The workflow Revit wants should start to become apparent when adding electrical devices. Multiple distribution systems in the dialog provide multiple systems in the project (Figure 5). With the panel in place, there is now a means of powering lights and devices, as long as they run on the same distribution system as described in the Electrical Systems dialog above. The shortcut key-in is TG.īecause Revit’s database has bidirectional associativity, editing the tag directly will also will push the name into Properties. The Tag by Category tool found on the Annotation tab is used to tag any category of Revit family, panels, receptacles, lights, and more (Figure 4). Naming it in Properties supplies the name to the tag. Once hosted on a wall, select the panel and supply a name for it in Properties. In this example, the standard Lighting and Appliance Panelboard – 208V MLO 100A was picked. Use the Electrical Equipment tool on the Electrical panel of the Systems tab or just type the shortcut (EE) to select an electrical panel (Figure 3). In electrical terms, start from the service entrance and work your way out. With the basic electrical systems established, panels and other equipment should be added.
Other settings worth a look include Hidden Line, General, Load Calculations, and Panel Schedules. That being said, users should verify that the required voltages are defined and the required distribution systems are present before proceeding (Figure 2). The out-of-the-box settings in the Electrical-Default template should suffice for beginners to the software. Simply select the area of interest on the left and its setting will appear on the right. The left-hand side of the Electrical Settings dialog lets the user navigate differing settings for Wiring, Voltage Definitions, Distribution Systems, and more. There is an icon in the Settings panel on the Manage tab of the ribbon or it can be accessed by clicking the cleverly hidden Southeast pointing arrow found in the bottom right-hand corner of the Electrical panel of the Systems tab (Figure 1). This is most easily accessed by typing the shortcut (ES).
The basis of electrical systems in Revit is defined in the Electrical Settings dialog. It will be assumed that the reader has a basic understanding of the Revit interface and electrical lighting and power systems.
#Revit lighting software#
For those new to the software or to using it for electrical design, this article endeavors to jump start the journey by hitting the “must knows” and high points of using this highly complex software for electrical design. Nothing is as simple as one might like and using Autodesk® Revit® for electrical design is no exception.
#Revit lighting how to#
and from a quick search I found two you should go and vote for. I am sure I posted a Revit Idea about this, but cannot find it. But, when the switch is on another floor, like in a stair shaft, that trick does not work. When the switches are on the same floor, we can tag the first switch twice and just move the tag over near the other switch. This does not allow for proper documentation for 3-way and 4-way switch systems.
The big limitation here is we can only assign one switch to a group of lights. A tag can be placed, using the SwitchID parameter to document which switch controls which lights.