Product Description
Mighty Lift ML A116 roll pin is a hardened carbon steel retention pin designed for securing assemblies in ML55 and ML55L manual pallet jack frames. Manufactured to ISO 8752 standards, it provides robust spring tension with typical Rockwell hardness C44–51. Suitable for direct OEM replacement.
Compatibility: Fits pallet jacks made by Mighty Lift, model ML55-II & ML55L. Alternate model: ML55II & ML55L; ML55 II & ML55L. SKU: ML A116
Specifications
Material & Construction
| Steel Grade | Equivalent to SAE 1070-1095 spring steel |
Part Numbers
| Manufacturer Part Number | ML A116 |
| OEM Part Number | ML A116 |
| Compatible Equipment Models | Compatible with Mighty Lift ML55 and ML55L manual pallet jacks |
Frequently Asked Questions
Q: What is the material specification for the ML A116 roll pin?
A: The ML A116 is manufactured from hardened carbon steel equivalent to SAE 1070-1095 spring steel with a Rockwell hardness rating of C44 to C51. It is manufactured to ISO 8752 standards for precision fit and durability.
Q: Which Mighty Lift models use the ML A116?
A: The ML A116 is compatible with Mighty Lift ML55 and ML55L manual pallet jacks, including model variants ML55-II, ML55II, and ML55 II.
Q: What function does the ML A116 perform in the pallet jack frame?
A: The ML A116 is a retention pin that secures hydraulic and mechanical assemblies within the pallet jack frame. It provides spring tension to maintain assembly alignment and prevent component separation during normal operation.
Q: How does the hardness rating affect performance?
A: The C44 to C51 Rockwell hardness range provides the ML A116 with high wear resistance and load-bearing capacity while maintaining sufficient elasticity for spring tension. This hardness level resists permanent deformation under repeated loading cycles typical in warehouse environments.
Q: Is the ML A116 suitable for direct OEM replacement?
A: Yes, the ML A116 is manufactured to OEM specifications and is suitable as a direct replacement for original Mighty Lift parts. It maintains identical dimensions, material properties, and performance characteristics.