![]() This enables users to select a family to add to a project, then choose the models and parts to include in that family. ![]() Using fabrication tools such as SprinkCAD for Revit as an accessory, family-building functions can create families on the fly. Sometimes families are incompatible, are missing critical information such as Construction Operations Building Information Exchange data or include excessive, unnecessary detail resulting in huge, unmanageable file sizes. In Revit alone, families are challenging to build, use and maintain. This often makes common sprinkler design tasks drawn-out and time-consuming.įor example, there’s no standard for fire protection families. Fire sprinkler designs can be completed in Revit, but Revit alone does not offer intuitive functions specifically designed for the process. Revit Fabrication Tools Complete Fire Sprinkler Design and DeliveryĪt its core, Revit is an architecture tool, not a fire sprinkler design tool. And, as they did for AutoCAD, software providers have developed specialized toolsets to simplify and improve the functionality of Revit for fire sprinkler system design. To ensure their deliverables are compatible with the rest of the building trades, much of the fire protection industry is now working in Revit. The interoperability of software used by various stakeholders in a construction project is critical for creating an intelligent master model that considers the building’s life cycle. Revit is the most popular implementation of BIM in the architecture, engineering and construction (AEC) industry. The move was driven by the architectural and structural communities with whom fire protection professionals work in parallel during construction projects. These enhancements and applications transformed the line-drafting program into an intelligent, multidimensional application tailored to the needs of fire protection professionals. Third-party developers created specialized applications to more efficiently complete key tasks, including hydraulic calculations and industry-specific fabrication reports. Recent Evolution of Sprinkler System DesignĪutoCAD advanced the design process by exposing the application programming interface (API), allowing third-party developers to create and integrate trade-specific software enhancements, unlocking features and abilities beyond basic drafting tools. Some of the most valuable capabilities - including 3D layout, electronic calculation and delivery of fabrication-ready designs and material stock list reports - drastically simplify the design process. The latest expanded toolsets for Revit make the development of 3D models and computerized fabrication faster and easier. To make the transition more enticing, new third-party software enhancements continue to enrich the capabilities of Revit, making it more appealing to a wider range of fire sprinkler system designers. While AutoCAD has since been the preferred tool for sprinkler system design drawings, Autodesk Revit building information management (BIM) software has gained recent traction due to its popularity among building designers in the construction industry, and as its tools can support 3D modeling of complete sprinkler systems. They quickly left that manual labor behind for AutoCAD, which added speed, flexibility and ease of revision to design projects. Before computer-aided design (CAD) emerged, fire sprinkler system designers used paper and pencil to map the layout of sprinkler systems and components within buildings. The fire protection industry is in the midst of a technology transition toward better, more efficient sprinkler system design.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |