0659P2000-13

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Fuses

Fuses are an essential feature of any electronic device and appliance. They act as an excellent protective device by cutting off the electric circuit if it detects a high current flow. Fuses are available in many types and sizes such as glass fuses, ceramic fuses, reed fuses, blade fuses, magnetic fuses and semiconductor fuses etc. In this section we will focus on 0659P2000-13 type fuses, their application and working principle.

What is 0659P2000-13 Fuse?

0659P2000-13 fuse is a blade-style fuse specially designed for high-current applications. It is a very compact device, measuring only 1.6” (40 mm) x 0.4” (10 mm). It is rated for 30 A at 250 VAC (AC voltage) and can provide a short circuit current rating of 2000 A.

This type of fuse has several advantages over the traditional glass and ceramic fuses. It is capable of providing enhanced protection for a circuit as it is able to dissipate more energy than a glass or ceramic fuse. This fuse also has faster response time to abnormal current conditions, allowing the circuit to disconnect faster. It also has lower surge current capability which helps protect the circuit from damage due to sudden electrical surge.

Application Field of 0659P2000-13 Fuse

0659P2000-13 fuse is capable of protecting a wide range of electronic circuits from high-current overloads. It is suitable for use in large appliances such as air conditioners, refrigerators, microwaves, washing machines and dishwashers. It is also suitable for use in medium and high-power equipment such as medical equipment, elevators, motors, machines and testing instruments. In addition, this type of fuse is widely used in industrial equipment such as industrial inverters, power supplies, electric ovens and resistance welding machines.

Working Principle of 0659P2000-13 Fuse

The working principle of 0659P2000-13 fuse is based on the concept of overcurrent protection. The fuse is designed to allow passage of current until it reaches a predetermined level. When the current exceeds a pre-determined level, the fuse wire will heat up and melt. This stops the current from passing through and trips open the circuit, thus protecting the device from electrical overload.

The fuse wire is made up of a thin metal core which is wrapped by another metal layer. In normal conditions, the resistance of the fuse wire is low and the contact between the two metal layers is tight, which ensures that the electric current can pass through the fuse. When the current exceeds the specified level, the fuse wire will heat up and the layer of metal around it will expand. This results in a cutting of the current as contact between the two metal layers will be broken. This ensures that the fuse wire does not overheat before it melts.

Conclusion

0659P2000-13 fuse is a blade-style fuse specially designed for high-current applications. It offers improved protection for a circuit due to its high current rating and fast response time. It has wide range of applications including large appliances, medical equipment, industrial equipment and testing instruments. The working principle of this fuse is based on the concept of overcurrent protection, and it has a fast response time that ensures that the devices is not exposed to damaging levels of current for long periods of time.

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