Siemens AC High Low Voltage Motor ILE0001 Series

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part namebrandmodelVoltageprotectioncooling
motorSiemens1LA81PQ8400V,690V,2.3KV,4.16KV,6KVIP55IC411 (1LA8,1LA4)
IC416 (1PQ8,1PQ4)

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Q:The difference between three-phase AC synchronous motor and three-phase AC asynchronous motor
Synchronous machines are mostly used in large generators, while induction motors are almost exclusively used in motorsSynchronous motor can be flexibly adjusted by excitation power factor; power factor of asynchronous motor is not adjustable, so in some large factories, induction motor is applied more, can add a synchronous motor with adjustable camera, used to regulate power factor and power factory interface. However, due to the synchronous motor with high cost and maintenance workload now, generally by the capacitance compensation of the power factor.Because synchronous machine excitation winding and slip rings, the operator needs to have a higher level of excitation control, in addition, maintenance free and asynchronous machine, maintenance workload is bigger; so, as a motor, now mostly choose the asynchronous motor.
Q:How can the electricity of household electricity be connected to the three wire motor?
The three lines of the brushless DC motor are equivalent to the U, V and W three phase lines of the AC motor, which are respectively connected with the three phase line of the drive;If the current of the motor after the connection is large, vibration and abnormal rotation, then the order of the three wires in turn until the motor is running properly;One of the switched States turns the motor clockwise, the other turns the motor counter clockwise, and the other state of the motor does not function properly.
Q:wat vil happen if ac supply is given to dc shunt motor?
If the field winding is connected in series with the armature winding, the motor is like a universal motor and will probably operate normally. If the field winding is connected in parallel with the armature, the motor will not run, but will draw current, make noise and get hot. Edit 1 Shunt wound DC motors are not suitable for AC operation because the difference in inductance between the armature and the field causes a relative phase shift between the armature current and the field current. For a DC motor to operate with AC current, the armature and field currents must reverse at exactly the same time, as they do when the windings are connected in series. For reasonably good performance, the cores need to be laminated and the brush position needs to be set to 90 degrees.
Q:120v Blender motor fun?
For an insane answer, yes you can do all that. The problem is the operating voltage of 120 VAC. If you don't mind a tether/ extension cord. Some AC motors can run on batteries, but the batteries would be fairly heavy. You will need a gear box to slow down the motor, either to operate a propeller on a boat or to drive wheels or a set of tank tracks on a vehicle. Possibly some remote control stuff off of an old RC toy could be added. This a great idea to give you practical experience modifying something into something else. A great Gadget freak idea, and yes I are one myself. You will have a lot of fun, provided you don't burn out before the completion of the project. I would stay away from the boat idea unless you are using batteries for the power source. 120 VAC with an extension cord and water is a big no no. Edit: Four days after answering. As to how to accomplish that, I can not explain that process here. Without all of the possible pieces in front of me, no real answer can be given. You might ask some of your friends for suggestions. Not knowing your age, maybe some teachers or adult friends could help and/ or give you some idea of where to start. Wingman
Q:slowing down an ac electric motor?
PWM? Can you send pulses to the motor (pulse width modulation) as oppsed to direct current the whole time? By controlling the pulse you can vary the speed. Otherwise you could add some big resistors to drop the voltage, but make sure they are rated for enough power (I*V - depending on your current) so they don't burn out.
Q:electric motors what are they??? ?
AC motors which usually range from 110v to 4160 volts and higher are used for tones of jobs...from pumping..grinders..moving machinery..moving roller racks...producing electricity...etc..they also come in multiple speeds...also used for gear reducers....there are single phase....three phase...slip ring motors...variable speed motors...variable HP motors...repulsion induction motors..brake motors..and on and on DC..they are also used for varies drive motors...shunt wound and compound drive various machines that require various speeds...they can also be used to produce DC generators..again i can go on and on i spent 35 yrs repairing and rewinding both AC and DC motors..i could wqrite you a small book on electric motors
Q:How do you add add ac power from a wall socket to power a hobby servo motor?
This Servo Motor runs at 4.8-7.4 Volts DC, and uses between 0.35 and 4.5 Amps (!) of current depends on load (0.35 = no load, 4.5 Amp = stall). So you COULD run it with a standard off-the-shelf 6VDC 3 A brick power supply. - BUT - As far as I know, this servo motor is meant for pulse width modulation type of remote control receivers, and as such, you wouldn't just put plain DC on it, but run it with the intended 1.5 milliseconds pulses. But you probably know that... C. Anderson: Thanks for clarifying this.
Q:How are electric generators and motors not similar?
Depends on what type of motor you are referring to. If you are referring to an AC motor or generator, a synchronous motor and a generator are essentially identical in physical construction, with the only difference being how you use them. Other types of motors will not be. An induction motor, for example, offers no way to excite the field if you were to use it as a generator because there is no connection point to the squirrel cage windings in the induction motor. A servo motor would be possible, but you would not be able to control the voltage if you used it as a generator because the field flux is fixed. A DC motor and generator may be identical if the DC motor has a stator winding. But if the stator is a permanent magnet, as stated before, the field is fixed, and there would be no method of controlling voltage.
Q:why do universal motors work on ac and dc?
Any motor needs two (one stationary and one rotating) magnetic fields that interact to produce the torque. In a universal motor both magnetic fields are produced by the same current passing through both the field coils and the armature coils, in series. Since attraction does not depend on what the poles are, but only that they are different (N and S or S and N) and repulsion depends not on what the poles are, but only that they are the same (N and N or S and S). So regardless of which way the current flows, both the stationary and rotating poles reverse simultaneously, so opposites are not changed to sames and vice versa. So the direction of the torque is independent of the common current direction. -- Regards, John Popelish
Q:How do ac motors work? Do they convert ac to dc then through coils?
NO, AC motor runs on AC power directly. See this.......

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