As the core power equipment in power generation, steel, chemical industry and other fields, the operation safety of steam turbine is directly related to industrial production efficiency and cost control. Axial displacement monitoring is one of the key technologies to ensure the stable operation of steam turbine. By real-time monitoring of the axial clearance changes between the rotor and the stationary parts, it can effectively warn of potential faults such as thrust bearing wear and abnormal rotor thermal expansion. As a standardized intelligent monitoring device, the WT0110-A01-B00-C05-D50 axial displacement sensor has become an important tool for improving equipment reliability in industrial scenarios with its highly adaptable monitoring range and installation size design.

1. Standardized design of monitoring range

1.1 Scientific matching of range and probe

The core advantage of the axial displacement sensor WT0110-A01-B00-C05-D50 lies in its modular design, which can adapt to probes of different specifications such as Ф8mm, Ф11mm, Ф25mm, and achieve high-precision measurement through preamplifier signal conversion. This design takes into account both versatility and customization requirements. For example, in compressor units, the axial displacement is usually small, and a Ф8mm probe can be selected; in large steam turbines, due to the significant thermal expansion effect, a Ф25mm probe is required to cover a wider dynamic range. This hierarchical design not only avoids resource waste, but also ensures measurement accuracy.

1.2 Error compensation of intelligent algorithm

Through the built-in digital processing module, the WT0110-A01-B00-C05-D50 sensor realizes dynamic compensation for environmental factors such as temperature drift and electromagnetic interference. Its “one-button zeroing” function can eliminate installation deviations, and the two-level alarm thresholds realize delay filtering through software algorithms, effectively reducing the probability of false triggering. For example, when the displacement changes slowly, the system filters the instantaneous interference signal through a 2-second delay to improve monitoring reliability.

2. Accurate adaptation of installation dimensions

2.1 Modular design of installation interface

The sensor WT0110-A01-B00-C05-D50 adopts standardized installation dimensions, which solves the adaptation problem caused by the non-uniform interface of traditional sensors. It can be directly connected to the mainstream turbine thrust bearing bracket without the need for additional processing of installation holes, reducing the installation space requirement by 50%, which is especially suitable for the transformation scenario of compact units.

2.2 Probe geometric parameter adaptation

The installation accuracy of the sensor depends on the geometric relationship between the probe and the measured surface. The axial displacement sensor WT0110-A01-B00-C05-D50 strictly follows the gap principle of “3 times the probe diameter” to ensure uniform distribution of the electromagnetic field. At the same time, the verticality deviation between the probe axis and the flange surface must be less than 1° to avoid signal distortion caused by the side view effect.

3. Technical advantages of standardized adaptation

3.1 Simplified management of the entire life cycle

The standardized design of the axial displacement sensor WT0110-A01-B00-C05-D50 significantly reduces the complexity of operation and maintenance:

Debugging stage: directly set the zero voltage and alarm threshold through the panel buttons, without manual adjustment of the potentiometer;

Operation stage: 4-20mA analog output can be directly connected to the DCS or PLC system, compatible with more than 90% of industrial control protocols;

Maintenance stage: The disconnection detection function can automatically lock the fault channel and prompt through the NOK indicator light to shorten the troubleshooting time.

3.2 Quantitative benefits of improved reliability

Compared with non-standard sensors, the standardized adaptation of the sensor WT0110-A01-B00-C05-D50 reduces the installation error rate by 70% and extends the average trouble-free operation time. Its dual redundant probe design further avoids the risk of signal crosstalk and ensures long-term stable operation in an environment of -40℃~+75℃.

The axial displacement sensor WT0110-A01-B00-C05-D50 not only solves the pain points of poor compatibility and complex debugging of traditional devices through precise adaptation of the monitoring range and installation dimensions, but also promotes the unification of industry standards with its modular design.

When looking for high-quality, reliable displacement sensors, YOYIK is undoubtedly a choice worth considering. The company specializes in providing a variety of power equipment including steam turbine accessories, and has won wide acclaim for its high-quality products and services. For more information or inquiries, please contact the customer service below:

E-mail: sales@yoyik.com
Tel: +86-838-2226655
Whatsapp: +86-13618105229

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