Creating a Detailed Partition Schedule with Wall Types and Legends in Revit

With our wall types properly configured, we're ready to create a comprehensive partition schedule that will serve as our project legend. Navigate to the View tab and select Legends to establish this critical documentation component. We'll title this "Partition Schedule" and ensure our scale is set to half-inch equals one foot for optimal clarity and industry-standard presentation.

Following the same methodology we employed for graphic symbols, we'll incorporate custom text formatting using the TX keyboard shortcut. Set your text to 3/16" Arial for consistent professional appearance. While you could utilize the automatic view title function, manually controlling text placement ensures uniform graphics across all legend sheets—a practice that distinguishes polished documentation from hasty drafts.

Before proceeding with partition details, switch your line type to thin lines for precise graphic control. This foundational step prevents visual clutter and maintains the clean, technical aesthetic expected in professional construction documents.

Now we'll populate our schedule with the various partition types using the legend component feature. Access this through the Annotate tab, where you'll find the Legend Component tool among your documentation options. This powerful feature allows us to showcase actual wall assemblies rather than generic representations.

Select Legend Component and browse through your available wall types. For our first example, locate the four and seven-eighths inch non-rated partition. Configure the host length to four feet and set the display to plan view for horizontal presentation. This initial setup serves as our template, so invest time in perfecting the appearance—these details will cascade through your entire schedule.

The wall tag integration requires a strategic workaround, as the automatic tagging system doesn't always align with our presentation goals. We'll create a custom tag symbol that provides greater visual control while maintaining professional standards. This approach may seem like "cheating," but experienced practitioners understand that achieving optimal results sometimes requires creative solutions.

Add descriptive text labeling this as a "Full Height Partition" and include the "NR" designation for non-rated construction. Initially, your text will appear oversized, so adjust it to 3/32" for proper scale and readability. This sizing ensures legibility without overwhelming the graphic elements.

Here's where we employ a clever visualization technique: create a four and quarter by four and quarter box, then rotate it 45 degrees to simulate a wall tag. This custom approach gives us precise control over tag placement and appearance. Add the wall type designation within this rotated square, maintaining the same 3/32" text size for consistency.

Watch for text clipping due to automatic masking—this common issue can be resolved by carefully repositioning elements until the mask no longer interferes with edge visibility. Achieving perfect alignment may require patience, but the professional result justifies the effort. Even minor clipping that remains will typically be imperceptible in the final output.

With your template established, we'll add detailed component callouts using multiple text leaders. Begin with 3/32" text and include arrow leaders, but create your text first before adding leaders—this sequence provides better control over the final arrangement. Start with your first notation: "5/8" Gypsum Wallboard."

Continue building your component list systematically. Add callouts for insulation, noting the stud type (in this case, 3 5/8" metal studs), and complete the assembly with the opposite gypsum board layer. Remember the control-and-drag duplication technique for efficiency when creating similar elements. Position leaders precisely to reference their corresponding assembly components.

Enhance the technical clarity by adding a graphic insulation pattern using the insulation tool under the Annotate tab. Draw this along the wall center to clearly indicate the insulated cavity. While this graphic doesn't parametrically link to the actual wall assembly, it provides immediate visual understanding of the construction method. When you disable thin line display, the graphic gains appropriate weight and chunky appearance that enhances readability.

Now replicate this detailed approach across all your wall types. Select all elements and copy them to create Wall Type B, which will be your one-hour rated partition. Pay careful attention to your designation system—these labels must correspond exactly to your floor plan annotations to maintain document coordination. For rated construction, modify your gypsum board callouts to specify "Type X" fire-rated material.

Continue this process for Wall Type C, your shaft wall assembly. You may choose to swap the legend component to the actual shaft wall type, though be aware that any custom cut patterns might interfere with the clean graphic presentation. If your cut pattern appears too aggressive or visually disruptive, consider adjusting the pattern definition to achieve better balance between technical accuracy and graphic clarity.

Shaft wall construction differs significantly from standard partitions, featuring a one-inch shaft liner on one side and Type X gypsum board on the other. The framing also utilizes C-H shaped studs rather than standard C-studs. Document these distinctions clearly in your callouts to prevent field confusion during construction.

Your final wall type, the plumbing chase wall (Wall Type D), requires the most extensive notation due to its complex assembly. This multi-component system demands careful attention to material specifications and spacing requirements. Switch your legend component to the plumbing chase wall and adjust your insulation graphics accordingly—you'll need insulation callouts for both stud cavities.

Specify moisture-resistant gypsum wallboard for wet locations, maintaining the 5/8" thickness specification. To streamline your notation and prevent visual overcrowding, combine related callouts where logical. For instance, note "3 5/8" Metal Studs at 16" O.C. with Sound Batt Insulation" as a single leader rather than separate callouts. Include an air gap notation for the chase space, ensuring installers understand the complete assembly sequence.

The final step involves careful arrangement of all leader lines and text for optimal presentation. This detail work—adjusting positions, aligning elements, and ensuring clean sight lines—transforms adequate documentation into exemplary professional work. In approximately twelve minutes, you've created a comprehensive partition schedule that clearly communicates complex construction assemblies to contractors, inspectors, and project stakeholders.

With your partition schedule complete, save your work immediately to preserve these detailed graphics. You're now ready to assign these wall types throughout your floor plan and address any remaining coordination issues. This systematic approach to documentation ensures consistency across all project sheets while providing the technical detail necessary for accurate construction.