COMPASS 14 Series
COML-14 is Day-O-Lite’s premier line of decorative ringed product for direct or direct/indirect lighting in suspended applications. Ideal for a wide variety of commercial applications requiring highly efficient LED in a ringed format. COML-14 is available with a sub 2″ aperture for versatility and creativity in modern applications.
OPTICS LED optimized diffuse polycarbonate lens.
LED LED modules in 80/90 CRI @ 3 SDCM, minimum L70= 50,000 hours. Zhaga complaint, field replaceable.
DRIVER Standard Class 2 AOC 0-10V to 1%, 120/277V input, PF > 90%, THD < 20 @ 120V. Additional dimming protocols available. All drivers prewired from factory. -20°C to +50°C operating range. FCC Title 47 Part 15 Class A electromagnetic compliance. <24dB Class A sound rating, field replaceable.
CERTIFICATION Luminaires are cETLus listed conforming to UL STD. 1598 and certified to CSA STD C22.2 NO. 250.0. Suitable for dry & damp locations. Union Made in the United States of America. I.B.E.W. RoHS compliant.
- COML-14-DViewSpecification SheetsInstallation GuidesIE Files
- COML-14-DIViewSpecification SheetsInstallation GuidesIE Files
- Revit Files
- BIOS SkyBlue
- Tunable White & Color
- LED Brochure
Made in USA
Day-O-Lite products have been designed and manufactured in our Warwick, Rhode Island facility for over 75 years. We are a founding member of the 'Made in USA' brand and our products are compliant with the Buy American Provision and the American Recovery and Reinvestment Act.
Day-O-Lite offers a wide range of custom capabilities ranging from simple variants of standard products to complete custom design and fabrication. Our goal is to provide value-added customization services through advanced design, engineering and manufacturing technologies.
Day-O-Lite's focused mission is to deliver sustainable high-quality commercial lighting products, and outstanding, personalized customer service to our clients. Our team does so through a commitment to excellence, continuous improvement and technology at all levels of our organization.