Koyo RC-162110-FS Inch Series Caged Drawn Cup Roller Clutch, 1 in Dia Bore, 1.313 in OD, 5/8 in W, CW/CCW, 439 in-lb Torque
Drawn cup needle roller clutches are similar to drawn cup needle roller bearings in design, however, they allow free rotation in only one direction while transmitting torque in the opposite direction. These designs use the same small radial section as drawn cup needle roller bearings and are offered as clutch-only units or as clutch and bearing assemblies.
-
BrandKoyo
-
UPC605790193101
-
Manufacturer Part NumberRC-162110-FS
-
CountryUSA
-
Cage MaterialAcetyl Resin Polymer
-
Temperature Rating250 deg F
-
Maximum Speed8700 rpm
-
Torque Rating439 in-lb
-
TypeCaged
-
Width5/8 in
-
SeriesRC Inch Series
-
Bearing MaterialSteel
-
Outside Diameter1.313 in
-
Bore Diameter1 in
- Compact, lightweight and operate directly on a hardened shaft
- Installation is easily accomplished with a simple press fit
| Competitor Name | Competitor Part Number |
|---|---|
| Grainger | 779KK7 |
-
Alternative Part NumberRC162110FSPBL068
-
UNSPSC31171505
-
Catalog
Recently Viewed
Koyo RC-162110-FS Inch Series Caged Drawn Cup Roller Clutch, 1 in Dia Bore, 1.313 in OD, 5/8 in W, CW/CCW, 439 in-lb Torque
Drawn cup needle roller clutches are similar to drawn cup needle roller bearings in design, however, they allow free rotation in only one direction while transmitting torque in the opposite direction. These designs use the same small radial section as drawn cup needle roller bearings and are offered as clutch-only units or as clutch and bearing assemblies.
Gateway Safety® 46MC25 StarLite® MAG Bi-Focal Lens Ultra Lightweight Safety Reading Glasses, +2.5 Diopter, Clear Lens, Polycarbonate Frame, Yes UV Protection, ANSI Z87.1+, CSA Z94.3, MIL PRF-32432, cULus Listed
BBI 241226 Dowel Pin, 5/16 in Dia x 1-1/2 in L, Alloy Steel, Plain
BATTERY CHARGER-BD-98065>
BBI 241367 Dowel Pin, 5/8 in Dia x 1-1/4 in L, Alloy Steel, Plain
Koyo TRC-2233 Double Direction Thrust Washer, 34.93 mm ID x 52.37 mm OD, 2.41 mm W
Ideally, a thrust washer should be stationary with respect to and piloted by its supporting or backing member whether or not this is an integral part of the shaft or housing. There should be no rubbing action between the thrust washer and any other machine member. The economics of design, however, often preclude these ideal conditions and thrust washers must be employed in another manner. In such cases, design details should be determined in consultation with your representative.

