Product Description
RL 3-25801-06 roll pin is an OEM-compatible carbon steel cylindrical spring pin manufactured for Rol-Lift manual pallet jack T and T2-9 frame assemblies. This pin secures critical pivoting linkage within the jack frame; constructed to provide high shear strength and fatigue resistance suitable for manual material handling equipment applications.
Compatibility: Fits pallet jacks made by Rol-Lift, model T2.9. SKU: RL 3-25801-06
Specifications
Part Numbers
| OEM Part Number | RL 3-25801-06 |
| Manufacturer Part Number | 3-25801-06 |
| Compatible with Models | Rol-Lift T and T2-9 frame manual pallet jacks |
Frequently Asked Questions
Q: Which Rol-Lift pallet jack models use the RL 3-25801-06 roll pin?
A: The RL 3-25801-06 is an OEM-compatible roll pin for Rol-Lift T and T2-9 frame manual pallet jacks. Confirm your frame designation before ordering, as different frame series use different pins.
Q: What material and construction are used in the RL 3-25801-06?
A: This is a carbon steel cylindrical spring pin engineered for high shear strength and fatigue resistance. The spring action allows the pin to expand when inserted, creating a secure fit that resists loosening under repeated use.
Q: What critical functions does this pin perform in the jack frame?
A: The RL 3-25801-06 secures critical pivoting linkage within the T and T2-9 frame assemblies. This linkage connection is essential to the mechanical advantage system that allows the jack to lift and lower loads safely.
Q: How long does a roll pin typically last before replacement is needed?
A: Lifespan depends on usage frequency and environmental conditions. Carbon steel pins used in high-volume operations or wet environments may corrode or fatigue faster. Inspect pins regularly and replace if deformed, cracked, or showing corrosion that affects fit.
Q: Can I substitute the RL 3-25801-06 with a different roll pin?
A: Do not substitute without verification. The pin diameter, length, and material grade are engineered for specific load and shear requirements in the T and T2-9 frames. Using an incorrect pin can cause frame failure or safety hazards.