0
On a Delta 3-phase you connect the single phase loads between pairs of the 3-phases. Warning both sides of these loads will be hot! You may want to use 3 isolation Transformers so that the real loads have a neutral line.
On Y 3-phase you connect the single phase loads between one of the 3-phases and neutral.
In each case to balance the loads, try to put similar loads on each phase (or pair of phases).
Still curious? Ask our experts.
Chat with our AI personalities
Devin
Fran
CoachToday's three phase systems are three phase four wire systems. The reason to try and balance any single phase load connected to a three phase four wire system is to reduce the current draw on the neutral conductor. The neutral carries the unbalanced load current. The closer that you keep the single phase loads balanced the lower the neutral current becomes. On a perfectly balanced three phase load there is no neutral current.
Add your answer:
Earn +20 pts
What is the volt drop across a 10k resistor with a 5 volt supply?
If there is nothing else in the circuit, then the voltage drop across the resistor will be the full supply voltage of 5 volts. The size of the resistor does not matter in this case - it will always be 5 volts.
What is static converter can a power supply of computer is static converter?
A single phase supply can operate a three phase motor with a static converter. No a power supply of computer cannot be fed through the static converter.
What would cause a meter to read negative voltage across a DC motor?
A DC motor generates power when it is rotating even when no supply is connected.
Why does voltage change across components but not current?
we know,v=IRresistor, capacitor, inductor and other electrical components have their own specific characteristics to drop voltage or to consume voltage at a fixed amount.the supplied voltage produces a current that changes with the change of the voltage. It doesn't changes simultaneously. so the voltage change across the components. but the current doesn't changes across component...AnswerThink of a circuit with several loads as being rather like a number of central heating radiators connected in the same way. The same water (current) flows through each radiator. In order for that water to flow, we need a pump to supply pressure (supply voltage) across all the radiators. At the same time, there must also be a pressure difference (voltage drop) across each individual radiator or the water wouldn't flow through it. The sum of these individual pressures must add up to equal the pressure supplied by the pump.So the same current flows through individual loads, driven by the supply voltage applied across the entire circuit. At the same time, there must also be voltages across individual loads (called 'voltage drops'), or current wouldn't be flowing through them. The sum of the individual voltage drops will equal the supply voltage.
What are the safety precautions for the electronic balance?
Safety precautions that individuals should follow for electronic balances are to make sure users have the right voltage and to make sure that they have the correct power supply. Failure to do this can lead to harm.
