Gill Sensors & Controls enters North American market

By Lindsey Anderson03 June 2015

Gill Sensors & Controls has introduced a new dual function position sensor for the North America

Gill Sensors & Controls has introduced a new dual function position sensor for the North America

Gill Sensors & Controls Limited has introduced the the Blade25 Inductive Position Sensor into the North American market. The Blade25 offers a non-contacting position sensing technology in a design that provides both linear and rotary position feedback in a single package. Gill's proprietary inductive sensing technology can monitor the activator's (target) position in either a straight linear movement or in a curved 'arc' rotary movement as it passes over the sensing element.

The Blade25 is suited for use in a range of applications, notably off-highway feedback sensing and telehandler/forklift feedback and control.

"It's exciting that a single device can be used in both linear or limited angle rotary sensing applications," said Paul Cain, manager of business development for Gill Sensors North America. "And, unlike Hall effect sensors, Gill's technology is immune to outside magnetic influences, such as alternators, starter motors, audio speakers or large multiphase motors."

With the Blade's dual movement capability, engineers can now use just one part number when designing into their applications. The Blade25's packaging is the same in both cases - a flat pack of sealed electronics with two mounting holes.

The Blade25 is a two piece sensor that measures either +/-45° of rotary movement or +/- 12.5mm of linear displacement. In both cases there is no contact between the sensing element and the small metal target which acts as the activator and attaches to the moving element in the assembly. The activator has an air gap between the second part of the sensor, which features a solid-state sealed electronics package that is surrounded by the activator.

Gill's Blade25 proprietary inductive technology eliminates the bearing and mechanical wear issues of conventional shaft driven sensors by separating the position 'activator' from the sensor's electronics, the company said. This separation eliminates the need for precise and expensive bearings. And, the air gap provides an unlimited mechanical life span, as the two pieces never come in contact. This technology is suited for dirty and contaminated environments, in areas where strong magnetic fields are present, and in complex mechanical assemblies that have tolerance and wear issues over their lifetime.

The standard Blade25 Sensor is available with Analog, Pulse Width Modulation (PWM) or Serial Output (RS232 19.2k 8N) and is specifically designed to meet stringent OEM environmental requirements with an IP67 rating. Manufactured in a thin, fully sealed 40mm x 50mm x 6mm package, the sensor's robust housing uses a side cable exit with 3.4mm jacketed cable. The device features a standard mild steel activator as the target. Alternately, OEM engineers can choose to integrate the activator feature into their designs for either linear stroke applications, or at the end of shafts for rotary applications.

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