Product Description
HY 2040200 is an OEM replacement pivot pin engineered for Hyster electric lift trucks, designed to interface with carriage or fork pivot assemblies. Manufactured from high-strength steel to precise tolerances and finished for corrosion resistance, the pin ensures structural integrity in demanding operating environments. Fits specified Hyster lift truck applications requiring part 2040200.
Specifications
Part Numbers
| OEM Part Number | 2040200 |
| Manufacturer Part Number | HY 2040200 |
| Compatibility | Compatible with Hyster forklift models using pivot pin part 2040200 |
Frequently Asked Questions
Q: What does the HY 2040200 pivot pin do in a forklift?
A: The HY 2040200 is an OEM replacement pivot pin engineered to interface with carriage or fork pivot assemblies in Hyster electric lift trucks. It provides the fulcrum point for side-shift and load positioning functions while maintaining positional accuracy under load.
Q: What material and tolerances does the HY 2040200 meet?
A: The HY 2040200 is manufactured from high-strength steel machined to precise tolerances and finished with a corrosion-resistant coating. This engineered tolerance stack ensures minimal radial play and structural integrity in demanding operating environments.
Q: Which Hyster lift truck models are compatible with the HY 2040200?
A: The HY 2040200 is compatible with Hyster forklift models engineered to use pivot pin part number 2040200. Confirm your equipment serial range and model designation against Hyster documentation before ordering to verify correct fitment.
Q: How do I know when to replace the HY 2040200?
A: Replace the HY 2040200 if you observe lateral slack at the pivot connection, audible clunking during side-shift cycles, or visible surface cracks. Worn pins create misalignment issues that degrade load control and accelerate wear to mounting brackets.
Q: Is there a cross-reference or superseding part for the HY 2040200?
A: The HY 2040200 carries OEM part number 2040200. Always use the full manufacturer part number when ordering or searching cross-references to avoid dimensional or application mismatches.