229G-3-32086-13

Circuit breakers are devices found in electrical systems that are designed to prevent faults and shorts. The 229G-3-32086-13 is a type of circuit breaker commonly used in industrial applications. It is a reliable device that will respond to fault and short-circuit conditions by quickly disconnecting the electrical circuit to protect the system and its components. This article will discuss the application fields and working principle of the 229G-3-32086-13.

The 229G-3-32086-13 circuit breaker can be used in a variety of applications such as industrial control systems, motor drives, power supplies, and lighting systems. It is designed to meet international safety standards such as IEC60947-2, UL1077, and EN60947. It is approved by several certifications such as UL, CSA, and TUV.

The 229G-3-32086-13 has a high interrupting capacity of up to 10 kA at 400 V AC. It has a continuous current rating of up to 32 A at 400 V AC. It also has a short time withstand current of up to 20 kA at 400 V AC. The tripping characteristics of the 229G-3-32086-13 are adjustable and can be adjusted to be either independent of current or dependent on current.

The 229G-3-32086-13 operates on the principle of thermal and magnetic protection. It is equipped with a thermal cutting device and a magnetic cutting device. The thermal cutting device is designed to disconnect the circuit when the current is higher than the set value for a predetermined amount of time. The magnetic cutting device works by sensing a sharp increase in the current, such as during a fault or short-circuit condition, and then instantly breaking the circuit.

The 229G-3-32086-13 can also be equipped with an additional auxiliary contact, which can be used to disconnect the circuit once the fault has been cleared. This allows for automated resetting of the circuit breaker after the fault has been cleared.

The 229G-3-32086-13 is designed to be highly reliable and efficient. It is a robust device that can be used in a wide range of industrial applications. It is capable of responding quickly to fault and short-circuit conditions in order to protect the system and its components. Additionally, its adjustable tripping characteristics allow for precise control and protection of the system.