Product family datasheet XBO Xenon short-arc lamps without reflector __ Product benefits _ Very high luminance (point light source) _ Continual color quality, irrespective of lamp type and lamp wattage _ Constant light color throughout the life of the lamp _ Long lamp life Product features _ Color temperature: approx. 6,000 K (Daylight) _ High color rendering index: R > a _ Continuous spectrum in the visible range _ High arc stability _ Hot restart capability _ Dimmable _ Instant light on starting June 23, 2016, 12:04:17 XBO © 2016, OSRAM GmbH. All rights reserved. Page 1 of 5 Product family datasheet Product line drawing Product line drawing Product line drawing __ June 23, 2016, 12:04:17 XBO © 2016, OSRAM GmbH. All rights reserved. Page 2 of 5 Product family datasheet Technical data Electrical data Photometrical data Dimensions & weight Product description Lamp wattage Lamp voltage Lamp current Type of current Luminance Length Mountin g length Length with base excl. base pins/connection Light center length (LCL) XBO 75 W/2 64…86 W 12…16 V 3) 4.9…5.9 A DC 40000 cd/cm² 4) 90.0 mm 82.0 mm 82.00 mm 37.0 mm 5) 0.9 mm 3) 4) 5) 9.0 mm XBO 75 W/2 OFR 1) Electrode gap cold 64…86 W 12…16 V 4.9…5.9 A DC 40000 cd/cm² 90.0 mm 82.0 mm 82.00 mm 37.0 mm XBO 100 W OFR 1) 85…115 W 12.8…14.4 V 3) 7.0…7.4 A DC 31000 cd/cm² 4) 90.0 mm 82.0 mm 82.00 mm 44.5 mm 7) 0.9 mm XBO 150 W/CR OFR 1) 125…180 W 15…18 V 3) 8.5 A DC 20000 cd/cm² 4) 150.0 mm 127.0 mm 127.00 mm 57.0 mm 5) 2.0 mm XBO 150 W/1 130…175 W 17…21 V 3) 7.5 A DC 15000 cd/cm² 4) 150.0 mm 127.0 mm 127.00 mm 57.0 mm 5) 2.5 mm XBO 150 W/4 2) 130…175 W 17…21 V 3) 7.5 A DC 15000 cd/cm² 4) 150.0 mm 127.0 mm 127.00 mm 57.0 mm 5) 2.5 mm __ Temperatures & operating conditions Lifespan Additional product data Capabilities Product description Product weight Max. permitted ambient temp. pinch point Lifespan Base anode (standard designation) Base cathode (standard designation) Cooling XBO 75 W/2 11.00 g 230 °C 400 h SFa9-2 SFa7.5-2 Convection XBO 75 W/2 OFR 1) 11.00 g 230 °C 400 h SFa9-2 SFa7.5-2 Convection XBO 100 W OFR 1) 12.00 g 230 °C 500 h SFa9-2 SFa7.5-2 Convection XBO 150 W/CR OFR 1) 100.00 g 230 °C 3000 / 1200 h SFc12-4 SFcX12-4 Forced XBO 150 W/1 75.00 g 230 °C 1200 h SFc12-4 SFcX12-4 Forced XBO 150 W/4 2) 100.00 g 230 °C 1200 h SFc12-4 SFcX12-4 Forced June 23, 2016, 12:04:17 XBO 8) © 2016, OSRAM GmbH. All rights reserved. Page 3 of 5 Product family datasheet Product description Burning position XBO 75 W/2 s100 6) s100 6) s100 6) XBO 75 W/2 OFR 1) XBO 100 W OFR 1) XBO 150 W/CR OFR 1) s15 9) XBO 150 W/1 s15 10) XBO 150 W/4 2) s15 10) 1) OFR = Ozone-free version 2) Lamp uses a special quality of quartz glass, known as SUPRASIL, which – in comparison to conventional quartz – provides higher transmission below 250 nm 3) Initial voltage range 4) Typical initial photometric value 5) Distance from end of base to tip of electrode (cold) __ 6) If vertical, then anode on top; up to 10° below horizontal, cathode on top 7) Distance from end of base to tip of anode (cold) 8) In vertical burning position 9) For vertical burning position: anode (+) on top 10) Anode (+) on top June 23, 2016, 12:04:17 XBO © 2016, OSRAM GmbH. All rights reserved. Page 4 of 5 Product family datasheet Safety advice Because of their high luminance, UV radiation and high internal pressure in both the hot and cold state, XBO lamps must only be operated in appropriate enclosed casings. Always use the protective jackets supplied when handling these lamps. They may only be used as open lamps if appropriate safety measures are taken. More information is available on request or can be found in the leaflet included with the lamp or the operating instructions. Application advice For more detailed application information and graphics please see product datasheet. References / Links Further technical information on XBO lamps and information for manufacturers of operating equipment can be requested directly from OSRAM. Disclaimer Subject to change without notice. Errors and omission excepted. Always make sure to use the most recent release. __ June 23, 2016, 12:04:17 XBO © 2016, OSRAM GmbH. All rights reserved. Page 5 of 5