XBO R 100W/45 OFR Osram 69197

Discounts available, depending on quantity .....
Call 516.766.2266?á - or -?á E-mail:?á?á?á

Quantity Per Case: 1?á

Used in:
Roche Light Cycler 480 replacement lamp
Lightguide / Boroscopy
Fiber Optic
Minimal Invasive Surgery
Endoscopy

OSRAM 69197 XBO 100w OFR Xenon Short Arc Discharge Lamps are intense point sources that provide a broad, continuous spectrum and have a near perfect color rendering in the visible range with an index greater than 95.
This makes them an ideal choice for fiber illumunation devices for Medical, Scientific, and even Industrial areas.
In particular, surgical devices that benefit from the accurate color rendering and intense beam of the XBO light source. OSRAM has been producing reliable, high quality XBO lamps for over 60 years. This 69197 is used in the following equipment:
- Roche Light Cycler 480 replacement lamp

Key Features and Benefits
- High luminance / radiance with intense point source
- Broad, continuous spectral distribution
- High color rendering >95
- High arc stability
- DC operation

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.

XENON Foot Notes?á

• DHP = Digital High Performance (Barco?áProjectors) Long Life Version
• DHS = Digital High Performance Short (Barco?áProjectors)
• DTP?á = Digital Threaded Pin (Christie?áProjectors)
• DTS?á = Digital Threaded Super Performance (Christie?áProjectors)
• HPN = High Performance?áNEC
• HPS?á = High Performance?áSony
• S?á = Short
  
• C?á = Base with Cable
• H?á = 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.