Electrical Symbol In Excel
Ulrike Dweck
Every engineering office uses their own set of electrical symbols; however, the symbols below are fairly common across many offices. Refer to the legend sheet in your set of plans for special symbols used in a particular set.
It is important that all local codes and standards are adhered to. Please consult a professional architect, engineer, consultant, or agency for advice about specific projects, buildings, conditions, codes, and/or regulations.
I have created some custom attributes using the symbol builder. I am able to see the new attribute as well as edit it in the edit component dialog box. I am running into an issue where when I export the information onto an excel spreadsheet the custom attribute is not listed in the columns of the spreadsheet. Has anyone figured out a way around this?
Thanks for the reply, but i'm runnning into some problems getting it to work. First off what type of file are you resaving as? in the column where you want the custom attribute to you just type the tag of the attribute as shown? I've tried to do this and it did not work for me. I am currently running 2011 electrical. I have 2012 is this something that is new?
there are a couple of videos showing the various steps. Also, if you are using the General option on the Export then you will need to add the attribute names/tags to the wd_xls_all_template.xlt template in the column header row of each worksheet. The default location for the spreadsheet template is C:\Program Files\Autodesk\Acade version\Support.
The .wda file is a text file used by the User-Defined Attributes feature. It can be a default file used for all projects or it can be project specific. It is created when you run the User Defined Attribute tool. I would suggest reading through some of the documentation available on the User-Defined Attributes feature. This feature allows you to add the values from attributes that are not standard AcadE attributes to reports and they are supported in the Export/Import feature.
From your original post it sounded like you had added the non-standard attributes to the block and you were able to add values to those attributes using the edit dialogs. But that those values were not showing up when you used the export to spreadsheet function. Once you add those non-standard attribute names to the user-defined attributes file then those values that are actually on the attributes (that you added in the edit dialog) should show up in those columns in the spreadsheet. THat is where my values came from in the example, they were actually the attribute values.
One thing to verify - make sure that the field you enter in the user-defined attributes matches the attribute name exactly. I also would recommend using all upper case for both the attribute itself and when you add it in the user-defined attributes.
I am just curious - did the video play extremely fast for you? When I played it the speed was too fast and I am thinking something may have gone wrong in the uploading of it. It wasn't originally that fast.
Your right on your assumptions above. I did realize that the drawing I was in was opened outside of the project file and it didn't work correctly that way. Once I got into the project it worked great.
I think I had this issue some time ago but never got it working, good I read the point to point blog as it appears it all had to do with the wda not being int he project directory and not realizing it wont work with the general export only specific export reports, but have a few questions.
I have drawing title blocks that utilize multiple parameters beyond the drawing settings special export, many of these are not all revisioned together after they have been delivered. Reving up every drawing in the package is not a big deal with ACADE but sometimes the comments for the revision change may be different, this is not well supported with the Title Block update tool. How do I make an export for a specific block name, with specific parameters, is it possible?
The General Export option makes use of a spreadsheet template to know what columns to fill in for each category. So if you add the columns for the user-defined attributes to the template then it should include those in the export. This is mentioned in the Help topic, About Exporting/Importing Spreadsheet Data. Here is the relevant paragraph:
The attributes in the User-Defined Attributes list are also added to the fields exported in the Export to Spreadsheet feature. Add the User Defined Attribute names to the wd_xls_all_template.xlt worksheets to include these fields with the General export option. The default location for the spreadsheet template is C:\Program Files\Autodesk\AutoCAD version\Acade\Support\language code.
For example, if I have custom attribute SPECIAL1 and I want it to show up in the Comp sheet of the spreadsheet, I add a SPECIAL1 label in the column right after (FILENAME), the last column in the supplied template. I repeat this for each sheet where I want this custom attribute to show up. So this is an extra step for custom attributes.
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Circuit diagrams make it easy for technicians to understand how a circuit works. It uses industry-standard symbols to show all of the components of an electronic circuit and the connections between them. The arrangement of the components' interconnections on the diagram will correspond to their physical locations in the physical devices.
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I have a markdown file that has some of notes related to basic testing with a multimeter. I know I can use the capital Omega symbol (U+03A9) for Ohms but for a lot of the other symbols, I haven't found any good options other than either showing a picture, linking somewhere else, or trying to verbally describe the shape of the symbols.
I was planning to share with a friend that has ZERO electrical background without them needing more than a browser (e.g. probably putting it on github/gitlab/etc and linking them the document). I know I can always just link to another page or resort to pictures but was kind of curious if there's actually a better way of doing this that would allow me to use the symbols in-line during steps of written instructions (e.g. Turn the multimeter to the "XYZ" symbol (which means "ABC"))
With Unicode having all sorts of math symbols and even some things that look a bit like emojis, I was kind of expecting to find at least basic electronics symbols there too. The most important one for me right now is the "Continuity" symbol as it might appear on Fluke and similar multimeters (I know they could probably figure it out from ))))) but I guess I'm just OCD because that doesn't really look the same to me at all). But if I can get them interested, I would probably end up wanting to reference symbols for "Volts AC", "Volts DC", "Diode test", "Capacitance", etc too. So far, all of my searches have been coming up empty. Am I just missing them? Are there some other glyphs I could put together for rough appropriations? Is there some other, better approach for writing these that I'm completely unaware of?
I suppose you could also just drop the superscripts and use the AC, DC, or AC/DC symbols right next to "V" / "A" as that would slightly improve visibility since the glyphs would be just a little bit larger.
A ground symbol identifies a ground terminal. It can be used for a zero potential reference point from where current is measured. It is also for electrical shock protection. There are a few different ground symbols. The one we're showing here is "Earth", but there's also a Chassis and Digital/Common ground with slight variations to this symbol.
A resistor reduces current flow. In a schematic, this is represented with a few zig zag squiggles. We're showing the US/Japan version of this symbol. The UK uses a simple box over a straight line. There are also symbols for variable and adjustable resistors as well as thermal and preset resistors.
Disconnects the current when open. We're showing a simple SPST (single-pole single-throw) toggle switch, but there are variations for SPDT, pushbutton, dip, relay, and more. For a complete list of switch symbols, check out SmartDraw's electrical symbol library.
A capacitor symbol shows two terminals running into plates. The curved plate indicates that the capacitor is polarized. The curved side has lower voltage. A small plus sign can be added to the straight side indicated the positive pin.
SmartDraw is easy to use too. Just select a template and start customizing. Click and stamp electrical symbols onto your layout. Add connecting lines and arrows. Reposition them on the page and SmartDraw will keep them connected, automatically.
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