Product Description
TO 3011650A polyurethane load wheel assembly engineered for Toyota material handling equipment. Features 95A durometer hardness polyurethane construction with 3 inch diameter and 4.5 inch width dimensions. Complete assembly includes integrated bearing system for direct installation. Cross-references Toyota TO30116-50A and supersedes part number 3011650A.
Specifications
Material & Construction
| Wheel Material | Polyurethane compound |
| Durometer Hardness | 95A Shore hardness |
Part Numbers & Compatibility
| OEM Part Number | TO 3011650A |
| Cross-Reference Part Numbers | Toyota TO30116-50A, supersedes 3011650A |
Frequently Asked Questions
Q: What is the durometer hardness of the TO 3011650A load wheel?
A: The TO 3011650A features 95A Shore hardness polyurethane construction. This softer compound compared to 97A or 98A wheels provides better grip and floor contact, making it suitable for standard dry warehouse operations.
Q: What are the wheel dimensions and cross-reference part numbers?
A: The TO 3011650A has a 3 inch diameter and 4.5 inch width. This OEM Toyota part cross-references TO30116-50A and supersedes part number 3011650A. Verify compatibility with your specific equipment model before ordering.
Q: Is this wheel compatible with multiple lift truck brands?
A: The TO 3011650A is an OEM Toyota part. While Toyota equipment is the primary application, similar specifications may fit Crown, Raymond, and Yale equipment with matching wheel pocket dimensions. Always confirm fitment with your equipment specifications.
Q: What does the integrated bearing system include?
A: The integrated bearing system is pre-installed in the TO 3011650A assembly and is engineered for direct installation into the lift truck load wheel housing. This eliminates the need for separate bearing components.
Q: What is the expected lifespan of this polyurethane load wheel?
A: 95A polyurethane wheels typically last 1 to 2 years under normal warehouse conditions with regular use. Lifespan depends on usage frequency, floor conditions, load weights, and maintenance. Floor surfaces and ambient temperature also affect durability.