New Juno R620L Adjustable Beam LED Trac Fixture

Oct 9, 2019

With a simple rotation of its front bezel, the new Juno R620L 15-watt LED trac fixture enables continuously adjustable beam distributions between 17 and 53 degrees. So, going from spot to wide flood ─ and vice versa ─ is now a cinch. And that goes for everything in between those ranges, as well!

A patented, proprietary optical system makes it possible, and this means no special tools or accessories are needed when applications require a range of beam patterns or where the desired beam pattern is initially unknown. What’s more, this optical system offers efficiency by maintaining output that varies by no more than 40 lumens throughout the beam adjustment range.  

The R620L – available in white, silver and black finishes – is perfect for residential, retail, hospitality/hotel, museum and other settings in which the lighting pattern may need to frequently change or be dialed-in to the desired beam distribution. In addition, the R620L Series all-in-one solution is ideal for distributor stock, where beam distribution selection is virtually impossible to predict.

Key Features:

• Consumes only 15 watts to provide up to over 1100 lumens

• Simple and timeless cylindrical aesthetic with standard ELV dimming compatibility

• High-performance LED array available in 2700K, 3000K, 3500K and 4000K color temperatures with a minimum 80 CRI (optional high CRI versions available with a minimum 90 CRI)

• Integral driver resulting in small overall fixture footprint and designed for an operating life of more than 50,000 hours

• Optional, easy-to-attach bayonet-mount holder accommodates one 2.75 accessory, if desired

• Compatible with Juno Trac-Lites™ and Trac-Master® trac and system components, or can be specified with various factory-assembled mounting adapters to fit practically any competitive 120V track system

The R620L is UL and cUL listed, ENERGY STAR® certified, DesignLights Consortium® qualified, and certified to meet the high efficacy requirements of CA Title 24 (JA8 2016).

Go HERE for more information