Technical Information. Lamp Data - Light tubes

Transcription

1 Lamp Data - Light tubes Light tubes Light tubes produce light when a starter generates an electrical pulse, which starts a discharge of gas in the tube. This discharge generates ultraviolet light that is transformed into visible light when it meets the fluorescent coating (light powder) in the tubes glass wall. Different light powders dictate the spectral characteristics. A current through the tube limits/increases the discharge process and so defines the luminous efficacy. Ljuskälledata Lysrör Lumen(lm)* T5, Tube hr T5, Tube for cold surroundings hr T5, longlife tube hr T5, Tube ECO hr T8, Tube hr (HF) hr (F) Miniature tube 8000 hr FDH T16 G5 ** Colour temp. (K) Item. no FDH T16 G FD T26 G FD T16 G * Lumen values for T5 at 25ºC. Maximum luminance value is at 35ºC and is 10-14% higher. **Luminous efficacy is at maximum lumen values. 198

2 Lamp Data - Technical Information A compact light tube is in reality just an ordinary tube that has been bent around on itself so you only need one lamp per fitting. There are two principle types. One has built-in starter (2 pin) and the other does not (4 pin). Note that for HF ballast or integrated emergency lighting you should always use 4 pin compact tubes as the HF ballast and emergency light units have their own starter built in. Lamp data TC-S TC-SEL TC-L TC-D TC-DEL TC-R 2 limb short 2 pin hr 2 limb short 4 pin 2 limb long 4 pin hr (HF) hr (F) 4 limb, 2 pin hr 4 limb, 4 pin 6 limb, 4 pin FSD-I TC-S G23 FSD-E TC-SEL 2G7 FSD-E TC-L 2G11 FSDH-L TC-L 2G11 FSQ-I FSQ-E TC-D TC-DEL TC-R G24d-1 Lumen (lm) G24d G24d G24q G24q G24q GR14q Colour temp. Item no

3 Lamp Data - A compact light tube is in reality just an ordinary tube that has been bent around on itself so you only need one lamp per fitting. There are two principle types. One has built-in starter (2 pin) and the other does not (4 pin). Note that for HF ballast or integrated emergency lighting you should always use 4 pin compact tubes as the HF ballast and emergency light units have their own starter built in. Lamp data Compact light tube TC-DD/E TC-T TC-TEL Lumen (lm) 6 limb, 2 pin hr 6 limb, 4 pin 2D, 2 pin hr 2D, 4 pin hr FSM-I FSM-E FS-I TC-T TC-TEL TC-DD GX24d GX24d G24d GX24q GX24q GX24q GX24q GX24q G GR GR FS-E TC-DD GRZ10d FS-E TC-DD/E GR10q GR10q GR10q Lamp data Circular tube Lumen (lm) T16-R T5 circular tube 16 mm hr FCH T16-R 2GX

4 Lamp Data - Metal halide Technical Information Metal halide Metal halide lights produce light by starting an electrical discharge in argon gas between primary and secondary electrodes. This causes ionisation in the discharge tube so the discharge between the electrodes starts. This requires a high starting voltage. For this reason an external starter is used that gives start pulses of kv. It can take up to 10 min. before the light has reached full light flux. Ceramic versions give more stable colour temperatures and color rendering throughout their lifetime. Lamp data Metal halide Lumen (lm)* (Ra) Colour rendering HIT-CRI Miniature 70 HIT-CRI G Single ended MT Ceramic HIT-TC-CRI PGJ Double ended MD RX7s Ceramic CRI Double ended RX7s MD Quartz Fc MT HIT-CRI Ceramic ** * * MT HIT Quartz Elliptical formed ME HIE-CRI Diffuse Ceramic** ME HIE-CRI HME Elliptical formed Diffuse Quartz ME HIE * ** * Can be used with both Sodium (HS) and Metal Halide (HI) ballast. Lumen values are shown Sodium values. ** With Metal Halide ballast. *** Can be used in open luminaires. Light strength Beam angle (cd) HIPAR PAR 30 MR HIPAR HIPAR 51 HIPAR 51 GX Supplier definitions Metal Halide Figure ILCOS ZVEI Base GE Osram* Philips** Iwasaki Sylvania HIT-CRI 35 CMH 35/T HCI-T 35 CDM-T 35 MT HIT G12 70 CMH 70 T HCI-T 70 CDM-T 70 MHT 70 HSI-T ARC 150 HCI-T 150 CDM-T 150 CMI-T 150 HIT- 70 CMH 70 TD HCI-TS 70 CDM-TD 70 HSI-TD 70 RX7s MD 150 ARC 150 HCI-TS CDM-TD 150 HSI-TD 150 DE Fc2 250 ARC 250 HQI-TS 250 MHN-TD 250 HSI-TD HCI-TT CDO-TT MT 150 MT HIT 250 ARC 250/T HQI-T 250 HPI-T 250 MT 250 HSI-T ¹ ARC 400/T HQI-T 400 HPI-T plus 400 MT 400 HSI-T HQI-E 70 CDO-ET 70 MT 70 HSI-MP HME 100 MXR 100 HQI-E 100 CDO-ET 100 HSI-MP 100 ME HIE 150 HQI-E 150 MT ARC 250/D HQI-E 250 HPI-E 250 MT 250 HSI-S ¹ ARC 400/D HQI-E 400 HPI-E 400 MT 400 HSI-S 400 *Osram definition with Ceramic burner = HCI with Quartz burner= HQI. ** Philips definition with ceramic burner = CD, with Quartz burner = HPI. 201

5 Lamp Data - High intensity sodium High intensity sodium High intensity sodium lamps do not require secondary electrodes. The Xenon gas is ionised with the help of an external starting ignitor that also starts the discharge of sodium vapour. Beyond this starting the operation is as with metal halide lamps. Lamp data High intensity sodium Lumen (lm) HST HST HSE HSE Standard Clear Long life High Output Clear Double ended Elliptical formed Standard Diffuse Elliptical formed Long life High Output Diffuse CityLight Ra>50 Colour temp. (K) Item no ST HST ST HST SD HST-DE Rx7s SE HSE SE HSE STM HST SEM HSE PG Supplier definitions Sodium lamps Figure ILCOS ZVEI Base GE Osram Philips Iwasaki Sylvania 70 LU70/90/T NAV T 70 SON-T 70 SHP-T LU 100/..T NAV T 100 SON-T 100 NHT 100 SHP-T 100 HST 150 LU150/..T NAV T 150 SON-T 150 NHT 150 SHP-T 150 ST HST 250 LU250./T NAV T 250 SON-T 250 NHT 250 SHP-T LU400./T NAV T 400 SON-T 400 NHT 400 SHP-T LU1000/T NAV T 1000 SON-T 1000 NHT 1000 SHP-T LU50/90/D NAV E 50 SON-E 50 NH 50 SHP-S LU70/90/D NAV E 70 SON-E 70 NH 70./HV/. SHP-S 70 HSE 100 LU 100/..D NAV E 100 SON-E 100 NH 100 F SHP-S 100 SE HSE 150 LU150/..D NAV E 150 SON-E 250 NH SHP-S LU250/..D NAV E 250 SON-E 250 NH SHP-S LU400/..D NAV E 400 SON-E 400 NH SHP LU1000/.D NAV E 1000 SON-E 1000 NH

6 Lamp Data - Incandescent halogen lamp Technical Information Incandescent halogen lamp From a light technical point of view halogen lamps function in the same way as normal incandescent lamps. The difference lies in the fact that a halogen is added to prevent the vaporised tungsten from settling on the bulb and blackening it, but instead returns to the electrode. Since the problem of blackening is eliminated, smaller glass bulbs can be used, which are also stronger. This means that higher intensity in the lamp is possible. This raised pressure produces less vaporisation of the filament and so an even higher temperature The result is a significantly higher luminous efficacy compared to conventional incandescent lamps. Lamp data Low voltage reflector lamp Cold light lamp with front glass 4000hr Miniature 4000hr Aluminised Reflector With front glass 3000hr HRGI HRGI HRGI GU5,3 51mm GU4 35mm GU5,3 51mm Beam angle Intensity (cd) Lamp data 230V reflector lamp Beam angle Intensity (cd) Colour temp. (K) Item no. LEDspot GU10 LED spot light h GU LED spot light h GU LEDspot GU10_2 CFL spot light h CFL spot light h CFL spot light h GU GU GU Lamp data Low voltage halogen burner Lumen (lm) QT9 QT12 2 pin burner UV blocked 2 pin burner UV blocked HSG QT9 G4 HSG QT12 GY6,

7 Lamp Data - Incandescent halogen lamp Incandescent halogen lamps Incandescent halogen lamps work in exactly the same way as ordinary incandescent lamps. The difference lies in the fact that a halogen is added, which prevents the vaporised tungsten from settling on the bulb and blackening it, but instead returns to the electrode. Since the problem of blackening is eliminated, smaller glass bulbs can be used which are stronger. This means that pressure is raised in the lamp. Increased pressure produces less vaporisation of the filament and so an even higher temperature is possible. The result is a significantly higher luminous efficacy compared to conventional incandescent lamps. Lamp data 230V halogen PAR lamp Beam angle Intensity (cd) QPAR16 Halo PAR16 CB HAG QPAR 16 GZ Halo PAR16 Al GU QPAR20 Halo PAR 20 Cool Beam Halo PAR 20 Alu reflektor QPAR20 Halo PAR 30 Cool Beam Halo PAR30 Alu reflektor HAG QPAR HAG QPAR HAG QPAR HAG QPAR Lamp data 230V halogen tube Halogen tube-double ended HDG QPAR 16 R7s Length (mm) Lumen (lm) , , , , ,