The PR6423/069-110 represents a complete eddy current sensor solution from EPRO. This sensor set provides reliable, non-contact measurement of shaft vibration and axial position. Consequently, it is essential for condition monitoring and predictive maintenance of large rotating machinery.
This kit includes a precisely calibrated sensor probe paired with its dedicated extension cable. Moreover, the CON021 cable ensures signal integrity over the required distance to the monitoring system. Therefore, you achieve accurate and stable measurements in challenging industrial environments.
Core Technical Specifications and Electrical Performance
The PR6423/069-110 operates on the proven eddy current principle to detect changes in distance. Its linear voltage output directly corresponds to the gap between the probe tip and the conductive target surface. For instance, a common output range is -2 to -18 V DC, representing the full measurement span.
We have compiled its key technical parameters in the table below. These specifications are critical for system design and integration.
| Parameter Category | Specification Details |
|---|---|
| Manufacturer & Model | PR6423/069-110 |
| Sensor Type | Non-Contact Eddy Current Sensor (Proximity Probe) |
| Primary Measurement | Shaft Relative Vibration, Axial Displacement, Keyphasor |
| Typical Sensitivity | e.g., -7.87 V/mm (Confirm with official datasheet) |
| Linear Measurement Range | e.g., 2 mm (0…2 mm) (Confirm with official datasheet) |
| Power Supply | Typically -24 V DC (Compatible with EPRO preamplifiers) |
| Output Signal | Analog DC Voltage, linear with distance |
| Probe Tip Material | Durable PPS or ceramic for industrial environments |
| Operating Temperature Range | Probe withstands high temperatures (Check official manual) |
| Cable Specification | CON021 cable of specified length with anti-interference shielding |
| System Integration | Compatible with EPRO MMS 6000 and common PLC interfaces |
System Integration and Installation Considerations
This sensor kit integrates seamlessly into machinery protection frameworks like the EPRO MMS 6000. It can work alongside other monitoring modules, such as the PR6423/069-110 you previously inquired about. Furthermore, proper installation is paramount for achieving specified accuracy.
Installation requires setting the correct mechanical gap to establish the optimal “electrical gap”. Engineers must then adjust the connected monitor or preamplifier to scale this gap voltage correctly. Ultimately, following EPRO’s installation guidelines ensures long-term reliability and precise machine diagnostics.
Application Value and Selection Notes
Selecting the PR6423/069-110 enables early detection of machine faults like imbalance or misalignment. Its high-resolution data supports predictive maintenance strategies to prevent unplanned downtime. Additionally, this robust sensor performs consistently in the presence of oil, steam, and variable temperatures.
When specifying this kit, confirm the required measuring range and linearity for your application. Also, ensure the CON021 cable length is suitable for the distance between the probe and the monitoring system cabinet. Always consult the latest official EPRO documentation for absolute accuracy regarding all mechanical and electrical parameters.
Details
| Weight | 0.2 kg |
|---|---|
| Dimensions | 150 × 100 × 50 mm |
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