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Scientific SUS304 3000nm Solar Simulation Chamber , UV Accelerated Weathering Tester

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February 22, 2022
Category Connection: Solarsimulations-Kammer
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Schlagworte:
#Solarkammer der simulations-1500L #Solarsimulations-Kammer Envsin #Solarkammer der simulations-IEC60068-2-5
Brief: Discover the ESR Series Solar Test Chambers with Integrated Solar Testing Systems, designed for accelerated weathering resistance testing. This scientific SUS304 3000nm Solar Simulation Chamber evaluates equipment exposed to solar radiation, ensuring durability against thermal and photochemical effects. Ideal for heat dissipation and non-heat dissipation test samples, it meets global standards like GJB150.7-86 and IEC60068-2-5.
Related Product Features:
  • Vollbandspektrum-Lichtwellenlänge (280 nm bis 3000 nm) simuliert natürliches Sonnenlicht für präzise Tests.
  • Adjustable irradiation intensity (0-1200 W/m²) with continuous recording capabilities.
  • Temperature range from -40℃ to +120℃ (no radiation) and -20℃ to +100℃ (with radiation).
  • Humidity range from 20%RH to 98%RH, ensuring comprehensive environmental testing.
  • High-grade SUS304 stainless steel inner chamber for durability and corrosion resistance.
  • Complies with multiple international standards including GJB150.7-86, IEC60068-2-5, and MIL-STD 810G.
  • Large irradiation area (>5600cm²) with uniformity of ±10% within 4㎡.
  • Robust insulation with rigid polyurethane foam for efficient temperature control.
Faqs:
  • What types of samples can be tested in the ESR Series Solar Test Chambers?
    The chambers can test both heat dissipation and non-heat dissipation samples, provided the heat dissipation power does not exceed the cooling capacity of the refrigeration system.
  • What are the key standards this solar simulation chamber complies with?
    It complies with GJB150.7-86, GJB150A.7-2009, IEC60068-2-5, GB2423.24, DIN75220, and MIL-STD 810G, ensuring global reliability.
  • Wie wird die Bestrahlungsintensität während der Prüfung kontrolliert und erfasst?
    Die Bestrahlungsstärke ist von 0 bis 1200 W/m² einstellbar und kann während des gesamten Testprozesses zur präzisen Überwachung kontinuierlich aufgezeichnet werden.
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