okplazas.com Pepperl+Fuchs safety barrier is safe and explosion-proof, and workers know it best

Pepperl+Fuchs safety barrier is a safety device between the operation area and the production area, and its function is to control energy. No matter what is wrong with the equipment in the operating area, the energy transmitted to the field equipment through it is intrinsically safe. Pepperl+Fuchs safety barrier signal isolators are used in various process links to solve signal interference and disconnect the process loop without affecting the normal transmission of process signals, thereby solving the problem of ground loops.

Pepperl+Fuchs Safety Barrier

Now industrial enterprises, especially some large-scale metallurgical, chemical and power enterprises cannot lack safety barriers. The news often reports that there is another industrial explosion accident in a certain place, and there are many reasons for accidental explosion caused by sparks. The role of Pepperl+Fuchs safety barrier is to prevent dangerous electrical energy from entering the explosion-proof place in the control room and only allow safe electrical signals to pass through. It is a necessary device for the control system to reach the intrinsic safety standard. Safety barriers, including Zener safety and isolation barriers, can be used in the field of explosion protection. The Zener safety barrier must be reliably grounded during installation, and the isolation barrier does not need to be grounded; the Zener safety barrier can only transmit the same kind of signal; and the isolation barrier can perform signal conversion. Pepperl+Fuchs safety barrier is a safety device between the operation area and the production area, and its function is to control energy. No matter what is wrong with the equipment in the operating area, the energy transmitted to the field equipment through it is intrinsically safe. The signal isolator is to solve the signal interference and is used in each process link to disconnect the process loop without affecting the normal transmission of the process signal, thereby solving the problem of the ground loop.