Phoenix Contact 2314901 Adapter For Use With SIMATIC S7 Series

Phoenix Contact VARIOFACE Series Modules | FLK, FLKM, FLKMS – Professional Fast and Faultless Wiring:VARIOFACE modules act as standard interfaces for the switch cabinet to connect the multiposition computer I/O modules to ribbon cable connections acc. to IEC 603-1/ DIN 41 651 via standard field cables up to 2.5 mm2. VARIOFACE modules are therefore an indispensable wiring interface for modern machine and plant equipment. The modules have a universal foot and are simply snapped onto the EN mounting rails as a compact terminal strip.
Space is extremely valuable in the control cabinet. That is why the I/O of automation devices feature high-position plug-in connectors. To enable the single wires of the sensor/actuator level to be connected to the automation interface quickly and in accordance with industry requirements, Phoenix Contact offers VARIOFACE Professional module with push-in or screw connection. Particularly the tool-free connection of the push-in terminal blocks saves a lot of time in single core wiring. Thanks to the large variety of system cables, the control and process levels can be connected safely and also error-free in harsh industrial environments. To allow all components to be supplied with power, potential distributors are available with the same housing design.
Features: The compact FLK modules with 10 to 26- position pin strips and an additional test connection per signal line. The variable FLKM modules with 10 to 64-position pin strips and the possibility of integrating electronic components such as light indicators for the signal lines in addition to the cable interface (cross section matching).
Three Versions Available:– the standard FLKM modules are wiring interfaces with 10 to 64-position pin strips,– the very narrow FLKMS modules with 10 to 64- position pin strips and 3-level screw connection terminal blocks for conductor cross sections up to 2.5 mm2– the FLKM…/LA modules with 10 to 64-position pin strips and an additional LED per signal path which indicates the signal status.