Motor will rotate at very high speed leading to destruction
Answer from Kinindia.com
speed will increase
when the field winding of a running dc shunt motor suddenly breaks open the motor fails to run because in the motor the stationary winding is armature and rotatory is field winding
Depends on the motor. If it is a synchronous motor it will run too fast.
To create rotating magnetic field inside motor stator and it is done by capacitor. current drawn by motor running winding is lagging in nature when capacitor is connected in series with starting winding then the phase angle of running winding current and starting winding currents changes which creates a rotating magnetic field and motor is able to run.
In a typical electric motor, the starting winding generally has more turns than the running winding. This is because the starting winding needs to create a higher magnetic field to initiate the motor's rotation, while the running winding operates more efficiently with fewer turns once the motor is up to speed. However, the exact configuration can vary based on the design of the motor.
speed will increase
when the field winding of a running dc shunt motor suddenly breaks open the motor fails to run because in the motor the stationary winding is armature and rotatory is field winding
Depends on the motor. If it is a synchronous motor it will run too fast.
something cool
if the power wires for the motor happen to be hooked up backwords
To create rotating magnetic field inside motor stator and it is done by capacitor. current drawn by motor running winding is lagging in nature when capacitor is connected in series with starting winding then the phase angle of running winding current and starting winding currents changes which creates a rotating magnetic field and motor is able to run.
A motor is always going to be hot to the touch because when it is running it is very hot and takes awhile to cool down after it is shut off. If an engine is hot to the touch, it just means it was recently running.
Battery or Starter motor.
It depends on whether the motor is run on load or whether it's running light.
Yes, a running motor can convert electrical energy to mechanical energy. This conversion is achieved through electromagnetic interactions within the motor, where electric current flowing through coils generates a magnetic field that causes the motor to move and perform mechanical work.
What can happen when a blower motor resistor goes bad is that the motor will run and then suddenly stop running on a regular basis. Sometimes the blower fan will not turn on and cause the motor to overheat.
An electric motor's magnetic field can collapse due to a sudden change in voltage or current levels, which can demagnetize the motor's components. This can happen if the motor is overloaded, if there is a short circuit, or if there is a disruption in the power supply.