# How to Calculate Pipe Offset?

Pipe offset refers to the placement of pipes in a plumbing system. When calculating offset, basic trigonometry concepts are needed. In general, one wants to make sure there is equal distance between parallel pipes. When using vertical offsets, a vertical rise and a horizontal spread should be used. The distance between the pipes once offset is called the spread and the amount the offset pipe can be moved is known as the spread allowance. To calculate this, one should think it terms of 45 degree angles.
Reference:
Q&A Related to "How to Calculate Pipe Offset?"
 1. Measure the width of the wheel, in inches. 2. Divide this width by two to calculate the wheel's centerline. If the wheel has a width of nine inches: 9 / 2 = 4.5 inches. 3. Measure http://www.ehow.com/how_7618652_calculate-offsets....
 1. Find and open a map of earth with UTC time zones drawn. A link to such an online map has been provided as a reference below. 2. Locate the region on the map for which you want http://www.ehow.com/how_8703587_calculate-utc-offs...
 1. Measure the distance from the interior edge of the rim to the hub mounting point. The distance is referred to as the rim's backspace. 2. Measure the rim's overall width from the http://www.ehow.com/how_8449983_calculate-rim-offs...
 1. Switch on the oscilloscope. Vary the vertical offset control to center the oscilloscope trace onto the 0V mark. 2. Plug the electrical signal into one of the oscilloscope inputs. http://www.ehow.com/how_8716769_calculate-dc-offse...
Top Related Searches
Explore this Topic
To calculate a rolling offset, figure the rise of the pipes and the speed of the piping system. Using those numbers, use the following equation to calculate the ...
To calculate rolling offsets, you will need to determine the run of the piping system, and the rise of the pipes. The equation to be used is: rolling offset = ...
There are a number of formulas for determining pipe offset, a formula for center to center, a formula for rolled offsets, and a formula for parallel offsets. All ...