Can I use the same power equation that I had used ?cnh1995 said:
Yes.Cocoleia said:
What about efficiency?Cocoleia said:
If it is only 90% then only 67140 W. I use this as P.cnh1995 said:
How can the input be less than the output? Use the efficiency correctly.Cocoleia said:
No.Cocoleia said:
In a 3 phase circuit, there are three phases of alternating current that are 120 degrees out of phase with each other. Phase current refers to the amount of current flowing through one of these phases, while line current refers to the total amount of current flowing through all three phases combined.
In a balanced 3 phase circuit, the line current is equal to the square root of 3 times the phase current. This means that the line current will always be greater than the phase current in a 3 phase circuit.
Understanding phase and line current is crucial for designing and troubleshooting 3 phase circuits. It helps determine the appropriate wire sizes, circuit breakers, and other components needed for safe and efficient operation. Additionally, understanding the relationship between phase and line current can help identify and troubleshoot issues in the circuit.
To calculate phase current, divide the total power (in watts) by the voltage and then divide that number by the square root of 3. To calculate line current, multiply the phase current by the square root of 3. It is important to note that these calculations are only applicable in a balanced 3 phase circuit.
Yes, in an unbalanced 3 phase circuit, the phase and line currents can be different. This is because the current in each phase is not equal, so the total current in the circuit will not be equal to the square root of 3 times the current in one phase. It is important to take into account this imbalance when designing and troubleshooting unbalanced 3 phase circuits.
