2.559 Inch | 64.999 Millimeter x 0 Inch | 0 Millimeter x 1 Inch | 25.4 Millimeter TIMKEN 29588-3 Tapered Roller Bearings
Online shopping 2.559 Inch | 64.999 Millimeter x 0 Inch | 0 Millimeter x 1 Inch | 25.4 Millimeter TIMKEN 29588-3 Tapered Roller Bearings 8 ° Angle from BEARING CORP. a 2.559 Inch | 64.999 Millimeter x 0 Inch | 0 Millimeter x 1 Inch | 25.4 Millimeter great selection at Store. ... Timken Bearing Accessories.
What is 29588-3 bearing cross reference？
| Brand Name: |
TIMKEN |
| Model Number: |
29588-3 |
| Power: |
3.5429 in |
| Maximum Permissible Pilot Pressure: |
Exceptional Bearing Protection, Rotating Applications, Pumps, Gearboxes, Motors, Energy Efficient Applications, Primary Metals Industry, Steel Industry, Aluminum Industry, Pulp and Paper Industry, Che |
| Moment of inertia rotary group: |
Labyrinth |
| Drive Speed: |
8487900040.US |
| Torque: |
Guardian® Flangeless Design, Bronze Rotor and Stator with Filled PTFE Unitizing Ring and FKM O-RingsGuardian® Flangeless Design Bronze Rotor and Stator with Filled PTFE Un |
| Determining Operating Characteristics: |
29619-7595 |
| Rotary stiffness: |
-22 to 400°F |
| Rate Of Pressure Change: |
1.82 lbs |
Product Details
| Power |
3.5429 in |
| Maximum Permissible Pilot Pressure |
Exceptional Bearing Protection, Rotating Applications, Pumps, Gearboxes, Motors, Energy Efficient Applications, Primary Metals Industry, Steel Industry, Aluminum Industry, Pulp and Paper Industry, Che |
| Moment of inertia rotary group |
Labyrinth |
| Drive Speed |
8487900040.US |
| Torque |
Guardian® Flangeless Design, Bronze Rotor and Stator with Filled PTFE Unitizing Ring and FKM O-RingsGuardian® Flangeless Design Bronze Rotor and Stator with Filled PTFE Un |
| Determining Operating Characteristics |
29619-7595 |
| Rotary stiffness |
-22 to 400°F |
| Rate Of Pressure Change |
1.82 lbs |
| Maximum rotational speed |
12000 fpm |
| Maximum Permissible Speed (limit Speed) |
4.5650 in |
| Control Fluid Drain |
0.020 in |
| Maximum Volume Flow |
0.6250 in |
| Maximum angular acceleration |
Ambient |