T11-2-20.0A-01-10

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Circuit breakers are essential components in any electrical system. They are used to protect circuits from being overloaded, and are responsible for managing the power flow between devices. The T11-2-20.0A-01-10 is a type of circuit breaker currently used in many applications.

The T11-2-20.0A-01-10 is an early trip style circuit breaker. It is designed to provide high short-circuit current ratings up to 20.0A and has the ability to interrupt high currents in a safe and reliable way. This type of circuit breaker can be used in homes, office buildings, and industrial applications.

One of the main applications for the T11-2-20.0A-01-10 is in residential homes. This type of circuit breaker provides a great level of protection against power surges, molten metal and other hazardous elements that are commonly found in residential homes. Additionally, due to its high short-circuit current rating, it is also ideal for use in commercial and industrial settings where a high degree of protection is required.

The working principle of the T11-2-20.0A-01-10 is based on a thermal-magnetic design. This means that the circuit breaker has two different types of trip components: a thermal element and a magnetic element. The thermal element is designed to respond to current surges and will open the circuit in the event of an overload. The magnetic element, which is activated by current flow, will also open the circuit if the current is above its rated limit.

The T11-2-20.0A-01-10 is a large frame, double pole, circuit breaker. It has a rating of 20.0A and is capable of interrupting up to 25,000 amps. The t11-2-20.0A-01-10 is UL listed, CSA certified, and tested to meet or exceed all applicable IEEE standards for circuit breakers. It is a very reliable, safe and efficient circuit breaking solution for all types of applications.

In short, the T11-2-20.0A-01-10 is a reliable and safe circuit breaker which is commonly used in residential, commercial and industrial applications. It has a thermal-magnetic design which allows it to respond to high currents and protect the circuit in the event of an overload. As it is UL listed, CSA certified and tested to meet or exceed all applicable IEEE standards, it is sure to provide longevity and peace of mind.

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