25 amps and it should be run through a contactor and motor over load set,you should set the over load to 5% above the motors full load current.And not your breaker should be a d curve type with 6ka rating.
from the wall it could be 115v ac, or in non American countries that use it 230v ac. internal voltages range from 12v dc, 5v dc, 3.3v dc.
There was a 440 Volt Rating. Voltage ratings of the past gave way to higher levels to allow larger power dissipation from the same wire size. In home use 110 Volts gave way to 115 Volts and that gave way to the 120 Volts of current use. Higher voltages also increased in turn as 110V associated with 220 and 440 Volts, became 115V associated with 230 and 460 Volts, and today we have 120V associated with 240 and 480 Volts.
The tuners are not compatible but other inputs to the television are likely to be compatible. You will need to check that the television can operate on 115V. Hong Kong uses 230V. The information panel on the rear of the television will say what voltages it requires.Also, check that the television is capable of handling NTSC / 60Hz signals. Hong Kong is a PAL / 50Hz region so you will need to confirm that the television will accept North American content.If the voltage ad video capabilities are compatible, the television will work with satellite or cable receivers and terrestrial digital tuners as well as DVD and BluRay players.
Its been a while since ive brushed up on my electricity knowledge, but im fairly certain that breaker capacities are based on amps. I think you would have to know the amperage of the motor before you were able to conclude what size you need.
The 230v breaker is 2-pole, The 115v is only single-pole so YES you need a new breaker. DON'T use 2 single-pole breakers instead. The well pump will run to the pressure setting of the pressure switch controlling it, regardless of HP. The difference might be in the size of the pump in flow rating, I.E. a 1/2 HP pump rated at 10gpm @ 70 psi won't perform the same as a 3/4 HP pump rated at 20 gpm @ 50 psi. Check the pump curve and pressure switch setting. The pressure switch for the new pump will need both power leads connected to the switch (1 lead per contact set), not 1 wire as the 115v motor was.
Yes. Get a volt meter and check the power at the timer. It sounds like you have a switchless motor with a bad run capacitor and a week breaker. That's about a $20 fix.Check power on line 1 line 2 with the meter set at around 500 volts a/c- you should get 230 or so, most pumps are 230 volt. Another thing- if it has a skinny breaker, 115v if it's a wide breaker, 230v.Step 2 Take the motor to a qualified repairman, as they will usually test it for free.If you are uncomfortable with your lack of electrical experience, make step 2 your step 1.
To calculate the amp draw of a device you need to use one of the following three formula. I = W/E, I = E/R, I =√W/R. Once the amperage of the circuit is found then the size of the breaker can be established.
2 HP, A-C Single phase, 115/230 volt motor. And you wish to operate it on 115V. First the circuit size would need to be a min. of 30amp/ #10wire.... Being a Gould is this a pump/motor? I ask because single phase pump motor are not reversible, so they have less leads to connect..Is the motor thermaly protected (check name plate) Again less leads to connect if not therm-protected. How many lead motor is it, and what are the leads #. If it is 4 leads and # t1,t2,t3,t4 connect line1 to t1 and t3 connect line2 to t2 and t4. Let me know what the # are and how many leads their are.. I would not operate a motor that large on 115V, (1HP is about max on 115V)
T430.247 of the NEC shows that a 1 hp motor operating at full load on 115v will draw 16 amps, called Full Load Current (FLC). Conductors supplying this motor are required to be 125% of FLC which is 20 amps. Motor circuits are complicated things and do not follow the rules of other circuits. This motor, while drawing a maximum of 16 amps at full load and supplied with #12 AWG copper conductors can be protected by a breaker of 40 amps.
If I understand your question correctly, your indoor fan motor is the one not running. If that is the case, the gurgling sound you are hearing is the refrigerant being pumped into the indoor coil. You need a new motor. If this is a gas furnace, you need a 115V motor; if it is a heatpump, you need a 230V motor.
I'm looking for a replacement motor for Emerson k55hxjbr-8989 1/8
there is no limit look at your circuit breaker it will say example my single pole breakers are 20 amps which according to OHM's law says that is equal to a maximum of 2300 watts (Voltage X Current = Power)
Yes.
In the U.S. you should be using 110-115V.
no