DC electric motors can be found in a vast array of different configurations and sizes to suit unique applications. Some models are designed to be acceptable for a lot of different powering tasks, which makes them ideal for many different machines and software.
The machines are used for such diverse applications as lifting gates, powering vehicles to operate in harsh weather conditions and extreme temperatures and bi-directional winch powering. The most flexible machines are heavy duty and rugged enough to operate in almost any environment and delicate enough to control exact and intricate movements.
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The building of these basic machines is relatively straightforward. In every model, there's an axle that holds the armature, which is made up of the set of electromagnets, and commutator. Each model also comprises a magnetic field. It's this, together with a direct current of electricity that generates force or torque. This simple principle, when configured properly, produces a massive variety of unique results.
It's necessary for these machines to be flexible so that a comprehensive selection of motions and actions are available in the 1 machine, working on one fundamental principle. All DC electrical motors have their operational constraints, however.