Product Description
Yale YL 506619501 Lower Link Pin is an OEM replacement pivot pin designed for use in electric lift truck linkage assemblies. Engineered for secure load handling and retention in Yale electric pallet jacks, this component meets manufacturer standards for critical linkage applications.
Specifications
Part Numbers & Compatibility
| OEM Part Number | YL 506619501 |
| Manufacturer | Yale Materials Handling Corporation |
Frequently Asked Questions
Q: What is the function of the YL 506619501 lower link pin?
A: The lower link pin is an OEM pivot pin that secures the linkage assembly in the lift mechanism, allowing controlled articulation while maintaining load retention and structural integrity during lift and lower operations.
Q: Which Yale electric pallet jack models use this lower link pin?
A: The YL 506619501 is designed for Yale electric pallet jacks. Verify your equipment model designation and serial number to confirm this pin fits your lift truck before ordering.
Q: What are the critical dimensions of the YL 506619501?
A: Verify the pin diameter, length, and hole bore dimensions match your equipment linkage assembly. Measure the existing pin and cross-reference with your equipment documentation to ensure correct fitment.
Q: What symptoms indicate the lower link pin needs replacement?
A: Excessive linkage play, loose or wobbly mast movement, uneven load tilting, grinding or clunking sounds during lift operation, or visible pin wear and damage signal pin failure or looseness. Contact us with your equipment model for verification.
Q: What material is this lower link pin manufactured from?
A: The YL 506619501 is engineered from high-strength steel designed to withstand pivot stress, load cycling, and operational demands while maintaining secure linkage retention in electric pallet jack applications.
Q: Is the YL 506619501 an OEM part from Yale?
A: Yes, the YL 506619501 is an OEM replacement part manufactured by Yale Materials Handling Corporation and designed to original specifications for secure load handling and linkage retention.