IAGN1-1REC5-72-2.00

Circuit breakers are essential components in most electrical and electronic systems. They are designed to protect people, property, and equipment from dangerous overloads that can lead to electrical fires or other dangerous situations. The IAIGN1-1REC5-72-2.00 circuit breaker is a common type of breaker used in a variety of applications.

The IAIGN1-1REC5-72-2.00 circuit breaker has a contact arrangement of one normally-closed and one normally-open contact. It is often used in applications that require a low voltage and high current, such as air conditioning and refrigeration systems. This type of breaker is also often found in industrial control systems and residential applications.

The IAIGN1-1REC5-72-2.00 circuit breaker works by using a mechanical device called a trip coil. This device is connected to an electrical component, called the bimetal strip. When the current in the circuit rises above a certain level, the bimetal strip is bent and the trip coil triggers, causing the contacts to separate and the breaker to trip. This prevents the current from rising to dangerous levels.

The IAIGN1-1REC5-72-2.00 circuit breaker is designed to protect circuits and components in the event of an overload. It is intended to trip on a specific overload level and then reset itself after the overload is removed. This type of breaker is typically found in applications such as furnaces and transformers.

The IAIGN1-1REC5-72-2.00 circuit breaker can also be used to protect against short-circuits. A short-circuit occurs when the current flows directly from one component to another and bypasses all connected devices. When this happens, the current can rise very quickly, resulting in serious damage to components. The IAIGN1-1REC5-72-2.00 circuit breaker is designed to trip quickly and prevent damage to connected components.

The IAIGN1-1REC5-72-2.00 circuit breaker is a reliable, economical, and safe way to protect circuits and components from dangerous overloads. It can be used in a variety of applications, from air conditioners and refrigeration systems to industrial control systems and residential applications. The breaker is designed to trip quickly, preventing serious damage from potential overloads or short-circuits.