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Series MTL5041/5045 Galvanic Barrier

Brand: Dwyer Instruments, LLC
Does not ship to VA, United States
The Series MTL5041/5045 Galvanic Barrier provides intrinsically safe isolation for communication with Dwyer® transmitters approved for use in hazardous areas.

This galvanic barrier eliminates the need for a high integrity earth ground required when using shunt type diode type safety barriers.

DIN rail mounting and plug-in signal and power connectors simplify installation and maintenance.
Features
  • Designed to mount on most standard DIN rails
  • Approved for use in hazardous areas
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The Series MTL5041/5045 Galvanic Barrier provides intrinsically safe isolation for communication with Dwyer® transmitters approved for use in hazardous areas.

This galvanic barrier eliminates the need for a high integrity earth ground required when using shunt type diode type safety barriers.

DIN rail mounting and plug-in signal and power connectors simplify installation and maintenance.
Features
  • Designed to mount on most standard DIN rails
  • Approved for use in hazardous areas

Specifications

Applications

  • Electrically Isolates Pressure & Level Transmitters from Unregulated Circuits for Intrinsically Safe Applications

Approvals & Certifications

  • CE
  • CSA
  • Ex
  • FM
  • UL

Consumption

  • 1.2 W at 24 Vdc
  • 55 mA at 35 Vdc
  • 70 mA at 24 Vdc
  • 85 mA at 20 Vdc

Environmental Protection

  • Hazardous Area

Humidity

  • 5 to 95 % Relative Humidity

Indication

  • Green: Power Indication

Input

  • 0 to 24 mA
  • Transmitter Voltage: 16.5 V at 20 mA

Isolation

  • 250 V RMS between Input, Output & Power Supply Terminals

Mounting

  • 1.4” (35 mm)
  • Aluminum DIN Rail 1 M

Operating Temperature

  • -20° to 60° C (-4° to 140° F)

Output

  • 4-20 mA
  • Safe-Area Load Resistance: 0 to 1 kiloohms
  • Safe-Area Output Resistance: > 2 megaohms

Power Requirement

  • 20-35 Vdc

Response Time

  • Settles to within 10 % of Final Value within 250 microsecond

Storage Temperature

  • -40° to 80° C (-40° to 176° F)

Thermal Drift

  • < 1 µA/°C