IELMK111-30861-1

Circuit breakers, such as the IELMK111-30861-1 are extremely important safety components in any electrical system. They are used to protect circuits against overloads, short circuits and other potentially dangerous conditions. Circuit breakers are available in a wide range of sizes, designs and capabilities. All of them serve the same purpose, but the exact features and design of each breaker depends on its application field and working principle.

The IELMK111-30861-1 circuit breaker is rated for up to 480VAC/50VDC and up to 10A, making it suitable for a variety of applications that require a moderate amount of breaking capacity. The breaker’s design makes it suitable for both residential and commercial uses. It is constructed out of a plastic moulded body with contact terminals, a test button and a reset action that allows it to be easily opened and closed. Its design also allows for a reliable self-clearing of arc and molten contact material when the circuit is opened.

The basic principle of operation for the IELMK111-30861-1 is as follows: current enters the breaker at the input terminals, and passes through a series of contact points. These contact points are designed to be quickly broken by any power surge or fault. When the current flowing through the breaker exceeds the breaker’s rating, the contact points will instantly open, thereby breaking the circuit. The breaker’s reset action will then permit the user to retract the contacts until they are in the closed position, re-engaging the circuit.

The IELMK111-30861-1 circuit breaker has several advantages, which include: its small size; its low cost; its reliable reset action; and the self-clearing arc and molten material produced when the circuit is opened. Furthermore, the breaker is designed to be easy to install and maintain. The clear instructions provided with the breaker make it simple to install and use.

Due to its numerous advantages, the IELMK111-30861-1 circuit breaker is an ideal choice for residential and commercial applications. It is reliable, easy to use, relatively inexpensive and flexible enough to fit a wide range of applications requiring an appropriate level of breaking capacity. Despite its small size, it is capable of protecting circuits against overloads, short circuits and other potentially dangerous conditions.