8156V2T3L.5SL

Position Sensors - Angle, Linear Position Measuring

Position sensors are sensors used to measure the position of objects. The 8156V2T3L.5SL is a position sensor which is typically used to measure the angular position of an object in movement. It is suitable for industries such as automotive, aerospace and robotics.

The 8156V2T3L.5SL is a absolute mechanical position sensor featuring a non-contact electro-mechanical transducer with high accuracy and repeatability. It uses a magnetic field, linear potentiometer and linear polarisation film to provide accurate signal converting. It consists of three components – a sensing unit, a ferromagnetic element and a cable.

The sensing unit uses the magnetospheric principle for precise angle measurement. It sends out a magnetic field which is then detected by the ferromagnetic element attached to the moving element. The linear potentiometer converts the displacement or rotation of the ferromagnetic element into a resistance signal which is proportional to the angle of the moving element. The linear polarisation film provides a static signal which is referenced to a reference point. When combined, the three components provide the sensor with a reference to the position of the moving element.

The 8156V2T3L.5SL has a transmission range of up to 1870 mm and features a dynamic range of ± 24 mrad. Its linearity and repeatability is rated as ± 0.2 % FS. The measurement resolution is 0.01°. The sensor is highly reliable and operates in temperatures ranging from -40°C to +85°C. It is also protected against vibration and shock and is IP67 rated.

The 8156V2T3L.5SL is an ideal position sensor for aerospace, automotive and robotics applications where accurate and repeatable positioning is required. Its small size and high accuracy make it perfect for systems which require precise angular measurement. It is easy to install and provides reliable and accurate measurement with minimal maintenance.

In conclusion, the 8156V2T3L.5SL is a position sensor for measuring the angular position of an object in motion. It uses a unique combination of magnetic field, linear potentiometer and linear polarisation film for precise measurements. It features a wide transmission range and is highly reliable and suited for applications in aerospace, automotive and robotics.