FC BFOC socket
= FC ST (stick and twist)

Fig. 1

FC BFOC connectors are Bayonet Fiber Optic Connectors. These are connectors for monomode and multimode fibers.

Fig. 2

FC SC socket

Fig. 3

FC SC connectors are used to make FO FC glass fiber-optic cables. The SC connector is usually found in the duplex version, but can be used as a simplex connector by disconnecting it from the separator bar.

Fig. 4

SC RJ socket

Fig. 5

SC RJ is the smallest SC duplex plug-in connector. The following screw connectors are available:

• IESC RJ POF connectors for POF fiber optic cables
• IESC RJ PCF connectors for PCF fiber optic cables

Fig. 6

• IESC RJ POF PRO connectors for POF fiber optic cables
• IESC RJ PCF PRO connectors for PCF fiber optic cables

Fig. 8

LC socket


Fig. 9

LC connectors are highly compact "small form factor" (SFF) connectors of the new generation. The connector is available as a duplex version and is locked by the push-pull mechanism. They are used above all for connecting to SFP plug-in transceivers or LC sockets.

Fig. 10

Simplex socket
(integrated optical interface of PROFIBUS devices)


Fig. 11

Simplex connector for plastic and PCF fiber optic cables for configuring optical PROFIBUS networks with devices with integrated optical interface.

Fig. 12

MTRJ socket


Fig. 13

Using an MT-RJ connector (multi-fiber connector) you can connect multiple monomode or multimode fibers to MT-RJ sockets.

Of the Siemens network components only the RUGGEDCOM devices have MT-RJ sockets.

The following prefabricated RUGGEDCOM cables can be connected to the MT-RJ sockets:

• Article number: 6GK6000-8GD00-8BA0
  RUGGEDCOM cable MTRJ-MTRJ MM1 glass fiber
• Article number: 6GK6000-8GD00-6AA0
  RUGGEDCOM cable LC-MTRJ MM 1 glass fiber

FC FO LC socket


Fig. 14 

FC FO LC connectors for fiber optic cables. They can be used for multimode gradient index fibers (62.5/200/230µm).


Fig. 15

MM FO SC socket


Fig. 16

MMFO SC duplex connector for connecting glass fiber-optic cables (50/125 - 62,5/125).


Fig. 17