0ATO07.5ZXPRO

0ATO07.5ZXPRO Application Field and Working Principle

Fuses are devices that can disconnect a circuit or its components due to an overload or a short circuit. The 0ATO07.5ZXPRO is a time-delay fuse with a wide range of applications in industrial and residential applications. The 0ATO07.5ZXPRO is a single-pole thermal-magnetic circuit breaker, which is suitable for AC 50/60Hz, voltage rating of AC 660V and up to 1KA of short circuit breaking capacity. It can be used for a wide range of overload and short circuit protection and provides overload, short-circuit, under-voltage protection.

Working Principle

The working principle of the 0ATO07.5ZXPRO is based on two components, the thermal element and the magnetic element, which react simultaneously during abnormal conditions. The thermal element works during normal conditions, ensuring the fuse’s normal operation. The thermal element deals with overload and changes its conducting resistance according to the external temperature. The magnetic element works to keep the contact closed during the short circuit, until the current has reached into the overload range. The magnetic element will then act in a very short time to break the contact between 0ATO07.5ZXPRO.

Application

The 0ATO07.5ZXPRO can be used in a wide range of automated and manual industrial systems, such as the control systems of machine tools, elevators, production lines, automobile wiring diagrams, etc. It can also be used in residential and commercial applications such as outlet circuits, hot water tanks, ceiling fans, air conditioning systems, etc.

Benefits

The 0ATO07.5ZXPRO fuse provides protection from overcurrents and short circuits to prevent these events from causing harm or damage to the device and electrical equipment. The 0ATO07.5ZXPRO also has various other advantages such as self-closing capabilities that enable the user to just switch it on and off manually and its low cost. The 0ATO07.5ZXPRO ensures efficient electrical current flow and protects against overloads and short circuits.