The main Navigation tabs at top of each page are Metric - inputs in millimeters (mm) For Inch versions,
directly under the main tab is a smaller 'Inch' tab for the Feet and Inch version.
Drop Down Menus have M for Metric Versions.
Tube and Pipe Notching Calculator - Full Scale Printable Templates
If Cut Tube Wall Thick is larger than 0, the cut fits to the inside diameter of the tube, making a notch for welding.
For a snug fit at the outside of the tube, enter 0 Cut Tube Wall Thick and grind inside of tube to fit.
Parent Tube Diameter
Cut Tube Diameter
Cut Tube Wall Thick
Cut Tube Angle
Wall Thickness must be less than 1/3 Cut Tube Diameter
Cut Tube Diameter must be equal to or smaller than Parent Tube Diameter
For larger templates that won't fit on your paper size, print top half only and reverse to mark lower. (both side are the same)
Mouse Over template diagram to see minimum paper size to fit. You can also 'Poster Print' to multiple smaller pages and assemble to form full template image.
For larger templates, only half is drawn so it will fit on a page easier. Print 2 templates, reverse 1 and tape to the other to create a full template,
or print 1 template, mark 1 side then reverse to mark the other.
Print Tube Coping template at 100% printer scale, cut and wrap around cut tube to trace with marker pen for cutting and grinding to shape.
For larger pipes, where a single printed page (template) is too small to wrap completely around the pipe, select 'Plot Point Increments' and click the checkbox
to display notch line offset measurements at each increment around the pipes circumference, from center line outwards. Then measure and mark the notch on the cut pipe.
There are 2 identical sets of offset measurements, starting with the longest center measurement, and going to the outer sides of the template.
One half side of running offset measurements, with their corresponding increment from the centre line are displayed under the main coping template diagram.
This is also a handy way to mark a notch cut if you're on-site with a phone or tablet, and can't print the templates.
Because the 2 sides of the template are exact opposites, if you can fit half of a large template completely on a page, you can mark half (180°) of the pipe, then reverse (flip)
the half template to mark the other side.
To print the template image as close to page top left as possible (best fit for large diagram), hit
Diagrams to PDF (also below) to open a new window with just the diagrams.
Left click diagrams on the new page to remove all but the main pipe coping template, then print.
Select angle increments and hit 'Full Set' button to draw a set of templates at each selected angle increment for current pipe diameter and wall thickness entries.
Use your browsers 'Print Preview' to check templates are printed complete on each page, and are not cropped on page breaks. (IE 11 will separate diagrams on page breaks).
See Printing To Scale Tips for printing help.
Select output Fraction Precision, Decimal Inch or Metric mm. Select and Re-Calculate to display.
All Inch inputs and dimensions are actual physical finished sizes(unless otherwise noted)
All Metric Inputs in Millimetres(unless otherwise noted)
If you're cutting blocks, concrete, stone or ANYTHING and there's DUST - DON'T TAKE THE RISK
Don't cut it, or cut it wet so there's NO DUST - Silicosis Sucks
And if you're cutting wet, wear a mask - theres dust in the spray mist too!
How should we spell it?
What do we think? - They're 2 different things:
A Meter is a device to measure things - like a Volt Meter or a Parking Meter
A Metre is about 3'-3~3/8"
Although diameter and perimeter as measurements - don't seem to fit very well
If the US ever goes Metric, you'll be able to use a Meter to measure Meters - A Meter Meter
(And when we go back to the moon, let's go Metric, ay?)
Built something using our calculators?
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