How an engine start with high torque stater motor.
Learn how starters work, where they are used and why they are essential for starting a car. We take a look at the main parts as well as how starter motors work, spinning the flywheel of the car's engine, which initiates the combustion process to get it started.
Starting an electric motor at full voltage can result in an inrush current up to 8 times greater than the value stated on the nameplate. Without a motor starter, the high inrush current and starting torque can cause damage over time. There are many motor starting systems available to prevent this damage, including soft starters
A soft starter uses electronic components called thyristors to control the starting voltage applied to the motor. Rather than applying the rated voltage all at once, thyristors increase the voltage gradually as the motor accelerates. Soft starters, by reducing inrush current and torque, can increase the life of electric motors.
How an engine start with high torque stater motor.
Learn how starters work, where they are used and why they are essential for starting a car. We take a look at the main parts as well as how starter motors work, spinning the flywheel of the car's engine, which initiates the combustion process to get it started.
Starting an electric motor at full voltage can result in an inrush current up to 8 times greater than the value stated on the nameplate. Without a motor starter, the high inrush current and starting torque can cause damage over time. There are many motor starting systems available to prevent this damage, including soft starters
A soft starter uses electronic components called thyristors to control the starting voltage applied to the motor. Rather than applying the rated voltage all at once, thyristors increase the voltage gradually as the motor accelerates. Soft starters, by reducing inrush current and torque, can increase the life of electric motors.
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