Siemens ILE0001 Series Motor

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Siemens ILE0001 Series Motor

Q: I have a 1/2 hp ac motor connected to a gear box it slows down when I put a paste product in a mill that I am using to produce some pellets, just want to know if I would be better off with a dc motor for more torque?: Change it into a series motor that can take either AC or DC. Series motor provides maximum torque compare to other type of moter.

Q: I know over spinning most AC motors will turn them into AC generators. Is the same true of shaded pole motors?: Yes, it's an induction machine.

Q: How Do I combine several AC fans, that I removed from old microwaves together to generate more electricity? can I simply wire the alike wires together? my other question is other than using a multimeter is there something I can purchase that will tell me how much voltage is currently being made, and lastly is it as simple as wiring an outlet into these fans to plug into?: I imagine your AC fans have inductive motors, that is, the windings in the stationary part of the motor induce a voltage in the rotating part to give it it a magnetic field to push against and cause the rotation. You cannot use these motors as generators as is, you can rotate them all day long and they will not produce voltage. If you did have motors that could be turned into generators, you would need a voltage controller to make sure the output voltage stayed at the voltage of what you plug into, otherwise, you will have motors! Even big power company generators have protection to prevent this called anti-motoring circuits.

Q: I have just received a Hurricane 2 horsepower electric motor. It was used as a pump for a pool. Is there any way i can re wrap this motor and make it run on either 24 or 36 volts DC?: Rather than rewind the motor, it may be simpler to use a DC to AC inverter. Try and size the inverter to the motor and expected load - as bigger is not better - it's wasteful.

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 ?: Won't happen. If you double the voltage into a motor, you will double (at least) the current. And the speed will go up, as will the torque. Unless this is about two different motors, but you don't state that, you specifically only mention one motor.

Q: Relation of voltage, speed, voltage and torque of single phase AC motor: The speed and frequency are the same, because the supply voltage is constant, the frequency of the change, the result of direct reaction is the same speed change, frequency increase, speed also increased, it minus the other also reduced.On voltage analysis, look at these formulas.Motor stator voltage: U = E + I * R (I is current, R is electronic resistance, and E is inductive potential);And E = k * f * X (k: constant, f: frequency, X: flux);For asynchronous machines, T=K * I * X (K: constant, I: current, X: flux);It is easy to see that the frequency of F changes, is also accompanied by the change of E, voltage of the stator should also change, frequency control methods commonly used in fact is that, when the frequency changes, the inverter output voltage, also is the increase in voltage at both ends of the stator is changed, is proportional to the this is the ratio of frequency conversion constant V/f. Analysis of the three equations can also be used in front of the same results can be obtained.

Q: Can someone explain how or direct me to informtion regarding the power signatures of AC motors (pumps) responds as load (head) increases? I have a pump in my aquarium that is rated at 120watts, but installed with the plumbing it only draws about 55 watts (measured with a kill-a-watt device). This surprised me, but apparently it shouldnt. Any details would be great, but i'd really love the technical side/equations. Thanks!!: your kill-a-watt-device is designed to measure the direct power consumption as is in an electrical circuit. This works great for lamps and heaters. now since you have a pump in your circuit you need to consider that this is an inductive device. Such devices cause a phase shift between voltage and current in your circuit which gives you messed up readings. the other extreme would be a highly capacitive device.

Q: Specifically for a single phase AC induction motor...I'm having trouble wrapping my head around the concept of an overloaded motor drawing more current. Since current draw increases when electrical resistance decreases, then how does a motor with bad bearings increase current draw? I realize the motor needs to do a lot more work, but how does the extra mechanical resistance caused by bad bearings translate into a decrease in electrical resistance, which causes higher current draw? Is there a power equation factor here that I'm not taking into consideration?: Hello Sanchez, When electrical energy is given to any motor, the mechanical output is always less than desired. This is because there are always some windage and frictional losses. You will understand from the following description: Motor input in stator can be divided into Stator Copper Iron losses and Rotor input. The rotor input can be further divided into Rotor Copper loss and Mechanical Power developed or Gross Rotor output. This Gross rotor output can be divided into Windage and friction loss and Rotor output or motor output. So in your case, even though the motor electrical resistance is not varying, but due to bad bearings, the windage and friction loss increases tremendously, leading to heating of motor. Since induction motor rotates at high speed, these losses will be very high, will lead to burning of motor, if the bearings are not replaced quickly.

Q: Heater &AC blower motor will not work in 2000grandam se? Already replaced blower and resistor.Still nothing?: Check the power supply... Check fuse relay Check for power through the on/off switch Check for proper grounding That's all that's left... provided the new motor is good. - Good Luck!

Q: I'm writing a report and i just don't under stand so can anyone explain this as simple as possible.: In general, motors have two parts, a static part and a rotating part. Each part produces a magnetic field. AC motors use the sinusoidally varying nature of the AC power supply to create a magnetic field that rotates at the supply frequency, even tho the windings themselves are static. This makes the moving part rotate. DC motors have some introduced means to reverse the magnetic field in one of its parts. For a DC motor, this might be done with brushes, where the rotating part reverses some connections, based on its position. It could also be achieved by electronic means, where the current in one part is reversed by electronic switching. In either case, it is not an AC motor because the supply is still DC and the switching frequency is not related to a supply frequency

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