Smith Bearing® CR-5/8-X Cylindrical Stud Type Needle Bearing Cam Follower, 5/8 in Dia x 7/16 in W Roller, 1/4 in Dia x 3/4 in L Stud, 52100 Steel Roller
Screwdriver slot stud type needle roller bearings are recommended where running loads and shock loads are moderate. Bearing capacity of the stud type series is limited by the moderately sized stud. Manufactured from high alloy bearing quality steel. Most commonly used general purpose cam follower and available in sealed versions.
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BrandSmith Bearing®
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UPC651041126688
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Manufacturer Part NumberCR-5/8-X
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CountryUSA
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Load Capacity1320 lb Dynamic/1250 lb Static
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Thread Length5/16 in
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Thread Size1/4-28 UNF-2A
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Closure TypeSealed
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TypeCylindrical Stud Type
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Roller Diameter5/8 in
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Roller Material52100 Steel
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Roller Width7/16 in
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Head TypeScrewdriver Slot
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SeriesCR-X
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Stud Diameter1/4 in
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Stud Length3/4 in
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Stud MaterialCarbon Steel
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Stud TypeStandard
| Competitor Name | Competitor Part Number |
|---|---|
| Grainger | 13W684 |
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UNSPSC31171530
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Warranty12 months
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Catalog
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Full Engineering Drawing
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Smith Bearing® CR-5/8-X Cylindrical Stud Type Needle Bearing Cam Follower, 5/8 in Dia x 7/16 in W Roller, 1/4 in Dia x 3/4 in L Stud, 52100 Steel Roller
Screwdriver slot stud type needle roller bearings are recommended where running loads and shock loads are moderate. Bearing capacity of the stud type series is limited by the moderately sized stud. Manufactured from high alloy bearing quality steel. Most commonly used general purpose cam follower and available in sealed versions.
IKO CR28UU Inch Series Caged Standard Cam Follower With Cylindrical Outer Ring, 1-3/4 in Dia x 1 in W Roller, 3/4 in Dia x 1-3/4 in L Stud, High Carbon Steel Roller
IKO designs and manufactures a broad selection of Cam Followers to meet the diverse needs of applications including machine tools, industrial robots, electronic parts production and office automation equipment. A Cam Follower is a bearing that incorporates needle style rollers between a stud and a thick outer ring.
Smith Bearing® CR-3-XB Cylindrical Stud Type Needle Bearing Cam Follower, 3 in Dia x 1-3/4 in W Roller, 1-1/4 in Dia x 2-1/2 in L Stud, 52100 Steel Roller
Hex head stud type needle roller bearings are recommended where running loads and shock loads are moderate. Bearing capacity of the stud type series is limited by the moderately sized stud. Manufactured from high alloy bearing quality steel.
Smith Bearing® HR-2-XB Cylindrical Stud Type Needle Bearing Cam Follower, 2 in Dia x 1-1/4 in W Roller, 1-1/8 in Dia x 2 in L Stud, 52100 Steel Roller
The HR Series have a larger diameter stud and are recommended for applications with high running loads and/or heavy shocks where deflection should be held to a minimum. Rollers and outer races are identical to the standard CR Series. Manufactured from high alloy bearing quality steel.
Smith Bearing® CR-1-5/8-X Cylindrical Stud Type Needle Bearing Cam Follower, 1-5/8 in Dia x 7/8 in W Roller, 5/8 in Dia x 1-1/2 in L Stud, 52100 Steel Roller
Screwdriver slot stud type needle roller bearings are recommended where running loads and shock loads are moderate. Bearing capacity of the stud type series is limited by the moderately sized stud. Manufactured from high alloy bearing quality steel. Most commonly used general purpose cam follower and available in sealed versions.
McGill® CAMROL® 2100512000 CFH Cylindrical OD Cam Follower With LUBRI-DISC® Seal, 1 in Dia x 5/8 in W Roller, 5/8 in Dia x 1 in L Stud, Chrome Steel Roller
The McGill® CAMROL® full complement needle bearings feature black oxide treated bearing steel. They are available in two basic mounting styles for use in mechanical automation or linear motion applications. Our basic features each contribute to superior performance. The LUBRIDISC® seal option helps prevent metal to metal contact within the bearing. It also provides a barrier for containment entry and blowout protection when relubricating. These bearings are available with several dimensional choices. The seal options and combinations provide a specific solution for each application. Within the following section you can learn more about these features and how they can be applied to your application.
