2017 Product Issue: Industrial

Six new luminaires for industrial settings.

2 MIN READ

Craft, Zumtobel • The Craft family of high bays come in two versions: Craft M (shown) and Craft L. Both are available with either a narrow beam distribution designed specifically for warehouse shelving or a wide beam option for manufacturing/production areas. The fixtures operate between minus 104 F to 131 F. Powdercoated internal cooling ribs provide thermal management and aid in minimal dust accumulation. • zumtobel.us

High Bay LED Retrofit Kit, Fulham • This retrofit kit is comprised of the company’s WorkHorse LED programmable driver, ThoroLED module with instant on/off, lens, mounting collar, heat sink, and driver housing. It is field-installable and designed to replace 100W, 175W, 250W, and 400W HID lamps. Its 5000K at a CRI of 80 is standard, as is its zero-to-10V dimming. Operates in a temperature range from minus 13 F to 113 F. • fulham.com

LED Acrylic High Bay Pendant, MaxLite • A direct replacement for 200W to 600W metal halide fixtures. The fixture features LED optics and a 16″ acrylic reflector. It measures 24″ tall by 16.25″ wide and provides between 11,000 to 22,000 lumens at 140 lumens per watt. Rated for damp locations, it can operate from minus 4 F to 122 F and is dimmable using zero-to-10V controls. An optional battery backup and motion sensors are available. • maxlite.com

Swea, Nordeon USA • This IP65-rated high bay luminaire is designed for applications that require a mounting height of 20′ or more. Available in 3000K, 3500K, 4000K, and 5000K at a CRI of 80-plus, with narrow-, medium-, or wide-beam distributions, it provides 120 lumens per watt in either an 8,000- or 10,000-lumen package. The fixture operates between minus 31 F and 113 F. Zero-to-10V dimming is optional. • nordeon-usa.com

Metalux VHB LED High Bay, Eaton • Designed to replace HID and fluorescent high bays, this 15″ by 18″ LED fixture features high-impact polycarbonate optics in both narrow and wide distributions. Available in 3500K, 4000K, and 5000K with a CRI of 80-plus in three lumen packages: 9,000, 12,000, and 18,000. Zero-to-10V dimming driver is standard; occupancy and daylight sensors are optional. • cooperindustries.com

LED High Bay, TCP • This LED high bay is suited for myriad applications such as warehouses, commercial facilities, aisles (open and stock), retailers, schools, and gymnasiums, all of which require mounting heights up to 60′. UL approved for damp locations, the fixture is available in 62W, 92W, 123W, and 185W in 4100K and 5000K at a CRI of 70-plus. Zero-to-10V dimming is standard. Optional control items include emergency backup, occupancy sensors, and daylight harvesting. • tcpi.com

About the Author

Elizabeth Donoff

Elizabeth Donoff is Editor-at-Large of Architectural Lighting (AL). She served as Editor-in-Chief from 2006 to 2017. She joined the editorial team in 2003 and is a leading voice in the lighting community speaking at industry events such as Lightfair and the International Association of Lighting Designers Annual Enlighten Conference, and has twice served as a judge for the Illuminating Engineering Society New York City Section’s (IESNYC) Lumen Award program. In 2009, she received the Brilliance Award from the IESNYC for dedicated service and contribution to the New York City lighting community. Over the past 11 years, under her editorial direction, Architectural Lighting has received a number of prestigious B2B journalism awards. In 2017, Architectural Lighting was a Top Ten Finalist for Magazine of the Year from the American Society of Business Publication Editors' AZBEE Awards. In 2016, Donoff received the Jesse H. Neal Award for her Editor’s Comments in the category of Best Commentary/Blog, and in 2015, AL received a Jesse H. Neal Award for Best Media Brand (Overall Editorial Excellence).Prior to her entry into design journalism, Donoff worked in New York City architectural offices including FXFowle where she was part of the project teams for the Reuters Building at Three Times Square and the New York Times Headquarters. She is a graduate of Bates College in Lewiston, Me., and she earned her Master of Architecture degree from the School of Architecture at Washington University in St. Louis.

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