product name
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Photovoltaic module UV aging test chamber
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application
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The UV aging test chamber for photovoltaic modules mainlyinstrument for drawing circlesA test has been conducted to assess the UV resistance of photovoltaic modules when exposed to UV radiation environment. This test is applicable to evaluate the UV resistance performance of materials such as storage polymer materials and protective layers
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Box Structure
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The equipment adopts the first innovative exterior design in China, making the overall appearance of the equipment beautiful and elegant; Use of interior materialssilkSUS304B board has the characteristics of acid resistance, corrosion resistance, and easy cleaning; The position of the sample rack can be adjusted up and down as needed; Based on historical experience, the experimental equipment has been professionally designed with a reasonable air duct circulation system, achieving the highest uniformity of temperature and humidity inside the box; test-piecegiveDistance between parallel surfaces of the lamp: the midpoint meets the wavelength requirements for sample testing (the height of the specimen table can be adjusted)
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control system
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The temperature system control method for the UV aging test chamber of photovoltaic modules is through forced circulation ventilation and balanced temperature control method (BTC). This method involves the control system controlling the output of the heater based on the set temperature point through PID automatic calculation, ultimately achieving a dynamic balance; Air heating method: using high-quality nickel chromium wire heater, with good material andResistanceCorrosion and moisture resistance, while the speed response greatly exceeds the efficiency of the heating tube;
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Compliant with standards
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The UV aging test chamber for photovoltaic modules can meet the requirements of photovoltaic (PV) modulespurpleGB/T19394-2003/IEC61345:998 and GB/T2423.24-9 simulated ground solar radiation test methods.
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Product images
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model
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TZN-X
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performance index
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External dimensions
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1800×1000×1000mm
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Effective irradiation area
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800×1000mm
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Component surface temperature
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60℃
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temperature fluctuation
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±2℃
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temperature resolution
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0.1℃
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Center distance of the lamp
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70mm
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Illuminance
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Component testing surface generationequalUniformity is ±15%
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temperature control
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PIDSelf setting temperature control method
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Wind speed
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0.5~1.0m/M
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Wavelength
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280~320nm
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Light source
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Imported from the United StatesQ-PANLUVAandUVB
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control system
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Temperature system control mode
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Through forced circulation ventilation and balanced temperature regulation method(BTC). This method involves the control system automatically calculating and outputting the output of the heater based on the set temperature point, ultimately achieving a dynamic balance
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Air heating method
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Using high-quality nickel chromium wire heater material, it has good corrosion and moisture resistance, and the speed response greatly exceeds the efficiency of the heating tube
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temperature controller
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Original imported Fuji digital temperature controller
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circulatory system
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Imported snail style fan from Japan, characterized by low noise and high efficiency; Stainless steel multi wing centrifugal wind turbine, single cycle, with the ability to discharge ozone outdoors when the equipment generates ozone itself
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power supply
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AC220V 50HZTotal power: approximately4KW
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attachment
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Sample shelf1Itemlamppipe6Only, illuminance meter1tower
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Safety protection
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Safe and reliable grounding protection device; workchamberOvertemperature protection; Heater short circuit and overload protection
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