Siemens ILE0001 Series AC Motor

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Siemens ILE0001 Series AC Motor

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?: I don't think so. Going from AC to DC is the hurdle (I'm assuming this is AC). It'd be more work than it's worth. If it's a DC motor then you can run on a lower voltage you just won't get nearly the output power.

Q:How can a DC motor be changed into a three-phase AC motor with good performance?: DC motor is changed to three-phase AC motor:Direct current motors and AC motors are generally unable to replace each other. This is because the DC motor and AC motor of the external characteristics of comparison, there are still very different, compare the relevant information will know.

Q:Just need to know what most blenders use Thanks: If you plug it into a wall it is an AC motor unless you are in a DC part of Europe. It maybe a dc compatible AC motor if it is variable speed, but basically it is AC. If it is used in your car it may be DC.

Q:How can i setup regenerative braking on an AC motor?: I'm pretty sure that the answer to that would not fit in this space. That would be more like a textbook sized answer. You are going to need a sophisticated motor controller—something along the lines of the controllers that are used for servo motors in industrial and robotics applications, except that your controller will need to integrate all of the features of a standard servo motor controller with all of the features of a high-performance battery charging system. If you'd said DC instead of AC, then a short and crude answer would be possible. You can demonstrate DC regenerative braking with a motor that is hooked to a battery through a simple switch that reverses the polarity. If the vehicle is moving along with the switch set to the forward position, and then you suddenly throw the switch to reverse, then the motor will start to apply torque in the opposite direction, slowing the vehicle down, and at the same time, forcing the current in the circuit to flow in the opposite direction—recharging the battery. The same principle applies with a brushless AC motor, except that there's a whole issue of timing and waveforms that must be carefully synchronized with the motor shaft position at all times in order to apply smooth torque in the desired direction.

Q:The difference between a variable frequency motor and an ordinary AC motor: Variable frequency motor in the speed range of speed can be arbitrary, and the motor will not be damaged, the most general domestic general motors can only run on AC380V/50HZ under the condition of ordinary motor can reduce the frequency or frequency range, but can not be too large, otherwise the motor will heat and even burn.

Q:I'm looking to build a drive inverter to control the speed of my bandsaw (1-1/4hp with capacitor). Does anyone know of a place where I can get schematics for one? Right now I'm thinking of tinkering with diodes to conver AC to DC, then using a pic controller and an IGBT to creat a frequency altered AC output. I can tinker with it, but I'm an ME, not an EE, and a little help would be greatly appreciated.: change motor to a 3 phase motor (very cheap) , buy an ac tech drive

Q:I've seen on facebook page of some technical institute that Tesla was NOT the first to build the AC motor, do you know who was first then?: I would not believe a lot of things one can see on Facebook.

Q:How is the speed of an AC motor varied? How is the speed of a DC motor varied?: The most effective way to vary the speed of an AC motor is to change the frequency using a variable frequency drive (VFD). Speed is proportional to frequency. If the frequency is reduced below the normal frequency, the voltage must be reduced proportionally. If the optimum voltage is maintained as frequency is reduced, constant torque can be maintained to a very low speed. The frequency can be increased somewhat above the normal frequency at constant voltage with loss of torque to maintain constant power. The speed of a DC motor is varied by changing the armature voltage. Speed is proportional to armature voltage. If the field is maintained by a separate power supply or by using permanent magnets, constant torque can be maintained. Speed can also be controlled by changing the field current. Reducing the field increases the speed.

Q:STC microcontroller through the relay control AC motor, in the motor start and stop the moment will be interrupted multiple times: You've taken some of the usual anti jamming measures, but the key issues haven't been solved.1, the relay is isolated, without individual power supply, the photoelectric coupler input, if need to power (such as 6N137), must be separate power supply.Signal 2, optocoupler out, if it is low speed optocoupler, decreased along with gentle, easy to false triggering, you can add a Schmitt trigger in optocoupler after. It should solve your problem.3, SCM procedures can also do some anti disturbance processing, for example, some of the microcontroller's external interrupt, anti disturbance processing, you can open. If not, you can use the query operation, for example, each 10uS query IO once, 5 times continuously high, think that it is effective to obtain a high level, high level, set a mark, marked effective, inquiry into the 5 consecutive low level (if the middle high level again just count) is deemed effective falling edge.

Q:Comparison of AC motor and direct current motor: Disadvantages of AC motor1. the starting and regulating speed of AC motor is poorAlternating current motor can be divided into synchronous motor and asynchronous motor according to speed.

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