Recessed Fluorescent Fixtures
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Led Lighting
LED LIGHTING from NORA LIGHTING Discover the Green advantage. It's good for the planet. It's good for you. “…no other lighting technology offers as much potential to save energy What is LED? and enhance the quality of our building environments, contributing to our nation’s The Light Emitting Diode…LED energy and climate change solutions.” Basically, LEDs are tiny light bulbs, or semiconductor diodes, Energy Efficiency and Renewable Energy Section that fit easily into an electrical circuit. But unlike ordinary U.S. Department of Energy incandescent lamps, they do not have a filament that burns out or gets hot. The diodes emit light when partnered with an electrical current and are illuminated solely by the movement of electrons in the semiconductor material. The LED is called solid state lighting or “SSL” because light is emitted Higher Color Rendering Indexes (CRI) from a solid object, the semiconductor diode, instead of a vacuum or Higher Color Rendering Indexes, CRI, have lead to the acceptance in gas tube (like an incandescent, fluorescent or HID lamp). The diode residential and commercial lighting applications. Higher CRIs mean itself is a two-terminal crystalline and when an electrical current true color rendition. Generally acceptable CRI values should be passes through it, the recombination of positive and negative charges between 80 and 100. Color output can be controlled in 2 ways, by results in the emission of visible light. phosphor coating the LED chip or by color mixing of LEDs in a array Less than one millimeter square, individual LEDs are clustered on a circuit of chips. -
Download Publication
Consumer Factsheet Home lighting Lighting is an important parameter in home design, enabling safety and comfort for the performance of everyday tasks, such as walking, reading, cooking, etc. The purpose of this factsheet is to inform people about the properties of the most common household lights and assist them choose the right light bulb for their needs. Which lighting types should I use in my home? There are three main types of light bulbs that can be used in home interiors: Light Emitting Diodes (LEDs); Fluorescents and Compact Fluorescent bulbs; and halogen bulbs. The choice of lighting source depends on many parameters, such as the use of the space and the lighting levels required, the cost of the bulb and its useful life, the energy that it consumes, the colour of the light it emits, etc. Two main lighting techniques are used in home environments: general lighting and task lighting. General lighting is used to light a large space, e.g. a dining room or a bedroom. General lighting can be provided by natural light, artificial light or a combination of the two. Task lighting is the lighting used to increase the amount of light in a specific, smaller area, such as on a desk, on the kitchen counter, etc. Task lighting is usually provided by fixtures, as artificial light is more easily controlled than natural light. Both general and task lighting can be tailored to a resident’s needs. The following paragraphs describe the main types of bulbs used in homes and their characteristics. Useful information for general and task lighting is also provided. -
Nsi Industries, LLC • USA • 800.321.5847 • Maintenance Free
NSi Industries LLC • USA • 800.321.5847 • Fax: 800.841.5566 • www.nsiindustries.com MAY 2011 Table of Contents HID AND OUTDOOR LIGHTING PAGE induCtion LIGHTING (CONT’D) PAGE Wallpacks Medium & Large Architectural Wallpack . 29 Full Cutoff . 1 Large Deep Wallpack . 30 Semi Cutoff . 1 Vandal Resistant Garage Lighter . 30 Mini & Compact - Die Cast .................. 2 Induction Garage/Canopy Lighter . 32 Compact . 3 Large Vandal Resistant Canopy . 32 Medium & Large . 4 High Bay . 33 Large Deep . 5 Deluxe Cobrahead . 33 Large with Battery Backup ................... 5 16”, 23” Area Floodlight..................... 34 Adjustable Compact . 6 Medium & Large Low Profile Shoebox Type 2 ...... 35 “THE ROCKY” Compact & Medium . 8 Medium Shoebox Type 3..................... 36 “THE ROCKY” Large ....................... 9 Large Shoebox Type 3....................... 37 Floodlights Medium Shoebox Type 5..................... 38 Fluorescent & Compact .................... 10 Large Shoebox Type 5....................... 39 Low Profile ............................. 11 Medium ............................... 11 VANDAL RESISTANT AND GARAGE Large & 1000 Watt . 12 Entry Cylinders . 40 Incandescent . 13 Vandal Resistant 5x8 Entry . 40 Quartz Bullet (Single and Dual) .............. 13 Small and Large Vandal Resistant . 41 Quartz................................ 14 WORKLIGHTS BALLAST KITS Super Duty ............................... 42 Ballast Kits Only (Metal Halide & Sodium) . 15 Heavy Duty Fluorescent & 2-in-1 Portable......... 42 Ballast Kits w/Lamp (Metal Halide & Sodium) -
SCE Design and Engineering Services
Design & Engineering Services RECESSED LED DOWNLIGHTS ET11SCE3010 Report Prepared by: Design & Engineering Services Customer Service Business Unit Southern California Edison November 2012 Recessed LED Downlights ET11SCE3010 Acknowledgements Southern California Edison’s Design & Engineering Services (DES) group is responsible for this project. It was developed as part of Southern California Edison’s Emerging Technologies Scaled Field Placement Program under internal project number ET11SCE3010. DES project manager Yun Han conducted this technology evaluation with overall guidance and management from Teren Abear. For more information on this project, contact [email protected]. Disclaimer This report was prepared by Southern California Edison (SCE) and funded by California utility customers under the auspices of the California Public Utilities Commission. Reproduction or distribution of the whole or any part of the contents of this document without the express written permission of SCE is prohibited. This work was performed with reasonable care and in accordance with professional standards. However, neither SCE nor any entity performing the work pursuant to SCE’s authority make any warranty or representation, expressed or implied, with regard to this report, the merchantability or fitness for a particular purpose of the results of the work, or any analyses, or conclusions contained in this report. The results reflected in the work are generally representative of operating conditions; however, the results in any other situation may vary depending upon particular operating conditions. Southern California Edison Design & Engineering Services November 2012 Recessed LED Downlights ET11SCE3010 EXECUTIVE SUMMARY Recessed light-emitting diode (LED) downlights save energy when they replace incumbent incandescent, halogen, or Compact Fluorescent Lighting (CFL) downlight technologies (SCE ET07.15 – Residential LED Downlights study). -
Mogul Base LED Replacement Lamps
Phase 2: Mogul Base LED Replacement Lamps Revised September 23, 2015 A Report of BPA Energy Efficiency’s Emerging Technologies Initiative Prepared for Levin Nock, Project Manager for Aerotek Staffing Agency, on assignment to Bonneville Power Administration John Wilson, Program Manager Bonneville Power Administration And Washington State University Energy Program The Lighting Research Center, Rensselaer Polytechnic Institute 21 Union Street Troy, NY 12180 Leora C. Radetsky Russ Leslie BPA Contract Number: 115761 G003306 1 Abstract Mogul base LED replacement lamps are being marketed as equivalent replacements for incumbent HID lamps. In Phase 2, LRC conducted photometric and electrical testing on 17 additional mogul base LED lamps to inform the DesignLights Consortium (DLC) on these products’ performance in consideration of them being added to the Qualified Products List (QPL). LRC found that 6 of the 17 lamps met the minimum tested DLC QPL criteria for retrofit kits when the lamps were placed in decorative outdoor luminaires, area lighting luminaires, roadway luminaires and high bay luminaires. The lamps tested in wall pack luminaires did not meet the applicable retrofit kit criteria. At ambient temperatures of 65°C, the relative light output of several tested high bay and wall pack lamp-luminaire combinations decreased by 20% compared to relative light output at 25°C. 2 An Emerging Technologies for Energy Efficiency Report The following report was funded by the Bonneville Power Administration (BPA) as an assessment of the state of technology development and the potential for emerging technologies to increase the efficiency of electricity use. BPA is undertaking a multi-year effort to identify, assess and develop emerging technologies with significant potential for contributing to efficient use of electric power resources in the Northwest. -
MOGUL BASE LED REPLACEMENT LAMPS Report Summary
PHASE 1: MOGUL BASE LED REPLACEMENT LAMPS Report Summary December 18, 2014 A Report of BPA Energy Efficiency’s Emerging Technologies Initiative Prepared for Levin Nock, Project Manager for Aerotek Staffing Agency, on assignment to Bonneville Power Administration John Wilson, Program Manager Bonneville Power Administration And Washington State University Energy Program This report summary was condensed by Levin Nock for the DesignLights Consortium Technical Committee, from the complete 71-page report prepared by The Lighting Research Center, Rensselaer Polytechnic Institute 21 Union Street Troy, NY 12180 Leora C. Radetsky Jennifer Brons Russ Leslie BPA Contract Number: 115764 G003306 Abstract Mogul base LED replacement lamps are being marketed as equivalent replacements for incumbent HID lamps. LRC characterized the HID marketplace and conducted photometric and electrical testing on 18 mogul base LED lamps to inform the DesignLights Consortium (DLC) on these products’ performance in consideration of them being added to the Qualified Products List (QPL). LRC found that 4 of the 18 lamps met the minimum tested DLC QPL criteria for retrofit kits when the lamps were placed in area lighting and roadway luminaires. The wall pack and high bay luminaire combinations did not meet the applicable tested retrofit kit criteria. Additional testing will be conducted in Phase 2 of this project to better inform the DLC on these lamps’ performance. This report summary includes an Executive Summary of 2 pages, a main body of 15 pages, and an Appendix. 1 An Emerging Technologies for Energy Efficiency Report The following report was funded by the Bonneville Power Administration (BPA) as an assessment of the state of technology development and the potential for emerging technologies to increase the efficiency of electricity use. -
Public Version
PUBLIC VERSION UNITED STATES INTERNATIONAL TRADE COMMISSION Washington, D.C. In the Matter of CERTAIN LIGHT-EMITTING DIODE INV. NO. 337-TA-1213 PRODUCTS, FIXTURES, AND COMPONENTS THEREOF INITIAL DETERMINATION ON VIOLATION OF SECTION 337 AND RECOMMENDED DETERMINATION ON REMEDY AND BOND Administrative Law Judge Clark S. Cheney (August 17, 2021) Appearances: For Complainant IDEAL INDUSTRIES LIGHTING LLC d/b/a Cree Lighting: S. Alex Lasher of Quinn Emmanuel Urquhart & Sullivan, LLP, of Washington, D.C. Raymond N. Nimrod, Richard W. Erwine, and Matthew Robson of Quinn Emmanuel Urquhart & Sullivan, LLP, of New York, NY Nathan Hamstra of Quinn Emmanuel Urquhart & Sullivan, LLP, of Chicago, IL For Respondent RAB Lighting Inc.: David A. Hickerson, George C. Beck, Bradley Roush, Kiri Lee Sharon, and Molly Hayssen of Foley & Lardner LLP of Washington, DC Jonathan E. Moskin of Foley & Lardner LLP of New York, NY PUBLIC VERSION Table of Contents I. Introduction ......................................................................................................................... 2 A. Procedural History .............................................................................................................. 2 B. The Private Parties .............................................................................................................. 4 1. Complainants ................................................................................................................ 4 2. Respondents ................................................................................................................. -
Commercial/Industrial and Multifamily Technical Reference Manual
Commercial/Industrial and Multifamily Technical Reference Manual Version 2020.2 Effective Date: August 1, 2019 Includes corrections retroactive to 8/1/2018 Efficiency Maine Trust 168 Capitol Street Augusta, ME 04330 efficiencymaine.com Efficiency Maine – Commercial TRM v2020.2 Page 1 of 194 Table of Contents INTRODUCTION .........................................................................................................................................................5 TRM CHANGE LOG ................................................................................................................................................... 11 LIGHTING EQUIPMENT ............................................................................................................................................. 23 Prescriptive Lighting: Lighting Fixtures – Interior Spaces (Retrofit/Replacement Lamps), Codes <P/I>S21<Y/S/W>, <P/I>S25<Y/S/W>, <P/I>S40<Y/S/W>, <P/I>S51<Y/S/W>, <P/I>S52<Y/S/W>, <P/I>S61<Y/S/W>, <P/I>S62<Y/S/W>, <P/I>S64<Y/S/W>, <P/I>S81<Y/S/W>, <P/I>S82<Y/S/W> ................................................................................................ 24 Prescriptive Lighting: Lighting Fixtures with Integrated Controls – Interior Spaces (Retrofit), Code <P/I>S70<Y/S/W> . 26 Prescriptive Lighting: Lighting Fixtures – LED Exit Sign, Code X10 (Inactive) .................................................................... 28 Prescriptive Lighting: Lighting Fixtures – Exterior Spaces (Retrofit/Replacement Lamps), Codes IS08<Y/S/W>, <P/I>S08<Y/S/W>, -
LED Recessed Lighting
LED Recessed Lighting Diamond Series LED Retrofit Platinum Series LED Housings and Trims LED Step Lighting AIR TIGHT = Helvetica Inserat Roman AIR RoHS WET C OMPLIANT T2008IGHT AIR TIGHT THIS AIRTIGHT HOUSING COMPLIES WITH WASHINGTON STATE ENERGY CODE ASTM-E283 MEASURED AT2CFM OR LESS Illuminating the f u t u r e "…no other lighting technology offers as much potential to save energy and enhance the quality of our building environments, contributing to our nation’s What is LED? energy and climate change solutions." Energy Efficiency and Renewable Energy Section The Light Emitting Diode…LED U.S. Department of Energy Basically, LEDs are tiny light bulbs, or semiconductor diodes, that fit easily into an electrical circuit. But unlike ordinary incandescent lamps, they do not have a filament that burns out or gets hot. The diodes emit light when partnered with an electrical current and are illuminated solely by the Longer Performance Life movement of electrons in the semiconductor material. LEDs have a rated life based on the time it takes for the light output to decrease to 70% of the original output, which is typically about 50,000 The LED is called solid state lighting or "SSL" because light is emitted hours or 17 years of normal use. A typical incandescent fixture will need to from a solid object, the semiconductor diode, instead of a vacuum or gas be re-lamped 10 or more times during the life of an LED fixture. tube (like an incandescent, fluorescent or HID lamp). The diode itself is a two-terminal crystalline and when an electrical current passes through it, As LED chips increase in lumens and efficacy, the lighting industry is the recombination of positive and negative charges results in the emission focused on producing better performing products. -
Simulating Energy Efficient Upgrades in a Residential Test Home to Reduce Energy Consumption
ENERGY EFFICIENCY‟S ROLE IN A ZERO ENERGY BUILDING: SIMULATING ENERGY EFFICIENT UPGRADES IN A RESIDENTIAL TEST HOME TO REDUCE ENERGY CONSUMPTION by Andrew Frye A thesis submitted in partial fulfillment of the requirements for the degree of M.S. Mechanical Engineering University of Tennessee at Chattanooga May 2011 UNIVERSITY OF TENNESSEE AT CHATTANOOGA ABSTRACT Energy Efficiency‟s Role in a Zero Energy Building: Simulating Energy Efficient Upgrades in a Residential Test Home to Reduce Energy Consumption by Drew Frye Chairperson of the Thesis Committee: Dr. Prakash R. Dhamshala College of Engineering With the steady rise in power consumption, automobile usage, and industrial production worldwide for the past century, countries have realized that meeting these ever-growing energy demands could potentially devastate the environment. In the United States, generating electrical power constitutes the largest source of carbon dioxide emissions and the majority of this power is used to electrify buildings both in the commercial and residential sectors. It is estimated that 21% of all electrical power generated in the United States is consumed by residential buildings. To reduce the total amount of electricity that need be generated (and therefore, the amount of pollution) governments have invested heavily into energy efficiency research especially in the major power consuming sector of residential buildings. The ultimate goal of energy efficient measures is to cut the power consumption of a building enough that all of the energy needs can be met by an on-site renewable energy system such as photovoltaic solar panels. This would result in what many call a “zero energy building.” This paper quantitatively investigates the effectiveness of potential energy efficient upgrades in a residential home through various building energy simulation techniques including the computer building load and energy requirement software entitled “Transient Analysis of Building Loads and Energy Requirements” or TABLER. -
A Bulbs and Ballast Section.Indd
Terms and Conditions GENERAL Terms and Conditions are determined by each Authorized Dealer but follow these Guidelines. See your Dealer for their specifi c Terms and Conditions of Sale. PRICING Prices are subject to change without notice and are subject to acceptance at time of order. FREIGHT Freight and Delivery Policies are determined by each Authorized Dealer. Please contact your local Dealer for their current Policy. BACKORDERS Backorders are shipped plus freight unless the backorder meets the freight allowance requirement. Customer may opt to ship complete to maintain freight allowance and will be notifi ed of backorder prior to shipping. RETURN POLICY Items must be returned within 30 days of purchase. All normal stock items returned within 30 days are subject to a 25% restock charge. Non-Stocked items are subject to a 25% restocking charge plus the applicable restocking charge imposed by our vendor up to an additional 50% plus freight in and out. All returns can only be used for in store credit. All returns must be pre- approved and be accompanied with a returned goods authorization (RGA) number. TERMS Standard terms are Net 30 days. Most major credit cards are accepted at time of order for payment. Company reserves the right to refuse credit card payment at its discretion. DEFECTIVE All defective merchandise must be returned with a company issued Returned Goods MERCHANDISE Authorization (RGA). Credit for returned merchandise is subject to testing and credit by manufacturer. Any merchandise found to be non-defective will be returned to customer at the customers expense including freight to/from vendor. -
Genaray Eng Kit Genaray Softbox Interview
FieldVision 7” RigVision Lightweight 10.1” Pro LCD Monitor OptiView 250 3.2” On Camera Monitor On-Camera Monitor with Scopes LCD Viewfinder • Lightweight 7” LED Backlit TFT Monitor • Backlit IPS Monitor with Shutter Release • 10.1” Display 1280x800, IPS LCD • Fits Most 3.0” & 3.2” LCD Screens • 1024 x 600 Resolution • 1280 x 800 Resolution • Supports NTSC/PAL & HD • Compatible with 3:2 & 4:3 Aspect Ratios • Peaking filter with red outline for focusing • 800:1 Contrast Ratio • Composite, Component, SDI • Magnifies Display by 300% and HDMI Inputs • Image flip & freeze & pixel-to-pixel mode • HDMI & Composite Inputs • Blocks Light from Hitting Screen • 178° Viewing Angle Top/Bot L/R • Center marker and safe-frame overlays • HDMI Loop Output • Soft Eyecup Can be Used with Either Eye • Signal Analyzers & Auto Signal Detect • Rear Half Flips Up and Out of the Way • Check field mode for color accuracy • False Color, Zebra, Histogram & More • Waveform, Vectorscope, Histogram Overlay • Quick-Release Plate with 1/4”-20 Screw • Headphone jack and built-in speaker • Includes F-970 & LP-E6 Battery Plates • Safe Area Markers & Focus Aid Function • Interchangeable Rail Mounting System • Four programmable function buttons • Includes V-Mnt & Gold-Mnt Plate Adapter • Audio Level Display • Long Rail Included for Battery Grips • Includes L-Series type battery and charger • Canon Shutter Release Cable Supplied • Five Assignable Preset Buttons • Includes sunshade • Nikon Shutter Release Cable Supplied • 12 VDC & Sony L-Type Battery Plate OV-250 3.2” LCD Viewfinder $129.95 OV-150 3.0” LCD Viewfinder $89.95 OCM-7B-DV2 $239.00 RVM-7B-ALT $449.95 OCM-10-PSM $899.95 OV-50 3.2” LCD Viewfinder $49.95 www.elvidcinema.com LCD monitors and accesssories for use on-camera, in the studio or in the field.