3AG 160-R

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

Fuses are an important component in protecting electrical systems from magnetic and thermal overloads. The most common type of fuse used in electrical systems is the blade-style fuse, which is also known as the ATO (Automotive Thermal Overload) type. Another type of fuse is the 3AG ("medium" amperage) fuse, which offers higher current capacity than the blade-style fuse. The following article will discuss a particular model of the 3AG fuse, the 160-R, and will examine the common applications and working principles of this type of fuse.

Applications of 3AG 160-R Fuses

3AG 160-R fuses are primarily used in higher-power systems requiring more current than a standard blade-style fuse. They are commonly found in automotive systems, including engines, braking, and headlights, as well as in televisions, microwaves, power tools, and medical equipment. The 160-R is also used as a replacement for 15 amp blade-style fuses in many applications.

In addition to their use as a general-purpose fuse, the 160-R can also be used as part of an overcurrent protection device. This type of device is used to protect against overvoltage and short circuits by sensing when a current exceeds a certain limit and breaking the circuit. The 160-R is commonly used in this application due to its higher amp rating, which allows it to handle more current.

Working Principle of 3AG 160-R Fuses

The 3AG 160-R fuse works on the same principle as other types of fuses: it is designed to break the circuit when the current exceeds a certain value. This is done by using a strip of metal (typically an alloy containing tin, lead, silver, and copper) that melts when the current becomes too high. This allows the current to be interrupted, protecting the electrical components on either side of the fuse from damage.

The 3AG fuse is designed to trip at a different current rating than the blade-style fuse, making them a good choice for applications that require higher current draw. The rated current of a 3AG 160-R is typically 15 amps, while the blade-style fuse is usually rated at 10 amps. When used in a circuit, the 3AG 160-R will trip at a lower temperature or sooner than theother type.

When the current exceeds the limit, the fuse link melts and the current is interrupted. The body of the fuse also contains a small piece of metal shaped like a “V” that seats onto the end of the metal strip. Once the metal strip melts, the “V” also melts and separates from the strip, allowing the current to be interrupted.

Conclusion

The 3AG 160-R fuse is a popular choice for higher power electrical systems that require a current rating higher than that of a standard blade-style fuse. This type of fuse is often used in automobiles, televisions, microwaves, power tools, and medical equipment, and can also be used as part of an overcurrent protection device. The working principle of the 3AG 160-R fuse involves a metal strip that melts when the current exceeds the limit, allowing the current to be interrupted and protecting the electrical components from damage.

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