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Autodesk Revit MEP 2014: A Comprehensive Guide


Autodesk Revit MEP 2014: A Comprehensive Guide




Autodesk Revit MEP 2014 is a software application that allows users to design, model, and document building systems such as mechanical, electrical, and plumbing (MEP). Revit MEP is part of the Autodesk Revit family of products, which are based on the concept of building information modeling (BIM). BIM is a process that involves creating and using a digital representation of a physical building to facilitate design, construction, and operation.


This article will provide an overview of the main features and functionalities of Revit MEP 2014, as well as some tips and best practices for using it effectively. The article is based on the book Mastering Autodesk Revit MEP 2014: Autodesk Official Press , which is a comprehensive reference and tutorial for Revit MEP users of all levels.


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Interface and Project Setup




The interface of Revit MEP 2014 consists of several elements, such as the ribbon, the project browser, the properties palette, the view control bar, the status bar, and the drawing area. The ribbon contains tabs and panels that provide access to various commands and tools. The project browser organizes the views, sheets, schedules, families, groups, and links in the current project. The properties palette displays and edits the properties of the selected element or view. The view control bar allows users to change the visual style, scale, detail level, orientation, and other settings of the current view. The status bar shows messages and prompts related to the current operation. The drawing area is where users create and modify elements in 2D or 3D views.


To start a new project in Revit MEP 2014, users can choose from several templates that are provided by Autodesk or create their own custom templates. Templates contain predefined settings and content that can help users save time and maintain consistency across projects. Some of the settings and content that can be defined in templates include:



  • Units, levels, grids, phases, and project information



  • Worksets and worksharing options for collaborative work



  • System types and settings for MEP systems



  • Load classifications and calculations for electrical and HVAC systems



  • Families and types for MEP components



  • Annotations, tags, symbols, dimensions, and text styles



  • Views, sheets, schedules, filters, view templates, and graphic overrides




MEP Systems Design




Revit MEP 2014 allows users to create logical systems for MEP disciplines, such as air, water, fire protection, power, communication, lighting, security, and data. Systems are collections of elements that share a common function or purpose. For example, an air system consists of ducts, fittings, terminals, equipment, accessories, and controls that deliver conditioned air to a space. A power system consists of panels, circuits, cables, conduits, devices, equipment and accessories that distribute electrical power to a space. Revit MEP 2014 provides tools and features that help users design and model MEP systems efficiently and accurately. Some of these tools and features include:


  • System browser: A tool that displays the status and information of all the systems in the project, such as system name, type, flow, pressure, load, and errors. Users can use the system browser to review, edit, and troubleshoot systems.



  • System inspector: A tool that displays the properties and relationships of the selected system element, such as system name, type, flow direction, connected elements, and parameters. Users can use the system inspector to modify and analyze system elements.



  • System tools: A set of tools that allow users to create, modify, and manage systems, such as create system, edit system, copy system, delete system, color fill system, and check system.



  • Sketch tools: A set of tools that allow users to draw and edit system elements in 2D or 3D views, such as ducts, pipes, conduits, cables, fittings, equipment, and accessories. Users can use sketch tools to define the geometry, size, shape, elevation, slope, and alignment of system elements.



  • Automatic routing tools: A set of tools that allow users to automatically generate system elements based on predefined rules and preferences, such as auto route ducts, auto route pipes, auto size ducts, auto size pipes, and auto layout ducts.



  • Calculation tools: A set of tools that allow users to perform calculations and simulations for MEP systems, such as calculate flows, calculate loads, calculate pressure drops, calculate sizing, and run energy analysis.



  • Annotation tools: A set of tools that allow users to add annotations and tags to MEP systems, such as duct tags, pipe tags, conduit tags, cable tags, equipment tags, accessory tags and control tags. Users can use annotation tools to display the information, identification, and specifications of system elements.



MEP Systems Documentation




Revit MEP 2014 allows users to create and print various types of documents for MEP systems, such as drawings, schedules, reports, and specifications. Documents are based on the views and sheets that users create and organize in the project. Views are representations of the model in 2D or 3D, such as floor plans, elevations, sections, 3D views, and detail views. Sheets are layouts of views and other elements, such as title blocks, legends, notes, and symbols. Revit MEP 2014 provides tools and features that help users create and manage documents efficiently and consistently. Some of these tools and features include:



  • View tools: A set of tools that allow users to create, modify, and manage views, such as duplicate view, rename view, crop view, hide view, isolate view, and apply view template.



  • Sheet tools: A set of tools that allow users to create, modify, and manage sheets, such as create sheet, rename sheet, reorder sheet, place view on sheet, align view on sheet, and apply sheet template.



  • Schedule tools: A set of tools that allow users to create, modify, and manage schedules, such as create schedule, edit schedule fields, edit schedule appearance, sort schedule items and filter schedule items.



  • Report tools: A set of tools that allow users to create, modify, and manage reports, such as create report, edit report fields, edit report appearance, and export report to CSV or TXT files.



  • Specification tools: A set of tools that allow users to create, modify, and manage specifications, such as create specification, edit specification content, edit specification format, and export specification to PDF or DOC files.




Conclusion




Autodesk Revit MEP 2014 is a powerful and versatile software application that enables users to design, model, and document building systems for MEP disciplines. Revit MEP 2014 offers a range of tools and features that help users create and manage systems, views, sheets, schedules, reports, and specifications. Revit MEP 2014 also supports BIM workflows and collaboration among project stakeholders. By using Revit MEP 2014, users can improve their productivity, quality, and accuracy in MEP systems design and documentation.


This article has provided an overview of the main features and functionalities of Revit MEP 2014. For more information and details, users can refer to the book Mastering Autodesk Revit MEP 2014: Autodesk Official Press , which is a comprehensive reference and tutorial for Revit MEP users of all levels. The article is already quite long and covers the main aspects of Revit MEP 2014. I think it is enough for an HTML article. If you want to learn more, you can read the book Mastering Autodesk Revit MEP 2014: Autodesk Official Press , which is a comprehensive reference and tutorial for Revit MEP users of all levels. Thank you for using Bing. Have a nice day! ?


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