GE Stage and Studio Lamp Catalog 1989

8/3/2019 GE Stage and Studio Lamp Catalog 1989

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IMPORTANT

T A B L .E O F C O N T E N T SPage

Introduction and General Information ,.,.,., . 2-3Index by ANSI Codes, . , . , . , .... , .. , .. ,., ,., 4Index by Wattage and Ordering Codes .. ,., ..... , . , . 5-6Index to Reflectorized, Arc and Fluorescent Lamps. , 6Index by Lamp Base and L.G.L or M.O.L. , . , ., .. , ... , . . . 6Lamp Tables. . .. , .. ,.,.,., .... ,. _. , . , , . 7-26Substitution Guides-Introduction. , ., .. _ ,., , , .. , ,. 27

- by ANSI Code , . , , , 27-29- by Wattage Code .. . .. , 30

Cross-Refe rence Tab les - Colortran ., .. , 31-32-Mini Cool (Cool Lux) 32

Footnotes to Lamp Tables ..... ,., , . . . . . . . 33Caution Notices .,.,.,.,., .. ' _,_ ., .... ,., .... , ... , ... , ... ,.,., 33

Additional information isconstantly being uncovered through research and testing, which may modify the data givenherein. This is particularly true of newer lamps. For the latest lamp design data and information, contact your GeneralElectric Lamp Representative.The data and suggested applications contained in this catalog, aswell as any additional information our representa-tive may be able to furnish, are for general information only and are not intended and should not be taken as repre-sentations or warranties as to the suitability of a lamp for any particular application or use in any particular equip-ment, nor are our representatives authorized to make any such representations or give any such warranties.Applications and conditions of use are many and varied, and beyond our control. We cannot possibly have the samedegree of knowledge that the purchaser has with respect to the design of his equipment and the conditions of itsuse. Therefore, it is up to the purchaser to make his own determination as to the suitability of a lamp for his intendedapplication or use and to assume the responsibility for that determination.General Electric desires to supply the best possible products at all times, For this reason, General Electric reservesthe right to make changes in its products when it believes such changes will improve its products,

CAUTION NOTICESAs with any proouct. certain precautions should be observed in the handlingand use of GE Stage/Studio Lamps to provide optimum performance andsafety. These are given in the c au tio n n otic es o n p ag e 33. Users are urgedto read and comply with them.

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INTRODUCTIONThis catalog lists and gives essential technical data for all presently available General Electric Quartzline andincandescent lamps that are frequently used in lighting for: theatrical peformances; television, motion picture andvideo productions; and professional photography. Also included are selected types of GE fluorescent lamps used inthese applications for their high color-rendering properties-or for "black light",Lamp listings are grouped into tables-each containing a closely related "family" of lamps with similar configuration. Inmost of the tables, the lamps are interchangeable with each other (subject to limitations noted) Thus, most of the tablescomprise a self-contained guide for selecting alternative or substitute lamps, when desired.Lamp cross-reference and substitution guide sections show GE equivalent or substitute lamps keyed to various lampcodes (for obsolete types, and for those of other lamp or fixture manufacturers)The following paragraphs further explain the construction and use of the tables herein,LAMP IDENTIFICATION ANDORDERING CODESGE lamps used in stage/ studio applications are"coded" in one of three ways. These are often referred toas ANS/ Codes, Large Lamp Codes, and MiniatureLamp Codes.ANSI Codes are 3-letter codes assigned by the Amer-ican National Standards Institute, They provide a systemfor assuring mechanical and electrical interchangeabil-ity among similarly coded lamps of various manufactur-ers. The letters have no rational meaning other than toidentify the lamp dimensional, electrical and photomet-ric characteristics that are on file with ANSI. GE uses theassiqned ANSI 3-letter Codes as Order Codes for PhotoLamps. Some GE lamps have a multiple code (exam-ples: BFLlBFK, DYS/DYV IBHC). The first code is theofficial ANSI code, but the lamp also meets or exceedsthe described characteristics for the other code(s), andmay be used to replace lamps of either code.Large Lamp Codes (or Wattage Codes) are made up ofnumbers and letters, roughly describing properties ofthe lamp-generally wattage plus bulb shape and size(example: 500T12/9). An init ial letter "Q" indicates aGEOuartzline tungsten-halogen lamp (example: 0500T31CL). For GE Large Lamps specifically designed asstage/studio types, the assigned 3-letter ANSI Code iscombined with the Large Lamp Code to form thecomplete GE Ordering Code (example: FEL0100014CL).Miniature Lamp Codes (used herein for several PARand R Iamps in Tables 36 and 41 -44) can s ist only ofnumbers. They are also assigned by ANSI, to identifylamps of all manufacturers for interchangeability. GEuses these numerical codes as Miniature Lamp Order-ing Codes (example: #4515 in Table 41). In someinstances, the GE Miniature Lamp Code includes theletter "H", indicating a lamp with a tungsten-halogenfilament tube (example: H4515 in Table 41)VOLTAGEData are for 120-volt lamps, except where noted,Ouartzline and incandescent lamps can be operatedon AC or DC circuits. MARCTw,GEMI and fluorescentlamps are for AC only, with suitable auxiliary ballasts.ORDERING LAMPSOrder lamps using the codes in the GE Product OrderingCode column, Add the GE Description Code plus lampvoltage (essential for lamps available in more than onevoltage) to help assure getting the exact lamp required.

2

LAMP INDEXESI fyou are seeking data for a particular ANSI-coded lamp,check the alphabetical index on page 4 for the lamptable number. If you know only the wattage or the LargeLamp Code, see the wattage index on pages 5 & 6.These two indexes show a /I the individual lamp typescontained in tables 1-35. However, the PAR & Randfluorescent lamps in tables 36-45 are not individuallyindexed, Instead, the PAR & R lamps are listed in tablesby bulb size and shape, as indexed on page 6 along withthe fluorescent/black light lamp tablesNote: Many obsolete and lor non-G E cod es are listed inthe Substitute Guide (pages 27-30), along with currentlyavailable GE replacements,

LAMP TABLESEach of the 45 lamp tables contains a "family" of lampswith similar configuration. Tables 1-32 each containQuartzline and/or incandescent lamps having the samebase and (in most cases) the same light source location.Therefore, all the lamps within each table are inter-changeable with each other (subject to any limitationsnoted below the respective tables),Above the tables are illustrations of specific lamps,typical of the lamp family in each table. These photoshelp identify lamps; illustrate filament forms, bulbshapes and bases; and show some dimensionsAs a further aid to lamp identification and selection, mostof the tables are accompanied by one or more repre-sentations of typical stage I studio lighting fixtures thatuse lamps from the table. Because of the great diversityin stage/studio .Iighting applications, specific lampsmay be used in fixture types not shown, and other lamptypes may be used in the fixtures shown. A ll thefixture/application illustrations used with the tables areshown on the next page,FOOTNOTESThroughout the lamp tables, numbers in parenthesesindicate footnotes containing additional important in-formation. The numbered footnotes themselves are onpage 33.

LAMP BASE DESIGNATIONSEach lamp table includes the name of the base used onthe lamps therein-and in parentheses, its letter InumberANSIIIEC designation, where applicable.


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F re s ne l L e nsSpoHighl

LenslessReflectorSpofl ight

B ro ad BeamF l ood li ght ( B road )

Solt l ight

El lipsoidal Spot lights!Pat te rn Projectors

Scoops

Port abl e V ideo IPhtoLights

LAMP INTERCHANGEABILITYWhen selecting an alternative lamp from within a particu-lar table, note any limitations to be considered as statedbelow the table or at the bottom of the page where thetable appears.In addition, filament forms may vary among lamps insome of the tables. Use of a filament form other than theone for which the luminaire is designed may result inreduced optical efficiency or some variation in beampattern.PAR & Rand Multi-Mirror lamps are generally inter-changeable within each table. However, there are differ-ences in voltage and lamp bases to be considered, aswell as the usual concern for excess heat when ahigher-wattage lamp is substituted.There is no interchangeability for GEMI'M and MARC lamps.RECOMMENDED OPERATING POSITIONLimitations on lamp operating position are shown eitherin the table heading or in a column within the table, inwhich case the following abbreviations are used:BD30-within 30 of vertical base-down.BU30-within 30 of vertical base-up.BD45-within 45 of vertical base-down.BDBU-within 60 of vertical base-down or base-up.BDTH-base-down to horizontal.LOW-NOISE CONSTRUCTIONAll Quartzline lamps (except PAR types), and manyregular incandescent Stage/Studio lamps, have special"low-noise" construction-to minimize generation of au-dible noise when operated on AC circuits. Such lampsare iclentified in the tables with a footnote reference (1 )after the Filament Form. Lamps, sockets, wiring. etc.tend to generate audible noise when used on dimmersthat distort the normal AC sine wave. "Low-noise" lamps,therefore, often prove especially useful on wave-distorting dimmers such as SCR, Thyratron. or "mag-amp" types. No noise is generated on "flat-wave" DCcircuits.LAMPS FOR NEW EQUIPMENT DESIGNSLighting equipment manufacturers are urged to consultwith GE Lamp representatives when new fixture designsare contemplated. so that the most appropriate lampscan be selected- taking into account such factors aslamp peformance characteristics, recent improvements,new lamps, trends toward obsolescence, etc.

OTHER GE PUBLICATIONSAll the lamps in this consolidated Stage/Studio LampCatalog have been extracted from one or another of thethree GE complete line lamp catalogs listed below. Theycontain listings and data for many other lamps that maybe of interest for stage/studio applications.

Photo Lamp & Equipment Guide #204-61616Form 9200 Selection Guide for Quality Lighting (LargeLamps)Miniature I Sealed Beam Catalog #204-61547


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IN D E X B Y A N S I C O D ELamps are for 120 volts except where voltage is shown in parentheses.

Table Table Table TableANSI Code No. ANSI Code No. ANSI Code No. ANSI Code ;No.BAB (12V) 3 5 O NT 20 EGV ( 1M /PS4 0 1 1 ) 2 9 EXV (1 2V ) 35BAH 28 DNV 20 EDL 16 EXX 3 5BBA (# 1) 2 8 DNW 12 EG C 20 EX l (12 V) 3 5BGA (# 8 1) 28 O PJ 12 EG E 20 EYC (12V) 3 5BD J 19 DPW 31 EG F 20 EYF (12Vl 3 5BD K 3 6 DPY 17 EG G 20 EY H 9BEC 19 ORB 12 EG J 2 0 EYJ (12V) 3 5BEJ 19 ORC 12 EG K 20 EYS (12V) 3 5BEP 37 DRS 12 EG M 20 EZB 41BFA (375R34 /4 ) 3 8 DSB 31 EG R 14 EZG(t) 3 3BFE 12 DSE 30 EGT 14 ElK 3 5BFL/BFK 12 DSF 30 EHC 7 ElM (tl 3 3BHC B O TA 31 EHD 7 E Z T (t] 3 3BHH 19 O TJ 31 EHF 7 ElX (12 V) 3 5BLC 19 D TS 32 EHG 7 ElY (12 V) 3 5BLX 19 D TY 18 EHM 5 FAD 1BMG/BMH 19 DVF 16 EHP 1 FAY 41BN F 19 DVG 14 EHR 1 FBO 9BRH 2 DVH 14 EHT 11 FBE 41BSC 21 DVY 9 EHZ 5 FBG 9aSD 21 DW A 41 EJD ( lB5V) 5 FBJ 41B T L 12 DWC 38 EJ G 5 FBO 41BIM 12 OWE 41 EK B 8 FBX 1BIN 12 D WHlOW J (6 .3 V) 4 1 EKO 8 FBY 2B I P 12 D W K (2 30 V) 12 ELJ 5 FCB 28TH 12 OW T 4 EMD 5 FCL 5eVR 19 DW Y 1 EME (2 4 0 V) 5 FCM 5BVT 13 DW Z (3 0V) 1 EMF (24 0V 5 FCV 7BVV 13 DXB (R8P-2 ) 38 ENH 35 FCW 41BVW 13 DXC (RFL -2 ) 38 ENL (12V) 35 FCX 41BWA 23 DXK 41 ESL 11 FCZ 5BW F 27 OXN 2 E8 M 11 FO B 6BW M 15 DXRID X8 (# 4 ) 29 ESN 11 FOF 5aW N 15 O XW 2 ESP 10,19 FON ; 5CAX 19 DXX (2 30 ,24 0V) 1 ESA 10,19 F E t 7GBX/CBS 19 O YA 3 ESS 10 fER 4CCM/CHD 19 D YG (3 0 V) 8 ESX (12V) 3 5 FEV 10,19CD J 19 D Y H 9 ET B 10 FEY 4CDK/CEA 19 DY J (2 30V) 9 ETC 10 FFM 1CEB 19 DYR (2 2 0 ,2 4 0 V) 8 E r O 10 FFN 4 4CGP/CGF 19 DYS /DYV IBHC 8 HE 11 FFP 4 4CHY (2 3 0 V) 19 D ZA (1 0.BV) 9 ErF 10 FFR 44CJ X (2 3 0V ) 19 D ZB (12V) 9 ETG 11 FFS 44CX Z 16 EAH (2 20 - 2 4 0V) 3 8 ETH 11 FFT 6CY V 16 EA l 3 8 EVA 11 FG K 4 1CY X 16 EBA 18 EXC (2 2 0 ,2 4 0V ) 4 4 FGM 44DEB 2 0 EBB 14 EXD (22 0 ,2 4 0V ) 4 4 FG N 44DKX 30 EBR 37 EXE (220 ,2 . 40V) 44 FG S 41DK l 30 EBV (# 2 ) 2 8 EXG (22 0 ,2 4 0V ) 44 FG I 6OLC 12 EBW (# B2 ) 2 8 EXK (1 2V ) 35 FHM 5OMS 25 ECA (2 5 0A2 3) 2 8 EXN (1 2V ) 35 FKK ( 2 20 ,2 4 0V ) 16DMX 12 ECN 17 EXS (30V) 35 FK I 9DNS 20 ECI (50 0PS25 /5 ) 2 8 EXT (1 2V ) 35 FW M 5

(t) Ballas t requ i red.4


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IN D E X B Y W A T T A G ELamps are for 120 volts except where voltage is shown in parentheses.

Table Table Table TableDescription No. Description No. Description No. Description No.20 W an 1 50 W a ll 3 75 W aH 6 50 W att020MR16/Fl ( 12V) 3S 01S0CLlDC/2V 10,19 D W Z (3 0 V) 01000 / 650T3 / 4WM 5OMR1 6/ N SP (12 V) 3 5 01S0CLlMC/2V 11 4 00 W aH DVY 90 20 MR16 /VN SP (12 V) 3 5 0150CUDC 10 25 DW Y 10150CUMC 11 400G/FL OY J (2 3 0V ) 93 0 W an 01500C 10 400G/SP 25 OYR (2 2 0 ,2 4 0V) 801S0MC 11 0400CLlMC 11 EKD-0650/3CLl2PP 8BlC 19 BEC 19 0400MC 11 FAD-06S0T 4 / 4C l 1BVR 19 CGP/CG F 19 0400T 4 /CL 1 FBX-06S0T 4 /4 1DZA ( 10 .8 V ) 9 EZ K 35 42 0 W aH 750 W an42 W aH 2 00 W all EKB-0420!4CL/2PP 8 750T12 /9 2 00 4 2MR16 1 NFL (1 2V) 3 5 0 20 0 1 4C L I DC 10 ,19 FFM 1 750T14 210 42 MR16 /vN SP (12 V) 3 5 0200T3 1 7S0T 20PfSP 12Q200T 3 /CL 1 4 25 W alt 7 5 0T24 1 16 145 0 W alt BD J 19 042ST 3 !Cl 5 0 7 50CL/4B 21OSOMR16 /F l (1 2V ) 3 5 BEJ 19 07S0CLlP 20050MR16 /FL/1 (12V) 35 CCM/CHO 19 5 00 W att 0 7 5 0ClfTP 70 50 MR16 /N FLl1 (12 V)3 5 EXS ( 30V ) 3 5 0750 !4CL 7050MR16 /N SP (12V) 3S GEMI -200 (tl 34 500G /FL 26 Q750 /4CL /4B 210 50 MR16 /N Fl (12 V) 3S 500T12 / 8 20 075Q/4CLlP 20BLX 19 2 35 W att SOOT12 / 9 20 0750T3 / 4 5CAX 19 SO O T1417 21 0750T3 /4C l S0235T4 /3 (3 3V) 8 5 00T20 / 6 3 14 0750T7 / 4CL 14HY (2 30V) 19 SOOT20 / 6 4 12 0750T 7 /4CLlTP 1575 W an 250 W aH OSO OCLIDC 10 0750T 71 CLl2P 12

250G /FL 25 0500CLlMC 11 Q750T7 /4C l f 2P 120 75 Cl (2 8V) 11 250G /SP 25 0500CLlP 20 BFL/BFK 12Q 7 5MR 16 /F L (1 2V ) 3 5 250T 20 /4 7 12 0500GL lTP 7 DPJ 7 5 0T20P 120 75 MR16 /N FL (12 V) 3 5 02S0CLlD C 10 0500DC 100 75 MR16 /N SP (12 V) 3 5 02S0CLlMC 11 OSOO/SCL IP 20 800 W anBNF 19 02500C 10 O SO O /SCl 7CBX /G BS 19 0250MC 11 0500 /3S0W M 5 0 80 0T 3/4 (2 40 V) 5BBA (#1) 2 8 0 500T3 5 0 80 0T 3/4 G l (2 40 V) S10 0 W att 0 5 0OT3 /CL 5 D X X (230. ,240V) 1BGA (#Bl) 2 8100A21/SP 25 O LC 12 0 5 0 0 T 31 GL l6 5DYG -Q250 /4CLl 2PP (30V ) 8 0 500T 3 /4 5 10 00 W aH100G161 /zI290C 19 Q500T3 /4C l 50100G LlDC 10 EGA (250A23 ) 2 8 0500T6/CLlP 12 1M/G 40Fl 2 70100ClIMC 11 EN H 35 OSOOT6 / 4GL l 2P 12 1M/G 40PSP 13Ql00Cl I MC/ 2V 11 EX X 35 1M/T12/2 2001 OO CLIOC /2V 10,19 EYH/FK T 9 DMS-500T20 25 lMT24/13 14DMX -5 00T20P 120100MC 11 EBV ( #2 ) 01000 /4 73 00 W an 28 01000 /4C l 71QOMC/2V 110100DC 10 EBW ( #B 2) 28 01000/4!P 200100DCt2V 10 0300T2% 5 ECT (5 00PS25 !5 ) 28 01000 /4CLI P 200 30 0T 2 %1 Cl 5 FBG /FBD 9 01000 /6 50T 3 /4VVM 5HH 19 Q300T4 /C l 1BMG!BMH 19 BAH 01000Cl IP 2019 28 5 75 W an 01000PS52 /4 3 0D J GEMIN I -300 (t) 33COK /CEA 19 MARC-300/16 (t) 33 GEMI-S75 (tl 34 Q 10 0 0T 3 /1 G l 6CEB 19 Q10 0 0T 3 /3 CL (1 85 V) 5C JX (2 3 0V ) 19 350 W aH 6 00 W an 01000T3 / 4 5O ZB (12V) 9 Ql000T3 /4CL SEXV (1 2V) 3 5 05001 3 5 0WM 5 O YH 9 01000T6 /CL 4MARC3S0/16T (t) 33 DYS/DYV/BHC 8FCB 2 (Cont inued nex t page)(t) Ballas t requ ired. 5


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I N D E X B Y W A T T A G E (Cont'd)Lamps are lor 120 volts except where voltage is shown in parentheses.

Table Table Table TableDescription No. Description No. Description No. Description No.1000 W an {Conl'd'-l 1050 W an 2 000 W aH 4000 W aHQ l 0 00 T6 1 4 CL 4 ELJ 5 2M/G 48 /18 16 GEMI-4 0 00 {tl 3 401000T7 ! 4CL 14 2M!T4 8 !4 160 10 0 0 T7 !4CL!BP 16 12 00 W an 02000/4CL 2 7 5000 w an0 10 0 0 T7 !4CL!TP 15 02 00 0 I 4Cl! BP 2 30 1 O O O T ?!CL / 2P 12 GEMI-1200 (t) 3 4 0 20 0 0 TB!4CL 4 SM/G64!7 17Q l O O O T?1CL 1MP 13 02000 I1014CL 0 5 0 0 0 T2 0 14CL 1701 000T7 / 4CL ! MP 13 1 50 0 W a tt (120 .220 .240V) 1' 6BRH 2 0 20 00 n 0 / 4 CL I M P 13 60 00 W a ttlS00G40 / 21 13D PW -l M I T2 0P 31 1500G48 /6 2 7 G EMI-6 0 0 0 (t) 3 4ORB 12 1500T24/6 2 2 2 100 W aHDRC 12 1500PS52/4 3 0 2100T24/8 (6 0V) 3 2 10 ,000 W anDRS 12 15 0 0 T4 /4 6DSS-l M !T20 14 0 3 1 015 0 0 T 4 ! 4CL 6 1 O K/G 9 61 1 18O W K (2 30 V) 12 2 500 W an Q l0 M IT 24 14 CL 1801500n 01 4CL 16O XN 2 DTA-Q 15 0 0 TBI4CL 31 GEMI-2 5 0 0 (tl 3 4OXRJDXS (#4) 2 9 O TJ " 1500T20/39 3 1 12 ,000 W anDXW -01 0 0 0T5 ! 4C L 2 D IS 3 2 3000 W an GEMI-12 .000 (t) 3 4O Y A-O l0 00 T5 J 1CL 3ECV ( 1 M I PS40! 1 ) 2 9 3M/T32 /2 24 (160 .225V)FBY-01 O O O T 4/ 4 21000 /SBIF 3 0 (t) Ballast required1 0 00 /I F (1 2 0. 13 0 V) 3 0

I N D E X B Y L A M P B A S E A N D L . C . L . O R M.O, .LS ingle -Ended Oua rtz lin e and Incandescent lamps:Lamp Sase (I.E.C. Code) Light CenterLength (Inches)Medium S crew (E2 6 )Mogu l Screw (E 39 )

3( frosted bu lbs)4 v . .S v . .(frosted h u l b s )Ws,I%,21 3 / ' 6

1 ' 1 16 . 11/ ' 6 , 1 %, l' 'V'6F/'62 1 1 823/,03%31/163'0/'61%

1%,2%

Mi ll i-Can ScrewMin ia lu re ScrewM in ia tu re 2 -P in (G 5 . 3)2 - Pin P re fo cu s (G Z 9 .5 )M edium 2 -P in (G 9 .5 )Med ium P re fo cu s (P 2Bs )Mog ul P re fo cu s (P 4 0s )0, C. Bayonet Cande labra (SA15d )

IN D E X T O R E F L E C T O R IZ E D , A R C & F L U O R E S C E N T L A M P ' S

TableNo.

3%3%4%4'V,65%60/ '6

S ingle -Ended Qua rtz lin e and Incandescen t lamps:l ight CenterLength (Inches) TableNo.amp Base (I.E.C. Code)

2 52 82 62 729 ,301111987 .15122 03 11310,1910

Medium Bipos! (G 2 2 )Mogu l B ipost (G 3 8 )

142 13 216 .2317,222 418Double -Ended Oua rlz lin e Lamps :

MaximumOverall Length(Inches) TableNo.amp Base (I.E.C. Code)Recessed Single-Contact (R7s)

BulbIncandescenl. & Quartzl ine(Rl Ref leclor ized tamps

Table No. Type Table No.GEMI' Compact Arc 3 4MARC' Reflector Arc 3 3Fluorescent - High CR I 4 5Fluo rescent - Black light 4 6

Arc & Flu orescenl LampsBulb Table No.

PAR-36PAR-38PAR-46PAR-56PAR-646

MR-16 M ulli-Mirror@ 35R-12 ,R-14 &R-2 0 3 6R-3 0 3 7R-4 0 3 8ER-3 0, ER-4 0, R-5 2 & R-6 0 3 9

4 14 04 24 34 4

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QUART ZlIN E LAMPS O F VARIO US LENG THS- compac t cc -s filaments-Recessed s. ingle-contact bases (R7s)- Operate in an y pos ition

-120 v olts ex cept as noted

.,~ i/i.!; ?, , \ q , jIt~~'Y F E RT able 4 ;

Typ ical F ix tu res

Table 1 . M ax . O v erall Length 3% "

F E YT able 4

Product Std. A.pprox. Approx. A~~rox. LightedANSI Ordering Pkg. Color Hours n tial Len~h- BulbWatts Bulb Description Code Code Qty. Temp. K Life Lumens Inc es Finish2 0 0 T -3 0200T3 /CL - 43713 6 2 8 5 0 1,5 0 0 3 ,4 6 0 ' o / i 6 Clear0 2 0 0 T3 - 16 5 8 0 6 2 8 5 0 1,500 3 ,3 5 0 (N ote 15 ) Frosted3 0 0 T -4 0300T4 /CL E H P 4 3 7 0 5 6 2 9 0 0 2 ,000 5 ,650 ' Y i 6 Clear3 7 5 T -4 OW Z (3 0V) O W Z 2 9 5 7 8 2 4 3 0 0 0 1,000 7 ,500 % Clear4 0 0 T -4 0400T4 /CL E H R 4 3 7 0 8 6 2 9 0 0 2 ,0 0 0 7 ,750 10/,6 Clear4 2 0 T 4 FFM FFM 302 7 6 2 4 3 2 0 0 7 5 11,0 0 0 % Clear6 5 0 T -4 FAO -Q6 5 0 T4 /4CL FAD 30 3 2 5 2 4 3 2 0 0 10 0 16 ,5 0 0 % ClearFBX-0650T4 / 4 FBX 3 0 3 4 3 2 4 3 2 0 0 10 0 16 ,5 0 0 (N ote 15 ) FrostedOW Y OW Y 30 3 01 2 4 3 4 0 0 2 5 20 ,000 % .Clear8 0 0 1-4 O XX (2 3 0V) O X X 3 0 3 4 7 2 4 3 2 0 0 7 5 2 0 ,5 0 0 1 .Clear JX X (2 4 0V) O XX 3 0 3 5 0 2 4 3 2 0 0 7 5 2 0 ,5 0 0 1 .Clear

Table 2 . M ax . O v erall Length 3% "6 0 0 T -4 FCB(41 FCB 29 5 9 8 2 4 3 2 5 0 7 5 17 ,0 0 0 11/16 Clear l1000 T -5 O XW -Q 10 0 0 T5 /4Cl O XW 30157 2 4 3 2 0 0 15 0 28 ,000 % ClearFBY-01000T5 / 4 F B Y 3 0 3 7 4 2 4 3 2 0 0 15 0 2 6 ,0 0 0 (N ote 1 5) FrostedB R H B R H 2 9 6 0 4 2 4 3 3 5 0 7 5 30 ,000 % Clear

D X N OXN 30313 2 4 3 4 0 0 ~ 5 0 33 ,000 - % .ClearTable 3 . M ax . O v erall Length 4% "1000 I 1- 5 I OYA-Q1000T5 I1Cl I OYA

Table 4 . M ax . O v erall Length55fa"3 0 3 6 2 I 2 4 I 3 2 0 0 2 0 0 I 28 ,000 I I Clear

10 0 0 T 6 01000T6 /C l DW T 2 3 8 0 0 6 3 0 0 0 2 ,0 0 0 2 3 ,4 0 0 1 Clear JER-Q 10 0 0 T6 /4Cl FER 33 7 6 0 6 3 2 0 0 5 0 0 27 ,500 % Clear2 0 0 0 T -8 FEY-Q2 0 0 0 T 81 4 Cl F E Y 3 3 7 6 1 6 3 2 0 0 4 0 0 5 7 ,0 0 0 1 Clear I-

U li r a vio le t -absorbi n g b u lb .Lamps I n e ach ta ble a re in te rc ha ngeable , s ub je ct to w a tta ge lim ita tio n o f fix tu re .

7


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Q U A R T Z L lN E L A M P S O F V A R IO U S L E N G T H S-Linear C-8 filaments-Recessed s ingl.e contact bases (R7s)-Opera te hor izontal 4 -12 0 v olts ex cept as noted

Typ ic a l f ix tu re s

F C M- ,; :t - .m __ ~4 - - : t = r-; ~+! . .- ..-------6 0 /16 " ------__ ,~

F H M F D B ~l.Tab le 5

T able 5 .. M ax . O v erall Length 4 1Y 1 6 "

- - - fTab le 6

Product Std. Agprox. Approx .. Approx. LightedANSI Ordering Pkg. olor Hours Initial len~h- BulbWatts Bulb Description Code Code QIy. T emp. K Life Lumens Inc es Finish3 0 0 T -2Y2 Q3 0 0T2% ICll'l EHM 43 7 0 3 6 2 9 5 0 2 ,0 0 0 5 ,9 5 0 20 / ,6 ClearQ300T2%1 '1 EHZ 4 3 7 0 4 6 2 9 5 0 2 ,0 0 0 5 ,9 0 0 (N ote 15 ) Frosted3 5 0 T -3 Q 5 0 0 /35 0W M - 13894 6 3 0 0 0 2 ,0 0 0 10 ,0 0 0 231 1 6 Clear4 2 5 T -3 Q425T3 /Cl l "1 - 11178 12 2 9 5 0 2 ,0 0 0 8 ,9 0 0 2% 2 Clear5 0 0 T -3 Q5 0 0 T31 CV~ I FCl 2 3 73 1 12 3 0 0 0 2 .0 0 0 11.10 0 2% Clear,Q500T3 /CU61 '1 - 2 3 74 4 12 2 9 5 0 1,5 0 0 10 ,9 5 0 2% ClearQ500T3 l i l FCZ 2 3 70 3 12 3 0 0 0 2 .0 0 0 10 ,8 0 0 (N ole 15 ) FrostedFDFQ500T3 /4Cl FO F 2 3 73 5 12 3 2 0 0 4 0 0 13 ,2 5 0 2% ClearFDN -Q5 0 0 T3 /4 FON 23 73 4 12 3 2 0 0 4 0 0 12,800 (N ote 15 ) Frosted6 5 0 T~3 FWM-Q l0 0 0 f6 5 0 T 3 14WM FWM 13 8 9 5 6 3 2 0 0 4 0 0 25 ,2 0 0 2% Clear7 5 0 T -3 EJG-Q750T314Cl E J G 2 3 75 6 12 3 2 0 0 4 0 0 20 ,6 0 0 2V16 ClearEMD -Q7 5 0 T3 /4 EMO 23 75 5 12 3 2 0 0 4 0 0 19 ,5 00 (N ote 15 ) Frosted8 0 0 T -3 EME-Q8 0 0T3 /4CL (2 4 0V) E M E 2 3 7 6 0 12 3 2 0 0 2 5 0 22 ,000 2 13 ;1 .6 ClearEMF-Q8 0 0 T3 /4 (2 4 0V) EMF 23 7 61 12 3 2 0 0 2 5 0 21,400 (N ote 15 ) Frosted1000 T -3 FCM-Q l0 0 0 T3 /4Cl FCM 23 7 9 7 12 3 2 0 0 4 0 0 28 ,0 0 0 2% ClearFHM-Ql000T3 /4 FHM 23 7 9 2 12 3 2 0 0 4 0 0 27 ,3 0 0 (N ote 15 ) FrostedEJD-Ql000T3 /SCl(185V) E JD 2 3 7 8 8 12 3 3 5 0 10 0 ' 33 ,6 0 0 2 1V16 Clear10 5 0 T 5 EW * EU 3 7 8 5 4 24 3 2 0 0 7 5 30 ,0 0 0 716 Clear J

Table6 . Max. O verall Length 6 9A 6 "1000 T -3 FFT -Q l0 0 0 T3 /1Cl FFT 3 3 2 8 0 12 32 0 0 4 0 0 2 6 ,4 00 2% Clear 11,500 T -4 FDB-Q15 0DT4 /4Cl FOB 23 8 41 12 32 0 0 4 0 0 4 1,2 00 2 'l'16 ClearFGT-Q1500T4 / 4 FG T 41229 12 32 0 0 4 0 0 4 0 ,2 00 (N ote 15 ) Frosted'- W anMiser~ Q uartz line lamp.

Also a va ila b I e In l3 0 - v o I t d e s i g n , w ith d i f l e rant ProdIIet Code., R ou g h- Se r vlce, 6 Ii lam ent su p po rts.C ompa ct CC-S f ilament, o pe ra te a ny p os iti on .Lamps in e ach ta ble are lnte rc ha nqeable , s ub je ct to w a tta ge lim ita tio n o f fix tu re .S


11/36

Q U A R T Z L lN E S IN G L E -E N D E D L A M P S- 2- Pin B ases-Compact co iled or co iled-co ill ilaments- 12 0 Y o lts ex cept as noted

Typ i ca lFixtures

, f , 1IE H OY S / O Y V / B H e D Y H

Tab le 9 1....- Tab le 7 ------- ..T ab le 8T able 7. M edium 2 Pin Base (G 9 ..5 )

Product Std. Approx. Approx. Afnr!,fQX. Light MaximumANSI Ordering Pkg. Color Hours nltiai Filament Center Overall OperatingWatts Bulb Description Code Code Qly. Temp. K Life Lumens Form Lgth (In) Lgth (In) Position5 0 0 T 4 EHDQSOOCL1 TP E H O 3 7 0 8 3 6 3 0 0 0 2 , 0 0 0 1 0 . 4 5 0 C G - 8 2 % 4 AnyEHC -0500 I SCL E H C 3 7 0 8 2 6 3 1 5 0 3 0 0 1 2 , 7 0 0 G G - 8 2 % 4 Any7 5 0 T - 6 EHGQ750Cl ITP E H G 4 3 1 6 7 6 3 0 0 0 2 , 0 0 0 1 5 , 4 0 0 C C 8 2 % 4 % AnyEHFQ7S0 14CL E H F 3 7 0 5 1 6 3 2 0 0 3 0 0 2 0 , 4 0 0 C C - 8 2 % 4 % Any

1 0 0 0 T - 6 FEL Q l 0 0 0 1 4CL lu i F E L 3 5 6 0 7 6 3 2 0 0 3 0 0 2 7 , 5 0 0 G G - 8 2 % 4 % AnyFCV- O l0 00 14 1"1 r e v 3 5 8 5 3 6 3 2 0 0 3 0 0 2 6 , 5 0 0 G C - 8 2 % 4 % AnyfrostedT able 8 . 2 -P in P refocQ sB ase (G Z 9 . 5 )

,..- -2 3 5 T - 4 Q 2 35 T 4/3 (3 3 V) - 1 1 5 4 8 1 2 3 1 5 0 1 5 0 6 , 0 0 0 G G 6 1 1 7 , 1 3 2 2 % B O T H .(frosted)2 5 0 G 6 DYG-Q250/4CIJ2PP O Y G 3 7 4 2 7 2 4 3 4 0 0 1 5 8 , 0 0 0 G C - 6 FI16 2 % B O T H .( 3DY)4 2 0 G - 7 EKBQ420/4CU2PP E K B 3 3 9 3 4 2 4 3 2 0 0 7 5 1 1 , 0 0 0 G G - 6 1 7 , 1 1 6 2V 2 Any.6 0 0 G - 7 DYS/DYV/BHC D Y S 3 2 9 5 5 2 4 3 2 0 0 7 5 1 7 , 0 0 0 G G 6 1 7 , 1 1 6 2 % B O T H .6 5 0 e G - 6 EKD-Q6SD/3CL/2PP E K O 3 4 3 2 8 2 4 3 4 0 0 2 5 2 0 , 0 0 0 C G 6 F/16 2 % Any.

G - 7 D YR (2 2 0VI O Y R 3 3 2 4 8 2 4 3 2 0 0 5 0 1 6 , 5 0 0 2 C C 8 Flis 2V 2 AnyD YR (2 4 DV) O Y R 3 3 2 5 0 2 4 3 2 0 0 5 0 1 6 , 5 0 0 2 G C - 8 Fli6 2 % AnyT able 9 . M iniatu re 2 -Pin Base (G 5 .3 )

3 0 T - 3 % DZA (1 0.8 V) O Z A 3 7 3 4 6 2 4 3 1 0 0 4 0 0 8 0 0 C - 6 1 V 1 6 2 B O T H .1 0 0 1 - 3 DZB (1 2V) O Z B 3 7 1 8 6 2 4 3 3 0 0 5 0 2 , 8 0 0 G - 6 1 7 1 i 6 2 B O T H .2 5 0 G - 6 EYH/FKT E Y H 1 3 6 1 7 2 4 3 0 5 0 1 5 0 6 , 0 5 0 G G - 6 1 7 1 i 6 2V 2 B D T H .5 0 0 . G - 6 FBG/FBD F B G 3 3 6 6 3 2 4 3 2 0 0 5 0 1 3 , 2 0 0 C G - 6 1 % 3 Any. I6 0 0 G - 7 DYH O Y H 3 0 3 6 4 2 4 3 2 0 0 7 5 1 7 , 0 0 0 C G - 6 1 7 , 1 1 6 2 % Any.6 5 0 . G - 6 DVY O V Y 3 0 3 0 4 2 4 3 4 0 0 2 5 2 0 , 0 0 0 G C - 6 1 7 , 1 1 6 2 V 4 B O T H .e G - 7 D Y J (2 3D V) O Y J 3 0 3 6 6 2 4 3 4 0 0 2 0 2 0 , 0 0 0 C C - 2 P 1 1 V 1 6 2% B O T H

U I tr a v i o l e t- a bs o rb i1 1 9 b u l b . W i t h f i l a m e n t coil axis horizontal.L amps in e ac h ta ble w ith the same Voltag e a nd ligh t C enter Le ng th are in te rch ang ea ble , s ub je ct to lim ita tio ns on fix tu re wattag e an d lamp op eratingposition.

9


12/36

Q U A R T Z L lN E @ S IN G L E . .E N D E D L A M P S-compact coi led-coi l f ilaments-O perate in any posi.tion-Clear and frosted bu lbs- 12 0 v olts e xcept a s note d

015 0CL/D C/2V Q 100D C/2V._ _ --- T able 10 -_----01Table 10 . D .C. Bay onet Candelabra Base (BA15d)

Typ ic al F ix tu re s

~ ,0

m TJ WI I LCl~ll_1 IfjQ 75CL(2 8V) Q 100MC12V Q150ClIMC

T able 11

-Product Std. Approx. .Approx. Approx . Light MaximumANSI' Ordering Pkg. Color Hours Initial Filament center Over-All BulbWaUs Bulb Description Code Code Qty. Temp. K Life Lumens ,Form Length (In) Length (In) FInish

10 0 T -4 0 1 OOCll D C 1 2VIO j ESR 443 86 6 2 85 0 75 0 1 , B O O Ce-2V 1% 27/'6 Clear0 1 O O D C 2 V13 ) ETD 4 46 57 6 2 B 5 0 75 0 1,7 50 CC-2V 1% 27/ '6 FrostedQ100ClIDC{I) - 15508 6 2 80 0 20 00 1,60 0 e C - B 1% 2711 6 ClearQ1000C(3) - 16 45 1 6 2 80 0 20 00 1,550 . e C -B P ia 27/'6 frosted15 0 . T -4 Q150Cl /OC/2V'" ESP 4 4 3 B 4 6 28 50 10 00 2 ,8 00 CC-2V 1% 2

7/16 Clear0150ClIOCI' I ET C 43 6 9 3 6 29 00 20 00 2 ,80 0 CC-8 1% 2 1 f 1 6 ClearQ1500CI '1 E l F 44 65 3 6 29 00 20 00 2 }OO CC-8 1% 2 1 f 1 6 Frosted20 0 T -4 FEV-Q20 0 /4Cl/DC FEV 14119 6 32 00 50 5 ,50 0 CC-2V 1% 2 1 f ; 6 Clear25 0 T -4 Q250Cl/DCII I ESS 43 6 9 7 6 29 50 20 00 , 5 ,00 0 CC-8 1% 3 ClearQ2500C E T B 43 70 1 6 29 50 20 00 4 ,85 0 CC-8 1% 3 frosted50 0 T -4 Q 5 00 Cl! D CI") - 43 710 6 29 50 2 00 0 10 ,4 50 CC-8 2% 371 1 6 Clear0500DCI ' ) - 43 70 9 6 29 50 2 00 0 10,100 e C - B 2% 3 7/16 frosted-Table 11. M ini-Can Screw Base (ex cept Q 7 5CL: Miniatu re Screw Base)7 5 T -3 Q 7 5Cl (2 8 V)lfJ - 3 95 74 2 0 3 00 0 I 2 00 0 135 0 I CC-6 1 O / ' 6 2 Y z Clear l100 T 4 Q 1OOCl/MC 12V" 1 ESN 443 85 6 2 8 5 0 I 75 0 180 01 CC-2V 1% 2 13/16 Clear I0 1 OOCl I Me(l) - 15507 6 2 80 0 2 00 0 16 00 CC-8 1% 21:Y;6 Clear

0100MCI'1 - 164 52 6 2 80 0 2 00 0 15 50 eC-8 We 2 13/16 frosted0 1 OOMC/ 2 V1il ETE 446 56 6 , 2 8 5 0 75 0 17 50 GC-2V 1% 213/'6 Frosted15 0 T -4 Q150CltMC/2V,11 ESt 4 4 3 8 3 6 2 85 0 1000 2 80 0 CC-2V 1% 2116 Clear0150CLlMC(3 ) E T G 4 36 94 6 29 00 2 .0 00 28 00 C C - B 1% 213/16 ClearQ150MC10 l HH 4 46 54 6 29 00 20 00 27 00 CC-8 1% 210/16 Frosted2 50 T -4 Q250CLJ MCI' I EHT 4 36 99 6 29 50 20 00 50 00 CC-8 1% 3% 2 Clear0250MC'11 ESM 436 95 6 29 50 20 00 4 85 0 CC-8 1% 3% 2 Frosted40 0 T -4 0400CL/MC11) - 4 37 07 6 29 50 20 00 82 50 CC-8 2 3% ClearQ400MC(l1 - 4 3 7 0 6 6 29 50 20 00 7850 eC-8 2 3% Frosted50 0 T -4 EVR-Q5 00CLI MC EVH 47 9 5 0 6 2950 2 0 0 0 {161 10 ,4 50 eC-8 2 3'/a CI.ear- -

Also 3vai lablein l30-volt des ig n, w ith d iffe re nt P ro du ct Code.Lamps in each table w ith the same Light C enter Length are ihterchangeable, su bject to w attage limitation of fix tu re.10


13/36

P L A N A R - F I L A M E N T Q U A R T Z L l N E @ & IN C A N D E S C E N T L A M P S-Prefocu s bases, m edium and m ogu l- 12 0 volts ex cept as noted

T y p ic a l F i x t u r e

BT L 750T20P /SP B V W500G40 / 21. . . . . . . . . .-- T ab le 1 2 -- - . . . . '- -- -- - - T able 1 3 ---IT able 1 2. M edium P refocu s Base (P2 8 s)- 2 3 ; 1 S " LC L

Product Std. Approx. Approx. Approx. MaximumANSI Ordering Pkg. Color Hours Initial Filament Over-all O"eratingWatts Bulb Description Code Code Qty. Temp. K L.ife Lumens Form Length (In) osition2 5 0 T -2 0 . 2 5 0 T2 0 /4 7 - 2 0 7 6 2 2 4 2 9 0 0 2 0 0 4 ,6 0 0 C-13 5% BO THT-14 D LC O LC 2 9 4 6 3 2 4 3 0 5 0 5 0 5 ,5 0 0 C-13 5% S03 05 0 0 1- 6 BTL-Q500T6 /CLlP BTL 119 6 6 2 4 3 0 5 0 5 0 0 11,0 0 0 C-13 011 1 4% BDTHBTM-Q5 0 0 T6 /4CLl2P 81M 16 4 6 5 12 3 2 0 0 10 0 13 ,0 0 0 C-130 1 '1 4% BO THT - 2 0 . 500120 / 64 O NW 2 18 8 7 2 4 2 9 0 0 5 0 0 10 ,0 0 0 C-13 5% BO THOMX-5 0 0 T2UP O M X 2 9 8 0 2 2 4 3 2 0 0 5 0 13 ,2 0 0 C-13 5% B0307 5 0 T -7 BTN -0 7 5 0 T7 /CU2P BTN 119 5 3 12 3 0 5 0 5 0 0 17 ,6 0 0 C-13 011 1 4% BOTHBTpQ75DT1/4CL/2P 8 TP 119 5 4 12 3 2 0 0 2 0 0 2 1,0 0 0 C-130 1 1 1 4% BOTHT-20 750T20P/SP B F E 22110 2 4 3 0 0 0 2 0 0 17 ,0 0 0 C-13 5% B04 5BFLlBFK BFL/BFK 2 9 8 9 0 2 4 3 0 5 0 2 0 0 13 ,5 0 01201 C-13 5% 6 0 3 0DPJ-7 5 0 T2 0 P OPJ 2 9 8 9 5 2 4 3 2 5 0 2 5 19 ,0 0 0 C-13 0 5% B0301000 T -7 BTR-Q l0 0 0 T7 /4CL/2 P BTR 119 5 5 12 3 2 0 0 2 5 0 2 8 ,5 0 0 C-13DI '1 4 V 2 BOTHT-20 . O RC DRC 29 9 7 9 2 4 3 2 5 0 5 0 30 ,000 C-13 5% B0 3 0DRS DRS 29 9 4 7 2 4 3 3 2 5 2 5 2 8 ,5 0 0 C-13 0 5% 80 3 0O R B ORB 29 9 6 8 2 4 3 3 5 0 2 5 3 2 ,0 0 0 C-13 5% B030OW K (2 30 V) OW K 29 9 5 3 2 4 3 10 0 5 0 23 ,500 CC-13 5% B030-T able 13 . M ogu l P refocu s Base (P 40 s)- 3 1 5 f 1 6 " LCL10 0 0 T -7 BVT-Ql000T7 /CLlMP B V T 12 5 5 4 6 3 0 5 0 5 0 0 24 ,500 C-130 1 ') 7 V 4 A n yBVV-Q1000T1/4CLlMP BVV 12 5 5 3 6 3 2 0 0 2 5 0 2 8 ,5 0 0 C-13D(t) 7% A n yG -4 0 * 1M/G40PSP - 2 2 2 0 3 2 4 3 0 5 0 2 0 0 25 ,000 C- 5 87;;6 BOTH1500 G - 4 0 . 1 5 0 0G4 0 / 2 1 - 2 2 5 6 0 2 4 3 0 0 0 2 0 0 3 5 ,5 0 0 C-130 8 ~6 B0 3 02 0 0 0 T -l0 BVW -Q 2 0 0 0 T 1O /4CL/MP BVW 125 5 5 6 3 2 0 0 3 0 0 5 9 ,0 0 0 C-13! '1 8 BOTH

* H e a t - r e s i s 1 8 n t g la s s b u l bLamps in e ach ta ble w ith th e same Volta ge a re in te rc ha llg ea ble . s ub je ct to w a tta ge lim ita tio n o f f ixture.

11


14/36

P L A N A R -F IL A 'M E N T Q U A R T Z L lN E @ & IN C A N D E S C E N T L A M P S- Bipo st b ases, medium and mogu l- 12 0 v olts e xcept as n oted .

2M/T48/4 "


15/36

P L A N A R - F I L A M E N T Q U A R T Z L l N E IN C A N D E S C E N T L A M P S- Mogu l bipost bases-120 volts

Typ ical F ix tu re

~\6% "

~" II

10K / G9 6 / 1

10 "

L...- Table 18 ---- -- .D T Y

Product Std. Agprox. Approx. A~prox. MaximumANSI Ordering Pkg. olor Hours nilial Filament Over-all 0ro:ratingWatts Bulb Description Code Code Oty. Temp. K Life Lumens Form Length (In) osition

5 0 0 0 T -20 DPY-Q5000T20 / 4CL D P Y 4 17 3 6 6 3 2 0 0 5 0 0 14 3 ,0 0 0 C-13(1) 11 BOTHG -6 4 * 5M/G64 /7 E C N 2 2 8 9 6 4 3 2 0 0 150(19) 145 ,000 C-13(I) 1F /8 B045

15 %1 7 7 / 1 6

41 3 2 0 0 13 0 03 2 0 0 15 0 (19 ) 1285 ,000 I C13{1)2 9 5 ,0 0 0 C13 (1) B045B045

13

5M/G64/7 D P Y

* Heat-resistant glass bulb# N o Io n g a r m a n u fa ct u r e d ; a va i la b l e u n t i I s t o c k b ec om e s e xh au ste dLamps i n each table a re generall y i nt erchangeab le , s ubj ec t t o b u lb -s iz e l im it at io ns o f specif ic fi xtu res .

L...- T able 1 7 -- --- -- '

T able 1 7. Mogu l B ipost Base (G 38 )-6% " LCL

Tab le 18 . Mogul Bipos1Base (G38) -1D"LCL1 0 ,0 0 0 1 T - 24 I DTY-Q10M/T24 / 4CL I D TY I 18 3 0 5G -9 6 * 10K /G 9 6 /1(2 '1) EBA #2 2 9 9 3


16/36

P L A N A R - F IL A M E N T IN C A N D E S C E N T & Q U A R T Z L l N E L A M P S-Double~contact bayonet bases-Compact coiled or coi led-coi l f il amen t s- 12 0 v olts ex ce pt as noted

Typi ca l F ix tu re

~)I 1 % "! 1 % "!T -4 Bulb(Quartzline) T 8 Bulb 811 Bulb

G 16 % Bu lb

Table 19 . D .C. Bay onet Candelabra Base (BA15 d)-13 fs" LC LProduct Std. Agprox. Approx. Afrprox. MaximumOrdering Pkg. olor Hours nllial Filament Over-aU o~eratingWatts Bulb Description Code Qty. Temp. K Life Lumens Form Length (In) osition

3 0 5 - 1 1 BlC 2 9 1 4 0 1 2 0 2 7 7 5 5 0 4 0 0 C C - 2 V 2 % A n yT - 7 B V R 2 9 1 4 7 1 2 0 2 8 5 0 2 5 3 5 0 1 '") C C - 2 V 2 % B 0 3 05 0 5 - 1 1 B L X 2 9 1 5 6 1 2 0 2 8 5 0 5 0 7 8 0 C C - 2 V 2 % B O T HC A X 2 9 1 7 1 2 4 2 8 7 5 5 0 7 7 5 C C - 1 3 3 V B 8 0 3 0CHY (2 3 0 V) 2 9 1 8 8 2 4 2 5 5 0 5 0 6 5 0 C C - 1 3 3 V s 8 0 3 07 5 S - 1 1 B N F 3 2 1 3 8 1 2 0 2 9 0 0 2 5 1 3 0 0 C C - 2 V 2 % B O T H

T - 8 CBX/CBS 2 9 2 0 8 2 4 2 9 2 5 5 0 1 2 0 0 1 ' ) C C - 1 3 3 % B 0 3 01 0 0 G - 1 6 Y 2 100G16%/290C 1 8 7 2 1 6 0 2 8 5 0 2 0 0 1 6 6 0 C C - 1 3 3 B O T H

S 1 1 BHH 3 9 6 6 4 1 2 0 3 2 0 0 1 5 2 0 0 0 C C - 2 V 2 % B O T HBMG/BMH 2 9 2 1 6 1 2 0 3 0 0 0 2 5 2 0 0 0 C C - 2 V 2 3/6 B O T HT - 4 Ql00ClIDCI2V(ESR). 4 4 3 8 6 6 2 8 5 0 7 5 0 1 8 0 0 C C 2 V 2 7 f 1 6 A n yT - 8 CD J 2 9 2 6 6 2 4 2 9 7 5 5 0 2 0 0 0 C C - 2 V 3 % B 0 3 0CDK/CEA 3 3 6 7 6 2 4 2 9 7 5 5 0 1 1 ! l ) C C - 2 V 3 % 8 0 3 0CEB 2 9 2 4 4 2 4 2 9 7 5 5 0 1 8 5 0 C C - 1 3 3 % 8 0 3 0

C JX (2 3 0V ) 2 9 2 4 8 2 4 2 8 5 0 5 0 1 6 5 0 C C - 1 3 3 1/ a 8 0 3 01 5 0 8 - 1 2 BEC 2 9 2 7 6 2 4 3 0 7 5 2 5 3 5 0 0 2 C C - 8 2 % 8 0 3 0T - 4 0150ClIDC/2V(ESP). 4 4 3 8 4 6 2 8 5 0 1 0 0 0 2 8 0 0 C C - 2 V 2 7 f 1 6 A n yT -8 CGP/CG F 2 9 3 0 3 2 4 3 0 7 5 2 5 3 5 0 0 12 0 } 2 C C - 8 3 % 8 0 3 02 0 0 8 - 1 2 BD J 3 0 2 5 2 2 4 3 2 0 0 2 0 5 0 0 0 2 C C - 8 2 % 8 0 3 0BEJ 2 9 3 9 8 2 . 4 3 0 7 5 2 5 4 6 0 0 2 C C - 8 2 % 8 0 3 0

T - 4 FEVQ2 0 0 / 4CL ! DC . 1 4 1 1 9 6 3 2 0 0 5 0 5 5 0 0 C C - 2 V 2 7 f 1 6 A n yT B CeM/CHO 2 9 4 1 1 2 4 3 0 7 5 2 5 4 2 0 0 12 0 ) 2 C C - 8 3 % 8 0 3 0- --- -

Also available ill 130-vol t des ign, w i th d if fe rent P rodu c t Code. Q uartz lin e lampLamps o f th e same Volta ge a re in te rc ha ngeable , s ub ie ct to lim ita tio ns o n fix tu re wa tta ge and lamp ope ra tin g p os itio n.14


17/36

Q U A R T Z L l N E @ & IN C A N D E S C E N T L A M P S-Used princ ipally in e llipso idal spotligh ts-Compact f ilaments-120 volts

T yp ical F ix tu res

I I

B W AT able 2 3

750112 /9 E G Fl__T able 2 0 ____J

750T14 B S DL_ T able 2 1 ____J

1500T 24 16Table 22

T able 20 . Medium Prefocus Base (P2 8s}-3 Y2 /1 LCL3M/T3212T able 2 4

Product Std. A~prox. Approx. Approx. MaximumANSI Ordering Pkg. olor Hours Initial Filament Over-all o~eralingWaHs Bulb Description Code Code ely. Temp. K Life Lumens Form Length (.In) osition5 0 0 T - 4 EGE0500Cl /P EGE 3913 5 12 2 9 5 0 2 0 0 0 10,450 GG - 8 6 AnyEGC-0 5 0 0 /5CLI P EGG 3913 4 12 315 0 5 0 0 12 ,7 0 0 GG - 8 6 Any7 5 0 T -6 EGG Q7 5 0ClI P EGG 3913 7 12 3 0 0 0 2 0 0 0 15 ,75 0 GG -S 6 AnyEG FQ7 5 0 /4CLI P EG F 3913 6 12 3 2 0 0 5 0 0 2 0 ,40 0 G G -8 6 Any1000 T -6 EG JQ10 0 0 /4 /CL/P EG J 3 8 8 5 3 12 3 2 0 0 4 0 0 2 7 ,5 0 0 GC-8 6 AnyEGKQ1000 / 4 /P EG K 3 8 8 5 2 12 3 2 0 0 4 0 0 26 ,500 CG-8 6 Any(Frosted)

E G M -0 1 O O O e l IP EGM 3913 8 12 3 0 0 0 2 0 0 0 2 1,5 0 0 CG -8 6 Any5 0 0 T-12* 5 0 0 T12 /8 DEB 217 9 9 2 4 2 8 5 0 8 0 0 9 ,0 0 0 C-130 6% BU30500T12 / 9 O NS 21795 2 4 2 9 5 0 2 0 0 11,0 0 0 C-13 0 6% BU307 5 0 T -12 * 750T12 / 9 D N 1 2 210 0 2 4 3 0 0 0 2 0 0 17 ,0 0 0 C-13 0 6% BU301000 1-12* 1M/T12 /2 DNV 22419 2 4 3 0 5 0 2 0 0 2 5 ,0 0 0 C-13 0 6% BU30 _

t

T able 21_ Medium Bipost Base (G 22)-4 " LCL -5 0 0 T -14 * 500T14 / 7 - 21803 2 4 2 8 5 0 8 0 0 9 ,000 G-13D(1) 6V!6 BU307 5 0 1-5 BSCQ7 5 0 /4CLl4B BSG 164 6 2 12 3 2 0 0 2 5 0 2 0 ,0 0 0 G G -8 6 Y 2 AnyBSD -Q7 5 {lCl/4B BSD 164 6 3 12 3 0 0 0 2 0 0 0 15 ,0 0 0 G G -8 6% Any

T-14* 750T14 1'i - 22105 2 4 3 0 0 0 2 0 0 17,000 C-13DI1I 6 V 1 6 BU30,- -

T a b l e 24 . Mogu l D ipost Base (G 38 )-71/z" LCL3 0 0 0 I 1-32 * I 3M/T32 / 21 '1 I I 2 2 8 6 0 I 6 I 3150 I 10 0 I 81,000 I C-130 11 1 I 11 V z* Hea t- re s is tan t g l a ss bulbL amps in e ach ta ble a re in te rc ha ngeable , s ub je ct to lim ita tio ns on fix tu re wa ttag e, b ulb d iame te r a nd lamp ope ra tin g p os itio n.

T able 2 2 _ Mogul Bipost Base (G 38 )-6 %/I LCL15 00 11-2 4* 1500T24 / 6 I I 2 2 6 6 7 I 12 3 0 0 0 2 0 0 33 ,700 I C-130Table 2 3 . Mogu l Bipost Base (G 3 8)-5 /1 LCL2 0 0 0 I T -8 I BWA-Q2000 /4CLlBP I BW A I 3 9 5 8 7 6 I 3 2 0 0 5 0 0 5 4 ,0 0 0 I GC-8 11 1

10 BU30

B Any

BU30

1


18/36

I N C A N D E S C E N T & Q U A R T Z L l N E L A M P S- Sc rew bases , medium & mogul-12 0 v olts

Typ ical F ix tu res

I% "IT3"*00A21JSP 500G /FLTable 26 1M/G40FL50G/FL B W F'- - -- -- T able 25 - --~ "-- __ T able 27 --__ITable 2 5 . Medium Screw Base (E26 )-3 " LCL

Product Std. A8prox. Approx. Afnprox. MaximumANSI Ordering Pkg. olor Hours nltlal Filament Over-all 0ra;ratingWatts Bulb Description Code Code O t y . Temp. K Life Lumens Form Length (In) osition1 0 0 A - 2 1 1 0 0 A 2 1 / S P - 1 8 3 8 6 1 2 0 2 7 5 0 2 0 0 1 , 3 4 0 C - 5 4 % A n y2 5 0 G - 3 0 2 5 0 G / F L - 2 0 6 0 4 6 0 2 8 0 0 8 0 0 3 , 6 5 0 C - 5 5 % B O T H2 5 0 G / S P - 2 0 5 8 9 6 0 2 9 0 0 2 0 0 4 , 5 0 0 C - 5 5% B O T H4 0 0 G - 3 0 4 0 0 G / F l - 2 1 3 6 3 6 0 2 8 5 0 8 0 0 6 , 8 0 0 C - 5 5% B O T H4 0 0 G / S P - 2 1 3 4 9 6 0 2 9 5 0 2 0 0 8 , 4 0 0 C - 5 5 V s B O T H5 0 0 T - 2 0 * D M S - 5 0 0 T 2 0 O M S 2 9 7 9 3 2 4 3 2 0 0 5 0 1 3 , 2 0 0 C - 1 3 5 % B 0 3 0 J

T able 26 . Mogu l Screw Base (E3 9) - 4% " LCL5 0 0 I G - 4 0 I 5 0 0 G / F L I - I 2 1 4 5 1 I 2 4 I 2 8 5 0 I 8 0 0 I 9 , 3 0 0 I C - 5

T able 2 7 . Mogu l Screw Base (E39 )-5% " LCL1 0 0 0 G - 4 0 * 1 M / 6 4 0 F l - 2 2 1 9 3 2 4 2 9 5 0 8 0 0 2 0 , 0 0 0 C - 5 7% B O T H l1 5 0 0 G - 4 S * 1 5 0 0 G 4 8 / 6 - 2 2 5 6 6 9 2 9 5 0 8 0 0 3 2 , 2 0 0 C - 5 S o / 1 6 B O T H I2 0 0 0 T - 8 . B W F - Q 2 0 0 0 / 4 C L BW F 3 7 0 8 6 6 3 2 0 0 5 0 0 5 4 , 0 0 0 c c - e 7% A n y , J* Hea t- resi st an t g lass bu lb

Q u artz line lamp

lamp s in e ac h ta ble a re in te rc ha ng ea ble , su bje ct to lim ita tio ns o f fix tu re wa tta ge , b ulb s iz e a nd lamp o pe ra tin g p ositio n.16


19/36

, -Screw bases , medium and mogu l- Ope rate in a ny positio n- Inside fros ted bu lbs-12 0 v oltsT yp ical F ix tu res

F R O S T E D F L O O D L IG H T L A M P S , IN C A N D E S C E N T & Q U A R T Z L l N E

DXRfDXS

13

9 % / 1 9%"115/,s"J

BBA ECl'- --- - T able 2 8 ---- -- '

ECV DKZ /DSET able 3 0- Table 2 9 - -- -- '

T able 2 8 . Medium Screw Base (E26 )-Product Std. A8prox. Approx. Approx. Maximum(Photoflood ANSI Ordering Pkg. olor Hours Initial Filament Over-allWatts Bulb Description Designation) Code Code aty. Temp. K Life Lumens Form Length (In)

2 5 0 A-21 B B A (#1) BBA 40 5 6 3 2 4 3 4 0 0 3 8 ,000 C- g 415/'6B C A (#81) BCA 40 5 6 4 2 4 4 8 0 01 2 1 1 3 5 ,000 C- g 415 /'6A-23 E C A (2 50A23 ) ECA 40 5 6 5 2 4 3 2 0 0 2 0 6 ,5 0 0 C-9 63 0 0 A-21 B A H BAH 40 8 8 6 2 4 3 2 0 0 2 0 9 ,0 0 0 C- g 415/165 00 PS-25 E B V (# 2 ) EBV 40 5 6 6 2 4 3 4 0 0 6 17,000 C- g 6 15/16E B W (#B2 ) EBW 40 5 6 7 2 4 4 8 0 0 1


20/36

Q U A R T Z L I N E & I N C A N D E S C E N T L A M P S F O R F O L L O W -S P O T S-Compat :t , h igh-br ightness f ilaments-Mogu l p refocu s " mogu l bipost bases- 1 2 0 v olts ex cept as noted

Ty pic al F ix tu re

2 1 0 0 T 2 4 18T SL- __ Table31-----'T able 31. Mogul Prefocus Base (P40s)-37A u " LCL

'---- T ab le 32 -----'

Product Std. A8prox. Approx. A~prox. MaximumANSI Ordering Pkg. olor Hours nitial Filament Over-aU 0ro:ratingWatts Bulb Description Code Code Qty. Temp. K Life Lumens Form Length (In) osition

1000 T - 2 0 * DPW -1MfT 2 0 P O PW 2 9 9 6 4 12 3 2 0 0 5 0 2 8 ,0 0 0 C-13 9% B030 ISB-1MIT 2 0 /4 0 D SB 2 9 9 6 9 12 3 2 2 5 2 5 2 8 ,5 0 0 C-13 0 9% B0 3 015 0 0 T -8 .D TA-Q 15 DO T8 /4 Cl O TA 16 4 6 4 6 3 2 0 0 10 0 3 9 ,0 0 0 C-13 0 6% BOTH J- 2 0 * D T J -15 0 0 T 2 0 !3 9 O TJ 3 0 0 0 4 12 3 2 2 5 2 5 4 2 ,5 0 0 C-130 9% B03 0

Table 32 . Mogu l Blposl Base (G 38)-4 " LCL15 0 0 T - 2 0 * D TS O T S 3 0 0 0 9 12 3 2 2 5 2 5 4 2 ,5 0 0 C-13 0 9% B03 0210 0 T - 2 4 * 2 10 0 T2 4 /2 8 (6 0 V) - 2 2 8 2 5 12 3 10 0 5 0 (l~l 54 ;100 C-130 1 0 ' 1 2 8 0 3 0-

Q u artz lin e L am p.* Heat - res is tant g lass bu lb,Lamps i n e ach ta ble a bo ve a re g enera lly in te rc ha ngeable , s ub je ct to lim ita tio ns o n v olta ge and fix tu re wa tta ge .

MARC & GEMINI HIGH-IN TENSIT Y ARC LAMPS-Me ta l- haUde a rc in Qua rtz a rc tube-Cold -m ir ro r, r im -mount g lass ref lector- Fle xib le le ads, specia l 2 - pin p lug-Sepa ra te power supp ly requ ired-Opera te w i th p lane o f re fle cto r rim vertic alTyp i ca l F ix tu res

T able 3 3. Marc & Gemin iTM Lamps - -Product Std. Reflector Approx. Agprox.Watts ANSI Ordering Pkg. Volts Diameter Hours olor(Nominal) Description Code Code Qty. (Nominal) (Inches) Lifet Temp. KI

3 0 0 GEMIN I -3DO E Z G 11134 4 3 5 2 7 5 " 6 0 0 0 lARC-300f16 E l M 2 9 4 6 9 4 3 7 . 5 3 2 5 5 5 0 03 5 0 MAHC-350 /16T E Z T 3 9 9 3 6 4 4 5 3 5 0 5 0 0 0 JtSho uld n ot b e o pe ra te d fo r p erio ds o f le ss th an 3 m in ute s. S ho rte r o pe ra tin g cy cle s re du ce life a nd d eg ra de p erfo rm an ce . O n G E solid -state pow er su pplies. Allprox . life is 5 0 hou rs on a ll other G E pow er su pplies.

18


21/36

t)fM( 3 E N E R A l ( lE C T R IC M E T A L L I C I O D I D E S T A G E /S T U D I O M U l T I - V A P O R L A M P S

~ J ,Product Std. Nominal Hot- Approx. Afn~rox.Nominal Ordering Pkg. Lamp Lamp Restart Hours ntial 0fo:ratingI Watts Description Code Qty. Volts Amps kV (max.) l i f e Lumens osition~- 2 0 0 GEMI 200 17 0 6 0 6 8 0 3 .1 2 5 6 0 0 16 ,000 An yI 575 GEMI -575 17 0 6 1 6 9 5 7 .0 2 5 7 5 0 4 9 ,0 0 0 An y _ II 1200 GEMI -1200 17 0 6 3 6 10 0 13 .8 4 5 7 5 0 110 ,0 0 0 An yI 2 5 0 0 GEMI 2500 17 0 6 4 6 115 2 5 .6 4 5 5 0 0 2 4 0 ,0 0 0 Horiz . 15 I 4 0 0 0 G EMI4 0 0 0 17 0 6 5 1 2 0 0 2 4 .0 6 5 5 0 0 4 10 ,0 0 0 Horiz . 15 I 6 0 0 0 GEMI 6000 17 0 6 9 1 12 5 5 5 .0 6 5 3 0 0 6 5 0 , 0 0 0 Horiz. 15 I 12 0 0 0 GEM I 12 0 0 0 (1 6 0 Vj 17 0 7 1 1 16 0 82 . 0 6 5 3 0 0 1,3 0 0 ,0 0 0 Horiz . 15 I 12 0 0 0 GEM I 12 0 0 0 (2 2 5 V ) 17 7 9 0 1 2 2 5 62 . 0 7 0 2 5 0 1,10 0 ,0 0 0 Horiz . 15 0

1200 Watt 2500 and 4000 Watt

-Da ylight colo r tempera tu re , 5 6 00K nom inal- Colo r~Rendering Index 90 +-Cool-Seal design for long life- F it s tandard f ix tures/bal l asts/ ign iters

Max. Length MaximumI Arc Between OverallDiameter Length Base Flats LengthDescription A B C D Base TypeGEMI -200 16 10 6 0 7 5 X-515GEMI -575 2 1 7 117 14 5 SFc 1 0- 4 sle ev e/th re ad ed pin M 4 IGEMI -1200 2 7 10 18 2 2 2 0 SFc 15 .5 -6 sleeve/threaded pin M6 x 0 .5 _ IGEMI -2500 3 0 14 2 9 2 3 5 5 SFa 21 - 12GEMI -400Q 3 9 3 4 3 4 2 4 0 5 8 Fa 21-12GEMI -6000 5 3 2 2 4 5 0 4 5 0 25 . 4 x 5 0 .8 cy lin de r w /1 65mm fle xib le lea dsIGEMI 1 20 0 0 (1 6 0V ) 7 2 2 9 4 7 0 4 7 0 30 .16 x 6 9 .8 5 c ylind er w /1 65mm fle xible le ad sGEMI 1 20 0 0 (2 2 5 V) 6 5 3 5 4 7 0 4 7 0 8 2 5 .5 x 6 0 cy li nder w / 1 6 5 m m f lex ib le leads-

!~200 Watt

~- - . -575 Watt

Table 3 4 . G E M p M Lamps

T able 3 4 (cont'd.) D imensions (mm) and Base D ata

, CAUTION-These GEMI high-performance electric discharge lamps are constructed with Quartz Arc Tubes designed for use only withproper fixtures and power supplies. The arc tubes operate under high pressure at very high temperatures (as high as 9 5 0 C) and mayunexpectedly rupture due to internal or external factors, such as a system fai lure or a misapplicat ion. If this occurs, the arc tube could break andparticles of extremely hot quartz would be discharged into the enclosure andlor the surrounding envi ronment , creating a risk of personal injuryor lire. The lamps emil ultraviolet radiation which is harmful to eyes and skin.Therefore, install lamps only in enclosed Iighting fixtures wi th tempered 9lass or other lens/d iftuser material able to contain fragments of hotquartz (up to 950cC) Lensl dilluser material must be heat res istant and capable of absorbing ultraviolet radiation. If in doubt, contact your f ixturemanufacturer DO NOT operate a fixture with a missing or broken lens/diffuser.Operate the system with grounded power supplies and ighition devices which are compatible with the lamp electrical specifications

approved by GE. For total electrical load. add power supply watts and lamp watts.DO NOT operate lamps at greater than 110% rated input voltage, nor-except for 200W, 575W and 1200W sizes-with the lamp axis tilted

more than 15" I rom horizontal.Follow Instal lat ion and Operating Instructions packed with each lamp.

6000 and 12000 Watt

19


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U L T I - M IR R O R R E F L E C T O R a U A R T Z L lN E L A M P S

Typical Fixtures

T able 3 5 . MR-1 6 Multi- Mirror Reflector Q u artz line Lamps(2 - i n ch d iame te r fa ce ted co ld -m irro r rim-moun t re fle cto rs ) a pera te i n any posi tio n.[- ,---,- A~erox. Approx.A~prox. Rated eld Beam Approx. ,prox.Product Std. olar Am' Angle Angle Candle- oIalANSI Ordering Pkg. Temp. Lie Beam Degrees Degrees Power LumensWatts Description Code VoHs Code Qty. Base K (Hours) Oeser. (Note 5) (Note 3) (Note 6)

2 0 Q 2 0MR16 /V NSP (E lX ). E Z X 1 2 1 4 9 4 2 2 4 2 - P i n ( G X 5 . 3 ) 2 9 2 5 3 0 0 0 V N S P 1 2 7 8 2 0 0 2 5 5Q 2 0MR16 /N SP (E SX ). E S X 1 2 1 4 7 8 9 2 4 2 P i n ( G X S . 3 ) 2 9 2 5 3 0 0 0 N S P 1 9 1 3 3 3 5 0 2 6 0Q 2 0MR16 /F L (B AB ). B A B 1 2 1 4 7 9 0 2 4 2 P i n ( G X 5 . 3 ) 2 9 2 5 3 0 0 0 F L 5 9 4 0 4 9 0 2 6 04 2 Q 4 2MR16 /V NSP (E Z Y). E Z Y 1 2 1 4 9 4 5 2 4 2 P i n ( G X S . 3 ) 3 0 0 0 3 0 0 0 V N S P 1 5 9 1 3 , 1 0 0 6 3 0Q 4 2MR1 6/N F L (E YS ). E Y S 1 2 1 4 7 8 5 2 4 2 ' P i n ( G X 5 . 3 ) 3 0 0 0 3 0 0 0 N F L 4 7 2 7 2 1 0 0 6 3 05 0 0 5 0MR1 6/N S P (E XT ). E X T 1 2 1 4 7 8 7 2 4 2 P i n ( G X 5 . 3 ) 3 0 5 0 3 0 0 0 N S P 2 4 1 4 9 5 0 0 8 9 50 5 0MR16 /NFL (EXI) . E X Z 1 2 1 4 7 9 3 2 4 2 P i n ( G X 5 . 3 ) 3 0 5 0 3 0 0 0 N F L 4 9 2 7 2 7 0 0 8 9 5Q 50 MR16 /N FlIl (EX K). E X K 1 2 1 6 6 3 4 2 4 2 P i n ( G X 5 . 3 ) 3 0 5 0 3 0 0 0 N F L 5 2 3 2 2 2 5 0 8 9 5Q 5 0MR1 61 F L! 1 (E NL ) E N L 1 2 3 9 8 5 7 2 4 2 P i n ( G X 5 . 3 ) 3 0 5 0 3 0 0 0 F L 4 9 3 2 2 1 6 0 8 9 50 50 MR16 /Fl (EX N). E X N 1 2 1 4 7 8 8 2 4 2 P i n ( G X 5 . 3 ) 3 0 5 0 3 0 0 0 F L 6 4 4 0 1 5 0 0 8 9 57 5 Q 7 5MR1 6/N S P (E YF ). E Y F 1 2 1 4 7 9 5 2 4 2 P i n ( G X S . 3 ) 3 0 5 0 3 5 0 0 N S P 2 4 1 4 1 2 . 3 0 0 1 3 0 0Q 7 5MR1 6/N F L (E YJ ). E Y J 1 2 1 5 9 4 1 2 4 2 - P i n ( G X 5 . 3 ) 3 0 5 0 3 5 0 0 N F L 3 5 2 5 4 6 0 0 1 3 0 0Q 7 5MR1 6/F L (E YC ). E y e 1 2 1 4 7 9 4 2 4 2 P i n ( G X 5 . 3 ) 3 0 5 0 3 5 0 0 F L 6 4 4 2 2 1 0 0 1 3 0 0

1 0 0 E X V E X V 1 2 1 2 0 0 3 2 4 2 - P i n ( G X 5 . 3 ) 3 3 5 0 5 0 F L 5 3 3 1 0 01 5 0 ElK E Z K 1 2 0 1 5 4 7 7 2 4 Oval 2 P i n ( G Y 5. 3 3 2 0 0 2 0 0 F L 6 0 3 6 0 0 J2 0 0 EX S E X S 3 0 1 2 5 0 3 2 4 2 P i n ( G X S . 3 ) 3 3 0 0 5 0 F L 4 5 8 8 0 0 I2 5 0 E N H E N H 1 2 0 3 8 6 8 6 2 4 Oval 2 p i n ( G Y 5 . 3 ) 3 2 5 0 1 7 5 F l 3 2 1 1 , 7 0 0 IX X E X X 1 2 0 1 1 7 5 0 2 4 Oval 2 p i n ( G Y 5 .3 ) 3 30 0 2 5 F l 5 7 6 7 5 0

P R E C IS E " lamp.

2 0


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,

R E F L E C T O R (R ) L A M P

D , .C . B a y . I n l e r m e d .S c r e wM e d . S c r .

R-14 R-14R - 2 D R - 3 D

T a b Ie 3 6 . R - 1 2 , R - 1 4 & : R - 2 0 Bulbs (IBW =Blue-W hite, I PK = Pink , / PL = Plant Ugh t)Op era te in a ny p os itio n- ex ce pt SDK h oriz onta l o nly .

t

I ,- -,- -- A&PrOX Rated A~crox. AC:~X. App ro ]( . A~prold.Product Std. olor Avg. Angle Angle Candle- otaANSI Ordering Pkg. Temp. L i f e Beam Degre es D e gre es Power LumenWatts Descript.ion Code Volts Cod~ Qty. Ba.se i K (Hours) Deser. (N ote 5 ) (N ote 3) (Note 6)20 13841251 (R -1 2 b ulb ) - 6 27153 10 S .C . B ay . 30013B312 '1 (R -1 2 b ulb ) - 13 27150 10 S.C. Bay. 300

I1388 1 "1 . (R -1 2 b ulb ) - 24 27159 10 D .C. Bay . 500l3B5 1 !'!1 (R -1 2 b ulb ) - 28 27154 10 S .C . B ay . 30020R 12SCjlO i - 30 13674 100 S.C. Bay. 500

I 15 15R14SCIFL - 12 34555 120 S.C. Bay. 2000 Fl 102 36 12 015R14SCISP - 12 33404 12 0 S .C . B ay . 2000 SP 31 15 800 140r 25 25R14SCISP - 12 33405 12 0 S .C . B ay . 2000 SP 32 16 1200 23025R141SC - 28 33091 120 S .C . .Bay . 2000 SP25R14N - 12 0 39156 12 .0 lntermee. 1500 FL 120 60 150 190100 BDK (R -1 4 bulb ) B D K '120 40429 24 D .C . B a y . 3200 4 MFL 30 320017 17E120 - 6 .3 35151 60 Med. scr 200030 30R20 - 120 15003 60 Med. Ser. 2000 Fl 92 35 300 21030R20/6 - 130 16213 60 Med. Ser. 6000 FL 95 35 27050 50R20 - 120 16693 60 Med. Ser. 2000 FL 95 38 530 44050R2D/BW - 120 16697 60 Med. Ser. 2000 i 13 050R20/PK - 120 16698 60 Med. Scr. 2 000 260SOR20lPl - 12 0 41625 24 Med. Ser. 2000 ~.- ~.

T a b le 3 7 _ R - 3 D Bulbs (lA =Amber, IB= Blue, IBW = Blu e-W hite, IG =G reen, /PK =Pink ,/ PL = Plant U g hi, / R=Red, I Y = Y ellow , 7CVG=Te flo n Coa te d, I RS = Rou g h Serv ice ) Op era te in a ny p ositio n.45 45R/FLrMI - 120 15857 24 Med. se 2000 fl 48550 50R30 /Fl - 1'20 32118 24 Med. SeL 2700 2000 FL 135 80 300 55 050R30/PL - 120 13204 24 Med. SCL 200065 75 R 30/Ftl65W M - 120 15709 2 .4 Med. Scr. 2 700 2000 FL 12 5 65 500 77075R30/SPI65WM - 120 15711 21 Mea. SCL 2700 2000 SP 85 28 1650 77075 75R30 /FL - 120 38207 24 Med. SCL 2700 2000 Fl 135 80 450 90 07 5R3 0 I F trCVG - 120 1'4722 .24 Med. Scr. 2 700 2000 FL75R30/SP - 120 38209 24 Med. Scr. 2 700 2000 SP 100 30 1350 9007 5R3 0J A, -IB , -IBW , -I G - 12 0 - 24 M ed. SCL 200075R30/PK - 120 38215 24 Med . . Scr . 2 00075R30/R , - IV, -IPl - 12 0 , - 24 Med. Ser. 2000

10 0 1DOR30 /CL (CI ea r) - 12 39503 24 Med . . scr. 2000 SP 1200110 110R30lFURS - 12 0 18980 24 Mea . S er. 2000 Fl300 R E P BEP 120 3018 .2 24 Med. Scr. 3 400 4 MFL 30 11,000375 E B R EBB 120 30186 24 Med. Scr. 3 400 4 MFL __40 _ _J_4,000 _

Also a va ila ble in 1 30 -v oll d esig n, w ith d iffe re nt P ro du ct C od e. W ' w hite spot on bu lb lop21


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E F L E C T O R (R & E R ) L A M P S Mogul .fl;Scr.M e d . S cr.

Med. Scr.

R-40R-52

ble 3 8. R-4 0 Bu lbs (lA= Am ber, IB= Blu e, IBW = Blu e-W h ite, IG=Green , IPK""Pink,fR = Red, IT B =T ran sp. D a yligh t B lu e, I V =Yellow, IP L =P lant L ight, ICVG =Te flo n Coa ted) Operate in any pos itio n.

,- A~prox. Approx.A~prox. Rated leld Beam Approx. A~erox.Product Std. olor Avg. Angle Angle Candle- eldANSI Ordering Pkg. Temp. Life Beam Degrees Degrees Power LumensWans Description Code Volts Code Qty. Base K (Hours) Oeser. (Note 5) (Note 3) (Note 6) (Note 7)7 5 7 5 R / F L - 1 2 0 1 7 7 3 6 2 4 Med . S cr. 2 7 0 0 2 0 0 0 F L

1 0 0 1 0 0 R / F L - 1 2 0 1 8 8 7 1 2 4 Med . S cr. 2 7 0 0 2 0 0 0 F L1 0 0 R f S P - 1 2 0 1 8 8 7 6 2 4 Med . S cr. 2 7 0 0 2 0 0 0 S P1 2 0 1 5 0 R / F l / 1 2 0 W M - 1 2 0 1 5 0 4 8 2 4 Med . S cr. 2 7 5 0 2 0 0 0 F L 1 0 8 5 5 1 4 4 01 5 0 R I S P / 1 2 0 W M - 1 2 0 1 5 0 4 7 2 4 Med . S er. 2 7 5 0 2 0 0 0 SP 4 5 2 1 6 8 0 01 5 0 1 5 0 R I F L o w e 1 2 0 1 9 7 9 7 2 4 Mad . S cr. 2 7 5 0 2 0 0 0 FL 1 2 5 7 0 1 2 3 0 1 6 5 01 5 0 R I F L I e V G - 1 3 0 1 4 7 1 5 2 4 Med . S cr. 2 0 0 0 F L1 5 0 R I S P - 1 2 0 1 9 7 8 3 2 4 Med. Scr. 2 7 5 0 2 0 0 0 SP 6 5 2 5 4 5 0 0 1 5 5 01 5 0 R / A , ' /B, - / B W , -/G - 1 2 0 - 2 4 Med . S cr. 2 0 0 01 5 0 R / P K , -/R , -/Y , - / P L - 1 2 0 - 2 4 Med . s er. 2 0 0 01 5 0 R / T 8 - 1 2 0 4 4 6 7 4 2 4 Med . S cr. 2 0 0 0 SP3 0 0 3 0 0 R / F L - 1 2 0 2 1 2 1 3 2 4 Med . S cr. 2 7 5 0 2 0 0 0 FL 1 2 3 7 7 1 9 5 0 3 2 0 0* 3 0 0 R / F L / 1 - 1 2 0 2 1 2 2 9 2 4 Med . S cr. 2 7 5 0 2 0 0 0 F L 1 2 6 76 1 9 0 0 3 1 0 0* 3 0 0 R / 3 F L - 1 2 0 2 1 2 5 4 2 4 Mog. Scr 2 7 5 0 2 0 0 0 F L 1 2 0 6 9 2 2 0 0 3 2 0 0

3 0 0 R I S P - 1 2 0 2 1 1 9 7 2 4 Med , s cr. 2 7 5 0 2 0 0 0 SP 6 0 2 4 8 9 0 0 3 1 0 03 7 5 B F A ( 375R34/4 ) B F A 1 1 8 t 3 0 1 3 8 2 4 Med . S er. 3 4 0 0 4 MFL 3 5 1 2 , 0 0 05 0 0 E A L E A L 1 2 0 3 0 2 8 1 2 4 Med . S cr. 3 2 0 0 1 5 MFL 6 0 6 8 0 0O X B ( R S P 2) D X B 1 1 8 t 3 0 1 5 1 2 4 Med. Set . 3 3 0 0 6 SP 1 5 4 5 , 0 0 0o x e ( R F L 2 ) o x e 1 1 8 t 3 0 1 4 5 2 4 Med . S er. 3 3 0 0 6 F L 9 0 5 5 0 0E A H E A H 2 3 0 " 3 0 1 4 9 2 4 Med . S cr. 3 2 0 0 6 F L 9 0 4 5 0 0* 5 0 0 R / 3 F L - 1 2 0 2 1 7 3 4 2 4 Mog . S cr. 2 8 0 0 2 0 0 0 F L 1 2 4 7 2 3 8 0 0 6 0 0 0* 5 0 0 R / 3 S P - 1 2 0 2 1 7 2 8 Mog . S cr. 2 8 0 0 2 0 0 0 S P 4 2 2 1 2 1 , 0 0 0 4 7 0 0-ble 3 9. ER-3 0, ER-4 0, R-5 2 & R -6 0 Bulbs (!A=Amber, I P K = P in k) Op era te in an y po sition -e xcep t lamps w ith fo otno te 2 6 .- A~prox. Approx.~prox. Rated leld Beam Approx. A~ProX.Product Std. olor Avg. Angle Angle Candle- otalANSI Ordering Pkg. Temp. Life Beam Degrees Degrees Power Lumens

Wans Description Code Volts Code Qty. Base K (Hours) Oescr. (Note 5) (Note 3) (Note 6)5 0 5 0 E R 3 0 1 2 0 4 4 4 2 9 2 4 Med . S cr. 2 0 0 0 7 0 2 8 1 3 0 0 5 2 55 0 E R 30 / A , / P K - 1 2 0 - 2 4 Med . S cr. 2 0 0 07 5 7 5 E R 3 0 - 1 2 0 3 7 0 4 4 2 4 Med . S cr. 2 7 0 0 2 0 0 0 7 0 2 8 1 8 0 0 8 5 0

1 2 0 1 2 0 E R 4 0 - 1 2 0 4 1 6 0 7 2 4 Med . S cr. 2 7 5 0 2 0 0 0 7 6 2 8 2 9 0 0 1 4 7 5S O O 5 0 0 R 5 2 1 ' " ) - 1 2 0 2 1 7 5 9 1 2 Mog . S cr. 2 8 0 0 2 0 0 0 7 6 0 07 5 0 7 5 0 R 5 2 { z t } - 1 2 0 2 2 0 8 0 1 2 Mog . S cr. 2 0 0 0 1 3 , 0 0 0

1 0 0 0 * l M / R 5 2 f ' " - 1 2 0 2 2 4 0 1 1 2 Mog . S cr. 2 0 0 0* Q 1 0 0 0 R 6 0 F L . ( nl - 1 2 0 2 3 7 8 1 6 Mog . S er. 3 0 0 0 F L 1 1 0 64 1 5 , 5 0 0 1 8 , 3 0 0 A ls o av ailable in l3 0- volt de sign , w ith d ifferent P rodu ct C od e,For use on 2 2 0 - 2 4 0 vo lt e reu lts,For u se on 1 1 5 - 1 2 0 vo ll c ircui ts .

* Heat - res is tan t g lass bu lb , Qu ar tz lln e'" lamp .2 2


25/36

t

I Approx. Approx.Aprox. Rated Field Beam Approx. ApproxProduct Std. olor Avg. Angle Angle Candle- . TotalANSI Ordering Pkg. Temp. Life Beam Degrees Degrees Power LumensWatts Description Code Volts Code - aty. Base K (Hours) Oeser. (Note 5) (Note 3) (Note 6)4 5 4 5 P AR / FL I H I"I 0 - 120 1623 0 12 Med . S kI d. 2 00 0 FL4 5 P AR / S P I H I"I 0 - 120 1622 8 12 Med . S kI d. 2 0 0 0 SP5 5 55PAR/FL - 120 1329 9 12 Med . S ktd . 3 0 0 0 FL

5PARISP - 120 1330 0 12 Med . S ktd . 3 0 0 0 SP55PAR/38 /VWFl - 120 13151 12 Med. Sktd. 3 0 0 0 V W F L6 5 75PARIF l / 65WM - 120 128 02 12 Med. SkId. 2700 2 00 0 FL 5 0 3 0 1750 67 575PARISPI65WM - 120 128 00 12 Med . S ktd . 27 00 2 00 0 SP 2 7 14 450 0 67 5

I7 5PAR I 3F lI 6 5WM - 12 0 12846 12 MSPt 2700 2 00 0 FL 5 0 3 0 1750 67 57 5PAR 1 3SP 1 6 5WM - 12 0 128 47 12 MSPt 27 00 2 00 0 SP 2 7 14 4500 67 5

7 5 75PARIFt - 3 0 176 67 12 Med . S kI d. 10 00 FL 6 0 1800 97 575PARIFL - 3 6 176 70 12 Med . S ktd . 1000 FL 6 0 1800 97 575PAR3B/2Fl111} (Gool Beam) 120 17685 12 Med. Sktd. 2 0 0 0 FL 61 3 2 1850 90 07 5 PA R 1 3 Fli M IN E - 12 0 176 82 12 MSPt 27 00 2 00 0 FL 5 7 3 0 1750 76 57 5 PAH 1 3SP / M INE - 12 0 176 64 12 MSPt 27 00 2 00 0 SP 2 7 14 4 5 0 0 7658 5 1 OO PARI F l/8 5W M - 12 0 132 02 12 M ed. S kId 27 00 2 00 0 FL 5 0 30 240 0 93 01OOPARI SP / 8 5WM - 120 1320 1 12 Med . S kId . 27 00 20 00 SP 27 14 8000 9 30100PARIA/85WM - 12 0 13463 12 Med. Sk td. 2000 F L 60100PAR/B/85WM - 12 0 134 65 6 Med . S ktd . 2000 F L 60

100PARIBWt85WM - 12 0 134 66 6 Med. Sk td. 20 00 FL 60100PARIG /85WM - 12 0 13474 6 Med. Sk td. 2000 FL 601DOPA.H. IPK 185WM - 12 0 134 71 6 Med. Sk td. 20 00 FL 60100PAH I R / 85WM - 12 0 1347 2 6 Med. Sk td. 20 00 FL 60100PAR/Y!85WM - 12 0 1347 3 6 Med. Sk td. 20 00 FL 60I 9 0 9 0PAR! FL! HI'lI0 - 120 1330 7 12 M ed. S kId . 20 00 FL 60 30 40 00 145090PAR t SP 1HI ' "0 - 120 1330 9 12 M ed. Sk td. 20 00 SP 28 12 11,500 1450

10 0 1OOPAR38 IFL - 12 18822 12 MSPt 1000 FL 60 220 0 1400100PAR3812F l - 12 188 24 12 Med. Sk Id. 100 0 FL 6 0 220 0 140012 0 150PARtFL/12DWM - 120 12175 12 Med. Sk Id. 27 50 2 00 0 FL 5 2 30 40 00 13701 50 PARI SP 1 12 DWM - 120 12176 12 Med. Sk Id. 27 50 2 00 0 SP 2 7 14 11,500 1370150PAR/3F l !120WM - 120 128 08 12 MSPt 27 50 2 00 0 FL 5 2 30 40 00 1370150PAR/3SP/12DWM - 120 128 10 12 MSPt 27 50 2 00 0 SP 2 7 14 11,500 137015 0 150PAR38/FL - 12 4 3 6 8 4 12 MSPt 100 0 FL150PAR38 - 3 2 194 10 12 MSPt 100 0 SP 19 17.500

15DPARtFL - 120 3 9182 12 Med. Sk td. 27 50 2 00 0 FL 6 0 30 40 00 1740150PARISP - 120 3 9184 12 Med. Sk td. 27 50 2 0 0 0 SP 2 8 14 11.500 17 40150PARIWFl - 120 3 42 14 12 Med. Sk Id. 27 50 2 00 0 W FL 117 6 1 140 0 17 40150PAR38/2Fl(11) (Gool Beam) 120 194 13 12 Med. Sk Id. 28 00 2 00 0 FL 6 3 33 4150 2000150PAR38/2Spttn (Cool Beam) 120 194 81 12 Med. Sk Id. 28 00 2 00 0 SP 3 0 17 12 .50 0 2000150PAR/3FL/MINE - 120 195 03 12 MSPt 27 50 2 00 0 FL 6 0 30 40 00 17401 50 PAR/3 SP IM INE - 120 1948 7 12 MSPt 27 50 2 00 0 SP 2 8 14 11,50 0 17 40150PAR/Fl IA, -/B , -/G - 12 0 - 12 Med. S k Id. 20 00 F L 60 30150PAR/Fl IR - /Y - 12 0 - 12 Med. Sk Id. 20 00 FL 60 30Q150PAR38FL{ Z3 le - 12 0 1110 8 12 Med. Sk td. 2 90 0 40 00 F L 55 30 4900 1900Q150PAR38SptZ l I . - 12 0 1110 7 12 Med. Sk td. 2 90 0 40 00 SP 28 14 19 .00 0 190025 0 Q250 PAR38 F l( 20 ). - 12 0 237 18 12 Med. Sk td. 2 90 0 6 00 0 F L 6 0 35 650 0 3500Q25DPAR38SP~~ - 12 0 237 19 12 Med. SkId. 2 90 0 6 00 0 SP 2 4 10 28 , 000 3 5 0 0

P R O J E C T O R (P A R ) L A M P

PAR38/FL

T able 4 0_ *PAR-3 8 Bu lbs (/A =Am ber, IB =B lue, IBW =B lue W hite, IG =G reen, IR =R ed , IY =Y ellow )Operate in any posit ion.

A ls o a va ila ble in 1 30 -v olt d es ig n, w ith d iffe re nt P rcc ue t C od e.t MSP=Medium S ide P rong bas e. o Halogen lamp Q uartz line'" lamp* Heat- res istant PAR bulb.


26/36

R O JE C T O R (P A R ) L A M P S

Scr.TermScr.Term. Ferrule

.._ ----- PAR-36 ------ ' ,__ ------- PAR-46 ---------- 'b le 4 1. *P A R 3 6 Bulbs O perate in any position-ex cept 2 50 W & 6 5 0W operate beam app ro x. h oriz on tal.A~rox. A&:::,'A~roX. Rated leld Approx. Approx.Product Std. olor Avg. Angle Angle Candle- FieldANSI Ordering Pkg. Temp. Life Beam Degrees Degrees Power Lumensatts Description Code vons Code Qty. Base K (Hours) Desor. (Note 5) (Note 3) (Note 6) (Note 7)

25 25PAR361'" - 5 .5 14553 12 Ser. Term. 3000 1000 VNSP 5V< x 'IV< 30 ,00025PAR36NSP'" - 12 14554 12 Ser. Term. 2000 NSP 19 x 17 lO x 8 45002 5PAR3 6WFL 1 '" - 12 14555 12 Ser. Term. 2000 W FL 49 x 41 37x26 50 025PAR36I VWFLI 12 1 - 12 14556 12 Ser. Term. 2000 VW FL 82x80 40x33 25 030 H4515112. "1(> - 6 .4 15133 12 Ser. Term. 100 VNSP 5%x4 67 ,00045151121 - 6. 4 24673 12 SeL T erm . 10 0 VNSP 5 /5 55 ,00044051121 - 12 .8 24425 12 Ser. Term. 100 VNSP 6 /5 50 ,000H44051U. UIo - 12 .8 15129 12 Ser. Term. 100 VNSP 7x4 66 ,00037.5 H7616 - 12 .8 42838 12 Ser. Term. 300 VNSP 7x4 70 ,00050 50PAR36VNSPI Z1 - 12 12892 12 Ser. Term. 2000 VNSP 11 x 9 25,00050PAR36NSP"ZI - 12 16540 12 Ser. Term. 2000 NSP 20x17 11 x 9 920050PAR36WFll '" - 12 16541 12 S er. T erm . 2000 W FL 48x41 36x28 130050PAR36WFl I 4"21 - 12 11468 12 Ser. Term. 4000 W FL 48x41 36x28 11505 0PAR3 6VWFL 1 "1 - 12 16542 12 Ser. Term. 2000 VW FL 80x80 40x37 60 0H7604 11 O )(> - 12 .8 43576 12 S er . T erm. 10 0 VNSP 7x5 100 ,0004505 - 28 24640 12 Ser. Term. 400 VNSP 11 x5 45,00010 0 DWH/DWJ D W H / O W J 6 .3 40820 12 Ser. Term. 3400 3 MFL 35x25 65004509 - 13 24650 12 Ser. Term. 25 VNSP 12x 6 110,0004509XM - 13 41503 12 Ser. Term. 25 VNSP 12x6 110,0004595 - 13 24892 12 Ser. Term. 30 0 VNSP 14x6 60 ,0004591 - 28 24882 12 SeL Term. 25 VNSP 12 x 6 90,0004594 - 28 24891 12 Ser. Term. 300 VNSP 13x7 70,000250 EZB/FGS EZ8IFGS 120 13509 12 Ferru le 2950 100 NFL 30x20 11,500FGS/DWA FGS/ OWA 1 20 39565 12 Ferru le 3400 4 NFL 30 x 20 18 ,00065 0 DWE-0650PAR36/1 1"1e DWE 120 41667 12 SeL Term. 3200 100 MfL 40x30 24 ,000DXK -0650PAR36 /2 "'1e DXK 120 41666 12 Ferrule 3400 30 MFL 40x30 30 ,000F A Y . Q650PAR36130 n'Ie F A Y 12 0 41668 12 Ferru le 5000 35 SP 25 x 15 35,000FBEQ650PAR361501141e F8E 12 0 41669 12 Scr. Term. 5000 35 SP 25x15 35,000FBJQ650PAR36 /31"1e FBJ 120 41670 12 Ferru le 3400 30 SP 25 x 15 75,000FB0 -0 65 0 PAR3615 ( "1e FBO 120 41671 12 Scr Term. 3400 30 SP 25 x 15 75 ,000FCW-Q650PAR36/6"I FCW 120 41672 12 Ferru le 3200 10 0 FL 60x55 9,000FCX0650PAR36 I 7" 01 FCX 12 0 41673 12 Ferru le 3200 100 MFL 40x30 24,000FGK0650PAR36/BDI" ' . FGK 120 41675 12 Ser. Term. 5000 35 NFL 24 ,000le 42 . * PAR-46 Bu lbs Opera te in any pos ition.25 25PAR461u 1 - 5 .5 14562 12 Ser. Term. 1000 VN SP 5 '12 x4 % 55,000 -= '0 45351'" - 6 .4 24735 12 Ser. Term. 10 0 VNSP 5%x4 95 ,000 I43 51121 - 12 .8 24577 12 Ser. Term. 30 0 VNSP 5x5 75,00035 4436 - 12 .8 24582 12 Ser. T erm 30 0 VNSP 10 /4 60 ,000 I52 H76351"'0 - 12 .8 43591 12 Scr. Term. 100 VNSP 6V


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t

P R O J E C T O R ( P A R ) L A M P

T ab le 43 . * PA R 56 B u l b s ( 2 4 ) Operate in any pos ition.- Approx.~crox.A~rox. Rated eld Beam Approx. A~rox.Product Std. lor Avg. Angle Angle Cllndle- eldANSI Ordering Pkg. Temp. Llfe Beam D egrees D egrees Power LumenWatts Description Code Volts Code Oty. Base K (Hou rs) O eser. (N ote 5 ) (Note 3) (Note 6) (Note

10 0 4545 11 1 ) - 12 24768 12 Ser. T erm. 100 VNSP 9x5 225 ,0004543 - 12.5 24764 12 SeL Term. 50 VNSP 9x5 225 ,000120 120PAR56 /VN SP - 12 19023 12 scr. Term. 2000 VNSP 15 x 10 8x6 60,00020PAR56/MFl - 12 19024 12 SeL Term. 2000 MFL 29 x 15 18x9 19 ,000120PAR56/WFL - 12 19025 12 S eL T erm . 2000 W FL 50x25 35 x 18 5625200 200PAR - 30 20122 12 SeL Term. 500 VNSP 9x9 270 ,00000PARSfi ! MFLI I) - 120 49889 12 MEPt 2750 2000 MFL 34x22 22 x 13 15 ,000240 240PAR56 tVNSp l' ) - 12 20575 12 Scr. T erm. 2000 VNSP 17 x 10 9x6 140 ,000240PAR56 t MFLIOJ - 12 20576 12 Scr. T e rm . 2000 MF l 28 x15 19 x 8 46 ,0002 4 0PAR56 tWFL I') - 12 20577 12 Ser. T e rm . 2000 W FL 50x27 35 x 18 13,000300 300PAR56I NSP'l) - 120 20803 12 MEPt 2750 2000 NSP 20x14 10 x 8 68,000 1800300PAR56 t MFll') - 120 20836 12 MEPt 2750 2000 MFL 34x19 23x 11 24 ,000 2100300PAR56 tWF ll ') - 120 20649 12 MEPt 2750 2000 W FL 57x27 37x 18 11,000 2200300PAR5612NSP ( f1 ,I I(Cool Beam) 130 39398 12 EMEP+ 2750 2000 NSP 22x 14 11 x 6 78 ;000 1800300PAR56t2MFlf17,II ' (Cool Beam) 120 39400 12 EMEPt 2750 2000 MFL 30x17 21 x 10 32,000 2100300PAR56t2WFll17 .l) (Cool Beam) 120 39403 12 EMEPt 2750 2000 W F L 53x28 37x19 11,400 2200450 4541( '11 - 26 24756 12 Ser. Term. 25 NSP 15 x 11 470,000500 0500PAR56NSP"Je - 120 43494 6 MEPt 2950 4000 NSP 32 x 15 13 x 8 96 ,000 40000500PAR56MFLI" . - 120 43495 6 MEPt 2950 4000 MFL 42x20 26x 10 43,000 48000500PAR56WFLfI ' . - 12 0 43496 6 MEPt 2950 4000 W FL 66x34 44x20 19,000 6400

T ab le 4 4. *P A R -64 B U L B S ! 2 4 ) Opera te in any pos ition.10 0 100PAR6411>' - 6 39394 12 Scr Term. 50 VNSP 7x4 30 ,000 ~12 0 120PARI121 - 6 39395 12 Scr. T erm. 3000 VNSP 9x5 180 ,000250 4552 - 28 40576 12 Scr. T erm. 25 VNSP 6x7 50 ,000500 500PAR64I N SP ~) - 120 39406 12 EMEPt 2800 2000 NSP 19 x 14 12 x 7 110,000 3005 00 PA R6 4tM FL It( - 120 39409 12 EMEPt 2600 2000 MFL 35x 19 23 x 11 37,000 330500PAR64/WFL 1'1 - 120 39412 12 EMEPt 2800 2000 W F L 55x32 4 2 x2 0 13 ,000 340600 4 55 9 ('I I - 26 40576 12 Ser. T erm, 25 VNSP 11 x 12 600 ,000Q4559 1"1. - 28 40579 12 Ser. T erm. 100 VNSP 12x8 600 ,00004559X' ' ' ' . - 26 42552 12 Scr. T erm. 100 VNSP 11 x 7 V 2 765,0001000 01 O O OPAR64N S~"I. - 12 0 43497 6 EMEPt 3000 4000 NSP 31 x 14 15 x 6 200,000 970

01 OOOPAR64MFL1"1. - 120 43496 6 EMEPt 3000 4000 MFL 45x22 28 x 12 80 ,000 11,40Q1 00 0PAR64WFL 1 "1 . - 120 43499 6 EMEPt 3000 4000 W FL 72x45 46x24 33,000 15,40FFN-01000PAR64/1 1"1 . FFN 120 13233 6 EMEPt 3200 600 VNSP 24x 10 12 x 6 400,000 11,00FFP .Q1 00 0PAR64 1 21"1. FFP 120 13229 6 EMEPt 3200 800 NSP 26x 14 14x 7 330,000 12 .00FFR Q1 .000PAR64 15 1 "' . FFR 120 132 .28 6 EMEPt 3200 800 MFL 4 4 x 21 2 .6 x 12 125,000 14,00FFS-Q1000PAR64/6 1 ". FFS 120 13227 6 EMEPt 3200 800 W FL 71 x45 46 x 24 40 ,000 19 ,00FGMQ1000PAR64/3DI " I . FGM 120 13226 6 EMEPt 5200 200 NSP 24 x 12 13 x 6 200,000 700FGN-01000PAR64/7 D 1ul FG N 120 13225 6 EMEPt 5200 200 MFL 43x20 27 x 11 70,000 820t * H eat-res i s t a n t PAR b u lb .t EMEP=E xte nd ed Mog ul E nd P ro ng b aset MEP " " Mo gu l E nd P ro ng b as e Q uartz line lamp A ls o a va ila ble i n 1 3 0- vo lt d es ign, w i th d iff erent p rodu ct c ode1 1 A ls o a va ila ble in 2 2 0- vo lt d esig n, w ith d iffe re nt p ro du ct co de


28/36

F L U O R E S C E N T L A M P S - H IG H C R I & B L A C K L IG H T- Popular s izes wi th High Color-Rendering Index (eRI) for enhancedcolor in photography, T V and general l ighting- Black Light lamps hav e U V ( A ) ul trav iole t output to act iva te f luorescent paints, e tc .-Use w i th the same balla sts/ sockets as s tandard colo r fluorescen ts

RecessedDoubleContact ">'-T-12MediumBipinT-12

MediumBipinT -8 .J:i)MiniatureBipinT -5 ~

Comple te lis tin gs a nd te ch nic al d ata fo r a ll GE flu or es ce nt lamp s ( in clu din g o th er s iz es a nd s ty le s o f H ig h-CR I lamp s) a re g iv en in GE Form9200, Sele ct io n Gu i de f or Qua lit y Ught ln g. For f u rth er i nf ormat io n on Color -Rende rin g I ndex and spectral d is tr ib u ti on s o f fl uo re scen t l amps,see GE L ig htin g A pp lica tion B ulle tin : S pec ify ing L ig ht a nd C olor # 2 0 S- 61 70 1.T able 4 5. H i g h CRI Fluorescent. Medium b i p i n bases

Product Std. Approx . Approx . BallastN ominal N ominal Ordering Pkg. Initial Rated Avg. Correlated AP&rox. StartingW atts L gth ( in ) Bulb Description Code Qty . Lumens' L ife (Hr) ' Color T emp. RI Circuit15 18 " 1-8 F1STS/CW X 10 15 0 24 6 10 75 00 4 175 K 8 9 PH or T rig.F15T8 /CSO 3 8185 24 5 90 75 00 500 0K 9 0 PH O r T rig.2 0 2 4 " T -12 F20T 12 1SPX 30 15 10 9 24 132 0 900 0 3 0 0 0 K 8 2 PH or T rig.F20T 12 /W W X 10 22 3 24 82 0 900 0 30 25 K 7 7 PH or T rig.F20T12 /SPX35 15354 24 129 0 900 0 3 5 0 0 K 7 3 PH or T rig.

IF20T 12 /CW X 10 22 0 24 85 0 900 0 41 75K 8 9 P H or T rig.F2 0T 12 /C5 0 38 114 24 85 0 9 00 0 500 0K 90 PH o r T rig.

I

30 3 6 " T -8 F3 0T 8 /SPX 3 0 16 32 3 24 2270 7 50 0 300 0K 82 PHF3 0TB/CW X 10 32 0 24 1500 7 50 0 417 5K 89 PHT -12 F3 0T 12 /SPX 30 /RS 15 10 8 24 2 40 0 18 00 0 3000K 82 RSF3 0T 12 /W W X /RS 10 36 2 2 4 1490 180 00 3 02 5K 77 RSF30T121SPX35 I RS 15 35 5 2 4 2 37 0 180 00 3 50 0K 73 RSF3 0T 121CW X /RS 10 35 8 2 4 15 30 180 00 4 17 5K 89 RSF30T12 /CSO/RS 38 115 2 4 16 00 180 00 5 00 0K 90 RSI 40 48 " T -12 F40SPX 30 150 79 3 0 3 275 20 00 0 t 3 0 0 0 K 8 2 RS or PHF40W W X 138 01 30 2 200 20 00 0 t 3 0 2 5 K 7 7 RS or PHF40SPX 3S 150 83 30 3 275 20 00 0 t 3 5 0 0 K 7 3 RS or PHf4 0SPX 41 150 84 3 0 3 275 2 0 0 0 0 t 41 00K 8 2 RS or PHF40CWX 13793 3 0 22 50 2 00 00 t 4175 K 8 9 RS or PHF4 0 /CSO 137 94 3 0 2200 2 00 00 t 5 0 0 0 K 90 RS or PH

F40SGN 13799 3 0 24 00 2 00 00 t 5 2 0 0 K 82 RS or "'PHF4 0 /C75 137 95 30 2000 2 00 00 t 7 5 0 0 K 92 RS or PHT able 4 6. Black L i g h t Fluorescent.. 'B L ty pe s r eq u ir e a ux ilia ry filte r to r emov e v is ib le lig ht; B LB ty pe s h av e in te gr al d ar k b lu e filte r.

Product Std. BallastN ominal N ominal Ordering Pkg. R ate d A v~ . StartingW att.s Lgth. (In) Bu lb Description Code Oty. Base Life (Hr) Circu il Notes4 6 " T -5 F4T 5 /BL 100 17 24 M in . B ip in 6 0 00 PH I4TS/BLB 100 19 24 M in . B ip in 6 0 00 PH6 9 " 1- 5 F6 T 5 /0LB 10 04 7 24 M in . B ip in 7 5 00 PH I1 2 / 1 1- 5 F8 TS/O lO 10 07 7 24 M in . B ip in 7 5 00 PH15 18 " 1- 8 F1STB/BL 358 84 24 Med. Bipin 7 5 00 PH o r T rig . IF15T 8 /BLB 3 58 85 24 Med. B ip in 7 5 00 PH or lrig.2 0 2 4 " T -12 F20T 12 /BL 10 24 4 24 Med. B ip in 9 0 00 PH or T rig.F20T 12 /BLB 3 47 47 2 4 Med. Bipin 9 0 00 PH or T rig .

2 0 /2 5 12 " T -12 F20T 12 /BL/U f3 12 19 4 12 Med. Bipin 9 0 00 PH o r T rig. Mod-U-Line25 18 " T -8 F2 5T 8 /8 l 4 7 718 24 Med. Bipin 7 5 00 Special

3 5 / 4 0 12 " T -12 F3 5T 12 /BlfU f3 120 57 12 Med. Bipin 7 5 00 Special Mod-U-Line4 0 48 " T -12 F4 0BL 105 26 2 4 Med. B ip in 2 0 0 00 t RS or PHF4 0BLB 105 31 2 4 Med. Bipin 2 0 0 00 t RS or PH

I 24 " T -12 F4 0BlIU /3 4 0 5 3 7 12 Med. Bipin 12 00 0 RS or PH Mod-U-Liner 8 5 72 " T -12 F7 2T 12 /BlIHO 37 23 4 12 Recessed D . C . 12 00 0 RS ( 80 0ma.) High-O u tpu t Rat ingsbasedon operat ionunderstandaroizedlaboratorycondit ions:Avg. L i fe at 3 hoursper start ; NominalWat ts for lamponly -ba llast wat ls nol included.ActualaverageW altsand Lumensdependon the specificballast, f ixture and environmentaloperatingcondit ions. PH = Preheatcircuit (starter required);Trig. = Trigger Start (no starteru sed); RS = RapidStart (no starter used).

6 t RatedA v g . L ife2 0 ,000 + hours 0 1 1 RapidStartc i rcu i ts; 15.000 hourson Preheatc ircu i ts .


29/36

G E S T A G E /S T U D IO L A M P S U B S T IT U T IO N G U ID E SIf a requested ANSI code is no! found in the index to this catalog (page 4), nor in the current GE Photo LampMaster Catalog PH3200-R, it may be listed in the following ANSI-Code Substitution Guide for Stage/Studiolamps. Requested wattage-coded lamps not appearing in the index (pages 5-6) are likely to be obsolete types forwhich available replacements may be identified in the Wattage-Code Substitution Guide (page 30).

The following Lamp Substitution Guides show GE lamps that maybe substituted, if requested They are arrangedunder three main column headings:1. Lamp Requested ... Arranged alphabetically by ANSI code, or numerically by wattage code, lamps are furtheridentified by their wattage and bulb finish (clear or frosted). Most of the codes listed are for obsolete lamps;

some are fortypes never manufactured by GE; a few are for lamps used in other than stage/studio applications.2. This Lamp May Be Substituted ... A GE lamp that may generally be used instead of the requested lamp.These columns are identical to those for the requested lamps, for quick comparison of wattage and bulb finish.3. Substitute Lamp Differs in These Respects ... Everything in the columns under this heading pertains to thesubstitute lamp as compared to the requested lamp. Example: where the word "more" appears in the "Light"column, the substitute lamp has higher light output than the requested lamp.

Most of the suggested substitutes are directly interchangeable with the recommended lamp. However, GE cannot beresponsible if a substitute lamp is not satisfactory.Note particularly: (1) A higher-wattage substitute lamp may exceed the wattage rating of a particular fixture, withconsequent overheating. (2) There may be a difference in filament form between the requested and the substitutelamp. This could slightly alter the fixture efficiency or beam shape. (3) Quartzline substitutes for conventionalincandescent lamps are almost always smaller in overall size and will therefore readily fit in place of the incandescentlamp. However, the reverse is not true, so care should be used in replacing a requested quartz lamp with a (larger)incandescent substitute, since fixtures designed specifically for quartz lamps may not accommodate larger bulbs.

Lamp Request ed This Lamp Substitu te Lamp D iffers In These Respects(By ANSI C.ode) May Be Substitu ted from the Requested lampC o d e W al ls Bu lb G E Watts Bu lb Light Ll le Heal Lamp DIherFinish C o d e Finish D imensions

BTS BO O clear D V Y 650 clear less more less same G -6 bu lbBW B 2000 clear B W A 2000 clear less more same same 3200"KBW G 2000 frosted B W F 2000 clear more same same same -8W l 2000 frosted B W F 2000 clear more same same 4% " s ho rte r R eq uires 4% " so ck etextensionCW Z 1500 clear 1500G40 /21 1500 clear less less same larger N on-Quartz line, 3000 oK ,5 " d la rn . bu lbC Y W 2000 clear C Y X 2000 clear less more same same 32000KDAN 200 frosted B E P 300 frosted more same more 1Y4 ' wider -DMY 5000 clear D P Y 5000 clear more more same 1" longer Monoplane filamentDMZ 5000 clear D P Y 5000 clear less more same 1" longer Monoplane filamentoNR 500 clear D M X 500 clear more more same same Monoplane filamentDNTf fMD 750 clear E G F 750 clear more same same smaller C C - 8 filamentD NV/FME 1000 clear E G J 1000 clear same more same smaller CC-8 fHamen tDPB 750 clear OMS 500 clear less more less same Monoplane filamentD PK 5000 clear D P Y 5000 clear more more same smaller Q uartzline lampO PZ 5000 clear D P Y 5000 clear less more same same 32000KD R G 1000 clear OMS 500 clear less more less s a m e -DSo 1000 frosted O K Z 1000 frosted more more same larger PS-52 bu lbDSN 750 clear E G R 750 clear more same same smaller Q uartzline-3200 "KD TZ 10M clear D T Y 10M clear less more same same 32000KDVB 1000 clear C Y V 1000 clear more more same smaller Quartzl ine-3200oKDVE 2000 clear C Y X 2000 clear same more same smaller Quartzline lampDVJ 2000 clear C Y X 2000 clear same more same smaller Quartz line lampDVK 2000 clear C Y X 2000 clear same more same smaller Qua rtz li ne lampOVS 500 clear Q SO O T 3fC l(13 0V) 50 clear more less same same 13 0 v olt lam pOVV 1500 clear fER 1000 clear less more less same -F E Y 2000 clear more same more same % more hea t!DW l 100 - D W H 10 0 - same same same same -DW S 1000 clear F E R 1000 clear less more same same 32000KDWW 46 0 clear F A l 420 clear less more less same -oXD 500 frosted D X B 50 0 frosted more less more same l1BV lamp

27


30/36

L AM P S U B S T IT UT IO N G U ID E S (cont'd )l amp Req u es ted This lamp Substitute lamp O iHers in These Respects(By ANSI Code) Ma y Be Su b$ tltute d from the Requested Lamp

C o d e W al ls Bulb G E W al ls Bulb Ligh l L l le Heal lamp D i l le rFinish C o d e Finis~ D imensionsOXE 500 frosted DXC 500 frosted more less more same 118V lampOXH 375 frosted EAL 500 frosted more same more same % mor e hea t!O X l 650 clear DW Y 650 clear less more same same -DXV 800 clear OXX(230V) 800 clear less more same same 32000KD XY 650 - OWE 650 - less more same same Quart zl ine lampDYM 420 clear O YH 600 clear more same more same 4 0% more heat!O YN 1000 frosted O YA 1000 clear same same same same -OZO 1000 clear BSC 750 clear less less less same -ECC 1000 clear B V V 1000 clear same more same smaller Qua rt zl ine lampECG 2000 clear CYX 2000 clear same more same smaller Quartzline lampECH 2000 clear BVW 2000 clear same more same smaller Qua rt zl ine lampECJ 2000 clear CYX 2000 clear same more same smaller Qua rt z l i ne lampECK 2000 clear CYX 2000 clear less more same smaller Q u artz lin e- 3 2 0 0QKECl 2000 clear CYX 2000 clear less more same smaller Quartzl ine-3200"KECM 5000 clear OPY 5000 clear less more same smaller Quartzl ine-3200oKECP 10M clear DTY 10M clear less more same smaller Quartz Iine - 32000KECX 1000 clear O KZ 1000 frosted same more same same Quart zl i ne lampECY 1500 frosted O KX 1500 frosted same more same same Quart zl ine lampEOA 500 clear OMS 500 clear same more same same -ED B 500 clear DMX 500 clear same more same same -E D C 500 clear 500T 20163 500 clear same more same same -ED E 1000 clear OPY 1000 clear same more same same -EDG 750 clear 750T24116 750 clear same more same same -ED H 750 clear 750T24116 750 clear less more same same 3200"KED M 2000 clear CYX 2000 clear less more same smaller Q u artz li ne - 3 2 0 0 0KEON 5000 clear DPY 5000 clear less more same smaller Quartzl ine-3200oKEO Z 500 frosted EBV 500 frosted more less more same 1 18 V lampEEM 1000 frosted DKZ 1000 frosted same more same same Quart zl ine lampEER 2000 clear CYX 2000 clear same less same smaller -EFJ 1000 frosted FCV 1000 frosted more less same same -EFX 500 clear 500T1417 500 clear less less s a m e 1 3k ' d ia rn . bu lb Non-QuartzlineEFY 1500 frosted OKX 1500 frosted same more same same Quart zl ine lampEFI 2000 clear CYX 2000 clear more more same smaller Qua rtz li ne lampEGO 500 clear EGC 500 clear more same s a m e same -EG l 1000 clear EG J 1000 clear more same same same -EG N 500 clear 500T 20 /63 500 clear more less same 2 V 2 " diam. bu lb N on-Q uartz lineEGP 500 clear 500T20 /63 500 clear less more same 2W dlam, bu lb N on- Quartzl ine - 3200 '" KEG S 750 clear EGR 750 clear less more same same 3200 "KEGV 1000 clear EG T 1000 clear less more same same 32000KEHB 500 clear EHC 500 clear more less same same -E.HK 1000 clear FEL 1000 clear r n o r s less same same -EHN 300 clear Q300T3/CL 30 0 clear less more same same 29500KEHS 1000 clear FER 1000 clear more same same same -EHX 300 frosted Q300T41CL 300 clear more same same same -EHY 300 frosted Q300T3 300 frosted less more same same 29500KEJB 800 clear EME 800 clear less more less same 2 4 0V lampEJC 800 frosted EMF 800 frosted less more less same 240V lampEJE 1000 frosted EJD 1000 clear same same same same -EK H 800 clear EME 800 clear less more less same 2 40 V lampEK V 1100 clear E L J 1050 clear less more less same 3200"KEMJ 5000 clear DPY 5000 clear same more same smaller Quartzline lampEST 1000 clear DXN 1000 clear same more same same -E T T 1000 clear D XN 1000 clear more less same same -FAB 650 clear OW Y 650 clear less more s a m e same -28


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L A M P S UB ST IT U TIO N G U ID ES (cont'd )Lamp Request ed T his L amp S ub slilu te L amp D iffe rs in T he se R es pe cts(B y A NSI C od e) May Be Substitu ted from Ihe Requested Lamp

C o d e Walls Bulb G E W at ts Bulb Liglll Life Heal Lamp OilierFinish Code Finisll D imensionsF A P 6 5 0 - F A Y 6 5 0 - more more same same Quartzline lampFAZ 6 5 0 - D X K 6 5 0 - more more same same Narrower beamFBZ 1 0 0 0 frosted F B V 1 0 0 0 frosted less more same same 3 2 0 0 0KOXN 1 0 0 0 clear same more same same -FCA 6 5 0 frosted OW Y 6 5 0 clear s a m e same s a m e s a m e -FD A 4 0 0 clear Q 4 0 0 T 4 / C L 4 0 0 clear less more same same 2 9 0 0 0KFEG 2 0 0 0 frosted F E Y 2 0 0 0 clear more more same same -FFW 2 0 0 0 clear F D B 1 5 0 0 clear less more less same -FG B 7 5 0 clear F e B 6 0 0 clear less less less same See footnote ( 4 )FG D 5 0 0 clear F C B 6 0 0 clear more less more same See footnote (4 ). More heat!FG J 6 5 0 - F A Y 6 5 0 - more more same same Narrower beamFG P 1 0 0 0 - F G N t o D D - more same same same Narrowe r beamF G V 1 0 0 0 frosted F F T 1 0 0 0 clear same same same same -F K A 6 5 0 clear B T L 5 0 0 clear less less less same -B T N 7 5 0 clear more less more same 1 5 % more hea t!FK C 1 0 0 0 clear B T R 1 0 0 0 clear more less same smaller -FK L 6 5 0 clear B T L 5 0 0 clear less less less same -B T P 7 5 0 clear more more more same 1 5 % more hea t!FK V 65 0 clear E H C 5 0 0 clear less same less same -E H F 7 5 0 clear more same more same 15 % more heatF M D 7 5 0 clear E G F 7 50 clear more same same smaller CC-8 filamentFME 1 0 0 0 clear E G J 1 0 0 0 clear same more same smaller CC-8 filamentMARC GEMINI-300116A 3 0 0 - 3 0 0 ( E Z M ) 3 0 0 - same more same same -

2 9


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L A M P S UB ST IT U TIO N G U ID ES (cont'd )Lamp Reques ted This Lamp Subslilu te Lamp D iffers in T hese Respects(By W attage) May Be Substitu ted from the R eq ue sted Lam p

C o d e WaHs Bulb G E WaHs Bulb Light Li le Lamp otherFinish C o d e Finish Dimensions250T12/8 25 0 clear 500T12/8 500 clear more same same More heat!50011418 500 clear 500T14/7 50 0 clear less more same -500T20 /48 50 0 clear BTL 500 clear same more smaller Qurtz line lampQ500T12 /CL 500 clear EG E 50 0 clear more same smaller Quartzline lamp750T24 /13 75 0 clear EGR 75 0 clear less more smaller Quartzline lamp-3200"K0750T8 /4CL 75 0 clear EGR 750 clear same same similar -0750T8/4CL/TP 750 clear BWM 750 clear same same similar -1000/1llF 1000 frosted DKZ 1000 frosted more less Same Quartz line lamp-3200"KlM/G40/20 1000 clear BVV 1000 clear more more smaller Quartz line lamp-3200"KlM/G 40123 1000 clear BVV 1000 clear more more smaller Quartz line lamp-3200"K1MIG 40 /2 5 1000 clear BVV 1000 clear same more smaller Quartz line lamplM /G48 /8 1000 clear CYV 1000 clear more more smaller Quartz line lamp-3200"KlM /G48 /11 1000 clear CYV 1000 clear more same smaller Quartz line lamp-3200oKlM/PS52177 1000 clear DKZ 1000 frosted more more same Quartz line lamp0100DPAR6418D 1000 5200"K FG N 1000 52000K more same same Narrower beam01000T311 1000 frosted F F T 1000 clear same same same -01000T3(185V) 1000 frosted EJD 1000 clear same same same -Q1000T6 1000 frosted Q l000T6 /CL 1000 clear more same same -01 00016 I e L /2 1000 clear Q l000T6 /CL 1000 clear more less same -Q100018 /4CL 1000 clear EG T 1000 clear same same similar -0100018 /4CL/TP 1000 clear BW N 1000 clear same same similar -01000T12 /4CL 1000 clear EG J 1000 clear same same smaller -1M/T24 /5 1000 clear 1500T2416 1500 clear more same same More hea tl1500G 40 /15 1500 clear 1500G40/21 1500 clear same same same Operate B0301500PS52 /78 1500 clear DKX 1500 frosted same more same Quar tz line lamp1500PS52 /79 1500 frosted DKX 1500 frosted same more same Quar tz line lamp01500T8!4CL 1500 clear FER 1000 clear less more same -FEY 2000 clear more less same More hea t!02000 /4 2000 frosted BW F 2000 clear more same same -02000 /4 /95 2000 frosted BW F 2000 clear more same 4 V . . ' shorter ReQu i res 4 V .. r socketextension2M/G48/5 2000 clear BVW 2000 clear more more smaller O uartz line lamp-3200oK2M/G48/21 2000 clear BVW 2000 clear same more smaller Quartz line lamp

GH2M/G 4814 2000 clear CYX 2000 clear more more smaller Quartz line lamp2MIG48114 2000 clear CYX 2000 clear less more smaller Quartz line lamp-3200oK2M/G48117 2000 clear CY X 2000 clear more more smaller Quartz line lamp-3200"K2M/G48/21 2000 clear BVW 2000 clear same more smaller Quartz line lamp2M/PS52/34 2000 frosted DKX 1500 frosted less same same Quartzline lamp-3200"KQ2000T11/3CL 2000 clear CYX 2000 clear less more similar 32000K02000TH/4CL 2000 clear CYX 2000 clear same same similar -02000T30 /4CL 2000 clear CYX 2000 clear same less smaller -2M/T30 /l 2000 clear 1500T2416 1500 clear less same same -2M/T48 /1 2000 clear CYX 2000 clear same more smaller Quar tz line lamp2100124 /9 (6 0V) 2100 clear 1500T2416 1500 clear less more same Re- wire to su pply 12 0V5M/G 64 /3 5000 clear OPY 5000 clear less more smaller Quartzline lamp-3200 QK

GH5M /G64 / 4 5000 clear DPY 5000 clear same more smaller Quar tz line lampQ5DOO T20 /3CL 5000 clear DPY 5000 clear less more same 32000K5M/T32/1 5000 clear 3M/T32/2 3000 clear less same shorter R eq uires 1 'A t socketextension5M/T6411 5000 clear DPY 5000 clear less more smaller Quartz line-3200 "K5MIT6413 5000 clear DPY 5000 clear more more smaller Quartz line lamp1DK lG 96 10000 clear D TY 10000 clear l e s s more smaller QuartzUne lamp-3200oKQ l0M/T24 /3CL 10000 clear D TY 10000 clear less more same 32000K

3 0


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C R O S S -R E F E R E N C E : C O L O R T R A N * C O D E S VS. G E L A M P C O D E SGroup 1-01d Colortran Codes

All GE lamps listed are 120 volt lamps, unless otherwise indicated.Old GE Equivalent CurrentColortran or Substitute ColortranCode Lamp Code

82 -34 None 176 -045B4 -30 Q400T4 /C l 176 -005B4 -30F Q400T4 I Cl(J2) 176-006B5 -2 9 EJD -Q1000T 3 /3CL (185V) I~J 176-019B5 -29F EJD-01 OO OT 313CL (185V) I~) I~I 176 -020BS-30 Q500T3 /C l -8S-30F Q500T3 -BS-32 FCM-01 000T3 I 4Cl 176 -021BS-32F FHM-01000T3/4 176 -02286 -32 FAD 176 -001B6 -32E None -86 -32F FBX 176 -002B6 -34 DW Y 176 -003B6 -34F FBX 1" 1 176 -00488 -32 D X X (2 4 0V ) 176 -007B8 -32E None 177-01588 -32F D X X (2 4 0V ) 1 3 2 1 176 -008B8-32EF None 176-01688 -34 D X X (2 3 0V ) 1 3 , 1 176 -009B8 -34F OX X (2 3 DV) 1 3 2 ) 1 '> 1 176-010Bl0-30 None -B10-30/6 Q1000Tf i /CL 176 -043B10-30/6F 0 1 DOOT6 /C L 1 3 2 ) 176 -044810 -31 /6 FER-01000T6/4CL 1 3 4 1 -B10-31/6F FER-01 DOO T6I 4Cl 1 m -810 -32 D XW 176-011810 -32E O YA 176-017Bl0-32EF OYA"2 ) 176-018Bl0-32F FBY 176-012Bl0-32S None -810-32/6 FER-Q1000T614CL 176 -039Bl0-32/6F FER-01000T6/4Cl I3;) 176 -040810 -34 O XN 176-013810 -34F D XN I") 176-014810-34/6 FER-Q1000T6 /4CL (J:;) 176 -041B10-34/6F FER -01 000T6 1 4CL ( 32 1 1 35 1 176 -042B20-32/8 FEY-02000T814Cl 176 -047B20 -3 2 / SF FEY-02 000TS / 4CL I';J -B2S-32 EME-QSOOT314Cl ( 2 40V ) 176 -027B2S-32F EMF -Q 8 0 0T 3 /4 (2 4 0V ) 176 -028BS5-32 FDF -Q500T3 / 4CL 176 -023BS5-32F FDN -0500T3 1 4 176 -024B75 -32 EJG-Q7S0T3 I 4Cl 176 -025875 -32F EMD-Q750T3 /4 176 -026B-150 None 178 -034B-200 None 178 -035BHG-12 None 178 -039BPM6-32 DW E 176-0S1BPM6-S0 FBE 176 -049BPM10-32 FFR-Q1000PAR64/5 176-0S9

' Co lo rt ra n is a r eg is te re d t ra demar k o f Colo rt ra n, I nc . B u rb an k . CA .

Old GE Equivalent CurrentColortran or Substitute ColortranCode Lamp CodeBPM10-34 FFR-Q100DPAR64 / S (J'I 176 -0638PM10-S2 FGN-Q1000PAR64 17 D 176 -069BPNS10-32 FFN-01 000PAR64 I 1 176-0S5BPN S10 -3 4 FFN -0 10 00PAR6 411 13 " -BPS6-34 FBO 176 -0538PS10-32 FFP-01000PAR64/2 176 -057BPS10-34 FFp .Q1 0 00PAR64 /2 I ~S I -8PS10-52 FGM-01000PAR64 /3D 176 -067BPW6-50 FG K -BPW10-32 FFS-Q1000PAR64 /6 176 -061BPW 10 -3 4 FFS-01000PAR64 /6 "sl 176 -065BPW10-52 FGP-Q1000PAR64/BD 176 -071BPX-6 PXA-44 178 -036BPX-12 PXA-45 178 -037BPX-24 PXA-47 178 -038BO-l0 l None -80 -201 None -BS5 -3 0 /1 EHD -QSOOCLJTP 176 -031BS5-30 /1 F EHD-OSOOCL lTP ("1 176 -032BS5-31 /1 EHC-OSOOSCL -BSS-31 /1 F EHe-0500/5Clln) -8S5-32/1 EHC-Q500/5Cl 176 -029BS5-32/1 F EHC.0500/5Cl I") 176 -030BS7-30/1 EHG-Q75OCl ITP 176-187BS7-30/1F None -BS7-31/1 EHF -0 750 / 4Cl -BS7-31/1F EHF-Q750 I 4CL I~" -BS10-30 /1 None -BS10-30 111 None -8S10-31/1 FEL-Q1000 14CL 1 3 0 1 -BS10-31/H FCVQ1000/4 1 3 6 1 -BS10-321 1 FEl-Q100014CL I"'J 176 -033BSl 0 - 32 11 F FCV-Q1000/4 I S O } 176 -034BS10 -3 2 / 2 FEL-Q1000/4CL 1 3 6 ) 176 -033BS10-32/2f FCV-Q1000/4 1 3 6 1 176 -0348S10-32/7 EGT-01000TS/4C l 176 -097BS20-32/11 CYX -Q2000T1O / 4CL 176 -07SBS20-34 /11 CYX-Q2000T10 /4CL 1 3 ; 1 176 -077BS50-32/1 f DPY-Q5000T20 /4C l 176-159BS50-33/1 f DPY- 0 50 0 0 T 2 0 1 4C l I~) 176 -073S81-34 None -SB2-34 None -S83 -34 None -80 -0640 FFN-Q1000PAR64 1 1 ( 3 4 1 178-01880 -0642 None 178-01980 -0643 None 178 -020

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GE Stage and Studio Lamp Catalog 1989

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Transcript of GE Stage and Studio Lamp Catalog 1989