EPRO PR6423/00R-010 C0N021 eddy-current transducer

EPRO PR6423/00R-010 C0N021 Eddy current sensor is a high performance industrial monitoring equipment, its characteristics and applications can be summarized as follows:

Basic information
Brand: EPRO
Model: PR6423/00R-010
Front-end type: C0N021
Type: Eddy current sensor
Technical characteristics
Non-contact measurement: Eddy current sensing technology is used to achieve non-contact measurement, avoiding direct contact with the object being measured, reducing wear and interference.
High precision: The sensor has high precision measurement capabilities, which can accurately capture the motion signal of the metal target and convert it into a readable electrical signal output.
High reliability: The sensor is small and reliable, suitable for various industrial environments, and can operate stably under harsh conditions.
Measuring range: Wide measuring range, suitable for a variety of industrial applications.
Main technical parameters
Measurement range: Varies depending on the model and configuration, but is usually able to meet a wide range of industrial measurement needs.
Cable options: The end of the cable can choose self-locking waterproof connector or bare wire mode; Cables can be armoured or unarmoured; The cable can be configured with or without connectors.
Applicable temperature: -35°C to +380°C, suitable for a wide range of temperature environments.
Thread size: Optional thread sizes include Phi 6mm, Phi 10mm and Phi 18mm metric or imperial threads to meet different installation needs.
Explosion-proof rating: It can be used in the environment where explosion-proof is required, and the explosion-proof rating can reach Eex ib IIC T6/T4.
Application field
Industrial monitoring: widely used in a variety of turbomachinery, compressors, fans and other equipment operating status monitoring.
Laboratory research: Also suitable for laboratory Settings, where relevant eddy current measurements and analyses are carried out.
Installation and use
Mounting: The sensor has mounting thread or rectangular mounting flange, which can be installed according to actual needs.
Use: The user only needs to adjust the air gap between the sensor and the measuring surface to get the desired signal from the output of the preprocessor (C0N021). Since linear calibration has been carried out before leaving the factory, no further calibration is required during installation.