Micronor

MR341 Incremental Fiber Optic Encoder

Part no.: MR341 Incremental Fiber Optic Encoder

Key Features

• 100% passive sensing design – no electronics whatsoever

• Linear and rotary sensor configurations

• Sensor can be installed in all manner of hazardous locations and potentially explosive atmospheres

• Immune to EMI and RFI

The MR341 Mini Rotary Encoder is a Size 11, small form factor incremental encoder offering resolution to 512ppr. It is inter-mountable with resolvers, synchros and conventional electronic-based encoders of the same size. The MR341 Encoder is a 100% passive sensor which operates entirely in the optical domain. The sensor provides immunity to any electro-magnetic interferences such as lightning, radiation, magnetic fields and other harsh environment conditions. The innovative design provides 100% electrical isolation as well as immunity to high voltages – ideal for harsh environment applications such as feedback for welding robots, measuring anode position in smelters, and monitoring pantograph operation in electric rail applications.

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Micronor

MR342 Incremental Fiber Optic Encoder

  • 100% passive sensing design – no electronics whatsoever
  • Linear and rotary sensor configurations
  • Sensor can be installed in all manner of hazardous locations and potentially explosive atmospheres
  • Immune to EMI and RFI

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Blog:

Application Note: Ethernet Protocols for Industrial Automation Sensors

Industrial Ethernet protocols are playing a growing role in automation, as they offer a number of advantages over traditional fieldbus protocols such as CANopen and PROFIBUS. Industrial Ethernet protocols are based on standard Ethernet technology, which provides a number of benefits, including:

Netzer VLX

Encoders that perform in the most important application: Yours!

Everight Position Proudly Receives Lockheed Martin Outstanding Supplier Award

Everight Position is pleased to announce that they have been named an Outstanding Small Business Supplier by Lockheed Martin Missiles and Fire Control

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All absolute rotary encoders have a rotor which is attached to the rotating shaft and a stator which is attached to the housing holding the shaft. The interaction of these two components produces a measure of the shafts rotational angle. The most important parameters of absolute rotary sensors are resolution, accuracy and tolerance to misalignment of the rotational axes.

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