Germany Volfa KDW-R5-25 displacement sensor is a high-precision, high-stability measurement equipment, widely used in the field of displacement measurement and monitoring tasks in the field of engineering. The sensor uses photoelectric coding technology to measure the displacement change of the target object in real time. It has the following characteristics:
1.High precision: The resolution of the VolfakDW-R5-25 displacement sensor can reach 01 micron to provide accurate displacement measurements.
2.High stability: The sensor adopts advanced temperature compensation technology, which can maintain stable measurement accuracy in different temperature environments.
3.Wide measuring range: The measuring range of the VolfakDW-R5-25 displacement sensor can be adjusted according to actual needs, up to 25 mm.
4.With linear output: The signal output of the sensor is linear, and it can be directly connected with the digital display device or control system for convenient data acquisition and analysis.
5.High reliability: The sensor is designed with high-quality materials and structure, has good seismic and vibration resistance, and can operate stably for a long time in harsh working environments.
6.Easy to install and operate: The VolfakDW-R5-25 displacement sensor is small, lightweight, easy to install, and requires only simple commissioning and calibration to put into use.
In a word, the German Volfakdw-R5-25 displacement sensor is a high-performance, reliable and stable measurement equipment, suitable for a variety of engineering measurement and monitoring tasks, can provide accurate and reliable displacement measurement data, and help to improve the quality and efficiency of engineering.
Germany Volfa KDW displacement sensor related models
kdw-r5-150
kdw-r5-25
kdw-a1-75
kdw-50-v2
kdw-100-v2
Germany Volfa KDW-R5-25 displacement sensor is a sensor used to measure the displacement of objects, the following is a brief introduction of its working principle and calibration method:
Working principle: German Volfa KDW-R5-25 displacement sensor uses the capacitive measurement principle to measure the displacement of an object. The inside of the sensor contains two electrodes, and when the object is close to the sensor, a capacitance is formed between the object and the electrodes. By measuring this change in capacitance, the displacement of the object can be obtained.
Calibration Method:1First, the sensor is mounted on the object where the displacement needs to be measured and connected to the appropriate power supply and reading device.
2.Without applying any displacement, the initial capacitance value of the sensor is recorded.
3.A known displacement is applied to the object and the capacitance value of the sensor is recorded.
4.The relationship between the displacement and the capacitance value is established by comparing the known displacement with the corresponding capacitance value.
5.Based on the established relationship, the capacitance values corresponding to other unknown displacements are calculated.
It is important to note that calibration methods may vary depending on the sensor model and manufacturer. It is recommended to refer to the sensor's manual or contact the manufacturer for more detailed calibration methods and guidance.