Multiturn Wirewound Potentiometer AL17/19

Economical multiturn potentiometer with high precision in 22 mm housing and many options

Sensor technology: Wirewound Potentiometer
Effective electrical angle of rotation: max. 3600°
Functions / Features: With mech. stop, Opt. rear shaft, Opt. multiganged/ tandem
Resolution: Depends on resistance value
Output signal: Analog
Mounting: Bushing
Shaft diameter: 6,00 mm, 6,35 mm
Housing diameter: 22 mm
Housing depth: min. 19 mm
Electrical connection: Radial, Solder contacts, Terminal clamp
Protection class: Up to IP65

The AL(R)17/19 potentiometers in 22 mm housing are suitable for applications where a precise and economical multiturn potentiometer is important.

The precision potentiometers of the series AL17/19 are used as an economic and precise multiturn sensor. The shaft diameters Ø6,35 / Ø6.00 mm (AL17/AL19) are equipped with a screwdriver slot. In addition, an optional integrated slipping clutch protects the potentiometer from damage by overrunning the end stops and facilitates the zero point adjustment. The potentiometer is available in a 3, 5 or 10 turn version. The radial gold-plated connection pins are suitable for flat connectors (2.8 mm according to DIN 46247 part 3) and the connector version simplifies the mounting.

  • Economical and precise multiturn sensor
  • Version with integrated connector
  • Version ALR17/19 with integrated slipping clutch
  • A potentiometer with many options


  • Front shaft sealing
  • Improved linearity
  • Improved resistance tolerance
  • Rear shaft and shaft geometry
  • Front shaft adjustment
  • Plug version in preparation
  • Center tap
  • Tandem version

We offer many adaptations on request: Tandem- or 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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