User Documentation

Distinct contact identication
Each contact point on the terminal block
has a distinct mark such that it can be
assigned unambiguously to the
connection point in the circuit diagram.
Robust end plates
The end plates ensure nger safety and
separation of the different potentials.
Clear distribution terminal block
Easily identiable terminals to distribute
power to individual branch circuits.
Optional FE variants
The FE terminals have a contact to the
DIN rail underneath, which serves as zero
adjustment of the potentials.
Two cross-connection channels
The modular system allows an additional
terminal block to be attached and expanded
via an additional cross-connection in the
second cross-connection channel.
Coloured pushers
The colour coding can easily distinguish
the different potentials. Oversight saves
time and costs for maintenance and
troubleshooting.
Integrated test point
The integrated test and inspection tap
enables quick and easy testing with standard
size 2.0 probes and test plugs.
Convenient feed-in terminal block
A distinguishable power terminal offers
a simple powersupply into the system.
Professional marking
Large marking areas in combination with
our marking solutions ensure precise
identication of the individual terminal
blocks.
4 5
Individual conguration for each control cabinet type
The modular terminal block system for control voltage distribution
Your special advantages:
Time saving
• Maximum time saving on wiring thanks to
PUSH IN technology
• Consistent cross-connection systems
• Tailored assembly and ordering using the
Weidmüller Congurator
Space saving
• Up to 50 percent more compact control
voltage distribution thanks to the optional six
conductor connections per terminal block
• Combined solution for fewer components
and more available space on the terminal rail
• One solution to connect all the plus and
minus connectors for the loads
Flexibility
• Simple to modify and expand
• Easy to rewire without special tools thanks to
PUSH IN technology
• Universal use for direct and alternating current
from 0 to 800 V