But most probably this template will be different from the standard one that your company is using for general purposes. We can create a personalized template for the project, which will contain all the necessary standards and information used in this particular assignment. I added all of the main categories that you need to review when double-checking your template. I created Revit Template Checklist which you can find at the end of this article. I think through every point of this checklist and I decide if I want to set a given element in this particular template or not. I have all the elements I need to remember in it. When I create a template, I like to work with a checklist. However, if you create a template for MEP trade, it will probably contain ducts, pipes, water supply, or fire protection families. If we create a template for architects, it will most likely contain elements such as doors, windows, or furniture.

What content we will include in our template is strictly associated with a type of template we are about to create. In addition, we can include content within our template files. You can have standard floor plans, sections, details, and schedules already pre-defined in a template, ready to receive building data. Of course, those sheets need to contain various views. So if you want to have a set of predefined A0, or A1 sheets drawings with project or office title blocks, those can already be included in a template. Templates are a great place to established what sheets your team needs for this particular project. We can define different project settings, units, and project information. The template can have things like standard annotation, what kind of fill patterns, text, tags, and symbols we want to use. You can manually connect equipment and diffusers by placing the duct yourself, or you can use the Generate Layout tool to add the duct.Īssigning elements to systems also allows you to size duct, perform calculations, generate pressure loss reports, and use analytical tools in the design.I will not lie that Revit templates can include anything we would like to have in our project. It is assigned to the same system as the diffusers: Mechanical Supply Air 36. Notice that the heat pump has more than one system classification. In this example, a heat pump is added to the system. The equipment provides the supply for the fluid in the system, and is necessary for computing a pressure drop for the system and for using the System Inspector. Next, select the equipment for the system. From the System Browser, select a system type, then duplicate and edit it. If the default system types do not suit your needs, you can also create custom system types. Revit assigns a system name, or you can enter a new name. You can select a group of diffusers and assign them to the Supply Air system type. For example, a supply diffuser has a Supply Air system classification. For example, a supply air system might include duct, fittings, diffusers, and mechanical equipment.Įlements with connectors, such as air terminals and equipment, are assigned a system classification. When you create a system, you create a logical relationship between related elements in a project. Revit is a key step in automatically generating layouts, sizing duct and pipe, and performing calculations and analysis in the design. This video demonstrates how creating systems in It may be user-defined or automatically generated.Ī tool to display a hierarchical list of all the system components in each discipline in a model.Ī tool to modify, inspect, and view the instance properties for a selected duct or pipe system.Ī tool to specify slope and routing parameters for ductwork and piping, to view different layout solutions, and to manually modify layout solutions for a duct or pipe system. For example, if you need a system type for high pressure supply air, duplicate the Supply Air system type, rename it, and change the properties as needed.Ī string that uniquely identifies a system. You can duplicate an existing system type to create additional system types as needed for the model. For example, a duct system could have a system type of Supply Air, Return Air, or Exhaust Air.

These values are pre-defined classifications withinĪ parameter that defines the systems for an MEP system. For example, an air terminal could have a system classification of Supply Air, Return Air, or Exhaust Air. For example, a supply air system might include duct, fittings, diffusers, and mechanical equipment.Ī parameter that defines the system for the connectors that are located on air terminals, equipment, and fixtures.

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