3" Min - 4" is Max
Three-quarter inch diameter pipe refers to the outside diameter. Different pipe types of the same outside diameter usually have different inside diameters. ASTM SCH 40 pipe of 3/4 inch diameter has an inside diameter of 0.824 inches. ASTM CL 200 pipe of 3/4 inch diameter has an inside diameter of 0.930 inches because of the thinner wall.
A 3D bend is a pipe bend that the bend radius is 3 times the pipe outside diameter.
Yes OD never change
Copper Tubing Size, Outside Diameter controlled. - How copper and PEX tubing size is specified based on the outside diameter. Common sizes are 3/8, 1/2, and 3/4 inch. This contrasts to pipe sizing which is based on the inside diameter.
3" - 6"
Electrical trade sizes of PVC conduit are, - 1/2" = 12.5mm, 3/4" = 19mm, 1" = 25mm, 1 1/4" = 32mm, 1 1/2" = 38mm, 2" = 50mm, 3" = 75mm, 4" = 100mm.
to divide a pipe into sections measure the outside diameter then multiply by 3.142 this will give you the circumference divide this number by how many sections you require place a mark anywhere on the on the pipe then measure from that mark your answer The best method for calculating the cross section area of a round pipe or tube is to use the following formula: ((D-W)*W)*PI Where as D= Outside Diameter Measurement W= Wall Thickness PI= 3.1416 that is circumference. The answer I have is: diameter squared x .7854 Ex. 3inch pipe (inside diameter) 3 x 3 x .7854= 7.0686
30-inch (inside diameter) RCP has a wall thickness of 2.75 inches. Therefore, the outside diameter of 30-inch RCP is 35.5 inches.
if it is a PVC flange glued on to the outside of 3" PVC pipe, there is a tool available that will cut it off and you can glue a new flange on the undamaged pipe. It's called a Flange-off. Available at Locke plumbing supply.
Probably the wrong size flange. Is the flange a toilet collar? If so the pipe is probably 4 inch.
Assuming that the INNER DIAMETER of the PVC pipe is 4" (...likely not the case, so you'll need to recalculate for your pipe's dimensions): the volume of the pipe would be calculated as follows: 4" diameter = 2" radius volume_cylinder = Pi*r^2*L; where r = 2" and L = 12" the cylinder therefore has a capacity of 150.8 cubic inches. a gallon of water has the volume of 231 cubic inches. your pipe can hold 0.653 gallons of water. you'll need about 18.38 inch lengths of 4" PVC to hold each gallon of water. again, these calculations rely on the INNER DIAMETER of the pipe being measured at 4" - if this is an outer diameter measurement, the above calculation for the capacity is OVERstated; the 18.38" calculation is UNDERstated.