Around the world, one brønd, stand,s al,one- breøking the . d,arhness with suþeri,or þraduct innoztation and custornsr seruice, Illuminati,ng thefar corners of the þlanet with the most recognized ti,ghting brand, in the i,nd,ustry. Pushi,ng the

This 22nd, edition of the GE Lighting 9200 Lamþ catalog contains a comþrehensiae sel,ec- tion of lighting þroducts desi.gned to dekaer the maximum return on your lighting inaestment. We're committed to þroaiding the most comþlete ra,nge of þroducß aaailabl¿- to meet the unique, euer changing needs of our customers around the world.

We'ue designed thi,s catalog with our 104 yeør tradition of quality in mind. In that time we'ae built our business @ heþingyou i,lluminate y617ys-in the most fficti,ve, cost

need,. Because being the wwld,'s lighting lead,er i,s more th,an our liistory, it is our mission.

Welcome to the nn-expanding world of GE Lighting products. o a o

ÊE Lighting

Section Introduction

lncandescent I

Halogen 2

H igh lntensity Discharge 3

Fluorescent 4

Electronic Ballasts 5 'o Compact Fluorescent 6 Stage and Studio 7

Appendix I

This 22nd edition of the GE Lighting 9200 Lamp catalog has been totally redesigned to help you more easily select the GE Lighting products that best meet EPA does not endorse any product your needs. or service. iÐ All ratings and data are subject to change without notice. Technical drawings are not to scale.

@ Copyright General Electric Company 1995

1 In addition, GE Lighting markets products such as wiring devices, refractory metals, rare gasses, o chemicals, q:uartz and phosphors for the elec- tronic, semiconductor, aerospace, computer and laser industries. And, our special alliance with Motorola Lighting enables customers to obtain world-class, total-performance eleóhonic lighting systems from a single source that combines quality Motorola ballasts with quality GE lamps.

GE dedication to advanced design, sourcing and production delivers maximum lightingvalue to users. And our comprehensive marketing and distribution system ensures timely service no Rely,, matter where our customers are located.

on [ne The GE Lighting Institute located at the GE Lighting World Headquarters in Cleveland, Ohio, is the world's first and foremost lighting education center. From around the world people visit to learn o what's new in lighting. The Institute invites customers to explore

lighting theory desigrrr application-and to see A, Cn Lighting, we trace our roots of innovation all the latest innovations first hand. the way back to Thomas Edison, the inventor of the world's first practical light bulb. Since those early days, our company has grown steadily by adding new products to keep up with changing consumer and industrial demands.

Today, GE Lighting is a world leader in the lamp business with more than 20,000 different products manufactured and marketed around the globe. Our international operations include more than 40,000 employees and 62 manufac- turing facilities world-wide. Product families include incandescent, fluorescent, high intensity discharge, photo, automotive, holiday and miniature lamps.

a

2 a

Build,ing on the Edison o tegaq of innouatiae genius, GE engi'nens haae consistentlY dneloþed' major bre akthroughs. þrod,u ct

Thq i.nclude: (r¡ctt The Fluorescent cti Laoû

ctt The rf¡ The Hi,gh Pressure lf, Halogen a.o ot Lamp ctt Sodi.um Lamþ

g Halogen IRr* F The Elliþtical Lamps P Reflictor Lamþ = The world's most efficient incandescent PAR lamp

Biax" qf GenurarM cD cD World's first practical one piece induction electrodeless lamp ,, Thg , ,i o for th

Excelling in business today means being ever conscious of the bottom-line. We've built our international corporate and loB industrial clientele by creating products is more than a that save money as they light the way. It's a matter of energy efficiency and product gürd performance, because providing optimum return on investment is what GE Lighting is all about.

I\hen choos'ing the best lamps for your needs (i,n your ffice, manufacturing or retailfacility) there are seueral basi,c points to consider:

The Cost of Light is determined primarily by the cost of the electricity used to power the bulb. In fact,807o to 88% ofeaery dolløryou o

I sþend on the cost of light is sþmt on electricity. I Saving your organization money depends on investment in the most energy effìcient lamps, since the purchase price of a bulb is only a small part of the total cost. Electricity For example, while the purchase price BB% of a compact fluorescent may be higher than a standard incandescent, the payback in many applications can be three months or less. This Spectrum ¡#,d catalog contains many lamp choices that

can reduce your cost oflight. Refer to þage 13 f'or more detailed information on the cost of light.

Color of light makes a significant impact on your place of business, and it's more than creating "the right mood." Studies have proven that employee productivity and retail sales figures are directly affected by changes in lighting. See pages 14 through 16 o for rnore information about how to select the perfect I color'light for the maximum results at your facility.

4 a o U.S. Federal Energy Legislation enacted in 1992 and phased in during 1994 and 1995 has greatþ im- pacted the lighting industry. In an effort to conserve the nation's energy resources the legislation now prohibits the manufacture of many common wattage fluores- cent and directional incan- descent lamps in the USA. The products offered for It's sale through this catalog reflect these changes. A replacement guide is nt shown on 12. þage

Quality of life is affected greatly by GE Lighting products. o The right lighting influences the S%fety, The world's lighting leader security, is here for you.

ana ?TLJOlfnent of millions There's so much to consider when choosing a lighting -æ?z supplier. Turn to a proven record of achievement and stability. Turn to the latest energy saving innovations. illuminating everything \^/herever light is needed GE lamps are there Turn through the pages of Specfum, and you'll find that from the OrdinAry, GE Lighting is here to help. ro the extraordinary Our 104 year-plus history of innovation, product leadership and customer service makes us the world's premiere supplier to turn to for lighting products.

Yaur GE reþresentatiae is be positively o Productivity at the work place can avai,lable to answer any by lighting. Downtime, injury impacted effective questions you nxary ha'ue a,bout rates, and work absences, can all be affected by the þrod,ucts in this guide. bright, clean, eff,tcient light. 5 O NewH t S CS Expand the range of effective lighting options

ft's quality of light-and more. How much does it cost to operate the bulb? How long will the bulb last? What about environmental impact? Are there any governmental restrictions? There are so many ques- tions about the rapidly changing world of lighting products. We're glad to offer a few answers to the most important" ones here.

Today's quest for the best lighting solution is a matter of balancing economic, environmental, and product performance needs. The good news is: It can be done. The key is understanding what it is that makes each bulb different.

Four major developments to keep in mind are: the trend of compactness, the drive toward optimum color, improvements in lamp efficacy and system efficiency, and the potential for optical control. Within each maj or product family-incan descen t, fluorescent, and high intensity C*nepænrsg discharge-new products are con- ¿ågtãg $s€ãrces stantþ being introduced. In fact, it

has been estimated that within the The performance of a lamþ can be

next 10 years more than 80% of all judged according to seueral different lighting products will be different criteria inch.rd,ing fficaq (energl than they are today. effi.ciency), color rend,ning and color o temþerature,

6 Etectricity ca,n be ro.],ni,na to l;ight in sanerøl ways, Efficacy t of which the most wi'deþ Different lamp types have different ed, a,re incandes ænce, abilities to convert electrical power us into visible light. The quantity Jh.t orescence, and, electrical of light emitted (measured in discharge. lumens) is divided by the input power (watts) to determine the lamp's efficacy. This is expressed as lumens per watt or LPW and is a measure of energy ef{ìciency. Varieties Lamps

Color Rendering

Colors appear differently under various light sources. The color rendering index lncandescent Lamps (CRI), a scale from 0-100, is a measure of a lamp's Incandescent o ability to render colors lamps are the most "naturally and normally." familiar type of light Generally, the higher the source, with count- CRI, the better colors less applications in homes, appear. Incandescent and stores and other commercial daylight have a CRI of 100. settings. Ught is produced by passing electric current through a thin wire filament, usually of tungsten. Their advantages include low initial cost, excellent color qualities, Color Temperature good optical control, and versatility. Light sources can create atmo- spheres which are warm or cool in appearance. Color temPera- ture, expressed in Kelvins (K), is one way to describe this color tone. The higher the color temperature, the visuallY cooler o or bluer the light appears.

7 Halogen Lamps Metal Halide tamps

Halogen lamps also produce light High pressure by passing current through a thin metal halide wire filament, but the filaments lamps are also operate at higher temperatures, very efticient (up to ll5 lumens per increasing effrcacy (LPW) by more than watt), and produce a crisp, white light with 20Vo. Color temperature is also higher, good to very good color rendering properties. producing '\uhiter" light than standard They provide good optical control and are used incandescent lamps. Halogen lamps are in high quality outdoor lighting installations available in a variety of shapes and sizes and like ftoodlighting and sports lighting applica- can be found in a variety of lighting applica- lions, and in retail, lobbies and other commer- a:-_-:l tions including accent and display lighting, cial and public spaces. The newest members of car headlamps, and outdoor floodlighting. the metal halide family are called ceramic metal halide (CMH). These exciting new designs provide halogen-like a a color appearance, high S efïiciency and superior High lntensity color control qualities, Oischarge Lamps expanding the use of mp$ metal halide to even The discharge lamp more color critical areas relies on light emitted in retail, commercial o by a gas or vapor when excited by an and even residential electric current flowing through it. applications. A ballast is needed to start the lamp and to regulate its operation. Di.scharge lamps have overwhelming energy efficiency advantages over incandescent sources where applicable.

High Pressure Sodium Lamps Mercury lamps High pressure sodium lamps are highly efficient-up to 140 lumens per watt-and Mercury lamps are the oldest produce a wann, golden color. Excellent members of the high intensity for lighting large areas, they are often used discharge family. Although not in roadway lighting, floodlighting, o{Iices, shopping as energy efïicient as metal halide malls, reception areas, parks, industrial and other and high pressure sodium lamps, they are commercial lighting applications. A deluxe version still used in a variety of applications such has improved color as roadway lighting, security and landscape rendering for interior lighting and some interior applications and exterior o where color qualicy is not critieal. applications.

I Fluorescent Lamps (separate ballast required) and built-in ballast designs, compact fluorescent lamps o Fluorescent have led to the design of new-generation lamps are I light fixtures for a complete range of indus- low-pressure trial and commercial applications, and mercury discharge lamps which are very provide energy-saving and longer life re- energy efficient (up to 100 lumens per watt) placements for incandescent lamps. In fact, Each requires a ballast to effectively stårt the lamp and compact fluorescent lamps can provide the regulate its operation. With fluorescent lamps, the same lumens as an incandescent lamp at amount and color of light emitted depends on the type nearly one-fourth the watts. of phosphor coating applied to the inside of the lamp.

The wide range of phosphors available makes it pos- sible to produce many different color tones (color temperatures) and different levels of color quality (as defined on the color rendering index) to fìt the needs of the specific application. Because of their relatively large surface areas, the light produced by fluorescent lamps is more diffuse and is fa¡ less directional than "point sources" like incandescent, halogen, and high intensity discharge lamps. All of these qualities make fluorescent lamps excellent for general lighting, wall- The following chart shows hou incandescent, 'o washing and task lighting in retail, offrce, industrial, halogen, fluorescent and hi.gh intensi'ty discharge and residential spaces. lamþs comþare in terms of energl fficiency and rated aaerage liþ. Energy fficienq is measured in terms of fficacy or lumens þer watt (LPVI). Rated a,aerage life is the median aalue of life exþectancy under normal oþerating conditions, that is when 50% of any large grouþ of i'nitially installed lamþs are sti.ll exþected to be oþerational. For both HID and fluorescent lamþs, lanþ life deþends on the number of hours start. Compact Fluorescent lamps þer

The GE Lighting line of compact Typical Lamp Characteristics fluorescent lamps represents a Lamp Typical Rated Ave. I Type IPW lile (in hrs.] ,Hr maior breakthrough in fluorev Incandescent 5-22 750-2,000 E cent technology. Because of their Halogen 12-36 2,000-5,000 smaller diameters and folded configura- tions, compact fluorescents can provide CompactFluorescent2T-80 9,000-10,000 high light output Fluorescent 75-100 12,000-24,000+

in much smaller Mercury 50-60 12,000-24,000+ sizes than conven- Multi-Vapor@ tional linear Metal Halide B0-115 10,000-20,000 t fluorescent lamps. Lucalox@ High Pressure Sodium 90-140 10,000-24,000+ Available in a variety of plug-in I

Tho-u, Edison changed the world when he invented tire first practical electric lamp. Its development ushered in a new era of technological advancement which had never been seen before.

Today, the creative spirit Thomas Edison shared with the world lives on through the GE Lighting Edison Award. To recognize excellence in lighting design, this award is presented to lighting professionals who make significant use of GE Lamps in an outstanding lighting design during the previous calendar year.

It's our way of acknowledging the incredible efforts necessary to create world-class lighting design. Congratu- lations to all the inspired winners who advance the cause of creative excellence.

f994 E. Teal Brogden Becky Bowen The Ahmanson Theatre Los Angelcs, CA

Past Winners

1992 1989 1985 Randy Burkett Frank Florentine .Janet Lennox Moyer Mark Hershman "Be¡ond the Limit: Flight Franco Fe¡rini Scott McMurtrie Entus The Comþutn Age" Shoe Boutique "Tørors of the Deeþ" National Air and Sacramento, CA SeaWorld,'of Florida Sþace Musmm Orland.o, FL Washington, DC 1984 Michael [L Souter 1991 t 988 Highlands Inn Robert Friedman Jerome Biedny, Jr. Catmel, CA Basilica of the Sacred' BBDO Worlduàde Corþ. Hqs. Hear"t of Jesus 1983 Uniunsity of Notre Dame Neu York, NY Daniel Douglas South Bend, IN Conigan's Jeuel.ry 1987 Dallas, TX 1990 Michael IL Souter Rose De Alessi Ho-Chou fustaurant Palace of the Fine Arts Fremont, CA SanFrancisco, CA 1986 o Frank Florentine 1993 "Looking at Earth" Na¡ion.al Air and, Rose De Alessi Sþace Museum St. Patrick's Washington, DC Seminary Chapel Menlo Parh, CA Federal o Federal Energy Legislation has Energy Legislation made common standard wattage and eaen some reduced wattage fluores cents and dire ctional ?, de lamþs obsol¿te.

In an effort to conserve the A Guiclt.to nationts energy resources, Ouich tht' l,ì'rlt'ral Lcqislation: the Federal Government hæ FLIIflBESCENT ßE|UCEMENT [pft}Ns prohibited the manufacture Common Fluorescent Types Allected Top of the line of many common wattåge ll¡:¡;olrr¡r¡:¡r¡llrl lr¡r Mlst l\llltlrj¡tttolr Acceptable Subst¡tute o fluorescent and directional April 1994 Compliance Date Saves energy . Saves energy . Saves energy incandescent lamps for sale . Best lumen maintenance o Best lumen maintenance r Less light in most cases in the U.S. o Best color - B0+ CBI o Excellent color - 70+ CBI . Good lumen . Choice of specifiers In April 1994, certain 8-ft. maintenance FS6T|2 CW t96T12SPX41¡/VM r fluorescent types became F96T125P41/ìjVtV 1 F96II2CWRSAAiM WWSW¡/VWX/IA/WXWMAA/ F96ï12SPX30/ì/VM 1 F96T1zSP30/lVtV 1 F96T12WWRS/WIV obsolete. l In October 1995, tÞ D/DWI\¡ F96T12SP65/VV|V common 4-ft. linear and F96Í1uH0 CWLW 1 r U-tube fluorescents and R30, F96T125PX41/H0/VV|V F96I12SP41/HO¡/VM F96T1 2CWH0/1VM &LW^V|\¡ , t96T1 2SPX30/HO/VVM F96T12SP30/H0^ /tV 1 F96T12WWHO/VVIV R40 and PAR38 incandescent tn D F96T1 25P65/HO/VV|V , bulbs were affected, 0ctober 1995 Compliance Date As soon as inventories of o F40 CW I I existing lamps are depleted, F4OSPX41/fiS/VVM F4OSP41/RSAVM F40/CWRS^/V|V & ËC I WWSWA/VWX¡/VWXWM F4OSPX3O/RSA/VM 1 facilities will have to substitute F40SP30/BS¡/V|V F4O¡,ryWRS¡,^/M D/DWM F4(]SP65/RS/TVIV ] IE with approved lamps Shop Light F4OKB F4ORES F4B/24WUTSL þæ table at righr). F4O U.TUBE You can improve your F40/U/6 CW F40SP41/U/6 ' F40CWU/6¡/V|V F4ûSCWU/6? ? lighting, while you save t40sPX30/u/6, F40SP30/U/6 F4OWWU/6A/VIVI F4OSWWU/6, energy.A group relamping D F40SP65/U/6 z FqO/Uß CWID program is the most cost- F40SP41/U/3 ' F4OCWU/3/lVM F4OSCWU/3? WW¡A/WX F4OSPX3O/U/3 F40SP30/U/3 F4OWWU/3,^/VM I4OSWWU/3' effective way to ' ' enjoy energy savings, By taking advantage of recent I N CAN D ESCENï BEPUCEMEN| O PT IO NS

technological breakthroughs Common lncandescent Types Affected Besl Subsl¡tute Very Good Substitute Good Substilule Accsptable Subst¡tute in lighting, you can gain 0ctohet t995 Compliance Date . High energy cosÌ savings r High energy cost savings r Equal or less watts . Equal or less watts substantial benefìts,.. and o HIR delivers 50% lonoer- . Halogen PLus delivers . Equal life to std. . Life equal to std. bring your lighting up to life than std. bulbs 25% longer life than . Good color . Good color o Whiter light std. bulbs o . Federal lVlore efficient Typically used for deep the standards: o Whiter lightwith Halogen recessed cans * Reduceyouroverall 830 50R30 40R30/K lighting costs while getting 4sH30/WtV 75R30 5OPAR3OUH 60R30/K 65R30¡/VM 50ER30 better lighilng. Your electric 100830 75PAR3OUH 75ER30 bill could be reduced

substanilally. 840 75840 sOPAB/HIR 45PAR/H/PLUS 65R40/VVtV 100R40 6OPAR/HIR TsPAR/H/PtUS 90R40/tvM k lmprove the appearance of 150R40 6OPAR/HIB SOPAR/H/PLUS 120R40/WM 120ER40 your husiness with deluxe

color lighting that gives PANS 75PAB 65PAR sOPAR/HIR 45PAR/H/PLUS sOPAR/H furnishings, decor and lOt]PAB BSPAB 6OPAR/HIB 7sPAH/H/PLUS lOOPAR/H 15OPAR l2OPAR 6OPAB/HIR lOOPAß/HIR3 people a more attractive 9OPAR/H/PLUS 100PAH/H

and appealing Iook. I Standardwattaqe SP/SPX lamps are also suitable o substitutilns ¿ Full wattaoe lañn lnprove yoar 3 * light levels for For nore líoht otitout a quarter safety alld pro d uctivity. Not avaitaöle till 2nd

t2 80% to 88% , Cost' of every dollar ..:.' a1. : i you spend on the 'r- ..t : i Light cost of light is spent on ThCBIG electricity.

Save your organization

J money by investing in the most cost-effi cienl, energy efficient lamps. It's all a matter of under- standing the big picture. Fill out the savings chart below and see lor yourself what a difference the right lamps can make. I Calculate Your Estimated Savings-

Lighting System Present Lamp Used Potential ßeplacement

[amp Type

lamp lile A hrs. hrs.

Lamp Price B$ $

Lamp Wanage watts watts

Annual 0perat¡ng Hours D hrs.

Labor$ Per Relamp Thne are f,ae ways to calculate Average Electric Rate kwh your sauings: Total Number of Sockets G

Annual Savings Annual System operating Costs The total annual savings of lamps, Lamps (BxD/A)G=H $ $ labor and electricity. Labor (ExD/A)G = I $ $ Simple Payback Elecrficiry (cxDxFxGy1000 = J $ $ How soon your saviugs will payback your Total H+l+J = K $ $ increnrental lamp investtnent. Estimated Savings from New Lamps Energy Dollars Saved 0ver Lamp life Annual Savings Kl - K2 = M The dollars saved in electricity cost over Simple the life of the bulb. Payback (82-Bl)xG/rM = N years ' Return 0n tnvestment Belurn on M lnveslment c{82 81)x100% = 0 Yo The rate of return or-r your incremental Energy $ Saved I Iamp investment. 0verLampLife (Jl-J2)xAz/D = P $ Savings Over Lamp life Savings Over lamp life l\4xA?D = 0 $ The total savings of lamps, labor and

electricity over the life of the lamp. Savings nayvary depending on appliêat¡on,f¡Kurc aûd burn¡ng position. Stated waflages are apprcx¡nate Actual lanp waftage nay vary depend¡ng on design and nanuÍacturing tolerances

13 Selecting the Best Color Lamp Better Color Rendering for Better Appearance o Lamps with chromaticity values of 4000 kelvins (K) The color rendering of a light source describes that and higher are considered visually "cool" c) source's ability to accurately render the colors of per- ¡ Lamps with values between 3000K and 4000K are ceived objects - people and things. As a general rule, the moderate in tone higher a light source's color rendering (CRI index or Ru) . Lamps at 3000K and lower are described as "warm" number, the better the lamp will make things appear. . GE SP30 and SPX30 lamps produce a warm SP lamps have CRI's of 70+ making them berter appearance, slightly enhancing reds and yellows color-rendering light sources than older standard ¡ fluorescent lamps. SP35 and SPX35 lamps produce a balanced rone, midway between warm and cool ttl{arrn" ttCooltt Your Choice - or o SP41 and SPX41 lamps are cooler in tone, slightly A second consideration in light-source selection is the biased toward blues and greens degree of visual "coolness" or "warmth" of the light source.

D esc ri h i n g Light-Sou rc e Go I o r "WARM" "c001"

WARM WHITE* COOL WHITE* LITE WHITE STANDARD (52) (62) (4e) COLOR AND HIGH EFFICIENCY

0l

SP3O SP35 SP41 sP65 (70) (7s) (70) (75)

G00D c0r0R AND HIGH EIFICIENCY

SPX27** SPX3O SPX35 SPX4I SPXSO SPX65 ß2) (82) (82) (82) (80) (82)

VERY G()OD C()LOR AND HIGH EFFICIENCY

- 3000K 3500K 4000K 5000K

Note: Color Rendering (Bu) lndex are intended, within the timits of motlem high-sþærL to giae a goocl indication of the l!^lritt"ot þrinting, Values in ( ) for "F40" lanps. dilferences betueen SP antl, SPX colors, atuarious chromáüiities. o, 4', 8' and tJ-tube **-* lamps in these colors witt be available onty in Watt-Miser" energy-saving versions after 0ctober 3.l, lggi, due to new Federal Energy standards. Designgd.to natch chromaticity of low-wattage incandescent lanps. Available in compact fluorescent lamp types. l4 t:i. ,i rl !'

Historically, good color rendering lamps, made with )' ::i'.::ËJil"î."j'-,iT}';.".'äfiåÎ:ïTåi:-Jiav,igh, conventional phosphors, produced only 607o to 7\Va at high efficiencY of the light of their standard counterparts. ¡ SP65 and SPX65 colors also provide very cool light Now, in SP and SPX lamps GE technology has produced similar to the "north sky"and are considered an ideal color-enhancing fluorescent lamps that actually deliver substitute for Daylight color lamps more light than older standard lamp designs. . SP lamps use a double coat of conventional and Light Great Color - Without Giving Up rare-earth phosphors for a moderately priced, Now, specially developed rare-earth phosphors provide good color rendering lamp cannot both high what conventional phosphors - r SPX lamps use much more of the rare-earth color rendering. efficiency and good phosphors for a premium-priced, very goocl color rendering lamp

Colors lor Specific Applications

WARM MODERATE G00t TON¡E TONE TONE

RETAIL STORES Department, Specialty SP3O, SPX3O SP35, SPX35 Discount, Mass Merchandiser SP35, SPX35 SP41 SPX41 OFFICES General 0ffices SP35 SP41 Private, Conference, Reception SP3O, SPX3O SP35, SPX35 HOSP¡TAIS (all but color-critical areas*) SP3O, SPX3O SP35, SPX35 SP41, SPX41 TODGING & FOOD SERVICE Meeting Rooms,Offices SP35 I Livinq & Dininq Areas SP3O, SPX3O SPX35 SCHOOLS. UNIVEßSITIES S P35 sP41 MUSEUMS, ART GALLERIES" SPX3O SPX35 SPX50** INDUSTRIAT" S P3O SP35 SP41 SPXSO*" sP65"" SPX65""

*. Hrgh efficiency daylight-simulaling c0lor

SP and SPX Lamps

IF YOU ÍIIEED: Better color emphasis than cool white 0r Brighter, more vibrant colors than even the SP colors, warm wh¡te, plus higher light output... plus the same high light outPut,..

GHOOSE: SP SPX IN AWARM SP30 Especially good for low light SPX30 Warm, but brings out high color contrast. TONE: levels.- Use where you want people and Especially- good f0r low light levels where colors must look furnishings to look good. very good - dining areas, exclusive stores, etc. IN A MODERATE SP35 A tone acceptable to nearly SPX35 Moderate tone acceptable to nearly everyone. TONE*: everyone.- Good for nearly any application Brings -out colors strongly. Especially good for all kinds of where you want people and furnishings merChandising, and areas such as executive suites, confer- to look good. ence rooms... Use wherever colors must look very good.

IN A COOL SP41 A tone similar to cool white, SPX41 Cool tone and very good color. Renders all colors TONE: but better- color. Especially good for well, but- emphasizes blues and greens. Use for offices, higher light levels wherever people merchandising areas, and color-important industrial and furnishings must look good. applications. lN A VERY SP65 A tone similar to Daylight lamps, SPX50 and SPX65 - Provide a unique crisp clean look G00L TONE: but more- efficient. and blend well with outdoor daylight. Use for daylighted ( Daylight-simulatin g) spaces, industrial clean rooms, special retailing and commercial areas. Renders all colors well, but emphasizes I cooltones. May be too cool for some applications - especially at low light levels. * The moderate c0l0r temperature oT the sP35 and SPX35 is usually acceptable to b0th those wh0 like warm and those who like cool envifonments. "c001 These colors are also useful for well-shielded lighting systems {wedge ìouvres, deep-cell parabolics) which tend t0 off" the space visually.

t5 Color ßendering and Chromaticity Data for lncandescent, Fluorescent and HID

7000K Overcast Sky c) crg^, The chart at right shows both dimensions of light source color - sP65 chromaticity and color rendering a for the most popular light sources.- Designers often choose a chromaticity first to match the "atmosphere" 6000K appropriate for the application. Then a light source at that chromaticity is picked with the highest color th rendering, and best performance and physical characteristics to meet the sPx50 cs{t Noon requirements of the installation. 0) 5000K a a Sunl ight

I The designations are for these lamps: (J cw sP30 Specification Series o SP4I SPX4l 3000K Fluorescent (E o o H/DX 4000K a SP35 Specification Series o a Sunllght MVß/C 3500K Fluorescent t hr After CJ sP35 sPx35 Sunrise SP41 Specification Series H/WDX o O o 41 00K Fluorescent MXR. sP65 Specification Series WW spgo sPx30 o oa o 6500K Fluorescent 3000K tNc sPx30 Deluxe Specification MVR/SP30 &- Series 3000K Fluorescent o HATOGEN sP27 sPx35 Deluxe Specification 0-i Series 3500K Fluorescent Sunlight at Sunrise sPx4l Deluxe Specification 2000K Series 41 00K Fluorescent 40 60 B0 100 sPx50 Deluxe Specification Golor Rendering lndex Candle Series 5000K Fluorescent (R,) Flame

CW Cool White, Fluorescent WW Warm White, Fluorescent Suggested color applications for HID lamps: c50 Chroma 50. Fluorescent Clear Mercury Landscape lighting, specialized floodlighting such as green rNc lncandescent copper roofs.

H/DX Mercury Deluxe DX Mercury Stores, public spaces Multi-Vapor@ however, are preferred. - H/WDX Mercury Warm Deluxe MVB Multi-Vapor WDX Mercury Stores - Halarc@ lamps, are preferred MVB/SP30 Multi-Vapor, MV Stores, public spaces, industrial, gymnasums, floodlighting Phosphor Coated signs & buildings, parking areas, sports. MXR Halarc@ Mv/c Same as MV - warmer color - diffuse coating IU/DX Deluxe Lucalox reduces brightness. MV/SP30 Same as MV warmer than MV or MV/C matches SP30 fluorescent.- -

Halarc Stores, public sp aces warmer color. Similar in chromaticity to S P35 and- SPX35 fluórescent.

tU Street lighting, parking areas, industrial, floodlighting, security, CCTV. 0 tU/DX Floodlighting, parking areas, indoor/ outdoor pedestrian malls, industria l, security, roadway. t6 lncandescent Lamps @

) (

A B c cAt0

I

G T s CA ST

TB F ßP EB B E PS

I Incandescent Lamp Shapes BB Compact PAR PAß PAß (drawings not to scale) 1-l @ nttndescent Lamps

Bulh ldentification: DIA. in. (nn): Diameter of bulb at widest point. o M0Lin. (nm): pins. I t\40t Maximum }verall Length including base or LCL in. (mn): Distance between the center of the filament and the Light Center Length reference plane.

Note: Lamp drawings are not drawn to scale. Be sure to check size and dimension information when identilying each lamp.

t\,401

ù Filament ldentification:

@ o /þ\ ffi W $mwWffi c-9 c-6 c-t7 c-22 c-t? c-130 CC-î C-8 c-5 c-74 c-2v cc-6 cc-8 cc-2v o

Base ldentilication:

Cand Screw lnlemediate 3 Contact Med Med Screw Mog Screw 3 Contact Mogul Mog PÍ Et2 Er7 826 826 E39 E39D P40s

.---T--.--f-

Med Skirt CanDCBay CanSCBay 2-Lug Síeeve ?-Lug Sleeve MedPl Mogul BiPost E26Nx39 815 B22tl 822-3 P28s c38 w Mog End Pr o Sc¡ew Disc Base Single Contact Med BiPost Med Sìde P¡ Ert. Mos End P¡ Te¡minal PI H(t6d an6rl a

't-2 lncandescent tamps @

a lntroduction GE Lighting's incandescent lamps trace their ancestry Cov-R-Guard'" lamps and some Saf-T-Gard'lamps (lamps to the world's fìrst practical electric bulb, invented by coated with Teflon') need no such protection from water. Thomas Alva Edison, founder of General Electric (Teflon' is a registered trademark of DuPont.) Company, in 1879. ßated Average Life More than a century of research and development later, are based on a large number of representative the present range of GE incandescent lamps represents Values lamps under controlled conditions. Individual lamps or the state of the art of lamps for residential and commer- groups of lamps may vary from the Rated Average Life cial use, as well as special purpose lamps for decorative Rated Average is a median value or display applications. shown. Life of life expectancy - the total operating time at which under In an incandescent lamp, light is generated by heating normal conditions 50% of any large group of initially the fìlament to incandescence. The hotter the filament, installed lamps are expected to be still burning. the more efficient it is in converting electricity to light. Flowever, when the filament operates hotter, its life is Bases shortened so the design of each lamp is a balance \A/hen Footnote 23 or BB (Brass Base) appears in the between efficiency and life. This is why lamps of equal Lamp Designation or Description column, the lamp is wattage may have different lumen ratings and different supplied only with a brass base. If Brass Base (Footnote life ratings. 23 or BB) does not appear, the lamp is supplied only Incandescent lamps of similar size are commonly with an aluminum base. Brass Bases are recommended available with different wattage ratings. The fixture for outdoor lighting applications. wattage limit should not be exceeded. Burning Position Protection From Moisture Unless otherwise stated, the lamp can be burned in any When HRG (Hard Glass) appears in the Lamp Designa- position. Limitations on lamp operating position are tion or Description column, the outer bulbs are made shown in the Description column. of special thermal-shock-resistant glass. However, some- The following abbreviations are used: times external protection of the lamps is also needed to BDTH (Burn lamp in Base Down eliminate the chance of bulb breakage due to contact To Horizontal Position) with water during operation. Footnotes will indicate when external protection is needed. Where HRG is not BUTV (Burn lamp in Base Up shown, the bulb glass is such that the lamps require To Vertical Position). protection from exposure to mist or condensation as well as direct contact with water during operation.

INCANDESCENT BßAND NAME GNOSS-BEFEBENCE GE OSBAM4SYLVANIA PHILIPS

Bug-Lite Bug-Lite Bug-A-Way

Cool Beam Cool-Lux Cool Beam

Cov-R-Guard'" Safel ine Silicone Coated

Saf-T-Gard'

Soft Pink Soft Pink Softone Pastels

Soft White Misef Energy Saver Soft White Energy Saving

Extended Service Excel-Line' Extended Service

Gro & Sho'" Spot-GR0 Agro-Lite

Long Life Soft White Double Life'" Soft White Longer Life Soft White

Lumiline Lumiline Philinea

Party Bulb

Survivor'" lndustrial Service

Watt-Misef Super Savef Econ-o-Watt

Watt-Misef PAR Super Saver Paf Econ-o-Par

Watt-Misef Plus Super Saver Excel' Extended Service

ATÍENÏiON: This brand-name cross+eference chart is provided only as a quick reference. 0ther lamp company brand listings may only represent a near equ¡valent, versus an identical natch to GE brands. lndividual lanp nanufacturers' product offerings and performance specifications should be consulted. Lamp performance nay be affected by environnental conditions, and/or auxiliary equipnent.

t-3 @ totrndescent Lamps

GE Watt-Miser' A-Line Bulbs Replaces standard incandescent bulbsx for... . 33% longer life Ð c 10-15% energy cost savings . Available in 34-135 watts to replace 40-150 watt standard bulbs. . For even longer life - 2500 hours - use Watt-Miser@ Plus (V\MP) bulbs. * Some loss 0f light, depending 0n wattage selected, when replacing standard bulbs. See catal0g listing f0r Cov-B-Guar{M lumen ratinqs.

GE Survivor'" A-Line Bulhs Built to last, even under many "rough" , (È, service conditions... îv<$/ ì o Five filament support design protects against early $ì$' burnouts caused by bumps, jars and vibration Watt-MiseÌ@ AJine . Longer life... lasts 3000 hours. 3-4 times longer than standard bulbs* . Popular wattages available . Economically priced o Best Aline choice for general commercial,/ industrial use * Suruivor bulbs provide a 300%-400% increase in life with 680/o 750/o 0f the light of 0rdinary bulbs.

GE Cov-R-Guard* A-Line Bulhs @- ¡ Teflon@ * coating is shatter and weather-resistant o Resists breakage from heat and thermal shock that can occur fiom water, sleet, snow, molten solder, c-; Su¡vivo¡@ and weld spatter . Wide choice of wattages and voltages Ê: å- . F, Rough service version available for extra .Ë * tough conditions Ë = z,a4 Uses: Construction sites, loading docks, string lighting, elevators, trouble light, metal fabricating, food processing areas, farms.

" Tefloq is a reg srered t¡¿demark of DuPont. Krypton-Filled Bß30 Belleclor GE Krypton-Filled BR30 Reflector Bulbs . Energy cost saving alternative to standard reflector (R) bulbs Energy Savings over Lamp Life with Watt-Miser' Bulhs . Meets Federal Energy Legislation Stanclards; most standard R bulbs are obsoleted by new energy Standard 40-watt 60-watt 75-watt 100-watt 150-watt Iegislation Lanp 1000 hr. 1000 hr. 750 h¡. 750 hr. 750 hr. ¡ Delivers as much light on target as the Standard Energy- Replace Replace Replace Replace Replac e Saving with with with with wìth R bulbs they replace (Some lumen loss. Replace- 34-watt 52-watt 67-watt g0-watt 135-watt See listing for lumen values) ment Watt-Miser Watt-Mìser Watt-Miser Watt-l\¡iser Watt-Miser ¡ Easy replacement - same length and width as 2000 hr.(1) 1330 hr.(2) 1 000 hr.{3) 1 000 hr.(4) 1000 hr.(5) standard R bulbs 8ø lgVH Bate . 40- sizes available $.96 $.85 $,64 $.80 $1.20 and 60-watt

FOOtnOteS (t) 40,wau 1000 hr. b05 tumens c0mpared r0 Uses; 34 watt 2000 hr. 380 lumens {2) 60 watt 1000 hr.865 lumens cOmpared t0 Down lighting, display lighting, accent lighting, 52 watt 1330 hr.730 lumens wall washing. Q, 13) 7s'watt 750 hr. 1190 lumens compared t0 67'watt 1000 hr.1030 lumens !\rherever standard reflector bulbs are used. {4) 1o0,wart 750 hf. 17i0 lumens cmpafed t0 ¡ g0-watt 1000 hr. 1465 lumens f5) 1 5O-watt 750 hr. 2850 lumens compared t0 i3s-watt 1000 hr.2380 lum-"ns

1-4 Incandescent tamps @

Headings in this catalog section: When You Don't Know The Lamp Description: .l The following glossary of terms and descriptions can 1. Identi$u the lamp wattage. 2. Identify bulb shape by using table on page 1-1. O i:'f,åîî*iî'L'r'.Xi-r'J.ä*:::i,iliiiiJ,|;:'iiï, 3. Measure bulb diameter using ruler in appendix line, lamps are divided by wattage. Within wattage, lamps section page 8-6 to determine width in eighths are listed alphabetically by bulb shape. To find your of an inch. lamp, follow these simple steps: 4. Identi$ base type using table on page 1-2. 5. Find your lamp in the table containing the bulb NOTE: All Halogen PAR and Aline lamps from Section wattage, then match the shape, size and base, which 2 (Halogen) are also listed in Section 1 (Incandescent). are all listed alphabetically.

Approxinate Beam Spread: For reflector type lanps. The total angle of the directed beam (in degrces) to where the intensity of the beam falls t0 50o/o 0f the naxinun value.

Filament Design: CBCP (Center Beam Filanents are designated by a letter clnbtnation tn which C @ = Means this lamp neets Federal Mininum Candlepower): is a coiled wire f ilament, CC is a coiled wire that is itself Efficiency Standards. T0 save energy c0sts, f¡nd For reflector type lanps. Center wound into a larger coil, and SÊ is a straight ribbon filament. the bulbs w¡th the light 1utput you need, then Bean Candlepower is the ¡ntensity Numbers represent the type of filanent-support arrangenent. choose the 1ne w¡th the ljwest watts. (candelas) at the center or naximum intensity of the beam. Bulh: Lile: Bulb shape followed by Color Temnerature- Lanp Houts: its size (the naximum Kelvins (K): dianeter of the bulb Designation: Life (as defined by FTC lanp label rules) is rated "Warnth" or "C1olness" of the lanp, exprcssed in e¡ghths The lanp's identification code. average life (see notes l-34). neasured in Kelvins (K). The higher the of an inch). tempenture, the co1ler the appearance Energy Used w,n"' Volts: of the l¡ght. Energy Used (as defined by FTC lanp label rules). Each Iamp's voltage is listed. To find actual energy used (kwh) multiply p7wer Product Code: lwatts shown) x time divided by 1000. LCL in. (nn): It is ¡npottant to use Distance between the centet of this f¡ve-digit code the filanent and the Light center when order¡ng to Light 0utput- Length reference plane, in tnches ensuÍe that you Case Auantity: Lunens: and nillineters. rece¡ve the exact Number of product The lamp's ruted output product you require. units packed in a case. after the in¡tial 2 hours of operation. o MOL in. (nn): Additional lnÍormaton: Maxinun )verall Length in inches and millimeters. Base: Typical application and/or othet The type i mportant ¡ nf orn at ¡ on. of base.

light Eoeryl Colw Álpt Pwlaet ll,Írp Cdse onþüt Used lít firaûefr ll'/ LCL ïeßp. 8eø yf,ftt Eulh Bøsc Cøde @ 0asf'i0tlø Ag. Âtklilio¡al lnlonnlion tweü wâü Êow Aæiøa ir, fud in (nnl r f,Bf;P Sgread l(l0 WATTS 419 Med 41034 1004 48PK 120 144 Standard 1710 100 750 CC-8 411ß 1112.71 31/¡ (79.4) 17933 1004 130 120 lnside Frost 1680 100 750 CC-8 41lr l1t2.7l 3r/s {79.4) Ralings at 120 volls. 1215 89 1950 39321 1004/Ct 24PK 120 120 Crystâl Clear 1730 100 750 CC-8 41lr l112.ll 3 f¡ {79.4} 41036 1004/W48PK 120 144 SoftWhite 1690 100 750 CC-8 47ha (12J1 3 V¡ {79.4} I(l(l WATTS STANDARD HATOGEN PAB TAMPS 5/,0 PAR3SMedSkirt 17951 O I00PAR/H/SP 120 12 (14,1 5,56,88,96r 1400 100 2000 CC-8 5 (134.9) 2900 17000 11 5/ro 17986 @ 1 6PK 120 6 Flood 100 2000 CC-8 5 (134.91 2900 4800 27 17947 0 OOPAR/H/Tt 130 12 Flood {14. 1400 100 2000 5 2900 4800 2t at 120 volls. 1100 88 4000

PIIR H -TIFL Ye I I ow H i ghl ight t nd t cates ldentifies as a flood lanp. that this is a reduced wattage l option for lamps normally used ldentifies the ldentifies as a in this application. Be sure to Ð lamp's wattage. halogen lamp. check wattage, lumens and life ldentifies the lanp's shape. to deternine which lamp is best suited to your needs.

T0 save energy costs, find the bulbs w¡th the light output you need, then choose the 0ne with the lowest watts. * @ lvleans thls lamp meets Federal l\4inimum Efficiency Standards. ( ) All fOotnote references f0und at the end of this secti0n. Beduced Wattage t-5 @ tn"tndescent Lamps

f)

0 e a Ç s6 s6 c7 s6 T4 T4.5 T6.5 sl1 Cand DC Bay Gand lnter Cand Cand DC 8ay Med

liCM Ena$t Colo¡ Appx. Ptod,tct Lanp Can oary gg/¡ til, thwú ilot ut fanp Boan &uh Flas¡ Cods 6 0esuiption Volß llty. Adtlitianal lolo¡øatíot ¡@ ¡@ ggp., üeúW ¡g lanl in, (nnl f CBCP Spread 3 WAÏTS s6 Cand 11096 3S6i5 24PK 120 24 Clear-lndicator lf 3 3000 c-7A 1% (47.6) 1% t34.9) 11098 356/5 24PK 130 24 Clear-lndicator 11 3 3000 C-7A r% (47.6) r% (3a.9) DC Bay 35326 3S6/5DC 24PK 120 24 Clear-lndicator 11 3 3000 C-74 1r%r (46.01 1 lro {36.5) 4WATTS

C7 Cand 43050 4C7 COlz 120 240 Cool Clear (9r 16 4 3000 C-7A 21h 154.01 16001 [CllN CDlz 20 240 12 4 3000 2 21493 20 240 Blue 4 3000 c-74 2 21491 4CT{PKCD|? fl0 24n Cool Burningru Pink Nighl light 4 3000 C-74 2Y¡ (5{.0} 21572 4C7lS CD/4 120 120 Slandard Clear Night tight (44)* 19 4 2000 C-tA zYs (54.0) 20573 4C7iWS CD/4 120 120 Slandard White Night tighl (44)* 14 4 2000 C-74 21l¡ (54.0) 6 WATTS 36 Gand 11316 636 24PK 12 24 Cleår"lnd¡cator 50 6 1500 C-2V 1% {47.6} 1% (34.e) 11329 636 24 240 Glear-lndicator 50 6 1500 C-zV 1% {47.6} 1% (34.9) DC Bay 11620 6S6DC 24PK 24 24 Clear-lndicator 50 6 1500 C-2V 113/r {46.0} 1'lrr (36.5) t; Gand 11331 656 24PK 30 24 Glear-Train 50 6 1500 C-2V 1% {47.6} 1% (34.e) 43397 636/88 32 24n Clear-Train, BB {23)* 50 6 1500 C-zV 11h l4t.6l 1 % {34.9) DC Bay r1357 6S6DC 24PK 75 24 Clear-lndicator 45 1

Cand 11485 6S6/R TRAY 20 24 6 1500 C-74 1 ,|13/m lnter 11660 2t 24 41 1500 G-74 {46.0} 1lln 127.01 Cand 11517 656/3 120 240 Clear-Signal light 23 6 5000 C-7A 1% {47.6} 1% (34.9) 11367 656 TRAY 120 240 Clear-lndicator,12-[ampTray 41 6 1500 C-7A 1% {47.6) 1% (34.9) 15820 656 CD/2 120 240 Clear-lndicator (9)* 41 6 1500 C-7A 1% {47.6} 1% (34.9} ,l30 11369 656 TRAY 240 Clear-lndicator, l 41 DC Bay 11592 6S6DC TRAY 120 240 41 6 1500 1 1|rc t/ro 115S4 130 240 Clear-lndicator, l2-Lamp Tray 41 6 1500 C-74 1r%¡ {46.0} 1 {36.5} 11609 6S6DC 24PK 145 24 Clear-lndicator, l2-Lamp Tray 41 6 1500 C-74 1 '%o {46.0} 1 %e {36.5} Cand 11370 656 135 240 Clear-lndicator 41 6 1500 C-7A 1% {47.6} 1% (34.9) 11372 656 145 240 Clear-lndicator 41 6 1500 C-74 ltls l4t.6l 1% {34.9} 11374 656 155 240 r-lndicator 41 6 't500 7Al ,l,l758 T4 Cand 6T4/3 125 100 Clear-lndicator, Coils in series, BB (23)* 42 6 450 2C-2F 1 %o {36.5) 1 {25.4} T4flz Cand 11762 61411 120 100 Clear-lndicator 42 6 1500 C-74 1 % (47.6) I %o {33.3} 11764 6t411 130 100 Clear-lndicator 42 6 1500 C-74 1 % (47.6) 1 %o {33.3} 7 WATTS C7 Cand 11779 7C7 TRAY 120 240 Clear-lndicator, l 46 t 3000 C-74 2'l¡ (54.0) 11752 130 240 Clear-lnd¡cator,12-LampTray 46 7 3000 C-74 2 '/s (54.0) 11815 7C7lWTRAY 120 240 White-lndicator, lz-Lamp Tray 36 7 3000 C-74 2rl¡ (54.0) 11809 7C7IßTRAY I20 240 Red-lnd¡cator,I2-lampTray - 7 3000 C-74 z'ls (54.0) - - - - 7.4-7'1, WATTS

T6t/z DC 43409 1.4T61lzD0lt 10.5 60 Frost-Ex¡t 55 7 10000 C-8 5r/z {139.7) S11 Med 41261 TVzSICW 120 240 39 7.5 1400 C-9 2114 t\57.21 ,l1921 7rlzS/GWTRAY 120 240 White{2-lamp Tray 39 7.5 1400 C-9 2tlq 157.21

11522 TVzS/CWTßAY 130 240 White-12-[amp Ttay 39 1.5 1400 C-9 21lt 151.21

11847 7rlrS TRAY 120 240 Clear-l2-Lamp Tray 53 7.5 1400 C-9 2tl4 157.21 ,l1848 7rlzS TRAY 130 240 Clear-l2-Lamp Tray 7.5 1400 21lq 53 C-9 157.21 o 11867 71I¡S/CBTRAY 120 240 Blue-l2-LampTray - 7.5 1400 C-9 21lt (57.21

T0 save energy c0sts, find the bulbs with the light 0utpul y0u need, then choose lhe one with the lOwest watts. O ( * t-6 lvleans this lamp neets Federal l\,4inimum Efficiency Standards. ) All f00tn0te references found at the end of this sect¡0n. Beduced Wattage a

) 00 êæ sl1 c7 c7 s6 s6 sl1 sl1 sl1 s14 s8 415 417 Rl4 Bay Med Cand DC Bay Cand lnter DC Bay Cand lntef SC Bay Med SG Bay Med Med SC

Ught E EW Colsr Npt- F¡o/ø/st lanp t¡rt ùuW llseû Elo Fîlanenl ,til tct lenp. Ssan oesig CBûP Sgread. 0ulh Easc Sodc @ Ðawistiot Volt W NtlltìandbÍornatisa tñ8 ilaü üw in. lml iL fun) I 7'l, WATTS S11 Med 11894 7lz S/C0 TßAY 120 240 orange- Tray 7.5 1400 C-9 21lt 157.21 39221 CARD 120 240 Red 7.5 1400 c-9 2 11910 120 240 7.5 1400 C-9 2'lo 1lc 11911 7tl, S/CR 130 240 Red-12-Lamn Trav 7.5 1400 c-9 2 ß7.21 10 WATTS ys (s4.01 c7 Gand 11975 1llct TRAY n0 24f Clear-lndicator, l2-Lamp 42 t0 5000 C-7A 2 2 DC Bay 11994 1 TRAY 120 240 Clear-lndicator, 40 t0 5000 c-74 (34.91 56 Cand 12041 1056/10 230 24 Clearlndicator r0 1500 c-74 1 12050 10s5/10 250 24 Clear-lndicator 66 10 1500 c-7A ltk 147 lnter 12107 1036/13 24PK 250 Clear-lndicator 10 C-74 1 Ya (28.6) tft 7/o DC 12060 10S6/í0DC 24PK 230 24 Glear-lndicatot 66 10 í500 ç-7¡ 1 {46.0) 1 {47.6} (39.7) Sll Gand 12245 10sf1/t9 120 120 Glear-lndicator 80 10 1500 21lc 157.21 1'g/ro (41.3) lnter 12188 120 120 Frost-Appl¡ance 19 10 1500 c-74 2 f % 12186 ',t0s1lN 120 120 Glear-Sisn, BB (23)* 80 10 1500 C-74 2'lr (41.3) I 12185 10s11N 120 BB (æT 80 f0 f500 C-74 25ha Gand 22215 10S1ÍC/CW 120 Wh¡te exlernal enamel coat¡ng, Lighted Gosmetic Minor 10 1500 C-74 2'lq .57.21 lnter 12233 130 120 White-Sign & 64 10 1500 c-74 2 23ls sc 12154 1 120 120 Clear-RailwaySignal 80 10 1500 C-74 Med ln42 10S14 120 120 BB (23r 77 10 1500 C-9 31lz 2 12411 10sr4/lt 120 120 BB (23)* 76 10 C-9 3 Vz {88.9) 21lz 10sf4/cR 12r 120 & Decorative, BB {23)* 10 1500 3t/z {88,9} (88.s) 12483 120 120 BB 10 1500 c-9 3 Il WATTS Sll lnler 18289 llsll/N 130 120 BB (23)* 74 11 5000 C-74 2Yr6 {58.71 15h (88.9) 12575 11314 12r BB 71 11 C-9 3 Vz 2'lz (æT 3 2 (63.5} 1 1 Sr4/lt 130 120 BB 76 t1 3000 Yz {88.9) Ïz 12626 fisl4/W 130 120 BB (23)* 11 3000 c-9 3 {88.e} 12621 11 130 120 Red-Sign, 11 3000 c-9 3 12632 11S14/Y 130 120 Yellow-Sign, fl 3000 c-9 3'lz 12639 11S14/TB 130 120 BB (æT 11 3000 C-9 31lz 2 12641 11S14/fG f30 120 (23r 11 C-g 3 Vz 188.9) 2'lz 3 2 (63.5) 1 1 51 4/TR 130 120 Red-Sign, BB fî 3000 Yz {88.9) Yz 12641 11s14/fY t30 f20 BB 11 3000 c-9 3 {88.e1 2 12-I3 WATTS (9,66,74)* (50.8) 11lo s8 sc 10690 12S8/93r CDz 6PK 12 24n Low Vollage, H 200 t2 1000 C-2R 2 Bay 12649 13/3Vz Sll/95 Clear-Railway Signal Light, Filament cc.6 in multiole (70){ tg0 î3.5 1000 c-l2 2% {60.3} 7'h {31.81 15 WATTS Al5 Med 12658 '15415 130 î20 lnside Frost 125 15 2500 C-g 3'/¿ {88.9} 23h 1621s 15415/CUBB r30 120 8B 15 C-9 31/z (88.9) 23h (231* (80.9) (60.3) 7 154/GR/GU8 f30 120 Iife 90 15 8000 3Yz 2% th (88.e) 41210 15A/W24PK 120 120 Soft 110 15 2500 3 (60.3} 417 Med 12784 l5A 34 120 l.F.-Train {53)* rr5 15 1o0o c-9 3% {92.1} 2% Ð Frost, (66.7) R14 SG Bay 33404 15R14SC/SP 12 120 Relleclor Spot, L¡ght-lnside 135 15 2000 CC-8 2% BB (4,ær

watts T0 save energy costs, find the bulbs w¡th the light output you need, then choose the one with the lowest * at the end 0f this section. Reduced Wattage G) lvleans this lamp meets tederal l\,4in¡mum Efficiency Standards. ( ) All footnote references f0und t-7 @ nrundescent Lamps

,l o 16llz '1611, DG Bay lnter

oæ slt s11 slt sll S14 T6 l7 T7 T7 T8 Tlfl 421 A15 Stt A15 417 419 S8 RPll Gand lnter Med DC Bay Med Cand DC Bay lnter Cand Cand Med 3G Med 2 & 3-[ug Slv SC Bay Med Med Med SG Bay SC Bay

light Eneryl Colu Åwz Pttduø lnp 8æo 8@û Aæô ülo frlîrrsú uaL LCt îanF, Beaø Sulb Easc Caúe @ 0ewiplion Yølts &f, Adúltioml lúornatiat 0¡s/,sn in (nnl ¡l {øn} X CBCP $prcad, 15 WATTS {cont'd) S11 Cand 13236 f5S11¡4 120 120 Clear-Medical Spol 150 15 200 C-74 21lq 157.21 llh 13210 t 120 120 Clear 137 15 2 lntel 13268 1 120 120 r, BB (23P 15 750 C-74 2 1 % (41.3) Med 13291 15S1í/102TRAY 120 24n 137 15 400 C-74 2114 157.21 DC Bay 13180 l5SlU3DC 75 120 138 15 1000 C-9 2% (60.3) 1l/q {31.8} S14 Med 32173 15S14/cR/Ct 130 120 Clear-Sign. Group Replacement, 110 ls 3000 C-9 3ïz (88.9) 2Yz {63.5} BB {23r 11137 15S14/GR/CV8 130 120 Clear-Sign. croup Replacemenr, 90 15 8000 C-9 3r/z (88.9) 2Tz {63.5}

42590 15S14/F/BB 34 120 Frost-locomot¡ve Cab {23)* 144 t5 1000 C-9 31lz T6 Cand 13390 120 60 Clear-Switchboard 107 15 2000 13402 15T6 145 60 Clear-Switchboard 15 2000 c,7A 3 22114 t5T6C CARD 145 nn Clear-Switchboard. Blister Card 102 15 2000 C-74 31ls (77.8) T7 DC Bay 13453 15T7DC 120 120 iance (29,62r 108 15 C-7A 21lq $7.21 1%o (33.3) 35154 15T7DC CARD 120 24n 12-Pack 108 15 C-?A 211¡ 97.21 1%¡ (33.3) T 13467 15T7DC/F 106 t5 c-74 2'h lnler 35153 15T7N 20 240 iance {29.62}* 108 15 c-7A 2 Cand 13494 120 120 Clear-Signal light. {29,621 108 15 2 I t/, {39.1}

T8 13565 15T8C 120 60 Clear-Tubular 150 15 750 C-74 311rc 177.81 T10 Med 34407 f5T10 24PK 120 24 Clear-Aquarium 120 15 2500 C-8 5% {r42.e} 15-r35-150 WATTS

421 3GMed 23068 15nS0/SECUBITYl2PK 120 60 Security3-Way,SoftWhite(25,46)" 80 15 3000 C.2R CC-0 5'l¡ {133.4) 3 % (98.4) 2280 135 1200 2360 150 1200 18 WATTS

Al5 2-Lus Slv 13630 18415/3 10 120 Clear-Railway Signal Iight, 235 18 rs00 CC-6 3% (95.3) 21iil .56.41 Base (1 sll SC r3655 l8SlUrSC 10 120 Clear-Railway Signal light 250 f8 2000 415 z-Lug Slv 13644 10 120 Clear-Railway Signal light CC-6. 235 t 1500 21ln t¡lament ¡n Base 3-Lus Slv 13647 18/3.5415t Base, Railway Signal 235 18 1500 CC-6 3% (95.3) S11 SC Bay 13659 l8/3YzSllSC 120 Clear-Railway Signal light. 300 18 1000 cc-6 C-12 F¡lament in muhiple {70}* 20-24 WATTS T6r/z lnter 34212 20161lzl! 120 60 trost-Exit [ight 90 20 7000 C-8 5'/z (139.7) 34241 120 60 Frost-Ex¡t [¡ght s8 sc 12 240 Clear-12-Card Pack (9,74)* 21 1000 c-6 2 (50.8) 43065 133 6 240 Clear-l2-Card Pack 32CP 390 24 200 C-2R 2 25 WATTS 415 Med 44448 25415/RFt 130 120 Reflector r.F., BB (23r 150 25 3000 C-9 31lz 3ls 417 Med 13744 25A17RS 75 120 l.F.-Train. Bough Service {53)* 250 25 1000 C-9 3 lt- Al9 Med 35613 25A 130 120 lnside Frost 215 4 1lz (63.5) 254/W24PK 41272 120 120 Soft White 210 25 2500 CC-6 4 Y¡ {108.0} 21h 163.51 13990 254/CL 120 120 Clear-Decorative 215 2s 2500 CC-6 4 V¡ {108.0) 21h (63.51 13992 25NCL 130 120 Clear 215 25 2500 CC-6 4 V¡ (108.0) 21lz (63.51 o 25AICVG 14737 120 24 lnside trosl-C0V-R-cUARDru, 230 25 2500 C-g aVr (108.0) 211, 163.51 Tellon@ Coated, BB (23,95,47)* 254/RS 24PK 120 24 l.F.-Rough Service {95)* 190 25 3 1)

T0 save energy costs, find the bulbs w¡th the light 0utput you need, then choose the 0ne with the lowest watts. @ * 1-8 Means this lamp meets Federâl ¡ilinimum Effic¡ency Standards. f ) All footnote references found at the end 0f this section. Beduced Wattage o

l61lz 1611, DC Bay lnter

0 v T8 419 Gl6r/, PAR36 PAR46 Bl4 Rl4 s6 sî1 slr ï8 T8 DC lnter Med SG Bay ScrwTrm Scrw Trm SC Bay lnlef Cand SC Bay Cand Gand Bay

light Enwgy Colo¡ Appx. MN l&r fæa AaVú llsod tils Filansnt $Al LCL lenp. Eean (nnl Sprcaú Eulb 8æs f,od¡ o 0swfurion t¡16 ftl. Ntßtionallnlonnatiot tnw Wsö {tw Design in, in. {mn) X CBCP 25 WATTS (con 't) (65.1) 33488 zsAIRS 24PK 130 24 LF.-Rough Seruice (95)* I90 25 1000 C-17 37ls 2 %o 14293 2541S/GB/CI 130 120 Clear-Sign, Group Replacement, 190 25 3000 c-9 xlh BB (23r (60.3) 193f6 130 120 120 25 8000 c-9 3 (98.4) 23l¡ 37577 120 120 Blue, BB 25 2500 c-9 3 37518 25NG24PK 120 120 Green, BB (231* 25 2500 c-9 }th 14068 25AlO 120 120 BB (æT 25 25oo C-9 3 % (98.4) th 37579 25NR24PK 120 120 BB (ær 25 c-9 (s8.4) 37793 25A.ll24PK 120 120 Yellow, BB (23)* 25 25oo c-9 3% {98,4} (60.3) 49724 25MB 6PK 120 120 Transp. Blue- Búlb" 25 2500 C-9 3'ls {s8.4} 2% (60.3) 45725 120 120 Green-"Party 25 2500 c-9 31k 2% 45727 254/IR 6PK 120 120 Red-"Pariy Bùlb" 25 2500 c-9 31h 2 t/¡ 49728 254/fY6PK 120 Yellow-"Pârty Bulb" 25 2500 C-9 3 {98.4} 2'h ,1, (s8.4) 13769 254 12 120 Frost {53}* 378 25 c-6 3 2slß 13784 254 34 120 l.F.-Train (53)* 390 25 1000 C-9 3% (98'4) 2'glro {65.1} I 3 2 (65.1} 13872 230 120 lnside Frost 220 25 1000 clTA {98.4} %o (65.1) 13879 254 250 120 lnside Frost 220 25 1000 c"174 3% 'g/ro 13889 254 300 120 lnside trost (53)* 220 25 1000 c-17 37h 2 1) 14483 25G16V¿ SC 120 Signal Light 220 25 1000 c-5 3 {76.2} 1 (15)* c.6 3lo 3000 19700 5 PAR36 14553 25PAR36 5.5 12 lament Shield 130 25 {6e.8} (69.8) s 14554 25PAR36/NSP 12 12 Narrow Shield (15)* 150 25 2000 2600 (15)* (69.8) 360 25x37 14555 12 12 Wide Shield 150 25 2000 c-6 2 160 55 14556 12 12 Vety Wide (15r 150 25 2000 c-6 2 55000 5.5x4,5 Scrwlem 14562 25PAR46 12 Pin Shield 140 25 1000 C-6 33lq R14 8ay 33405 25R14SC/SP 12 Rellector tight 1.F., BB 230 25 2000 CC'8 25lo 25R14SC 28 120 LF., BB {4,231 220 25 cc-8 2 % {66.7} (4,23)* 1500 2y16 (6b.1) lr¡ter 39156 4N 120 120 lnside Frosl, BB 180 25 (65.1) 18230 130 120 Frost, BB {4,23)* 180 25 1500 36 Cand 14567 2556 115 24 Glear-High ¡cator 325 2E 50 c-74 1 {47.6} tllr 127.01 ,1000 2 'l (31.8) SC Bay 14575 25511/4SC 120 Glear-Railway 360 25 cc-6 T¡ Cand 1458s 25S11/2C 120 Clear-Medical 260 25 500 C-74 21lc 25S1U5C 120 120 Pr¡nter 260 25 500 C-74 21lc 157'21 lelrc (141.3) 16r/z DC Bay 14676 DC 120 Scale llluminator 244 25 1000 C-8 5 %o 146t8 130 60 Clear-Appliance, Scale lllum¡nator 244 25 1000 5 {141.3) 14683 120 60 lllum¡nator 240 25 1000 C-8 5 14685 DC/r 60 240 25 1000 c-8 5%r lnter f4639 25161lz 120 244 1000 G.8 51lz 11 15821 25T61/z GARD 120 120 Clear-Showcase 244 25 1000 C-8 5 Tz {133.7} ('139.7) 14641 25161lz f30 60 Clear-Showcase 244 25 f000 C-8 5 Yz (13e.7) 14666 120 60 Frost-Showcase 240 25 1000 c-8 5 14668 130 60 Frost-Showcase 240 25 1000 c-8 5 DC 14687 60 Oütside trost, Scâle 240 25 f000 C-8 5 %t T8 14809 25T8C 120 Cleâr-Microwave 195 25 200 c.7A 2.h (66. ,| DC Bay 25T8DC 120 60 195 25 200 c-74 2% 5/ro 10689 GARD 6PK 120 240 nGe 195 25 200 C'74 25h 166.11 1 lnter 1479f 120 25 200 2% {66.7) lsfo {39.7) 25 200 2 {66.7} t %o {39.7} I 10692 6PK 120 24I Cleat-Appliance

T0 save energy costs, find the bulbs with the light output you need, then choose the one with the lowest watts. * Beduced Wattage €) Means this lamp meets Federal Minimum Efficiency Standards. ( ) All footnote references found at the end of this section. t-9 lncandescent Lamps

T8 Ð D¡sc

T10 R20 At5 sl1 421 419 PAR36 Med Med Med DC Bay 3C Med Med Scrw Trm

Light Energ¡ Colo¡ ÂOg" P¡oducl lanp Cæ¡ ùaqú Useú üls Fìlanert tltÛL LCT leøq. Eest Bslb Ease @ tods Ðesaìptioa Vslß arr.. Addlúonal lnlornalioû Iwß mb Itw 0ssíon in (wol i¡, {nnl I tgCP fin¡aai, 25 WATTS (con't) T10 Med 14880 25T10 24PK 120 192 Glear-Showcase 248 25 1000 C-8 5% 41313 25Tr0 CARD 120 120 Clea¡-Showcase, l2-Pack 248 25 5 42.91

14866 25T10 130 120 Glear-Showcase 248 25 1000 C-8 5 % {142.9) 14916 25t10lF24PK 120 192 Frost-Showcase 244 25 looo C-8 s % (142.9) 13487 25T10/F CARD 120 120 Frost-Showcase 244 25 1000 C-8 5 % (142.9) 14909 25T10/F 130 120 trost-Showcase 244 25 1000 C-8 5% (142.9) 14886 25T10 24PK 250 240 25 1000 5 27 WATÏS MISER'IAMP

R20 Med 17812 27R20/Ml 6PK 120 60 Miser@-Light l.F. Rell, Accent l¡ghting 210 27 2000 C-g 3'%o (100.0) 270 43 30 WATTS 30415 Al5 Med 14125 130 120 l.F. Changing BB (23)* 215 30 5000 C-9 3 T¿ {88.9} 2 % {60.3) 1529't 30A1 130 120 Glear 215 30 5000 C-9 3Yz {88.9} 23la f9358 30415i8 130 120 t.F. BB {23)* 180 30 8000 C-9 31/z (88.91 ci 15003 30R20 120 60 200 30 2000 c-9 3 41930 30R20 6PK 120 200 30 2000 15000 30R20 130 60 Rellecrorlighr l.F. 200 30 2000 C-S 3r%r (100.0) 16213 30R20/6 130 60 Rellector-[ight l.F. tlashing Message BB {23,76). 150 30 6000 c-9 315/ro (100.01 DC Bay 15011 30511DC 64 120 Marker, BDTH 350 30 500 2 1 ïr (31.8) 15012 30511DC 75 120 Clear-Train Marker Control. BDTH 350 30 500 742 1 ïc (31.8) 17948 3051fDC/RS 75 120 Clear-Train 300 30 2000 C-s 2% (60.3) 1l/q (31.8) T8 Disc 15029 [30 120 24 Clear-Lumiline 230 30 1500 c-8 17% (450.9) 15071 t30/w 120 24 White-Lumiline 210 30 1500 C-8 17 % (450.9) 30-70-100 WATTS 421 3CMed 41273 30/10012PK 12n 60 Soft White,3-Way (25,46). 280 30 1500 C-2BCC-85y4{133.4} 3% (98.4} 1035 70 1200 1315 100 1200 33 WATTS

419 Med 42626 33419/5 130 120 Clear-Changing Message Sign, 270 33 3000 C-9 3% {98.4} G BB (23r 21001 33419/5^/ 130 120 Clear-Changing Message Sign, 33 3000 Grouo ReDlacement. B B, Vacuum {23}* 34 WATTS WATT-MISER' AND WATT-MISER' PIUS TAMPS Al9 Med 12612 404/34WM 120 120 Watt-Mise¡o-Difluse 380 34 2000 cc-6 4tlß (112.71 3'/s 12620 404/3{WM 130 120 Watt-Miser@-Difluse 365 34 2000 CC-6 4tlrc 3 Batings at 120 volts. 270 30 5400 13010 404/34WMP/99 12f n0 Watt-Miser@ Plus-Difluse Coating, 375 34 2500 CC-6 411re l112.tl 3 Ya (79.a) BB (23r 404/34WMP/99 120 13009 130 Coating, 360 34 2500 cc"6 4 - 3'ls {79.4) [onsIile, BB {23)* Rat¡nos at 120 volts. 265 30 6800 35 WATTS HATOGEN PERFORMANCE o PIUSTM PAR I-AMPS PAR36Scn¡vlerm 19873 35PAR36/H/VNSP5" 12 12 Very Narrow {15)* 250 35 4000 C-6 2% (69.8) 3000 25000 5 . tr876 12 12 NaÛow {15}* 250 35 4000 C-6 23lq 3000 19700 I 15877 12 12 Wide tlood 250 35 4000 C-6 2 T0 save energy costs, find the bu¡bs with the light output you need, then choose the one with the l0west watts. o lvleans * | -10 this lamp meets Federal l\.4¡n¡mum Effic¡ency Standards. I ) Al¡ f00t00te references f0und at rhe end 0f this section. Beduced Wattaoe lncandescent Lamps @

T8 T8 Med Disc )

415 419 421 BB3O T10 PAR38 slr 161lz Med Med Med Med Med Med Skf lnter lnter

L¡ght Esaryl Colot Appx' Pwlact lanp Saso 0W Asad Ult ,ilamú nAL iaøp. Bean Eulh 0asø êodø @ Aesuiption lafts Aty. Ãtffiili o n al lnl ornati o o lMú fltfr iow ûasiO¡ in (nnl ie {wl T Cíf¡P Sprcaú' 40 WATTS 415 Med 15199 40415 120 120 Clear-Appliance and oven Service, 435 40 1500 C-9 3Vz (80.9) 2% (60.3) Vibration Resistant (2,9)* 15206 40415 CARD 120 60 Glear-Appliance and 0ven Service, 435 40 1500 C-9 3Tz (88.9) 2% {60.3) Vibration Resistant (2,91* 21188 40A15 CD/z 120 60 Clear-Applþnce and Oven Seruice, 435 40 1500 C-9 3Y¿ {88.9) 2% {60.3) V¡brat¡on Resislant {2,9}* 20451 40415/CF CD/z 120 60 Clear-Ceiling Fan, vibralion Resislanr 435 40 1500 C-9 3 Vz {88.9} 2 % (60.3} lgr 20452 40415/WCFCDi2 120 60 White-Geilingtan,VibrationRes¡stant 355 40 1500 C-9 3Tz (88.9) 2% (60.3) {sr Al9 Med 13255 40A48PK 120 144 Standard 505 40 1000 CC-6 47hs 1112.71 3 Ys {79.4} 34034 404 130 120 lnside Frosl 495 40 1000 CC-6 411rc l112.ll 3'ie (79.4) Batings at 120 volts. 365 36 2600 12311 404/Ct24PK 120 120 410 40 1500 CC-6 Atlr (112.11 31/¡ (79.4) 34125 40A/Ct 130 120 470 40 1500 CC-6 Aths 1112.71 3 Vo {79.4} ü Rat¡ngs at 120 volts. 345 36 4000 13251 48PK 120 144 Soft White 490 40 1000 cc-6 4 3 14728 24 lnside trostC0V-B-GUARDTM, BB, 480 40 1500 GC-6 411rc 3 Teflon@ Goaled f5802 404/5 120 120 SurvivorrM longLife,1.F., 370 40 3000 4tha (112.71 3V¡ (79.4) V¡brat¡on Res¡stant, BB (23)* 15803 404/5 130 120 Survivoril Longlife, LF., 360 40 3000 C-g 41lr 1112.71 3 Vs {79.4} Vibration ßesistant, BB {23f at 120 volts. 265 36 8300 A21 Med 15554 40MS 130 120 BDTH, BB (23f 380 40 2000 C-9 43h 1111.11 21h¡ BR30 Med 11860 40R30/FVK6PK 120 30 Krypton Rellector 40 2000 cc-6 5% (136.5) S11 lnter 35156 40S11N/1 CARD fln 240 Clear-l2-Catd Pack 440 40 500 25l,0 {58.7} 1% {41.3} 5k 40s11Nl/t 120 120 trost(14,99)* 440 40 500 2 7l {4r.3} /z lnter 15740 120 60 420 40 750 c"8 h 41312 lzt2 120 120 420 40 750 C-8 5 h 15742 40t611ú2F 120 60 420 40 750 c-8 Stlz T8 Disc 15804 140 120 24 Clear-Lumiline 325 40 1500 C-8 11 % (2S8.5) 15839 t40/W 120 12 White-Lumiline 295 40 1500 c-8 1r % (2s8.5) Med 15754 40T8 120 24 Clear-Showcase 430 40 1000 c-23 11 % (298.5) 15784 120 24 trost-Showcase 425 40 1000 c-23 11 T10 Med 15852 40T10 120 120 420 40 1000 c,8 5 % 15856 40T10 24PK 120 lg? Glear-Showcase 420 40 1000 c-8 5 % {142,9) 1348S 40T10 CARD 120 120 Clear-Showcase 42n 40 1000 c-8 5% {142.9} ,l20 15854 40T10 130 Clear-Showcase 420 40 looo c-8 5% {142.9} 15892 40T10/t 120 120 Frost-Showcase 415 40 1000 c-8 5 % (142.9) 1590f 120 192 trost-Showcase 415 40 1000 c-8 5 41314 40T10/F CARD 120 120 415 40 1000 c-0 5 % (1 15894 40T10/F 130 120 trost-Showcase 415 40 1000 c-8 s % (142.91 45 WATÏS HALOGEN PERTORMANCE PLUSIM PAB TAMPS PAR38 Med Skir f2235 @ 45PAB/FUH/STG 6PK 120 6 Photocell Sal'T-GardTM 510 45 3000 CC-8 5 %o (134.9) "Dawn to Dusk" (15,23,56,88,96). 2150 1800 27 I 16228 0 45PAR/H/SP1I. 12r 12 {23,56,88,96,1 5)* 510 45 2500 CC-8 5 %o nía 7000 11 @ 120 6 Soot {23,56,88,96,1 5r 510 45 2500 CC-8 5 2t5n 8800 11

T0 save energy costs, find the bulbs with the light output you need, ther thoose the one wìth the lowest watts. * @ Means this lamp meets Federal Minimum Efficiency Standards. ( ) All fo0lnole references found at the end 0f this section. Reduced Wattage | -t I @ tncandescent Lamps

t)

R20 BR30 419 A2l PAR38 ER3() Med Med Med Med Med Skrt Med

Light Energy Calot Appx. P¡oduct Lanp 0aso Aaøut Usotl Litø Filanant ti0L LCL fø¡rtp. Sean Ealh Base Coda @ 0osa¡iatioa Vofts Ail. Ad d ¡fion a I t nlarnati o t lmeø Wslt ttouû ûesþa i¡. lnn) ín. (nnJ ,( CBCP Sprcad 45 WATTS HATOGEN PERFORMANCE PLUSTM PAR TAMPS

PAR38 MedSkiñ 16229 @ 45PAB/H/SP11" 130 12 Spot{23,56,88,96,15)* 510 45 2500 CC-8 5 %o (134.9) 2750 7000 11 at 120 volts. 385 40 4000 16230 @ 45PAR/H/rt25. 120 12 Flood 510 45 2500 CC-8 5 %o (î34.9) 2750 1800 2t 17471 @ 6PK 120 6 Flood 510 45 2500 CC-8 5%o (13a.9) 2750 1800 2t 1623r @ 45PAR/HiFI25. 130 12 Flood {23,56,08,96,15}* 510 45 2500 CC-8 5 %o (134.9) 2750 1800 27 Rãt¡nos at 120 volts. 385 40 4000 45 WATTS 5/ro R20 Med 17800 45R20/Mt 6PK 120 60 MiseP-Bell. light l.F. (43)* 440 45 2000 C-9 3 {841) 530 43 BR30 Med 20330 A5R/FUMy1 6PK 120 30 MiseP-Reflector tlood 485 45 2000 CC-6 5% {136.5} 300 50 WATTS 419 Med 33495 504/RS 24PK 120 24 Service {95)* 490 50 1000 C-174 3% {98.4} 2%r (65.1} 33497 504/RS 24PK 130 24 t.F 480 50 1000 C-î74 3% {98.4} 2%r (65.1) 0-.i Rat¡ngs at 120 volts. 355 45 2600 16242 50419/5 120 120 Clear Service, BB {23,95)* 480 50 f000 2 33498 504 /S 24PK 120 120 l.F.-Vibration Seruice 550 50 1000 c-9 3,h 2 ïz (63.5) 33500 504 /S 24PK 130 120 l.F.-V¡brat¡on Serv¡ce 540 50 1000 c-9 3 Y¡ (98.4) 2lz (63.51 Rat¡ngs ât 120 volts. 400 45 2600 ?/s 14721 504/RS/CVG 24PK t?0 24 lnside FIosI-C0V-R-GUARDTM 480 50 1000 c-î 7A 3 (98.41 2 %r (65.1) ßough Service, BB, Teflono Coated (23,83,95,47)*

16108 50A/RS 32 120 Seruice, Train (53,951* 560 50 1000 2 16201 s0419/RS 75 120 l.F Service, Train (53,95)* 545 50 1000 C-9 3'h 211, (63.5) 15995 504 250 120 Frost 490 50 1000 C-l74 3% (98.4) 2%o (65.1) 16141 50A/RS 250 120 l.F.-Rough 470 50 1000 C-22 3% (98.4) 2%o {65.1} 16317 50419 300 120 lnside Frost 460 50 1000 C-174 3'lB (98.4) 2'glro {65.1} Med 16366 50421 12 120 lnside Frost {53}* 875 50 f000 c-6 4 3 10686 50421/RV 6PK 12 48 Recreational Vehicle and Marine - lnside Frost {53}* 875 50 1000 C-6 4% (123.8) 3%o {87.3} 'r3606 50A/AUT0 CD 12 24 Recreational Vehicle and Marine - ,h, lnside Frost {53}* 875 50 1000 C-6 41la {87.3} 16385 50421 30 120 l.F.-Train 805 50 1000 c.9 4,h 'l1E {87.3} 16390 50421 34 120 l.F.-Train 805 50 1000 C-9 4% (123.8) 3%o {87.3} ER30 Med 44429 120 24 ER-EIliptical Rellector, light l.F. s25 50 2000 CC-6 6 Vq (158.8) {4,3s,56r 11823 50ER30 130 24 ER-EIl¡ptical Reflector, light l.F 525 50 2000 CC-6 6 Vq (158.8) 690 (4,35,56). 47878 120 24 ER- cal Reflector-P¡nk 480 50 2000 CC-6 6r/o STANDARD HATOGEN PAR TAMPS 5/ro PAß3SMedSkirt 17925 O s0PAR/H/tt nn n tlood (56,88,96)* 590 50 2000 CC-8 5 {134.9} 2750 2200 25 17s79 @ 50PAR/FUS/HAI6PK 120 6 Flood(56,88,96)* 590 50 2000 CC-8 5 5/rs (134.9) 2750 2200 25 17926 @ soPAR/H/tt 130 12 Flood {56,88,96}* 590 50 2000 CC-8 5 5/ro {134.9} - 2750 2200 25 Ralings al 120 volts. 450 46 4000 17980 @ 50PAR/SP/S/HAL6PK 120 6 {56,88,96r 590 50 2000 CC-8 5 %o 2750 9000 10 17927 @ soPAR/H/SP 120 12 Spot {56,88,96)* 50 CC-8 5 %o {13a.9) 2150 9000 10 17928 @ soPAR/H/SP 130 12 Spof 590 50 2000 CC-8 5%r {134.9) 2750 9000 10 0 Ratinqs at 120 volts. 450 46 4000

T0 save energy c0sts, find the bulbs wùh the light 0utput y0u need, then ch00se the one with the l0west watts. @ * | -12 l\leans this lamp meets Federal l\,4inimum Efficiency Standards. ( ) All footnote references f0und at the end of this secti0n. Reduced Waltage Incandescent Lamps @

a

,

PAR2(l PAR30 PAR36 PAR38 Med NP Med NP Scrw Trm Med Skrt

Usht Enoryy Solo¡ Agpx P¡oútct Lanp Cssc Auþut Used líro Êtil¡¡aÍt ,l0l LCI fenp. Bean Sulb Easo Cads @ 0esuipliu Vr/lß Aq. Addítinal hlornation t@ñ tutB ltow oesiga in lnn) in. lmn) f. CBCP Sprcad 50 WATTS (con't) HATOGEN PERFORMANCE PLUSTM PAR TAMPS

PAR20 Med NP 17864 50PAR20/H/NSP8' 120 15 Narrow (55,56,80,88,1 5r 570 50 2000 CC-8 31/¡ {79.4} 2800 6000 I 50PAR20/H/NSP8" 130 15 Narow Spot (55,56,80,88,15)* 570 50 2000 cc-8 3 2800 6000 al 120 volts. 498 46 4000 1492t 50PAB20/SP/HAI 6PK f20 6 (55,56,80,88, 570 50 2000 CC-8 3'l¡ (79.4) 2800 6000 10 ,1, 17867 50PAB20/H/NFL25' 120 l5 Nanow Flood {55,80,88, 570 50 2000 (7e.4) 2800 1500 27 17868 50PAR20/H/NFU5' 130 15 Nanow tlood (55,80,88,t5)* 570 50 2000 CC-8 3 Ys (79.4) 2800 1500 2t at 120 volts. 498 46 4000 14928 50PAR20/FUHAL 6PK 120 6 Flood 570 50 2000 CC-8 3 Ys (79.4) 2800 1850 27 PAR30 Med NP 17869 O 50PAR30/H/NSP8' 120 15 Narrow Spot 610 50 3% (e2.1) 2800 9200 I 17870@ 50PAR30/H/NSP8" 130 15 NaûowSpot(55,56,80,88,15f 610 50 2000 cc-8 3% {92.1} 2800 9200 I at 120 volts. 477 46 4000 17871 O 50PAR30/H/NFI25' 120 15 Narrow 610 50 2000 cc-8 3 % (92.1) 2800 2000 26 17872 @ 50PAR30/H/NF|25" 130 15 Nanow Flood (55,56,80,88,15f 610 50 2000 cc-8 3% (e2.1) 2800 2000 26 I Ratings at 120 volts. 477 46 4000 17873 O 50PAR30/H/F135' 120 15 Flood(55,56,80,88,15)* 610 50 2000 cc-8 3% (92.1) 2800 1400 35 17874 @ 50PAR30/H/FL35" 130 15 Flood(55,56,80,88,15)* 610 50 2000 cc-8 3% (92.1) - 2800 1400 35 Rat¡ngs at 120 volts. 417 46 4000 PAR36 Term I 12 12 Na¡row {15r 400 50 4000 c-6 2 3050 40000 5 19879 12 12 Narrow {15r 400 50 4000 c.6 zxh 3050 11000 I f9880 50PAR36/H/WFI30' 12 12 (15r 400 50 4000 c-6 2 % (69.8) - 3050 1300 30 HATOGEN PERFORMANCE PIUSTM IONG NECK PAR TAMPS PAR30 Med NP 11113 @ 50PAR30VH/12' 120 15 Spot (15,55)* 580 50 2000 CC-8 43lq |.120.71 2800 6000 12

at 120 volts. 458 46 4000 14940 @ 50PAR30UH/25"6PK 120 24 Narrow 580 50 2000 CC-8 43lc 1120.71 2800 1900 27 11120 @ 50PAB30UH/25" 130 15 Narrow Flood 580 50 2000 CC-8 43lc 1120.71 2800 1900 2t at 120 volts. 430 46 4000 f11 16 120 l5 Flood {15,55}* 580 50 2000 cc-8 4 2800 1000 40 1rr23 @ 50PAR30VH/40' 130 15 580 50 2000 CC-8 43lq 2800 1000 40 Rat¡nqs at 120 volts. 458 46 4000 14941 @ 50PAR30UH/60'6PK 120 6 Wide Flood (15,55)* 630 50 2000 CC-8 43lq l120.ll 2800 600 57 111{l @ 50PAR30UH/60' 130 15 Widetlood(15,55}* 630 50 2000 CC-8 43lc (120.11 2800 600 57 Rat¡nos at 120 volts. 458 46 4000 HAIOGEN-IRTM PAR TAMPS PAR30 Med NP 19902 O 50PAR30/H|R/NSP8" 120 t5 Nanow Spot (15,55,56,80,88)* 770 s0 3000 cc-8 3 % (92.r) 2810 17000 I 21534 @ 50PAR30/H|R/NSP8' 130 15 Naftow Spot(15,55,56,80,88f 770 50 3000 cc-8 3% (92.1) 2810 17000 I Rat¡ngs at 120 volts. 570 46 6000 19901 O 50PAR30/HIB/NFL25' 120 15 Nanowtlood{55,56,80,88,15)* 770 50 3000 cc-8 3 % (92.1) 2810 3000 26 21533 @ 50PAB30/H|R/NFL25" 130 15 Nanow Flood {15,55,56,80,88f 77r 50 3000 cc-8 3 % (92.1) 2810 3000 26 at 120 volts. 570 46 6000 19900 o 50PAB30/H|R/FL35' 12r 15 Flood 770 50 3000 cc-8 3% {92.1} 2810 1600 37 5h 19903 O 50PAR30/H|B/FL35' 130 15 tlood 770 50 3000 cc-8 3 (92.1) 2810 1600 37 ,l20 at volts. 570 46 6000 u/t PAR38 Med Skirt 12396 120 12 Narrow (15,23,56,80,80,96r 850 50 3000 CC-B 5 2810 I 5/t @ 120 12 CC-8 5 {1 2810 3000 27 I 12397 50PAR/H|B/25' 850 50 3000

To save energy costs, find the bulbs with the light output you need, then choose the one with the lowest walts. * 't-t3 @ l\4eans this lamp meets Federal f\¡inimum Efficiency Standards. ( ) All f00tn0te references f0und at the end 0f this section. Reduced Wattage @ nt"ndescent Lamps

Ð

PAR36 R20 TB19 P25 T12 421 421 Scrw Trm Med Med 3C Mog 3C Med 3C Med Med

Ligln Enxgy Colo¡ Áppx. F¡aluat lml Case 0n put Used Lilo tilament tiql L0L fenp. Bean Bulh Ease Cod¿ @ 0æc¡iplion Uolls ûly. Addition¿l lnfomation ltueû Waß ttoñ ûesign i¡. (mnl i¡. lnn) I CBCP Spread 50 WATTS (con't) PAR36 Scrw Term 12892 50PAß36VNSP 12 12 ftlarow Filament Shield 330 s0 2000 c-6 2% (69.81 19000 6 16540 12 12 Narrow Spot, Filament Shield 330 50 2000 c-6 2 (6e.8) 11000 10 16541 50PAR36WFL 12 12 Wide Flood, Filament Shield (15)* 330 50 2000 c-6 2% (69.8) 900 39x27 11468 50PAR36WFU4 12 12 Wide Flood, Filament Sh¡eld (15)* 300 s0 4000 c-6 2 % {69.8} 720 37x27 16542 50PAR36VWF[ 12 12 Wide tlood, Filament Shield (15)* 330 50 2000 C-6 2 % (69.8) 24n 55 820 Med 16693 50R20 120 60 t.t 410 50 2000 c-9 510 49679 50R20 6PK 120 60 Standard Refleclor 410 50 2000 c-9 3 16692 50820 130 60 t.F 410 50 2000 c-9 3,%o {100.0} 510 12667 50R20/6 130 60 Reflecror-l¡ghr l.F. 400 50 6000 C-9 3'u/r 420 45 16698 50R20/PK 120 60 Reflector-Pink 200 50 2000 C-9 3t%e {100.0} 41625 50820/PL 6PK 120 24 Reflector-Plant lightcro & ShoTM (4,56]* - 50 2000 C-g 3r%o {100.0} 23519 50R20/SW 6PK 120 24 Rellector-SoftWhite 380 50 2000 C-9 315/ro {100.0) HATOGEN PERFORMANCE PI-USTM A-[INE TAMPS TB19 Med 20641 504/HAI6PK 120 6 trost, Brass Base {15,23,56,83,88}* 7t0 50 2000 CC-8 |tln 1112J1 3 Tr (79.4) 2800 0j 16746 50TB/H 120 60 trost, Brass Base {15,23,56,83,80)* 710 50 2000 CC-8 41lr 1112J1 3 T¡ (79.4) 2800 16747 50TB/H 130 60 trost, Brass Base {15,23,56,83,88)* 710 50 2000 CC-8 4tlß l112Jl 3 Vr (79.4) 2800 Rat¡nqs at 120 volls. 540 46 4000 50-50 WATTS 5/ro P25 3C Mog 16535 50/50P25/28 120 60 Clear-Z{ilament Marine Bunning light, 400 50 750 C-5 C9 51/rs {128.6) 3 (84,1) BB {1.23)* 50-100-150 WATTS 5/rr 112 3C Med 16726 50/50T12 tts 24 Clear-2{ilament Marine Running light, 400 50 750 C-5 C9 5 {134.9) 3 {76.21 BB {23)- 421 3C Med 41280 50f50 12PK 120 60 Soft White, 3-Way (25,46)* 580 50 1500 CC.8CC-8 5Y¿ {133.4) 3% (98.4) 1640 100 1200 2220 150 1200 16142 50/150 TWIN/PK 120 24 Soft White, 3-Way, Twin Pack (25,461* 580 50 1500 CC-8CC-8 5Yc {133.4) 3% (98.4) 1640 100 1200 2220 150 1200 20329 50i150/SPK 12PK 120 60 Soft Pink,3-Way (1,25,46). 560 50 1500 CC-8CC-8 sYs {133.4) 3% (98.4) 300 100 120n 860 150 1200 50-135-185 WATTS 421 3C Med 12025 50/185/SWMI 12PK 120 60 Soft Wh¡te Miser@, 3-Way Miser @ 580 50 1500 CC-8CC-8 sYq {133.a) 3% (98.4) (1,25,46r 2280 135 1200 2860 185 1200 50-200-250 WATTS 421 3C Med 19445 5012501112PK 120 60 Soft Wh¡te, 3-Way (,|,25,46)* 580 50 1500 cc-8 cc-255 y4{133.4) 3 % (98.4) 3440 200 1200 4020 250 1200 0

T0 save e0ergy cOsts, find the bulbs with the light output yOu need. then chOOse the One with the lowest watls. @ * | -14 l\¡eans this lamp neels Federal l\,4inimum Efficiercy Standards. { ) All fo0tnote references found at the end 0f thìs section. Reduced Wattage a

,

419 421 415 Med Med Med

Ught Enêryy Colo¡ Appx. Ptoduct tanp Cøse 0tttpú lhed Uft Filsneûi MOL tcL lenp. Bean Balb Base Cøtls @ Bescriglioa Valß otl. Al ditì o n al I nl o ¡n ati an lMøB llhw tlooß Design iø. (nn¡ ín. (nn) x CSàP Spreaú 52 WATTS WATT-MISER' AND WATT-MISER' PLUS TAMPS 419 Med 12615 604Æ2WM 120 120 Watt-Miser@-DiffuseCoating 730 52 1330 CC-8 41ln l,112.71 3rls {79.4} 12623 604/52WM 130 120 Watt-Miser@-DiffuseCoat¡ng 710 52 1330 CC-8 47hs 1112J1 3l/s {79.4} Ratings at 120 volts. 530 4ô 3500 13554 60A/52WM/CI 120 120 Watt-Miser@-Clear 740 52 1330 CC-8 4'hs t/ro 13555 130 120 Watt-Miser@-Clear 720 52 1330 CC'8 4 (11 3'h at 120 volls. 540 46 3500 1301f 60A/52WMP/99 120 120 Plus, Difluse Coating, 670 52 41lt i.112.71 3 Ys {79.4} BB (23P 13012 604/52WMP/99 130 Plus, Difluse Coating, 640 52 2500 CC-8 4tlrc i'112.71 3 Vs {79.4} LongLife, BB (23)* Ratinqs at 120 volts. 480 46 6800 54 WATTS WATT-MISER- TAMPS I A21 Med 17960 60421Æ4WM/ÍS 120 120 Watt-Miser@, Clear-Tratfic Signal, 530 54 8000 C-llV 4% {111.1) 2'lro {6'1.9} Burn BDTH, BB, Krypton 17961 60A21/54WM/ÍS 130 120 Watl-Miser@, Clear-Traflic Si gnal, 530 54 8000 1) 2 %o {61.9} Burn BDTH, BB, Krypton (23)* 55 WATTS 419 Med 11904 554/SWMI48PK 120 144 Soft White, M¡ser@ 800 55 1000 CC-8 4tlr 1112.71 3'lt (79.41 60 WATTS WATT-MISER' TAMPS A21 Med 17968 69A2U60WM/ÍS 120 120 Watt-Miser@-Clear, Traflic Signal, 610 60 8000 C-lîV 4% {111.1) 2?ro {61.9) Burn BDTH, BB (23)* 17969 69421/60WM/IS í30 120 Watt-Mise¡@-Clear,TrallicSignal. 610 60 8000 C-llV 4% (,111.1) 2'lro (61.9) Burn BDTH, BB (23)* At5 Med 17755 60415/Ct CDiz 120 60 Clear-Ceiling Fan and Appliance, 650 60 1500 C-9 3Yz {88.9} 2% (60.3} Vibration Resistant (9)* 14029 60A15/WCF CDz 120 60 White, Ceiling tan, 650 60 1500 C-9 3Vz (88.9) 2% {60.3} Vibration Res¡stant {9)* 419 Med 41026 flf ß4 Standard 865 60 1000 cc-6 4 16783 604 130 120 lns¡de Frost 850 60 1000 CC-6 41ln 3'ls at 120 volts. 640 53 2600 35322 604/Ct24PK 120 120 Crystal Clear 870 60 1000 4 (112.11 3 ïr (79.4) 60A/W 48PK 120 144 Soft White 840 60 1000 4 3 11947 120 24 Soft White-Sal-T-GardrM 812 60 1000 CC-6 [tlrc 3 41285 604/Wtt 24PK 120 120 Soll 820 60 1500 CC-6 41ha 1112.71 3l/e 22384 60A/GD 120 120 l.t.-Garage 635 60 3000 CC-ô 4tl¡ l112.ll 3 Ys {79.4) Vibration Res¡stant 13609 604/GD/AUT0 CD 120 24 Light l.F.-Garage Door, 635 60 3000 CC-6 47ls i.112.71 3 Ts (79.4) V¡brat¡on Resistant, Carded 23097 6OA/GD CARD 120 24 [¡ght l.F.-Garage Door, 635 60 3000 CC-6 47ln l112.ll 3 Y¡ (79.a) V¡brat¡on Resistant, Carded 14414 60A/CVG 24PK 120 24 lnside Frost-C0V-B-GUARD¡M, BB, 850 60 '1000 CC-6 ATls 1112.71 3 Ya {79.4) Tellon@ Coated I 15805 604/5 120 120 SurvivofM t.F., 635 60 3000 471rc l112.ll 3 Ve {79.4) V¡bration Res¡slanl, BB {23f

l0 save energy costs, f¡nd the bulbs with the light outpul you need, then choOse the one w¡th the lowest watts. * 't-15 @ lvleans this lamp meets Federal l\4inimum Efficiency Standards. { ) All footnote references found at the end 0f this secti0n. fleduced Wattage @ to"rndescent Lamps

T8 Disc Ð

PAR46 PAR46 PAR38 BF30 T10 PAB38 419 421 Mog End Pr Scrw Trm Med Skrt Med Med Med Sid Pr Med Med

lígtr taaqy &atw Ap¡* Ptodtct lanp Cass AflW, ttseð tl,, ñlM6tn îcW, Ssan Ealh Bass Csde @ Ðesuiptioø li0t/6 <. Alditionallnlo¡natioa I@ fú toñ A$tC, Í æW 9yeat 60 WATTS (con't) 419 Med 15807 604/5 130 120 SurvivorrM LongLile 1.t., 625 60 3000 c-9 471ß1112.11 3V¡ (79.4) Vibration Resistant, BB (23f Rat¡ngs at 120 volts. 460 53 8300 16882 604/D 120 120 l.F.-Daylight 390 60 1000 CC-6 41ha l112.ll 3'/¡ (79.4) 20326 604/SPK 24PK n0 fln Soft Pink (46)* 675 60 1000 CC-6 47ha l112.ll 3 Ta (79.41 41284 604/Y 24PK 120 120 Yellow .Lite 550 60 1000 CC-6 41hs l112.ll 3r/¡ 75.4 16913 20 120 t.F Bowl 740 60 1000 cc-6 4 ha l112.ll }'lt 41624 604/PL 6PK 120 24 Plant light-Gro & ShorM, BB 630 60 1000 CC-6 [ths l112.ll 3rl¡ (79.4) 421 Med 16997 60421/8 120 120 Blue (46)* 60 1000 G-9 41la 1123.81 17009 60421/G n0 nn Green {46}* 60 1000 c-9 41h í23.81 17027 60421/R 120 120 Red {46)* 60 1000 c-9 4 % {123.8} 17122 60421 230 120 lnside Frost 585 60 1000 4 11. 2 PAR46 tnd Pr 17210 60PAR/1 38 12 650 60 800 4 11. ScruTem 17212 38 12 Red Lens-Train 60 800 cc-2v 3 0i HAIOGEN.IRÌM PAR IAMPS PAR38 MedSkirt 18627 @ 60PAR/H|R/SPI0' 120 12 Spot{23,56,88,96,15}* 1110 60 3000 CC-g 5 5/rc (t34.9) 2875 16000 r0

11881 @ 60PAR/SP/H|R6PK 120 6 {1 5,23,s6,88,96r 1110 60 3000 CC-8 5%o (13a.9) 2875 16000 10 18629 0 60PAR/HIR/SP10. 130 12 Spot{15,23,56,88,96}* 1110 60 3000 2875 16000 10 Ratings at 120 volts. 840 54 6000 ,1110 18626 @ 60PAB/HlR/tt30' 120 12 Flood {15,23,56,88,96}* 60 3000 CC-8 55/ro (134.9) 2875 3600 28 11878 O 60PAR/FUH|B 6PK 120 6 Flood {15,23,56,88,96)* 1110 60 3000 CC-8 55/ro (134.91 2875 3600 28 18628 @ 60PAR/H|R/FI30' 130 12 Flood {15,23,56,88,96}" 1110 60 3000 CC-8 5%o (134.9) 2875 3600 28 at 120 volls. 840 54 6000 10467 60PAR/HtR/40" 120 12 tlood 5,23,56,88,96r 1110 60 3000 CC-8 5 %o (134.9) 2875 2000 40 5fo 20947 @ 60PAR/H|R/WFL 120 12 Wide Flood (23,56,88,96,15)* 1110 60 3000 CC-8 5 (134.9) 2815 1250 20948 @ 60PAB/H|R/WFI 130 12 Wide tlood (23,56,88,96,15)* î110 60 3000 CC-8 5'/ro (134.9) 2875 1250 Rat¡ngs at 120 volts. 840 54 6000 KRYPTON-FILLED REFTECTOR LAMPS

BR30 Med 11861 60R30/FUK6PK 120 30 Rellector Flood 175 60 2000 CC-6 5% {136.5} 510 11862 60R30/SP/K 6PK 120 30 Reflector 775 60 2000 5 1600 T8 Disc 17226 t60 120 24 480 60 1500 C-8 17 3lt 17266 120 1 450 60 1500 C-8 17 T10 Med 17252 60T10/64 24PK 120 1SZ Clear-Showcase, BDTH 745 60 1000 G-8 5% {142.9} 10690 60T10-cD 6PK 120 120 Clear-Showcase, EDTH 740 60 1000 cc-8 5% {142.9) 17281 60T10/F 24PK 120 192 Frost-Showcase, BDTH 745 60 10oo C-8 5% {142.9) 17804 60T'|0/F/CD 120 120 BDTH 60 c-8 5 65 WATTS WATT-MISEB' LAMPS PAR38 Med Sid Pr 12847 75PAR/3SP/65WM 120 12 {56,S6,151 675 65 2000 CC-6 4uhu 2675 5900 14 12846 75PAR/3FU65WM 120 12 Flood {56,96, 675 65 2000 4 2675 1750 30 BR3(} 15711 120 24 710 65 2000 CC-6 5% (136.5) 1600 14264 130 24 Watt-M 725 65 2000 cc-6 5% (136.5) 15709 75830/FU65WM 120 24 Watt-Miser@-RellectorFlood 770 65 2000 CC-6 5% (136.5) 5f0 1426? 75R30/FU65WM 130 24 Watt-M¡ser@, Rellector Flood 725 65 2000 cc-6 5% (136.5) 20332 65RiSP/Ml/f 6PK fln 30 Miser@-Rellector 770 65 2000 CC-6 5% (136.5) û 20331 6SRitUMUl 6PK 120 30 Miser@-Rellecto¡ tlood 2000 cc-6 5

a

Certain lamps cannot be sold ¡n Canada, the lJn¡ted States, you T0 save energy costs, find the bulbs w¡th lhe light output need, then choose the 0ne with the lowest watts. or ¡ts teritor¡es. See pages * | -16 O lvleans this lamp meets F€deral l\ilin¡mum Efficiency Standards. ( ) All fo0tnote references found at the end of this section. Reduced Wâttage B-2 and B-3 for those lamp types available lor lncandescent tamps @ - t

BRA() 419 421 Med Med Med

Ughl EtoW Colo¡ Appx. Ptothtct Lanp Case ùutput Usod Ule filaneú tnl tßL fmp. Saan Eulb Bass Code @ Soscripliar h,6 Aq. Ad d iti o o al I nl o rn ati o ¡ lMñ lhb llo@ 0esigl in. (nnl io, lnnl { CE0P Sproad 65 WATTS (con't) WATT-M¡SER' TAMPS BB40 Med 14265 75R/FV65WM 120 24 Watt-M¡ser@, Rellector Flood 730 6s 2000 cc-6 s % {136.5} 14266 75R/FU65WM 130 24 Watt-Miser@, Rellector Flood 700 65 2000 cc-6 5% {136.5} 14016 65R40/FUMI 6PK 120 30 Misero, Bellector Flood" 730 65 2000 CC"6 5 % {136.5} 67 WATTS WATT.MISER' AND WATT-MISEB' PLUS TAMPS l/s 419 Med 12617 754/67WM 120 120 Watt-Miser@-Ditfuse Coating 1030 67 1000 CC-8 47hs l112Jl 3 (79.4) ,l20 12624 75A/67WM 130 Watt-Miser@-DiffuseCoating 1000 67 1000 CC-8 41lr l112.ll 3 '/s (79.4) Rat¡ngs at 120 volts. 755 60 2600 13013 754/67WMP/99 120 120 Watt-Misero Plus-Diffuse Goating, 940 67 2500 CC-8 4tln 1112.71 3 Yg (79.4) BB (23r 13018 754/67WMPi99 130 120 Watt-Miser@ Plus-Diffuse Coating, 910 67 2500 CC-8 47hs 1112.71 3 '/s (79.4) BB (23r 0 at 120 volts. 685 60 6800 421 Med 38551 67421/fS 120 120 Glear-Traffic Signal, BDTH, BB 635 67 8000 C-9 4 11.1 2 38552 67A2UÍS 125 120 Clear-Ttaffic Signal, BDTH, BB (23)* 635 67 8000 C-9 43ls 1111.11 2 lro (6,l.9) 38553 67A21/15 130 120 Clear-Traffic Signal, BDTH, BB (23)* 635 67 8000 C-9 4 % {111.I) 2'iro {61.9} 69 WATTS ?/ro 421 Med 17323 69421/fS 120 120 Clear-Traflic BDTH, BB {23)* 675 69 8000 C-9 4 % {111.1) 2 (61.9) 17324 69A2UTS 125 120 Clear-Traffic BDTH, BB 675 69 8000 4 11.1 2 17325 69421/15 130 120 Clear-Traflic Signal, BDTH, BB 675 69 8000 C-9 4'h 11.1 2tha 18217 130 120 Traflic S BB 670 69 8000 C-9 4 111.1 2 70 WATTS MISER' TAMPS At9 Med 11905 704/SWM|48PK 120 144 Soft White, Miser@ 1125 70 750 CC-8 47ha (112.71 3'is {79.4} 75 WATTS 419 Med 41030 754 48PK 120 144 Standard 1190 75 750 CC-6 47ha 1112.71 3 '/s {79.4} 17347 754 130 120 lnside Frost 1170 75 750 CC-6 471re .112.71 3 ïs {79.4} Rat¡ngs at 120 volts. 885 67 1950 10428 754/CL 24PK 120 120 Crystal Clear 1200 75 750 CC-6 41lr l112.ll 3 Ys (79.4) 41032 75A/W48PK 120 144 Soft White 1170 75 750 CC-6 47ls 1112.71 3 ïs (79.4) 41281 TsAiWtL 24PK 120 120 Soft White-[ongLile 1125 75 1125 CC-6 47ls 1112.71 3Î/s (79.a) 15808 754/3 120 120 SurvivorrM Longlile l.F. 825 75 3000 C-9 47ha '112.71 3 Vs (79.4) V¡brat¡on Res¡stant, BB {23f 15812 754/3 130 120 SurvivorrM longlile l.t. 815 75 3000 C-9 41ha 1112J1 3 ïs (79.4) V¡bration Res¡stant, BB {23f Ratings at 120 volts. 615 67 8300 17468 75A/RX 120 120 Red-Exit light, Enamel coated 75 5000 CC-6 47ls l.112.71 3 V¡ (79.a) on clear glass A21 Med 14124 75AißS/GVG 24PK 120 24 lnsideFrost-C0V-B-GUARDTM 740 75 1000 C-17 ï'lq Service, BB, Teflono Coated (23,83,95,47r 13611 754/CVGiAUT0 CD 24 lnside Frost-C0V-R-GARDru Rough 740 75 1000 C-'17 sYq {133.4} Ð Service, BB, Tellon@ Coated {23,47,83,95)* 10696 754/RT 6PK 120 48 RoughService,"Rufl-n-Tuff", 75 1000 C-17 5 Yr (133.4) BB {23,95P

cannot be sold United States, To save energy c0sts, find the bulbs with the light 0utput you need, then ch00se the one with the lowest watts. its teritories. See pages * 'r-17 O l\ileans thìs lamp meets Federal lvlinimum Effìciency Standards. ( ) All fo0tn0te references found at the end 0f this section. Reduced Wattage and B-3 for those lamp available for export only @ to"tndescent Lamps

Ð

PAR36 Scrw Term

421 ER3fl PAR3ll PAR38 PAR46 R20 R25 R30 Med Med NP Med Sid Pr Scrw Term Med Med Med

Light En*gy Colo¡ lppx. Produe, Lanp 0ase AüOû Ased Lile Filament MOL LCL fenp. Eean Bulb Base Codø Ø 0æcription Vohs ùry. Aúdîlìonal lnlo¡nation Lwa, waß lroaû Aosigø in. lnn) í¡. (nnl I 0ECP S$ead' 75 WATTS (con't) 421 Med 18274 75IilBS'l2PK 120 60 l.F. Rough Service {95)* 750 75 1000 C-17 5tl¡ (133.4) 313/rs {96.8} - - - 17527 754/RS 60PK 130 60 l.F. Rough Service {95)* 740 75 1000 C"17 5 Y¡ (133.4) 313/ro {96.8} Ratings at 120 volts. 560 67 2600 17482 75421 12 120 lnside trost (53)* î500 75 1000 C-6 5rl{ (133.4) 3r3/ro {96.8) ER30 Med 37044 75ER30 120 24 ER-Elliplical Rellector, Light t.t 850 75 2000 CC-6 6 '/4 (158.81 1200 {4,35,56)* 42850 758830 130 24 ER-EIliptical Rellector, Light l.F. 850 75 2000 CC-6 6Y¡ {158.8} 1200 {4,35,56)* HATOGEN PERFORMANCE PLUSTM LAMPS PAR30 Med NP 18055 o 75PAR30/H/NSP9' 120 15 Nanow Spot (55,56,80,88,15)* 1030 75 2000 cc-8 3 % 2830 13000 I 18056 O 75PAR30/H/NSP9' 130 15 Nanow Spot (55,56,80,88,15)* 1030 75 2000 cc-8 3% 2830 13000 I at 120 volls. 790 66 4000 18057 75PAR30/H/NFL25' 120 15 Narrow ood 15)* 1030 75 2000 35la lS2.1l 2830 3100 27 18058 O 75PAR30/H/NFI25' 130 15 Narrow Flood 1030 75 2000 cc-8 3 2830 3100 27 0ì Ratings at 120 volts. 790 66 4000 18059 o 75PAR30/H/F135' 120 15 Flood(55,56,80,88,15)* 1030 75 2000 cc-8 3% {92.1} 2830 2000 37 18060 @ 75PAR30/H/F135' 130 15 Flood(55,56,80,88,15)* 1030 75 2000 cc-8 3% {92.1} 2830 2000 37 Rat¡nqs at 120 volts. 790 66 4000 HATOGEN PEBFORMANCE PLUSTM LONG NECK PAR TAMPS

PAR30 Med NP 11124 @ 75PAR30UH/12' 120 15 Narrow {r 5,55)* 940 75 2000 CC-8 43lc 1120.71 2830 9000 12 11129 75PAR30UH/l2. 130 15 anow Spot {15,551* 940 75 2000 CC-8 Axlc 1120.11 2830 S000 12 Bat¡ngs at 120 volls. 751 66 4000 14943 O 75PAR30UH/25" 6PK 120 6 Flood (15,55)* 940 75 2000 CC-8 43h l120Jl 2830 3100 27 11131 @ 75PAR30UH/25. 130 15 Flood ('15,55)* 940 75 2000 CC-8 43lc .120.71 2830 3100 27 Balings at 120 volts. 751 66 4000 16393 o 75PAR30UH/60" 6PK 120 6 W¡de tlood 1050 15 2000 cc-8 4 2830 900 11154 o 75PAR30UH/60' 130 15 Wide Flood (15,55)* 1050 75 2000 CC-8 43lo 2830 900 60 Rati at f20 volts. 751 66 4000 PAR36 ScruTerm 33869 75PAR36/RS 75 12 740 75 500 2 (69.8) {15,23r HAIOGEN PEBFORMANCE PIUSTM PAR TAMPS PAR38 Med Skirt 21388 @ 75PAR/H/NSPS' 120 12 Narrow (23,46,56,88,96,151* 1030 75 2500 CC-8 5%o (13a.9) 2850 18000 I 2f'387 @ 75PAR/H/NFL25' 120 12 Narrow {23,46,56,88,96, 1030 75 2500 5 %o (134.9) 2850 4000 25 21389 O 75PAR/H/NFL25" 130 12 Narow Flood 15)- 1030 75 2500 5 2850 4000 25 ,l20 at 800 66 5000 75 WATTS (con't) PAR38 Med Skitt 17667 75PAR/tt 30 12 PAR-Tra¡n, Flood (53,23,15)* 975 75 1000 C-6 5 5/ro 1800 60 r7670 75PAR/FL 36 12 PAR-Flood, Boat (53,23,15)* 975 75 1000 C-6 5 5/ro 1800 60 Med Sid Pr 17682 7SPAB/3FUMINE 120 12 Mine Flood 15)* 765 75 2000 CC-6 4 %o (109,5) 2725 1750 33 17664 75PAR/3SP/MINE 120 12 Mine Spot {56,58,96,15). 765 75 2000 CC-6 4 5/'6 (109.5) 2725 ,l7654 PAR46 ScruTerm 75PAR46 48 12 PAR-Mine locomot¡ve (71,15)" 850 75 800 CC-zV 3% (95.3) 3 36473 75PAR4ô/IS 120 12 Trallic nal (15)* 700 75 6000 cc-6 3 % (98.4)' Med 11320 75R20 6PK 120 60 Rellector Flood, l.F 650 75 2000 C-9 3 Med 22151 75R25 6PK 12n 30 Rellector 750 75 2000 R30 Med 14722 75830iFUCVG 120 24 Reflector 880 75 2000 CC-6 5 % Û BB, Teflon@ Coated {23,83,95,47f 20996 75R30/PUí 6PK 120 30 Refleclor Spot-Plant Gro & ShoTM 75 2000 cc-6 5% (136.5) I BB 23520 75R30/SW6PK 120 30 White 2000 cc-6 5

Certãin lamps cann0t be s0ld ìn Canada, T0 save you energy costs, f¡nd the bulbs w¡th the lighl 0utput need, then choose the 0ne with the lowest watts. the United States, 0r its tetit0ries. See @ * |-t8 N,4eans this lamp meets Federai Minimum Efficiency Standards. ( ) All f00Ìnote references found at the end of this secti0n. Beduced Wattage pages 8-2 and B-3 for those lamp types available for export only. lncandeseent tamps @

a

)

R30 T10 423 PAR38 PAR36 419 421 BR4ll Med Med 3C Med Med Skrt Scrw Trm Med Med Med

Light Eneryy Colot lwx Ptudüet Ianp Caso 0u¡pttt lhed Lile Filanent Mqt Let fenp, Eaan Eulb Ease Code @ 0escúptitn Voß Aq. Ad ú íl¡ o n al I ¡tl a ûati o n Lûûeû wsß lloúÉ Ðesign in. lnm) in. lma) K CBCP Sprcad 75 WATTS (con't) ß30 Med 38211 75R30/A 120 24 Reflector-Amber 75 2000 cc-6 5% (136.5) 38212 75R30/B 120 24 Refleclor-Blue 75 2000 cc-6 5% {136.5) 38214 75R30/G 120 24 Reflector-Green 75 2000 cc-6 5% {136.5) 38215 75R30/PK 120 24 Reflector-Pink 75 2000 cc.6 5 % {136.5) 38216 75R30/R 120 24 Reflector-Red 75 2000 cc-6 5 % (136,5) 38217 75R30/Y 120 24 Reflector-Yellow 75 2000 cG-6 5% {136.5} T10 Med 17754 75T10i45 120 24 Clear-Showcase 800 75 1000 c-23 11 % (301.6) 17745 75f1011 120 24 Frost-Showcase 800 75 1000 c-23 11 % (301.61 80-170-250 WATTS 423 3C Med 15846 80/2504/RVSW 6PK 120 30 Soft White-Reader lightrM 1000 80 1000 C-zRCC-8 5% ('146.11 4%o (125.4) 3-Way (1,25,46)* 2800 170 1000 3800 250 1000 80 WATTS - E27 BASE - EXPORT TAMPS ri, I PAR38 Skirred{E27}18178 80PABltU27 22010 12 Clear Flood (15)* 750 80 2000 CC-6 5 (140.0) 2650 1500 35 18179 80PAR/FU27 24010 12 Cleat Flood (15)x 750 80 2000 CC-6 5'lz (140.0) 2650 1500 35

18661 ÛÛ?ABlÍVAnl 24110 12 Silicone Amber Flood (15)* 00 2000 CC-6 5i/z (140.0) 18650 80PAR/FUB/27 24U0 12 Silicone Blue Flood (15)* 80 2000 CC-6 5 Yz (140.0) 18653 80PAR/FUG/27 24010 12 Silicone Green Flood (15)* 80 2000 CC-6 5 Vz (140.0) f8656 80PAR/FUR/27 24010 12 Silicone Red tlood (15)* 80 2000 CC-6 51iz (140.0) 18658 80PAR/FW27 24010 12 Silicone Yellow Flood (15)* 80 2000 CC-6 5 Vz (140.0) 85 WATTS WATT-MISER' TAMPS 5/ro PAR3SMedSkirt 13463 100PAB/A/85WM6PK 120 6 Miser@PAR-SiliconeAmber(23,,15)* 85 2000 CC-6 5 {134.9) 13465 6PK 120 6 PAR-Silicone Blue 85 2000 {134.9) 13474 100PAR/G/05WM 6PK nn 6 PAR-Silicone Green (23,15)* 85 2000 cc-6 5 5/m 13472 t00PAB/B/85WM 6PK 120 6 Miser@ PAR-Silicone Bed (23,15)* 85 2000 CC-6 5 {134.9) 13473 100PAR/Yi85WM 6PK 120 6 Miser@ PAR-Silicone Yellow {23,15)* 85 2000 CC-6 5 %r {134.9) 5/ro 20945 85PAR/FVBG/ 6PK 12I 6 PAR Flood-Yellow-Bug-Lite (23,15)* 85 2000 CC-6 5 {134.9) PAB30 Med 12289 O 85P45/FVH/SIG/6PK 120 6 Photocell SatT-GardrM Flood (15)* 1075 85 3000 5 %o {134.9) PAR36 ScrwTerm 39817 88PAR36iFt 75 12 Proiector-Train Warning {15)* (6e.8) 90 WATTS WATT-MISER' AND WATT-MISER' PIUS LAMPS 419 Med 12618 1004/90WM 120 120 Watt-Miser@-Diffuse Coating '1465 S0 t000 CC-8 41ha |'112.71 3 Va {79.4) 12625 1004/90WM '130 120 Watt-Miser@-DiffuseGoating 1440 90 1000 CC-8 4tlr l.112.71 3'lo {79.4) Ratings af 120 volts. 1095 80 2600 130f9 1004/90WMP/99 120 120 Watt-Miser@ Plus-D¡ffuse Coating, Long[ife, BB 1285 90 2500 CC-8 471re i'112.71 3 Vo {79.4) 13023 100Ai90WMP/99 130 120 Watt-Miser@ Plus-Diffuse Long[ife, BB (23)* 1260 90 2500 CC-8 41hc l.112.71 3'lr (79.4) Ratings at 120 volts. 960 80 6800 A21 Med 17572 100421/90WM/ÍS 130 120 Watt-M¡ser@-Clear, Trallic Signal, 1040 90 8000 C-îlV 4% {111.1) 21,r (61.9} Burn BDTH, BB, Kryplon {23)* I BR40 Med 14267 1008/FU90WM 120 24 WatlMiser,@ Reflector tlood 1100 90 2000 CC-6 6 %s {166.7) 14268 100R/FU90WM 130 24 Watt-Miser@, Reflector Flood 1050 90 2000 CC-6 6'g/ro {166.7) - - - 14017 90R40/tUMl 6PK 120 30 Miser@, Reflectot Flood 1100 90 2000 CC-6 6 %r {166.7) - - - -

lamps cannot be sold in Canada, the United States, T0 sâve energy costs, f¡nd the bulbs with the light output you need, then ch00se the one with the lowest watts. its teritor¡es. See pages * O lvleans this lamp meets Federal l\ilinimum Efficiency Standards. { ) All fo0tn0te references found at the end of this secti0n. Beduced Wattage andB3forthoselamp | -19 available for expon only. @ tr"tndescent Lamps

t)

PAR38 TB19 At9 421 Med Skrt Med Med Med

Light Energy 0olo¡ Apw Pruhct LanF Case ùaçu, Asol LiÍa F¡tan eil il,ol LCL fenp. Eean Salb Base Cods @ 0eæúptioa Volts 0ty, Addltional lnlomatioa L@û hß rooû Ûæign in. {nnJ i¡. (nnJ I CBCP Syead. 90 WATTS (con't) HALOGEN PERFORMANCE PLUSTM PAR LAMPS PAB38 Med Ski¡t 13307 @ 90PAR/H/FU5' 120 12 Flood (23,15)* 1260 90 2500 C-8 5 5/ro (134.9) 2ûn 4100 27 5/rr 17451 @ 90PAR/FVHAL6PK 120 6 Flood(23.151* 1260 90 2500 CC-8 5 (134.9) 2810 4100 27 13308 @ 90PAB/H/FU5' 130 12 Flood (23,15)* 1260 90 2500 CC'8 5 5/ro (134.9) 2870 4100 27 Ratings at 120 volts. 940 79 4000 siro 1769'l @ S0PAB/CB/H/FL25' 120 12 Cool Beam Flood {23,78,15)* 1260 90 2500 CC-8 5 (134.9) 2870 4100 27 5/ro 13309 @ 90PAR/H/SP10" 120 12 Spot {14,23,56,88,96,15)* 1260 90 2500 CC-8 5 (134.9) 2870 16000 t0 5lo 17450 @ 90PAB/SP/HAL6PK 120 6 Spot{14,23,56,88,96,15}* 1260 90 2500 CC-8 5 {134.9} 2870 16000 10 13311 @ S0PAR/H/SP10' 130 12 Spot{14,15,56,88,96)* 124n 90 2000 CC-8 5%o {134.9} 2870 16000 10 Bat¡ngs at 120 volls. 940 79 4000 HATOGEN PERFORMANCE PLUSÍM A-tINE LAMPS TBî9 Med 20648 904/HAL6PK 120 6 Frost, Brass Base {23,83,88)* 1580 90 2000 CC-8 4tlrc l112.ll 3 Y¡ (79.4) 2930 16744 90T8/H 120 60 Frost, Brass Base {23,83,88)* 1580 90 2000 CC-8 41ha l112.tl 3 ïr (79.a) 2930 16745 90TB/H 130 60 Frosf, Brass Base (23,83,88f 1580 90 2000 CC-8 41ls (112.71 3 Y¡ (79.4) 2930 0-, Ral¡ngs at 120 volts. 1220 81 4000 95 WATTS MISER'LAMPS 419 Med 11906 954/SWMI 48PK 120 144 Soft White Miser@ 1610 95 750 CC-8 41ls 1112J1 3'/¡ (79.4) lOO WATTS 419 Med 41034 1004 48PK 120 144 Standard 1710 100 750 CC-8 41lr 7l tls 17933 I 130 120 Frost 1680 t00 750 cc-8 47|rc ,ls Rat¡ngs at 120 volts. 1275 89 1950 39321 1004/Ct 24PK 120 120 Crystal Clear 1730 100 750 CC"8 41lt 1112.11 3 Vs {79.4) 41036 100A/W48PK 120 144 Soft White '1690 100 750 CC-8 41ls |.112.71 3 Vs {79.4) 11948 t 120 24 White Saf-T-Ga 1624 100 750 CC-8 4 3 ,ls 41289 1004/W/tL24PK 120 120 Soft 1600 100 1125 CC-8 411rc 3 r7995 1004/rHT 12n E0 lnside Frost, BB, left-Hand f710 100 750 CC-6 41ln i'112.71 3 Ys (79.4) Medium Base (23)* 15813 1004/5 120 120 SurvivorrM-1.F. [ong[ile, 1190 100 3000 C-9 41lr 1112.71 3 ï¡ (79.a) Vibration Resistant, BB {23,46f 15815 100AiS 130 120 SuruivorrM-|.F. [ong[ile, 1170 100 3000 c-9 411rc (112J1 3 To (79.4) Vibration Resistant, BB (23,46f Rat¡ngs at 120 volts. 880 89 8300 41291 1004/Y 24PK 120 120 (14)* 1010 î00 1000 CC-8 4tlre 1112J1 3!/a {79.4} 20328 1004/SPK24PK 120 120 Soft Pink {46)* 1330 100 1000 4 18212 100421 120 60 lnsi 1710 100 750 CC-6 5'lc 3'ls 18221 100421 130 60 lnside Frost 690 100 750 CC-6 5r/¡ (133.4) 3% {98.4) Rat¡ngs at 120 volts. 285 89 1950 21314 10042U99 60PK 120 60 Difluse Coating-Extended Service, 1440 100 2500 cC-6 5Yr {133.4) 3% (s8.4) BB {23r ,l30 21315 100A21iSg 60PK 60 D¡fluse Coal¡ng-Extended Service, 1420 100 2500 CC-6 5 Y¡ {133.4) 3 % (98.4) BB (231* at 120 volts. 1080 89 6800 13612 1004/RS/AUT0 GD nn 24 LF. Rough Service 1160 100 1000 c-l7 51/¡ (133.41 3r%¡ (96.8) ,l00 18215 !00A/RS tzPK 120 60 l.F. Rough Service 1160 1000 C-l7 5 V¡ (133.4) 31%o (96.81 c- 17522 100A/RS 60PK 130 60 l.t. Rough Service 1150 100 1000 c-17 5 Vq 1133.4) 3r%o {96.8} Batinos at 120 vohs. 875 89 2600

T0 save energy c0sts, find the bulbs with the light Output you need, then ch00se the one with the lowest watts. * | -20 O lvleans this lamp meets Federal Minimum Efficiency Standards. ( ) All fo0tnote references f0und at the end 0f this secti0n. Beduced Wattaqe lncandescent tamps @

Ð

421 423 G16r/, PAR38 PAR38 Med Med DC Bay Med Skrt Med Sid Pr

Light Enügl tolo¡ ÃPpx. korl,¡,et hnP Casa outpú Used Life Íilanent M0t LCI Taûp. ßaan Bulb Easa Cøde @ Desüiption Vob Ag. Adúit¡oÌal ißlo¡nat¡øn tMú waß |tow [lesigo in. (nn) in. (nn) x CBAP Spread 100 WATTS (con't) ,l00 A21 Med 14719 '1004/RSiCVG 120 120 l.F.-C0V-R-GUARDTM Rough Service, 1230 1000 C-17 5Yr (133.a) 3r%o {96.8} BB, Tellon@ Coaled {23,47,83,95f 11245 100A/RT 6PK 120 48 Serv¡ce ($,95r - 100 1000 c-17 5 18365 10042r/IS 130 120 Clear-Traffic Signal, Watts:98, 1280 100 3000 C-9 43h 11.1 2 BDTH, BB {23)- 17860 100A2u4sP 120 120 l.F.-Medical BB (23r 1150 100 200 4% (111.1) 3 (76.2) 17525 100421/SBIF 60PK 120 60 l.F. Silvered Bowl (28)* 1400 100 1000 cc-6 5 3% (98.4) 17528 100A21/SB 60PK 120 60 {28)* 1400 100 1000 cc-6 S,lq 3 423 Med 18512 100423 12 120 lnside Frost 1750 100 1000 C.6 515/t (150.8) 411rc A21 Med 17845 100421/3 32 120 Clear-Locomot¡ve Headlight, BB t61o 100 5oo c-5 4% (111.1) 3 {76.2} (13,23,53r 17515 1004 60PK 230 60 lnside Frost (53)* 1280 100 750 C-74 5'lq 313/ro (96.8) y4 17516 100A 60PK 250 60 lnside Frost {53}* 1280 100 750 C-74 5 {133.4) 3r3/r (96.8) 17524 1004/RS 60PK 250 60 l.F. Bough Seruice (53,95)* 960 100 1000 C-17 5 T¡ (133.4) 3'%o {96.8} (96.8) 17517 't004 60PK 277 60 lnside Frost (32,53)* 1250 100 750 C-74 sYq (133.a) 313/r I (150.8) 47hs 423 Med 17904 1004 34 120 l.F.-Train {53)* 2160 100 1000 c-9 515/re 1112J1 18487 1004/D 120 120 720 100 750 cc-6 5 41lr (112.71 18542 100423120 120 120 BB (3,231 1530 l(lf) ll)f)(l cc-6 5'%o 4 18449 100423 n0 nn lnside Frost 1600 100 750 CC-6 51%o (150.8) {'hs 18632 1004,/8 120 120 Red (46)* 100 750 GC-6 515iro (150.8) 33454 100423 /S 24PK 120 24 l.F.-Vibration Service (12)* 1360 100 1000 C-9 515/ro (150.8) 4tlr 1112'11 33456 100423^/5 24PK 130 24 l.F.-V¡bration Setvice (12)* 1340 100 1000 C-9 5r5/ro (150.8) 47ha (12.71 Ratings at 120 volts. 1020 89 2600 DC 18721 100G161i,/290C 120 60 BB 1660 100 200 cc-13 3 1 l(l(l WATTS STANDABD HALOGEN PAR TAMPS (134.9) PAR38 Med Sk¡il 17946 O l00PAR/H/tt 120 12 Flood {14,,l5,23,56,88,96}* 1400 100 2000 CC'8 55/,0 2900 4800 27 11 17992 @ 100PAR/SP/S/HAL6PK 120 6 {1 4,1 5,23,56,88,96r 1400 100 2000 CC-8 55/ro {134.9} 2900 17000 5iro 17947 @ í00PAR/H/FL 130 12 Flood (f 4,15,23,56,88,96)* 1400 100 2000 5 {134.9) 2900 4800 27 Batings al 120 volts. 1100 88 4000 (î34,91 17951 0 !00PAR/H/SP 120 12 {14,1 5,23,56,88,96)* 1400 100 2000 CC-8 55/ro 2900 17000 îf (134.9) 17986 6PK 120 6 Flood (14,15,23,56,88,96f 1400 100 2000 CC-8 5 %o 2900 4800 27 5/ro 17952 @ r00PAR/H/SP 130 6 Spot {14,15,23,56,88,96}* 1400 100 2000 CC-8 5 {134.9} 2900 17000 11 Rat¡ngs at 120 volts, 1100 88 4000 HAIOGEN-IRTM PAR TAMPS (134.9ì PAB38 Med Skin 18631 @ 100PAB/H|R/Í{F125' 120 12 Nanow Flood (15,23,56,88,96)+ 2070 r00 3000 CC-8 5%o 2900 7500 27 11883 @ 100PAR/FUH|R 6PK 120 6 Nattow Flood (,l5,23,56,88,96)* 2070 100 3000 CC-8 5 %o (,134.91 2900 7500 27 u/m 18633 @ 100PAR/H|R/NFL25' 130 12 Narrow flood (15,23,56,88,96f 2070 100 3000 CC-8 5 2900 7500 27 Ratings af 120 volts. 1570 88 6000 5/ro 10473 (Ð 100PAR/H|R/40' 120 12 Flood {23,56,88,96)* 2070 100 3000 C-8 5 (134,9) 2300 3400 40 (î34.9) 10 18635 0 100PAR/H|R/SP10' 120 12 {1 5,23,56,88,96r 2070 100 3000 CC-8 55/ro 2900 29000 (134.9) 10 11885 0 î00PAR/SP/H|R 6PK 120 6 {1 5,23,56,88,96r 2070 100 3000 5 %o 2900 29000 18636 @ 100PAR/H|R/SP10' 130 12 (1 5,23,56,88,S6r 2070 100 3000 cc-8 5 2900 23000 10 Rat¡ngs at 120 volts. 1570 88 6000 PAR-Mine Flood 1400 't00 1000 c-6 4 2200 60 I Med Sid Pr 18822 12 12

lamps cannot be sold Canada, lhe United Stâtes, you the lowest walts T0 save energy cOsts, find the bulbs with the light output need, then choose the 0ne with its terilories. See pages * Wattage r -21 @ lvleans this lamp meets Federal lvlinimum Efficiency Slandards. ( ) All f00tn0te references found at the end of this section. Reduced and 8-3 for lhose lamp available for onl\/. @ tncandescent Lamps

t)

PAR38 PAR46 R30 ï8 PS25 421 ER4ll PAR38 Med Skrt Scm Trm Med SC Bay 3G Mog Med Med Med Sid Pr

Light Energl 0olo¡ npu. Ptoúucl lanp 0ass Aûgut Uted LiÍe lilane¡¡t ,Å0t $L fenp. Bean Ealb Stsa Coúø @ 0escripüott Valts Aû. Add¡tioÍal lnlomatíor þtuß Wñ uo6 ùesign in. {nnl in. (nn) x CBCP Swoad E27 BASE. EXPORT TAMPS

PAR38 Skirled {t2i) 38854 100PAR/FU27 22010 12 Clear Flood 800 100 2000 cc-6 5 y, {140.0} 2600 1500 35 40027 100PAR/SP/27 22010 12 Spot 800 100 2000 CC-6 5 Y, {140.0} 2600 3300 20 42711 100PAR/FU27 24010 12 Clear Flood (15)* 800 100 2000 CC-6 51/r (140.0) 2600 1500 35 (15)* 42110 100PARiSPi27 24010 12 Clear 800 100 2000 cc"6 \th 11 40.0) 2600 3300 20 40028 I00PAR/FVBi27 22010 12 Silicone Blue Flood (15)* 100 2000 40029 100PAR/FUGi27 22010 12 Silicone Green Flood (15)* 100 2000 CC-6 51lz 40030 100PAR/FUR/27 22Un n Silicone Red Flood (15)* - 100 2000 CC-6 5'/z (140.0) ,l00 40031 100PAR|FW|27 22010 12 Silicone Yellow tlood (15)* - 2000 CC-6 5rlz {140.0)

(15)* 20177 100PAR/FUG/27 24010 12 Silicone Green tlood 100 2000 cc-6 511, {1 40.0} 20778 !00PAR/FVR/27 24010 12 Silicone Red Flood (15)* 100 2000 20779 1 12 Silicone Yellow Flood {15)* 100 2000 h lfl0 WATTS PAR46 Sc¡wTerm 34465 100P4R46 60 12 MineLocomotiveHeadl¡ght(71,15)* 1290 î00 800 CC-2V 3% (95.31 R30 Med 39503 100R30/Ct 12 24 Rellector-Clear, Swimming Pool, 1200 r00 2000 c-6 5% (136.5) BB {4,23,46,53r 0i T8 SG Bay 18881 100T8/1SC 20 24 Clear-Contour Map ANSI: BZA, 2600 100 50 cc-6 3 {76.2) 23lro (55.6} Source 4,5x3.0 mm (8,31,61,94f r00-200-300 WATTS

PS25 3 C 100130012 - Mog 18780 120 60 Soft White 3-Way, Neck of bulb 1320 100 1500 CG-6 6 "/ro {169.9} 4tlrc l112.tl coated red lrom base to maximum bulb 3300 200 1200 d¡ameter (1,25,46)* 4620 300 1200

4f45S 100i300 6PK 120 30 Solt White - 3-Way {1,25,46}* 1320 100 1500 CC-6 6'liro (169.9) 411re i.112.71 3300 200 1200 4620 300 1200 l!(l WATTS ,l10 R30 Med 18980 110R30/FURS 120 24 Reflector Flood, l.F. Rough Service, 1080 2000 C-17 5 % (136.5) BB 123)* 116 WATTS

421 Med 19008 116421/T5 120 120 Clear-Traffic l, BDTH, (23f 1280 116 8000 C-9 4 % {111.1} 2 %o {61.9) 125 120 Clear-Traffic l, BDTH, BB (23r 1280 116 8000 C-9 4% {111.1} 27lr 19010 r16421Æ5 130 120 Clear-Traffic Signal, BDTH, BB (23f 1280 116 8000 4 11. 18209 125 120 Trallic BDTH (23r 't240 116 8000 C-9 4 2 120 WATTS

ER40 Med 41607 120ER40 120 24 ER-EIliptical Reflector, Light l.F. 1425 120 2000 CC-6 73ls 1187.31 1700 (4,35,561*

43231 120ER40 130 24 E8-Elliptical Rellector, light l.F 1425 120 2000 CC-6 7% (187.3) 1700 {4,35,56). WATT-MISER' I-AMPS PAR38 Med Sid Pr'12810 150PAR/3SPÍ20WM 120 12 WaÍ-Misero-Spot{56,58,96,15)* 1370 120 2000 CC-6 4%o (109.S} 2725 9200 18 12808 150PAB/3FU120WM 120 12 Watt-Miser@-Flood(56.58.96.1 5)* f370 120 2000 cc-6 4 {1 09.5} 2725 3600 30 E27 BASE - EXPORT LAMPS PAR3SSkirred(8271 18172 120PARIFU27 22010 12 ClearFlood{15}* 1200 120 2000 CC-6 5 '/, {140.0) 2615 2300 35 18173 120PABlÍU2t 24010 12 Clear Flood (15)* 1200 120 2000 CC-6 5'/z (140.0) 2675 2300 35 22010 12 Clear Spot 1200 î20 2000 cc-6 511, 2675 5500 20 24010 12 Clear 1200 120 2000 cc-6 5 2675 5500 20 0

¡

Certain lamps cannot be sold ¡n Canada. the United States, To save eneqy costs, find the bulbs with the light 0utput you need, then choose the one with tlìe lowest watts. or its tetritories. pages * See O Means this lamp meets Federal Nilinimum Eff¡ciency t -22 Standards. f ) All footnote references f0und at the end 0f this sect¡on. Redured Wattage B-2 and B-3 for those lamp ava¡lable for export only. - lncandescent tamps @

Ð

PAR56 BR4O Gl6t/z R40 421 423 Scrw Trm Med DC Bay Med Med Med

ßght Eaergy Cslot appx. P¡oduú Lang Case oatpst Used Lilø Filanent ilo1 LCT lenp, Eean (nnl (nnl Sprcad Bulþ Sase Code @ Besuíptioo Volß ay. Adú iri oÌ al Inl o nt at¡ o n Lññ wú tloB Besign í¡. in. x CBCP 120 WATTS (con't) PAR56 Scrw Term 19023 120PAR56VNSP 12 12 Narrow (1î,56,59,15)* 1050 120 2000 C-6 41lz 1114'31 2750 60000 8x6 19024 120P4R56/MFL 12 12 Medium tlood (11,56,59,15)* 1050 120 2000 4 (r14.3) 2750 15000 18x9 50 5625 35x18 WATT-MISER' AND MISER' PLUS TAMPS BR40 Med 15048 150R/FUÍ20WM 120 24 Watt'Miser@-Reflector Flood 1600 120 2000 CC-6 6'g/ro (166.71 1450 t.F. {4,35,46,56)* 15746 150R/FU120WM 130 24 Watt-Miseto'Rellector Flood 1600 120 2000 CC-6 6 e/m t450 l.F, {4,35,46,56r 15047 1508/SP¡20WM 120 24 Watt-Miser@-Reflector Spot- 1600 120 2000 CC-6 6'g/ro {166.7) 6700 t.t. {4,35,46,56)* 15741 1508/SP/120WM 130 24 Watt-M 1600 120 2000 CC-6 6 %o (166.7) t¡ r.F. (4,35,46,56r 20333 l20R/tUMUl 6PK 120 30 Miser@-ßellector Flood {4,35,46,56)* 1600 120 2000 7l

203X4 1 6PK 120 30 1600 120 2000 cc-6 6 125 WATTS 120 ct BDTH (7,997 1650 125 600 CC-13 3 (76,2) 11/z (38.1) 0 Gl6r/z DC Bay 19031 125G16t/zDC (166.7) R40 Med 13049 1 120 24 Rellector lnfrared, Cleat 125 5000 6 %o (24,4.46,56,94r 135 WATTS WATT-MISER' AND WATT-MISER' PIUS LAMPS A21 Med 12619 150M35WM 120 60 Watt-Miser@-Oiffuse Coati 2380 135 1000 cc-8 5 % 4'lm (103.21 3/B 12621 150A/135WM 130 60 iffuse ng 2340 135 1000 CC-8 5 (1 4 at 120 volts. 1790 120 2600 13024 1504/135WMP/99 120 60 Watt-Miser@Plus-D¡ffuseCoat¡ng, 2100 135 2500 5 (136.5) 4liro {103.2) LongLife 13025 150M35WMP/99 130 60 Watt-Miser@ Plus-Ditfuse Goating, 2060 135 2500 CC-8 5% {136.5} 4'lr (103.2) LongIile Ratings at'120 volts. 1580 120 6800 17973 150A2Uí35WM/IS 120 120 Watt-Miset@-Clear,TrafficSignal, 1750 135 7000 G-llV 4rtl,0 (119.1) 3 {76.2) Burn BDTH, BB, (23)- 17974 150A21ir35WM/fS 130 120 iser@-Clear, Traffic Signal, 1750 135 7000 C-lîV 4 lr 3 Burn BDTH. BB. Krvoton {23)* I5(l WATTS A21 Med 19168 î504 120 60 lnside Frost 2850 150 750 cc-8 5% 4liro {103.2) 41254 150A 24PK 120 24 2850 150 750 CC-8 5'h 4 33009 1504 130 60 lns¡de Frost 2800 150 750 CC-8 5% {136.5} 411rc Batings at'120 volts. 2140 133 1950 10425 ls(lAiwt2PK nf 60 Soft White 2780 150 750 CC-8 5'/s 41/n (103.2) 16068 150A/CL 12PK 120 60 Clear 2850 150 750 Cc-8 5 4 03.2) 17623 î50421/RS 120 60 LF Serv¡ce 2100 t50 1000 C-17 51lc 3 17625 150421/RS 130 60 l.F.-Rough 2065 150 1000 C-17 51/¡ (133.41 31%o at 120 volts. 1580 133 2600 15817 1504/5 120 60 .t. [ongLile, 1950 r50 3000 c-9 4 3% (85.7) V¡brat¡on Resistant, BB 3/s 15818 130 60 SurvivorrM-1.F. Longlife, 1925 150 3000 C-9 4tiln 1125.41 3 {85.7) Vibration Resistant, BB (23,46f Ð Rat¡ngs at 120 volts. 1470 133 8300 423 Med 19080 150423 120 60 lnside Frost 2780 150 750 CC-8 6%o (1s7.2) 4% (f17.s) 19082 150423 130 60 lnside Frost 2730 150 750 CC-8 6 %o {157.2} 4 % (117.5) at 120 volts. 2085 133 r950 lamps cannot be sold in Canada, the United States. To save energy c0sts, find the bulbs with the light output y0u need, then choose the 0ne with the lowest watts. its teritories. See pages * O ¡/eans this lamp meets Fedi:ral Minimum Efficiency Standards. { ) All footnote references found at the end 0f this section. Beduced Wattage and 8-3 forthose lamp | -23 available for @ lncandescent Lamps

Ð

P25 PAB38 PAR38 PAR38 PAR46 PAR46 PS25 PS30 Med Med Skrt Med Sid Pr Skrt Scrw Trm Med Sid Pr Med Med

tight Eneryy 0olu Appx F¡otlutl tør Eass ohtpü Usal AÍs f¡tanffit ,Ã0t tcl lanp, Eeaa Erlb 8a8t Codt @ Dewiotio¡ Uøltr ûty, Ãdtlitíonalhfornatin l@tu tuû tt@ tøsitø in, (nnì in. (nnl T CSâP Sønad, 150 WATTS (con't)

423 Med 19204 150A23/99 12n 60 l.F.-Exlended Service, BB {23}* 2350 150 2500 CC-8 6%s (157.2) 4% (1r7.5) 19206 150423/99 130 60 l.F.-[xtended Seruice, BB {23}* 2310 150 2500 CC-8 63/ro (157.2) 4% (117.5) at 120 volts. 1765 133 6800 P25 Med 19334 150P25/2SB 120 60 Silvered Bowl, 2î00 150 200 C-74 43lq ( Hard glass butlon, BB (23,28f 19372 150P25/10 120 60 light l.F.-Spot, Hard glass button, 2í00 150 200 C-74 43lc llÀ}.tl 3 (76.2) BB l50PAR/TUA 120 12 Flood, Dichro Amber (23,l5)* 150 2000 cc-6 5 19465 120 12 Flood, Dichro Blue (23,15)* 150 2000 5 34.9) ,l50 19467 IsÍIPAR/FUG 120 12 Flood, Dichro Green {23,15)* - 2000 CC-6 5 5/ro (134.9) 19460 lsflPAR/FUR 120 12 Flood, Dichro Red (23,15)* - 150 2000 CC-6 5 5/ro (134.9) Med Sid Pr 44933 150PAR/3WFL 125 12 8,1 1500 150 2000 C-13 4%o {109.5) 2775 19497 150PAR/4 125 12 1500 150 2000 C-13 4%o 2775 19503 ls0PAB/3tVMll¡E 120 12 Mine-Flood 5)* 740 150 2000 4 2775 3100 36 19505 130 12 Mine-Flood (56,68,96,15)* 740 2000 4 3100 36 5/,0 0i 19487 15(IPAB/3SP/MINE 120 12 Mine-Spot (56,58,96)* 1740 150 2000 CC-6 4 (109.5) 12000 16 19489 150PAR/3SP/MINE 130 12 Mine-Spot (56,58,96,15)* 1740 150 2000 CC-6 4 5/ro (109.5) 12000 16 E27 BASE - EXPORT IAMPS

PAB38 Skin€d(tz7| 40033 150PAR/FU27 22010 12 Glear Flood 1350 150 2000 CC"6 51lz 2650 2450 35 40035 150PAR/FU27 12 Glear Flood 1350 150 2000 2650 2450 35 150PAB/SP/27 (15)* 40032 22010 12 Clear Spot 1350 150 2000 CC-6 5r/z {140.0) 2650 5600 20 40034 150PAR/SPi27 24010 12 Clear {15f 1350 'l50 2000 CC-6 5rl¿ (140.0) 2650 5600 20 34725 150P4ß812FA27 22010 12 Cool Beam Glear Flood {78, 1350 150 2000 CC-6 5 ïz (140.0) 2650 2450 35 ScrwTerm 19512 150P4ß46/1 32 12 Mine Locomotive 1950 150 800 CC-8 33lo 100000 9x9 3 Prong 35327 150P4R46/ÍS 115 12 - Burn Horiz. (2,15)* 1750 150 6000 CC-6 4 ScrwTem 19517 150P4R46 125 12 M¡ne locomotive Headlight (15)* 1250 150 1000 3 (4,11,56,58,96,15f Med Sid Pr 41968 150PAR46i3MFI 125 12 Medium Flood 1500 150 2000 cc{3 4 {101.6) 2750 8000 26x13 PS25 Med 14635 150PS25/CVG 120 60 lnside Frost-C0V-R-GUARDTM BB, Tellon@ Coated 2630 'l50 1000 C-9 61%o 19528 150/tt 120 60 lnside trost 2570 150 750 6 5 %s (131.8) 19530 150/rF 130 60 lnside Frost 2520 150 750 C-S 615/r (176.2) 53/ro (131.8) at 120 volts. 1930 133 1950 19ô16 150iRS 120 2190 150 1000 c-17 6 19618 150/RS 130 60 l.F.-Rough Service 2160 150 1000 6 5 %o (131.8) Rat¡ at 120 volls. 1650 133 2600 19597 150/SBIF 120 60 l.t.-Silver (28r 2370 150 1000 C-g 615hs 1176.21 5 19656 150i99 120 60 BB 2250 150 2500 C-9 61%o 5 19658 150/99 130 60 l.F.-Extended Service, BB (23)* 2200 150 2500 6 5 3/ro (131.81

Ratings at 120 volts. 1680 133 6800 150 /S 24PK 33463 120 24 l.t.-Vibration Service 2310 150 f000 C-9 6t%6 {176.2) 5%r {,131.8) 33465 150^/S 24PK 130 24 l.F.-Vibration Service 2270 150 1000 C-9 61%o (176.2) 5%o {131.8} at 120 volts. 1735 133 2600 'rs0/RS/CVG 14716 120 2120 150 1000 C-17 6 5 31.8) Rough Service, BB, Tellon@ Coated (23,47,83,95r PS30 Med 19756 150PS30 240 Clear-Reflector, Silvered Neck, 0 60 1950 150 1000 C-9 81/ro {204.8) 6 (î 52.41 BB (23,43,53)* ¡

Certain lamps cannot be sold in Canada, the United States, T0 save energy costs, find the bulbs with the light 0utput y0u need, then choose the one w¡th the l0west watts. @ * or its tetritories. See pages t-24 Means this lamp meets Federal l\¡in¡mum Efficiency Standards. ( ) All f00tn0te references found at the end 0f th¡s section. Beduced Wattage I 2 and B'3 for those lamp types ava¡lable for export only. lncandescent Lamps @

a

Ð

PAR56 PAR56 PS30 R40 423 421 PAR46 Mog End Pr Med Med Med Med Med Sid Pr Scrw Trm

Light EteW Colo¡ âepx Lel îenp, Estn koihet Lanp Caso Aüput Uted ül¿ Ftlaneil nal 0esign (nnl CBf,P Syead Eulh 8æe Soda @ Desariatio¡ llatts lJly. Ndîtianal húo¡naion l@6 lil¡r' Now ítt. lrmnl in. I 150 WATTS (con't) 840 Med 19823 150R/B 120 24 Reflector-Blue (35,36,46)* 150 2000 CC-6 6e/ro {1 6'g/ro (166.7) 19821 fln 24 Rellector-Bl {35,36,46r 150 2000 CC-6 (166.7) 1983s 1508/PK 120 24 Rellector-Pink 150 2000 CC-6 6%o (166.7) 19841 150R/R 120 24 Rellector-Red r50 2000 6'g/ro 150R40/P[{ 6PK 120 30 Rellector Plant Light-Gro r50 2000 cc-6 6 BB (4,23,46,56r 44674 150R40/TB fln 24 Jewelry Spot Reflector Transparent 150 2000 CC-6 6'g/r {166.7} Blue (4,35,46,56,76)* 14715 ',rs0R/tucvc 130 24 F|ood-C0V-R-GUARDTM, 1860 150 2000 CC-6 6%o BB, Tellon@ Goated

170 WATTS 5Tr 1146.1) 45/ro {125.4) 423 Med 15942 1704/RUSW 6PK 120 30 Soft White-Beader LiahtrM 3100 r70 750 CC-S 175 WATTS CC-6 5 3fo (134.9) 13643 T 75PAR38/HEAT 120 12 PAR, lnlrared. Cleat 175 5000 I PAB38 MedSkirt 2fl(l WATTS 5% (136.5) 41ln 03.2) A21 Med 11585 2004/Wl 12PK 120 60 Soft White 3910 200 750 CC-8 6%o (157.2) [uh Med 20019 2004 12PK 120 60 Standard 3920 200 750 CC-8 3/ro 20030 2004 130 60 lnside Frost 3850 200 750 6 {157.2} 45la 1117 at 120 volts. 2965 177 1S50 750 5% (1 (r03.2) 421 Med 16069 12PK 120 60 Crystal 3980 200 cc-8 5/s 6 3/16 4 423 Med 20051 2004/cr 130 60 Clear 3850 200 750 CC-S {157.2} {117.5) at 120 volts. 2565 177 1950 (23)* 6 3/ro 4% (1r7.5) 20076 120 60 l.F Seruice, BB 3320 200 2500 CC-8 20078 2004/99 130 60 l.F.-Extended B8 (23r 3250 200 CC-8 6 %o {r17.5) at 120 volts. 2500 177 6800 3ls 4% (rI7.5) 20081 2004/99/Ct 130 60 Service, BB 200 2500 '157.21 Ratings at 120 volts. 2500 177 6800 (4,1 2270 2oo 2ooo 4 (101.6) 2750 31000 12x8 PAR46 Med Sid Pr 20115 200PAR46i3NSP 120 12 Narrow 1,36,58,96,15r cc-13 4 (101.6) 2750 12x8 200P4R46/3NSP 130 12 Narrow {4, 15)* 2270 200 200r cc-13 4 2750 t1500 27x1 20138 200PAR46i3MFL 120 12 Medium tlood {4,11,36,56,58,96,15)* 2270 200 2000 cc-13 {101.6} (10r.6) 2750 11500 27x13 20140 200P4R46/3MFL f30 12 Medium Flood (4,1 1,36,56,58,96,1 5f 2210 200 2000 cc-í3 4 (2,15)* 500 41h 1114.31 270000 9x9 PAR56 ScruTerm 20122 200PAR 30 12 Locomotive 3700 200 cc-8 (4,11,56,59,1 5 (127.0} 2750 T5000 22x13 End Pr 49889 120 12 Flood 2270 200 2100 cc{3 6 14636 120 60 3480 200 1000 C-9 I'fo {204.8} BB, Tellon@ Coated (23,83,95,47f '1000 (204.8) 6 (152.4) 14637 200Ps30/Rs/cvG 120 60 lnside FrosþC0V-R'GUARDTM, 3330 200 C-9 8'/ro Bough Service, BB, Teflon@ Goated (23,83,S5,47r (20a.8) 6 20403 200Ps30/24 f30 60 ClearBough Serv¡ce {95}* 3240 200 1000 c-9 I Y,o {152.4) at 120 volts. 2495 177 2600 (152.4) 200/sBlt 120 60 Bowl (28)* 3320 200 1000 c-9 8 (204.8) 6 (äT 8'/ro (204.8) 6 20352 200i991F 120 60 l.F.-Extended BB 3050 200 2500 C-9 {.152.4) 8'/re (204.8) 6 (152.4) 20354 200iS9lF r30 60 l.t.-Extended Service, BB {ær 3000 200 2500 c-9 at 120 volts. 2310 117 6800 r¡6 (204.81 6 20170 200 120 60 Clear 3600 200 750 8 750 8'/rc (204.8) 6 {1 Ð 20112 200 130 60 Clear 3540 200 at 120 volts. 2725 117 1950 750 c-9 8tÁo 6 20250 200ilt 120 60 I 3600 200

Certain lampscannot be sold in Canada, lhe united States, watts. T0 save energy costs, lind the bulbs with the light output you need, then choose the one wìlh the lowest or its tetritories. See pages * 0f this section. Beduced WaÌlage | -25 O l\¡eans this lamp meets tederal lvlinimum Efficiency Standards. ( ) All f00tn0te references found at the end B-2 and B 3 for those lamp types available for export Incandescent Lamps

f) PAR56 Scrw Trm

PAR56 PS30 423 R40 PS30 R40 Moq End pr PS25 Med Mog Med Med Med Skñ - Med

lÌghl Energy Colo¡ Ãppx P¡odaa Lanp 0asc 0utput llsed Lil¿ Filanett ,t0L LCL few Eean Balh Sasa Cada @ Acscrigtioa Vo/¡r- AU. Adúitioûal InÍomalion tMM WsÈ tt@ 0æþn l¡t lnnj i¡. (rnnl x 0SCP Sgroai 200 WATTS (con't)

PS30 Med 20252 200ÍF 130 60 lnside trost 3540 200 750 C-g I'iro (204.8) 6 (152.4) at 120 volts. 2725 177 1950 Mog 20426 130 60 Clear 3710 200 750 C-9 87lr Med 33466 24PK 120 24 r.F 3300 200 1000 c-9 8 6 (r52.4) 33468 200PS30/23 24PK 130 24 .-Rough Seru¡ce 3240 20r I 6 (152.4) Ratings at 120 volts. 2495 177 2600 20152 200 250 60 Clear 2980 200 1000 C-9 8'/'u 240 WATTS PAR56 ScruTerm 240P4R56 20575 /NSP 12 12 Very Narrow Spot (4,11,56,59,15f 2570 240 2000 C-6 41lz (114.31 2800 140000 9x6 20576 240P4R56/Mtt 12 12 Medium Flood (4,11,56,59,15)* 2570 240 2000 C-6 41lz (114.31 2800 46000 t9x8 240PAR56/WFL 20577 12 12 Wide Flood {4.11.56.69. 15)* 2570 240 2000 C-6 41lz 1114.3) 2800 13000 35x18 250 WATTS 423 15843 Med 6PK 120 30 Solt Wh¡te-Reader {1)* 4500 250 750 CC-8 53lo ) 4 %o (125.4) R40 Med 37770 250840í 6PK 120 30 red. Clear Face 2200 250 5000 6 t/r 7l (24,4,6,34,46,56,94,95)* 0) 16257 250R40i1/CVG 120 24 C|eaI-C0V-R-GUARDTM Teflon@ Coated, 2f50 2b0 5000 6 (166.7) C-9 '$/r6 Food Warming, Ref lector-lnf rared (47,6,34,46,56,94,95r Med Sk¡rt 20724 250R40/4 120 24 Reflector lnfrared lndustrial- 250 5000 C-9 7 %o (188.9) hr I.F. (4,6,23,34,56,95r

Med 37771 250R40/î0 6PK 120 30 Red, HRG 250 5000 C-9 6 %r (166.7) 5)* 3(¡O WATTS

PAR56 Scrw Term ,1, 23427 300P4R56/WFL 12 12 PAR-Wide Flood, Swimming (4,15)* 6000 300 1000 C-6 q (1 4.3) Mog End Pr 20803 300PAR56iNSP 120 12 Narrow 1 1,56,59,15)* 3840 300 2000 cc{3 5 (127.0} 2750 68000 t0x8 300P4856/MFI 20836 120 12 Medium Flood 1,56,59,15r 3840 300 2000 cc-13 5 2750 24000 23x11 20838 130 12 Medium Flood {4,11,56,59, 3040 300 2000 cc-13 5 2750 24000 23x11 20849 (4,11,56,59, 120 12 Wide Flood 3840 300 2000 5 2750 11000 37x18 (4,11,56,59, 20851 130 12 Wide Flood 3840 2000 cc{3 5 2750 11000 37xf8 EXPOBT PAR LAMPS PAR56 Gxl6d 20853 300P4R56/NSP 230 12 Narow Spot 15)* 34s0 300 2000 cc-13 5 (127.0) 18676 't5)* 24010 12 Narrow 3450 300 2000 cc-13 5 20852 230 12 3450 300 2000 5 (11,36,56,59, 18677 300P4R56/MFL 24010 12 Medium Flood 3450 300 2000 .0) 20054 300PAR56/WFI 230 12 Wide Flood {11,36,56,59,1 5)* 3450 300 2000 cc-13 5 (127.0) 18678 300P4R56/WFL 24010 12 Wide Flood {11,36,56,59,15)* 3450 300 2000 cc{3 5 (127.0} 300 WATTS (eon't) PS25 300M Med 20861 120 60 Clear 6200 300 750 CC-8 615/ro (176.2) 53/ro (,131.8) 20863 300M 130 60 Clear 6I20 300 750 CC-8 6'%6 (176.2) 53/ro (13f.8) ,l20 Bal¡ngs at volts. 4710 266 1950 300M/tF 41058 12PK 120 60 lnside F¡ost 6200 300 750 CC-8 61%o 5 20917 300MitF 130 60 lns¡de Frost 6120 300 750 cc-8 6 5%o {131.8} at 120 volts. 4710 266 1950 PS30 r¡6 20885 300M/99 120 60 ear-Extended Service, BB (23)* 5190 300 2500 C-9 I (204.8) 6 300M/99 20887 130 60 BB (231" 5110 300 2500 c-9 Stft 6 Ratings at 120 volts. 3935 266 6880 0 20892 300M/99/tF 120 60 l.F.-Extended Service, BB (23)* 5190 300 2500 C-9 I lÁc (204.8) 6 (15¿41

20894 300M/99/tF 130 60 l.F.-Extended Service, BB (23)* 51 10 ¡ 300 2500 c-9 8'/r (204.8) 6 {152.4) Ratings at 120 volls. 3935 266 6800

To save energy costs, find the bulbs with the light output you need, then choose the one with the lowest watts. o l\,îeans * t-26 this lamp meets tederal IVlirimum Eff¡cieflcy Standards. ( ) All footrole references found at the end of this section. feduced Wattage lncandescent Lamps @

Ð PAR56 Scrw Trm

G30 G30 R40 PAR64 PS35 R40 R40 T20 Med Skrt Med Med Skrt Ex Mog End Pt Mog Med Mog Med B¡Post

h:ght Ene¡gy Cala¡ ßgpx qut¡ut 8edø kodttct lanF Casa $sel Ao fi[snsût tiSI ¿01 îanp. S¡fgad Eulh Baso Codø @ 0ascitl¡oû Ao/if ûty. Núítiooalhlo¡matio¡ aw tuti íod Ðesig, ia. (Ml lL lml x CBCP 300 WATTS (eon't) PS35 Mog 21137 300/SBlt 120 24 l.t.-Silver Bowl, Burn base u (46)* 5410 300 1000 c-9 9% (238.1) 7 {177.8) 139 300/SBIF 130 24 l.t.-Silver Burn base {461 5410 300 1000 c-9 9% {238.1} 7 1177.81 (f77.8) 21165 300/99 120 24 Clear-Extended 5190 300 2500 9% (238.1) 7 (177.8) 21167 300i99 130 24 Clear-Extended Service 5190 300 2500 c-9 I 7 21175 300/991F 120 24 l.F.-Extended Service, BB 5190 300 2500 c-9 9% 21177 130 24 l.t.-Extended Service, BB (23)* 5190 300 2500 c-9 I % (238.1) 7 g% (171 21023 300 120 24 5820 300 c-9 {238.1} 7 (177.8) 21025 300 130 24 Clear 5820 300 1000 c-9 e% (238.r) 7 21077 300/rF 120 24 lnside Frost 5820 300 1000 c-9 I % {238.1} 7 1177.81 21079 130 24 lns¡de Frost 5820 300 1000 c-9 s 7 {177.8) 21117 300/RS f30 24 Clear-Rough Service, BB 5340 300 1000 c-9 9% 7 R40 Med 21213 300RiFt fln 24 ñeflector Flood-|.F., H0RIZ 3700 300 2000 CG-2V 6'g/ro (166.7) 2500 (4,35,46,56,73r

21215 130 24 Refleclor Flood-|.F., 3465 300 2000 cc-zv 6 2500 {4,35,46,56,73r {H0Rlz) 0 Ratings at 120 volts. 2670 266 5400 21225 300R/tUr 120 24 Rellector Flood-|.F., BB, HRG 3700 300 2000 0C-ZV 63ls 1171 .51 1900 (H0Rlz) {1 5,35,46,56,73r 21157 300R/SP 120 24 Reflector Spot-Lighl 1.F., H0RIZ 3700 300 2000 CC-2V 6%o (166.7) 9000 (4,35,46,s6,73r {H0Rtz} llq 21254 300ß/3Ft 120 24 Rellector Flood-|.t., BB (4,23,33,73, 3750 300 2000 CC-2V 1 1184.21 llc (184.21 21256 300R/3Ft 130 24 Rellector Flood-|.F., BB {4,23,33,73, 3750 300 2000 CC-2V 7 1lc 21263 300R/3tL 250 24 Flood-I.F., BB (4,23,33,73,15f 3300 300 2000 C-74 7 1184.21 4 (101 .6) T20 Med BiPost 21280 300T20/t 120 12 lnside Frost, HRG 151. 5500 300 1000 c-l3 6Yz {165.1} 350 WATTS

PAß56 ScrwTerm 19866 350P4856/SP 75 12 D¡tch Light-Locomotive {4,59, 15)* 6200 350 500 CC-8 41lz 1114.31 375 WATTS G30 Med Skirt 21329 375G30 1f5 24 Clear-lnfrared, lndustrial, BB 375 5000 C-74 7 %o {182.6} 5 1127l (4,6,23,46,53,56)* (187.31 R40 Med Skirt 21331 375R40 115 24 Reflecrof lnfrared lndustrial-Light 1.F., - 375 5000 c-9 7 % BB 21334 375R40/t 115 24 Rellector lndustrial- 375 5000 7 ïz {190.5} Glear Face, HRG. BB (4,6.15,23,46,56f 21336 375R40í0 115 24 Reflecto¡ lnfrared lndustrial 375 5000 C-9 7 '/, (190.51 Red Bowl, HRG, BB (4,6, 4(l(l WATTS G30 Med 21363 400G/Ft 120 60 Glear-Flood, BDTH, BB (23,99f 6800 400 800 c-5 5 Ys {130.2} 3 11542 400R40/tt 120 24 Reflector Flood, Swimming, BB, 400 2000 cc-2v 6 % {171.5} HRG {15,23,35.36.93r (H0Rrz) 5(l(l WATTS (1271 G30 Med Skirt 21426 500G30f 115 60 Infrared, lndustrial, BB 500 5000 c-7A 7 T¡ {181.0) 5 {24,6,23,46,53,56r PAR6{txMogEndPt39406 500P4R64/NSP 120 12 Narrow Spot 1,56,59,15)* 6500 500 2000 cc-13 2800 1î0000 12x7 23x11 39409 flf n Medium tlood 11,56,59, 6500 500 2000 cc-13 2800 37000 2800 42x20 39412 120 12 Wide tlood {4,11,56,59,1 6500 500 2000 cc-13 13000 5500 500 2000 cc-13 D MogEndPr 3941f 230 12 Medium Flood {4,f1,56,59, 39414 500P4R64/Wtt 230 12 Wide Flood (4,1,|,56,59.15)* 5500 500 2000 cc-13 {152.4} 27r0 (238.1) 7 (177.81 PS35 Mog 21530 500 120 24 Clear, BB (23)* 10850 500 1000 cc-8 9% 21532 500 130 24 Clear, BB (23)* 10850 500 1000 cc-8 9% (238.î) 7 1117.81

T0 save energy c0sts, find the bulbs with the light 0utput you need, then choose the one with the lowesl watts * 1 -27 O lvleans this lamp meets tederaì lvlinimum Effic¡ency Standards. ( ) All f00tn0te references found at the end 0f this section. Beduced Wattage @) lncandescent Lamps

f)

PS40 840 R40 R52 120 PS52 R52 T24 G40 Mog Med Mog Mog Med BiPost Mog Mog Med Bi Post Mog

Liglú EîaW Calu @px Ptøúrct w Casø ûWut Ussú lila f¡ttniltt MAL tßL lcn, ûsm fulh Basø @ Aæcriptiell Cada Uolts Aq. Åtldilional lnlarnatian ltúø Va¡ß dM oæiga ir. (nn] io, ln¡nl X. CBCP Spread 500 WATTS (con't) PS40 21687 500PS40 Moq 120 24 Clear, BB {23}* 9900 500 1000 C-9 93lc 1247.71 7 1177.81 9900 21641 500i99 12n 24 Clear-Extended Service, BB (23)* 9070 500 2500 C-S 93lq (247.71 I (177.8) 21643 500i99 130 24 Clear-Extended Seruice, BB (23)* 9070 500 2500 C-9 93lq Q4l.7l 7 l17l .8) 21645 500/99/tF 120 24 l.F.-Extended Service, 9070 500 2500 C-9 93lq l24l.7l 7 21651 500i99irF 130 24 t.F BB 9070 500 2500 c-9 .8) 21622 500/SB|F 120 24 .-Silver Bowl, BU, BB {23,46}* 9530 500 1000 s 71177.81 llc R40 Mos 21134 500R/3tt 120 24 Rellector Flood-|.F., BB, HRG 6500 500 2000 CC-ZY 7 1184.21 (4,23,33,73,15r (H0Rtz) 1lq 21736 500R/3tL 130 24 Reflector Flood-|.t., BB, HRc 6500 2000 CC-ZV 7 i.184.21 (H0Rtzl 1lc ,184.21 21751 500R/3FUMS 120 24 Rellector Flood-|.F., Mill Service, 6500 500 1000 C-74 7 BB, HRG (4,23,I Med 41928 500R40/5FL 12f 24 Rellector tlood-Swimming, BB, HRG 6500 500 2000 (15,23,35,36,93r (H0Rtz) Mog 21744 500R/3FL 250 Reflector Flood-|.t., BB, HRc 24 6400 500 2000 C-74 71lq i.184.21 ti {4,23,33,73,15r 500852 R52 Mos 21755 120 12 Reflector High Bay-light 1.F., BB 7600 500 2000 c-7A 11 % {298.5) l.4,19,23,34,73,52:t* 21761 500R52 130 12 Rellector H¡gh Bay-tight LF., BB 7600 500 2000 c-7A 11 % (298.5) 14,19,23,34,73,521x 21773 500R52 250 12 Reflector High Bay-Light 1.t., BB 6100 500 2000 c-7A 11 % (298.5) (4,15,23,34,73,52y

Med BiPost 21872 130 12 9800 500 1000 6 4 750 WATTS

PS52 750 (4,23,921* Mog 21998 120 12 Glear, BB 17040 750 1000 cc-8 13 (330.2) 91h Q41.31 22000 750 130 12 Glear, BB (4,23,92)* 170{0 750 1000 cc-8 3 {330.2} I R52 22080 750R52 120 12 Refleclor High I.F., BB i.14,15,23,34,73,52r 13000 750 2000 c-7A 11 % (298.5) 22182 750R52 130 12 Reflector H¡gh Bay-light 1.F., BB 114,15,23,34,73,921* 13000 750 2000 c-7A 11 % (298.s) Med BiPost 22117 750T24 130 24 lnside HRG 14800 750 1000 39 5 î(lO() WATTS G40 1M/G40FL Mog 22193 120 24 Clear-Flood, BDTH, BB, HRc 20000 1000 800 C-5 7% (200.0) 5Vr {133.4} 5,23,99r 1000/SBIF g1l2 Mos 22348 120 12 l.F.-Silve¡ed Bowl, BB {4,23,19,92)* 20400 1000 1000 t3 1241.31 22310 1000/tF 120 12 t.F. BB {4,23,92r 23740 1000 1000 cc-8 13 (330.2) S1h(241.31 22301 1000i99 f30 12 Clear-Extended Se¡vice, 19800 1000 2500 c-?A 13 {330.2} I 22258 1000 120 12 Clear. BB 23740 't000 !000 cc-8 13 I 22261 1000 Clear 130 12 23740 1000 1000 cc-8 13 91h 1241.31 22280 1000 250 12 r, BB 17700 1000 2000 c-7A 13 91h 1241.31 22284 f000 277 12 Clear, BB (4,23,92)* 17700 1000 2000 c-74 t3 (330.2) S1h 241.31 124 Med BiPost 22479 1MlT24 120 24 lnside Frost. HRG 152.73.89.99.1 5)* 21200 1000 1000 C-13 9%o (233.4) 5rlz (139.7) 1SO()WATTS PS52 Mog 22590 1500 120 12 Clear, BB {4,20,23,92)* 34400 1500 1000 c-7A 13 s1h '241.31 22552 1500 130 12 Clear 34400 1000 1500 13 0

I

T0 save energy c0sts, find the bulbs with the l¡ght output you need, then ch00se the one with the lowest watts. @ l\¡eans th¡s * t-28 lamp meets Federal Minimum Eff¡ciency Standards. { ) All footnote references found at the end of this sectìon. Beduced Wattage a

0

Ð T4 S8 Cand sc Pt PAR64 Scrw Trm

PS25 T8 T8 R40 T10 PAR38 PAR56 T10 T14 T20 PS40 Med SC Pf SC Bay Med Med Pf Med Skñ Scm Trm Med Pf Med Pl Med BiPost Mog

Light Eneryy Color Åppx' Prodrcl lanl tass Auqat Usei Ula ñlanoßt *tût tcL fonp. Bean Suli Sase Code @ Descripüoa lolF llll. Åtlúítiotdll¡lo¡natiu t@@ lY¡ô Íon Ûeaign ¡0. (ml ia. lnnl T, CBCP Sq¡ead LUMEN RATED TRAFFIC SIGNAL LAMPS EXTENDED GBOUP REPTACEMENT SERVICE Pzs Med 20094 1950VP25/IS 120 60 Clear-Traffic Signal (BDTH), BB {23)* 1950 165 8000 C-9 4314 l.120.71 3 (76.2) 20096 r950UP25/ÍS 125 60 Clear-Traflic (BDTH), BB (23)- 1950 165 8000 C-9 43h f20.tl 3 (76.2) 20097 t 130 60 Clear-Trallic (23)* 1950 165 80lll) c-9 4 3 TAMPS LISTED BY AMPEBES 15/r T4 Gand 23351 114/f4C l8 100 Switchboard, Clear t3 2000 c-z! h {38. (23.8) 23478 554/58 12 100 Clear-Marine lead (37)* 500 c-8 2 23501 f2 100 Clear-Marine lead (37)* 500 C-8 2 {50.8} 1'ls 23219 1.t54/S8 12 100 lead {37)* 500 C-8 2 (50.8) 1 Y¡ {28.6) 1%z T8 SC Pf 23258 4A/Í8SCP S 24 Glear-Sound Reproduction S0urce 560 500 C-6 3'/r (79.4) 1 (37.3) WxH:4.8 x l.2mm. ANSI: BXM, NPBBS5 {1,37,55,61r 23272 5A/Í8SCP 10 24 Clear-Sound Reproduct¡0n, Source 1000 100 C-6 3Ye {79.4) 1'5/ü (37.3) 0 WxH: 5.4 x 1.4mm. ANSI: BXN, NPBB55 (1,37,55,61 r SG Bay 23326 7.5M8/92SC 10 24 Glear-Sound Reproduct¡on 0pt¡cal 1620 100 C-82 3Va (79.4) 1r¡ {aa.s) Comparator, Source WxH:1.8 x 4.6mm. ANSI: BXE, BB (1,23,61)* R40 Med 23423 21NR40|FL 12 24 Rellector Flood-1.F., Swimming pool, 1000 C-2V 6r1/r (169.9) BDTH, HORIZ, HRG, BB {21 15)* AIRPORT TAMPS 30 WATTS Tl0 Med Pf 2329q 6.6A/f10f P 60 Clear {1)* 400 30 1000 C-2V 3'%o (100.0) t Vz {38.1) 40 WATTS 1/z T10 Med Pl 15921 40Tl0P 120 60 Glear {l)* 400 40 1000 GC-2V 315/ro {,100.0) t (38.1) 45 WATTS 5/ro PAR38 MedSkirt 15937 45PAR38/6.6 12 Flood, BB {23,15)* 700 45 800 c-6 5 (134.9) PAR56 ScrwTerm 23310 12 led cover {15}* 700 45 1000 c-8 4 T10 Med Pf 23255 6.64/I10P 60 675 45 1000 c-zu 1 120 WATTS lz()PAR 12 Transmissometer, Filament Shielded, 780 120 3000 c-6 4 (10r.6) Very Nanow Spot (15)* 20fl WATTS T14 Med Pl 23298 6.6M14P 24 Clear (1ì* 4900 200 C{3 5% {146.1) 2%o (55.6} 204 WATTS 114 Med Pf 23300 6.6AlT14l2P 24 Clear {1}* 4220 204 500 C-13 5% (146.1) 23lro {55.6) 210 WATTS T14 Med Pf 34677 6.64/f14i3P 24 Clear, HRG (1,15)* 4800 210 300 C-13 5V¡ (146.1) 23lro (55.6) 5()(l WATTS 1lz (76.2} T20 Med BiPost 21835 500T20n3 nn n Clear-Beacon, HRG {40,89,99,15f 10300 500 500 C"130 7 {130.51 3 ,Ð 503 WATTS T20 Med BiPost 23417 20A|Í20ß 12 Clear. HBG {1.73.89.15}* 10300 503 500 C-13 6 Tz (165.1) 2'?tln 167'51, 620 WATTS PS40 Mog Pf 21950 620PS40P 120 24 Clear 11200 620 3000 C-9 l0rlo (255.61 5ltfo 21552 620PS40P r30 24 11200 620 3000 c-9 l0

T0 save energy costs, find the bulbs with the light output you need, lhen ch00se the one with the lowest watts. * -29 O Means this lamp meets Federal lvlinimum Efficiency Standards. ( ) All footnote references found at the end of this sectìor. fleduced Wattage | @ tn"undescent Lamps

0

PS35 PS40 PS25 M3 Mog Mog Med Med

Light Eßeryf tolot Appx P¡oúuet ldtttp Case O,rlpú Ased lile Filanen ,I¡OL LCL Tenp. Bean Balb Base Cods @ 0esuiptioø Aofis îlty. Alúitionllnfo¡nation utuû ttøß ttorÊ oesign in. (nn) in. (nn) K CBCP Sprcad 1OOO WATTS T20 Moq B¡Post 22429 1M/Í208P 120 12 Glear-Beacon. HBG {1,15}" 22000 1000 500 C-13 9112 .241.31 4 (101.61 12f)O WATTS T20 Moq B¡Post 22524 1200T20 115 12 Clear-Beacon, HRc {1,73,99,15)* 29600 í200 750 Cc-8 91h 241.31 4 (101.6) SERIES STREET LIGHTING TAMPS PS35 23111 4M/66G 37 24 Clear-lnitial volts:37.6, BB {23f 4000 6000 c-2v 9% {238.1} 7 (177.81 PS40 23125 6M/66G 52 24 Clear-lnit¡al volts: 6000 6000 C-2V 93ls l24t.7l 1 i.177 MUITIPIE STREET LIGHTING TAMPS GBOUP REPTACEMENT SERVICE PS25 Med 19938 189PS25/64 120 60 Clear, BB (23)* 2910 189 3000 C-9 6t%o (176.2) 5rl¡ (133.4) 19939 189PS25/64 130 60 Clear, BB (23). - 189 3000 C-9 6 PS35 Mog 20712 295PS35/58 125 24 Clea¡, BB (23)* - 295 3000 I .8) PS40 Mos 21408 405PS40/54 120 24 Clear, BB (23)* 6850 405 3000 C-9 93lc 1247.71 7 (177.81 EXTENDED GROUP REPTACEMENT SERVICE ü 423 Med 42352 105A23112 125 120 Clear, BB 105 12000 C-9 515/ro {,150.8} 47hs (112.71

20540 202PS25 125 60 Clear, BB {23}* 202 6000 c-9 6r%o {1 5 42663 205P525112 125 60 Glear, BB {23}* 205 12000 6 5 PS35 21307 327PS35 125 24 BB 327 6000 C-9 I

0

¡

To save energy costs, find the bulbs with the light 0utput y0u need, then cho0se the one with the lowest watts. * t-30 @ Means this lamp meets Federal l\,4inimum Effic¡ency Stafldards. ( l All f00tn0te references f0und at the end 0f this secti0n. Beduced Wattaae lncandescent tamps @

a

D

@ cA8 Ft0 c161/, 810 Bt3 cA9 cAl0 Fl5 G25 G40 Cand Cand Cand Cand Med Med Cand Med Med Med

Ught EoeW Colo¡ Appx. Pnúrct Ldnp Casø 0utpat Used lila F¡lane'ltl *l0L tcl fenp. Bean (nnl SFread Eult Sase Co¡ls @ oesuíptíon Volts 40. Atl ú iti o n dl I nl o ¡ñ ati o n l@eû Waß llm Desiga ¡û. lnmJ in. K CBCP DECORATIVE TAMPS lsWATTS CA8 Gand 41528 15CAC 12PK 120 120 Crystal (Clear)-Bent Tip 90 t5 1500 C-74 4Ys (104.81 1% {47.6} 47929 I5CAC CDi2 120 60 Crystal (Clear)-Bent (er 15 1500 C-74 4Yo (î0a.8) 11h 147.61 41524 î5CAC/L 120 120 Crystal (Clear)-Bent tt s0 15 4000 4Vr(104.8) 1% (47.6) 47930 l5CAC/F CD/z 120 60 Satin (Frost)-Bent {er 90 15 1500 C-74 4 147.6) F10 Cand 47928 120 60 136 t5 1500 C-74 3'/t 47526 lsFClACDl2 12n 60 15 1500 C-74 31/o (79.4) 41927 l5FC/AU CDi2 nn 60 Auradescent-Flame {9}* 136 15 1500 C-74 3ris (79.4) G16r/z Cand 15789 15GC 25PK 120 100 Cryslal {Clear}-Globe 130 15 1500 C-7A 3 (76.2) 1% {4r.3) 12518 15GC/L 120 60 {Clear}-Globe, LL loo 15 40oo c-7A 3 (76.2) 1 % (41.3) 15752 25PK 120 100 Pearl {White)-Globe 120 15 1500 C-74 3 (41.3) 40985 I 120 60 Pearl {White}-Globe, LL 90 15 4000 c-74 3 25 WATTS (95.3) (41.3) 0 810 Cand 15187 25BC 25PK 120 200 Crystal (Clear)-Blunt BDTH 235 25 15oo C-7A 3% r% 47939 aSBCCD? nn 60 Crystal (Clear)-BluntTip, BDTH 25 1500 CC-2V 3% (95.3) 1t¡s 147.61 813 Med 22156 2SBMCD? 120 60 {Clear}-Blunt (91* 220 25 1500 C-9 45/s {117.5) 2% {60.3) CA9 Med 40043 120 120 {Clear}-Bent tt 't85 25 4000 cc-2v 4 CA10 Cand 34649 25CAC 12PK 120 120 {Clear}-Bent BDTH 25 1500 GC-2V 4Vs 7h 15177 25CAC 25PK 120 200 Clear)-Bent BDTH 235 25 1500 GC-2V 4 Ys (104.8) (47.6) th 47933 25CAC CD/z 120 60 Crystal BDTH (9r 25 1500 CC-2V 4 V¡ (10a.81 (47.6) ,lo 16045 25CAC CD/4 120 30 Crystal BDTH 25 1500 4 Vs (104.8) (47.6) 47934 2sCAClFCDlz 120 60 Satin (Frost)-Bent Tip, BDTH 25 1500 cc-2v 4 ,1, (47.6) 't6046 120 30 Satin (Frost)-Bent BDTH {44r 25 1500 CC-?U 41k 40045 zsCAC/L 120 12n (Clear)-Bent BDTH, tt 180 25 4000 CC-?U 41h F15 Med 14403 25FM 12PK 120 120 (Clearl-Flame 215 25 1500 Cc-2V 4% {11r.1) r88S0 25rM CDi2 120 30 Crystal (er 215 25 1500 CC-2V 4% {r11.r) 14405 25FMiW 12PK 120 120 Pearl (White)-tlame 179 25 1500 CC-2V 4% {111.r) 18895 25FMni1' CD/2 120 30 Pearl me 179 25 1500 CC-zV 4 14404 120 120 Amber-Flame 25 1500 CC-zV 4 1.1 18891 zsFMlACDn 120 30 Amber-Flame {9}* 25 1500 CC-zV 4% (1r1.rl r8894 zsFMlAU CDlz 120 30 Autadescent-Flame (9)* 25 1500 Cc-2V 4% (111.1) G161/z Cand 11303 25GC 1zPK 120 120 (Glear)-Globe 235 25 1500 C,7A 3 (76.2) 1 % (44.5) tln 15790 25GC 25PK 120 100 Crystal 235 25 1500 3 (76.2) (44.5) 3ln 17122 cD12 nf 60 Crystal (er 235 25 t500 C-74 3 (44.5) 23510 120 60 Auradescent-Globe 235 25 1500 C-74 3 1 39679 25GCiW 12PK 120 120 Pearl (White)-Globe 210 25 1500 C-74 3 15793 25GCiW 25PK 120 100 Pearl (White)-Globe 210 25 1500 C-7A 3 {76.2) 1 % (44.5} 17729 25GCiW CD/2 120 60 Pearl {Whitel-Globe (91* 210 25 15oo C-7A 3 {76.2) 1 % {44.s} 3lq 43158 zsccit 120 60 Crystal tt 190 25 4000 3 {76.2) 1 {44,5) t%u G25 Med 12983 25G25 6PK 24 Crysta 210 25 1500 C-9 4 2 {74.6) 16735 120 60 210 25 c-9 4tlz 2

20408 25G25|L24PK 120 24 I (Clear)-Globe, Lt 185 25 4000 C-S 41h 11 2151rc 12582 25G25iW6PK 120 24 Pearl (White)'Globe 190 25 1500 C-S Lth l.114.31 215hs 174.61 16736 25G25/W CPK 120 60 Peatl (While)-Globe 190 25 1500 C-9 41h l.114.31 2151rc 174.61 20410 25G25¡,N|L24PK 120 24 Peatl lobe, L[ 170 25 4000 C-9 4112i.114.31 2151n 174.61 235 25 (176.2) t 39625 25G40 120 24 lobe 2500 615/u 3% {95.3}

fo save energy costs, find the bulbs with the light output you need, then choose the one with the l0west watts. * O lvleans th¡s lamp meets Federal lvlin¡mum Efficiency Standards. f ) All f00tn0te references f0und at lhe end 0f this section. Beduced Wattaqe | -3t @ tn"undescent Lamps

CI

810 813 cA9 cAl0 tl5 Ê16112 G4t) Cand Med Med Cand Med Cand Med Med

Liglt Energy lolot W Ptotlwt Lanp Sase Aû{ül $sa¡l Ula nitffiotl MOT tßt ïønp, Bøam Eølb Basø Cads @ Døse¡iotìon Volß au. Àùlîtional lnlomatian lMøB ltrú row 0wigt iù lnn) ít, lnnl T eBW Swaú DEC0RATIVE TAMPS (con't) 40 WATTS

810 Cand 15788 40BC 25PK 120 200 (Clear)-Blunt BDTH 370 40 1500 cc-zv 3% (95.3) llh 147.61 19110 40BC CD/2 120 30 BDTH 40 1500 cc-zv 3% (95.3) 1% (47.6) 19981 120 30 Crystal Tip, BDTH 40 1500 cc-zv 3% (9s.3) 1% (47.61

13054 40BC/t 120 120 Crystal (Clear)-BluntTip, BDTH, [[ 310 40 4000 CC-2V 33/r (95.3) llh 147.61 813 Med 12993 40BM CDi2 nn 60 Grystal (Clear)-Blunt (er 455 40 1500 C-9 4% (117.5) 2% (60,3) CA9 Med 34651 40CAM 12PK 120 120 (Clear)-Bent 330 40 1500 CC-zV 4 47945 40CAM CD/2 120 60 (Clear)'Bent {er 40 1500 4 2 16049 40CAM CD/4 12n 30 40 1500 CC-2V 4'g/ro (115.9) 2'1, (54) 34652 120 120 Satin Tip 330 40 1500 CC-2V 4'glrs (115.9) Z'la (54) 12994 40CAMiF CD/2 120 60 Satin (Frost)-Bent Tip (9)* 330 40 1500 CC-2V 4'giro (115.9) 21lo (54) 40047 40CAM/L 120 120 Crystal {Glear)-Bent tL 4000 CC-2V 4%o (115.9) 2'1, (54) CA10 Cand 34653 40CAC 12PK 120 120 {Clear}-Bent BDTH 370 1500 4 15778 40CAC 25PK 12r 200 {Clear)-Bent B 1500 4 IJ 19107 40CAC CDi2 120 30 EDTH 1500 CC-2V 4'l¡ (104.8) 7h (47.6) 16047 120 30 Tip, BDTH 1500 CG-2V 4rl¡ (104.8) 7la (47.6) th 34654 40CAC/F 1zPK 120 120 Satin BDTH 370 1500 CG-2V 4'lr {104.8} (47.6) 40CAC/F CD/2 Satin BDTH (104.8) th 47541 120 60 {Frost}-Bent {9)* 1500 CC-2V 4 '/s 16048 40CAC/F CD/4 120 30 Satin (Frost)-Bent BDTH (44r r500

40050 40cAc/t 120 120 {Clear}-Bent 310 4000 cc-zv 4 h 11h 147.61 F15 Med 15692 40FM l2PK 120 120 455 1500 cc-2v 4%(il1.1) 18896 120 30 Crystal 455 1500 cc-zv 4% (111.1) 15693 40FMiW 1zPK 120 120 Pearl (White)-tlame 390 1500 cc-zv 4% (r11.1) r8899 40FMiW CD/2 120 30 Pearl (White)-Flame (91* 390 1500 cG-zV 4% (1r1.1 15694 40FM/AU 12PK 120 120 Auradescent-Flame 455 1500 11.1 18897 40FM/AU CD/z 120 30 {9}- 1500 cc-zv 4% 1.1 G161/z Cand 14958 40GC 12PK 120 120 BDTH 260 1500 c-e 3 {76.2} 1% {44.5} 15791 25PK t20 100 Cryslal Clea¡)-Globe, BDTH 260 15oo c-9 3 {76.2} 1% {44.s} 40GC CDi2 (Clearl-Globe, 1773n 120 60 Crystal BDTH (4,9)* 260 40 1500 C-9 3 {76.2) 1 "ln {44.s} 43159 40GC/t 120 60 {Clear)-Globe, BDTH, [L (4]* 220 40 4000 C-9 3 23511 40GC/AU CD/z 120 60 Auradescent-Globe 260 40 1500 C-74 3 1% {44.5}

G25 Med 12980 40G25 6PK 120 24 Crystal {Clear)-Globe 410 40 1500 C-9 41/z {tla.3} 2 15/ro (58.7} 16731 40G25 CPK 120 60 Crystal (Clear)-Globe 410 1500 C-9 41lz 1114.31 215lro (58.7) 20419 40G25|L24PK 120 24 (Clear)-Globe, Lt 360 4000 2 12979 40G25/W6PK 120 24 Pearl ite)-Globe 370 1500 c-9 4 h 2 16740 40G25/W CPK 120 60 rl 370 1500 c-9 4 h 2r5lro (58.7) 20420 120 24 Pearl TL 325 4000 C-g 41h 1114.31 2r5lro (58.7) G40 37914 40G40 120 24 Crystal (Clea 440 2500 CC-6 61%o (176.2) 3% (S5.3) 36191 40G40/W 6PK 120 6 Pearl {White)-Globe 400 2500 CC-G 6'%o (176.2) 3 36192 130 24 Pearl 400 2500 CC-6 6r%o 60 WATTS th Bt(l Cand 37891 60BC 12PK 120 120 (Clear)-Blunt BDTH 650 60 1500 cc-zv 3 % (95.3) (47.6) 47545 60BC CDiz 120 60 BDTH 60 1500 cc-2v 3 % (95.3) 7h (47.6) 813 Med 22751 60BM 120 60 Blunt 1500 45la 3ls (60.3) 0 650 60 C-9 1117.51 CA9 Med 34655 120 120 Crystal Bent Tip (13)* 60 1500 CC-ZV 4%o (115.9) 1ls '{54) 60cAM CDi2 120 60 Crystal {Clear)-Bent (9,13)* 60 1500 cc-2v 4%o (115.9) 21009 60CAM CDi4 120 30 Crystal {Clear}-Bent (13,44)- 60 1500

T0 save energy costs, find the bulbs with the light output y0u need, then choose the 0ne with the lowest watts. @ * t-32 l\¡eafls this lamp meets Federal Minimum Eff¡ciency Standards. ( ) All f0otnote references found at the end of this secti0n. Feduced Wattage lncandescent tamps @

a

)

cAr0 G16'/z G25 G30 G40 817 Cand Cand Med Med Med Med

Light &argl Stlot þpt' P¡adaet lmp t¿so oagat [tseú Ufo frlanaú A$L $t fen , 8oaû Bulb 8æe Cade @ ûasedgtiott Jofts Aq. Àthlilloml Inlomation Iûaú flùù low Aasign ia lnml ,¡, lttml I tScF Sproaû DECORATIVE LAMPS (con't) 60 WATTS (con'tl t¡ CA10 Gand 34657 60CAC 12PK 120 120 Tip, BDTH 650 60 1500 tt-rv 4 (104.8) 1 % (47.6) 15781 60CAC 25PK 120 200 Crystal BDTH 60 1500 1 % (47.6) 19153 60CAC CD/2 120 30 Crystal (Clear)-Bent BDTH (13)* - 60 1500 cc-2v 4 th r6050 60cAc cD/4 12r 30 (Clear)-Bent BDTH (13,44r 60 1500 CC-2v 4 ïr {104.8) lio 47947 fln 60 Satin (Frost)-Bent (9,13f 650 60 1500 CC'2V 4rl¡ (104.81 {47.6} 7h 16051 60CAC/F CD/4 120 30 rost)"Bent T¡0, BDTH 60 1500 CC-zV 4Ys {104.8} l'47.61 7h 4004s 60cAc/t 120 120 Crystal Tip, BDTH, Lt 580 60 4000 4 Vs {104.8} l'47.61 Gl6t/z Cand 23091 60GC CD/z 120 60 Grystal {Clear}-Globe, BDTH {4,9)* 450 60 1500 C-9 3 23093 60GCiW CD/z 120 60 Pearl {White)-Globe, BDTH (4,9}* 405 60 1500 c-9 G25 14846 6PK 120 24 Crystal (Clear)-Globe - 60 1500 C-9 41lz 1114.31 2151rc 20427 60G25 24PK 120 I (Clear)-Globe 710 1500 C-9 41lz (114.31 2151s 174.61 14848 60G25/W 6PK 120 Pearl 660 1500 C-g 41lz(114.31 215lr (74.6) 0 20428 60G25/W24PK 120 Pearl lobe 660 1500 4 (114.3) 215/rs (74.6) G30 Med 14850 60G30iW6PK 12r Pearl (White)-Globe, Reta¡l Pack 660 2500 cc-g 5 3 14187 60G40 6PK 12r I (Clear)-Globe 740 2500 CC-6 6t%o 3 17037 120 | {Glear)-Globe 740 2500 GC-6 6'%o (176.2) 3% {95.3) 49780 60G40iW 6PK 120 lobe 680 2500 CC-6 6'%o {176.2) 3% {9s.3} 16741 60G40/W CPK 120 Pearl 680 2500 CC"6 6r%o {176.2) 3% (95.3} 13044 120 Pearl lobe 640 4000 6r5/u{176.2) 3% (95.3} 75 WATTS E17 Med 10695 75E1/TF 6PK 120 120 Postlight-l.F.,Tellon@Coated, 900 15 4000 cC-6 5 {127.0} 3Y¡ (79.4} BB 15/r G40 Med 36193 6PK 120 6 Pearl 910 75 2500 CC-6 6 (176.2) 3 % (95.3) lf)() WATTS G40 Med 17038 100G40 CPK 12I 24 Crystal (Glear)-Globe 1380 100 2500 CC-6 6r5/rs (176.2) 3% {95.3) r%0 49781 100c40/W 6PK 120 6 Pearl (White)-Globe 1280 100 2500 CC-6 6 (176.2) 3 % {S5.3) 16 500 CC-6 615/'6 (176.2) 33/t {g5.3) - 150 WATTS G40 Med 16585 t50G40/W 120 24 Pearl (White)-Globe 1950 t50 2500 GC-6 6'5/rs {176.2} 3% (95.3} PORTABLE TIGHT¡NG PRODUCTS 44848 PtK-l 120 4 Plant L¡ght K¡t includes one 75R30/PL Plantlight lamp, lll l¡sted holder and informalion booklet

I

To save energy costs, find the bulbs with the light outpul you need, then choOse the one with lhe lowest watts. * 't-33 @ lvleans this lamp meels Federal M¡nimum Effic¡ency Standards. ( ) All footnote references found at the end 0f this secti0n. Feduced Wattage @ n"undescent Lamps

Notes 29. Average lab0ratOry life is 200 hrs for vacuum cleaners & 600 hrs for sewing machine services. 31. Bulb top selected for minimum glass imperfections. Protection From Moisture 32. This 277-volt lamp should be enclosed if ¡t is used on high-capacity low impedance electr¡cal When HRG or footnote 15 (Hard Glass) appears in the Lamp distribut¡on systems. At the end of lamp life on such systems, the lamp may shatter, w¡th risk of 0 Designation or Description column, the outer bulbs are made of injury to persons or property if ¡t ìs not suitably enclosed. special thermal-shock-resistant glass. However, sometimes external 33. Light output ìs maintained best when burned with¡n 45" of vertically base up. protection of the lamps is also needed to eliminate the chance of 34. May not give satisfaclory performance if any accessory equipment is attached t0 or touches the bulb breakage due to contact with water during operation. glass bulb. Footnotes will indicate when external protection is needed. Where 35. Should not be used in equipment where the base temperature will exceed 500"F (260"C) HRG is not shown, the bulb glass is such that the lamps require 36. Should be shielded against moisture falling 0n the bulb. protection from exposure to mist or condensation as well as direct 37. The plane cOntaining the base axis and the major lock¡ng eyelet (the eyelet that is equidistant contact with water during operation. Cov-R-GuardrM lamps and fromtheothertlvoeyelets)isatrightanglest0theplane0fthefilamenlorleadwires, Distance some Saf-T-Gard'lamps (lamps coated with Teflon') need no such from b0tt0m base c0ntact to bottom of the collar is .406. protection from water. (Teflon'is a registered trademark of 38. Special base. Lead wire to shell soldered at bottom. DuPont.) 39. Tungsten powder cleaner in bulb. Useful lamp life and mainlenance of output depend on periodic removal from socket and rotating to scour bulb wall with tungsten powder to remove Bated Average Life dark fìlm that normally accumulates. Values are based on a large number of representative lamps under 40.Operatebasedownwithìn45'0fvertical. Anytiltshouldbeindirectioninwhichthefilament plane controlled conditions. Individual lamps or groups of lamps may faces. amperes. vary from the Rated Average Life shown. Rated Average Life is a 41. Nom¡nal watts. Actual watts are determined by mult¡plying the volts bythe design median value of life expectancy - the total operating time at which 43. Design volts of range: 240 under normal conditions, 50Vo of any large group of initially 44.lndicatestotalcountof4-lamppacksinshippingunits. lvultiplyby4todetermineactual installed lamps are expected to be still burning. quantity of lamps. 46. This lamp produces base temperatures which may deteriorate paper-lined or plastic sockets. Bases Use only in fixtures approved for this type and wattage bulb. When Footnote 23 or BB (Brass Base) appears in the Lamp 47. Teflon@ coated. Teflon is a registered trademark 0f DuPont. Designation or Description column, the lamp is supplied only with 52. 0perate base up, within 30" of vertìcal. a brass base. If Brass Base (Footnote 23 or BB) does not appear, 53. Use lamp only on circuits supplying the same voltage as marked on the bulb. D0 NOT insert ¡n the lamp is supplied only with an aluminum base. Brass Bases are household sockets. recommended for outdoor lighting applications. 55. Lamp base is a nickel plated brass base (NPBB). Burning Position 56. AvOid use at sh0rt d¡stances on materials that are inflammable or susceptible to heat damage. 58. For use only with heat-res¡stant connector and with lamp supported by bulb rìm or metal shell Unless otherwise stated, the lamp can be burned in any position. of base. Limitations on lamp operating position are shown in the Descrip- 59. F0r use 0nly with heatresìstant connector and with lamp supported by bulb rim. tion column. The following abbreviations are used: 61. lVlaximum Excursion fiadius: % in. BDTH (Burn lamp in Base Down To Horizontal Position) 62. Wattage shown is nominal. Design cunent is 0.139 amps at 120volts. BUTV (Burn lamp in Base Up To Vertical Position). 64. Designed for base down burning but can be 0perated in other positions. Brightness maìntenance is best when filament is viewed horizontally or from below when lamp is burned in any position Footnotes other than base down. t) 1. Burning position-base down only. 66. Rated average life ìs based on 1 4-v0lt operati0n. 69. Light center length and A.A. tolerance: 1/ro in. 1 A. Because bulb coating may become electrically c0nductive, take precauti0n to avo¡d electric 1/M shock:use¡nsocketssuppliedbysamevoltageasmarked0nlamp. Donotinstallìnhìgher- 70. Light center length and A.A. tolerance: ¡n. voltage ser¡es circuits. 71. Burnìng positìon - plane through lamp axis and base terminals is horizontal. 2. Burning position-horizontal. 72. Burning pOsition - plane through lamp axis and base prOngs is hor¡zOntal. 24. Do nOt allOw the bulb to be dragged across or t0 strike a hard surface sìnce this action may Base is wìthout ¡nsulator. caúse m¡nute cracks. D0 n0t place lamp directly over the exposed person unless a protectìve 73. Collector grid. screen or mesh is between lamp and user. 74. High lntensity (Supplementary L¡ghting) lamps should be replaced only with an equivalent lamp 3. Burning position - base up. having conect volts and watts for the fixture used. Substituting higher wattage lamps may 34. Operate lamp only when bulb is cooled by direct immersion in water, to avoid Overheatìng. cause damage to fixture. 0bserve clean¡ng instructions. 76. Burn base down to horizontal. 4. Av0id contact of hot glass bulb with liqu¡d 0r metal, as glass may shatter. 78. Use only in fixtures rated {0r CoOl Beam lamp operation. 6. Design lìfe in excess o{ 5000 hours. Actual life depends on service conditions. S0.Donotuselampinapplicationwhereitmaybeexposedtodirectwatersplash. lflampisused 7. Base p¡ns approximately parallel to plane of lead wires. outdoors,itmustbeprotectedbyanenclosedfixtureoranoverhang. Faìluretoproperlyprotect premature L For use only in equipment specially designed to maintain bulb and base temperatures within the lamp can result in failure of the lamp. safe limits. 83. Will operate in any burning positìon, but fixed-socket usage other than base up or continuous 9.lnd¡catestotalcountof2-lamppacksinshippìngunits. N/ultiplyby2todetermineaciual burning in any position in amb¡ent temperatures above 1 50"F (66C'1, may result in some loss of quantity of lamps. prOtective cOating. Beflectors and accessories may raise bulb temperature and cause some loss of protective coating. 10. Single contact medium bayonet base wilhout pìns, with a lug focusing sleeve as ìndicated. LCL and A.A. tolerance: r/s in. SS.lflampiscrackedorbroken,replaceimmedìately. Thelampmaycontinuet0light,búttheinner bulb is pressurized and could unexpectedly shatter. Dispose of with care. 1 1. To protect persons against risk of breakage, use a proteclive screen external t0 the lamp. 89. lnsertion in "twist-ìn" type sockets requires only a slight clockwise turn - excessive force may 12. Not recommended for horirontal burning. break the bulb. 1 3. Unsatisfactory lamp operat¡0n ìs likely t0 Occur in burning posìtion between horìzontal and base 92. LAIVP SH0ULD BE SCREWED FIRIVLY lNT0 THE SOCKEI, ALTHOUGH NOT FOFCIBLY so that it up, particularly between 45" from base up and base up. will not loosen and fall out. USE LAMP-GRIP S0CKETS 0R WIRE GUARDS where vibration is 1 4. In "base up" use, heat eventually may deteri0rate paper-lined or plastic sockets. present, part¡cularly if lamp is used above or close t0 people. D0 NOT ATTEIVPT T0 USE IHE (HRG). 1 5. Lamp is made of heat resistant glass LAIVP lF THE FILAMENT HAS BEEN Bfl0KEN even though ends of fìlament are in contact. '1 8. 0perating position horizontal wilh locating lug up or down and with lamp supported by Also, HAVE CIBCUITS PROPERLY FUSED. D0 NOT USE lF GLASS lS CRACKED. bulb rim. 93. [Jse only in swimming pool fixtures that comply with applicable safety standards and codes. 19. Burn within 25' of vertically base up. 94. Observe operating and exposure limìtations stated on packaging material, fixture and/or 20. Becommended burning posit¡on: any within 60" of vertically base up or down; but lumen instruction booklet enclosed. maintenance ìs best when burned vertically base up. 95. Do not use in hazardous locations such as near gasoline or other combustible materials or vapor. 21. May not give satisfactory performance ìf any accessory equipment is attached t0 0r touches the 96. Under moist conditiOns, metal parts 0f lamp and lampholder may become a shock hazard. glassbulb. Thebulb,althoughmadeofheat-resistantglass,maybreakifmoisturefallsonit. Therefore, disconnect from circuit before louchìng. 23. Lamp base is a brass base (BB). 97. While this lamp was carefully inspected before shipment, the glass bulb may crack when a 25. T0 produce all three levels of light, this lamp should be tìghtened firmly but not fOrcibly in the subjectedt0abn0rmalpressure. Therefore,itisrecommende'dthatthebulbbegraspedw¡th socket to assure that all c0ntacts are connected. a cloth or glove when removing or installing the lamp ìn a tight-fitt¡ng socket. 28. For use ôn'ly inrporcela¡n sockets and fixtures so designed that the temperatures of the lamp 98. For use only in equipment designed for lamps of this type and wattage, having vent¡lation and fixture do not exceed limits for satisfact0ry 0perati0n. adequate t0 maintain bulb and base temperatures within safe limits.

t -34 Haløgen Lamps @

a I

s.üF

@

0 TB PAR MB Single-Ended T T Douhle-Ended T

I PAB PAB ß Halogen Lamp Shapes (drawings not to scale) 2-l @ nrtugen Lamps

Bulh ldentification: DIA. in. (nm): Diameter of bulb at widest point. f) (mm): DIA. M0Lin. Maximum }verall Length including base or pins.

LCL in. (nm): MOL Distance between the center of the filament and the Light Center Length reference plane. I Note: Lamp drawings are not drawn to scale. Be sure to check size and dimension info¡mation when identifying each lamp.

Filament ldentification: 0 H l

Ll{ ï W c-8 c-2v c-6 cc-8 c-6 cc-8 cc-2v cc-6 Oval

Base 0 Identilication:

{E W H W É -E-r 6=nÐ tr tr 2-Pin Can DC Bay 2-Pin Becessed Sc¡ew 4" Leads l" nibhon Leads 6" Flex Leads (Bøund) GY6.35 Single Te¡minal ÊX5.3 Contact ß75

Tt_t"t ffiffi Tr ffi æ n w 2-Pin 2-Pin 2-Pin Turn & Lock 2-Pin PÍ Min Screw DC Ray Min Cand GU-4 GU-5.3 G4 GU-7 Eí0 RA,I5D E't1

-.--r----r-

Med Screw Mog Screw Mogul BiPost Ext.Mog End Pr Mog End Pr Med Ski¡ted 826 839 Ê38 GXl6d GXt6d 826ß0x39 a

t

2-2 Introduction HALOGEN BßAND NAME CBOSS.BEFEBENÔE

Halogen lamps provide a small, highly efficient GE OSBAM/SYLVANIA PHILIPS white light source. Unlike standard incandescent Cool Beam Cool-Lux Cool Beam ) lamps, halogen lamps use a halogen gas which allows the bulbs to burn more intensely without ConstantColor'" Precise'" Decostar Titan Masterline'" Plus sacrificing life. Halogen A-Line Capsylite' A-Line {Midbreak) Halogen A" Compared to incandescent lamps, halogen lamps provide: Halogen-lF'"

o Energy savings o Longer life Performance Plus'" Capsylite'Par Masterline'" Par . Crisp, white light Better beam control ' Tru-Aim' Masterline" (MR16) . More compact source Precise'" The chart at the bottom of this page will help Performance Plus'" Long Neck Long Neck Capsylite' Masterline'" you gain a basic understanding ofhow the Turn and Lock (TAL) Halogen section's lamps are identified and classified. There are nine groups in this section: ATTENT1|N: This brand-name cross reference chart is provided only as a quick reference. 0ther lamp Halogen, Halogen Plus & Halogen-IRrM; company brand listings may only represent a near equ¡valent, versus an ¡dentical match to GE Lighting Turn & Lock; PreciserM; ConstantColorrM; brands. lndividual lanp manufacturers' perfornance specifications should be consulted. Lamp ConstantColorrM Cover Glass; Halogen Display; performance may be affected by environmental clnd¡ti0ns, ballast type and/or other auxiliary equipment. Quartz Halogen & Halogen-IRrM Linear General (Halogen) Lighting; Aþort Quartz Lamps; Quartz NOTE: All Halogen PAR and Aline lamps from Section 2 are also Heat Lamps. listed in Section 1 (Incandescent).

Headings in this catalog section: When You Don't Know The Lamp Description: 1. Identify bulb shape by using table on page 2-1. The following glossary of terms and descriptions 8-6 to determine can help you when checking Halogen lamp 2. Measure bulb diameter using ruler in appendix section page specifications and when ordering products. width in eighths of an inch. Within each product line, lamps are divided into 3 Identify base type using table on page 2-2. families. Within families, lamps are listed by 4. Find your lamp in the table containing the bulb shape, size and base, wattage. In each of these groups, lamps are which are all listed by wattage. listed alphabetically by bulb shape. To find your Approxinate Bean Sprèad: lamp, follow these simple steps: f1r rcflect1r type lanps. The t1tal angle 0f the Energy Used directed bean lin degrces) t0 wherc the intens¡ty of 0 the beam falls t0 50% of the maximun value lanp label rules). To find actual energy used (kWh) multiply Eneruy IJsed las defined by tTC Filament Design: plwer (watts shown) x tine divided by 1000. (K): Filaments are designated by a letter c1nbinati\n Color Tenperature Kelvins wire filament, CC is a coiled "Warnth" 0r "C1olness" 0f the lamp, Bulh: @ = Means this lamp neets tederal M¡n¡nun EÍficiency in which C is a coiled w¡re that ¡s itself wound ¡ntl a laruer c0¡1, and Sfr measwed in Kelvins (K). The higher the Standards. To save eneruy costs, fìnd the lamp w¡th the light Bulb shape followed by its Nunbers Íepresent tenperature, the cooler the appearance you then choose the one with the llwest watts. is a stra¡ght r¡hhln Íilament. naximum d¡ametet of lutput need, sþe lthe the type 0f filament-supp1Ít arnngenenL of the l¡ght. the bulb expressed in etghths of an inch). Case Auantity: in. (nn): CBCP prlduct packed ¡n M0L Number 0f units a case. (Center Beam Maxìnum ]verall P¡oduct Code: Candlepower): Length in inches and It is inpoftant to use Light 0utput nillimeters. for reflector type this five-dígít code Volts: Lunens: lamps. Center Beam when ordering to Each lamp's voltaqe is listed. LiÍe: The lanp's rcted output after the inltial Candlepower is the you Honß: ensure that rece¡ve 2 houß of operation. intensity (candelas) the exact product you (as LCL in. (nn): Life defined at the centet or' require. by FTC lanp Distance between the Lanp Designation: Atltlitional maximun ¡ntensity Iabel rules) center of the filament and of the beam. The lamp's identification code. Base: Inlomation ts rated the L¡ght center Length and/or The type Typical application other average lífe reference plane, in inches of base. i mportant i nf o r mat ¡ o n. (see notes l-34). and millíneters.

¿rsllf tolo¡ Ãppx Ilrr¡tl Ftuúnct @ lanp tass Adtlilio¡al 0øptl uh ßlaûHt ti0l tît fanp Ben (nn) (ñrl üds f¡uÍh 8¡s¡ eoúe 0esignation Yølls w lnlamatìaa tM ,,w llestgt it irl I ñBAP Spraú Halogen Performance PlusrM Par Lamps 35 WATTS 3lq 35 PAR36 ScruTerm 13873 35PAR36/H^/NSP5' 12 12 250 4000 c-6 (69.8) 3000 25000 5 3h î9875 35PAR36/H/NSP8" 12 12 250 4000 c-6 (6e.8) 3000 I 19877 12 12 250 4000 c-6 3000 900

Yellow Highlight ¡nd¡cates that this is a reduced 35 / WFL 30" -l- '--T--l wattage 0pt¡0n flr lamps nlrmally used ¡n this ldent¡f¡es the lamp's wattage. the I tdentilies beam angte, code may applicat¡ln. Be sure to check wattage, lumens and life aßo include Þackaging ¡nfunatiln to determine which lamp is best suited to your needs. I ldentífies the lamp shape and the bulb I ' ldentifies as Wide Flood Ianp. ' ' ' z that th¡s is a lamp with high diameter in eighths of inches. t Blue Highlight indicates ?, perslns , _, _ , - : color rendering, which helps objects and illuminated t0 appear mlre true t0 life.

T0 save energy costs, find the bulbs with the light output you need, then choose the One with the lowest watts * HighColorBendering @ Means this lamp meets Federal Minimum Efficiency Standards. f ) All foolnote references foúnd at the erd of this secti0n. ReducedWattage i- -- : 2-3 GE Halogen PAB Lamps (H) o Substantial energy cost savings vs. standald PAR lamps o Whiter, crisper light o Excellent color rendering 0 o Diode-fi'ee, dimmable, no anrroying flicker GE Compact PAB Halogen Lamps (PABa0/PAR1L) o Ultra compact size o Direct replacement for R20/R30 lamps r Provides more light with higher effìcier.rcy PAR36 PAR38 PAR2() PAß30 o Diode-free, dimmable, no annoying flicker" Scrw Term Med Skirt Med NP Med NP

EaW Ught Colo¡ Appx' lJssd hoduct Ê¡ Lanp tase Add¡tioûal 0tÍprt Liîe Filanant þl0L LCt Íenp, Eean wú Eulh Saso eade Døsignation Volts ûty. lnlomalion t@N ttoF Ðestgn in. (nnl in, (mnl K CBñP Sprcad Halogen Performance PlusrM Par lamps 35 WATTS

35 PAR36 ScrwTerm 19873 35PAR36/H^/NSP5' 12 12 ftlanow 250 4000 c-6 2% (69.8) 3000 25000 5 19875 35PAR36/H/NSP8" 12 12 250 4000 2 3000 19700 I 19877 35PAR36/H/WFU|0. 12 12 250 4000 c-6 2 3000 900 30 45 WATTS 45 PAR38 MedSkirt 1223s o 45PAR/FUH/STG6PK 120 6 Photocellsof- "Dawtr to Dûsk' 510 3000 CC-8 5 5/rs 2750 1800 27 5/ro ßn8 @ 120 12 510 2500 CC-8 5 2750 7000 11 1747r 6PK 120 6 510 2500 CC-8 5%o {135) 2150 7000 11 45 16nS 45PAB/H/SPl1" 130 12 Spot 510 2500 CC"8 55/ro {134.9) 2750 7000 11 40 @ 120volts. 385 4000 16230 @ 45PAR/H/tr25. 120 12 510 2500 CC-8 5 2750 1800 2'1 17471 120 6 510 2500 CC-8 55/ro (135) 2750 1800 27 16231 45PAR/H/ft25. 130 12 tlood 510 2500 CC-8 55/ro (134.9) 275n 1800 27 , nat¡Ígs@lmvolts. 385 4000 ti Standard Halogen Par Lamps 50 Watts

50 PAR30 Med Skirt 17925 @ s0PAR/H/tt 120 12 flood (56,8t961' , 590 2000 CC-8 2750 2200 25 50 17926 @ s0PAR/H/tt 130 12 Flood (56,88.96)* 590 2000 cc.8 2150 2200 25 46 @ 120 Volts. 450 4000 120 6 590 2000 cc-8 2750 2200 25 17927 SOPAR/H/SP 120 12 590 2000 cc.8 2750 9000 r0 17980 @ 50PAR/SP/S/HAI6PK 120 6 Spot 590 2000 cc-8 2750 9000 10 50 17928 @ 50PAR/H/SP 130 '12 , Spot(56,88,961+ ' 590 2000 cc-8 2751 9000 t0 46 Ratings @ t2{l Volts. , 450 4000 Halogen Performance PlusrM Par lamps 50 WATTS 50 PAR20 Med NP 17864 50PAR20/H/NSP8' 120 15 . Narow 570 2000 cc-8 31h 2800 6000 I 50 17866 130 15 570 2000 cc"8 ,ls 2800 6000 I 46 Ralings @ 120 Volts. 498 4000 14927 s0PAR20/SP/HALGPK 120 6 : Spot(16,55,56,00,88F 570 2000 CC-8 3Vo {79.4) 2800 6000 l0

50 17868 SOpnnZOrulÑi 46 @ l2llVolts. 14928 sÍ)PAR2O/FUHAL6PK 570 2000 CC-8 3 Vr {79.4) 50 PAR30 Med NP 17869 @ 50PAR30/H/NSP8' Narrow 610 2000 cG-8 3% {92.1) 2800 9200 I 50 17870 @ 50PAB30/H/NSP8. 130 15 ltlarrow 2000 2800 9200 8 46 @ 12ll Uolts. 4000

r787r @ 50PAR30/H/NFU5. Flood 610 2000 cG-8 3% {92.1) 2800 2000 26 50 17872 @ 50PAR30/H/NFU5. Narrow 2000 2800 2000 26 46 @ l2ll Uolts. 4000 17873 50PAR30/H/FUt5" 120 15 610 2000 cc.8 3% (92.1) 2800 1400 35 50 17874 50PAB30/H/FUrs" 130 15 610 2000 cc-8 3% {92.1) 2800 1400 35 46 @ 120 Uolts. 477 4000 PAR36 ScruTerm 19878 50PAR36/H^/NSP5' 12 12 400 4000 3050 40000 5 e 19879 12 12 400 4000 c-6 2% {69.8) 3050 11000 I 19880 12 12 400 4000 c-6 3050 1300 30 ¡

T0 save energy costs, find the bulbs with the light Output y0u need, then choose the one with the l0west watts. O * 2-4 N,4eans this lamp meets tederal Minimum Efficiency Standards. ( ) All footnote references found at the end of this sectìon. Beduced Wattage . High Color Render¡ng o GE Long Neck PAß30 Halogen Lamps (PAB?ùL) o Direct replacement for R30 lamps ð Ideal for recessed fìxtures r i Diode-free, dimmable, no annoying flicker GE Halogen-lîru PAß30 & PAß38 Lamps ¡ The most efficient halogen lamps made, 35% more useful light per watt than standard halogen . Breakthrough GE technology offers dramatic energy cost savings while maintaining high light output o Exclusive IR reflective coating uses wasted energy to produce PAR30 PAR38 t819 more useful light Med NP Med Skirt Med ¿ Crisp, white halogen light... excellent color rendering o 50% longer life than typical PAR halogen lamps o Diode-free, dimmable, no annoying flicker

Eaew Uglil Csla¡ W ,Jsod Pndüû O lanp C¡s¡ Âdûtiff,al AUVû lile ftlaûsnl ,iln LCL lsw Bem (Mt, Ítú gult Ease Codo aæignuìu Iotb ey. Monaía l@ l@ ûxign îe b {ûni I lßCP Spread' Halogen Performance PlusrM Long Neck Par Lamps 50 WATTS 5f) PAR30 Med NP 11113 @ S|IPAR30UHÍ2" 120 15 n5,55)r 580 2000 CC-8 43lc 1120. 2800 6000 12 50 11117 @ 50PAR30VHÍ2' 130 15 s80 2000 cc-8 4314 l120.tl 2800 6000 12 46 @ l20Volts, 458 4000 149/Ul 120 6 Irl¡row tlood (15,551+ 580 2000 cc-8 4 2800 1900 27 fl 11120 @ 50PAR30UH/25' 15 580 2000 cc-8 4 2800 1900 27 4S t20Volts, 430 4000 11116 120 f5 580 2000 43lq l.120.71 2800 1000 40 50 11123 130 15 Flood (1155P 580 2000 2800 1000 40 46 @ lmvofts, 458 4000 14941 @ 50PAR30UH/60'6PK 120 6 630 2000 cc-8 43h í20.71 2800 600 57 50 @ 50PAR30UH/6ÍI. 130 15 Wids flood 6:10 CC-8 43lc 1120.71 2800 600 57 0 46 ' Rstinos @ lm Uolts. 458 4000 Halogen-lRrM Par lamps 50 WATTS

50 PAR30 Med NP 19902 o í|PAB30/H|R/NSP8' 120 15 llarrow 770 3ooo cc-8 3% (92.1) 2810 17000 I 50 215:t4 130 15 llanow Spot {15,55,56,80,88}t 770 3000 cc.8 3 2810 17000 I 46 @lãtVûlb. 570 6000 19901 @ 50PAR30/H|R/NFU5' 120 15 770 3ooo cc-8 3% {92.1) 2810 3000 26 50 @ 50PAR3|yHIR/NFU5" 130 15 Narrow flood 770 cc-8 3% (92.1) 2810 3000 26 46 @ l20Volts, 570 6000 199{n @ 50PAR30/H|R/FU}5' 120 15 770 3000 cc-8 3\s 2810 1600 37 5{t 19903 @ 50PAR30/H|ß/FL35' 130 15 770 3000 cc.8 3% {e2.1) 2810 1600 37 46 @ 120 Volts, 570 6000 50 PAR38 Med Skirt 12396 120 t2 850 3000 cc-8 2810 14000 I 12397 @ 120 12 850 3000 cc-8 5 2810 27 Halogen Performance PlusrM A-Line Lamps 50 WATTS 50 TB19 Med 20f/.7 504/HAt6PK 120 6 fiost Bras¡ Easo 710 2000 CC-8 4ifo {1'13) 3rl¡ (79) 2800 16746 60 Base 710 2000 cc-8 4 3 2800 50 16747 50TB/H 130 60 Base 710 2000 CC-8 41hs 3 2800 46 @ 120 Volts. 540 4000 Halogen IRTM Pa r Lamps 60 WATTS uhu 60 PAR38 Med Ski rt 18627 o 60PAR/HIR/SPlO' 120 12 11 10 3000 cc-8 5 (134.9) 2815 16000 10 11881 @ 60PAR/SP/HIR 6PK 120 3000 cc-8 %o (134.e) 2875 16000 10 uha 60 18629 @ 6OPAR/HIB/SPlO' t30 12 3000 cc-8 5 (134.e) 2875 r6000 10 54 @ lAt Yolls. 840 4000 5ha 18626 @ 60PAR/HIR/FUIfl" 120 12 (t5¿x5û,88,e6P 2815 28 uha 11878 @ 6OPAR/FUHIR 6PK 120 6 10 3000 cc-8 5 (134,9) 2875 3600 28 5hs 60 18628 o 60PAR/HrR/tUlo' 130 12 3000 cc-8 5 (134.e) 2815 3600 28 54 @ 120 Vohs 840 4000 Ç 10467 60PAB/HrR/40' 120 12 tlood r5,23,56,88,361ð 1110 3000 C-8 5 %o 2875 2000 40 20947 @ 60PAR/H|R/WFL 120 12 1110 3000 CC-8 5 %o 2815 N/A 60 2fr948 @ 60PAR/HrR/Wtr 12 1110 3000 CC-8 5 %o {134.9} 2875 N/A 54 @ l2oYolts. 840 4000

T0 save energy costs, find the bulbs with the light output you need, then choose the one with the l0west watts. * : O Means this Iamp meets Federal Minimum Ëfficiency Standards. { ) All footn0te references found at the end of this section. Beduced Wattage . High Color Bendering 2-5 r)

PAR30 PAR38 TBlg Med NP Med Skirt Med

Eaugl LiCM Cslw ücf/tl Pßdaú @ tury Casc Ádúiliond Ûu$t Lilc ãlanüt I40L tßt Tsnp. Bßarl vú ûtlh 8æø Sale 0æignatiae Ay. hlo¡nalios l@6 ,ìsw Ðøtígd tE, lnml in. lantl X C8Ø Sproad Halogen Performance PlusTM Par Lamps 75 WATTS 75 PAR30 Med NP 18055 o 120 t5 ll¡rrow 1030 2000 cc-8 3% (92.1 2830 13000 I 75 18056 75PAR30/H/frlSP9' 130 15 2000 2830 13000 I 66 @ i20 Volts, 790 4000 18057 0 120 15 IllarowFlood 1030 2000 cc.8 3% (92.1) 2830 3100 27 75 130 15 Nanow Floorl lti,5$,56,80,08)' 1030 2000 cc-8 3% {92.1) 2830 3100 27 66 @ 120 Uolts, 790 4000

18059 @ 75PAR30/H/FL35. 120 t5 1030 2000 cc-8 3% {92.r) 2830 2000 37 75 f8060 0 75PAR30/H/FL35. 130 15 1030 2000 cc-8 3% {92.î) 2830 2000 37 66 t20Uolts 790 4000 75 Med Skirt 21388 @ 75PAB/H/NSPS' 120 12 1030 2500 cc-8 5 2850 18000 I 21387 @ 75PAR/H/NFU5. 120 12 1030 2500 CC-8 5%o (134.9) 2850 4000 25 75 21389 @ 75PAB/H/NFU5. 12 1030 2500 CC-8 5 %o (134.9) 2850 4000 25 66 800 4000 Halogen Performance PlusrM Long Neck Par Lamps 75 WATTS

75 PAR30 Med NP 11124 @ 75PAR30VH/12' 120 t5 l{afiow 940 2000 CC-8 43lt i.120.71 2830 3000 12 75 11 130 15 940 2000 CC-8 43lq 11 2830 9000 12 ü 66 @ lZ0llolts, 751 4000

14943 0 75PAR30UH/25. 6PK 120 6 940 2000 CC-8 43lq .120.71 2830 3100 27 75 11131 @ 75PAR30UHn5. r30 15 tlooú {1S,55}' s40 2000 CC-8 aslq l120.ll 2830 3100 27 66 ßatinsi @ 120 Volt& 751 4000 16:193 0 75PAR30UH/60"6PK 120 1050 2000 cc-8 4 (120.7) 2830 900 60

75 11154 @ 75PAR30UH/60. r30 t5 1050 2000 CC-8 43lq 1120.71 2830 900 60 66 @t20 751 4000 Halogen Performance PlusTM Par lamps !¡O WATTS

90 PAR38 Med Skirt 13307 @ 90PAR/HÆ125. 120 12 Flood 1260 2500 C-8 5%o (134.9) 2870 4100 2t 17451 @ 124 1260 2500 CC-8 5%o (134.9) 2870 4100 27 90 130 12 1r5,231. 1260 2500 CC-8 5 2870 4100 27 79 @ 120 Volts. 940 4000

17691 @ 90PAR/CB/H/FU5. 120 12 1260 2500 CC-8 55/ro {134.9} 2870 4100 13:t09 @ 120 12 1260 2500 CC-8 55/ro {134.9} 2870 16000 10 6PK fln 1260 2500 GC-8 5 2870 16000 10 90 1:t3r 1 90PAR/H/SP10. 130 12 2000 5 2870 16000 t0 79 @ 940 4000 Halogen Performance PlusTM A-Line lamps 90 WATTS gOA/HAL6PK 90 TB19 Med 20648 120 6 trost,88 1580 2000 CC-8 41ro (113) 3T¡ (791 2930 gftTB/H 16744 120 60 Frost 1580 2000 CC-8 41ha |1112.71 3'l¡ (791 2930 90 16745 90TB/H 130 60 1580 2000 CC-8 41hø lt112.ll 3t/s (79) 2930 81 @ 1220 4000 Standard Ha Par Lam

100 PAR38 Medsk¡f 17946 O 100PAR/H/FL 120 12 Flood 1400 2000 CC-8 5%o {134.9} 2900 4800 27 17986 @ Í00PABÆVS/HAI6PK 120 6 1400 2000 CC-8 5%s {l3fs} 2900 4800 27 100 17947 0 r30 12 1400 2000 cc-8 5 2900 4800 27 88 @ l20Volts. 1100 4000 17951 l(l(lPAR/H/SP 120 12 1400 2000 CC-8 5%o (134.9) 2900 17000 11 a 17992 @ 100PAR/SP/S/HAL6PK 120 6 1400 2000 CC-8 5 %r (13a.9) . 2900 17000 11 100 17952 @ looPAR/H/SP 130 12 1400 2000 CC-8 5 %o (134.9) 2900 17000 11 88 @ t20 Volts. I 100 4000

lo save energy costs, find the bulbs w¡th the light output you need, then cho0se the one with the l0west watts. o Means * 2-6 this lamp meets Federal M¡nimum Efficiency Standards. ( ) All f0otnote references f0und at the end 0f this section. Reduced Wattage ; : High C0l0r Bendering GE Turn and Lock (TAL) LamPs o User-friendly base... easy to install and remove o Trrln ancl lock in one easy motion ) . Over 90% maintained light over life e Crisp, white light over life... no color shift

GE PreciserM Lamps . Small size, precise beam control ' Highly efficient o Crisp, white light PAR38 MRl6 MRl1 MB16 Med Skirt TAI GU4 GX5.3 . Long 4000 hour life 2-Pin 2-Pin . Popular for downlighting and accent lighting

EseW LW tnlo¡ Alpx. lhed Ptottrst ø lanry Cass Ådùitional 0atput Líle ñranant lløt LCL fanp Eean l?¡t' Eulb t¿so Code 0esîgaatioo Volæ Aty. Inloma¡ion hMù llffi Design in. (nn) in. lnun) x CASP Spreaí Halogen-lRïM Par lamps f (¡() WATTS

100 PAR38 Med Skirt 1863f O 100PAR/H|R/NFL25" 120 12 Narrowtlood (15,23,56,88,961f 2070 3000 CC-8 5%o {13a.9} 2500 7510 27

11083 @ 100PAR/FUH|R 6PK 120 6' ltlanowtlood {15.21,56,88,96}* 2070 3000 CC-8 5%o {134.91 2900 7500 27 100 18633 @ 100PAR/H|B/NFU5. 130 12, Narowflood(15,23,56,80,961' 2070 3000 CC-8 57ro {134.9} 2900 7500 27 88 120 Volts, 1570 6000 10473 120 12 2070 3000 C-g 5%o (13a,9) 2900 3400 40 18635 100PAB/HtB/SPf0" 120 12 2070 3000 CC-8 5%o (134.9) 2900 29000 10 r1885 @ 100PAR/SP/H|R 6PK 120 6 Spot 2070 3000 CC-8 5%o (134.9) 2900 29000 10 f00 18636 0 100PAR/H|B/SP10. 130 12 Spot {15,ã1,56,88J6}r 2070 3000 CC-8 55lr (13a.9) 2900 29000 10 88 Ratings @ l2llVolts. 1570 4000 TURN AND LOCK (TAL} CONSTANTCOLOR' LAMPS 20-65 WAfiS 20 MR16 TAt 30927 20MR16iMl"/ft 12 10 Narow Spot {132P 3500 C-6 2 (50.8) 2900 4500 11 0 35 MRl6 TAr 30932 SS[AnrO7o/ArTt

30934 35MRf5/0/40"/fL 12 10 tlood n32l* 3s00 c-6 2 (s0.8) 2900 870 38 50 MR16 TAt 30901 50MR16iM0./fL 12 10 3500 3000 10800 10 30900 50MRr6/0i20./ÍL 12 10 3500 2 3000 3330 2î 30899 12 10 3500 c-6 3000 1395 38 30935 50MRf 12 10 Wide 3500 c-6 3000 630 60 PreciserM MRll & MR16 TAMPS 2O-7l WATTS

20 MRl1 2-Pin - GU4 30773 020MR1UNFL30"-FID 12 10 Narrow Flood, ANSI: FfD 3500 c-6 13k 2900 600 30 35 31774 12 10 3500 c-6 l'ls 2900 3000 20 30890 035MRlUNFt30"-FfH 12 10 ilanow Flood, Af{Sl: FIH {132}* 3500 c-6 'r % (34.91 2900 1300 30

20 MR16 2-Pin-GX5.3 14789 020MR16/NSP15'-ESXI0PK 12 2n NanowSpo¡ÂNSl:ESX(1321* 4000 c-6 17k 147.61 2900 3600 13

2-Pin - GX5.3 14790 020M816/FI40'-BAB 10PK 12 20' flood, ANSI: 8AB {lÍl2F 4000 c-6 l1h 147.61 2900 525 40 35 MR16 2-Pin - GX5.3 19903 035MR16/SP20'-FRA 10PK 12 2I 4000 c-6 T 3000 3900 2î 19984 12 2n 4000 c-6 1 3000 1000 40 42 14945 l(}PK 12 2t ANSI: EZY 3500 cc-6 1%{47.6} 3000 13100 I 14785 042M816/NFU5"-EYS 10PK 12 2r Narrow EYS 4000 C-6 llls l47.El 3000 2400 27 50 MR16 2-Pin-GX5.3 14787 050MR16/NSP15'-EXTt(lPK 12 20 Narrow $pot, AN$l: t fi (132)' 4000 c-6 17h it47.61 3050 10200 14 14793 050MR16/NFUSqEXZ 10PK 12 20 ftlarrow Floo¡|, ANSI: ÐG (1321* 4000 c-6 1%{47.6} 3050 3400 27 14788 050MR16/FL40.-EXN 10PK 12 20 4000 3050 1850 40 39857 10PK 12 20 4000 c-6 1 3050 2325 32 18710 10PK 12 2D 4000 c"6 11h 147.61 3050 1000 55 71 MR16 2-Pin - GX5.3 14795 071MR16/NSP15'-EYF t0PK 12 20 ANST EYF {I32}- 4000 c-6 l1h i'47.61 3050 12000 14 15941 O71MB16/NFU5.-EYJ 10PK 12 20 Floorl, ANSI: EYJ (1321" 4000 c-6 17k l'47.61 3050 4900 2 14154 0t1MR16/F[40qEYC 10PK 12 20 Flood, Aftl$t EYC (132r 4ooo c-6 1%{47.6} 3050 2100 42

ç

T0 save energy costs, find the bulbs with the l¡ght 0utput you ne€d, then choose the one wilh the lowest watts. * o lvleans this Iamp meets Federal Minimum Efficiency Standards. { ) All f00tnote references found at the end 0f this secti0n. Reduced Wattage : : High Color Rendering 2-7 GE Constantàolor' PreciserÚ MBl6 Lamps Li n ear H a I og en -l ß Auartzl i n e' Lamps . Bright, white Ìight over life . 30Vo - 40% energy cost savings vs. standard quartz lamps . Consistent white light over lamp life - no beam discoloratiolr , 95% maintained light output over life . No loss in light over life . Cooler operation increases fixture life c . Longest life - 5000 hours (50-rvatt types) . Easily dimmed GE ConstantColor' PreciserM Cover Glass Lamps . A cleaner bulb for more light . Cover glass lens protects bulb from dust and dirt which can reduce light output ffi ffi

MRl6 T3 T21lz 2-Pin GX5.3 2-Pin G4 2-Pin G4

Energy Agtu ßated Cola Åppx Used P¡otluct 6 lanp C¡s¡ Atltliüonal 0tÍÐrrl Avg.Lilt F,laneû ,I0L 6l few gear Wab &nh Base Coda 0esþ,,arion Yolß a$. lnlomarioa t@û 8o@ 0æign in. fuml in lnnl T CgtP Srytal GONSTANTC0L0R' PreciserM MRl6 LAMPS 20.42 WATTS (ì20Mß16/C^/NSP7'-EZXI0PK 20 MR16 2-Pin -GX5.3 20816 12 20 Narrow ANSIr RX (1321' 3000 cc-6 lth 2900 7400 7 (I20MR16/CiNSP1s.-ESXt0pK 20815 t2 20 5000 c-6 'l 2900 3600 13 208'14 020MR16/C/ft40"-BAB 10PK 12 20 5000 c-6 1%(47.6) 2900 525 40 - 35 MR16 2-Pin GX5.3 20826 035MR16iC/SP20".FRA10PK 12 20 4000 c-6 l1h |147.61 3000 3900 20 20825 035MR1 10PK 12 20 rMw 4000 c-6 r%{47.6) 3000 1000 40 42 MB16 z-P¡n - GX5.3 20828 12 20 Nanow flood, AN$l: EYS (132)f 5000 c"6 17h 3000 19000 24 20830 10PK 12 20 Narrow ÍzY 3000 13100 I 5f)-7l WATTS

50 MR16 2-Pin-GX5.3 20839 050MRI6iC/NSP15'-EXTl0PK 12 20 ANSI: EXT 5000 c.6 17h 147.61 3050 10200 14 20835 050MR16/C/NFI25.-EXZ 10PK 12 20 ANSI: 5000 c-6 î%(47.61 3050 3410 27 20834 l0PK 12 20 NarrowFlood, EXI( (132r 5000 c-6 1%(47.61 3050 2450 32 20833 (t32)' 10PK 12 20 ' Flood,AN$]: 5000 c-6 1 3050 1850 40 20832 050MR16/C^/VFL55"-FNVl0PK 12 20 Wido Flood, ANSI: 5000 3050 900 55 t) 71 MR16 2-Pin-GX5.3 20843 071MR16/C/NSP15'-EYFl0PK 12 20 Narrow 4000 c-6 11h i'47.61 3050 12000 14 20841 071MR16/C/NFI25.-EYJ r0PK 12 20 4000 c.6 1%{47.6) 3050 4900 25 20840 071MR16/C/F[40"-EYC 10pK 12 20 4000 c-6 1 3050 21 42 CONSTANTC0L0R' PreciserM C0VER GTASS LAMPS 2O-7l WATTS

20 MR16 2-Pin-GX5.3 20858 (Ì20MR!6/C/CG1S'-ESXII)PK 12 20, f{affow Spot, Clear glass protective ' lens, AN$l: ESX (lil2l* 5000 c-6 1%(47.61 2900 3350 13 20857 10PK 12 20 Cleâr glass protsctive lêns, ANSI BÀB (132}' 5000 c-6 llk (47.61 2900 490 40 35 MR16 2-Pin - GX5,3 20860 035MR16/C/CG20'-FRA t0PK t2 20 Spot Clear glass protectivô lÊfls, ANSI: tRA (13¿l' 4000 c-6 I7k 3000 3625 20 20859 035MR16/C/CG40"-FMWl0PK 12 Z0 Flood,Clearglass ANSI: ÍMW 4000 c-6 1lh l4t.6l 3000 900 40 50 MR16 2-Pin-GX5.3 20872 050MR16/CiCcl 10PK 12 20 Glear glasr protective lens, Afi¡Sl: EXT (1321. 5000 c-6 1%(47.6) 3050 9500 14 20871 050MR16/C/CG25.-EXZ10PK 12 20 Nalrow lens, AltlSl: EXZ {132}' 5000 c-6 17k l4t.6l 3050 3160 2t 20867 6/CiCG40qEXN 10PK 12 20 glass protective lens, ANSI: EXfl 5000 C-6 11lB (41.61 3050 1720 40 20865 050MR16/C/CG55"-FNVl0PK 12 20 Wide glasr protect¡ys lens, ANSI: tl\lV {1321' 5000 c-6 l,h .6) 3050 850 55 71 20876 071M816/C/CG1s.-EYF t0PK 12 20 Narow Spot

lens, ANSI: ÊYF 4000 c.6 17k i'47.61 3050 11200 12 20874 071MR1 10PK 12 2I Nanow Glear glass ANSI: EYJ (t321+ - 4000 c-6 1lh l4t.6l 3050 4560 25 20873 071MR16/C/CG40%EYCl0pK t2 20 tlood, Cloat : ANSI: EYC {f321' . - 4000 c-6 17k l4t.6l 3050 1950 42 OUARTZ HALOGEN DISPLAY LAMPS 5.TO(l WATTS 5 T3 2-Pin - G4 18426 05T3/CL 12 50 Clear (132)* 60 2000 c-6 1l/q (31.8) % (19.r) 10 T21lz 2-Pin - G4 3c728 010T2.5/6V/CL 6 r00 {132r 140 2000 t1l¡ (3,t.8) - (132)* 0 T3 2-Pin G4 18431 010T3/Ct 12 50 Clear 140 2000 C-6 I Yr (31.8) % {19.1) 19371 010T3/CUCD sPK 12 25 Clea¡, Carded (132)* 140 2000 c-6 1 Y¡ {31.8) % (19.r) TTtlz 20 G4 34715 0¿:0T2.5|12U|CL 12 100 350 2000 c-6 1 {îs.1}

To save energy costs, fird the bulbs with the liqht output you need, then chOOse the one wìth the lowest watts. * 2-8 o l\,4eans ihis lamp meets Federal l\,4inimum Effic¡ency Standards. { ) All footnOte references found at the end 0f this secti0n. Beduced Wattage High Color Rendering a I

tì ñ q|+ n n c}_lr"-'-'ffi & cõ' EE ü

T3 T4 T21lz T4 MRI6 ï3 T4 tir T4 T4 2-Pin 2-Pin GY6.35 R7S 2-Pin Pl 2-Pin GX5.3 Min Scrw Min¡ Cand R7S DC Bay R7S

Enagl liúl Colo¡ âlpx Used Prolua @ hnp fa¡e Nditloßd 0lryr lilt ãlamú lenp 8sæ wú Btlh Bæs Coda 0esig¡¡,rtioø Volt oty. lúanaatioo t@ ¡¡6 ,6sign ,û, lw,t I CBCP 9prcaú' OUABTZ HATOGEN DISPLAY LAMPS 5-100 WATTS (con't) 20 T3 2-Pin - G4 19375 (}20T3/CUCD sPK 12 25 Clear, Carded (,l32)* 350 2000 C-6 f ic (31.81 % (19. 18434 24 50 (132r 350 1000 C-6 1 ïq (3f.8) % {19. 35 T3 Z-Pin - GY6.35 34708 035T3/Ct t2 100 (r32). 550 2000 c-6 1 % (44.5) 50 T3 2-Pin - GY6.35 34702 050T3/Ct 12 100 850 1 % (44.5) T4 2-Pin-GY6,35 î9376 050T3/CVCD 5PK 12 25 Clear, Carded 950 2000 GY6.35 34682 075T3iCt 12 100 (132r 1330 2000 G-6 T4 2-Pin 19377 075T3/CUCD 5PK 12 25 Clear, Carded {132}* 1600 2000 c-6 100 T3 2-Pin - GY6.35 34676 12 100 {132)* 2350 2000 cc-6 % {44.5} 34663 24 100 2000 2000 cc-6 OUARTZLINE' TUNGSTEN HATOGEN TAMPS 45-75 WATTS

45 T21lz R7S 23850 A{fi?1lrl0L 7 12 Clear lnstrument {137}* 710 1000 C-8 21ha 152.41 r'læ T4 2-Pin Pf 41541 045T4/Ct 0 12 Clear BASE DOWN 835 500 C-6 2 Yz {63.5} 1 (38.9} 0 50 MR16 z-P¡n 43948 050MR16-EZP 13.8 20 1000 cc-6 1%{44.5} 3150 9000 14 dichroic refl. Burn Any (132)* 75 T3 Min 39574 075C1 28 20 Clear 1350 2000 cc-6 2 T4 Mini-Cand 12715 120 25 Clear, Carded 1200 2000 cc-8 2 ll)O WATTS 100 T3 R7S n489 0100T3/CUCD 5PK 120 60 Glear, Garded 165{1 1500 C-8 3ri¡ (79.4) 1rl4 (31.8} 2950 T4 Mini-Cand 15507 0100CUMC 120 6 Clear 1600 2000 CC-8 2t%o (71.41 1% {34.9} 2950 19383 0100CUMCiCD sPK 120 25 Clear, Carded 1600 2000 cc-8 2 44385 120 6 Clear 1000 750 tt-ru 2rhs 2S50 16452 0r00MC 120 Frosted 1550 2000 CC-8 2'3ft {71.4} 13h 2950 44656 0100MC/2V-ETE 120 6 trosted 1750 750 CC-2V 21%o {71.4} 1% (34.9) 2950 DC Bay 15508 0100CUDC 120 6 Clear í600 2000 CC-8 2'fo {61.9) 1% (34.9) 2950 44306 0100cvDcizv-EsR En 6 Glear 1800 750 GG-zV 2'lo (61.9) 1% (34.9) 2950

16451 0100DC 120 6 trosted f55ll 2000 cc-8 2 1 "le 44657 120 6 Frosted 1750 750 CC-?U 2 1"h 2950 150 WATTS 1Å 150 T3 R7S 19378 0I50T3/CUCD SPK 120 60 Clear, HOR|Z., Garded 2400 1500 C-8 1 {31.8} 2950

DC Bay 44384 0150CUDCi2V-ESP 120 6 Clear 2800 1000 CC-ZV 210 (61.91 1% (34.9) 2950 3/8 2700 2000 cc-s /'1, (o¡.s) 1 (34.91 - 2S50 Mini-Cand 43694 01S0CUMC-ETG 120 6 Clear 2800 2000 cc-8 3 176.21 1 % {34.9} 2350 19386 0150CUMC/CD sPK 120 25 Glear, Carded 2800 2000 cc-8 3 (76.2) r % {34.9} 2350 44383 0150CUMCi2V-ESL 120 6 Clear 2800 1000 CE-2V 213ha .71.41 1 % (34.9) 44654 0150MC-ETH 120 6 Frosted 27n 2000 cc-8 3 {76.2} 1 % (34.9} 2950 200 WATTS 200 T3 R7S 16580 U00T3 6PK 120 144 Frosfed (f00)* 3350 1500 CC-8 31/¡ {79.4} 1 Y¡ (31.8) 2s25 I 437f3 0200T3/CL6PK 120 144 Clear 3460 1500 CC-8 3T¡ (79.4) 1Ï¡ (31.8) 2925

To save energy costs, f¡nd the bulbs with the light output you need, the0 cho0se the one wilh the lowest watts. * 2-9 @ l\¡eans this lamp meets Federal lvl¡nimum Efficiency Standards. ( ) All footnote references f0und at the erd of this section. Reducedwattage : . -: H¡ghC0l0rBender¡ng T8 Flexible Leads ó

ffi ffi €:1: tE*Aif

T2 T4 PAR38 T3 T3 T4 T4 T4 PAR56 R7S 2-Pin PlGZ9.5 Med Skirt R7S RSC DC Bay Mini Cand R7S Mog End Pr

Ewrgl usF tolo¡ âppt $s6ú Fndud @ ¡ilry tase Ådúitìonat tt4/ú uh nãnuû ,l0l út lønp Ssaa Ilfr 8olþ Bast eods 0æiparioa AoIs B,tl/' lolonntion l@ iw 0s{W ¡tL tunl in þwnl T Cge? Wað 225 WATTS 225 12 R7S 1?282 fU2STZCUULTRACARDSPK 120 25 lBClearHOR|Z. 5950 3000 C-8 4rriro {119.1} 2tlz l54l 2965 235 WATTS 235 T4 z-P¡n - G29.5 11548 0235T4/3 33 12 FrostedlnstrumentPrefocus(103)*6000 I50 CC-6 2% {66.7} 11%z (38.9} 250 WATÏS 250 PAR38 Med Skirt 23715 (ì250PAR/SP1Í' 120 12 Spot-Ceramicsocketonly(llz}* 3600 4200 CC-8 5%o {13a.9) 2880 40000 11'

1112,120Y T3 R7S 22865 0250T3/CL6PK 120 144 Clear HOR|Z. 4000 1500 C.8 3tls {79.4} ltln 2950 RSC n121 0250T3/CVCD sPK 120 60 Clear, Carded 4000 1500 3 2950 T4 DGBay 43701 Íì2500C-ETB 120 6 4850 2000 cc-8 3 luh 2950 43702 02500C 130 6 Frosted 4850 2000 cc-8 3 {76.2} 't % (41.3) 2950 Mini-Cand 43695 (us(lMC-ESM 120 6 Frosted 4850 2000 CC-8 3%z {80.2) 1% {41.3) 2950 43696 0250MC 130 6 Frosted 4850 2000 CC-8 3%z {80.2} 1% (41.3) 2950 DGBay 43697 ÍU50CUDC-ESS 120 6 Clear 5000 2000 cc-8 3 {76.2} 1% (41.3) 2950 43698 Íì250CUDC 130 6 Clear 3 2950 ü Mini-Cand 43699 ÍUS0CUMC-EHT 120 5000 2000 cc-8 3 2950 19307 0250CUMC/CD sPK 120 25 Clear, Garded 5000 2000 CC-8 3%z {80.2} 1% {41.3) 2s50 43700 0250CUMC 130 6 Clear, Carded 5000 2000 CC-8 3%z (80.2) f% (41.3) 2950 3fl0 WATTS 300 T3 R7S 43704 0300T2V2-EHZ 6PK 120 144 Frosred H0R|Z. 5S00 2000 C-8 411Ío {119.1) 21lq l57l 2S50 RSC R7S ï4 R?S 43705 0300T4/CL-EHP 120 6 Clear 5650 2000 CC-8 3'/s {79.4} 21h (57l. 2900 350-425 WATTS 350 T3 R7S 13894 ÍI350T3/CUHIR 120 6 lß ClearHOR|Z. 10000 2000 C-8 4t1lr6 {119.1) 21lq tt57l 3075 143f 1 m50T3/CUHIR 130 6 lR Clear 9600 2000 3000 RSC 120 25 lR Clear H0R|Z. 10000 2000 C-8 4t1lr 2tlq 3075 400 T4 Mini-Cand 43706 0400MC 120 6 Frosted 7850 2000 cc-8 3% {92.r} 2 (50.8) 2950 43701 0400cuMc 120 6 Clear 8250 2000 cc-8 3% (92.1) 2 (50.8) 2950 1%o R7S 43708 0400T4iCL-EHR 120 6 Clear 7750 2000 CC-8 3'/¡ {79.4} (20.6) 2900 425 T3 R7S 11178 0425T3/CL 120 12 Clear. H0B|Z. 8900 2000 C-8 4rtlr {1,19.1) 2%z (56.4) 3000 sfl(¡ WATTS

500 PAR56 Mog End Pr ¡13494 0500PAR56NSP 120 6 Nanow Spot {131)* 8000 4000 cc-6 5 (127.0) 96000 13x8 43495 0500PAR56MFL 120 6 Medium Flood (131)* 8000 4000 cc-6 5 (127.0) 2950 43000 26x10 43496 0500PAB56Wtt 120 6 Wide Flood (131)* 8000 4000 cc-6 5 (127.0) 19000 44x20 T3 R7S 23717 0500T312PK 130 144 Frosted, H0R|Z. 10300 2000 3000 23731 0500ï3/Ct-tCL 120 12 Clear 1rr00 2000 c-8 4 19. 21h lltl 3000 RSC 19382 0500T3/CUCD sPK 120 60 Clear H0R|Z., Carded 11100 2000 C-8 41'fo (1'19.1) 21h lsll 3000 R7S 23733 0500T3/Cr-DVS 130 12 Glear H0R|Z. 10550 2000 C-8 41'lrs (,119.1) 21h l57l 3000 23744 0500T3/CU6 12PK 120 IM Clear,6FilamentSupport, RoughServiceHOR|Z.(103,1$f 10950 1500 C-8 41rlro (119.1) 21lc l57l 3000 T4 DC Bay 43709 05000C 120 6 Frosted 10100 2000 CG-8 3 ?rs (87.3) 21ls {54) 2950 - - 43710 0500CUDC 120 6 Clear 10450 2000 CC-8 3,lo (87.3) 21h l54l 2950 39071 - 20 Clear Specialbulb(.l34|* 13400 500 CC-8 4'l¡ (108) 21lz {63.5) (152 mm) leads Flexible a

l0 sâve energy costs, find the bulbs with the light output y0u need, then choose the one with the lowest wätts. * 2-t 0 o l\¡ea0s this lamp meets Federal Minimum Efficiency Standards. { ) All footnote references found at the end 0f th¡s sect¡on. BeducedWattage æ HighC0lorBendering a ,+ ....EÆr't!l-*ll{l ,--cl L*lÆH /+_ij=JFr-

l2llz ï3 ï4 T3 I R7S 4" Leads 1" Ribbon Leads Slv

T6 R7S

e___tr

T3 PAR64 R60 T20 PAß56 PAR56 PAR64 R7S Ex Mog End Pr Mog Mog BiPost Mog End Pr Scrw Term Moq End Pr

Etw licl/ú Colo¡ Appx lhøú ?núnct @ lanp tasr Nû¡liøtd 0aÛ/lr lila Filanent øl0l tcl fenp. 8eøø wü Búh Sssa Cols 0esigntlu Vaes fry. hlo¡natiop lM frw 0esigi in þrnl i* lmnl x CB0P ûpread'

gf)f) WATTS 900 T3 R7S 13M2 0900r3/cuHlR 240 6 lR Glear, HOB|Z. 32000 2000 C-8 101f0 (255.6) 6Ts (155.6) 3160 14335 277 6 lR Clear. HOR|Z. 31000 2000 C-8 10rÍ6 (255.6) 6'/t (155.6) 3160 î()flfl WATTS 1000 PAR64 ExMosEndPr 43497 01000P4864/NSP 120 6 Nanow {1ilr 19400 4000 cc-6 6 {152.4} 3000 200000 15x8 43498 01000P4R64/MFL 120 6 19400 4000 cc-6 6 f52.4) 3000 80000 28x12 43499 01000P4R64/WFL 120 6 Wide Flood 19400 4000 cc-6 6 (152.4) 3000 33000 48x24 ,1, 23791 01000R60F1 120 6 Reflector tlood l.F. 18300 3000 1257.21 (55,108,114,172r T3 R7S 43711 01000T3/Ct 6PK 220 144 Clear H0R|Z. 21500 2000 C-8 10'lo {255.6} 6Vo (155.6} 3050 43712 01000r3/cL6PK 240 144 ClearH0R|Z. 21500 2000 C-8 101f0 {255.6} 61ro {,163.5} 3050 T6 R7S 23800 01000T6/GL-DWT 120 6 Clear 23400 2000 cc-8 5% {142.9) 1 l'25.41 3200 T20 Moq BiPost 41734 01000T208P 120 6 ClearLiohlhouse.BASED0WN 22400 3000 CG-8 Slh i.241.31 4 (,101.6) 3050 1500 wATTs 1500 T3 R7S 23828 01500T3/Ct12PK 208 144 Glear H0R|Z. 35800 2000 C-8 l0'/ro (255.61 6'$/ro (166.7) 3050 0 23826 01500T3/Ct l2PK 220 144 Glear H0R|Z. 35800 2000 C-8 10'fo {255.6) 6'%o {173.0} 3050 23830 01500r3/cl 240 12 Clear HOR|Z. 35800 2000 C-8 10'fo {255.6} 6%o {160.3) 3050 23836 01500T3/CU612PK 240 144 Clear14FilamentSuppol, 35800 1000 C-8 101/ro (255.6) 6% (171.5) 3050

6000 WATTS 6000 T3 Slv 13511 06000T3/ct 480 6 Clea¡ lnlrared, HOR|Z. 150 C-8 1115i0 {303.2} Sxlq 1247.71 l.100,103,111,122,125Y t%o 23113 06M/t3/CUr 480 12 Clear 150 11 (303.2) 93lc t¿47]1 23843 06M/Í3/CUHï 480 12 Clearlnfiared,HighTemp.Constr. - 100 C-8 1111lo (303.2) 93lc l247.ll 3250 ('l 03.1111ni25.1001* AIRPORT LAMPS LISTED BY AMPERES 200 PAR56 Mog End Pr 38271 06.64/PAR56/2 12 PAR Airport, BDTH 1000 cc-6 5 {127.0} 16000 Scrw Term 33279 06.64/PAR56i3 12 PAR A¡rport, BDTH 1000 CC-6 41lz (114.31 200000 End Pr 18309 06.64/PAB56/4 12 PAR Prismalic [ens, BDTH 600 CC-6 5 l12ll PAR64 End Pr 13n4 6PK PAR BDTH 2000 300 PAR64 Mog End Pr ßn3 PAR BDTH 2000 cc-6 4 45 T21lz B7S 23846 12 (137,1s1r 710 1000 C-8 21ha 152.41 23847 06.64/I2Y,/1CI 12 Clear 137,151,1611 710 1000 c-8 1 % {44.5) T3 4" leads 23855 06.64/f3/20t 12 Clear 2250 1000 c-8 2 (50.8) 200 Special l" 23857 06.6A/f4ÆCt 12 ClearAirport, 3 (76.2) (25 mm) Ribbon leads D C Bay 23860 06.6A/Ì4/DCR 12 (129)* 5150 500 CC-6 2rl¿ (63.5) 11lr 300 PAR56 Mog End Pr 15482 0204/PAR56/C 12 PAR Airport, 500 cc-6 5 (127.0) Burn AnY {113)* ScrwTerm 32861 12 PAB Burn Any 500 cc-6 4 200000 499 PAR56 ScrwTerm 23863 12 PAB BDTH 500 CC-6 41lz 330000 500 PAR56 Mog End Pr 15485 (l20A/PAR56iliC 12 PAR Coated, 500 cc-6 5 (127.0) Burn oos: Anv {113}* I

T0 save energy costs. find the bulbs with the l¡ght output you need, then choose the 0ne with the lowest walls. * 1 @ ¡,4eans th¡s lamp meets Federal Minimum Eff¡clency Standards. { ) All footnote references found at the end 0f this secti0n. Reduced wattage ;,,':::::-':: High C0l0r Rendering 2-t c T3 Slv

hew Ligh, Colo¡ ÂWx. Used Pnúuct @ lanp 8¡ss Atlditioad 0utpú üfe ñlaneÍt itÛL Lct Íenp. Eean wú Bulb 8ær Cotlo ¡lssigt alior Volls at. Inlamation lM ,t@ Aesign in. (mn) in. (nnl K CECP Spread TUBUTAR OUABTZ HEAT LAMPS 300-375 WATTS

300 T3 Slv 390î9 0H300T3/Cr 120 12 lnlrared {100)* 5000 C-8 8r1æ {215.1) 4%o {106.4} 2400 375 T3 Slv 21337 0H375T3/CL 115 12 lnfrared 5000 C-8 813ha i'223.81 5'fo {128.6} 2400 38893 0H375T3/CL/' 115 12 lnfrared 5000 c-8 I 5rfo {128.6) 2400 5()(l WATTS

500 T3 Slv 21788 0H500T3/CI 115 12 lnfrared Glear (100)* 5000 C-8 8r%u 4r%r (123) 2400 21787 115 12 (100r s000 c-8 I 24n0 îl)OO WATTS

1000 T3 Slv r¿355 0H1000T3/CL 200 12 lnlrared(í00)* - 5000 C-8 1313/ro (350.8) 10 (254) 2400 n357 0H1000T3/CL 230 12 lnfrared{100}* - 5000 C-8 1313/ro (350.8) 10 (254) 240I

22365 0H1000T3i2CUHT 230 12 lnlrared Clear, Hi.-Temp. Constr. - 5000 C-8 131%o {350.8) 10 (254) 2400 H0Rrz. (125r 1200-1600 WATTS 1200 T3 Slv n$l 0H1200T3/Cr 144 12 lnfrared Clear, HORIZ {100,123,125f - 5000 C-8 8'%s 61/¡ {157} 2450 u532 0H1200T3/CUHT 144 12 lnfrared Clear, Hi.-Temp. Constr. 5000 G-8 I 6ïe {157} 2450 H0Rtz. {125r 1600 T3 Slv ?:¿686 0H1600T3/CI 200 12 lnfrared, H0R|Z. (100)* 5000 C-8 î9r%o (503.2) t5% {400} 2350 600T3/Cr/' 200 12 lnfrared, H0R|Z. (100)* 5000 c-8 19 2350 n6u 0H1600T3/C[/' 230 12 lnfrared, HOR|Z. (100)* 5000 tg 15'h 2400 22689 lnfrared Clear, H0R|Z. (100)* (503.21 (400) Slv 0H1600T3/CI 230 12 - 5000 C-8 19r%o 15 % 2410 ü 22695 0H1600T3/CL 277 12 lnlrared,H0RlZ.{100}* - 5000 C-8 t9t3/rs (503.2) t5% (400) 2400

1%o 2000 T3 Slv UïS 0HzM/f3ilCUHT 2X0 12 lnlrared Clear, Hi.-Temp. Constr. - 5000 C-8 11 (303.2) 9lrlo (246) 2450

VERTICAT 125)* u790 0H2M/Í3iCVHT 230 12 Clear, Hi.-Temp. Constr. 5000 C-8 131%o {350.8) 10 (254) 2450 H0Btz. (125r 12716 oHzMT3/CUHT/R 230 12 lnfrared Clear, Hi-Temp, 5000 C-8 13'!%z {351.8} 111hø i'2811 2450 Horiz, Reflector 170. {,l251* 25(lfl WATTS

2500 T3 Slv næt 0H2500T3/cr/, 460 12 lnlrared, H0R|Z. (100)* 5000 c-8 285h 1727.11 247h 11631.81 2400 22838 460 12 lnlrared Clear, c-8 28 24 2400 3650-5000 WATTS

3650 T3 Slv 10812 0H3650T3/CU5 480 6 lnlrared,H0RlZ.(100). - 5000 C-g 4t% (10b7.3) 38 (9651 2500 3800 T3 Slv nÙ5 0H3800T3/CL 55ll 6 lnlrared,H0RlZ.{100}* - 5000 C-8 41'3lm (1062.0} 3S (965) 2500

{100,123)* 5000 T3 Slv n900 oHsM/f3ilcuHT 575 12 lnfrared Clear, Hi.-Temp. Constr. H0Rrz. (100,125r 5000 C-8 281%o (731.8) 25Yc (641.41 2500

a

To save energy costs, find the búlbs w¡th the light output you need, then ch00se the one with the lowest watts. @ ( * : 2-t 2 N/eans this lamp meets Federal Minimum Effici€ncy Standards. ) All footnote references f0und at the end of this secti0n. Redüced Watlage : Hìgh C0l0r Bendering Halogen Lanps @

i General Information to avoid lead wire deterioration, except for high temperature Ð Halogen Lanp Operating Precautions (HT) lamps The lamps listed in this catalog are filled to high internal gas o Maintain a minimum bulb wall temperature of 482'F (250"C) for pressures to maximize lamp efficacy (lumens per watt). Some operation of the halogen cycle general cautions are given below. r Remove grease or fingerprints from quartz halogen bulbs with a grease-free solvent before use H i g h 0 p erati ng Temp e ratu res Use appropriate protection to avoid risk of injury when handling or Since operating temperatures are critical to the effective selÊcleaning disposing of all halogen bulbs. Wear eye protection. Turn power off properties of halogen lamps, filament tube wall temperatures should when installing and before removing lamp. Allow lamp to cool before not go below 482"F (250"C). Hot spots on the bulb wall itself can go removal. as high as 1230"F (700"C) in normal operation. Halogen PAR lamps use an inner haiogen bulb. If the outer sealed Substantial heat is generated in all halogen lamps, so equipment envelope is broken replace the entire unit. Do not use even though it design should make allowance for the dissipation of excessive heat. appears to be operable. Certain lamps and extremely confìned fìxtttres may require addi- tional ventilation or heat sinking to ensure proper operation of the Remove carefully and dispose of the lamp by placing it in a closed halogen cycle and to prevent damage to the fixture. It is a good container. in practice to test the lamp in the operating environment early the A complete statement of precautions is provided with each design cycle to ensure adequate performance. Precautions must be halogen lamp. taken in the selection of materials for lampholders, reflectors and lamp housings because the 1230'F (700"C) bulb wall te mperature is 0perating Notes greater than the kindling temperature of many materials. Lamp base Low voltage tungsten-halogen lamps are sensitive to voltage varia- temperatures should not exceed 662oF (350'C) because, above that tions. Even a small change in voltage can have a considerable impact point, lead wires may deteriorate and the basing cement loosen, on lamp life. Designers should match fixture transformer ratings to causing premature lamp failure. actual line voltages to ensure that the lamps operate at as close to 12 volts as possible. Distribution of Spectral ßadiation Halogen lamps offer large amounts of visible and infrared energy Rapid cycling can also shorten lamp life, and designers should take from a small light source, with about 90% of the energy in the advice from their GE Lighting representative before using these infrared. Some halogen lamps can be used for special applications lamps in flashing or blinking applications. where small amounts of ultraviolet energy are required. The slight The lamps may be dimmed by reducing voltage. However, this may ultraviolet radiation that comes from unprotected sources could cause the bulbs to blacken. If this occurs the lamp should be run at cause skin and eye irritation following extended direct exposure. full voltage for fifteen minutes, thereby clearing the problem. Note Passing the light through ordinary glass or plastic provides adequate that the nature of low voltage lighting systems requires the use of 0 protection. The lenses ofthe PAR, TAL or Cover Glass PreciserM fluorescent-type dimmers. Lamp can be operated on AC or DC lamps provide this protection. currents.

Auartz Heat Lamps GE standard quartz heat products are primarily pressurized halogen Footnotes: '14. lamps. Many standard tungsten coil filaments have been converted to ln "base up" use, heat eventually may deter¡0rate paper-lined or plastic sockels.

a deflection coil winding design that eliminates the need for ftlament 1 5. Lamp is made of heat resistant glass (HRG). supports through an integral coil/support construction. These 23. Lamp base is a brass base (BB). changes will improve lamp life as well as keep the bulb wall cleaner 46. This lamp produces base temperatures which may deteriorate papeÊlined or plastic sockets. during operation and throughout the life of the lamp. Use only in fixtures approved for thìs type and wattage bulb. plated In general, halogen lamps are more effìcient than ordinary incandes- 55. Lamp base is a n¡ckel brass base {NPBB). cent lamps. Halogen-lR lamps are the most efficient halogen lamps 56. Avoid use ar short d¡stances on materials that are inflammable or susceptible t0 heat damage. we offer. For each application, check life, lumens, wattage, beam 78. Use only in fixtures rated for Cool Beam lamp operation. spread and lamp dimensions to determine proper bulb selection. S0.Donotuselampinapplicationwhereitmaybeexposedt0directwatersplash. lflamp¡sused 0utd00rs,itmustbeprotectedbyanenclosedfixlureoranoverhang. Failuretoproperly GE has added a reflectorized heat lamp with a patented design that protect the lamp can result in premature failure of the lamp. directs the infrared to a surface rather than in 360o angle. 83. Will 0perate in any burning position, but fixed-socket usage Other than base up or continuous

burning ìn any position in ambient temperatures above 1 50'F, may result in some loss of Halogen Lamps - Caution Notice prOtective coating. Reflectors and accessories may raìse bulb temperature and cause s0me loss of protective coating. The fìlament tubes or bulbs used in all halogen lamps generate BB. lf lamp is cracked or broken, replace immed¡ately. lhe lamp may continue t0 l¡ght, butthe inner scratched intense heat, are pressurized and could shatter if or bulb is pressurized and could unexpectedly shatter. Dispose of with care. Glass bulbs should be protected against liquids damaged. halogen 96. under moist conditions, melal parts of lamp and lampholder may become a shock hazard. when in use. Provide glass or plastic protective shielding with Therefore, disconnect from circuit before touch¡ng. equipment in which halogen bulbs are installed or used. PAR, TAL l00.Foruseonlywheresealtemperaturedoesnotexceed650"F. Forsatisfactorylampoperation and Cover Glass lamps have integral shields and do not require extra a minìmum bulb wall temperature 0f 500'F. is required.

protection. Do not operate in proximity to substances or materials 1 03. Lìfe dependent on service conditions. that are flammable or adversely affected by heat or drying. l05.ForamoreuniformlightingpatternindisplayapplicationscallingforENL,usePrecises lamp (050MR1 6/NFL30 (EXK) For satisfactory performance: 106. Although made of heat-resistant glass, the bulb and ìens should be protected from moisture or . Do not operate above rated voltage breakagemayresult. Thelensorbulbmaybreakduringusageundercertainotherconditions ¡ For 2 Pin (GU4, GU5.3) lamps, care must be taken to ensure that beyond the control of the manufacturer. Therefore screening techniques are recommended where appr0priate, to protect people and sunoundings from h0t fragments. the lamp seal area is not strained, cracked, chipped or otherwise glass, may break if moisture falls on it. Lamp not damaged to avoid premature lamp failure 108. The bulb, although made of heat-resistant I recommended for use in enclosed closeJilting h0usings. ¡ The GU5.3 lamp caps are compatible with GX5.3 lamp holders; 1 1 1. Flexible leads not included in maximum overall length. holders. GU4 caps are compatible withGZ4lamp ll2.Thislampismadeofheat-resìstantglass. ltcanbeusedìndoorsinanopenfixture,and . Limit seal and outer iead wire temperature to 662'F (350"C) 0utd00rs wilhout m0isture protection if burned base up to base horizontal in a neck sealed

2-t3 @ nrbgrn La,mps

Footnotes (con't): gasketed-type lampholder. In other burning positions outdoors, protect lens and bulb from moisture, or breakage may result. Lamp is not recommended for enclosed, close{itting housìngs. |5 1 1 3. Continuous operatìon 0f the lamp at full amperage for extended periods {longer than 1 00 hours), I or high duty cycle at high temperature may cause c0ating t0 delam¡nate (peel) near the center of the lamp Iens.

1 14. Nickel plated brass base (NPBB).

1 20. lnitial Avg. Max. Candlepower {Average over a 5 cone for SP and NSP and over a 1 0 cone for FL and NFL). 122. 36mm stranded leads with luq terminals.

1 23. Can be operated in any positi0n, even vertically; however, when burned other than horizontally. the end marked "This End Up" on the sleeve base must be h¡gher than other end of lamp. 125. Generally limited to intermittent burning in special equipment. 129.D.C.Bayonet(Ba15d)basewithringcollaradded. LightCenterLengthmeasuredfromplane of the three bosses on ring collar. 131. For use only with heat-resistant connector and with lamp supported by bulb rim. 132. For use only in equipment designed for Iamps of this type and wattage, having ventilati0n adequate t0 ma¡ntaìn bulb and base temperatures within safe l¡m¡ts. 133. Lamp provides maximum filament straightness under severe operatìng c0ndit¡ons. 134. M0L dimension includes only length of quartz.

135. Filament: diameter, 3.6mm; length, 5.5mm {107o).

137. F¡lament: diameter, 1 .5mm; length. 4.5mm (10%). 138. Fìlamenlr d¡ameter, 1.5mm; length, 1Omm (10%). 139. Fìlamenl: diameter,3mm; length, 10mm (107o). 150. Fìlamentdimension: diameter, 1.9mm; length, 6.4mm (10%).

1 51 . Filament offset 0.0359 from center axis of lamp.

1 61 . Approx. 1" (25mm) ribbon leads extending along axis of the lamp. 172. Initial average beam candlepowerwithin cone is 15, 500. 175. Approx. l" ribbon leads extending normal t0 lamp axis in same plane as seals. 176. Recessed Single Contact base with metal ferrule. Designed for use only in special equipment, notforgeneraluse. Thenon-insulatedfenulesareexposedandmaybeenergized.

0

{

t

2-t4 ¡

)

Metal Halide Lamps Halarc@ 3-4 Multi-Vapor@ 3-5 High Performance High 0utput Multi-Vapor@ 3-6 High 0utput Multi-Vaporo..... 3-7 Protected High Output Multi-Vapor@ 3-8 ChromafitTM Multi-Vapor@..... 3-8 l-Line Multi-Vapor@...... 3-8 Saf-T-Gard @ Multi-Vapor@..... 3-9 Compact Metal Halide Lamps ARCSTREAM TM . 3-9 Xenon Metal Halide 3-1 0 CSI- Compact Source lodide 3-1 0 CID - Compact lodide Daylight...... 3-10 High Pressure Sodium lamps

Lucalox@ 3-t 1 Deluxe Lucalox@ 3-12 White Lucaloxo 3-13 E-Z Lux Lucalox@ 3-13 Low Pressure Sodium Lamps S0X Low Pressure S0dium...... 3-13 Mercury Lamps Standard Mercury 3- 14 Douhle-Ended T 0 Saf-T-Gard@ Mercury 3-1 5 E-Z Merc@ Self-ballasted 3-'t5

tl

Single-Ended Single-Ended B A T T BD = Dimpled

Ç PAß B E BT ED = Dimpled HID Lamp Shapes (drawings not to scale) 3-l @ U¡gn lntensity Discharge Lamps

Bulh ldentification: DIA, ($

DlA. in. (mm): Diameter of bulb at widest point. MOL T MOL in. (nm): Maximum }verall Length including base or pins. LCL

LCL in. (nml: Distance between the center of the arc tube and the Light Center Length reference plane.

DIA. Note: Lamp drawings are not drawn to scale. Be sure to check size and dimension information when identilying each lamp.

MOL

Base Identification: 0

Med Sc¡ew Export D8 Med Skirt Mog Scrcw Export Position 826 827 Skirted Ad Mediun E26/50x39 E:N EI'O øfiented Mogul

L] ------T------T-- W rxn;g$rvt 2-Lussteeve BiPin Ert. Møg End Pr Mogul BiPost ,,2ffi* Gt2 GXl6tl 038

lntroduction GE HID lamps provide the following benefits: The following chart on the next page shows how HID lamps compare to incandescent, halogen, and fluorescent in terms of effìciency and Operating Cost. High Efficiency/Low rated average life. Efficiency is measured in lumens per watt (LPW). HID is generally the most efficient light source. Better effìciency Rated average life for most lamp types is the number of burning almost always means lower operating cost. hours when 50Vo of the tested samples have failed and 50% are still Long Life. operational. For both HID and fluorescent, lamp life depends on the Most HID lamps have life ratings that are better than incandescent number of hours per start. lamps and similar to fluorescent lamps. The combination of high efnìciency and long life makes HID an ideal Compact Size. light source for many commercial and industrial applications. e An HID lamp produces high light output from a relatively compact source. Like incandescent, it is a "point" light source, which allows for good opticaltontrol.

3-2 ,- High lntensity Discharge Lamps @

a Typi c a I Lam p Cha ra cteristi cs HID BBAND NAME CBOSS-REFEßENCE

Lanp Type Typical LPW Bated Avg.Lile(in hours) ÊE OSBAM/SYLVANIA PHILIPS

) lncandescent 5-22 750-2000 Arcstream"'lV0l, MBI BflITE-LINE'". HOf I\4HN ID

Halogen 12 36 2000-5000 E-Z Luxo Unalux" Ceramalux"' Betrolux

Compact Fluorescent 21"80 9000-1 0,000 E-Z lVerc" Self Ballasted Mercury

Fluorescent 75 100 1 2,000 24,000+ ChromaFit"' lVulli-Vapof

Mercury 50-60 12,00024,000+ Deluxe Lucaloxu Ceramaluf" Comfort

lVulti-Vapof metal halide 80 115 10,000-20,000 Halarc" Metalarc lVeralHalide

Lucalox'High Pressure Sodium 90 140 1 0,000 24,000+ Halarc'0pen Fixture Metalarc" Pro-Tech"' Protected Metal Halide

High 0utput lVulti-Vapof Super lVetalarc' lveralHalide Suggested Color Applications for HID Lamps: l-Line Multi"Vapof Clear Mercury: Landscape lighting, speciaiized floodlighting such as green copper roofs. Lucalox" Lumalux" Ceramalux"'

MVR: Stores, public spaces, industrial, gymnasiums, floodlighting Nlìulti-Vapof Metalarc' MetalHalide signs & buildings, parking areas, sports. MVR/C: Same as MVR - warmer color - diffuse coating l\4PR Protected High 0utput reduces glare. Metalarc" Pro-Tech"' M[¡R/SP3O: Same as MVR - rvarmer than MVR or M\R.,/C - Saf-T-Gard" lVulti-Vapof lVetalarc Safeline" Safety Lifeguard matches SP30 fluorescent. Metal Halide Halarc: Stores, public spaces. LU: Street lighting, parking areas, industrial, floodlighting, Saf-T-Gard' lVercury [/ercury Safelineu Safety Lifeguard Mercury security, CCTV. S0X Low Pressure Sodium S0X Low Pressure Sodium S0X Low Pressure Sodium LUIDX: Floodlighting, parking areas, indoor/ontdoor pedestrian malls, industrial, security, roadway. Standby Lucalox' Lumalux" Standby lnstant Strike Ceramaluf"

Deluxe (DX) Mercury: Stores, public spaces - Multi-Vapor'lamps ATIENTI0N: This brantl-nane cross+eference chart is provided only as a quick reference. )ther lanp however, are preferred. company brand listings nay only repn)sent a near equivalent, versus an identical natch to GELighfing Warm Deluxe (WDX) Mercury: Stores - Halarcu or Multi-Vapor" brands. lndividual lanp nanuíacturers' performance specifications should be consulted. Lanp performance lamps are prelerred. may be affected by environmental conditions, ballast type and/or other auxiliary equipnent.

0 Headings in this catalog section: When You Don't Know The Lanp Description: 1. Identify bulb shape by using table on page 3-1. The following glossary of terms and descriptions can help you when 2. Measure bulb diameter using ruler in appendix section page 8-6 checking High Intensity Discharge lamp specifications and rvhen to determine width in eighths of an inch. ordering products. Within each product line, lamps are divided into 3. Identify base type using table on page 3-2. families. Within families, larnps are listed by wattage. In each of these 4. Find your lamp in the tabular data containing the bulb shape, size wattage groups, lamps are listed in order alphabetically by bulb and base, rvhich are all listed by rvattage. shape. To find your lamp, follow these simple steps: Light 0utput - Color Temnerature Bulh: Mean: Kelvins (tÖ - Color (the "warnth" "coolness" ßendering Bulb shape followed by its size Lanp líght output A neasure of the visual or nax¡nun diametet of the bulb 0f the light fr1m the lamp.The higher the value lndex Uunens) at 40% oÍ Light Output - "cooler" (CBl or ß"): expressed in eighths of an ínch). rated lamp life for the whiter or the líght appeaß . lnitial: An indìcation Metal Halide lamps Lamp light output Uunens) after of the ab¡lity and 500/o of rated M0L in. (nn): the inítial 100 h1urs of operation. of the lamp Product Code: life Íor Mercury and Maximun }verall Length in to render It is ¡mportant to use HPS lamps. ¡nches and n¡llímeters. object colors thís five-dtgit code when Lanp ANSI Ballast Type: in a nornaL order¡ng to ensure that you Designation: Ballast type used to ßated LCL in. (mm): natural way. rcce¡ve the exact prcduct The lanp's identiftcation code. operate Iamp. Average Life - Distance between the The higher you require. centet of the arc tube and the number CaseAuantity: Additional lnformation: Lamp burning hours the L¡ght center Length l0'100), the Base: Nunbet 0f pr1duct fypical applicat¡1n and/or 1ther to median life reference plane, in inches bettet the color The type of base. units packed in a case. important information. expectancy. and nillimeters. appearance.

ßaled Ptoduct lanp tasa Additional AflSt krne¡s Avgtile Mfl Lil eotu Eulh Basa Coús Designetion ott. hlo',r,ation Ealla*lype løitial llean ,lôß in. fuøtl ,,t. {nnl lerîþK Ail High 0utput Multi-Vapor' Metal Halide lamps ED37 Mog 49657 6 Clear, vertical base 115'{7f M59 40000 32000 20000 115ha |.2871 7 (178} 4000 65 49656 MVR400/C /BU 6 115. M59 37600 30100 20000 11 7 70

Yellow Highlight indicates that this is a reduced wattage 0pt¡0n flr lanps MVR 400 /c /VBU nornally used in this application. Be sure to check wattage, lumens and life to ç -T-- -l- deternine which lanp is best suited to your needs. ldentìfíes as Multi-Vapor' lamp. Buning Position. , Btue Highlight indicates that this is a lamp with high color rendering, which IdentifÌes the lamp's wattage.fI ]utet Bulb tinish. : helps objects and persons illuninated to appear mlre ïrue to life.

( All f00tn0te refe.ences f0und at the end 0f this secti0n. ReducedWattage . : HighColorBenderìng )* - - 3-3 @ n¡gn htunsity Discharge Lamps

ÊE Halarc' Metal Halide Lamps o Compact source . Sparkling white light (3000-4000K) and verT good color rendition (70-75CRI) ó . High ef{ìciency - 3+ times as much light per-watt as incandescent systems . Long life - up to 15 times longer than incandescelìt systems alld up to 7 times longer- than ûrost PAR alìd R systems, saving maintenance and labor costs . Superior optical control r Uses: Display lighting, downlighting, floodlighting, colridors, lobbies, ED17 BD17 PAR38 walkways; retail, office, commercial Med Med Med

ßdteú Pndaql lanp Can Ntltliond /ltvst AgMAWú Avglile ü01 tÍL 0olw Salb Sase 6¡de 0ssþnatioa Aq. blo¡nation aaßagfpa tnitíat Ftlon lo@ íL (nm) in hw¡) lønp,Í CH HALARC'METAT HAUDE TAMPS (For 0pen or Enclosed Fixtures) 32 WATTS - For Open or Enclosed Fixtures ED17 Med 12651 MXRSUC TBD/O 6 Goated, vertical base Ml00 2500 1900 10000 5 ?¡6 (139) Stha (87) 3200 70 down tl5'{3}* 16469 MXR3ZC ÍBU/o 6 Coated, vert¡cal base M100 2500 1900 10000 5 i/rr (138) 3'hs {8r) 3200 70 up tl5'(3)* E27 Base - Export lamp ED17 827 16893 MXR32/C^/BU/0/27 6 Coated, vert¡cal base M100 2500 1900 10000 5 Vz (140) 31lz {89) 3200 70 up t15' (3). HAIARC'METAL HALIDE BALIASTS (Use only with 3Z-watt HALARG' lamps)

18778 HA[3zlt20 6 Halarc Ballast for 120v 60HZ seruice 18776 HAt32/230 5 Halarc Ballast lor 230v 50HZ seruice 70 WATTS - For 0pen or Enclosed Fixtures ED17 Med 12377 MXR70/U/MED/0 6 Clear (3)* M98 5500 4000 12000 5 tfo {138) 31ha (87} 3200 70 ü 12577 MXR70/C/U/MED/0 6 Coated {3)* M98 5300 3400 12000 5'lfo {138) 37ha (87} 3200 70 ?/ro PAB38 Med 12741 MXB70/U/PAB/SP 12 Clear, Spot, Beam spread M98 3700 2740 7500 5 {138) 3000 70 12., 50,000 cBcP {3r 12745 MXR70/U/PAR/ft 12 Clear, Flood, Beam spread M98 3700 2740 7500 5?/lo (1381 3000 70 40.,6500 cBcP {3)* 12746 MXR70/U/PARiWFI 12 Clear, Wide Flood, Beam M98 3700 2140 7500 5'lro (1381 3000 70 spread 60',3600 GBGP {3)* 100 WATTS - For 0pen or Enclosed Fixtures ED17 Med 1238f MXR100/U/MED/0 6 Glear{3)* M90 9000 6400 15000 5'l,0 (138) 371rc {87) 3200 70

12579 MXR100/C/U/MED/0 6 Coared (3)* M90 8500 5400 15000 5%s (138) 37ha {87} 3200 70 PAR38 Med 12747 MXR100/U/PAB/SP 12 Glear, Spot, Beam spread Mgl) 5700 4330 7500 s'lrs (138) 3000 70 12., 54,000 CBCP (3r 12748 MXR100/U/PAR/Fr 12 Clear, Flood, Beam spread M90 5700 4330 7500 5%o {138} 3000 70 40., 10,000 cBcP (3r 12749 MXR100/U/PAR/WFL 12 Clear, Wide Flood, Beam M90 5700 4330 7500 5 ?ro {138) 3000 70 spread 60",5000 CBCP (3)* HALARC'METAL HAIIDE TAMPS (For Enclosed Fixtures 0nly) 50 WATTS - For Enclosed tixtures Only BD17 Med 10361 MXRso/U/MEo 6 Clear (3)* M110 3500 2550 5000 5'lro (138) 3'ha (87) 3200 70 10364 6 M1r0 3300 2500 5000 5 3 3200 70 12581 MVR50/U/MED 6 Clear M1'10 3000 2200 5000 51rr (138) 3'fo 4000 75 12583 MVB50/C/U/MED 6 Coated (3)* M110 2800 2000 5000 5'lo (1381 3%o (87) 4000 75 70 WAITS - For Enclosed Fixtures Onlv

BD17 Med 22158 MXB70/U/MED 6 Clear (3)* M98 5500 4000 12000 5 r¡u (138) 37hu (87) 3200 70 22162 MXR70/CiUIMED 6 Coated (3)* M98 5300 3400 12000 5 7re (138) 3'Ío {87) 3200 70 't2590 6 M98 4700 3400 12000 5 37ha 4000 75 12594 MVR70/C/U/MED 6 Coated M98 4500 2900 12000 5 3 4000 75 100 WATTS - For Enclosed Fixtures 0nly BD17 Med 18680 MXR100/UiMED 6 Glear {3)* M90 9000 6400 15000 5 1,0 (138) 3'hu {87} 3200 70 e 18679 MXR100/C/U/MED 6 Coared (3)* M90 8500 5400 15000 5'Ío (130) 3q$ {87} 3200 70 12652 MVRl00/UiMED 6 Clear {3)* M90 8100 5800 15000 5%o (138) 31ha {87} 4000 75 12653 6 Coated (31* M90 7600 4900 '15000 S'fo (1 3 4000 75

-- ( )* All f00tnote refererces found at the end 0f this section. Beduced Wattage t .:: High C0lor Benderjng S_4 H igh lntensity Discharge Lamps

GE Multi-Vapof Metal Halide Lamps . Sparkling white light (3000-4000K) and very good color r-endition (70-75CRr) I o Warm, rich 3000K color of SP30 blends well with incandescent, halogen and triphosphor fluorescent lamps for interior retail applications ¡ High efficiency - more efficient than incandescent, mercttry and most fluorescent solrrces o Long life - 10,000-20,000 hours for most types o Full line, 175-1000 watts, to meet most application needs o Uses: Downlighting, floodlighting, corridors, lobbies, walkways; retail, commercial, industrial BD17 ED23.5 ED28 ED37 Med Mog Mog Mog

ßdtcú ?¡otlutl lW &s¡ Addlüanal il¡lr$, Uslûa@t Åvglilc ,i0t tø. âolw tulþ 8æø $ads 0æipatlot eï hilomatio¡ BaIñlpa toiüat lüsas äM iL ltw¡l iE lnd lanpl Cil HAIARC'METAT HAIIDE LAMPS (For Enclosed Fixtures 0nly - con't) E27 Base - Export lamps BD17 827 18686 MXRt00/Ui27 6 Clear{3)* - 9000 6400 15000 5V¿ (la0} 311, (89) 3200 70

150 WATTS - For Enclosed Fixtures 0nly BD17 Med 22935 MXR150/U/MED 6 Clear (3)* M102 13000 8700 15000 51ro {138) Sths (87) 3200 70 22936 MXR150/C/U/MED 6 Mt02 12500 7815 15000 Sths 3 3200 12598 MVRlso/U/MED 6 Clear M102 11700 7050 15000 silro (138) 37hs 4000 75 12604 6 Coated 11200 7100 f5000 51ha 3 4000 75 175 WATTS - For Enclosed Fixtures 0nly tD23r/z Mog 11420 MXR175^/BD 6 Clear,ve¡ticalbasedowntl5'(4,131* M57 16600 13300 10000 73lo 5 1127], 3200 70 11417 MXRl75^/BU veñical base !f5'(4,131* M57 15600 13300 10000 73lq 70 11203 6 Coated, 115" (4,13r M57 15750 12150 í0000 7 3200 70 E40 Base - Export lamp 0 E023YzE40/45 18952 MXR175/CA/BU/40 6 C0ated. vertical base uo 115'(4.13)* 15750 12150 10000 ?th 12001 51/o {1301 3200 70 MULTI-VAPOR' METAL HATIDE LAMPS 150 WATTS - WATT-MISER'For Enclosed Fixtures 0nly ED28 Mog 13481 MVRl50/U/WM 12 Clear, Watt-Miser@ {8,14}* M57 13500V 10100 10000 v 8r/q {210} 5 (127} 4000 65 11500 H 0600 10000 H 134S0 MVR150/Cru/WM 12 Goated, Watt-Miser@ (8,14)* M57 12800V 9600 10000 v 81h l21ol 5 11271 3700 70 10s00 H 7200 10000 H

175 WATTS - For Enclosed Fixtures 0nly BD17 Med 18902 MVRl7s/U/MED 6 Clear {8,I4)* M57 14000 v 10350 10000 v s% {146) 31lr (87} 4000 65 f2000 H 8300 6000 H 19976 MVR175/C/U/MED 6 Coated {8,14)* M57 12350V 9950 10000 v 5% (146) 31,0 {87} 3900 65 11400 H 7800 6000 H ED28 Mog 47760 MVR175/U 12 Clear (8,141* M57 14000 V 10350 10000 v I (210) 5 11271 4000 65 12000 H 8300 6000 H 47161 MVR175/C/U 12 Coaled (8,14)* M57 13200V 9750 10000 v 81/¡ (210) 5 (127) 3S00 70 11300 H 7800 6000 H 17634 MVRí75/SP30/U M57 12000V 8300 10000 v 10300 H 7100 6000 H

E40 Base - Export Lamps ED28 E40/45 47762 MVRí75/U/40 12 Clear (8,141" 14000 10350 10000 81lz 5r/s (130) 4000 65 47763 MVR175/C/U/40 12 13200 9750 10000 81lz 5 70 17714 12 12000 8300 10000 I 5 3000 70 250 WATTS - For Enclosed Fixtures Only ED28 Mog 42729 MVR250/U 12 Clear (6,14)" M58 21500V 17500 10000 v I Yq {210) 5 {127} 4200 65 20000 H 14500 6000 H 42131 MVR250/C/U 12 Coated {6,14)* M58 19800 V 16400 10000 v I Yr (210) 5 (127) 3900 70 18800 H 13600 6000 H 17633 M58 18000 V 14200 10000 v 5 1121l. 3000 70 17600 H 13950 6000 H

E40 Base - Export Lamps ED28 E40/45 44542 MVR250/U/40 12 Clear (6,f41* 21500 17500 10000 81h 1216l, 51ls (130) 4200 65 I 44543 MVR250/C/U/40 Coaled 19800 16400 10000 81lz ï'le (130) 3S00 70 12 {6,14)* 17715 18000 14200 10000 I {130) 3ooo 70

( found at the end 0f this sect¡on. Reduced Wattage æ High Color Bendeting )* All footnote references 3-5 @ n¡gn Inansity Discharge Lamps

GE High Pertormance High 0utput Metal Halide Lamps UE Models) . Designed for operation only on Magnetic Regulating ballasts, or CWA ballasts with ignitors tf) . More light - 400W lamps provide both highest initial and maintained iumens versus other standard universal or vertical base-up lamp options ¡ 50% longer life - 400W lamps provide 30,000 hours life when burned on 120 hour on/l hour offcycle (approximately continuous) . Faster hot restrike - less than 4 miunutes vs. 10-15 minutes for typical metal halide lamps

BD17 ED23.5 ED28 ED37 ED37 BT56 Med Mog Mog Mog Mog Mog (/E Types)

Ãatêd Ptodttsl /.rittp f¿ss Additional ANS' LigN0aWt Avt. üfe M',L LCL Colot Eath Eaca Aado oeigmlioa W lnlonntio¡ &ailaífyry htitid Ms¿¡ n@ iL tml ,tt, (rm) fenp.l cn MUITI-VAPOR' METAL HALIDE TAMPS (con't) 360 WATTS - WATT-MISER'For 0nen or Enclosed Fixtures

ED37 Mog 13495 MVR360^/BU/WM 6 Clear,verticalbase 115'{7f M59 36000 27000 20000 11112 4000 65 13496 6 Coaled, velical base rt5. 34200 25700 20000 11 3700 70 400 WATTS - ln Burning Positions 0ther than VBU or VBD + 15", use in Enclosed Fixtures 0nly ED37 Mog 43928 MVR400/U 6 Clear (7,,l4)* M59 36000 V 28800 20000 v 115ha (287l. 7 1178], 4000 65 32000 H 23700 f5000 H 43829 MVR400/C/U 6 Goated (7,14)* M59 33900 V 27100 20000 v 11 %o (287) 7 (178) 3700 70 30100 H n3D0 15000 H f7632 MVR400/SP30/U 6 M59 33000 V 25000 20000 v 115hs (287l. 7 (178) 3000 70 31000 H 23500 15000 H 0 ED28 Mos 18904 MVß400/U/E028 12 M59 36000 V 28800 20000 v 81Á (210) 5 (r27) 4000 65 32000 H 23700 15000 H 19979 MVR400/C/U/E028 12 Coaled (8)* M59 33900 V 25000 20000V 8Yc {210) 5 11271 3700 70 30100 H 23500 15000 H E40 Base - Export lamps 3ha ED37 E40/45 43907 MVR400/U/40 6 Clear (7,141* 36000 28800 20000 11 % {295) 7 (183} 4000 65 43908 MVß400/C/Ui40 6 Coaled (7,14). 33900 20000 11 7 3700 70 17716 6 33000 25000 20000 11 7 3000 70 1000 WATTS - In Burning Positions Other than VBU or VBD + 15'. use in Enclosed Fixtures Only 8T56 Mog 41826 MVB1000/U 6 Clear (6)* M47 110000V 88000 12000 v 15% {391) I'lz 1'2411 4000 65 107800 H 86240 9000 H 41827 MVRl000/C/U 6 Coated {6}* M47 105000V 79800 12000 v 15% {391) 91lz i'2411 3400 70 100000 H 76000 9000 H E40 Base - Exnort Lamps 5/s 8156 E40/45 41828 MVR1000/Ui40 6 Clear (6)* 110000 88000 12000 15 {385) 95lsz (233) 4000 65 41829 MVRl000/C/U/40 105000 79800 12000 15 I 3400 70 HIGH PERFORMANCE HIGH OUTPUT MULTI.VAPOR' METAT HATIDE TAMPS 175 WATTS - For Enclosed Fixtures 0nlv ED23'/z Mog 22342 MXR175 /BU/E 6 Clear,venicalbaseuptt5'(29)* - 17100 14000 15000 71h ll9ll 5 .127! 3200 65

12633 MVR175/C /BU/E 6 Coated,verticalbaseuptl5"{29}* 15750 12130 15000 71h llS1l 5 .1271 4000 75 BD17 Med 12634 MXB175^/BU/MED/E 6 Clear, velical base I 15. {29r 17100 14000 15000 5% (146) 37h¡ {87) 3200 65 12635 MXR175/C^/BU/MED/E 6 Coated, vert¡cal base 115. {29)* 16250 12500 5 3 12636 MVR175^/BU/MED/E 6 Clear, vert¡cal base 1 15. {29r 16800 13800 15000 5 3 4000 75 12637 6 Coated, vertical base 15750 12100 't5000 5 3 4000 75 400 WATTS - ln Burning Positions Other than VBU or VBD * 15o, use in Enclosed Fixtures 0nlv ED37 Mog 12638 MXß400^/BU/E 6 Clear, vertical base up 115" {29}" 44000 33900 20000 11 %o (287) 7 (1781 3200 65 12640 MXR400/C 6 Coated, verl¡cal base up t15'{29)* 42000 30250 20000 115hø l28ll 7 (178) 3200 65 t 12642 MVR400 /BU/E'BU/E 6 Clear, vertical base up t15' (29)* 44000 33900 20000 11 %o (287) .7 (178) 4000 65 12644 MVR400/C/BU/E 6 Coated. vert¡cal base uD tls'{29}+ 42000 30250 20000 115hø ,2871 7 (1781 4000 65

j { )* All f00tn0te references f0und at the end 0f th¡s section. Redu ced Watta ge':=.:::=.;=- H i gh C0l0r Rende ri n g 3-6 High lntensity Discharge tamps @

ÊE High 0utput Mu.lti-Vapor' Lamps . More light - optimized for higher light output in horizontal, vertical base-up and base-down burn applications à - Horizontal burn lamps provide tp to 25% more light than standard universal burn equivalents Veltical burn lamps provide-up to I l% more light than standard universal burn equivalents - NEW 400W" / XL" r,ertical burn lamps provide up to 1 7% more light than standard universal bttrn equivalents; the highest lumen lamps available for operation on standard M59 ballasts o Longer lile - þolizontal burn lamps last trp lo 67% longel than universal buln lamp equivalerrts. signifìcantly reducing replacement lamp and maintenance costs . For any application where fixed orientation lamps Gas statious, sports lighting, can be used. billboards, ED,B ED28 ED37 E037 BÏ56 retail, office, roadway, parking garages, floodlights, Mog Pos Mog Mog Pos Mog Mog sign lighting

ßded Fnú/¡ct lÅíry Cæe Additio¡al NSt Ugil0tfiüt Avçlile tl0l ,ßl îalu (ßvn) Cßt Sulb Eass Caíe ûssigrratiaî Qry. l¡lo¡nlr,üan Sall'dfypo Ntitl llau ,tw átr b linl leWX MUITI-VAPOR' METAL HALIDE LAMPS (con't) HIGH OUTPUT MULTI-VAPOR' METAI HALIDE TAMPS 175 WATTS - For Enclosed Fixtures 0nlv 65 ED28 PosMog 18104 MVR175/H0R 12 Clear, hor¡zontal burn tl5' M57 15000 12000 10000 I Yc {210) 5 (127) 4000 position-or¡ented socket required (7)* 70 18105 MvR175/C/H0R 12 Coated, horizontal burn tl5' M57 14100 11300 10000 6 Ya (210) 5 (f27) 3500 pos¡tion-oriented socket required (7)*

250 WATTS - For Enclosed Fixtures Only (127) 4200 65 0 ED28 Pos Mog 18101 MVR250/H0R 12 Clear, hor¡zontal burn tl5' M58 23000 16800 15000 I Yc {210) s pos¡t¡on-or¡ented socket required {7}* 18103 MVR250/C/H0R 12 Coated, horizontal burn tl5' M58 21600 15800 15000 I Y¡ (210) S (127) 3600 70 pos¡tion-oriented socket reouired (7)*

400 WATTS - ln Burninq Positions Other than VBU or VBD r l5o, use in Enclosed Fixtures 0nly ED37 Mog 49657 MVR400^/BU 6 Clear, vertical base r15'{7}* M59 40000 32000 20000 115hs l28tl Z {178) 4000 65 496s6 MVR400/C rBU 6 Coated, vertical base :t15" (71* M59 37600 20000 115ha 7 3700 70 65 4S655 MVB4o0/VBD ved¡cal base down t15'(7f M59 40000 32000 20000 1151n 1287l- 1 4000 20931 MVR400/SP30 rBU 6 M59 36000 21300 20000 115hs 1281l, 7 3200 70

4200 Pos Mog 18096 MVR400/H0R 6 Glear, horizontal burn t15'(7)* MsS 32000 20000 71'lz 78) 18097 MVR400/C/H0R 6 Coated, hor¡zontal burn t15'(7)* M59 37600 30f00 20000 1111¿ 4000 70 Mos 13923 MVR400 /BU/XL 6 verlical base r15. {6}. M59 42000 34000 11 %¡ {287} 7 4t){l0 65 3700 t0 13924 6 Coated, verlical base tl5'{6}* M59 39600 32000 20lX}0 115ha E40 Base - Export Lamps ED37 E40/45 49860 MVR400^/BU/40 Clear, vertical base r15. 40000 32000 20000 17uh 73lr {183) 4000 65 49857 MVR400/C^/BU/40 Coated, verlical base up 115" 37600 30100 20{100 1151t 7 3700 70 3ls 65 13583 MVR400/VBU¿(U40 vertical base up tl5'{6}* 42000 34000 20000 11 % (295) 7 4000 13920 MVR400/C^/BU,(V40 vertical base 115" (6r 39600 32000 20000 11 % {295} 73ha 3700 70 xtu 70 21440 36000 27300 20000 11 (29s) 7 {183} 32oo

1000 WATTS - For 0pen 0r Enclosed Fixtures 8T56 Mog 44835 MVRÍ000^/BU 6 Clear, vertical base tls" (6)* M47 115000 92000 12000 15% {391} 91lz {241} 3800 65 (391) 70 13137 6 Coated, base 1r5. (6)* M47 110000 83600 12000 15 91lz 12411 3400 (6)* 65 10390 D 6 Clear, vertical down 115" M47 115000 92000 12000 15 I 9',h 12411 3800 1500 WATTS - For Enclosed Fixtures 0nlv base up to 15' M48 155000V 140000 3000 v 15% (391) 91lz 12411 3600 65 8T56 Mog 37405 MVR1500/HBU 6 Clear, ' below hor¡zontal (6,17)* 150000 H 135000 3000 H (391) 65 Ç 37406 MVRl500/HBD 6 Clear, base down to 15' M48 155000V 1400{10 3000 v 15% 91lz {241) 3600 above horizontal (6,17)* 150000 H 13stxlf) 3000 H

of this secti0n. Beduced Wallage Hlgh C0l0r Bendelrflg { )* All f0otnote references f0und at the end 3-7 @ n¡gn Intunsity Discharge Lamps

GE Protected High 0utput Multi-Vapor' Lamps (MPß) r Protective quartz.jacket snrronnds the arc tnbe r For open fixture applications ($ GE ChromaFitrv Multi-Vapor' Lamps o The advantages ol metal halide lighting for HPS users o Converts high pressure sodium sockets to crisp white metal halide light o Operates on standard HPS ballasts and auxiliary equipment GE l-Line Multi-Vapor' Lamps o Converts mercury sockets to crisp white metal halide light . More light, better color, energy cost savings for mercrlry Lrsers . 40%-700Vo more light than existing mercury lamps o Operates on standard mercury ballasts and auxiliary equipment o Uses: General lighting, industrial ED28 r See notes ED37 ED37 ED37 BT56 operating for further information Mog Mog Mos (MPR) Mog (Chromafit) Mog

ßâ16ú ?ndrd lary Cast âtlditional Ailg Ug,û0qú Ãvg til, $at lûl &olw Atit 8æ¡ Ssds 0æþnúian orc.. lnlomdtiot ûallaslfyga ,ûitld llen lñ ¡G (nml irl (tw¡l fenE.I Cßl MULTI-VAPOR' METAL HAIIDE LAMPS (con't) PROTECTED HIGH OUTPUT MUTTI-VAPOR' IAMPS 400 WATTS - For 0pen or Enclosed Fixtures ED37 Mog 18700 MPR400^/BU/0 Clear, vertical base up tl5' M59 38000 30500 20000 115ha l28ll 7 {178} 3400 65 shrouded arc tube (71* 13582 MPR400/C^/BU/0 6 Coated, veñ¡cal base up tf5' M59 35000 27000 20000 11 %o (287) 7 (178) 3200 t0 shrouded arc lube (7)* E40 Base - Export lamp ü ED37 E40/4s 18709 MpR400 rBU/0/40 6 Clear, verlical base up 115' 38000 30500 20000 tî % (2951 l'hu {183) 3400 65 shrouded arc tube {7)* CH ROMAFITTM MULTI.VAPOB' TAMPS (HPS RETROFIT LAM PS} 250 WATTS - For Enclosed Fixtures 0nly

ED28 Mog 12762 MVR250^,BU/R 12 ClearHPsRetrof¡l,verlical S50 18500 13875 10000 8'/¡ (210) 5% (146) 4500 65 hase rn *15o l3)*

12769 MVR250/C/VBU/R 12 Coated HPS Retrofit, S50 18000 12960 10000 81/q (2101 5 % (146) 4000 70 vertical base up +15' (31* 400 WATTS - For 0pen or Enclosed Fixtures

ED37 Mos 12770 MVB400^/BU/R 6 Clear HPS Relrol¡t, vert¡cal S51 40000 30000 20000 11112 l'292l, 53lc (146) 4500 65 base up tî5'{3)* 12772 MVR400/C^,BU/B 6 Coated HPS Retrol¡t, vert¡cal S51 36500 26280 20000 11112 l.292l, 53lo (146) 4000 70 base uo tl5'{3)* l-uNE MULT|-VAP0R. IAMpS (MERCURY RETR0HT rAMpS] 325 WATTS - In Burning Positions Other than VBU or VBD * 15", use in Enclosed Fixtures 0nlv ED37 Mog 10687 MVR325/I/U/WM 6 Clear, energy-saving relrolit l0r H33 28000 V 18200 20000 v 115hø 128'11 7 {178} 4000 65 400W Mercury, Watt-Miser@ (5,14,19)* 26000 H 16400 10000 H 10688 MVR325/CflrulWM 6 Coated, energy-saving retrolit for H33 26300 V 17100 20000 v 115ha 12871 7 (118) 3700 70 400W Mercurv, Watt-Miser@ (5,14.20)i 26000 H 15800 10000 H 400 WATTS - ln Burning Positions 0ther than VBU or VBD + 15', use ¡n Enclosed Fixtures 0nly ED37 Mog 43817 MVR400/|/U 6 Clear, retrof¡t for 400W H33 36000 V 21600 15000 v 11 %o (287) 7 {178} 4000 6s (4,21r 32000 H 18400 10000 H 43818 MVR400/C/|/U 6 relrof¡t for 400W H33 33800 V 20300 15000 v l1'hs 12811 7 3700 70 Mercurv (14.221* 32000 H 15600 10000 H 950 WATTS - For 0pen 0r Enclosed Fixtures 8T56 Mog 42789 MVR950/| /BD Clear, energy-saving retrof¡t fol H36 100000 80000 12000 l5rlo (3831 9'lz 12411 3800 65 1000W Mercury, vert¡cal base down fls'(271* 39007 MVRgsll/|^IBU Clear, energy-saving retrof¡t for H36 100000 80000 12000 15r/ro (3831 9'lz 12411 3800 65 1000W Mercury, vertical base e u0115" {271*

t

( : )* All footnote references found at the end 0f this section. Beduced Wattage High Color Fenderìng J_g High Intensity Discharge Lamps @

a GE Saf-T-Gard' Multi-Vapor Lamps (MW) o Converts mercury roðk.tr to crisp white metal halide light . Special self-extinguishing feature prevents exPosure to I harmful IJV in case outer bulb is punctured or broken; lamp turns off within 15 minutes o Certified to meet Federal Siandard 21CFRI040.30 . Operates on standard merclrry ballasts and auxiliary equipment ¡ Uses: Industrial, commercial, gymnasiums, sports complexes, T9 especially where open fixtures are used and risk of ottter Cable bulb breakage is possible r See operating notes for further information

GE ArcstreamrM Compact Metal Halide Lamps . Compact size, white light, excellent color . Precise optical control delivers a concentrated beam of light right where it's needed e Choice ofwarm or cool color temperature T6&T7 T7 PAR64 ED37 o display lighting, Uses: Ideal for retail and commercial R7s BiPin Ex Mog End Pr Mog floodlighting, accentlhighlighting G12 r See operating notes for further information

ßatod lnúaat lmp E¡sø Additio¡øl AIíIS' ughtguvú Áwuto ll0l til Êola¡ Soln 8¿$ fuúe ANúsIiaû w hÍwntion Sattøstl:tr/a ,niöd llefil t@ b þ¡nl iî' Inútt, împ,Í cEi MULTI-VAP0R' METAL HALIDE TAMPS (con't) SAF-T-GARD'SELF-EXTINGUISHING MUTTI.VAPOR'LAMPS (MERCURY RETROFIT LAMPS) 325 WATTS - ln B Positions 0ther than VBU or VBD + 15'. üse ¡n Enclosed Fixtures 0nly ED37 Mog 1t148 MW3z5/ru/WM 6 Clear, enetgy-saving retrol¡t for H33 26700 v 17350 15000 v l1 %o (287) 7 {178} 4000 65 400W Mercury, Watt-Miser@ (4,1 24800 H 15600 10000 H 11149 6 Coated, energy-saving retrofitfor H33 v 16400 15000 v lf %o {287) 7 3700 70 400W Mercury, Watt-Miser@ {4, 24800 H 15f00 10000 H 400 WATTS - ln Burn Positions Other than VBU or VBD + 15o, use in Enclosed Fixtures 0nly 34300V 20600 f5000 v 11 (170} 4000 65 I ED37 Mog 11146 MW400/|/U 6 Glear retrolit lor 400W H33 %o {287) 7 {14,25r 32000 H 18400 10000 H 11119 MW400/c/uU relrolit for 400W H33 32200 V 19400 15000 tl (287) (178) 3700 70 Mercurv (14.26)* 32000 H 17600 10000 H 400 WATTS - For Use in 0pen or Enclosed Fixtures ED37 Mos 11144 MW400 /BU 6 Clear relrofit lor 400W H33 37400 29900 20000 1151s l'287l, 7 (178) 4000 65 Mercury, vert¡cal base tls'(7}* 11145 MW400/C rBU 6 Coaled retrolit lor 400W H33 35500 28100 20000 1l %o 3700 70 Mercurv. vertical base uo Ì15" {7)* ARCSTBEAMTM COMPACT METAT HALIDE LAMPS 70 WATTS - For Enclosed Fixtures Only T6 R7s 17443 M0l¡r0/f6/30 M85 6000 3900 6000 4'1Áo {119} 34592 M85 6000 4100 6000 4 4300 15

150 WATTS - For Enclosed Fixtures 0n Tt Bipin 2f053 MB|150/I/30 t0 M81 11500 9000 6000 3 (76) 21lc {57) 3000 80 210s4 MBr150/f/40 10 M81 11250 8800 6000 3 21lq (57) 4000 R7s 30095 M0lí50/I7i30 12 11250 10000 6000 5 % 3000 75 17445 lrftz/43 12 M8t 11250 10000 6000 5 75 150 WATTS - For n or Enclosed Fixtures

PAR64 ExMog 30080 MB|150/PAR64ß0M 1 11500 9000 6000 5Ï¡ {133} tndPr 21285 M8t 11500 s000 6000 5t¡ {133)

1500 WATTS - For Enclosed Fixtures 0nly t7 RxTs 30061 MB|1500/UH I Clear 120000 90000 6000 10 V¡ {257) 5 .1271 5200 65 2000 WATTS - For Enclosed Fixtures 0nly 3000 10 (254) l1r7l 4000 65 I Tg Cable 12275 M0t2000/f9/40 10 Clear 200000 160000

end 0f this sect¡on Beduced Wattage æË High Col0r Bendering { }* All footnote references found at the 3-9 High lntensity Discharge Lamps

GE Xenon MetalHalide Lamp . Designed and optimized for fìber optic systems ' Highly.efficient - conslrmes 70% less porver than a comparable single-ended metal halide lamp providing the same incident lnmens (t o Rapid start - clelivers 50Vo of rated light output in less than Z0 seconds GE CSI PAR64 Lamps ¡ A new dimension in floodlighting design - provides a spotlight l'athel"than the wide beam of flood or linear lamps r Exfemely acclrrate optical control provided by built-in r.eflector system o Ideal for long range projection oflight . High efficiency/Long life mean lower operational and maintenance lil costs vs. incandescent floodlighting systems W o Excellent CRI (80), cool color (4000K) Capsule Capsule Capsule Capsule PAR46 PAR64 e Uses: Indoor,/Outdoor sports lighting, general floodlighting B¡P¡n G22 c38 G38 c38 G38 (1000w) (2500w) GE Compact lodide Daylight Lamps ¡ Simulates natural daylight r,vith 5500I( color temperarure and high Bb CRI o Three times as efficient as Halogen

ßated Ptoduct l¿np Case Adúitional AÌ,lgl Lighl0ltþttt Avglile Mqt LCL Calot Eulh Base Code Aq. 0esignation l¡tlo¡nation BallastType lnitial lledn ¡lw in lnn) n. {nnJ lenpí Cßl XENON METAT HALIDE LAMP 60 WAÏTS 12374 XMH60 t0 Clear, 60-watt source lor fiber 2000 1500 4000 4000 65 opt¡c systems, arc gap 2.7mm, vertical base uo tî5 XENON METAT HATIDE BAIIASTS

12375 XMH60-120 10 Xenon Metal Halide Ballast, 120 volt 20000 12376 XMH60-230 t0 Xenon Metal Halide Ballast. 230 volt 20000 CSI - Compact Source lodide Metal Halide Lamps r) 1000 WATTS - For 0 or Enclosed Fixtures PAR64 23333 CSt1000/SB/c38 G38 76000 55000 3s00 6 % (175) 4000 80

29336 CSIí 76000 55000 3500 6,h 4000 80

COMPACT IODIDE DAYTIGHT METAT HALIDE TAMPS 200-2500 WATTS

Capsule Bi-pin 30560 C|D200HR 14000 150 21lc 7'ha (37) G22 30563 40250 500 3 PAR46 28869 ClD575PAR46HB Capsule G22 30561 C|Dî000G22 70000 417h2 1.115t' 2111n {64) 5500 85 G38 30564 C|D1000G38HB 70000 PAR64 G38 30360 CtDl 30371

30372 30567 ClD2500HR 200000 350 6 5 11271 5500 85

t

I

()* AllfOOtnote referencesfoundattheend0f thissecti0n. Beduced Wôttage ?:.-L::.::= High Color Rendering J_l 0 High lntensity Discharge Lamps @

a ÊE Lucalox' High Pressure Sodium (HPS)Lamps . Very high efficiencyllorv operating cost . Superior lumen tnaintenance - over90% @ 50Va ofhfe I r Very long life - 24,000+ hours ¡ Universal burn- can be oper-ated in any position lvithout allecting performance . Warm color . For open or enclosed fixtures r Uses: Industrial, r'oadway, sectirity, floodlighting

GE Standhy (SBY) Lucalox' Lamps . Extra arc tube provides light instantly after momentary powel- interruption, and will increase to full light output in 1-2 minutes (this feature is applicable provided neither arc tube has reached end of life) 817 821 E023.5 ED23.5 ED28 ED18 T14.5 o Dual arc tubes provide 40,000 hour rated life Med E27 Mog Mos {SBY) Mog Mog E40/45 ¡ Uses: Indusllial, roadway, security . Operates on standard HPS ballasts and auxiliary equipment

nilcd hoúnct lanp Cøss Adtt¡lional /tfls, UgbtAüW Avgüle ,i0L LCI Colw Eslb Edse Cods Oesignation Atr. lnlomation BallaíTWa lnilid lllean lM iÃ. (nnl iû (nnl fenry.I CßÌ LUCALOX' HIGH PRESSURE SODIUM (HPS}LAMPS 35 WATTS 811 Med 1166S LU3SiMED 6 Clear (3)* 576 2250 2025 16000 5?/lo {f38) 37hs 1900 22 11669 6 Difluse s76 2150 1935 16000 5 3 1900 22 50 WATTS Bl7 Med 11345 LU50iMED 6 Clear 368 4000 3600 24000+ 57f0 (138) 37ha {87) 1900 22 1 tUsO/D/MED 6 Diffuse 3800 3420 24000+ 5 3 |tu (87) 1900 u xlc 1900 22 ED23r/, MoS 44975 12 Glear {3)* 568 4000 3600 24000+ 7 'ts00 22 45006 12 Diffuse s68 3800 3420 24000+ 7 E27 Base - Export Lamp 5 U 821 827 10794 tU50/90/D/27 12 Diffuse {3)* 3300 2970 24000+ %o {135) 45lp 1106) 1900 0 70 WATTS 817 Med 11339 LU70/MED 6 Clear (3)* S62 6400 5450 24000+ 510 (1381 3?fs {87) f900 22 f1340 6 Difluse {3)* s62 5950 5050 24000+ 5 lro {138} 3'ha 22 ED23r/¿ Mog 44033 LU70 12 Glear (3)* 562 6400 5450 24000+ 73lq l197l 5 1900 u 44035 [U70/D 12 Diffuse (3)* 562 5950 5050 24000+ 73lq 11971 5 1127l, 1900 22 19264 12 Clear, arc lube (3)* 562 6400 5050 40000 7 1300 22 E27 Base - Expo rt Lamps 821 827 10405 tU70/90/27 12 Clear {3)* 6000 5400 24000+ 5 %o (135) 45h, 1900 22 22 r0101 LU10tS0tDt27 12 Difuse 5800 522n 24000+ 5 4 1900 lof) WATTS 817 Med 13250 IU100/MED 6 Glear s54 9500 8550 24000+ 5 Tz (140) 31lr (87) 2000 22 ,hu tUlOO/D/MED 6 Ditfuse S54 8800 7920 24000+ 5 (140) {87} 2000 22 80231r Mog 44037 1U100 12 Clear (3)* S54 9500 8550 24000+ 73lc 1197t. llztl 2000 22 44038 rU100/D 12 Difluse {3}* S54 8800 7920 24000+ 73h l1ï7l 5 11271 2000 22 19265 12 Clear, aÌc tube s54 9500 40000 7 5 2000 E40 Base - Export Lamps ED23lz E40145 17589 tu100f00iD/40 12 Difluse 9200 7820 24000+ 7%t {186} 5 llztl 2000 22 22 T14 17590 00/f/40 12 Glear 9600 8160 24000+ I 5 11271 2000 150 WATTS 817 Med 13252 1U150/MED 6 Clear (2,10)* S55 16000 14400 24000+ 5% (146) 31lz {89) 2000 22 13253 rU150/D/MED 6 Difluse (2,10)* S55 15000 13500 24000+ 5% (146) 31lz (891 2000 22 22 ED23 44043 [U150/55 12 Glear S55 16000 14400 24000+ 7 5 11271 2000 44045 1U150/55/D 12 Diffuse S55 15000 13500 2¡1000+ 7 5 11271, 20oo a 19266 12 Clear,Standby-Dualarctube(2,10)* S55 16000 14000 40000 73h 2000 22 ED28 Mos 44243 12 Clear (2,,l1)* í5000 13500 24000+ I %r (211) 5 n 18245 12 Diffuse {2,11)* s56 14000 24000+ I n E40 Base - Expott Lamps 2000 n ED23T¿ E40/45 44044 1U150/55/40 12 Clear 16000 14400 24000+ 715hs 12021 5%z {î31} (131 2000 n l141lz 840145 44244 12 Clear 15000 13500 24000+ I 5 ) 14000 12600 24000+ I 5 2000 22 I ED28 44245 12 Diffuse zf]O WATTS lt^91 lrirÊl 2100 n ED18 Moq 44206 tU200 12 Clear þl* 22010 19800 24000+ I 53lc

Beduced Wattage !i ; High Color Bendering ( )* All f0otnole refereflces f0und at the end of this secti0n. 3-l I @ n¡gn htunsity Discharge Lamps

GE Deluxe Lucalox' High Pressure Sodium Lamps . High efficiency, lumen maintenance and long life of standard LLrcalox HPS T7 R7s . High color rendering (65-70CRI), much beuer than {r) standard HPS o Blends ivell with incandescent and stanclard HPS sources o Operates on standald HPS ballasts arrd 817 auxiliary equipment Med o Highly versatile light sollrce... storage rooms, industrial facilities, offices, gymnasiums, malls, parks, brrilding lloodlighling

GE Douhle-Ended Lucalox' Lamps (/TD Models) . Compact tubular design fits compact fixtures for excellent optical control . High efficiency, lumen maintenance and long life T14.5 of starrdarcl Lrrcalox H PS ï18 ED23.5 ED28 ED18 ED18 ED37 825 840145 E40145 Mog Mog Mog MoS (SBY) Mog Mog

naßú Ptoduct Lanp Casa Aúditional AîlSI Ugha0dp,tt Avg.lile itûl LU Calot Balb Baso Cods Dosignation W. lnlo¡nation Ballatfype lnitial þleaa tìøß i¡. (rnm) in. lmn) fenp,X CN LUCALOX' HlcH PRESSURE S0DIUM (HPSIIAMPS (con't) 250 WATTS

ED18 Mog 44047 tU250 12 Clea¡ (1)* S50 28000 27000 24000+ 9% {248) 53lo (146) 2100 22 44049 IU250/S 12 Clear S50 30000 28000 24000+ I % (248) 5 2100 22 19270 IU250/SBY 12 Slandby-Dual arc tube (1 l* s50 27500 24750 40000 I 5 2100 22 44051 1U250/D 12 D¡ffuse s50 26000 23400 24000+ I 5 2100 22 E40 Base - Export Lamps ED18 tU250/40 E40/45 44048 12 Clear {1)* 28000 27000 24000+ 91'h l'252l. 52slv {150) 2100 22 44052 tU250/D/40 12 Difluse (1)* 26000 23400 24000+ S1h 1232l. 5% (137) 2100 22 T14 22453 12 Cleal ' 27500 2475f 24000+ 101h 6 2100 22 ü 310 WATTS (2)* ED18 Moq 44053 [U310 12 Clear 567 37000 33300 24000+ 9xh 12481 5!q (146) 2100 22 4(lO WATTS

ED18 Mog 44054 1U400 12 Clear {2)* S51 51000 45000 24000+ 9% (248) 53lc 2100 22 19272 tU4(lf)iSBY 12 arc tube s51 50000 45000 40000 2100 22 ED37 tU400/D Mos 44056 6 D¡fluse S51 47500 42150 24000+ 11 7 {178} 2100 22 LU400/TD 17 RxTs 30244 10 Clear, double-ended, s51 48000 41600 24000 101k l'2511 2000 25 horizontal burn i20' E40 Base - Export lamps (2)* ED18 E40/45 44055 1U400/40 12 Clear 51000 45000 24000+ 915ha 12521 52eln ('150) 2100 22 ED37 E40i45 44057 1U400/D/40 6 Diffuse (2)* 47500 42750 24000+ 111h l2SZl 13hu (183) 2100 22 T141lz 840145 11678 1U400/f/40 12 Clear {2}* 51000 45000 24000 11 l27ïl 73lzz (180) 2100 22 1(¡l)O WATTS

E25 Mog 44058 tU1000 6 Clear s52 140000 126000 24000+ 151/r (383) I'lq l'2221 2100 22 ft RxTs 30246 [U1000/ÍD 10 Clear, S52 f37500 118200 24000 13 3/rc (335) 2000 horizontal burn t20' E40 Base - Export Lamps

E25 E40i45 44059 LU't000/40 6 Clear (3)* 140000 126000 24000 15%o (386) 81%u 1224], 2100 22 840145 1U1000/T18/40 T't8 44247 6 Clear {3)* 140000 126000 24000 15rir (383) 8'%u 12241 2100 22 DETUXE LUCAIOX' HIGH PRESSURE SODIUM (HPS} LAMPS 70 WATTS

817 Med 16611 s62 3800 3040 10000 511, 3 2200 65 150 WATTS 18094 IUIS0/DVMED 817 Med sss 10500 9135 15000 5% (146) 31h {89} 2200 65 r/z ED23 18092 1Ul50Æ5/DX 12 10500 9f35 15000 73h l1S7l, 5 2200 65 250 WATTS

E018 1 1785 12 s50 22500 20700 15000 I % 53lq 2200 65 4f)() WATTS e

ED28 19650 1U400/DX 12 s51 37400 34400 15000 I 2200 70

( ). All foolnote references found at the end 0f this section. Beduced Wattage , : High C0l0r Rendering 3_l 2 High lntensity Discharge Lamps @

a GE White Lucalox' High Pressure Sodium Lamps . Incandescent-like col'or'- 2800K, 70 CRI . Good efficiency à o Uses: Retail display, downlights, tlack liglrting, cotnrnet-cial GE E-Z Lux' Lucalox' High Pressure Sodium Lamps o Dilect replacement for rnelcury lamps ou rlrercury ballasts o More efïìcien t - 57-ll4% mole lumens and, 10-14% fewer watts than mercury lamps they replace . Uses: Genelal lighting, roadway . See opet'atiug rotes for fìrrther information

ÊE SOX Low Pressure Sodium Lamps . Highest luminous efficiency fol general, non color critical lighting ,fr . Monochromatic, yellow color- (5B9nm)

T10 ED23.5 ED28 BT37 T16 T21 Med 821 Mog Mog B22d B22d

ßated Pndact Lanp Case Addîûoaal ilflS, l,ghtøWtî Avg, lile tÅ01 LCL Cola Eulh Sasa Cøde ûæignatioø 0,ry, hlomaüon Eallastîype hitîal ñllean in. lnnl in (nn) famp( cßr LUCALOX' HIGH PRESSURE S0DIUM (HPS)LAMPS (con't) WHITE LUCALOX'HIGH PRESSURE SODIUM TAMPS 95 WATTS T10 Med 18836 LU95iSP28iMED 12 l3l" 5200 4160 10000 5 Yr (130) 3 %r (81) 2800 70 827 18839 LU95/SP28/27 12 5000 4160 10000 5 Yq (133) Selp (83) 2800 70 PG12 f8838 12 5200 4160 10000 5% {149} 3'ha (87) 2800 70 White LUGAL0X' Ballasts (Use only with 95-WATT LUCALOX'Iamps) 18783 Wl95f 20 4 Ballast lor White Lucalox@ Lamps E-Z LUX'IUCALOX'HIGH PRESSURE SODIUM TAMPS (MERCURY RETROFIT) 0 110 WATTS - Export 0nly ED231h Ê27 11683 LUH110/0i27 12 Diff use, energy-sav¡ng retrolit 8800 7920 10000 6% (î75) 45/* (ll0) 1900 22 for 125W Mercury (6,'12)* 150 WATTS ED28 Mog 49943 tUHts0/EZ 12 Clear, energy-saving retrof it H39 12500 î2000 13000 9 (229) 5 l.127l. 1900 22 lor 175W Mercury (6,12)* 215 WATTS ED28 Mos 49939 LUH215/EZ 12 Clear, energy-saving retrof it H37 20200 18600 12000 s lnil 5 (127) 1900 22 lor 250W Mercury {6,'12}* E40 Base - Export Lamp ED28 E40/45 4994f LUHztslUEA{0 12 Diff use, energy-saving H37 202n0 18600 12000 Slh 12321 51lu (133) 1900 Iì retrolit lor 250W Mercurv (6,12)* 360 WATTS BT37 Mog 18012 LUH360/EZ Clear, energy-saving relrof it H33 45000 40500 24000 115fu 12811 7'la (181) 2100 25 for 400W Mercury {6,12)* SOX tOW PRESSURE SODIUM TAMPS 18 WATTS T16 Bnd 21254 S0X-18 16 Clear, horizontal burn }20' t69 1800 1570 18000 I Yz (216) 5 % {137) 1800 or vertical base up 115" 35WAfiS T16 B22d 21296 S0X-35 16 Clear, hor¡zontal burn 120' t70 4600 4000 18000 1211c 1311l. 7'h (1841 1000 or verlical base up 115" 55 WATTS T16 B22d 21257 S0X-55 16 Clear, horizontal burn f20" [71 7650 6655 18000 16% (426) 91lz 1241], 1800 or vertical base up 115' 90 WATTS T21 B22d 21298 S0X-90 I Clear, horizontal burn +20' L72 12750 11095 16000 2031c (5271 11112 l292l 1800 135 WATTS I {7751 16 3t^ 1800 T21 B22d 21299 S0X,135 I Clear. horizontal burn i20" t73 22000 19140 16000 30 1416ì 180 WATTS th tErrì t21 Bnd 30203 s0x180 I Clear, horizontal burn f20" L74 33000 28710 16000 44 111711 221h 1800 ( )* All f00tn0te references found at the end 0f this secti0n. Feduced Wattage : . Hiqh C0l0r Rendering s-t3 @ n¡gn lntunsity Discharge Lamps

GE Mercury Lamps . Good efficiency . Long life . Phosphor coated Deluxe I lamps provide good color rendering (50CRI) o Uses: Industrial, roadway, 423.5 817 PAR38 landscapes, residential Med Med Med Skrt and commercial security, parking lots r For open or enclosed fixtures o Universal burn - can be operated in any position without affecting performance

R40 R40 ED23_5 ED28 ED37 BT37 R52 Med Mog Mog Mog Mog Mog Mog

nilsú korlud Lanp Casø Nditional AIJSI WMÛrrput Awlile ,iqt LCL Colot Balh Base Code /|læignalion ott. hlø¡mation Baßaífll4,e lnítial Mean lloN in. lmn) in. (nn) fenp.X CN MEBCURY LAMPS 40 WATTS 817 Med 12460 HR40/50DX45 Delüxe Wh¡te, 40W on H45 H45 1140 (40w) 910 16000 {40w} 5rls (130} 3'lø l7g} 3900 50 Ballast, 50W on H46 Ballast 1575 (50w) 1250 16000 (50w)

75 WATTS

817 Med 12461 HR75DX43 5PK 5 Deluxe Wh¡te H43 2800 2250 16000 51,0 (138) 31lz (8S) 3900 50 l(¡OWAfiS 4231/z Med 12464 HR100438/A235PK 5 Clear H38 3700 3000 18000 5'lo (138) 31lz (89) 5700 15 r) 12467 HRí00DX38/423 sPK 5 Deluxe White H38 4000 3050 18000 5 %o (138) 31lz (89) 3800 50 817 Med 17113 HB100DX38/MED 5 Deluxe Wh¡te H38 4000 3800 18000 5 3 3900 50 E023t/¿ Mog 12471 HRí00A38sPK 5 Clear H38 3850 2800 24000+ 7'lz 5700 15 22575 HR100DX38 1zPK 12 Deluxe White (6)* H38 4200 3200 24000+ 71lz 11911 5 1127]. 3900 50 12474 HR100WDX38 5PK 5 Warm Deluxe White (6). H38 3400 2600 24000+ 7 Vz {191} 5 (127) 3300 50 P4fi38 Admed 24040 HR100PSP44 12 PAR Spot H44 2450 1700 12000 5 lro {138} 5700 15 Skrt iiro 24038 HRl00PFt44 12 PAR Flood H44 2450 1700 12000 5 {138} 5700 15 Med Skirt 19648 HR100PSP44/MED 12 PAR Spot H44 2450 1700 12000 5 lro (138) 5700 15 7¡o 19647 HRt00PFt44iME0 12 PAR Flood H44 2450 t700 12000 5 (138) 5700 15 R40 Med 36238 HR100RFL38 12 Rellector Flood (6)* H38 2450 2000 24000+ 7 (178) 5700 15 36qgS nRtOOROXfß8 12 ReflectorwFl,DeluxeWh¡te(6). W Z (tl8) - - 3g00 S0 175 WATTS ED28 Mog 16616 HR175439 sPK 5 Clear (6)* 7950 7000 24000+ I ï¡ (210) 5 11211 5700 15 24048 HRl75A39 12 Clear {6)* 7950 7000 24000+ 0 T¡ (210) 5 1127l, 5700 15 24062 HRl75DX39 12 Deluxe White (6)* H39 8600 7200 24000+ 8T¡ (210) 5 llztl 3900 50 14111 5 8600 7200 24000+ I 3S00 50 37872 HRî75W0X39 12 Warm Deluxe White 7000 5400 24000+ I h 3300 50 R40 Med 24058 HRl75RFU|9 12 Reflector tlood H39 5700 4800 24000+ 5700 15 33026 HRITSRDXFL:|9 12 Reflèctor Wt[ Deluxe White {6)* H39 5700 4350 24000+ 7 (178) 3900 50 Moq 36445 HRrTsRFU|9/M 12 ßeflector Flood (6)* H39 5700 4800 24000+ 71lz 11911 5700 15 250 WATTS ED28 Mog 24068 HR250437 12 Glear (6)* H37 11200 9850 24000 I V¡ {210) 5 (1211 5700 ls 32127 HR250DX37 12 DeluxeWhite{6)* H3l í2100 9800 24000+ 8Y¡ (2f0) 5 l12ll 3900 50 3?8

E40 Base - Ex¡ort Lamn

ED28 E40/45 32372 HR250DX37/40 12 Deluxe While {7}+ 12100 9800 24000+ I % (2131 55hz (131) 3900 50 4llf) WATTS BT37 32313 HR4000X33/BT 6 Deluxe White H33 22100 16500 24000+ 115ha 1287]' 7 3900 50 '18200 Mog 23974 HR400433 6 H33 21000 24000+ l1 %o (287) 7 5700 15 t 23998 HR4000X33 6 Deluxe Wh¡te H33 nïrl 17500 24000+ 115hø 1287l. 1 3900 50 37870 HR400WDX33 6 Warm Deluxe White (7)* H33 19500 14450 24000+ I1'ha l28ll 7 3300 50 HR4()()RDX33 6 Rellector, Deluxe Whire (7)* H33 22000 17100 24000+ 11 % (299) 73h 3900 50

( )* All footnote references f0und at the €nd 0f this secti0n. Beduced Wattage : .: High Color Bendering 3-t 4 a GE Saf-T-Gard' Mercury Lamps . Special self-extinguishing feature prevents exposure to harmful IJV in case outer bulb is punctured or broken; , lamp turns olf within [5 minutes o Certifìed to meet Federal Standard 21 CFR 1040.30 o See operating notes for further information GE EZ Merc' Self Ballasted Mercury Lamps . Retrofìt incandescent sockets to longerlife merculy lamps without additional mercury ballasts or auxiliary equipment

ED24 ED28 ED37 BT37 T16 R60 R57 BT56 Med Moq Mog Mog Mog Mog Mog Mog

ßateú Pndad lmP Cds¿ AúttüioÍal Åilsl I¡9h1oûtptß Avg. Lile tú0t Let Colar Butb Easc Code Ðesignatian ûry. lnlonnatio¡ Ballastfype lnilial llean llM itt. (nnl in. (nn) fenp.X Cfrl MERCURY TAMPS (con't) 400 WAfiS (con't)

R60 Mog 33938 HR400RDXF[33 6 Reflector WFL, Deluxe White 15500 8950 24000+ 10 Vs {257) 3900 50 0 Clear tace {7)* 23996 HR400RSP33 6 Rellector Clear Face (7)* H33 15300 11050 24000+ 10l/s {257) 5700 15 6 Clear 20000 18200 12000 11 7 E40 Base - Export Lamp ED37 E40/45 32294 HR400DX33/40 6 Deluxe White {6)* 22500 17500 24000 lllha (2911 711laq {'182) 3900 50

ÎOf)f) WATTS 8T56 Mog 24171 HR1000436 6 Clear (6)* H36 57000 44450 24000+ 151fr (383) 91lz 12411 5700 15 24191 HR1000DX36 6 Deluxe White (6)* H36 63000 40000 24000+ 151Ío {383} 9'lz l24ll 3900 50 32733 HR10000X34 6 Deluxe White (28)* H34 62000 41700 16000 l5lfo (3831 9 % {238) 3900 50 E40 Base - Export Lamp 8T56 E40/45 12017 HR1000DX34/40 6 Deluxe White 62000 411ffi 16000 15110 (3831 9% {238ì 3900 50 SAI.T-GARD' MERCURY TAMPS 175 WATTS ED28 Mog 43391 HT175DX39 12 Deluxe White H39 7700 6450 16000 I Yr {210} 5 l12tl 3900 50 250 WATTS ED28 43392 HT250DX37 12 Deluxe White H37 11200 3050 24000 8 Ï¡ (210) 5 l12ll 3900 50 4Of) WATTS ED37 Mog 43363 HT400DX33 6 Deluxe White H33 20000 11400 24000 115ha 1287l. 7 (1701 3900 50 E-Z MERC' SELF-BALLASTED TAMPS (IN CANDESCENT RETRO FIT) 160 WATTS

ED24 Med 45178 HSB160/M 24 Deluxe White 120V {9)* 2300 1600 12000 7 (178) Aslr (116) 3300 50 250 WATTS ED28 Med 45174 HSB250/M 12 Deluxe White 130V {9}* 5000 3750 12000 81lz 1216l. 5%o ll31l 3900 50 Mog 45176 HSB250 12 Deluxe Wh¡te r20V {9}* 5000 3750 12000 81lz 1216l. 53/,0 f32l 3900 50 450 WATTS I BT37 Mos 40122 HSB450 6 Deluxe White 120V (9)* 9100 8280 16000 1113k2 l29nl 13h (1871 3900 50 75l)WAfiS R57 Mog 44012 HSB750ß/120-6PK 6 Reflector tlood, Deluxe 14000 11200 16000 1231c {'3241 s% (213) 3900 50 White 120V (9)*

0f lhis secti0n Beduced { )* All footnote references foúnd at the end Wattage e?+:= High C0l0r Bendering 3-1 5 @ U¡gn lnansity Discharge Lamps

General lnformation Besta rt C h a racte ri sti c s With a power interruption of half cycle or mor-e, the arc will High lntensity Discharge (HID) extinguish. When power is immediately reapplied, full light output does not occur immediately. For HPS lamps thele is a delay of I ó 0perating Characteristics and Limitations: minute to reach90% total light output; however, Lucalox'LU1000 lequiles 2 minutes and E-Z Lux'lamps lequire Protection ol Bulhs lrom Moisture. 3 minutes to reach 907o tofal light output. For Metal Halide lamps, when rhe powel is Outer bulbs of HID lamps ar-e made of heat-resistant glass, designed immediately reapplied, there will be a delay of 10 to 15 minutes to have strength and thermal-shock-l'esistant characteristics suitable before the lamps reach the g0% light output level. The restart delay for normal applications in typical luminaries. However, shielding of for mercnry lamps is 3 to 6 minutes to reach 90Vo total light output. lamps must be provided to avoid bulb bleakage that could result from direct contact with liquids (such as water) during opelation. Burn Positions and Codes Mercury and Pressure Sodium lamps n'ray be operated Bated Average LiÍe High in any burn position and still maintain their rated performance speci{ìca- based large Values are on laboratory tests of a number of l'epresenta- tions. Metal Halide and Low Pressure Sodium lamps, however, are tive lamps under conditions, controlled including operation at 10 optimized for performance in specifìc burn positions, or may be hours per start on ballasts having specified electrical characteristics. restricted to certain burn positions for safety reasons. Individual lamps or groups of lamps may, of course, vary frorn the U- Universal burning position HBU- Holizontal - 15" to Base Up Rated Average shown. Lamp operating conditions Life can also affect \tsU- Vertical Base Up +l$o HBD- Horizontal - 15o to Base Down Rated Average is less life. Whele Life than 24,000 hours, it is a \{BD- Vertical Base Down *15o HOR- Horizontal f15o MEDIAN value of life expectarìcy; that is, the total operating time at which, under normal operating conditions, S0% of any large group HID Color of initially installed lamps is expected to be still burning. Wrere All high intensity discharge lamps exhibit some degree of lamp to Ratecl Average Life is 24,000+ houls, 67% of lamps are expected to be lamp color variation and shift over life. These characteristics can be still burning at 24,000 hours. For cost-of-light calculations involving increased based on choice offixture, ballast, burning position, and these lamps, if an estimated operating time is required at which 50% arnbient conditions. The color temperature listed in the tabular data of the lamps will still be burnir.rg, a value of 28,500 hours is suggested. is for reference purposes only. Colol variation can be higher than At burning cycles sholter than 10 hours per start, the median life will normal durir.rg the initial 100 hours of bulning. Contact your local be shortened: GE Lighting representative fol quantitative data on color uniformity 5 hrs/start - appr-ox. life TbVo of rating; arrd shift for speci{ic HID lamps. 2 7/2 hrs/ s¡art- approx. life 56Vo of rating; 7 7/4 hrs/ start - approx. life 42Va of rating. Export Base Lamps Export only lamps have a non-domestic (non-U.S.) base and are Lumens- Lumens listed are relerence lumens not intended for use in the United States due to potential shock Rated average larnp lumens obtained under controlled labolatory hazard. The larnps are identifìed by " /27" or " / 40" at the end of the conclitions in a prescribed burning positior-r. Initial Reference lamp description. 0 Lumens lefer to the lamp lumen output after 1O0-hours bulning. Mean Reference Lrimens refer to the lamp hlmen output at the mean lumen point during lamp life. The mean lumen point occur-s at 50% rated life for HPS and mercury lamps, while the rnean lumen point 0perating Notes occurs at 40% rated life for rnetal halide lamps. Lamp perfortnance on typical systems under typical service conditions will vary from the E-Z Luf Lucalotf Lamps reference lumen ratings. Use in 1lO-watt E-Z Lux'only with 125-watt Mercury ballasts: high reactance lag-type autotransformer, 220-volt or greater reactor. Ballasts Use 150-watt E-Z Luxn only with H39 175-watt mercury ballasts: HID lamps (except E-Z-Merc') require auxiliary ballast equipment high reactance lag-type autotransformer, 240-volt or 277-volt reactor. designed to produce proper electrical values. Actual lamp watts may Use 215-watt E-Z Luxu only with F,37 250-watt mercury ballasts: high vary depending on ballast characteristics. For total system watts, add reactance lag-type autotransformer 240-volt or 277-volt reactor type nominal ballast watts. meeting current ANSI H37 ballast specs. Do not use either with CW (lead-type) or CWA ballasts. Use 360-watt E-Z Lux'only with 400-watt All Lucalox' and Mercury lamps will start at ambient temperatures of mercury ballasts: reactor, high reactance lag+ype autotransformer, -22"F (-30"C) when used on ballasts meeting these specifìcations. All auto regulator (CWA) or regulator (CW) types. rnetal halide lamps, except l-Line, will start at ambient temperatures of -22'F (-30'C) when used on ballasts meeting these specifications. Halarc' Lamp - Electronic Ballasts Halarc' MXR32 lamps will start at ambient temperatures of -22'F The 32-watt Halarc lamps must be operated on special GE lighting- (-30"C). I-Line Multi-Vapor' will start at ambient temperatures of 5oF approved ballasts. A suitable high power factor electronic ballast is (-15"C) when used on approved mercury ballasts. HAL32/120 for 120 volt applications. Start Characteristics The outside dimensions areg.25" (235mrn) long,3.125" (78mm) wide and 1.75" (45mrn) high. Full light output does not occur imrnediately when power is applied. Instead, there is a time delay for the lamp to reach 90% total light output. The starting delay for High Pressure Sodium is 3-4 mir.rutes, for Metal Halide 2-5 minutes, and for Mercury 5-7 minutes.

(

¡

3-t 6 H igh lntensity D ischarge tamps @

l-Line Multi-Vapor' Lamps Arcstream tubular lamps must be used in enclosed fixtures with UV Universal - U: Burn any position, but in positions other than vertical absorbing glass. Enclosed fixtures must b-e^capable of containing (up . base up or base down, use only in enclosed fixtures which can fragments of hot quartz or glass to 1100'C) contain fragments of hot quartz or glass. T Inportant Notice Vertical - VBU/VBD: Vertical ba¡e 9p or vertical base down - lamp must be operated only within 15o of vertical. In accordance with Federal Standard 21 CFR 1040.30, the following notice applies to the Multi-Vapor', Halarc', and Arcstream'' PAR 64 Saf-T-Gard' Multi-Vapor' and (those having Ordering Codes beginning with the letters "MVR...," Saf-T-Gard' Mercury Lamps "MXR..." or "MBIl50PAR64... "). "WARNING. This lamp can cause serious skin burn and eye inflam- Caution: If the outer glass envelope of a SaÊT-Gard lamp is broken, although the arc tube will have self-extinguished, its supporting mation from shortwave ultraviolet radiation ifouter envelope ofthe lamp is broken or punctured, and the arc tube continues to operate. structure will still be electrically connected. Be sure power is off and people remain the lamp has cooled before removing to avoid possible electrical Do not use where will for more than a few minutes I shock from contact with the arc tube support or burn from the hot unless adequate shielding or other safety precautions are used. arc tube. Certain types of lamps that will automatically extinguish when the outer envelope is broken or punctured are commercially available Arcstream'" Metal Halide Lamps from General Electric Company." These are the self extinguishing It is important the tubular shaped lamps are operated in suitably Saf-T-Gard' Mercury and Multi-Vapor' lamps. enclosed luminaries with a tlV absorbing cover glass. Full enclosure will also retain any fragments of quartz in the unusual event of the Caution Notice - High Pressure Sodiun Lanps outer bulb shattering. All Arcstream lamps can operate on relevant The following instructions must be complied with to help assure double-ended metal halide ballasts. good lamp performance and minimize risk of breakage. General Electric Company will not be responsible for poor lamp performance, Caution Notice Halide Lamps - Metal personal injury or property damage resulting from failure to follow The following operating instructions must be complied with to help these instnrctions. avoid possible shattering and early failure of the lamp. Metal Halide ¡ Lamp must only be operated with compatible auxiliary equipment. lamps are constructed ofan outer bulb with an internal arc tube ¡ This is a vacuum jacket lamp and may implode if broken. As a made of quartz. The arc tube operates under high pressure at very precaution, wear safety glasses and gloves when installing or high temperatures as high as approximately 1100"C. - removing lamp. The arc tube and outer bulb may unexpectedly rupture due to o Lamp may be operated in any position. internal causes or external factors such as a system failure or o misapplication. Electrically insulated any metal to glass support in fixture to avoid decomposition of the glass. o Lamp may only be operated in the types of fixtures pre scribed in o the applicable specification bulletin. Fixture lens,/diffuser material Protect lamps from direct contact with liquids (such as rain, sleet or snow) to avoid breakage must be able to contain fragments of hot quartz or glass (up to from thermal shock. 0 I 100'C). If in doubt, contact your fixture manufacturer. o Screw lamp firmly but not forcibly into the socket to minimize loosening due to vibration. Do not use excessive force as glass o Electrically insulate any metal to glass support in fixture to avoid the bulb may break. decomposition of the glass. . Do not scratch glass bulb because it may break during installation . Protect lamp from direct contact with liquids (such as water) to later avoid breakage from thermal shock. or during lamp operation. . Turn power off and let lamp cool before removal o In continuously operating systems (24 hours,/day, 7 days,/week), to avoid potential burn and electric shock hazard during lamp replacement. turn lamps off once per week for at least 15 minutes. Failure to comply increases the risk of rupture. Caution Notice - Low Pressure Sodium Lamps ¡ Screw lamp firmly but not forcibly into the socket to minimize Before Use loosening due to vibration. Do not use excessive force as the glass bulb may break. l. Always isolate the equipment from the electricity supply before inserting or replacing a lamp. . Do not scratch glass bulb because it may break during installation or later during lamp operation. 2. Check that the replacement lamp is the correct type, including cap, and wattage for use in the circuit and with appropriate control ¡ Relamp fixtures at or before the end of rated life. Beyond rated life, gear for the application. light output diminishes while energy consumption and risk of ruptufe increase. 3. Ensure that the lamp is correctly located in the lampholder and the glass bulb is not scratched during insertion. . Turn power off and let lamp cool before removal to avoid potential burn and electrical shock hazard during lamp replacement. During Use For all lamps (unless indicted to the contrary by the manufacturer) Use In Enclosed Fixtures. For lamps requiring enclosed fixtures, prevent rain, snow condensation droplets or water, splashing on the fixture lens/diffuser material must be able to contain fragments of lamp as these may cause the bulb to shatter. (up hot quartz or glass to 1100"C). Disposal Use In Open Fixtures. For lamps operated in the vertical position Low pressure sodium lamps must be broken with precautions against "Enclosed that are not designated Fixtures only," lamp may be used the risk of fire. Precautions must also be taken against flying glass in an open or enclosed lighting fixture depending upon the or other fragments. The lamps (not more than 20 at a time) should application and operating environment. For example, if the lamp is be broken into small pieces in a large dry container, in a dry located near combustible material or in an area which is unoccupied atmosphere. The container, when one-quarter full, should be filled for extended periods, an enclosed fixture which can contain with water; the operator must stand back (e.g. should use a hose). is fragments of hot quartz or glass recommended. For more informa- Æter a few minutes, the metallic sodium will be inactive and the tion, contact your fìxture manufacturer. I debris may be disposed of as for glass.

3-t 7 @ U¡gn lntensity Discharge Lamps

Caution Notice - Mercury Lamps Footnotes:

Mercury lamps are constructed of an outer bulb with an internal arc 1 . Design Factor 1.1 tube made ofquartz. The arc tube operates under high pressure at 2. Design Factor 1.05 Dosign Facto¡. A factor that combines the increase 0r decrease 0f a lamp l¡ght output over of very high temperatures - as high as approximately 1100"C. The arc 3. Design Factor 1.0 lamp l¡fe with the electrical characteristics $ ballasts and, when applicable. fixture The design factor, and may rupture due to causes characterist¡cs. tube outer bulb unexpectedly internal 4. Design Factor .90 when mult¡plìed byûe published Beferenced Mean Lumens of the lamp, or external factors such as a system failure or misapplication. 5. Design Factor .85 will more accurately state the light output 0f the HID system over l¡fe. tixture Coefficient of Utilization ând f¡xture/lamp deprec¡ati0n are n0t o Lamp may be operated in any position. Lamp must only be 6. Design Factor .80 included in the Design Factor. operated with compatible electrical equipment in the types of 7. Design Factor .75 fixtures prescribed in the applicable speci{ìcation bulletin. B. Design Factor.70 Fixture lens,/diffuser material must be able to contain fragments 9. Do not use this lamp in fixtures designed for less than rated lamp wattage. of hot quartz or glass (up to 1 100"C). If in doubt, contact your 10. When operated on ANSI specification "S56" High Pressure S0dium ballasts, lumen ratings will fixture manufacturer. decrease by about 50%. "S55" o Electrically insulate any metal to glass support in fìxture to avoid 1 1. When operated on ANSI Hìgh Pressure Sodìum ballasts, intermitrent cycle and short decomposition of the glass. lamp life wìll occur. 12. 0n suitable mercury ballasts, lamp wattage will slowly drop as the lamp ages. . Protect lamps from direct contact with liquids (such as rain, sleet or snow) to avoid breakage from thermal shock. 13. For use only in 175-watt metal halide luminaires that d0 not exceed maximum temperatures 0f 1 60'C at the pOint where metallic base meets the heat resistant collar and 245.C on the s0lder o Screw lamp firmly but not forcibly into the socket to minimize button of the plastic collar for thìs lamp.

loosening due to vibration. Do not use excessive force as the glass 14. Life shown ¡s l0r vert¡cal 115" operation. bulb may break. 16. Approximate lumen ratings at 45" burn¡ng positi0n: lnit¡al - 145,000. Mean - 135,500.

. Do not scratch glass bulb because it may break during installation 1 7. Mean lumens and rated life based 0n 5 or more burnìng hours per start. or later during lamp operation. 19. Mean lumens shown are for operat¡on on approved CWCWA mercury ballasts at 10 hours o Turn power off and let lamp cool before removal, to avoid potential per start. For continuous operation, mean lumens are 22,800 for vertical burning and 21,000 burn and electrical shock hazard during lamp replacement. for horizontal. '10 20. lVlean lumens shown are for operatìon on approved CWCWA mercury ballasts at hours ¡ Relamp fixtures at or before the end of rated life. Beyond rated life, per start. For contìnuous operat¡0n, mean lumens are 22,000 for vertical burning and 20,200 light output diminishes while energy consumption and risk of for horìzontal. rupture increase. 21. When operated vertically on metal halide-type ballasts at 10 hours per start, approximate mean lumens are 27,000. This value also applies when lamp is operated cont¡nuously 0n approved lmportant Notice CWCWA ballasts. When operated horìzontally, initial and mean Iumens decrease by about In accordance with Federal Standard 2l CFR 1040.30, the following 2000 lumens, notice applies to all Standard Mercury Lamps (those having Ordering 22. When operated vertically on metal halìde-type ballasts at 10 hours per start, apprOximate mean lumens are 26,300. This value also applies when lamp is operated cont¡nuously on approved Codes "HR..."): beginning with the letters CWCWA ballasts. When operated horizontally, initial and mean lumens decrease by about "WARNING: This lamp can cause serious skin burn and eye inflam- 2000 lumens. mation from shortwave ultraviolet radiation if outer envelope of the 23. Mean lumens sh0wn are foÍ operat¡on on approved CWCWA mercury ballasts at 10 hours per lamp is broken or punctured, and the arc tube continues to operate. start. For cont¡nuous operation, mean lumens are 21,650 forvertical burning and 19,850 for Do not use where people will remain for more than a few minutes horizontal burning. 0 unless adequate shielding or other safety precautions are used. 24. l\ilean lumens shown are for operation on approved C$CWA mercury ballasts at 10 hours per start. For continuous 0peratìon, mean lumens are 21.100 forvertical burning and 19,350 for Certain types of lamps that will automatically extinguish when the horizontal burning. outer envelope is broken or punctured are commercially available 25. lVlean lumens shown are for operation on approved CW/CWA mercury ballasts at 10 hOurs per These from General Electric Company." are selÊextinguishing start. For continuous operation, mean lumens are 25,700 for vertical burning and 23,600 for Saf-T-Gard' mercury and Multi-Vapor' lamps. horizontal burning. 26. Mean lumens shown are for operation on approved CWCWA mercury ballasts at 10 hours per start. F0r c0ntinu0us Operati0n, mean lumens are 25,500 for vertical operatìon, 22,600 f0r horizontal burnìng. 27. Data shown are for operatìon on typical CWCWA mercury ballasts. 0n lag-type mercury ballasts: approx. initial lumens 109,200; mean lumens 87,350; lamp wattage approximately 970 watts.0n M47 metal halide ballasts; approx¡mate in¡t¡al lumens 115,000; mean lumens 92,000; lamp watts 1000. 28. Use only 1000-watt H12 or H34ìype ballasts. D0 not use 0n 1000-watt H36-type ballasts. 29. Operate only on Magnetic Regulatìng Ballasts or CWA ballasts with ignitors.

t ¡

3-t8 a

ì)

0

Circline T9 Mod-U-Line@ T8

Trimline'" T8

PGlT Power Groove@

e Tt2 Fluorescent Lamp Shapes (drawings not to scale) 4-l Bulb ldentification: 6

DlA. in. (mn): Diameter of bulb at widest point.

NOM LENGTH in. (nn): Length of bulb including base or pins.

Note: Lamp drawings are not drawn to scale. Be sure to check size and dimension information when identilying each lamp.

Base Identification: D o-b il o_-oñ Min BiPin Med BiPin Mog BiPin Single Pin nec Douhle Contact 4-Pin Ê5 Gt? G20 Fa| ßl7d Ê10q

lntroduction FLUOBESCENT BßAND NAME CBOSS.BEFEBENCE

GE introduced the {ìrst fluorescent lamp in 1935. GE OSBAM4SYLVANIA PHILIPS Today, these lamps have become almost a universal standard in office and other lighting applications. Aquarium The characteristics of fluorescent lamps vary widely 1 500 VHO VHO a according to the lamp type. In general, fluorescent lamps have the following advantages: Power Groove' o Low Operating Cost: Chroma 50 Design 50' Colortone 50 Because they are so effìcient, fluorescent lamps can cost significantly less to operate over their Gro & Sho'" GRO-LUX Agro-Lite lifetime than incandescent lamps. U-Bent . Long Life: Mod-U-Line' Curvalume' Life ratings for fluorescent lamps range from SP 30 lnterior Design'{D30) Softone Pastel FL {SPEC 30) 6000 to 24,000 hours based on the industry standard of 3 burning hours per start. Specif ication Serles {SP) Designef Series (D) SPEC Series o Low Surface Brightness: Specif ication Series (SPX) Designef "800" Series Ultralume'" Because it is a "diffuse" (less concentrated) light source, a fluorescent lamp is visually StayBright'" XL Advantage X'" comfortable to the eye. ' StayBright'" XL Watt-Misef ¡ Fledbilig: Fluorescent lamps are available in a wide range T10/1500MA VHO/LT of sizes, shapes, color performance, and IrlmlineTB'" 0ctron' TL70¡-LB0'" wattage ratings. . Fast Starting: Watt-Misef SuperSavef Econ-o-Watt The common "rapid-start" lamp types start Watt-Misef within I second of being turned on. Plus SuperSaver Plus' GE SP & SPX Specification Series Color ATÏENTI0N: This brand-name cross¡eference chart is provided only as a quick reference. 1ther lamp company Enhancing Lamps brand listings nay only represent a near equivalent, versus an identical match to GE Lighting brands. lndividual True and natural color lanp nanufactureís performance specifications and product offerings should be consulted. Lamp perfornance nay be affected by environnental ballast type and/or other auxiliary equipment. o Color appears richer, more natural conditions, I Merchandise, decor look more appealing ¡ People look better r SP - moderately priced, good color rendering . SPX - excellent color rendering

See pages 14-1 6 for more technical information regarding color. ¡

4-2 Headings in this. catalog section: When You Don't Know The Lamp Description: bulb shape by usine table on page 4-1. The following glossary of terms and descriptions can help you 1 . Identify when checking Fluorescent lamp specifications and when 2. Measure bulb diameter using ruler in appendix section à ordering products. Within each prodnct line, lamps are page 8-6 to determine width in eighths of an inch. divided into families, within these families, lamps are then 3. Identify base type using table on page 4-2. listed by wattage. To find your lamp, follow these simple steps: 4. Find your lamp in the table containing the br-rlb shape, size and base.

NOTE: Lumens and watts are nominal valttes as defìned on page 4-16.

Color ßendering Index (Cßl or B,): Product Code: An ¡nd¡catiln 0f the abilíty 0f the lamp t0 render object colors in a nomal, natural way. The h¡ghet the number It is inportant t0 use this five-digit code when (0-100), the better the color appearance. 1rdering t0 ensure that you rcce¡ve the exact product you rcquire.

Light 0utput - Light output - Colo¡ Temoeratu¡e - o Initial: Mean: Ketvins (ú: Means this lanp neets Federal Lamp l¡ght output (lunens) Lamp light output A measure of the visual "warnth" "coolness" Energy Used M ininun Ef f iciency Standards. aftet the initial 100 hours (lunens) at 40a/o oÍ or Wats: To save energy costs, f¡nd the of operation. rateî lamp liÍe. oÍ the light frcn the lamp. Energy Used (as lamp with the l¡ght output you Case Auantity: fhe h¡gher the value, the "coolei' deÍined by fTC need, then choose the one with Number of protluct units whiter or the lanp label rules). thc lowcst watts. packed in a case. I¡ght appears. To find actual energy used Bated (kWh)multiply Average life - powet lwatts Additional lnfornation: shown) x ttme Lamp Designation: Typical application and/or other Nominal Length: Lamp burning hours to divided by 1000. fhe lanp's identification code. imputant information. Expressed in inches and nn. nedian l¡íe expectancy.

EneW Noninal Ught0utpttt nøted Colot Used Ptoduct hnq Case Attdîtional La,tgth LtM Avg. Líls Tenp. Wab Code O 0esignation a$. hlomation in. (nn) lnitial liean Iloß K cßt PREHEAT FLUORESCENT TAMPS 0 T5 Diameter % in (temm) - Miniature BiPin (G5) Base 4 10004 F4T5/GW 24 CoolWhite (152) 135 100 4150 62 6000 1 5983 F4TsiCW CARD 10 Gool White, Carded 135 100 4150 62 6 10032 24 Cool White 295 235 7500 4150 62 15986 F6TsiCW CARD 10 Cool White, Carded l229l 295 235 7500 4150 62 r0028 r6T5/D 24 l22sl 230 185 7500 6250 75 I 10059 F8T5/CW 24 CoolWhite 12 {305} 400 320 7500 4150 62 15987 TsTsiCW CARD 10 Cool White, Carded 12 (305) 400 320 7500 4150 62 10064 TsTsiWW 24 Warm White 12 (305) 410 330 7500 3000 52 10055 F8T5/D 24 12 330 265 7500 6250 13 10086 24 Cool White 21 705 7500 4150 62 10089 24 Warm While 21 870 720 7500 3000 52

Yellow Highlight indicates that this is a reduced t 13 WW wattage 0pt¡0n for lanps nlrnally used ¡n th¡s I appl¡cat¡ln. Be sure to check wattage, lumens and life ldentifies as fluorescent lamp. I to determine which lanp is best suited to your needs. ï I ldentifies either the lamp's wattage 0r ldentífies the lanp finish or color its tength in inches. Blue Highlight indicates that th¡s is a lamp with high ldentífies the lanp shape and the c0l0r rendering, which helps objects and persons bulb diameter in eighths of ínches. illuminated t0 appear mlre true to life.

Watt-Miser@ Energy Saving Beplacements

Standard 40-watt F40 4|-watt F40 4|-watt F40 1í-watt F96 ll0-wattF96 21í-wattF96 215-wattF96 Lamp U Tuhe Eapid Start ßapid Start Slimline High 0utput Power G¡oove@ 1500maTl2 Energy Beplace w/ BeplaceM Beplace û Beplace w/ Beplace w/ Replaceú Replaceù Beplace w/ Saving 35-watt F40 3 -walt F40 32-watr F40 60-watt F96 95-wart F96H0 18S-watt F96PG 185-watt F96 185-watt F96PG Replacement Watt"lViser Watt-Miser Watl-Miser Watt-lViser Watt-lVìser Watt-lViser 1500 ma, T12 Watt-Miser c U Tube Plus Watt-Miser Energy Savings* $7.20 $e.60 $9.60 $14.40 $14.40 $28.80 $21.60 $21.60

, & per KHW over lan7 life.

To save enerqy cosls, find the bulbs wilh the light 0utput you need, then choose the One with the lowest watts. * O Means this lamp meets tederal lvlinimum Efficiency Standards. ( ) All f00tnote references found at the end 0f this section. Reduced Wattage , -, High C0l0r Bendering 4-3 GE Preheat Fluorescent Lamps T5 G5 . Reqnire use of starters . Available in varions tube diameters T8 iû (T5, TB, T12, and Ti7) and ler.rgths G13 (ô" to 60") . Excellent for srnall-fit applications: cabinet and display case lighting, T12 G13 emelgency Ìighting arrcl trallsportatioll vehicles

Eneryy Noninal Light ßated tolo¡ Ased koduøl Lanp Case Additional Lengh ^urpû Avg. Lile Temp. wtu Coúe Q Ðesignation atl.. lnlomalion in. lnnl lnitial lllean K cßt PBEHEAT FLUORESCENT TAMPS T5 Diameter % in (16mm) - Miniature BiPin {G5} Base 4 10004 F4T5/CW 24 CoolWhite 6 (152) 135 100 6000 4't50 62 15983 F4Ts/CW CAßD 10 Cool White, Carded 6 (152) 135 100 6000 4150 62 6 10032 r6Ts/CW 24 CoolWh¡te I (229) 295 235 7500 4150 62 15986 F6T5/CW CARD t0 C00l Wh¡le, Carded I (229) 295 235 7500 4150 62

I 10059 t8T5/CW 24 CoolWhite 12 (305) 400 320 7500 4150 62

1 5987 F8Ts/CW CARD 10 Cool White, Ca¡ded 12 (305) 400 320 7500 4150 62 10064 F8Ts/WW 24 Warm Wh¡te 12 (305) 410 330 7500 3000 52 10055 t8T5/D 24 Daylight 12 (305) 330 265 7500 6250 13 10086 F'r3T5/CW 24 Cool White 21 {5331 850 705 7500 4150 62 10089 Fl3T5iVVW 24 White 21 {533} 870 720 7500 3000 52

T8 Diameter 1 in - Medium BiPin G1 Base

13 10098 113T8/CW 24 CoolWhite 12 {305} 565 480 7500 4150 62 14 10104 Fî4T8/CW 24 toolWhite 15 l38r) 685 7500 4150 62 10102 Fl4T8/D 24 15 {381) 575 490 7500 6250 75 t5 13644 24 18 (4s7) 1000 900 7500 rs645 F15T8/SPX35 24 t8 1000 900 7500 3500 82 1S646 F15T8/SPX41 24 84t 18 1000 900 7500 4100 80 ,Þ 10756 FlsT8/SPX50 24 RE 85t¡ 18 940 850 7500 5000 80 17910 H5T8/SP30 24 RE 730 18 (457) 940 850 7500 3000 75 1191 I tl5T8/SP35 24 ?35 18 (457) 940 850 7500 3500 75 19643 24 18 (457) 940 850 7500 4100 75 21326 115T8/KB 6PK 24 and Bath 18 (457) 940 850 7500 3000 75 12662 Fî 5T8/KB/HH 24 Kitchen and Bath, 18 940 850 7500 3000 75 10142 Fl5T8/CW 24 Cool White 18 825 725 7500 4150 62 10143 Fl5T8/CW 6PK 24 Cool White 18 {457} 725 7500 4150 62 10147 FîsT8/VVW 24 Wa¡m White 18 {457} 845 745 7500 3000 52 10134 FI5T8/D 24 18 {457} 700 615 7500 6250 75 38r85 24 18 {457} 620 525 7500 5000 90 13S68 Fl5T8/SUN 6PK 24 620 525 7500 5000 90 30 16323 F30T8/SPX3r 24 RE T3O i36 2300 2140 i500 3000 82 22747 F3OT8/KB 6PK 24 Kitchen and Balh 36 (915) 2125 1910 i500 3000 75 10316 F3OT8/CW 6PK 24 CoolWhite 36 (915) 217s 1980 i500 4150 62 23451 F3()T8/CW 25PK 25 CoolWhite 36 (9r5) 2175 1980 7500 4150 62 23492 F30T8/ÌJVW 25PK 25 Warm White 36 (915) 2250 1980 7500 3000 52 23494 t30T8/D 25PK 25 36 1850 f628 7500 6250 62 10328 24 Itlstüral 36 1500 1320 7500 3700 90 T12 Diameter 1rlzin (26mm)- Medium BiPin (G13) Base 14 10116 F14T1?CW 24 Cool White 15 (3811 650 550 9000 4150 62 10117 Fí4T1?CW6PK 24 Cool White 15 (381) 650 550 9000 4150 62 10113 F14f12lD 24 t5 555 470 9000 6250 75 uslg Fl4T1?KB 6PK 24 Kitchen Bath 15 700 3000 70 15 10182 t15T12/CW 24 Cool White 18 760 4150 62 10183 Fl5TlZCW 6PK 24 CoolWhite 18 1457) 760 685 9000 4150 62 10185 FlsTlZWW 24 Warm White 18 (457) 780 700 9000 3000 52 10179 F15ï1210 24 Daylighl 18 (457) 640 575 9000 6250 75 22745 FlsTl?KB 6PK 24 Kitchen and Balh 18 (457) 785 730 9000 3000 70 20 15109 F20T12lSPX30 24 IE830 Phosphor 24 (610) 1300 1220 9000 3000 82 15354 F20T12lSPX35 24 RE 8il5 Phosphor 24 1300 1220 9000 3500 82 14446 F20T12lSP30 24 ßE ?30 Phosphot , 24 (610 1275 1200 9000 3000 70 t 14423 F20T12lSP35 24 RE t35 Phosphor 24 1275 1200 9000 3500 73 15353 t20T12/SP41 24 ßE 741 Phosphor 24 (610) 1215 1200 9000 4100 72 21325 F2OT12lKB 6PK 24 K¡tchen and Bath 24 (610) 1275 1200 9000 3000 70

T0 save energy c0sts, f¡rd the bulbs with the light output y0u reed, then ch00se the 0ne with the l0west wat{s. * : 4-4 @ lrileans this lamp neets Federal l\,4inimum Efficiency Standards. ( ) All f00tn0te references found at the end 0f this secti0n. Reduced Wattage High C0l0r Bendering GE Fluorescent T12 Bapid Start Lamps GE 4' StayhrightrM XL Lamps . Popnlal lamp for comìlelcial lighting Extr"a life, extla light, excelleut color . Upgrade new and existing facilities easily... change the lamp to o Extra life... lasts 25% longer than standard F40 lamps for- (, SP/SPX color-improved lamps (available in standard and Ieduced lamp replacemeut aud maiì'ìtenallce costs Watt-Miser versious). ! Extra light,.. up to 8% more initial lumens than standar-d F40s o color... color enhanced SP and SPX vet'sions provide Performance Note: Excellent true and uatural color Rated life is rated auerage liþ on raþitl start ci¡cttits. Rated. auerage kfe on þreheat cit'cuits is 15,000 hours. Liþ on singlelatnþ, rapid slart balLasts may l:e retlucetl.

GE Watt-Miser' Energy Saving Lamps (WM) ft2 r EnerBI efficient, reduce Gl3 energy costs o Replacement for standard wattage lamps T17 o Wide variety ol sizes and G20 colors available

Eneryy floni¡al Ught0uqût ßaleù Colo¡ feøp. Used hodud Lanp Case Atldîtianal Length lM Avglle (rwnl cat w# Coda @ tæignatioa &ry. lnlarwlion in. tuiüal Meu 8@ I

T12 Diameter 11iz in (26mm) - Medium BiPin (Gl3) Base ( con't) 20 12661 ÍaOTIAKBIHH 24 Kitchen and Balh, Hook Package 24 {610} 1275 12oo 9000 3000 70 10213 24 CoolWhite 24 {610) 1200 1150 9000 4150 62 10214 F2OT1zlCW 6PK 24 GoolWhile 24 1200 1150 9000 4150 62 10217 F20T1zlWW 24 24 1250 1150 9t)0{l 3000 52 10205 FaOTlUD 24 Daylight 24 (610) 1025 945 9000 6250 75 38114 Í2ú14C50 24 Chrom¡ 50 24 (610) 875 790 9000 90 14419 2/SUN 24 Sunshine 24 (610) 875 790 9000 5000 90 10231 F2()Tl 24 Blue 24 (610) 450 330 10233 6PK 24 Green 24 1575 975 T17 Diameter 21ls in (25mm) - Mogul BiPin (G20) Base Gool White, Watt-Miser@ 60 (1524) 5750 5060 9000 4150 62 0 82 43443 t90Tl7CWiWM 12 {1}* 90 10643 F90T17/CW 12 GoolWhite 60 (1524) 6000 5280 9000 4150 62 FLUORESCENT T12 RAPID START TAMPS F30T12 RS Diameter 11/zin {38mm)- Medium BiPin Base 70 25 14J'É.7 F30T1?SP30/RS/WM 24 RE Wrü-MissP (s15) 2n25 1780 18000 3000 14425 24 BE (915) 2025 1780 18000 3500 73 1470,| 24 141 (9151 202s 1780 18000 4100 72 44599 24 Cool White, Watt-Miser@ (1)* 1925 1640 18000 41fl 62 44600 F30T12/WWRS/WM 24 Warm Watt-MiseP (1)* 1975 1680 18000 3000 52 30 15108 F30Tr?SPX30/RS 24 830 (915) 2375 2140 18000 3()(}() 82 15355 130T12/SPX35iRS 24 RE 035 (915) 2375 2140 l8ooo 3500 82 70 15266 F30T1ZSP30/RS 24 RE ?fl} {915) 2350 2121 18000 3000 15085 t30T1 24 r35 {915) 2350 2120 18000 3500 73 15267 F3(}Tl 24 {915) 2350 2120 18000 4100 72 77119 F3()TI2/KB/BS 6PK 24 and Bath 2350 2120 18000 3000 70 r0357 F3OTl?CWRS 24 Gool White Tn\ 1940 18000 4150 62 39176 t30TrzlcwBs 6PK 24 Cool White 36 {915} ?25 1940 18000 4150 62 10359 F3OTI2iWWRS 24 Warm White 36 {915) ?275 1980 f8000 3000 52 10365 T3OT1?JDIRS 24 Daylight 36 {915) 1900 1650 18000 6250 75 38115 24 Chromð 5ll 36 1650 î350 18000 5000 90 STAYBRIGHT XLTM TAMPS T12 Diameter 1tlz in (38mm) - Medium BiPin (G13) Base 40 18331 0 F40SXUSPX30 30 RËHI 48 ll?2ql 3400 3060 24000 3000 82 18332 F40SXUSPX35 30 ßE &15 Pbospho¡ 48 112,:0 3400 3060 24000 3500 82 r8333 F40SXUSPX4l 30 Phosphor 48 3400 3060 2iun0 4100 80 23411 F40SXUSPX50 30 ñE050 Pftosphot 48 unü 3350 3050 24000 5000 80 18337 F40SXUSP30 30 RE?gI hor 48 (nol 3300 2s7o 24ooo 3000 75 18338 F4(lSXUSP3s 30 RE 735 Phosphot 48 ßnïl 3300 2970 24000 35110 75 18342 F4()SXUSP4l 30 7Ãl 48 11?20l. 3300 2s70 24000 4100 73 FLUORESCENT TI2 RAPID START TAMPS e t40Tt2 BS Diameter 1rl2 in (38mm) - Medium BiPin Base 82 34 1ß27 @ F40SPX30/RS/WM 30 RE 830 Wrt-itisoP 48 ll?20l 2900 2610 20000 3000 82 14628 F40SPX35/RS/WM 30 835 48 f?2ü 2900 2610 20Ûof} 35(){l 4100 80 148f1 @ F40SPXA1iRS/WM 30 84t 48 fnu 2900 2610 20000

you then To energy costs, find the bulbs with the light 0utput re€d. ch0ose the 0ne with the lowest watts. save * ( All footnote : High Color Bendering 4-5 O fvleans thÌs lamp meets tederal ¡,4inimum Efficiency Standards. ) references found at the end 0f lhis secti0n. Beduced Wattaqe : T12 G13 f)

T17 G20

Enørgy llonindl Lîght 0tÍ0d nated Colw Used Prodagt l¡,np C¡ss Åddìtional Lcngth lMß Avs. Lile fenp. waß Cods @ ûesignation av, k¡lo¡mation in. (nn) lnilial Mcan t( tEt FLUORESCENT T12 RAPID START TAMPS F40T12 BS Diameter 1rlz in (38mm) - Medium BiPin G13) Base

34 23459 0 F40SPXs0/BS/WM RE 85ft Watt-Misero (ll' l122nl 2700 2430 20000 5000 80 14200 0 F40SP30/RS/WM 30 ßE 730 (11* 11220Ì. 2750 2415 20000 3000 70 13807 0 F40SP35/RS/WM 30 BÊ 2150 2475 20000 3500 73 23486 @ F40SP35/WM/C 10PK 10 2750 2415 20000 3500 73 21858 @ 24 coda 11220l, 2750 2475 20000 3500 73 13809 @ 30 741 (zanl 2150 2415 20000 4100 72 12134 30 RE 765 11220]. 2650 2430 20000 6500 75 13803 F4OCWRS/WM 30 Cool White, Watt-Misero (11* (2211 2650 2280 20000 4150 62 23485 O F40CWRS/WM/C 10PK 10 Cool White, Watt-Miser@, Commercial Pack (1)* 48 112201 2650 2280 20000 4150 62 ß8n o F40twRs/wM 30 Lite White, {1r 48 2825 2430 20000 4200 49 13821 @ F4oWWRS/WM 30 Warm 48 2150 2370 20000 3000 52 12102 0 F40WWEC 6PK 24 Warm White, Energy Choice {1)* 48 11220]. nhn a3,o 20000 3000 52 14655 t40DvRs/wM 30 Deluxe Daylight, Watt-Misero {1,7}* 48 |11220], 1950 1620 20000 6500 84 30 Watt.MiseP ('ll' 48 (1220], 2000 1720 20000 5000 90 32 14n6 FAOSP3O/RS/WMP 30 RE ?30 t¡llau-Misere Plus (12)r 48 {12201. 2650 2410 15000 3000 70 ßn5 0 F40SP35/RS/WMP 30 735 48 2650 2410 15000 3500 73 ßn4 @ F40SP4UnS/WMP 30 48 2650 2410 15000 4100 72 ßN1 @ F4OCWRS/WMP 30 Plus 48 2525 2220 15000 4150 62 ß2N O FAOLWRS/WMP 30 Lite White, Watt-Miser@ Plus (1,2)* 48 i.1220]. 2100 2380 15000 4200 49 14223 O F4OWWRS/WMP Warm Wh¡te, Watt-Miser@ Plus (1,2)* 11220l, 2625 2310 15000 3000 52 40 15079 F40SPX30 RE 8Íil1 Phosphor l122ql 3350 3o5o 20000 3000 82 ü 15083 0 F40SPX35 tE 835 Phosphor 112201 3350 3050 20000 3500 82 15084 0 F40SPX41 RE 841 Phosphor 3350 3050 20000 4100 80 23451 @ F40SPX50 BE 05ll Phosphor 3100 2820 20000 15075 0 t40SP30 rosphor 112201 3200 2510 20000 3000 70 15ù1 0 t35 PhosDhor 112201 3200 2910 20000 3500 73 20463 F40SP35iUPC ßE r35 Phos¡hor 112201 3200 2910 20000 3500 73 15078 0 t40sP41 RE 741 Phosphor 3200 2910 20000 4100 72 12133 0 F40SP65 ÍE 765 3050 2775 20000 6500 75 13969 @ F40D/ULTRA6PK 3050 2775 20000 6500 75 14654 F4ODX 112201 2250 1910 20000 6500 84 21323 0 K¡tchen 112201 3200 2910 20000 3000 70 13348 @ F40KB/2PVPP 6 Kitchen and Bath, Promotional 48 112201 3200 2910 20000 3000 70 14440 @ r40RES/Sw 30 Res¡denral l¡ght 3150 2860 15000 4100 72 14433 @ F40RES-6PK 24 Residenlial light 48 112201 3150 2860 15000 4100 72 14441 0 F40RES/ÍW|N-9PK Res¡dent¡al Twin Pack 112201 3150 2860 15000 4100 12 25 14445 r48'725WUTSL 112201 1860 1675 12000 4150 62 14450 Ut¡lity 112201 1860 1675 12000 4150 62 14456 F48'725WUTSUTWIN.9PK 112201 1860 1675 12000 4150 62 14444 F48'725WUTSL-550PAt 55 Palletized 10 1860 1675 12000 4150 62 40 13797 F4(!N [{aüÍal 2100 1740 20000 3700 90 13794 F40/C50 (1 2251 1870 20000 12224 F4O/SUN 6PK (1220l, 2251 1870 20000 5000 90 13795 tt1220l 1950 1680 20000 7500 92 13799 F4flSGN Sign White 11220Ì. 2350 2020 20000 10535 F4(ICG 6PK 24 Cool G¡een 48 l12a0l 2850 2450 20000 10514 F4(lB 6PK 24 Blue 48 1200 720 20000 10517 FAflG 6PK 24 Green 48 4000 2000 20000 10522 F4(lGO 6PK 24 Gold 48 |11220]' 2150 1830 20000 T17 Diameter 21ls in (54mm) - Moqul BiPin (G201 Base

40 10575 t40T17/CWrS 12 Cool Wh¡le, lnslant Stan only 13)* 60 (1524) 2850 2620 7500 4150 62 "OPTIMISER'"" FAOTI? RAPID START IAMP { T12 Diameter 11/z in (38mm) - Medium BiPin (G13) Base 28 13823 0 fM28LW30PK 30 Lite White 48 2475 2130 18000 4200 49 ** For use electromagnel¡c cathode heat cut-out, lamps cannot be sold Canada, the United States. lo save energy c0sts, find the bulbs with the light 0utput y0u need. then choose the 0ne with the l0west watts. its teritories. See pages O * 4-6 lvleans this lamp meets Federal l\,4inimum Efficiency Standards. ( ) All footnote references f0und at the end of this sect¡on. Beduced Wattage , 1 High Color Fendering and B 3 for those lamp available for only. ,-

GE Mod-U-Line'Tl2 U-Shaped Lamps . Primarily used in 2xi fixtures with prismatic or parabolic lenses . Available in standard and Watt-Miser versions 112 . Operate on standard or electronic rapid start ballasts {U-Shaped} l G13 . Ideal locations: offìces, stores ancl institutions

GE Mod-U-Line'T8 U-Shaped Lamps Compact size, low system wattage, choice of color optlons o Mod-U-Line TB Standard - 71% energy cost savings vs. F40T12 Mocl-U-Line. Efficiency is increased an additional 9%+ when ttsed on electronic ballasts ¡ Mod-U-Line T8 Watt-Miser" (WM) - l7% energ cost savings vs. F40T12 l8 Mod-U-Line Watt-Miser'. Efficiency is increased an additional 1 17o when used {U-Shaped) on electronic ballasts c13 o Same overall length as F40 Mod-U-Line (F40T12/U / 6)... easy retrofit in existing fixtnres r Longer lamp life - 20,000 hour life is l1% longer than F40Tl2 Mod-U-Line . Trimmer size offers design flexibility

E eql lloniøal Uglúot&,,r ß8têú Colot Uæd l¡aúrc| lanp Case Alúitio¡al Løngth l@û Avg. lilo fenp. (nnl x. wú Codo @ Oesiga*iot ùy. lolomation ir. lnífral Mean llM cil MOD-U-LINE' T12 U-SHAPED LAMPS T12 Diameter 11/z in (38mm) - Medium BiPin {Gl 3l Base 35 12199 @ t40CW J/3/WM 12 Cool White, Watt-Miser@, 3" spacing 22112 (570) 2350 2070 18000 4150 62 belween (1r 1?,:02 0 F40rwuß/wM 12 L¡te 3" spacing 22'h {570} 2500 2200 18000 4200 49 between {1}- 1n00 0 12 Warm wh¡te, Watt-Miser@, 3" spacing 22 (570) 2425 2130 18000 3000 52 between (rP 40 14814 r40sPx30/u/3 12 22112 {570} 3000 2730 18000 82 't4813 12 22112 {570) 3000 2730 18000 3500 82 15259 12 22112 (570) 2925 2660 18000 3000 70 0 14228 0 t40sP35/u/3 12 2525 2660 18000 3500 73 15260 @ F40SP41/U/3 12 2525 2660 ',18000 4100 72 14649 @ t40scwu/3 12 3" spac¡ng between 22112 2725 2400 18000 4100 70 (7r 14610 0 12 Super Warm White, J' spacing between 22 (570) 2tZ5 2400 r8000 3000 70 {7r 35 14[11 @ F40CWru/6/WM/UPC 12 Coolwh¡te, UPC Code,6" spacing 22112 (570) 2400 2110 18000 4150 62 between (1r 1?2ß @ t2 C0olWh¡te, Watt-Miser@, 6" spacing between n 2400 2110 18000 4150 62 legs/pins {1}* 1?211 @ F40twu/6/wM 12 LiteWhite,Watt-M¡ser@,6"spacingbetween 22112 {570} 2550 2240 18000 4200 49 (1r 12207 @ F40WWU/6/WM t2 Wh¡te, Watt-Miser@, 6" spacing between 221J2 2500 22ûg 18000 3000 52

40 14816 22112 (570) 3100 2820 18000 3000 82 148î5 @ 22112 (570) 3100 2820 18000 3500 82 15263 0 F40sP30/ui6 3050 2780 18000 3000 70 14221 o F40sP35/Ui6 3050 2180 18000 3500 73 22050 0 r40sP35/u/6/uPc 22112 3050 2780 18000 3500 73

15265 @ 3050 2780 18000 4100 72 14632 0 t40swwu/6 Super Warm White, 6" spac¡ng between 22112 2800 2460 18000 3000 70 legs/pins (7)* 14648 @ F40SCWU/6 12 Super Gool White,6" spacing between 22112 (570) 2800 2460 18000 4,100 70 leos/nins {7r MOD-U-LINE' T8 U-SHAPED TAMPS TB Diameter 1 in (26mm) - Medium BiPin (G13) Base 32 10483 @ R2T8/SPX30ru/6 2800 2630 20000 3000 84 10485 @ 3500 84 22112 {570} 2800 2630 22112 (570) 2660 2510 20000 5000 80 22112 (570) 2700 2565 20000 0 {570} 2700 2565 20000 2700 2565

Certain lamps cannot be sold Canada, the Unit€d States, you See T0 Save energy costs, find the bUlbs wìth the light 0utput need, then choose the one with the lowesì watts its teritories. Pages * ( forrnd ât the end of section. HighC0l0rBendering and B'3 for those lamp 4-7 @ l\,4eans this lamp meets tederal l\¡inimum Efficienty Standards. ) All footnote references this ReduceriWattage ilff available for exPort onlY GE Trimline TSTM ßapid Start Energy-Saving Lamps GE 4'Trimline TSTM StayhrightrM XL Lamps Compact size, low system wattage, plus a choice of color options Extra life, extra light and excellent lumen maintenance . Highly effìcient... 11% to 33% energy cost savings vs. standard F40 c 20% longer life than standard TB and F40 lamps . Trimmer size (only 1" in diameter) offers design flexibility . Up to 24% greater lumens than standard F4OCW,/WM lamps f . Long lamp life (20,000 hours) means low lamp replacement o Maintains 96% of initial light output at 40% of rated.hfe and labor cost ¡ Excellent for many applications, including offices, conference rooms, stores, hallways

T8 Gî3

T8 Fa8

EtsW llmìnd listû8W ßateù tolot Usaú Pwhrú lanl f,¡s¡ Aúútia'/d tø¡Ct l@ furIilt 1wr¡ llú Coûc 0oúgnúu a$. ttlonmtitÌ ir, !wt, ,ûMl Møø b TgN TRIMLINE TSTM STAYBBIGHTTM Xt LAMPS ,' 32 1252ß @ F32T8SXVSPX30 36 'lj i:ì "ri:i j:t¡ir; ì{,ìi'lìitiiÌri¡¡ ;i 48 112201 2950 2830 24000 3000 84 125A @ F32T8/SXUSPX3S 36 :l ì:ì 'iiì:r:r!ltì:r :;::l:ji tiiiri¡¡ .ii i, 48 2830 24000 84 ii-i @ F32T8/SXUSPX41 36 ir,'¡tl¡rriìlr¡'¡ jì;lrjltiltiiÌ:i 2950 2830 24000 4100 80 36 .;i 1,i llr,: ìrj!ìri 'iij,lrr.it!lit'l ,i ¡' 2800 2830 24000 5000 80 TRIMLINE TSTM IAMPS T8 Diameter 1 in (26mm)- Medium BiPin (G13) Base 17 ?2642 Fl7T8/SPX30 1375 1230 20000 3000 n646 1375 123r 20000 3500 u647 Fl7T8/SPX41 24 (610) 1375 1230 20000 4100 10415 FÎ7T8/SPX50 24 (610) 1300 1160 20000 5000 17033 F17T8/SP30 24 (610) 1325 1190 20000 3000 17035 Fl7T8/SP35 17036 117T8/SP41 1325 1190 20000 /¡100 25 n648 2150 1980 20000 3000 u65r F25T8/SPX35 36 (915) 2150 1980 20000 3500 22651 F25T8/SPX41 36 (915) 2150 1980 20000 4100 10416 F25T8/SPX50 36 (grs) 2030 f870 20000 5000 15943 F25T8/SP30 F25T8/SP35 2080 1910 20000 3500 15945 2080 1910 20000 4100 32 ?,655 48 l1?2;0l 2950 2650 20000 3000 nñffi @ F32T8/SPX35 48 ínq 2950 2650 20000 3500 ?2ßfl @ F32T8/SPX41 48 l1n0l 2950 2650 20000 4100 2t460 0 F32T8/SPX50 2850 2570 20000 3000 75 15947 2850 2570 20000 35t)0 75 15949 t32T8/SP41 48 $nrl 2850 2570 20000 4100 75 14613 @ F32T8/SP50 48 (nü 2750 2475 20000 5000 75 12132 @ F32T8/SP65 48 l,1220l, 2100 2430 20000 6500 75 40 u660 F40T8iSPX30 3725 3350 20000 3500 84 n662 3725 3350 20000 4100 80 10417 F40T8/SPX50 60 (1524) 3550 3180 20000 5000 80 15950 F40T8/SP30 60 (1524) 3600 3240 20000 3000 75 15951 t40T8/SP35 60 (15241 3600 3240 20ooo 3500 75 15952 F40T8/SP41 3600 3240 20000 4100 75 T8 Diameter 1 in (26mm)- Si Pin (Fa8) Base (lnstant Stail 0 59 ?il14 @ F96T8/SPX30 24 s6 (2440l. s950 5440 15000 3000 84 23/.15 96 (2440) 5950 5440 15000 3500 84 ut4f 6 t96T8/SPX41 24 96 (2440) 59s0 5440 15000 41oo 80 23575 @ F96TUSPX50 24 96 (2440) 5650 5300 15000 5000 80 23407 @ F96T8/SP30 24 5310 3000 75 n4il @ F96T8/SP35 24 96 Q44r 5800 5310 ,15000 3500 75 n$2 0 24 96 (2440 5800 5310 15000 75 I

To save energy costs, find the bulbs with the light 0utput you need, then choose the one with the lowest watts.

4-8 € Means this lamp meets tederal ¡,4inimun Efficiency Standards. ( ) ' All f0otnote references found at the end of th¡s sect¡0n. BeducedWattage Ú |ligþÇ616¡fls¡fs¡i¡g GE Slinline Lamps t12 G13 o One ol the nost elficient flnorescent products available, up to 98 hunens per watt ï6 à Fa8 . Single pin based lamps clesignecl to operate or instant stalt lrall¿rst T8 o Excellent for store, inclustlial, ancl Fa8 institutional lighting T12 Fa0

Eneryy Noninal Light outptil Bated êolot Used Prcdact Lanp tase ÁdditioÍal Length L!æß Avg. Lile Tenp. (nnl llooß cßl wans Code E Designation ùry. lnÍornation in. lnitial lllean I ENERGY-SAVING F25T1 2 TAMPS F25T12 Diametet 11lzin m)- Medium BiPin G1 Base 20000 70 25 11439 F25T12lSP30 30 ßE ?30 Phosphor. for use on ï0 instant starl 48 i'12201 2300 2140 3000 electronic ball¡sts 73 11440 30 stâft 48 11220]' 23(){l 2140 20000 35()() alectronic ballasts 11442 t25T1zlsP41 30 Phosphor, For rso oIl ï8 instant stsrt 48 2300 2140 20000 4100 72 elsctronic bal¡asls SLIMTINE (INSTANT START) TAMPS T6 Diameter 3/q in (19mm) - Sinqle Pin Fa8) Base 25 12221 t42T615P3s 24 RE 42 {1067) 1830 17oo 7500 3500 73 10720 24 CoolWhite'35 42 {1067) 1750 1580 7500 4',t50 62 10721 r42T6/WW 24 Warm While 42 {106i) 1825 1640 i500 3000 52 40 12223 F64T6/5P35 24 64 2930 2720 7500 3500 73 10805 r64T6/CW 24 CoolWhite 64 2800 2520 7500 4150 62 10807 24 64 2900 2610 7500 3000 52 T8 Diameter 1 in (26mm) - Single Pin (Fa8) Base CoolWhite 72 (1830) 3000 2730 7500 4150 62 0 35 10829 F72T8lCW 24

T12 Diameter 11/z in (38mm) - Single Pin (Fa8) Base 20 10691 F24f12lCW 24 CoolWh¡te 24 {610} 1165 1050 7500 4150 62 30 10709 F36T12/CW 24 CoolWhite 36 (915) 2000 1800 7500 4150 62 35 10735 F42TIUCW 24 Cool White 42 (1067) 24oo 2210 7500 4150 62 30 14319 F48T1 24 RE 48 11220]. 2575 2420 3500 73 13048 F48TlZSP4liWM 24 '35 Watt-MiseP 48 2575 2420 4100 72 44S67 F48Tt2/CWWM 24 Watt-Miser@ ('l)* 48 2475 2280 4150 62 44511 F48T12/LWWM 24 Lite White, Watt-Miset@ (1)* 48 1112201 2650 2440 9000 4200 49 10528 F48ÏIz/WWWM 24 Warm White, Watt-Miser@ {1)* 48 11220]. 2475 228ß 9000 3000 52 40 15088 24 RE 83ll Phosphot 48 (1220) 30s0 2870 9000 3000 82 15116 24 BE 835 Phosphor 48 ß22n1 3050 2870 9000 3500 82 15262 t48T12/SP35 24 RE ,35 Phosphor 48 2201 3000 2820 9000 3500 73 13062 F48T12/SP41 24 RE 741 PhosphoÌ , 48 f22r 3000 2820 9000 4100 72 10748 F48T1?CW 24 Cool 48 2875 2650 9000 4150 62 20461 FA8T12/CWUPC 6PK 24 Cool White wi UPC Code 48 11220]' 287s 2650 9000 4150 62 10761 F48T12lD 24 Daylight 48 112201 245ß 2250 9000 6250 75 50 12446 24 60 {1524) 3750 3s20 12000 4100 72 23073 15PK 15 CoolWhile 60 11524) 3600 3310 t2000 4150 62 23076 2/D 15PK 15 60 3000 2760 12000 6250 75 12448 t64T12/SP41 24 :64 4000 3760 12000 4100 72 23î82 t64T12/CW 1sPK 15 Cool White 64 (1626) 3850 3540 4150 62 23085 F64T1?JD 15PK 15 Daylight 64 (1626) 3300 3040 12000 6250 75 55 15117 t72T12lSPX30 15PK 15 ßE 830 Phosphor 72 t1830) 4800 4510 12000 3000 15098 F72T12lSPX35 1sPK 15 RE 835 72 (1830) 4800 4510 12000 3500 82 15118 F72T12lSP30 15PK 15 ñE 731Ì Phospho¡ 12 4700 4420 12000 3000 70 15286 F72T12lSP35 15PK 15 BÊ Tilt Phos¡ho¡ 72 4700 4420 ',12000 3500 73 't5097 F72T12lSP41 15PK 15 BE ?dl Phosphor 72 4700 4420 12000 4100 72 12453 F72T12lSP65 15 ßE 765 Phosnhor 72 (1830) 4415 4210 12000 6500 i5 13743 t72T1zlCW 15PK 15 White 72 (1830) 4500 4140 12000 4150 62 T72T12ICWUPC 6PK 10 UPC (1S30) 4150 62 0 12525 W Code 72 4500 4140 12000 13751 Í7ZtlzlÌttw 15 Warm 72 {1830) 4650 4280 12000 3000 52 75 13748 F12llUD 72 3800 3500 12000 12524 Í72T12lGO 10 Gold 72 3200 2840 r2000

Output you need, lhen ch00se the one cOsts, find the bulbs with the light with the lowest watts. T0 save enerqv * Effici€ncy Standards. ( All f00tn0te references found at lhe end 0f secti0n. Beduced i I High Color Rendering o l\,4eans this lamp meets tederal l\'4inimum ) this Wattage 4-9 GE 8'StayhrightrM XL Lamps Extra life, extra light, excellent color . Extra life... lasts 22%longer than standard F96 f12 lamps for reduced lamp replacement and Fa8 6 maintenance costs . Extra light...5% more lumens than standard F96s o Excellent color... color enhanced SP and SPX versions provide color so true and natural you won't believe it's fluorescent

fswg, 8@Awú itteú întot llsad ktuû bW 8¿rt l@ ÃvCtil. ÍW frú toth @ Aas¡Cîúl, w lnlotffiio*^dúNoñ hüal ile¡n tu I SUMUNE (TNSTANT START) LAMPS T6 Diameter % in (19mm)- S e Pin Base con't) 65 12450 F84T1?SP41 84 (2134) 5550 5220 12000 4100 72 13764 FS4TTZCW 15 Cool 5300 4880 12000 4150 62 8'SLIMLINE STAYBRIGHTÌM X[ LAMPS (INSTANT START ONIY) T12 Diameter 11lz in (38mm le Pin Base 60 124M @ F90II?SXUSPSÍI/WM 15 s6 {2440) 5900 5480 15000 3000 75 12406 0 FS6T1ZSXUSP35/WM 15 5900 5480 15000 3500 ,5 fln9 @ FS6TI?SXUSP4UWM 15 5900 5480 15000 4100 73 75 11662 @ 96 {2440} 6900 6370 15000 3000 82 11663 96 (24401 6900 6370 15000 3500 11664 96 {2440} 6900 6370 15000 4100 80 11665 @ F96T1?SXVSPX50 96 {2440) 15000 5000 00 11659 @ F96T12/SXUSP30 6700 6180 15000 3000 15 23576 0 F96T1ZSXUSP35 6700 6180 15000 3500 75 1f661 0 F96T12/SXUSP41 6700 6180 15000 4100 73 8' SLIMIINE INSTANT START LAMPS T12 Diameter 11/zin (38mml- Sin le Pin (Fa8) Base ( 60 14629 @ F96T1ZSPX30/WM 96 124401 6000 5640 12000 3000 82 14630 @ 96 (2440) 6000 5640 12000 3500 82 96 (2440) 6000 5640 12000 4100 96 (2440) 5600 s260 5000 82 1420f RÐ6TIzJSP3O/WM 5700 5360 12000 3000 70 13849 0 F98T|2/SP35/WM 5700 5360 12000 3500 73 f3758 @ rS6rl?SP4t/WM 5700 5360 12000 4100 72 nln o 96 (2440) 5100 4800 12000 6500 75 15 CoolWh¡te, 96 (2440) 5500 5060 12000 4150 62 10PK 10 CoolWhite, , Commercial Pack (1)* 96 (2440) 5500 5060 t 4150 62 2171t F96IIZGWWM/IJPC 1llPK 10 Cool Wh¡te, Watt-Miser@ w/ UPC Code ('l)* 5060 12000 4150 62 17892 O FS6TI?CWWM 10PK 10 Cool Wh¡te, Watt-Miser@ {1}* 5500 s060 12000 4150 62 13142 @ r96',f1?LWWM 15 l¡te Wh¡te, Watt-Mise]@ 5800 5340 12000 4200 49 13t36 . @ 96 (2440) 5700 5240 12000 3000 52 96 (2440) 4000 3520 12000 5000 75 15110 F96T1?SPX30 96 (2440) 12000 3000 82 15101 @ F96T1?SPX35 6800 6390 12000 3500 82 15335 @ F96T1?SPX41 6800 6390 12000 4100 80 23466 @ F96T12/SPX50 96 (2440) 6250 5880 12000 5000 82 15357 @ F96T1ZSP30 96 (2440) 6500 6110 12000 3000 70 14067 96 (2440) 6500 6110 12000 15358 F96T12/SP4r 96 l'2440l, 12000 4100 72 12127 @ F96T1ZSP65 6125 5760 12000 6500 75 13725 t96T1?N 4250 3740 12000 3700 90 13152 F96T121C50 96 {2440} 4600 40s0 12000 5000 90 14652 F96T12/DX 96 {24401 4500 4050 12000 6500 84 17897 t0 Gold 96 l2m0l 4350 3870 t

I

Certain lamps cannot be sold in Canada, the United States, To save energy costs, find the bulbs with lhe light output you need, then choose the one with the lowest watts. or ¡ts teritories. See pages @ lvleans this lamp * 4-10 meets Federal ¡,4inimum Efficiency Standards. { ) All footnote references found at the end of this secti0n. ReducedWattage ffi HighColorRendering B-2 and B-3 for those lamp available for ) GE High 0utput Lamps . High light ontput atid long life o Ploduces abou 45o/o mole initial lutlens than T12 R17d à Slirnline larnps of sarue size r Recornrnended for industria_l aleas, retail stoles rvith high ceilings . Usually operated at 800 mA

E¡e$l Noninal Ughtû¡tq,n nabd Colot Used Prcdüct hmp Casa A¡lúitional Longth Avg. Lile fenp, weþ Coúo e Dæignation a$. lnlornation ín, (nn) lnitial Mean K cf,t HrGH 0UTPUT LAMPS (800MA) T12 Diameter 11lz in (38mm) - Recessed Double Contact (Rl 7d) Base 25 10204 Fî8T1?CWHO 24 CoolWh¡te 18 (4s7) 1000 750 9000 4150 62 35 13051 Í24T1AS?411H0 24 RE 74I 24 (610) r70o 1460 9000 4100 72 10261 F2CTøCWIHO 24 Cool White 24 162n 1345 9000 4150 62 10275 F24T1AOfiO 24 24 1400 1160 9000 6250 75 40 13055 F3()TI 24 30 (7621 2350 2110 9000 4100 72 33707 130T12/CWH0 24 Coo 30 {762} 2250 î9s0 9000 4150 62 45 13052 F36T12lSP41/H0 24 36 (915) 2900 2610 9000 4100 72 10374 136T1?CWH0 24 CoolWhile 36 2800 2440 9000 41 50 62 10380 t36T1ZD/H0 24 Daylight 36 (915) 2350 2040 9000 6250 75 10388 F36T12/SGN/H0 24 Sign White 36 (915) 215n 1830 9000 5200 82 55 10559 ÍA?TIACW|HO Cool White 42 (1067) 3400 2960 4150 62 10560 TA?IflDIHO 42 {1067) 2900 2520 6250 75 15341 F48Tr2/SP30/H0/WM Walt-MiseP{1}' 48 (22ü 3850 3465 12000 3000 70 15342 F48T12/SP35/H0/WM NE }35 Watr-lñ¡seP {lf 48 112201 3050 3465 12000 3500 73 14317 F48T12lSP41/HoiWM RE 74I {1r 48 3850 3465 12000 4100 72

1 1179 T48T1?LWHO/WM Lite While, Watt-Miser@ (l )* 3900 3390 12000 4200 49 60 15114 11220], 4350 3920 12000 3000 82 15115 F48T12/SPX35/H0 11220], 4350 3920 12000 3500 82 15360 r48T12/SP35/H0 l12a0l 4250 3830 12000 3500 13 15361 t48T1ZSP41/H0 747 112201 4250 3830 12000 4100 72 0 10773 F48T1?GWHO CoolWhite 4050 3520 12000 4150 62 10778 F48T1?D/HO {1 3400 2960 12000 6250 75 f0565 Warm Wh¡te 11220], 4130 3590 12000 3000 52 10573 F48T12/SGNiH0 24 n White 48 112201 3100 2640 12000 5200 82 75 13056 t60T12/SP41/H0 24 60 (1524) 5350 4820 12000 4100 72 23075 F60T12/CWH0 15 Cool White 60 115241 s1s0 4480 12000 4150 62 23077 r60T1?D/H0 15 Daylight 60 (1524) 4400 3830 12000 6250 75 23081 F60Tl2lSGN/H0 15 Wh¡le 60 4000 3400 12000 5200 82 80 13061 164T1?SP4UH0 24.RE Phosphor 64 5850 5260 12000 4100 72 23083 F64T12/CWH0 15PK 15 Cool White 64 {1626) 5600 4870 12000 4150 62 ,30s 64 {16261 4750 4130 12000 6250 75 23089 F64T12/SGN/H0 '15 Sign White 64 (16261 43()ll 3660 12000 52()o 82 85 15137 F72T12lSPX30/H0 15 RE 830 72 (1830) 6800 6120 12000 3000 82 15351 t72Tr?SPX35/H0 î5 72 (1830) 6800 6120 12000 3500 82 17907 F72T12lSPX41lH0 15 72 6800 6120 12000 4100 80 15343 F72T1ASP30|H0 15 BE ]30 Pho¡ 72 {1830} 6650 5990 12000 3000 70 15347 F72T1USP35/H0 15 RE t35 Phosp 72 {r$0) 6650 5990 12000 3500 73 1 5348 15 72 {1830) 6650 5990 12000 41(}{} 72 13697 15 Gool White 72 (1830) 6350 5520 12000 4150 62 13702 FT?TlZltMNlHO 15 Warm Wh¡te 72 (1830) 6550 5700 12000 3000 52 13699 r72T1UDlHo 15 72 (1830) 5350 4650 ',t2000 6250 75 12521 FTztlUNlHO 10 72 (1830) 4300 3610 12000 3700 90 13701 F72Tl2lSGN/H0 15 S¡ White 72 (1830) 4900 4170 12000 5200 82 100 12451 r84T1?SP4UH0 15 741 84 {2134) 8000 720r 12000 4100 72 r3766 15 CoolWhile 84 {2134) 7700 6700 12000 4150 62 13767 15 Daylight 84 {2't34) 6500 5660 12000 6250 75 95 15120 @ 15 BE 830 96 8500 7650 12000 3000 82 15122 0 15 8500 7650 12000 3500 82 23069 15 (2440) 8500 7650 12000 4t00 80 15268 15 {t l* (2440) 8350 7520 12000 3000 70 14069 @ 15 (1r {2440) 8350 7520 t2000 3500 73 c 13721 @ 15 741 {2440) 8350 7520 12000 4100 72 12131 @ F96TI2/SP65/H0/WM 15 165 124401 7700 6930 12000 6500 75 13716 @ 15 CoolWhite, (1)* 6960 12000 4150 62 21714 F96T12/CWHO/WM/UPC 15 White, Watt-M¡ser@ wi UPC Code (1)* 8000 6960 12000 4150 62

y0u T0 save energy costs, find the bulbs wlth the light output need, theO chOose the 0ne w¡th the lowest watts. ( * @ M€ans this lamp meets Federal N¡inimum Efficiency Standards. ) All f00tnote references found at lhe end 0f this section. Beduced Wattage i . " High Color Fendering 4-11 GE Trimline TSTM High Output Lamps Signifìcant energy savings and Ìong life . 38% wattage saviugs conpared to stanclat'd T12 Rl7d T l2C\4'lHO larnps ó , Over 507o longer life than standard high output larnps

GE Very High 0utput Lamps T8 R17d o Where high light levels ale required - factories, lvarehonses, gynnasiums, open areas . Rapid start, operate at 1500m4 PG17 GE Power Groove' Lamps R17d . Highest light output of any fluolescent lamp o Grooved bulb actually increases the elfective arc length by about 10% . Rapid start, operate at 1500 rnA

Eneryy l,loninal Light qutput ßated eob¡ 'lenp. Used Pødaet Lanp Case Addí,ional Leogth Avg. Lile W¿ß Code 0esignalion ûry, lnlomstion in. lnml lnitial Mean x cil H|GH 0UTPUT rAMPS (8(l(lMA) T12 Diameter 11/z in (38mm) - Recessed Double Contact (Rl7d) Base (con't) 95 13120 @ F96T12/LWH0iWM 15 lite White, Watt-Miser@ 96 {24401 8500 7900 12000 4200 49 13719 @ F96T12/WWH0/WM 15 Warm White, 96 8200 7130 12000 3000 52 110 15119 @ F96T12/SPX30/H0 R[ 830 Phosphor 9350 8420 12000 3000 82 15352 @ F96Tí2/SPX35/H0 RE 835 Phosphor (2440) 9350 8420 12000 3500 82 23070 @ F96T12/SPX41/H0 15 RE 841 Phosphor 124401 9350 8420 12000 4100 80 't5362 0 ßE 730 Phos! (2440) 9200 8280 12000 3000 70

1 5363 F96T12lSP35iH0 15 BE 735 Phosphor (2440) 9200 8280 12000 3500 73 15364 @ F96T'|?SP41iH0 15 9200 8280 12000 4100 72 12130 @ F96T12iSP65/H0 15 705 8300 8010 12000 6500 75 't3709 T96TIUN/HO 15 ftlatural (2440) 6200 5210 12000 3700 90 13707 FS6T1zlc50/H0 15 Chroma 50 (2440) 6750 5670 12000 5000 90 ') 14653 F96T12/DVH0 15 Deluxe Daylight (7)* 96 {2440) 6600 5610 12000 6500 84 35503 F96T1¿/G0/H0 l0PK 10 Gold 96 {2440) 6300 5300 12000 11918 t96T1z/CWH0/CT 15 For Cold 96 8900 7740 12000 4150 62

1 1919 15 i600 6610 12000 0250 75 T8 Diameter 1 in (26MM) - Recessed Double Gontact Base 86 12532 0 F96T8/SPX30/H0 24 RÊ 830 {7}' 96 (2440) 82t}(l 7380 l8Í}t)() 3000 82 12533 24 96 124401 8200 7380 18000 3500 82 12534 F96T8/5PX41/H0 24 {7}n 96 8200 7380 18000 4100 80 12535 @ F96T8/SPX50/H0 24 85{t 96 8200 7380 18000 5000 80 12536 @ F96T8/SP30/H0 24 96 (2440) 8000 7200 18000 3000 75 12537 @ F96T8/SP35/H0 24 RENS 96 i'2440]. 8000 7200 18000 3s00 7s 12538 @ F96T8/SP41/H0 24 96 i'2440]. 8000 7201 18000 4100 75 VERY H¡GH OUTPUT LAMPS (I5(l(¡MA) T12 Diameter 1rlz in (38mm) - Recessed Double Contact (Rl7d) Base

110 10751 r48T12/CW1500 24 CoolWhite {4)* 48 (12201 6200 4030 10000 4150 62 10753 F48T1¿/WW'1500 24 Warm White (4)* 48 112201 6280 4o8o 10000 3000 52 165 't3760 F7211UCW11500 15 Gool (41. 72 9700 6790 10000 4150 62 185 13789 t96Tl2lCWf 500iWM 15 Cool White, Watt-Miser@ 12500 9380 9000 4150 62 13790 t96T1?tW1500iWM 15 l¡te While, 96 l'24401 132s0 9940 4200 49 215 13781 t96T12/CWf500 15 CoolWhile 96 (2440) 13500 10125 10000 4150 62 13785 t96T12/WW1500 15 Warm White 96 i'2440]. 14000 10500 10000 3000 52 13783 F96T1?D/1500 15 Daylight {4)" 96 12440) 11s00 8630 10000 6250 75 POWER GROOVE' PG17 Diameter 21lain (54mm) - Recessed Double Contact (Rl7d) Base 95 47732 F48PGlzCWWM 12 Cool Wh¡te, Watt-Miset@ (1,4)* 48 112201 5700 3990 12000 4150 62 110 10182 F48PG17CW 12 Cool White (4)* 48 l122ol 6800 12000 4150 62 10788 F48PG1 7/D 12 48 5700 3990 12000 6250 75 165 10602 Í72PG17lCW I CoolWh¡te 72 11000 8140 '12000 4150 62 185 42666 F96PGl7iCWMM I CoolWhite, {4r 96 13500 10530 12000 4150 62 47731 F96PG,I7tWWM I L¡te Wh¡te, Watt-M¡ser@ {4)* 96 (2440) 14100 11000 12000 4200 49 215 11009 t96PG17/CW 8 Cool White (4)* 96 i'2440]. 15300 11930 12000 4150 62 11018 F96PG17D I Dayliqht (4)* 96 {2440) 12700 9910 12000 6250 75

T0 save energy c0sts, find the bulbs with the liglìt 0utput y0u need, then choose the 0ne with the lOwest watts. * 4-12 o lvleans this lâmp meets tederal l\ilinimum Efficiency Stândards. ( ) All footrote refere0ces found at the end 0f this section. Beduced Wattage , ' High C0l0r ßendering a GE All-Weather Lamps o For severe or continJed low ternperatnres (clown to -20" F or'-29' C) andlor high wind velocities use T10 ol Tl0J T10 Rl7d î $acketed) for better light output than T12 or T12J. . In still air environments, T12 and T12J offer equal or superior lumen perfor"mauce T12 . Typical applications: outdoor lighting, fi-eezers and R17d low temperature display cases . Rated nominal lamp rvatts and initial lumeus are peak values. Actual rvatt and lumen values may be somelvhat lorver in senice, depending on ambient conditions

T9 ÊE Circline Circular FluoreEcent Lamps GI0q o Used in household, kitchen and bath applications... where significant levels ofuniform light are desired . Designed for opelation on rapid start ballasts; will also operate on preheat or switch start ballasts

EneW llonínal Ugtuauqtt ßated Color üss¡l P¡otluct bnP Casg Atlditional Length Avg.Lile îonp, ,Jñ Codø @ 0øsignation ûtl/. lnlo¡mation in. (nnl Iniüal lllean llw Í cil "AII-WEATHER" I5(¡(l MA. RAPID START LAMPS T10 Diameter 1rl¿ in (32mm) - Recessed Double Contact (Rl7d) Base 110 10742 F48ïr0/CW 24 CoolWh¡te 48 (1220) 6200 9000 4150 62 r%0" 107/Íì F48Tl0JiCW 12 Cool White 1 (46 mm) d¡ameter 48 11220Ì. 6000 s000 4150 62 clear outer 135 39î57 24 CoolWh¡te 60 (1524) 8200 9000 4150 62 17135 F60T10/SP30 24 RE 730 60 115241 8500 9000 3000 70 13002 F6OT1O/CW 6PK 6 CoolWh¡te 60 8200 9000 4150 62 t%e" 40441 160T10J/CW 12 Cool White 1 {46 mm) diameter 60 8000 4150 62 clear oülel 160 13776 F72T1o/CW 15PK 15 72 (1830) 9700 9000 4î50 62 0 10858 r72T10J/CW CoolWhite I 1%6" (46 mm)diameter 72 {1830} 9600 9000 4150 62 clear qlass outer iacket 205 13780 F96T1o/CW 15PK 15 Cool White 96 (2440) 13500 s000 4150 62 t%0" 10945 F96Tt0J/CW GoolWhite 1 (46 mm) diameter 96 (2440) 13300 9000 4150 62 clear qlass outer iacket T12 Diameter 1rlz in (38mm) - Recessed Double Contact (817d) Base 110 34206 F48T12/CW1500/0 24 CoolWhite 48 .1220], 7000 10000 4150 62 r%0" 41606 F48Tf2J/CWÍ500/0 12 Cool White 1 {46 mm) diameter 48 l'1220]. 6800 10000 4150 62 clear glass outer iacket 170 13762 E72T1UCWl1500l0 15 CoolWhite 72 (1830) 10800 10000 4150 62 1%r" 41612 Í72T1¿J|CW11500l0 I Cool White 1 (46 mm) diameter 72 (1830) 10500 10000 4150 62 clear outer

220 13788 F96T1 2/CWi 1 500i 0 15 GoolWhite 96 14400 10000 4150 62 t%r" 4't613 F96T1 zJlCWf 500/0 I GoolWhite 1 d¡ameter 96 14000 10000 4150 62 clear qlass outer iacket CIRCTINE - CIRCULAR ITUORESCENT TAMPS - NOMINAT MEASUREMENTS REFLECT DIAMETER IN (MM} T9 Diameter 1l/s ¡n (29mm) - 4 Pin (G10q) Base 20 42732 FC6T9iCW 12 Cool Wh¡te 6'lz (1651 800 560 12000 4150 62 32 11084 tcsTgiKB 6 Kitchen and Balh 81lq (2101 1400 1120 3000 80 n $774 FCST9iCW 12 White I'lc (210) 1100 825 î2000 4150 62 11023 12 Warm Wh¡te I r/s 1150 860 12000 3000 52 1 1026 12 Daylisht 81ln 925 690 12000 6250 75 32 11085 6 K¡tchen and Bath 12 2400 1920 9000 3000 70 33890 12 CoolWhite 12 1950 1460 12000 4150 62 11034 FCI2T9iWW 12 Warm White 12 (305) 2(lÍ)() 15()(l 12000 3l)(l(l 52 1 1039 12 (305) 1675 1260 l2Í)l}Í) 6250 75 40 33893 12 Cool White 16 (4071 2100 2030 't2000 4150 62 't1048 12 Warm White t6 (407) 28(}(l 2100 lzl}f}l) 3(l()f} 52 49900 FCI6T9/SW 6PK 6 Soft White, WWX 16 1950 1560 12000 3025 7"1 I 11052 FC16T9/D 12 t6 225n î630 12000 6250 75

light 0utput you need, then T0 save energy cOsts, find the bulbs with the choose the 0ne wìth the lowest watts. ( * @ lvleans this lamp meets tederal l\¡inimum Effìciency Standards. ) All footn0te references found at the end 0f this secti0n. Reduced Wattage i=-=#ã High C0lor Bendering 4-13 GE Appliance Lamps T5 G5 . Desigrrecl l'or intermittent bulning selvice in appliances, ovens ancl dlyels r T8 Staltels ale leqniled G13 t . Rated at 3 lus per start; lifè and u'atts clepend upon the ballast T12 GE Blacklight/Plant and G13 Aq u a ri u m/Be p rog ra p h i c . Blacklight (BL) Iarnps ale corrrrronly usecl in "bug zappet's"... procluce long rvavelength UVA radiation in 350-400 nalìolnetef fallge . Blacklight Blue (Bl,B) larrps ale ofien used clecoratively in disco lighting and theatlical applications. These laurps also plocluce UVA ladiation . Plant and Aquar'iuur (PLIAÐ lamps ale clesigned to highlight indoo| g|eenery and enhaDce plaììt gl'owth o The Diazo Reploglaphic larnp eurits a blue light, peakine at apploxirnately 417 nanouretels... usecl plirnarily in reploglaphic equiprrent

Enørgy l,toninal Light qúpat Batod Solot Used P¡oduct hnp Case Addîtional Langth lMns Avg. Lile Tenp. waß Code @ Ðesignation aq. lnlo¡nat¡on in. lnnl lnilial Mean K cqt APPTIANCE TAMPS (HOME AND OTHER} T8 Diameter 1 in (26mm) - Medium BiPin (Gt3) Base 18 10257 r22"T8lDl4 24 Dayl¡ght 22 (560) 925 790 7500 6250 75 10259 F24'T8/CW4 24 CoolWhite 24 (610) 1225 1040 7500 4150 62 17705 F24'T8iCW4 6PK 24 CoolWhite 24 (610) 1225 1040 7500 4150 62 19 10702 F26"T8/CW4 24 CoolWhite 26 (6611 1215 1085 7500 4150 62 38199 F26'T8/CW4 6PK 24 GoolWhite 26 (6611 1215 1085 7500 4150 62 10706 F28'T8iCW4 24 CoolWhite 28 (7111 1350 1145 7500 4î50 62 17704 F28'T8iCW4 6PK 24 CoolWhite 28 (7r1) 1350 1145 7500 4150 62 ü 10349 F30'T8/CW4 24 CoolWhite 30 {.1621 1375 1170 7500 4150 62 T12 Diameter 1rlz in (38mm) - Medium BiPin (Gl3) Base 20 1i735 t20T1ZCW26 6PK 24 CoolWh¡te 26 {661) 1175 1060 7500 4150 62 25 10281 F25T14CWl28 24 Cool White 28 {711) 1665 1500 7500 4150 62 10282 F25T12lCW28 6PK 24 Cool Wh¡te 28 {711) 1665 1500 7500 4150 62 10286 Ízfi140128 24 Daylight 28 (711) 1450 1310 7500 6250 75 21 10355 t30'T12/CW 24 Cool White 30 (762) 1350 1220 7500 4150 62 25 10278 F25T1zlcW33 24 While 33 1060 1675 7500 4150 62 38201 F25T1ZCW33 6PK 24 Cool 33 1860 1675 i500 6250 62 10299 Í25T1U0133 24 Daylight 33 (839) 1600 1440 7500 6250 75 r0293 F25T12lt¡W133 24 Warm White 33 (839) 1910 1720 7500 3000 52 PLANT AND AOUARIUM TAMPS T8 Diameter 1 in - Medium BiPin Base 15 49892 F,I5T8/PUAO 6PK 24 Plant & wide 18 (457) 510 7500 3050 s0 40 49893 6PK 24 wide 48 i'12201 1900 20000 3050 90 T12 Diameter 11/zin {38mm)- Medium BiPin (Gl3) Base 20 43891 F2OT1ZPUAO 6PK 24, PlantûAquariun . 24 {610} 750 s000 3050 90 BLAGKTIGHT/BtACKtIGHT BtUE LAMPS T5 Diameter % in (16mm) - Miniature BiPin (G5) Base

4 10017 T4TsiBL 24 UVA Source, Peak emission 365nm. 6 {152) 6000 10019 F4T5/BLB 24 Blacklight Blue, UVA Source, lntegral Filter, 6 (152) 6000 Peak emission 365nm. I 100?7 t8T5/BtB 24 Blacklight Blue, UVA Source, lntegral Filter, 12 (305) 7500

T8 Diameter 1 in (26mm) - Medium BiPin {G13} Base 15 35884 tf5T8/Bt 6PK 24 Blackliqht, UVA Soutce, Peak emission 365nm. 18 (457) 7500 35885 Fl5T8/BtB 6PK 24 Blacklight Blue, UVA Source, lntegral Filter, 18 (45i) 7500 Peak emission 365nm. 25 47718 t25T8/Bt 24 Blacklight, UVA Source, Peak emission 365nm. t8 (45i) 7500 e

T0 save energy costs, find the bulbs with the light 0utput you need, then choose the One with the owest walts. * 4- 14 O f\¡eâns this l¿mp meets Federal l\ilinimum Efficiency Standards. ( ) All f00tìote references fOund at the end 0f this secÌion. Beduced Wattage : , : High Color Bendering GE Germicidal Lamps T5 G5 o Clear lamps rvith speðial IIV trar.rsrnitting glass o The 253.7 nanometer l"adiation from the T6 ð mercury discharge is passed through the glass... Fa8 used in water and air purifìcatiorr applications

CAIITION: T8 Gt3 Exþosutu to W ratliati.on from Germicidal Lantþs m,n lte tLangerotr"s. Proþn'safety þroceilures and þrlteüiae eqtLiþment slnuld. be used wlnn uorhing T12 tuith this \þe of source. R17d

T12 Gl3

Eneryy lloni¡al Ughtùuîput ßatad Colot llsed P¡oduel Lanp Case Atlditional Length LaMß Ávg. Lile Tenp, lv6 Code o Ðesignafion otv. lnlomation in. lnml Initial llean x cßt BTACKTIGHT/BtACKtIGHT BLUE LAMPS T12 Diameter 11/z in (38mm) - Medium BiPin (Gl 3) Base

2n ß244 F2(}T1ZBL 6PK 24 Blacklight, UVA Source, Peak emission 365nm. 24 {610} 9000 34741 F2OT12lBtB 6PK 24 Blacklight Blue, UVA Source, lntegral tilter, 24 {610} 9000 Peak emission 365nm.

40 10526 F4(}Bt 6PK 24 Blacklight, UVA Source, Peak emission 365nm. 48 112201 20000 10531 F4(}BtB 6PK 24 Blacklight Blue, IJVA Source, lntegral Filter, 48 112201 20000 Peak emission 365nm. 5/e'{92.1 40537 F40BVU/3 12 Blacklight, UVA Source, ModUl¡ne 3 mm} 24 {610) 12000 Peak emission 365nm.

T12 Diamete¡ 11/z in (26mm) - Recessed Double Gontact (Rl7d) Base 85 12526 FT?TIUBAHO 10 Blacklight, UVA S0urce Hi 0utput, For 800 mA 72 (1830) 12000 0peration, Peak emission 365nm. 0 DIAZO REPROGRAPHIC 15(¡(l MA, LAMP T12 Diameter 1rl2 ¡n (38mm) - Medium BiPin (Gl31 Base 125 39683 F59'T1?SPB 24 Reprographic, Peak emission:417 nm.1000 hour 60 (1524) 1000 uselul lile: actual burnino hours lonqel GERMICIDAL LAMPS T5 Diameter % in (16mm) - Miniature BiPin (G5) Base

I 11077 G8T5 24 Clear, For use with starters, UVC source 12 1305) 7500 Peak emission 254nm. T6 Diameter % in (19mm) - Sinqle Pin (Fa8) Base 65 11086 G64T6 24 Clear, lnstant Start, 425 mA. Peak emission 254nm. 64 (1626) 7500 T8 Diameter 1 in (26mm) - Medium BiPin (Gl3) Base

15 11078 G15T8 24 Clear, For use with starters, UVC source, 18 (457) 7500

25 11082 G25T8 24 Clear, tor use w¡th starters, UVC source, 18 (457) 7500 Peak emission 254nm, 30 11080 G3{lT8 24 Clear, For use with starters, UVC source, 36 (9r4) 7500

0

y0u To save energy costs, find the bulbs with the light output reed, then ch00se the 0ne with the l0west watts. * o l\leans this lamp meets Federal IVinimum Effic¡ercy Standards. { ) All fo0t00te references f0und at the end 0f this secti0n. Beduced Wattage High Color Rendering 4-15 General lnformation equipment not incltlded in ANSI Standards are available from GE Lighting Technical Support. Lumens and watts are nominal values as defined helow. Nominal Lumens ßatings The nominal lumen rating is an approximation based on the Ratings published in this catalog are based on laboratory tests performance of lamps operated under laboratory conditions within conducted under controlled conditions. Design improvements are industry standard tolerances. A self-ballasted lamp is measured using frequently made in fluorescent lamps, which tend to obsolete ratings its integral ballast. Lamps without an integral ballast are measured after a period of time. Technical bulletins will be issued from time to using reference ballasts. time if changes in ratings occur prior to the next catalog printing. Lumens produced by lamps operated on commercial ballasts may not Factors Affecting Lamp Performance be equivalent to reference ballast ratings. For lighting design calculations, refer to the ballast manufacturer's published data for The Ballast the appropriate "Ballast Factor." The three basic types of ballasts for fluorescent lamps are Preheat (PH), Instant Start (IS) and Rapid Start (RS) . In general, lamps Nominal lnitial Lumens identifìed as preheat, rapid start or instant start should be used only on the corresponding ballast type. Electronic ballasts are presently The nominal light output of the lamp after 100 hours of operation. available in both instant start and rapid start designs. Nominal Mean Lumens Operatiìrg Characteristics - The life of a fluorescent lamp is strongly ballast. The American National Standards Institute has The nominal light output of the lamp after it has been operated for affected by the ballasts that will ensure proper operation 40% ofits rated life. set standards for fluorescent offluorescent lamps. Ballast characteristics that have a signifìcant effect on lamp life are Current Crest Factor, Starting Time, Cathode Voltage Nominal Watts and Open Circuit Voltage. Catalog wattage is classified in accordance with ANSI standards and Ballast Factor This is the percentage of a lamp's rated lumen output may not be the same as the wattage run on a reference ballast. Watts - expected when operated on a specifìc, commercially consumed by lamps operated on commercial ballasts may not be that can be ballast. a ballast having a ballast factor of0.93 equivalent to reference ballast ratings. The watts shown for self- available For example, result the lamp 93Vo of its rated lumen output. ballasted lamps are nominal system watts. will in emitting High Frequency - All fluorescent lamps operate more ef{iciently when ßated Lile driven at frequencies greater than 15 kHz. Four-foot fluorescent lamps l07o more efficiently, while eight-foot lamps The rated life (hours) is the approximate median life when lamps are operate approximately improvement is one reason for operated for three hours per start under laboratory conditions using improve by abor-rt 5%.Th1s efficiency popularity electronic ballasts. ballasts which meet industry standards or GE Lighting specifications the of where no industry standards exist. Rated life for self-ballasted lamps is 0ther Factors the approximate median life when operated for three hours per start { under laboratory conditions. Temperature - The characteristics of a fluorescent lamp - light output and watts - are affected by the ambient temperature, or by drafts. Most fluorescent lamps reach their maximum light output at room Co I o r Te mp e rature/Ch romati c ity temperatures or at "luminaire temperatures." All-Weather fluorescent Color temperature/chromaticity is measuled in Kelvins using lamps are designed with glass jackets that permit them to reach industry standard measurements. optimum performance at outdoor and sub-zero temperatures. Color temperature describes the overall warmth or coolness pro- Luminaire The design of the lighting fixture (luminaire) affects the duced by the source. - ambient temperature in which the fluorescent lamps will be operating. . 3000 Kelvin (K) and lower are described as "warm" in tone A fixture that operates too cool or warm will result in lower light output and slightly enhance reds and yellows from the lamps and reduce illumination levels. o 4000 Kand higher are considered "cool" in tone, slightly biased Switching - The life of a fluorescent lamp is affected by the number towards blues and greens of times the lamp is started. Frequent switching results in shorter lamp r 3500 K is considered moderate in tone, producing a balance life, while continuous operation will provide the longest lamp life. Al1 between warmth and coolness fluorescent lamps, except where noted, have life ratings based on 3 hours per start. Color ßendering Index (CBI) Footnotes The color rendering index shows how well (normal and natural) 1 . Watt-MiserÆ lamps are intended for use where ambient temperatures are 60'F {'1 6"C) or higher and a source makes objects appear. Generally, the higher the CRI, the where the lamp surface is protected frOm strong a¡r drafts. Failure t0 protect the lamp surface may better it makes people and objects appear. The CRI of different result in reduced life, p00r starting or erratìc operati0n, such as flickering or spiraìing. All Watt- sources can be compared only if the sources have the same color l\iliser@ lamps are intended for use on two-lamp, indoor, lead, high power factor ballasts and are temperature. The nominal (or approximate) CRI rating is an not recommended f0r use with dimming or reduced current systems. appioximation based on the performance of lamps operated under The use of Watt-MiseP lamps on single lamp ballasts may shorten lamp life. Rapid Start Watt- F40 Fapid Start Watt-MiseP laboratory conditions within industry standards tolerances. Miser@ lamps are intended for use only with rapid start ballasts. lamps on high frequency electron¡c systems may display enatic starting before end of life. 2. F40 Watt-N/¡ser@ Plus lamps are not recommended for use with cathode cut-0ut ballasts. The F40 Dimensions Watt-lVliser@ Plus lamp is nOt recommended for use with electronic ballasts and may requìre up The nominal lamp length shown in inches is the overall dimension to one mìnute 10 restart if a circuit interruption 0f up t0 60 seconds occurs. of the lamp, including the lampholders in which it is seated, except 3. F40T12/CWIS and F40T17ICWIS lamps are for use only in fixlures equ¡pped with instant start as noted. ballasts. 4. Because Power Groove@ and Very High 0utput lamps are most used in commercial applications,

the life rating is based on 1 2 hrs. per start. 0peration 5. When base pins or Recessed Double Contact bases are horizontal, the window opening is centered ( AÌ1 GE fluorescent lamps should be used only with auxiliary equip- in a vertical plane thr0ugh the lamp axis. ment designed to produce proper characteristics. Specifications for 6. Cold Temperature lamps are designed for use where ambient temperatures drop below 60'F (16"C). auxiliary equipment are covered by ANSI. Specifications for auxiliary 7. Performance data based on engineering estimates.

4-16 - Eleetronic }a'ffasr. @

a

ð

btEI bt t=¡ t- bt-t ßapid t!!t bl t-tbt Start Þt 0 EI t- nl lnstant t- EIl-l t4 l-l Start E]

Trimline'" T8

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@ TIITTIITM Ihe Perfect l\llatch lotalPertwnarce f;ystl¿ns 0 @ MOTOROLA GE Lightins @ Motorola L¡ghting lnc'

5-l @ rr,"*uuni'e BaüIasts lntroduction SIX SIGMA' Ouality o The goal of SIX SIGMA' is no more than 3.4 defects GE Lighting, the world's leading lamp manufacturer and Motorola Quality per million opportunities Lighting, the innovator and quality leader in electronic ballasts, have 6 formed an alliance to deliver world class electronic lighting systems 0ptimized Lamp Lífe that offer an unsurpassed cSrbination of... o . Lamp current crest factor Quality Rapid Start. . <1.5 . Performance . Energy Efficiency Instant Start . <1.7 ¡ Innovation Flicker <2.0% . Reliabiliry Power Line Auality General lnÍormation . Tolal harmonic distortion <10% >0.99 H i g h Pertorna nce Bal I asts Easy, Lower Cost Installation Energy-effìcient, non-potted High Performance electronic ballasts . Poke-in wiretrap connectors are known worldwide for their quality and reliability. Manufactured o in the U.S.A., they offer unique features for easy, low-cost installa- Weighs less than 1.3 lbs. tion, low maintenance, and maximum performance. Systems Warranty Beliahility . 5 years for dual branded GE Lighting and Motorola Lighting o Rated to 20-year life* Electronic Ballasts and up to 3 years for GE lamps when o No potting material; No PCB's used together. * At 20 years, 50% of a given lot are operating

A Comparison 0f tmportant Performance Criteria Appears Below:

GE Lighting and Motorola Lighting Magnetic Generic Parameter H igh PerÍormance Electronic Bal Iast Ballast Electronic Ballast

Fl icker Less Than 2% 33Yo Less Than 2%

Power Factor Greater Than .99 95 Less Than .99

Harmonic Distortion Less Than 10% 1B-200k Less Than 20% '1.70 Lamp Cunent Crest Factor Less Than 1.70 1.65 Less Than 'l Headings in the Ballast section: The chart on this page will help you gain a basic understanding of Electronic Ballast Wire Harness: how the Ballasts are identified and classified. Simply look for the Ifrequired, special installation wire sets are available. See page 5-6 corresponding wattage and type ofbulb you have and match that to for details. the Ballast listed.

Max. Line THD - Total Weight: Product Code: Current (A) RMS: Harmonic Distortion: Weight of ballast 0E L¡ght¡ng Maximun ¡nput current t0 the ballast f1r Distortion of AC sine wave. expressed in pounds. Product Code. ]rdet Model Numhe¡: use ¡n selecting fuses and wire size. Ballast Factot: <320/o is ANSI stanlanl. The ballast's Expected lamp l¡ght output !dent¡ficatton code. on ballast (% rated lunens). Crest Factor: Typical Line Peak Iamp current # oÍ Lamps: Line Voltage: Currcnt (A) BMS: lnput Power (W): Power Factor: dívided by BMS. ANSI Anount of lamps Nominal ballast Typical or average input Total powet consumed fratîo of real/apparcnt recommends <1.7 for ballast operates. ¡nput voltage. cuffent to ballast. by ballast and lanp. power, "1" being ideal. longest lamp life.

ÛaxLi¡e lypical Lino lnpüt Pøûust ld &laúel lino CunentN Cunent(AJ Pow*Nl) Ballast Power Crcsl Coùe lanpt llunhu Íoltage nM3 ßflts 0PE(,l Eitc Faetø¡ la Faclût fI,I) factot Weighl [am - F32x

80015 2 lG2-RN-TS-trL 277 0.24 0.22 61 58 0.875 >99 <10% <1.5 <1.3 lbs

Lamp Conpatihility: Ballast used wíth these lanps. G2-RN.T8 / ttl Jr"*,r*t Note: Drawings are nlt t0 scale. Be sure to check size and l' full light out4ut. dimension information when identifying each ballast. GE Líghting electronic **JT Lamp type. Number of lamps operated Light output u,2,3,4). N = Normal .875 Bf Lamp starting node. I L = Low light .75 BF ( B = Rapid H = High light t 2B BF I = lnstant (Delamp). o*ugnrios MOTOROLA @ @ Motorola Light¡ng lnc,

(a 10.025 5-2 = Electranjc Eallasrt @

a ffi The Perfect lVlatch 0 I lotalPertwnme.Írslellls

Lamp and Ballast Compatihility:

GE LIGHTING AND MOTOROU LIGHTING ELECTRONIC BALLASTS lnstant ßapíd Bapid ßapid ßapid Instant Start T8 Start T8 StartTl2 StartTS StartTS Bapid Start Normal Normal Normal Low Light High StartTE ßapid Slimline Light Light Light 0utput Light Dimming StartTS I ft. GEUMPS 0utput 0utput 0utput LOWATTW 0utput 100%-10% 40W Biax T8

T8 Medium Bipin

F1 7TB X X X X X

F25TB X X X X X

F32TB X X X X X

F32TBSXL X X X X X

F32r8/U16 X X X X X

F32TB/U/6/VVM X X X X X

T8 Single Pin 0 F96TB X T12 Medium Bipin

F25r12 X X X X X

F30T1 2 X

F4OWMT12 X

t40r12 X

T5 Single End 4 Pin

F4O/BX X

ELECTBONIC BALLAST BBAND NAME CßOSS-BEFEBENCE ÊE MAGNETEK ADVANCE EBT 0sr

lnstant Start TB Normal Light 0utput Triad Centium & Standard Centium & Standard 0uicktronic System 32

Fapid Start TB Normal Light OutPut Triad Centium & Mark V Centium

Rapid Start T8 Low Light 0utPut

lnstant Start 8'TB Normal Light 0utput Triad Standard Standard 0uicktronic

Rapid Start TB High Light 0utPut Mark V

Bapid Start T12 Normal Light 0utput Trlad Centium & Standard Centium & Standard I oe tisn irs I!'OTOROLA @ @ Motorcla Lighting tnc.

5-3 @ fl*rt Ba'ÍIaets "nie

GE TS lnstant Start Normal Light 0utput High performance features combined rvith maximnm energy savings and the convenience of parallel rviring. . Enhanced power quality; exceeds utility requirements; t= EI ú . No potting or PCB's t!! !t FI ¡ Featnres parallel operation for easy maintenance - if one lamp fails, the other"s remain illurninated ¡ Economical solution lor lighting ploject lnstant Start

lllu.Line Typical lino lûpat kotlact lol ttoúel line Cunet¡t(Al Cunent(A) Powe¡M Bdlâí Powet &est Cule bW llunhøt tlotagø ß,t{s nM8 APEI! EflC Faaula Fsûot 'IHÐ Factot Waigltt

f nstant Start T8 Normal Light 0utput ('1,2,31 Lamp Gompatibility: F32 *

80000 I G1{N-ï8-120 120 0.31 0.28 33 32 0.875 >.99 <10% <1.7 <1.3 80001 1 G1-tN-T8-277 277 0,13 0,12 33 32 0.875 >.99 <10% <1.1 <1.3 80054 1 GllN-T8-347 347 0.11 0.09 32 3t 0.875 >.99 <10% <1.7 <1_3 80002 2 G2-|N-T8-120 120 0.51 0.48 0.875 >.99 <10% <1.7 <1.3 80003 2 G2-|N-T8-277 277 0.22 0.20 0.875 >-"9g <10% <1.7 <1.3 80055 2 G2-lN-ï8-347 347 0.19 0,17 60 59 0.875 >.99 <10% <1.7 <1.3 80004 3 G3-|N-T8-120 0.71 0.70 85 0.875 >.99 <10% <1.7 <1.3 80005 3 G3-|N"T8-277 271 0.34 0.31 84 0.875 >.99 <10% <1.7 <1.3 80006 4 G4-|N-T8-120 120 1.01 0.92 114 112 0.875 >.99 <10o/o .99 <10% <1.7 <1.3

lnstant Start 8' T8 Normal Light 0utput (3,4,5) [amp Gompatibility: F96TB 80032 1 G2-11-T8-8FT-120 120 0.58 0.55 65 64 0.83 >,99 <10% <1.1 <1.5 80033 1 G2{L-T8-8FÍ-277 277 0.25 0.24 0.83 >.99 <10o/o <1.7 <1.5 80032 2 G2-11-T8-8FT-!20 120 0.90 0.88 105 103 0.83 >.99 <10% <1.1 <1.5 80033 2 G2-1L-T8-8F1-217 271 0.40 0.38 105 103 0.83 >,99 <10o/o <1.1 <'1.5 |l

GE T8 ßapid Start Normal Light Output An optimum combination of energy efficiency, poiver line quality and lighting system perf'ormance. o FI ¡ Get energy savings compared to T12 40W systems excellent t- r No potting or PCB's t!! r Accommodates custom fixtures, strip lighting and standard troffels EI o requiling different lamp lengths or combinations Rap¡d Start

fllax. Líne Typical Line Wtt Pro¡lud lol Maúel Line CwentlAl Cunent(A) Pawe¡lWl 8ailaí Powe¡ Crcsi. Cotlo hmps Nmhe¡ Voltaga ßMS ßri' OPElI mc Factot (a Factot fil0 Factot Weisþi Rapid Start T8 Normal light 0utput {'1,2,31 lamp Comnatibilitv: F32 *

80010 1 Gl -RN-T8-1 [L-120 120 0.28 0.26 31 30 0.875 >.99 <10o/o <1.5 <1.3 80011 1 G1-RN-T8-1tt-277 211 0.12 0.11 3t 30 0.875 >.99 <10o/o <1.5 <1.3 80014 2 120 0.55 0.51 60 55 0.875 >.99 <10% <1.5 <1.3 80056 2 G2-BN-T8-1tt-230 230 0.31 0.27 6t 59 0.875 >.99 <10o/o <1.5 <1.3 80015 2 G2-RN-T8-r[t-277 277 0.24 0.22 60 58 0.875 >.99 <100/o <1.5 <1.3 80018 3 G3-RN-T8-1tt-120 120 0.84 0.76 92 89 0.875 >.99 <10% <1.5 <1.3 80057 3 G3-RN-T8-íLL-230 230 0.45 0.40 93 90 0.875 >.99 <10% <1.5 <1.3 80019 3 G3-RN-T8-1LI-277 217 0.37 0.33 90 86 0.875 >.99 <10o/o <1.5 <1.3 80020 4 120 0.95 122 120 0.875 >.99 <10% <1.5 <1.3 80021 4 G4-RN-T8-11[-277 277 0.45 0.41 114 111 0.875 >.99 <10% <1.5 <1.3

@ GElighting MOTOHOLA @ Motorola Lighting lnc.

(a 10.025 5-4 = a GE T8 ßapid Start LowattrM Low Light 0utput Additional energy savings where rednced light output is acceptable. o Get excellent energy savings compared to T12 40W systems l) . No potting or PCB's . Accommodates custom fixtures, strip lighting and standard troffers requiring different lamp lengths or combinations

Rapid Start

Mar.li¡e fypìcal Lina tnpúl P¡oúuú ,a, ,loúal Liaø CaneatlA) Cwent(AJ Powu['itl &dl¡ast Powet &eí Wsight Cotlo l.ütgs lluúet Yoltâgo affs ßMS OPEil EI,IC tælo¡ld Faclil fltÙ fadü Rapid Start TB LowattrM Low Light Output (1,2, 3) lamn Compatibility: t32 * 80022 1 Gí-RL-T8-1LL-120 120 0.26 0.23 30 29 0.75 >.99 <10o/o <1.5 <1.3 26 0.75 >.99 <1.3 80023 1 Gt -RL-T8-1 tL-277 277 0.11 0.10 21 <10% <1.5 80024 2 G2-R[-T8-1IL-120 120 0.51 0.46 55 54 0.75 >.99 <70ø/o <1.5 <1.3 80025 2 G2-BI-T8-1LL-277 277 0.21 0.20 55 54 0.75 >.99 <10olo <1.5 <1,3 80026 3 G3-RL-T8-1tt-120 120 0.71 0.69 78 76 0.75 >.99 <10% <1.5 <1.3 <1.3 80027 3 G3-RL-T8-1LL-277 277 0.32 0.29 79 76 0.75 >.99 <10% <1.5 80028 4 G4-R[-T8-1[L-120 120 1.01 0.92 110 107 0.75 >.99 <10% <1.5 <1.3 80029 4 G4-RI"T8-1LL-277 277 0.40 0.37 102 0.75 >.99 <10% <1.5 <1.3

GE T8 ßapid Start High Light Output An economical choice... Achieve additional light, or ttse ferver lamps to get needed light. EI . Highly efficient - up to 90 LPW t- LI LI o Two-Lamp TB High Light Output ballast provides nearly the same t= EI ¡t light as a four-lamp F34T12 system lÈl 0 Rap¡d StaÍ

MaxLi¡e fypìcal Line lnpîi kodud tú lllodel Lino Ca¡wtlAl Cunenl{Al Powe¡Nttl Eallaí Powe¡ ce Soth Ianps llw¡ba¡ Voltago füt¡s ßils OPEII EilC Fsalo¡la Factot ffio Fad$ Weigtu

Rapid Start T8 High Light Output 11,2,31 Lamn Compatibilitv: F32 * 80034 2 G2-RH-T8-IIL-120 120 0.79 0.72 86 84 1.28 >.99 .99 <10% <1.5 <1.3

GE T8 ßapid Start Electronic Dimming 100%-10% The flexibility of continuous dimming from full light output down to 10%. o Continnous dimming to 10% light E! bt . Uses only 1B Watts at full dim setting t=¡ l- r with widely available 0-10V controls l!!l bl Compatible FI¡t r Control wire may be co-located with power wiring or rttn separately EI . No potting or PCB's Rap¡d Start

llax lino lwical lit¡ø ,nptlt ?rodac, la, llodd Iiro Cmat(Al Cwø¡tt(Å) Powo¡M Eallñ Powe¡ 8ÍBÍ ßlt s OPEN WoiChl Caûe ttnryt llmhgt Vohago NÃS t{c Factt¡ la Facto¡ rM) Facto¡ Rapid Start TB Dimming 100% - 10% Light Output (1,2,31 F32 * 80040 2 G2-RN-T8-10C-120 120 0.55 0.875 >.99 <10% <1.5 <1.3 (t 80041 2 G2-RN-T8{0C-277 277 0.4 0.875 >.99 <10% <1.5

GE Lighting MOTOROLA @ @ Motorola Lighting Inc'

{a = I0.025 @ fi,,eær'en¡c &d:tæ¡ss

GE T5 Rapid Start Normal Light 0utput High performance ballast benefìts for the versatile High Lumer-r Biaxn lamp. EI . Up to 30% energy cost savings vs. electromagnetic ballasts ú t- LI o Cooler operation l-l o No potting or PCB's tst

Rapid Start

llax. Li¡e Typical Lìne kput koduet lol Model Line CuneftlA) Cunent(A) Pawe¡ Nll) Ballast Powet C¡es/' Coúa lanps Nønbet Vø//tage ß,tts ßMS OPEI{ ENC Fsctot{a Factot nÐ Faatü Weight Rapid Start T5 Normal light Output (4) Lamp Compatibility: F40BX

80036 2 G2-RN-T5/40-ttt{20 120 0.6'l 0.55 64 0.785 >.99 <10o/o <1.5 <1.3 80037 2 G2-RN-T5/40-ttt-277 217 0.26 0.23 64 0.785 >.99 <10o/o <'1.5 <1.3

GE Tl0/ll2 Rapid Start Normal Light 0utput Highest performance choice for standard T12 systems; also opel'ates T10 lamps. ¡ An economical and convenient solution to new and r"etrofit lighting EI o High performance provides improved power quality, energy t- efficiency and eliminates annoying lamp flicker t! EIbt r Unique poke-in wile trap design makes retrofìtting quick and easy l=l r No potting or PCB's Rapid Start

lllax Line lypical Line Input hodrû lol lllodel Line Cutßt¡rlAl Cunønt lÃ) PawwlW) Ballaú Powe¡ Crcg Cstlø Lanps Nunhu Vollage ßnts ßiis OPEN ENC tactot (a Factot THq Factot Weíght Rapid Start T10lT12 Normal light Output (3, 4) ü Lamp Compatibility: F40Tl2 *

80008 1 G1-RN-T12-1 H.-120 120 0.35 0.31 38 37 0.875 >.99 <10% <1.5 <1.3 80009 1 G1-RN-T12-1 tt-277 217 0.16 0.14 38 37 0.875 >.99 <10% <1.5 <1.3 80012 2 G2-RN-t12-1tL-120 120 0.63 0.57 61 0.875 >.99 <100k <1.5 <1.3 80013 2 G2-BN-T12-1LL-277 277 0,27 0.25 0.875 >.99 <10% <1.5 <1.3 80016 3 G3-RN.T!2-1tl-'t20 120 1.00 0.91 109 106 0.875 >.99 <10% <1.5 <1,3 80017 3 G3-BN-T12-ltt-277 277 0.45 0.38 105 102 0,875 >.99 <10o/o <1.5 <1.3

Wire Harnesses Pnrluct Code lnstant Start Description Aú. Carton 80450 0ne [amo G1 -lS-02-501 13 Although not necessary when retrofìtting with GE Lighting and 80451 Two Lamp G2-tS-03-501 14 20 Motorola Lighting electronic ballasts, ¡,vire harnesses can be ordeled 80452 Three Lamo G3-tS-04-50115 20 separately from your GE Lighting cost: distributor for an additional 80453 Four Lamp G4-1S"06-50116 20

ModelNumbers ProductCode I Ft. Slimline Desc¡íption AU, Carton and Descriptions 80454 Two [amD G2-8FT-03-50118 20

Numher ProductCode ßaoid Start Description Aû. Carton GE Lighting 0utput Wires MFGB. Code 80455 one lamp G1 -RS-04-50109 20 --T-- 80456 Two lamp G2-BS-06-501 t0 20

80457 Three LamD G3-RS-08-50't 11 20 Gî rRSr04r50109 80458 Four Lamp G4-RS{0-501 12 PtoductCode Dìnninø Description AU. Carlon 80459 Two Lamo G2-RD-08-50120 20 Numher ol ßS = Ranid Start Lamps Wiretl IS = tnsiant Start ßD= Dimming ProductCode Y-Whes Desc¡iption Aú. Carton ûFT = T8 Slinline 80460 Y-Wires lor 3 and 4 Lamp Y-Wire-67[001 20 rao¡d start ballasts (

@ e ø ushrios MOTOHOLA @ Motorola Lighting lnc.

(a 5-6 =10.025 ¡ 4' Fluorescent System Performance Ballasts

GE I.IGHTING AND Mf)Tf)R()TA TIGHTING ETECTRf)NIC RAPID STABT RAPID START RAPID START o STANDARD (0Bs0r.ETE) HI ETTICIENCY HYBRID INSTANTSTART IÍ)WATTTM NÍ)ßMAL HI(ìH.TIGHT

Watts: 132 Not Standard Watts: 181 Watts: 164 Watts: 133 Not Not recommended TlZlr) Ballast Factor: .94 Balla$ Factor: ,94 Ballast Factor: .83 recommended recommended Ballast Factor: .88 Light:100% Lighl 10070 Light 94% Lìsht 99% Belatìve Relative Belative Reìative Efficiency: 1 36 Efficiency: 1 00 Efflciency: 1 1 1 Efficiency: 129

132 Not StaybfightrM Watts: 181 Watts:164 Not Not Not Watts: recommended xt T12 Ballast Factor: .94 Ballast Factor: ,94 recommended recommended recommended Ballast Factor: .88 Lighr 106% Lishr 106% Lìght 105% Belatìve Relative Belative

Efficìency: 1 44 Efficiency: 1 07 Efficiency: 1 1 I

Watt-Miser@ Watts;160 Watts: 143 Watts: 117 Not Not Watts: 120 Not Ballast Facior: .88 recommended T12 Ballast Factor: .88 Balla$ Factor: ,88 Ballast Factor: ,83 recommended recommended Lishr 89% Light;88% Light 89% Lishr 89% Relative Relative Relalive Relative

Efficlency: 1 34 Effìciency; 1 02 Efficiency: 1 1 3 Efficiency: 138

Í25T12 Not Not Not Watts: 91 Watts: 85 Watts: 93 Watts: 139 recommended recommended recommended Ballast Factor: .88 Ballast Factor: .75 Ballast Factor: ,88 Ballast Factor: 1.28 Lìghl 70% Lishr 60% Lrght 70% Light 102% Relative Relative Relative flelatlve

Efficiency: 139 Efficiency: 1 28 Efficiency: 1 36 Efficiency: 133

Not Watt-Miser@ Watts;149 Watts:133 Not Not Not Not recommended Plus T12 Ballast Factor: .90 Balla$ Factor: ,90 recommended recommended recommended recommended Lisht 89% Lishr 89% Relative Relative Efflciency: 108 Effrciency:121

Tilmline Not Watts: 140 Watts: 112 Watts: 110 Watts: 103 Wath;112 Watts:168 '1.28 Factor: 0 Ballast Factor: ,93 Balla$ Factor: .87 Balla$ Factor: .88 Ballast Factor: ,75 Ballast Factor; .88 Ballast T8 recommended Light 93% Light;92% Lrghl 93% Lighl 8570 Light 93% Lrsht 135% Relative Relative Belative Relative Relative Belative

1 Effrciency: 1 50 Efficiency: 1 45 Efficiency: 1 20 Efficiency: 137 Effrciency: 1 53 Efficiency: 50

dúe Federal Energy Legislation. {1) Halophosphor versions 0f this lamp (CW,WW,W,D) were delisted as of October 31, 1995 to

The Lamps Many lamp and ballast choices are now available - and one of the combinations is just right for you.

Ballastwatts reduced by one watt, so is equivalent to 31 watts . STA\ßNGHTTM XL (40 watts) lamp ...... high light output, long life: very high efficiency; operates on all ballasts. o F25T12 lower wattage with higher light output. Operates on T8 electronic ballasts. . TRIMLINE T8 the highest efficiency lamp for 4 foot fixtures. Excellent performance on-both Instant Start and Rapid Start Electronic ballasts.

with @brid ballasts but not nud¿d. bemuse ofredundanq. The Ballast

o Electronic Rapid Start .... low Ìvattage and longest lamp life available with various ballast factors and wattage packages for T12 and T8 lamps. ¡ Electronic Instant Start...... lowest system Ìyatts and highest system efficacy. Lamp life is slightly shorter than Rapid Start. 0 I Comþared, uith standard ballasts oþuating standerd, uattage lamþs in 4-lûmþ ¿ncllvtl trolfu.

ot ugnrios MOTOHOLA @ @ Motorcla Lighting Inc.

5-7 Eíe'ctro:nic Ballasts

Present SysTem 2 LamP Energy Savings Worksheet Fixture with Standard Same Fixtu¡e wilh Magnetic Ballast GE lighting and Motorola and 2-40 Watt T12 LamPs [ighting Ballasts and 2.T8 f Enclosed Fixtures [amps Enclosed Fixtures A. FixtureCalculations

41. Watts per Fixture 96 58

42. Hours Year X 4000 X 4000 43. Watt Hours per Year 384,000 232.000

44. Divided 1 000 1 000 1 000 45. Total KWH per Year 384 KWH/YR 232 KWH/YR

46. Cost KWH X $0.08 X $0.08 41. Annual Power Cost to 1 Fixture $30.72 $18.56 48. Annual Power Savings per Fixture per Year $12.16 (Present System Cost minus New System Cost)

49. Fixture X 1 000 410. Annual Savings After Conversion (All Fixtures) $r2,160.00 B. PaybackGalculations c Air Condition¡ng Savings Calculations lncludes: Additional Savings r Lamps, (2, F32T8's), c1. Savings per Fixture (A8) $12.16 ¡ Ballast, per . Labor, c2. Multiply Savinqs Fixture2 X 0.25 ¡ Miscellaneous Materials $3.04 C3. Multiply by Percent Average Total Retrofit Cost per Fixture $40.00 Cooling Hours per Year3 X 0.30 82. Subtract Utilitr7 Bebatel 10.00 c4. Air Conditioning Savings per Fixture $.gt 83. Cost 30.00 c5. l\/ultiply by Fixture 0uantity X 1 000 { 84. Divide by Savinqs 12.16 c6. Annual Air Conditioning Savings 85. Payback in Years 2.41 per Year - All Fixtures $910.00 Assumption: Compute Savings (C6 + 410) 'l $13,070.00 . Rebate varies by utility service area. c8. 2. Based on one watt 0f air conditioning energy Compute Total Payback in Years required to remove four watts of heat load. Divide Total C0sr 0f Retr0fit (83 x Cb) $30,000.00 3. Air conditioning operated 30 percent of the year + 13,070.00 Total Payback in Years with Rebate 2.3

Footnotes * Performance data represents most common lamp and ballast combinations. Additional lamp performance data (ex,: F17 and F25) can be found in the Linear Fluorescent

Electronic Lighting System brochure {203-41 0S1 R) 1 0/94. {a = + 0.025 1. Will also operate F25I12 DSM Lamp, 2. Will also operate lVod-U-LineTM Watt-lVliser@ Lamps. 3. Wil¡ not operate F40BX lamps. 4. W¡ll not operate Mod-U-Lineru T8 Watt-Miser@ lamps. 5. Will also operate one lamp 8tl. TB without implication of lamp life or ballast performance.

@, S,* t'n"0. O nlity and MOTOPOI-A are registered rrademarks of M0torola lnc. t @ er tishrirs MOTOHOLA @ Motorola Lighting Inc. 5-8 Compact Fluorescent tanps @

0

\\\s

0

Low Watt High Lumen Double Biax Triple Biax 2I) FEA/21) Biax Biax

Performance Triple Biax FLG/E FLG FLB FLA Biax t Compact Fluorescent LamP ShaPes (drawings not to scale) 6-l Compact Fl uorescent Lamps

Bulh ldentification: (. NOMINAL LENGTH in. (mm): }verall length including base pins. F- or C5 U J= Note: Lamp drawings are not drawn to scale. J Be sure to check size and dimension information z. when identifying each lanp. O z.

Base ldentification:

G23-2 GX23-2 G24d-1 G24d-2 G24d-3 (DBX2P) (DBX2P) þBnP) (DRNP) (DBNP)

æ G24qJ G24q-2 G24q-3 2G11-4 826 (DBXrp) (DBxtp) (DBXqp) (HLBX) MedScrew

E @o tHt @ o@ GX24q-1 GX24q-2 GX24q-3 G23 GX23 GRl0q-4 (rgx4Pl (TBY4P) (\BXaP) (LWBX) (LwBx) (2D4P)

(

¡

6-2 ) Compact Fluorescent tamps @

FLUOßESCENT BBAND NAME CBOSS.BEFEBENCE lntroduction . COMPACT GE Compact Fluorescents Lamps offer many advantages: GE OSBAM/SYLVANIA PHILIPS o Dramatic savings.. . wp to 757o vs. ð energy cost incandescent 7D"' bulbs of comparable light olrtplrt. The high efficiency of the compact fluorescent line allorvs the user to significantly recluce Biax' Dulux" S/[win lube PL usage, by to 757a over incandescent energy tp eqr-rivalents. Compax'", Biax" Dulux' EL/Electronìc Compact Earthlight', PL Compare the performance of compact fluorescent lamps to that of some commonly used incandescent prodncts: Double Biax" Dulux'/Double Twin Iube PL-C . 9,000-1b,000 hours... Extra long life, up to i3 times longer High Lumen Biax' Dulux'L PL-L than standard incandescent lamps. . High light output comparable, and in some cases exceeding, 0ct incandescent lamps replaced. Triple Biax" Dulux" T/E PL-T . Excellent color rendering... rare earth tri-plÌosphor provides color so true and natural you won't believe it's fluorescent. ATTENTION: This brand-name cross¡eference chart is provided only as a quick reference. Deluxe SPX colors are available. Most types offer a choice of 1ther lanp company brand listings nay only represent a near equivalent, versus an irlentical color options, from warm to cool, to let you select the tone natch to GE Lighting brands. lndividual lanp nanufacturer's perfornance specifrcations and atmosphere you need. should be consulted. Lanp perfornance nay be affected by environnental conditions, . A choice of wattages, shapes and sizes to meet your lighting ballast Íype and/or other auxiliary equipment. needs. Designed to fit everything from table lamps to wall sconces and ceiling fixtures.

Headings in this catalog section: When You Don't Know The Lamp Description: The following glossary of terms and descriptions can l Identify bulb shape by using table on page 6-1. help you when checking Compact Fluorescent lamp 2. Measure bulb diameter using ruler in appendix section specifications and when ordering products. Within each page 8-6 to determine width in eighths of an inch. product line, Iamps are divided into families, within 3. Identify base type using table on page 6-2. these families, lamps are then listed by wattage. To fìnd 4. Find your lamp in the table containing the bulb your lamp, follow these simple steps: shape, size and base.

Total Harmonic Distortion (THD): NOTE: Lumens and watts are nominal valttes as defined A measure (in percent) of power quality. on Page 4-16' lndicates the dist1rti0n 0f the alternat¡ng GolorTemperature - current wave flrm. Low values (<20%) (K): 0 Kelvins are preferred. Energy Used A neasure of the visual "warnth" ot "c]]lness" 0f the light from the lamp. The h¡gher the value, the whiter 0r "clolet" wals: Power Factor (PF): Energy Used (as defined by FTC the l¡ght appears. A neasure of power quality. The lanp lahel rules). To find actual ratio of total watts to total volt- eneruy used (kwh) nult¡ply Light - Output anperes. A value of 1.0 is ìdeal. power (watts shown) x time Lamp Designation: Mean: by 1000. The lamp's identification code. divided Lanp light output (lumens) Color ßendering lndex at 40o/o of rated lanp life. (Cßl or ß"): the of Product Code: An ¡ndicatton of ab¡l¡ty the lanp to render object colors It ¡s ¡nporÍant to use this Case Auantily: - in a normal, natural way. The five-digit code when orderrng Number of product units Nominal Light Output ßated higher the number l0-100), the to ensure that you receive the packed in a case. Length: lnitial: Average - better the color appearance. exact pÍoduct you requ¡re. Expressed Lanp l¡ght output Life in inches. llunens) after the Additional ¡n¡t¡al 100 hours of Lanp Minimum Starting Base: lnlormation: operat¡on. burning Temperature: The type Typical appl icatron and/or hours to The minimum ambient of base. othe r i nportant í nfor nati on. nedian life tenperaturc at which the expectancy. lamp will start reliably.

Energy Nonínal Light oupirt naød Colot Minìnun Used Ptoduct lanp Case Additional LenCilt Ávg. Lile îenp. Slaû femp Powet qry. Waæ Irse Coda 0esigaalion lnlo¡nation ln. (nml lnitial lllean llon K cß, fct Factu frll) ELECTRONIC BALLASTED ONE PIECE SCREW-IN LAMPS 20 12545 TLEzOTBVSPXzT/EC ß8827 Phospior - Soft 6.0 (t52) 1200 1020 10000 2100 82 -r0F (-23) <.6 170q/o [nsrgy thoicail,

FLE 20 I SPX¿7 'lIEC øent¡r¡esas lI Yellow Highlight indtcates that this is a reduced Fluorescent tamp.t ldentifies the lanp wattage lptiln flr lamps nlrmally used ¡n this as an Fnergy ldent¡f¡esl- the Be lumens and life I ChoiceM product. applicat¡ln. sure to check wattage, lamp: fìnish E I ectron ¡ ca I ly ba I I a sted. to determine which lamp is best suited to your needs. 0 I or color. ldentilies the lanp's wattage. BIue Highlight indicates that th¡s is a lamp with high ldentìfies the lamp shape. c0l0r render¡ng, which helps objects and persons illuminated t0 appear mzre true to life.

* found Bendering ( ) All foolnote references at the end 0f this secti0n. Reduced Wattage :. , High Color 6-3 @ Corpact Fluorescent Lamps

GE Plug-ln Compact Fluorescent Lamps GE 2DrM Plug-in Lamps o GE's highest light output compact fluo|escent larnp Their compact size offers the opportunity to cl'eate attractive, cost- o effìcielt lighting desigrrs in r"ecessed dowr.rlights, task lights, accent Unifolm light distribution . High light output up to 150W incandescent equir'. t lightilg, genelal lighting or rvherevel long life, conìpacr size and - energy saviÍrgs a|e impoltant. . Unique shape suitable for bload range ofapplications Theil high efñciency, compact size and long 10,000 hour. life make GE Low-Wattage thenr an economical alternative to incandescent and even colìven- Biax' ti

GE High Lumen Bíax' High Lumen Biax . Available in a range of sizes & rvattages for innovative T5 4-Pin Preheat 2G11 compact luminaires . High efficiency & outstanding performance in fìxtures make them ideal for 2X2, 1X1 & indirect fixtures H r Available in walm to cool color tempel"atures; excellent 2D Low Watt High Lumen Biax color rendering GRl0q-4 Biax T4 T5 4-P¡n Rapid Start G23 or G)03 2G11

Eaergy lloninal Lightauptut Eated Colot Mininan Used Ptoduct Iamp Case Add¡tional Length hneB Åvg. Lile îenp. Stattfenp Powc¡ Wab Bue Code Ðæignation ûry. lnlo¡nation ln. (nnl lnitial Mean Ho@ K cil F fc) Factot Tlll) 2DTM PIUG-IN TAMPS 4-PIN

10 GRl0q-4 21301 Í10n0ß2tl4P 60 BE 827 3.6 (91) 650 545 10000 2101 82 25F (-4) 22173 F10aDß3514P 60 : RES3SPhosphor{1,2,41. 3.6 (91) 650 545 10000 3500 82 25F (-4) 16 n169 n6nOß2714P RE 827 11,L4:,' 5.s (140) 1050 880 8000 2700 82 25F (-4) n1t7 H6nDl835l4P RE 835 {1,2.4F 5.5 (r40) 1050 880 8000 3500 82 2sÍ (-4) 21 21303 F2lnDß2714P 5.5 (140) 1350 1135 10000 2700 82 n118 Í21nDßX5l4P 5.5 1350 1135 10000 3500 82 25F 28 8.1 2050 1120 10000 Ðn0 82 25F n180 F28qDß3514P RE 835 8.r (205) 2050 1720 10000 3500 82 25F (-4) 38 F38nÛl82tl4? 8E 827 (205) 21305 |'1,2,41'. 8.1 2850 2395 10000 2700 82 25F {-4) 0 u181 RE 8:I5 8.1 2850 2395 10000 3500 82 25r {-4) LOW WATT BIAX' PLUG-IN TAMPS - T4 5 G23 19355 F5BVSPX27827 10PK 100 RE 827 {1¿}. 4.2 {106} 250 2n 10000 2700 82 0F ({8) 13575 8iÐ ros0hor, Cardod 4.2 {106} 250 210 10000 2700 82 0F (-18) (1,2 . 29960 F5BVSPX35/835 10PK 100 ßE 835 'hosohor 4.2 {106} 250 210 10000 3500 82 0r (-18) 29961 F5BVSPX41/840 10PK 100 RE 835 4.2 {106) 250 210 10000 4100 82 0F ({8} 14115 F7BVSPX27/827 10PK 100 RE 827 11,21- . 5.3 {135) 400 330 10000 2700 82 0r (-18} 13576 FTBVSPX2TCD tz7 Carded 5.3 400 330 10000 2700 82 0F , 17084 100 $2r 5.3 400 330 10000 3500 82 0F 20432 10PK 100 841 5.3 {135) 400 330 10000 4100 82 0F (-18} 11667 F7BVSPX50/850 10 RE 050 5.3 (135) 380 3r4 10000 5000 80 0F (-18) 14117 F9BVSPX27827 10PK 100 BE 82? 6.6 {167) 600 500 10000 2100 82 25F {-4} 13577 TgBVSPX2TCD 6 ßE 827 Phosphor, Carded {1,2}r 6.6 {167) 600 500 10000 2700 82 25t {-4} 20661 F9BVSPX2?/EC 10: RESzTPhosphor-Energy 6.6 (167) 600 500 10000 2700 82 25t (-4) Choiceil f7086 F9BVSPX35/835 10PK 'r00 R8835 ' 6.5 {167) 600 500 10000 3500 82 25t (-4} 20431 F9BVSPX4í/840 10PK 100 RE 847 6.6 (167) 600 500 10000 4100 82 25F (-4) f1670 F9BVSPX50/850 10 6.6 570 475 10000 5000 80 25F 13 GX23 1465{t 100 lt,2)* 7.5 825 710 10000 2700 82 32r 17612 10PK 100 {t¿}. 7.5 (r$) 025 110 10000 3000 g2 32F {0) 1704S FT3BVSPX35/835r0PK 100 RE 835 7.5 (191) 825 710 10000 3500 82 32F {0) 20434 F13BVSPX4î/84010PK't00 BE 841 7.5 (191) 825 710 10000 4100 82 32r (0) 11671 10PK 100 NE 7.5 (19r) 784 675 10000 5000 80 32F {0) HIGH LUMEN BIAX'PLUG-IN LAMPS - T5 Preheat

18 2G11 't6649 F18BVSPX30 f0pK 40 BE 830 9.0 l22Sl 1200 1080 10000 3000 82 25F {-4) 16053 F18B)VSPX35 t()PK 40 8E 9.0 (225l. 1200 1080 10000 3500 82 16940 tl8BVSPX4l 10PK 40 1200 1080 10000 4100 82 25F Ra Start l8 17174 F18BVSPX30/RS 10PK 40 RE 030 {r,2,5,8r 10.5 1267l. 1250 T130 20000 3000 82 50t (10) ( 17175 F!SB)VSPX35/RS 10PK 40 ßE 835 10.s (2671 1250 1130 20000 3s00 82 50F {10) 17176 Fî8BVSPX41/RS 10PK 40 RE 84I to.s 1267l. 1250 r13o z(}(lf)() 41(l{l 82 50F {10) 12521 F!SB)VSPX65/RS r0PK 40 10.5 (276) 1250 1130 20000 6500 82 50F {10)

* ( ) All f0Olnote references found at the end 0f th¡s secti0Ì. Feduced Wattage High Color Hendering 6-4 Compact Fluoreseent Lamps @

GE Douhle Biax' . More compact than ldw wattage Biax rvith highel lurnen output - suitable for- a broad range of applications () . 2-pin: preheat lamps with starters; not suitable fol use rvith dimrning ballasts . 4-pir.r: dimmable & compatible rvith electronic ballasts . Available in n'arm to cool colol temperatrues

Hish Lrmen Biax Double Biax T4 T5 4-P¡ n Rapid Start H 2-P¡n 2G11

Enargl Itoninal Light guptat ßated tola¡ Mininun Useú Pnduct Lanp Csse Addittonal Length tmens Avg, Life fenp. Stadlenp Pawer tvm Sase Cade lesigÍaîion &y. lnlonation ln. lnmì l¡írial lllean flotÊ K cBt f ('q Fac¡ot THo HIGH TUMEN BIAX'PLUG-IN LAMPS - T5 d Start (con'tl 27 16944 F2724BVSPX30 10PK 40 RE 830 12.8 {326} 1800 1620 12000 3000 82 50F (10) 16948 F27I24BVSPX35 10PK 40 RE 835 1800 1620 12000 3500 82 50F (10) 16951 F2724BVSPX41 10PK 40 RE 841 {1,2,5,8P 12.8 1800 1620 12000 4100 82 50F {10) 39 16538 F39/36BVSPX30 10PK 40 ßE 830 {t,¿5,0F 16.5 {4't9) 2850 2510 12000 3000 82 50F 15867 10PK 40 RE 835 16.5 {419) 2850 2510 12000 3500 82 50t 16952 40 RE 841 Phos¡hor (1,2,5,8I' 16.5 (419) 2850 2510 12000 4100 82 50F (10) .16.5 10493 F39ß68)íSPX50 10PK 40 BE 850 Phosohor (1,¿5,! (419) 2700 2385 12000 5000 82 50F (101 16953 F40/30BVSPX30 10PK 40 RE 830 Phosphor ll,l5,8)* 22.5 3150 284î 20000 3000 82 50t (10) 20444 F40ß0BVSPX3036PK 36 RE 8il0 Phosphor 22.5 1572]. 3150 2840 20000 3000 82 (10) Bulk Pack (1.2,5,8!' 16648 F40/30BVSPX35 r0PK 40 22.5 '5721 3150 2840 20000 3500 82 50F (10) 20446 F40/30BVSPX35 36PK 36 RE 835 Phosphor :22.5 3150 2840 20000 3500 82 50t {10) Bulk Pack {1,2"18F i.5721 16954 40 RE 841 Phosn 22.5 3150 2840 20000 4100 82 50F {10) 20441 t40i30BvsPx41 36PK 36 22.5 (5721. 31s0 2840 20000 4100 82 50r (10) Eulk Pack (1,2,5,81' r40ß0BvsPx5036PK 36 RE 85ll Phosphor 22.5 1572]. 2900 2700 20000 5000 80 50F Bulk Pack c 20898 F50BVSPX30iRS roPK 40 RE 830 22.5 4000 3400 14000 3000 82 50r (10) 20899 FsoBVSPX3s/RS 10PK 40 E35 :22.5 4000 3400 14000 3500 82 50F (10) 20900 rs0BVsPx4l/RS 10PK 40 RE 841 (t,¿5,8r 22.5 i'572l. 4000 3400 14000 4100 82 50t 10497 10PK 40 22.5 3800 3230 14000 5000 82 50F DOUBLE BIAX'PLUG-IN LAMPS - T4 2-PIN BASE I G23-2 12409 F9DBX23T4/SPX27827 50 BE 82' (r,21* 4.3 (109) 550 470 10000 2700 82 25F 10 G24d-'t 12872 tl 50 osphor (1,2)' 4.3 (109) 550 470 10000 2700 82 5F ( 12814 F10DBXT4iSPX30 10PK 50 RE 830 Phosohor (l¿l' 4.3 (109) s50 470 10000 3000 82 5F (-15) 12815 F!0DBXT4/SPX35 10PK 50 BE 035 Phosphor {l.X 4.3 550 470 10000 3500 82 5F (-r5) 12876 F10DBXT4/SPX4î 10PK 50 RE 84I 4,3 550 470 't0000 4100 82 5t (-15) 12597 F10DBXT4/SPX65 10PK 50 RE 865 (1,2r 4.3 (r09) 550 470 10000 6500 82 5F (-15) 13 18844 F13DBX23T4/SPX2i l0PK 50 RE 82' (1¿l' 4.7 {119} 860 730 10000 2700 82 32F 13578 H RE 827 Phosphor, Garded (12ì* 4.7 {1r9} 860 730 l()()(){) ztoo 82 32F 10574 50 BE 830 Phospho¡ {12}* 4.1 {119} 860 730 10000 3000 82 32F {0} 18556 F13DBX23T4/SPX35 10PK 50 E 835 Phos¡hor {1,2 4.7 860 730 10000 3500 82 32F (0) 20531 F13DBX23T4iSPX41 10PK 50 RE 847 4.7 860 730 10000 4100 82 32F {0) 32132 F13DBX23T4iSPX65 10PK 50 ßE 865 lt,2l' 4.7 (119) 860 730 10000 6s00 82 32F {0) G24d-1 18557 Fí3DBXT4iSPX2T 10PK 50 RE 827 il,2)" 5.3 (134) 900 765 10000 2700 82 5t G24d-1 12956 10PK 50 RE 830 5.3 (134) 900 765 10000 3000 82 32Í G24d-1 18559 F13DBXT4/SPX35 10PK 50 RE 8il5 Phosphor {1,21' s.3 (1341 900 765 10000 3500 82 5F (-15) 20532 F13DBXTA/SPX41 10PK 50 RE 841 Phosohor {l¿}r 5.3 900 765 10000 4100 82 5F (-15) G24d-r 13015 H3DBXï4/SPX65 f0PK 50 RE 865 Phosphor {1,2)' 5.3 r34 900 765 10000 6500 82 5F (-15) 18 G24d-2 12860 HSDBXT4/SPX27 10PK 50 RE 82? 6.1 1160 985 10000 2700 82 5F (-15) Fl8DBXT4/SPX30 t0PK 50 RE T3O 6.1 {154} 1160 985 î0000 3000 82 12863 50 6.1 {154} 1160 985 10000 3500 82 5t 12864 F18DBXÍ4/SPX41 10PK 50 {1,2.6}r 6.1 (154) 1160 985 10000 4100 82 5F 13017 F18DBXT4/SPX65 10PK 50 iE t65 Phosphor (1å6)* 6.1 (154) 1160 985 10000 6500 82 5F l-15) 26 G24d-3 18566 F26DBXT4iSPX27 10PK 50 ßE 827 6.7 1700 1440 10000 2700 82 15F {-9) 10578 F26DBXT4iSPX30 10PK 50 BE 830 6.7 't700 1440 10000 3000 82 15F {-9) 18567 F26DBXï4iSPX35 10PK 50 RE 835 6.7 (169) 1700 1440 10000 3500 82 15F {-9) 20534 10PK 50 6.7 (169) 1700 1440 10000 4100 82 15F 'I 50 . 6.7 1700 1440 10000 6500 82 15F

* ( All fo0tnote references f0und at the end 0f this secti0n. Beduced Wattage , i High C0l0r Rendering ) 6-5 Gompact Fluorescent Lamps

GE Triple Biax' CIne Piece Screw-in Lamps o GE's shortest, most cornpiìct Biax lamp. 17-31% shor-ter- fo r I n ca n desc ent S o ckets than Double Biax lamps . Highly efficient - up to 80% erìer3y cost savings vs. incandescent . Z-pin: preheat larnps lvith startel's; not suitable for use rvitl-l . Short (5.1"-7.1" long) and lighrweight ro meer application needs ú dimming ballasts o One piece unit scrervs dilectly into incandescent sockets and is . 4-pin: dirnrnable & compatible rvith electronic ballasts simply discalded at end of long 10,000 hour lile . Available in walm to cool color teÌnperatllres r Wide variety of wattages and sizes to meet applicatiorr needs. Fligh and lol polver lactor versions available o 16 watt Electronic Globe (FLG 16/E) is GE's lightest (1/3 lb.) and most cornpact (5" long) fluorescent globe; delivers more light than 60W G25 . FLBl7 & FLG17 are more economical replacements, delivering more light than a 60W G25 globe

Double Biax T4 Triple Biax T4 Triple Biax S Triple Biax Triple Biax R30 4-P¡n 4-Pin Med Med Med

Enoryy I'loninal Light ùugnt ßated Colot lÅinimn Useú Product Lamp Case Additional Lengh Avg. Lile îenp. Slaífenq Powe¡ 'lllD wru Base Code Ðesignalion ùry. lnlomation ln. lnn) lnitial Maan Ito!Á K cBt F PC} Factot DOUBTE BIAX' PLUG-IN LAMPS 4-PIN BASE

10 G24q-1 30031 Fî0DBVSPX27/ P 10PK 50 ßE 827 4.0 550 410 10000 2700 82 32F {0) 12817 F10DB)íSPX30i4P 10PK 50 830 4.0 550 470 10000 3000 82 32F {0) 30032 t0PK 50 FE 835 (1,¿8I. 4.0 {101} 550 410 10000 3500 82 32F (0) 30034 F10DBVSPX41i P 10PK 50 BE T41 n,2,8r 4.0 {101) 550 470 10000 4100 82 32F {0) 13 30035 F13DBVSPX27i4P 10PK 50 ßE t27 {1,2,8r 5.1 (128) 900 765 10000 2700 82 32F 10580 Fî3DBVSPX30/4P 10PK 50 BE 830 {1,¿8}. 5.1 {128} 900 765 10000 3000 82 32F G24q 1 30037 F13DBVSPX35i4P 10PK 50 5.1 900 765 10000 3500 82 32F {0) 30038 F13DBVSPXA1/4P 10PK 50 5.1 900 765 10000 4100 82 32r {0) 18 G24q-2 12865 50 5.8 {146) 1't60 985 10000 2700 82 32F {0) 0 12866 FíSDBVSPX30/4P 10PK 50 RE 830 5.8 (146) 1160 985 10000 3000 82 32F {0) 12869 H8DBVSPX35/4P 10PK 50 nE 035 {1,2,6,8r 5.8 {146} 1160 985 10000 3500 82 12870 FrsDBVSPX4li4P 10PK 50 ßE 84r (1,2,6,0r 5.8 {146} 1't60 985 10000 4100 82 32r 26 G24q -3 30042 F26DBVSPX27/4P 10PK 50 u¿7 {1,2,8r 6.4 1700 1440 10000 2700 82 32F {0) 10610 F26DBVSPX30i4P 10PK 50 6,4 1700 1440 10000 3000 82 32Í (0) 30043 50 6.4 {163} 1700 1440 10000 3500 82 32F {0) 30044 F26DBVSPX41i4P 10PK 50 841 6.4 1700 1440 10000 4100 82 32F {0) TRIPLE BIAX'PLUG-IN LAMPS - T4 4-PIN BASE

13 GX24q-1 11982 Fî3TBVSPX2/4P RE 827 4.2 {106} 840 7'r0 10000 2100 82 32F {0) 11983 Fî3TBÍSPX30/4P , 8E 830 4.2 {106} 840 710 10000 3000 82 32Í 11984 F13TBVSPX35/4P BE 835 1r,2,7,81* 4.2 {î06} 840 i10 10000 3500 82 32r (1,2,7,8)' 12816 FT3TBVSPX4I/4P RE 4.2 840 710 10000 4100 82 32F {0) 18 GX24q-2 10449 Fî8TB)VSPX274P 4.6 {116} 1120 950 10000 27n0 82 32F {0) 1 1986 830 4.6 {116} 1120 950 10000 3000 82 32F {0) r1987 rl8TB)lSPX3s/4P : BE 8:15 4.6 {116} 1120 950 10000 3500 82 32F {0) 12817 Fî8TBVSPX41/4P 841 RE 4.6 (116) 1120 950 10000 4100 82 32Í 26 GX24q-3 12278 F26TBVSPX27/4P BE 827 5.2 1610 1370 10000 2700 82 32r 12480 F26TBX/SPX30/4P 11,2,7,8l.* 5.2 1610 1370 10000 3000 82 32r (0) 12488 F26TB)íSPX35/4P 11,2,1,81* 5.2 {î31) 1610 1370 10000 3500 82 32F (0) 12821 8ðI BE 5.2 (131) 1610 1370 10000 4100 82 32F {0) 32 12781 Í32fBXlSPX27l4P 827 RE t,2,7,8l.* 5.8 {146) 2200 1870 10000 2700 82 12485 F32TB)íSPX30/4P ßE 830 1,2,7,81' 5.8 {146) 2200 1870 10000 3000 82 32F thosphor 12490 F32TBXiSPX35/4P RE 835 1,2,7,81* 5.8 2200 1870 10000 3500 82 32F (0) 12823 5.8 2200 1810 10000 4100 82 32F ELECTRONIC BALTASTED ONE PIECE SCREW-IN TAMPS

15 Med 12544 FLEîSTBVS/SPX27/EC 6 RE &7 Phosphot - Solt White Energy 5.4 {137) 825 700 10000 2700 , 82 -10F (-23} <.6 170o/o Ghoiceru, Eiax 11.12F 12981 FLE1STB)IHPF/SPX27iSW 6 - Soft White 6.0 825 700 10000 2700 82 {0t (-23} 0.95 <200k Ultra, Triple Biâx, lligh Power ( tactor {t,9,1011 13105 FtElSTB)VS/R3o RE 827 Phosphor - Soft White 390 330 10000 2700 82 *10F (-231 <.6 170o/o Energy thoiceil, 830 Reflector , {r,3,9,10,11J2,13r

( * ) All footnote references f0und at the end 0f this section. Reduced Wattage , High Color Bendering 6-6 Compact Fluorescent tamps @

GE Plug-ln Lamp with Adapter Systems r IVIost economical systdrr . Lamp ancl adapter are separate. Replacable lamps plug iÌlto adaptel's that screw into standald incandesceut sockets. a o Lamps last 10,000 hours; adapters last 40,000 hours (4 lamp lives). . 2D systern is GE's highest light output cornpac fluoresce¡t lamp: 39W system gives nearly the light of a 150W bulb, 22W system gives rnole light than a 75W brrlb

lnl

Triple Biax G30 FIGl6/E T19 Triple Biax Triple Biax Tri¡le Biax RFL Perlormance FTBl7 FLGl7 2D Med Med Med Med R40 Med Med Biax Med Med Med Med

EneW Honínal Lightouptut na|P"d Colot Mininun Used Ptoduct LanF Cass Ãddit¡onal Lenglh tMøñ Avg, lile îemp. St¿f' Tenp Powe¡ Waß 8¿se Code Designation qry. lnlonnation ln. (nn) lnitial llean Noaß K eß¡ fc) Factot Í'll) ELECTRONIC BALTASTED 0NE PIEGE SCREW-IN TAMPS (con't) 1250r FLEî5TBVS/G30 6 : BES2TPhosphor-SofltrVhite 5.8 (147) 630 550 10000 2700 82 -10F {-23} <,6 1700/o , EnergyGhoiceTil,G3{lGtohe : (1,3,9,1011,tzr 16 80506 FtGl6/E 6 RE8Z7 Phosphor - Sotrwhile 5.1 {130} 800 600 10000 2800 82 0t (-18) 0.5 <150% Ulta, Globo t2l' 20 12545 FTE2oTBVSPXzTEC 6 æT While 6.0 (152) 1200 1020 10000 2700 82 -r0F {-23) <.6 170o/o Energy Choiceil, Triple Biax

12498 FLE20TBX/[19 tzt White 7.2 850 720 10000 2700 82 -r()F (-23) <.6 170ro 0 Energy Choiceil, ïriple Biax, Tubular Shaped Eullet Eulb (r¡,9,r0,11,r2)* 12987 FrE20TBX/HPF/SPX27/SW 6 t27 Phosphor - Solt 6.6 (168) 1200 1020 10000 2700 82 -10t ( 0.95 <20o/o Ultra, Triplo Biax, tligh Power

tacfor 11,9,f 0,tf ,l2)r

14595 FIE2()TBVR40/EC RE Phosphor - $0ft White 6,9 (174) 650 550 10000 2700 82 -10F { <.6 170o/o Energy Choiceil, Triple 8iax,

R40 Rstlector {1,9,10,1 1,12}' 13174 FTE2OTBVHPT/RIUSW 6 ÍE 027 Phosphor - Solt While 7.1 800 680 10000 2700 82 -10F 0.95 <20o/o Ultra, High Power taetor, Triple Biax R¡lll fiellector (1,9,10,11,12P 23 12546 FIE23TB)VSPX27EC 6 i RE 82t Phosphor - Soft Wh¡te 6.9 1520 1290 10000 2700 82 -10F <.6 170o/o Energy Ghoiceru. lriplo Biax (r,9,t0,r1,12r

25 '12990 FTE25TBVHPTiSPX2TSW 6 RE 827 Phosphor - Soft Ultra, Triple Biax, High Power : 6.9 {1i5) 152n 1230 10000 2700 82 {0F (-23) 0.95 <20o/o tactor (l3,t0,lt,t2l* 28 13125 FLE280BX/SPX27iEC 6 BE 827 Whitê 6.6 1750 1485 10000 2100 82 -10F <.6 170'/o Energy Choicefr , Pe¡f ormanc¡ Siax (1,9,10,t1,12F 30 't46r5 FLE3008)íHPF/SPX27/SW 6 Èîn White 6.6 1750 1485 10000 2700 82 -10F 0.95 <20o/o Ultra, Perfonnance Biax, High Power Factot ETECTROMAGNETIC-BATLASTED ONE PIECE SCREW-IN LAMPS 17 80503 FLBî7 RE 827 Phosphor - Eullet $hape 6J {170) 700 595 9000 2800 82 32F (0) 0.5 <32o/o (t,9,10,il.r2)r

80504 ttcl7 BE 827 Phosphor - Globe Shape 6.4 (1 700 595 9000 2800 82 32Í 0.5 <32o/o (f .9,10.fi.r2)' PLUG-IN TAMPS WITH SEPARABLE ETECTRONIC ADAPTERS 22 11522 FEA22I2D/HPF/SWCD 6 : ßES2TPhosphor.SoftWhite 4.0 (',t02) 1300 1105 10000 2700 82 0F (-18) >.9 <20o/o Ultra, H¡gh Powor Factor, ú Ca¡ded 39 11526 6 81? Phosphor - Sofl White 4.3 2780 2360 10000 2700 82 -18) >.9 <20o/o Ultra, lligh Power Factor

* ( ) All footnote references f0und at the end 0f this secti0n Beduced Wattage : High Col0r Rendering 6-7 @ Co*pact Fluorescent Lamps

I

H

Biax Double Biax R40 Circlite Bright Stik Light'N Easy Med Med Med

Enoryy lloniøal $düaryM ÌEtaû Cotu Míninn UEsl Pn¡¡,ñ lanp fas¡ Åúd¡ti0f,al le¡glh l@ ßvg.lilo lan , Slsrf Tanp Powst rú t¡s¡ Cods 0øsigain A$. hlo¡natíoa lrl lÍNt, blltal llam tw Í AN fc) Faetil lI$) PLUG-IN LAMPS WITH SEPARABTE ETECTROMAGNETIC ADAPTEBS 6.5 {165} 250 210 10000 2700 82 32Ê {0} 0.5 <20o/o 80510 H.A7SPX27 7.7 (195) 375 320 10000 2700 82 32F {0} 0.5 <20o/o 80511 FLAg/SPX27 500 425 10000 2700 82 32Í 0.5 <20o/o 80505 F[A|3/SPX27/HPF

1f98r FIA1SDB)íR40 7.4 (1881 450 380 10000 2700 82 32F {0} 0.5 <20o/o

80507 7.2 {183} 750 635 loooo 2to0 82 32F (0) 0.9 <33% 11307 FCA2|/CD 1200 1020 10000 3000 82 50t (r0) 0.5 <20o/o

21 1468t FCA2'/BIB 4 Blacklight, UVA 10000

BIAX' SCBEW.IN ADAPTERS 16217 FLAT/9 BUIK 50 Bulk pack conta¡ns 50 screw-in 2.9 (73) { adapters to operate FTBX or t9BX Biax lamps (1,9,1'1,14)* BRIGHT STIK' [IGHTING UNIT 33 1n57 FBS25/WVPP 6 Bright Slik. White [amp- in-holder 25 (635) 125 7500 unitwilh standard 2-prong plug (1)* 41912 FBS25/8IB/PP 6 Brighl Stik. Blacklighl Blue lamp 25 {635} 7500

(11- 1?263 FBSzs/GS/PP 6 Stik. Gro&Sholamp 25 (635] 470 7500 - ¡n-holder unit w¡lh slandard 2-prong plug (1)* LITE'N EASYTM LIGHTING UNIT 13 21585 tCtl3/SPX2zPP 4 10000 2100 82

Footnotes:

1 . Fluorescent lamp lumens decline during life. B. 4-pin lamp minimum starting temperature is a function of lhe ballast. Magnetic ballast -20'F (-29'C). 2. Based on 60Hz reference ballast. minimums are 50'F {1 0'C). Electronic ballast mìnimums can be as low as ,.ll 9. 0ne piece screw-ìn lamps for incandescent sockets and plug-in lamps wilh screw-in adapters do 3. Eng¡neering estimates. l not work with cl¡p-on shades. 4. 1 O-watt, 1 6-walt and 28-watt 2D lamps may be operated in any positì0n. 21-watt and 38-watt 2D lamps must not be used wìth the leg marked r., 10. Lumens of one piece screw in lamp systems are measured base up. Lumen oulput when {a} in the diagram below the bend {b}, in order to avoid overhealing the operated base down may be more than 5% less. end of the cap marked {c). 1 1. Best performance if operated base up and at 77'F (25'C) amb¡ent temperature. per 5. Life ratings for the F] 8BX Preheat lamps are based on operating the lamp at 3 hrs. start 0n a 1 2. Use only on 1 20V 60Hz circuils. Do not use on dimmìng circlrits. Use indoors and do not use in preheat type circuit. Operati0n on rapid start and ìnstant start ballasts is not recommended. Life wet locations. N0t for use in totally encìosed recessed f¡xtures. lamp at 3 ratìngs for all other Rapid Start Hìgh Lumen Biax lamps are based on operating the 13. Fits most R30 applications. hrs. per start 0n a rapid start type ballasl. Life rating on a preheat type 0f ballast ¡s 25olo lower. 14. Adapters rated at 40,000 hours. ( 6. C0ld calhode resistance ìs approx¡mately 6.0 0hms. 1 5. Typically not used in enclosed outd0or applications. 7. Typically not used in under cabinet applications. 1 6. Lumens measureri with reflector Iens.

See page a-io'forither general fluorescent lamp informat¡on.

* ( ) All f0otnote references found at the end 0f this secti0n. Beduced Wattage ã:?;::jã High Color Bendering 6-8 t 0

0

Single-Ended T PS PAB A Douhle-Ended T 0

Stage/Stud i o Lamp Sha pes (drawings not to scale) 7-l @ Strge and Studio Lamps

Bulh 0tA. ldentification: f DIA.: Diameter of bulb at widest point. t t\,101 MOL in. (nn): Maximum )verall Length including base or pins.

LCL in. (mm): Distance between the center of the filament and the Light Center Length reference plane.

Note: Lamp drawings are not drawn to scale. Be sure [¡01 to check size and dimension inlormation when identiÍying each lamp.

Filament ldentification:

fÉ Ðì ilË Ëil Ë iltåJ W T{l. o /,^ 2C8 c-2v c-5 c-6 c-74 cc-8 c-9 c-t3 c-t3D 2CC-8 cc-2v cc-6 {

Base ldentilication: TtHæÇWWÍ= Can DC Bay 2-Pin (Bound) GXg.5 2-Pin PÍ MIn RiPin Mini Cand Becessed GX5.3 GYI6 G5.3 811 Single Contact ß75

wtrø Fenule Screw Med Screw Mog Screw Med Pf Mog Pl fe¡minal E26 E39 P28s P40s

Med Side Pr Ext. Mog End Pr Mog End Pr Med BiPost Mogul RiPost Gxlñtl CXl6d G22 G38 t ¡

7-2 Stage and Studio tamps @

a Introduction . h GE Lighting has been a leading supplier to stage and Lamps normally fail by fusing of the filament. This '(7 studio users for many decades, and continues its is often followed by arcing, leading to very high currents pioneering work in the development of new and which can cause the envelope and seals to fail and the innovative light sources.- lamp to shatter. A quick-acting, high-breaking capacity The primary change in recent years has been the fuse should therefore be connected to the supply line in migration from glass to quartz as the standard bulb all applications. Suitable types are given in IEC 127,241 material. The higher melting point of quartz enables and269. bulb envelopes to be reduced in size and the halogen Lamp Codes fillings to be run at higher pressures, leading to smaller, GE Stage & Studio lamps are coded as such: lighter, brighter, more energy-efficient and more reliable lamps. Lamp Designation. This may be either an American National Standards Institute (ANSI) three letter code GE Lighting's comprehensive range of single- and such as EJG, or a descriptive code in the general form lamps is complemented by a group of PAR double-ended ß/ CL. ANSI codes are assigned to lamp lamps, the light source is enclosed in a sealed Q750 where specifications - mechanical, electrical and photometric reflector Llnit. characteristics - filed with the Institute. range very The beam patterns of PAR lamps from narrow They ensure interchangeability among similarly coded spot to wide-angle floods. This ensures consistency from lamps from different manufacturers. Most of these lamps lamp to lamp, interchangeability to suit the beam are rated for 12O-volt operation. In a few cases a pair of needs and instant replaceabiliry pattern of the moment ANSI codes are given (e.g. BFL/BFK), where the first the need to refocus and re-aim fixtures. without is the official code for the lamp and the second code The sealed beam design prolongs the life of the inner describes lamps the specifications of which are met or lamp as well as protecting it from dust, vapor and other exceeded. In such cases, the lamps may be used to hazards, thereby ensuring high lumen maintenance over replace lamps with either code. lamp. the life of the Base designations conform to IEC standards. PAR lamps may be used with very simple, lightweight, economical fixtures. 0 Êeneral lnformation 0 p e rati o n a I Ch a ra cte r i sti cs Quartz halogen lamps are designed to be operated within close voltage tolerances, and excessive voltage can lead to drastically shortened life, albeit with significantly higher light output. A second important variable is temperature. The tungsten halogen cycle does not operate properly below about 482oF (250'C) and quartz may begin to devitri$' above about 1832"F (1000"C). Bulb envelopes should therefore be held in the range 482-7472"F (250-800'C). The rate of oxidation of the sealing foil carrying current from the base to the fìlament through the quartz enve- Single-Ended (top) lope increases with temperature above 662oF (350'C), Douhle-Ended (bottom) and lamp life may be severely curtailed by premature and PAR lamps (¡ight) seal failure if this temperature is exceeded. The contact pins are plated to ensure good electrical connection with the lampholder. Flowever, at temperatures above 662'F (350'C), the plating may lose adhesion, leading to deterioration in contact and possibly local hot spots, arcing and consequent irreparable damage to both lamp and holder. Note that if there is evidence that this has occurred, the lampholder should be replaced before the next lamp is fitted, otherwise it is likely to fail prematurely for the same reason. (t

7-3 @ Sttge and Studio Lamps

Headings in this catalog section: When You Don't Know The Lamp Description: The following glossary of terms and descriptions 1. Identify bulb shape by using table on page 7-1. can help you when checking Stage/Studio lamp 2. Measure bulb diameter using ruler in appendix specifications and when ordering products. Within each section page 8-6 to determine width in eighths I product line, lamps are divided into families, within of an inch. these families, lamps are then listed by wattage. To find 3. Identify base type using table on page 7-2. your lamp, follow these simple steps: 4. Find your lamp in the table containing the bulb shape, size and base,

Approximate Beam Spread: For reflector type lanps. The t1tal angle of the d¡rected Energy Used w"n"' bean (in degrees) to where the ¡ntensity 0f the beam falls Energy Used (as defined by to 50% 0r 10o/o of the maximum value as indicated. FTC lamp label rules). fo find actual energy used (kWh) Lamp Designation: Filament Design: power (watts mult¡ply shown) The lanp's Filanents are designated by a letter clnb¡nati0n x time divided by 1000. identif¡cation code. in which C is a coiled wìre filament, CC is a coiled wire that is itself wound into a larger coil, and SE Color Temoeratu¡e - ¡s a stra¡ght r¡bbon filament. Nunbers represent Bulb: Ketvins (t(): the type 0f filanent-supp0rt affangement. Bulb shape followed by its size A measurc of thc visual (the maximum dianeter of the "warnth" or "coolness" bulb expressed in eighths of LIF Code: Volts: Lisht of the light Írom the lamp. an inch). These are assigned output - MOL in. (nm): The higher the value, the by the Lighting Each lanp's "coolet" Lunens: Maxinun 0verall whiter ot the Federation of voltage ¡s listed. The lanp's Length in inches light appears. Product Code: London, U.K. They rated output and nillimeters. It is inportant to use th¡s ensure electrical five-digit code when ordering Case Auantity: after the ßated and nechanical initial 2 to ensure that you rece¡ve the interchangeability Number of product units Average LCL ìn. (mm): hours of exact product you require. of sinilarly coded packed in a case. LiÍe - D¡stance between the operat¡on. lanps. LIF codes are center of the filanent divided into groups Lamp burning and the Light center Base: accord¡ng to the Ad d iti o n a I I n[o rnati o n : hours to Length reference The type prinary application Typical appl ication and/or median life plane, in inches and of base. of the lanps. othet i npo rtant i nformati on. expectancy. millineters.

Enwg¡ ligW &lßd Color AgpxSeanSpr;ad Useù Ptodttsl lanp W 8¿so Aldltional AüWû ivgttr EÌarF,ú ual $t lenp, ,M W nø Ealb 8a¡e ûode ø*ígaalion eods Uolß 40. htlo¡ttotÍo¡ r@ b nøsign h {rd in km) I PeakSP PeattP { STAGE/STUDIO OUARTZLINE' TUNGSTEN HALOGEN TAMPS (ARRANGED IN WATTAGE ORDER) 200 T4 D C Bay {BA15d) 14119 FEV-0200/CUDC 120 6 Cleat 5500 5ll CC-ZV 2 lro {61.9} l% (34.9} 3200 250 G6 2-Pin Pf {GY9.5) 37427 DYG-(I250/4CU2PP 30 24 Clear 8000 î5 CC-6 21lz {63.5) ltlr (36.5} 3400 300 Pf 30455 FKW-0300T8 cP81 120 50 7200 15ll C-13 37hs {87) 1r%u (46} 3200 350 T3 BSC 20881 FDF/H|R-O350IZ4CI 120 6 Halogen-lR, Clear (31)* 132511 400 C-8 4'lfo (119.1) 23la (60.3) 3200 420 G7 z-Pin Pf {GY9.5) 33934 EKB-0420/4CU2PP 120 24 Clear (15)* 11000 75 CC-6 21lz {63.5) ltha (36.5} 3200 500 T3 RSC (R7s) 23735 tDt-0500T3/4CL 120 12 Clear(3'|)* 13250 400 C-8 4"lo (119.1) 23la (60.3) 3200 23734 FDN-0500T3/4 P2ß1 flr 12 Frosted 12800 400 4 3200 12 Clear 10450 2000 h 2S50 Med 2-Pin (G9.5) 37082 120 12700 500 CC-8 4 (101.6) 2'la (60.3) 3150 37083 EHD-0500Ct/fP 120 6 10450 2000 cc-8 4 (rfl.6) 23h (60.3) 2950 Mini-Cand 47950 EVR-0500CUMC flr 6 Clear (15,19)* t04s0 2000 cc-8 x5h {92.1) 2 (50.8) 2950 T6 Med Pl(P28s) 11966 BTL-0500T6/CUP T17 120 12 Glear(17)* 11000 500 C-13 51h (133) Z'hu (55.6) 3000 16465 BTM-0500T6/4CI¿P 120 12 Clear{17}* 13000 150 35 3200 30373 120 12 Clear(1 13000 1$ c-13 5 h 3200 z-Pin Pl (GY9.5l 30458 FBG-0500T9 CP82 120 24 Clear 13000 150 C-13 37ha (87.31 1131t {46.0) 3200 30461 FRF-0500T8 T18 120 50 12000 400 Cl3 37ha {87} 1131r (46) 3050 T12 MedPl{P28s) 39134 EGC-0500ÆCUP 120 12 Clear (15)* 12700 500 CC-8 6 (1521 31lz (88.9) 3150 525 T3 RSC (R7s) 20883 EJG/H|R-0525T2|/,/4 fln 6 Halogen-lB,H0RZ(31)* 20600 400 C-8 4t'/ü {119.1} 21lz {63.5) 3250 575 T6 Med 2-pin {G9.5) 11450 FtK-0575T6/4Ct 115 24 Clear (15)* 16500 300 3 3200 14327 1,l5 50 Clear, 12000 1500 cc-8 3 2 2950 600 T5 2-Pin Pl 30475 tMR-0600T5 120 24 Clear 12600 2000 CC-8 Stlo (98.41 2 {50.8} 30s0 650 PAR36 Ferrule 41668 FAY-0650PAR36/3D 120 12 30 27hs (61.9) 5000 25x15 Scrw Term 41669 120 12 30 2'hs (61.9) 5000 25x15 41671 FB0-0650P4R36/5 120 12 30 25x15

FBO. -T---T---0650 PAR36Æ t¿ent¡rtestJ ldentifies the tamp shape and lhe lanp ANSI code. I bulb d¡ameter ¡n eighths 0f ¡nches. Yellow Highlight tndicates that thts is a reduced I wattage 0pt¡0n for ¡n th¡s ldentifies as Auartz lanps nlrnally used bulb and its wattage. appl¡cat¡ln. Be sure to check wattage, lunens and life ¡ to determine which lamp is best suited to your needs.

* 7-4 ( I All foornote references found at the end of this section. Reduced Wattage Stage and Studio Lamps @ rt

PAR36 PAR36 Ferrtrle Ferrule ffi ,T{ g ß 08ffi æ=ÉEEÐ ß ß ffi ffi Þj-+*+rç t20 T8&T14 120 T4 G6 T8 T3 G7 T4,T6&T8 T4 T4 t12 T8 ï6 T5 T4 Med Pl Med BiPost Mos Pf DC Bay 2-Pin Pf 2-Pin Pl RSC z-P¡n Pl Med Pf Med 2-Pin Mini Gand Med Pf 2-PinPf Med2-Pin 2-PinPl RSC

Etow tigbt Satod Cølu AgpxÛean9praaú gN llssd Pndacl lmtp lli Can Atkltriond Aúþ¡1/t Aug.,ilo Firil,eÍÍ tiil, lîl fw¡p. 10'0/. wû &ttù Saso Cada 0esignaliøn 00tu Aoß &¡ lúa¡øaüoa l@ x@ Aes¡Cû iL (nn) ,ù knnl X FeateF Pe*C¡ STAGE/STUDI O INCANDESCENT LAMPS (ARRANGED IN WATTAGE OBDER) 250 T20 Med Pl (P28sl 20762 25r'Í20141 120 24 Glear 4600 200 C-13 5 % (146) 23hs (55.6) 2900 500 Tl4 MedBiPost{G2:ll 21803 50ü14n 120 24 Clear, base up 130' 9000 800 C-t3D 6%o (164) 4 {101.6} 2850 T20 Med Pf (P28s) 29802 DMX-500T20P A1/8 120 24 Glear (8)* 13200 50 C¡3 53lc (146) 23ln (55.61 3200 21887 DNW-500T20/64 120 24 Clear {17}* 10000 500 53lt {146) 23hs (55.6} 2900 1000 T20 Pf P40s) 29964 DPW-îM/Í20P 41fi88 120 12 Proiection,Spol,Clear(301* 28000 50 C-13 9'lz 1241l. 3 3200 1500 T20 PI P40s) 30004 DTJ-1500T20/39 120 12 Proiect¡on, Spot, Clear (30)* 42500 25 C-130 9'lz (2411 Sths 3220 STAGE/STUDIO OUARTZLINE' TUNGSTEN HALOGEN TAMPS ( ARRANGED IN WATTAGE ORDER) 200 T4 DC {BA'rsd} 14119 FEV-0200/CU0C 120 6 Clear 5500 50 CC-N 21ha (61.9) 13h (34.91 3200 250 37427 DYG-(u50/4CV2PP 30 24 Clear 8000 15 21lz (63.5) 171rc (36,5) 3400 300 350 420 500 23734 tDll-0500T3/4 P2ß1 120 12 Frosted 400 C-8 4trfr {119.1) 23h (60,3} 3200 0 Clear 10450 (ts2l 31lz (88.9) 29s0 Med Pf (P28s) 39135 EGE-0500CUP 120 12 2000 CC-8 6 Med z-Pin {G9.5} 37082 EHC-0500ÆCI 120 6 Clear {15,29)* 12700 500 cc-8 4 (101.6) 23h {60.3} 3150 D-0500CVfP 120 6 Clear (15)* 10450 2000 cc-8 4 3h {60.3) 29s0 M¡n¡-Cand 47950 120 6 Clear (15,191* 10450 2000 cc-8 3uh T6 Med Pl (P28s) í1966 120 Glear (17)* 11000 500 c{3 51h 2 3000 16465 BTM-0500T6/4CV2P 120 12 13000 150 c-13 5'h (133) 23hs 3200 T8 Med BiPost {G22} 30373 EGN-0500T8 120 12 Clear {12}* 13000 150 Cl3 51lz (140) 21lz (63.5) 3200 2-P¡n Pl (GY9.5) 30458 FRG-0500T8 CP82 120 24 Clear (17)* 13000 150 G-13 3'hs (87.31 1r%o {46.0) 3200 30461 FRF-0500T8 Tt8 fln 50 {17}. f2000 400 C-13 31h {87} 1r%o {46} 3050 Tl2 Med Pf 39134 120 12 Glea¡ (15)* 12700 500 cc-8 6 3 (88.9) 3150 525 T3 RSC (R7s) 20883 120 6 H0RZ (ilr 20600 400 c-8 4111rc 575 T6 Med z-pin {G9.5) 11450 tLK-0575T6/4CL 115 24 Clear (15)* 16500 300 CC-8 3311a 2 3200 1432r FL|V[[-0575T6 115 50 12800 1500 CC-8 3il/æ (100.8) 23h (60.3) 2950 600 T5 2-P¡n Pl (GY9.5) 30475 FMR-0600T5 120 24 12600 cc-8 3% (98.4) 2 (50.8) 3050 650 41668 FAY-0650P4R36/30 120 12 Spot 30 (61.s) 25x15 Scrw Term 41669 FBE-0650P4R36/50 120 12 Spot(3,4)* - 30 - 21ln (61.9) 5000 25x15

Ferrule 41673 tCX-0650P4ß36t 120 12 Medium tlood {3,4}* 100 2'hs {61.9) 3200 40x30 ScrwTerm 41667 DWE-0650P4R36Í 120 12 Medium Flood (3,4)* 100 Zsha (65.11 3200 40x30 T3 RSC(B7sl f3895 FCM/H|R-0650T3/4 120 6 Halogen-lR, Clear {31 }" 25200 400 G-8 41rlt (119.1) 23h {60.3) 3275 3/ro uls T4 RSC(R7sl 30325 FAD-0650T4/4CL PU6 120 24 Clear 16500 100 CC-8 3 (81.0) {15.9) 3200 5h 120 24 Frosted (14,26)* 16500 100 cc-8 3 (15.s) 3200 (46.01 T8 2-Pin Pf 30481 50 Clear (11)* 16900 200 c-13 3'ha 3200 30476 FRE-0650T8 T26 120 50 15000 400 Cl3 3 %u (46) G6 2-P¡n Pf {GY9.5} 34328 120 24 20000 25 CC-6 21lz 1 3300 675 T3 RSC {R7s) 20884 FFI/H|R-0675T3/4 120 6 Halogen-lR 26400 C-8 6 %o (167) 25h 3250 750 23756 EJG-0750T3/4Ct 120 12 Clear 20600 400 4lrlo {119.1} 21lz {63.5} 3200 23755 EMD-0750T3/4 120 12 Frosted {3î}* 13500 400 C-8 4 "/ro (119.1) 21lz (63.5) 3200 T6 Med Pl {P28s}

c Med 2-Pin (G9,5) 43r67 EHG-0750CrfiP 120 6 15400 2000 cc-8 4 (101.6) 2

* ( ) All f00tnOte references found at lhe end of this section. ßeduced Wattaqe 7-5 @ Stuge and Studio Lamps

(

@ ï3&T5 RSC Ër+H+-4 T4 RSC fr :______rL- W w næ i-l.lMLll n T4, T6, T7 & T8 ï7&ï8 PAR64 PS52 T7,8,9,10&12 T7&T8 ï7,8,9&10 T6 T6 T20 T24 Med Pf Med BiPost ExMogEndPr Mog Mog Pf Med 2-Pin Mog BiPost Med 2-Pin BSC Mog BiPost Mog B¡Post

fue¡gl LiClil ßated Colot þpxEeanSpnaü' Asel Prsdrcl lilq llF C;æø Adúitional Augd Åvg,liîø Filaneú ltt0l ß. fW ta% gPA wø StIh Sase îo¡le Aæignatin eúa Volß &y, húa¡nalion IM fl@ aestCû in (nnl in (nn) Í PøúCP PealCP STAGE/STUDIO OUARTZLINE' TUNGSTEN HAL0GEN LAMPS (ARRANGED lN WATTAGE ORDER}con't 750 l7 Med Pl 11s54 BTP-0750T7i4CU2P 120 12 Clear (15)* 21000 200 C-130 43lc 23ha {55.6} 3200 Med BiPost {G22) 39190 EGR-0750T74C1 120 12 {17r 21000 200 5 211, {63.5} 3200 Med Pf (P28s) 11953 BTN-0750T7/CU2P 120 12 17600 500 C-130 43lq (120.71 3%r {55.6) 3050 T8 Med2-Pin(G9.5) 39680 BWM-0750T7|4CL|TP 120 6 Clear 21000 200 C-130 41h í14.31 23lt (60.3) 3200 1000 PAR64 ExMosEndPr 13226 FcM-01000P4R64i30 120 6 200 5200 24x12 l3x6 13233 FFN-O1000PAB64it 120 Very Nanow Clear{3)* 11000 800 6 (1521 3200 24x10 12x6 13229 120 Narrow Clear (3)x 12000 800 6 3200 26x14 14x7 13228 FFR-01000P4R64Æ 120 Medium Flood, Clear (3)* 14000 6 3200 44x11 28x12 13227 FFS-01000PAR64/6 120 Wide Flood, Clear {3)* 19000 800 6 52], 3200 71x45 48x24 13225 FGN-0í000PAR64rrD n0 8200 200 6 (152) 5200 43x20 37x11 PS52 Mog {E39} 39582 DKZIDSE-01000PS52i4 120 12 t.t., Iamp 28000 750 CC-8 13 (330) 91lz 12411 3200 T3 RSG (R7s) 23788 EJD-01000T3i3C1 185 12 Glear 33600 100 C-8 4tlfo (119.1) 23lo 3350 23797 P2n8 n0 n Clear (31)* 28000 400 c-8 [nhu 2 3200 33280 FFÍ-01000T3/1Ct 120 12 Glear (31 )* 26400 400 6 2 3200 23792 FHM-01000T3/4 PZzS P0 12 trosfed(26,311* 27300 400 4 23ls (60.3) 3200 t T5 RSC {R7s) 30157 DXW-01000T5/4CI 120 24 Glear(27). 28000 r50 cc-8 3 % (s5,3) th i'22.21 3200 30362 DYA-01000T5/îCL 120 24 Clear {15}* 28000 200 cc-8 4% (111.f) 7h (22.21 3200 30374 tBY-01000T5/4 120 24 Frosted {26,27}* 26000 150 CC-8 3'lo (95.3) 7h l.22.21 3200 T6 Med Pf {P28s} 38853 120 12 27500 300 cc-8 6 (î 38852 nA 12 Frosted (151* 26500 300 39r38 EGM.0r000CUP 120 12 Clear (15)* 21500 2000 31lz {88.9) 3000 Med 2-Pin (G9.5) 35853 FCV-01000/4 120 6 Frosted (15,20)* 26500 375 CC.8 4 {101.6} 23h {60.3) 3200 35607 FEL-01000i4ct 120 6 Clear (15,20)* 27500 375 CC-8 4 (101.6) 23h (60.3) 3200 T7 Med Pl (P28s) î1955 120 12 Clear 28500 250 C-13D 4Iq l120.ll 23hu (55.6) Mog Pl (P40s) 12554 12r 24500 500 c-13 D 7'lo 3 3050 12553 BW-01000T7/4CUMP 120 6 5)* 28500 200 3 3200 MedZ-Pin{G9.5} 39681 BWN-01000T7I4CVIP 120 6 Clear(17}* 28500 250 C-r3D 4 23h (60.3) 3200 MogB¡Post(G38) 42697 CYV-01000T74CU8P 120 6 Clear(l7)* 28500 200 c-13D I (203) 5 lt27l 3200 Med BiPost {G22) 39191 EGT-01000T74C1 120 12 Clear (17)* 28500 250 C{30 5 1127l, 211, (63.5} 3200 131rc T6 BSC (R7s) 33760 tER-01000T6i4Ct 120 6 Clear (151* 2t500 CC-8 55h (143) (20.6) 3200 1200 PAR6I ExMogEndPr 34812 120 6 Flood, Glear (3)* 400 3200 13x24 22x36 34810 120 6 Spot, Clear {3)* 400 3200 8x10 l6xî8 34808 GrC-01200PAR64Í 120 6 VeryNarrow Glear (3)* 400 {152} 3200 8x10 14x16 34806 GFE-01200PAR64/6 120 6 Wide Flood, 400 {152} 3200 25x58 34x71 1500 PS52 Mos (E391 403s7 DKVDSF-01500PSS2/4 120 12 LF., 41000 1000 c-8 13 {330) T4 RSC (R7s) 23841 tDB-01 120 12 Clear {3t 41200 400 c-8 6%u (167) 3200 41 120 12 40200 400 c.8 6%o 2 3200 T8 30522 DïA-01500T8i4C1 120 6 41 300 200 (87) 32oo 37564 CXZ-01500T10/4Ct 120 6 Glear 7)* 44500 400 G-r3 Itlz 5 {127) 3200 PI 30526 CWZ-01500/112 120 6 Clear ('17)* 41000 300 C-13 8'%, (2f51 31%o (100.0) 3200 2000 T4 RSC (R7s) 33761 tEY-02000T8i4C1 120 6 Clear (4)* 57000 400 cc-8 5 % (143) I (25.4) T8 Mos B¡Post {G38) 39587 120 6 Clear (23)* 54000 500 CC-8 81lq (2r0) 5 11211 3200 Mos (E39) 37086 120 Clear 54000 500 cc-8 7,lz 3200 T9 (E3s) 120 6 56000 400 cc-8 1 5rh 3200 T10 Mog Pf 12555 BVW-U000T10/4CUMP 120 6 59000 350 3 1%o (100.0) 3200 BiPost 36636 CYX-ft2000T10/4CL 120 5 Clear 59000 350 c-13 I (203) 5 l12tl 3200 ( 5000 T20 41736 DPY-05000T20/4CL CP29 120 6 Clear(9)* î43000 500 c{3 11 tatïl 611, {165} 3200 10000 T24 BiPost 18305 120 4 Clear 290000 300 c-13 15 10 3200 t

* 7-6 { ) All f00tn0te references found at the end of this section. Reduced Wattage Stage and studio Lamps @ã)

rÔ

ffi æ T7,8,9, 10 & 12 ï8 T4, T6, T7 & T8 T3&T5 ï6 ï7&T8 PAB64 ï7,8, 9 & 10 lt0 2-Pin Pf Med Pf RSC Med 2-Pin Med BiPost ExMoqEndPr Mog BiPost 2-Pin Pf Mog Pf

Enw LiC,fr &âted Colot Appx.Eean$pread 5M Used Ptoúud lønp UF 0¡so Núitional Aufuú Avg.Ulo frtdneil l40L LCL lenp. 109( (tnnl PeehCP PeahCP w* Etih 8¡so o,oús ûesignolioa Coúe YolE üy. htlo¡nalion ¿@B ,t@ oestgl ín (ml in. I STAGE/STUDIO OUARTZII N E' TUNGSTEN HALOGEN HIGH VOTTAGE TAMPS (ARRANGED IN WATTAGE ORDER) (46} 3200 300 T8 2-P¡n Pl (GY9.5) 30456 FSL-0300T9 230 50 (17)* 6900 150 C-13 3'ha {87} 1131r 2950 500 Med Pf 30535 FKF-0500T6/CL 117 230 12 9500 750 C-13 5 3 %o {55.6} 3200 z-P¡n Pf {GY9.5} 30459 230 12500 150 C-13 31ha 30462 230 50 (17r 11000 400 C-13 37ln {87} I 3050 (189) 3200 625 T3 RSC (R7s) 19697 062sT3/4Ct 230 12 (4r 16900 300 77h Anln 1969S 0625T3/4Ct PUlr 240 12 {4r 16900 300 C-8 71lr (189) 423fu (120) 3200 (101) (60.5) 650 T6 Med z-Pin (G9.5) 30488 FKR'0650T6/CL 230 24 (15). 15000 300 cc-8 4 23la 3100 T8 Med Pf 30541 FKB-0650T8 T13 230 12 13500 750 c-f3 5 {55.6} 3oo() Med B¡Post (G22) 20320 cP39 230 12 16900 200 C-13 51lz 3200 Med Pl (P28s) 20323 cP51 230 12 (r7r 16900 200 c-t3 5'h (130) 3'ha 3200 z-Pin Pl (GY9.5) 30482 FRL-0650T8 23r 50 (17r 16250 150 C-13 3 lro {87) 1131,u 3200 30479 GCT-0650T8 230 50 {17r 15000 400 Cl3 371rc (87) 1131r {46} 3050 20315 0650T8/4Ct cP23 230 12 i'12,17Y 16S00 200 C-13 41h {110) 213hø (55) 3200 r%s (71.4) 800 T3 RSC EME-0800T3/4CI PAI1 230 12 Clear 22000 250 c-8 4 3200 trosted 21400 250 c-8 41',1rc 2 .4) 3200 0 23161 PU|1 240 12 20x17 12x6 1000 PAR6{ ExMogEndPr 19909 cP60 220 6 {3r 300 6 {1 19910 EXC-01M/APR64 CP6o 240 6 (3r 300 6 (1s2) 3200 20x17 12x6 19911 EXD-01M/PAR64 CP61 220 6 (3r 300 6 (152) 3200 23x20 13x10 19912 EXD-01M/PAR64 CP61 240 6 {3}. 300 6 {152) 3200 23x20 13x10 19913 EXE-01M/PAB64 CP62 220 6 (3r 300 $21 3200 39x24 25x14 4 EXE-01M/PAR64 CP62 240 6 3200 39x24 25x14 45x24 19915 M/PAR64 HX134 220 6 300 3200 60x38 19913 EXG-01MiPAR64 HXr34 240 6 (3P 300 6 (152) 3200 60x38 45x24 (4)* 300 4231v 3200 T3 RSC {R7s) 20249 EKM-0rM/f3/4Ct P2n æ0 n 28000 C-8 71ha f89) {120) 20253 EKM-0ÍM/Í3/4CL P2n 24r 12 (4r 28000 300 C-8 77lr (189) 4æl¡z (119.9) 3200 (88.9) TO Med Pl (P28s) 30533 EWE-01000T6/CL 220 12 {17r 26500 250 cc-8 6 {152) 31lz 3200 4 (60.s) 3200 Med {Ge.5} tEP-0r000T6/4cL 230 50 25000 300 cc-8 T8 Med BiPost 20285 cP40 230 12 26500 250 C{3 51lz 2 3200 Med Pf (P28s) 20287 cP52 230 12 (r7r 250 c-13 5 {r 3 (17P (110) 3200 Z-Pin Pf {GY9.5} 20281 cP24 230 24 26500 250 C-13 43h 23lr 20383 01000T8/CL T11 120 24 (17r 23000 150 C-13 43h (110) 23ha (55) 3050 (130) (55) 3050 Med Pf {P28s) 20388 FKDi01000T8/CL T14 230 12 (î7f 23000 750 C-13 5 Ts 23ln llz (88.9) Tll Med 30531 FKE-01000T11 T15 230 12 23000 750 c-13 6 3050 3200 2-Pin Pl {GY9.5} cP70 230 24 25000 200 c{30 43h 30¡136 T19 230 24 (17r 21000 750 c-130 43h 1250 T3 RSC(R7sl 19695 230 12 {4r 300 C-8 71ha {189} 4231n 3200 thc 23lzz 19696 01250T3/4CL PA12 240 12 (4r 35000 300 C-8 7 (189) 4 {'120) 3200 (371 2000 T8 RSC (R7s) 35338 tEX-(uMT8/4Cr 230 12 (4r 50000 300 cc-8 (143) ltlrc 3200 T10 MogBipost(G381 31844 FKK-ÍUMTI0/4CL cP4r 230 12 {17r 54000 400 c-13 (216) 5 11271 3200 (70) 3200 2-Pin Pf {GYf6) FfM-02000Tr0/4cr cP43 230 12 54000 400 C-13 5 "lo Pf 20311 cP53 230 12 54000 400 c-13 71k 3 3200 3200 5000 T10 Mog Bipost 30505 05000T20 cP29 220 12 (17r 135000 500 c"13 11 (280) 6',lz 30506 05000T20 cP29 240 12 {r7}* 135000 500 c-13 11 {280) 61lz (165} 3200 (400) 3200 10000 30507 cP83no 4 f7r 290000 500 153h 10 (l

* secìi0n Beduced Wattage 7-7 ( ) All footnote references f0und at the end of this @ Stuge and Studio Lamps

Stage and Studio ANSI Godes

ANS¡ PRODUCT LAMP VOTTS ANSI PRODUCT tAMP VOLTS f CODE CODE DESCR¡PTION CODE CODE DESCR¡PTION

BAB 1 4790 O2OM R16/FL4O"-BAB 12 EGG 391 37 EGG-0750CUP 120 BTL 1 1966 BTL-O500T6/CL/P 120 EGJ 38853 EGJ-01000/4CUP 120

BTM 1 6465 BTM-0500T614CU2P 120 EGK 38852 EG K-01 000/4/P 120

BTN 11953 BïN-0750T7/CL/2P 120 EGM 391 38 EGM-OlOOOCUP 120 BTP 11954 BTP-0750T7/4CU2P 120 EGN 30373 EGN-O5OOT8 120 BTR 11955 BTR-01000T714CU2P 120 EGR 391 90 EGR-0750T7/4CL 120

BVT 12554 BVT-O1OOOT7/CVM P 120 EGT 391 91 EGT-01 000T7/4CL 120

BVV 1 2553 BVV-O1OOOT7/4CUMP 120 EHC 37082 EHC-0500/5CL 120

BVW 1 2555 BVW-02000T1 0/4CVM P 120 EHD 37083 EHD-O5OOCUTP 120 BWA 39587 BWA.02OOO/4CUBP 120 EHF 37051 EHF-0750/4CL 120

BWF 37086 BWF-02000/4CL 120 EHG 431 67 EHG.OTSOCUTP 120 BWG 30491 BWG-O2M/T9 120 EHM 43703 0300T3/cL-EHM 120 BWM 39680 BWM-075OT7I4CUTP 120 EHP 43705 0300T4/cL-EHP 120 BWN 39681 BWN-01000T7l4CL1TP 120 EHR 43708 0400T4/cL-EHR 120 cwz 30526 cwz-01500/T12 120 EHT 43699 O2sOCUMC.EHT 120 cxz 37564 cxz-0r 500T10/4cL 120 EHZ 43704 O3OOT3-EHZ 120

CYV 42697 cYV-01000T7l4cuBP 120 EJD 23788 EJD-01 000T3/3CL 185 CYX 36636 cYX-02000T1 0/4cL 120 EJG 23756 EJG-0750T3/4CL 120

DEB 21799 500T1 2/8 120 EJG 20883 EJ G/H tR-0525T211214 120 DKX 40357 DKX/DSF-01 5OOPS52/4 120 EKB 33934 EKB-O4lOI4CU2PP 120 ( DKZ 39582 DKZlDSE-01 000PS52/4 120 EKD 34328 EKD-0650/3CU2PP 120 DMX 29802 5OOT2OP-DMX 115/0 EKM 20249 EKM-01MlT3l4CUP2l7 230 DNS 21795 500T1 2/9 120 EKM 20253 EKM-01túlr3l4CUP2l7 240 DNW 2188t 500T20/64 120 EMD 23755 EMD-0750T3/4 120 DPW 29964 1M/T2OP-DPW 115/0 EME 23760 EME-0800T3/4CL 230

DPY 41 736 D PY-05000T20i4C1 120 EMF 23761 EMF-0800T3/4 240

DTA 30522 DTA-01 SOOTB/4CL 120 ENL 39857 OsOMR16/FU1-ENL 12

DTJ 30004 1 500ï20/39-DTJ 115/0 ESL 44383 0r50cuMc/2v-EsL 120

DTY 1 8305 DTY-010M/T24l4CL 120 ESM 43695 O25OMC-ESM 120 DVS 23733 0500T3/cL-DVS 130 ESN 44385 0r 00cL/Mc/2v-ESN 120

DWC 1 9797 1 50R/FL 120 ESP 44384 OI50CUDC/2V-ESP 120 DWE 41 667 DWE-065OPAR36/1 120 ESR 44386 0100c1/Dc/2v-ESR 120 DWT 23800 01000T6/cL-DWT 120 ESS 43697 0250cvDc-Ess 120

DXW 301 57 DXW-01000T5/4CL 120 ESX 14789 020M Rt 6/NSP15.-ESX 12 DYA 30362 DYA-01000T5/1 CL 120 ETB 43701 0250DC-ETB 120 DYG 37427 DYG-0250/4CV2PP 30 ETC 43693 0150cvDc-ETc 120

EGC 39r34 EGC-0500/5CUP 120 ETD 44657 01 00D c/2v-ETD 120 EGE 391 35 EGE-OSOOCUP 120 ETE 44656 0100Mc/2v-ETE 120 EGF 391 36 EGF-0750/4CUP 120 ETF 44653 01 sODC-ETF 120 t

t

7-8 Stage and Studio tu*p, @

a Stage and Stu.dio ANSI Codes (con't) d ANSI PRODUCT LAMP VOLTS ANSI PRODUCT tAMP VOTTS CODE CODE DESCRIPTION CODE CODE DESCRIPTION

EXD 199r2 EXD-O1M/PAR64/CP61 240 FER 33760 FER-01000T6/4CL 120

ETG 43694 0t 50cL/Mc-ETG 120 FEV 14119 FEV-0200/CVDC 120

ETH 44654 Ol50MC-ETH 120 FEX 20297 FEX-02M/T8/4CL 230

EVR 47950 EVR-O5OOCUMC 120 FEY 33761 FEY-02000T8/4CL 120

EWE 30533 EWE-01000T6/CL 230 FFN 1 3233 FFN-01000PAR64/1 120

EXC 1 9909 EXC-01M/PAR64i CP60 220 FFP 13229 FFP-01 000PAR64/2 120

EXC 19910 EXC-01 M/APR64/CP60 240 FFR 13228 FFR-01 000P4R64/5 120

EXD 19911 EXD-OI M/PAR64/CP61 220 FFS 13227 FFS-01 000P4R64/6 120

EXE 19913 EXE-01 M/PAR64/CP62 220 FFT 33280 FFT-01000T3/1 CL 120

EXE 19914 EXE-01 M/PAR64/CP62 240 FFT 20884 FFT/H I R-0675T3/4 120

EXG 19915 EXG.Ol M/PAR64 220 FGM 13226 FG M-OI OOOPAR64/3D 120 EXG 19918 EXG-O1M/PAR64 240 FGN 13225 FGN-Ol OOOPAR64/7D 120

EXN 14788 05()MR16/F140'-EXN 12 FGT 41229 FGT-01 500T4/4 120 EXT 14787 O5OMR16/NSP15"-EXT 12 FHM 23792 FHM-01000T3/4 120

EXZ 1 4793 050MR16/NFL25-EXZ 12 FKB 30541 FKB-0650TB 230

EYC 14794 071MR16/F140.-EYC 12 FKE 30531 FKE-01000T1 1 230

EYF 1 4795 071MRr 6/NSP15'-EYF 12 FKF 30535 FKF-0500T6/CL 230

EYJ 1 5941 071 MR16/NFL25'-EYJ 12 FKH 20320 FKH-065018/4CVCP39 230

EYS 1 4785 O42M R16/NFL25"-EYS 12 FKJ 20285 FKJ-01M/T8/4CL/CP40 230 0 EZX 14942 O2OM R16/VNS P7"-EZX 12 FKM 20323 FKM-0650T8/4CVCP51 230 EZY 1 4945 O42M R16/VNS P9'-EZY 12 FKN 20287 FKN-O1M/TB/4CLICP52 230

FAD 30325 FAD-0650T4/4CL 120 FKR 30488 FKR-0650T6/CL 230

FAY 41 668 FAY-065OPAR36/3D 120 FKW 30455 FKW-03OOT8 120

FBE 41 669 FBE-0650PAR36/5D 120 FLK 11450 FLK-0575T6/4CL 115 FBO 41671 FB0-0650PAR36/5 120 FMR 30475 FMR-0600T5 120 FBX 30343 FBX-0650T4/4 120 FRE 30476 FRE-0650T8 120

FBY 30374 FBY-01 000T5/4 120 FRF 30461 FRF-O5OOTB 120 FCL 23731 0500ï3/cL-FcL 120 FRG 30458 FRG-O5OOTB 120

FCM 1 3895 FCM/H tR-0650T3/4 120 FRH 30459 FRH-OSOOTB 230 FCM 23797 FCM-01000T3/4CL 120 FRK 30481 FRK-065OT8 120 FCV 35853 FCV-01 000/4 120 FRL 30482 FRL-0650T8 230 FCW 41672 FCW-0650PAR36/6 120 FSL 30456 FSL-03OOTB 230

FCX 41 673 FCX-0650P4R36/7 120 FVA 30439 FVA-01000T11 230 FDB 23841 FDB-01 500ï4/4CL 120 FWP 30436 FWP-01000T11 230 FDF 23735 FDF-0500T3/4CL 120 GCT 30479 GCT.065OTB 230

FDF 20881 FD F/H tR-0350T214CL 120 GCV 30462 GCV-OsOOTB 230 FDN 23734 FDN-0500T3/4 120 FEL 35607 FEL-01 000/4CL 120

FEP 31 839 FEP-01 000T6/4CL 230 (t

7-9 Stage and Studio Lamps

Footnotes 1. Hemispherical shield in front 0f filament masking all direct light. 2. lflampiscrackedorbroken,replaceimmediately.ltmaycontinuetooperate,buttheinnerbulb is pressurized and could shatter unexpectedly. Dispose of with care. f 3. Although made of heat-resistant glass, the bulb and lens should be protected from m0isture or breakage may result. The lens or bulb may break during usage under certaìn other conditions beyond the control 0f the manufacturer. Therefore, screening techniques are recommended, where appropriate, to protect people and sunoundings from possible hot fragments. lf lamp is cracked or broken, replace immed¡ately. lt may continue to Operate, but the ìnner bulb is pressurized and could shatter unexpectedly.

4. 0perate at or near horizontal. 5. Althoughthislampismadeofheat-resìstantglass,thebulbandlensshouldbeprotectedfr0m moisture or breakage may result. To protect persons againsl risk of breakage, use a protective screen external to the lamp.

6. To protect persons against risk of breakage, use a protective screen exlernal t0 lamp.

7. Use only in fixture designed for Cool Beam PAR lamps.

8. Burning posit¡on vertical base down 130".

9. Burning position vertical base down t45".

10. Has blackening protector gr¡d.

1 1. Non-stock item available to special order.

12. 21mm max bulb.

13. Staggered filament.

'14. Frosted bulb. i 5. Universal operating posil¡0n.

16. Ultra-violet absorbing bulb.

17. BDTH operating position.

18. Top end of bulb is opaque-coated to absorb upward light.

19. Life depends on service conditions; for use only in equipment specially desìgned to maintain bulb and base temperatures within safe limils.

20. To avoid possible overheating, this lamp ¡s not recommended for use without force'c0ol¡ng in deep-bowled fixtures.

21. Blue glass bulb; apparent c0l0r temperature may vary from lamp to lamp. 22. Sil¡ca coated. t 23. Burn BDTH but avoid horizontal burning w¡th support spine beneath filament t0 prevent premature arcing.

24. 100V rating available to special order.

25. 1 Smm max bulb. 26. Apparent lighted lenglh slightly longer than similar clear lamp. 27. No filament support rod. 28. Hot (instant) restrike; other lamps require l0-minute pause before reslrike. 29. Low noise construction to minimize generation of audible n0ise when operated on A.C. circuits. 30. Operate base down within 30' of vertical. Any tilt should be in direction in which the filament plane faces. 31. Burning position, horizontal ll'.

t

7-'t0 Appendix @

a Appendix Listings: r(f lnternational - U.S. Export 0nly hamps...... 8-2 ÊE lnternational Sales 0ffices...... 8-4 GE Domestic Sales Oflices ...... 8-5 0ther GE Catalogs...... 8-6 Lamp Sizing Guide 8-6 GE Projectíon Lamp Products...... 8-7 GE Miniature & Sealed Beam Lamp Products...... 8-10 GE Light Meter 8-15 GIossary..... 8-17 lndex 8-22 Notes 8-26 GE Lighting lnstitute 8-28

0

\t

8-l @ nppendix

International - US Export 0nly {

The U.S. Energy Policy Act of L992 and foB Canadian energy legislation prohibits the manufacturing and/or importation of certain lamp types for sale in Canada, the lJnited States, and its territories The lamps in this section are for sale outside of these areas.

GE's Glohal Leadership

GE lamps are favored throughout the world, lighting This Section includes items which are manufactured but up such diverse locations as the Palace of the Lost City are prohibited from being sold in Canada, the U.S. and in South Africa, the Sydney Opera Flouse, and the its territories under the new Federal Energy Legislation. t historic town of Cuzco, Peru. GE Lighting operates five These lamps are for EXPORT only. primary business centers worldwide to serve our global custoÍrers. These centers (shown below) provide Other GE lighting business centers produce many leadership in product technology, sales growth and products not available in the USA. These businesses new product introduct"ions. provide individual catalogs listing products available in their markets. These include operations in Mexico, South America, Europe, Asia. Please see page 8-4,for a complete listing of international sales offìces.

Global Business Centers

Europe

North America Asia Pacific Mexico rl ,Ë\ I r3. i-,1- I r/ fi.r? }| ¡

South America l1 ,l t

t

8-2 Appendix @

International .- Export Only (con't) Products listed under the "OLD PRODUCT" column are no longer available for sale. When ordering, use the /EX version of the product found in the column marked rf) "NEW PRODUCT". FLUORESCENT TAMPS

Eneryy 0LD PßùDUC| NEW PNODUCI l,loninal Light0utput ßated Use¡l 0nle¡ 0¡det Case Additional Length Lumens Lunens Avg. Lile Colo¡ Watß Code Descúption Coúe Description otv lnlornalion In (nn) lnìtial Mean Hou¡s TenpK Cßl

34 13819 FA0D/RS/WM 14490 F40D/RS/WMiEX 30 WATT_M|SERo 48 11220], 2225 1910 20000 6250 75 40 13192 F40CW 14656 F40CWEX 30 c00r wHtTE 48 (1220) 3050 268fr 20000 4150 62 40 13832 F40CWSw 13832 F40CWSw/EX 30 48 3050 2680 20000 4150 62 40 13800 F40WW 14493 F4oWWEX 30 48 3150 2171 20000 3000 52 40 13796 t40D 14488 F40D/EX 30 48 112201 2550 2240 20ooo 75 40 39433 14496 12 C00r wHtTE, ô" u.5 l5t0l 2800 2460 18000 4150 BETWEEN tEGS/PINS 40 39¡134 F40iWWru/6 14500 F40WWU/6/EX 12 WARM WHITE,6" SPACING 22.5 15101 2900 2550 18000 3000 52 BETWEEN tEGS/PINS 40 13462 F40D/u/6 14498 F40D/U/6/EX 12 DAYLIGHT,6" SPACING 22.5 (s701 2350 2010 18000 6250 75 BETWEEN IEGS/PINS 40 3963r FAflCW J/3 14494 F40CWU/3/EX 12 COOL WHITE, 3" SPACING 22.5 (570], 2725 2400 l8ooo 4150 62 BETWEEN tEGSiPINS 40 39frt2 t4owwruÆ 14499 F40WWU/3/EX WARM WHITE,3" 2825 2490 18000 3000 52 BETWEEN tEGSiPINS 40 13936 F40D/U/3 14497 F4oD/Uß/EX 12 "DAYUGHT,3" SpACtNc 22.5 '570l, 2280 2020 18000 6250 75 RFTWFFN IFßS/PINS 75 ß7n F96T1ZCW 1254r F96T1?CW/EX 15 Co0twHtrE 96 {2440) 6150 5660 12000 4150 62

75 13724 F96T12/D 12543 F96T1ZD/EX 15 DAYTIGHT 96 {2440) 5250 4330 12000 6250 75 110 13703 F96T12/CWH0 12540 F96T12/CWH0/EX 15 C00r wHtTE 96 (2440) 8900 7740 12000 4150 62 110 13708 F96T1ZD/H0 12542 F96T1ZD/H0/EX 15 DAYTIGHT 96 (2440) 7600 6610 12000 6250 75

INCANDESCENT LAMPS

00Pßwucr ilEW PNODUC| Light Eneryy ßated tila- Approx, 0de¡ 0det Case Additional ùutput Used Avg.Lile nent MOL MOL fenp Bean 0 Bulh Base Code Desuiption Volts Code Desuiption Volts Aty hlomation Lunens Watts Hours Design ln (nnl K CBiP Spread PAR38 MED SKIRT 12805 75PAB/FU65WM r30 14506 75PAR/FV65WM/EX 130 12 WATT-M|SER@,F[00D 675 65 2000 CC.6 5 5í6 {134.9) 2675 1750 30 (15,23,56,96)*

PAR30 MEDSKITT 12801 75PARiSPi65/WM 130 14505 13r 12 WATT-MISER@,SP0T 6i5 65 2000 CC-6 5 5f6 (134.3) 2675 5900 14 '5PAB/SPi65/WM/EX 115,23,56,96r PAR38 MED SKIRT 16762 75PAR/FT 120 r45r0 ]SPAR/FUEX 120 12 Fr000n5,23,56,96r 765 7s 2000 CC-6 5 5/16 {13{.S) 2700 1750 33 PAR3O MED SKIRT 16763 75PAR/TI 130 14523 T5PARiFUEX 130 12 tt00D{15,23,s6,96r 765 75 2000 CC.6 s 5/16 {134.9) 2700 1750 33

R3f} MED 38207 75R30/Ft 120 14536 75R30/FUEX 120 24 REFLECT0RFt00D,tF 900 75 2000 cc-6 53/8 (136.5) R3ll MED 38208 75R30/tt 130 14:it7 75R30/FUEX 130 24 REFLECT0RFt00D,tt 900 i5 2000 cc-6 53i0 (136.5) R30 MED 38209 75R30/SP 120 14St9 75R30/SP/EX 120 24 REFLECT0RSpoT,tF 900 75 2000 CC-6 53/8 (136.5) R4ll MED f7736 7sfl/fr 120 14540 75R/FUEX 120 24 REF|ECToRtt00D,tF 890 75 2000 cc-6 6 9f6 (166.7) (4,35,56r R4O MED 17738 75R/Ft 130 14548 75R/FVEX 130 24 REFLECT0Rtt00D,tF 8s0 75 2000 cc-6 6 9/16 (r66.i) (4,35,56r

PAR38 MEDSKIRT 13312 100PAR/F[/85WM 120 14509 |00PAR/FU85WM/EX 120 6 MISER@ FTOOD 930 85 2000 CC.6 5 5it6 (134.9 2700 2000 37 (r4,15,23,56,96r

(4,35,56r

R4O MED 188t3 100RÆt f30 14559 100R/FUEX 130 24 REFTECTOR FTOOD 1130 r00 2000 cc"6 6 9f6 (166.71 (4,35,56r

PAR38 MEDSKIRT 12175 I50PAR/FV120WM r20 14501 150PAR/FV120WM/EX 120 12 WATT-M|SERo,F[00D 1370 120 2000 CC.6 55í6 (134.9] 272s 3600 30 (14,15,23,56,96r

PAR30 MEDSKIRT 12176 150PAR/SPi120WM 120 14502 150PARiSPi120WM/EX 120 12 WATT-MISER@,SP0T 1370 120 2000 CC-6 5 5/16 (134.3 2725 5200 18 (14,15,23,56,96r

PAB38 MEDSKTRT 12475 150PAR/FV120WM 130 14503 150pAR/tV120WM/Ex 130 12 -MlsER@,Ft00D 1370 120 2000 cc-6 5 5fl6 (134.3) 2725 3600 30 114,15,23,56,96)*

PAR38 MED SKIRT 39182 15OPAR/FL 120 14:it1 î50PAR/FUEX 120 12 rr00D (14,1 5,23,56,961 1740 150 2000 CC"6 5 5/16 (134.9) 2775 3100 36 PAR38 MED SKIRT 39183 15OPAR/FI 130 14532 î50PAB/FUEX 130 12 Ft00D (14,î5,23,56,96)1 1740 150 2000 CC-6 5 5/16 (13{.9) 2175 3100 36 PAR38 MED SKIRT 39184 15OPAR/SP 120 1453s I50PAR/SP/EX 120 12 sP0Tn4,15,23,56,96r 1740 150 2000 CC-6 5 5/16 (134.9) 2775 12000 16 lg7gt 150R/Ft 'r20 14561 ls0RitUEX 120 24 Ft00D, 1900 150 2000 cc-6 6 9/16 (166.7) ANSI:DWC, 130 24 U R40 MED 19799 îs{lR/Ft 130 1 1900 150 2000 cc-6 6 9/16 (166.7)

B-3 Appendix

GE Lighting lnternational Sales 0tfice Listing lnformatíon concerning ÊE lamps - worldwide - is availahle at the following locations. f

UNITED.STATES GE L¡ghting INDONESIA PT-GE L¡ghtìng Phone: (Headquarters lnternat¡onal Sales and (010-1-216) 266-6889 Jl. Rungkut lndustr¡ lV No.2 (62-31) 849-5466 Locat¡on) Product Management Fax: I01O-1 -2161 266-27 80 Surabayê 60292 Fax; (62-31) 839-869 Nela Park - 1975 Noble Road INDONESIA Cleveland, Ohio 441 12-6300 u.s.A. IRELAND GE-Lighting Lìmited Phone: 280 Holly Road (353-1 ) 456-5591 GE llumÌnac¡on S.A. ARGENTINA Phone: Western lndustr¡al Estate Fax: 1353-1l, 450-4142 Av. San Mart¡n s/n esqu¡nâ 25 de lMayo (54-1) 736-8069 Naas Road 1618-El Talar Fax: (54-1 ) 736-8336 Dublin 12 ïgre. Pcìa de Buenos A¡res IRELAND ARGENTINA ITALY GE L¡ght¡ng SPA Phone: AUSTRALIA GE L¡ght¡ng Austral¡a Phone: V¡a Ast¡chello No.2 (39-444) 946-000 NEW ZEALAND 125-127 Long Street 729-0011 161-2J PO. Box No.604 Fax: {39-444) 945-863 Smithfield, NSW 2164 Fax: 161-21 729-1144 AUSTRALIA 36'100 V¡cenza ITALY AUSTRIA GE L¡ght¡ng AG Phone: JAPAN H¡tachi GE Light¡ng Limited Phone: Hofherr-Sch rantz-Gasse 4 27772 143-11 (81-3) Postfach 17 Suda-Cho Sashida Bldg. 2F 5296-2919 Fax:143-11 271724 (81-3) 1211 Vienna 2-5-2 Kanda Suda'cho Faxi 5296-2920 AUSTRIA Ch¡yoda-ku, Tokyo 101 JAPAN BELGIUM GE L¡ghting SA-NV KOREA Av. Firmin Lecharl¡erlaan 143 132-21427 10 93 GE L¡ght¡ng, Korea Phone: 1090 Brussels Fax: 42-56765 10th Floor, Han¡l Euilding (822) 515-8133 '32-2) 175-14, BELGIUM Nonhyun-Dong Fax: '8221 515-8135 Gangnam-Ku BRAZIL General Electrìc do Bras¡1, S/A Seoul 135-0'10 URUGUAY Parque lndustrial Thomas Alva Edison .55-211 201-8012 KOREA PARAGUAY Rua M¡guel Angelo,37 155-211 261-1747 BOLIVIA Mâr¡a da Grâca MEXICO GE Lighting Mex¡co, S.A. de C.V Phone: Fax: 155-21¡, 281-9547 Rio de Jane¡ro 20783-900 Churubusco 3900 Norte (52-8) 318-5600 BRAZIL Apartado Postal 216 Fax: |'52-8], 318'5602 CARIBBEAN GE Lìghting Phone: 64000 Monterrey, N.L. CENTRAL AMERICA 790 N.W. 107 Avenue (010-1-305) 551'5174 MEXICO Suite 204 Fax:(o10-1-305) 551-5116 NETHERLANDS GE LIGHTING M¡am¡. Florida 33172 Burgemeester Goudsmitlaan 5 (311 34 34 521 49 CHILE General Electrìc de Ch¡le S/A Phone: 3956 G5 Leersum Fax: l31l 34 34 51464 Casilla 2103 (56-2) 555-3031 NETHERLANDS Av V¡cuna lMackenna 2385 Fax: |'56'21 556-7329 NORWAY GE Lighting-AS Phone: Santiago lndustriveien 24 (47-670) 60480 CHILE '1481 Hagan Fax:-'47 -67O], 60220 CHINA General Electric (USA) Chìna Company Phone: NORWAY Be¡j¡ng Representative Off ice (86-10) 5006438 PERU GE L¡ght¡ng Peru Phone: Th¡rd Floor, CITIC-Building Fax:186- 10) 5121345 Av. Salaverry 2375 (51-14) 21-1633 No. 19 J¡an Guo Men Wa¡ Avenue San ls¡dro Fax: 21-1610 Be¡¡in9,100004 151-14J Lima 27 P.R.C. PEBU General Electric Chìna Company I CHINA {USA) Phone: PHILIPPINES GE L¡ght¡ng Ph¡lippines 'loth Floor, Shartex Center ß6-21l' 270-67A9 GUAM 1873 P Dom¡ngo Street (63-2) 812-3033 88 Zun Yi Road (S) Fax: 1'86-21], 270-9976 Shanghai 200335 Makati, lMetro Manila Fax: \63-2l, 816-0152 P.R.C. PO. Box 2087MCC IHE-PHITIPPINES COLOMBIA GEICO.LTDA. Phone: ECUADOR Catrera 99 #464-46 (57-1 ) 415-3888 SINGAPORE GE L¡ghting Phone: Edificio Centro El Dorado Torre B Fax-(57-1) 618-4931 MALAYSIA 1 Goldhill Plaza (65) 352-2488 Bodegas 1 #03-43 Pod¡um Block Fax: 165) 352-1622 Santafe de Bogota, Colombia S¡ngapore 1 130 SINGAPORE DENMARK GE L¡ghting ¡y'S Phone: SPAIN GE L¡ghting S.A. Sdi R¡ngvei 45 l45l 4323'1400 PORTUGAL C/lM u nta ner (34-3) 418 21 00 DK-2605 Brondby Fax145J 43 237 475 No.479 2q1a Faxil34-3) 417 24 17 DENMARK 0802i Barcelona FINLAND GE L¡ghting Oy Phone: SPAIN Vernissakatu 6.7 KRS (358) 0,836-2100 SWËDEN GE Lighting AB Phone: FIN-01530 Vantaa Faxi(358) 0-836-21020 Box 6769 (46) 8 457 96 00 FINLAND Slt Er¡ksgatan 1 17 Faxil46l I 451 96 45 FRANCE GE L¡ght¡ng SARL Phone: S- 1 13 85 Stockholm Zac de Par¡s Nord ll (33-1) 4863-6800 SWEDEN 13 Rue de Ia Perd¡x Faxrl33-11 4863-6808 SWITZLERLAND GE-Lighting AG Phone: BP 50073 Manessestrasse 152 141-11 202 11 00 96972 Roissy Charles de Gaulle CEDEX Cq-aoz7 Zutich Faxil4l-1) 202 11 36 FRANCE SWITZERLAND GERMANY GE L¡ght¡ng GmbH TAIWAN GETSCO, INC. Phone: Otto-Hahn-Strasse 21 (49-60) 33 8980 2 Fl. No.48 {886-2} 651-7508 35510 Butzbach Fax: |'49'60) 33 67678 Nan-Kang Road, Fax: (886'21 651-5374 GERMANY Section 3 Tai pei GREECE/CYPRUS GETSCO INC, Phone: TAIWAN AFRICA 6, Rue du S¡mplon 735 9260 l4'l-221 THAILAND GE Light¡ng (Thailand) Ltd. Phone: MIDDLE EAST CH-1207 Geneva Fax: 786 5525 |'41-22], 253-259 S¡praya Road 237 -3795 SWITZERLAND .662], Bangkok,10500 Fax:1662], 237-3799 HUNGARY Tungsram Company Limited Phone: THAìLAND Vac¡ ut 77 (36-1) 169 2800 TURKEY GÊNERAL-ELECTRIK TA,S. Phone: H-1340 Budapest Fax: l'36-11 169-1779 HUNGARY Ampul Fabrikas¡ .90-212]- 612-4444 Davutpasa Cad. No.4 Fax: l9O-212J 576-0979 HONG.KONG General Electric lnternational Phone: 34020 Topkap¡ Operations Co., lnc. la52) 2376-0226 lsta n bu I Unit 909, Tower 2, Silvercord Fax: /.8521 2376-0013 TURKEY 30 Canton Roâd Tsim Sha Tsui, Kowloon UNITED KINGDOM GE L¡qhtins Limìted Phone: HONG.KONG M¡les Road .44-'t81]- 640 122'l M¡tcham Fax; {44-181) 646-8017 INDIA GE-APAR L¡ght¡ng Ltd. Surrey CR4 3YX A1-Corporate ïowers (91-80) 526-9361 ENGLAND Golden Enclave, Airport Road Fax:191-801 526-716'l Bangalore 560 017 VENEZUELA GE lluminâcion de Venezuela {GEISA) S.A. Phone: INDIA Avenida Veracruz (58-2) 92-99-98 ( Edifìcio Torreon P¡so 6 Fax: l5a-21 92-32-76 Of¡c¡n¡a 6-B Las lMe.cedes Caracas t VENEZUELA

8-4 Appendix @

a GE Lighting Damestic Sales 0ffices and Customer Service Centers fi GE LIGHTING HEADOUARTERS Order Site: Worldwide Customer Service Center CLÊVELAND, OHIO Nela Park, Cleveland, OH 44112 {216) 266-2121 Telephone Facs¡mile No. No. SALES OFFICES ro obtain sates tnrormation zip Area Telephone WORLDWIDE CUSTOMER SERVICE CENTER No. C¡ty Address Code No- 4400 Cox Road ...... -...... Glen Allen, VA ...... 23060 (804) 965-1020 ATLANTA, G4...... 7000 Central Parkway, Su¡te 1550...... 30328 o.E.M...... 1-800-544-4680 FAXl-800-544-4845 Commercial & lndustrial (404) 913-3822 Government...... 1-800-624-0624 FAX 1-800-544-4854 (404) Consumer Products ...... 913-3801 Auto OEM lA00-327-1155 FAX 1-800-327-0588 BALTIMORE, MD ...... 7125 Thomas Edison Dr., Suite 200 FAX Columb¡a, MD...... 21046 (410) 290-1050 Ouar12...... 1-800-438-2100 1-800-258'3803 BOSTON. M4...... -...... 990 Washington St., Suite 219 North, Commerc¡al&lndustrial...... 1-800-327-0097 FAXl-800-544-4830 Dedham, M4...... 02026 (617) 320-4200 Consumer/Retail ...... 1-AOO-327-2080 FAX 1-800-544-4850 CHARLOTTE, NC ...... 1900 Rexford Rd., Su¡te 500 ...... 2A211 Wiring Dev¡ce 1-800-833-4933 FAxl-800-321-0171 Commerc¡al & lndustr¡al 17041 362-4367 Consumer Products...... ,...... (704) 362-4373 CHICAGO, lL ...... 2021 Spr¡ng Rd., Su¡te 550, Oak Brook, lL ... 60522 Telesales: Commerc¡al & lndustrial (708) 573-3860 Commercial&lndustrìa1...... 1-800-327-7085 FAXl-800-327-0663 (708) Consumer Products .,..,,,,,,,,...... 573-3907 Consumer/Retaìl ...... 1-800-443-6212 FAXl-800-327-0663 CINCINNATI, OH ...... Northmark Bus¡ness Center ll 10101 Alliance Road, suire 150...... 45242-4701 Auto O.E.M./O.E.M ...... 1-800-544-4610 FAX 1-800-327-0663 o.E.M...... -..... r-800-544-4780 FAXl-800-327-0663 ö;;;;;;ì;r ä i;;;;t;;;i :::..1:1..1-*.111-'.0 {513) 243-8900 Canada ...... 1-800-433-5081 FAX 1-800-327-0063 Consumer Products ...,...... ,,,,,,,,.,,...... (513) 243-8903 ...... 1-800-327-3481 FAX 1-800-327-0063 CLEVELAND, OH ...... 1975 Noble Rd., Nela Park, E. Cleveland ...... 44112 Ouar12...... Commercial & lndustrial 1216) 266-5572 Government...... l-800-624-0601 FAX 1-800-327-0063 Consumer Products ...... (216) 266-8359 DALLAS, TX...... 2080 McDan¡el, Carrollton, TX ...... 75006 Canada: French 1-800-443-4916 FAX 1-800-443-4923 ö; ;;;;"1"1 &1iã Jl.'';il i1 | lllll llll' (214) 888-0548 Consumer Products...... (214) 888-0566 Eng¡ish ...... 1-800-443-4925 FAX 1-800-443-4923 DENVER, CO ...... 373 lnverness Dr South, Suite 205 Englewood, CO...... 40112 National Account Customers: Commercial & lndustrial (303) 643- 660 Mass lvlerchand¡sers...... 1-800-544-4765 FAX lA00-544-6724 (303) 643- þþu Home Centers/Hardware Branches ...... 1-800-544-4740 FAX 1-800-544-4850 48084

(810) 280-4855 LIGHTING TECHNICAL INFORMATION (810) 280-4853 Consumer 1nquiries...... l-800-GE LIGHT (435-4448) 77055 (713) 932-6472 Commercial, Trade Magazine .. l-800-GE LAMPS (435-2677) (713) 932-6642 tND|ANAPOL|S, ¡N ...... 2511 E.46th St., Bl P-2 46205 {317) 547-5513 MASTER DISTRIBUTION CENTERS (t KANSAS CtTY MO ...... 535 E. 14th Ave., N. C¡ty, MO ...... 641 ',]6 {816) 426-8272 LONG ISLAND, NY...... 1983 Marcus Ave., Su¡te 109 ATLANTA ...... 1700 Westgate Parkway, Atlanta. GA 30336 Lake Success, NY ..,,...... 11042 (51 6) 775-9200 CHICAGO ...... 7770 West 71st Street, Br¡dgeview, lL 60455 LOS ANGELES. CA ...... -.16257 Laguna Canyon Rd., Suìte 100 DALLAS...... --...... 2080 McDaniel. PO. Box 1 15035, Carrollton. TX 7501'1-5035 lrvìne. CA PO. Box 57042 92718 Commerc¡al & lndustr¡al l.714',1 450-4705 HAGERSTOWN...... 18212 Shawley Dr., Hagerstown, MÐ 21740 Consumer Products.,...... ,,..,...,.,.. 17 14]. 450-4700 KANSAS C|TY...... 535 East 14th Ave., North Kansas City, MO 64116 (901 MEMPHIS, TN...... 1760 Moriah Wood Blvd., Suite 9 34117 ) 762-4321 LOS ANGELES ...... 11600 Philadelphia Ave., Mira Loma, CA 91752 MILFORD, CT ...... 612 Wheelers Farms Road...... 06460 (203) 876-6200 O4KV111E...... 1300 South Serv¡ce Road, Oakville, Ontar¡o, Canada L6L 5T7 MILWAUKEE, Wl ...... 11950 W. Lake Park Dr., Suite 290 ...... 53224 \414) 359-1 200 MINNEAPOLIS, MN...... 2905 Northwest Blvd. RAVENNA ...... 150 Loom¡s Parkway, Ravenna, OH 44266 Su¡te80, Plymouth, MN...... -...... 55441 Commercial & lndustrial 16121 553-2100 FOR INTERNATIONAL GE LAMP SALES LOCATIONS. CONTACT Consumer Products ..,...... ,,,,,,,,...... (612) 553-2120 INTERNATIONAL MARKETING DEPARTMENT. NELA PARK _ NEWARK, NJ 1639 Route 10 East, Parsippany, NJ ...... 07054 CLEVELAND, OHIO 441 12 Commercial & lndustrial 120't) 292-7220 Consumer Products ...... 1201) 292-72't0 PHONE (01 0-1 -2r 6) 266-6889, FAX 266-237 1, f ELEX 980390 NEW YORK, NY ...... 570 Lexington Avenue, Suite 2110 ...... -...... 10022 1212) 836-3501 Commercìal & lndustr¡al \2121 836-3243 ORLANDO, FL ...... 5728 Cra¡ndale Dr...... 32819-3915 {407) 352-4175 INTERNATIONAL CUSTOMER SERVICE PHILADELPHIA, PA ...... 640 Freedom Business Center - 2nd Floor FRANCHISEEXPORTERS TEL.1-800-327-6886FAX1-800-443-5130 King of Prussia. P4...... 19406 tNTËRNATTONAL CUSTOMERS...... TEL. 1-(804)-965-1015 FAX 1-(804) 965-1018 Commercial & lndustrial (610) 992-6601 Consumer Products...... (610) 992-6622 PITTSBURGH, PA ...... 1370 Wash¡ngton Pìke, Bridgevilìe, P4...... '15017 OEM AREA SALES OFFICES Commercial & lndustrial \412) 221-6320 MtDWEST...... 1 1950 West Lake Park Drive Consumer Products...... \412) 221-2111 Milwaukee, Wl 53224...... (414) 359-7089 PORTLAND, OR ...... One Embassy Center #420 9020 SW Wash¡ngton Square Rd., 2021 Spr¡ng Road, Ste. 550 Tìgard, OR (503) 526-7150 Oak Brook, lL 60522 ...... (708) 573-3866 SALT LAKE CITY UT ...... 2180 S. 1300 East, Suite 340...... 841 06 NORTH CENTRAL, Nela Park, Bldg- 307, Cleveland, OH 44112 266-6695 Commerc¡al & lndustrial (801) 468-5780 1216], Consumer Products,,,,,,.,,,,,,...... ,,,,, (801) 468-5784 NORTHEAST ...... 612 Wheelers Farm Road SAN FRANCISCO, CA .... Commercial & lndustrial...... Milford, CT 06460 ...-...... (203) 876-6205 94520 (510) 1800 Sutter St., Su¡te 590, Concord, C4...... 603-2450 NORTHWEST...... 1605 N.W. Sammamish Rd. SEATTLE, WA 1605 N.W. Sammamish Rd., Suite 300 (206) lssaquah, W,A...... 94021 lssaquah, WA 98027 ...... 557-3066 Commercial & lndustrial (206) 557-3073 SOUTH CENTRAL. 2080 McDaniel, Carrollton, TX 70056...... -... \214], 888-0521 557-3056 Consumer Products ...... ,,,,,,...... {206) SOUTHEAST ...... 7000 Central Parkway #1 550 ST' LOUIS, MO ...... 12101 Woodcrest, Executive Dr. - 2nd Floor (404) St. Louis, MO ...... 63141 1314) 579-7201 Atlanra, GA 30328 ...... 913-3831 TAMPA, FL ...... 8020 Woodland Center Blvd., Suite 100 ...... 33614-2405 SoUTHERN ...... 8020 Woodland Ctr. Blvd...... (813) 526-1369 (813) Commercial & lndustrial 243-301 1 Tampa, FL 33614-2405 ...... - (813) 243-3017 Consumer Products ...... (813) 243-3017 SOUTHWEST ...... 1816 El Paso Lane, Fullerton, CA (714) 526-1 369 WASHINGTON, DC ...... 7125 Thomas Edison Dr, Suite 200 92633...... Columbìa, MD...... 21046 (301) 62r-8234* CANADA ...... 2300 Meadowvale Blvd., Miss¡ssauga, Ontario L5N 5P9 Commercial & lndustrial (905) 858-6592 rl (905) Consumer...... ,...... 858-5403 GE Lishtins ln addition to the Sales Offices ¡n the c¡ties l¡sted above, GE Lamp Sales Representatives are @ resident ìn other cit¡es. Consult your telephone d¡rectory under GE Lightìng. xwashington, D.C. Telephone Number General ]ffices: Nela Park, Cleveland, ]hio 441 12

B-5 @ appendix 8ûs lrcl¿s 1

2

3 Lamp Availahle 4 0ther Catalogs 5 from GE: 6 1 6 T8>

810 > ll f12 > l3 14 415

l8 Lamp Sizing Guide: Al9 > PARzO > 2t 22

Lamp Size or diameter 23 @) (maximum) is expressed AE Lighting in eighths of an inch G25 (1ß"), (3.2mm). 26 27 Miniature & Sealed Beam Fr*,!*cåi*x t*mp tat*å*g

Lamp Catalog . UMP TECHNICAL DAÌA For example:an 417 bulb CROSS BÊFÉfiENCE AND SUBSI{TUrlON TÂBLES 208-41145 ' ìs 17-eighths of an inch or 830 21ß" (54nm)in diameter 31

Quâdz Hôlqên, G¿s Dischargê a¡d at its maximun dinension. 33 @ AUDIOVISUAL s8!s4!r!sl!!i¡!!ls 34 GE Light¡ng 35 PAß36 37 Stage/S{urlio > q$ (iatahrg PAR38 l.antp 39 R40.G40 > 4l Proj e cti o n Lam p Cata I og 0 42

204-01 01 6 43

44 45 PAB46 >

41

l'" [!1"! rìt\l'Vil,'[, \,,,*^,¡¡lr¡U¡¡."r L¡rt¡ 49 50

51 Stage/Stud io Lamp Catal og liîear PS52 > ss-123 tlsctror¡c Lrghlio¡ 54 Sts t€nt 55

57

58

60 6t 62

63 PAR64 > Linear Fluorescent 65

Electronic Lighting 66 Systems Catalog 67 68

203-41 091 R 69 70 l9 s6 71

73 14 Holiday Lighting Catalog 15 ( x6200 1996 16 17 ¡ 18 79

B-6 Appendix @

GE Projection.Lamps... a name synonymous with quality and leadership f) Projection lamps are assigned a three letter code (ENX, EKS, etc.) may be used in applications calling for a lamp ELH, etc.) by the American National Standards Institute with either code. In this listing, ANSI coded lamps are (ANSI). The three letter code describes a specific lamp arranged alphabetically. For arlclitional technical and design and indicates all physical and electrical character- application information, see the General Electric istics of that lamp. Dual-coded lamps (ELD/EJN, EMM/ Projection Lamp Catalog.

ORDERING ORDERING CODE DESCRIPTION WATTS VOTTS CODE DESCRIPTION WATTS VOTTS BAB... use 020MR16/FL (BAB) 29244 CEB 100 115-125 40886 BAH 300 115 43330 CEM 120 120 39700 BAK 754 4 CFC... use CEWCFC 40563 BBA 250 115-120 29248 CJX 100 230 40564 BCA 250 115-120 CLG... use CLS/CLG 361 78 BCK 500 120 29494 CLS/CLG 300 120-125 29378 BEH 150 120 29346 CTL 150 115-125

301 82 BEP 300 115-120 CXL... use CXR/CXL BFK... use BFUBFK 41396 CXR/CXL 50 29890 BFUBFK 750 115-120 29664 CZAICZB 500 120 40658 BHB 250 120 CZB... use CZAICZB BHC... use DYS/DYC/BHC 29677 CZX|DAB 500 115-120 29212 BHD/BHF 100 20 DAB use... CZXIDAB BHF... use BHD/BHF 29695 DAY/DAK 500 120 29140 BLC 30 115-125 29360 DCA 150 21

(l 30232 BLK 30 1 20-130 29364 DCH/DJ¡/DFP 150 120 29154 BLR 50 115-125 29836 DDB 750 125 291 56 BLX 50 115-125 43986 DDF 55 17 29224 BMY 100 115-120 43359 DDJ|DTT 80 10 32137 BNF 75 115-125 42806 DDK 80 19 39704 BRD 754 4 43537 DDL 150 20

29604 BRH 1 000 120 43206 DDM 80 19 39705 BRK 754 4 34570 DDN 200 20 18234 BRL 50 12 43988 DDS 80 21 38675 BVE 600 120 43950 DED 13.8 30421 BXB 4A 8.5 29359 DEF 150 21 30418 BXJ 4A 8.5 29137 DEK/DFWDHN 500 120 29179 BZW 50 115-125 36122 DFE 80 30 29525 CAL 300 120 29386 DFN/DFC 150 125 29380 CAR 150 120 DFP... use DCH/DJA/DFP 29171 CAX 50 115-125 DFW... use DEK/DFWDHN

291 69 CAX 50 130 DFZ.., use DLDIDIZ 36117 CBA 500 120 29730 DGF 500 120 CBS... use CBX/CBS 29875 DGH 750 120

25208 CBX/CBS 75 115-125 2991 1 DGS 1 000 115-120 25257 CDD r00 120 DHN... use DEK/DFWDHN

29266 CDJ 100 115-125 29984 DHT 1 200 115-120 (l CDX... use CDS/CDX DHX... use DLX/DLG/DHX

8-7 @ nppendix

GE ANSI-Coded Projection Lamps (con't)

ORDERING ORDEBING f CODE DESCRIPTION WATTS VOLTS CODE DESCRIPTION WATTS VOTTS DJA... use DCH/DJA/DFP 37527 EHA 500 120 29338 DJL 150 120 14874 EHJ 250 24 44854 DJT 50 13.8 32882 EJA 150 21 29454 DKM 250 21.5 29150 EJL 200 24 40216 DLD1DqT 30 29151 EJM 150 21 DLG... use DLS/DLG/DHX EJN... use ELD/EJN 29456 DLR 250 21.5 32831 EJV 150 2l 29366 DLS/DLG/DHX 150 22 32886 EJY 80 19 401 61 DNE 150 120 35200 EKE 150 21 39742 DFN 150 21 34865 EKN 120 17.5 29959 DPT 1 000 115-120 35800 EKP/ENA 80 30 18239 DRA 300 120 EKS... use EMM/EKS

29968 DRB 1 000 1"t5-120 36899 EKX 200 24

29979 DRC 1 000 120 36902 EKZ 30 10.8 'r000 29947 DRS 120 37412 ELB 80 30 29405 DSW 200 24 37462 ELC 250 24

30304 DVY 650 120 38306 ELD/EJ N 150 21 DWA... use FGS/DWA 38476 ELH 300 120

29953 DWK 1 000 230 ELR... use ELS/ELR

30301 DWY 650 120 41 885 ELS/ELR 50 18 29578 DWZ 375 30 42612 EML 175 24 301 51 DXB 500 115-120 4001 7 EMM/EKS 250 24 ( 301 45 DXC 500 115-120 ENA... use EXP/ENA

30313 DXN 1 000 120 ENC... use ENWENC 30347 DXX 800 230 38685 ENG 300 120 30350 DXX 800 240 38686 ENH 250 120 35',I23 DYF 140 19.3 40248 ENWENC 80 19 30364 DYH 600 120 41 705 ENX 360 82 32071 DYP 600 120 19475 ENX-s 360 82 33248 DYR 650 220 40598 ENZ 50 30 33250 DYR 650 240 43378 EPG 80 21 19479 DYS-s 600 120 41 430 EPN 35 12

32955 DYS/DYV/BHC 600 120 1 9897 EPR 500 120 DYV... use DYS/DYV/BHC 41729 EPT 42 10.8 37346 DZA 30 10.8 41882 EPV 90 14.5 37695 DZEIFDS 150 24 41702 EPW 360 100 DZZ... use DDJIDZZ 42614 EPX 90 14.5 30202 EAJ 35 12 EPZ... use 050MR16/EPZ 25 12 1 9550 ERF 50 14 30281 EAL 500 120 41874 ERV 340 36 EBV 500 115-120 40566 43756 ESD 150 120 EBW 500 115-120 40567 49651 ESH 85 82 ECA 250 120 40565 11698 ESJ 85 82 120 40568 ECT 500 11322 ETJ 250 120 30358 ECV 1 000 120 3831 1 ETT 1 000 120 41251 EFM 50 8 18237 EVC 250 24 ( 41252 75 12 EFN 18238 EVD 400 36 41253 EFP 100 12 1 0099 EW 120 6.64 41254 EFR 150 15 11110 EVW 250 82

8-B Appendix @

t GE ANSI-Codgd Projection Lamps (con't)

ORDERING ORDEBING a DESCRIPTION CODE WATTS VOLTS CODE DESCRIPT¡ON WATTS VOI.TS

11132 EWF 200 24 301 62 PH/1 1 1A 75 125 11427 EWR 150 6.64 43220 PH/140 75 120 11478 EXL 30 6.64 40569 PHl211 75 115-125

11482 EXM 45 6.64 40570 PHl212 150 1 1 5-125 12092 EXR 300 82 40571 PHl213 250 115-125

1 2503 EXS 200 30 43222 PH/1400 75 230

1 2003 EXV 100 12 DISCHARGE MARC and 1 2095 EXW 300 82 GAS Gemini@ (EZG) 11750 EXX 250 120 11'134 Geminì 300 300 35 12057 EXY 250 82 29469 MARC-300/16 (EZM) 300 37.5 13152 EYA 200 82 39936 MARC-350/16T (EZT) 350 45

1 2696 EYB 360 82 Pulsed Xenon Arc La 19322 EYB-5 82 86 30119 PXA-44 600 13617 EYH/FKT 250 120 301 20 PXA-45 1 500 13905 EYK 300 120 PXA-50 4000 23522 EZA 30 6.64 30124 PXA-80 8000 23071 EZC 45 6.64 30129

1 5832 EZFIEZJ 225 68 Xenon Metal Halide 1 1 134 EZG Gemini@ 300 (High-intensity arc) 300 35 12374 XMZH60 Lamp 60 60 15477 EZK 150 120 12375 XMH60/120 Ballast 60 120 15243 EZL 200 30.67V/6.64 12376 XMH60/230 Ballast 60 230 29469 EZM (MARC-300/16) 0 (High-intensity arcl 300 37.5 MetalHalide 23523 EZP 50 6.64 Double-Ended 39936 EZT MARC-350/167 32497 M0t/70/T6/30 70 95 (High-intensity arc) 45 350 32498 M0l/150/T7l43 150 90 15213 EZW 85 82 Single-Ended 29581 FAL 420 120 32271 MBt70/T/30 75 95 FBD... use FBG/FBD 32370 MBt70Æ/40 75 95 120 33663 FBG/FBD 500 21053 MBt150/T/30 150 95 29598 FCB 120 21054 MBt 150rr/40 150 95 I 4876 FCR 100 12

1 3598 FCS 150 24 FDS... use DZE/FDS 35321 FDT 100 12 36878 FDV 150 24 18243 FDX 100 12 29592 FFJ 600 120 30276 FFM 420 120 47614 FHS 300 82 47914 FHX 25 13.8 FKT... use EYH/FKT

30894 FLS 28 12 31964 FLT 25 13.8

1 9868 FLW 300 24 U 1 4887 FML 50 13.8 18241 FNT 275 24 21613 FXL 410 82

8-9 @ nppendix

GE Miniature and Sealed Beam Product 0rdering Information

GE Miniature and Sealed Beam Lamps are designed for order by American National Standards Institure (ANSI) those applications requiring specific bulb size, life, cost, codes and are associated to the specific market segments { and performance. These specialty lamps are available indicated below: with a wide variety of fìlament constructions, base Aircraft Automotive Agriculture designations, and wire terminal leads. Most are operated ClM/Tractor Emergency Entertainment in special applications utilizing a low voltage source. Flashlight/Handlantern Indicator Medical/Scientific This should make identifying the application of use Marine Spot Telephone easier. GE Lighting provides a full line of GE Miniature For replacement details and specification verification and Sealed Beam products to meet your specialty refer to the GE Lighting Miniature Sealed Beam Lamp Iighting needs. The lamps are indicated in numeric Catalog.

tAMP PRODUCT tAMP PRODUCT NUMBER CODE SEGMENT NUMBER CODE SEGMENT

81A UNIÏ 1 2064 lndicator 48PSB 12015 ïelephone

B2A UNIT 1 2065 I ndicator 51 25529 lndicator B7A UNIT 31 675 lndicator 53 UNIT 25550 lndicator, Automotive/Truck

H1-55 UNIT 12.8V 20727 C I M, Agric./Tra ctor, Auto/Truck 53lBP2 1 2333 I ndicator, Automotive/Truc k H2-55 UNIT 12.8V 20734 Cl M, Agric./ïra ctor, Auto/Truc k 53X 12V 25571 Automotive/Truck H3-100/BP1 13.2V 12341 ClM, Agric./Tractor 55 UNIT 25576 lndicator

H3-55/BP1 13.2V 1 2339 Cl M, Ag ric./Tractor, Auto/Truck 57 UNIT 25591 I ndicator. Automotive/Truck H3-70 21149 ClM, Agric.ffractor 6OMB 12076 Telephone H4-60/55W 20731 Cl M, Ag ric./Tra ctor, Auto/Tru ck TEU6OPSB UNIT 12077 Tele phone KPRl 02 14362 FlashlighVHandlantern 63 UNIT 6V 25628 Entertainment (T.V., radio) PR2 251 81 Flashlight/Handlantern 63lBPz 12321 Entertainment (T.V., radio) PRzIBP2 12675 Flashlight/Handlantern 305 UNIT 26143 Aircraft PR3 3.57V 251 93 FlashlighflHandlantern 306 UNIT 26152 Aircraft PR3/BP2 "t2676 Flashli ghVHandlantern 307 UNIT 26157 Aìrcraft PR4 25207 FlashlighVHandlantern 3O7AF 261 61 Aircraft PR4IBPz 12677 Flash lighlHand la ntern 307R UNIï 261 63 Aircraft I PR6 2.47V 25222 FlashlighVHandlantern 3O7SB UNIT 261 66 Aircraft PR7 25235 Flashli g hVH andlantern 308 UNIT 261 68 Aircraft PR9 25247 FlashlighVHandlantern 3O8AF 26171 Airc raft. Medica l/Scientific PR1 2 25252 Flashli ghVHa ndlantern 309 UNIT 26175 Aircraft

PR12IBPz 1 2080 Flashli ght/Ha ndla ntern 310 UNIT 261 83 Aircraft PRl 3 25262 FlashlighVHandlantern 311 UNIT 261 91 Aircraft

PRl 3/BP2 1 2681 Fl ashlighVHandlantern 311R UNIT 261 98 Aircraft PRl 8 25289 Flash lig hVH andlantern 313 UNIT 26212 Aircraft PR2O 25295 FlashlighVHandlantern 315 UNIT 26238 Aircraft 6 UNIT 25299 lndicator 316 UNIT 26243 Airc raft, Medical/Scientifi c TEU6PSB 12756 Telephone 327 2851 I Aircraft 1 0c5 28947 Telephone 328 UNIT 28546 Aircraft

10 25312 I ndicator 330 UNIT 28567 Aircraft, lndicator 12 2531 I Entertainment (T.V., radio) 334 UNIT 28588 Aircraft, lndicator TEUl2PSB 12760 Telephone 335 UNIT 28V 28601 I ndicator 13 2533r Flashli g hVH andlantern, Entertainment 356 UNIT 26255 Aircraft, CIM 14 25354 FlashlighVHandlantern 370 UNIT 28641 lndicator 15 UNIï 25371 lndicator 381 UNIT 6.3V 28653 lndicator 19 UNIT 25377 Entertainment (T.V., radio) 382 14V 28657 lndicator

TEU24E2 29001 Telephone 385 UNIT 28660 I ndicator TEU24EX UNIT 36600 Telephone 386 UNIT 28662 lndicator TEU24PSB UNIT 12071 Telephone 387 UNIT 28664 Aircraft, lndicator ïEU24X 29004 Telephone 388 UNIT 28672 lndicator

24 UNIT 14V 1 7853 Automotive/Truck 394 UNIT 28675 lndicator 24NA UNIT 14V 17854 Automotive/Tru ck 4OO UNIT 3891 8 Aircraft, lndicator 27 4.9V 25388 FlashlighVHandlantern 407 UNIT 26324 FlashlighVHandlantern TEU2sMB 12761 Telephone 425 UNIT 26354 Flashli g hVHandlantern TEU2sPSB UNIT 12072 Telephone 447 UNIT 47784 Entertainment (T.V., radio) 37 UNIT 39220 Automotive/Truc k 455 UNIT 26436 Entertainment (T.V., radio) 40 25420 Entertainment (T.V., radio) 456 UNIT 24V 26441 crM ( 43 UNIT 25442 lndicator 464 UNIT 39645 Aircraft, lndicator 44 UNIT 25450 Entertainment (T.V., radio) 502 UNtT 5.1V 26460 Flashli ghVH andlantern 47UN|T." r 25485 Entertalnment (T.V., radio) 503 UNIT 26469 Flashlig ht/H andlantern

8-t 0 a GE Miniature and Sealed Beam Product ùrdering Information (con't)

ô tAMP PRODUCT LAMP PBODUCT NUMBER CODE SEGMENT NUMBER CODE SEGMENT

5O9K UNIT 26485 lndìcator r424 UNIT 3781 3 Medical/Scientific 545 UNIT 21002 lndicator 1434 UNIT 27193 Medical/Scientific 555 UNIT 44773 Entertainment (T.V., radio) 1445 UNIT 27207 Automotive/Tru ck, Entertain ment 561 UNIT 39746 Automotive/Truck 144518P2 12329 Automotive/Tru c k 561/BP2 1 2358 Automotive/Truck 1449 UNIT 27252 Entertainment (T.V., radio) 562 UNIT 39745 Automotive/Truck 1450 uNlT 27263 lndicator

563 BULK 40025 Automotive/Tru ck 1 460 2831 0 Medical/Scientific 570 UNIT 12V 21864 Automotive/Tru ck 1460X UNIT 37342 Medical/Scientific 577 UNIT 12.8V 20241 Automotive/Tru ck 1468 UNIT 27305 Medical/Scientific 585 UNIT 49936 lndicator 1468X UNIT 42677 Medical/Scientific

590 UNIT 1 8439 Automotive/Tru ck 1487 UNIT 27356 Entertainment (T.V., radio) 605 UNIT 26549 Flashlig hVH a ndla ntern 1489 UNIT 27369 Medical/Scientific

612 UNIT 36935 I ndicator 1493 UNIT 27382 Medical/Scientific 623 UNIT 26561 lndicator 1495 UNIT 27392 Aircraft 624 UNIT 26567 Marine 1495X UNIT 44842 Aircraft 631 UNIT 26570 Automotive/Truc k 1503 UNIT 27410 lndicator

656 UNIT 38866 I ndic ator 1534 UNIT 41773 Aircraft 657 UNIT 381 96 Entertainment (T.V,, radio). lndicator 1561 UNIT 27431 Medical/Scientific 658 UNIT 39999 Entertainment (T.V., radio) 1565 UNIT 27434 Medica l/Sc ientif ic 705 UNIT 43132 Aircraft 1591 UNIT 40943 Automotive/Truck 755 UNIT 26591 lndicator 1594 UNIT 27439 Medica l/Sc ientif ic 756 UNIT 26593 Entertainment (T.V., radio) 1612 27461 Medica l/Scientif ic

757 UNIT 26599 lndicator 1 976 34521 Aircraft

1 129 UN lT 26872 General Lighting 1 978X 38545 Aircraft 1133UNIT6V 26885 lndicator 1982 UNIT 38627 Aircraft 1141 UNIT 26903 Automotive/Truck 1983 UN|T 3971 I Aircraft

114118P2 12346 Automotive/Truck 1 9825 P 21 061 Aircraft 1142 UNIT 26917 Automotive/Truck 1986 UNtT 44717 Aircraft It 1152 UNtT 12.8V 26945 Medical/Scientific 1987 UNtT 47695 Aircraft 1154 UNIT 26948 Automotive/Truck 1 988 38535 Aircraft

115418P2 12297 Automotive/Tru ck 2040 uNtT 1 9280 Automotive/Tru ck 1155 UNIT 12V 26955 Automotive/Tru ck 2057 UNtT 44760 Automotive/Tru ck 1156UNlT12V 26960 Automotive/Tru ck 205718P2 12296 Automotive/Truck 1 1 56/8P2 12344 Automotive/Tru ck 2057NA UNIT 44763 Automotive/Truck 1157 UNIT 12V 26969 Automotive/Tru ck 2057NA/BP2 12312 Automotive/Truc k 115718P2 12294 Automotive/Tru ck 2232 UNtT 34763 Aircraft 1157N4 UNIT 26975 Automotive/Tru ck 223258 UNIT 43134 Aircraft 1 1 57NA/BP2 12310 Automotive/Tru ck 2233 UNtT 36906 Aircraft 1176 UNtT 27004 Automotive/Tru ck 2331 UNtT 281 00 Medical/Scientific

1195 UNtT 27021 Automotive/Tru c k 2357 UNIT 1 6291 Automotive/Truc k 1196 UNtT 27026 Automotive/Tru c k 235718P2 12298 Automotive/Truc k

1203 UNtT 21032 Automotive/Tru ck 2357N4 UNIT 1 5698 Automotive/Truck I 209 27040 Medica l/Scientific 2357N¡/BP2 12299 Automotive/Truck 1224 UNIT 27044 Agriculturefiractor 2577 UNIï 20246 Entertainment (T.V., radio) 1229 UNIT 39904 Emergency (Vehicle, Building, Spot) 2604X UNIT 43805 Medical/Scientif ic 1240 UNIï32V 27081 Medic allScientific 2627 BULK 64380 Automotive/Tru ck 1251 UNIT 27092 lndicator 3011 UNtT 36508 Aircraft 1252 UNtT 27097 lndicator 3057 UNtT 12V 1 8389 Automotive/Tru ck

1302 6.3V 27116 Entertainment (T.V., radio) 305718P2 1 2305 Automotive/Tru ck

1308 UNtT 12824 Aircraft 3O57NA UNIT 12V 1 8391 Automotive/Tru ck

1309 UNtT 27118 Aircraft 3078 1 4698 Aircraft 1315 UNIT 32098 Aircraft 3O57NA/BP2 12313 Automotive/Tru ck 1315 UNIT 32098 Emergency (Vehicle, Building, Spot) 3155 UNtT 12.8V 20243 Automotive/Tru ck 1317 UNIT 34265 Aircraft 3156 UNtT 12V 21 863 Automotive/Tru ck

1317 uNtT 34265 Emergency (Vehicle, Building, Spot) 31 56/8 P2 1 2351 Automotive/Tru ck 1383 UNIï 27150 Aircraft 3157 UNtT 12.8V 17172 Automotive/Tru ck

1383 uNtT 27150 Automotive/Truck 315718P2 1 2306 Automotive/Tru ck 1385 UNIT 27154 Aircraft 3157NA UNIT 12.8V 17173 Automotive/Truck I 1 388 27159 Aircraft 31 57NA/BP2 12314 Automotive/Truck 1408 UNIT 10V 27179 Emergency (Vehicle, Building, Spot) 4000 12.8V 18511 Automotive/Truck r414 UNIT 27181 Aircraft 4001 12.8V 18516 Automotive/Truck 1416 UNIT 3891 4 Marine 4013 UNtT 24327 Ag ric u ltu relTra cto r

8-l I @ nppendix

GE Miniature and Sealed Beam Product 0rdering lnformation (con't)

tAMP PRODUCT tAMP PRODUCT I NUMBER CODE SEGMENT NUMBER CODE SEGMENT

4014 UNIT 24339 Emergency (Vehicle. Building, Spot) 5008ww 281 63 Aircraft 4019 UNtT 24369 Agriculture/Tractor 5013CW 281 68 Aircraft 4040 uNtT 3841 I Automotive/Tru ck 5013WW 281 69 Aircraft 4042 39585 Emergency (Vehicle. Building, Spot) H5024 12.8V 19428 Automotive/Truc k

4044 UNIT 40588 Emergency (Vehicle, Building, Spot) H5054 12.8V 1 9429 Automotive/Truc k 431 3 25051 Aircraft H5062 12.8V 19412 Automotive/Truc k 4340 UNIT 39366 Agriculture/Tractor 5104WW 28173 Aircraft 4350 UNIT 39362 AgricultureÆractor 5106WW 3361 2 Aircraft 4405 UNIT 24425 Emergency (Vehicle, Building, Spot) 5108WW 28175 Aircraft H4405 15129 Emergency (Vehicle, Building, Spot) 5113WW 28178 Aircraft 4406 UNIT 24430 Agricultureflractor 5557 16152 Aircraft 4411 UNIT 24448 Agric ulture/Tractor 6006 25114 AutomotiveÆruck 4411-1 UNIT 37889 Ag ric u ltu relTra cto r 6014 12.8V 18519 Automotive/Truc k 4412 UNIT 24454 Automotive/Tru ck 6015 UNIT 3841 6 Automotive/Truc k

4412A UNIT 24460 Automotive/Tru ck H6024 12.8V 1 8525 Automotive/Truc k

44I3 UPC UNIT 22981 Ag ric u ltu relTra cto r 6052 12.8V 1 8521 Automotive/Truc k

4414 UNIT 24478 Emergency (Vehicle, Building, Spot) 6053 1 2.8V 1 8298 Automotive/Truc k

44144 UNIT 24483 Emergency (Vehicle, Building, Spot) H6054 12.8V 1 8534 Automotive/Truc k 4414R UNIT 24481 Emergency (Vehicle, Building, Spot) H6054H0 14752 Automotive/Truc k 4415 22982 Automotive/Tru ck 7387 28926 lndicator 44154 UNIT 24499 Automotive/Tru ck 7400 uNtT 401 90 Emergency (Vehicle, Building, Spot) 4582 24853 Aircraft 64 UNIT 7V 25643 Aircraft, Emergency 4587 24867 Aircraft 67 UNIT 25652 Automotive/Truck 4589 UNIT 24873 Aircraft 68 UNIT 25692 Automotive/Truck, M a rine 4591 24882 Aircraft 70 UNIT 14V 43606 Automotive/Truck 4593 UNIï 24887 Aircraft 73 UNIT 3921 I lndicator 4594 UNIï 24891 Aircraft 74 UNIT 38457 Automotive/Truck 4595 24892 Aircraft 81 UNIT 6V 25736 Automotive/Truck, Aircraft, Entertainment 4596 UNtT 24898 Aircraft 82 UNIT 6V 25751 Auto/Truck, Marine, Emergency t 04597 37372 Aircraft 85 UNIT 40969 lndicator 4614 24940 Aircraft 86 UNIT 40967 lndicator 4626 24964 Aircraft 88 25772 lndicator 4627 24966 Aircraft 89 UNIT 25778 Automotive/Truck

04629 40577 Aircraft 89/BP2 1 2363 Automotive/Tru ck 04631 UNIT 34537 Aircraft 90 UNIT 12V 25794 Automotive/Truck, M a rine 04632 UNtT 39112 Aircraft 90/BP2 12364 Automotive/Tru ck, M a rine 4635 33284 Aircraft 93 UNIT 25811 Automotive/Tru ck

4636-3 14V 1 9632 Emergency (Vehicle, Building, Spot| 94 25825 Marine 4651 12.8V 18517 Automotive/Truc k 97 UNIT 25836 Automotive/Tru ck H4651 12.8V 1 8532 Automotive/Truc k 97lBPz 12322 Automotive/Tru ck

HP4651 12.8V 1 8541 Automotive/Truc k 98 UNIT 16287 Automotive/Tru ck 465212.8V 18518 Automotive/Truc k 105 UNIT 36i 47 Automotive/Tru ck

H4656 12.8V 1 8533 Automotive/Truc k 112 25848 Flashlight/H andla ntern H4656H0 14753 Automotive/Truc k TEU120MB UNIT 12078 Tele phone

H4666 12.8V 1 8535 Automotive/Truc k TEU12OPSB UNIT 1 2080 Telephone 04681 36271 Aircraft 127 UNIT 44767 Enteftainment (T.V., radio) 4700 uNlT 39906 Emergency (Vehicle, Building, Spot) 131 25897 Flashlig hflH and la ntern

H4701 12.8V 1 8536 Automotive/Truc k 147 2591 6 lndicator H4703 12.8V 1 8538 Automotive/Tru c k 157 UNIT 25927 M edic a l/Scientific ,I58 4752 44724 Constru ction/l nd ustrial Ma chinery UNIT 12V 25931 Automotive/Truc k, I ndicator

4800 24973 Automotive/Truc k 161 UNIT 12V 25956 Automotive/Truc k, I ndicator

4811 UNtT 24980 Automotive/Truc k 1618 BULK 20273 Automotive/Truc k, I ndicator

4825R UNIT 28V 24981 Constru ction/l nd ustrial M a chinery 168 25962 Automotive/Truc k, I ndicator

4880 UNtT 24995 Constru ction/l nd ustrial Ma chinery 168lBPz 12327 Automotive/Truc k, I ndicator 4919-1 tJNIT 45114 Agriculture/Tractor 193 UNIT 14V 1 9553 Automotive/Truck 4921-1 UNIT 45116 Automotive/Tru c k 194 UNIT 12V 25965 Automotive/Truc k, lndicator H5001 12.8V 18522 Automotive/Tru c k 1 94NA/B P2 12319 Automotive/Truck 5004 cw 281 54 Aircraft 198 UNIT 37983 Automotive/Truck 5004 ww 281 55 Aircraft 199 UNIT 37985 AutomotiveÆruck ( H500612.8V 1 8523 Automotive/Tru c k 210 UNIT 25988 Entertainment.(T.V., radio) 5008cw 281 60 Aircraft 211-2 UNIT 39224 Automotive/Truck t

8-12 a GE Miniature and Sealed Beam Product ùrdering Information (con't)

o tAMP PRODUCT LAMP PRODUCT NUMBER CODE SEGMENT NUMBER CODE SEGMENT

211-2lBPz 12673 Automotive/Tru c k 916 UNIT 1 6289 Automotive/Truc k 212-2 UNtT 39222 Automotive/Tru c k 917 UNIT 44800 lndicator 214-2 UNIT 39356 Automotive/Truc k 918 UNlr 12.8V 17831 Emergency (Vehicle, Building, Spot) 222 26008 Flashlig hVHandlante rn 921 UNIT 43374 Auto/Truck, Emergency 238 UNIT 26052 lndicator 92UBPz 12307 Automotive/Truc k 243 UNIT 2.33V 26063 FlashlighVH a ndla ntern 922 UNIT 13274 Automotive/Truck 245 26070 Enteftainment, FlashlighVHandlantern 923 uNlT 12.8V 1 6955 Emergency (Vehicle, Building, Spot) 251 28464 Medic a l/Scientific 926 UNIT 1 3483 Emergency (Vehicle, Building, Spot) 252 28466 lndicator 927 UNIT 1 3485 Emergency (Vehicle, Building, Spot) 253X 28470 lndicator 939 UNIT 6V 1 6975 Emergency (Vehicle, Building, Spot) 257 UNIT 26088 Auto/Truck, Agric./Tractor, Entertainment 1003 UNIT 26709 Automotive/Truck

258 UNIT 26095 Entertainment (T.V., radio) 1 003/BP2 12367 Automotive/Tru ck 2s9 6.3V 26099 Entertainment (T.V.. radio) 100418P2 12373 Automotive/Tru c k, Ma rine 265 UNIT 44719 lndicator 1004 uNlT 26726 Automotive/Truc k, M a rine 267 UNIT 42158 lndicator 1034 UNIT 26775 Automotive/Truck 293 UNIT 32688 Auto+B 1 52/Tru c k, Ente rtainment 1047 UNIT 2681 5 Airc raft, M edic a l/Scientif ic 301 UNIT 26112 Aircraft 1062 UNIT 32147 Emergency (Vehicle, Building, Spot) 302 UNIT 26120 Aircraft 1073 UNtT 26838 Automotive/Truc k 303 UNIï 26127 Aircraft 1076 UNtT 12V 26854 Automotive/Truck 304 UNtï 26136 Aircraft r096 uNlT 371 69 Medical/Scientific 767 UNIT 1 1014 Aircraft, lndicator 1619 UNtT 27472 Medical/Scientific 773 UNIT 11250 lndicator 1630 UNtT 27488 M edical/Scientific 774 UNIT 12723 Emergency (Vehicle, Building, Spot) 1631X UNIT 27491 Medica l/Scientific 778 UNIT 4971 I Medical/Scientific r634 UNtT 20V 27496 Medical/S cientif ic 780 UNIT 1 8344 General Lighting 1638 UNtT 27504 Marine

782 UNIT 44840 I ndicator 1649 UNtT 27513 M edic allSc ientific 783 UNIT 44500 Emergency (Vehicle, Building, Spot) 1651 UNtT 27515 FlashlighVHandlantern ( 784 UNIT 43760 Emergency (Vehicle, Building, Spot) 1662 UNIT 27529 Aircraft I 785 UNIT 43162 Emergency (Vehicle, Building, Spot) 1665 UNIT 27532 Aircraft 786 UNIT 43764 Emergency (Vehicle, Building, Spotl 1680 UNIT 6V 27548 Aircraft 787 UNIT 43115 Medic a l/Scientific 1 680X 33995 Aircraft 788 UNIT 43117 Medica l/Scientific 1683 UNIT 27557 Aircraft 789 UNIT 43119 Emergency (Vehicle, Building, Spot) 1691 UNIT 27566 Aircraft 790 UNrï 43121 Medical/Scientific 1 691 AF 27568 Aircraft 791 UNIT 43123 Medical/Scientif ic 1692 UNIT 27571 Marine, Aircraft 795 UNtr 12.8V 20469 Emergency (Vehicle, Building, Spotl 1723 27596 Aircraft 862 BULK 14132 Tra cto r 1731 UNIï 27608 Medical/Scientific 880 UNIT 12783 Automotive/ïruc k 1763 UNIT 27627 Medical/Scientific 881 UNIT 12843 Automotive/Truck 1777 UNIT 27630 Aircraft 882 UNIT 13158 Automotive/Truck 1810 UNIT 27659 lndicator 882-X UNIT 18167 Automotive/Tru ck 1813 UNIT 27667 Entertainment (T.V., radio) 884 UNIT 14072 GeneralLighting 1815 UNIT 27677 lndicator 885 UNIT 14774 Automotive/Truc k 1816 UNIT 27688 Aircraft 886 UNIT 20240 Automotive/Truc k 1818 UNIT 27707 Aircraft 889 UNIT 15244 Automotive/Truck 1819 UNIT 27711 lndicator 890 UNIT 15226 Automotive/Truck 1820 UNIT 27727 lndicator 891 UNIT 15246 Automotive/Tru ck 1822 UNIT 27749 I ndicator

892 UNIT 1 6481 Automotive/Tru c k 1828 UNtT 27772 lndicator 893 12.8V 20237 Automotive/Truc k 1829 UNtT 27776 lndicator 894 UNIT 20238 Ag ric u ltu relTra cto r 1835 UNIT 27804 lndicator 890 UNIT 20239 Automotive/Truck 1843 UNIT 27816 lndicator 898 BULK 12271 Automotive/Truck 1847 UNIT 27815 Entertainment (T.V., radio) 904 UNIT 40462 Entertainment (T.V., radio) 1850 UNIT 2t833 Emergency (Vehicle, Building, Spot) 906 UNIT 40289 Automotive/Tru ck 1864 UNIT 27862 Aircraft (T.V., 906/BP2 1 2366 Automotive/Tru c k 1866 UNtT 27868 Entertainment radio) 908 UNIT 44754 Emergency (Vehicle, Building, Spotl 1873 UNtT 40383 Aircraft 909 UNIT 44756 Emergency (Vehicle, Building, Spot) 1873 UNtT 40383 clM 9I2 UNIT 40504 Automotive/Truck 1874 UNtT 27882 Medica l/Scientif ic I 912lBPz 1 2365 Automotive/Truck 1876 UNtT 3.5V 27889 Medical/Scientific 914 UNIT 44769 Emergency (Vehicle, Building, Spot) 1876X UNIT 36774 M edic a l/Sc ientific 915 UNIT 44771 Emergency (Vehicle, Building. Spot) 1889 12V 27907 Automotive/Truc k

8-1s GE Miniature and Sealed Beam Product ùrdering lnformation (con't)

tAMP PRODUCT tAMP PRODUCT ( NUMBER CODE SEGMENT NUMBER CODE SEGMENT

1 891/B P2 12331 AutomotiveiTru ck, lndicator 4551 UNIT 24795 Aircraft 1891 UNtT 12V 27917 AutomotiveiTruck, I ndic ator 4552 UNtT 28V 40576 Aircraft 1892 UNtT 27927 lndicator 4553 UNIT 24795 Aircraft 1892 UNtT 2t927 lndicator 4554 24802 Aircraft 1893 UNtT 12V 27935 Automotive/Truck 04554 37706 Aircraft 1 893/8 P2 12332 Automotive/Truck 4555 40583 Aircraft 1895R BULK 34508 Agriculture/Tractor 4556 40580 Aircraft 1895 UNtT 12V 27945 Automotive/Truck 4557 40581 Aircraft 1 895/8 P2 12330 AutomotiveÆruck 4559 UNtT 28V 40578 Aircraft 1939X UNIT 34021 Aircraft 04559 UNtT 40579 Aircraft 1940 UNtT 28008 Aircraft 04559X UNIT 42552 Aircraft 1944 UNtT 37034 Medical/Scientif ic 04566 41 097 Aircraft 1944X UNIT 45087 Medical/Scientif ic 4570 UNtT 24828 Aircraft 1 958 28011 Aircraft 4571 UNIï 24830 Aircraft 1 959 35093 Aircraft 45t2 24833 AutomotiveÆruck 1 967 2801 I Aircraft 4578 UNtT 25005 ctM 1 968 28034 Aircraft 4579 UNITLAMP 25009 CIM 1 970 28036 Aircraft 4580 24859 Aircraft 1970X 41 938 Aircraft 4581 UNtT 24862 Aircraft 1974 32780 M edica l/Scientific 74OOR UNIT 43347 Emergency (Vehicle, Building, Spot) 441 6A 24506 Emergency (Vehicle, Building, Spot) 7414Y 39987 Emergency (Vehicle, Building, Spot) 4416R UNIT 24513 Emergency (Vehicle, Building, Spot) H7550 43561 Flashli ghfl Handlantern 4416UPC 22983 Emergency (Vehicle, Building, Spot) H7551 43564 Emergency (Vehicle, Building, Spot) 4419 UNtT 24531 Ag ric u ltu relTra cto r H7552 43567 Emergency (Vehicle, Building, Spot) 4420 UN|T 24536 Automotive/Truck H7553 43570 Emergency (Vehicle, Building, Spot) 4421 UNtT 13V 24539 Automotive/Tru ck H7555 44642 Emergency (Vehicle, Building, Spot) 4422 24542 Ag riculture/Tractor H7557 12720 Emergency (Vehicle, Building, Spot) 4431 24566 Automotive/Truck H76OO UNIT 42841 Emergency (Vehicle, Building, Spot) 4434 A 24572 Emergency (Vehicle, Building. Spot) H7604 UNIT 43576 Emergency (Vehicle, Building, Spot) e 4435 UNtT 24577 Emergency (Vehicle, Building, Spot) H7606 14616 Agriculture/Tra ctor 4436 UNtT 12V 24582 Emergency (Vehicle, Building, Spot) H7607 19276 Ag ric ulture/Tra ctor 4440X UNIT 39932 Ag ricultu relTractor H7609 14617 Ag ric ulture/Tractor 4446 UN|T 37046 Emergency (Vehicle, Building, Spot) H7610 14618 Agriculture/Tractor 4459 24589 Ag ric u ltu relTra cto r H7612 49695 Automotive/Truc k 4460X UNIT 401 76 Agriculture/Tractor 76i3 UNtT 41 865 Emergency (Vehicle, Building, Spot) 446r UNtT 24592 Ag riculture/Tractor H7614 49731 Emergency (Vehicle, Building, Spot) 4464 UN|T 24606 Emergency (Vehicle, Building, Spot) H761 6 42838 Emergency (Vehicle, Building, Spot) 4466 UN|T 24596 Agriculture/Tra ctor H761 9 14619 Ag ric u ltu relTra cto r 4467 UNtT 42887 Automotive/Truck H7635 UNIT 43591 Emergency (Vehicle, Building, Spot) 4478 UNtT 24613 Construction/lndustria I Ma chinery 7672-1 11421 Emergency (Vehicle, Building, Spot) 4502 UNtT 24627 Automotive/Truck 9003 uNtT 22389 Automotive/Truck 4505 UNtT 24640 Aircraft 9003/BP 22432 Automotive/Truck 4509 UNtT 24650 Aircraft 9004 uNtT 1 3382 Automotive/Truck 04509 22109 Aircraft 9OO4 XL UN IT 11249 Automotive/Truck 4509X 41 503 Marine, Emergency 9004/8P 12.8V 1 8508 Automotive/Truc k 45r0 uNtT 24654 Ag ric./Tractor, Emergency 9005 uNtT 13384 Automotive/Truck 4511 UNtT 24663 Agriculture/Tra ctor 9005iBP 12.8V 1 8509 Automotive/Truck 4515 UNtT 24613 (Vehicle, Emergency Building, Spot) 9006 uNtT 1 3397 Automotive/Tru ck H451 5 15133 (Vehicle, Emergency Building, Spot) 9006/8P 12.8V 1 8510 Automotive/Truck 451 6 24678 Emergency (Vehicle, Building, Spot) 9007 uNtT 12.8V 20551 AutomotiveÆruck gOO7XL 451 I 24690 Marine, Emergency BULK 12276 Automotive/Truc k 4522 UNtT 24t00 Emergency (Vehicle, Building, Spot) 9011 BULK 14776 Automotive/Truck 4530 24721 Aircraft H9406 1 5769 Ag ric ulture/Tractor 453r UNtT 24726 Emergency (Vehicle, Building, Spot) H941 I 15771 Agric ulture/Tractor 4535 UNtT 24735 Automotive/Truck 5032011 24V 641 69 Automotive/Truck 4537-2 UNtT 40822 Aircraft 5034011 12V 1 4565 Automotivg/Truc k 4537 UNtT 24742 Emergency (Vehicle, Building, Spot) 50450 24V 30833 Automotive/Truck 4541 24756 Emergency {Vehicle, Building, Spot) 58710 UNtT 64371 FlashlighVHandlantern Tungsram Branded 4543 UNtT 24764 Aircraft 58720 (HPR 52) 64363 FlashlighVHandlantern Tungsram Branded 4545 ( UNtT 24768 Marine 58760 (HPB 50) 58760 FlashlighVHandlantern Tungsram Branded 4546 UNtT 24780 (HPR Marine 58770 51 ) 64370 Fl ashli g hVH a ndla nt'ern Tun gsra m B ra nded 4547 UNtT 24788 Flashli ghfl Handla ntern 58790 (HPR 44) 64366 FlashlighVHandlantern Tungsram Branded

8-14 Appendix W)

ffry*, 'i.å'l t^lif .i l () \dt+é:"

{Éi:,' I íriitii;¡tt

GETriple PocketLight Lout cost, høndy l;ight metrs for gmeral a,rùd tnsk Ii ghting m e øsur em ent s .

. Two versions provide direct reading of illuminance - Modelz\7 Footcandle scale (lumens/sq. ft.) Model216 Lux scale (lumens / sq.meter) (l - . Convenient sizeo lightrveight and rugged. Perfect for in-the-field lighting survey and verification work.

. Color and cosine corrected - accurate rendering with any general lighting source, electric lighting or downlighting.

. No batteries required. Light powers the meter. Rugged ootaLrtband" meter movement ensures long life.

. 3 scales plus 10X multþlier provide wide r¿rnge of light measurements (10-10,000 footcandles or 100-100,000 lux). 1f ¡ Carrying case and full instructions included.

8-t 5 The GE 216 and 2L7 c Pocket Light Meters

Low cost, rugged, acqtrøte and eøsy-tou,se

The GE 216 and 217 Pocket Light Meters H provide lighting users and designers with a low cost, light weight, ever ready light measurement tool with excellent ruggedness and accuracy. Color and cosine corrections built into the meter itself simplify the interpretation of results. The meters can be used to measure illuminance directly over a wide r¿rnge: Type 216 100-100,000 lux Availability .' Type 217 10-10,000 footcandles Both GE Pocket Light Meters Accurate in ambient temperatures from 37'F (3'C) thru 109'F (43'C) are d,el'iaered comþlete with carrying case, 10X multþlier,

and, d et ai led in s tru ction s Accuracy for use. Informøti,on on þrice and d.eli.aery is aaailøble 217 {footcandles} Type 216 (lux) through any GE Lamþ e Distributor or b1 contacting Seale Part ol scale Scale Part of scale Accuracy GE Lighting, Nela Park, 1 0-50 fc 10-20 100-500 lux 100-200 lux !5o/o Cornponent #4162, 20-50 200-500 lux il}Yo Cleueland, Ohio 44112 USA. 50 250 fc 50-1 00 500-2500 lux 500-1000 lux !50/o 1 00-250 1000-2500 lux 110% 200-10,000 fc All 2000-100,0001ux All t1 5%

This lightweight (3.5 oz. [99gJ ) convenient-sized meter (2.4" x 1.5" x 3.2") (6I x 38 x 81mm) is perfect for a variety of commonly required lighting measurements including: r Illuminance ¡ Reflectance o Transmittance o Brightness (luminance)

Equipment used for testing and calibration are traceable to US NIST. Meters are full warranted for one year from date of purchase against manufacturing defects.

Product 0rdering Godes: Type 216 lLuxl -22271 Type 117 {Footcandlesl - 21475

{i# årgrf*f**e¡g I

a

8-t 6 Appendix @

a Glossary of Terms f) Amperes Chromaticity ("Amps.") A measure of electrical current. In incandes- See Color Temperature cent lamps, the current is related to voltage and power as follows: Current (Amps) = Power (Watts) / Voltage Coelficient of Utilization (CU) (Volts). In general lighting calculations, the fraction of initial Iamp lumens that reach the work plane. CU is a function (ANSI) American National Standards lnstitute of luminaire intensity distribution, room surface A consensus organization which coordinates voluntary reflectances and room shape. standards for the physical, electrical and performance characteristics of lamps, ballasts, luminaires and other Color Bendering lndex (CBl) lighting and electrical equipment. An international system used to rate a lamp's ability to render object colors. The higher the CRI (based upon Average ßated Life a 0-100 scale), the better colors appear. CRI ratings of The median time it takes for a lamp to burn out. For various lamps may be compared, but a numerical example, a 60-watt Soft White bulb can be expected, comparison is only valid if the lamps are also rated for on the average, to burn for 1,000 hours. Based upon the same chromaticity. (See Chromaticity.) CRI differ- continuous testing of lamps in laboratories, the 1,000 ences among lamps are not usually significant (visible to hour rating is the point in time when 50Vo of the test the eye) unless the difference is more than 3-5 points. samples have burned out and 50% are still burning. Color TemperatuTe Ballast Originally, a term used to describe the 'whiteness" of An auxiliary piece of equipment designed to start and to incandescent lamp light. Color temperature is directly properly control the flow of power to gas discharge light related to the physical temperature of the filament in sources such as fluorescent and high intensity discharge incandescent lamps so the Kelvin (absolute) temperature (t (HID) lamps. scale is used to describe color temperature. For discharge lamps where no hot filament is involved, the term Bean Angle "correlated color temperature" is used to indicate that the light appears "as the discharge lamp is The angular dimension of the cone of light from if' operating at a given color temperature. More recently, the term reflectorized lamps (such as R and PAR types) "chromaticity" has been used place tempera- encompassing the central part of the beam out to the in of color ture. Chromaticity is expressed either in Kelvins (K) angle where the intensity is 50% of maximum. The beam or as "x" and "y" coordinates on the CIE Standard angle sometimes called "beam spread" is often part of Chromaticity Diagram. Although it may not seem sen- the ordering code for reflectorized lamps. Example: sible, a higher color temperature (K) describes a visually The 50PAR30/HIR/NFL25. is a 50 watt PAR30 narrow cooler, bluer light source. Typical color temperatures are flood lamp with a beam angle of 25 degrees. See also (incandescent), 3000K (halogen), 4100K (cool Field Angle. 2800K white or SP41 fluorescent), and 5000K (daylight-simulat-

ing fluorescent colors such as Chroma 50 and SPX50) . Biax@ GE trademark for the biaxial family of high-efficiency Compact Fluorescent Lamp (CFL) and longlife compact fluorescent lamps. The general term applied to families of smaller diameter fluorescent lamps (e.g. -I4,Tb), some of which have built- Candela (cd) in ballasts and medium screw bases for easy replacement The international unit (SI) of luminous intensity. The of incandescent lamps. term has been retained from the early days of lighting when a standard candle of a fixed size and composition Canadian Standards Association (CSA) was used as a basis for evaluating the intensity of other An organization that writes standards and tests lighting light sources. equipment for performance as well as electrical and fire safety. Canadian provincial laws generally require that all Candlepower products sold for consumer use in Canada must have (l Luminous intensity expressed in candelas. Plots of CSA or equivalent approval. luminous intensity, called candlepower distribution curves, are used to indicate the intensity distribution characteristics of reflector tlpe lamps.

8-l 7 @ nppendix

Glossary of Terms (con't) ( Efficacy Fluorescent Lamp See Luminous Effìcacy A high efficiency lamp utilizing an electric discharge through low pressure mercury vapor to produce ultra- violet (IfV) energy. The IfV excites phosphor materials El e ctromag neti c S pectrum applied as a thin layer on the inside of a glass tube which of electric and magnetic radiation that can A continuum makes up the structure of the lamp. The phosphors by wavelength or frequency. Visible be characterized transform the IJV to visible light. light encompasses a small part of the electromagnetic spectrum in the region from about 380 nanometers Footcandle (fc) (violet) to 770 nanometers (red) bywavelength. A unit of illuminance or light falling onto a surface. Electronic Ballast One footcandle is equal to I lumen per square foot. See also Lux. A short name for a fluorescent high frequency electronic ballast. Electronic ballasts use solid state electronic components and typically operate fluorescent lamps at Genura* Lamp frequencies in the range of 25-35 kHz. The benefìts A new GE fluorescent light source of a unique design. are: increased lamp effrcacy, reduced ballast losses and Features include a reflector shape, built-in high lighter, smaller ballasts compared to electromagnetic frequency electronic ballast and an electrodeless arc ballasts. Electronic ballasts may also be used with HID tube. The Z3-watt R25 Genura lamp is rated for 1100 lamps, but the circuits are quite different, there are initial lumens and 10,000 hours life and is designed to few designs at present and only minor lamp efficacy directly replace a7í-watt incandescent reflector lamp. improvements result. Halogen Lanp Elliptical ßeflector (Eß) Lamp A short name for the tungsten-halogen lamp. Halogen An incandescent lamp with an elliptically-shaped lamps are high pressure incandescent lamps containing reflector. This shape produces a focal point directþ halogen gases such as iodine or bromine which allow c in front of the lamp which reduces light absorption in the filaments to be operated at higher temperatures some types of luminaires. It is particularly effective at and higher effìcacies. A high-temperature chemical increasing the efficiency of baffled downlights. reaction involving tungsten and the halogen gas recycles evaporated particles of tungsten back onto Energy Policy Act (EPACT) the filament surface. Comprehensive energy legislation passed by the U.S. Halogen (HIB)Lamp Congress in 1992. The lighting portion includes lamp lß" labeling and minimum energy efficacy (lumens/watt) GE designation for a new form of high-effìciency requirements for many commonly used incandescent tungsten halogen lamp. HIR lamps utilize shaped and fluorescent lamp types. Similar legislation is being filament tubes coated with numerous layers of materials proposed in Canada. which selectively reflect and transmit infrared energy and light. Reflecting the infrared back onto the filament reduces the power needed to keep the filament hot. Fe deral Commun i cati ons Comm issi o n A U.S. Federal agency which is charged with regulating gh -l ( emissions in the radio frequency portion of the electro- H i nte nsity D i sch a rge H I D ) Lamp magnetic spectrum. For example, a regulation entitled, A general term for mercury, metal halide (GE Multi- "Part 18" deals with electromagnetic interference (EMI) Vapor, MXR or Arcstream) and high-pressure sodium from all lighting devices operating at frequencies higher (GE Lucalox) lamps. HID lamps contain compact arc than 9 kilohertz (kHz. ) . Typical electronically-ballasted tubes which enclose various gases and metal salts compact fluorescent lamps operate in the range of operating at relatively high pressures and temperatures 2{100k}{z. H i gh-Pressu re Sod i um ( H PS ) Lanp Field Angle A generic name for GE's Lucalox@ Iamp. HPS lamps The angular dimension of the cone of light from are high intensity discharge light sources which produce reflectorized lamps (such as R and PAR types) light by an electrical discharge through sodium vapor encompassing the central part of the beam out to operating at relatively high pressures and temperatures. c the angle where the intensity is 70% of maximum. See Beaml\ngle.

8-1 I Appendix @

Glossary of Terms (con't) o llluminance L.C.L. Beference PIane Location The "density" of light (lumens/area) incident on a Base Type Location surface. Illuminance is measured in footcandles or lux All Screw Bases (except Mini-Can.) ... Bottom of base contact Mini-Can Where diameter of ceramic base lncandescent Lamp insulator is .531 inches 3-Contact Medium Bottom of base contact A light source which generates light utilizing a thin Mogul Medium Prefocus Top of base fins filament wire (usually of tungsten) heated to white heat Mogul Prefocus Top of base fins by an electric current passing through it. Medium Bipost Base end of bulb (Glass lamps) Bottom of ceramic base (Quartz lamps) Infrared ßadiation Mogul Bipost Shoulder of posts (Glass lamps) Electromagnetic energy radiated in the wavelength range Bottom of ceramic base (Quartz lamps) of about 770 to 1106 nanometers. Energy in this range 2-Pin Prefocus Bottom of ceramic base. cannot be seen by the human eye, but can be sensed as S.C. or D.C. Bayonet Candelabra ...... Top of base pins heat by the skin. Medium Bavonet Top of base pins S.C. or D.C. Prefocus .... Plane of locating bosses lnstant Start on prefocus collar A typ. of fluorescent lamp-ballast circuit designed to Medium 2-Pin Bottom of metal base shell start fluorescent lamps as soon as the power is applied. Originally, instant-start circuits were developed to Lumen eliminate separate mechanical starter devices. Slimline The international (SI) unit of luminous flux or quantity fluorescent lamps operate only on instant start circuits. of light. For example, a dinner candle provides about 12 lumens. A 60-watt Soft White incandescent lamp provides Kilowatt(kW) 840 lumens. A measure of electrical power equal to 1000 watts (l Lumen Maintenance Kilowatt Hour (kWh) A measure of how a lamp maintains its light output over The standard measure of electrical energy and the rypical time. It may be expressed as a graph of light output vs. billing unit used by electrical utilities for electricity use. time or numerically. A 100-watt lamp operated for 10 hours consumes 1000 watt-hours (100 x 10) or I kilowatt-hour.If the utility Lumens Per Watt (lpW) charges $.08/k\ /h, then the electricity cost for the 10 A measure of the efficiency, or, more properly, "effrcacy" hours of operation would be 8 cents (1 x $.08). of a light source. Efficacy is easily calculated by taking the lumen output of a lamp and dividing by the lamp watts. Lamp For example, a 100-watt lamp producing 1750 lumens The term used to refer to the complete light source has an efficacy o117 .S lumens per watt. package including the inner parts as well as the outer bulb or tube. "Lamp", of course, is also commonly used Typical lamp efficacies: to refer to a type of small light fixture such as a Edison's first lamp ...... , 1.4lpw table lamp. Incandescent lamps .10-40 Halogen incandescent lamps .. 20-45 Light Fluorescent lamps...... 35- 100 Radiant energy which can be sensed or seen by the Mercury lamps 50-60 human eye. Visible light is measured in lumens. Metal-halide lamps 80- 115 High-pressure sodium lamps ...... 100-140

Light Center Length (L.C.L.) Note: the values above for discharge lamps do not inciude the effect of The distance betlveen the center of the filament or the ballasts which must be used with those lamps. Taking ballast losses into account reduces "system" or lamp-ballast effìcacies - typically by arc tube in a lamp and a reference plane - usually the 10-20 percent depending upon the type of ballast used. bottom of the lamp base. See L.C.L. Reference Plane I location below. Luminaire A complete lighting unit consisting of a lamp (or lamps), ballast (or ballasts) as required together with the parts

8-t9 @ nppendix

Glossary of Terms (con't)

to distribute the light, position and protect the { designed Nanometer lamps and connect them to the power supply. A unit of wavelength equal to 10-9 meter Luminaire Efficiency PAß Lamp The ratio of total lumens emitted by a luminaire to those emitted by the lamp or lamps used. PAR is an acronym for parabolic aluminized reflector. A PAR lamp which may utilize either an incandescent filament, a halogen filament tube or HID arc tube is a Luminance precision pressed-glass reflector lamp. PAR lamps rely Formerly, a measure of photometric brightness. Lumi- on both the internal reflector and prisms in the lens nance has a rather complicated mathematical definition for the control of the light beam. involving the intensity and direction of light. It should be expressed in candelas per square inch or candelas per Phosphor square meter although an older unit, the "footlambert", processed into a is still sometimes used. Luminance is a measurable An inorganic chemical compound glass surface quantity whereas brightness is a subjective sensation. powder and deposited on the inner of fluorescent tubes and some mercury and metal-halide lamp bulbs. Phosphors are designed to absorb short Luminous Efficacy wavelength ultraviolet radiation and to transform and The light output of a light source divided by the total emit it as visible light. power input to that source. It is expressed in lumens per watt. Power Factor (PF) A measure of the phase difference between voltage and Lux (lx) current on alternating current circuits. Power factors can The SI (International) unit of illuminance. One lux is range from 0 to 1.0 with 1.0 being ideal. Power factor is equal to I lumen per square meter. See also Footcandle sometimes expressed as a percent. A high power factor means that an electrical system or device is utilizing Maxímum 0verall Length (M.0.L.) power efficiently. Incandescent lamps always have power 0 The end-to-end measurement of a lamp expressed in factors close to 1.0 because they are simple "resistive" inches or millimeters. loads. The power factor of a discharge lamp system is determined by the ballast used. "High" power factor a rating of 0,9 or greater. The power factor Mean Lumens usually means of "core and coil" electromagnetic ballasts may be as low of a lamp over its rated life. For The average light output as 0.5-0.6. fluorescent and metal halide lamps, mean lumen ratings are measured at 40% of rated lamp life. For mercury, Precise" high pressure sodium and incandescent lamps, mean lumen ratings are measure d at 60Vo of rated lamp life. The GE trade name for the compact MR-16 and MR-11 low-voltage halogen dicþoic "cool beam" reflectorized spot and flood lamps. Mercury Lamp A high-intensity discharge light source operating at a Preheat Circuit relatively high pressure (about 1 atmosphere) and temperature in which most of the light is produced by A typ" of fluorescent lamp-ballast circuit used with radiation from excited mercury vapor. Phosphor coatings the first commercial fluorescent lamp products. A push on some lamp types add additional light and improve button or automatic switch is used to preheat the lamp color rendering. cathodes to a glow state. Starting the lamp can then be accomplished using simple "choke" or reactor ballasts. MetalHalide Lamp Auartzline@ A high-intensity discharge light source in which the light is produced by the radiation from mercury, plus A GE registered trademark term for some types of halides of metals such as sodium, scandium, indium and tungsten-halogen lamps dysprosium. Some lamp tl?es may also utilize phosphor coatings. GE trade names include: Multi-Vapor@, ßapid Start Circuit C Halarc"', and Arcstream'"'. A fluorescent lamp-ballast circuit which utilizes contintr- ous cathode heating, while the system is energized, to a

B-20 Appendix @

a Glossary of Te.rms (con't)

start and maintain lamp light output at efficient levels. ft (THD) Rapid start ballasts may be either electromagnetic, Total Harmonic Distortion electronic or of hybrid designs. Full-range fluorescent A measure of the clistortion of the sine wave on alternat- lamp dimming is only possible with rapid start systems. ing current (ac) systems caused by higher order waves superimposed on the fundamental (usually 60 Hz.) ßeflector Lamp frequency of the system. THD is expressed in percent and may refer to individual electrical loads (such as a ballast) An incandescent, compact fluorescent or HID lamp or a total electrical circuit or system in a building. The with a built-in reflecting surface. Incandescent and HID ANSI recommendation is for THD to be no greater than versions are made from a single piece of blow-molded 32% although some electrical utilities may require lower soft or hard glass. CFL versions may be one piece or may THD's on some systems. Excessive THD's on electrical be designed so that the inner lamp can be replaced. systems can cause efficiency losses as well as overheating and deterioration of system components. Specification Series (SP) Colors Energy-efFrcient, all-purpose tri-phosphor fl uorescent Voltage lamp colors that provide good color rendering (as A measurement of the electromotive force in an measured by the Color Rendering Index or CRI). The electrical circuit or device expressed in volts. Voltage CRI for SP colors is 70 or above and varies by specifìc can be thought of as being analogous to the pressure lamp type. Available chromaticities (or "tones") within in a waterline. the SP group include SP30 (3000K) - a good match for the old standard "warm white" color and incandescent Watt or halogen incandescent lamps; SP35 (3500K) - neutral all-purpose tone; SP41 (4100K) - cool in appearance and A unit of electrical power. Lamps are rated in watts to designed to match the old standard "cool white" color; indicate their power consumption. Power consumed SP50 - still cooler much like the combination of sun-sky- over time equals the electrical energy used. clouds; SP65 - a color with a very cool appearance, much like north skylight, and designed to match the Watt-MiseP (l appearance of the old "daylight" color. SP fluorescent A Watt-Miser lamp is a term used by GE to indicate a colors are available in most of the widely-used linear reduced-wattage lamp with performance characteristics lamp types including the T8, T12, slimline, U-tube, (life, light output, etc.) such that it can usually directly high output and 1500 mA types. replace a higher-wattage product. Watt-Miser lamps are available in a wide range of incandescent, fluorescent Specification Series Deluxe (SPX) Colors and HID lamp types. Energy-efficient tri-phosphor fluorescent lamp colors that provide better color rendering (as measured by the U n d e rwriters Lahoratori es (U L) Color Rendering Index or CRI) than Specification Series A private organization which tests and lists electrical (and colors. The CRI for SPX colors is 80 or higher and varies other) equipment for electrical and fire safety according by specific lamp type. Available chromaticities within the to recognized UL and other standards. A UL listing is not (2700K) SPX group include SPX27 - a visually "warm" an indication of overall performance. Lamps are not UL tone intended to match the visual appearance of low listed except for compact fluorescent lamp assemblies - wattage incandescent lamps; SPX30 (3000K) - a good those with screw bases and built-in ballasts. match with high wattage incandescent and halogen incandescent lamps; SPX35 (3500K) - a widely- used, U ltravi o I et ( UV Ra d i ati o n neutral all-purpose tone; SPX41 (4100K) - cool in ) appearance and SPX50 - a "daylight simulating" color Radiant energy in the range of about 100-380 nanom- with a very cool appearance much like skylight. SPX eters (nm). For practical applications, the tIV band is fluorescent colors are available in most of the widely- broken down further as follows: used lamp types including T8, T12, U-tube and high- Ozone-producing ..... 180-220 nm lumen Biax types. GE compact fluorescent lamps Bactericidal (germicidal) ...... 220-300 (CFL's) typically use only SPX colors. Erythemal (skin reddenirg) ...... 280-320 320-400 Spectral Power Distrihution (SPD) The International Commission on Illumination (CIE) A graph of the radiant by as power emitted a light source defines the tlVband as IJV-A (315-400 nm);UV-B I a function of wavelength. SPD's provide a visual profile or (280-315 nm) and IJV-C (100-280 mm). "{inger print" of the color characteristics of the source throughout the visible part of the spectrum.

8-21 @ nppendix

Index

Plug tn with Separable Electromagnetic Adapter-6-7,8 A f Triple BiaP 6-6 A-Line Halogen Performance PlusTM Compact lodide Daylight (CID) 3-10 Atl Weather 1500 MA Rapid Start Fluorescent 4-13 Compact Metal Halide Airport Halogen Listed by Ampere 2-11 - Arcstream@ 3-9 Airport lncandescent 1-29,30 Compact lodide Daylight (ClD)- 3-10 ANSI Codes Proiection -2-5,6 8-7,8,9 Compact Source lodide (CSl) 3-10 ANSI Codes Stage Studio 7-8,9 Xenon MetalHalide 3-1 0 Appliance Fluorescent 4-14 - Conpact Source lodide (CSl) 3-10 Arcstream@ 3-9 ConstantColor@

TM B Precise Coverjlass 2-B 2-8 Biax@ PreciserM MB16 o-7 Lock (TAL) z-/ Double Biax@ 6-5,6 Turn and Centers/Sales }ffices-Domestic 8'5 Electronic Screw ln Compact Fluorescent _6-0,l Customer Service High Lumen Biax@ 6-4,5 - D Low Watt Biax@ 6-4 Decorative 1-31,32,33 Screw ln Adapter 6-B Deluxe Lucalox@ 3-12 Triple Biax@ 6-6 Diazo Beprographic 4-15 Blacklight/Blacklight Blue Fluorescent 4'1 4,1 5 Dimning 100%-10% Bapid Start Electronic Ballast 5-5 0 Bright Stik@ 6-8 Domestic Sales }ffìces/Customer Service Centers - B-5 c - Double Biax@ - 6-5,6 @ Ch ro maf itTM M u I ti -Va po r 3-8 E C i rcl i ne- Ci rcu I a r F I u o re sce nt 4-1 3 E-Z Luz@ Lucalox@ J- IJ Conpact Fluorescent E-Z Merc@ Self Ballasted 3-15 2DTM Adapter with Lamp 6-7 lNTM 6-4 Electromagnetic Ballasted Screw ln 6-7 Biax@ Double 6-5,6 Compact Fluorescent Ballast Biax@ Electronic Screw ln 6-6,7 Electronic Light )utPut 5-4 Biax@ High Lumen 6-4,5 lnstant Start Nornal 100%-'10% 5-5 Biax@ Low 6-4 Bapid Start Dimming Light 5-5 Biax@ Screw ln Adapter 6-8 Rapid Start High }utput Low Light 5-5 Biax@ Triple 6-6 Bapid Start LowattTM )utput Normal Light 0utput 5-4 Bright Stik@ 6-8 Rapid Start T5 Light 5-6 Double Biax@ - 6-5,6 Bapid Start Normal ]utput Tl Normal Light )utput 5-6 Electronic Biax@ Screw ln 6-6,7 Bapid Start 0/Tl 2 Fluorescent High Lumen Biax@ 6-4,5 Electronic Biax@ Screw tn Compaót 4-9 Lite'N EasyTM Undercabinet Fixture 6-B Energy-Saving F25T12 - -6-6,7 B-3 e Low Watt Biaxt 6-4 Export 0nly -

8-22 - Appendix @

a Index (con't)

Standard Par 2-4.6 I F Halogen-IRTM Par 2-5,7,10,11 Fluorescent High Light ]utput Bapid Start Electronic Ballast _ 5-5 All Weather 1500 MA Rapid Start _ 4-1 3 High Lumen Biax@ 6-4,5 Appliance 4-1 4 High ]utput (800 MA) Fluorescent 4-11 ,12 B I ackl i ght/B I ackl i ght B I u e 4-14,15 H igh 0 utput M ulti -Vapor@ 3-7 Circline-Circular _ 4-1 3 High Performance High ]utput Multi-Vapor@ _ 3-6 Diazo Beprographic 4-1 5 High Pressure Sodium Energy-Saving F25T12 4-9 Deluxe Lucalox@ - 3-12 4-1 5 a la E-Z Luz@ Lucalox@ J- IJ High 0utput (800 4-11 ,12 Lucalox@ 3-1 1 ,12,13 Mod-U-Line@ U-shaped 4-7 White Lucalox@ 3-1 3 0ptimiser@ Rapid Start 4-6 Plant and Aquailun 4-1 4 I PowerGroove@ 4-12 l-Line Multi-Vapor@ 3-B Preheat 4-4,5 lncandescent Bapid Start 4-5,6 Airport 1-29,30 Slinline I' lnstant Start 4-1 0 General Service 1-6 - 1-28 Slimline B' StaybrightTM XL 4-1 0 Lamps Listed by Anpere _ 1-29 Slinline lnstant Start 4-9,10 I Stage Studio 7-5 StaybrightrM XL 4-5 Street Lighting l-30 Trimline TBTM 4-B Traffic S 1-29 Trimline TS\M StaybrightTM XL- 4-B lnstant Start Normal Light )utput Electronic Ballast _ 5-4 Very High ]utput ('1500 MA) 4-t 2 lnternational Sales ]ffices B-4

G L G ene ra I S ervi ce I ncande scent 1-6 | -28 - Lamp Catalogs B-6 G ermicida I Fl uorescent 4-1 5 Lamp Sizing Guide B-6 Glossary of Terms B-17 - B- 21 Lamps Listed by Ampere Airport Halogen _ 2-11 Lamps Listed by Ampere lncandescent 1-29 H Light Meters 8-15,16 Halarc@ 3-4,5 Lite'N Easyru Fluorescent Undercabinet Fixture _ 6-8 Halogen Lighting lnstitute 8-28 Airport Listed by Ampere 2-1 t Long Neck Par Halogen Performance PlusrM _2-5,6 Performance PlusTM A-line 2-5,6 Low Pressure Sodium S7X g-13 Performance PlusTM Long Neck Par 2-5,6 Low Watt Biax@ b-4 Perfornance PlusTM Par 2-4,6 LowattrM Low Light )utput 0uartz Display 2-8,9 Bapid Start Electronic Ballast 5-5 0 1uartz Heat 2-t 2 Lucalox@ 3-l 1 ,12,13 1uartzline@ Tungsten 2-9,10,1 1

8-23 @ nppendix

lndex (con't)

M PreciseTM c @ Co n sta ntC o I o r CoverG I a s s 2-B Mercury MR!1 t-/aa E-Z Merc@ Self Ballasted 3-t 5 MB|6 27 SalT-Gard@ Mercury 3-t 5 MR16 ConstantColor@ 2-8 Standard Mercury 3-14,15 Preheat Fluorescent 4-4,5 MetalHalide ANSI Codes 8-7,8,9 @ Projection Ch rom af itrM M u I ti -Va po r 3-8 Protected H i gh 0 utp ut M u lti -Va por@ 3-B Halarc@ 3-4,5 High 0utput Multi-Vapor@ a High Performance High 0utput Multi-Vapor@ 3-6 1uartz Halogen Display 2-8,9 l-Line Multi-Vapor@ - 3-B - 1uartz Heat 2-12 Multi-Vapor@ 3-5,6 0uartzline@ Protecte d H i gh 0 utput M u lti -Va por@ 3-B Tungsten Halogen 2-9,10,1 1 @ S af-T- G a rd M u lti -Va po r@ 3-9 Tungsten Halogen Stage Studio 7-5,6 Miniature and Sealed Beam Products B-10 B-14 - Tungsten Halogen Stage Studio High Voltage 7-7 Mod-U-Line@ U-shaped Flu0rescent 4-7 aa Mß1'l PrecisetM B - 17 MB16 PreciseTM Bapid Start M ß'l 6 PreciserM ConstantColor @ 2-B Dimming 1 00%-1 0% Electronic Ballast 5-5 0 Multi-Vapor@ 3-5,6 Fluorescent 4-5,6 High Lìght ]utput Electronic Ballast- 5-5 N LowattrM Low Light ]utput Electronic Ballast 5-5 Normal Light )utput lnstant Start Electronic Ballast 5-4 - T8 Nornal Light ]utput Electronic Ballast 5-4 Normal Light ]utput Bapid Start Electronic Ballast 5-4 - T5 Normal Lioht ]utnut Electronic Ballast 5-6 - 0 T10/Tl2 Nornal Light ]utput Electronic Ballast- 5-6 - ]ptimiser@ Bapid Start Fluorescent 4-6 s

Mercury 3-1 5 P SafT-Gard@ @ S af -T-G a rd M u lti -Va po r@ 3-9 Performance PlusTM S a I e s ]ff i c e s- I nte rn at i o n a I B-4 A-Line Halogen 2-5,6 Sales ]ffices/Customer Service Centers-Domestic B-5 Long Neck Par Halogen- - /-5,0 Sealed Beam and Miniature Products B-10- - 8-14 Par Halogen 2-4,6 Slimline Plant and Aquarium Fluorescent 4-t 4 B' lnstant Start Fluorescent 4-10 Plant Light Kit I-JJ 8' StaybrightTM XL Fluorescent 4-10 Plug ln Fluorescent with Separable I n sta Sta Fl uo re scent 4-9,10 E I ectromag n eti c Ad a pter 6-7,8 nt rt S]X Low Pressure Sodium J- IJ Powe rG ro ove@ F I u o resc ent 4-12 0 ¡ -

8-24 - Appendix @

a lndex (con't)

O Stage Studio ANSlCodes T-8,9 lncandescent 7-5 1uartzline@ Tungsten Halogen 7-5,6 1uartzline@ Tungsten Halogen High Voltage 7-7 Standard Halogen /-4,b - Standard Mercury 3-14,15 staybrightTM xL Fluorescent 4-5

Street Lighti ng I nca nde sce nt 1-30

T

T5 Normal Light )utput ßapid Start Electronic Ballast 5-6 T10/T12 Normal Light ]utput Bapid Start Electronic Ballast 5-6

Traffic Signal lncandescent 1-29

Trimline TSTM Fluorescent 4-8

Trinline TBTM StaybrightTM XL Fluorescent 4-B

Triple Biax@ 6-6 0 Tubular Auartz Heat 2-12

Tu n gsten H a I ogen 0u a rtzl i ne@ 2-9,10,1 t aa Turn and Lock (TAL) ConstantColor@ l-/

2DTM Adapter with Lamp 6-7

2DTM 6-4

v Very High ]utput (1500 MA) Fluorescent 4-12

W White Lucalox@ - 3-t 3 x Xenon Metal Halide 3-1 0

0

8-25 (6t nppendix

NOTES o

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8-26 Appendix @

a o NOTES

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o

8-27 W Appendix

Thß IVERSITY iì # a ?, t

For over seventy years the training of lighting designers, distributors, and users has been a key element in GE Lighting's business philosophy. This effort has resulted in the world's foremost lighting training center - The GE Lighting Institute located at Nela Park, GE Lighting's world headquarters in Cleveland, Ohio.

In this last decade of the twentieth century, with ever changing lighting technologies and the increasing complexity of lighting systems and their applications, training for the business of lighting has even greater significance and value.

The Lighting Institute offers conferences for engineers, architects, lighting designers, distributor sales representatives, end-users, and contractors. Each conference is designed as a comprehensive ') process involving the participant, a highly skilled and experienced professional staff, the largest base of lighting information in the industry, an advanced and interactive training system, and a facility created as a total lighting environment and experience. There is no other facility like the GE Lighting Institute - anylvhere in the world!

The success of the Lighting Institute really rests with the hundreds of thousands of visitors from all over the world who have attended conferences where they experienced the impact of lighting on their environment. They returned to their places of business with a new enthusiasm to translate knowledge into practice.

We invite you to participate as these others have done in one of the many conference opportunities at the GE Lighting Institute. Here you can personally experience the magic of light and learn about the application of modern lighting technology in this world class facility with GE's team of preeminent lighting professionals.

For more information, please call the GE Lighting Institute at 1-800-255-1200 or (216) 266-9000. Inquiries may also be faxed to (2i6) 266-2900. Registration and conference information plus a visual tour of the GE Lighting Institute may be accessed via the GE Corporate Home Page on the Internet Worldwide Web. The command is http: / /www.ge.com (J

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