About this asset

This professional TH812 loudspeaker system is a Revit family featuring a robust industrial design with integrated mounting ports. The TH812 is a high-output loudspeaker system designed for demanding audio environments. Physically, it presents as a tall, rectangular enclosure finished in a matte grey metallic casing. The unit features distinct recessed black acoustic apertures on the front face and multiple black-framed mounting or connection ports on the top and side panels. These components are flush-mounted, providing a clean, technical aesthetic suitable for professional installations. The geometry is simplified for efficient BIM modeling while maintaining the necessary profile for spatial coordination in venue design and technical equipment planning.

The download is a 768 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

In Revit, this file functions as a loadable family for electrical and AV coordination. Users should place the loudspeaker within the project environment using standard component insertion tools. The model is suitable for clash detection and spatial planning, allowing designers to verify clearance for mounting hardware and cable paths. It is recommended to manage visibility settings via object styles or subcategories to toggle the level of detail if required for large-scale venue documentation.

This loudspeaker is ideal for professional AV design in commercial, entertainment, and industrial projects. It integrates into ceiling-mounted or wall-fixed audio layouts for theaters, auditoriums, concert halls, and large multi-purpose event spaces. Professionals searching for this asset will typically be involved in MEP coordination, sound system integration, or facility management. It pairs effectively with other technical equipment families and can be used during the design development or construction documentation stages to ensure proper spatial accommodation and electrical connectivity.