Features:
- Matched chain: The PR6424 probe connects to a CON021 converter, distinguishing this offering from a probe-only spare.
- Ordered build: The 010-010 code identifies the probe mounting, armor, cable length and connector choices that affect physical fit.
- Signal role: Non-contact shaft motion becomes a voltage signal for a correctly configured machinery-monitoring channel.
Unlike a probe-only spare, this offered pair includes signal conditioning; the receiving channel and target material still govern how its output is interpreted.
Emerson's PR6424 order matrix helps identify mechanical and cable choices without treating a nearby order code as the same configured item.
The installed converter label and shaft target matter alongside the probe code because Emerson adjusts the complete measurement chain.
Apter Power can help compare the installed PR6424/010-010-CN CON021 chain and provide an exact-part quotation with technical documentation.
Emerson PR6424/010-010-CN CON021 Eddy Current Sensor and CON021 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.
- Mounting thread: The M18 × 1.5 sleeve must match the installed probe bracket rather than a visually similar threaded opening.
- Probe reach: Emerson defines Cx as 40 mm and overall length C as Cx plus 12.5 mm, so clearance depends on the full assembly.
- Cable protection: The ordered armor helps protect the routed cable; the cable path and bend space remain part of the fit check.
- Termination: The ordered 5 m cable ends in LEMO, so a different converter inlet or cable route changes the needed spare.
- Target calibration: Emerson uses 42CrMo4 as its reference material; a different shaft alloy can change the chain response and may need adjustment.
- Matched components: The probe and CON021 form an adjusted measuring chain, so exchanging one component is not automatically an equivalent calibration.
- Receiver interface: The CON021 delivers a negative-voltage output, which must match the receiving monitoring channel rather than a current-loop input.
- Output setting: The converter bridge selects the voltage range, and the matching supply limits depend on that setting.
- Probe position: The non-contact measurement depends on a suitable working gap from the shaft target, not merely on a matching thread.
- Nearby channels: Emerson documents mutual influence between adjacent probes and gives PR6424 spacing guidance for the installation layout.
- Target geometry: The shaft and measuring surface must suit the PR6424 probe geometry for the published measurement behavior to apply.
- Converter location: Its LEMO probe inlet and power/output terminals should be checked against the installed cabinet wiring and cable reach.
- Radial vibration: In a configured turbine or compressor channel, the probe can follow shaft movement without touching the rotor.
- Axial position: A suitable mounting position lets the measuring chain track shaft movement relevant to thrust monitoring.
- Eccentricity: Low-speed shaft movement can be interpreted through an appropriately configured monitoring channel.
- Speed reference: Emerson includes speed/key among PR6424 applications when the target feature and receiving equipment are selected for that task.