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No. 269 Liulin South Road, Wenjiang District, Chengdu City, Sichuan Province, China. Star River WORLD Science and Technology Innovation City D22-1
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Chengdu Dongneng Automation Technology Engineering Co., Ltd
displacement sensor
NegotiableUpdate on 05/19
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Overview
The DET series displacement sensor utilizes the principle of differential inductance to convert the mechanical quantity of linear movement into electrical quantity, thereby achieving automatic monitoring and control of displacement. It has the advantages of high temperature resistance, small size, high precision, stable performance, reliable operation, and long service life. It can operate continuously for one major overhaul cycle of the steam turbine without maintenance or replacement, and can meet various performance indicators of imported sensors, which can replace imported sensors.
Product Details
LVDTdisplacement sensorDET150AProduced and manufactured by Chengdu Dongneng Automation Technology Engineering Co., Ltd., it is suitable for displacement measurement of hydraulic hydraulic motors, with stable and reliable output signals and low maintenance costs.
LVDTdisplacement sensorDET150A As a feedback device for adjusting the valve,Accurately measure the linear displacement of components such as valves and hydraulic motors, convert mechanical displacement into linear voltage signals, and output frequency signals through the conversion unit for adaptationDCSReal time monitoring of the system;forDEHThe digital electro-hydraulic control system provides reliable displacement feedback, ensuring precise control of valve opening and achieving effective regulation of steam turbine inlet flow rate and load;The accuracy of its feedback signal directly affects the precision of the throttle control. When the sensor feedback signal deviates, the information received by the control system is inconsistent with the actual state of the regulating valve, which can cause the regulating valve to fail to accurately reach the preset opening, thereby affecting the load regulation of the unit and the stability of steam parameters, highlighting the importance of sensor signal reliability.
