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Balluff launches in-cylinder rod-style linear position sensor with IO-Link

By Mary Gannon | January 17, 2018

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Balluff has expanded its IO-Link sensor portfolio with the addition of the BTL6 rod style linear position sensor with IO-Link 1.1 interface. Ideally suited for continuous hydraulic cylinder position feedback, the BTL6 rod style sensor uses field-proven, time-tested magnetostrictive technology to provide accurate, continuous position and velocity measurement at stroke lengths up to 180 in.

Balluff-BTL6 rod style linear position sensor with IO-Link 1.1According to Scott Rosenberger, Product Marketing Manager for Balluff’s measurement sensors, the addition of the IO-Link interface provides significant advantages, especially when compared to the more traditional approach of using analog interfaces for hydraulic cylinder position feedback. “Using IO-Link as the interface in linear position monitoring applications eliminates all of the issues associated with implementing and managing analog signals in industrial environments,” says Rosenberger.

Noise, grounding and measurement calculations are all a thing of the past. “Implementation of IO-Link version 1.1 allows more and faster data transmission, and makes it possible to incorporate advanced functionality: including bi-directional communication, sensor-level diagnostics, and network-based parametrization,” Rosenberger added.

Over the IO-Link interface, the sensor reports the micrometer engineering units, completely eliminating controller mathematics to convert analog signals to digital data.

Features of the Balluff BTL6 rod style IO-Link linear position sensor include:

  • Position resolution to 5 µm
  • Stroke lengths to 4,572 mm (180 in.)
  • Simultaneous measurement of both position and velocity
  • Non-contact, wear-free operation for long service life

Balluff Inc.
www.balluff.com


Filed Under: Cylinders & Actuators, Sensors
Tagged With: balluff
 

About The Author

Mary Gannon

Mary Gannon is editor of Fluid Power World. She has been a technical writer and editor for more than 13 years, having covered fluid power, motion control and interconnect technologies.

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