3 in stock
The STAHL 8901/31(0)-280/100/00 Safety Barrier provides certified intrinsic safety isolation for field instrumentation installed in hazardous areas. Suitable for Zenner-type signal circuits, this barrier enables safe energy-limited operation in explosive atmospheres.
$205,00
The STAHL 8901/31(0)-280/100/00 intrinsic safety barrier is engineered to protect instrumentation and field wiring installed in hazardous zones by restricting electrical energy to safe, non-ignitive levels. Designed for integration into control panels and analyzer shelters, the barrier enables secure signal transfer between hazardous and safe areas while maintaining compliance with industrial explosion-protection standards.
This device offers stable, low-noise signal conditioning and galvanic isolation for transmitters, contacts, and sensor interfaces. STAHL’s robust internal circuitry ensures dependable operation under industrial vibration, temperature fluctuation, and electromagnetic exposure.
Referenced commonly in Zenner-branded measurement loops, this barrier supports accurate feedback transmission while preventing ignition hazards in gas and vapor-classified environments.
Manufacturer: STAHL
Model: 8901/31(0)-280/100/00
Function: Intrinsic safety (IS) interface barrier
Device Type: Energy-limiting protection module
Application: Field signal isolation for hazardous areas
Signal Support: Transmitters, sensors, dry contacts (circuit dependent)
Mounting: DIN-rail cabinet installation
Reference: Zenner instrument compatibility
(Note: electrical entity parameters must be confirmed per loop and hazardous-area classification drawing.)
Pressure, flow, and level transmitters
Hazardous-area contact inputs
Gas analyzer feedback loops
Fire and gas safety interfaces
Tank gauging I/O signals
Field instrumentation protection
Prevents ignition from wiring faults or surges
Stable, low-noise signal transfer to control systems
Compact DIN-rail footprint for panel assembly
Complies with global IS safety standards
Long service life and low maintenance demand
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