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How BAS Graphics Creates High-End 2D & 3D Floor Plans for Automation Systems

November 18, 2025


Creating high-quality floor plans for BAS dashboards isn’t just about drawing a building—it’s about integrating real-world equipment, control points, and operational data into a visual interface that operators can use effectively. Here’s how it’s typically done:

  1. Collecting Accurate Building & System Data
  • The process begins with gathering architectural drawings, HVAC layouts, mechanical schematics, and equipment specifications.
  • This ensures every duct, pipe, pump, or control device is placed accurately in the plan.
  • Field measurements or as-built documentation may also be used for precision.
  1. Creating a Base 2D Floor Plan
  • Using CAD or vector-based tools, a clean 2D floor plan is drawn showing walls, rooms, corridors, and equipment locations.
  • Equipment like AHUs, chillers, VAV boxes, pumps, and sensors are represented with standardized symbols.
  • Control points are mapped onto these devices so they can be linked later to live data.
  1. Adding 3D Modeling (Optional but High-End)
  • For 3D floor plans, the base 2D layout is converted into 3D models using software like SketchUp, Revit, or specialized BAS 3D tools.
  • This allows visualization of mechanical systems in three dimensions, including duct runs, piping, and spatial relationships.
  • 3D floor plans can include realistic textures, lighting, and shadows for better comprehension.
  1. Integrating BAS Components & Live Data
  • Symbols for HVAC equipment, valves, sensors, and other devices are linked to the BAS control points.
  • This allows the floor plan to show real-time status, such as temperature, flow rates, valve positions, or alarms.
  • Dynamic elements like animated fans, pumps, or temperature color changes enhance clarity.
  1. Ensuring Clarity & Usability
  • Floor plans are designed with user experience in mind, so operators can easily navigate and interpret the information.
  • Important areas are highlighted, alarms are color-coded, and layouts are simplified to avoid clutter.
  1. Creating Reusable Templates
  • Once a high-end floor plan is created, it can serve as a template for similar buildings or system expansions.
  • Standardized symbols, color schemes, and annotations make future projects faster and more consistent.
  1. Quality Assurance & Testing
  • Graphics are reviewed and tested to ensure all interactive elements, live data connections, and animations work properly.
  • Feedback from facility managers or operators is incorporated to optimize usability.

Outcome

The result is a professional, high-end 2D or 3D floor plan that:

  • Provides a clear overview of building systems
  • Integrates live operational data
  • Improves troubleshooting, maintenance, and efficiency
  • Serves as both an operational and presentation tool
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