Used GT SOLAR DSS-240 #293761086 for sale
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ID: 293761086
Furnaces
Cooling water:
Water quality: ASTM-D5127 Type E-4 Cooling water
Capacity: 3600 kWh per growth cycle
Flow rate: 120-130 LPM
Inlet pressure: 3.4 - 4.4 bar
Pressure drop: 2.5 bar minimum
Inlet temperature: 21°C - 30°C
Temperature rise: 8°C, 12°C
Connection: Female NPT, 2" (2 x 50.8mm)
NP / City water:
Flow rate: Gravity feed at 60 LPM (16 GPM)
Inlet pressure: 4.5 bar
CDA:
Consumption: 0.5 m^3 per growth cycle
Inlet pressure: 5-8 bar at 49°C maximum
Connection: Male NPT, 0.25" (6.35mm)
Process gas:
Consumption: Argon at 55 m^3 per growth cycle
Max flow rate: 50 LPM
Inlet pressure: 2 bar
Connection: NW−16 With over pressure ring
Process exhaust:
Flow rate: Vacuum pump and over pressure vent
Connection:
Vacuum pump: 2.375" OD
Overpressure vent: 6.625" OD
Environmental conditions:
Ambient temperature
Humidity: 5°C - 30°C at 65% Relative humidity
Power:
Connection: I.D. Electrical conduit, 3" (76.2mm)
Voltage:
400/440/480 VAC (380 VAC suitable)
3 Phase, 50/60 Hz, 3 Wires delta connection plus ground
Current:
295/270/250 A at 400/440/480 VAC
304 A at 380 VAC.
GT SOLAR DSS-240 is a state-of-the-art solar production equipment designed to produce high-quality crystalline silicon solar cells. DSS-240 is specifically designed for producing demanding multi-crystalline silicon based solar cells with superior performance and efficiency. It is equipped with a variety of cutting-edge features that make it an ideal choice for production of high-performance solar cells. GT SOLAR DSS-240 is designed to ensure accurate and reliable operation in extreme conditions. It has a high-speed stepper motor-driven single-axis motorized stages for accurate positioning of the cell carriers, and it is capable of accurately orientating and centering the cell carriers in the module. The motorized stages are also capable of automatically aligning multilayer structures and wafer carriers. DSS-240 also has several integrated motion control components, which are capable of accurately positioning the electrodes in the module with minimal tooling setup. Further, GT SOLAR DSS-240 has an integrated cell lamination equipment, which is capable of providing uniform and precise lamination of the solar cells with reduced air gaps and process cycle time. This highly accurate and reliable lamination system ensures that the solar cell module has better thermal efficiency. Moreover, DSS-240 is capable of providing superior uniformity during the process of patterning and etching the electrodes. It features an air gap detection unit, which is capable of measuring the size and location of air gaps between the electrodes with great accuracy. This machine also helps in improving the efficiency of the solar module as it ensures that the correct size and pattern of wired electrodes are being used in the module. In addition, GT SOLAR DSS-240 also includes a calibration tool, which ensures that the electrical resistance of each cell is within limits. This helps to ensure that each cell is producing the maximum amount of electricity consistently across the module. Finally, DSS-240 is designed with a user-friendly graphical user interface, which provides the user with an easy way to monitor and control the asset. This intuitive interface allows for easy model set-up and maintenance, making it an ideal choice for users looking for hassle-free operation.
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