Core Function and Measurement Principle
The EPRO PR6423/099-110 transducer utilizes a non-contact eddy current principle. This technology accurately measures displacement and vibration on rotating machinery. Consequently, it eliminates wear from physical sensor contact. Moreover, this method ensures highly reliable and repeatable data collection.
Engineered for Critical Industrial Applications
This robust transducer is ideal for demanding environments like power generation. Its compact and rugged design withstands aggressive operational conditions. Furthermore, the system provides essential monitoring for all types of turbomachines. Therefore, it plays a key role in predictive maintenance strategies.
Comprehensive Machinery Protection Monitoring
The EPRO PR6423/099-110 supports a wide range of monitoring functions. For instance, it precisely tracks radial and axial shaft movements. Additionally, the system measures dynamic shaft eccentricity and thrust bearing position. It also effectively monitors critical internal clearances and housing expansions.
Key Technical Specifications
| Parameter Category | Specification Details |
|---|---|
| Model & Manufacturer | EPRO PR6423/099-110 (Part of the EPRO PR6423 Series) |
| Measurement Principle | Non-Contact Eddy Current |
| Primary Parameters | Displacement, Vibration, Relative Position |
| Key Applications | Shaft Eccentricity, Radial/Axial Movement, Bearing Wear, Casing Expansion, Clearance Monitoring |
| Design & Compatibility | Rugged, Compact Design for Integration with EPRO Monitoring Systems |
| Target Machinery | Turbines, Compressors, Pumps, and other High-Speed Rotating Assets |
Ideal for Predictive Maintenance Programs
Integrating the PR6423/099-110 enhances protection for critical assets in oil & gas and aviation. This transducer delivers trusted data for condition-based maintenance decisions. Ultimately, it helps prevent unplanned downtime and extends machinery life.
Details
| Weight | 0.2 kg |
|---|---|
| Dimensions | 150 × 100 × 50 mm |
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