Siemens ILE0001 Series Motor

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Siemens ILE0001 Series Motor

Q:How to identify these motors ,also what they sound like to reconise the differences and finally what are they most suitable for?: All motors should have a nameplate that identifies the voltage, current, frequency, DC/AC and number of phases, which answers your question. They all sound the same. DC motors are used for low power applications, and for cases where precise position is needed, such as a motor for a CD player. Large DC motors are used in electric vehicles as they are operated from batteries. Single phase AC motors are used for appliances for the home, such as washing machines, etc. and for small industrial uses. Three phase AC motors are used for large industrial uses such as elevators, industrial equipment. Edit: Electrical locomotives and subway cars used large DC motors originally, but now newer ones use AC motors and use electronics to convert the DC from the lines into AC.

Q:If my old AC motor rpm was 850, what damage will a 1050 rpm motor cause?: Context? It depends on what it's driving. But we don't know that, do we? Tell us more and we can tell you more.

Q:what is the connection of single phase AC motor rew and fwd?: In AC single phase motors to reverse the direction of rotation of motor, you have to reverse the direction of the magnetic field. To reverse the direction of magnetic field interchange the winding wires.

Q:If you cut the power to an electric motor and while it is still spinning if you put a strong magnet near the motor will it slow down more quickly with the magnet or without the magnet near it. Assuming that the external magnet is stronger than the magnets inside the motor. And is there a way to implement this without damaging the motor?: i dont think that would work. but if you are talking about creating a self powering/self recharging system then yes. most eliectric cars already have this technology. a battery that supplies power for the electric motor wich turns an alternator wich in turn creates power for the battery. presdo you've done it.

Q:I have an adjustable bed with a bad controller and just want to be able to elevate the head a bit. It is a 110 volt AC reversible motor with 3 wires. I think that I just find the quot;commonquot; and straddle the 110 volt AC across either of the other two wires depending on the direction that I want the motor to turn....anyone know if this is correct?: im me and I will solve your problem.lbflow562

Q:i have an electric lawn mower... the plug into the wall type. and i happen to have an extra 12v car battery, and a bike. will an ac motor run on a 12v battery? obviously it wont be very fast... if i want fast i'll ride my hayabusa... i just wanna know if it will work.: Most ac motors will not run on DC. You could borrow some extension cords from the neighbors and hopefully make it to the end of the block.

Q:If the current is 45 amperes under this condition, calculate the power factor, reactive power, and reactive kilovolt-amperes: power factor is 0.797, reactive power is 6.6kvar, reactive power is given in VAR or KVAR only.It is same as reactive kilovolt amperes. The way is simple for a single phase motor power is VICos (phi).and reactive power is VI Sin(phi)

Q:pls give me suitable region with example: How come you deduce that AC doesnt produce a magnetic field? If there is a motion of electric charges, there is always a magnetic field. Your ceiling fan is a good example of an ac motor.

Q:There seems to be some controversy over whether or not the voltage that goes into a brushless motor from a ESC unit is DC or AC. But that isn't my problem, the purchasing of a ESC unit makes my project work. What is the output voltage of a brushless motor classified as? and I am aware that more than two leads can come off of one of these motors, how does that effect the output?: A okorder /vol_2/ch... They are basically permenant magnet synchronous machines: the stator has polyphase windings (for example, it may be 3 phase), and the rotor is a permenant magnet magnetised with the same number of poles as the stator is wound with (usually) This tells you also why there can be more than 2 leads: a two phase motor might have 3 or 4 leads, a 3 phase motor might have 3 or 6 leads.

Q:I have been tasked with building something called a yarn quot;carderquot;: It would help to know how many foot pounds (or inch pounds) of torque the drum itself will require to accomplish its task. After that it's fairly easy. And I'd not recommend a DC motor. Here's what you need to have going on: Torque at the drum, RPM at the drum, RPM (motor) and an associated gear box or belt pulley drive to lower the RPM of the motor. I'd recommend an AC motor that spins around 3600 RPM. Now: Suppose you want to turn the drum at a modest 24 RPM (that's 1 rev per 2.5 sec). Sounds modest enough for me. You need to gear 3600 RPM down to 24 RPM, so you need a gear ratio of 150 to 1 (150:1). That's a significant step down. Worm gears will probably get you there faster. Just finding them will be difficult enough. Then put them into a frame. LOTS of work. But whatever you come up with, the ratio downspeeding the mechanism will result in (in theory) the same torque increase. So if you have a small motor capable of 6 inch pounds of torque (0.5 ft lb), you'll be applying 75 foot pounds torque to your project. That's not a TON of force but that is rather significant. You'll have to build to withstand 75 ft lbs. force. Finding a lower speed motor will help. Just do the math and calculate out your desired RPM at the drum and what gear ratio you can reasonably acquire then get the appropriate motor. There IS an alternative, but you'll need to be savvy with electronics: If you can find an old tread mill - they have variable speed motors of significant power. The good thing about that is you can reduce the force and reduce the need for a large transmission. But to use it you'll have to figure out how to build your speed regulator. Quite likely a simple potentiometer will work, but it will need to be the right size otherwise your controllability will be drastically limited. Hope this helps. 'av'a g'day mate. '')

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