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Filter Combinations Irradiance Ranges W/m
2 Test Conditions InnerOuter

Wattage

300-400 nm

NOW Catalog - 27780 Xenotest

®

Alpha+

Min. Max. 4 Infrared + 3 Window Glass2 Infrared + 5 Window Glass7 Infrared 6 Infrared + UV Window10 Window Glass 10 XENOCHROME 320 10 XENOCHROME 300 Daylight Extended IR UV Special Glass UV Special Glass UV Special Glass UV Special Glass UV Special Glass UV Special Glass UV Special Glass UV Special Glass 950 W 2750 W950 W 2750 W950 W 2750 W950 W 2750 W950 W 2750 W950 W 2750 W950 W 2750 W950 W 2750 W 40 14040 14040 14040 140 40 11040 18040 220 40 1251200 W 2800 W1200 W 2800 W35 10045 120950 W 2750 W950 W 2750 W30 7030 70 Simulation of solar radiation behind window glass at higher temperaturesSimulation of solar radiation behind window glass for AATCC TM 16H-1998Simulation of solar radiation behind window glass (e.g. ISO 105 B02) Simulation of solar global radiation outdoors (daylight) – (e.g. Marks & Spencer, ISO 105 B04)Simulation of solar radiation behind window glass at higher temperatures, for testing of automotive interior materials (e.g. ISO 105 B06)Simulation of solar radiation behind window glass (e.g. AATCC TM 16-2003) Simulation of solar global radiation outdoors (daylight) according to CIE publication No. 85 Table 4Simulation of outdoor solar radiation in accordance with CIE publication No. 85, Table 4, normal temperatures (e.g. ISO 4892-2 or ISO 11341) MH Max.MHG Min./Max.996 1200664/996 800/1200 830 1000664/996 800/1200MH Max.MHG Min./Max.830 1000664/996 800/1200 MH Max.MHG Min./Max.MH Max.MHG Min./Max.830 1000664/996

Xenotest Beta+

Min. Max.Min. Max. 10 XENOCHROME 320 10 XENOCHROME 300UV Special Glass UV Special Glass Simulation of solar radiation behind window glass (e.g. ISO 105 B02) Simulation of solar global radiation outdoors (daylight) according to CIE publication No. 85 Table 4 (e.g. ISO 4892-2, 11341)

Xenotest 150 S+

7 Infrared 6 Infrared + UV WindowUV Special Glass UV Special Glass Simulation of solar radiation behind window glass Simulation of solar global radiation outdoors (daylight) – needed for older standard requirements Filter Combinations Irradiance Ranges W/m
2 Test Conditions InnerOuter

Wattage

300-3000 nm

SC340 MH/MHG

Simulation of solar radiation behind window glass Simulation of solar global radiation outdoors (daylight)Indoor Flat Outdoor Flat

SC600 MH/MHG

Simulation of solar radiation behind window glass Simulation of solar global radiation outdoors (daylight)Indoor Flat Outdoor Flat 800/1200

SC1000 MH/MHG

Simulation of solar radiation behind window glass Simulation of solar global radiation outdoors (daylight)Indoor Flat Outdoor Flat

SC2000 MH/MHG

Simulation of solar radiation behind window glass Simulation of solar global radiation outdoors (daylight)Indoor Flat Outdoor Flat
* To match Atlas filter combinations to performance-based standards requirements, contact your local Atlas representative.

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Phone: +1.773.327.4520 www.atlas-mts.com