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Analysis of Synchronous Control Technology of Tiny-Oil Ignition Gun TYYQ-III
During the startup and stable combustion of power plant boilers, the stability and efficiency of the ignition system are directly related to energy utilization and equipment safety. As a key device, the gasification tiny-oil ignition gun TYYQ-III achieves an efficient and reliable ignition proces...Read more -
Ceramic tube protection of WREKD2-04A thermocouple in reducing atmosphere
In high-temperature and complex industrial environments, thermocouples are key temperature measurement devices, and their performance directly affects the safety and stability of the production process. Especially in high-temperature and highly corrosive environments such as power plants, thermoc...Read more -
Differences in the installation directions of vibration sensor VS-2X in steam turbines and pump units
As the core equipment for rotating machinery condition monitoring, vibration velocity sensors are widely used in industrial fields such as steam turbines, pumps, and fans. In actual engineering applications, the installation direction of the sensor directly affects its measurement accuracy and re...Read more -
How Does the S3-WRD-3-015A40N AC Power Transmitter Sensor Achieve 0.5 Level Accuracy?
In the field of industrial automation and power system monitoring, the accuracy of power measurement is directly related to energy management efficiency, equipment operation stability and energy consumption optimization capabilities. As a measurement device designed for high-precision requirement...Read more -
Analysis of the Difference of Vibration Amplitude between Two Channels of Vibration Monitor CZJ-B3
In the operation monitoring of industrial equipment, vibration analysis is an important means to evaluate the health status of machinery. As an instrument widely used in shaft equipment monitoring, the dual-channel vibration monitor CZJ-B3 has the core function of collecting vibration signals in ...Read more -
Strategy to improve the shock resistance of steam turbine LVDT displacement sensor 0508.902T0102.AW021
In the power plant automation control system, the rapid action of the turbine valve is often accompanied by significant mechanical shock, which poses a challenge to the long-term stability of the LVDT displacement sensor. Take the 0508.902T0102.AW021 LVDT sensor as an example. As a key position f...Read more -
Gap adjustment and signal optimization of magnetoresistive speed sensor SZCB-01-A00-B080-C00-D03
In the operation monitoring of high-speed rotating equipment such as steam turbines, magnetoresistive speed sensors are widely used in speed measurement because of their characteristics such as no need for external power supply, strong anti-interference ability, and adaptability to harsh environm...Read more -
Platinum thermal resistance WZPM2-08-102.5-M18-S in temperature measurement of large diameter pipelines
Platinum thermal resistor temperature sensor WZPM2-08-102.5-M18-S is widely used in the industrial field for monitoring and controlling temperature fields. Its technical characteristics and design parameters make it a reliable choice in a variety of scenarios. In view of the representative measur...Read more -
LVDT Displacement Sensor K156.33.31.04G01 In Turbine Valve Stem Coaxiality Control
In the field of industrial automation and precision machinery, LVDT (Linear Variable Differential Transformer) displacement sensors have become the core components for displacement monitoring of key components of steam turbines due to their high-precision and non-contact measurement characteristi...Read more -
Linkage Protection of Axial Displacement Sensor WT-0112-A90-B00-C01 and ETS System
During the operation of the steam turbine, the gap between the rotor and the stator is one of the core parameters to ensure the safety of the unit. Once the axial displacement exceeds the safety threshold, the rotor and stator components may collide, resulting in serious accidents such as blade b...Read more -
Diagnosis of Temperature Jump Fault of WZPK2-2212A Platinum Thermal Resistance for Steam Turbine
During the operation of the steam turbine, temperature monitoring is the core link to ensure the safety and stability of the equipment. As a key temperature measuring element, the accuracy of the platinum thermal resistance temperature sensor’s signal directly affects the control logic and ...Read more -
Coaxial control and installation deviation of main steam valve LVDT sensor K156.33.42.08G01
In the steam turbine control system, the precise control of the main steam valve is the core link to ensure the safety and stable operation of the unit. As a key element for valve position feedback, the measurement accuracy of the LVDT displacement sensor K156.33.42.08G01 directly affects the rea...Read more