Steam turbine LVDT position sensor TDZ-1E-11 is a highly specialized and precise measuring element that plays a vital role in the fields of power, chemical, petroleum and other heavy industries. LVDT is a linear displacement sensor that uses the principle of electromagnetic induction to convert physical displacement into a measurable electrical signal. As an outstanding representative of this technology, the TDZ-1E-11 sensor’s excellent technical parameters ensure that it can provide stable and accurate measurement results in harsh industrial environments.

The measurement range of the displacement sensor TDZ-1E-11 is the primary consideration in its technical parameters. For steam turbine displacement sensors, the measurement range must be able to meet the design requirements of its control system. For TDZ-1E-11 sensors, whether it is a small displacement change or a large stroke monitoring, it can provide accurate data feedback.

Resolution is a measure of the sensor’s ability to distinguish the smallest displacement change. The high resolution of the TDZ-1E-11 sensor means that it can capture extremely subtle displacement changes, which is particularly critical in situations where high-precision measurements are required. For example, in the oil motor stroke monitoring of a steam turbine, even micron-level displacement changes may have a significant impact on the operating status of the equipment. The high resolution of the TDZ-1E-11 ensures that these tiny changes can be accurately recorded, helping engineers to find and solve problems in a timely manner.

Linearity is an important indicator for evaluating the relationship between the sensor output signal and the input displacement. An ideal sensor should show a perfect linear relationship, that is, the input displacement is proportional to the output signal. The TDZ-1E-11 sensor performs well in this regard, and its good static linearity means that the sensor’s output signal maintains a consistent proportional relationship with the displacement change over the entire measurement range, which greatly improves the accuracy and reliability of the measurement.

In addition to the above key technical parameters, the environmental adaptability of the TDZ-1E-11 sensor is also worth mentioning. It usually uses a stainless steel shell, which not only provides excellent mechanical strength, but also has good corrosion resistance, and can work stably in high temperature, high pressure and harsh industrial environments. In addition, its structural design takes into account the characteristics of anti-vibration and anti-shock, ensuring that the sensor can still provide accurate measurement results even under conditions of frequent vibration or impact.

The TDZ-1E-11 sensor was designed with full consideration of the impact of temperature changes on the measurement results, so temperature compensation technology is used to ensure that the measurement accuracy of the sensor will not be affected under different temperature environments. In addition, its high stability means that the performance of the sensor will not significantly decrease over time during long-term operation, which is a very important advantage for industrial applications that require continuous monitoring.

The TDZ-1E-11 turbine LVDT position sensor has become an ideal choice for industrial automation and process control due to its wide measurement range, high resolution, good linearity and excellent environmental adaptability. Whether it is monitoring the main steam valve oil motor stroke, valve opening of the steam turbine, or other application scenarios that require precise displacement measurement, the TDZ-1E-11 sensor can provide stable and accurate data support, helping engineers and operators to better understand the operating status of the equipment and improve production efficiency and safety.

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Electrode RDJ-2000
Frequency Meter HCD194F-9K1
Control board ME8.530.014 V2-5
LVDT sensor TD-1 0-100mm
honeywell linear position sensor TD-1 0-100
absolute linear position sensor HTD-150-3
Remote Bimetal Thermometer WSSY-411
Pressure transmitter 23800584
Coal flow sensor XD-TH-2
Electric Valve Operator, PID controller WP-D935-022-1212-H-R
Manifold and transmitter 2051TG4A2B22AS5B4I1M5V5Q4
Magnetic flow transmitter 8750WDMT1A2FTHA010CDHM4CM
Local operation box HSDS-40/LC
Analog Output Module HAO805
Direct-current heating controller DJZ-03
Axial Displacement Sensor WT0112-A90-B00-C01
SPEED TRANSMITTER JM-C-3ZS-100
Locator V18345-1010121001
Contact block 3SB1400-0A
BRAUN MONITOR MODULE E1668