Product Description
Lifting Link Shaft, 27 Wide Ja
Specifications
Product Overview
| Product Type | Lifting Link Shaft |
Physical Specifications
| Width | 27 inches |
| Material | High-strength steel |
| Function | Connects pump actuator to load chain/cable system; transmits lift force |
| Durability | Designed for repeated flexing and load cycles |
Compatibility
| Application | Manual and powered Multiton pallet jacks |
Frequently Asked Questions
Q: What is the MU 20261 lifting link shaft and what does it do?
A: The MU 20261 is a lifting link shaft for Multiton pallet jacks with a width specification of 27 inches. This shaft is a structural component of the lift linkage that connects and transmits load between the pump actuator and the load chain or cable system to raise the forks.
Q: What are the dimensions of the MU 20261 shaft?
A: The MU 20261 has a 27-inch width specification. For complete dimensional specifications including shaft diameter, length, hole pattern, and mount point tolerances, contact us with your specific Multiton model number and serial range.
Q: How do I know if the MU 20261 lifting link shaft is damaged?
A: Indicators of shaft damage include uneven lift or fork tilt, clicking or grinding during raise cycles, visible bending, cracking, or scoring on the shaft surface, or inability to reach full lift height. These symptoms suggest the link shaft may be bent or fractured.
Q: What material is the MU 20261 lifting link shaft made from?
A: The MU 20261 lifting link shaft is manufactured from high-strength steel designed to withstand repeated flexing and load cycles. The material provides rigidity and durability necessary for safe load handling in manual and powered pallet jack applications.
Q: Can the MU 20261 shaft fit different Multiton models?
A: The MU 20261 is engineered for the 27-inch width specification. Multiton pallet jacks with different width dimensions or models require different link shafts. Confirm your pallet jack model and width measurement before ordering to ensure proper fit and lift geometry.