Solar panel UV Preconditioning Test chamber Testing machine with IEC61215-2:2016 testing standard
USD $50,000 - $58,000 /Set
Min.Order:1 Set
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Solar panel UV Preconditioning Test chamber Testing machine with IEC61215-2:2016 testing standard
Testing standard
It's conform IEC61215-2:2016 testing standard
Purpose
It's 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
The Mainly Specifications
The Chamber material | completely obstruct ultraviolet rays,tightness,good thermal insulation’s high quality materials |
Machine UV total irradiation area | more than 2000mm×2000mm,meanwhile satisfy 2 pcs module (Horizontal type placed) |
Light source life | approx 2000 hours , the lamp amount 6pcs, the brand is Honle(Germany import) |
Single lamp UVA and UVA relative energy rate | UVB approx occupy total energy 3%~10% |
Irradiation strength | Wavelength 280nm~400nm’s irradiation strength can reach about 100W/m²,280nm~320nm <10%,promise the test cycle reduce as far as possible |
Irradiance uniformity | be better than ±15% |
Monitor ways | Real-time monitor and show UVA and UVB strength |
UVA & UVB wavelength | 320nm~400nm & 280~320nm |
Module surface temperature | 60℃±5℃ |
Temperature resolution | 0.1℃ |
Ozone | almost no ozone is produced |
Light ways | upper light, module test plane vertical light source |
Testing Procedure
1,Using the calibrated radiameter measure the irradiance at the proposed module test plane and ensure that at wavelength between 280nm and 400nm it does not exceed 250W/M2 (i.e. about five times the natural sunlight level) and that it has a uniformity of ±15% over the test plane
2,Short-circuit or attach the resistive load to the module and mount it in the test plane at the location selected , normal to the UV irradiance beam. Make sure that the module temperature sensors read 65±5℃
3,Subject the modules front side to a total UV irradiation of at least 15 KW/m2 in the wavelength range between 280nm and 400nm with at least 3%, but not more than 10% in the wavelength band between 280nm and 320nm , while maintaining the module temperature within the prescribed range