EPRO PR9670/001-000 vibrating sensor

The EPRO PR9670/001-000 vibration sensor is a high-performance sensor manufactured by EPRO for monitoring the vibration of rotating machinery or other equipment. Here is a detailed description of the sensor:

Basic information
Model: EPRO PR9670/001-000
Type: Vibration sensor
Brand: EPRO (Germany)
Main feature
High-precision measurement: The sensor uses advanced technology to provide high-precision vibration measurement data, which helps to detect and resolve mechanical faults in a timely manner.
Non-contact measurement: The principle of eddy current sensor is used to achieve non-contact measurement, ensuring measurement accuracy and sensor life.
Rugged: The sensor housing is robust and suitable for use in harsh industrial environments.
Technical parameter
Measurement range: The specific measurement range may vary from application to application, but EPRO sensors typically cover a wide range of vibration frequencies and amplitudes.
Sensitivity: The sensitivity (±10%) is 3937 millivolts/m /s (100 millivolts/medium /s), indicating the minimum vibration amplitude that the sensor can detect.
Frequency range: ±1.27 m /s (±50/s) frequency range (±3dB in units) and 3? The frequency response of 9000 Hz (180 to 540000CPM) ensures that the sensor can accurately capture a variety of vibration signals.
Operating environment: Temperature range -54 to 121°C (-65 to 250°F), suitable for various industrial environments.
Cables and connections: The sensor offers 10 micron, shielded 2-wire, unarmoured, blunt-cut cables to ensure stability and reliability of data transmission.
Application field
EPRO PR9670/001-000 Vibration sensors are widely used in various industrial fields requiring accurate monitoring of vibration conditions, such as steam turbines, generators, compressors, fans and other rotating mechanical equipment monitoring and protection systems.

Installation and adjustment
When installing the sensor, ensure that the gap between the sensor and the measured object is within the allowable range, and secure the sensor support.
During the adjustment, the measurement range and sensitivity of the sensor can be adjusted by setting the parameters of the preprocessor module.