Micronor

MR342 Incremental Fiber Optic Encoder

Part no.: MR342 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 MR342 series ZapFree® Fiber Optic Incremental Sensor is an entirely passive, intrinsically safe, fiber optic incremental rotary encoder – ideal for a wide range of harsh and hazardous environmental applications. The passive, all-optical Sensor connects to the remote Controller via a standard duplex 62.5/125 multimode optical fiber link. The remote MR340 Controller Module transmits and converts optical signals to/from the Sensor. The Controller’s multiple built-in interfaces insure compatibility with industry standard motor drives, PLCs, quadrature counters, and motion control system.

Call us for more info at 856-727-9500

"*" indicates required fields

Hi, My name is

and I’m interested in the

You can reach me by email at

or phone at

Message

This field is for validation purposes and should be left unchanged.
You may also be interested in:

Micronor

Micronor MR430 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

Micronor

MR342 Incremental Fiber Optic Drawwire Linear Sensor

  • Please contact Everight for length options up to 50'
  • 100% passive sensing design – no electronics whatsoever
  • Sensor can be installed in all manner of hazardous locations and potentially explosive atmospheres
  • Immune to EMI and RFI

Micronor

MR340 Incremental Controller for MR340__ Series Sensors

  • 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

Micronor

MR344 Hollow Shaft Incremental Fiber Optic Encoder

  • 100% passive sensing design – no electronics whatsoever
  • Up to 1.25" through hollow design
  • Sensor can be installed in all manner of hazardous locations and potentially explosive atmospheres
  • Immune to EMI and RFI
Blog:

Academic Project

The University of Rochester Baja SAE Team using Opkon potentiometers donated by Everight Position to measure steering angle and suspension height. If your academic project looks like this: Awesome idea Enthusiastic classmates Cases of Red Bull and Mountain Dew Extremely limited financial budget Everight Position wants to help. We are actively looking for University Clubs […]

Accuracy, Resolution and Repeatability

There are several key terms that are critical to specifying the optimal position sensor for a given application. This application note defines these key terms and how they relate to the sensor’s role in the overall system performance. It is important to consider that precision is very much a system issue and can be dominated by mechanical errors such as eccentricity. This paper discusses the most significant mechanical error for rotary applications (eccentricity) and presents eccentricity tolerant position sensor solutions.

POSITAL UCD…H200 Through-hole Encoder

Over the past 15 years Everight Position has worked with a lot of unique sensors. But one of our favorites is the POSITAL UCD…H200. When looking back there are two things that make this sensor so special.

Redundant Encoder Options

In the world of rotary encoders, modern non-contact sensing technologies and high MTBF (Mean Time Between Failures) specifications are standard. However, in critical applications, redundant sensors are still a necessity. When selecting a solution, several criteria need to be considered, and fortunately, various options are available to simplify the task. Understanding Redundancy in Encoders The […]

Download Now

This field is for validation purposes and should be left unchanged.