EPRO PR6423/003-110+CON021 communication module

The EPRO PR6423/003-110+CON021 combination involves an eddy current sensor PR6423/003-110 and a preprocessor CON021. Here is a detailed description of each component in this combination and its communication capabilities:

Eddy current sensor PR6423/003-110:
Type: Eddy current sensor
Function: Used for non-contact measurement of static and dynamic displacement, such as shaft vibration, shaft eccentricity, etc.
Features:
High precision: can provide accurate measurement results.
High reliability: Excellent performance in industrial environments.
Various applications: can be widely used in various turbomachinery.
Compliance with standards such as API 670, DIN 45670 and ISO 10817-1.
Preprocessor CON021:
Type: Preprocessor (Signal converter)
Function: Used in conjunction with eddy current sensors, the distance signal detected by the sensor is converted into a standard voltage output for use by monitors or other control systems.
Features:
IP20 protection level: Suitable for general industrial environment.
Sensor connection via LEMO plug: convenient and reliable.
Connection with sensors: Through the LEMO plug connection, ensuring the stability and accuracy of signal transmission.
Communication module:
Since the reference article does not directly mention the specific information about the communication module of the combination, it can be inferred that the eddy current sensor PR6423/003-110 can communicate with the monitor or control system via a cable or other interface after converting the detected signal to a standard voltage output via the preprocessor CON021.
The communication mode may include analog signal output (such as 4-20mA current signal or 0-10V voltage signal) or digital signal output (such as via RS485, CAN and other communication protocols).
Sum up:
The EPRO PR6423/003-110 eddy current sensor is combined with the CON021 preprocessor to provide highly accurate and reliable displacement measurement. After the sensor signal is converted to standard voltage output by the preprocessor, it can be easily communicated with other monitors or control systems to realize real-time monitoring and transmission of data. This combination has been widely used in industrial automation and turbomachinery monitoring and protection systems.