Siemens ILE0001 Series Motor

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Siemens ILE0001 Series Motor

Q: Isn't the starting winding symmetrical? If it's symmetrical, it's also an alternating pulsating magnetic field, how can you drive the rotor?: 1. did not start winding, the rotor twist of the hand is because you can start to a rotating direction of the rotor, so that the main winding can rotate in a direction that, as long as you manually start after the rotor can not stop, because the main winding rotor will provide energy.2. the starting winding is symmetric, also accounted for 1/2 circle, starting winding due to capacitor phase shifting function and produce, in the electric cycle and the main winding is 90 degrees (like 90 degrees in advance), such changes in the magnetic field generated by the magnetic field have successively, have a fixed rotation direction, thereby according to a rotation direction of the rotor, the motor does not start winding and does not move because the main winding is 180 degrees and polar conversion, the rotor can be considered both left forces can be considered to be the right power, so the rotor is buzzing motionless.

Q: Brushless DC motor is AC motor or DC motor, why?: Brushless motor is a direct current motor.Adopt DC work, adjust pulse speed by adjusting pulse width.AC motor works by alternating current and adopts frequency converter to adjust speed.

Q: abt the current and if you could explian to me in detail how its diffrent witn an ac motor: A DC motor is a very basic type of motor. It will use permanent magnets, an armature and a commutator ring to control its function. The armature is an electro-magnet that can be switched on and off. The commutator ring is the switching mechanism. As you know, unlike poles if two magnets attract each other and like poles repel. The commutator ring has electric (DC) power applied to it. It is connected (both mechanically and electrically) to the electromagnetic coils of the armature. The armature creates a magnetic field and is drawn toward the permanent magnets arranged around the outside circumference of the armature. Of course the opposite pole of the electromagnet is repelled by the opposite ends of the permanent magnets. Obviously, once the magnets react their point of greatest attraction, all motion will stop. Before the rotating armature reaches that point, the magnetic field induced in the electromagnets is reversed by switching the direction of the current flowing through the armature's coils.. That switching is accomplished at the commutator ring, which is mechanically attached to the armature. The cycle continues and you have a very basic motor. There is no speed control with this type of motor. Speed is usualy limited by load. With an AC motor the magnetic fields are reversed by the fact that the current is constantly reversing. There speed is controled by the frequency of the alternating current. There are many more type of both AC and DC motors. This is very basic. An extensive study of motor technology cannot be written in this format. It would fill volumes.

Q: will it affect the defroster or heater if i cut the ac belt?: if you cut the ac belt the only thing it will affect is the power steering that's assuming the engine has two belts, the other belt will work with the water pump and alternator ***warning*** if the engine has only one belt you cant cut it the defroster and heater can be affected because the ac compressor work with the system but if you dont uses the compressor with the heater it will work good but not as is suposse to work

Q: What kind of current flows in an AC motor rotor bars? (AC or DC)?: Both AC and DC. AC flows in first, as rotor is rotating,counter EMF generate which is DC at that instant.

Q: How did they convert ac to dc current on electric train transformer when they didnt have transistors then?: An ideal transformer is a equal voltage per turn device. If the secondary winding has 28/115 times the number of turns as the primary winding then it will produce 28/115 as much voltage as that applied to the primary. But an ideal transformer is also a power in equals power out device, so that the product of primary voltage times primary current equals the product of secondary voltage times secondary current. So the secondary current will be 115/28 times the primary current. -- Regards, John Popelish

Q: When more poles are added to an AC synchronous motor, the speed is decreased according to:RPM = 120 x f / n where n is the (even) number of poles and f is the frequency in Hz.I can find plenty of sources stating this effect, but nowhere can I find an explanation on why (ie: the physical mechanism), explicitly anyways, the number of poles slows down the speed. Also, where the 120 constant derived from and what are it's units (or is it non-dimensional)?Thanks: During one cycle of the power waveform, a fixed point on the rotor moves past one pair of poles. Frequency, hertz, is the same as cycles per second. Speed is revolutions per minute. You need to multiply by 60 to convert from cycles per second (units 1/s) to revolutions per minute (units 1/m). You also need to multiply by 2 because there are 2 poles in a pair of poles. Therefore 120 = 60 minutes per second X 2 poles per pair.

Q: I've heard that hair dryers with AC motors are better then dryers with DC motors. Why? Is it just because they last longer?: OD gave you a very good advantage disadvantage list as for hair dryer! HMMM! AC motors are 3600 RPM maximum, for sure it will last much longer than DC motor that can go 10 000 RPM or more but would not be able to deliver the air flow Anita

Q: What is the neutral point of an alternating current motor? How to determine whether the neutral point leads to?: There are mainly two kinds of motor connection, star connection and angle connection two kinds. - star connection is 3 at the end of the three-phase coil motor connected together as a common, common end is neutral.Angle connection -- is to each phase of the three-phase motor through the coil ends are orderly connected with the connection. ?????Three phase winding motor is completely into the end cover is connected, the end cover has six heads, three heads below together, the above three heads respectively leads to the three line is the star connection; the upper and lower two head vertical connection, respectively leads to the three line is connected with the triangle.

Q: How can I do this? My previous motor was only 1 speed. The new one is 3. I am assuming this my cause a conflict but Ive heard you dont have to use 3 speeds. But how exactly do I adjust this?: if you look at the instructions for the motor you just purchased it should show you what wires to hook up for low med and hi speeds. Most of these motors also tell you what wires to use for single speed use. If not then find what speed your motor was operating at and hook the new motor up to operate at approx the same rpm's.

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