Aurinkopaneelien pinnoitusjärjestelmä

YIHENG TECHNOLOGY TCZY-DF1/F3-7824

HIGHLIGHTS
- With manufacturer's warranty
- Single-layer single chamber; flexible working mode with several modes to choose from
- Highly efficient cleaning system
- Intelligent control mode
- Energy-saving design
- Standard industrial control mode, automatic PLC processing, touch screen operation
- Intelligent PID temperature control, high precision and interference protection

TECHNICAL DETAILS
Panel coating size: 7,800 × 2,400 mm
Chamber opening height: maintenance 300 mm / continuous 100 mm
Coating chamber height: 25 mm
Average conveyor speed: 8 - 16 m/min
Working height in conjunction with the assembly line: 1150 ± 10 mm

Control mode: Touchscreen control
Temperature control: PLC Intelligent
Heating mode: Oil heating
Temperature consistency: ± 1.5 ℃
Temperature accuracy: ± 1 ℃
Temperature range: room temperature - 160 ℃

Vacuum pumping speed: 600 l/s
Compressed air flow rate: max. 600 l/min
Compressed air pressure: 0.6 - 0.8 MPa

MACHINE DETAILS
Dimensions: 24,700 × 3,410 × 1,850 mm
Weight : 25 tons
Power supply: 380 V, 50Hz; 3 phases; 5 lines
Total output: 108 kW
Running power: 46 kW

DESCRIPTION
- The machine is heated with heat transfer oil to increase temperature uniformity, temperature control accuracy and integrated performance, and improve the overall compatibility of the equipment.
- Individual chambers, loading conveyors and unloading conveyors run together for high quality modules and a high degree of automation.
- Stable and continuous loading and unloading device. Variable frequency conveying system, accurate position and conveying speed is adjustable.
- Intelligent control, PLC automatic processing, touch screen operation and display function.
- Upper and lower chambers of the coating chamber are equipped with PTFE Teflon sheet (cleaning system available)
- For optimal gas flow conditions, the entire vacuum system is uniformly arranged so that gas suction and release is uniform and stable in all chambers.
- The entire system is controlled by a solenoid valve and PLC, is operated and data displayed via a touch screen, and is equipped with a vacuum pressure sensor that displays and monitors the vacuum in the chamber in real time.
- The entire heating system of the heating plate is designed and arranged according to the optimal conditions of fluid mechanics and heat transfer theory to ensure temperature uniformity, reduce pressure and reduce energy consumption.