Bearing Assembly for Manual Pallet Jacks

Frequently Asked Questions

Q: What is the bearing construction material for the C-15953-36?
A: The C-15953-36 is constructed with a high-carbon chromium steel cage and features a sealed ball bearing with deep-groove design. The bearing assembly uses double rubber seals to protect against dust and moisture in warehouse environments. This material composition provides durability and extended bearing life under rotational loads in manual pallet jack wheel and pivot assemblies.

Q: Which manual pallet jack models does the C-15953-36 bearing assembly fit?
A: The C-15953-36 bearing assembly is compatible with manual pallet jacks from common manufacturers including Crown, Toyota, Raymond, Yale, and other major brands. Verify the bore diameter and mounting configuration against your equipment documentation before ordering to ensure proper fitment.

Q: How long does the C-15953-36 bearing assembly typically last in warehouse use?
A: The sealed ball bearing construction with double rubber seals extends operational life significantly compared to unsealed bearings. Bearing lifespan depends on load cycles, operating conditions, and maintenance practices. Regular inspection for noise or resistance during wheel rotation indicates when replacement is necessary. The high-carbon chromium steel cage resists corrosion and wear in typical warehouse environments.

Q: Can the C-15953-36 be used in both horizontal and vertical load positions?
A: The C-15953-36 bearing assembly supports rotational motion in multiple positions within wheel and pivot assemblies. The deep-groove sealed ball bearing design accommodates radial and moderate axial loads. Confirm the specific mounting orientation and load requirements match your equipment design before use.

Q: What protection do the double rubber seals provide on the C-15953-36?
A: The double rubber seals on the C-15953-36 bearing assembly protect the bearing races and balls from water, dust, and debris commonly found in material handling environments. The sealed design reduces lubrication contamination and extends maintenance intervals compared to open bearings. The seals are pressed onto the bearing and do not require periodic replacement under normal warehouse conditions.