Product Description
Hyster HY 271884 is a single throw contact tip used in electric lift trucks equipped with contact systems. The nominal diameter is 0.5 inch copper alloy, designed to handle up to 80 amps continuous at 48VDC. Includes compatibility with multiple cross-reference part numbers and is manufactured to ANSI electrical contact standards.
Specifications
Material & Construction
| Material | Copper alloy |
Part Numbers & Compatibility
| Make | Hyster |
| Manufacturer Part Number | 271884 |
| Part Number | HY 271884 |
| Cross-Reference Part Numbers | 0972788, 1003269, SK-32171201J |
| Equivalent Part Numbers | HY0271884, HY271884-OLD |
Electrical Specifications
| Current Rating | 80 amps continuous at 48VDC |
Wheel Dimensions
| Nominal Diameter | 0.5 inch |
Additional Specifications
| Connector Specification | Ring terminal connection, accepts #8 AWG conductor |
| Finish | Uncoated bare metal—no powder coating |
| Service Life | Designed for >50,000 cycles at rated current |
| Compliance | Manufactured to ANSI electrical contact standards |
Frequently Asked Questions
Q: What models is the HY 271884 compatible with?
A: The HY 271884 is compatible with Hyster electric lift trucks equipped with contact systems.
Q: What material is the HY 271884 made from?
A: The HY 271884 is manufactured from copper alloy, ensuring reliable electrical conductivity for contact applications.
Q: How long can the HY 271884 last under normal use?
A: The HY 271884 is designed for service life exceeding 50,000 cycles at rated current, providing durable performance in continuous duty applications.
Q: Are there any cross-reference part numbers for the HY 271884?
A: The HY 271884 cross-references to part numbers 0972788, 1003269, and sk-32171201j. Equivalent part numbers include hy0271884 and hy271884-old. Verify cross-reference compatibility with your equipment before ordering.
Q: What is the finish of the HY 271884?
A: The HY 271884 contact tip is finished as uncoated bare metal with no powder coating applied, maintaining direct electrical conductivity required for contact applications.