Model 107 Capacitance Level Switch

Brand: Delta Controls Corporation

Capacitance Level Switch, Multipoint, Two or Four DPDT Relays.

The Delta Controls Model 107 features all digital circuitry and pushbutton setup. It is potted for severe environments.

An LCD display reads level directly in gallons, inches, meters, tons, etc.

Pushbutton setup and simple two point calibration means you don’t have to fill or empty the tank to calibrate or recalibrate switching points accurately.

The “ON”-“OFF” elevation is separately software selectable for each relay.

The Model 107C provides two 5 Amp DPDT relays. The Model 107D provides four DPDT relays.

The electronics module can be remotely mounted.
Features
  • RF admittance type circuitry
  • Insensitive to process coatings and buildup
  • LCD direct reading level display
  • Simple, two point calibration without emptying tank
  • Direct or reverse calibrated
  • Built-in self-diagnostics
  • Integral or remote mounted electronics housing
  • Process temperature -350°F to +750°F (-210°C to 435°C)
  • Adjustable time delay of 1 to 60 seconds
  • Epoxy sealed electronics module
  • Pressure Rating: Vacuum to 10 000 psig (-1 bar to +700 bar)
  • Application specific probe shapes, styles, configurations, and process connections
  • Wetted materials include stainless steel, PTFE, Kynar®, Monel, and ceramic

Specifications

Basic Supply Voltage

  • 120 Vac Basic (240 Vac or 24 Vdc Optional)

Electronics Modules

  • Potted for High Reliability.

Housing

  • 4X Hoseproof, 6 Submergible, Class 1, Div. 1, Groups BCD,EFG Explosion-proof Optional, Aluminum or Epoxy/glass.

Level Range

  • Independently Programmable ON & OFF Switchpoints Can be Anywhere Along the Length of the Probe. the Range is 0-32,000 Sensing Units, See Application Note PROB-198 for Details.

Number of Relays

  • Model 107C - 2 Each DPDT 5 A @ 250 Vac
  • Model 107D - 4 Each DPDT 5 A @ 250 Vac

Operating Temperature

  • -40° to +180° F (-40° to +85° C)

Sensor, Probe Sensing Circuit

  • Intrinsically Safe

Temperature Effect (0° to 150° F)

  • Typically less than 0.25” (6 mm) H₂O

Time Delay

  • 0.25 to 30 seconds Adjustable

Documentation

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