The same as a split single phase service, except with 3 phase panelboards, and the size of the service equipment can differ greatly. If the service voltage is 480v, you'll have to install your own Transformers to use 120v equipment. I'm not sure as to the purpose of this question. If you're trying to do it yourself, you probably shouldn't have to ask how. It's a pretty large thing to do. If you're just curious, the above answer should suffice.
To install a new electrical service you need to contact a licensed professional electrical contractor. that depends on where you live. but even where a licensed electrician is needed you can still do the grunt work. first determine where the service will enter the dwelling. next , after checking code determine where you will place your meter pan. it should be about 5- 5.5 feet above grade ( eyelevel) then attach mast, again make sure you meet requirements concerning height to the weatherhead.. the total feet above grade (usually 15 feet) and that you do not exceed the allowable height on the high side of the roof line ( usually 32-34 inches). then drop the three 4/0 aluminum cables down the mast and after coating the exposed ends, connect to the appropiate lugs the two hot and one ground. next drive a grounding rod at least six feet into the ground within one foot of the foundation and using an acorn nut connect to meter pan with copper cable. at ths point you would be ready for your first rough inspection
None what so ever. The cost of changing all of your equipment and new service would be high. The electrical bill is based on wattage used be it single phase or three phase.
277 volts is the Hot to Neutral voltage in a 277/480 volt 3-phase "Y" electrical system. This is a commercial and industrial application voltage. The purpose of using higher voltages in these applications is to supply higher power levels [watts or kVA] than at lower voltages for the same size of conductor. <><><> A 277 volt service is used for industrial lighting. <><><> A 480 volt 3-phase power service is common in factories in USA and other countries which use 60 Hz ac electrical services. If you use the 480 volt service lines in the 'star' or 'Y' configuration you will have a central neutral point to connect a neutral line. You can then get a 277 volt single phase service by using one of the three phase lines along with that neutral
You cannot. By definition, the potential of each line must be displaced from each other by 120 electrical degrees, and this is only achievable from a three-phase source.
2 copper
Only with a 3 phase transformer.
If you have single phase now, you have two options. One, is to install a three phase service or Two, install a roto phase device.
If single phase - 2 wire service > two wires If single phase - 3 wire service > three wires If three phase - 3 wire service > three wires If three phase - 4 wire service > four wires US residential service is usually single phase 3 wire service: Two hots and neutral.
None what so ever. The cost of changing all of your equipment and new service would be high. The electrical bill is based on wattage used be it single phase or three phase.
Industrial and commercial buildings typically employ 3-phase, 4-wire electrical service due to their higher power requirements. This type of service can support heavy machinery and equipment that require three-phase power for efficient operation.
The electrical engineering 3 phase is calculated by mathematics. The total active power is equivalent to three times the power of an individual phase.
The cheapest service to construct is a single phase service. A three phase service requires more equipment and materials to complete a service.
For a 225 amp 3-phase service, typically you would use 3 sets of 3/0 AWG copper conductors or 250 kcmil aluminum conductors for the service entrance conductors. Make sure to consult the National Electrical Code (NEC) and local regulations for specific requirements.
You have to follow the lines. Could be blown fuse or any number of other things. Follow it back to the service.
If the motor is connected to an ungrounded delta supply service there will be no effect on the operation of the motor. If the motor is connected to a wye system supply service and the B phase grounds out, the motor's overload protection would take the motor off line from the electrical supply.
It is more economical especially for running motors. Most motors start much better with 3 phase service. It also takes less current than single phase for a motor to run, therefore the power meter spins less for electrical cost.
No, because household electrical systems are only comprised of a single phase.
use a rotor phaser or simply connect a 3 phase motor and check dirrection