Conductive Plastic Potentiometer MCP50

High resolution precision potentiometer with excellent linearity and lifetime, very high resistance value and high electrically effective rotation angle


Resolution: Almost infinite
Measurement range: Singleturn
Output signal: Analog
Protection class: IP40
Sensor technology: Conductive Plastic Potentiometer
Shaft diameter: 6,00 mm
Housing diameter: 51 mm
Shaft type: Solid shaft
Connection type: Solder pins

The MCP50 potentiometers with precision ball bearings and servo flange are suitable for applications where a very long life with extremely high linearity, high resistance value at high load capacity and precisely mountable sensor is important.

The precision potentiometers of the MCP50 series are designed for high demands on accuracy and reliability. They have outstanding linearity and excellent life expectancy. The sensor is available in a very high-resistance version for very energy-saving requirements. The potentiometer is equipped with a servo flange for precise mounting. In closed loop controlled systems, the conductive plastic potentiometers can be used particularly advantageously. As passive components they do not cause any dead times due to signal propagation and the signal is infinitely available.

  • Very long life
  • Very precise sensor
  • Servo flange for precise mounting
  • 2 Precision ball bearings
  • Robust metal housing
  • High max. resistance value
  • Power saving in applications
  • Very high electrically effective rotation angle 350° ±5°

Options:

  • Improved Linearity
  • Rear shaft
  • Center tap
  • Front shaft adjustment
  • Tandem versions

We offer many adaptations on request: Multi ganged potentiometers, sealed housing case, special electrical and mechanical angles of rotation, and special resistance and linearity tolerances. Furthermore we can mount gear wheels or attach cable assemblies with or without connectors and much more. Please use our request form and describe your application, so we can determine the optimal product for your design-in.







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