Micronor

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Yaw position transducers monitor cable twist

Engineered for wind-turbine applications, MR200W series yaw position transducers monitor position, direction, speed and cable twist.

News from Processingtalk, 15 January 2010

Encoder is compatible with MRI/NMR applications

Micronor's MR318 fibre-optic rotary encoder is designed specifically for use as feedback in motion control systems operating in extreme electromagnetic fields.

News from Processingtalk, 27 July 2009

Fiber optic rotary encoder for hazardous locations

The new Micronor MR316 ZapFREE Fiber Optic Rotary Encoder is designed for heavy duty, industrial motor drive applications requiring high reliability, EMI immunity, ATEX compliance and IP66 protection.

News from Processingtalk, 12 January 2009

Analogue output encoder for harsh environments

New Micronor hollow and solid shaft encoders offer extremely rugged, single turn absolute encoders with high resolution (12-bit internal) analogue outputs, suitable for harsh environments

News from Processingtalk, 10 March 2008

Handheld pendant with live or dead man switches

The MR175 series Handheld Pendant Station for machine control offers a superb ergonomic form factor, a full complement of control options, and choice of serial or hardwired interface

News from Processingtalk, 31 July 2006

Motorised potentiometers with 4-20mA input control

The new MR267 Current Loop Controller remotely controls a motorised potentiometer and/or rotary cam switch via 4-20mA current loop, 0-2.5V input or external potentiometer

News from Processingtalk, 21 November 2005

Fibre-optic rotary encoder for harsh environments

Micronor introduces a fibre optic rotary encoder for harsh environments, the world's first commercially-available, entirely passive encoder for rotation sensing applications

News from Processingtalk, 13 September 2004

Cable ground loop and interference problems solved

The new Micronor MR121 encoder cable uses proprietary ZapFREE technology, employing fibre-optic technology within the cable assembly, but in a manner completely transparent to the user

News from Processingtalk, 22 June 2004