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Photovoltaic PV Module UV Test Chamber

Photovoltaic PV Module UV Test Chamber

Product Introduction
Photovoltaic PV module UV test chamber mainly specifies the PV module exposure to ultraviolet radiation environment, assessment of its resistance to ultraviolet radiation test, this test is suitable for evaluating the storage of polymerization materials and protective layers and other materials, the resistance of ultraviolet radiation performance.

Service Hotline

4000-662-888
Product Features
Product Parameter
Model Effective irradiation area (D*W)mm Dimension(D*W*H)mm
LRHS-S-NGF 600×1270 750×1880×800
LRHS-H-NGF 1820×1000 1400×2500×1500
Module surface temperature 60℃
Temperature fluctuation ±0.5℃ (at no load)
Distance from the center of the lamp 70mm
illumination Module test surface produces ±15% uniformity
wind speed 0.5~1.0m/s
light source 6 pcs (Q-Lab USA famous brand)
longitudinal 280~320nm(UVA-340)和313~340nm(UVB-313)
Distance between sample and lamp parallel plane Ultimate wavelength requirement for sample testing (height-adjustable specimen stage)
Outer case material High quality A3 steel plate electrostatic spraying
Inner box material Acid-resistant, corrosion-resistant and easy-to-clean SUS304B brushed plate
Humidity Sensor STT-R Platinum Resistors
circulatory system Imported Worm Blower
Handheld Irradiometer Beijing Normal University
standard configuration 1 sample shelf, 8 imported lamps, 1 hand-held irradiator
security protection Fan overheating, overall equipment phase / reverse phase, over-temperature protection, test timing, leakage protection
Distribution control cabinet open power failure protection, running instructions, fault alarm automatic shutdown and other protection
Supply Voltage AC380V±10% 50Hz
Power 3.0kW
operating environment 5℃~+28℃ ≤85% RH
Note:
1、Can be customized according to the specific requirements of the user non-standard photovoltaic PV module UV test chamber etc

 

Product Recommendation
Industry News
After prolonged use of a temperature and humidity test chamber, certain components or systems may develop issues, such as sediment buildup in the water system. To ensure accurate test results, regular cleaning of the water system is essential.
The operation of the sand and dust test chamber primarily involves using a fan to blow sand and dust of the required concentration at an appropriate flow rate over the surface of the test sample.
Low-temperature test chambers are primarily used to evaluate the storage capabilities and environmental adaptability of products and materials from industries such as electronics, electrical engineering, automotive, and home appliances under extremely low-temperature climatic conditions.