Sensor specialist BAUMER continues to expand its range of ultra-compact, maintenance-free encoders for harsh industrial applications following the introduction of the EB360 a new multi-turn encoder.

Kollmorgen servo motors are now available with our fourth-generation SFD-M smart feedback device. Offered at no additional cost over Kollmorgen’s earlier SFD models, this encoder offers four times ...

Sensata MHK5 and MHM5 Absolute Multi-Turn Encoders are robust, compact and feature precision ball bearings with a sealing flange. These Sensata-BEI encoders offer high accuracy at +/-0.022° linearity ...

Baumer has released the EB360 bearingless multi-turn magnetic encoder with a compact design for precise feedback in challenging environments. With wear-free operation and a modular, space-saving ...

POSITAL’s new family of kit encoders provide the manufacturers of servomotors and other machinery with rugged, accurate and cost-efficient tools for building rotary position measurements into their ...

Sensata Technologies announced the availability of the MHM5 and MHK5 absolute multi-turn encoders with either Ethernet/IP or ProfiNet interfaces for Factory 4.0 applications. They are available in ...

At an extremely competitive price, multi-turn absolute encoder expands performance of all-in-one integrated motor and electronics products without increasing their size A multi-turn absolute encoder ...

POSITAL’s new 22 mm multiturn kit encoders clear the way to exciting new possibilities for miniature motors and drives. While motion feedback devices for small motors have previously been limited to ...

BEI introduced a multi turn absolute encoder, the HMT25, with electronic reset capability. Unlike manual resets (buttons or switches) an electronic reset can use system software for initialization.

Eliminating buttons or switches, the HMT25 multi-turn absolute encoder integrates an electronic reset capability that initializes the component via software. By sending a timed pulse through the reset ...

Every encoder-based motion-control axis, such as a servo motor or step motor, must know where it is to be accurate. If it doesn’t, it will never reach its target position. But the encoder must first ...