UV Aging Simulation Test Chamber

Product Usage ：Photovoltaic module test chamber is mainly used with the photovoltaic industry, ground with crystalline silicon photovoltaic modules, ground with thin film photovoltaic modules and a series of photovoltaic modules for high temperature, low temperature, alternating humidity and heat or constant test of the temperature environment after the change of parameters and performance; or constant humidity and heat test of the temperature environment after the change of parameters and performance. It is specially customised according to the IEC standard and is suitable for schools, factories, military industries, scientific research and other units.

Apply to：Photovoltaic aging test, high temperature test, low temperature test

Customizable ：Specific product specifications and parameters can be customized according to the customer's actual situation or customization. You can contact us at any time to obtain quotations and solutions.

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Parameter Details

Device model	Studio size (DWH)mm	Overall dimensions (DWH)mm
LRHS-672-NGF	700×800×1200	1030×1580×2150

Performance	Light source driver	EPS
	Effective irradiance area	800mm×700mm
	Distance between light source and test surface	1000±200mm
	Power source	2000W/light
	Number of light sources	1PCS
	Light intensity range	150～250W/m2
	Spectral range	280～320nm 320～400nm
	UVB/(UVA+UVB)	5 to 8%
	unevenness	≤10%
	UVC content	The ratio of the integrated irradiance in the (250~280) nm wavelength range to the integrated irradiance in the (250~400) nm UVC content wavelength range ≤ 1%
	Sample temperature range	60～70℃ (Customized water-cooling structure for cell stage)
	Sample temperature deviation	≤±2℃
	Cabinet temperature range	20～80℃
	Box temperature fluctuation	≤1℃
Material	Outer box material	1.2mm cold-rolled steel plate double-sided sprayed
	Inner box material	1.0mm thick SUS304 stainless steel, with sunlight-simulating total reflection reflective film mounted on the side wall, dedicated for secondary sealing and optical reflection control
	Insulation material	10mm thickness high quality thermal insulation material
Basic Specification	controller	Siemens PLC module + touch screen
	Refrigeration method	Air-cooled refrigeration
	Compressor	French Taican
	heating method	Nickel chromium alloy electric wire heater
	light source	The light source warranty time is 2000 hours, and the actual use time is greater than or equal to 3000 hours.
	Radiometer	Obody brand
safety protection		Emergency stop button, sample surface temperature is too high, light source system failure alarm, power supply phase loss/undervoltage/overvoltage/leakage protection, fan overload, compressor overvoltage/overheating/overcurrent, heating wire overtemperature protection
voltage		Voltage: 3/N/PE AC 400V±10% 50Hz Rated current: 30A
Power rate		20.0kW
Usage environment		10℃～＋35℃ ≤75% RH
3. This technical information is subject to change without prior notice.

product

Feature

1. High-efficiency light source: high power light source and precise spectral control, improve the effect and reliability of photovoltaic aging test.
2. Stable temperature control system: precise temperature control and water cooling structure ensure the temperature stability of the sample during the test and reduce the error.
3. High-quality materials and structural design: Using high-quality steel plate and stainless steel materials, combined with fully reflective reflective film, provides excellent durability and optical performance.
4. Advanced control system: using Siemens PLC module and touch screen, easy to operate, precise control, improve work efficiency.
5. Reliable safety protection: Multiple safety protection measures ensure the safety of equipment and personnel and reduce the risk of failure.
6. Long service life: adopting high-quality light source and core components to ensure the stable operation of the equipment for a long time and reduce the maintenance cost.
7. Wide range of application: adapt to a variety of environmental conditions and sample requirements, with strong applicability and flexibility.