Bearings
Rod End Bearings
Female Rod Ends
Female Rod Ends (Bronze Race)
Quick Code: BB-88548
FBL-12 3/4inch Left Hand Rod End Bearing
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Product Specification
AF
1.000inch
Ball Width (W)
0.875inch
Bore Size
3/4inch
Housing Depth (H)
0.687inch
Housing Dia (D)
1.562inch
Length of Thread (L2)
1.562inch
Shaft Centre Height (L1)
2.875inch
Thread
3/4-16 UNF
Thread Direction
Left Hand
Reference
FBL-12
Brand
DUNLOP
Quick Order Code
BB-88548
Product Description
The FBL-12 3/4-inch Left Hand Rod End Bearing is a robust, high-performance component from Dunlop's FB-Series, engineered for medium to heavy industrial and mechanical applications demanding exceptional performance and durability.
Key Features:
- Part of Dunlop's 4-piece standard range of female rod end bearings
- Maintenance-required general purpose design
- Optimized for low friction and excellent wear resistance
- Left hand thread configuration
- ELV & RoHS Compliant
Technical Specifications:
| Bore Size: | 3/4 inch |
| Thread Size: | 3/4-16 UNF |
| Thread Direction: | Left Hand |
| Housing Diameter: | 1.562 inch |
| Housing Depth: | 0.687 inch |
| Ball Width: | 0.875 inch |
| Shaft Centre Height: | 2.875 inch |
| Length of Thread: | 1.562 inch |
| AF (Across Flats): | 1.000 inch |
Material Composition:
- Housing: Steel 230M07PB, Zinc plated with white & blue passivate (silver/clear)
- Race: Bronze SAE66O
- Ball: Bearing Steel 100Cr6, case hardened & electro-less Nickel plated
Potential Applications:
- Industrial machinery linkages
- Mechanical control systems
- Precision motion transfer mechanisms
- Robotic and automation equipment
- Heavy-duty mechanical engineering projects
- Agricultural machinery
- Construction equipment
Note: An oil impregnated sintered bronze race is available for high-precision applications upon enquiry and subject to production quantity. This option provides extended wear life for specialized motion transfer applications.
Manufactured by Dunlop, this rod end bearing offers reliable performance in challenging industrial environments where precision, durability, and low friction are critical.


