Product Description
Direct-replacement factory-spec linkage spacer designed for Yale electric pallet truck models MPE 060 and MPE 080. This precision-engineered component provides critical mechanical separation and alignment within the lift linkage assembly, ensuring proper load distribution and smooth operational performance. Manufactured from plain steel construction, the YL 524155614 meets Yale specification requirements for lift mechanism precision and durability in warehouse and dock environments.
Specifications
Material & Construction
| Finish | Plain steel, uncoated |
Part Numbers
| Part Number | YL 524155614 |
| Compatible Truck Models | MPE 060, MPE 080 |
Frequently Asked Questions
Q: What Yale electric pallet truck models use the YL 524155614 spacer?
A: The YL 524155614 is an OEM Yale factory spacer specified for use in Yale MPE 060 and Yale MPE 080 electric pallet truck models. It is installed within the lift linkage assembly of these models.
Q: What is the purpose of the YL 524155614 spacer in the lift linkage?
A: The YL 524155614 provides precise mechanical separation and alignment of structural components within the lifting mechanism. Proper spacing is critical to ensure correct load distribution, smooth lift operation, and mechanical reliability.
Q: What is the material and finish of the YL 524155614?
A: The YL 524155614 is made from plain steel with an uncoated finish. The bare steel construction provides the load-bearing characteristics required for lift linkage applications. Verify that finish and material match your original component before installation.
Q: Will the YL 524155614 fit MPE models other than 060 and 080?
A: The YL 524155614 is specified for Yale MPE 060 and MPE 080 models only. Do not assume compatibility with other MPE model variants or other Yale pallet truck series. Verify your exact model number and linkage assembly design before ordering.
Q: How critical is proper spacer fitment in the lift assembly?
A: Proper spacer fitment is critical. Incorrect spacing can cause misalignment of lift linkage, uneven load distribution, operational noise, accelerated component wear, and potential safety hazards. Always verify the spacer matches your equipment specification.