0ADAC6000-BE

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Fuses are used to protect electrical circuits from excessive current or short circuit by melting when the current exceeds a certain limit. The 0ADAC6000-BE fuse is a fast acting blade type fuse, designed for use in electrical circuits up to 600V DC and 300V AC, which help protect components in electrical and electronic devices from damage due to power overflow.

The 0ADAC6000-BE fuse is particularly well suited for applications with heavy start up currents, including machines and equipment demanding high power, such as elevators, cranes, hoists, air conditioners, refrigerators and vehicles. Moreover, since the 0ADAC6000-BE fuse operates faster than other fuses, it can be used to protect circuits from power line surges.

The 0ADAC6000-BE fuse is constructed from a metal alloy strip with a special coating, which has the property of melting at a predetermined temperature. The strip is wound around two ceramic or plastic supports for added support and protection. The ends of the strip are connected to terminals that are mounted on the device to which the fuse is attached. When the current flowing through the circuit exceeds the safe limits, the current will heat the metal alloy strip, which melts it, thus breaking the circuit. Once the power is cut off the fuse needs to be replaced.

The 0ADAC6000-BE fuse has many different properties that make it ideal for a variety of applications. It has a high current rating of 6500A, a low melting temperature of 35° C and a high break voltage of 6000A DC or 300V AC. It also has a fast reaction time, so it can protect circuits from power line surges quickly. Furthermore, its special design prevents arcing and ionization, which can lead to fire or other damage in circuits.

In conclusion, the 0ADAC6000-BE fuse is an excellent choice for a variety of applications. Its high current rating, low melting temperature, fast reaction time and high break voltage make it ideal for protecting electrical circuits from excessive current and short circuit. Its special design also prevents arcing and ionization, ensuring safety and protection for all types of devices and circuits.

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