There is actually no question here
No
6"
The "take-off" of a pipe refers to the point where a branch pipe or fitting is connected to a main pipe, allowing for the diversion of fluid or gas flow. It involves the angle and design of the connection, which can affect the flow characteristics and pressure within the system. Properly designing the take-off is crucial for maintaining system efficiency and preventing issues like turbulence or pressure drops.
11 1/4
If it is leaking when you use the shower, not shutting off completely, it will need to be replaced. If it is leaking at the wall, take it off and reseal the thread on the pipe with either pipe dope or Teflon tape and reinstall.
The take-off for a 22.5-degree elbow refers to the horizontal distance a pipe will extend after making a 22.5-degree bend. This distance can vary based on the pipe diameter and specific installation requirements. Generally, for standard pipe sizes, the take-off distance can be calculated by multiplying the pipe diameter by a factor that correlates with the elbow's angle and the pipe's nominal size. It's important to consult relevant engineering tables or standards for precise measurements in specific applications.
pipe rench
No
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.
6"
6"
The take-off for a 30-degree elbow can be calculated using the formula: Take-off = Pipe Diameter × 0.577. For example, if the pipe diameter is 4 inches, the take-off would be 4 × 0.577 = 2.308 inches. This formula helps determine the horizontal run of the pipe after the elbow joint.
this app help you: "Miter Flat Pattern Design" in play.google.com
Three inches
The take-off for a standard radius 90 is one and one half the diameter of the pipe. Example: 6 inch 90 has a take- off of 9 inches. The take-off for short radius 90 would be the dia. of the pipe. Long radius 90 is 2 times the pipe diameter.
The "take-off" of a pipe refers to the point where a branch pipe or fitting is connected to a main pipe, allowing for the diversion of fluid or gas flow. It involves the angle and design of the connection, which can affect the flow characteristics and pressure within the system. Properly designing the take-off is crucial for maintaining system efficiency and preventing issues like turbulence or pressure drops.
4 5/16