Product Description
Lift-Rite LF 20269 is an OEM split pin manufactured for manual pallet jack applications. Designed as a retaining fastener for critical frame and linkage assemblies, it is compatible with standard low profile and 4-way Lift-Rite models such as LF50 and LCUUF. No known cross-reference or superseded part numbers. Engineered specifically for robust use in material handling equipment.
Compatibility: Fits pallet jacks made by Lift-Rite, model L55. SKU: LF 20269
Specifications
Part Numbers
| OEM Part Number | LF 20269 |
| Manufacturer Part Number | LF 20269 |
| Compatible Product Family | Lift-Rite Manual Pallet Jack models (LF50 Low Profile 4way, LCUUF Universal 4way) |
Frequently Asked Questions
Q: What is the LF 20269 and what does it do?
A: The LF 20269 is an OEM split pin (cotter pin) manufactured for manual pallet jack applications. It serves as a retaining fastener for critical frame and linkage assemblies, securing components that must not shift during equipment operation.
Q: Which Lift-Rite models use the LF 20269 split pin?
A: The LF 20269 is compatible with Lift-Rite LF50 low-profile, LCUUF universal four-way, and L55 pallet jack models. Compatibility depends on the specific assembly where the pin is installed, so verify your equipment serial range before ordering.
Q: What happens if a split pin is missing or damaged?
A: A missing or damaged split pin can allow fasteners to loosen, causing frame components or linkage assemblies to shift during load handling. This creates a safety hazard and may result in sudden equipment failure under load. Replace immediately if missing.
Q: Is there a superseded part number for the LF 20269?
A: No known cross-reference or superseded part numbers exist for the LF 20269. Use the exact OEM part number LF 20269 when ordering to ensure correct fitment and performance.
Q: What material is the LF 20269 made from?
A: The LF 20269 is a standard steel split pin engineered for robust use in material handling equipment. Steel construction provides corrosion resistance and sufficient tensile strength for securing high-stress frame and linkage connections.