Product Description
Sleeve bushing designed for Raymond electric pallet trucks (Models 8300, 8400, 8500). This heavy-duty steel bushing performs critical bearing functions at pivot and frame assembly points, supporting load transfer and rotational movement throughout the equipment. Rated for 8,000 lbs load capacity, the 1025349-007 is a direct replacement engineered to original specifications. Part number variations: 1025349-007, RA1025349007.
Specifications
Part Numbers
| OEM Part Number | RA 1025349-007 |
| Alternative Part Numbers | RA1025349007, 1025349007 |
| Compatible Equipment Models | Raymond 8300, 8400, 8500 series |
Frequently Asked Questions
Q: What is the RA 1025349-007 bushing and what is its rated load capacity?
A: The RA 1025349-007 is an OEM sleeve bushing rated for 8,000 lbs, designed for Raymond electric pallet trucks. It performs a bearing function at pivot or frame assembly locations, supporting load transfer and rotational movement in the equipment structure.
Q: What material is this bushing constructed from?
A: The RA 1025349-007 is constructed from heavy-duty steel. Steel construction provides maximum wear resistance and load-bearing capability, making it suitable for high-load applications and demanding operating environments.
Q: Which Raymond pallet jack models does this bushing fit?
A: The RA 1025349-007 fits Raymond models 8300, 8400, and 8500 series electric pallet jacks rated for 8,000 lbs capacity. Confirm your equipment model and serial range match before ordering to ensure proper fitment.
Q: Is the RA 1025349-007 a direct fit replacement?
A: Yes. The RA 1025349-007 is designed as a direct fit OEM replacement for Raymond equipment. It is equivalent to alternate part numbers RA1025349007 and 1025349007.
Q: When should this steel bushing be replaced?
A: Replace the RA 1025349-007 when you observe spalling, pitting, or rough wear on the bushing surface, binding at pivot or frame assembly points, audible grinding or metal-to-metal noise, or excessive axial play. Steel bushings typically develop these signs after extended high-load operation.