MR342 Incremental Fiber Optic Encoder

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 Controllers multiple built-in interfaces insure compatibility with industry standard motor drives, PLCs, quadrature counters, and motion control system.

Datasheet 3 Download

Call us for more info at 856-727-9500

"*" indicates required fields

Blog:

Seeing Is Believing: POSITAL 3D drawings now available for millions of encoders

POSITAL’s product finder has generated full specification custom datasheets for years. Rather than having to guess on specifications from a confusing product configurator, POSITAL provides part specific datasheets in real time for the given part number of interest.

Safety First – Selecting the Right Position Sensors for Safety-Related Motion Control

POSITAL has introduced an inexpensive and flexible alternative for safety-critical motion control systems. When combined with functional safety PLCs, these devices are suitable for applications that are required to conform to Performance Level/ PL d, Cat. 3, according to ISO 13849.

UAV Tank Level Measurement

For maximum endurance and payload transportation capacity many UAV manufacturers turn to ICE (Internal Combustion Engine) powered flight. Electric propulsion has its place, but for maximum energy density batteries are not currently at the level of modern fossil fuels.