The measurements are taken at right angle to the survey line called perpendicular or right angled offsets. The measurements which are not made at right angles to the survey line are called oblique offsets or tie line offsets.
Perpendicular
A line is perpendicular to a plane when it is perpendicular on two lines from the plane
The foot of a perpendicular is the lowest part of the perpendicular [Kinda like the feet of people]||||_____^ This is the point where the foot of the perpendicular meets the line.
The diagonals of a rhombus are perpendicular
The measurements are taken at right angle to the survey line called perpendicular or right angled offsets. The measurements which are not made at right angles to the survey line are called oblique offsets or tie line offsets.
You can check the links to the right, they might help you in finding some information on pipe bending and offsets.
offsets
$167517
There are two ways to load offsets into any Makino Pro 5 machine. The first is by using menus. In the bottom left corner of the touch screen there is a arrow press that. The extended manual will pop up with a dozen or so buttons. Each will bring up a new screen. Press the Work Offsets button. Listed there are all of your work offsets with fields that can be filled out. TL:DR - Little arrow in bottom left>Work Offsets The other way to create work offsets is to load them in through programming. An couple example lines of this is G90 G10 L20 P01 X-18.378 Y-22.8265 Z-23.5123 G90 G10 L20 P02 X-18.456 Y-17.8265 Z-23.5142 "G90 G10 L20" is the code to load the offsets and it will always remain the same. For work offsets G54.1 P__. I do not remember the code for G54-G59 offsets off of the top of my head. P01 through P48 or P300(extended offsets) will select the work offset you want. X____Y____Z____B____ will be your offsets to be loaded in.
your mom
technical innovation
Transform Faults
1.414
No. 3 series cars use high offsets, while 5 and 7 series use very low offsets.
No . It is not perpendicular
It offsets the floor flange bolts by 2"