No, 277 volts is the line to neutral of a 480 volt wye three phase system.
L1- N, L2 - N and L3 - N will give you 277 volts.
L1 to L2. L2 to L3 and L3 to L1 will give you 480 volts.
A 277-volt circuit typically consists of three conductors - one hot conductor, one neutral conductor, and one ground conductor. The hot conductor carries the 277 volts, the neutral conductor provides a return path for the current, and the ground conductor is for safety purposes.
NO! a 120-277 electronic ballast requires one "hot" wire and a neutral from either a 110V or 277V supply. If you supply it with two "hot" wires from a 208 V supply, it will instantly burn up.Yes. A ballast with a specification range of 120 volt to 277 volt will work on 208 volt. These ballast use intelligent voltage sensing technology and it does not matter if the source is a hot and neutral or two (2) hots. Don't believe it? Call a ballast manufacturer instead of giving incorrect answers.
with 3 phase lighting you do not have to use as large of wire and can use one neutral for every 3 current carrying conductors so it cut down on material costs ( as voltage increases current decreases) <<>> The voltage 277 is the star-point voltage of a 480 volt three phase system. By using a 480 volt wye system you have the dual ability of running 480 volt three phase equipment along with 277 volt lighting. The side advantage is the ability of using the phase voltage to ground (neutral) 480 / 1.73 = 277 volts for general lighting of the building the 480 volt equipment is located in.
To wire 240-volt heaters in series, connect the first heater's one wire to the second heater's other wire. Then connect the first heater's remaining wire to one of the hot wires from the power source, and the second heater's remaining wire to the other hot wire from the power source. Make sure both heaters have the same wattage rating for this setup to work effectively.
To wire a 240-volt light fixture, you'll need to ensure you have a dedicated circuit with a 240-volt power supply. You will connect the fixture's hot wire to one of the hot wires from the circuit, the neutral wire to the neutral wire, and the ground wire to the ground wire. It's crucial to follow the manufacturer's instructions and consult a licensed electrician if you're unsure.
277 volt systems aren't normail systems
A 277-volt circuit typically consists of three conductors - one hot conductor, one neutral conductor, and one ground conductor. The hot conductor carries the 277 volts, the neutral conductor provides a return path for the current, and the ground conductor is for safety purposes.
NO! a 120-277 electronic ballast requires one "hot" wire and a neutral from either a 110V or 277V supply. If you supply it with two "hot" wires from a 208 V supply, it will instantly burn up.Yes. A ballast with a specification range of 120 volt to 277 volt will work on 208 volt. These ballast use intelligent voltage sensing technology and it does not matter if the source is a hot and neutral or two (2) hots. Don't believe it? Call a ballast manufacturer instead of giving incorrect answers.
A 277 volt lighting fixture is one that is usually used in an industrial application. The reason for this is the voltage rating. A voltage potential of 277 volts is the voltage to neutral (ground) of a three phase four wire 480 volt distribution system. 480 volts / 1.73 = 277 volts. Rather than having to add a transformer to the system to provide 120 volts for lighting, manufactures produced a ballast for fluorescent fixtures that operates on the 227 volt potential.
That is all that is needed to wire the fixture. The 277 volts is the line to neutral of a 480 volt three phase system. Any one of L1, L2 or L3 to the neutral will give you the 277 volts that you need to connect the fixture so that it will operate.
1You could get 220-240V from using the two live ["hot"] wires rather than one live and one neutral. 2Tim, Industrial control transformers are available to get 120 volts from 277 volt systems. If you feed one of these with 120 volts to the secondary coil, it will put out 277 volt from the primary. However, these are rare and are not cheap. If you are trying to use surplus 277 volt fluorescent lights on a 120 volt system, it would be cheaper to replace the ballasts in the fixtures. Another approach would be to use an autotransformer with a 240 volt primary and a 32 volt secondary. If you feed it with 240 volt and wire it to boost +32 volts that will give you 272 volt which should run the lights. But again, you are looking at $60 - $100 for one circuit of lights. 3If you have access to three phase power..... Phase to ground on a 480v 3 phase system is 277v.
with 3 phase lighting you do not have to use as large of wire and can use one neutral for every 3 current carrying conductors so it cut down on material costs ( as voltage increases current decreases) <<>> The voltage 277 is the star-point voltage of a 480 volt three phase system. By using a 480 volt wye system you have the dual ability of running 480 volt three phase equipment along with 277 volt lighting. The side advantage is the ability of using the phase voltage to ground (neutral) 480 / 1.73 = 277 volts for general lighting of the building the 480 volt equipment is located in.
The 4-wire 220 volt wiring diagram for a specific electrical appliance typically includes two hot wires, one neutral wire, and one ground wire. The hot wires are usually black and red, the neutral wire is white, and the ground wire is green or bare copper. It is important to follow the manufacturer's instructions and consult a professional electrician to ensure proper installation and safety.
can 6 ,12 volt battery be wire to make in to one 24 volt battery for solar use in home
To wire 240-volt heaters in series, connect the first heater's one wire to the second heater's other wire. Then connect the first heater's remaining wire to one of the hot wires from the power source, and the second heater's remaining wire to the other hot wire from the power source. Make sure both heaters have the same wattage rating for this setup to work effectively.
A single pole breaker controls one hot wire and is used for 120-volt circuits, while a double pole breaker controls two hot wires and is used for 240-volt circuits.
220 volt single phase from 480 volt 3 phase that one wire taken one phase and second wire connected in earth point. we get 220 v The above answer is incorrect, one phase from a three phase 480 volt system will give you 277 volts to ground. You must use a transformer to get the voltage you need.