Features:
- Uses an 8 mm eddy-current sensing tip in the PR6423 family.
- Connects open-ended probe wiring to a DIN-rail CON041 converter.
- Supports non-contact displacement measurements on rotating machinery.
The ordered set combines the PR6423/002-001 probe configuration with the CON041 signal-conditioning module.
It converts the proximity-dependent coil response into a conditioned output for machinery protection and condition monitoring.
Selection depends on the full probe suffix, cable routing, converter measuring range and the shaft material used for calibration.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Emerson PR6423/002-001 CON041:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Measures radial shaft movement where bearing vibration is monitored without mechanical contact.
- Tracks axial position or relative displacement in turbine, compressor and pump trains.
- Feeds a conditioned proximity signal into compatible Emerson machinery-monitoring channels.
- The PR6423 sensor has a nominal operating range of -35 to +180 °C, with short exposure up to +200 °C.
- The protected cable and connector are rated for permanent service up to +175 °C.
- Storage and transport limits extend from -40 to +70 °C for the documented sensor family.
- CON041 supports PR6423 measurement chains when the converter range matches the probe calibration.
- The open cable-end option is used with CON031 or CON041 rather than the Lemo-based converter variants.
- The installed monitoring channel must accept the converter output and the selected measurement polarity.
- The chain is intended for relative shaft vibration, axial position and displacement measurements.
- A stable mechanical gap keeps the operating point inside the converter linear range.
- Trend reliability depends on secure probe mounting and preservation of the documented cable system.