The RL (Reduced Level) of a pipe is its elevation relative to a specified reference point or benchmark, often used in civil engineering and construction projects to establish the vertical position of the pipe. It helps to determine the depth of the pipe underground and ensure proper alignment and grading in the construction process.
14 (: rL
A pipe extended above the roof level is a soil pipe.
Invert Level is the bottom of the pipe, reduced level is the middle of the pipe.
The Invert Level of a pipe is the level taken from the bottom of the inside of the pipe as shown below.INVERT LEVEL OF PIPESection through pipeWater levelInvert levelCrown of pipe
you have to go ABOVE the pipe and fall into the pipe ;) since the level is falling bricks just goby the pipe and youre there
you will get a value with (+) or (-) value from (BS-FS) equation.(+) values are put in rise column and (-) values are put in fall column.to calculate RL for each point, add the + value to know RL and subtract the (-) value to know RL.
there are 2 pipe levels:' pipe passage' and 'power up pipe'.they are both found at the lake.
invert level =high level - the reading - the diameter of pipe
RL stands for Reduced Level in terms of elevation. It refers to the height of a point or feature above a chosen reference point, usually a specified datum or benchmark. RL is commonly used in surveying, construction, and engineering to describe vertical measurements.
RL stands for Road Luxery
After you use the return pipe you will warp to the level select area just enter one of the doors and it will bring you to the next level
In surveying, the invert level refers to the elevation of the bottom of a drainage or sewer pipe, indicating the lowest point where water can flow. In contrast, the reduced level (RL) is a reference elevation used to simplify measurements, typically expressed relative to a benchmark or datum point. While the invert level is specific to drainage systems, the reduced level can apply to various points on a site for overall topographical analysis. Both are crucial for ensuring proper drainage and site grading.