Optimum UV/VIS/NIR Illumination

• High Color Temperature (5600ºK) • 175W Collimated output Xenon Lamp • Brightness Control (0 - 100%) • Optimal solution for monochromator coupling

Lamp Type : 175W w/parabolic reflector
Power : 200 W(maximum)
Power Range : 150-200 W
Color Temperature : 5600˚K
Current : 14A DC(nominal)
Average Life : Typically 1000 hrs(500hrs min.)
Voltage : 12-17 V(14 V nominal)<,br> Trigger Voltage : 25 KV
Boost Volatge : 140-200 V
Current Leakage : <300 mA
· ASB-XE-E180EX : UV, extended, ~200-2200 nm (dominant @ 250-1100 nm)
· ASB-XE-E180BF : Ozone blocking, ~400-700 nm
· ASB-XE-E180BFEX : NIR extended, Ozone blocking, ~320-2200 nm
(dominant @ 320-1100 nm)
Weight 3.4 Kg
Input Line 100-120Vac, 50/60 Hz
Input Current 3.5 A
Environment Operating : +6 to +45 ℃
Storage : -40 to +70℃
Front Panel Brightness Control (0 - 100%)
Output Aperture
Side Panel Main Power(On/Off)
Line cord jack(IEC 320)
(US to IEC Line Cord included)
Fuse Holder - MDL-5
Caution Damage to glass or fused silica fiber optic lightguides
can occur due to high temperatures associated with Xenon lamps.
(except BF version)

Optimum Remote or Direct Illumination

The ASB-XE-E180 is a compact and light weight high intensity fiber optic light source. It is especially suitable as a light source for spectroscopy, microscopy, optical scanning, and industrial uses, as well as for use with KSP's popular Digikröm monochromators and spectrographs.

The ASB-XE-E180 uses a 175W compact high intensity xenon lamp, state of the art optics and a high efficiency lightweight switching power supply in one compact package.

The 175W short-arc xenon lamp provides broadband output from 200 to 2200nm (dominantly, from 250 to 1100nm). This lamp is compact, rugged, and easily focused to a liquid light guide (sold separately). The lamp efficiency is enhanced by the integral parabolic reflector which provides precision system alignment and maximum transition of light energy. Beam stability is achieved instantly following lamp ignition and the ASB-XE-E180 provides instant re-ignition without an imposed time delay.