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Hi Jonathan i like your lecture. Thanks
Glad you found it helpful
I could be wrong but wouldn't the FLA formula actually be FLA= (KVA x 1000)/(sqrt(3) x V)
Full load amps do not identify the transient (short time) and sub transient (instantaneous) fault current.
How would you calculate the DC component?
Hi, how would you calculate the tripping current of the circuit breaker if it set to 125%? Thank you in advance.
You have to look at the time to current curves for the specific breaker. You should be able to obtain these from the circuit breaker manufacturer.
Thank you sir
Quick question. How does 1000/1.732x480 = 1202?
I didn't write it but you also have to account for the k in kVA since the amps are not in kA. So long way of saying times it by a thousand to get to the same base
Hi Jonathan i like your lecture. Thanks
Glad you found it helpful
I could be wrong but wouldn't the FLA formula actually be FLA= (KVA x 1000)/(sqrt(3) x V)
Full load amps do not identify the transient (short time) and sub transient (instantaneous) fault current.
How would you calculate the DC component?
Hi, how would you calculate the tripping current of the circuit breaker if it set to 125%? Thank you in advance.
You have to look at the time to current curves for the specific breaker. You should be able to obtain these from the circuit breaker manufacturer.
Thank you sir
Quick question. How does 1000/1.732x480 = 1202?
I didn't write it but you also have to account for the k in kVA since the amps are not in kA. So long way of saying times it by a thousand to get to the same base