Coveline 120™ Named Best LED / Solid-State Cove Lighting Luminaire by the Architectural SSL PIA Awards

The PIA Awards determine and honor the best LED/ solid-state luminaires and fixtures on the market, while also recognizing the companies behind the components that make up these light sources. The Coveline 120™, an innovative line voltage LED luminaire from Tivoli, was awarded the Best LED / Solid-State Solution in the Cove Lighting Category.

Coveline 120™ is a unique architectural illumination SSL solution that runs directly off basic line voltage and eliminates issues with driver loss, low power factor and prevents any dimming issues. The luminaire offers many options to adjust illumination by 10°, 20° and 30° and boasts an extremely high efficacy at 420 lumens / foot. This particular luiminaire was designed specifically to address market demand for a high quality, line voltage LED solution that was commercially available and sold at a reasonable price point.

“It is an honor to be selected for this award,” said CEO, Marie Paris. “What makes this so meaningful is that we truly believe that Coveline 120™ is a very unique industry offering in the SSL market. It is wonderful that the panel of industry experts valued Coveline 120™ as leading LED cove lighting solution.”

Ideal for use in both low and high ambient light interior applications, Coveline 120™ delivers a low maintenance, energy efficient lighting solution at an affordable price point. It not only has a unique “Color Mix” capability that enables customers to match or specify exact colors by utilizing the Pantone Color Chart but more importantly, specifiers can match incandescent x/y coordinates to select their Warm and Neutral White light. Directional mounting enables you to manually set the angular throw of light individually, distributing light over a 160° beam spread. Additional features include a field-cuttable dual wire system that bends 90° easily to fit concave and convex curves without any special hardware and swivel-foot mounting feet located at the base of each unit.