About this asset

This Revit family of the iconic Louis Poulsen PH50 pendant light features a multi-shade metal construction in a vibrant red finish. The PH50 pendant is a classic multi-shade luminaire designed to provide glare-free, downward-directed illumination. This model replicates the signature layered shade configuration, which is engineered to direct light both vertically and horizontally. The fixture is finished in a bold red exterior with white interior surfaces to ensure optimal light reflection and diffusion. It attaches to the ceiling via a slim suspension rod and a circular canopy. The geometry accurately captures the specific curvature of the shades, essential for achieving the intended light distribution pattern within a 3D environment.

The download is a 307 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 family is ceiling-hosted, allowing for quick placement on reflected ceiling plans or in 3D views. Users should adjust the suspension length via parameters to align with specific floor-to-ceiling heights. The model includes light source definitions, which can be adjusted in the family editor to control intensity and colour temperature. Ensure the light source is correctly oriented to maintain the intended photometric distribution when rendering or performing daylight analysis in the project file.

This fixture is a staple in high-end residential dining areas, boutique hospitality settings, and modern office break-out spaces. It pairs effectively with minimalist or mid-century interior schemes, providing a strong focal point above tables or kitchen islands. Professionals searching for 'danish designer pendants', 'iconic lighting families', or 'red feature lighting' will find this asset suitable for both schematic design and detailed construction documentation. Its clean geometry makes it a reliable choice for high-quality architectural visualisations and interior lighting studies.