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| Product Name: |
BR-PV-UV UV-Preconditioning (UV resistance) Tester
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| Supply Ability: |
50 |
| Related proudcts |
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| Specifications |
2000*1000mm |
| Price Term: |
FOB,CIF |
| Port of loading: |
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| Minimum Order |
1 |
| Unit Price: |
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BR-PV-UV-Preconditioning (UV resistance) Tester
The plan is specially designed UV ageing proof box by BV co***ny for the photovoltaic industry. Refer to IEC 61215-2005ˇ˘IEC 61730-2004ˇ˘IEC 61345-1998ˇ¶UV test PV modulesˇ·national standards , design notes are as follows :
1. PV modules materials and UV test principle
In the use of polymer materials often appeared in the process of the powder, discoloration, foaming, crack, shedding phenomenon, which has seriously affected the appearance of products, and other aspects of performance.
Therefore, the need to understand the polymer materials-aging mechanism and the search for a suitable artificial accelerated aging test-objective approach to simulate natural conditions, so as to the development and application of materials to provide rapid ***ection and evaluation of the quality of the basis.
Currently used artificial accelerated aging test method main xenon lamp, ultraviolet fluorescent lamps, metal lamps, and carbon arc lights etc.. The backplane materials (composite membrane) general we seek to reduce heat absorption, and effectively prevent excessive battery temperature increase reduces component / battery conversion rate, but xenon light source (280 to 3000 nm) in the infrared spectrum easily lead to the absorption of heat components, the components used UV weatherable performance test.
The B.R. co***ny developed BR-PV-UV PV modules UV-testing machine dedicated to the PV modules resistant to climate experiment.
2. IEC 61215 UV-Pretreatment test conditions
1. Purpose
To precondition the module with ultra-violet (UV) radiation before the thermal cycle/humidity freeze tests to identify those materials and adhesive bonds that are susceptible to UV degradation.
2. Apparatus
a)Equipment to control the temperature of the module while it is irradiated by UV light. The equipment must be capable of maintaining the module temperature at 60℃ ˇŔ5℃.
b)Means for measuring and recording the temperature of the module(s) to an accuracy of while it i |
| Company: |
Shanghai B.R. Solar Tech. Co.,Ltd.
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| Contact: |
Mr. Huang He |
| Address: |
No.1225 XinZhu Road Shanghai,China |
| Postcode: |
201100 |
| Tel: |
86 21 54387376 |
| Fax: |
86 21 54997016 802 |
| E-mail: |
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