EPRO PR6423/010-130-CON021 Axial vibration sensor

The EPRO PR6423/010-130-CON021 Axial vibration sensor is a high performance industrial sensor specifically designed to monitor and protect axial vibration in a wide range of rotating machinery. The following are the details and features of the sensor:

Basic parameters:
Model: EPRO PR6423/010-130-CON021
Type: Axial vibration sensor
Manufacturer: EPRO
Technical specifications:
The sensor and the preprocessor CON021 series are connected by LEMO plug with IP20 protection.
The output signal is the AC voltage signal superimposed on the DC voltage and proportional to the shaft vibration.
Output voltage linear range: -4V to -20V (supply voltage is -24V).
Response time: 15 ms.
Accuracy: When connected to the sensor PR6423, the linear error is less than 1.0%.
Temperature drift: zero 200mV/100K; Sensitivity <2%/100K.
Time drift: 0.3% Max.
Error of supply voltage: <0.2%/V.
Functional features:
For non-contact measurement of static and dynamic displacement, it can monitor axial and radial displacement, shaft eccentricity, shaft vibration, etc.
Suitable for all kinds of turbomachinery, such as steam turbine, compressor, etc.
It has the advantages of small size, high reliability and non-contact measurement.
Manufactured and used in accordance with a variety of common standards, such as API 670, DIN 45670 and ISO 10817-1.
After installing the safety grid, it can be used in the environment where explosion protection is required, and the explosion protection level can reach Eex ib IIC T6/T4.
Application field:
It is widely used in steam turbine monitoring and protection systems MMS 3000 and MMS 6000.
It is suitable for various industrial fields and laboratories, especially where shaft vibration needs to be accurately measured and controlled.
In SUMMARY:
The EPRO PR6423/010-130-CON021 axial vibration sensor is a high performance, high precision industrial sensor with excellent measurement accuracy and reliability. Its non-contact measurement method makes installation and maintenance easier, while complying with a variety of international standards to ensure stability and safety in a variety of industrial environments.