Low Voltage Fuse Ceramic Body

What are the specifications and models of low-voltage fuses?

Low-voltage fuses are used to protect electrical equipment and devices from overcurrents and short circuits. The specifications and models of low-voltage fuses include:

1-Current rating: This specification refers to the maximum current that the fuse can safely carry without opening. Common current ratings for low-voltage fuses range from a few amps to several hundred amps.

2-Voltage rating: This specification refers to the maximum voltage that the fuse can safely handle. Common voltage ratings for low-voltage fuses include 250V, 600V, and 1000V.

3-Breaking capacity: This specification refers to the maximum fault current that the fuse can interrupt without damaging the equipment or causing a safety hazard. The breaking capacity of a fuse must be greater than the maximum fault current that can occur in the circuit.

4-Fuse type: There are several types of low-voltage fuses, including cartridge fuses, blade fuses, and plug fuses. Each type has its own design and characteristics.

5-Size and shape: Low-voltage fuses come in various sizes and shapes to fit different types of fuse holders and equipment.

6-Common models of low-voltage fuses include:

7-Cartridge fuses: These fuses are cylindrical in shape and come in a variety of sizes and current ratings. They are typically used in industrial and commercial applications.

8-Blade fuses: These fuses are rectangular in shape and are commonly used in automotive and electronic applications.

9-Plug fuses: These fuses are typically used in residential and commercial applications and are designed to fit into a special type of fuse holder.

10-Semiconductor fuses: These fuses are designed specifically to protect semiconductor devices from overcurrents and short circuits.

11-Time-delay fuses: These fuses are designed to allow a temporary overcurrent to pass through without opening, which can be useful in some applications where brief overcurrents are common.

Overall, the specifications and models of low-voltage fuses vary widely depending on the specific application and equipment being protected, but understanding these key specifications and models can help in selecting the right fuse for the job.