Stamped Steel Bearing Ball Sintered Bronze Bushing Spherical Bearing with Bushing, Unmounted - 5/8"
with Oil Cup, Bearing Width 1.25", Spherical Diameter 1.635"
- Triangle Series
- D
- Type
- Spherical Bearing with Bushing
- Shaft Size (Bore ID)
- 5/8"
- Inside Diameter Lower Tolerance
- 0.6255"
- Inside Diameter Upper Tolerance
- 0.6265"
- Bearing Insert Type
- Bearing Ball with Bushing
- Bushing Material
- Sintered Bronze
- Bearing Ball Material
- Stamped Steel
- Bearing Spherical Diameter
- 1.635"
- Lubrication Apparatus
- Oil Cup
- Other Lubrication Apparatus Options Available
- Yes
- Type of Lubricant
- SAE30 Non-Detergent Oil
- Bearing Width
- 1.25"
- Other Mount Finish available
- No
- Tapped Hole Available
- Yes
- Bearing Fit Options Available
- No
Triangle Manufacturing's Self-Lubricating Bearings
Triangle's stamped steel spherical plain bearing reduces motor damage even if it fails. Rather than locking the shaft up like a ball bearing, it will simply make a squeaking noise while allowing the shaft to keep rotating.
Triangle's Sintered Bronze Bearings are Compatible with the Following Mounts:
| Triangle Series: | D |
| Type: | Spherical Bearing with Bushing |
| Shaft Size (Bore ID): | 5/8" |
| Inside Diameter Lower Tolerance: | 0.6255" |
| Inside Diameter Upper Tolerance: | 0.6265" |
| Bearing Insert Type: | Bearing Ball with Bushing |
| Bushing Material: | Sintered Bronze |
| Bearing Ball Material: | Stamped Steel |
| Bearing Spherical Diameter: | 1.635" |
| Lubrication Apparatus: | Oil Cup |
| Type of Lubricant: | SAE30 Non-Detergent Oil |
| Bearing Width: | 1.25" |
| Other Lubrication Apparatus Options Available: | Yes |
| Other Mount Finish available: | No |
| Tapped Hole Available: | Yes |
| Bearing Fit Options Available: | No |
| Min. Quantity for RFQ: | 100 |
| With Cushion: | No |
| Bearing Insert Material: | Sintered Bronze |
| Bearing Mount Type With Bearing: | No |
Triangle Manufacturing's Self-Lubricating Bearings
Triangle's stamped steel spherical plain bearing reduces motor damage even if it fails. Rather than locking the shaft up like a ball bearing, it will simply make a squeaking noise while allowing the shaft to keep rotating.