Epro CON031+PR6423/00R-101 Eddy Current System Kit

Product Description

The CON031 + PR6423/00R-101 is an integrated eddy-current measurement solution combining a proximity probe with a dedicated signal conditioning module. The system is engineered for continuous monitoring of shaft displacement and vibration in high-speed rotating machinery, delivering stable, contact-free measurement data for protection and diagnostics.

The probe performs the primary sensing function, while the CON031 unit processes the raw eddy-current signal into standardized industrial outputs suitable for control and monitoring systems.

Technical Specifications

Probe Unit – PR6423/00R-101

Signal Converter – CON031 Module

System Engineering Characteristics

• Dual-component architecture ensures separation of sensing and signal conditioning

• Non-contact eddy-current principle eliminates mechanical wear

• Stable measurement performance under high-speed shaft rotation

• Compatible with industrial protection and condition monitoring platforms

• Suitable for long-term continuous operation in harsh mechanical environments

Application Scope

• Steam and gas turbine shaft vibration monitoring

• Compressor axial displacement and instability detection

• Generator rotor condition assessment

• Gearbox misalignment and wear detection

• Predictive maintenance systems in heavy rotating equipment

Installation Considerations

• Proper air gap control is critical (typically around 0.5 mm depending on target geometry)

• Calibration must match probe-to-surface material characteristics

• Converter selection determines system output format and safety classification

• Shielded cabling recommended in high EMI environments

FAQ

Q1: Can the probe operate without the CON031 module?
No. The probe generates raw eddy-current signals and requires CON031 for signal conversion.

Q2: Is the system suitable for hazardous environments?
Yes, when used with certified CON031 variants, the system supports ATEX/IECEx applications.

Q3: What materials are recommended for measurement targets?
Ferromagnetic steels such as shaft-grade alloys provide the most stable response.