209-6-21637-35

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The 209-6-21637-35 is a circuit breaker that is most commonly used in industrial control systems. This circuit breaker is designed to protect equipment from short-circuit or overload conditions by automatically cutting off the electrical connection when the current exceeds a predetermined threshold. This type of breaker is often referred to as a “two-pole” breaker because it has two poles that are connected to the main wiring of the system.

The 209-6-21637-35 circuit breaker is commonly used in applications that require a high level of protection against short-circuit or overload conditions. It is typically used in applications such as motors, lighting systems, and commercial power supplies. It is also widely used in industrial equipment, such as generators and air compressors, as well as in larger electrical systems like those in hospitals and other industrial settings.

The working principle of the 209-6-21637-35 circuit breaker is simple. The breaker is designed with two electrical terminals that are connected to the main line of the system. When the current in the line exceeds a predetermined threshold, usually around 6 to 15 amps, the breaker trips and cuts off the power supply.

The 209-6-21637-35 circuit breaker is also equipped with an adjustable thermal-magnetic trip feature. This feature increases or decreases the trip sensitivity of the breaker and allows for manual control of the level of protection that the breaker provides. This setting is typically adjusted for the specific application in which the breaker is being used and can be adjusted based on the needs of the system.

The 209-6-21637-35 circuit breaker is also designed with robust mechanical construction and corrosion-resistant materials. The two poles are made of copper and are securely connected to each other and the main line. The frame is also designed with galvanized steel and reinforced with stainless steel. The breaker also features an anti-vibration design to help ensure reliable operation in harsh environments.

The 209-6-21637-35 circuit breaker is an essential component in industrial control systems and is designed to protect equipment from short-circuit or overload conditions. It is designed with two poles that are securely connected to the main wiring of the system and is equipped with an adjustable thermal-magnetic trip feature to allow manual adjustment of the level of protection. The breaker is also designed with robust mechanical construction and corrosion-resistant materials to ensure reliable operation. This type of breaker is essential for applications that require high levels of protection against short-circuit or overload conditions.

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