Gill is a world leader in capacitive, solid-state liquid level sensing technology. With no moving parts to break or wear out, Gill liquid level sensors offer unmatched long term reliability in a variety of harsh environments.
Most Gill capacitive level sensors are suitable with a wide range of fluids including fuel, oil, water, coolant, bio-fuel and other liquid types. Compact, lightweight and robust, Gill liquid level sensors are used in an extremely wide range of applications including premier motorsport series, defense & unmanned vehicles, marine vessels, mining and industrial machinery.
The Gill 1612 is a legacy product and typically only appropriate for exisiting applications. Please contact Everight Position for documentation and/or information on replacements.
The Gill 4223 liquid level sensor is a lightweight, solid-state capacitive liquid level sensor available in an almost unlimited combination of length and mounting arrangements, all delivered in short lead times. It is compatible with a wide range of liquids and is able to operate in high temperatures.
The sensor is a form fit and function replacement for the R-Series sensors as well as bringing the flexibility to be adapted to a broad range of mechanical mounting configurations. Standard stock adaptors are available for 1, 2, 3 & 5 bolt mounting as well as metric and imperial male thread designs.
The Gill 7010 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.
The 7014 water level has been designed for all applications where consistently reliable and maintenance-free measurement of potable, salt, black or grey water is needed. Tank profiling software provides compensation for irregular tank shapes and multiple output options, offering compatibility for the widest range of installations.
While they may be small, the role of rotary encoders in spacecraft is vital, demanding a balance between performance, reliability, and the unforgiving environment of space. From NASA’s Robonaut II to automated material handling systems on the International Space Station, Everight has worked with engineers to put rotary encoders into ‘the final frontier.’
While the options may seem endless, with a little help specifying an encoder doesn’t have to be so daunting of a task. By starting with mechanics and working to electronics and communication protocol we can find work our way through a sea of options.
With the increasing sophistication of electronic controls for mechanical systems to provide both accuracy and flexibility of control, there is more demand for durable, accurate and easy to use displacement sensors. Customers are increasingly concerned about reliability, durability and the associated replacement costs of sensors. They also want sensors that can be easily connected and mounted.
Everight Position is excited to announce that our application engineer, Jarrod Orszulak has been named a Certified Product Specialist and a Certified Sales Engineer by POSITAL for their rotary encoders, linear and tilt sensors.
"*" indicates required fields
