Description

BENTLY  330101-00-16-10-02-00  eddy current sensor assembly

Main application fields

Monitoring of rotating machinery
Vibration measurement: It is used to measure the vibration conditions of rotating machinery shafts, such as steam turbines, compressors, motors, etc. By monitoring parameters such as vibration amplitude and frequency in real time, abnormal vibrations of equipment can be detected promptly, equipment failures can be predicted in advance, and equipment damage caused by excessive vibration can be avoided to ensure the safe and stable operation of the equipment.
Displacement monitoring: Precisely monitor the displacement changes of the shaft. For instance, in equipment such as pumps and fans, it can monitor the axial and radial displacements of the shaft to prevent excessive displacement of the shaft, which may cause seal damage, bearing wear and other problems, ensuring the normal operation of the equipment.

Rotational speed measurement: In conjunction with the relevant measurement system, the rotational speed of rotating machinery can be measured through this sensor, providing important parameters for the assessment of the equipment’s operational status. It helps determine whether the equipment is operating within the normal rotational speed range and promptly detects abnormal rotational speed conditions.
Reciprocating machinery monitoring
Piston position monitoring: In equipment such as reciprocating compressors, it can be used to monitor the position and movement status of the piston. By analyzing the movement trajectory and position changes of the piston, it can determine the wear condition of the piston ring, the working status of the cylinder, etc., promptly discover potential fault hazards, and improve the reliability and operational efficiency of the equipment.
Connecting rod motion monitoring: Monitoring the motion of the connecting rod in reciprocating machinery, measuring parameters such as the swing Angle and displacement of the connecting rod, is helpful for assessing the force conditions and motion stability of the connecting rod, and preventing serious faults such as connecting rod breakage.

Industrial automation system
Position detection: In automated production lines, it can be used to detect the position of objects. For instance, in material conveying systems, it can monitor the position of materials to achieve precise material positioning and conveying control. In the robot assembly system, the positions of components are detected to ensure that the robot can accurately grasp and assemble them.
Dimensional measurement: By integrating corresponding measurement algorithms and software, the dimensions of objects can be measured non-contact. For instance, during mechanical processing, the dimensions of workpieces can be measured online to achieve real-time monitoring and adjustment of processing accuracy, thereby enhancing product quality.