MTL 710-

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The MTL 710 Intrinsic Safety Barrier provides certified energy-limiting protection for field-mounted instrumentation in hazardous areas. Designed for reliable signal transfer and ignition prevention in explosive atmospheres.

Price:

$50,00

The MTL 710 is an intrinsic safety (IS) barrier engineered to protect field instrumentation circuits installed in hazardous and potentially explosive industrial environments. By restricting voltage, current, and energy levels to safe thresholds, the 710 prevents sparking, hot-surface ignition, and electrical faults from propagating into classified zones.

The unit integrates easily into control-room panels via DIN-rail mounting, supporting direct connection to transmitters, switches, solenoids, and other low-power field devices. Its robust design ensures stable, low-noise signal transmission from hazardous-area instrumentation back to safe-area control systems.

The MTL 710 is commonly deployed across oil & gas plants, refineries, chemical processing units, pharmaceutical manufacturing, tank farms, and offshore installations, forming part of fully certified IS control loops.


Key Features

  • Manufacturer: MTL / Eaton Crouse–Hinds

  • Model: 710

  • Type: Intrinsic safety barrier

  • Mounting: DIN-rail

  • Loop Type: Low-energy instrument signal circuits

  • Safety Function: Prevents ignition in hazardous gas zones

  • Signal Support: Analog / digital (loop dependent)

  • Approvals: Suitable for IECEx / ATEX IS system architectures

(Note: exact electrical parameters vary by loop design; users must confirm compliance per device & area classification.)


🧪 Typical Applications

  • Hazardous-area pressure, temperature & level transmitters

  • Limit switches & contact feedback

  • Valve position signaling

  • Fire & gas safety loops

  • Analyzer sample-system signals

  • Petrochemical process skids


💡 Benefits

  • Safe operation in explosive gas and vapor environments

  • Prevents field wiring from exceeding ignition energy

  • Hygienic installation via compact DIN-rail profile

  • Low maintenance and high reliability

  • Compatible with common industrial control systems