$$1\,US\,short\,ton = 2000\,pounds = 0.Belt Conveyor Sizing Calculator Sorrythere is a problem with the database We re in the process of rectifying the problem Typically low angle of repose will result in a lower surcharge angle and vice versa Highly cohesive matrls fine moist or interlocking use 510deg Typical crushed minerals and coal use 10deg Dry free одоо байнаĢ021 7 30 Positioning operation Step 1 Leave the rotor inertia Jo and the gear ratio i blank if you have not selected any motor or geared motor yet Then fill in the rest of the form The software will temporary calculate the acceleration torque with a load/rotor inertia ratio of 5 1 Step 2 одоо байна Our calculator does the conversions for you using the pre-programmed conversions: There are multiple options for length, density, mass and volume. You may have noticed that we switch between units.įor example, when calculating the amount of sand and cost in the last example, price is given in dollars per ton and weight is given in pounds. $$Cost = Price\,per\,unit\,mass \times Weight = 20\,$/t \times 2,400\,lb = $24$$ What if my measurements aren’t in feet and pounds? I am unsure of its density, but when buying by bulk the sand weighs 240 pounds per 4 cubic feet. Let’s imagine that I want to fill a space measuring 40 ft³ with a custom aggregate costing $20 per ton.
Sand stockpile calculator how to#
We will show you how to use this formula in our final example.
Well, our calculator has an option for “custom density”, which you can calculate using the following formula: What if I don’t know the density? What if I’m using a different material? 🤔 The sand’s density is 100 lb/ft³ and costs $15 per cubic yard. Let’s say I have an area of 100 ft² that I want to cover with sand to a depth of 3 inches. Rectangular Area and Depth with Price Per Unit Volume.$$Area = Length \times Width = 5 ft \times 3 ft = 15 ft^2$$ The calculator would perform the following calculations: The sand’s density is 100 lb/ft³ and costs $10 per ton. I want equal coverage to a thickness of 2 inches. Imagine I am going to fill an area measuring 5 feet by 3 feet using standard sand. Length, Width and Depth with Price Per Unit Mass.$$Cost = Price\,per\,unit\,volume \times Volume$$ Example calculations
$$Cost = Price\,per\,unit\,mass \times Weight$$ cost per cubic feet), then the calculator can work out the total cost of the required sand: cost per pound) or cost per unit volume (e.g. If you have the price per unit mass (e.g. If you know the density of the material you are using ( NB: standard sand is 100 lb/ft³), the sand estimator can work out how many tons of sand you will require using the formula:
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