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So this is a shredder, not a blender?wermix said:the material will be trash of electric components
wermix said:nono :) it will be like homogenizator :)
Those two statements make no sense in juxtaposition, IMO. What the heck are you trying to make?wermix said:the material will be trash of electric components
1. Does this capacity of 40dm3 mean 40 cubic decimeters?wermix said:capacity about 40dm3 and engine power is 0.18kw
More detail, please. As you may imagine, it takes considerably more power to chew through a scrapped 10 HP induction motor than it does to process a batch of circuit boards.wermix said:material will be trash of electric components
wermix said:i need to make mashine what will make sample of trash to know what type of pieces i have in
If you mash up electronics circuit boards, you will destroy the components. Is that you want? Also, some components release chemicals when smashed up (like electrolytic capacitors), and those chemicals can cause other problems. What is your end goal with this "blender"?wermix said:so i need to blend trash :O to homogenize it :) and the take it out that is why i want to use paddles :)
For what purpose? Usually you would want to separate things for recycling, not "blend" them all up.wermix said:i just need to blend mass of electric components trash (like rubber, elektric circuits, metal fragments)
Is there a particular reason why it needs to be that style?wermix said:
you are right :) almost :) but true is i don't need to segregate components i just need to make sure every part have same chance to be in sample :) and sample is going ot laboratory ...Asymptotic said:If I'm understanding your application correctly, the 'electric trash' is already 50 mm3 or smaller in size, and the paddle-based blender is to assure a homogeneous size distribution of trash particles. You may wish to re-examine this premise, because you are more likely to segregate the component particles to an even greater degree via the 'Brazil nut' effect.
https://en.wikipedia.org/wiki/Granular_convection
this style isn't necessary but i don't have about any other style :)russ_watters said:Is there a particular reason why it needs to be that style?
Then a paddle blender is perhaps not a good choice.wermix said:you are right :) almost :) but true is i don't need to segregate components i just need to make sure every part have same chance to be in sample :) and sample is going ot laboratory ...
any better idea ?Asymptotic said:Then a paddle blender is perhaps not a good choice.
I'd go with @russ_watters cement mixer and see how that works out.wermix said:any better idea ?
The power requirements for blending granular materials in a machine can be calculated by taking into consideration several factors such as the type of material, the desired blending time, the size and speed of the machine, and the density of the material. A formula commonly used for this calculation is P = (M x V x S x D)/T, where P is power, M is the mass of the material, V is the volume of the material, S is the speed of the machine, D is the density of the material, and T is the blending time.
Calculating the power requirements for blending granular materials in a machine is important because it helps determine the amount of energy needed to efficiently blend the materials. This information is crucial for selecting the appropriate machine and ensuring its proper functioning and longevity. It also helps in estimating the cost of energy consumption and optimizing the blending process.
Yes, the units used for calculating power requirements for blending granular materials in a machine may vary depending on the system of measurement being used. However, the most commonly used units are kilograms (kg) for mass, cubic meters (m3) for volume, meters per second (m/s) for speed, kilograms per cubic meter (kg/m3) for density, and seconds (s) for blending time.
While it is possible to estimate the power requirements for blending granular materials by trial and error, it is not recommended. This method can be time-consuming and may not provide accurate results. It is best to use a well-established formula and take into consideration all the relevant factors for a more precise calculation.
Yes, there are several ways to reduce the power requirements for blending granular materials in a machine. One way is to use a machine with a higher speed or a larger capacity, which can reduce the blending time and thus the overall power consumption. Another way is to optimize the design of the machine to reduce friction and improve efficiency. Additionally, using materials with lower densities can also help reduce the power requirements.