Siemens ILE0001 Series Motor
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- Q: if there is a 1 kwh DC motor , can it works by using 1 kwh AC generator connected with converter or not?
- Each of the 3 units has some losses, so the DC motor can only work with light loads.
- Q: motor control
- Electrical drives are electrical motor controls that control motor speed. For many years, most electrical drives used DC motors, but AC motor drives have now become the dominant type. The most common AC motor speed controls are variable frequency drives (VFDs) that control the speed of 3-phase induction motors. In the most common type of VFD, mains power is rectified to provide DC power. The DC power is then converted to 3-phase AC power using electronic switching circuits in an inverter configuration. The inverter controls both the frequency and the voltage supplied to the motor using pulse width modulation to control the voltage. The voltage supplied to the motor must be proportional to the frequency. To operate at half of normal speed, the motor must receive half of the mains frequency and half of the mains voltage. The motor can produce its full rated torque at reduced speed, but the power is reduced because power is proportional to torque multiplied by speed. Electrical drives are electronic power conversion devices. The electronic circuits operate at 3-phase mains voltage and carry the full motor current. Thus their power rating is the same as the motor power rating. Their efficiency is typically 95% to 98%, but that means they must dissipate 2% to 3% of the motor power as heat which can be quite a lot of heat.
- Q: can u provide me the general equation for servo motor? thanks
- If you are using a DC motor, it will be shunt or compound, not series wound, because you have to have a fine control of the rpm. Any motor can be converted into a servo motor with a positioning control system. AC motors can also be used. Wound rotor induction motors are the best, because they allow good speed control. For low power applications, such as printers and disk drives, stepper motors are used, which allow very precise position control by counting steps. There is no general equation for a servo motor. Perhaps you are looking for the transfer function of a motor, which normally is first order, with a time constant proportional to the mechanical inertia. rpm(s) / power_in(s) = 1 / (1 + s T) s : Laplace operator T = inertia time constant Inductance time constants are usually neglected. .
- Q: I have a drill motor i was fooling around with and was wondering if i can use it as a generator? I thought maybe a wind generator. Its an AC motor and is magnetic. Were it has a lot of red wires and smooth steel were another piece can spin. Please let me know if i can and the best way to do it........Remember..................drill motor...AC motor...magnetic. Thanks in advance for your answers.
- No. A drill motor is a series wound motor. That is, it has no permanent magnets; the stator magnets are actually electromagnets, and they are arranged in series (via brushes and commutator) with the armature, thus: phase --- stator winding --- armature --- stator winding --- neutral If the supply current is reversed, both the stator and armature magnetic fields will reverse together; so the motor will continue to turn in the same direction irrespective of current flow. This means that a series wound motor can run on AC or DC; and unlike any other kind of AC motor, it is not affected by the frequency of the AC supply. (The reversing switch works by swapping over just the connections to the brushes, and hence the armature; so now the armature will turn in the opposite direction.) The magnetic attraction and repulsion are strongest when the motor is at rest, hence this type of motor is preferred where starting torque is essential. If you still wanted to use it as a generator, you would have to modify the wiring rather severely (to disconnect the armature and stator circuits) and you would need to supply an external excitation current to one set of windings. Finally, the voltage you would get out of it would depend on speed and excitation supply; it wouldn't just be equal to the intended supply voltage, especially after you've mucked about with it.
- Q: I work with electricity frequently enough and I have a motor that I want to use as a generator/alternator. Its a universal motor so it can be run on AC or DC. Currently I can't find my multimeter and I am having problems finding a answer through searching. So I need to know, when I spin a universal motor am I creating alternating current that I will need to add a rectifier to so I can run a DC component...or am I creating DC? I ask because I have a motorized bike and I just found a sprocket drive motor and I want to use it as a dynamo for lighting, and I want to rig it to DC battery storage as well. Or if you have ideas for circuitry on my specific project that would be even better!
- Hi A universal motor is most often a series connected DC motor. therefore it will generate DC voltage. You might attempt to rewire it as a shunt generator which will give you a more consistant output voltage. Series generators have highly variable output voltage depending on load. It would be difficult to get it to work against the battery voltage so it will begin generating. You will have to install one diode between the generator and the battery otherwise the battery will discharge through the generator when your bike is stationary. Good luck.
- Q: Why should a single-phase AC motor start with a capacitor?
- The single-phase AC motor and capacitor are used to build the rotating magnetic field in order to make the motor run with the advantage of the current advance characteristic of the capacitor.
- Q: So, my old blower motor started smoking, and sparking, I took it in, and bought a new one, the guy also sold me a new capacator with it, and hooked it up for me... BUT I'm confused which wires go where. I took pictures..
- A wiring diagram for the unit would help. I can't tell from the picture. But if you attach both brown wires to the capacitor, the black wire to the same terminal on the relay and the white wire to the contactor (large relay in the center with the two thick wires) line side that is the opposite phase of relay terminal the black wire is attached to the motor should run. If the white wire is on the same phase of the black wire, it will not run. You need that 180 deg phase difference between the two.
- Q: AC motor
- Synchronous okorder /
- Q: What is AC motor?
- The torque of the single-phase motor is pulsating, and the noise is relatively large, but the required power supply is relatively simple, especially in the family. Therefore, small household motor and instrument motors are mostly single-phase motors.
- Q: Can i convert it to batterry if i can't find a motor and what size battery operated motor should i buy
- You should be able to find a replacement AC motor (110V, 60 Hz for use in the US) at an electrical supply store, a clock shop, a hobby supply shop, or on-line. You could even go to a major retailer like Walmart and just get a regular (cheap) AC-operated mantle clock or something similar, and then use the guts of that to replace the defective one in your grandfather clock. Make sure the old grandfather clock hands fit on the new movement, or just replace the hands when you replace the movement. As far as using a DC (battery operated) movement goes, certainly you can do that. Again, go to a hobby supply store or a major retailer and buy a battery-operated clock. Remove the DC motorized movement and put it in your grandfather clock. The required battery size is specified by the movement itself. Typically a medium to large DC clock movement requires one AA or C battery, although some movements may require 2 each AA batteries or even a special battery, such as a Type N. Either way (replacing the AC motor with another similar type AC motor, or replacing the whole AC movement with a DC one), you should be fine.
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Siemens ILE0001 Series Motor
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- -
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Quality Product, Order Online Tracking, Timely Delivery
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