Product Description
Hyster HY2034673 roll pin is a slotted spring steel pin used for mechanical fastening in manual pallet jack assemblies. Designed to provide secure retention with elastic expansion, manufactured from high-carbon spring steel per ASTM A228, and finished in black oxide for corrosion resistance. Nominal diameter is 0.186 inch with 1.00 inch length and typical shear strength of 74,000 PSI.
Compatibility: Fits pallet jacks made by Hyster, model HY2034673. SKU: HY2034673
Specifications
Material
| Material Specification | High-carbon spring steel per ASTM A228 |
| Hardness | Rockwell C47 minimum |
Part Numbers
| OEM Part Number | HY2034673 |
Frequently Asked Questions
Q: What are the physical specifications of the HY2034673 roll pin?
A: HY2034673 is a slotted spring steel roll pin with nominal diameter of 0.186 inch and length of 1.00 inch. It is manufactured from high-carbon spring steel per ASTM A228 specification with Rockwell C47 minimum hardness and finished in black oxide for corrosion resistance.
Q: What is the shear strength rating of HY2034673?
A: HY2034673 has a typical shear strength of 74,000 PSI, making it suitable for mechanical fastening applications in manual pallet jack assemblies that require secure elastic retention under normal load conditions.
Q: Which manual pallet jack models does HY2034673 fit?
A: HY2034673 fits pallet jacks manufactured by Hyster. Verify your equipment model number matches before ordering to ensure compatibility, as roll pin fitment requires precise dimensional matching.
Q: What is the purpose of the slot on this roll pin?
A: The slot allows the roll pin to compress slightly during installation, then expand elastically once seated. This elastic expansion creates secure mechanical retention without the need for additional fasteners or locking mechanisms in pallet jack assemblies.
Q: How does the black oxide finish protect HY2034673?
A: The black oxide finish provides corrosion resistance in humid, wet, and outdoor storage conditions common in material handling environments. This prevents rust formation that could compromise the pin fit or cause assembly seizure over time.