Description

BENTLY 330106-05-30-10-02-00 Eddy current proximity Probe

Product Overview
This probe operates based on the principle of eddy current and can precisely measure parameters such as displacement and vibration of metal objects in a non-contact manner, providing key data support for the condition monitoring and fault diagnosis of rotating machinery and other equipment.

Specification parameters
Probe size: With a probe diameter of 14mm, it is suitable for various measurement scenarios and can effectively measure larger-sized objects under test.
Threaded length: 0.5 inches.
Total length of the shell: 3.0 inches.
Total length: Including the probe body and the connecting cable, the total length is 10.0 meters.
Connector and cable type: Miniature coaxial Click Loc™ connectors and standard cables are adopted.

Performance characteristics
High-precision measurement: By using eddy current technology, high-precision displacement measurement can be achieved, with a resolution up to the micrometer level, precisely capturing the minute changes of the object being measured.
Good linearity: Throughout the entire measurement range, there is a good linear relationship between the output signal and the measured displacement, ensuring the accuracy and repeatability of the measurement results, which is conducive to subsequent data processing and analysis.
Wide measurement range: It can meet the monitoring requirements of displacement, vibration and other parameters of most rotating machinery during normal operation, and can measure displacement changes within a few millimeters, adapting to the working conditions of different equipment.

Fast response: It features a rapid response speed, capable of tracking the dynamic changes of the object under test in real time and promptly outproviding measurement results. This helps to promptly identify abnormal conditions during equipment operation and provides timely data support for fault diagnosis.
High reliability: Utilizing high-quality materials and advanced manufacturing processes, it features strong anti-interference capabilities and can operate stably in complex electromagnetic environments, various temperatures and humidity levels, and other harsh industrial conditions, ensuring the accuracy and stability of measurement signals.

Application field
It is mainly applied to the monitoring of parameters such as shaft vibration, shaft displacement and rotational speed of rotating machinery in industries like power, petrochemical, metallurgy and aerospace, such as steam turbines, compressors, motors and fans. By monitoring these parameters in real time, potential faults of the equipment can be detected promptly, and maintenance measures can be taken in advance to avoid production interruptions and safety accidents caused by equipment failures, ensuring the safe and stable operation of the equipment.