When it comes to the wear-resistant and high-temperature resistant LVDT displacement sensor 3000TDGN, this is not an ordinary sensor. It is designed for extreme working conditions, especially in steam turbine monitoring. It is like a steel wall, guarding every micro-movement of the machine. Next, let’s talk in detail about how this baby has become the backbone of steam turbine monitoring.

LVDT is a linear variable differential transformer. It sounds complicated, but the principle is actually very simple. It relies on the core rod to move between two fixed coils to change the mutual inductance, thereby converting mechanical displacement into an electrical signal. The 3000TDGN model LVDT sensor has pushed this technology to a new height and is tailored for those hot and hard environments.

The biggest highlight of the LVDT displacement sensor 3000TDGN is that it can withstand high temperature and wear. The temperature and pressure inside the steam turbine are high, and ordinary sensors can’t stand it at all. But 3000TDGN is different. The materials and designs it uses are designed to work under extreme conditions. Whether it is high temperature or wear, it can be as stable as Mount Tai and continuously output accurate displacement data.

When it comes to precision, the 3000TDGN sensor is absolutely first-rate. It can capture displacement changes at the micron level, even the slightest vibration, and will not let go. This is critical for equipment such as steam turbines that require precise control. Because even a slight deviation may lead to reduced efficiency or even damage to the equipment.

The LVDT displacement sensor 3000TDGN is not only a data acquisition tool, it can also cooperate with modern monitoring systems to achieve intelligent early warning. By transmitting displacement data in real time, the system can quickly analyze the status of the machine. Once an abnormality is found, an alarm will be issued immediately, so that the problem can be dealt with in advance and greater losses can be avoided.

Although the performance is strong, the 3000TDGN sensor is very user-friendly in installation and maintenance. It is small in size and flexible in installation. Whether it is a new equipment or an old equipment modification, it can be easily handled. Moreover, due to the reasonable design, daily maintenance is very little, which greatly saves manpower and time.

Although the 3000TDGN sensor performs well in steam turbine monitoring, in fact, its application is far more than that. In the fields of metallurgy, chemical industry, aerospace, etc., as long as it is necessary to monitor displacement in high temperature and wear environment, 3000TDGN can be of great use. It is like a universal toolbox, which can be moved wherever it is needed. It not only plays an important role in steam turbine monitoring, but also provides strong support for equipment monitoring in other fields.

Yoyik can offer many spare parts for power plants as below:
Signal modules – analog 6ES7231-4HF32-0XB0
Valve positioner V18345-1010551001
BRAUN MONITOR MODULE E1668
TRANDUCER 74712-06-05-03-00
proximity sensor types DF310880-50-03-01
Vibration speed sensor HD-ST-3
Card CPU Mi6-3013B01V1 03
LVDT (LINEAR VARIABLE DIFFERENTIAL TRANSFORMER) HL-6-200-15
LVDT transmitter LTM-6A-I
Turbine Metal Temperature WRNK2-2946
active wheel speed sensor CS-3-M16-L220
Vacuum pressure transmitter ZS-II
mag pickup speed sensor ZS-04
AMMETER 6C2-A
Shaft Vibration Gauge TM0181-040-00
resistance type temperature sensors WZPM-201
Temperature probe WZPM2-201
magnetic proximity sensor range CON021/916-240
RELAY ASSEMBLY YT-300
linear position sensor types HTD-250-6