The S61P Z-100F28125 is a self-aligning, open-type pillow block bearing with a 1.000 inch bore, featuring an anodized 6061-T6 aluminum body and a Frelon®-lined, self-lubricating bearing. It has a base width of 1.187 inches, body length of 3.250 inches, and a maximum load rating of 3525 lbf. The bearing supports a maximum speed of 400 ft/min and a maximum PV of 10000 under dry conditions. Bolt hole spacing is 2.250 inches, with a #10 bolt hole and a 7/32 inch groove. Maximum load must be halved when applied to the open half of the bearing. The product is designed for parallel shaft applications and operates between -40°F and +500°F.
A bearing is a device that reduces friction between moving components by preventing metal-to-metal contact while assisting components (shafts, axles, and wheels) to freely rotate around a fixed axis, cutting down on heat generation and the amount of energy that is consumed. By replacing sliding motion with low-friction rolling motion, the life of the rotating components is increased. A bearing also keeps the shaft in the proper position, providing support and alignment and transferring the axial or radial loads to the housing.
The types of bearings that we offer include rolling element bearings, which consist of both ball bearings and roller bearings.
Balls are utilized as the rolling element in ball bearings; a retainer holds the balls in place and allows them to freely rotate. The balls are kept inside channels cut in both the inner and outer races. Because there is no surface contact between the balls and races, precision ball bearings have a lower load capacity for their size than other bearings.
| Stock Drive Products & Sterling Instrument - SDP/SI | |
|---|---|
| Product Category | Pillow Block Bearings |
| Product Number | S61PPZ-100F28125 |
| Product Name | 1" Bore, Self Aligning Open Type Frelon Lined Aluminum Pillow Block. |
| Bearing / Housing Features | Self-aligning |
| Shaft Diameter | 1 inch (25.4 mm) |
| Load Rating | 3525 lbs (1599 kg) |
| Bearing | Frelon Lined Aluminum |