The LVDT Position Sensor plays an important role in the operation of the steam turbine. It provides key operating data to the operator by monitoring the real-time displacement of the regulating valve. The design and application of the 2000TDZ-A LVDT displacement sensor reflects the application trend of automation and intelligence in modern steam turbine control systems. It not only improves the operating efficiency and safety of the steam turbine, but also enhances the stability of the entire system by providing accurate displacement feedback. Controllability and reliability.

These displacement data are also of great value in the maintenance and optimization of steam turbines. By analyzing the historical data of the control valve displacement, potential problems of the steam turbine can be diagnosed and its operating status can be predicted, thereby achieving scientific management and maintenance of the steam turbine. In addition, when the steam turbine undergoes platform dynamometer testing, the accurate measurement of the displacement sensor can ensure the reliability of the dynamometer results and provide an important basis for the performance evaluation of the steam turbine.

First, the displacement sensor 2000TDZ-A can monitor the displacement of the turbine regulating valve in real time and convert the displacement signal into an electrical signal so that the operator can know the opening degree of the regulating valve at any time. This is very important for the stable operation of the steam turbine, because the opening degree of the regulating valve directly affects the output power and efficiency of the steam turbine. At the same time, real-time monitoring of the displacement of the regulating valve can also help operators promptly detect and deal with abnormal conditions of the regulating valve and avoid turbine shutdown accidents caused by regulating valve failure.

Secondly, when the displacement of the regulating valve exceeds the set range, the displacement sensor 2000TDZ-A can immediately send out an alarm to remind the operator. In this way, timely measures can be taken to avoid turbine failure caused by abnormal control valves. At the same time, the alarm system can also be set according to the actual situation to provide different levels of alarms under different abnormal displacement conditions, thereby improving the operator’s ability to control the operating status of the steam turbine.

In addition, the displacement sensor 2000TDZ-A can obtain real-time data of the regulating valve displacement, providing reference for subsequent analysis and diagnosis. Through the analysis of these data, the operating status of the steam turbine can be understood and its potential problems can be predicted, thereby achieving scientific management and maintenance of the steam turbine. These data can also be used to optimize the operating parameters of the steam turbine to improve its operating efficiency and power generation capacity.

In the automatic operation mode, the displacement sensor 2000TDZ-A can be used as a feedback input to realize automatic control of the regulating valve displacement in conjunction with the PID controller. This can improve the operating efficiency and stability of the steam turbine, reduce manual intervention, and reduce operating costs. Through automatic control, the steam turbine can automatically adjust the opening degree of the regulating valve according to the actual load demand, thereby achieving efficient power generation.

Finally, when the steam turbine needs to undergo platform dynamometer testing, the displacement sensor 2000TDZ-A can provide accurate displacement data as a benchmark to calibrate the dynamometer results. This helps ensure the reliability of the dynamometer results and provides an important basis for steam turbine performance evaluation. Accurate dynamometer results are of great significance to the operation optimization and maintenance of steam turbines.

In summary, the displacement sensor 2000TDZ-A plays a very important role in the application of power plant turbines. It can improve the operating efficiency and safety of steam turbines, realize automated control, reduce operating costs, and provide important data support for steam turbine maintenance and optimization. With the advancement of science and technology and the improvement of industrial automation, displacement sensors will be more widely used in power plant steam turbines and will play an increasingly important role in the operation management and optimization of steam turbines.

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Thermocouple WZPK2-233
Oil pressure sensor 32302001001 0.08~0.01Mpa
PRINTED CIRCUIT BOARD IO PORT PCB JD10095
TRANSMITTER AX410/500011/STD
HGMS Cooling Water Pump 16.3M3 48M Head ISG40-2001
SPEED MONITOR XJZC-03A/Q
Oil temperature sensor YT315D
sensor BPSN4KB25XFSP19
CPU BOARD FOR COAL FEEDER CS2024
LVDT B152.33.01.01 (2)
Bo CPU PCA-6743
high temp thermocouple wire TC03A2-KY-2B/S12
PressureTransmitter ZWP-T61-K-B
UPS SURT10000UXICH
Hydrogen leakage detection probe LH1500B
Flow Meter LZD-25/RR1/M9/E2/B1/Q
Turnbuckle XY2CZ404
ALARM SIRINE – WARN ING HORN TGSG-06C
Pressure reducing valve PQ-235C
transmitter XCBSQ-02-250-02-01