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Isolators and barriers provide intrinsic safety through galvanic separation or by diverting energy between the control system and various field devices. These isolators/barriers only allow a safe amount of energy to reside in the electrical circuit so that no sources of ignition are created.
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When automated systems are installed in potentially explosive atmospheres (ex. oil and gas production), extra precautions must be taken to ensure the electrical circuits do not become ignition sources. Intrinsic safety protection requires consideration of the entire electrical circuit, consisting of a current/voltage source, end devices, and connecting cables. To maintain the integrity of an intrinsically safe system with field devices such as sensors, transmitters, or valves, intrinsically safe isolators or barriers are also required. Endress+Hauser and STAHL isolators/barriers only allow a safe amount of energy to reside in the electrical circuit so that no sources of ignition are created.
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Intrinsically safe isolation barriers provide galvanic isolation and safe transmission of analog signals from process instruments in hazardous areas.
STAHL Zener barriers provide intrinsic safety and limit energy sent to a hazardous location by diverting fault energy as opposed to isolating the signal. A dedicated ground is required for each module.
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