Why Choose the Mersen V084313 MI6FA25V8 Miniature Fuse?
The Mersen V084313, catalogue number MI6FA25V8, is a premium high-speed 6.3 x 32 mm ceramic miniature fuse developed to provide rapid protection for semiconductor devices, electronic equipment and industrial control systems. Featuring a very fast-acting (FA) characteristic, it interrupts overloads and short circuits quickly, helping minimise damage to valuable electrical components and reducing equipment downtime.
With a rated current of 8 A and a 250 V AC rated voltage, the V084313 is ideal for industrial automation, power supplies, instrumentation, electronic assemblies and OEM machinery. Its ceramic body provides excellent thermal stability and an exceptionally high breaking capacity for dependable fault interruption.
Manufactured by Mersen to rigorous quality standards, the MI6FA25V8 fits standard 6.3 x 32 mm fuse holders and clips, making it an excellent choice for new equipment and replacement applications where reliable semiconductor protection is essential.
Key Advantages
- Very fast-acting protection for semiconductor and electronic equipment.
- 8 A current rating for industrial applications.
- 250 V AC rated voltage.
- Exceptional 200 kA breaking capacity.
- Compact 6.3 x 32 mm ceramic fuse.
- Helps protect sensitive electronic components from fault currents.
- Manufactured by Mersen for reliable long-term performance.
Key Features
- Mersen MI6FA semiconductor miniature fuse.
- 8 A rated current.
- 250 V AC rated voltage.
- Very fast-acting FA characteristic.
- Standard 6.3 x 32 mm dimensions.
- Ceramic body construction.
- Clip mounting installation.
- 200 kA breaking capacity.
- UL/CSA recognised.
Reliable High-Speed Protection for Electronic Equipment
Very fast-acting semiconductor fuses are designed to interrupt fault currents almost instantly, limiting thermal and electrical stress on sensitive electronic components. This helps improve equipment reliability while reducing repair costs and downtime.
The Mersen V084313 combines compact dimensions with an extremely high breaking capacity, making it suitable for industrial control systems, automation equipment, instrumentation, power supplies and OEM electronic assemblies requiring dependable overcurrent protection.
Typical Applications
- Industrial control panels.
- Semiconductor protection.
- Power electronic converters.
- Power supplies.
- Automation equipment.
- Instrumentation.
- OEM machinery.
- Electronic assemblies.
