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IEC 61215 UV Aging Test Chamber Solar Panel Testing Equipment PV Module Tester

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DONGGUAN LONROY EQUIPMENT CO LTD
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City:dongguan
Province/State:guangdong
Country/Region:china
Contact Person:MsKaitlyn Wang
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IEC 61215 UV Aging Test Chamber Solar Panel Testing Equipment PV Module Tester

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Brand Name :LONROY
Model Number :LR-E01
Certification :CE ISO ASTM
Place of Origin :China
MOQ :1
Payment Terms :L/C,D/A,D/P,T/T,Western Union
Supply Ability :200 pieces
Delivery Time :5-8 work days
Packaging Details :wooden pa'ka'ge
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IEC 61215 ultraviolet aging test chamber photovoltaic module testing machine solar panel testing machine
1. Product description
Uv pretreatment tester Uses: The UV aging tester of photovoltaic modules simulates the damage caused by ultraviolet rays in sunlight on components exposed outdoors for a long time. The device takes only a few days or weeks to reproduce the UV-aging resistance properties of the module-related materials that would take months or years outdoors.
Applicable standard ultraviolet aging test chamber: IEC 61215, IEC 61646 standard requirements

Materials used high-quality materials that can completely block ultraviolet rays, have good sealing and thermal insulation properties
Total UV irradiation
area of the equipment
greater than 2000mm×2000mm, meeting the requirements for testing two 2m×1m components at the same time
Light source life
The system uses a single set of xenon lamps with a life of about 1000 hours. A set of spare parts is provided when the equipment is delivered, with a service life of more than 2000 hours.
Relative energy ratio of single lamp UVA and UVB
UVB accounts for about 3% to 10% of the total energy
Irradiation intensity
The irradiation intensity of the wavelength of 280nm to 385nm can reach about 100W/m², 280nm to 320nm <=10%, ensuring that the test cycle is shortened as much as possible
Irradiation uniformity better than ±15%
Real-time monitoring and display of UVA and UVB intensity
One UVA (320nm to 385nm) and one UVB (280nm to 320nm) fiber optic probe
Component surface temperature
60ºC±5ºC
Temperature resolution
0.1ºC
Ozone
Almost no ozone is generated
Lighting method
top lighting, the component test plane is perpendicular to the light source
Touch screen control and real-time monitoring, automatically cut off the light source when the set value is reached
Real-time graphical display of component surface temperature, measurement accuracy ±0.1ºC

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