ZDET250B is a differential inductance sensor, which is applicable to the monitoring and protection of actuator stroke and valve position, especially for the accurate measurement of actuator stroke of HP cylinder, IP cylinder and LP cylinder of steam turbine. The main features of the sensor include small size, high measurement accuracy, fast dynamic response, strong reliability and long service life.

The dynamic response performance of displacement sensor ZDET250B refers to the response speed and accuracy of the sensor to the dynamic change input signal (such as mechanical displacement). This performance is critical to the accuracy and reliability of measurements, particularly in industrial applications where real-time monitoring and control are required.

The dynamic response performance of displacement sensor has a significant impact on the measurement accuracy, especially in the application requiring real-time monitoring and control. The displacement sensor with high dynamic response can not only sensitively detect small displacement changes, but also quickly respond to these changes and track the displacement in real time to ensure no delay. In dynamic measurements, the stability of the sensor is essential to maintain a stable output in a fast changing environment for precise control.

In addition, the dynamic response performance of the displacement sensor is closely related to its frequency response characteristics, and a sensor with wide frequency band response can provide accurate measurement results in a wider frequency range. In dynamic environments, sensors may be affected by vibration and noise, but sensors with good dynamic response can resist these disturbances and provide more accurate measurements. In the closed-loop control system, the dynamic response performance of the sensor directly affects the bandwidth of the system. The wider the bandwidth, the faster the system responds to the dynamic change, and the better the control performance.

Finally, the dynamic response performance of the displacement sensor is also related to its modal characteristics, which determines the vibration behavior of the sensor under different frequencies and affects its measurement accuracy under dynamic environment. Therefore, selecting a suitable displacement sensor and ensuring its good dynamic response performance are essential to ensure accurate measurement.

There are different types of sensors used for different steam turbine units. Check if it has the sensor you need, or contact us for more details.
Pneumatic Cylinder With Position Feedback HTD-150-3
HTD SERIES OF VALVE POSITION TRANSDUCER HTD-50-6
Rtd Thermal WZPK2-336
Sensor Magnetic SZ-6
Thermocouple Rtd Pt100 WZP-231
SENSOR T-BAR SECTOR PLATE APH GJCF-6A
Analog Thermometer WTYY-1021
Tachometer Speed Sensor HZQS-02H
Tachometer For Sale JM-D-5KF
LVDT Element TDZ-1-02
Transformer Power DFFG-10KVA
Position Sensor Types TDZ-1G-03
Vibration Sensor Transmitter HD-ST-A3-B3
Linear Potentiometer Position Sensor TDZ-1-H 0-100
Magnetic Liquid Level Gauge UHZ-519C
Sensor Speed DEH PR6426/010-040