EPRO PR6423/010-110 eddy-current transducer

Details of the EPRO PR6423/010-110 eddy current transducer are as follows:

Basic information
Make and Model: EPRO PR6423/010-110
Type: Eddy current sensor
Structural composition
It consists of three parts: sensor, extension line and preprocessor.
Working principle
Using eddy current detection technology, the detected distance signal is converted into a standard voltage output, which is sent to the monitor for monitoring and output.
Technical parameter
Measurement range: Not directly given, but based on the conventional application of eddy current sensors, it can be inferred that they are suitable for a variety of small to medium distance measurements.
Thread size: Available in two sizes, metric M10*1 and imperial 3/8 “-24UNF, for mounting the sensor on the holder.
Thread length: Depending on installation requirements, different lengths are available to adjust the distance between the probe surface and the support.
Cable selection: The end of the cable can choose self-locking waterproof connector or bare wire mode; Cables can be armoured or unarmoured; 1m cables can be connected with or without a connector.
Applicable temperature: -35℃ to +380℃, showing its wide operating temperature range.
Application field
Industrial field: Widely used in various industrial environments, especially turbomachinery.
Laboratory: Also suitable for precise measurement needs in the laboratory.
Meet the standard
Manufactured and used in accordance with a variety of common standards, such as API 670, DIN 45670 and ISO 10817-1.
Explosion-proof capability
With the addition of the safety grating, the sensors and precursors can operate in environments where explosion protection is required, in accordance with the relevant European standard EN 50014/50020.
Sum up
The EPRO PR6423/010-110 eddy current sensor is a powerful and versatile sensor with high reliability, non-contact measurement and other features that make it outstanding in a variety of industrial environments and laboratories. By selecting different thread sizes, lengths and cable configurations, the sensor can meet the individual needs of different users.