RKS10H

RKS10H is a kind of reliable and versatile high pressure magnetostrictive displacement sensor. Its application in high-precision positioning has become increasingly extensive. Many industries need to use it as the positioning basis or feedback device in energy-saving positioning systems. This article mainly introduces the application field and working principle of RKS10H sensor.

The RKS10H high pressure magnetostrictive displacement sensor is mainly used for displacement detection and measurement in harsh environments such as aerospace, industrial machinery, robotics, hydraulic seals, automation, metering and inspection. The sensing element of this type of sensors will be affected by shock, vibration, temperature, humidity and corrosion. It needs to use a powerful high pressure magnetostrictive material to withstand the harsh environment.

RKS10H high pressure magnetostrictive displacement sensor consists of two parts, sensor and transducer. The sensor is mainly used to perceive the physical signals, and the transducer converts the physical signals to electric signals. The two parts are connected by a special high pressure magnetic material, which is used to transfer the information. In operation, the sensor will detect the physical displacement signals on the object and then convert them into electrical signals through the transducer.

In terms of working principle, the RKS10H sensor can accurately measure the physical displacement of an object through a static electromagnetic field generated by the magnetostrictive element inside the sensor. Since the static structure of the sensor is not affected by shock, vibration and temperature, the measurement accuracy of the RKS10H sensor can be up to 0.005mm. The sensor also produces small harmonic disturbance. When the sensors operated at high temperature and humidity, the harmonic disturbance and temperature drift of the measurement accuracy are small.

In summary, the RKS10H sensor has the characteristics of high measurement accuracy, high linearity, strong anti-interference ability and wide range of applications. It is a good choice in the field of high-precision positioning. It can be used in aerospace, industrial machinery, robotics, hydraulic seals, automation, metering and inspection to measure physical displacement.