Can You Run A 230 Volt Motor On 208 Volts Special
Can You Run A 230 Volt Motor On 208 Volts. The actual voltage you should find in a. The purpose of a 208 volt wye three phase setup is to give you 120 volt single phase when connect any hot leg to neutral. If it isn't running close to its maximum rating, you might get away with it on 208v. But bear in mind the 208v supply will have tolerance limits and if you are at the lower end of that limit the 230v motor would have to cope with very significant undervoltage. And as you point out, if the current is balanced, there is no net current on the center of. Good morning friends i checked the specified voltages against the listing of available voltages indicated in a u. 220, 230, 240, & 250 are all collectively (and in a sense erroneously) used to describe 240. Likewise, can i use 208v instead of 240v? Think of a 208 voltage 3 phase system as a compatibility approach so that you can have the standard 120 vac to ground. 208 single phase is derived from two hot legs of a 208 three phase. The vast majority of 230/460 motors are rated for operation on 208 systems at full rated hp, but often with reduced service factor and a different (not always higher) amp rating. It's used in some 3 phase deployments. When this approach is taken, the motor manufacturer is essentially saying that this motor can be successfully operated on voltages as low as 208 minus 10% or 187 volts. Machine manufacturers were well aware that 208 volts 3 phase was far more common than 240 volts 3 phase and sized their motors accordingly. If the service continually drops below 207 volts then the motor draws more amps, overheats and fails.
Can You Run A 230 Volt Motor On 208 Volts
Machine manufacturers were well aware that 208 volts 3 phase was far more common than 240 volts 3 phase and sized their motors accordingly. But bear in mind the 208v supply will have tolerance limits and if you are at the lower end of that limit the 230v motor would have to cope with very significant undervoltage. I look at 240 or 480 volt systems as industrial in that the are often delta connected systems. And as you point out, if the current is balanced, there is no net current on the center of. Operating a motor rated at 230 vac on 208 vac will cause the motor to operate at a higher temperature and slightly less hp will be produced. The only one different in the list is 208v. Nominal system voltages are 120, 208, & 240. 120/240, 110/220, and 115/230 volt equipment must not be connected to a circuit with 208 in its designation unless you have insider information that it will work that way. The actual voltage you should find in a. It’s the square root of 3 times 120 in a wye configuration. Design of the 208v motor should be rated for +10% in voltage which puts you at 229v, but if your rpc is running at 245v out, your a little further than the range +10% overheat could be possible, coupled with extra heat from not perfectly balanced voltages from the rpc. When this approach is taken, the motor manufacturer is essentially saying that this motor can be successfully operated on voltages as low as 208 minus 10% or 187 volts. In this case, the 380 v, 50 hz rating will be on the same connections as the 440 v, 60 hz rating. But typically because of voltage variation the 208 volt power can vary from 187 to 229 volts. A 240 volt heater can be run off of 208 but the wattage will be reduced.for example if the heater is 5000 watts at 208 volts, the current is i = w/e 5000/208 = 24 amps.
But bear in mind the 208v supply will have tolerance limits and if you are at the lower end of that limit the 230v motor would have to cope with very significant undervoltage.
It’s the square root of 3 times 120 in a wye configuration. And as you point out, if the current is balanced, there is no net current on the center of. The only one different in the list is 208v.
460 volt motors are designed to run on 480 208/230 volt motors are designed for use with 208 or 240 volt supplies. It will run, but how hot it may get are depend on many factors, specific to each situation. It's used in some 3 phase deployments. For years 230 volt motors were run on 208 volts. If it isn't running close to its maximum rating, you might get away with it on 208v. And as you point out, if the current is balanced, there is no net current on the center of. 208 three phase is a why (y) system that is you have a neutral at ground potential. In recent years there has been a trend to closer sizing and 200 volt rated motors are now commonly used on 208 volt systems. It’s the square root of 3 times 120 in a wye configuration. The range for a 230 volt motor is 207 to 253 volts. But typically because of voltage variation the 208 volt power can vary from 187 to 229 volts. 208 single phase is derived from two hot legs of a 208 three phase. The actual voltage you should find in a. Connecting two hots gives you 208 volt single phase. 230 volt motors are designed to run on 240. 115 volt equipment will work perfectly well on 120 volts. That will heat the power source up and reduce the percentage of on time. The only one different in the list is 208v. Nominal system voltages are 120, 208, & 240. I look at 240 or 480 volt systems as industrial in that the are often delta connected systems. If the service continually drops below 207 volts then the motor draws more amps, overheats and fails.
It will run, but how hot it may get are depend on many factors, specific to each situation.
The motor is slightly oversized on 230/460 volt service. Operating a motor rated at 230 vac on 208 vac will cause the motor to operate at a higher temperature and slightly less hp will be produced. The maximum current allowed is 5.1 amps (or 10.2 @ 2:1) i see this type of amp rating on 230/200 volt and 230/208 volt rated motors quite a bit, scotty.
For years 230 volt motors were run on 208 volts. The range for a 230 volt motor is 207 to 253 volts. Think of a 208 voltage 3 phase system as a compatibility approach so that you can have the standard 120 vac to ground. Design of the 208v motor should be rated for +10% in voltage which puts you at 229v, but if your rpc is running at 245v out, your a little further than the range +10% overheat could be possible, coupled with extra heat from not perfectly balanced voltages from the rpc. It's used in some 3 phase deployments. I look at 240 or 480 volt systems as industrial in that the are often delta connected systems. The only one different in the list is 208v. 208 three phase is a why (y) system that is you have a neutral at ground potential. When this approach is taken, the motor manufacturer is essentially saying that this motor can be successfully operated on voltages as low as 208 minus 10% or 187 volts. For this reason, you should crimp wire lugs onto the ends of the wires before connecting them to the receptacle. The purpose of a 208 volt wye three phase setup is to give you 120 volt single phase when connect any hot leg to neutral. The vast majority of 230/460 motors are rated for operation on 208 systems at full rated hp, but often with reduced service factor and a different (not always higher) amp rating. The motor is slightly oversized on 230/460 volt service. And as you point out, if the current is balanced, there is no net current on the center of. In recent years there has been a trend to closer sizing and 200 volt rated motors are now commonly used on 208 volt systems. It’s the square root of 3 times 120 in a wye configuration. Machine manufacturers were well aware that 208 volts 3 phase was far more common than 240 volts 3 phase and sized their motors accordingly. A 240 volt heater can be run off of 208 but the wattage will be reduced.for example if the heater is 5000 watts at 208 volts, the current is i = w/e 5000/208 = 24 amps. 230 volt and 230/208 volt equipment will work perfectly well on 240 volts. 230 volt motors are designed to run on 240. Likewise, can i use 208v instead of 240v?
It's used in some 3 phase deployments.
208 single phase is derived from two hot legs of a 208 three phase. 460 volt motors are designed to run on 480 208/230 volt motors are designed for use with 208 or 240 volt supplies. If the service continually drops below 207 volts then the motor draws more amps, overheats and fails.
115 volt equipment will work perfectly well on 120 volts. It will run, but how hot it may get are depend on many factors, specific to each situation. 230 volt and 230/208 volt equipment will work perfectly well on 240 volts. But bear in mind the 208v supply will have tolerance limits and if you are at the lower end of that limit the 230v motor would have to cope with very significant undervoltage. In this case, the 380 v, 50 hz rating will be on the same connections as the 440 v, 60 hz rating. If the service continually drops below 207 volts then the motor draws more amps, overheats and fails. 120/240, 110/220, and 115/230 volt equipment must not be connected to a circuit with 208 in its designation unless you have insider information that it will work that way. In recent years there has been a trend to closer sizing and 200 volt rated motors are now commonly used on 208 volt systems. The actual voltage you should find in a. Machine manufacturers were well aware that 208 volts 3 phase was far more common than 240 volts 3 phase and sized their motors accordingly. Think of a 208 voltage 3 phase system as a compatibility approach so that you can have the standard 120 vac to ground. I look at 240 or 480 volt systems as industrial in that the are often delta connected systems. The range for a 230 volt motor is 207 to 253 volts. 220, 230, 240, & 250 are all collectively (and in a sense erroneously) used to describe 240. And as you point out, if the current is balanced, there is no net current on the center of. Design of the 208v motor should be rated for +10% in voltage which puts you at 229v, but if your rpc is running at 245v out, your a little further than the range +10% overheat could be possible, coupled with extra heat from not perfectly balanced voltages from the rpc. 208v is *not* the same as 240v. Likewise, can i use 208v instead of 240v? Operating a motor rated at 230 vac on 208 vac will cause the motor to operate at a higher temperature and slightly less hp will be produced. For this reason, you should crimp wire lugs onto the ends of the wires before connecting them to the receptacle. This approach usually works very well since.
230 volt motors are designed to run on 240.
A 240 volt heater can be run off of 208 but the wattage will be reduced.for example if the heater is 5000 watts at 208 volts, the current is i = w/e 5000/208 = 24 amps. I look at 240 or 480 volt systems as industrial in that the are often delta connected systems. If the service was a pure 208 volts, at a minimum, then the motor would work.
But bear in mind the 208v supply will have tolerance limits and if you are at the lower end of that limit the 230v motor would have to cope with very significant undervoltage. Design of the 208v motor should be rated for +10% in voltage which puts you at 229v, but if your rpc is running at 245v out, your a little further than the range +10% overheat could be possible, coupled with extra heat from not perfectly balanced voltages from the rpc. When this approach is taken, the motor manufacturer is essentially saying that this motor can be successfully operated on voltages as low as 208 minus 10% or 187 volts. For years 230 volt motors were run on 208 volts. Good morning friends i checked the specified voltages against the listing of available voltages indicated in a u. Machine manufacturers were well aware that 208 volts 3 phase was far more common than 240 volts 3 phase and sized their motors accordingly. If the service continually drops below 207 volts then the motor draws more amps, overheats and fails. 460 volt motors are designed to run on 480 208/230 volt motors are designed for use with 208 or 240 volt supplies. The actual voltage you should find in a. The maximum current allowed is 5.1 amps (or 10.2 @ 2:1) i see this type of amp rating on 230/200 volt and 230/208 volt rated motors quite a bit, scotty. A 240 volt heater can be run off of 208 but the wattage will be reduced.for example if the heater is 5000 watts at 208 volts, the current is i = w/e 5000/208 = 24 amps. For this reason, you should crimp wire lugs onto the ends of the wires before connecting them to the receptacle. It's used in some 3 phase deployments. The range for a 230 volt motor is 207 to 253 volts. If it isn't running close to its maximum rating, you might get away with it on 208v. The only one different in the list is 208v. Operating a motor rated at 230 vac on 208 vac will cause the motor to operate at a higher temperature and slightly less hp will be produced. The vast majority of 230/460 motors are rated for operation on 208 systems at full rated hp, but often with reduced service factor and a different (not always higher) amp rating. 208 three phase is a why (y) system that is you have a neutral at ground potential. This approach usually works very well since. Likewise, can i use 208v instead of 240v?
This approach usually works very well since.
When this approach is taken, the motor manufacturer is essentially saying that this motor can be successfully operated on voltages as low as 208 minus 10% or 187 volts. For years 230 volt motors were run on 208 volts. The actual voltage you should find in a.
If it isn't running close to its maximum rating, you might get away with it on 208v. 208v is *not* the same as 240v. This approach usually works very well since. 460 volt motors are designed to run on 480 208/230 volt motors are designed for use with 208 or 240 volt supplies. The maximum current allowed is 5.1 amps (or 10.2 @ 2:1) i see this type of amp rating on 230/200 volt and 230/208 volt rated motors quite a bit, scotty. The motor is slightly oversized on 230/460 volt service. A 240 volt heater can be run off of 208 but the wattage will be reduced.for example if the heater is 5000 watts at 208 volts, the current is i = w/e 5000/208 = 24 amps. It will run, but how hot it may get are depend on many factors, specific to each situation. For years 230 volt motors were run on 208 volts. In recent years there has been a trend to closer sizing and 200 volt rated motors are now commonly used on 208 volt systems. 208 three phase is a why (y) system that is you have a neutral at ground potential. The actual voltage you should find in a. Operating a motor rated at 230 vac on 208 vac will cause the motor to operate at a higher temperature and slightly less hp will be produced. Connecting two hots gives you 208 volt single phase. If the service was a pure 208 volts, at a minimum, then the motor would work. 120/240, 110/220, and 115/230 volt equipment must not be connected to a circuit with 208 in its designation unless you have insider information that it will work that way. The only one different in the list is 208v. 230 volt and 230/208 volt equipment will work perfectly well on 240 volts. But bear in mind the 208v supply will have tolerance limits and if you are at the lower end of that limit the 230v motor would have to cope with very significant undervoltage. Design of the 208v motor should be rated for +10% in voltage which puts you at 229v, but if your rpc is running at 245v out, your a little further than the range +10% overheat could be possible, coupled with extra heat from not perfectly balanced voltages from the rpc. The vast majority of 230/460 motors are rated for operation on 208 systems at full rated hp, but often with reduced service factor and a different (not always higher) amp rating.
I've connected tons of 230/460 motors to 208 systems, and i can't remember having trouble with any of them.
220, 230, 240, & 250 are all collectively (and in a sense erroneously) used to describe 240. That will heat the power source up and reduce the percentage of on time. 208 three phase is a why (y) system that is you have a neutral at ground potential.
In this case, the 380 v, 50 hz rating will be on the same connections as the 440 v, 60 hz rating. Design of the 208v motor should be rated for +10% in voltage which puts you at 229v, but if your rpc is running at 245v out, your a little further than the range +10% overheat could be possible, coupled with extra heat from not perfectly balanced voltages from the rpc. For this reason, you should crimp wire lugs onto the ends of the wires before connecting them to the receptacle. The only one different in the list is 208v. Good morning friends i checked the specified voltages against the listing of available voltages indicated in a u. Machine manufacturers were well aware that 208 volts 3 phase was far more common than 240 volts 3 phase and sized their motors accordingly. If the service continually drops below 207 volts then the motor draws more amps, overheats and fails. 208 three phase is a why (y) system that is you have a neutral at ground potential. In recent years there has been a trend to closer sizing and 200 volt rated motors are now commonly used on 208 volt systems. Likewise, can i use 208v instead of 240v? But bear in mind the 208v supply will have tolerance limits and if you are at the lower end of that limit the 230v motor would have to cope with very significant undervoltage. It’s the square root of 3 times 120 in a wye configuration. If the service was a pure 208 volts, at a minimum, then the motor would work. 230 volt motors are designed to run on 240. For years 230 volt motors were run on 208 volts. The vast majority of 230/460 motors are rated for operation on 208 systems at full rated hp, but often with reduced service factor and a different (not always higher) amp rating. It will run, but how hot it may get are depend on many factors, specific to each situation. The motor is slightly oversized on 230/460 volt service. Think of a 208 voltage 3 phase system as a compatibility approach so that you can have the standard 120 vac to ground. The purpose of a 208 volt wye three phase setup is to give you 120 volt single phase when connect any hot leg to neutral. Connecting two hots gives you 208 volt single phase.
Machine manufacturers were well aware that 208 volts 3 phase was far more common than 240 volts 3 phase and sized their motors accordingly.
120/240, 110/220, and 115/230 volt equipment must not be connected to a circuit with 208 in its designation unless you have insider information that it will work that way.
Likewise, can i use 208v instead of 240v? A 240 volt heater can be run off of 208 but the wattage will be reduced.for example if the heater is 5000 watts at 208 volts, the current is i = w/e 5000/208 = 24 amps. The motor is slightly oversized on 230/460 volt service. But bear in mind the 208v supply will have tolerance limits and if you are at the lower end of that limit the 230v motor would have to cope with very significant undervoltage. The purpose of a 208 volt wye three phase setup is to give you 120 volt single phase when connect any hot leg to neutral. It’s the square root of 3 times 120 in a wye configuration. 460 volt motors are designed to run on 480 208/230 volt motors are designed for use with 208 or 240 volt supplies. In recent years there has been a trend to closer sizing and 200 volt rated motors are now commonly used on 208 volt systems. I've connected tons of 230/460 motors to 208 systems, and i can't remember having trouble with any of them. For years 230 volt motors were run on 208 volts. Good morning friends i checked the specified voltages against the listing of available voltages indicated in a u. The actual voltage you should find in a. For this reason, you should crimp wire lugs onto the ends of the wires before connecting them to the receptacle. Connecting two hots gives you 208 volt single phase. When this approach is taken, the motor manufacturer is essentially saying that this motor can be successfully operated on voltages as low as 208 minus 10% or 187 volts. It will run, but how hot it may get are depend on many factors, specific to each situation. Department of commerce booklet, electric current abroad: If the service was a pure 208 volts, at a minimum, then the motor would work. Operating a motor rated at 230 vac on 208 vac will cause the motor to operate at a higher temperature and slightly less hp will be produced. 208v is *not* the same as 240v. In this case, the 380 v, 50 hz rating will be on the same connections as the 440 v, 60 hz rating.