimer of liability
» The installer must read and fully understand this
installation manual before beginning the installation
process.
» If you have any questions about the manual or any
concerns, the installer should contact Energetica
Industries and express them.
Recycling
Do not decommission module yourself, but hire a specialist
company. Dispose of the modules in accordance with the
local disposal regulations.
The original foil of the pallet packaging from Energetica
Industries consists of biodegradable and recyclable plastic
and was made from renewable raw materials (corn starch).
Please dispose of the packaging in accordance with the
country-specific disposal regulations.
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Transport and care
Transport and Storage
» Never loosen the straps on the packaging during trans
port. If the straps are released, the module is unsecured
in the stack and can be damaged when accelerating,
braking or lifting.
» For transport, stack the product only on the special pallet
provided by Energetica.
» The maximum stacking height is two pallets. Stacking too
high can put too much pressure on the lower modules
and damage modules.
» Never transport the module on one side of the frame or
on the cable. This can cause damage to the frame or
cables.
Cleaning
PV modules do not need to be cleaned to work effectively.
However, by removing dirt or deposits (leaves, snow) on the
front glass, their performance can be increased. Only clean
the modules when they have cooled down. Do not wear any
electrically conductive parts on your body or clothing.
In order not to damage the module surface, clean the
modules as follows:
» Remove snow and ice carefully and without effort. For
example, use a soft broom for this;
» Do not scrape off dirt or leaves, but rinse with lukewarm
water;
» To do this, use an alcohol-based glass cleaner;
» Do not use abrasive cleaning agents or tensides;
» Carefully remove stubborn dirt with a cellulose cloth
(kitchen roll) or a damp, soft sponge. Do not use micro-
fiber or cotton cloths for this.
» Stubborn soiling can be removed with isopropanol
within one hour of its occurrence (observe safety instruc
tions!).
» Do not let any isopropanol run between the module and
the frame or into the module edges.
»Water, ethanol and microfiber cloths can be used for
regular cleaning of the front glass.
» Do not use calcareous groundwater to clean the glass.
»The frame surface can be cleaned of foreign matter
residues with a damp, non-scratching sponge or cloth
and then dried in the air or with clean chamois leather.
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Installation variants
Installation with clamps
Point bearing with rail Line bearing
1/5 = 356 mm
356 mm 356 mm
no installation system in the
junction boxes area
MV1
356 mm 356 mm
MV2
1/5 = 210 mm
210 mm210 mm
MV3
Point bearing without rail
1/5 = 210 mm
210 mm210 mm
MV4
Please note the specication of the permissible static load and the clamping
range on the following page. The installation variants shown apply to installation
in portrait and landscape format. No installation system may be installed in the
middle area of the module (hatched area).
With insertion prole
MV5 MV6
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Installation variants
Installation option Clamping point [mm] Test load pressure/tension [Pa] Test load pressure/tension [Pa]
MV1 / MV2 356 5400 / 4000*** 3600 /2670
MV3 210 2400 / 2400 1600 / 1600
MV4 210 2400 / 2400 1600 / 1600
MV5 5400 / 4000 3600 /2670
The following installation option is only possible under certain conditions.
MV6 2400 / 2200** 1600 / 1470**
CAUTION
»
»
»
»
»
»
»
»
The loads given in the table relate to the mechanical strength of the solar modules. The mechanical strength of the frame
system including the clamps must be assessed by the system supplier. The following parameters were used for the listed
Energetica test load values: clamp width = 40 mm and clamp depth = 10 mm. The system installer is responsible for
determining the site-specic load requirements.
Make sure that the substructure does not touch the junction box (even under load).
Make sure that the clamps or plug-in proles do not touch the glass (even under load).
Make sure that the junction box connection cables do not run between the laminate and the rack rails.
Make sure that the supporting structure has a minimum depth of 15 mm on the back of the module for MV5, MV6, MV4, MV2
and MV3. Make sure that the supporting structure has a minimum depth of 10 mm on the front of the module for MV5 and
MV6.
MV1, MV4 and MV2 with rails: Make sure that the module frame is attached directly to the rail of the substructure (no spacers
allowed between the module and the substructure).
The module bends under load. For this reason, sharp objects (e.g. screws) must not be placed near the backside of the module.
Use corrosion-resistant M8 screws and washers (diameter ≥ 15.8 mm or ≥ 0.62 inches) for FB1 and FB2 racks.
* Loads according to IEC 61215-2: 2016 and UL 1703
** Test procedure according to IEC 61215-2: 2016 and UL 1703. Installation options do not meet the requirements of the standards
*** Only permitted with three rails.
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Page 13
Product specications
MC4 (+)
MC4 (–)
8 x drainage holes
1000
Modullabel
100
890±0.3
1780±0.3
110
1042±0.3
10 x grounding
Product line e.Classic
Type e.Classic M HC e.Classic M HC black
Performance classes Wp 365, 370, 375, 380, 385, 390 350, 355, 360, 365, 370
Length 1780 mm 1780 mm
Width 1042 mm 1042 mm
Frame thickness 36 mm 36 mm
Surface 1,85 m21,85 m2
Weight 20 kg 20 kg
Max. system voltage Usys 1,05 kV / 1,5 kV 1,05 kV / 1,5 kV
Max. reverse current load 16 A 16 A
Acceptable temperature range -40°C bis +90°C -40°C bis +90°C
Protection class junction box IP 68 IP 68
Protection class connector Multicontact MC4 / IP68 Multicontact MC4 / IP68
Cable length 1150 mm 1150 mm
Fire class Class C, Fire Class 1 (Italy) Class C, Fire Class 1 (Italy)
Max. test load (push, pull)* 5400 Pa 5400 Pa
Max. permissible load (push, pull)* 2400 Pa 2400 Pa
Certicates Quality Austria tested, CE-konform, IEC 61215, IEC 61730,
UL 61730, IEC 62716, IEC 61701, ISO 9001, ISO 14001,
OSHS 18001, protection class 2
* Test load and permissible load according to IEC61215; 2016 depending on the installation variants
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Notes
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