AutoCAD

How to Add Level Symbol in AutoCAD?

Understanding Levels in AutoCAD

Levels, often referred to as elevation markers, are critical components in architectural and engineering drawings. They help represent the height of different floors or elements in a design. Adding a level symbol in AutoCAD involves various steps, which ensure that your drawing accurately reflects the elevations required for your project.

Accessing the Elevation Mark Tool

To begin, you will need to locate the elevation mark insertion tool within AutoCAD:

  1. Menu Navigator:

    • Go to the Menu bar and select Formwork Drawings.
    • From the drop-down options, choose Insert Elevation Mark.
  2. Ribbon Interface:
    • Click on the ASD – Drawings tab.
    • Navigate to Edit Drawings and select Insert Elevation Mark.

Placing the Level Symbol

With the elevation mark tool ready, the next steps involve inserting the level symbol into your drawing:

  1. Select the Annotation Tab:

    • Click on the Annotate tab located on the main toolbar.
  2. Choose the Elevation Label:

    • From the Tools panel, find the Annotation Tools.
    • Select the preferred elevation label tool, which is often denoted by an icon representing levels.
  3. Specify the Insertion Point:

    • Click in your drawing area where you want the level symbol to appear.
  4. Choose the Coordinate System:

    • A prompt will appear asking you to select a coordinate system for your elevation label. Typically, you would use the standard options provided.
  5. Input Elevation Value:
    • Enter the specific elevation value that the level symbol should represent. Ensure it is in the correct format that corresponds with your project standards.

Customizing Level Symbols

AutoCAD allows for additional customization of level symbols to better fit project requirements. Here’s how to adjust settings:

  1. Modify Style and Properties:

    • Right-click on the elevation label you just created and select Properties.
    • You can adjust settings like text style, height, and layer to ensure it integrates seamlessly into your design.
  2. Adjusting Scale:
    • To adjust the size of the elevation marks, you may also change the annotation scale. This ensures that the symbols appear clearly for both printing and digital display.

Saving and Using Custom Symbols

If you frequently use specific elevation symbols, consider saving custom ones:

  1. Create a Block:

    • Select the finished elevation mark and right-click to choose Create Block.
    • Follow the prompts to name and save the block for future use.
  2. Accessing Custom Blocks:
    • You can easily insert these blocks by accessing the Design Center or using the Insert Tab to find your saved symbols quickly.

FAQ

1. How can I edit an existing level symbol in AutoCAD?
To edit an elevation symbol, simply select the symbol by clicking on it. Right-click and choose Properties to make adjustments to its dimensions, style, and elevation value.

2. What is the difference between level symbols and elevation labels in AutoCAD?
Level symbols typically represent specific heights or floors directly on the drawing, while elevation labels provide a textual representation of those heights, often used for detailing.

3. Can I create a multi-level symbol if my project has several floors?
Yes, you can create multiple elevation symbols for different levels in your design by repeating the above insertion process for each floor and modifying their elevation values accordingly.

About the author

Wei Zhang

Wei Zhang

Wei Zhang is a renowned figure in the CAD (Computer-Aided Design) industry in Canada, with over 30 years of experience spanning his native China and Canada. As the founder of a CAD training center, Wei has been instrumental in shaping the skills of hundreds of technicians and engineers in technical drawing and CAD software applications. He is a certified developer with Autodesk, demonstrating his deep expertise and commitment to staying at the forefront of CAD technology. Wei’s passion for education and technology has not only made him a respected educator but also a key player in advancing CAD methodologies in various engineering sectors. His contributions have significantly impacted the way CAD is taught and applied in the professional world, bridging the gap between traditional drafting techniques and modern digital solutions.