VERS LED FIXTURES
Meet VERS, QTL’s first family of VERSatile linear LED fixtures.
Introducing VERS, QTL’s exceptional line of VERSatile linear LED fixtures. Explore a multitude of variations, including Proud, Flush, Clear, Grazer, Optics, Encapsulated, Louver, Insert, and Asymmetric. Crafted with precision, each VERS fixture boasts high-quality aluminum housings, in satin, black, bronze, and white finishes, with integrated metal endcaps. The VERSatile family of linear fixtures is designed for both indoor and outdoor use, offering unparalleled flexibility in lighting design. Currently available in static white, high efficacy, dynamic white for tunable and warm dim applications, static color, RGB, and RGBW LEDs, VERS transforms any space into a haven of truly unique and captivating illumination.
VERS-PROUD (01)
Utilizes an extruded lens that sits proud of the fixture for maximum variations of LED sources
VERS-FLUSH (02)
This VERSatile fixture features a co-extruded lens with an internal reflector, maximizing efficiency for improved lumen output
VERS-CLEAR (03)
The high quality clear lens allows for maximum variations of LED sources and the most delivered lumens of the VERS Family
VERS-GRAZER (04)
Optically enhanced VERSatile fixture with grazing properties ranging from 12° to 36°
VERS-OPTICS (05)
Optically enhanded VERSatile fixture provides precision beam control for when precision lighting is needed.
VERS-ENCAPSULATED (06)
Wet-rated VERSatile fixture encapsulated in polyurethane, providing protection from moisture, dust and dirt
VERS-LOUVER (07)
A VERSatile fixture with a louver that is designed to eliminate glare
VERS-INSERT (08)
A VERSatile fixture that offers prismatic or batwing insert options
VERS-ASYMMETRIC (09)
When surface-mounted, this VERSatile fixture directs the light in an asymmetrical direction without having to angle the fixture, making it an excellent solution for illuminating artwork, signage, or even washing a ceiling detail.
VERS-DROP (10)
Utilizes an extruded drop lens that sits proud of the fixture for maximum variations of LED sources