WeldFit's Flow Tee is designed to allow maximum fluid flow through a branch connection as a pipeline pig or sphere passes the opening. The Flow Tee is composed of an oversized extruded outlet tee with forged end pieces, and a slotted guide tube.
Calculating flow through branch piping
Calculating flow through branch piping
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I have a 2' shd 40 pipe running horizontal for about 2 ft and then takes a 90 deg turn and heads for about 2 ft where it breaks into a T-Connection and goes left and right. My question, if I konw what the flow at the start which is 112 how do I figure my flow at the T-connection to the right and left side.
I know I have to figure out K-values from friction fitting loss. I can figure out the head loss in ft with the following formula H=kV^2/2g up until the pipe takes that 90 bend but I don't know how to figure the flow at that bend or after that bend. I know that my flow will be reducing as I take turns and bends due to friction and fitting loss, I would really appreciate if someone can guide me on how to calculate the flow or how to use these fitting loss tables to find the final flow.
I know I have to figure out K-values from friction fitting loss. I can figure out the head loss in ft with the following formula H=kV^2/2g up until the pipe takes that 90 bend but I don't know how to figure the flow at that bend or after that bend. I know that my flow will be reducing as I take turns and bends due to friction and fitting loss, I would really appreciate if someone can guide me on how to calculate the flow or how to use these fitting loss tables to find the final flow.