6202 Bearing Dimensions and SKF Specifications

15 × 35 × 11 mm — single-row deep groove ball bearing

SKF Open 6202 Specifications

PropertySKF catalog value
SKF designation6202 (open)
Bore diameter (d)15 mm
Outside diameter (D)35 mm
Width (B)11 mm
Basic dynamic load rating (C)8.06 kN
Basic static load rating (C0)3.75 kN
Reference speed43,000 r/min
Limiting speed28,000 r/min

These values apply to the SKF open 6202 designation in the cited catalog. Reference speed and limiting speed are separate measures. Neither is a universal application speed recommendation. Sealed, shielded and special internal designs require their own specifications.

Source: SKF single-row deep groove ball bearing catalog table. The official indexed catalog row was checked on 11 October 2026. Catalog edition and current product-sheet confirmation remain pending.

Replacement Candidates and Evidence

The page identifier 6202 corresponds in boundary dimensions to SKF 6202 (15 × 35 × 11 mm). This supports a boundary-dimension match only. Confirm the original bearing configuration before replacement. Other brand designations below are inherited candidates awaiting source review. A shared base number does not establish interchangeability or supplier stock availability.

ManufacturerCandidate designationEvidence
FAG (Schaeffler)6202Unverified candidate
NSK6202Unverified candidate
Timken6202Unverified candidate
NTN6202Unverified candidate
Koyo (JTEKT)6202Unverified candidate
NACHI6202Unverified candidate

Before Selecting a Replacement

Record the complete marking on the original bearing. Verify bore, outside diameter and width, then compare seals or shields, internal clearance, cage, tolerances, lubrication and load and speed requirements against the exact manufacturer variant and equipment specification.

C3 describes internal clearance; it is not a quality grade. Closure suffixes differ between manufacturers. Do not infer the complete configuration from the base number alone.

Preserve prefixes, suffixes, slashes and hyphens when searching. Missing information remains unknown until sourced.

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