The xenon lamp aging test chamber can simulate the solar spectrum: visible light and invisible light （ultraviolet and infrared）, while the UV accelerated aging test chamber can only simulate ultraviolet in invisible light. The xenon arc test chamber simulates different light, temperature and humidity conditions to conduct aging tests on products, which can help us control the quality of the products.
Plastic
Rubber
Paint
Paper
Car
Plating
Cosmetic
Electronic
Adhesive
Medicine
…
GB2423-24-1995 simulates solar radiation on the ground.
GB2424.14-1995 Solar Radiation Test Guidelines.
ISO 4892-2:2006 Methods of Exposure to Laboratory Light Sources Part 2: Xenon Arc Lamp
ISO 11341-2004 Paints and varnishes. Simulated climate and simulated radiation exposure. Xenon arc lamp exposure
ASTM G155-05a Standard Practice for Operation of Xenon Arc Light Apparatus for Exposure of Nonmetallic Materials
ASTM D2565-99 Standard Practice for Xenon-Arc Exposure Apparatus for Outdoor Plastics
ASTM D4459-06 Standard Practice for Plastics Requiring Exposure to Xenon Arc Lamps for Indoor Use
ASTM D6695-03b Standard Practice for Xenon Arc Exposure of Varnishes and Related Coatings
Model | KM-XD-150 | KM-XD-700 | KM-XD-1000 |
Inner Size(cm)W×H×D | 50×60×50 | 87×90×90 | 100×100×100 |
Temperature Range | RT+10~85℃ | ||
Humidity Range | 20%~98%R.H | ||
Temperature and Humidity Control Accuracy | Temperature±0.5℃/Humidity±2%R.H | ||
Temperature and Humidity Uniformity | Temperature±2.0℃/Humidity±3%R.H | ||
Heating Time | RT to 85℃： about 25 min (no load) | ||
Xenon Lamp Power (KW) | Imported 2.0KW air-cooled lamp (lamp service life≤1500H) | ||
Xenon Lamp Service Life | ˃1000h | ||
Wavelength | 280~800nm | ||
Spray | Light cycle and dark cycle function, in which the dark cycle sprays for 12 minutes and stops for 108 minutes, and the humidity is 100% | ||
Radiation Intensity | 1000W/㎡+200 | ||
Blackboard Temperature Control | 55℃~99℃ | ||
Safety Protection Device | Compressors overheat/overcurrent/overpressure, condensing fan overheat, total power phase sequence and phase loss protection, leakage protection, overload and short circuit protection, power failure protection. | ||
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