Integrity enterprise okplazas.com Pepperl+Fuchs safety barrier workers trust the explosion-proof brand

A device in which the voltage or current of the intrinsically safe circuit of the P+F safety barrier is limited to a certain safety range, plays an anti-explosion effect in explosion-proof places. Pepperl+Fuchs safety barriers are widely used in the fields of chemical and petrochemical, water treatment, metallurgy, pharmaceutical, electric power, cement, pulp and paper-making utility automation and other fields.

Pepperl+Fuchs Safety Barrier

The safety barrier zener barrier has no influence on the original signal accuracy due to no signal transition. The isolation safety barrier uses high frequency as the fundamental wave to modulate and demodulate the signal. If the signal changes, the accuracy will be affected by the safety barrier circuit. Pepperl+Fuchs isolation barrier has stronger input signal processing capabilities, and can receive and process thermocouple, thermal resistance, frequency and other signals, which is not possible with isolated safety barriers; isolated safety barriers can output two channels isolated from each other The signal can be provided to two devices using the same signal source to ensure that the signals of the two devices do not interfere with each other, and at the same time improve the electrical safety insulation performance of the connected devices. The surge protector equipped with the P+F Pepperl+Fuchs safety barrier isolation barrier is protected against overvoltages, such as lightning strikes, operating overvoltages, etc., through surge absorbers to limit the voltage range and protect the equipment. The isolation barrier limits the energy on the circuit, making it lower than the energy for igniting explosive dangerous objects to prevent explosion. The safety barrier is connected between the intrinsic full circuit and the non-intrinsically safe circuit. okplazas.com professional technical guidance, product one-year warranty, original genuine products, if fake, a penalty of ten!