Recently, with the continuous development of the power and energy industries, the technological upgrading of steam turbine control systems has become a focus of industry attention. Among them, the LVDT Position Sensor DET400A has become a key component for this technological upgrade due to its excellent performance and stability.

The LVDT Position Sensor DET400A is an LVDT (Linear Variable Differential Transformer) hydraulic motor travel sensor, based on the principle of differential inductance. It can convert the mechanical quantity of linear motion into electrical quantity, achieving automatic monitoring and control of displacement. This type of sensor has advantages such as high temperature resistance, small size, high accuracy, stable performance, reliable operation, and long service life, thus playing an important role in steam turbine control systems.

The LVDT Position Sensor DET400A has extremely high stability and durability, and can continuously operate the entire cycle of a steam turbine overhaul without the need for daily maintenance and replacement. This greatly reduces operational costs and improves the reliability of the entire system.

To ensure the stability and accuracy of LVDT Position Sensor DET400A, necessary adjustments need to be made. These adjustments typically include two steps: zero calibration and calibration. Zeroing refers to zeroing the output of a potential shifter (such as LVDT) without external force on the sensor to eliminate installation errors and initial offsets. Calibration criteria refer to comparing the output signal of a sensor with a standard value and fine-tuning it based on the comparison results. These adjustments need to be made by professional technicians using professional calibration equipment and tools to ensure accuracy and reliability.

In the fields of power and energy, the application of LVDT Position Sensor DET400A is becoming increasingly widespread. With its high precision, stability, and long service life, it has become an indispensable core component in the steam turbine control system. With the continuous progress of technology and the increasing demand for applications, LVDT displacement sensors will play a more important role in the future.