Product Description
BR 48686-FS001 is a hardened carbon steel slotted spring pin for Barrett 2W2B electric lift trucks. This replacement part supports bore retention in steering and lift mechanisms and provides reliable performance for electric lift truck applications.
Specifications
Part Numbers & Compatibility
| Make | Barrett |
| Model | 2W2B |
| Manufacturer Part Number | 48686-FS001 |
| Cross-Reference Part Number | SK-48240116JE |
| Equipment Compatibility | Barrett 2W2B electric lift trucks |
| Cross Reference Part Number | SK-48240116JE |
Wheel Dimensions
| Pin Diameter | 0.125 inch |
| Pin Length | 0.875 inch |
Additional Specifications
| Pin Material | Hardened carbon steel |
| Finish | Plain finish |
| Pin Design | Slotted pin design |
| Design Standard | ANSI B18.8.2 compliant |
Frequently Asked Questions
Q: What is this spring pin designed for?
A: This hardened carbon steel slotted spring pin is designed for precision bore retention in Barrett 2W2B electric lift trucks. It is used in steering and lift mechanisms to provide secure bore retention.
Q: What cross-reference part numbers are available?
A: The cross-reference part number for BR 48686-FS001 is sk-48240116je. Both part numbers refer to the same spring pin component and are interchangeable for Barrett 2W2B electric lift trucks.
Q: What makes and models is this part compatible with?
A: This replacement spring pin is compatible with Barrett 2W2B electric lift trucks.
Q: What material is this spring pin made from?
A: This spring pin is manufactured from hardened carbon steel, providing high tensile strength and wear resistance for durability in electric lift truck applications.
Q: How do I know when to replace this spring pin?
A: Inspect the spring pin regularly for signs of wear or damage. Replace it if it shows deformation, cracks, or fails to maintain a secure fit in the bore retention application.
Q: What are the benefits of using this spring pin?
A: This spring pin offers secure bore retention, extended service life, and reliable performance in steering and lift mechanisms of electric lift trucks.
