Siemens ILE0001 Series AC Motor

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Siemens ILE0001 Series AC Motor

Q: what is standard RPM of 1 & 1.5 hp motor?: this is entirely attainable. a super intense RPM motor must be -very- nicely engineered. there is a superb line between means and weight, so the cord interior the rotor coils may well be aluminum to assist gain those intense speeds. I wasn't waiting to locate specifics on the motor in this style of blender, yet i'd wager this is equipped. in many cases, somewhat blender motor spins somewhat below 20,000 RPM on this is very own, yet those omni blender autos would in basic terms have extra coils interior the stator and rotor than a prevalent blender motor. they might actually have a marginally state-of-the-artwork means-transport equipment quite of a commutator. i don't be attentive to... After a rapid google seek, i discovered those issues look to run on extra or less 1000 watts of means. With domicile electricity the voltage does not substitute, so for extra beneficial means desires, cutting-edge is going up. At 120V, 1000 watts means the present may well be measured at extra or less 8.333 amps. of path, the better the RPM, the extra means would be needed.

Q: Im building a formula hybrid vehicle, and Im wondering what would be the difference from using AC and DC motor: Compared to DC motor controls, early AC motor controls were more complicated, larger, less reliable, less efficient, and more expensive. Early AC motor controls did not provide very high starting torque or stable and accurate control at low speeds. Compared to DC motors, AC motors are smaller, lighter, less complicated, more efficient, less expensive, more reliable, and easier to maintain. That has provided great incentive to develop better electronic controls for AC motors. With the introduction of integrated circuits, surface mount technology, microprocessors and high power isolated gate bipolar transistors, AC drives steadily overcame many of the advantages of DC drives. The development of flux vector control techniques has provided AC drives with performance capabilities equal to DC drives. AC drives now also provide equal or better efficiency and reliability. Since AC motors are much less expensive than DC motors the AC motor and controller packages are less expensive than the DC drive packages. AC drives now have all of the advantages except that DC packages may be smaller and less expensive in the smallest sizes such as for small appliances and portable tools. If you are working on an amateur project, what you should use will be determined by what you can understand and economically obtain.

Q: And that nikola tesla had a vision of something greater , or simply something else , when he invented the AC engine?: I do now lol

Q: My friend said she got a strong electrical burning smell and her blower doesn't work in any of the positions. I'm assuming its the blower motor. Anything I should be aware of?: the resistor can go bad in those.check the compressor too, but it is probably the motor with a burning smell. take it apart and check it i have seen mice build nests in them, you will probably have to replace resistor as well, the blower motor usually will short out the resistor

Q: I understand that a brush-less DC motor must have a controller which generates AC current to drive the unit. My question is; if i bypass the controller and connect the motor directly to a bridge rectifier, will I generate power at a reasonable efficiency.If I used a 24v brush-less DC motor, would I approximately produce power of 24v?Thanks for technical expertise!: There are 2 types of brushless motors. 1 is actually an AC motor, 3- phase,that is driven from an inverter from DC to AC. It is common in such as electric powered models, and varying the AC frequency is used to control speed. Such a motor might be used as an alternator to produce AC electricity. Then there is the brushless DC electronically commutated type motor, common in such as computer cooling fans. They cannot be used as a generator.

Q: Want to run for display. Very slow variable control so people can see operation clearly. Similar to a treadmill circuit but much lower HP. Would like control like rheostat for demonstration. DC motor preferred with transformer. Trying to keep cost at a minimum for the museum.: or if there are any manufacturing plants near you, someone might be ripping one out [or reducing spares inventory] and you could get it free.

Q: I have a small electric motor from a household appliance and am not sure if I can use it in a particular project that I'm working on. The info sticker doesn't list a/c or d/c but it does say:Amps 3.6H.P. 1/6Volts 120HZ 60RPM 3450It's an FSP motor with a part number of 3372625Thanks: It is an AC motor. The HZ mean hertz which is the frequency of the AC, in North America it is 60.

Q: can you connect a 1/4 hp ac motor directly to the output of ac from a windmill or turbine?: quite, maximum AC autos will run off DC. in case you have a image voltaic array putting out a stable a hundred volts DC with 10 amps at the back of it, you are able to run an electric drill. yet no person, myself lined will assure the outcomes in case you attempt. you're taking your very own possibilities. i believe that the image voltaic board you ordered isn't very effectual, so could probable not have the means to means your motor. It takes a number of thousand funds' quite worth of panels to means a a million hp motor. in case you submit a link to the board you ordered, everybody is in a position that might assist you greater.

Q: There are two wires coming out. I assume that when I spin the rotor by hand I am producing a current and can attach a load (a very small one) to this circuit. Any ideas on how to beef it up. I was thinking hook it up with gears to a bicycle, that when I can save on my electricity bill and get a workout too.: You assume wrongly. DC motors and permanently magnetized AC motors would work that way. A typical AC motor won't because it can not build up the magnetic field needed to produce an induction current because there is no current running through it. It's a chicken and egg problem. AC generators which produce their own field have a very specific winding scheme which is different from an AC motor.