Power calculation for Ribbon blender for dry cement mixing?

In summary, the conversation discusses using a mixer with a density of -1600 kg/m3, a diameter of 1m, and a length of 2m to mix dry cement weighing approximately 2 tonnes. The conversation then asks for suggestions on the appropriate motor power in hp for such a mixer.
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  • #2
Bhavik Panchal said:
density -1600 kg/m3
dia -1m
lenght -2m
material to mix - Dry cement mixing abt 2 tones
please suggest me the power in hp
Welcome to the PF.

What motor power is typically used for such mixers? If you use Google Images to find similar size mixers, you should be able to see what size motors they are using... :smile:
 
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Related to Power calculation for Ribbon blender for dry cement mixing?

1. How is power calculation determined for a ribbon blender?

The power calculation for a ribbon blender is determined by considering the density and volume of the dry cement being mixed, as well as the speed and size of the blender. These factors are used to calculate the required torque and horsepower for the blender.

2. What are the key parameters needed for power calculation of a ribbon blender?

The key parameters needed for power calculation of a ribbon blender are the dimensions of the blender, the density and volume of the dry cement, and the desired mixing speed. Other factors, such as the angle of the ribbon blades and the type of motor being used, may also be considered.

3. Can power calculation be done manually or is specialized software needed?

Power calculation for a ribbon blender can be done manually using equations and formulas, but specialized software can also be used to simplify the process and ensure accurate results. This software takes into account various parameters and factors to provide a precise power calculation for the blender.

4. How does the density and volume of the dry cement affect the power calculation?

The density and volume of the dry cement being mixed in a ribbon blender directly impact the power calculation. As the density and volume increase, more torque and horsepower will be required to effectively mix the cement. This is because denser and larger volumes of material have a greater resistance to movement, therefore requiring more power to mix.

5. Are there any safety considerations when performing a power calculation for a ribbon blender?

Yes, it is important to consider safety when performing a power calculation for a ribbon blender. This includes ensuring that the motor and other components are appropriately sized and rated for the calculated power requirement, as well as following all safety guidelines and precautions when operating the blender.

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