PV UV aging testing machine

PV UV aging chamber product model FSR-UV-PV product specification studio size 600x1200x400(mm) D(depth)xW(width)xH(height) outside dimension (mm)about 900x1400x1200 depth xwidth x height Description of PV UV aging testing machine This machine is a Photovoltaic component UV aging machine which is made according to IEC 61215, IEC 61730-2004, IEC 61345-1998, GB / T 19394-2003 Photovoltaic (PV) component UV test, and it has been adopted by many large solar batteries plate components enterprises, R & D laboratories and ancillary products suppliers. Product application FSR-UV-PV UV testing machine is dedicated to solar PV component test, used to evaluate the UV irradiation capabilities of materials such as polymer and protective layer, and can show the sun damage on the material fast and truly. It only costs a few days or weeks to reproduce the damages which need a few months or years can produce outdoor, including fade, color change, brightness down, powder, crack, blur, embrittlement, strength loss and oxidation, etc. These reliable aging test data can be used to make correlative forecasting of the climate-resistant performance (aging) of products accurately and help materials and formulation selection and optimization. body structure of chamber 1. Cabinet is a whole structure, forming by CNC machining and elegant, 2. chamber liner adopts imported advanced USU304 # stainless steel wire drawing board, the outside adopts Box A3 steel plate to spray ,in this way, increase the texture of appearance and cleanliness. 3. Control system is located in the upper chamber, UV lamp installed in the top of studio 4. two-door interlock for the chamber to ensure that no leakage of UV and ensure the safety of operators, with double anti-aging silicone rubber seal to effectively prevent the loss of chamber temperature. 5. Special made guide devices can be easily pushed into and pulled out test components 6. Dual air duct circulation system, to ensure uniformity of test temperature, to meet the requirement of 60 °C ± 5 °C standard. 7. Unique ventilation system to avoid ultraviolet ozone, an important condition for the standard recommended 8. Temperature sensor located in the central of the front side of components to ensure the accuracy is ± 2 °C 9. Inside one end of the air duct of studio, heaters, fans, fan blades and other devices distributed. 10. At the top of the central studio, UV lamp tube arranged uniformly (UVA-340, UVB-313 fluorescent UV lamp tubes stagger arranged) 11. install universal casters, mobile convenience, can be self-locking Technical parameters 1. Equipment name: photovoltaic module UV aging testing machine 2. Equipment Model: FSR-UV-PV 3. Equipment specifications: Studio Size D × W × H: 600x1200x400 (mm) 4. Temperature range: RT +10 °C 70 °C 5. Temperature fluctuation: ± 0.5 °C 6. Temperature uniformity: ± 2 °C 7. Temperature deviation: ± 2.0 °C 8. Temperature controller: We adopt LCD programmable temperature controller TEMI300 (display English and Chinese) made by Korea SANWONTECH Company. It can display set parameters, time and the work status of heater, and has the function of tests automatically run and PID parameter self-tuning capabilities. Users can set parameters through Chinese and English interface, just set temperature can achieve the function of automatically run. The Control system adopts intelligent control software system, with the function of automatic heating and automatic humidification, and then ensure high-precision control throughout the temperature range, achieve the energy saving purposes. The sophisticated detection device can automatically carry out a detailed fault indication, alarm, such as when the chamber runs abnormally, the controller automatically displays fault status.1) The screen display: set temperature; measured temperature; heating, time, temperature profile, humidity curve working conditions and a variety of alarm indication 2) setting accuracy: Temperature: 0.1 °C Time: 1min; 3) Program capacity: 120 programs, the largest steps for single program is 1200 steps, the largest single-step procedure time: 99 hours 59 minutes; the programs can be linked; 4) Running mode: constant run, program- run5)Communication Interface: Standard RS485 and RS232 interfaces connected to the computer, dedicated Communications software can be implemented with remote operation control, software design based on Windows platform, and has wide adaptability, security, reliability and advancement with other hardware and software , coupled with a perfect and multi-function safety protection and alarm device, can realize unattended job requirements. An recorder or a printer can be chosen according to customer’s requirements.9. Time controller: imported programmable time computer integrated controller (0 999.9H), lighting time can be arbitrarily set within the 1000 hours. 10. Light heating system: military grade stainless steel fin-type electric heater 11. Blackboard Temperature: blackboard thermometer, with a black aluminum plate connected temperature sensor, blackboard temperature instrument controls heating and make temperature more stable. 12. Sample and tube distance: 50mm 13. UV wavelength: UV-A 320 385nm UV-B 280 320nm 14. adopt imported the United States UVA-340, UVB-313 high-power fluorescent UV lamp as the light source to use irregular staggered to meet the irradiation energy requirements of two spectra 280 320nm and 320 385 (400) nm 15. voltage signal control ballast , amplitude of 5% to 100%.The ballast with a lamp start protection function , provide alarm of lamp status. 16. 9 light tubes can be controlled by dividing them into 3 groups, lamp space is 35mm, to meet the recommended conditions of the foreign counterparts. 17. With a special ultraviolet radiation meter of high-precision display and measurement, the radiation meter probe is fixed type, needn’t loading and unloading each time. Two radiation meter sensors of different wavelength, with the total radiation set function. Irradiance can be real-time monitored, radiation intensity compensation to ensure uniformity and accuracy, and the intensity continuously adjustable. The irradiance uniformity is ± 15%, can meet the standard requirement. 18. The minimum acceptable radiation of components are: UV light source wavelength within 280nm 320nm is 5KW • H/m2, UV light source within 320nm (385) 400nm is 10KW • H/m2, and ensure the standard requirement of 280 (385 ) 400nm irradiance <250W/m2 19. Equipment power: AC380V ± 10% 50Hz 20. Total power of equipment: 2KW