38.099999999999994 mm bore bearings
13 models with a 38.099999999999994 mm (1.500 in) bore across 1 bearing type, outside diameters from 80 to 85 mm. Tables are grouped by type; open a model for full specs and equivalents.
13 models 80–85 mm OD range 1 brand
| Model | Series | d (mm) | D (mm) | B (mm) | Brand | Seal | Clearance | C (kN) |
|---|---|---|---|---|---|---|---|---|
| YET-208-108 | YEL2 | 38.099999999999994 | 80 | 29.7 | SKF | open | CN | 30.7 |
| YAT-208-108 | YAR2 | 38.099999999999994 | 80 | 36 | SKF | open | CN | 30.7 |
| YEL-208-108-2F | YEL2 | 38.099999999999994 | 80 | 42.8 | SKF | 2RS | CN | 30.7 |
| YELAG-208-108 | YEL2 | 38.099999999999994 | 80 | 42.8 | SKF | 2RS | CN | 30.7 |
| YSP-208-108-SB-2F | YSP2 | 38.099999999999994 | 80 | 43.1 | SKF | 2RS | CN | 30.7 |
| YSPAG-208-108 | YSP2 | 38.099999999999994 | 80 | 43.1 | SKF | 2RS | CN | 30.7 |
| YAR-208-108-2F | YAR2 | 38.099999999999994 | 80 | 49.2 | SKF | 2RS | CN | 30.7 |
| YAR-208-108-2RF | YAR2 | 38.099999999999994 | 80 | 49.2 | SKF | 2RS | CN | 30.7 |
| YAR-208-108-2RF-HV | YAR2 | 38.099999999999994 | 80 | 49.2 | SKF | 2RS | CN | 24.7 |
| YAR-208-108-2RF-VE495 | YAR2 | 38.099999999999994 | 80 | 49.2 | SKF | 2RS | CN | 30.7 |
| YAR-208-108-2RFGR-HV | YAR2 | 38.099999999999994 | 80 | 49.2 | SKF | 2RS | CN | 24.7 |
| YARAG-208-108 | YAR2 | 38.099999999999994 | 80 | 49.2 | SKF | 2RS | CN | 30.7 |
| YAR-209-108-2F | YAR2 | 38.099999999999994 | 85 | 49.2 | SKF | 2RS | CN | 33.2 |
Exact-dimension interchange groups at 38.099999999999994 mm bore
These d×D×B envelopes at a 38.099999999999994 mm bore are shared by several series or brands — the starting point for a dimensional cross reference:
Selecting a 38.099999999999994 mm bore bearing
The bore fixes the shaft, not the bearing capacity. At 38.099999999999994 mm the catalog spans 80–85 mm outside diameter: the light sections suit compact housings and moderate duty, while the larger ODs use bigger rolling elements and carry substantially more load. Select first by the required dynamic load rating C for the calculated L10 life, then by available radial space.
For a rotating inner ring a k5 shaft seat with an H7 housing is the usual starting point; an interference fit plus thermal growth consumes internal clearance, so C3 is the common industrial default rather than CN. Sealed variants (-2RS, -ZZ) trade a small amount of speed for contamination protection and maintenance-free operation — compare the sealed and open versions of the same envelope before substituting one for the other.
Frequently asked questions
What bearings have a 38.099999999999994 mm bore?
This index lists 13 verified bearing models with a 38.099999999999994 mm (1.500 in) bore across 1 bearing type, from 80 to 85 mm outside diameter. Open any model for the full specification table, seal/clearance options and graded cross references.
How do I choose between the 80–85 mm OD options for a 38.099999999999994 mm shaft?
On a fixed 38.099999999999994 mm bore, a smaller outside diameter means a lighter section for limited housing space and moderate load; a larger OD with a wider ring carries more radial and axial load and lasts longer at the same duty. Compare the C dynamic load rating in each model table, then match seal type, internal clearance (CN/C3/C4) and precision class to the actual mounting and operating temperature.
What shaft fit and bore code apply to 38.099999999999994 mm bearings?
A 38.099999999999994 mm bore on a rotating inner ring normally uses a k5 shaft seat with an H7 housing bore (verify against the catalogue for heavy or stationary-ring duty). Bore diameters below 20 mm follow the 10/12/15/17 mm exception table rather than code × 5.