Features:
- 55 mm probe body: provides the documented M10×1 mounting reach.
- LEMO interface: 5 m lead connects directly to the CON021 front socket.
- Panel converter: CON021 supplies and conditions the matched probe signal.
The 003 geometry establishes the 55 mm probe body used by the machine bracket.
The 110 suffix selects no adapter, 5 m cable and a LEMO connector.
Connector condition, fixed cable length and matched output are checked before the probe position is disturbed.
Apter Power supports Emerson PR6423/003-110 CON021 8 mm Eddy Current Sensor with Panel Converter quotations, technical documentation, procurement support and system-matching guidance.
Emerson PR6423/003-110 CON021 8 mm Eddy Current Sensor with Panel Converter Manuals,Datasheets,Link
Important Notice: Apter Power provides these resources for exact-model documentation, quotation and engineering review.
- Installed reach: the 55 mm M10×1 body positions the 8 mm tip within a deeper bracket; usable adjustment still depends on the actual shaft location.
- Head space: a 45° free sector around the sensing tip helps retain the PR6423 linear range.
- Facing angle: keeping axial tilt below 2° limits geometry-related measurement error.
- Surface condition: marks or corrosion on the measurement track can produce runout that resembles a changing shaft signal.
- One-piece route: the 110 suffix specifies a 5 m unarmored cable without an adapter plug, avoiding an intermediate connector in this chain.
- Front connection: its LEMO end mates with the socket on the CON021 mounting-plate converter rather than CON041 screw terminals.
- Positive lock: Emerson describes an audible click on mating; this gives a useful seating check before investigating intermittent signals.
- Calibrated length: inserting an unapproved extension changes the electrical chain rather than merely making the panel easier to reach.
- Selected scale: a standard CON021 can use -2 to -18 V or -4 to -20 V, so diagnosis begins with the installed range.
- Centre indication: about -10 V or -12 V respectively represents the middle of that range, a reference for bidirectional shaft travel.
- Excessive distance: a voltage beyond the negative operating end points toward a probe set too far from the target.
- Near end or discontinuity: an output near the shallow end can reflect a very small gap or a damaged, broken or open sensor path; these require different remedies.
- Shaft vibration: captures radial dynamic displacement.
- Thrust position: monitors axial movement within the linear range.
- Key measurement: detects speed or reference features where configured.
- Panel-mounted conversion: connects the probe through a front LEMO interface.