Q:Will the motor work fine?Not work at all? Work but not efficiently?

No an AC motor will not work on DC voltage. AC motors are designed to use the alternations of the current to produce torque and there by creating rotating movement. They do have special application motors that will work with both

Q:hi guys asked something relating to an ac/ blower motor on another website i was wondering if you guys can check it out and give me answer:here is the link to the other

So if I understand correctly you didn't have the time to ask your question here so you want is to spend our time going to another website to read it? Good luck!

Q:It is possible AC motor run on DC supply.What can i do to run a AC motor on DC Supply

It depends what type of AC motor you have. There is one type called a universal motor which can be run on either AC or DC. You just have to get the voltage level right for whichever case. They have commutators and are commonly used in vacuum cleaners and electric drills.

Q:How would I wire the AC cord just hot to hot and ground to ground like usual? Would this just vary the voltage or regulate speed by PWM? It's really just for testing something, so I need something cheap and accessible that will do the job, since they sell these down the street at Harbor Freight...

I don't think this will work at all for a DC motor. This type of speed control is meant for universal AC motors. To get good speed control of a DC motor you need a PWM (pulse width modulation) type of control. You can just vary the DC voltage applied to the motor but this can cause jumps in the motor speed if it has much of a load on it. One way is to get a variable 12 VDC power supply. Another option is to look into the speed controls for model train sets. They may work for you. Ask the sales person if they provide AC or DC and at what range.

Q:AC servo motor why drive?

Ordinary AC motor speed is 1400 rpm, why is 1400, because the average power is 220V, 50Hz, which is 50 times per second transformation phase, and the motor is usually 4, which is two times the phase transformation of a turn, coupled with the general AC motor is not synchronous, asynchronous communication the motor, so a little slower than the theoretical speed of 50/2*60=1500, so it is usually about 1400. Thus, the speed of the motor can be changed by changing the frequency of the power supply. A controller corresponding to an ordinary motor is called a frequency converter.

Q:I am using a single phase ac electric motor (115 V, 60 Hz), and I need to calibrate the speed with some other equipment. What can I use to vary the output slightly around the max?According to the specs, it is only a 1.6 amp motor at max draw. For this reason, I am concerned about using a router speed control because the high resistance may just turn it off and on.Thanks a lot for your help!

See www.me.ua.edu/me360/spring05/Note...

Q:What will happen when we give more voltage but same power into an AC motor ?Can we calculate the RPM and TORQUE that the 1Kw AC motor will produce when we give it ( input ) :1. 200 VAC 5.0 Ampere2. 400 VAC 2.5 AmpereWhich input will make the faster RPM ?Which input will make the stronger TORQUE ?

The most commonly used AC motors are induction or synchronous motors. Their speed is determined by the frequency of the supply and not by the voltage. If 200 VAC is the motor's rated voltage, then doubling the voltage to 400 would theoretically mean that the current needed to supply the load torque is reduced to half. So (in an elementary consideration) nothing would happen to speed but current would be halved and power would be the same. it is anyway the load which basically determines the power required - i.e. you don't give the power in, it is the load which draws it from the source via the motor. In practice however the above would not work. The doubled voltage would need to double the flux in the motor to generate a back-emf. It could not do this because the magnetic circuit would run severely into saturation. You would get some reduction in the current needed to supply the load but a large increase in magnetising current. Windings and core would overheat quite fast and fairly soon you'd burn out the motor due to insulation failure. The insulation design would be based on 200V and a certain temperature limit (say 130 C). At double voltage and under overheating it would not hold out long. If it held long enough, then the core (at high saturation) would eventually burn out.

Q:Can a function generator be used with ac/dc motor to increase or decrease its frequency?

I doubt it. The only function generators I have come across have very minimal power output.

Q:I just asked a question about generating electricity from an AC motor and someone told me to quot;energize the windingsquot;. Can someone tell me what that is?

The 'windings' are the coils of insulated copper wire. They are only 'energized' during operation of the device (either as a motor, or as a generator). If the device is operating as a motor, a voltage difference across the wire pushes current through it. The flowing electric charge creates a magnetic field, which pushes on the permanent magnets, spinning the shaft. If the device is operating as a generator, the permanent magnets on the spinning shaft create a changing magnetic field which induces a voltage in the coils of wire. This voltage can then be utilized to run other devices.