Product Description
Hyster HY 4077453-XG Rubber Drive Tire Assembly is a complete X-Groove rubber drive tire with integrated hub, designed for OEM compatibility with Hyster electric lift trucks. This assembly provides reliable traction and smooth operation for industrial material handling applications. Technical specifications include tire dimensions, integrated hub design, and tread pattern, with factory-matched fit for professional maintenance and fleet replacement.
Specifications
Application
| Use Case | Industrial internal transport, material handling |
Part Numbers
| OEM Part Number | HY 4077453-XG |
| Manufacturer Part Number | 4077453-XG |
Standard & Compliance
| Industry Application | Material handling, industrial lifting |
Frequently Asked Questions
Q: What is the HY 4077453-XG and what makes it different from standard versions?
A: The HY 4077453-XG is a complete X-Groove rubber drive tire assembly with integrated hub engineered for Hyster electric lift trucks. The XG designation indicates the X-Groove tread pattern optimized for superior traction and smooth operation on various floor surfaces.
Q: What applications is the HY 4077453-XG designed for?
A: The HY 4077453-XG is designed for industrial internal transport and material handling operations using Hyster electric lift trucks. It provides reliable traction and performance in warehouse, distribution, and manufacturing environments.
Q: What is the manufacturer part number for cross-referencing?
A: The manufacturer part number is 4077453-XG, which matches the OEM part number HY 4077453-XG. This part number is used when ordering from Hyster or authorized parts suppliers.
Q: Does the HY 4077453-XG include tire dimensions?
A: Specific tire dimensions and tread depth specifications are available in the factory technical documentation. Contact the parts supplier with your equipment model number to confirm exact sizing and compatibility.
Q: How does the integrated hub design benefit performance?
A: The integrated hub design ensures factory-matched fit and eliminates compatibility issues between tire and hub components. This design provides optimal load distribution, reduces maintenance needs, and delivers consistent performance across fleet replacements.