Epro PR6423/010-040+CON021 8 mm Eddy Current Sensor
Epro PR6423/010-040+CON021 8 mm Eddy Current Sensor
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Brand:Epro PLC Item No.:PR6423/010-040+CON021 Product Origin:Germany Product Dimensions:Sensor Head Diameter: 8 mm Product Weight:0.22 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The EPRO PR6423/010-040 + CON021 system is an industrial-grade non-contact displacement monitoring solution used in critical rotating machinery applications. The PR6423 probe detects microscopic shaft movement using eddy current principles, while the CON021 module converts the raw signal into a stable output suitable for industrial monitoring and protection systems.
The system is widely used in power generation, oil and gas, and heavy industrial sectors where continuous monitoring of shaft vibration and position is essential for operational reliability and predictive maintenance. Its rugged design ensures dependable performance under severe environmental conditions including vibration, heat, and electromagnetic interference.
By combining sensing and signal conditioning in one solution, the system delivers accurate and stable measurement data for turbines, compressors, and other high-value rotating equipment.
Technical Specifications
Parameter
Specification
Product Model
PR6423/010-040 + CON021
System Type
Eddy Current Displacement Measurement System
Probe Type
8 mm non-contact sensor
Converter Type
CON021 signal conditioning unit
Measurement Type
Shaft vibration / displacement / position
Application
Turbomachinery condition monitoring
Operating Principle
Eddy current induction
Output Signal
Conditioned analog output
Installation
Fixed probe system
Weight
0.22 kg (0.49 lb)
Industrial Applications
The EPRO PR6423/010-040 + CON021 is a complete eddy current displacement measurement system designed for high-precision monitoring of rotating machinery. The system combines an 8 mm non-contact probe with a CON021 signal converter for continuous monitoring of shaft vibration, position, and displacement.
Typical applications include:
Steam, gas, and hydro turbines
Compressors and turbo-machinery
Pumps, fans, and blowers
Gearboxes and rotating equipment
Shaft vibration and axial displacement monitoring
Bearing wear and eccentricity analysis
Power generation protection systems
Petrochemical and refinery machinery monitoring
Product Advantages
Complete probe + signal conditioning solution
8 mm non-contact eddy current measurement
High precision for shaft movement analysis
Stable operation in harsh industrial environments
Strong resistance to EMI and vibration interference
Continuous real-time monitoring capability
Converts raw probe signals into stable industrial outputs
Widely used in machinery protection systems
Technical FAQs
1. What components are included?
The system includes the PR6423/010-040 eddy current probe and the CON021 signal converter.
2. What does the system measure?
It measures shaft vibration, displacement, position, and eccentricity.
3. What is the function of CON021?
CON021 processes and converts the probe signal into a stable analog output for monitoring systems.
4. Where is it commonly used?
It is widely used in turbines, compressors, pumps, and industrial rotating machinery.
5. Is it suitable for harsh environments?
Yes, it is designed for high temperature, vibration, oil, and electrical noise conditions.
6. Does the sensor require physical contact?
No, it uses non-contact eddy current measurement technology.
7. Why is it important for turbomachinery?
It provides accurate real-time shaft dynamics data for early fault detection and machine protection.
8. What type of output does it provide?
It provides conditioned analog signals compatible with PLCs and monitoring systems.
9. Is this a complete monitoring solution?
It is a probe and converter pair typically integrated into a larger protection system.
10. Why are both components necessary?
The probe detects displacement while the CON021 conditions and stabilizes the signal.
