The Everight Sensors L4 Linear Position Sensor is a robust, flange mounted linear position sensor that reliably provides an analog current or voltage (SSI available as OEM option) output over the sensor’s measuring range while operating in an industrial environment. Based on Everight’s proprietary contactless NyceWave Position Sensing technology, the L4 is not subject to wear-out of the sensing element and experiences no output signal deterioration over the life of the sensor. The L4’s spring loaded shaft allows for precision measurement of the linear position of a moving object without the necessity of mechanical attachment. This sensor is also available with a non-spring loaded shaft which may be supplied detached from the sensor and created in a variety of configurations for OEM's.

The Everight Sensors L14 is an extremely robust free standing linear position sensor designed to provide an analog proportional voltage output over measuring ranges from 50 to 400mm while operating in difficult environments. Based on Everight’s proprietary, contactless NyceWave™ (DIST) Distributed Impedance Sensing Technology, the L14 employs a unique solid probe construction that is extremely tough when subjected to intense shock and vibration, and yet only needs to interact with a plain conductive target tube to operate, rather than a magnet or other special target type. Contactless sensors such as the L14 are not subject to wear and therefore experience no signal output deterioration over the life of the sensor.

The Everight Sensors L50 is an extremely robust linear position sensor designed to be mounted between the clevis tines to the base plate of a hydraulic cylinder, and reliably provide a proportional analog output over the sensor’s measuring range (2 to 40 inches) while operating in a heavy duty fluid power environment. Based on Everight’s proprietary, contactless NyceWave™ (DIST) Distributed Impedance Sensing Technology, the L50 employs a unique solid probe construction that is extremely robust when subjected to intense shock and vibration, and only requires a simple conductive tube target (or simply the gun drill ID of the cylinder rod) for operation, rather than a magnet or some other special target type. Contactless sensors such as the L50 are not subject to wear and therefore experience no output signal deterioration over the life of the sensor.

The Everight Sensors R30 is a flange, clamp, or hub mounted absolute rotary position sensor that reliably provide proportional current or voltage analog output over the sensor’s up to 350° (360° optional w/o field programmability) measuring range while operating in an industrial environment. Based on contactless Hall Effect magnetic sensing technology, the R30 features in-field programmability for span and zero offset, totally eliminating the need for time and effort consuming mechanical or electrical sensor adjustment upon installation. Contactless Hall sensors like the R30 are not subject to wear-out of the sensing element and experience no output signal deterioration over the life of the sensor.

The Everight Sensors R31 is a flange, clamp, or hub mounted absolute rotary position sensor that reliably provide proportional current or voltage analog output over the sensor’s up to 7200° (20 turn "useable") measuring range while operating in an industrial environment. Based on contactless Hall Effect magnetic sensing technology, the R31 features in-field programmability for span and zero offset, totally eliminating the need for time and effort consuming mechanical or electrical sensor adjustment upon installation. Contactless Hall sensors like the R31 are not subject to wear-out of the sensing element and experience no output signal deterioration over the life of the sensor.

The Everight Sensors R32 is a robust contactless, single-turn, flange mounted magnetic absolute rotary encoder engineered to provide reliable analog current, voltage, or a variety of digital outputs over the sensor’s up to 360° measuring range (350° with field programmability) while operating in a military/heavy duty automotive environment. Based on contactless, Hall Effect sensing for virtually infinite life, the R32 features 12 bit resolution and unique field programmability for gain and offset, eliminating the need for time consuming physical adjustment upon sensor installation. Contactless sensors such as the R32 are not subject to sensor element wear and therefore experience no output signal deterioration over the sensor's life. The R32 features a mil style connector and is rated for IP69K for heavy duty automotive vehicle undercarriage applications.

The Everight Sensors R33 is a robust contactless, non-mechanical, multi-turn flange mounted magnetic absolute rotary encoder engineered to provide reliable analog current, voltage, or a variety of digital outputs over the sensor’s up to 7200° (20 turn "useable") measuring range while operating in a military/heavy duty automotive environment. Based on contactless Hall Effect sensing and patented Wiegand Wire magnetic absolute turn counting technology (no battery back-up required), the R33 features 12 bit (single turn) resolution and unique field programmability for gain and offset, totally eliminating the need for time consuming precision physical adjustment upon installation. Contactless sensors such as the R33 are not subject to wear of the sensor element and experience no output signal deterioration over the life of the sensor.

The Everight Sensors R34 is a robust contactless, non-mechanical (sensor), multi-turn 20mm through-shaft, magnetic absolute rotary encoder engineered to provide reliable analog current, voltage, or a variety of digital outputs over the sensor’s up to 7200° (20 turn "useable") measuring range while operating in a military/heavy duty automotive environment. Based on contactless Hall Effect sensing and patented Wiegand Wire magnetic absolute turn counting technology (no battery back-up required), the R34 features 12 bit (single turn) resolution and unique field programmability for gain and offset, totally eliminating the need for time consuming physical adjustment upon installation. Contactless sensors such as the R34 are not subject to wear of the sensor element and experience no output signal deterioration over the life of the sensor.