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PR6423/003-031 CON041

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Emerson PR6423/003-031 CON041 pairs a 55 mm M10×1 probe and 8 m open lead with a DIN-rail CON041 converter.
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Technical specifications for PR6423/003-031 CON041

  • Manufacturer:
    Emerson
  • Part Number:
    PR6423/003-031 CON041
  • Product Family:
    Epro
  • Product Type:
    8 mm Eddy Current Sensor with DIN-Rail Converter
  • Stock:
    1
  • Probe thread and body:
    M10×1; 55 mm
  • Cable construction:
    Unarmored
  • Adapter plug:
    With
  • Probe lead:
    8 m; open end
  • Converter mounting:
    CON041 DIN rail; screw terminals
  • Linear range:
    2 mm
  • Protection class:
    IP66
  • Weight:
    0.26 kg
  • Estimated shipping dimensions:
    18x18x2cm
  • Tariff Code:
    9031809090
  • Country of origin:
    Germany
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Bracket Reach Adapter Joint Matched Output Product Applications

Features:

  • Extended body: 55 mm M10×1 case supports deeper bracket reach.
  • Adapter arrangement: configured with the documented adapter plug.
  • Cabinet interface: 8 m open lead terminates on the CON041 DIN-rail converter.
The 003 geometry identifies a 55 mm M10×1 probe body for installations needing greater reach.

The 031 suffix combines an adapter plug, 8 m lead and open conductors.

Correct mounting depth and matched-converter output are verified together because mechanical reach and electrical calibration define the usable measurement.

Apter Power supports Emerson PR6423/003-031 CON041 8 mm Eddy Current Sensor with DIN-Rail Converter quotations, technical documentation, procurement support and system-matching guidance.
Emerson PR6423/003-031 CON041 8 mm Eddy Current Sensor with DIN-Rail Converter Manuals,Datasheets,Link Important Notice: Apter Power provides these resources for exact-model documentation, quotation and engineering review.
  • Deeper insertion: the 55 mm M10×1 body reaches farther through a mounting bracket than the 45 mm version; available adjustment, not nominal length alone, determines fit.
  • Locking position: the final sensing position must still leave secure locknut engagement and access around the bracket.
  • Head clearance: Emerson calls for a 45° free sector at the PR6423 tip; crowded metalwork can narrow the effective linear range.
  • Target track: a clean, even measuring surface matters because surface runout can be mistaken for shaft vibration.
  • Configured junction: the 031 cable code includes an adapter plug within the 8 m total lead, so replacement should preserve that junction rather than assume a continuous cable.
  • Protected connection: Emerson requires the mated LEMO adapter to be covered by a shrink sleeve, including when a metal protection tube is used.
  • Cabinet termination: the far end is open for the CON041 sensor screw terminals, not the LEMO input used on a CON021.
  • Electrical length: adding another lead section changes the measured chain; the specified total route is the reference for the paired converter.
  • Pair relationship: Emerson adjusts PR6423 probes and converters together, so the CON041 marking identifies the sensor chain behind a valid output scale.
  • Target basis: standard adjustment refers to 42CrMo4 steel; a different shaft material changes the distance-to-voltage relationship.
  • Static position: converter voltage, rather than body insertion depth, indicates where the installed target sits within the measurement window.
  • Dynamic meaning: once the static position is sound, changing shaft motion can be assessed separately from a drifting baseline.
  • Deep-bracket shaft sensing: uses the 55 mm case where extra reach is required.
  • Turbine protection: supplies radial or axial movement data to a monitoring channel.
  • Condition monitoring: provides dynamic shaft information for trending.
  • Terminal cabinets: uses CON041 screw terminals for the open probe lead.
Description
PR6423/003-031 CON041 uses a 55 mm M10×1 unarmored probe body with an adapter plug, 8 m total lead and open termination for the CON041 converter.

Compared with the 45 mm body variant, the additional reach changes the bracket and insertion geometry while the DIN-rail converter keeps the field connection at cabinet screw terminals. The complete PR6423/003-031 CON041 chain supports non-contact shaft displacement and vibration measurement.

During PR6423/003-031 CON041 replacement, confirm the 55 mm case, adapter-plug arrangement and open-end terminal record before setting the gap. A stable static output and repeatable dynamic signal should be demonstrated before the protection channel is released.
Alternative Names
PR6423003031CON041 PR6423 003 031 CON041 PR6423-003-031 CON041 PR6423/003-031-CON041 PR6423/003/031 CON041 Emerson PR6423/003-031 CON041 Epro PR6423/003-031 CON041 PR6423/003-031 CON 041
Technical notes
The adapter-plug arrangement and 55 mm probe body are part of PR6423/003-031 CON041 identity. Preserve mounting depth and open-end terminal assignment, then set the initial gap using the matched CON041 and correct shaft material. A different body length can place the sensing tip outside the intended bracket adjustment range.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
What mounting detail should be confirmed first for PR6423/003-031 CON041?
Verify the M10×1 thread, 55 mm case length and usable bracket adjustment so the probe can reach the specified gap without mechanical contact.
How does PR6423/003-031 CON041 connect to the cabinet?
Its 8 m open lead lands on the CON041 screw terminals; preserve conductor assignment and shielding from the installed drawing.
Why is the adapter plug important when sourcing PR6423/003-031 CON041?
It is part of the 031 configuration and affects the complete mechanical and cable arrangement, so it should remain in the RFQ.
What may cause PR6423/003-031 CON041 to read correctly at rest but poorly during rotation?
Review probe rigidity, cable routing, target condition, runout and converter pairing before changing alarm settings.
Can the 55 mm body of PR6423/003-031 CON041 be replaced by a shorter PR6423 probe?
Only after the bracket, insertion depth and required sensing position are shown to remain valid; a shorter body is not automatically equivalent.
What should be retained after commissioning PR6423/003-031 CON041?
Keep the paired identifiers, terminal record, final mounting depth, cold-gap output and accepted dynamic baseline.