Brochure/Catalogue
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Weidmüller’s product range includes surge protection
that meets the very latest standards governing the specic
requirements of photovoltaic systems on the roofs of
industrial buildings – on request, they can be individually
congured and integrated, ready-to-wire, in a housing.
With such equipment, system operators can count on their
anticipated returns.
Lightning currents and surge voltages are often responsible
for damage to inverters and photovoltaic modules. Not only
does this damage represent huge repair costs for operators,
it also has a major impact on the economic viability of the
entire facility.
To enable our customers to set up their photovoltaic systems
that are t for the future, our solutions of product line
VARITECTOR PU always satisfy the very latest application and
product standards. Our entire range of surge protection de-
vices already meets the current standard EN 50539-11:2012
which stipulates how surge protection in photovoltaic sys-
tems has to be designed on the DC voltage side.
Weidmüller also provides complete surge protection systems
which fully complies with EN 50539-12 for the DC and
EN 61643-12 for the AC sides.
The devices are designed especially for photovoltaic
applications and effectively prevent the undesired activation
of cut-off mechanisms. The worst-case scenario of a re
is therefore effectively prevented.
The unlimited functionality of a photovoltaic plant is crucial for
its efciency. The Transclinic xi+ device series continuously
calculates/determines the current coming from individual
strings or string groups as well as the voltage in a photovoltaic
plant thus allowing a very detailed monitoring.
Disturbances that might cause a decrease in prots are thus
identied and can be eliminated without delay.
Depending on the model, the Transclinic xi+ has between 4 and
14 inputs for measuring currents of up to 30 A per string.
The current measuring is particularly reliable thanks to very
linear and stable shunt resistances.
The current and voltage measuring data are transmitted via
ModBus RTU over EIA RS-485. Evaluation and presentation of
the data can be done using the PV Plant software.
In addition to current and voltage, it is possible to control
optional analogue and digital signals and to operate signalling
devices via a digital output. The information obtained about
the operational status provides a reliable monitoring mechanism
for the photovoltaic facility, which will help you to optimise
your yield.
The innovative photovoltaic junction box for crystalline photo-
voltaic modules is exible and can be easily tted for optimised,
secure production processes.
The box enables a fully-automatic process, which accelerates the
production of photovoltaic modules and reduces the production
costs. But also in the case of a manual assembly signicant
optimisations can be realised. The two-section housing design
makes it easier to manufacture and to replace during repairs.
The photovoltaic junction box was developed with two different
connection principles. It is available as a version for ribbons that
are fed through the backsheet of the panel, as well as for ribbons
that are initially laminated over, and then prepared for the fully-
automatic production line using a simple milling process to
expose the contacts.
A new, patented sealing and strain-relief system has signicantly
increased the wire withdrawal forces, in comparison with the
force needed for a conventional cable gland connection.
With the automatic interlock it is impossible to unintentionally
loosen the connection.
The PV junction box is certied by TÜV Rheinland in accordance
also the with DIN V VDE V 0126-5:2008-05 and the new
pr EN 50548 UL approval in accordance with UL 1703 is given.
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Lightning and Surge Protection
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System monitoring for PV systems
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Photovoltaic junction box
Lightning & surge protection on the PV generator side (DC) and power supply side (AC) Module connection for efcient installation WM JB PVM Continuous performance monitoring of PV systems with Transclinic Xi+ monitoring systems
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Signal Connection
Customised signal interfaces which ensure a reliable IP 20
connection are needed for input interfaces for signals such as
temperature, or positioning and output interfaces for controlling
actuators.
The OMNIMATE Signal plug-in connectors are available with
an extra screw ange, or lock and release lever for a reliable
fastening. For PCBs with SMD components, the connection
system is also available for the reow soldering process.
The 3.5 mm to 5.08 mm pitch provides a number of solutions
which can be combined with the SL-SMT male header suitable
for reow.
The LSF PCB terminals in pitch 3.5 mm to 7.62 mm with PUSH IN
connection system from the OMNIMATE Signal product range
can be soldered using the wave soldering process or the zero-
compromise reow-soldering process. For PCBs produced
with the wave soldering process, there is an extensive range of
screw and PUSH IN spring connection systems in pitch 3.5 mm
to 5.08 mm.
The wide range of OMNIMATE Signal device connectivity
products are optimised to suit the application, with simple
processing, reliable application and space-saving installation.
The complete range of M8 and M12 round plug-in connectors
with protection class IP 6x from Weidmüller are used in eld
wiring for sensors and actuators.
Device connectors: OMNIMATE Signal terminals and connectors
Field wiring: M8, M12, M16 and M23 connectors in IP 67
DC Power Connection
DC Power Connection
Lightning and
Surge Protection
Photovoltaic junction box
System monitoring
for PV systems
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AC Power Connection
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Data Connection
The electrical connectivity inside the device between the
individual function units is provided by our OMNIMATE Power
connection components. The large range of PCB terminals
and plug-in connectors provide numerous connection options,
with a high clamping force and optimum use of space.
When guiding currents of different heights through the device or
electrical cabinet wall, OMNIMATE Power feed-through terminals
are the universal solution for wire cross-sections of between
4 mm² and 95 mm².
Our Heavy Duty Connectors (HDCs) from the RockStar
®
product
family are used for the external AC mains connection, with IP 6x
protection class.
Thanks to a special die cast alloy and multi-stage surface sealing,
the HDC housings are perfectly protected for external power
connections to the mains supply.
The interlock system is manufactured from stainless steel.
This guarantees a long lifespan with high resistance to corrosion
and impact.
The RockStar
®
plug-in connectors are available with a straight on
or side wire outlet direction.
High reliability, protection against failure, and availability
are the basic requirements of photovoltaic inverters.
When networking a range of components in a photovoltaic
system, it’s very important that reliable and secure data
transfer is guaranteed.
Suitability for industrial use and connectivity which is
dependable are the essential criteria for efcient
data cabling and data exchange in photovoltaic systems.
Our Industrial Ethernet components offer a higher level of
quality and operational safety than needed for a desktop
PC, for example. Weidmüller’s product range also includes
solutions in IP 67 for connecting networks outside
the inverter housing.
For this application, we recommend our M8, M12, M16 and
M23 connectors in IP 67 protection, which are also available
in an over moulded version with assembled cables. We
supply a range of RJ45 connectors with crimp or IDC wire
connections, according to Cat. 6A/Class EA and in protection
classes ranging from IP 20 to IP 67 for connecting networks.
We supply network components for many applications, be it
the STEADYTEC
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plug which can be assembled without any
tools, or the IP 67 classied plug with an impact-resistant,
die-cast housing.
Device connectors: OMNIMATE Power terminals, connectors and feed- through device terminals
Field wiring: RockStar
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heavy duty, plug-in connectors
Device connectors: OMNIMATE Signal terminals and connectors
Field wiring: M8, M12, M16 and M23 connectors in IP 67 mechanically protected RJ45 connector
Signal and Data Connection
Signal and
Data Connection
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AC Power Connection