ACH-15

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

ACH-15 type fuses have a variety of uses in electrical engineering, and they provide an invaluable layer of protection for vulnerable electrical components. The ACH-15 is a medium-voltage time-delay fuse which has been developed to cope with high levels of inrush current on medium-voltage power systems. This type of fuse is capable of withstanding currents up to 15 A and offers a high degree of protection against short-circuit currents.

ACH-15 fuses are designed for use in a variety of applications, including electric power transmission and distribution systems, switchgear, transformers, and surge arrestors. They are also used in sensitive equipment, such as computers, photocopiers, and test equipment. Due to their ability to control inrush and short-circuit currents, ACH-15 fuses are often used to protect delicate electrical systems, such as those in medical facilities.

The ACH-15 fuse works by limiting the amount of current that passes through the fuse element. This allows the fuse to trip if a current overload or short-circuit occurs. The fuse can also be adjusted to trip at other preset levels if desired. This allows precise and reliable control of the current through the fuse in order to protect the circuit and the connected components.

The ACH-15 fuse also offers an additional layer of protection from potential overvoltage or arc flash events. The fuse includes a blowout strip which interrupts the current flow when the fuse element reaches a specific temperature. This reduces the risk of electrical hazards due to high-voltage conditions or arcing.

The ACH-15 fuse is a reliable and versatile electrical protection device, suitable for a wide variety of applications. With its ability to limit inrush and short-circuit currents, as well as to protect from potential overvoltage or arc-flash events, the ACH-15 fuse is an ideal choice for protecting electrical circuits against harm.

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