All drains slope 1/4 inch per foot, minimum. Too much slope,though, can mean pulling water out of the trap or goose neck on a toilet.
The slope triangle on an elevation drawing is typically located adjacent to the slope itself, illustrating the angle of the incline. It is often positioned at the base of the slope or at the point where the slope meets a horizontal line, clearly indicating the rise and run. This graphical representation helps in understanding the grade of the slope in relation to the horizontal plane.
slope intercept formula is given by y = mx+c where m is the slope and c is the x intercept so ur equation comes to... y=(0.25)x + 24
1" per 4' minimum.
thanks you for your help
90 degrees
All drains slope 1/4 inch per foot, minimum. Too much slope,though, can mean pulling water out of the trap or goose neck on a toilet.
The maximum number of drainage fixture unit on a 2" drain line depends on the slope of the drain line. 21 units are allowed if the slope is 1/4' per foot, and 26 units are allowed if the slope of the line is 1/2" per foot.
Maximum distance of the toilet to the drain is 6 metres (20 feet). The angle of drop is set by the branch at 112 1/2o, which equates to about 1/4" of drop per foot.
Usually toilet flange is glued down onto plastic drain pipe. There is a toilet flange that can be glued inside of plastic drain pipe also.
Yes as long as the drain has a trap and is vented
To effectively unclog a toilet drain using a toilet drain auger, first insert the auger into the drain until you feel resistance. Then, rotate the handle clockwise to break up the clog. Continue to push and twist the auger until the clog is cleared. Finally, flush the toilet to ensure the drain is unclogged.
The standard measurement for a toilet drain rough-in is 12 inches from the finished wall to the center of the drain.
No. If you think about it, upstairs toilets actually drain through the walls and down under the foundation and footings, so you would have a 100% slope there. You can have too little slope, but never too much, since gravity is actually what drains a toilet. Yes you can. Pipes that run vertical are not a problem because friction is not acting on either the solid or the liquid matter. Where a pipe is sloping steeply the water can run away leaving solid matter behind.
The purpose of a toilet drain flange is to connect the toilet to the floor drain pipe. It provides a secure and stable base for the toilet to be installed on, ensuring a proper seal and preventing leaks. The flange also helps to align the toilet properly with the drain pipe, allowing for efficient and effective waste removal. Overall, the drain flange is essential for the proper installation and function of a toilet.
On a standard toilet in America the drain is 12 inches from the back wall to the center of the drain.
The ideal distance of a toilet drain from the wall is typically around 12 inches.