SSQC 1.6

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 devices that protect electrical circuits from potential damages caused by overcurrent and overvoltage. They are widely used in all sorts of electrical systems, ranging from home appliances, automobiles, and industrial installations.

SSQC 1.6 are a type of fuse designed for medium voltage applications. Their characteristics are an interrupting rating of up to 4000 volts, a breaking capacity of up to 300 ka, and a basic insulation level of 1.6 kV.

The main working principle of SSQC 1.6 is the same as almost all other types of fuses. When the electrical current passing through the fuse reaches a certain limit, the fuse quickly disconnects the circuit, thereby preventing further heat generation and damage to the equipment. This limit is known as the fuse’s rated current or rating.

SSQC 1.6 are especially suitable for high-persistent current applications, such as electric grid junction points. In these applications, they form a reliable element of circuit protection, with an extremely low overvoltage and overcurrent. Due to their increased level of withstand, these products can also perform with greater speed and reliability than other fuses.

In addition to providing overcurrent protection, SSQC 1.6 are also suitable for a range of other applications, such as motor control circuits, generator protection, as well as power plant systems. Their combination of high level of breaking capacity, fault limitation, and other characteristics make them an ideal choice for the protection of several important industrial and electrical processes.

Due to their excellent safety characteristics and their versatility, the SSQC 1.6 will continue to be an integral part of numerous electrical systems in different industrial and commercial applications. Fuses play an important role in providing maximum safety, and the SSQC 1.6 are an ideal solution for controlling high-power currents and preventing costly equipment damage.

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