OSRAM 69198 - HBO 200 W/2 L1 200W 57V mercury short arc double-ended Lamp
SKU: 69198
$42899 $748.99
USD
Description
OSRAM 69198 HBO 200 W/2 L1 Mercury Short Arc Discharge Lamps are intense point sources that provide a broad spectrum through the visible and ultraviolet range.
The HBO 200 W/2 L1 lamps are optimal sources for fiber illumination devices for Medical, Scientific, and various Industrial areas.
The broad spectrum makes these lamps ideal for microscopy applications.
- High luminance / radiance with intense point source
- Broad spectral distribution in the visible and ultraviolet range
- Enhanced UV characteristics available on some types
- High arc stability
Application:
- Medical & Scientific
- Microscopy
- Laboratory & Analysis
- UV Curing
- Fiber Illumination
- Industrial
Industrial:
- Fiber Illumination
- Microscopy
- Solar Simulation
Specs
Abbreviation Name | HBO200W2L1 |
Application | Semiconductor, UV Light Curing, Microscopy |
Average Luminance (cd/cm2) | 40000 |
Average Rated Life (hr) | 400 |
Base Anode | SFc10-4 |
Base Cathode | SFc10-4 |
Bulb | KO113 |
Class | C (gas) |
Cooling | Convection |
Diameter d (in) | 39.331 |
Diameter d (mm) | 999 |
Distance a (mm) | 40 |
Family Brand Name | HBO |
Lamp Finish | Clear |
Length l1 (mm) | 128 |
Length l1 max. (mm) | 128 |
Length l2 (mm) | 102 |
Length l2 max. (mm) | 102 |
Light Center Length - LCL (mm) | 40 |
Luminous Area w x h (mm) | 0.6 x 2.2 |
Luminous Efficacy (lm/W) | 47.5 |
Luminous Flux (lm) | 9500 |
Luminous Intensity (cd) | 1000 |
Maximum Base Temperature °C | 230 |
Maximum Overall Length - MOL (mm) | 128 |
Nominal Voltage (V) | 57 |
Nominal Wattage (W) | 200 |
Operating Position | s 45 |
Reflector Coating | 999 |
Type of Current | DC or AC |
CA Prop 65 | Yes |
CA Prop 65 Material | Mercury |
Additional Info
Cross Ref.
The OSRAM 69198 HBO 200 W/2 L1 is a direct replacement for the following items:
- HBO200W/2L1- JENA 688.09
- NARVA 688.09
- NIKON 78580
- OSRAM 69198
- OSRAM HBO 200 W/2 L1 200W
- OSRAM HBO 200 W2/L1
- QL-0203/05 SFC10-4
- ZEISS 391603
Stay in Touch