
- 0.38 in Inner Diameter
- 0.63 in Outer Diameter
- 0.88 in Overall Width
description
- Transmits torque between the shaft and the housing in one direction, and allows free overrun in the opposite direction. The patented design utilizes the same low profile and radial section as drawn cup needle roller bearings. The units are compact, light in weight, and operate directly on a hardened shaft.
features
- -FS" in the suffix for the RC and RCB call out stainless steel springs and are capable of higher operating temperatures and significantly higher engagements per minute
- A polymer spring is standard for the RC and RCB
- A stainless steel spring is standard for the FC, FCS, FCL, FCB and FCBL
- A hardened and machined shaft or an "IR" Inner Ring is required for optimal performance
- A press fit into the housing is required
End Type | Open End |
Housing Shoulder Diameter | 0.88 in |
Cage Material | Nylon |
Capacity | Standard Capacity |
Static Load Rating | 4.89 kN |
Radial Internal Clearance Specification | N/A |
Dynamic Load Rating | 6.01 kN |
Bearing Material | 1014 Steel |
Enclosure | Open |
Clamp Torque | 45.4 lbf |
Housing Bore [Min] | 0.6245 in |
Overall Width | 0.88 in, 22.23 mm |
Cage Type | Window |
Radial Internal Clearance | N/A |
Precision Class | ABEC 1 |
Outer Ring Width | 0.88 in, 22.23 mm |
Tolerance | Iso Class 0 (RBEC 1) |
Shaft Dia. [Max] | 0.375 in |
I.D. | 3/8 in |
Bore Type | Round Bore, Inch Type |
Operating Temperature [Min] | -22 ˚F |
Mounting Method | Press Fit |
Series | RCB |
Component | Assembly |
Speed (Max) Oil | 18000 rpm |
Rolling Element | Roller |
Bearing Design | Roller Clutch |
Oil Hole | w/o Oil Hole |
Operating Temperature [Max] | 230 ˚F |
Relubricatable | No |
Housing Bore [Max] | 0.6255 in |
Origin | Roller Clutches |
No. of Rows | 3 |
Lubricant | Rust Preventative |
Precision Ground | Yes |
O.D. | 0.625 in |
Self Aligning | No |
O.D. Type | Straight |
Shaft Dia. [Min] | 0.3745 in |
Relubrication Feature | No |
Working Load | 566 lbf |
Weight | 0.004 LB |
EAN or UPC | 605790209970 |
