Full Load & No Load: Meaning in Motor Context

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In the context of motors, "full load" refers to the maximum mechanical load that the motor can handle, causing it to draw its rated current. Conversely, "no load" indicates the condition when the motor operates without any mechanical load attached to its shaft, resulting in a lower current draw. The no-load current is specifically the current consumed by the motor when it is running without any load. Understanding these terms is crucial for evaluating motor performance and efficiency. Properly distinguishing between full load and no load helps in optimizing motor applications.
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What is the meaning of full load and no load, in the context of motor? Does the load here mean mechanical load?
 
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In that sense, is it that no-load current means the current in motor when the mechanical load is absent?
 
yes, it means that there is no load attached to the motor shaft
 
and full load means full rated load
 
i think so , the load which causes the armature to draw full rated current
 

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