AS 1100.101-1992 (R2014) Technical drawing. General principles
Producing layout, assembly and component drawings in conformance with specification inserting all relevant dimensions, tolerances and instructions in the drawing producing drawings to specification appropriately using standard symbols in accordance with AS1100 or equivalent in the drawings produced. This Standard sets out the basic principles of technical drawing practice with the following sections: sets out abbreviations. Specifies materials, sizes, and layout of drawing sheets. Specifies the types and minimum thicknesses of lines to be used and shows typical examples of their application. Drafting protocol is to use the existing drawing symbols used on the drawing. The Gippsland Water Project RO will determine if the updates to the drawing shall be redrawn with new symbols standards or - if the existing drawing symbols will beused. The drafting provider shall discuss each project. The drawing on the left is done to the Australian Standard AS1100.101-1992 so it can be interpreted consistently in any country. Australian Standard AS 1100.101-1992 sets out the basic principles of technical drawing practice. The Australian Standard specifies: the use of abbreviations; materials, sizes, and layout of drawing sheets. Execute As1100 Drawing Standards Download in just a few clicks by using the instructions listed below: Select the template you want from the collection of legal form samples. Select the Get form key to open the document and begin editing. Fill out all of the necessary fields (they are marked in yellow).
- Abbreviation
- AS 1100.101-1992
- Valid from
- 16/11/1992
- Information provider
- SAI Global
- Author
- Standards Australia
- Information type
- Australian Standard
- Format
- PDF, Hard copy
- Cited By
- This resource is cited by 1 document (show Citations)
Description
This Standard sets out the basic principles of technical drawing practice with the following sections:
- sets out abbreviations.
- specifies materials, sizes, and layout of drawing sheets.
- specifies the types and minimum thicknesses of lines to be used and shows typical examples of their application.
- sets out the requirements for distinct uniform letters, numerals, and symbols.
- sets out recommended scales and their application.
- sets out methods of projection and of indication of the various views of an object.
- sets out methods of indicating section and provides information on conventions used in sectioning.
- sets out recommendations for dimensioning including size and geometry tolerancing.
- 9 specifies conventions used for the representation of components and repetitive features of components.
For assistance with locating previous versions, please contact the information provider.
For assistance with locating previous versions, please contact the information provider.
AS 1100.101-1992 (R2014) Technical drawing. General principles
This document is CITED BY:
- AS/NZS 5131:2016
AS 1100.101-1992 is cited by AS/NZS 5131:2016 Structural steelwork - Fabrication and erection
AS 1100.101-1992 (R2014) Technical drawing. General principles
Description
This Standard sets out the basic principles of technical drawing practice with the following sections:
- sets out abbreviations.
- specifies materials, sizes, and layout of drawing sheets.
- specifies the types and minimum thicknesses of lines to be used and shows typical examples of their application.
- sets out the requirements for distinct uniform letters, numerals, and symbols.
- sets out recommended scales and their application.
- sets out methods of projection and of indication of the various views of an object.
- sets out methods of indicating section and provides information on conventions used in sectioning.
- sets out recommendations for dimensioning including size and geometry tolerancing.
- 9 specifies conventions used for the representation of components and repetitive features of components.
AS 1100.101-1992 (R2014) Technical drawing. General principles
Description
This Standard sets out the basic principles of technical drawing practice with the following sections:
- sets out abbreviations.
- specifies materials, sizes, and layout of drawing sheets.
- specifies the types and minimum thicknesses of lines to be used and shows typical examples of their application.
- sets out the requirements for distinct uniform letters, numerals, and symbols.
- sets out recommended scales and their application.
- sets out methods of projection and of indication of the various views of an object.
- sets out methods of indicating section and provides information on conventions used in sectioning.
- sets out recommendations for dimensioning including size and geometry tolerancing.
- 9 specifies conventions used for the representation of components and repetitive features of components.
AS 1100.101-1992 (R2014) Technical drawing. General principles
This resource does not CITE any other resources.
Glossary
Architectural Drawing Standards
Australian Standard AS 1100.101-1992 tells us how to specify and interpret engineering drawings. Most engineering drawings are produced in accordance with this Standard.
A Standard sets out specifications and procedures to make sure a material, product, method or service can do what it is meant to do and perform consistently the way it is meant to perform.
Look around and see if you can find examples of standardisation in your workshop. For example, conformity in screw and thread sizes means that a nut made in Adelaide will fit a bolt made in Germany.
Standards give us a common language. Whether you speak English or Greek, you can still interpret an engineering drawing by referring to the standard for technical drawing.
The drawing on the left is done to the Australian Standard AS1100.101-1992 so it can be interpreted consistently in any country.
A-s1100 Drawing Standards Free Download
Australian Standard AS 1100.101-1992 sets out the basic principles of technical drawing practice. The Australian Standard specifies:
- the use of abbreviations
- materials, sizes, and layout of drawing sheets
- the types and minimum thicknesses of lines to be used
- the requirements for distinct uniform letters, numerals and symbols
- recommended scales and their application
- methods of projection and of indicating the various views of an object
- methods of sectioning
- recommendations for dimensioning including size and geometrical tolerancing
- conventions used for the representation of components and repetitive features of components.