Potentiometric Linear Transducer CLP13

Displacement sensor with space-saving design and front-guided pushrod for strokes from 13 to 100 mm

  • Linear potentiometer with almost infinite resolution
  • Space-saving compact design
  • Measuring lengths from 13 mm to 100 mm
  • Also available with spring return as a probe
  • Long lifetime
Data sheet
Effective electrical travel From 13 to 100 mm in 4 variants
Sensor Technology Potentiometric
Protection Class IP40
Resolution Analogue stepless
Mechanical Detection Type Front side rod with/without spring return
Electrical Outlet Type Solder contacts
Mounting Screw Mounting / Bore Holes
Electr. output signal (voltage - potentiometric)
Ind. linearity (best) ±0.1% … ±1% (dep. o. travel & option)
Actuating speed < 5 m/s
Max. operating temperature +105 °C
Min. operating temperature -30 °C
Minimum overall length Medium (15 to 50 cm), Small (< 15 cm)
Supply voltage Potentiometric
The CLP13 without spring return / CLPR13 with spring return ... more
Product description: Potentiometric Linear Transducer CLP13

The CLP13 without spring return / CLPR13 with spring return displacement transducers are used in applications where space is limited and a compact linear transducer with long life, high accuracy and a guided push rod is required with a measuring length of 13 to 100 mm.

The CLP(R)13 series linear potentiometers have a space-saving design, making them suitable for applications where space is at a premium. The potentiometric displacement measurement is performed using a high-resolution conductive plastic resistive element. Thanks to comolded conductive plastic technology, the compact displacement encoder has a very long life and high accuracy due to its good linearity. As the potentiometric measuring principle provides absolute values and requires no electronic conversion, the position feedback signal is true power on without delay, temperature stable and robust against EMC influences.
In the CLP(R)13 range of displacement sensors, the mechanical detection of linear motion is achieved by means of a front guided push rod. The displacement sensor can be used as a probe or with a guided push rod. Customization on the cable (length, connector finish) or on the push rod (length, thread, flat...) is available on request.

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