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Eaton Bussmann Series HCL fuses are high-current, low-voltage fuses that are designed for a wide range of DC power systems, including renewable energy, telecommunication and transportation systems in both primary and secondary protection applications. These non-disconnect fuses have amperage ratings up to 600A. Selected models feature a clip-lock mechanism to hold them in place within a fuse holder / panel....Read more
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C| Style | Model | Price (ex. VAT) | |
|---|---|---|---|
| A | 15HCL-125E | €3,615.02 | |
| B | 5HCL-500E | €4,728.34 | |
| B | 5HCL-400E | €4,646.26 | |
| B | 5HCL-300E | €4,646.26 | |
| B | 5HCL-15E | €1,829.46 | |
| B | 5HCL-25E | €1,829.46 | |
| B | 5HCL-40E | €1,829.46 | |
| A | 15HCL-50E | €3,248.37 | |
| A | 15HCL-20E | €3,248.37 | |
| B | 5HCL-10E | €1,829.46 | |
| A | 15HCL-30E | €3,248.37 | |
| A | 15HCL-15E | €3,248.37 | |
| A | 15HCL-10E | €3,248.37 | |
| C | 15HCL-150E | €4,707.37 | |
| B | 5HCL-80E | €1,829.46 | |
| B | 5HCL-600E | €5,001.45 | |
| B | 5HCL-50E | €1,829.46 | |
| A | 15HCL-65E | €3,248.37 | |
| B | 5HCL-30E | €1,829.46 | |
| B | 5HCL-20E | €1,829.46 | |
| B | 5HCL-200E | €3,002.01 | |
| B | 5HCL-125E | €3,002.01 | |
| B | 5HCL-100E | €1,829.46 | |
| B | 5HCL-150E | €3,002.01 | |
| A | 15HCL-25E | €3,248.37 | |
| A | 15HCL-250E | €4,778.01 | |
| A | 15HCL-200E | €4,707.37 | |
| B | 5HCL-65E | €1,829.46 | |
| A | 15HCL-300E | €5,095.00 | |
| A | 15HCL-80E | €3,615.02 | |
| A | 15HCL-40E | €3,248.37 | |
| A | 15HCL-100E | €3,615.02 | |
| B | 5HCL-450E | €4,646.26 |
Eaton offers HCL fuses with an interrupt rating of up to 61 kAIC.
A single-barrel fuse has only one element that fuses in case of overcurrent. Dual-barrel fuse contains two fuse elements within the same enclosure, each with its own melting characteristics. They allow the fuse to protect against both overcurrent and overvoltage faults to provide a higher level of protection.
Non-disconnect mounting of a fuse refers to a type of fuse installation where the fuse cannot be disconnected from the circuit while it is in operation. The non-disconnect feature prevents accidental removal of the fuse to avoid dangerous arc flash or other electrical hazards.
A fuse uses a metal filament that melts when the current flowing through it exceeds a certain level, breaking the circuit. The breaker, on the other hand, uses a mechanical mechanism to open and close the circuit.