Siemens Reducer

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Q: can i turn a ac motor into a dc with some kind of chip to increase the hz?: with an invertor or some sort of driver you proberlly could. most of the variable speed drives i work on turn ac into dc the pluse it back to create an AC sin wave.Lots of small motors i see in air-conditioners these days seam to be dc steppers

Q: Is the permanent magnet motor a direct current motor or an AC motor?: Permanent magnet motor is DC motor, AC motor can also be (such as household; similarly, no breeze ceiling fan) can be a permanent magnet DC motor, AC motor can also be, even AC / dc.

Q: How Do I combine several AC fans, that I removed from old microwaves together to generate more electricity? can I simply wire the alike wires together? my other question is other than using a multimeter is there something I can purchase that will tell me how much voltage is currently being made, and lastly is it as simple as wiring an outlet into these fans to plug into?: h r is appropriate,, that little fan will pull in warm exterior air or basically pass the room air!! leaving your AC on will guard a temperature which you would be able to fairly alter once you come back.. i.e. set the thermastat at seventy six stages then the AC won't would desire to paintings so perplexing to get the temperature right down to a cushty point returned!! letting a house get actual warm then making use of the AC will fee greater effective than preserving it!!!! the little followers in the AC are actually not I REPEAT not comparable to working a prevalent fan!!

Q: difference between ac open loop , vector control, servo modes: Simply .. in OPEN-LOOP u don't get FEEDBACK form the system but in closed loop ,, u get feedback and use it to correct the system performance !!!

Q: OK so yesterday I salvaged the pump motor from a vacuum cleaner (actually it looks like a jet engine, if you look inside it it has slanted fins). Now I'm not completely clueless with electrical stuff, but I believe I should power this with an AC supply, like the outlet. Is this true? I have a converted old PC power supply to take power from the outlet and use it into small electronics projects, but I guess I can't use it!The thing is, I might want to build something portable with it. So how can I power the motor without using the outlet?Thank you!: Although most AC motors will not operate on DC, many motors in small household appliances are universal motors that will run on either AC or DC. Vacuum cleaners usually have universal motors. If you can see inside the motor and see a commutator and brushes, you will know for sure that it is a universal motor. Universal motors run a little better on DC than on AC and will run well at a reduced voltage. At 12 volts DC, a 120 volt universal motor may run, but will not be very powerful. I ran a 120 volt, 6 amp vacuum motor from a 12 volt DC computer power supply. It took 1 amp. If you run a universal motor at full voltage without a load, it may run fast enough to come apart.

Q: Hi, I have a 3 wire AC sensor and a 3 wire AC motor, but I'm not sure on how to connect them to my PLC, which has 2 input cards and 2 output cards. For the sensor, do I connect it like this?:-quot;neutralquot; wire to the quot;commonquot; of one of the output cards -quot;inputquot; wire to an quot;outputquot; of the output card-quot;outputquot; wire of the sensor to an quot;inputquot; of one of the input cardsFor the motor, do I connect it like this?:-quot;linequot; wire to the quot;commonquot; of one of the output cards-quot;CCW (counter-clockwise)quot; wire to an quot;outputquot; of the output card-quot;CW (clockwise)quot; wire to another quot;outputquot; of the output cardThanks for any help on this.: STOP! You do not connect the motor to the output card. A typical connection would be like this... An output fires when instructed. The output controls the coil of a starter. The motor is wired through the starter as appropriate. The motor can draw significant current, beyond what the output card is capable of handling (generally very low current). I assume the motor has 3 wires to make connection easier, it is really a 2 wire motor as only 2 connected wires make it run. So the connection would be the neutral to the neutral in your system, and the correct directional wire through the aforementioned starter, or relay if it is a small motor. What exactly is the sensor you mention? A Proximity sensor? I have to know more about the sensor. Typically the sensor is wired to power and has an output that is wired to the input board. email me for more detailed help.

Q: Everything in the furnace and AC runs but no air blows. I've been told the motor needs replaced and will cost $2300! They never checked the outside unit at all.: Could be that your low on refrigerant that's why its freezing or your txv or metering device is clogged or stuck making it so there is not enough refrigerant going through but that would only freeze on the bottom of your A coil .. you could also check your run capacitor if your hear it start your start cap is working but now they make them build in the motor them self and you have to replace your motor... really hard to tell you whats wrong without testing the stuff myself

Q: i need help with a school project. im in high school.: I follow Big's logic, but I don't agree...for several reasons 1..every motor is operating in a magnetic field right now...earths'. 2. every motor in a plant--power plant, production line, whatever--is operating right now in the additional magnetic field of the motors next to them in the plant. 3. A constant magnetic field might 'twist' the produced field in the motor, but shouldn't have a big effect on the motor itself. Now, a _changing_ magnetic field , a strong one, in the area of the motor might have an effect. This by itself is an interesting question that would make a good project, and it's something that is testable.

Q: other?: A turbine is sort of like an inverted motor. Something, (Water, wind, steam, etc.) causes the turbine to rotate. Attached to this turbine is a wire loop located in between two magnets. According to Faraday's law of induction, the changing position of the wires in relation to the magnets creats an electric current. Motors are essentially the other way around. An electric current is sent into the wire, magnetizing it so that it turns in the magnetic field of the two magnets. This produces mechanical power in the form of a spinning rod. So Turbines convert mechanical power like wind into electricity. Motors convert electricity into mechanical power.