0ADBP1600-RE

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fuses are an integral part of many electrical systems, and one of the most common fuses used is the 0ADBP1600-RE. This fuse is designed specifically for overcurrent protection in industrial control systems, as well as automotive applications. In this article, we will take a look at the application field and working principle of the 0ADBP1600-RE fuse.

Application Field

The 0ADBP1600-RE fuse is best suited for protecting circuits found in factory automation, industrial control systems, power distribution systems, and transport fields, as well as other industrial applications. It has a standard 8mm diameter and can be installed in plastic, metal, and ceramic holder materials. This makes the 0ADBP1600-RE an extremely versatile fuse in terms of applications.

The usage range of the 0ADBP1600-RE spans from 1000 volts AC/DC to 4000 volts AC/DC. The design of the fuse ensures increased operational reliability and improved operating safety of your electrical systems. That is why the 0ADBP1600-RE is used in many regions around the world for industrial control, power distribution, and transport applications.

Working Principle

The 0ADBP1600-RE fuse operates on the standard principle of allowing the current to flow through the element until the current reaches a certain rating. Once the current exceeds this rating, the element of the fuse will heat up, eventually melting the element and causing the current to be cut off from the circuit. This safety feature of a fuse is what makes it so important, as it prevents electrical fires from occurring, which could lead to catastrophic consequences.

The main components of the 0ADBP1600-RE include a ceramic body, a metal conductor, and a bimetallic strip. The ceramic body has a cylindrical hole through the centre, along with the contact tabs and an insulation insulator. The metal conductor consists of a fine wire mesh, over which a metal sheet is then bent. This sets the voltage current to the required rating of the fuse. Finally, the bimetal strip is a flexible strip of metal, which is heated by the current when the set voltage is exceeded. At that point, the physical shape of the strip changes, which then causes the current to be cut off from the circuit.

In order to allow proper operation of this fuse, it is recommended that it should be wired into the circuit in the correct polarity. This ensures the correct current and voltage rating are applied to the fuse and that it operates as intended. It is important to note that the rating should never be increased beyond what the fuse was designed to handle, as this can lead to malfunctions or even damage.

Conclusion

The 0ADBP1600-RE is an extremely useful and versatile fuse, which is used in many applications around the world. It is able to handle voltages ranging from 1000 to 4000 volts AC/DC and is easy to install in plastic, metal, and ceramic holders. In addition, its safety features ensure that the current is cut off from the circuit should it ever exceed the set rating. With all these desirable features, it is no wonder that the 0ADBP1600-RE is so widely used.

The specific data is subject to PDF, and the above content is for reference