easy, mount two in frame, place layshaft in middle with bearings, and collars to secure.
Imagine a shaft that runs at the side of one, with gear on end, then rotate image in your head, and place another motor in , and wire up in opposite rotational direction.
rc model guys do it on small scale, Google it.
steve
Two methods, one uses a dial that is held in the center of the revolving shaft and is directly read off of the dial face. The second method uses a strobe light. The light is focused on the shaft and the dial on the strobe is turned until it looks like the shaft has come to a stand still. The RPM is read off of the meter face of the strobe light.
It's the ratio of the total power of the two motors and their total apparent power (input side, of course.)
because when you change any two phases you change the direction of the current flow in the windings so you end up reversing the direction of the induced flux and the direction in which it acts
Yes provided the AC drive can take load of two motors. But this is not very ideal nor good
Lots of things - your car has a engine that is used as a generator (your alternator). Cell phones that vibrate have a small electric motor with an uneven weight on the rotor which causes vibration as it spins. Fans (heater, attic, computer, etc.), many different toys - remote control cars, some airplanes, etc. Electric golf carts and cars. The list goes on and on.
They are two different entities.
Among other things, electric motors, generators, particle accelerators.
They are driven by electric motors or by compressed air
Examples of DC electric motors are the starter in your car and the motor in a DC controlled elevator, to name just two.
Generators and electric motors are two machines that are based on Michael Faraday's findings on electromagnetic induction. Faraday's work laid the foundation for the development of electric power generation and electric motors, which are widely used in various devices and industries today.
because
rotor core and shaft.
There is a lot of good information out there for you to compare electric motors for cars. Here are two excellent websites for you to make your choice. www.fueleconomy.gov/feg/evtech.shtml www.electric-cars-are-for-girls.com/electric-car-motors.html
It appears that Claremont Electric Motors and AD Auto Electrics are two places that would either carry brushless motors or at least provide you with information on where you can buy brushless motors.
Electric energy can be converted to kinetic energy through the use of electric motors, which transform electrical energy into mechanical energy to produce motion. Another way is through electric trains, where electric energy is used to power the motors that move the train along the tracks.
A bar magnet is any RECTANGULAR object that has a magnetic field.It can be made out of any ferromagnetic substance, but it is mainly made out of iron or steel. Most of the time, a bar magnet is a pernament magnet, meaning it does not need an electric current in order for it to retain its magnetism.
The most basic of electric motors consists of a permanent magnet and an electromagnet. This is not a requirement for all types of electric motors and most modern electric motors do not have permanent magnets. The stator and rotor are the two active elements of a simple electric motor and both have magnetic fields in the various types and designs of simple motors.