The MEP model is finished, and the client still cannot read it. What they receive is a stack of paper: level 3 domestic water, level 3 drainage, level 3 power, one sheet each, with a title block, a legend and a sheet number.
MEP sheets in Revit are not a second round of drafting. Every sheet is a filtered view of the same model, dropped onto a virtual piece of paper called a sheet, then printed or exported to PDF. Change the model and every sheet follows.
This article walks through fifteen steps in Revit 2027, from duplicating a plan for one system to holding the PDF. To build a full MEP document set on a real sample building, the Institute runs a Revit MEP course.
What MEP sheets in Revit are made of
Three things that people keep mixing up.
A view is one way of looking at the model: a plan, a section, a 3D view, a schedule, a legend. Each view carries its own scale and its own display settings.
A sheet is the virtual paper, with the title block already on it. The paper size comes from the title block.
A viewport is where the view sits on the sheet. It carries the title under the drawing and the scale figure.
Autodesk's Add Views to a Sheet page states the rule that shapes the whole set: "Each view can be placed on one sheet only." If the same plan has to appear on two sheets, duplicate the view. Legends and schedules are the exception, and go on as many sheets as you like.
That is exactly where MEP documentation differs from architecture. Architecture usually gets one plan sheet per level. MEP gets four or five: domestic water, drainage, power, lighting, fire protection. Same model, different answer to the question of which system shows.
Where the sheet tools sit in Revit 2027
Nearly everything lives on the View tab, in the Graphics and Sheet Composition panels.
| Tool | Ribbon path | Note |
|---|---|---|
| Duplicate View | View › Create › Duplicate View | three entries, including Duplicate with Detailing |
| View Templates | View › Graphics › View Templates | holds Manage View Templates |
| Visibility/Graphics | View › Graphics › Visibility/Graphics | shortcut VV or VG |
| Sheet | View › Sheet Composition › Sheet | opens the New Sheet dialog |
| Guide Grid | View › Sheet Composition › Guide Grid | only live while a sheet is open |
| Schedules | View › Create › Schedules | holds Sheet List |
View, Title Block, Guide Grid and Viewports are greyed while you stand in a plan. Open a sheet and they light up. It is the quickest way to tell where you are.
The file to follow along with
You need an MEP model with at least one system drawn, a plan of that level, and a title block loaded. The article on the Revit MEP sample file shows where to get a copy of the Institute file together with the Snowdon Towers architectural model that ships with Revit.
With no title block in the file, the New Sheet dialog offers nothing but None. Building your own title block is covered in creating a title block in Revit.
Splitting plans by system and creating a revit sheet
The first seven steps are the part most people skip: give every system its own view before you build any sheet. Skip it and every sheet shows ductwork, pipework and cable tray stacked on top of each other.
Step 1 — Duplicate the plan for one system
Open the plan of the level you are documenting. Go to View › Create › Duplicate View and pick Duplicate with Detailing. The three entries differ clearly. Duplicate View copies the model only. Duplicate with Detailing brings the annotation and detail lines with it. Duplicate as Dependent makes a dependent copy, for a level too long to fit one sheet. The copy opens straight away, named after the original plus Copy 1. The button is greyed while you stand on a sheet.
Step 2 — Name the view by level and system
In the Properties palette scroll to Identity Data, click the View Name cell and type the new name. Put the level first and the system second, for example L3 - Domestic water, so the Project Browser keeps levels together. That name is also the default title shown under the drawing once the view lands on a sheet.
Step 3 — Check which view template owns the view
Right above the cell you just typed in sits View Template. A name in there means most of the display settings no longer belong to the view. Open Visibility/Graphics with VV, find the whole table greyed and nothing clickable, and that is why. Do not fight it; fix it in the template instead.
Step 4 — Create a view template for the system
Go to View › Graphics › View Templates › Create Template from Current View. The New View Template dialog asks for a name. Click OK and the View Templates dialog opens: templates on the left, the parameter table on the right. The Include column decides what the template owns; clear a row and that parameter goes back to each view.
Step 5 — Switch off the other systems inside the template
In the View Templates dialog click Edit... on the V/G Overrides Filters row. The filter table opens, one row per system. Clear the Visibility box on the row of any system that does not belong on this sheet. Reached this way, the Add button is live and the boxes respond.
To hide a whole category instead, say cable tray and ductwork on a water sheet, use the Model Categories tab. Building a new filter is covered in controlling visibility in Revit.
Step 6 — Assign the template to the view
Select the view in the Project Browser and click the View Template cell in Properties. The Assign View Template dialog opens; pick the template and click OK. The line Number of views with this template assigned tells you how many views it owns, which is a quick way to spot a level you forgot.
Do not use the right-click Apply Template Properties for this. When the view already has a template, Revit shows the View Template Present dialog and applies only the parameters the old template does not own.
Step 7 — Create the sheet and pick a title block
Go to View › Sheet Composition › Sheet. The New Sheet dialog lists every loaded title block under Select titleblocks; pick one and click OK. With none loaded, click Load and browse to an rfa file. The Select placeholder sheets box below is for sheets you listed in the index before drawing them.
Numbering, legends, sheet list and printing
Step 8 — Set the sheet number and sheet name
Select the sheet in the Project Browser and edit two cells in Properties: Sheet Number and Sheet Name. Use a prefix per system so the set sorts itself, for example PL for plumbing, ME for mechanical, EL for electrical. The next sheet you create takes the next number in the run.
Sheet Width and Sheet Height are greyed because they are read from the title block. To change the paper size, change the title block.
Step 9 — Fill in the project information once
Go to Manage › Settings › Project Information. The Other group holds exactly the fields the title block reads: Project Name, Project Number, Client Name, Project Address, Project Issue Date and Project Status. Edit once and every sheet follows.
Step 10 — Turn on a guide grid so sheets line up
With the sheet open, go to View › Sheet Composition › Guide Grid. The Assign Guide Grid dialog appears; name the grid and click OK. Give the water sheet and the drainage sheet the same grid and the two line up on paper. The grid never prints.
Step 11 — Drag the view onto the sheet
Drag the view name out of the Project Browser onto the sheet, move it where you want it and click once. The view becomes a viewport on the sheet.
Step 12 — Line the viewport up with the grid
Select the viewport, click Move on the ribbon, snap to a grid line or to the crop boundary and drag to a grid node. Repeat on the sheet of the other system and the two sheets match. To show a title other than the view name, type it into the Title on Sheet cell in the view properties.
Step 13 — Build a legend and put it on several sheets
Go to View › Create › Legends › Legend. The New Legend View dialog asks for two things: a name and the scale of the legend view. Set the scale to match the sheet it will sit on and click OK.
In the legend view, pick up symbols with Annotate › Detail › Component › Legend Component. The Component Type cell decides which pipe type or piece of equipment the symbol shows; View Direction chooses section or plan. Add the wording beside it with Annotate › Text.
A legend can go on many sheets, so one set serves the whole project. When pipes and ducts are coloured by system, Annotate › Color Fill adds Pipe Legend and Duct Legend.
Step 14 — Build the drawing index
Go to View › Create › Schedules › Sheet List. The Sheet List Properties dialog has five tabs: Fields, Filter, Sorting/Grouping, Formatting and Appearance. On the Fields tab, Select available fields from is already set to Sheets. Type into Parameter Name Search to shorten the list, pick a field and click the green arrow. Three columns are enough: Sheet Number, Sheet Name, Sheet Issue Date.
The table lists every sheet with Appears In Sheet List ticked and grows as you add sheets. Drag it onto the cover sheet the way you would drag a view. For material schedules see schedules in Revit.
Step 15 — Export the set to PDF
Go to File › Export › PDF. Four blocks of the PDF Export dialog matter. Export Range picks the open sheet or a set under Selected views/sheets. The File block sets the file name, the folder and whether the set is combined into one PDF. Under Size leave Page Size at Use Sheet Size and Zoom at Fit to Page. Leave Create Output Using on Vector Processing for crisp lines.
Click Export. With Export in background ticked, Revit hands the mouse back at once and writes the file behind the scenes. To send paper to a real printer, use File › Print. Autodesk's Exporting to PDF page puts it plainly: "You can export Revit views and sheets to PDF files."
From CAD sheet sets to Revit sheets
People coming from AutoCAD ask where the Sheet Set Manager is. There is none, because there is no need for one.
| Task | AutoCAD | Revit |
|---|---|---|
| Where sheets live | one dwg or one layout per sheet | inside the model file |
| Assembling the set | Sheet Set Manager across files | the Sheets branch of the Project Browser |
| Index | a lisp or a sheet set builds the table | a sheet list, which is a kind of schedule |
| Title block | a block with attributes, typed per sheet | a title block family whose labels read parameters |
The title block is where the difference bites. In CAD, renaming the project means opening every sheet and editing every attribute. In Revit the project name is one parameter, and a hundred sheets follow. Contractors who still want DWG can have it; the export route is in exporting Revit drawings to CAD.
When it does not work
| Symptom | Cause | Fix |
|---|---|---|
| The view will not drop onto the sheet | that view is already on another sheet | duplicate the view and place the copy |
| Visibility/Graphics is greyed and nothing responds | the view template owns that setting | edit the template, or set View Template to None |
| Text and symbols come out oversized | the view scale does not suit the paper | change View Scale, do not stretch the viewport |
| The Guide Grid button is dead | you are in a plan, not on a sheet | open the sheet and click again |
| A new sheet is missing from the index | Appears In Sheet List is unticked | tick it in the sheet properties |
Three things often told wrong
| What you often hear | What Revit 2027 does |
|---|---|
| To separate electrical from plumbing drawings you must split the model | one model, many views; a view template per system decides what shows |
| Drop the view on the sheet and stretch it to fit | viewports do not stretch; change the view scale or the crop region |
| PDF output needs a virtual printer | Revit has its own PDF export route |
Sheet layout is the last stage, and it decides whether the model was worth building. Do it properly once, save it as a project template, and the next job is a matter of renaming levels and pressing print.
Frequently asked questions
How many sheets can one plan go on?
Exactly one. To show the same plan elsewhere, duplicate the view and place the copy on the other sheet. Legends and schedules are different and go on any number of sheets.
When should the view scale be set?
Before the view goes on the sheet. Scale drives text height, arrowhead size and line weight, so changing it afterwards means laying the sheet out again.
How do I make the water sheet and the drainage sheet of one level overlay exactly?
Give both sheets the same guide grid and move each viewport onto the same grid node with the Move tool. The grid does not print.
Do I have to edit the project name on every sheet?
No. The project name is a project parameter; edit it once in Project Information and the whole set follows. Only the sheet number, sheet name and issue date belong to the individual sheet.