GEFRAN 600-R-R-W-0-1 CONTROLLER

  • Used in plastic processing machinery (applications requiring heating and cooling control).
  • Used in packaging machines (multi-zone control or control of different actuators).
  • Used in food processing equipment (precise temperature control and applications requiring an additional control signal).
  • Used in industrial furnaces and drying systems (staged control or control of different heating/cooling zones).
  • Used in process control systems (applications requiring multiple control outputs and an analog control signal).
  • Suitable for climatic chambers and test benches.
  • Used in die-casting plants.
  • Used in dryers for ceramics and construction parts.
  • Used in extrusion lines.
  • Used in painting plants.
  • You can become a member here to see prices and take advantage of other privileges.
    GEFRAN 600-R-R-W-0-1 is a versatile PID temperature controller designed for industrial applications. Its dual relay outputs allow for independent control of different control elements (e.g., heater and cooler). The additional analog output (current or voltage) can provide a signal for proportional valves or other control devices. Thanks to its universal input that supports a wide range of temperature sensors, it can be easily adapted to different applications. With its user-friendly interface, auto-tuning functions, and configurable alarm options, it offers reliable and precise control.
  • Model: 600-R-R-W-0-1
  • Control Type: PID (Proportional, Integral, Derivative)
  • Input Types: Universal input (Thermocouple, RTD, Linear inputs)
  • Output 1: Relay
  • Output 2: Relay
  • Output 3: Analog Output (current or voltage, configurable)
  • Supply Voltage: 100...240 Vac
  • Communication: None (in the specified model)
  • Operating Temperature: 0...50 °C
  • Protection Class: IP65 (front panel)
  • Dimensions: 48 x 48 mm (1/16 DIN)
  • Mounting: Panel mounting
  • Alarm Functions: Configurable high/low/band alarm, sensor fault alarm, heater break alarm (may vary depending on the model)