cuando se desea cuadrar un angula de 90 grados , no necesariamente usando el teorema de pitagoras.
formula for a 6" 45 degree lateral onto a 6" main
1.4142 will give the travel piece center to center
To calculate a 45-degree elbow takeoff, you need to consider the diameter of the pipe and the flow rate. Typically, you can use the formula for an elbow fitting's pressure loss, which is based on the flow velocity and the elbow's characteristics. Additionally, you may need to refer to manufacturer data or standards that provide specific loss coefficients for a 45-degree elbow to ensure accurate pressure drop calculations in your system.
1/8 of a circle
0=45 degrees?
The take off formula of a 45 degree elbow pipe, will depend on what the pipe is on. Sometimes a 45 degree pipe will need a 90 degree right angle turn to come off.
formula for a 6" 45 degree lateral onto a 6" main
If it's a ratio problem, then 45 is to 1.4142 as 60 is to x 45/1.4142 = 60/x 45x = 84.852 x = 1.8856 Otherwise, there isn't enough info to answer
15.875 x pipe size=
1.414. x offset- Straight of 45's
The formula for "Take off" 45degrees elbow: 1.) For Metric: N.P.S. x 5/8 2.) For Imperial: N.P.S. x .625 Formula for travel of 45 degrees: Run x Cosecant 45degrees = Run x 1.4142 =
Tan 45/2*dia*1.5*25.4
1.4142 will give the travel piece center to center
5/8 x pipe size
To calculate a 45-degree elbow takeoff, you need to consider the diameter of the pipe and the flow rate. Typically, you can use the formula for an elbow fitting's pressure loss, which is based on the flow velocity and the elbow's characteristics. Additionally, you may need to refer to manufacturer data or standards that provide specific loss coefficients for a 45-degree elbow to ensure accurate pressure drop calculations in your system.
8
If you mean 8"- 45 degree el... Then the take off is 8 times .625 / nps x 5/8 ...the answer is 5.