Midget Fuses (474 items)
Midget Fuse, Time-Delay, 2A, 250V AC, Non-Indicating, 100kA at 250V AC, 10kkA at 125V AC
Midget Fuse, Time-Delay, 10A, 250V AC, Non-Indicating, 10kA at 125V AC, 200A at 250V AC
Midget Fuse, Time-Delay, 5A, 250V AC, Non-Indicating, 10kA at 125V AC, 200A at 250V AC
Midget Fuse, Time-Delay, 1A, 250V AC, Non-Indicating, 10kA at 125V AC, 35A at 250V AC
Midget Fuse, Time-Delay, 0.60A, 250V AC, Non-Indicating, 10kA at 125V AC, 35A at 250V AC
Midget Fuse, Time-Delay, 3A, 250V AC, Non-Indicating, 100kA at 250V AC, 10kkA at 125V AC
Midget Fuse, Fast-Acting, 5A, 250V AC, Non-Indicating, 10kA at 125V AC, 200A at 250V AC
Midget Fuse, Fast-Acting, 10A, 600V AC, Non-Indicating, 100kA at 600V AC, 50kA at 600V DC
Midget Fuse, Time-Delay, 1.40A, 250V AC, Non-Indicating, 100kA at 250V AC, 10kkA at 125V AC
Midget Fuse, Time-Delay, 4A, 250V AC, Non-Indicating, 10kA at 125V AC, 200A at 250V AC
Midget Fuse, Time-Delay, 7A, 250V AC, Non-Indicating, 10kA at 125V AC, 200A at 250V AC
Midget Fuse, Time-Delay, 0.50A, 250V AC, Non-Indicating, 10kA at 125V AC, 35A at 250V AC
Midget Fuse, Time-Delay, 1.50A, 250V AC, Non-Indicating, 100kA at 250V AC, 10kkA at 125V AC
Midget Fuse, Time-Delay, 1.25A, 250V AC, Non-Indicating, 100kA at 250V AC, 10kkA at 125V AC
Midget Fuse, Time-Delay, 3.20A, 250V AC, Non-Indicating, 100kA at 250V AC, 10kkA at 125V AC
Midget Fuse, Time-Delay, 6.25A, 250V AC, Non-Indicating, 10kA at 125V AC, 200A at 250V AC
Midget Fuse, Time-Delay, 8A, 250V AC, Non-Indicating, 10kA at 125V AC, 200A at 250V AC
Midget Fuse, Time-Delay, 6A, 250V AC, Non-Indicating, 10kA at 125V AC, 200A at 250V AC
Midget Fuse, Time-Delay, 1.60A, 250V AC, Non-Indicating, 100kA at 250V AC, 10kkA at 125V AC
Midget Fuse, Time-Delay, 2.50A, 250V AC, Non-Indicating, 100kA at 250V AC, 10kkA at 125V AC
Midget Fuse, Time-Delay, 3.50A, 250V AC, Non-Indicating, 100kA at 250V AC, 10kkA at 125V AC
About Midget Fuses
A Midget Fuse, despite its compact size, plays a crucial role in electrical safety. These devices protect against overcurrent situations by melting an internal element when the current exceeds the rated capacity. They are essential in preventing equipment damage and potential fire hazards in various industries including automotive, renewable energy systems, industrial machinery and more.
Types of Midget Fuses
The two primary types of midget fuses include Fast-Acting and Time-Delay fuses. The former reacts quickly to surge currents while the latter allows temporary current surges before reacting. Their rated current and voltage specifications vary according to application needs with specialty midget fuses like Littelfuse FLU 11A designed for specific applications.
Applications in Various Industries
Midget Fuses find extensive use across several sectors such as Electrical & Electronics Industry where they safeguard sensitive components from harmful surges; Automotive Sector for protecting intricate electrical circuits; Renewable Energy Systems where they ensure smooth operation of solar panels & wind turbines; Industrial Machinery where they prevent catastrophic failures due to overloads or short-circuits.
Selection Criteria for Midget Fuses
Selecting the appropriate type of midget fuse requires careful consideration of factors like voltage ratings, interrupting capacities, and compatibility checks with existing systems. For instance, a Midget Time-Delay Class CC Fuse is ideal for motors and transformers that experience momentary current surges.
Installation and Maintenance
The installation of midget fuses should adhere to proper guidelines. Routine checks are recommended for optimal performance while replacement should be done as per manufacturer's instructions. Troubleshooting common issues can often be resolved by referring to the Littelfuse cross-reference chart. Remember to always ensure power is off before replacing any fuse!