Brief IntroductionThe entire stainless steel chamber avoids welding deformation of the stainless steel and the general steel. The high quality welding of argon reduces vacuum system leaking rate. The use of calibration thermo-couple gauge made no false vacuum reading. The strengthened design and the high smoothness avoid the laminated fragment and shift. Hot working design of the computer auxiliary reduces the temperature unevenness on controlling of the false muti-spots. The close heat conduction coupling avoids temperature fluctuation on the laminated process. Optimized PID control improves the accuracy of temperature control. The fabric strengthened offset plate extends the using time and reduces the working costs. The program-controlled design levels up the flexibility.
• Thorough stainless chamber; distortion with common stainless steel and regular welding can be avoided• High quality argon-arc welding, low leakage with vacuum system.• Credible vacuum reading with calibrated thermocouple vacuometer.• With specially fortified design and high flatness, fragment and the displacement during laminating can be avoided.• The system with computer aid thermal design can greatly reduce the unevenness of temperature caused by false multipoint temperature control.• Optimal PID control; high precision in temperature control.• Fabric reinforcement and extended lifetime reduce the cost.• With program control system, users could use it in flexible way.
|One time Laminator size||160W*2|
|Time for once laminator||20-25mins|
|Time for twice laminator||8-10mins|
|Year yield for once laminator||1.9-2.4MW/Year|
|Year yield for twice laminator||4.8-6MW/Y|
QA Solar Panel Laminator