Used SCHMID 61 #9123406 for sale

SCHMID 61
Manufacturer
SCHMID
Model
61
ID: 9123406
Vintage: 2008
Chemical etcher PSG Etching plant Wafer details thickness: 120 - 170 μm Format (5 Lanes): 156 x 156 mm Wafer distance: 15 mm Working speed: 1.14 m/min Ambient temperature: 0 to +55°C Media list: HCL Hydrochloric acid HF Hydrofluoric acid NAOH Sodium hydroxide HNO3 Nitric acid H2O Water Power supply: Operating voltage: 400 V, 50 Hz Voltage supply: AC/DC 20-53 V, 48-63 Hz AC: 110-240 V +10% / -15%, 48 -63 Hz Electrical power consumption : 58 kW Electrical current consumption: 128 A 2008 vintage.
SCHMID 61 is a wet station used primarily for processing flat panels used in the production of solar photovoltaic (PV) systems. It is designed to clean, etch, and activate the surface of flat panel substrates, such as aluminum, stainless steel, and copper. The system utilizes chemical solvents, aqueous solutions, and electrochemical processes to effectively treat the surface of the panel. 61 wet station includes a series of tanks, pumps, and a conveyor system designed for maximum efficiency in production. At the start of the process, a panel is placed onto the conveyor that carries it along a single axis. As the panel moves along the conveyor, it passes through the various tanks that are connected to each other. The first tank contains the chemical solvent used to clean the panel. Using a combination of jet sprayers and a rotating brush, any debris or impurities are removed from the panel surface. After the first tank, the panel is sprayed with aqueous solutions to help remove any remaining residue. The next tank is filled with an etching solution that is used to oxidize the substrate further. The etching process aids in activating the surface of the panel, to prepare it for PV deposition. As the panel moves out of this tank, a jet sprayer rinses it with clean water to ensure no etching solution remains. The final station of the wet station is the electrochemical activation tank. In this tank, an electrical current is passed through the substrate, which increases the electrical conductivity of the material. Once the panel has completed the wet station process, it can be quickly transported to the PV deposition station to have a protective layer of PV material applied. SCHMID 61 wet station ensures panels are correctly prepared for deposition to ensure optimal electrical and material performance of the final product.
There are no reviews yet