Product Description
Eagleman EA A123-A-C Load Roller Assembly, Black UL: 3.00 inch diameter ultra-poly tread with integrated precision sealed ball bearings and steel hub for manual pallet jack Model A compatibility. OEM cross-reference: EAA123-A-C, EGA123-A-C, EG A123-A-C. Designed for heavy-duty axial and rolling loads in industrial applications.
Compatibility: Fits pallet jacks made by Eagleman, model A123AC. SKU: EA A123-A-C
Specifications
Material
| Tread Hardness | 92 Shore A |
Part Numbers
| OEM Part Number | EA A123-A-C |
| Manufacturer Part Number | EA A123-A-C |
Frequently Asked Questions
Q: What are the specifications for the EA A123-A-C load roller assembly?
A: The EA A123-A-C features a 3.00 inch diameter ultra-poly tread with 92 Shore A hardness, integrated precision sealed ball bearings, and a steel hub. This assembly is engineered for heavy-duty axial and rolling loads in industrial applications.
Q: What pallet jack models are compatible with the EA A123-A-C?
A: The EA A123-A-C is designed for Eagleman Model A123AC manual pallet jacks. OEM cross-references include EAA123-A-C and EGA123-A-C. Verify your model designation matches before ordering.
Q: What does the 92 Shore A hardness rating mean for durability?
A: 92 Shore A indicates a relatively firm, durable polyurethane compound that resists wear and abrasion while maintaining moderate flexibility. This hardness level is optimal for heavy-duty warehouse and manufacturing environments where extended service life is critical.
Q: Are the ball bearings on the EA A123-A-C sealed?
A: Yes. The EA A123-A-C includes integrated precision sealed ball bearings. The seals protect internal bearing surfaces from moisture, dust, and contamination, reducing maintenance requirements and extending bearing service life.
Q: What is the difference between EA A123-A and EA A123-A-C?
A: The EA A123-A-C features a higher-specification ultra-poly tread with rated hardness of 92 Shore A, whereas the standard EA A123-A uses a general heavy-duty polyurethane. The A-C variant is optimized for more demanding industrial applications requiring greater wear resistance.