150 W Small Collimated Beam Solar Simulator B Non-Uniformity

Main Features: 
  • Up to 2" diameter spot size @ 1 sun, Class ABA
  • Unique level of power densities on 1" and 2" target size (as high as 3 solar constants w/o using AM filters)
  • 150W ozone free xenon lamp
  • Air cooled lamp housing with quartz windows, and UV fused silica collimating lens (glass and fused silica window options, field projection lens available)
  • Filter holder mounts one 7.6x7.6cm (3"x3") filter (additional filters and other filter sizes available)
  • Power levels are continuously adjustable between Nominal and 60% of this value by changing the current.
  • Sciencetech special designed power supply with LED display, includes igniter

SKU: SF150-B

Sciencetech is proud to offer a low cost 150W solar simulator system that includes arc lamp housing, bulb, power supply with igniter, filter holder, and UV fused silica lenses. An option for fiber optic illumination is available, but requires an additional condenser and fiber mount.

The SF150 can produces up to 2.5 Solar Constants (w/o AM filter) with a 2.5cm (1") diameter collimated, convergent or divergent beam using a 150W (ozone free) xenon lamp with Sciencetech's 201-100 air cooled arc lamp housing.  A 2" diameter optics is available as an option. The system is powered by the Sciencetech 500-200 power supply and igniter.

A multiple filter holder allows the user to selectively trim the xenon spectrum to provide the desired Air Mass spectrum. Available solar filters include AM0, AM1.0, AM1.5 direct and global, and AM2.0. Other filters such as dichroic filters and bandpass filters are available for further modification of the spectrum. The filters are sold separately, please specify which filters should be sent with the solar simulator when ordering.

Power Output

The solar simulator can achieve up to 2 SUNs (200 mW/cm2) at its 25mm (1") diameter output port with an AM1.5G filter. By using a larger lamp, powered at 200W approximately 2.5 SUNs (250mW/cm2) can be achieved. Normally, the solar simulator is operated at 1 SUN (100mW/cm2) with the use of an AM solar filter. The reason why the solar simulator can be over-powered is to compensate for light loss if the fiber bundle attachment or probe is used.

Non-Uniformity

The SF150 solar simulator provides class B non-uniformity over the full field just beyond the output. If the class B non-uniformity location is inconvenient, the uniform full field can be projected outward to a more suitable position (and selectable size) using additional coupling lens. Sciencetech will be glad to position this surface at your working distance. Please talk with your sales agent to confirm the specifications required.

Spectral Range

Without filters the solar simulator provides a broadband spectral range of 250-2500nm. Please note that the spectrum can be distorted when used with a fiber optic bundle attachment or hand probe attachment.

Price: $6,800.00
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