LRD SERIES. Specification LED Retrofit Downlight. Innova ve Design for the Built Environment TM

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1 LRD SERIES Specification LED Retrofit Downlight TM Innova ve Design for the Built Environment TM

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3 More Than Just A Retrofit Downlight... For over a decade, LumenOptix solutions have been the standard for easy to install, specification-grade luminaires whenever a lighting upgrade takes place within an existing facility. LumenOptix has applied that methodology to the LRD series, a specification-grade LED downlight retrofit. Our patent pending, tool-less installation ensures no alterations to the existing infrastructure and installs in minutes, all from beneath the ceiling. With multiple size options, lumen packages, optical distributions, and the ability to accommodate existing dimming systems, the LRD is the perfect solution for any facility looking to upgrade and improve the integrity of the original lighting design. Heat Sink: LRD is thermally engineered to ensure optimal fixture life. LED Module: Open architecture, allows specification of module to match desired lighting criteria. LED Driver: Open architecture, allows compatibility with existing control systems. Patent Pending Installation Mechanism: Allows facilities to upgrade without any alterations to the existing ceiling surface. Specification-Grade Optics Ensures that the integrity of the original lighting design is maintained or improved. 3

4 Installation Process The patent pending LumenOptix LRD 5-step, tool-less installation is quick and easy. Upgrade any existing commercial, institutional or retail downlight, no matter the make or model to LED without any alterations to the existing ceiling Remove and Discard Simply remove and discard the existing reflector and lamp. Tether and Connect Tether the LRD to the existing frame to make wiring as easy as possible. Then connect the existing power to the LRD (no need to pull additional wiring). Slide and Position Slide the housing into the existing rough-in kit and position the LRD driver into the appropriate location. Move and Tighten Move the thumb screws from the up position to the down and tighten them against the existing rough-in kit, creating a secure, leak-free fit. Snap In and Complete Snap in the LRD reflector and the installation is complete. 4

5 Specification-Grade Optics The LumenOptix LRD s performance is defined by its specification-grade optics. Each reflector is designed around the module, creating various beam distributions while minimizing glare. As a result, the integrity of the original lighting design is maintained or improved. In addition, LumenOptix offers various finishes (specular, semi-specular, and diffused) and multiple color options to ensure the correct specification for every application, every time. The below images illustrate our 8 semi-specular optical capabilities: Height 25 Height 40 Height 80 Diameter Diameter Diameter 8 Semi-Specular Narrow Beam 8 Semi-Specular Medium Beam 8 Semi-Specular Wide Beam 5

6 Aperture Sizes The LRD product family can upgrade existing downlights to LED from 6.5 to 15 in commercial and institutional facilities. We offer 6, 7, 8 and 10 standard size housings with various size extended trim rings (goof rings), to ensure a perfect fit every time. The chart below outlines what LRD housing to specify based on the size of the existing downlight. Existing Cut-Out Dimension LRD Size Conversion LRD LRD 6 With Goof Ring LRD LRD LRD 8 With Goof Ring LRD LRD 10 With Goof Ring 6 Housing 7 Housing 8 Housing 10 Housing 6

7 Lumen Packages LumenOptix offers the widest range of lumen packages within a specification- grade downlight retrofit ranging from 1,000-16,000 lumens. The chart below outlines various existing light source conversions to LRD. LRD Lumen Package Conversion Chart Existing Lamp Type Existing System Wattage Initial Lumens Average Efficiency In a Downlight LLD at 1 Year Delivered Lumens LRD Lumen Package Equivalent LRD Wattage Draw Wattage Saved % of Energy Saved Vertical CFL 26W 1 lamp 30 1,800 65% 80% 936 1, % Horizontal CFL 32W 1 lamp 36 2,400 55% 80% 1,056 1, % 100W Halogen Quartz 100 1,400 90% 90% 1,134 1, % Vertical CFL 32W 1 lamp 36 2,400 65% 80% 1,248 1, % Horizontal CFL 42W 1 lamp 46 3,200 55% 80% 1,408 1, % Horizontal CFL 26W 2 lamp 56 3,420 55% 80% 1,505 1, % Vertical CFL 42W 1 lamp 46 3,200 65% 80% 1,664 1, % Horizontal CFL 32W 2 lamp 66 4,800 55% 80% 2,112 2, % 50W Ceramic Metal Halide 65 4,100 65% 85% 2,265 2, % 70W Probe Start Metal Halide 90 5,700 65% 70% 2,594 3, % Horizontal CFL 42W 2 lamp 88 6,400 55% 80% 2,816 3, % 250W Halogen Quartz 250 3,600 90% 90% 2,916 3, % 70W Ceramic Metal Halide 85 6,200 65% 85% 3,426 4, % 100W Probe Start Metal Halide 130 8,200 65% 70% 3,731 4, % 150W Probe Start Metal Halide ,000 65% 70% 5,005 6, % 100W Ceramic Metal Halide 125 9,500 65% 85% 5,249 6, % 150W Ceramic Metal Halide ,000 65% 85% 7,735 8, % 175W Pulse Start Metal Halide ,000 65% 80% 8,320 8, % 250W Probe Start Metal Halide ,000 60% 70% 8,400 8, % 500W Halogen Quartz ,000 85% 90% 8,415 8, % 250W Pulse Start Metal Halide ,000 65% 80% 11,960 12, % 320W Pulse Start Metal Halide ,500 65% 80% 15,340 16, % 7

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9 Control Compatibility Many LED drivers are designed to be compatible with 0-10V control systems. However, when you encounter an older phase cut dimming system, not every LED luminaire will work. Some LEDs have a delay, flicker, or simply don t work at all. With LumenOptix extensive dimming knowledge and open architecture on modules and drivers, we are able to select the compatible module and driver for the current control system. This is crucial in market segments such as auditoriums, churches and theaters which commonly utilize phase dimming, 0-10V or Lutron control systems. By utilizing the LumenOptix LRD, the majority of facilities can upgrade to LED without changing their control system and still have smooth, even dimming. 9

10 LRD Product Platform SERIES LRD1 LRD2 LRD3 LRDS-L Philips DLM Fortimo or DLM Flex GE DLM Infusion Twist and Lock Replaceable CREE LMH2 Multiple Lumileds or Xicato LEDS NOMINAL LUMENS 1000, 2000, , 1500, 2000, 3000, , 2000, 3000, 4000, 6000, , 9000, 12,000, 16,000 CRI 80 CRI 92 CRI 90 CRI 82 or 97 CRI COLOR TEMP. 3000K, 3500K, 4000K 2700K, 3000K, 3500K, 4000K 2700K, 3000K, 3500K, 4000K, K Sunset Dimming 2700K, 3000K, 3500K, 4000K SIZE BEAM SPREAD REFLECTOR FINISH DIMMING* 6, 7, 8, 10, Custom Narrow, Medium, Wide, Wall Wash (6 Only) Semi-Specular, Diffused, Specular, Painted, All in a Variety of Colors Non-Dimming, 0-10V, Lutron 3-Wire, Lutron EcoSystem, 2-Wire Leading Edge, 2-Wire Trailing Edge * Dimming options available with most lumen configurations. Consult specification sheet for details. 10

11 LRD Product Extensions Cylinder Replacement and retrofit options Sizes lumens Wall, pendant, stem, and surface mounts available Square Same installation mechanism as the LRD Sizes lumens Deep and shallow versions available Wall Wash Same installation mechanism as the LRD Available in 6 aperture (8 coming soon) lumens Aimable/Sloped Available in 15, 25, 35 and 40 degree cut angles Sizes 6, 7, 8 and lumens LRD lumens Secondary precision optics Xicato or Lumiled COB Optional diffusing lens 11

12 Featured Case Studies Garnet Valley Middle School Glen Mills, PA Existing: 250W Halogen Quartz Upgraded to: LumenOptix 2000 lumen LRD Key Project Drivers: BEFORE No alteration to existing hard ceiling during upgrade LRD compatible with existing phase dimming system Reduced energy costs by 88% Increased light output by 25% AFTER Grand Canyon University Phoenix, AZ Existing: Incandescent Downlights Upgraded to: LumenOptix 1000, 2000 and 3000 lumen LRD Key Project Drivers: 12 No alteration to existing hard ceiling during upgrade Reduced glare, providing a better learning environment Increased light output by more than 50% Significant maintenance savings

13 Thomas Jefferson University and Hospital Philadelphia, PA Existing: 2 lamp, 26W CFLs Upgraded to: LumenOptix 2000 lumen LRD Featured Case Studies Key Project Drivers: No alteration to existing hard ceiling during upgrade LRD compatible with existing Lutron control system Improved color rendering Increased light output by over 50% BEFORE AFTER Arkansas Children s Hospital Little Rock, AR Before After Existing: 100W Mercury Vapor Downlights Upgraded to: LumenOptix 2000 lumen LRD Key Project Drivers: No alteration to existing hard ceiling during upgrade LRD is damp location listing making it perfect for soffit applications Significantly improved color quality Improved light output by over 50% BEFORE AFTER 13

14 Featured Case Studies General Growth Properties Westroads Mall Omaha, NE Existing: 175W and 150W Metal Halides Upgraded to: LumenOptix 2000 and 4000 lumen LRD Key Project Drivers: No alteration to existing hard ceiling during upgrade 90 CRI and 92 R9 value of LRD was perfect for retail applications Reduced energy consumption by 75% Increased light output by 25% Don Hewlet Chevrolet Dealership Austin, TX Existing: 175W Metal Halide Upgraded to: LumenOptix 4000 lumen LRD Key Project Drivers: No alteration to existing hard ceiling during upgrade Improvement in color quality due to CRI of 90 and R9 value of 91 Proper cutoff angles provide even distribution and less surface glare Significant energy savings 14

15 Featured Case Studies Amtrak Train Stations New Carrollton, MD Existing: 100W - 400W Mercury Vapors Upgraded to: LumenOptix 4000 lumen LRDs and 2000 lumen Cylinders Key Project Drivers: No alteration to existing hard ceiling during upgrade Saved $126,000 in annual energy costs Improved color rendering Increased light output by over 50% BEFORE AFTER Bon Secours Wellness Arena Greenville, SC Existing: CFL and Metal Halide Fixtures Upgraded to: LumenOptix 1000 and 3000 lumen LRD Key Project Drivers: Update appearance and efficiency No disturbance to existing ceilings 80% energy savings Virtually eliminated maintenance 15

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