Informative Calculators ▶ Pipe Volume Calculator
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This Pipe volume calculator makes it possible for the plumbers and the contractors to find the volume and weight of the pipe. It is very essential to measure the volume of the water in the pipe.
Follow the below-mentioned steps to use this pipe volume calculator:
Our pipe volume calculator performs the succeeding measurements:
The volume of a pipe is equal to the volume of a liquid inside a pipe.The mass of the liquid is measured by the density formula of water inside the pipe.
But the question is, how to calculate pipe volume? We can easily calculate it with the help of volume of pipe formula:
Pipe volume= π R^2 L’
R = Inner Diameter/2
L=Length of pipe
Cylinder volume formula is:
Cylinder volume= π R^2 H
H=Height of cylinder
R = Inner Diameter/2
In both formula’s only difference is the “L” and “H” in both the pipe capacity calculations and it depends upon the dimension of the piping.
The volume of water in pipe is going to change by the diameter or radius of the pipe and by volume of the liquid pipe capacity calculations. There is an obvious difference between the 3 factors, the Diameter, Length of piping, and Density of liquid. Below are some of the real time calculations:
|6 mm||28,274 mm3||0.0283 l||0.0283 kg|
|8 mm||50,265 mm3||0.0503 l||0.0503 kg|
|10 mm||78,540 mm3||0.0785 l||0.0785 kg|
|15 mm||176,715 mm3||0.1767 l||0.1767 kg|
|20 mm||314,159 mm3||0.3142 l||0.3142 kg|
|25 mm||490,874 mm3||0.4909 l||0.4909 kg|
|32 mm||804,248 mm3||0.8042 l||0.8042 kg|
|40 mm||1,256,637 mm3||1.257 l||1.257 kg|
|50 mm||1,963,495 mm3||1.963 l||1.963 kg|
|65 mm||3,318,307 mm3||3.318 l||3.318 kg|
|80 mm||5,026,548 mm3||5.027 l||5.027 kg|
|100 mm||7,853,982 mm3||7.854 l||7.854 kg|
|125 mm||12,271,846 mm3||12.272 l||12.272 kg|
|150 mm||17,671,459 mm3||17.671 l||17.671 kg|
|1/8“||0.1473 in3||0.000637 gal||0.005323 lbs|
|1/4“||0.589 in3||0.00255 gal||0.0213 lbs|
|3/8“||1.325 in3||0.005737 gal||0.0479 lbs|
|1/2“||2.356 in3||0.0102 gal||0.0852 lbs|
|3/4“||5.301 in3||0.0229 gal||0.1916 lbs|
|1″||9.425 in3||0.0408 gal||0.3407 lbs|
|1 1/4“||14.726 in3||0.0637 gal||0.5323 lbs|
|1 1/2“||21.206 in3||0.0918 gal||0.7665 lbs|
|2″||37.699 in3||0.1632 gal||1.363 lbs|
|2 1/2“||58.905 in3||0.255 gal||2.129 lbs|
|3″||84.823 in3||0.3672 gal||3.066 lbs|
|4″||150.8 in3||0.6528 gal||5.451 lbs|
|5″||235.62 in3||1.02 gal||8.517 lbs|
|6″||339.29 in3||1.469 gal||12.264 lbs|
The volume of water in the pipe calculator makes it easy to find the volume and capacity of our pipelines.
In a factory site an engineer needs to estimate volume and capacity of liquid in the pipeline without exerting any extra pressure on the flow rate. The calibration of the capacity of piping is necessary to maintain a pressure and flow rate of liquids. Pipes calculations are Diameter of the whole piping is 9 Inch, and the site total measurements are around 12 Yards. The Liquid Density is 1000Kg/L due to its viscosity, and flow rate. Flow rate estimation is essential to make pressure consistent and flow rate calculators make the task easy for engineers.
The Diameter of Pipe = 9 Inch
R= 9/2 Inch = 4.5 Inch
Length of Piping = 12 Yards
Liquid Density = 1000Kg/L
Pipe volume formula is:
Pipe volume= π R^2 L
Pipe volume= π [(4.5)^2 ]12
The Pipe Capacity Calculations in various units are:
Volume of liquid = 27482.65 (Cubic Inch)
The pipe volume calculator makes it easy for estimating the pipe volume.
Result in other units:
|Volume||1.677 (cu mm)|
Weight of Liquid = 989895.19 (Lb)
Result in other units:
The recommended values are measured in good faith and are only meant for generic, informative purposes. We do not guarantee the accuracy and precision of this information. Please note, external factors may affect recommendations, For accurate results and estimation, consult a professional.
The 6 inches of the pipe diameter is 2.938 gallons, if the liquid density is 997 kg/m^3. You can check the volume of liquid by pipeline volume calculator.
Different Ways to Find Volume:
The tubing volume calculation makes it possible to use a volume of pipe calculator.
V(tank) = πr^2L
Calculate the filled volume of a horizontal cylinder tank by first finding the area, A, of a circular segment and multiplying it by the length.
The conversion factor is 0.001; so 1 cubic centimeter = 0.001 liters. In other words, the value in cm3 is divided by 1000 to get a value in l.
From the source of Wikipedia: Plumbing, History of Piping
From the source of wateronline.com: Pipe Volume Gallons, Math Solutions Explained