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Product Features

Product application:
The Photovoltaic PV module UV test chamber primarily specifies the test for evaluating the resistance to UV irradiation of PV modules when exposed to a UV radiation environment.

This test is applicable for assessing the UV irradiation resistance of materials such as storage polymers and protective layers.
Chamber structure:
The Photovoltaic PV module UV test chamber adopts a pioneering domestic exterior design, giving the device an overall aesthetically pleasing and generous appearance.

The interior chamber material uses brushed SUS304B steel plate, which is acid-resistant, corrosion-resistant, and easy to clean.

The sample holder can be adjusted for its vertical position as needed.

With years of experience in professionally designing experimental equipment, it features a rational air circulation system, which ensures the highest uniformity of temperature and humidity inside the chamber.

The distance between the test piece and the lamp surface is in parallel, meeting the sample test wavelength requirements (the test piece platform height is adjustable).
Control system:
The temperature control system of the photovoltaic (PV) module UV aging test chamber employs a balanced temperature control method (BTC) through forced air circulation.

In this method, the control system adjusts the output of the heater based on the results calculated by the PID algorithm according to the set temperature point, ultimately achieving a dynamic equilibrium.

The air heating method utilizes high-quality nickel-chromium wire heaters, which are made of superior materials and have corrosion-resistant and moisture-resistant properties.

Additionally, the response speed of these heaters is significantly faster than that of conventional heating tubes, resulting in higher heating efficiency.
Compliance with standards:
The photovoltaic (PV) module UV aging test chamber can meet the following standards:

GB/T 19394—2003/IEC 61345:998: This standard specifies the UV test method for photovoltaic (PV) modules.
GB/T 2423.24-9: This standard outlines the test method for simulating solar radiation on the ground for PV components.

These standards ensure that the test chamber is capable of accurately simulating the UV exposure and solar radiation conditions that PV modules may encounter, providing reliable and standardized testing for evaluating the UV resistance and durability of PV components.

Product Parameter

Model	Effective irradiation area (D*W)mm	Dimension（DWH）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

Industry News

Have You Mastered the Correct Usage of the Temperature Test Chamber?

The temperature test chamber is a widely used testing equipment in industrial enterprises. If your company has newly purchased a temperature test chamber, you must understand the precautions during its operation to avoid deviations in test results or equipment damage caused by improper usage.

What is the Role of Sensors in Thermal Shock Test Chambers?

Sensors can significantly impact the accuracy of thermal shock test chambers. What specific functions do sensors serve in these chambers? Let’s briefly explore this through the following article.

Choosing the Right Lamp for Your UV Aging Test Chamber

The lamps in a UV aging test chamber will degrade over prolonged use, and aging lamps need to be replaced promptly. So, how do you select the right lamp for the test chamber? Are there any tips for making the right choice? Today, we’ll share some useful tips for selecting UV aging test chamber lamps.

Photovoltaic PV Module UV Test Chamber