Levels: Difference between revisions
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{{ToolInfoBox | {{ToolInfoBox | ||
|tool name=Level | |tool name=Level | ||
|german=Wasserwaagen | |||
|image=wasserwage.jpg | |image=wasserwage.jpg | ||
|synonyms=spirit level, bubble level; DE: Wasserwaage | |synonyms=spirit level, bubble level;<br>DE: Wasserwaage | ||
|type=measuring tool | |type=measuring tool | ||
|access=read this page | |access=read this page | ||
|location=[[Location:: | |location=cart near [[Location::Measuring Shelf|measuring shelf]] | ||
|similar=[[inclinometer]] | |similar=[[inclinometer]] | ||
}} | }} | ||
Latest revision as of 20:33, 20 May 2024
| ToolInfoBox Level | |
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| Synonyms: | spirit level, bubble level; DE: Wasserwaage |
| Type: | measuring tool |
| Location: | cart near measuring shelf |
| Access Requirements: | read this page |
| Similar (More or Less): | inclinometer |
A level uses a bubble floating in a liquid-filled tube to indicate whether something is parallel or perpendicular (or, in some models, at a 45° angle), to the ground earth's gravitational field.
When mounting something, that means if the floor or wall nearby is not perfectly straight, your measurement will be - so there could be applications where you'd rather go for a line parallel to the existing geometry than the "true" measurement obtained with a level.
Given the proper conditions you can also check squareness of pieces against each other in two dimensions, but a square is the proper tool for this kind of task.
Small magnetic or clip-on levels can be very handy if you have a straight reference (e.g. your workpiece or a tensioned string) to attach it to.
