Thermostatic test chamber SM-XD-1000-CA
solar simulationfor composite materialsfor solar panels

Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels
Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels
Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels - image - 2
Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels - image - 3
Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels - image - 4
Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels - image - 5
Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels - image - 6
Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels - image - 7
Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels - image - 8
Thermostatic test chamber - SM-XD-1000-CA - Sanwood Technology - solar simulation / for composite materials / for solar panels - image - 9
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Characteristics

Type
thermostatic
Test type
solar simulation
Product applications
for composite materials, for solar panels
Light source
with xenon arc lamp
Options and accessories
with temperature and climatic control
Capacity

400 l, 600 l, 1,000 l, 3,600 l
(106 gal, 159 gal, 264 gal, 951 gal)

Temperature

Min.: -70 °C
(-94 °F)

Max.: 80 °C
(176 °F)

Description

Product applications: The xenon lamp weathering tester uses a xenon lamp as a light source to best simulate the full-spectrum sunlight, and appropriately controls the temperature and humidity to periodically generate precipitation on the sample to fully obtain sunlight, moisture and Effects of temperature on the destruction of polymer materials (material aging includes fading, loss of light, reduced strength, cracking, spalling, chalking, and oxidation). Main technical parameters 1. Exterior size: (length × width × height) 980 * 1350 * 1850mm Approx 2. studio size: (length × width × height) 780*780*800 mm 3. the number of sample frames: 65pcs, can be placed on the standard model 65 blocks. 4. Blackboard thermometer; Insulated black standard thermometer + Blackboard thermometer 5. blackboard temperature range: RT +10 °C ~ 100 °C 6. temperature fluctuation: within ± 0.5°C, temperature uniformity(light):±3.0°C, Temperature uniformity(dark):±2.0°C 7. studio humidity range: SUN light 10% -90% ,no light 10% -100% 8. the sample rotating disk speed: around the lamp center 1 ~ 7r/min (adjustable) rotation 9. Irradiance can be set range: 0.3-1.5w/m2 @340nm 0.75-2.8w/m2 @420nm 30-150w/m2 @300-400nm 10. xenon lamp tube power: 6.5 KW (water-cooled arc lamp) 11. the maximum total power of the whole machine: 10KW 12. Filter: ATLAS original filter Fully simulate indoor or outdoor solar spectrum 13. lamp life: normal use in 2000 hours 14. pure water flow; humidification 0.2L/min, sample spray 0.6L/min, model rack spray 0.6L/min 15. humidification: ultrasonic humidifier control humidification 16. studio material: SUS304 17. machine total weight: 493 kg (without packaging)

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Xenon Lamp Weathering Test Chamber

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.