Hydraulic Connection Diagram Standards: Difference between revisions
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#Example with pictures and specifications, without pictures of fittings. | #Example with pictures and specifications, without pictures of fittings. | ||
=Other= | |||
http://web.iitd.ac.in/~suniljha/MEL334/L2_HydCktDesign.pdf | |||
Standard hydraulic symbols: | |||
http://www.me.ua.edu/me360/fall05/Misc/Hydraulic%20Schematic%20Symbols.pdf | |||
Open Source hydraulic design software - http://www.comatrol.com/easyvalve/index.htm - but only for Windows. | |||
[[Category:Standards]][[Category:Hydraulics]] | [[Category:Standards]][[Category:Hydraulics]] |
Revision as of 01:34, 4 April 2015
Main point of hydraulic diagram is that it allows one to move on 3 points: (1) component design, (2) readily ability for work to be reviewed; (3) ability to source components readily, including BOM generation. Further - (4) a large hydraulics design can be worked on in real time by several people via Google Docs to create a Master Design - in One Day.
To draw a hydraulic diagram:
- use a vector graphics program such as Google Docs Drawings [www.drive.google.com www.drive.google.com]
- paste in component images
- link connections via lines
- use simple drawings to elucidate context
- label the specifications of hydraulic components and fittings
- use OSE Title Block
- List all parts below the diagram with links to sources.
- Sample Conceptual Diagram without images of parts. Sufficient but does not provide the builder with a visual understanding of parts used.
- Example with pictures. Best example for physical build clarity.
- Example with pictures and specifications, without pictures of fittings.
Other
http://web.iitd.ac.in/~suniljha/MEL334/L2_HydCktDesign.pdf
Standard hydraulic symbols:
http://www.me.ua.edu/me360/fall05/Misc/Hydraulic%20Schematic%20Symbols.pdf
Open Source hydraulic design software - http://www.comatrol.com/easyvalve/index.htm - but only for Windows.