Vibration TQ902-011

Usage Parameters

Model Specifications: The Vibration TQ902-011 is identified as 111-902-000-011 a 1-b 1-c 50-d 2-e 1000-f 0-g 0-h 05; therefore, this code helps in accurate identification and selection for different applications.

Measurement Range: The measurement range is created to measure and detect vibrations excellently within a specific amplitude. Although there are no exact details about its measurement range, it is designed to provide reliable readings for the purposes and applications it is designed to monitor. In this way, it can reliably detect, monitor and measure small vibrations and relatively large vibrations.

Frequency Response: The frequency response is an important specification that helps determine which frequencies the Vibration TQ902-011 can appropriately capture when monitoring vibrations.

Temperature Results: The sensor can work properly at a certain temperature; it can work under different environmental conditions.

Product Features

Vibration Detection: The Vibration TQ902-011 features advanced sensing technology that can very accurately detect the tiniest vibrations and provide real-time information about vibrations in the system or monitored equipment - giving warnings even if anything is abnormal.

Proximity Sensing: In addition to being able to detect vibrations, it can also be used as a proximity sensor. It can be turned on and off or operated due to vibrations, while the second mode can sense proximity. This is particularly useful in applications where both vibration monitoring and object proximity detection are required; therefore, you can have a more comprehensive and integrated monitoring control system.

Data Transfer: With the ability to transmit measured vibration and proximity data to other devices for further analysis and processing, the sensor can also be integrated with control systems, data loggers, etc. for seamless data transfer, facilitating remote monitoring and control. This allows one to effectively withdraw the equipment or process under observation from any remote location.

Alarm Generation: The Vibration TQ902-011 generates and sends an alarm when the measured vibration level exceeds a preset threshold. This alarm feature is very important because it can provide timely information about abnormal vibrations to operators or maintenance personnel. This allows for prompt remedial action to prevent potential damage or failure. Depending on the application, the alarm can be set to generate a visual or audible alarm or both.

Applications

Industrial: Used to monitor vibrations in all types of machinery, such as motors, pumps, compressors, and turbines. Continuous monitoring can therefore help detect early signs of machinery failure, such as imbalance, misalignment, bearing wear, and loose components, and employ such monitoring for predictive maintenance. This can reduce unplanned downtime and maximize machine productivity and reliability.

Automotive: Engine, transmission, and vibration monitoring in other critical automotive component applications can diagnose engine problems, optimize performance, and ensure vehicle safety and reliability. These sensors can also be used in automotive testing and research to study the vibration characteristics of different components and systems under different operating conditions.

Aerospace: In the aerospace market, accurate vibration measurements are important for both the safety and performance of aircraft and spacecraft. The Vibration TQ902-011 is used to monitor the vibrations of aircraft engines, landing gear, and other structural components during flight and ground operations. This data is fed into programs for condition monitoring, fault diagnosis, and compliance with other stringent safety regulations.

Power Generation: In power plants, sensors are used in generators, turbines, and other power generation equipment. Identifying and analyzing vibrations helps avoid catastrophic failures in power plants, optimizes equipment performance, and improves power generation efficiency. In addition, it plays an important role in the stability and reliability of the power grid by ensuring a lower risk of equipment failure.