Product Description
A-10681-13 taper cup bearing for Barrett forklift steer axle assemblies. Manufactured to Timken OEM standards, utilizing case-hardened SAE 52100 bearing steel with precision ground raceways for enhanced durability and standard ABEC 1 tolerance. Primarily specified for industrial manual pallet jack and forklift service applications. No cross-reference part numbers available.
Specifications
Material & Construction
| Material Specification | SAE 52100 bearing steel |
Part Numbers
| OEM Part Number | A-10681-13-TIM |
Frequently Asked Questions
Q: What material is the A10681-13 taper cup bearing made from?
A: The A10681-13 is manufactured from case-hardened SAE 52100 bearing steel with precision ground raceways. This material specification provides enhanced durability and load-carrying capacity for industrial manual pallet jack and forklift service applications.
Q: What tolerance standard does the A10681-13 meet?
A: The A10681-13 meets ABEC 1 tolerance specification, which ensures consistent dimensional accuracy and performance across multiple units. This standard is typical for industrial material handling equipment bearings.
Q: Is the A10681-13 suitable for Barrett pallet jacks?
A: Yes, the A10681-13 is specified for Barrett forklift steer axle assemblies and is manufactured to Timken OEM standards. Verify your specific equipment model and serial range against the part number in your documentation.
Q: Why is SAE 52100 steel used in this bearing?
A: SAE 52100 is selected for its high compressive strength and wear resistance under repetitive loading. Case-hardening increases surface hardness while maintaining core toughness, making it ideal for the heavy dynamic loads and constant direction changes in pallet jack steer axles.
Q: How does the A10681-13 perform compared to standard bearings?
A: The precision ground raceways and SAE 52100 material provide superior durability, reduced friction, and extended service life compared to standard-grade bearings. This makes the A10681-13 more cost-effective over its operational lifetime in industrial applications.