Siemens ILE0001 Series Motor

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Siemens ILE0001 Series Motor

Q: Im tryin to do a little home experiment. I want to know the detailed steps to turn an ac or dc motor into a power producing generator. I dont wanna pay for info so any links to free websites with details on this subject would be appreciated. Nothing complex explaining voltage and stuff like that just the actual pieces i need to add replace or remove for power production. thanx: Ac Motor Generator

Q: hey please help my assinment id due soon and i cnt fail!!! lol mum will kill me!!! i have a few questions please if you are answering tell me which question it is from thanx and please help :D!!!Question 1:How do you tell if an electric motor is AC or DC. AC is alternating current and DC is direct current.Question 2:How could you measure or calculate how much power (in watts) an electric motor produces?Question 3:Please explain where the force comes from that makes an electric motor move.Thank you soooo much to the people that actually helped!!! :D: Q1. a DC motor only has one coil of wire, and a left and right magnet. (Single Phased) An Ac motor can be two or three phase. so the AC motor has more than one coil of wire. Q2. power = amps x voltage.... the voltage applied times the amps applied would give your power in watts. amperage can be measure with an amp meter. Q3. The force that moves the motor comes from electromagnetism. There are magnets and coils in the motors. When the coils are energized with they become magnetise and the opposed the magnets forcing the rotor (in which usually the coils of wire are) to turn For more info read on wikipedia

Q: Whats the difference between induction motor and synchronous motor?: The basic difference between an induction motor and a synchronous AC motor with a permanent magnet rotor is that in the latter the rotating magnetic field of the stator will impose an electromagnetic torque on the magnetic field of the rotor causing it to move (about a shaft) and a steady rotation of the rotor is produced. 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.

Q: i mean in the sense of working ,construction wise ..........: dc motors are generally permanent magnet type and rotate at high speeds 4000 to 6000 rpm. In many cases, for automatic control, such high speeds are not required. So there will be a gear train to reduce the speed. This gear train might introduce avoidable errors such as due to backlash. In short a dc servomotor is a geared dc motor. there are however torque motors which have very low inertia. These are also dc motors with special construction. Low inertia is essential for servo applications. In ac motors, stepper motor is popular. A variation of this is the ac servomotor, which has fairly low speed. Otherwise, speed is in the range of 1500rpm to 3000 rpm. Changing the speed of an ac motor is no joke. One has to provide adequate voltage, but lower the frequency! You cannot control speed well by reducing the voltage as torque decreases substantially.

Q: hi guys asked something relating to an ac/ blower motor on another website i was wondering if you guys can check it out and give me answer:here is the link to the other: So if I understand correctly you didn't have the time to ask your question here so you want is to spend our time going to another website to read it? Good luck!

Q: 3phae 440v ac motor, having star and delta connections: Contact the manufacture of the motor to see if possible and how to.

Q: Which type of electric motors are more powerful a.c or d.c?: AC motors can convert more power per unit of mass and more power per unit of volume. In a DC motor, almost all of the input electrical power must pass through the commutator. The commutator adds size and weight and reduces efficiency. The design of the rotor windings also requires more copper and reduces efficiency. Lower efficiency means increased heat requiring a larger motor. In the case of a brushless DC motor, there are permanent magnets in the rotor making it more like an AC motor and possibly somewhat more powerful than an AC motor of equal physical size and mass. In addition, AC motors can be manufactured in power ratings that are not possible with DC motors. The commutator limits the maximum voltage and current. AC motors can operate at higher voltages. An AC motor has been manufactured for 101,000 kW (135,000 Hp). It has two 12,500 volt, 3-phase stator windings.

Q: How did they convert ac to dc current on electric train transformer when they didnt have transistors then?: You don't need a transistor. You just need a diode. Before they had solid state small diodes they had big chunky ones made of metal plates covered with selenium which had the same one-way-current properties you need to make DC from AC.

Q: Or how do I find out? I've been trying my hand at some simple woodworking and I like it. I want a small lathe but don't really want to spend the money on one. I have an old vacuum cleaner that hasn't been used in a long time and I ripped the motor out of it. I'm planning on using this along with maybe some old bicycle wheels or maybe some roller skate bearings to make a small little lathe but I don't know if it turns enough rpms.: Most AC electric motor are designed to turn at 1760 RPM on 60 cycle. Washing machine motors are usually 2 speed of 1760 and 1140 for 60 Hz systems. 50Hz run a little slower. Other common speeds are 3520. I would go ahead and build your lathe and use it as a learning experiment. The turning speed for a lathe is slower than the 1760 common speeds so small drive pulley on the motor and 4 times larger should slow the lathe head to around 400 RPM.

Q: How to drive a 32 hp ac generator by a 5 hp ac motor?: Why do you want to do this? Are you attempting to get 32 HP of output from the generator using the 5 HP motor? Won't happen. The most you can get out of this arrangement is 5 HP minus the heat lost by the motor and generator and whatever losses there are in the mechanical connection between the motor and generator. And if you put 32 HP of electrical load on the generator while supplying it with 5 HP of mechanical energy from the motor, you will just stall the motor, it will not be able to overcome the torque from the generator.

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