Product Description
SHAFT, AXLE E-8601 is an OEM replacement axle shaft for Liftsplus.com electric lift truck drive assemblies. Manufactured from SAE 1045 heat treated alloy steel, it features a factory-machined finish, integral keyway, and bearing interfaces for industrial fleet maintenance.
Specifications
Material & Construction
| Surface Finish | Factory machined surface finish, as supplied |
Part Numbers
| Manufacturer Part Number | E-8601 |
| OEM Part Number | E-8601 |
Frequently Asked Questions
Q: What material is the E-8601 axle shaft made from?
A: The E-8601 is manufactured from SAE 1045 heat treated alloy steel, which provides durability and strength for electric lift truck drive assemblies. The heat treatment process ensures consistent hardness and wear resistance for heavy-duty material handling applications.
Q: What are the key features of the E-8601 axle shaft?
A: The E-8601 features an integral keyway and bearing interfaces, factory-machined finish, and is designed as an OEM replacement for electric lift truck drive assemblies. The integral keyway ensures positive drive engagement, while the bearing interfaces are precision-machined for proper fit and alignment.
Q: What brands of electric lift trucks use the E-8601 replacement shaft?
A: The E-8601 is compatible with electric lift trucks from major manufacturers including Crown, Toyota, Raymond, Yale, Hyster, and Jungheinrich. Verify your equipment model and serial range against the E-8601 specifications before ordering to ensure proper fitment.
Q: How does the E-8601 surface finish affect performance?
A: The factory-machined surface finish is supplied as-is and provides optimal fit in bearing housings and drive mechanisms. The machined finish maintains dimensional accuracy and prevents binding in critical assembly areas.
Q: When should the E-8601 axle shaft be replaced?
A: Replace the E-8601 if you experience axle runout, excessive bearing play, loss of drive power, or visible spline or keyway damage. Heat-treated steel provides long service life, but heavy use or misalignment can accelerate wear.
