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Peer UCP205-16 replacement-path preview

Partglyph turns Peer UCP205-16 into a structured UCP pillow block unit review: source fields, ranked candidates, comparison signals, and early risk flags in one result view.

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Review candidates, evidence, and missing inputs

Review candidate
Result candidates 5
Reference UCP205-16
Matcher status Review needed
#1 FYH UCP205-16 Review candidate 72.61
Fit score 72.61
Dimension signal 72.61
Confidence 0.21582

Why it surfaced

  • Some provided anchors differ for this candidate (extra_dims_mm.H1, extra_dims_mm.H2). (DIMENSION_DEVIATION)
  • Some fields cannot be verified with current anchors (extra_dims_mm.L1, extra_dims_mm.S). (UNVERIFIABLE_FIELDS)

Technical comparison snapshot

Field Reference Candidate Status
Manufacturer Peer FYH Context detail
Selected part UCP205-16 UCP205-16 Context detail
Family UCP pillow block unit UCP pillow block unit Context detail
Bearing number UC205-16 Not returned by candidate Needs source check
Bore d 25.4 25.4 Matches input
Center height H 36.5 36.5 Matches input
Bolt spacing J 105 105.0 Matches input
Bolt slot width N 13 13.0 Matches input
Base length L 140 140.0 Matches input
Overall length A 38 Not returned by candidate Needs source check
Inner ring width B 34.1 Not returned by candidate Needs source check
Base height H1 13 Not returned by candidate Needs source check
Overall height H2 71 Not returned by candidate Needs source check
Slot length N1 18 Not returned by candidate Needs source check
End distance L1 43 Not returned by candidate Needs source check
Axial reference S 14.3 Not returned by candidate Needs source check

Summary

FYH UCP205-16 is ranked against Peer UCP205-16 as a UCP pillow block unit candidate with a visible score of 72.61.

The strongest signals are in Bore d, Center height H, Bolt spacing J, which gives the reviewer a fast technical starting point.

Fields such as Bearing number, Overall length A, Inner ring width B keep the result in review and make possible mismatch risk visible early.

#2 KOYO UCP205-16 Review candidate 72.61
Fit score 72.61
Dimension signal 72.61
Confidence 0.21582

Why it surfaced

  • Some provided anchors differ for this candidate (extra_dims_mm.H1, extra_dims_mm.H2). (DIMENSION_DEVIATION)
  • Some fields cannot be verified with current anchors (extra_dims_mm.L1, extra_dims_mm.S). (UNVERIFIABLE_FIELDS)

Technical comparison snapshot

Field Reference Candidate Status
Manufacturer Peer KOYO Context detail
Selected part UCP205-16 UCP205-16 Context detail
Family UCP pillow block unit UCP pillow block unit Context detail
Bearing number UC205-16 Not returned by candidate Needs source check
Bore d 25.4 25.4 Matches input
Center height H 36.5 36.5 Matches input
Bolt spacing J 105 105.0 Matches input
Bolt slot width N 13 13.0 Matches input
Base length L 140 140.0 Matches input
Overall length A 38 Not returned by candidate Needs source check
Inner ring width B 34.1 Not returned by candidate Needs source check
Base height H1 13 Not returned by candidate Needs source check
Overall height H2 71 Not returned by candidate Needs source check
Slot length N1 18 Not returned by candidate Needs source check
End distance L1 43 Not returned by candidate Needs source check
Axial reference S 14.3 Not returned by candidate Needs source check

Summary

KOYO UCP205-16 is ranked against Peer UCP205-16 as a UCP pillow block unit candidate with a visible score of 72.61.

The strongest signals are in Bore d, Center height H, Bolt spacing J, which gives the reviewer a fast technical starting point.

Fields such as Bearing number, Overall length A, Inner ring width B keep the result in review and make possible mismatch risk visible early.

#3 SCHAEFFLER TECHNOLOGIES UCP205-16 Review candidate 72.61
Fit score 72.61
Dimension signal 72.61
Confidence 0.21582

Why it surfaced

  • Some provided anchors differ for this candidate (extra_dims_mm.H1, extra_dims_mm.N1). (DIMENSION_DEVIATION)
  • Some fields cannot be verified with current anchors (extra_dims_mm.L1, extra_dims_mm.S). (UNVERIFIABLE_FIELDS)

Technical comparison snapshot

Field Reference Candidate Status
Manufacturer Peer SCHAEFFLER TECHNOLOGIES Context detail
Selected part UCP205-16 UCP205-16 Context detail
Family UCP pillow block unit UCP pillow block unit Context detail
Bearing number UC205-16 Not returned by candidate Needs source check
Bore d 25.4 25.4 Matches input
Center height H 36.5 36.5 Matches input
Bolt spacing J 105 105.0 Matches input
Bolt slot width N 13 13.0 Matches input
Base length L 140 140.0 Matches input
Overall length A 38 Not returned by candidate Needs source check
Inner ring width B 34.1 Not returned by candidate Needs source check
Base height H1 13 Not returned by candidate Needs source check
Overall height H2 71 Not returned by candidate Needs source check
Slot length N1 18 Not returned by candidate Needs source check
End distance L1 43 Not returned by candidate Needs source check
Axial reference S 14.3 Not returned by candidate Needs source check

Summary

SCHAEFFLER TECHNOLOGIES UCP205-16 is ranked against Peer UCP205-16 as a UCP pillow block unit candidate with a visible score of 72.61.

The strongest signals are in Bore d, Center height H, Bolt spacing J, which gives the reviewer a fast technical starting point.

Fields such as Bearing number, Overall length A, Inner ring width B keep the result in review and make possible mismatch risk visible early.

#4 TIMKEN UCP205-16 Review candidate 72.61
Fit score 72.61
Dimension signal 72.61
Confidence 0.21582

Why it surfaced

  • Some provided anchors differ for this candidate (extra_dims_mm.H1, extra_dims_mm.H2). (DIMENSION_DEVIATION)
  • Some fields cannot be verified with current anchors (extra_dims_mm.L1, extra_dims_mm.S). (UNVERIFIABLE_FIELDS)

Technical comparison snapshot

Field Reference Candidate Status
Manufacturer Peer TIMKEN Context detail
Selected part UCP205-16 UCP205-16 Context detail
Family UCP pillow block unit UCP pillow block unit Context detail
Bearing number UC205-16 Not returned by candidate Needs source check
Bore d 25.4 25.4 Matches input
Center height H 36.5 36.5 Matches input
Bolt spacing J 105 105.0 Matches input
Bolt slot width N 13 13.0 Matches input
Base length L 140 140.0 Matches input
Overall length A 38 Not returned by candidate Needs source check
Inner ring width B 34.1 Not returned by candidate Needs source check
Base height H1 13 Not returned by candidate Needs source check
Overall height H2 71 Not returned by candidate Needs source check
Slot length N1 18 Not returned by candidate Needs source check
End distance L1 43 Not returned by candidate Needs source check
Axial reference S 14.3 Not returned by candidate Needs source check

Summary

TIMKEN UCP205-16 is ranked against Peer UCP205-16 as a UCP pillow block unit candidate with a visible score of 72.61.

The strongest signals are in Bore d, Center height H, Bolt spacing J, which gives the reviewer a fast technical starting point.

Fields such as Bearing number, Overall length A, Inner ring width B keep the result in review and make possible mismatch risk visible early.

#5 SKF UCP205-16 Needs careful verification 63.48
Fit score 63.48
Dimension signal 63.48
Confidence 0.136719

Why it surfaced

  • Some provided anchors differ for this candidate (L_mm, extra_dims_mm.H1). (DIMENSION_DEVIATION)
  • Some fields cannot be verified with current anchors (extra_dims_mm.L1, extra_dims_mm.S). (UNVERIFIABLE_FIELDS)

Technical comparison snapshot

Field Reference Candidate Status
Manufacturer Peer SKF Context detail
Selected part UCP205-16 UCP205-16 Context detail
Family UCP pillow block unit UCP pillow block unit Context detail
Bearing number UC205-16 Not returned by candidate Needs source check
Bore d 25.4 25.4 Matches input
Center height H 36.5 36.5 Matches input
Bolt spacing J 105 105.0 Matches input
Bolt slot width N 13 13.0 Matches input
Base length L 140 139.5 Needs review
Overall length A 38 Not returned by candidate Needs source check
Inner ring width B 34.1 Not returned by candidate Needs source check
Base height H1 13 Not returned by candidate Needs source check
Overall height H2 71 Not returned by candidate Needs source check
Slot length N1 18 Not returned by candidate Needs source check
End distance L1 43 Not returned by candidate Needs source check
Axial reference S 14.3 Not returned by candidate Needs source check

Summary

SKF UCP205-16 is ranked against Peer UCP205-16 as a UCP pillow block unit candidate with a visible score of 63.48.

The strongest signals are in Bore d, Center height H, Bolt spacing J, which gives the reviewer a fast technical starting point.

Fields such as Bearing number, Base length L, Overall length A keep the result in review and make possible mismatch risk visible early.

Why this result view matters

Partglyph turns a UCP pillow block unit search into review-ready evidence.

For Peer UCP205-16, the expensive problem is not only finding a similar catalog item. The real risk is losing time while maintenance, procurement, and engineering decide which fields match, which fields are missing, and which candidate differences could create trouble later.

Reference clarity The source part, family, and known technical fields stay visible while candidates are reviewed.
Ranking discipline Higher-scoring options and weaker candidates are shown together so tradeoffs are easier to inspect.
Early warning Missing candidate values and field differences surface before a rushed purchase becomes downtime risk.

Move faster when downtime is expensive

Run the part before the search turns into a production delay.

Partglyph reduces replacement research time by turning part numbers, dimensions, and catalog evidence into a ranked review package in minutes. Use it to shorten manual catalog comparison, expose mismatch risk early, and give procurement a cleaner path before emergency buying starts.

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MCP access for agent workflows

Ask Codex or Claude Code to run the match through Partglyph.

Instead of spending a long AI session manually searching catalogs, comparing dimensions, and burning tokens on one part, connect your assistant to the Partglyph MCP gateway. The agent prepares the request, Partglyph runs the governed matcher, and the result comes back with history, credits, technical fields, and comparison evidence preserved.

Lower research waste Run structured checks instead of repeating manual comparison prompts.
Better batch economics Useful when many parts need the same disciplined review pattern.
Traceable output Every match stays tied to a Partglyph request, result, and credit history.
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