One of the libraries that Revit provides is the metric library, which contains components that use the International System of Units (SI) as the measurement system. The metric library is useful for projects that are based on or need to comply with metric standards, such as those in Europe, Asia, and other regions. The metric library can also be used to convert existing imperial projects to metric units, or vice versa.
The metric library for Revit 2014 can be downloaded and installed from the Autodesk website. During the installation of Revit 2014, the user can choose to add different content packs, including metric ones. These content packs contain different templates (rte) and families (rfa) that are compatible with the metric system. The user can also modify the installation later by going to the Control Panel, Programs & Features, Autodesk Revit Content Libraries 2014, and selecting the content pack(s) they need.
The metric library for Revit 2014 includes components for various disciplines, such as architecture, structure, and MEP. For example, the architecture metric library contains walls, doors, windows, roofs, floors, stairs, railings, furniture, and other elements that are commonly used in architectural design. The structure metric library contains columns, beams, foundations, trusses, braces, and other elements that are used in structural design. The MEP metric library contains ducts, pipes, fittings, valves, equipment, fixtures, and other elements that are used in mechanical, electrical, and plumbing design.
The metric library for Revit 2014 also includes templates that can be used to create new projects or families using the metric system. These templates have predefined settings for units, dimensions, grids, levels, views, sheets, schedules, annotations, and other parameters that are relevant for metric projects. The user can also create their own templates by modifying the existing ones or starting from scratch.
The metric library for Revit 2014 is a valuable resource for users who work with or need to convert to the metric system. It provides a variety of components and templates that can help users create accurate and consistent building models using the SI units. The user can also customize the metric library to suit their specific needs and preferences.
References
Where to find Revit Content Libraries to download
How to download the metric library and metric template for Revit 2015?
Here are some additional sections that can be added to the article: How to use the metric library in Revit 2014
To use the metric library in Revit 2014, the user can follow these steps:
Open Revit 2014 and create a new project or open an existing one.
Go to the Insert tab and click on Load Family. A dialog box will appear that shows the available libraries on the user's computer.
Navigate to the metric library folder and select the category and subcategory of the component that the user wants to load. For example, if the user wants to load a metric door, they can go to Doors > Metric.
Select the component that the user wants to load and click on Open. The component will be loaded into the project and can be placed in the model.
Repeat steps 2 to 4 for any other components that the user wants to load from the metric library.
To use the metric templates in Revit 2014, the user can follow these steps:
Open Revit 2014 and click on New under the File tab. A dialog box will appear that shows the available templates on the user's computer.
Select the metric template that matches the discipline and type of project that the user wants to create. For example, if the user wants to create a new architectural project using the metric system, they can select Architectural Template - Metric.rte.
Click on OK. A new project will be created using the selected template and its predefined settings.
The user can also save their own custom templates by modifying an existing one or creating a new one from scratch, and then clicking on Save As Template under the File tab.
Benefits and challenges of using the metric library in Revit 2014
Using the metric library in Revit 2014 has some benefits and challenges for users who work with or need to convert to the metric system. Some of these are:
Benefits:
The metric library provides a variety of components and templates that are compatible with the SI units and can help users create accurate and consistent building models using the metric system.
The metric library can also help users convert existing imperial projects to metric units, or vice versa, by changing the project units and reloading or replacing the components with their metric counterparts.
The metric library can also help users comply with different standards and codes that require or prefer the use of the metric system, such as those in Europe, Asia, and other regions.
Challenges:
The metric library may not have all the components or templates that users need for their specific projects or preferences. Users may need to create their own custom components or templates, or modify the existing ones, to suit their needs.
The metric library may also have some differences or inconsistencies with other libraries or sources of information that use different measurement systems or conventions. Users may need to check and verify the accuracy and compatibility of the components or templates that they use from the metric library.
The metric library may also require some adjustment or learning for users who are not familiar with or used to working with the metric system. Users may need to practice and master the skills and knowledge of using the SI units and their conversions.
Here is the conclusion of the article: Conclusion
The metric library for Revit 2014 is a useful resource for users who work with or need to convert to the metric system. It provides a variety of components and templates that are compatible with the SI units and can help users create accurate and consistent building models using the metric system. The metric library can also help users comply with different standards and codes that require or prefer the use of the metric system, such as those in Europe, Asia, and other regions.
However, the metric library also has some limitations and challenges that users need to be aware of and overcome. The metric library may not have all the components or templates that users need for their specific projects or preferences. Users may need to create their own custom components or templates, or modify the existing ones, to suit their needs. The metric library may also have some differences or inconsistencies with other libraries or sources of information that use different measurement systems or conventions. Users may need to check and verify the accuracy and compatibility of the components or templates that they use from the metric library. The metric library may also require some adjustment or learning for users who are not familiar with or used to working with the metric system. Users may need to practice and master the skills and knowledge of using the SI units and their conversions.
In conclusion, the metric library for Revit 2014 is a valuable resource that can help users design and document buildings in 3D using the metric system. However, users also need to be careful and diligent when using the metric library, and customize it according to their needs and preferences.
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