XBO 6000w/HTP Osram 69545
Cross Ref: XBO 6000w/HTP Osram 69545 XM5000H/VC CXL-60 XI6000W-HTP XI5001W-H
OSRAM 69545 6000w OFR Xenon Discharge Lamps are intensely bright and offer excellent color rendering. Originally introduced in 1954 for cinema projection, OSRAMs innovation of XBO technology was awarded an OSCAR in 1984 for revolutionizing the film industry. Since then, the scope of applications for these high wattage XBO lamps have continued to broaden, and now they are used in spotlights for stage, studio and theatre applications, in searchlights and even in solar simulators.
The most recent innovation has been the development of XBO lamps for digital cinema projection. Designed with shorter arc gaps, these lamps provide the higher level of point-source intensity needed for today’s more demanding cinema projection systems.
Key Features and Benefits
– High luminance (point source)
– Color temperature approximately 6000K – simulates daylight
– Continuous spectrum in the visible range
– High color rendering > 95
– High arc stability
– DC operation
– Hot restart
Quantity Per Case: 1
XBO lamps are short-arc lamps in which light is generated by a discharge arc burning in pure high pressure Xenon gas between two electrodes. XBO lamps have a very high colour rendering index and extremely high luminance. For this reason they are used for cinema film projection, high-end video projectors and in light guide systems, e.g. for endoscopy.
https:///pia/applications/cinema/xbo-lamps/index.jsp
XENON Foot Notes
- DHP = Digital High Performance (Barco Projectors) Long Life Version
- DHS = Digital High Performance Short (Barco Projectors)
- DTP = Digital Threaded Pin (Christie Projectors)
- DTS = Digital Threaded Super Performance (Christie Projectors)
- HPN = High Performance NEC
- HPS = High Performance Sony
- S = Short
- C = Base with Cable
- H = Suitable for horizontal operation
- OFR = Ozone Free
- s (Operating Position) = Vertical, base down
- p (Operating Position) = Horizontal
This lamp has positive pressure even when cold. Please read safety/warning instructions before using this lamp.
Distance a is from end of base to the respective electrode tip (cold) – see lamp drawing.
With vertical operating position: anode(+) on top.