Why Choose the Mersen L079015 High Speed Semiconductor Fuse?
The Mersen L079015 is a compact 6.3 × 32 mm high speed semiconductor fuse designed to provide exceptionally fast protection for sensitive semiconductor devices and electronic circuits. As part of the proven Mersen MI6FA series, it delivers rapid fault interruption to minimise damage caused by short circuits and overcurrent events.
Engineered for demanding industrial applications, the L079015 combines a compact footprint with dependable electrical performance, making it ideal for drives, power supplies, converters, UPS systems and other equipment containing power semiconductors.
With a 2 A current rating, 700 V AC/DC voltage rating and clip mounting design, this fuse provides reliable protection where fast acting performance is essential.
Key Advantages
- High speed semiconductor fuse for sensitive electronic equipment.
- 2 A current rating for precision circuit protection.
- 700 V AC/DC voltage rating.
- Very fast acting characteristic for semiconductor protection.
- Compact 6.3 × 32 mm format.
- High breaking capacity for industrial applications.
Key Features
- Manufacturer: Mersen.
- Part number: L079015.
- MI6FA high speed semiconductor fuse.
- 6.3 × 32 mm miniature ceramic fuse.
- 2 A rated current.
- 700 V AC/DC rated voltage.
- Clip mounting.
- Designed for semiconductor protection.
Reliable Protection for Power Electronics
High speed semiconductor fuses are specifically designed to clear fault currents extremely quickly, helping to protect IGBTs, SCRs, diodes and other sensitive semiconductor components before damaging thermal energy can build up.
The Mersen MI6FA series is widely used within industrial automation equipment, power conversion systems and electronic control panels where dependable overcurrent protection is essential for maintaining system reliability.
Typical Applications
- Variable speed drives.
- Industrial power supplies.
- UPS systems.
- Power converters and inverters.
- Electronic control equipment.
- Industrial automation systems.
