Product Description
The RA 1014759-002 is a direct replacement wheel axle designed for Raymond 7400 Series Electric Reach Trucks. This precision-engineered axle is compatible with 4 x 3.625 inch and 5 x 3.625 inch Raymond load wheels (excluding 6 x 4 inch closed toe models). Manufactured to Raymond factory specifications for material composition, machining tolerances, and fitment accuracy, this axle ensures proper bearing support and alignment with Raymond 7400 load wheel assemblies, delivering reliable performance and extended service life.
Specifications
Part Numbers & Compatibility
| Make | Raymond |
| Model | 7400, 7720 |
| Part Number | RA 1014759-002 |
| Manufacturer Part Number | RA1014759-002 |
| Load Wheel Compatibility | 4 x 3.625 inch and 5 x 3.625 inch Raymond load wheels (excludes 6 x 4 inch closed toe) |
| Equipment Compatibility | Raymond 7400 Series Electric Reach Trucks |
Additional Specifications
| Product Type | Wheel Axle Assembly |
Frequently Asked Questions
Q: What equipment is the RA 1014759-002 compatible with?
A: The RA 1014759-002 is compatible with Raymond 7400 and 7720 series electric reach trucks.
Q: What material is the RA 1014759-002 made from?
A: The RA 1014759-002 is constructed from durable materials engineered to meet Raymond factory specifications for strength and longevity.
Q: How do I know if the RA 1014759-002 is right for my truck?
A: Verify that your Raymond 7400 or 7720 series truck uses load wheels with dimensions matching those supported by the RA 1014759-002. If unsure, contact an authorized Raymond parts distributor with your truck model and serial number for confirmation.
Q: What are the key features of the RA 1014759-002?
A: This replacement axle is designed for precision fitment, ensuring proper bearing support and alignment with Raymond 7400 series load wheel assemblies.
Q: Can the RA 1014759-002 be used on other brands?
A: The RA 1014759-002 is specifically engineered for Raymond equipment. It is not recommended for use on other brands unless identical axle dimensions and bearing configurations are confirmed.
