Brand:Epro PLC Item No.:PR6480/051-000 Product Origin:Germany Product Dimensions:Sensor Head Diameter: Optional Product Weight:Shipping Weight: 3 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 PR6426/051-000 is a 32 mm class eddy current displacement sensor designed for high-stability monitoring of rotating machinery. It is engineered to provide accurate, non-contact measurement of shaft motion in demanding industrial environments where reliability and precision are essential.
Technical Specifications
Parameter
Specification
Product Model
PR6426/051-000
Sensor Type
Eddy current displacement sensor
Sensor Head Diameter
32 mm
Measurement Principle
Non-contact eddy current
Measuring Range
±4.0 mm (typical for PR6426 class, system dependent)
Frequency Response
up to 20 kHz (system dependent)
Operating Temperature
-35°C to +180°C
Signal Output
Requires CON021 / compatible converter
Target Material
Conductive metal (typically steel)
Linearity
High industrial-grade accuracy
Weight
3 kg (shipping weight)
System Components
Sensor probe + external signal conditioner
Recommended Related Models
Model
Product Name
PR6426/010-110 + CON021
Epro 32 mm Eddy Current Sensor System
PR6426/010-130 + CON031
Epro 32 mm Eddy Current Sensor System (CON031 Version)
PR6426/010-140 + CON010
Epro 32 mm Eddy Current Sensor System (CON010 Version)
PR6425/010-110 + CON021
Epro 25 mm Eddy Current Displacement Sensor System
Popular Related Models
Model
Product Name
PR6426/051-000
Epro 32 mm Eddy Current Sensor System
PR6426/010-110 + CON021
Epro Standard 32 mm Monitoring Sensor
PR6426/010-140 + CON021/916-240
Epro Enhanced Monitoring Sensor System
PR6425/010-100 + CON021
Epro 25 mm Eddy Current Sensor System
Applications
• Turbines and compressors
Used for monitoring shaft displacement, vibration, and eccentric movement in high-speed rotating equipment.
• Power generation equipment
Applies to steam, gas, and hydro turbine systems for rotor condition monitoring.
• Oil and gas machinery
Supports pumps, compressors, and other rotating equipment used in harsh industrial environments.
• Industrial condition monitoring
Helps detect early mechanical issues such as imbalance, misalignment, and bearing wear.
• Heavy machinery diagnostics
Provides displacement feedback for large rotating systems used in continuous operation.
• Process industry equipment
Used in production lines where stable machine condition monitoring is required.
Key Advantages
• Non-contact measurement
Measures shaft movement without physical contact, reducing wear and maintenance.
• Stable operation in harsh conditions
Works reliably under vibration, temperature variation, and industrial noise.
• Fast response to shaft movement
Captures real-time vibration and displacement changes.
• Consistent measurement output
Maintains stable signal quality during long-term operation.
• Compatible system integration
Works with external signal conditioning modules for standard industrial outputs.
• Suitable for critical machinery protection
Commonly used in systems where downtime must be avoided.
Technical FAQs
Q1: What does this sensor measure?
It measures shaft displacement, vibration, and position.
Q2: Is it a contact or non-contact sensor?
It is a non-contact eddy current sensor.
Q3: Does it require a signal converter?
Yes, it works with an external signal conditioning unit.
Q4: Where is it commonly used?
It is used in turbines, compressors, and industrial rotating equipment.
Q5: Can it operate in harsh environments?
Yes, it is designed for industrial temperature and vibration conditions.
Q6: Is it suitable for continuous monitoring?
Yes, it supports 24/7 operation.
Q7: Does it wear out during operation?
No, because there is no physical contact.
Q8: Is it used for predictive maintenance?
Yes, it is widely used in condition monitoring systems.
Q9: What is its main function?
It is used for monitoring rotating machinery condition and stability.
Q10: Does it support fast vibration changes?
Yes, it can respond to dynamic shaft movement.
