EPRO PR6423/015-010+CON021 Healthy phase sensor

EPRO PR6423/015-010+CON021 The EPRO PR6423/015-010+CON021 Health Phase sensor (or shaft vibration sensor) is a high-performance sensor produced by EPRO for monitoring shaft vibration in rotating machinery. The following are the details and features of the sensor:

Product Overview:
Model: EPRO PR6423/015-010+CON021
Type: Health Phase sensor (shaft vibration sensor)
Brand: EPRO (Germany)
Package: Usually used with the CON021 preprocessor module
Main features:
Non-contact measurement: Through the eddy current principle, non-contact measurement is achieved, suitable for a variety of rotating machinery.
High accuracy: Provides high precision shaft vibration measurement data, which helps to detect and solve mechanical faults in time.
Explosion-proof performance: meet the relevant explosion-proof standards, can work in the need of explosion-proof environment.
Versatility: It can be used to measure the gap between the rotating part and the fixed part, the vibration and eccentricity of the shaft, the radial and axial displacement of the shaft and other physical quantities.
Technical parameters:
Measurement range: varies by application and model, but usually covers a wide range of vibration frequencies and amplitudes.
Output signal: The AC voltage signal superimposed on the DC voltage proportional to the shaft vibration is convenient for subsequent data processing and analysis.
Calibration: The sensor and preprocessor have been linearly calibrated in complete sets using calibration material 42CrMo4 before delivery, and no calibration is required during installation.
Application field:
It is mainly used in turbine monitoring and protection systems (such as MMS 3000 and MMS 6000), as well as various industrial fields requiring accurate monitoring of shaft vibration.
Prices and Availability:
Prices vary depending on the supplier and quantity purchased. As a world-renowned sensor manufacturer, EPRO has an extensive sales and service network for its products worldwide.
Installation and adjustment:
When installing the sensor cable, ensure that the thread is clean and running smoothly. Do not bend or twist the sensor cable.
When adjusting, use a voltmeter to measure the output voltage, depending on the measurement task, and unplug the LEMO adapter at every two turns of the sensor to unplug the cable.
The maximum torque of the retaining nut varies according to the model, for example, the PR6423 has a maximum torque of 15 nm (1.5 kpa).