
4500 Mt Pleasant St. NW
N. Canton, OH 44720
Phone: (234) 262-3000
E-Mail: CustomerCAD@timken.com • Web site: www.timken.com
The radial internal clearance (RIC) for the bearing assembly must be included when ordering either a) the complete assembly or b) with the inner-ring set. It is advisable to order the inner-ring set independent of the outer ring set when the final grind of the inner-ring O.D. is accomplished after mounting on the roll neck.
The RY bearing style incorporates two outer races with triple flanges (solid ribs). The inner race is usually single-piece construction. The outer assemblies consist of the outer race, rollers and cages, which create a unitized construction. Handling is made simple by this design. A loading slot is used for roller insertion. Lubrication is generally accomplished via slots in the faces of the outer ring. The cage is single-piece, fully machined brass or steel material. The roller pockets are staggered between the races.
- Two outer rings with integral ribs.
- Two inner rings.
- RY-2 – with lubrication grooves and holes on outer rings.
- RY-3 – without lubrication grooves and holes on outer rings.
- Two solid-steel or brass cages.
Specifications
Bore d |
N/A 300 mm |
Static Load Rating Co |
N/A 10160000 N2288000 lbf |
| Dynamic Load Rating C11 | N/A 6200000 N1392000 lbf |
Bearing Dimensions
O.D. D |
N/A 500 mm19.685 in |
Width B |
N/A 360 mm14.1732 in |
Width C |
N/A 360 mm14.1732 in |
DUR/DOR F/E |
N/A 354.25 mm13.9469 in |
Type |
N/A RY-2 |
Mounting Data
Chamfer rsmin |
N/A 5 mm0.200 in |
| Chamfer r1smin2 | N/A 5 mm0.200 in |
Angle of Chamfer r1smin |
N/A 20 º |
Backing Shaft Diameter ds |
N/A 347.4 mm13.6800 in |
Backing Housing Diameter Ds |
N/A 454.3 mm17.8900 in |
Lubrication Data
Lubrication Groove g |
N/A 18.0 mm0.71 in |
Lubrication Hole Diameter h |
N/A 10.0 mm0.39 in |
Number of Lubrication Holes |
N/A 8 |
Applications
|
N/A
|
Design Benefits
|
N/A
|
Radial Internal Clearance (RIC)
|
N/A
|
Lubrication
|
N/A
|
Material
|
N/A
|
Mounting Design and Fitting Practice
|
N/A
|
- 1 Based on 1 x 106 revolutions L10 life, for the ISO life calculation method.
- 2 Based on 1 x 106 revolutions L10 life, for the ISO life calculation method.