EPRO PR6423/00M-010+CON021 eddy-current transducer

The EPRO PR6423/00M-010+CON021 Eddy current sensor is a high-precision sensor for measuring mechanical vibration, displacement and other physical quantities. Here are the details about the sensor:

I. Product overview

The EPRO PR6423/00M-010+CON021 eddy current sensor, which combines a sensor head (PR6423/00M-010) and connector (CON021), is one of the most commonly used monitoring devices in the field of industrial automation. It uses eddy current effect to measure the vibration, displacement and other parameters of the target object without contact, and has the characteristics of high precision, high stability and high reliability.

Two, the main characteristics

High precision measurement: The sensor has a high sensitivity and can achieve accurate measurement of small vibrations and displacements.
Non-contact measurement: no direct contact with the object to be measured, avoiding wear and error caused by contact.
High stability: The sensor can maintain stable performance output under long operation.
Wide measuring range: suitable for measuring requirements of different vibration frequencies and displacement ranges.
3. Technical parameters

Measurement range: The specific measurement range varies according to the model and application scenario, but usually can meet a variety of industrial measurement needs.
Sensitivity: The sensor has a high sensitivity and can quickly respond to the vibration and displacement changes of the target object.
Linearity: There is a good linear relationship between the sensor output signal and the vibration or displacement of the target object, which improves the accuracy of the measurement.
Operating temperature range: The sensor can work normally in a wide temperature range and adapt to various industrial environments.
4. Application field

EPRO PR6423/00M-010+CON021 eddy current sensor is widely used in manufacturing, energy, transportation and other fields, especially in thermal power plant boiler and turbine monitoring, manufacturing equipment condition monitoring, aerospace vibration test plays an important role.

5. Installation and commissioning

Installation: The sensor should be installed in a stable position without vibration, impact, and corrosion to ensure that the gap between the sensor and the measured object meets the technical requirements.
Debugging: After the installation is complete, the sensor needs to be debugging and calibration to ensure the accuracy of the measurement results. During commissioning, refer to the product manual and installation guide.