On the relationship between the impeller blades of a reactor mixer and the motor current
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I’d like to ask the experts here: is there any more detailed calculation regarding the relationship between the size of the mixer’s impellers and the motor current? What other causes can lead to motor overload in a reaction kettle besides viscosity?
According to the Bates method, the stirring power is in a cubic relationship with the rotational speed, and in a fifth-power relationship with the slurry diameter
The power of the mixer motor depends on factors such as the rotation diameter of the mixer, the viscosity of the material, the specific gravity of the material, the mixing speed, and the number of mixer layers