When we mention the LVDT sensor HTD-400-6, we are actually talking about a very professional measurement tool, especially for large industrial equipment such as steam turbines. Today, let’s talk in detail about how this little gadget has become a powerful tool for precise displacement measurement of steam turbines.

LVDT is a linear variable differential transformer. The working principle of this sensor is based on electromagnetic induction, which converts mechanical displacement into electrical signals by measuring the relative position of a movable conductor called a “core rod” between two fixed coils. HTD-400-6 is an advanced model in the LVDT family, specially designed for precise displacement measurement of heavy industrial equipment such as steam turbines.

Why is it a powerful tool for steam turbines?

The HTD-400-6 LVDT sensor is designed with attention to detail to provide the most accurate measurement results under any conditions. Its measurement accuracy is very high, which means that even small displacement changes can be accurately captured, which is crucial for steam turbines that require precise control. Moreover, HTD-400-6 can remain stable even under long-term operation, and is not affected by environmental factors such as temperature and pressure, ensuring data consistency and reliability.

During the high-speed operation of the steam turbine, the displacement changes of the internal components are extremely fast. The HTD-400-6 LVDT sensor has a very fast response speed, can quickly track these changes, and timely feedback the data to the control system, helping the steam turbine to make real-time adjustments and maintain the best operating state. More importantly, it can work stably in the harsh environment of high temperature and high pressure inside the steam turbine, and its performance will not be affected by environmental factors.

The design of HTD-400-6 takes into account the convenience of on-site installation, which means that engineers can easily complete the installation and commissioning of the sensor without spending a lot of time and effort. In addition, due to its sturdy structure and excellent design, the maintenance requirements of HTD-400-6 are relatively low, which reduces the downtime for maintenance and indirectly improves the overall operating efficiency of the steam turbine.

The comprehensive advantages of the HTD-400-6 LVDT sensor make it the first choice for steam turbine displacement measurement. It can not only provide high-precision and high-stability data, but also has the ability to respond quickly and adapt to harsh environments. Coupled with the convenience of installation and maintenance, all of this makes HTD-400-6 an important part of ensuring efficient and safe operation of steam turbines.

In modern industry, LVDT displacement sensors like HTD-400-6 have become an indispensable component in many key equipment. They not only improve the intelligence level of equipment, but also significantly improve operating efficiency and safety. For complex systems such as steam turbines, HTD-400-6 is like a pair of sharp eyes, always monitoring the subtle changes inside, ensuring that the steam turbine can operate in the best condition, reducing failures and extending service life.

Yoyik can offer many spare parts for power plants as below:
RTD WZPK2-1016
Float Switch Z1201030
SENSOR, DIFFERENTIAL EXPANTION, PROBE PR6426/010-040+CON 021/916-160
Vibration Sensor ST-A3-B3
automatic water level indicator UHZ-10C07B
speed sensor DSF1210.00SHV
pressure transducer BH-209028-209
TRANSFORMER DET250A
LVDT Governor Valve TDZ-1-31
GEARBOX D942XR-6ZN
FRONT CARD WD3100-000
LIMIT SWITCH 802T-ATP
Fiber Optic Network Adapter RH924UQ
metal amalgam electrode DJY2612-115
Sensor RTD 6uide Bearing Generator Pad L 16,85mm x Dia 12,9mm
LVDT Transducer HTD-100-3
sensor 330709-000-050-10-02-00
Stator cooling water electric heater JHG03S2-380V/6KW-A12*1500*2
VOLTMETER 6C2-V
pt100 sensor 3 wire WZPM2-08-75-M18-8