Product Description
Hyster HY 3007672 Fuse 500A is an OEM bolt-down industrial fuse designed for electric lift truck main power circuit protection. Rated at 500A continuous, this fuse features ceramic body construction, copper alloy blade terminals, and is manufactured to SAE J554 standards for high current applications.
Specifications
Material & Construction
| Construction Material | Ceramic body construction |
Part Numbers & Compatibility
| Make | Hyster |
| Application Category | Main power circuit protection |
| Part Number | HY 3007672 |
| Application Type | High current applications |
Electrical Specifications
| Fuse Current Rating | 500A continuous |
| Typical System Voltage | 24VDC to 80VDC |
Performance Specifications
| Interrupting Rating | Up to 10,000A at 80VDC |
Additional Specifications
| Terminal Material | Copper alloy blade terminals |
| Manufacturing Standard | SAE J554 |
Frequently Asked Questions
Q: What makes and models is the HY 3007672 compatible with?
A: The HY 3007672 is designed for use in Hyster electric lift trucks. Verify your equipment model and voltage requirements to ensure proper fit and function.
Q: What materials is the HY 3007672 made from?
A: The HY 3007672 is constructed with a ceramic body and copper alloy blade terminals, providing durability and reliable performance in high-current applications.
Q: How do I know if the HY 3007672 is the right replacement part for my equipment?
A: Refer to your equipment's original parts manual or contact the manufacturer for confirmation. Ensure that the voltage rating and other specifications match your system requirements.
Q: What is the purpose of the HY 3007672 in an electric lift truck?
A: The HY 3007672 serves as a critical component for protecting the main power circuit in electric lift trucks. It ensures safe operation by interrupting fault currents when necessary.
Q: Are there alternative part numbers that can be used in place of the HY 3007672?
A: Alternative part numbers may be available, but it is essential to verify that they meet the same voltage and current requirements. Always cross-reference with your equipment's specifications.
