59135-3-V-01-C

59135-3-V-01-C application field and working principle

The 59135-3-V-01-C Series is an excellent solution for wide range of monitoring, sensing, and loop control applications. The unit combines a thick-film press-fit construction, surface mount construction, and a built-in position/proximity sensor with a unique design which ensures long range accuracy. This allows the device to provide reliable input voltage and output current signals for precise measurement and control.

Application Field

The 59135-3-V-01-C can be used in a wide range of industries, including automotive, industrial, and consumer electronic applications. It is an ideal choice for measuring fluid flow rates, detecting water levels, and monitoring pressure. In addition, the device is capable of carrying out remote monitoring and controlling of pumps, valves, motors, and other mechanical pieces. Furthermore, the device is ideal for motion control and automation applications such as lifting and sliding equipment.

Working Principle

To measure and monitor positions, the 59135-3-V-01-C uses a thick-film press-fit construction which contains a sensing element. This sensing element has a built-in, non-contact, electromagnetic field sensing technique. With this technique, the device is able to detect and measure the magnetic field in the absence of physical contact. It is also able to detect and measure the direction and distance of objects within its sensing range. The built-in position/proximity sensor provides a stable, accurate reading. The device is also designed to provide additional information with the addition of a light, thin-film pressure-welded and/or surface-mount construction. The additional pressure-welded and/or surface-mount construction provides additional gathering of data.

In addition, the 59135-3-V-01-C is designed with an optimized loop control algorithm. This algorithm is used to continuously measure, monitor, and compare the position and speed data throughout the monitored area. The loop control system also provides over current and temperature protection, and is capable of automatically providing overload protection by shortening the current pulse width. Furthermore, the device is capable of adjusting the current pulse width based on the measured output in order to provide the most efficient output current signal.