Datasheet

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339PHOENIX CONTACT
Terminal blocks - CLIPLINE complete
Accessories
The bridge shafts are arranged in a line
across all terminal blocks allowing for a
combination of connection technologies.
The 2- to 50-pos. jumpers allow all potential
bridging tasks to be undertaken at speed.
A jumping bridge is created by removing
individual contact guides from the standard
bridge. Two potentials can then be routed
in parallel. The contact points can also be
marked.
The reducing bridge allows terminal
blocks with different nominal cross sections
to be connected with ease, e.g. a UT10
terminal block with a UT 2.5. Infeed blocks
can be created at speed with the reducing
bridge.
The plug-in SB-ME switching jumpers
make contact by being securely latched into
the function shaft. They create a removable
connection between neighboring terminal
blocks. This enables a transformer short
circuit to be created in test disconnect
terminal blocks, for example.
Vertical bridge to connect the upper and
the lower levels of a double-level terminal
block. The vertical bridge can be easily
connected later through the function shaft
of the upper level to the lower level.
A test plug with a diameter of 2.3 mm is
available for measuring lines and a test
adapter with a diameter of 4 mm is available
for safety test plugs. Test adapters can be
implemented quickly with the alignable test
plug.
The P-DI isolating plug can be removed to
release the connection easily, and then
"parked" back to front in the disconnect
zone. The P-FIX contact metal seals the
disconnect point with the same shape and
cannot be removed again once fitted.
The patented component connector
P–CO allows components to be quickly and
reliably accommodated using spring-loaded
contacts and to be connected without the
risk of reverse polarity.
The fuse plugs P-FU are intended to
accommodate cartridge fuse inserts. The
fuse used can be checked visually via the
LED.