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Rotary Encoder

“I am a rotary encoder.“
“I am a rotary encoder.“

How we work
We are needed wherever physical parameters, such as rotational speed, linear speed, acceleration or distance has to be recorded. By means of spindles, measurement wheels or cable pulls we are able to measure linear movements as well.

As incremental rotary encoders we supply a certain number of pulses per shaft rotation. In this case the number of pulses within a certain period of time is used to calculate the speed. By adding the pulse from a certain reference point, the scanned angle and distance can be determined.

As an absolute encoder, we supply an unique coded numerical value for every position of a rotating axis. Thus, no expensive electronics are required in order to carry out calculations. The absolute position has to be available at any time, thus no reference cycles have to be run in case of machine startup or after a power failure. We are available in single turn or multi turn versions and can manage all protocols and interfaces, such as SSI, AS Interface, CANopen, DeviceNet, Ethernet, PROFIBUS or parallel interface.

What we can do
We are suitable for many different fields of application. We can be found primarily in machine construction and in manufacturing systems. But, we also lead in the fields of warehousing, conveying and handling techniques; moreover we can also be found in numerous systems in the packaging industry.

What makes us so special
We are extremely versatile sensors for the most diverse applications. On account of our compact dimensions - housing diameters start at 40 mm - we fit into the smallest of installation spaces. We stand out for reliable function at high precision, whereby the models of the T line series in particular permit especially inexpensive solutions. In addition, we are extremely robust and are suitable for potentially hazardous areas as well.


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We are needed wherever physical parameters, such as rotational speed, linear speed, acceleration or distance has to be recorded. By means of spindles, measurement wheels or cable pulls we are able to measure linear movements as well. As incremental rotary encoders we supply a certain number of pulses per shaft rotation.