Features:
- Chain identity: Exact labels pair PR6423/000-020-CN with CON021
- Measurement principle: Non-contact 8 mm eddy-current sensing
- Converter form: Panel-mount CON021 supports a 0 to 20 kHz signal range
The product model retains both the sensor suffix and converter type so the quotation represents the observed measurement chain.
PR6423 family performance depends on the sensor, cable, converter and target material being treated as one calibrated arrangement.
CON021 uses panel mounting, which makes cabinet cutout, terminal wiring and connector access part of the replacement review.
For Emerson PR6423/000-020-CN CON021 8 mm Eddy Current Sensor with Signal Converter, Apter Power supports quotations, document requests, and installed-system matching.
Emerson PR6423/000-020-CN CON021 8 mm Eddy Current Sensor with Signal Converter Manuals,Datasheets,Link
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.
- Decision check: PR6423 belongs to the 8 mm eddy-current sensor family.
- Identity: Use the exact /000-020-CN sensor suffix.
- Measurement check: Confirm the 2.0 mm published linear-range requirement.
- Installation: Review probe mounting and initial gap before commissioning.
- Installation: CON021 is a panel-mount signal converter.
- Measurement check: The published frequency range is 0 to 20 kHz.
- Interface: Compare supply and output wiring with the installed unit.
- Interface: Preserve the self-locking sensor-connector arrangement.
- Interface: Treat sensor, cable and converter as one measuring chain.
- Measurement check: Use 42CrMo4 / SAE 4140 as the standard reference target.
- Identity: Do not combine unmatched suffixes without documentation.
- Installation: Verify static gap and dynamic signal after approved installation.
- Application 1: Radial shaft vibration measurement
- Application 2: Axial displacement monitoring
- Application 3: Shaft position and eccentricity observation
- Application 4: Speed or phase-reference sensing