The evolution of this standard traces the history of Australian industry itself. The lineage of AS 1100.101 goes back to 1941, with the original AS CZ1. As the complexity of post-war engineering grew, so did the need for a unified graphical language.
Although more than three decades have passed since its publication, AS 1100.101-1992 continues to be used extensively for several reasons.
If you open the , you will find 48 pages of dense technical information. Here is a chapter-by-chapter breakdown of the critical knowledge you need to extract.
If you are struggling to locate a legitimate copy for study, try these specific search strings: AS 1100.101 1992 Technical drawing General principles.pdf
Provide supplementary material, including detailed information on the various projection methods, a thorough explanation of geometry tolerancing, and a comparison with other international standards.
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In practice, while many modern firms have migrated to Computer-Aided Design (CAD), the software is programmed to follow the rules of AS 1100.101. When a CAD operator places a dimension or selects a "Hidden Line" linetype, they are relying on the technical definitions laid out in this 1992 standard. The evolution of this standard traces the history
A common search query is finding a free version of this PDF. This document is copyrighted by SAI Global (formerly Standards Australia). While many educational sites host outdated drafts, the official standard is a paid document.
You will rarely see a scale like 1:17.5 in a compliant drawing.
AS 1100.101—1992, Technical drawing—Part 101: General principles , Standards Australia, Sydney, 1992. Although more than three decades have passed since
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The standard recommends only two distinct line widths for general engineering drawings: