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- AccoLED ACL2ST | A-Light Architectural Lighting
At 2 25" wide x 3 91" high, ACL2ST is an impressive direct-indirect luminaire tailored for LED lighting technology and fully capable of achieving pattern design due to its minimal housing shape, use of patented HE Tech™ lens, and multifaceted distribution
- ACL2ST
Drop Lens is a light diffuser option for ACL2ST that turns the luminaire into a decorative graphical statement The diffuser drops down from the luminaire’s main body of 1” and sits flush with the metal end caps Once lit, the drop lens glows vividly and offers a wider diffusion pattern
- ACL2ST. ACCOLED. by A Light, Acuity Brands
At 2 25" wide x 3 91" high, ACL2ST is an impressive direct-indirect luminaire tailored for LED lighting technology and fully capable of achieving pattern design due to its minimal housing shape, use of patented HE Tech™ lens, and multifaceted distribution
- A Light ACL2 AccoLED Suspended Indirect Direct LED Fixture
The A Light ACL2 AccoLED Suspended Indirect Direct LED Fixture is the ideal solution for LED Linear Suspension Lighting Fixtures Ideal for commercial or residential applications
- ACCOLED ACL2ST - SDLA - ALIGHT
Resources Where to stay Near SDLA About Us Manufacturer Terms Conditions Industry Websites Contact Us Territory Map Hawaii Lighting Associates Renewable Energy Solutions
- A-light Accoled Acl2st Light - Furniture - Jidipi
FEATURES AND BENEFITS At 2 25" wide x 3 91" high, ACL2ST is an impressive direct-indirect luminaire tailored for LED lighting technology and fully capable of achieving pattern design due to its minimal housing shape, use of patented HE Tech™ lens, and multifaceted distribution
- Accolade ALD2ST | A-Light Architectural Lighting
Replacement of ACCOLADE - D2 At 3 57" wide x 4 3" high, ALD2ST direct-indirect luminaire combines a variety of wide indirect distribution option with a broad downlight distribution using our patented HE Tech™ lens
- Product Monday: Direct Indirect Luminaires by A-Light
A-Light’s ACL2ST and ALD2ST luminaires deliver a range of direct and indirect light distributions in a compact, low-profile housing that integrates well into the built environment
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