Siemens ILE0001 Series Motor

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Siemens ILE0001 Series Motor

Q: There seems to be some controversy over whether or not the voltage that goes into a brushless motor from a ESC unit is DC or AC. But that isn't my problem, the purchasing of a ESC unit makes my project work. What is the output voltage of a brushless motor classified as? and I am aware that more than two leads can come off of one of these motors, how does that effect the output?: A okorder /vol_2/ch... They are basically permenant magnet synchronous machines: the stator has polyphase windings (for example, it may be 3 phase), and the rotor is a permenant magnet magnetised with the same number of poles as the stator is wound with (usually) This tells you also why there can be more than 2 leads: a two phase motor might have 3 or 4 leads, a 3 phase motor might have 3 or 6 leads.

Q: I'm a web developer, I have this project right now involving a search engine for motors I want to know parameters, so far these are what I have:ac/dcphase (redundant? eg. 3phase = ac ?) voltagerpmtorqueefficiency It's like this, a person designing a building might need motors for aspects such as ventilators, elevators, motors that open the elevator door, etc... So if you were looking for motors what are you interested in? I'm also not sure what the power output units are... for example one page for single phase said 0.08, is that... I don't know what is 1? A horse power? Ahh it is horse power, I found this line of specs here for an example motor .08HP,1725RPM,1PH,60HZ,42,3310L,TEFC,F1and the number 42, what is that for?: PS Note that there are standard no-load RPM ratings, but the full-load ratings on the nameplate are anywhere from 1 to 5% less than the no-load speeds and rarely more than 5% less. For 60 Hz the no-load speeds are 3600, 1800, 1200 and 900 RPM and rarely some values less than that. There are standard horsepower values like 1/4, 1/2, 3/4, 1, 1-1/2, 2, 3, 5, 7-1/2, 10 15, 20, 25, 30, 40, 50, 60, 75, 100, 125, 150, 200 and so on.

Q: The difference and advantage between DC motor and AC motor: DC motor：Advantages: 1., you can achieve a smooth and economical speed adjustment;2. does not require the coordination of other equipment, as long as the input or excitation voltage, current

Q: I used to understand this stuff pretty good, now I can only remember enough to be dangerous. Basically, I have a motor turning at about 340 RPM. It pulls 8 amps at 110 VAC. I want to incorperate a resistor into the circuit to reduce the speed by half (at least), so I know I have to reduce the POWER to the motor (currently 880 watts), but here where I get confused. If I throw in a resistor, will it just pull more amps, or will it slow it down proportionately? I'm stuck trying to re-teach myself ohm's law. So if R=V/I, then in my case R= 110/8 = 13.75so does that mean I already have 13.75 ohms of resistance, or that's how much I need to reduce the voltage to 0?Could someone walk me through this and help me calculate how much resistance I would need to reduce the speed by half? I sould mention it's a reversable motor with a capacator (if that matters, I don't know).: I'd like to know where you think you're going to find an 8 amp resistor to begin with.

Q: The working principle of AC motor!: The prerequisite of the three-phase asynchronous motor to rotate is to have a rotating magnetic field, and the stator winding of the three-phase asynchronous motor is used to generate a rotating magnetic field. As we know, but the voltage phase power phase between the difference of 120 degrees in phase three, a stator winding of the three-phase induction motor in the spatial direction is 120 degrees, so when in the stator windings in three-phase power, the stator winding will produce a rotating magnetic field, as shown in Figure 1 in the process of its generation. The graph is divided into four moments to describe the generation of the rotating magnetic field. In each period of the current, the rotating magnetic field rotates in space for a week, i.e., the rotation speed of the rotating magnetic field is synchronous with the change of the current. The rotation speed of rotating magnetic field is: n=60f/P, f is power frequency, P is magnetic pole, logarithm and N unit is: revolutions per minute. According to this formula, we know that the speed of the motor is related to the number of poles and the frequency of the power supply. To this end, there are two ways to control the speed of the alternating current motor: 1, change the magnetic pole method; 2, frequency conversion method. In the past, the first method was used, and now the variable speed control of AC motor is realized by frequency conversion technology.

Q: I have a single phase AC motor of 1440 rpm that i can reduce upto 20rpm by gear arrangement pl help me by saying gear sizes.................: * I presume that you do not want to procure standard Reduction gear box which are normally available in engineering market.Are available in various reduction ratios. * If you intend to built your own reduction gear box then I would suggest to use Worm and Worm gear. You will have to do calculation for determining dimensions, number of teeths, pitch of thread in worm etc Midhat Luqman

Q: I want to bypass having to get 4 deep cycle batteries for my project. I need to power 2 24v 200w motors. I was considering a 2 cycle 1000w generator. I know I need an AC to DC converter, but what kind would I need in terms of stats. (Watts, volts and amps) would it just be better to go with the deep cycles?: If you used a standard 1000 W generator that put out 120 VAC, you would need two transformers with a primary of 120 VAC and a secondary of 24 VAC 10 amps - one for each of the motors. In addition to the transformers, you would also need two bridge rectifier modules (one for each). Good rating to look for would be 100 PIV 30 amp. The 30 amps is because motors tend to draw high start up currents.

Q: The direction of alternating current keeps changing. How about the direction of AC motor?: Three-phase motor to change the phase sequence (any two-phase electrical connection ~ ~ ~ ~ swap position)One way motor changes the direction of main winding or secondary winding in the direction of fire

Q: i need to assemble a 555 ic working at 10v dc and a motor working at 230v ac.. is this possible?: yes...i think its possible

Q: Is it possible to add a speed control to this electric fan ? If so I will appreciate any quot; linkquot; with information of the kind of controller I may need. I need it running at variable speeds.: Because it is a AC motor you will need a one phase inverter! Just google for one phase inverters and see one that fit with the power and voltage of your fan!!! good luck!!!

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