Raymond

RA 810-131

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RA 810-131

Raymond Snap Ring for Shaft Component Retention

Regular price $2.01
Sale price $2.01 Regular price $2.17
In stock

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Electric Lift Truck Parts Misc Section Raymond Snap Rings

Compatibility

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Reference Diagrams

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Product Description

Raymond RA 810-131 is an OEM snap ring designed for axial component retention in electric lift truck shaft assemblies. Engineered from high-strength spring steel for secure fitment, this retaining ring is suited for electric pallet jacks and similar Raymond material handling equipment.

Specifications

Mechanical Specifications
Installation MethodSeated in shaft groove per ANSI B27.7
Part Numbers
OEM Part NumberRA 810-131
Manufacturer Part NumberRA810-131

Frequently Asked Questions

Q: What is the RA 810-131 snap ring used for?
A: The RA 810-131 is a Raymond OEM snap ring designed for axial component retention in electric lift truck shaft assemblies. It secures components that move along the shaft direction on electric pallet jacks and similar material handling equipment.

Q: What material is the RA 810-131 made from?
A: The RA 810-131 is engineered from high-strength spring steel for secure fitment and long-term durability. This material provides the necessary elasticity and strength for reliable axial retention.

Q: Is the RA 810-131 compatible with electric pallet jacks?
A: Yes, the RA 810-131 is designed for electric pallet jack shaft assemblies and similar Raymond material handling equipment. Confirm your specific truck model and shaft assembly location before ordering.

Q: What is the installation specification for the RA 810-131?
A: The RA 810-131 is seated in the shaft groove per ANSI B27.7 standard. This specification ensures proper axial positioning and component security.

Q: How does the RA 810-131 differ from other retaining rings?
A: The RA 810-131 is specifically engineered for axial retention (along the shaft axis). Compare this to radial snap rings that retain components perpendicular to the shaft. Verify your application requires axial retention before ordering.