Siemens ILE0001 Series AC Motor

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Siemens ILE0001 Series AC Motor

Q: Its design for a 20second operation. Pass decades, it working perfectly ok. However, lately, sometime after an operation, it rotate the other way, and then for the next turn, it rotate perfectly again... :(: Electric motor? DC or AC? The direction of spin of an electric motor is determined by the polarity of the current used to drive it. In DC, if the motor is running off a circuit board and it is reversing spin the likely culprit is a burnt diode on the board. Otherwise a dead short in the motor. In an AC motor, 3 wires determine the direction of spin - 2 live wires and a neutral. Depending which wires are powered determines which way it spins. When weird stuff like this happens to equipment that has been running fine I always ask What changed recently

Q: Why are DC motors more powerful than AC motors of the same power?: This statement is inaccurate, and the output torque is the same under the same power and configuration.The reason for this intuitive illusion is that there is a difference between the two. AC motor as the power supply connection method or different structure, small starting torque, and starting current of DC motor often exceeds the rated current, starting torque exceeds the rated torque, thus starting load is more common. In order to start smoothly, the AC motor must not enlarge the output torque in order to overcome the insufficiency of the starting torque or change the connection method to increase the starting current. This gives a very intuitive appearance, the same power, AC motor can not drive, while the DC motor is easily competent.

Q: I'm going to start building an electric car soon, and i'm trying to understand everything about ac and dc motors, how they work, and which application would be best.: Most do not. Some AC servos do, but generally speaking AC motors use the induced magnetic field in the stator generated by a field coil. This is why they are called induction motors. Most large DC motors do not have magnets either. they too use field coils. but some small DC motors do have permanent magnets.

Q: What is the difference between stepping motor and servo motor and three-phase asynchronous motor? What are the advantages of their differences?: Servo motor servo motor principle: also known as the executive motor, DC and AC servo motor is divided into two categories, servo motor rotor is permanent magnet drive control of the U/V/W three-phase power electromagnetic fields, the rotation of the rotor in the magnetic field, at the same time with the motor encoder feedback signal to the drive, the drive according to the feedback value compared with the target value, the rotor rotation angle adjustment. The accuracy of the servo motor is determined by the accuracy of the encoder (line number).Advantages: as servo motor with motor encoder to form an internal closed loop, the control accuracy is very high, so that it can operate normally at high speed. The drive can communicate directly with the host computer.Disadvantages: high price, long supply cycle of imported goods, high maintenance costs.

Q: theory of operation of synchronous motors?: In a synchronous AC motor a current is supplied onto the rotor. This then creates a magnetic field which, through magnetic interaction, links to the rotating magnetic field in the stator which in turn causes the rotor to turn. It is called synchronous because at steady state the speed of the rotor is the same as the speed of the rotating magnetic field in the stator. The alternative kind of electric motor is an induction motor, where the current in the rotor is generated by induction - similar to a transformer. Induction motors are far more common because they are simpler, but synchronous motors have certain advantages and are used in some applications.

Q: i have 230v 750w ac motor , can it run in 100AH dc battery?: You cant use an AC motor with a DC power source. you will need to have an inverter to change the DC to AC and a 100ah battery is like the one I might find in a computer where you would probably need a 4000ah battery to make it worth wild

Q: did you do with ac or dc motor and what voltage did you use ? what car will it do 65 mph and what is range what volt is battery charger: Hi okorder /

Q: equtions of rpm of 3 phase ac motor?: The rpm of AC motor does not depend on the phase. It depends on the number of pole and frequency of the line. frequency * 60 rpm = --------------------- 2 poles = 30 freq/poles.

Q: AC motor: In an induction motor, the current that produces the rotor’s magnetic field is induced by the movement of the rotor conductors through the stator’s magnetic field. The rotor conductors move through the stator magnetic field because the rotor speed is less than the speed of the stator magnetic field by an amount called slip. Synchronous means “happening, existing, or arising at precisely the same time” or “recurring or operating at exactly the same periods.” In a synchronous motor, each revolution of the rotor corresponds to exactly one revolution of the stator’s magnetic field. The synchronous motor is named for the exact, turn-for-turn, matching of the speed of the rotor to the speed of the stator magnetic field. The principal of the induction motor requires a difference between these two speeds. There are other important differences between induction motors and synchronous motors. There are also different types of induction motors and different types of synchronous motors. However, it is the difference or lack of difference between the rotor speed and the speed of the stator’s magnetic field that is the defining difference between induction motors and synchronous motors.

Q: Do household AC motors (mixer, vacuum cleaner, etc) work as electricity generators if used in reverse?: Only if they have brushes in them (motors that will work on a.c. or d.c.). They don't have to necessarily be used in reverse, either - they'd generate when turned in either direction (at reversed voltage in the case of brushed motors). However, you're talking alternative energy systems here, and motors with brushes don't hold up in long-term, 24/7 service. I have used industrial quality 3-phase motors as generators, instead. Those motors are available dirt cheap if you buy them used, and even new they're not especially expensive. You need to add 3 capacitors to them to make them generate, and they generate at 3 phase 240 volts. You could mount your unit up to several miles from your house and still be able to economically send the current over 3 wires of #10 wire in many cases. 3 transformers are used at the house end to convert back to battery bank voltage where they power an inverter, at least in my systems. Write me privately if you'd like the circuit for this. EDIT: To the thumbs down posters, I have used one of these 3-phase motors-as-generators to power an off-grid house for 3 years now (connected to a waterwheel with a 1-100 gear increaser). The capacitors I add to the circuit supply the excitation current. The schematic is free for anyone that asks. I don't know why you would give this a thumbs down, this makes a very efficient generator.

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