Assuming that the figures you supply in your question are line values, and not phase values, and each line current is identical, then you can find the total apparent power (in kV.A ) by applying the following equation:
apparent power = 1.732 VL IL
If, then, by 'per leg', you mean 'per phase', then all you need to do is to divide your answer by 3.
Incidentally, the correct symbols are 'kV.A', not 'kva', 'V' not 'v', and 'A' not 'amp'. lin
When the feedback of the output terminal of an Op-Amp is given to the non-inverting terminal [pin 3 for IC-741] of that Op-Amp , then , that circuit is called non-inverting amplifier using Op-Amp. This circuit is called non-inverting because the output signal of this circuit is in phase with the input signal.
Up to 12 on a 20 amp circuit. Up to 9 on a 15 amp circuit. But use common sense. If the circuit will be heavily loaded, as in a home office, then do not install that many.
No more than 13 maximum on a 20 amp circuit.
16A
Depends on how many amps it pulls and the size of the wire in the circuit.
If a 240V circuit has 30 amps per phase, the total amperage would be 30 amps. Since the current is measured per phase in a three-phase circuit, you would have 30 amps on each phase, totaling 30 amps.
For 240V circuits, the most common wire gauge (AWG) used is 10 AWG for a 30-amp circuit and 8 AWG for a 40-amp circuit. Make sure to consult the National Electrical Code or a licensed electrician for specific wiring requirements based on the current draw of your devices.
For a 240V steam generator, it is recommended to use a wire with a gauge of 10 AWG for a 30-amp circuit or gauge 8 AWG for a 40-amp circuit. Make sure the wire is rated for the voltage and amperage of the steam generator, and always consult a professional electrician for proper installation.
For a 240V outlet, you should use a fuse that is rated for 240V. The fuse's amperage rating should match the amp rating of the circuit and be appropriate for the connected devices. It's important to use the correct type and rating of fuse to protect the circuit from overloading and electrical hazards.
To convert kilowatts to amps, you need to know the voltage of the circuit you are calculating for. Assuming a standard voltage of 240V, 11kW would be approximately 45.8 amps.
No, it is not recommended to downgrade a 240V 50A circuit to a 120V 30A circuit. The wiring and breaker size must match the voltage and amperage requirements of the appliances being used. It is important to consult with a licensed electrician for any modifications to ensure safety and compliance with electrical codes.
It would have to be a 30 amp breaker to use the full power of the welder. I'd say go with the 30A. The general rule is that your planned load should only be 80% of the circuit capacity. That means a 30A circuit should have a maximum load of of (30*0.8) = 24A. With the 30 amp breaker you must have at least #10 wires feeding the circuit.
When the feedback of the output terminal of an Op-Amp is given to the non-inverting terminal [pin 3 for IC-741] of that Op-Amp , then , that circuit is called non-inverting amplifier using Op-Amp. This circuit is called non-inverting because the output signal of this circuit is in phase with the input signal.
You can plug in as many as you want but none of them will work. An "open" circuit is an electrical circuit which is not a complete circuit and therefore electricity will not flow through it. If you mean an unused circuit,which has no load on it, then the answer is 2 ea. 5 amp devices on a 15 amp circuit and 3 ea. 5 amp devices on a 20 amp circuit. The reason for this is that any circuit is not to be "loaded" more than 80% of the OCPD (circuit breaker amperage rating.
if it is connected correctly it will run. However, you may want to modify the circuit to confirm to the NEC so you may protect the device from overloading and burring up!for example you may use the 32Amp circuit as a sub-panel!
7.75 amps
For a 166 amp 3 phase circuit, you would typically need a receptacle that can handle at least 200 amps to provide a safe margin. This would usually correspond to a 208V or 240V 3 phase receptacle with appropriate amperage rating, such as a NEMA L15-30 or L16-30 receptacle. It's critical to consult with a qualified electrician or electrical engineer to ensure the correct receptacle is selected for your specific application and local electrical code requirements.