19_14 - EFFICACIES AND OTHER CHARACTERISTICS OF ILLUMINANTS...

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Unformatted text preview: EFFICACIES AND OTHER CHARACTERISTICS OF ILLUMINANTS Gordon D. Rowe A. Incandescent Lamps (120 volt; Inside Frost) Approximate Nominal Approximate Approximate initial LII-nu rated lil‘e initial efficacy walls Bull: Base [hrl lumens Chmmnlicil‘v I°Kl 25 A-l‘) Medium 2500 235 9.4 40 A-I9 Medium I000 480 12.0 9;“ A' '9 Medium "‘90 m "5-5 Note: The chromaticin of incandes— 5 A- IU Medium 750 I. I90 IMI . . . 100 A49 Medium m l 15:) n 5 “I” limp“ '8 ‘5 m" “1 m“ . ‘ ‘ ' We: of 2900—3000 K: the color 150 A-ll Medium 750 2.350 I9.0 "mien-n -nd 99 _ . g 1 ex. +. These fat: 200 A-23 Medlum 750 4.010 20.0 m will an with changes in m: 500 PS-35 Mogul 1000 10.3510 2 I .7 “mast 750 Pas-52 Mogul 1000 17.040 22.7 0100 PS-52 Mogul l000 23,740 3.3.? [SCI] Clear PS—SZ Mogul I000 34.401: 22.9 5000 Clear 0-64 Mngu! bipost I50 “5.000 29.0 I00“) Clear (3-96 Mogul bipmi 25 335.000 33.6 B. Fluorescent Lamp (F40T12) Approximate Chmmalieiti Nnminal Annulqu Appmximale inllial coordinates Calor- lamp mud we initial efficacy chmmtlclty remlering wntL-z (h)- lumens ilmflamp W: [K] K Y index Cool white 40 20.000 + 3|50 78.75 4 I 50 0.377 0.335 02 Deluxe enul while 40 20.00% 2250 56.25 4I75 0.372 0.371 #9 Warm while 4-0 20.000 + 3200 80.00 30‘11 0.4“ ll.-1-I I 52 Deluxe warm White 40 20.000 + 2200 55.00 .1025 0.435 0.404 77 Daylighl 40 20.000+ 2600 65.00 6250 0 Jlfi n J-I-I 75 While 40 20.000 4 3150 78.75 .1450 0.410 0.400 fill Sign white 40 20.000 + 2400 60.0] 5200 II. .140 0. 354 82 Nalurxl 40 20.000 + 2100 52.50 3 700 0. .189 0. 36!! 90 Chmma 50 40 20.000 + 22 | 0 55.25 5000 0. 34E: 0. 3h! 90 Chroma 75 40 N000 i- 2000 50.00 7500 0.303 0.319 92 Regal while“ 40 20.010 + 2350 7| .25 3000 0.43-1- 0.403 iii Lil: white 40 H.000" 3450 36.25 4200 0.37? 0.39.3 4‘; SP30 40 I500] 3325 83.10 3011i 0.43H 0.4-0.1 70 5P35 40 H.000" 3325 33.10 3500 [Lil-I] 0.4!" 7.3 SP4I 40 H.000 3265 8|.60 4|l'l'l 0 371‘! 0.390 70 Green 40 20.000 + 4350 103.75 (3975 0.244 0.0214 — Cool green 40 20.000 + 2850 7| .25 6450 0. .107 0.376 (321 Blue 40 20.000 4- I 200 301]] — 0. I9 I 0.20.1, — field 40 20.000 + 24100 60.00 2500 0. 5 l {3 0.4101 38 Pink 40 $030+ “00 27.50 — 0.5.18 0.343 — Red 40 20.330 + 200 5.00 — 0.69] 0.30.1 -— Planl Eighl 40 20.000+ 550 2| .25 6750 0.323 0.240 - 2 Planl light {wide spcc1rum) 40 20.000+ I950 48.75 3050 0.4I2 0.300 90 Cool white [Wall-Miser" Plus] 32 I5.000+ 2750 86.00 4l50 0.377 0.385 62 Warm White [Wan-Miser“ Plus] 32 I5.000+ 2801 87.50 300] 0.443 0.4” 52 5930 lWaIIAMisaer" PILL-u! 32 [1000+ 29:10 90.60 .1000 0.430 0.403 70 5935 [Wall-Miser“ Plus] 32 |5.000+ 2900 90.60 3500 0.4I3 0.40! 73 SP4! (Watt-Miser“ Plus] 32 15.000+ 2850 89113 4100 0.370 0. 390 70 Lile while ll-V'alleI-‘liser'h Plus! .12 15.[I'|0+ 2925 91.40 iI200 0.377 0.393 49 Cool while Man-Miser“) .14 20.000 2750 30.90 4l50 0.377 0.335 (‘32 Deluxe coo] White lWatl-Miser"! 32 20.000 I925 56.60 4l75 0.372 0.371 iii-I Warm while lWaIl-Miser“) 32 20.000 2800 32.35 3000 0.443- 04” 52 Deluxe warm white [Wail-Miser“: 32 20.000 I925 56.60 3025 0.435 0.404 77 Daylight lWalt-Misef“! 32 20.000 2300 67.65 6250 0.305 0.34l 75 White lWatl-Miser“! 32 20.000 28m 82.35 3450 0.4 I0 0.400 (:0 Regal While" qull-Miwr": SP3L| lWatI-Miser‘l SP35 [Wall-Miller"! SP4! qun-Mimrfl Lill: while (WallleWr"Ill Cool while Deluxe cool while Warm while Deluxe warm white Daylight While Cool while lWllleiser"! Deluxe cool white [WatIAMiaer'fi Warm while qull-Miser'il Daylight lWaItAMimr'W While lWatl-Miser' l Lite white qult-Miser‘ll] High-output lF96'I'I2. salmul Cliol while Deluxe cool while warm while Deluxe warm while Daylight While (Saul while [Wall-Miser“) Deluxe cool white IWBII‘MISEYI'] warm while rWall-Miscr"l White tWatl-Miser-‘J 1.ilc while qult-Miser'lll Cool WI’tIIE Deluae cool while Warm while Daylight Cool while lWalt-Miser'i Lite while [WallvMiser'WII Mercury-vapor Clear Octuxe white Warm deluxe while Clea: Deluxe while Warm deluxe while Metal halide (Multi-Vapor‘} Clear: venieal. base up Diffuse: vertical. base up Clear: vertical. base down Diffuse: vertical. base down Clear; “any position" Phosphor-coated: any position‘ Clear: "any pt: I n" Phosphor-coated: "any position" Clear: "any position" Pl'msphor-eoated: "any‘ position" Clear: "any position" Phosphor-coated: "ling.I position" High-pressure sodium (Lucalos'l Clear: medium base Diffuse: medium base Clear. mogul base Diffuse: mogul base Clear: medium base Diffuse: medium base Clear: mogul base Diffwie: mogul base Clear: medium base Diffuse: medium base Clear; mogul base Diffuse: mogul base Clear; medium base Diffuse: medium base Clear: mogul base Diffuse: mgul base Clear: mogul base Clear: mogul base Clear. mogul base Clear: mogul base Diffuse: mogul base Nominal lamp watts 32 1'] i3 32 52 1'5 75 1'5 T5 1'5 25 on {all fit] w (in («I III] I I” I III I III IIII III] 95 95 05 95 95 Eli Elli EIS 2I5 INS INS Approximate Ch romaltclty Approximate Approximate initial coordinates Color- rlmd We Initial efficacy Chromatin; rendering (It? run-ms llmflamp W} (K} x V index 201110 245:! 21th! .‘lllll :I 43.: II An: lll 30.000 301'!!! 85.le Still! 0.433 “.403 Fl! 20130“ 29m Him 350: ll 4 I3 It.-lll| 2.: 20.000 2550 313.50 Jill: rm‘lfi ll..i‘tll m 20.00“ 2925 30.011 JJIII ll ‘7'? ll__=tl_l. 4U Ilmlll‘ 0300 Ill-HI] Illlllfl‘ 4500 HINDI] lllhlll' 0500 80.65 Nate: Chmmatieily. Cl‘lmmulieity Index. and fi'mm‘. f'm‘x} K; 1;] Color Rendering Index lCRl! are ll‘ll.‘ same a:- ILWJ‘. Shun U'K'Em for [he equivalenl colors-of the Jill-W lamps 110"”. 40”” [mm llhlcd in me F40T|2 semen of ll'llh lable. 12.000" 51lle lihfifi I10“? Jl‘I-l-U £0.05 H.000" Shh” 91.30 I10!!!" Hill!” 100.!!! H.000" 920" 8.1.0" £2.00” mm 00.“! H.000 9200 #100 ILUUU‘ 0550 59.50 IZJXII‘ 1800 TH .00 H.000" 9200 3.1.60 Ilml‘ 5.111] 37.35 Ill!!!" (iIUIJ 54.10 I 1000‘ H.500 80.50 Illlll‘l‘ 8300 87.35 H.000“ 880” 91.60 H.000" “all” T-IJU mm H.000 5|.lfi [2.000 ISJIHI 09.75 H.000 H.300 (ll .85 0.000" H.000 75.05 12.030" H.900 80.50 C. High-Intensity Discharge (HID) I!th E-J'l' E-3? E-JT BT—Sfi BT-56 BT—56 E—23'13 E-23'f2 5—2303 E-23'i’2 5-28 E-28 E-ZB E-23 E-37 '53? BT-Sfi BT-Sfi E- I T E- I? E-23'l’3 EAZJ'l; E— I? E- I? E-ZJ'I; E—23'l’3 E- l 'I' E— I 7 5-2.3”; E4302 E- I? E- I? E-23 I F; 5-23 U: E48 5-] 8 El 8 E— I 3 E-28 ANSI Code H33CD-R400 H330 L—RdWDX H3 JG L-R-i-OOWDX H360 V-R l 000 HJGGW-RIOOWDX Hlfifiw-R IO0WWDX M57PE-R ITEHXBU MSTPF-R ITS!!! BU MSTPE—R [754’XBD MHPF-R IT’SJXBD M57PE—R l TSJU M57PF-Rl75i'U M58 PG-R250I'U MSSPH-RZSWU MS9PJ -RI1004'U MSQPK-Rmu MITPA-R I000'U M4TPB-R10ma'u STfiHA-JS 826218-35 863013-50 SfiBMYASD 5633(wi $63‘r YASD 562-01570 Sfi2‘MF70 Sé2-LG‘I'0 SfiZLH-TO $54-58- I00 554MC- I00 55450100 $54SH—100 55550 ISO SSSMD- l 50 3565])- I50 SéfiMN-200 SSOVA-Zifl SSOVA-ZSOJS SSDVCv250 Nominal lamp walls 400 400 400 I000 I000 I000 I75 I25 I'I'S l'I'S 175 1T5 250 250 “Ill mm 35 35 50 50 50 50 1'0 T0 I00 I00 I00 I00 ISO 150 150 250 250 Approaimate raloll life "0' 24.60] + 24,000 + 24,000 + 24.000 + 24.000 4- 24.000+ I0.w0 lOJItU 10.000 10.0120 I0.000 l0.000 I0.000 l0.000 20.030 20.1200 l2.0)0 I 2.000 03.030 1 6.030 24.00] + 24.000 + 24.000 4- 24.000+ 24.[l)0+ 24.000 + 24,000 4- 24.000 + 24.000 + 24.EIJD+ 24,001 + 24.000 + 24.000 4- 24.000+ 24.01} + 24.000 + 24.000 4- 24.000 + 24.010 4- Approximate initial lumns‘ 2] £00 22.500 l9.SlIl 52.000 63.000 58.000 I6.b00 15.250 16.600 I 5.750 Ill-.000 H.000 20.500 20.500 30.000 36.030 1 [0.000 105.000 2.250 2. I 50 4.000 3.800 4.000 3.800 5.800 5.400 5.300 5.400 9.500 8.800 9.500 8.800 lama H.000 5.000 22.000 21.59:: mm: 26,000 Approximate Initial efficacy {lmflamp W)“ 52.50 56.25 48.25 57.00 63.011 53.0) 94.85 90.00 94.85 90.00 80.00 80.00 32.00 32.00 90.00 90.00 | I I .00 105.00 64.80 (ll .40 00.0” TfiJKI 00.00 NLII'I 32.85 77.!!! 82.85 T100 95.00 It?! . I ll 95 . III I NIH)” “16.05 I00. I I0 I00. I)” I I0 . II I I Ill .00 I201)” lltlUI‘l Clear: mogul base ldcluxc cnlurl Clear: mogul base Clear: mogul base Diffuse: mogul base Clear; mogul base Nate: " = Registered lradcmark ul‘ Ihe General Eleclric Company. rev-1:- Source Nalural sources Clear Sky Sun [as observed from earlh's surface) Sun l'as observed from earlh's surface] Moon {as observed from carlh's surface) Combustion sources Candle flame (sperm! Welshach mantle Acetylene flame P‘holol‘lash lamps Inca nderucent eleclric lamps Carbon filament Tungslen filament Tungsten filament Tungsten filament Fluorescent lamps f cool whi I cl Rapid start l40wT I 2) Bulb E- I3 E- l3 5—] 8 E-S? E-25 APPROXIMATE LUMINANCE OF VARIOUS LIGHT SOURCES hmp rated Ill'e ANSI Code watts (III'J SSiNA-ZEIDIDX 250 I0.DDO SéfldR-SJO 3w 24.0301- 55] WA—dfll‘l 400 24.000 + $5 I WB-rlm 400 24.IIIO + SSZXB- IIIIO IDDU 24.000 + Nominal Approximate Life raling al 3 or more hour!- per siafi nn rapid-Mari circuits. H.000 hr. Life with rapid-start cirtuils'. on preheat circuils. I231} hr. Ralcd average life all 3- hrislarl: al 12 bristart. 18.000 hr. Initial lumen ruling as measured when lamp is operated in venical position. Compiled by C]. Allen and 6.1.). Rowe Luminance of source is given in candelas per square cenlimeler Average luminance AI meridian Near horizon Bright spul Brighl spol Bright 5pm Mees burner 3 Lumens per wall Vacuum lamp Ii] lumens per wan Gas-filled lamp 2|] lumens per watt fill-watt projection lamp -261umens per wall 430 mA G’Regislered Iradelnark or the General l-chulril: Company ' Luminance values perpendicular Io lamp ax is Approx. avg. Iumimnce‘ [at an ' ‘1 [LB I 60000 600 0.25 I .{l 6.2 I 0 . 5 I 6000 40000 peak 52 200 l 200 ?500 0.33 Source High-oulpul [96Tl2l Grooved bulb (96117] Fluorescent lamps (other than cool white} Daylighl I40le2] Blue i40wT12) Green {ADlell Red “Du-Tl 2] High-intensin discharge lIIIDl Mercury-vapor Eli-37} Clear Color-improved Deluxe-white Mercury-vapor {ET-563 (‘lear Color-improved Deluxe-white Metal halide {1133?} Clear Color-improved Deluxe white High pressure sodium fLucaloxgl Approximate initial lulnena‘ 22.500 H.000 50.31] 41500 140.0“) 800 91A I500 mA 430 mA 430 mA 430 mA 430 mA 400 watl 400 watt 400 watl I000 watt man watt l000 watt 400 wall l000 wall I500 watt 250 wall 400 wall lilllll wall Approximate Initial efficacy llmr'llmp W)“ 90.3) “9.35 l25fl! “8.75 I400] 0.62 0.30 LI '1' 0.05 970 ll.“ ill 980 15.0 17.2 810 930 1620 520 1'80 Sll'l ...
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19_14 - EFFICACIES AND OTHER CHARACTERISTICS OF ILLUMINANTS...

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