Product Description
Drive Tire Assembly 87A Polyurethane with X-Groove tread pattern, part number LI 0039902353-XG-EZ, is a replacement wheel for Linde electric lift trucks. This polyurethane drive wheel is designed for traction and durability in warehouse and material handling environments.
Specifications
Material & Construction
| Material | Polyurethane |
Part Numbers & Compatibility
| Make | Linde |
| Part Number | LI 0039902353-XG-EZ |
| Cross-Reference Part Numbers | Replaces LI 039902353-XG-EZ, equivalent to LI 039902353 |
| Application Type | Drive wheel tire assembly for electric lift trucks |
Additional Specifications
| Material Composition | 87A Polyurethane |
Frequently Asked Questions
Q: Which Linde lift truck models is this part compatible with?
A: This part is compatible with Linde electric lift trucks.
Q: What material is this part made from?
A: This part is made from polyurethane, specifically an 87A compound with an X-groove tread pattern.
Q: How do I know if this part is the right replacement for my equipment?
A: Verify your equipment's model number and check compatibility with the listed Linde models. Always confirm part number LI 0039902353-XG-EZ in your equipment documentation to ensure you order the correct replacement.
Q: What are the benefits of using this part over standard options?
A: This part is designed for enhanced traction on wet or slippery surfaces and in cold storage environments. The X-groove tread pattern improves grip in challenging floor conditions.
Q: Can this part be used as a direct replacement for other variants?
A: This part is designed for specific traction and durometer characteristics optimized for wet and cold storage applications. While it fits the same equipment as standard variants, ensure your operational requirements match these features before selecting this variant.
Q: How long can I expect this part to last?
A: Lifespan depends on usage intensity, floor conditions, and operational environment. Regular inspection for wear is recommended, and replacement should occur when tread depth diminishes or uneven wear patterns appear.
