Five lighting solutions from Hubbell Lighting were selected for inclusion in the 2018 Illuminating Engineering Society (IES) Progress Report, a showcase for developments in the art and science of lighting.
The product submittals for the report are reviewed by the IES Progress Committee, a select group of lighting industry professionals who possess expertise in varied areas within the field. Each submittal goes through a comprehensive judging process and is evaluated for uniqueness, innovation and significance to the lighting industry.
The luminaires from Hubbell Lighting selected by the Progress Report committee apply to a variety of architectural and commercial lighting applications, including healthcare, hospitality and education. This selections this year include:
- Remedi from Hubbell Healthcare Solutions: Remedi is a bed light that meets the 5:1 (max./min.) uniformity guideline for examination lighting. It is also an optical performance leader for illumination and uniformity with the combination of ambient, reading (horizontal and inclined plane) and exam functions.
- Wall Director from KIM Lighting: This architectural wall sconce luminaire features a high Lumen per Watt.
- Cypher from Architectural Area Lighting: Cypher is a wall sconce capable of true IES distributions – Type I, II, III, IV Wall Graze, Spot/Column downward distributions and Type I, II, III, IV Wall Graze, Spot/Column, Pencil Beam upward distributions – in all four directions. It also features an optional RGBW luminous front controlled via Bluetooth or DMX.
- Ouro from KIM Lighting: With spec-grade performance and intuitive controls capability, Ouro has filled a gap in the market for performance round luminaires. It features more lumen power than other comparable round site/area luminaires on the market.
- Pavilion from KIM Lighting: The Pavilion family of architectural bollards has been developed to offer design opportunities for front of house applications. With 168 different configurations, several different styles are available. It is also capable of producing all IES distribution types and zero up-light.