RetroBasics™ Adjustable LED Trim Kit
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juno Contractor Select™ RB56A SWW5 RetroBasics™ 576" Adjustable Switchable White LED Trim Kit RetroBasics 5/6” Adjustable LED trim kits provide the most economical solution for efficiently lighting a space using LED technology with virtually zero maintenance. This LED adjustable module is designed to work in both 5” and 6” housings and can be used for accent lighting and wall washing in any room. Use as an option to replace legacy incandescent technology in an already installed housing or pair with the quick connect LED housings for a low-cost LED downlight solution. The LED trim maintains at least 70% light output for 50,000 hours. FEATURES: ■ Switchable white technology provides the flexibility to choose between 5 different LED color temperatures; 90 CRI. Switch is factory preset at 3000K CCT ■ Dimmable flicker-free dimming from 100% to10% ■ Adjustable gimbal design provides 35° vertical aiming and 359° horiztonal adjustment from below the ceiling ■ Robust die cast aluminum trim frame for years of trouble free operation ■ Flood optic (94° beam) with regressed, diffused lens provides even light distribution for accent lighting ■ Trim features quick connect plug for easy electrical connection in seconds ■ Torsion springs are pre-installed and designed to fit into most 5” or 6” compatible recessed housings APPLICATIONS: ■ Retrofit into existing recessed housings or use with quick connect housings for new construction or remodel applications ■ Adjustable trim allows the user to aim the light which is perfect for accent lighting artwork, objects or other architectural details ■ For use with housings installed in IC rated applications (direct contact with insulation) Catalog Number

Pairs perfectly with Juno housings for a complete downlight solution: Order housings as separate catalog number. QC6 Series - New Construction Quick Connect LED Housing QC6R Series - Remodel Quick Connect LED Housing Input Power Typical 9W (+/-5%) EMI/RFI FCC Title 47, Part 15 Class B (consumer) Minimum Starting Temp -20°C (-4°F) minimum Note: Actual performance may differ as a result of end-user environment and application. All values are design or typical values, measured under laboratory conditions at 25° C LIGHTING PERFORMANCE DATA DONNEES SUR LE RENDEMENT DE L'ECLAIRAGE Light...

Specifications ADJUSTABLE LED TRIM KIT: Cast aluminum trim flange in matte white with molded thermal plastic gimbal housing • Up to 35° vertical adjustment and 359° horizontal rotation • Pressed-in diffusing lens optimized for concealing the LEDs from direct view in the on and off state • All-in-one design where LED light engine mounts directly to the trim for ease of installation into existing 5" or 6" recessed housings with medium base sockets or quick connect LED housings • Provided with torsion springs LED LIGHT ENGINE: LEDs are mounted directly to housing providing superior thermal...

juno PHOTOMETRICS RB56A SWW5 MW M6 - 2700K Input Watts: 9.0, Delivered Lumens: 851, LPW: 94.6, S/MH: 1.14, Test No: 22-552-2P1 CP Zonal Lumen Summary Coefficients of Utilization Cone of Light Luminance Mounting Initial Beam Beam Angle: 94.3° Field Angle: 152.0° RB56A SWW5 MW M6 - 3000K Input Watts: 9.0, Delivered Lumens: 871, LPW: 96.8, S/MH: 1.14, Test No: 22-552-2P2 CP Zonal Lumen Summary Coefficients of Utilization Cone of Light Luminance Mounting Initial Beam Beam Angle: 94.3° Field Angle: 152.0° RB56A SWW5 MW M6 - 3500K Input Watts: 9.0, Delivered Lumens: 881, LPW: 97.9, S/MH: 1.14,...

juno PHOTOMETRICSRB56A SWW5 MW M6 - 5000K Input Watts: 9.0, Delivered Lumens: 821, LPW: 91.2, S/MH: 1.14, Test No: 22-552-2P5 25 CP Zonal Lumen Summary Coefficients of Utilization Summary Cone of Light Luminance (cd/sq.m) Mounting Initial Beam Beam Angle: 94.3° Field Angle: 152.0° Vertical Aiming Angles CBCP • Centerbeam candlepower FC • Footcandles at beam center (aim point) In vertical aiming applications, aim point (X) is determined by dividing distance from the wall (D) by the tangent of the desired aim angle (A) (0.5774 for 30°, 1.0 for 45°). *Covers full length of wall based on...