T11-4-6.00A-8617-2-V

Circuit breakers are devices used to protect electric circuits from damage due to overcurrent, short circuits, or overvoltage. The T11-4-6.00A-8617-2-V is a mechanical device that trips the circuit when the current in the circuit exceeds its specified rating, interrupting the circuit and protecting it from overcurrent damage.

Application Field

The T11-4-6.00A-8617-2-V circuit breaker is designed to protect both residential and commercial electrical installations where overcurrent protection is needed, such as uninterruptible power supply (UPS) systems, motor circuits, lighting, appliances, and heating and cooling loads. It can be used as either a primary protection device, or as a secondary protection device for use in combination with other breakers.

Working Principle

The T11-4-6.00A-8617-2-V circuit breaker works by sensing changes in current in the circuit. The breaker is designed with a mechanism that is triggered when the current in the circuit exceeds the breaker\'s rating, which trips the breaker and interrupting the circuit. This interruption prevents further damage to the circuit resulting from overcurrent.

The T11-4-6.00A-8617-2-V circuit breaker also has an internal trip mechanism that trips the breaker in the event of an overload or short circuit. This trip mechanism typically consists of an adjustable spring or a bimetallic strip that can be adjusted to trip the breaker at different current levels. If the current in the circuit exceeds the predetermined level, the strip will open or the spring will compress, interrupting the circuit and protecting it from damage.

The T11-4-6.00A-8617-2-V circuit breaker is also designed with an arc suppressor, which helps reduce the voltage of the arc that is created when the breaker trips. This helps to reduce the amount of heat generated when the breaker trips, preventing damage to the breaker and the circuit.

The T11-4-6.00A-8617-2-V circuit breaker is a reliable and reliable device for protecting against overcurrent, short circuits, and overvoltage. It is easy to install, maintain, and troubleshoot, making it a practical choice for a wide range of applications.