Product Description
Mighty Lift ML A316 is an OEM steer wheel axle engineered for A Series manual pallet jacks. Designed for through-hardened carbon steel construction, the ML A316 provides reliable mounting and secure retention for polyurethane steer wheels with double ball bearings. Installation requires compatible pin, retaining ring, and washers per manufacturer specification.
Compatibility: Fits pallet jacks made by Mighty Lift, model ML55-II & ML55L. Alternate model: ML55II & ML55L; ML55 II & ML55L. SKU: ML A316
Specifications
Part Numbers & Compatibility
| Make | Mighty Lift |
| Model | ML55, ML55-II, ML55II, ML55 II, ML55L |
| Part Number | ML A316 |
| Manufacturer Part Number | A316 |
| Compatibility | Fits pallet jacks made by Mighty Lift, model ML55-II & ML55L. Alternate model: ML55II & ML55L; ML55 II & ML55L. |
Additional Specifications
| Material Specification | Carbon steel, through-hardened |
| Description | Mighty Lift ML A316 is an OEM steer wheel axle engineered for A Series manual pallet jacks. Designed for through-hardened carbon steel construction, the ML A316 provides reliable mounting and secure retention for polyurethane steer wheels with double ball bearings. Installation requires compatible pin, retaining ring, and washers per manufacturer specification. |
Frequently Asked Questions
Q: What models is the ML A316 compatible with?
A: The ML A316 is designed to fit Mighty Lift manual pallet jacks including the ML55, ML55-II, ML55II, ML55II, and ML55L models.
Q: What material is the ML A316 made from?
A: The ML A316 is constructed from through-hardened carbon steel, ensuring durability and long-lasting performance in manual pallet jack applications.
Q: What components are needed to assemble the ML A316?
A: The ML A316 requires compatible pin, retaining ring, and washers for proper assembly. Ensure all components are suitable for your specific model.
Q: How does the ML A316 support the steer wheel system?
A: The ML A316 is engineered to support double ball bearings on the steer wheel, minimizing friction and allowing for smooth directional control during operation.
