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Attached - hands down.....heavier, but easier
It makes work easier than doing everything by hand without the motor.
The windings of the motor will be gonebecause of high current diectly goes to the windings of motor.
In dc motor we need a complete kit of motor driving circuit whereas in af we only need a starter
Power is voltage times current. If there is no current, then there is no power. Without power, no work can be done, so the motor will do nothing.In all probability, if this is happening to a motor, then there is an open circuit someplace, perhaps an open winding.
An ac motor basically makes it easier electricity form.A man Named Nikola Tesla created Alternating Current. (AC) AC is the flow of electricity going back and fourth, unlike Direct Current. (DC) A man named Thomas Edison created Direct Current.
118.72 amp current will be consumedAnswerFirst of all, 70 horsepower is the machines output, not its input, so you cannot calculate its current without knowing its efficiency. Secondly, the current also depends on the type of motor -is it a.c. or d.c? Is it single-phase or three-phase? Without this information, your question cannot be answered.
thermal motor protector is temperature; current type is current.
If a DC series motor is started without load, the armature winding (winding that doesn't spin) current will be at a minimum, resulting in the motor going to maximum speed / runaway, which can cause things to fly apart. As Armature current increases, the speed of the motor will decrease. The armature current will be forced to increase / speed of the motor will be forced to decrease as more and more load is applied.
What supplies a dc motor is not current, but voltage. Current is what flows in the circuit formed by the dc motor and for the charge. That current varies according to the resistance of the circuit.
A DC power supply supplies directional current in an electric motor. This is significant because many motors run on directional current, or DC power; it's easier to convert to kinetic energy than alternating current (AC), which is generally used to transmit power over long distances.
the mechanical force needed to start the motor (move one pole to another) is greater at rest. once forward motion is developed it is easier for one pole to get to the next