Using highly viscous materials in manufacturing processes can become a sticky situation in more ways than one. Clogged float mechanisms, blocked fill ports, masked windows and solid material build up on moving floats often result in sticking floats and frozen outputs along with inaccurate readings and costly maintenance and down-time.

  The Liquid Level Sensor is available in lengths up to 2m long and is designed for environments where monitoring of a variety of liquid types is required. The sensor uses solid-state capacitive technology to sense the level of the liquid, with no moving parts, floats or other mechanical linkages to provide excellent long term reliability.

Offering a non-contacting position sensing technology in an innovative design that provides both linear and rotary position feedback in a single package, the Blade25 inductive position sensor has been introduced by Gill Sensors & Controls. The company’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 sen...

Gill Sensors & Controls has introduced the Blade25 Inductive Position Sensor, offering a non-contact position sensing technology that provides both linear and rotary position feedback in a single package. Gill's inductive sensing technology can monitor the activator's position in either a straight linear movement or in a curved-arc rotary movement as it passes over the sensing element.

Gill Sensors announces the new range of miniature fuel, oil and coolant level sensors, planned for launch at AUVSI Unmanned Systems North America 2010. The miniature sensors feature Gill’s new micro-electronics offering an approximate 50% space saving on the standard electronics and giving greater scope for use on smaller unmanned systems applications.

The Gill Sensors ‘R-Series’ is a precision “off the shelf” liquid level sensor, developed for motorsport, military and industrial applications. The sensor has no moving parts, utilising advanced capacitive technology to accurately monitor the liquid level.