What is a turning capacity?
strip capacity, sometimes referred to as interruption capacity, is the maximum number of amperes or volts that can interrupt the circuit breaker. Each device designed to interrupt electric current can have more than one breaking capacity, because the voltage that is exposed affects the number of AMPs that can interrupt. It is important to use a circuit breaker that has a sufficiently high break capacity to interrupt the maximum possible current and voltage in the system, as the uncontrolled increase in electricity can damage the electronics or building. Normally, the electrical current flows freely through the fuse, but if the current or voltage is too high, the fuse causes the fuse to heat until the wire inside breaks. Once the fuse has reached its turning capacity, it will no longer work and must be replaced.
Breaker circuit works on the same principle as the fuse, but is designed to trip over the switch that disrupts the electric current as soon as the folding capacity of the device is reached. Renovation onAfter this happens, it is simply a question of overturning the switch back in the opposite way. While most circuit breakers are designed to protect electronics from damage, some are designed to protect people from electric shock.
The interruption of the circuit breaker is lower than the value of its production capacity, which is the maximum voltage or current that the machine can perform. As the voltage and current increase, it is more difficult for the switch to disrupt the flow of electricity, so the turning capacity is achieved before the production capacity. At high levels, the electrical current is able to curl, allowing the energy to bridge the gap between two wires that are not in physical contact with the joke of each other. The current could potentially continue to flow through the broken circuit, even if the physical line was disturbed.
fuse or circuit breaker gets a rating of breaking capacity that indicates the maximum level of the device SCHopen to disrupt. Each device has a rating based on maximum current and maximum voltage that it can disrupt. For safety reasons, the circuit breaker with the circuit should be rated sufficiently high enough to deal with maximum voltage and current in the system. The increase in electricity can destroy electronics or cause fires to start in the electrical system of the building.