ProductPRODUCT
Featured products
Contact Us
- Epro
- PR6424/003-010+CON021
- 16 mm Eddy Current Sensor
- Germany
- 16 mm
- 0.32 kg
- Xiamen, China
- New & In Stock
- T/T, PayPal, Western Union
- 1 Year
- 1-3 Working Days
- DHL, UPS, TNT, FedEx and EMS.
- 24-Hour Service
- COO
- 3
Our advantage
Global Logistics
We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.
Brand new and original
Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.
24-hour service
We provide 7*24 hours service to our customers. We will be there whenever you need us.
Price advantage
All our products are priced very favorably because we have our own warehouse and supply.
| Company Information | |||
| [email protected] | |||
| Mobile | +8615980777398 | ||
| +8615980777398 | |||
| 15980777398 |
1. Product Overview
The Epro PR6424/003-010+CON021 16 mm Eddy Current Sensor is an industrial sensing component intended for non-contact displacement measurement and machinery condition monitoring applications. Eddy current sensing technology is commonly used in industrial environments where accurate monitoring of the relative position or movement of conductive metal targets is required.
In rotating machinery, displacement measurements can help engineers assess shaft movement, monitor mechanical clearances, and identify changes in equipment operating conditions. When integrated with suitable signal conditioning and monitoring equipment, an eddy current sensor can contribute to predictive maintenance, equipment diagnostics, and machinery protection strategies.
The PR6424/003-010+CON021 is specified with a 16 mm sensor head diameter and a total stated weight of 0.32 kg. The complete model designation should be retained when identifying or replacing the component. The “+CON021” suffix forms part of the supplied product designation and should not be disregarded when checking replacement compatibility or ordering spare parts.
The sensor should be evaluated as part of a complete measurement system. Its performance depends on the associated electronics, cable arrangement, target material, installation geometry, calibration, and monitoring-system requirements. Matching only the sensor head diameter is not sufficient to establish interchangeability.
2. Technical Specifications
| Parameter | Specification |
|---|---|
| Brand | Epro |
| Model | PR6424/003-010+CON021 |
| Product Type | Eddy Current Sensor |
| Sensor Head Diameter | 16 mm |
| Weight | 0.32 kg |
| Measurement Principle | Eddy current sensing |
| Measurement Method | Non-contact |
| Primary Function | Displacement and relative movement measurement |
| Typical Application | Industrial machinery monitoring |
| Target Type | Suitable conductive material |
| Measurement Range | Verify for the exact configuration |
| Sensitivity | Confirm using applicable technical documentation |
| Frequency Response | Confirm using applicable technical documentation |
| Cable and Connection Details | Verify the complete supplied configuration |
| Compatible Signal Conditioner | Confirm using the system documentation |
| Operating Conditions | Verify for the intended installation |
The physical specifications above are based on the supplied product information. Detailed electrical and measurement parameters should be confirmed against the technical documentation for the exact model and associated components.
3. Function and Working Principle
3.1 Eddy Current Sensing Technology
An eddy current sensor operates by generating an alternating electromagnetic field near a conductive target. When the target enters this field, electrical currents are induced in its surface. These currents affect the electromagnetic response of the sensing system.
As the distance between the sensor head and the target changes, the response changes accordingly. With compatible signal conditioning and proper calibration, the system can convert these changes into a displacement-related measurement.
Because the sensor does not require direct contact with the target, it avoids the friction and contact wear associated with mechanical measurement devices. This makes eddy current technology useful in applications involving continuous monitoring of moving machinery components.
3.2 Displacement Measurement
In a typical rotating-equipment application, the sensor is mounted close to a suitable conductive surface. Movement of the target relative to the sensor changes the measured gap.
Depending on the configuration of the complete measurement system, the resulting data may support monitoring of:
- Relative shaft displacement.
- Axial movement of rotating components.
- Changes in mechanical clearance.
- Dynamic shaft movement and vibration-related displacement.
- Changes in machinery behavior during operation.
The specific measurement range and performance characteristics of the PR6424/003-010+CON021 should be verified before it is assigned to a particular monitoring duty.
3.3 Importance of the Complete Configuration
The full model designation, including “+CON021,” should be used when checking the product against an existing installation. The suffix may identify a particular configuration or associated component, but its precise meaning and the contents of the supplied assembly should be confirmed from the applicable product documentation.
Before commissioning, verify the sensor, cable or connection arrangement, signal conditioning equipment, and monitoring channel as a complete system.
4. Role in Industrial Machinery Monitoring Systems
The Epro PR6424/003-010+CON021 can be considered for applications requiring non-contact displacement measurement. In a machinery monitoring architecture, the sensor detects changes in the position of a suitable target, while associated electronics process the measurement and provide it to the monitoring system.
A typical measurement chain may include:
- Eddy current sensor: Detects changes in the sensor-to-target distance.
- Associated cable and connections: Transfer the sensor signal according to the specified configuration.
- Signal conditioning equipment: Processes the signal and provides the required measurement output.
- Monitoring equipment: Displays, records, or evaluates the measured value.
- PLC, DCS, or machinery protection system: Uses compatible measurement data for monitoring, alarm processing, or configured control functions.
The actual architecture depends on the application and installed equipment. The sensor should not be assumed to connect directly to a PLC or provide an independent protection function without verifying its output characteristics and system requirements.
When used alongside vibration, temperature, pressure, speed, and other operating measurements, displacement data can help maintenance personnel evaluate changes in machine condition and investigate potential mechanical problems.
5. Industrial Applications
5.1 Turbine Monitoring
Turbines operate under demanding mechanical and thermal conditions. Displacement measurements can help engineers observe shaft movement and evaluate changes in rotating equipment behavior.
Before using the PR6424/003-010+CON021 in a turbine installation, confirm the required measurement range, target geometry, operating environment, mounting arrangement, and compatibility with the installed monitoring system.
5.2 Compressor Condition Monitoring
Industrial compressors often run continuously and experience changing process loads. Non-contact displacement measurements can contribute to the assessment of shaft movement and mechanical stability.
The sensor must be matched to the compressor’s measurement requirements and integrated with suitable signal conditioning and monitoring equipment. Correct installation and calibration are important for reliable trend analysis.
5.3 Pumps and Industrial Motors
In suitable pump and motor installations, displacement sensing can help engineers observe changes in shaft position or relative movement. These measurements can complement vibration analysis, bearing temperature monitoring, and other maintenance techniques.
The mounting arrangement should provide stable positioning and sufficient clearance from moving components. An unstable mounting bracket or unsuitable sensor-to-target gap can affect measurement quality.
5.4 Power Generation Equipment
Power generation facilities use monitoring systems to assess the operating condition of turbines, generators, and auxiliary machinery. Eddy current sensors can form part of these systems when non-contact displacement measurement is required.
Reliable integration depends on selecting the correct sensor configuration, confirming the associated electronics, and commissioning the measurement channel according to the application requirements.
5.5 Industrial Process Plants
Process industries rely on rotating machinery for continuous production. Displacement measurement can provide additional information for evaluating equipment behavior and planning maintenance activities.
Before selecting the sensor for a process plant, verify the environmental conditions, target material, measurement range, and complete system compatibility.
6. Installation and System Integration
Correct installation is essential for obtaining stable and repeatable measurements.
6.1 Verify the Complete Model Number
Confirm that the product designation is Epro PR6424/003-010+CON021. Retain the full suffix when recording inventory details, preparing purchase orders, and evaluating replacement parts.
Compare the supplied component with the original system documentation. Do not assume that the PR6424/003-010 without the suffix is automatically interchangeable with the complete model specified here.
6.2 Inspect the Sensor and Mounting Location
Inspect the sensor housing, cable, connector, and mounting surfaces for visible damage. Confirm that the installation location provides sufficient space and allows secure mounting.
The sensor must be positioned so that it cannot contact the moving target during normal operation or expected mechanical movement. Follow the applicable specifications for mounting clearance and alignment.
6.3 Check Target Material and Geometry
Eddy current measurement depends on the interaction between the sensor’s electromagnetic field and a conductive target. The target material, dimensions, surface condition, and geometry can influence the measurement response.
Confirm that the target is suitable for the intended sensing arrangement and that the installation gap falls within the approved operating range.
6.4 Verify Cables and Connections
Use the specified cable and connection arrangement for the complete sensor configuration. Inspect the wiring for damaged insulation, loose connections, contamination, and excessive mechanical strain.
In electrically noisy environments, follow established instrumentation wiring practices. Where appropriate, route measurement cables separately from high-current power cables to reduce interference.
Do not substitute cables or connectors solely because their physical dimensions appear similar. Electrical characteristics and cable configuration may affect the performance of the complete measurement system.
6.5 Confirm Signal Conditioning Compatibility
Check that the associated signal conditioning equipment is suitable for the exact sensor configuration. Verify the required connections, calibration data, supply conditions, and output characteristics.
If the measurement is sent to a PLC, DCS, or machinery protection system, confirm that the receiving input supports the signal provided by the associated electronics. Direct connection should not be assumed.
6.6 Commission the Measurement Channel
After installation, perform the commissioning procedure specified for the complete system.
Recommended checks include:
- Confirming the full model number and connection arrangement.
- Checking mounting stability and sensor alignment.
- Verifying the status of the signal conditioning equipment.
- Confirming appropriate measurement response under approved test conditions.
- Checking calibration and engineering-unit scaling.
- Verifying configured alarm limits where applicable.
- Recording baseline readings for future comparison.
All testing should follow site safety procedures and be performed by qualified personnel. Machinery protection functions should remain subject to approved plant procedures throughout commissioning.
7. Troubleshooting Common Problems
7.1 No Measurement Signal
Possible causes:
- Disconnected or damaged cable.
- Incorrect wiring or connection.
- Incompatible signal conditioning equipment.
- Missing supply to the associated electronics.
- Monitoring-channel fault.
- Sensor damage.
Recommended actions:
Inspect the cable and connectors, verify the documented wiring arrangement, and check the status of the signal conditioning equipment. If an approved diagnostic procedure is available, use it to determine whether the problem originates in the sensor, connection assembly, conditioning electronics, or monitoring channel.
Check the complete configuration before replacing the sensor.
7.2 Unstable or Fluctuating Readings
Possible causes:
- Loose mounting hardware.
- Electrical interference.
- Cable damage or unsuitable routing.
- Incorrect calibration.
- Unsuitable target geometry.
- Actual mechanical movement.
Recommended actions:
Inspect the mounting arrangement and cable condition. Compare the measurement with other machinery data to determine whether the fluctuation corresponds to real equipment movement.
Review the calibration and signal conditioning configuration before concluding that the sensor has failed.
7.3 Incorrect Displacement Values
Possible causes:
- Incorrect sensor-to-target gap.
- Calibration error.
- Incorrect monitoring-channel scaling.
- Unsuitable target material.
- Incompatible cable or electronic components.
- Incorrect replacement configuration.
Recommended actions:
Verify the installation geometry, calibration procedure, target characteristics, and monitoring-system settings. Confirm that the full model number and associated connection arrangement match the requirements of the original system.
7.4 Persistent Alarm Conditions
A machinery monitoring alarm does not necessarily mean the sensor has failed. It may indicate genuine mechanical movement, signal interruption, incorrect scaling, an unsuitable alarm threshold, or a problem elsewhere in the measurement chain.
Review the channel status, measurement trends, alarm configuration, and other relevant operating data. Follow the plant’s established protection procedures before changing any settings.
Do not disable protection functions or adjust alarm thresholds simply to suppress an unexplained alarm.
7.5 Suspected Sensor or Connection Assembly Damage
If the sensor or its associated connection components show visible damage, or if abnormal readings continue after the installation and electronics have been checked, further diagnostics may be required.
Use an approved procedure appropriate to the complete configuration. Avoid applying arbitrary voltage, resistance, or continuity tests unless they are explicitly permitted by the relevant technical instructions.
8. Compatible System Components
The PR6424/003-010+CON021 should be assessed as part of the complete measurement chain.
| Component Category | Function | Verification Requirement |
|---|---|---|
| Associated Cable or Connection Components | Connect the sensor to the measuring electronics | Confirm the exact configuration and connection details |
| Signal Conditioner | Processes the sensor response | Verify the compatible model |
| Monitoring Module | Receives and evaluates measurement data | Confirm input and channel requirements |
| PLC or DCS Interface | Transfers compatible measurement data | Verify signal type and input characteristics |
| Machinery Protection System | Monitors configured machinery parameters | Confirm system and channel compatibility |
| Mounting Hardware | Secures and aligns the sensor | Verify dimensions, clearance, and mounting requirements |
The exact components required depend on the installed system. The “+CON021” designation should be checked against the relevant product records to establish precisely which components are included and which additional parts are required.
9. Recommended Alternative Selection
If the Epro PR6424/003-010+CON021 is unavailable, a replacement should be evaluated against the complete installation requirements.
| Alternative Category | Selection Considerations |
|---|---|
| Equivalent 16 mm Eddy Current Sensor | Verify measurement range, sensitivity, calibration, and output characteristics |
| Compatible Configuration from the Same Product Family | Confirm the full model number and associated electronics |
| Alternative Sensor and Connection Assembly | Verify cable arrangement, mechanical dimensions, and electrical compatibility |
| Different Displacement Sensor Technology | Evaluate measurement principle, accuracy, interface, and environmental suitability |
A sensor with the same head diameter is not necessarily a direct substitute. The complete part number, connection configuration, calibration requirements, and compatibility with the installed electronics must be verified before purchasing an alternative.
10. Key Advantages of Eddy Current Sensing
Non-Contact Measurement
The sensor measures the distance to a suitable conductive target without direct physical contact. This avoids contact wear and supports continuous monitoring in appropriate applications.
Support for Dynamic Displacement Measurement
When combined with suitable electronics, eddy current sensing can measure changes in distance and support the analysis of shaft movement and other dynamic mechanical behavior.
Integration into Machinery Monitoring Systems
Measurement data can be incorporated into a broader monitoring arrangement that includes data acquisition, trend analysis, alarm processing, and equipment condition assessment, provided the interfaces are compatible.
Support for Maintenance Planning
Changes in displacement readings can provide useful information for maintenance teams. Combined with vibration, temperature, and other operational measurements, this information can support more informed equipment inspections.
Defined Physical Specifications
The 16 mm sensor head diameter and stated weight of 0.32 kg provide useful physical information for mounting assessments, spare-parts identification, and equipment planning.
11. Technical FAQs
Q1: What is the Epro PR6424/003-010+CON021?
It is an Epro 16 mm eddy current sensor intended for non-contact displacement measurement applications. Its suitability depends on the specific measurement requirements and associated electronics.
Q2: What is the sensor head diameter?
The specified sensor head diameter is 16 mm.
Q3: What is the weight of the PR6424/003-010+CON021?
The stated weight is 0.32 kg.
Q4: What does the “+CON021” suffix mean?
The suffix is part of the supplied product designation and should be retained when identifying or ordering the component. Its exact meaning and the components included in the configuration should be confirmed from the applicable product documentation.
Q5: Can this sensor be used for rotating shaft monitoring?
Eddy current sensors are commonly used for non-contact displacement measurement of suitable conductive targets, including in rotating machinery. Confirm the measurement characteristics and system compatibility before using this specific model for shaft monitoring.
Q6: Can the sensor connect directly to a PLC?
Direct connection should not be assumed. The complete measurement arrangement may require signal conditioning equipment before transferring data to a PLC or DCS. Verify the actual output and receiving-input requirements.
Q7: Why might the measurement be unstable?
Possible causes include loose mounting, electrical interference, damaged cables, incorrect calibration, unsuitable target geometry, or actual mechanical movement. Inspect the complete measurement chain before replacing the sensor.
Q8: Is the PR6424/003-010 interchangeable with the PR6424/003-010+CON021?
Interchangeability should not be assumed. The full model designation may identify a different configuration or associated connection components. Verify the system documentation and all electrical and mechanical requirements before substitution.
12. Conclusion
The Epro PR6424/003-010+CON021 16 mm Eddy Current Sensor is intended for industrial non-contact displacement measurement applications involving suitable conductive targets. With a specified sensor head diameter of 16 mm and a stated weight of 0.32 kg, it can be assessed for machinery monitoring installations according to their mechanical and electrical requirements.
Reliable performance depends on correct mounting, suitable target geometry, verified connection and signal conditioning arrangements, and proper calibration. Troubleshooting should consider the sensor and its associated components as a complete measurement chain.
For maintenance, spare-parts procurement, and replacement projects, retaining the complete model designation and confirming system compatibility are essential steps toward dependable measurement and long-term machinery monitoring.