Offering the widest choice in measurement principles will allow you to always find a solution for your application requests. The choice is yours: potentiometer, draw wire, (optical) incremental and magnetostrictive. For contactless applications we offer laser, Eddy-current, capacitive and inductive principles.
Displacement measurements range from subnano area (capacitive and Eddy-current) to 250m with time-of-flight sensors and everything in-between.
Making the right choice can be difficult. Tell us your application, we'd like to help you.
Potentiometer, Incremental
Draw-wire
Inductive
Laser
Eddy-current, Capacitive
Linear Motion Pot. meters Analogue Output
0-10VDC analogue output, proportional to stroke position. Heavy Duty aluminium case IP65.
Strokes from 50-950 mm
Supply voltage 18-30VDC. Long lifetime.
Draw wire sensors
Measuring the linear movement of a component using a wire made of highly flexible stainless steel strands. Low-cost OEM to Heavy-duty industrial quality choice. Analogue or digital output.
Inductive Position Transducer
Linear Position Sensors, strokes 10-600 mm.
Rotary Position Sensors, ±2,5° to ±80° travel.
LVDT linear displacement sensors
Linear Variable Differential Transformers (AC and DC). Cost-effective dynamic and friction-free measurement of displacements from 0,1-10".
Laser Optical sensors
Contactless measurement of displacement and position using the following principles: laser-triangulation, confocal-chromatic and time-of-flight. Measuring ranges vary from 0,12 to 250 m.
Capacitive Displacement sensors
Due to the unique active tri-electrode guard-ring-capacitor principle, they are linear for all metals. The sensor acts as an electrode, the opposite electrode is the target.
Eddy Current sensors
Eddy-current displacement sensors measure displacement or position of any electrically-conductive target (ferro- or non-ferromagnetic). Ideally suited for harsh environments.



