EPRO PR6423/001-010-CN electrical vortex sensor

EPRO PR6423/001-010-CN Eddy current sensor is a high performance industrial measurement equipment, the following is a detailed description of the sensor:

1. Basic information
Model: EPRO PR6423/001-010-CN
Type: Eddy current sensor
Origin: Germany
2. Technical features
Non-contact measurement: Non-contact measurement of static and dynamic displacement, including axial and radial displacement, shaft eccentricity, shaft vibration, wear of bearing shell, oil film thickness, crack detection, etc.
Various models: EPRO offers a wide range of eddy current sensors to meet the needs of different industrial applications.
Compliance: Sensors are manufactured and used in accordance with a variety of common standards, such as API 670, DIN 45670 and ISO 10817-1.
Explosion-proof performance: After installing the safety grating, the sensor and preloader can also work in the environment where explosion-proof is required, and the explosion-proof level can reach Eex ib IIC T6/T4.
3. Application field
Industrial field: Eddy current sensors are widely used in various industrial fields and laboratories, especially for various turbomachinery, such as turbine monitoring and protection systems MMS 3000 and MMS 6000.
Measurement of physical quantities: can measure the gap between the rotating part and the fixed part, shaft vibration and eccentricity, shaft radial and axial displacement, bearing wear, oil film thickness, shaft and bearing relative thermal expansion, bearing thermal expansion and valve position.
4. Additional information
High reliability: EPRO sensors play an important role in a variety of complex engineering systems due to their high reliability, small size and non-contact measurement.
Prices and availability: Prices may vary depending on market supply and sourcing channels, but can usually be purchased through professional suppliers or EPRO China offices.
Step 5 Summarize
The EPRO PR6423/001-010-CN eddy current sensor is a powerful and stable industrial measurement equipment with high precision, high reliability and a wide range of applications. Its non-contact measurement technology and explosion-proof properties make it ideal for a variety of turbomachinery and industrial systems.