GE Multi Vapor Brochure 1980

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MULTI-VAPOR®by General Electric...theFIRST Metal Halide lamps....

now BETTER THAN EVER!

FOR COMMERCIAL,

INDUSTRIAL OB

AREA LIGHTING

~Hi9h Lighting Efficiency

Excellent Color ~

Direct Replacement~ of Mercury Lamps

New Installations ~

Whichever you need ...

MULTI-VAPOR

does it!

hosphor-

coated

Multi-Vapor lamps combine the high efficiency- up to 115 lumens-per-watt-of high intensity

discharge lamps with GE's own special blend of metal halides-scandium and sodium-for fine

color performance and low cost of light. Add the outstanding performance teatures of excellent initial

color uniformity and minimum color shift through life, and you have all the best reasons for choosing

Multi-Vapor by General Electric.

MULTI-VAPOR FOR APPLICATI·ON VERSATILITYFOR NEW INSTALLATIONS, or as replacements for existing metal halide lamps on metal halide

ballasts-a complete line of standard MUlti-Vapor with an exclusive "burn-in-any-position" feature;PLUS New High-Output 400- and 1000-watllamps for vertical operation.

FOR RETROFIT ON MERCURY BALLASTS, "l-lina PLUS" Multi-Vapor ("I-line" = Interchangeable

line), for replacement of mercury lamps on most existinq mercury ballasts. *

FOR EVEN GREATER VERSATILITY, most Multi-Vapor lamps are available with CLEAR or

PHOSPHOR-COATED bulbs: clear for applications requiring precise light control' with good color

rendition; phosphor-coated for even better color rendition and softened shadows.

·"I-line'· lamp construction and performance are similar to those for standard MultiNapor except for

special built- in features enabling them to operate on mercury ballasts.

2



whiteheat-reflectiveend coatings

blow-molded pinch

scandium/sodium dose------~-

electrodes

bi-metal switch

PRECISION CONSTRUCTION-

The Key to Superior Performance

PRECISE shapi ng of blow-molded pinch - unique in GE lamps - controls

thermal stability of arc for superior initial color uniformity larnp-to-larnp,

and color stability through life.

PRECISELY applied long-life white heat-reflective end coatings - for high

lumen maintenance, stabilized arc temperature and color.

PRECISELY proportioned dose of sodium/scandium light-emitting elements

- for pleasing color rendition, consistently high efficiency andcolor uniformity.

PRECISELY wound long. life electrodes - minimum burnback for long life,

superior stability of wattage and color.

PRECISELY tuned, temperature-sensitive bi-metal switch - permits

any-position operation of universal-burning Multi-Vapor lamps. Only

one lamp type, reqardless of fixture orientation.

PRECISE phosphor coating on "-/C" lamps, uniform in density and

thickness - for improved color rendition, color uniformity through lite.



-__ J



NEW! HIG,H OUTPUT MULTI-VAPOR LAMPSThe new 400-watt Hiqh-Output Multi-Vapor delivers 100 lumens-per-watt

in installations designed for vertical lamp operation on metal halide

ballasts. That's 17.5% more light than the standard 40O-watt lamp.

With this 40,000 lumen package, fewer lamps are needed to achieve desired

lighting levels ... Energ,y and installation costs are significantly reduced.

EXAMPLE In an installat ion desig,ned for 100 standard 40O-watt

Multi-Vapor lamps, the same lig,ht level could be achieved with only 85 of

the new High-Output lamps. Or in exist ing, installations, replacement with

High-Output lamps will boost maintained light levels by a11east17 .5%.

The 1DOD-watt High-Output lamps del iver 115,000 initial lu mens ininstallations designed for vertical lamp operat ion on metal halide ballasts

- 5<>/0more .Iight than the standard 1ODD-wattMu Iti-Vapor. Realizesubstantial savings on installation and operating costs in new

installations, or replace existing standard Multi-Vapor lamps and get5% higher maintained lumens.

MULTI-VAPOR OFFERSLIGHTI NG ALTERNATIVES-- -

For color-critical applications in merchandising, office and industrial lighting, floodlighting and arealighting-use Multi-Vapor instead of:

Incandescent to get comparably pleasantcolor, much higher efficiencyand longer lile; substantialreductions of energy costs andtotal cost of light.

Mercury to get equal light and bettercolorat reduced watts; substantiallylower total cost of light.

Compare the efficiencies of these lighting alternatives. When good color-with efficiency-is theneed, MULTI-VAPOR Is the answer.

Fluorescent

Lucalox

Comparative Average

Lumens Per Watt

to get sparkllnq, livelyappearance; color renditioncomparable to cool white; andhigh efficiency with fewer,smaller fixtures

to get better color

•.INlcA~DE~cE~T.l 1 . J.,.,. MERCURY

FLUORESCENT

j U i TI-V:'PqR I ILUCALOX. 1 I I

NOTE: WAns CONSUMED BY BALLAST

NOT INCLUDED.

o 10 20 30 40 50 60 70 80 90 100 11.0 120 130 140 150

Lumens/Watt

LAMP SELECTION GUIDEFOR THESE CONDITIONS:

STORES, OFFICES AND SIMILAR COMMERCIAL APPLICATIONS175- and 250-watt Metal Halide Systems

• Any lamp burning position - use infixtures calling for base-up, base-down or horizontal operating lamps

• Metal Halide ballasts• Enclosed fixtures

COMMERCIAL, INDUSTRIAL AND AREA UGHT.ING APPLICATIONS400- and 1OOO-watt Metal HaUde Systems• Any lamp burning position - use infixtures calling for base-up, base-

down or horizontal operating lamps• Metal Halide ballasts• Open or enclosed fixtures'

COMMERCIAL, INDUSTRIAL AND AREA LIGHTING APPliCATIONS400-watt MetalHalide Systems

• Largest lumen package is required - 40,000 lumens• Vertical burning positon• Metal Halide ballasts• Open or enclosed fixtures

COMMERCIAL, INDUSTRIAL AND AREA LIGHTING APPLICATIONS1000-watt Metal Halide Systems

• Large lumen packag,e is required -" 5,000 lumens• Vert ical burnmg position• Metal Halide ballasts• Open or enclosed fixtures

(1) Fixture must be enclosedif lampsare ti lted mQI" l;Ihan 16' from vertical.

RECOMMENDED

'LAMPS:

MV17S/U, MV17S/C/UMV250/U, MV250/C/U

MV4001U, MV400/C/UMV1000/U, MV1000/C/U

NEW, HIGH OUTPUTMV400/VBU, MV400/C/VBUMV400/VBD, MV400/C/VBD

NEW, HIGH OUTPUTMV1000!VBUMV1000!VBD



400-WATT "I-line PLUS"Increases Lighting levels up to 300%Ifexisting mercury lamps have burned long enough (approx. 24,000 hours) 10 drop to half of their initial output, replacement with

400-watt "l-line PLUS" will triple the light levels immediately. Throughoullheir life, the "I-line PLUS" lamps will maintain an

average light level up to 60% highet2 than mercury lamps at no additional cost for energy.

1000-WATT "I-line PLUS"Much more light plus energy savi ngsWhen operated on mercury ballasts 1000-watt "l-line PLUS" saves approximately 85 watts on CW/CWA ballasts (savings of

$34 per-lamp) and 35 watts on lag ballasts (savings of $14 per lamp)3.

When replacing mercury lamps near the end of their 24,000 hour rated life, "I-line PLUS" will increase lighting levels as much as

440%. In addition, they will deliver an ave rage of 106% mo re light during their I ife than new mercury lamps would - at energysavings noted aboves,

LAMP S.ELECTION GUIDEFOR THESE CONDITIONS: RECOMMENDED

LAMPS:

COMMERCIAL AND INDUSTRIAL APPLICATIONSRetrofit 400-waH Mercury

• CW or CWA regulator baltastss• Any burning position• Indoor or outdoor applications• Open or enclosed fixtures"

"I-line PLUS"MV400/I/U, MV400/CflfU

INDUSTRIAL APPLICATIONS IN NON-COLOR CRITICAL AREASRetrofit 400-waH Mercury

• Reactor, Lag or Lead-lag ballasts=• Vertical burning position• Open or enclosed fixtures• Ambient temperature above 50°F (indoors only)

MV400/BU/F, MV400fBD{I1(not "I- line PLUS")

COMMERCIAL AND INDUSTRIAL APPLICATIONSRetrofit 100D-watt Mercury

• Lag or CW or CWA regulator ballasts-

• Vertical burning position• Indoor or outdoor applications• Open or enclosed fixtures

"I-line PLUS"MV1000/BU/IMV1000fBDfl

For a. handy Lamp Selection Chart-"I-line" Multi-Vapor Lamps to .Retrofit on Mercury Ballasts-see page 10.

(2) Mean lumens of H400DX33-1 for 24000 hour life on CW/CWA regulator ballasts: 12,800. Mean lumens of 400-watt I-line for

15,000 hour life: 20,400-nearly 60% higher.

(3) 1QOO.watt I -line PLUS lamps draw about 85 watt s less than mercury lamps on mercury constant wattage ballasts; 35 watts less on

mercury lag ba llasts , Dollars saved = wat ts saved X $/KWH X lamp life/ I 000, Example: 85 watt s X.04 X 10,000/1000 = $34.

(4) Mean lumens of HI OOODX36-15 lor 24 ,000 hour l ife on CWICWA regulator ba llasts : 40,000. Mean lumens of 1Ooo-wat t " 1 - 1 ine" for 10,000hour l ile, sama bal last: 82 ,400 -106% highe"

(5) E~ist.ing mercury bal lasts must be approved for "l-line" Multi-Vapor lamp operat ion and must have voltage characteristics suitable for

s ta rt ing lamps at minimum ambien tlempera tures expected . See individual Lamp Specif icat ion Bul let ins and Bal last Compatibi lity L is t

#205-9385, avai lab le f rom GE.

(6) Fixture must be enclosed if lamp operating posit ion is t ilted more than 15' from vertical,

(7) MV400IBU/1 and MV4OOlBD/llamps are of a design that does not have the excellent color uniformity and stabl lily characterist ics 01 the

newer' ' I-line PLUS" lamps; they have more color variation f rom lamp to lamp initially, and color shift du ring life is greater. These desjgn

compromises are necessary to perrnlt operation on mercury single-lamp lag or reactor ballasts and 2-lamp lead-lag ballasts (a fsatu re

avai lable only f rom GE) , while sti ll prov id i ng over twice the average l ight ou tpu t through thei r l ife vs. mercury lamps. RECOMMENDED

ONLY for indust rial application or other areas where considerable color variat ion among lamps is acceptable. In color-critical areas, a

new installat ion of Mu lt i-Vapor lamps with metal hal ide bal lasts is recommended.



SELECTION CHART - "I-line" MULTI-VAPOR LAMPSTO RETROFIT ON EXISTING MERCURY LAMP BALLASTSMove with the arrows to the box containing your answer to each question In sequence- automatical ly leads toUte most appropriate lamp for the job.

(1 )S iz e o f

Mercury L a m pT o B e R e p l a ce d ?

(2 )W h at T yp e o f

Bal last i s U s e d ?( M u s t B e A p p ro v e d

for "l-Line" Multi- Vapor' ,)

(3 )What i s l o w e st t em -p er at u re " i n a r ea

w h er e l am p s a r e u s ed ?

(4 )I s F ix t ur e O p e n o r

Enc losed?

(5 )W h a t i s o p e r a tin g

p ositio n'" o f. L a mp ?

N o s u it a b le l -L ine

r et ro t it . N e w

Mul t i -Vapor

Inslallation Needed.

400 -Wat tMercury

N o S u it a bl e I -L in e o r

M U lti- Va p or L a mp

1O~~ -Wa t tMercury

'Existing mercury ballasts must beapproved for l-llne Multi-Vapor lamp operation, and musthavevoltage characteristics suitable for starting lamps at the minimum expected ambienttemperatures. SeeGE Ballast Compatibility List (#205-9385) or useI-line Checker 10determine ballast Suitability.

"Check individual LampSpecification Bulletins for speclfic data on ambient temperaturelimits in relation to ballast characteristics,

' ''VBU" 15' = vertical base UP.maximum IiIt 15·VBIh 15' ; vertical base DOWN, maximum uu i s -VERTICAL±15' = vertical base UPor DOWN,maximum ti1115'HOAIZ. ; ail posit ion. wit l1 til t grealer than 15' from vertical

(6 )R e c o m m e n de d " I -l in e "

( or s ta nd a rd o r High-Outpu t )Mu l t i -Vapor L a m p

M V 4 0 0/ I/ U ( Cle ar)

o r

M V 4 00 /C /I/U (p ho s. c td )

N o s u it a b le I -L ine ret ro f it

N o s u it a b le l -L l ne ret ro f it .

N ew installation needed.

MV400 /BU/1 (Clear) ( No te 2 )

M V 4 0 0 /B D / 1 ( C le a r) (Note 2 )

M V 1 0 0 0/ B U /1 ( Cl ea r )

M V l O O O /B O /l ( C le ar )

N o su i tab le l -L ine r e t r o f i t .

N ew installation needed.

M V 1 00 0/ VB U ( Cle ar) o r

M V l O O O /C /U (P ho s C td )

M V l O O O IV B D ( C le a r) o r

M V 1 0 0 0/ C /U ( P ho s _ C t d .)

M V 1 00 0/ U (C le ar ) o r

M V 1 00 0/ C/ U (P h os . C td .)

Note 1.MV40011iUor MV400lCIIIU canbe used if a means lor enclosing thefixture isprovided.

Note 2. MV400IBUII and MV400IBDII are RECOMMENDED ONLY for industrial application O f

other area. WHERE CONSIDERABLECOLORVARIATIONAMONG LAMPS ISTOLERABLE_\See note 7 on P9-6.) Inother color-crlncat areas, a newMuni-Vapcrinstallation wil oen""ded.



FOR SPORTS FIELDS & ARENAS ...(High School, Collegle, Professional)High-outpul1500 watt Multi-Vapor

• Largest lumen package metal halide lamps -150,000 lumens

• Any lamp burning position• Metal halide or mercury lag/reactor ballasts

• Enclosed fixtures required

• New 3000-ho ur .1fe rati ng

LAMP TYPES:

M V 15 0 0 / H BU I E

M V 15 0 0 / H B DI E

Tiger Stadium (Detroit ) recently installed

550 MV1500's, replacing 1328 1500 wat1

incandescent lamps. Energy consumption

red uced over 50% - light levels doubled.

THE LIGHT BULB OF TOMORROW. • •GE, pioneer of Metal Halide technology, now incorporates

this ingenuity in a lamp designed! to replace incandescents

in commercial, institutional and household USes.

Annou nced in Ju ne 1979, this new Iamp - the.,ELE CTRON IC HALAAC" - is the most impo rtantdevelopment in lighting by GE in over 40 years, Combining

sophisticated circuitry (in the base) wilth advanced

metal-hall de lamp teeh nology, the" Electronic Halarc' uses

much less electricity and has much longer life than

conventional incandescent lamps of the same light output.

It's the forerunner of many exciting new

products that win be based on GE's

leadership in Metal Halide lamp technology,

GE'S"ELECTRONIC HALARC"

LAMP

TUNGSTEN FILAMEN

GLASS ENVELOPE

ARCTUBE

ELECTRONIC CONTROLCAPSULE

SGREWBASE



GE MULTI-VAPOR® METAL HALIDE LAMPS*(Certified to meet Federal Standard 21CFR 1040.30) SeeWARNING Below.

STANDARD MULTI·VAPOR-For Universal Burning Position-Use on Metal Halide Ballasts Only

A V E R A G E R A T E D L U M E N S

V er t ica l Opera l ion ' H o r l z o n ta l Opera t ion ' A V G• • R A T ED L I F E, H R S , ' F I X T UR E T Y P E '

B A LLA S T B URNING O p e n o r EnclosedW A T T S O R D ER C O D E F INIS H CCl' TY P E ' Inil ial M e.n Init ia l M e a n Vert. H o nz . P OS IT ION' Enc lo sed O nlv

17 5 M V R 175/U C lea r 4 1O O 'K M 57 14 ,000 10,800 12,000 8,300 7,500 6.000 An y , . . , A ny P os .

M V R 175/C /U P h os. C td 39C IIY K M 57 14 ,000 10,200 12,000 7,800 7,500 6,000 An y ... An y P o s ,

25 0 MV R250l U Cl ear 4250'K M 58 20,500 H ,OOO 19,500 14 .000 10,000 10,000 An y ' .. An y Pes.

MV R250IC/ U P ho s. C td , 3950'K M 58 20,500 16,000 19,500 13,500 10,000 10,000 An y A ny P os .

40 0 MV R400/ U Cl ear 4000"K M 59 34 ,000 25.600 32,000 23;600 20,000 A ny V er t. :!: 1 5°O t he r t ha n15,000

V ert.± ' 1 5'

M V R 4 00/C IU P ho s, C td . 3700'K M 59 34 ,000 24 ,600 32,000 22,600 20,000 15,000 A ny V ert.± 15'O t he r t ha n

V ert . ± 15 "

1000 MV R1000 l U C lea r 3800"K M 4 7 110,000 88,000 107,800 86,24 0 10,000 10,000.. An y Vert.± IS' , O t h er t ha i'

Vert,± IS'

MV Rl OO0/ C/ U Phos. Ctd . 3400 'K M 47 105,000 83,000 100,000 79,000 10,000 10,000 An y V ert,± 15'O th er th an

V ert .: !: 1 5'

HIGH·OUTPUT MULTI-VAPOR-For Use on Metal Halide Ballasts Only

40 0 M V R 4 00/V B Ut C lea r 4 200"K M - S 9 4 0,000 32,000 ,. , 15,000 B U:!:15" V ert,;: 1 5'

MV R400/ V B O Cl ear 4200"K M ·59 4 0,000 32,000 , .. , 15,000 , .. B D ; : 15 " Vert. ± 1 5 · ., ..M V R 4 00/C /V B Ut P h os. C td. 3700·K M - 5 9 40,000 31,000 .. , . ., , 15,000 ". ,

B U± 15° V er t. :!: 1 5' .~ ,

M V R 4 00/C /V B D P h os. Ctd . 37000K M -59 4 0,000 31,000 .... 15,000 ... SO ; : 15' V ert,:!: 15· 0,. ,

1000 MV R1000/ V B Ut Cl ear 3800'K M - 4 7 115,000 92,000 -., , 10,000 B U± 15 ' Vert,;: 15'

M VR 1000IV B O C lea r 38000

K M -4 7 115,000 92,000 , ... 10,000 B O ± 15' vert.e 15 '

B U to B U to

1500 M V R I 5001 H B UfE ' C lea r 3600"K M 48 155,000 14 0,000 150,000 135,000 3,000 3,000 B ase IS' . , B ase 1 5'

B elo w B elo w

H O f i z . H o r i z .

SO 10 BO toMV RI500/ H B DI E ' C lea r 3600 'K M 4 8 155,000 14 0,000 150,000 135,000 3,000 3,000 B a se 15 ' ., .. B ase 1 5'

A bove A bove

Hariz . Horiz,

"l-llne" MULTI·VAPOR-For Use on Approved1 Mercury Ballasts

~ E R CU R Y B A L LA S T O th er th an

325 M V R 325/I/U /W M t C lea r 4 000'K 4 00W (C W / CW A ) 28,000 18,200 26 ,0 0 0 16,4 00 15,000 10,000 An y Vert.:!: 15 " Vert.:!: IS·

(Wat l - M V R 3 2 5 / O th er th an

Miser" ' ) C / I / U / WMf P hos. Ctd , 3700'K 4 00W (C W /C W A) 28,000 17,600 26,000 15,800 15.000 10,000 An y Vert,± IS· V ert.;: 1 5'

40 0 M VR 4 00111 Ut C lea r 4oo0'K CW/CWA 34 ,000 20.4 00 32,000 18,4 00 15,000 10.000 An y V er t.: !: 1 5'O th er th an

V ert ,:! : 1 5·I(I- l ine

Other thanP lu s) M V R 40 0/C /I/U t PhnsCt d 3700'K C W /C W A 34.000 19,600 32,000 17,600 15,000 10,000 An y V er t,: !: 1 5'

V ert .:! : 1 5'

40 0 M V R 4 0 0 I B UI 19 Cl ear 3900'KL a g o r

34,000 26,500 15,000 S U" 15 ' e u :!: IS'l .ead-Laq.. · ,

,., .

M V R4 00 1 B D/I' C l ear 39000KL ag o r

34,000 26,500 15,000 BD " IS' B O :!: 15 'Lead·Lag " '

1000 MV R1000/ B U/ 1 C lea r 38000K H 36 ·1 5 La gJ 107,000 85,600 , . .. , , 10,000 e u " IS" BU " 15' ...(I- l ine H 3 6 C W / C W A ' 103.000 82,400 ... , 10,000 ... BU " IS' e u ± 15 ° . - ~Plus) M V R 1000/B D /I C lea r 38oo"K H 36 -1 S L ag3 107,000 85,600 . -" 10,000 · , BO " 15° B D ;!; 15 ° _ L

H 36 C W /C W A' 103 .000 82,4 00 . , 10.000 · , BO " 15" 80 ± 15 ' . ,

1000 M V R I 0001 U 'O Cl ear 38oo 'K H 36 -1 S L a g'O 102,000 81,600 99,800 79,84 0 10,000 10,000 A ny V ert. :!: 1 5'O t he r t ha n

(Std. ) Vert. "W

MV R1000IC/ U '0 Phos. CW 34 00'K H 36-15 L .a g 1O 97,000 77.600 92,000 73,600 10,000 10,000 A ny V ert. :!: 1 5'O t he r t ha n

V ert .:! : 1 5'

M V R 1 0 0 0 N B U ·O t C l ear 380Q 'K H 36 - 1 5 la g 10 107,000 85,600 ... , 10,000 B U" 15 ' B U :!: 15 '

MV R1000NB O'o Cl ear 3800'K H 36·15 La g '" 107 .000 85,600 " . .. 10,000 " .. B D;: 15° B O :!: 15 ' ., ..

* Metal hal ide lamps are multi-component lamps and wtll have wider color vari atlons t han

th e slnqle-cornponant m erc ury la mp , These wil l be increased by t h e I .i g h ti ng fixlu res'e tec tr lca l, thermal and phys ical character is ti cs . Arc tube darkening OGCUrring

th ro ug ho ut life w i II c h ang e la mp c olo r,

t A S AF --T ·G AR Dl" se H..,x ting uis hin g v ers io n o f th is la mp is a va ila ble ,

W AR NIN G: T his la mp ca n c au se serio us sk in bu m a nd ey e infta mm atio n lro m sh ortw ave

u ltra vio le t ra dia tio n if o ut er e nv elo pe 0 1 t he la mp Is bro ken o r p unc tu red a nd th e a rc tu be

co ntinu es to o oera te. D o no t u se w here p eop le w il l rema in for mo re th an a few minu tes

u nless a deq ua te sh leldlr.g o r o th er sa fety p rec au tio ns a re u sed , C erta in ty pes o f l amps t ha t

w ill a u to m at ic a lly e ,t in g uish w he n t he o ut er e nve lo pe is b ro ken a re c om merc ia lly a va ila ble

f ro m t he G en era l' E le .c ln e C o mp a ny ,

{ll B alla std esig na tio ns: M ~A NS I m eta l h alid e b alla st sp ec if ic at io n; L ag ~ m erc ury reactor

o r a u t o tr a n sf o rm e r type: Lead-Laq ~ z-ramo lea d-la g ty pe; C WIC WA ~ c onsta nt w atta ge

or constant watt age aut otransf ormer requ tat er type, For a list of approved mercury

b alla st s, s ee "B alla st C om pa tib ility L is t fo r GE t-rine M u lt i· Va p or la m ps " (#205·9385),

a va il ab le 'r om GE L am p S ale s O ffic es ,

(2) L ilea nd M ea n L um en ra ting s are to r cperahon a' 10 hours per s ta rt ( ex c ep t f or 1 50 o .- wa tt

lamps at 5 hours per starn.tn ltlaftumens measured at 100 hours are at nominal watts,

u n I e,; 01 he rw lsa i nd i c a te d. fo r the s p e e l f ic b a li as ! t yp a sh own.

(3) W hen the M VR 1O OO /B U/1 o r M VR 1 0001 B Oi l Is o pera te d o n a m erc u ry b a ll as t, la m p

w at ts a re ty pica lly 915 o n a C WIW A b a ll as t a nd 9 50 on a l ag b a ll a S I, A v er ag e rated

lu me ns sh ow n a re m ea su re d a t t he se w atta ge s,

(4 ) W hen o pera ted at 45' b urn in g p os "lo n, in itia llu ma ns a re 145,000 a nd m ea n lu mens a re

130,500. Lamps w ill o pera te o n m erc ury la g ba lla sts w ~h 440·votl minimum open-circutt

votlage.(5) B U ~ B a se Up; B D ~ Base D o w n .

(6) Use la mp s o nly in posltons indicated,

(7] CCT ; C o rre la te d C o lo r T em p era ru re in K elll in s,

(9) M VR 400lB UII a nd M VR 4o oIB D/1 "I·l ine" la mp s a re no t 0 1 " I- li ne P LU S "

c ollS tru clio n-R EC OM M EN DE D O NL Y fo r ind ustria l a pp lic atio ns o r o th er a rea s

W HE R E C ON SID ER AB LE C OLO R V A R IA T IO N IS T OLE R AB LE (S ee no te 7 o n p ag e B .)

(10) The sta nd ard M VR 10 00/U a nd M VI1 10 00/C /U , a nd H ig h-O utp ut M VR tO O O!V 8U andM V R1 oo 0IV BD la mp s w ill o pe ra te o n m erc ury la g b alla st s w tth 4 40 -"0 11 m inim <m 1

o p en ·c ir c ui t V O lt a ge . Lamp w att s w il l t yp ic ally b e 9 50 , Av.. . .a ge lu mens sh ow n a re

m ea su re d a t th is w at ta ge .

206-0194

GE Multi Vapor Brochure 1980

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Transcript of GE Multi Vapor Brochure 1980