Product Description
Caterpillar replacement poly drive tire, part number CT 50020215-XG-EZ, features an X-Groove non-directional tread, 87A Shore A durometer polyurethane, and press-on mold construction for electric lift truck drive applications.
Specifications
Material & Construction
| Material | Polyurethane |
| Durometer | 87A Shore A |
| Construction Type | Press-on mold |
Part Numbers & Compatibility
| Make | Caterpillar, Jungheinrich, Multiton |
| Model | EJC16, ELS18, ESE530, EJE118, EJEC20, EJD20/3, ERE220, ERE222, ERE225, ERE235, EJE225, EJC10 |
| Part Number | CT 50020215-XG-EZ |
| Application | Electric lift truck drive |
Wheel Dimensions
| Outside Diameter | 230 mm |
| Width | 70 mm |
Additional Specifications
| Tread Type | X-Groove non-directional |
Frequently Asked Questions
Q: What makes and models are compatible with this drive tire?
A: This drive tire is compatible with Caterpillar, Jungheinrich, and Multiton electric lift trucks. It fits models including EJC16, ELS18, ESE530, EJE118, EJEC20, EJD20/3, ERE220, ERE222, ERE225, ERE235, EJE225, and EJC10.
Q: What material is this drive tire made from?
A: This drive tire is constructed from polyurethane, specifically an 87A Shore A durometer compound that provides traction on wet and cold floors while maintaining reasonable wear resistance.
Q: How do I know when to replace this drive tire?
A: Replace the drive tire when you notice significant wear on the tread or if traction performance declines. Regular inspection and maintenance can help support operation and safety.
Q: What are the benefits of the X-Groove tread pattern?
A: The X-Groove non-directional tread channels water and ice away from the tire contact surface, helping maintain traction in wet or cold storage environments.
Q: Is this drive tire suitable for use in cold storage environments?
A: Yes, the EZ high-traction compound is engineered for cold storage and wet floor conditions where standard tires may lose traction. It provides improved grip in challenging environments.
Q: What type of construction method is used for this tire?
A: This drive tire uses press-on mold construction, where the polyurethane compound is mechanically pressed onto the industrial-grade steel core wheel to create a durable integrated assembly.
