Product Short Description
Product Overview
32mm oversized sensing head eddy current probe, designed exclusively for large-diameter rotating shafts (minimum shaft diameter ≥200mm) of heavy industrial equipment, providing wider linear static measuring range and stronger magnetic field penetration performance for large metal target surfaces.
Description
4.3 Core Technical Specifications
- Sensing Head Diameter: 32 mm
- Standard Probe Length: Customizable, base model 010 series standard length
- Static Linear Measuring Range: ±4.0 mm (twice the range of 16mm PR6424/PR6425 probes)
- Standard Sensitivity: 2 V/mm, linearity error ≤ ±1.5% FS
- Minimum Measured Metal Shaft Diameter: ≥200 mm
- Long-Term Probe Head Operating Temperature: -35°C ~ +175°C
- Instantaneous Temperature Shock Resistance: 200°C (<4 hours)
- Probe Head Pressure Resistance: 6500 hPa
- Standard Cable Temperature Resistance: 200°C continuous operation
- Target Calibration Material: 42CrMo4 ferromagnetic alloy steel
4.4 Function Features
- 32mm oversized coil sensing head, wider ±4mm linear measuring range, suitable for large shafts with high displacement swing amplitude
- Strong anti-interference magnetic field design, stable measurement data for large-area metal rotating target surfaces
- Compatible with CON021 series pre-converters, supporting standard negative DC power supply and linear analog voltage output
- Stainless steel high-temperature probe sleeve, PTFE high-temperature resistant signal cable, industrial anti-vibration structure
4.5 Working Principle, Material Composition, Application Scenarios, Installation & Precautions
- Eddy current induction working principle identical to PR6424/PR6425 series probes
- Main application: Ultra-large steam turbine generator rotors, large mine centrifugal fans, heavy metallurgical rolling mill main drive shaft radial vibration and axial displacement monitoring
- Special installation requirement: Must ensure the measured metal shaft diameter is no less than 200mm; small-diameter shafts will cause severe measurement signal distortion



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