Product Description
EA E117 Push Rod for Eagleman manual pallet jack is a steel linkage component designed to transmit mechanical force from the operating handle to the hydraulic lift mechanism. Fabricated from SAE 1045 alloy steel, it features a black oxide corrosion-resistant surface, M16 x 2.0 threaded tip, and machined clevis end. Nominal diameter is 0.750 inch, with an overall length of 17.25 inches. Breaking load capacity is rated at 4300 lbs minimum. Compatible with Eagleman manual pallet jack assemblies.
Specifications
Dimensional Specifications
| Thread Type | M16 x 2.0 metric, right-hand thread |
Material & Construction
| Material Specification | Alloy steel in accordance with SAE 1045 |
| Hardness | Rockwell C35 |
Part Numbers
| OEM Part Number | EA E117 |
| Manufacturer Part Number | EA E117 |
Frequently Asked Questions
Q: What are the exact dimensions of the EA E117 push rod?
A: The EA E117 push rod has a nominal diameter of 0.750 inch and an overall length of 17.25 inches. The threaded tip is M16 x 2.0 metric with a right-hand thread specification.
Q: What is the breaking load capacity of the EA E117?
A: The EA E117 push rod is rated for a minimum breaking load capacity of 4300 lbs. This ensures safe operation under the maximum design load of Eagleman manual pallet jack systems.
Q: What material is the EA E117 push rod made from?
A: The EA E117 is fabricated from SAE 1045 alloy steel with a hardness specification of Rockwell C35. It has a black oxide corrosion-resistant surface and a machined clevis end for reliable linkage connection.
Q: How does the EA E117 push rod function in the hydraulic system?
A: The EA E117 is a steel linkage component that transmits mechanical force from the operating handle to the hydraulic lift mechanism. The clevis end connects to the hydraulic pump assembly, and the threaded tip engages the pump plunger or actuating rod.
Q: Which manual pallet jack models use the EA E117 push rod?
A: The EA E117 is compatible with Eagleman manual pallet jack assemblies. Verify the push rod length and thread specification match your equipment before ordering.
Q: What causes EA E117 push rod failure?
A: Push rod failure typically results from repeated overload, bent or misaligned linkage, hydraulic system pressure spikes, or corrosion compromising the steel. Inspect for visible cracks, bending, or thread damage before use.