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Luminaires may utilize fluorescent or high intensity discharge sources that contain small amounts of mercury. New disposal labeling for these lamps includes the mercury identifier shown below to indicate that the lamp contains mercury and should be disposed of in accordance with local requirements. Information sources regarding lamp recycling and disposal are included on the packaging of most mercury-containing lamps and also can be located at www.lamprecycle.org. TECHNICAL SUPPORT FOR LAMP AND BALLAST SUPPLIERS Lamp Supplier Phone GE ............................................................................. 800-GE LAMPS Philips ..................................................................... 800-555-0050 SYLVANIA .............................................................. 800-255-5042 Venture .................................................................. 800-451-2606 Ballast Supplier Phone Advance Transformer Co. ................................ 800-372-3331, ext. 2 Aromat Corporation ........................................... 888-427-6628 Denki Corporation of North America ............ 800-908-8882 Future Wave Technologies Inc....................... 508-460-3300 Howard Industries, Inc. ..................................... 800-956-3456, ext. 1654 Lumisistemas ........................................................ 866-215-4441 Lutron Electronics Co., Inc. .............................. 800-523-9466 OSRAM SYLVANIA ............................................... 800-654-0089, ext. 1 OSRAM SYLVANIA, Canada ............................. 905-673-6171 Radionic Industries, Inc. ................................... 773-804-0100 Robertson Worldwide ....................................... 800-323-5633, ext. 5 Universal Lighting Technologies .................... 800-225-5278, ext. 538 Venture Lighting International ........................ 800-451-2606 www.AcuityBrandsLighting.com www.AcuityBrandsLighting.com CONTENTS Ballast Characteristics 588 Linear Fluorescent Lamp Ordering & Availability 589 Generic Electronic Ballasts 590 Magnetic Ballast Data 591 Ballast Testing 592 Compact Fluorescent Lamp Ordering & Availability 593 Ballast Data 594 High Intensity Discharge Lamp Data 595 Ballast Data 597 Ballast Circuit Data 601 Ballast Testing 603 Lamps Lamps and and Ballasts Ballasts / / PSG8 PSG8 587
Ballast Characteristics All electric discharge lamps are characterized as negative resistance light sources. Therefore, they require support devices that limit the current when voltage is applied, to prevent the lamp from being destroyed. The ballast is the device limiting the current capability. Additionally, the ballast provides the lamp with proper voltage to reliably start and operate the lamp throughout its rated service life. A transformer integral to the ballast circuit matches voltage required for the lamp to the available supply voltage. Fluorescent and H.I.D. lamps exhibit several electrical characteristics that have important effects on ballasts. The following definitions will help explain those characteristics. Starting Voltage Fluorescent rapid-start lamps contain cathodes which are preheated by the ballast. A variety of fluorescent rapid start ballasts are available to produce reliable starting for specific ambient temperatures. Mercury vapor and most metal halide lamps incorporate integral starting electrodes which allow the lamps to start at relatively low voltages in ambient temperatures ranging above -20°F (-30°C). High pressure sodium and low wattage (< 150 watts) metal halide lamps require separate electronic starting devices (called “ignitors”) which deliver a high voltage pulse to establish the arc. HPS will start reliably above -40°F (-40°C) ambient temperatures. The pulse repeats each cycle with a maximum pulse width of 15 microseconds. Once the lamp arc is established, the ignitor drops out of the circuit. Starting Current This is the initial current available to the lamp during warm-up. If the current is incorrect, the lamp may not start or reach its rated operating performance. Rated lamp life may be affected. Operating Current Operating Current is the rated current flow under nominal operating conditions once the lamp arc has been established and is performing at rated levels. The starting current may differ from the operating current. Care should be taken to load circuits to the highest load conditions (amperes). Normal power factor ballasts have higher starting currents than operating. Low wattage (100 watts or less) metal halide and HPS lamps have the highest current demand during restrike (hot start). Fluorescent lamp operating voltage remains relatively constant throughout rated life. Lamp life, ballast life, and light output may be affected if the operating voltage varies significantly from the voltage specified for the ballast. In general, fluorescent ballasts should be operated within ±7½% of their rated voltage. Mercury vapor and metal halide lamp operating voltage remains relatively constant throughout rated life, although lamp manufacturing tolerances can allow for as much as ±10% variance from nominal. As a result, depending on the type of ballast being used, H.I.D. lamp wattage may vary considerably. High pressure sodium lamp operating voltage rises continually from initial installation until end of life. HPS ballasts are designed to provide increased voltage requirement to the lamp through rated life. For example, a 400W HPS lamp normally starts at 100 volts and increases to 140 volts at end of life. Operating Wattage Fluorescent lamps operate at rated wattage if the supply voltage is nominal and the lamp is operating at an ambient temperature of 77°F (25°C). H.I.D. lamps operate at rated wattage only if the lamp voltage and supply voltage is nominal. Lamp wattage, light output, and lamp life may be affected if any conditions vary from nominal. Crest Factor Crest Factor is the ratio of peak to RMS (root mean square) current. For example, the crest factor of a true sine wave form is 1.41. Lamp manufacturers’ published data is based on lamps operated on a standard reactor ballast with a 1.41 crest factor. Input voltage to a commercial ballast is a sine wave, but the secondary voltage wave shape in the inductive and capacitive type ballast is distorted, and their crest factors are higher than 1.41. Tests indicate that ballasts with higher crest factors may result in depreciation of lumen output or reduced lamp life. In general, a maximum lamp current crest factor of 1.7 for fluorescent ballasts is recommended. H.I.D. constant wattage and constant wattage autotransformer ballasts have a crest factor of about 1.8. Metal halide and HPS ballasts approach 1.65. H.I.D. lamp recommendations suggest a maximum crest factor of 2.0 for mercury vapor and 1.8 for metal halide and HPS. Power Factor Power Factor (the phase between voltage and current) is the ratio of line watts to line volts x line amps, expressed in a percentage. A high power factor (HPF) ballast must have a power factor of at least 90% at nominal line voltage and lamp voltage. In most cases as the lamp and capacitors age, the power factor will drop below 90%. A normal power factor (NPF) ballast has a power factor below 90%, usually around 50%. NPF compact fluorescent ballasts can be as low as 28%. A normal power factor ballast has almost twice the line current as a high power factor ballast, thereby requiring larger wire sizes, breakers, switches, etc. for the equivalent connected load. Some power utilities may assess a penalty charge for inefficient use of power due to low power factor equipment. Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) Electronic fluorescent ballasts generally operate at a frequency in excess of 20,000 Hz to optimize lamp efficacy. Electronic ballasts may feed back interference into the power system resulting in interference with sensitive electronic equipment such as communications or data processing equipment. High-quality electronic ballasts use filters and enclosures to reduce conducted and radiated EMI to acceptable limits as specified by the Federal Communications Commission (FCC). 588 Lamps and Ballasts / PSG8 www.AcuityBrandsLighting.com Ballast Sound Ratings Core and coil ballasts may produce a slight hum due to the magnetic action within the ballast. Fluorescent ballasts are sound rated by a letter code, A through D. An A sound rating is the quietest ballast and is typically recommended for commercial applications. Because solid state electronic ballasts do not contain a core and coil, they will generally operate quieter than magnetic ballasts. Ballast Case Temperature The ballast case temperature is affected by changes in ambient temperature and voltage increase. Fluorescent ballasts contain a Class P thermal switch which will disconnect the ballast if it exceeds 105°C. Excessive ambient temperature or voltage supply may significantly reduce the life of the ballast. Harmonic Distortion All ballasts generate harmonic currents of some magnitude in the electrical distribution system. The ratio of RMS (root mean square) harmonic current to the RMS fundamental current is the Total Harmonic Distortion or THD. THD is often used to assess the ability of a fluorescent electronic ballast to control harmonic currents. The ANSI standard for electronic ballasts specifies a maximum THD of 32%. Conventional magnetic ballasts are generally in the range of 10% to 20%. Most hybrid electronic ballasts (containing both electronic and electromagnetic components) fall into the area of 20% to 30% THD. Solid state electronic ballasts (containing virtually all electronic components) are usually less than 10%. Ballast Regulation This is the ability of a ballast to control lamp wattage when subjected to line voltage variation. Consideration should be given to line voltage variations expected on a given electrical system where H.I.D. lamps are used. Most new power distribution systems are designed to provide ±3% of nominal voltage. However, some systems, especially older ones, may have variances up to ±10% from nominal. Regulation characteristics for various ballast types are listed in the ballast data tables. Typically the cost of a ballast rises with the degree of regulation available. The better the regulation, the higher the cost. Primary Dropout Voltage All power distribution systems experience dips and peaks in line voltage as well as other transient conditions. Well-regulated systems seldom see voltage fluctuations of 20% or more. Be sure to check the primary dropout voltage rating on H.I.D. ballasts if voltage variations are of concern. Voltage dips in excess of this rating may cause the lamps to extinguish and recycle.
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www.AcuityBrandsLighting.com SECTIO
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Old English .......................
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GC Surface Squares ................
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The Acuity Brands Lighting Group is
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www.lithonia.com features a complet
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The Photometric Viewer software pro
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www.lithonia.com CONTENTS Parabolic
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The Optimax Solution Optimax is a u
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Intended Use Ideal for corridors, s
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Intended Use High-performance deep-
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Intended Use Deep-cell parabolic lu
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Intended Use High performance parab
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Intended Use Side-mounted diffuser,
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Intended Use An exceptional general
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Description AVSM AV 1x2 AV 1x4 2AV
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Intended Use Delivers wall illumina
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Intended Use Recessed open (or lens
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Intended Use Specification premium,
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Intended Use Complete selection of
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Intended Use Low-profile, static T8
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Intended Use Full family of surface
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Intended Use Surface or stem-mounte
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Intended Use For applications where
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Intended Use For applications requi
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Intended Use For applications that
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Intended Use For surface-mount appl
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Intended Use For undercabinet appli
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Intended Use For closets, utility r
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Intended Use For multi-purpose area
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Intended Use For applications where
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Intended Use Provides good general
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Intended Use Intended for use in re
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Intended Use Use in surface or susp
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Intended Use For applications that
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Heavy-Duty Channels Intended Use Us
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Intended Use Ideal for displays or
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Intended Use Use for applications r
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Intended Use For mounting heights u
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Intended Use For mounting heights u
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Intended Use Intended for mounting
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Intended Use For low to medium moun
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Intended Use For low to medium moun
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Intended Use Suitable for use in co
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Intended Use Suitable for use in co
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Intended Use Suitable for use in IS
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Troffer Options Listed below are th
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PC1 Injection-molded parabolic poly
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Labor-Saving Tandem Option Simply w
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Electrical, Hanging and Miscellaneo
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ELECTRICAL Electrical, Hanging and
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PW - Prewiring Option (Troffers onl
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Wireguards (Order separately) 14-ga
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Staggered Strips are offset at both
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www.SpecLightSolutions.com CONTENTS
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Intended Use Unibody industrial for
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Intended Use High-performance premi
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Intended Use Provides efficient ill
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Intended Use Delivers maximum effic
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www.peerless-lighting.com Peerless
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www.peerless-lighting.com Peerless
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www.peerlite.com CONTENTS Cerra ®
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Intended Use The Cerra 10 Series fe
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Intended Use With a clean architect
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Intended Use Cerra baffle wall uses
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Intended Use With a clean crescent
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Intended Use The Enzo Series comple
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Intended Use The Prima I/D provides
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Installation Guide All Peerless and
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www.lithonia.com CONTENTS Ceiling M
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Intended Use Innovative platform th
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Intended Use Provides general illum
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Intended Use Suitable for use in re
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Intended Use Ideal for use as accen
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Intended Use Ideal for use as accen
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Intended Use Suitable for accent li
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Intended Use Suitable for accent li
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Surface-Mounted Fixtures Designatio
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Vanity Wall Brackets Molded Acrylic
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www.gothamlighting.com Gotham / PSG
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www.gothamlighting.com CONTENTS Com
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Intended Use For general downlight
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Intended Use For downlight applicat
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Intended Use For downlight wallwash
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Intended Use Decorative luminaire d
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Intended Use High-performance decor
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Intended Use Provides uniform gener
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Intended Use For retail areas or an
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Intended Use A small-aperture quart
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Intended Use Provides uniform gener
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Intended Use For retail areas or an
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Intended Use Provides direct and in
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Intended Use Suitable for offices,
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Intended Use Suitable for offices,
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MR16 MR11 Wattage Distribution (deg
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NOTES: 1 Available with 4pin lamp o
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SC Sloped Ceiling Adaptor, aluminum
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www.lithonia.com CONTENTS Fluoresce
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F8O2 White F8O2A Clear Diffuse* F8O
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Non-IC Rated Full Reflectors - All
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IC Horizontal Lamp Housing IC-Rated
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Non-IC Frame-In Non-IC Rated Full R
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Non-IC-Rated Full Reflectors - All
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Non-IC Rated - These steplights can
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Remodeler Clips ARC144 Box of 144 l
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www.lithonia.com CONTENTS Incandesc
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Premium Trims Open Reflector 6O2 Wh
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Incandescent Recessed Non-IC-Rated
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Incandescent Recessed Non-IC-Rated
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Baffled Wallwash 6W2 Black 6W2W Whi
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IC-Rated Full Reflector Trims - All
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IC-Rated Full Reflector Trims - All
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IC/Non-IC-Rated Full Reflectors - A
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Trims - These trims are for Non-IC
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Non-IC-Rated Trims - All trims are
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Standard Trims Open Narrow Flange 7
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Incandescent Steplights SL1 White S
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CSA CSA CSA Certified MVOLT MVOLT E
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Determining the proper placement of
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www.lithonia.com CONTENTS LTD Serie
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Ordering Information Example: LTD C
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Ordering Information Example: LTC F
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Ordering Information Example: LTC G
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Ordering Information Example: LTC G
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8-1/4 (20.9) 11-7/8 (30.2) 10-3/4 (
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Ordering Information Example: LTC L
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Roundback and Flatback Cylinders Or
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Intended Use One- or two-circuit tr
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Live End Feed Feed Connector used t
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Louver Baffle Blades Provides later
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www.lithonia.com CONTENTS Exit Sign
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Intended Use Suitable for applicati
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Family LV LED V Incandescent Vandal
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Stem Kits 1 Wireguards 2 ELA US12 S
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Contemporary Thermoplastic Emergenc
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Length: 10-5/16 (262) Width: 10-5/1
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Family 6 Volts IND616 16W IND636 36
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Intended Use Provides a minimum of
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Intended Use Suitable for use in Cl
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Ordering Information - Lamp heads o
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Vandal Shield ELA VS2 ELA VS Mounti
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Fluorescent Battery Packs, Downligh
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2GT8 2U316 A12 Power Sentry ® Gene
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General Spacing Guidelines for Indu
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Intended Use An off-line AC power s
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Exit Signs Precise ® LED Chevron D
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Exit Signs Extruded Aluminum LED 33
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Exit Signs Quantum ® LED Quick-Mou
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Exit Signs Titan ® Family LX LED e
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Options and Compatability AVAILABLE
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Emergency Lighting Units Titan M6,
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Emergency Lighting Units Remote Lam
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Performance Data Evaluating Perform
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Performance Data Evaluating Perform
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Photometrics Indura Composite Lamp
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Photometrics IND N3512S IND N5012S
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Indoor HID Lithonia Lighting offers
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Ballast Housings 354 TH Ballast Hou
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Ballast Housings NEW NEW NEW 356 SH
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High Bay TPGE DuraBay Series Watta
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High Bay TPGE DuraBay 360 PG16AGLE
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High Bay THR Acrylume 362 PA22 Ind
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High Bay SH PA22 Acrylume NEW Orde
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High Bay THV Hi-Tek ® 366 A14 Indo
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High Bay THP Hi-Tek ® Ordering Inf
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High Bay SH A16 Hi-Tek ® NEW Order
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High Bay SH A15 Hi-Tek ® NEW Order
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Low Bay TXR Acrylume Ordering Info
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Low Bay TXF Acrylume and Hi-Tek ®
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Low Bay TXL TXP Hi-Tek ® 378 A20 T
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Low Bay TXC Hi-Tek ® 380 A23 TXC A
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Low Bay TGL TGR 382 TGR Indoor HID
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Dock Lights DSA FSSA Intended Use I
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Industrial Control System KiloWatch
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Options and Accessories Ballast Opt
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Options Options and and and Accesso
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Options Options and and Accessories
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Options and Accessories Ordering an
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General Area Lighting GP Parabolic
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General Area Lighting GC Lensed Ref
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Rough Service Lithonia Lighting off
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Architectural VGR Gateway NEW Orde
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Architectural VGO Gateway NEW Orde
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Utilitarian VR1 VR2 VR1 412 Rough S
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Utilitarian VR1B VR2B VR1BV Series
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Utilitarian VR3C VR4C VR4CV VR4C VR
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Utilitarian VRR Ordering Informatio
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Linear Fluorescent VSL VSLC Series
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Linear Fluorescent VRS Ordering Inf
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Linear Fluorescent VRI 424 Rough Se
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Outdoor Lithonia Lighting outdoor p
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Area Lighting Aeris Ordering Infor
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Area Lighting KSF Spec-Form ® 430
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Area Lighting KAC Contour ® 432 De
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Area Lighting KVF Designation Distr
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Area Lighting KVE Designation High
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Area Lighting KAR 438 Outdoor / PSG
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Area Lighting KKS Ordering Informat
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Security Lighting TDD 442 Designati
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Roadway Lighting CHE NEW Ordering I
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Roadway Lighting CHM CHMD NEW Order
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Site Lighting KBS KBE 448 KBE - Dec
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Site Lighting KBC KBR KBC - Decorat
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Site Lighting TPA NEW 452 Outdoor /
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Floodlighting KFL Ordering Informat
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Floodlighting TFL Contour ® VERTIC
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Floodlighting TFM Contour ® Orderi
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Floodlighting TQ/TQE 460 TQ1500 D W
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Floodlighting HFA 462 Outdoor / PSG
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Floodlighting HFR Ordering Informat
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Floodlighting 95 Ordering Informati
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Floodlighting 170S 468 Shown with T
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Sportslighting TV 470 Designation H
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Building Mounted WFL 472 Designatio
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Building Mounted TWR NEW 474 W W TW
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Building Mounted TWA Contour ® 476
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Building Mounted TWL Accessories (O
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Building Mounted WG/WP 480 Outdoor
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Parking Garage KPS 482 Outdoor / PS
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Options and Accessories C22 12-3 SE
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Options and Accessories Area Lighti
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Options and Accessories Site Lighti
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Options and Accessories ■ = Avail
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Floodlighting Design Guidelines IES
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General Information — Poles (Pole
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Anchor Base Poles RSA Features Shaf
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Anchor Base Poles RSAH Features Sha
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Anchor Base Poles SSAH Features Sha
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Anchor Base Poles RTS Features Shaf
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Anchor Base Poles STS Features Shaf
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Anchor Base Poles SPRTS Features Sh
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SPRTS Options 3" Sched 40 pipe 508
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Pole Options The orientation from t
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Pole Options Projected area is for
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Direct Burial Poles RTFDB Ordering
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Anchor Base Poles RTCD NEW Ordering
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Direct Burial Poles STC Features Sh
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SPRTC Crossarm Options Angle Iron C
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Antique Street Lamps has developed
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524 Antique Street Lamps has the la
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ANTIQUE Street Lamps Product Overvi
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Rapid-Ship Rapid-Ship Luminaires Or
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Eurotique EUROTIQUE ® Luminaires N
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Eurotique EUROTIQUE ® Arms and Wal
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Hydrel is the industry’s premier
Page 539 and 540: Underwater lighting is synonymous w
Page 541 and 542: Hydrel’s M9000 Ingrade Series is
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Page 545 and 546: Control Systems Lithonia Lighting p
Page 547 and 548: Control Systems ® Synergy 544 Cont
Page 549 and 550: Control Systems ® Synergy Ordering
Page 551 and 552: Control Systems ® Synergy Panel Si
Page 553 and 554: User Interfaces ® Synergy 550 Cont
Page 555 and 556: User Interfaces LVMS Ordering Infor
Page 557 and 558: Switching SwitchPak TM NEW 554 Cont
Page 559 and 560: Sensing DEQ APS 556 Control Systems
Page 561 and 562: Sensing Litronic ® 558 Control Sys
Page 563 and 564: Dimming Sequel ® 560 Series SQIDC
Page 565 and 566: Dimming ISD 562 Control Systems / P
Page 567 and 568: Dimming DSD 564 Series DSD Capacity
Page 569 and 570: Dimming SLS SLA FP 566 Control Syst
Page 571 and 572: RELOC Wiring Systems RELOC, the lea
Page 573 and 574: Commercial Systems Quick-Flex 570
Page 575 and 576: Commercial Systems Quick-Flex QSFC
Page 577 and 578: Commercial Systems Quick-Flex 574
Page 579 and 580: Industrial Systems OnePass Patente
Page 581 and 582: Industrial Systems OSS Splitter Spl
Page 583 and 584: Industrial Industrial Systems Syste
Page 585 and 586: Specialty Systems Power Wiring 582
Page 587 and 588: Specialty Systems Specialty Lightin
Page 589: Access Floor Wiring DB Ordering Inf
Page 593 and 594: Linear Fluorescent Generic Electron
Page 595 and 596: Linear Fluorescent Type of Type of
Page 597 and 598: Compact Fluorescent Electronic Ball
Page 599 and 600: High Intensity Discharge Metal Hali
Page 601 and 602: High Intensity Discharge Ballast Da
Page 603 and 604: High Intensity Discharge Ballast Da
Page 605 and 606: High Intensity Discharge Ballast Ty
Page 607 and 608: 604 Technical Technical / / PSG8 PS
Page 609 and 610: Design Considerations LUMINAIRE CLA
Page 611 and 612: Design Considerations Lighting Calc
Page 613 and 614: Special Environments The IEC (Inter
Page 615 and 616: Special Environments A cleanroom is
Page 617 and 618: TERMS: All Lithonia Lighting Canada
Page 619 and 620: Index Cylinders, compact fluorescen
Page 621 and 622: Index LTC track lighting ..........
Page 623 and 624: Index TCF floodlighting ...........
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