Product Description
Pull Rod Pin for Yale electric pallet jacks and low-lift material handling equipment. This precision-engineered steel pin securely connects and aligns lift mechanism linkages, ensuring reliable operation during raising and lowering cycles. Designed for heavy-duty warehouse and manufacturing environments, the 641786100 provides durability and wear resistance required for frequent palletized load handling. Direct replacement for Yale electric walkie and rider pallet jacks across multiple capacity ranges.
Specifications
Product Overview
| Manufacturer | Yale |
Physical Specifications
| Part Type | Pull Rod Pin |
| Material | Steel |
| Durability Rating | Heavy-Duty |
Compatibility
| Application | Lift Mechanism Linkage Assembly |
| Equipment Type | Electric Pallet Jacks |
Frequently Asked Questions
Q: What is the YL 641786100 pull rod pin used for?
A: This pull rod pin connects and secures lift mechanism linkages in Yale electric pallet jacks. It maintains proper alignment and prevents component separation during raising and lowering cycles.
Q: Which Yale pallet jack models use the YL 641786100?
A: The YL 641786100 fits Yale electric lift truck models. Check your equipment serial number and model designation against your parts manual to confirm compatibility before ordering.
Q: Is this pin available with alternate part numbers?
A: Yes. Cross-reference your original part number against Yale documentation and OEM catalogs. Many YL-prefixed parts have numeric-only equivalents; confirm the exact designation matches your equipment.
Q: What symptoms indicate a pull rod pin needs replacement?
A: Replace the pin if you observe linkage rattle, clicking noises during lift operation, visible bending or cracks, or difficulty maintaining mast stability. These are signs the pin is worn and no longer securing linkages properly.
Q: What is the material composition of this pin?
A: This is a steel construction pin designed for heavy-duty applications. Steel provides strength and wear resistance required for repetitive loading in warehouse and manufacturing environments.