Specification

ATG’s Stellar Linear High Bay is engineered for high-performance illumination in large indoor environments. The
Linear High Bay’s luminous efficacy and uniform light distribution stand out in the class, with a diffusing lens
carefully selected to minimize glare. To maximize light quality across applications, the fixture is available with both
clear and frosted lenses. The housing’s elegant and versatile design has seen demand in venues ranging from
large retailers, indoor gymnasiums, and high-ceilinged shopping centers, to industrial warehouses and distribu-
tion centers.
CONSTRUCTION
The Stellar Linear High Bay is formed from
aluminum, with a polycarbonate lens. The luminaire
features extruded aluminum fins arrayed along the
back for integrated passive heatsinking. The design
is professional and suitable for highly trafficked
environments, while also offering high-end optical
performance.
OPTICS
The luminaire has been optimized for smooth,
uniform distribution of light, with any glare tightly
mitigated. Lenses are available frosted or clear,
depending on the desired brightness and quality of
illumination. The Stellar Linear High Bay is available
in 5000K, creating optimal visual acuity in
production areas and distribution centers. CRI has
been tested at 85+, suitable for visually precise
professional work.
ELECTRICAL
The luminaire is available with wattages of 100, 160, 240,
and 320W. Luminous efficacy is >126 Lm/W. Units are
available with a standard 120-277V driver, or an optional
347-480V driver.
MOUNTING
The Linear High Bay is best mounted via suspension
using cable mount, pendant, or chain mount. Our
lighting consultant can work with you to determine
the optimal model for your mounting height.
OPTIONS
1-10V Dimming with photocell
or motion sensors
Knockout Functionality
Emergency Battery Backup
Stellar
LINEAR HIGH BAY
Certified DLC Premium
Efficacy of 126 Lm/W or Higher
10
Year
10
Year
Limited Warranty
STANDARD FEATURES
FINISH
OPTIONS
PROJECT NAME: DATE: TYPE:
© 2017 ATG Electronics. Data subject to change. Version 5. July 2017 www.atgelectronics.com

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