You are currently viewing the Americas website

Customer Service Number: (+1) 262 942-6500

Sensors

Sensors2021-07-19T11:44:03+01:00
Angle Position SensorsAngle Position SensorsNon-contact, intrinsically linear contact angle position sensors with two independent outputs. The sensors operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. The sensors provide a linear change in voltage output corresponding to an angular rotation of the input shaft.

Click here for more information
Speed & Direction SensorsSpeed & Direction SensorsHall Effect Speed & Direction sensors capable of measuring from near zero up to 20 KHz. Choose from a standard product or explore the benefits of our modular-based design, allowing the pre-defintion of key criteria such as shaft length, diameter, flange position and output interface.

Click here for more information
Magnetic Proximity Sensors (Hall)Magnetic Proximity Sensors (Hall)One-piece non-contact solid-state position sensors, available in a wide variety of packages, that operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. The sensors provide a sinking current output

Click here for more information
Magnetic Proximity Sensors (Reed)Magnetic Proximity Sensors (Reed)Reed position sensors with normally open or closed contacts that change states when a magnetic field is applied.  The sensors act as non-latching electrical switches.

Click here for more information
Digital Vane SensorsDigital Vane SensorsHall Effect digital vane sensor and a permanent magnet packaged in two small towers, separated by a 3.4 mm (0.135”) air gap. The output switches when a ferrous target passes between the towers. Typical targets are linear or rotary vanes using a square saw tooth or an open slot in a solid disk or band.

Click here for more information
Linear Position SensorsLinear Position SensorsThe LIN Series sensors are non-contact linear position sensors with one or two independent outputs. The sensors operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. They provide a linear change in voltage output corresponding to a linear displacement of the actuator magnet.


Click here for more information