Input parameters: Three phase AC380V±10%, 50HZ
Output parameters: DC 0~20V 0~50A
Output mode: Common DC output
Cooling method: Air cooling
Power supply type: IGBT-based High-frequency Power Supply
Application Industry: Electrolytic copper foil oxidation prevention
Electrolytic copper foil refers to copper material as the main raw material, using electrolytic copper foil production. Dissolve copper material by copper sulfate solution, then in electrolytic equipment, copper sulfate solution by direct current electrodeposition and made the original foil, again carries on the coarsening, curing, heat resistant, corrosion resistant layer, prevent oxidation layer surface treatment, such as lithium electricity copper foil axial-flow compressor.in order main surface oxidation treatment, finally made after cutting, testing the finished product.
During electrolysis, cations in the electrolyte migrate to the cathode and electrons are reduced at the anode. The anion runs to the anode and loses electrons to be oxidized. Two electrodes were connected in copper sulfate solution and direct current was applied. At this point, copper and hydrogen will be found to precipitate from the plate connected to the cathode of the power supply. If it is a copper anode, copper dissolution and oxygen precipitation occur simultaneously.
Electrolytic copper foil, as a key functional basic raw material of electronic manufacturing industry, is mainly used in the production of lithium ion battery and printed circuit board (PCB). Among them, lithium copper foil has good electrical conductivity, good machining performance, soft texture, mature manufacturing technology, outstanding cost advantages and other characteristics, so it becomes the choice of lithium ion battery anode collector.
|Power Types||Power types||High-frequency Power Supply|
|Model and specifications||TBFBZ-50A/20V|
|Switch tube type||IGBT|
|Input Characteristics||Rated Input Voltage||Three-phase,AC380V±10% ,50HZ|
|Rated Input Power||1.2KVA|
|Rated Input Current||AC 1.8A|
|Input Power Factor||COSΦ≥0.95|
|Output Characteristics||Output Voltage||DC 0～20V|
|Output Current||DC 0～50A|
|Stabilized Current Precision||≤1%|
|Stabilized Voltage Precision||≤1%|
|Rated Output efficiency||≥90%|
|Environmental Conditions||Installation site||Indoor installations|
|Control Mode||Operating mode||PLC, ADDA, Ethernet, RS485 or RS232|
|Protection Characteristics||Over voltage, over current, short circuit, lack of phase,
over heat, water temperature, water pressure, water leakage
and other protection functions.
|TBFBZ-50A/24V||Three phaseAC380V±10% 50 HZ||DC 0～24V DC 0～50A||372*508*182|
|TBFBZ-50A/15V||Three phaseAC380V±10% 50HZ||DC 0～15V DC 0～50A||227×230×378|
|TBFBZ-50A/6V||Single phaseAC220V±10% 50HZ||DC 0～6V DC 0～50A||225×230×428|
|TBFBZ-50A/6V||Single phaseAC220V±10% 50HZ||DC 0～6V DC 0～50A||225×100×433|
|TBFBZ-50A/15V||Three phaseAC380V±10% 50HZ||DC 0～15V DC 0～50A||225×230×428|
|TBFBZ-50A/20V||Three phaseAC380V±10% 50HZ||DC 0～20V DC 0～50A||225×230×428|
|TBFBZ-50A/10V||Single phaseAC220V±10% 50HZ||DC 0～10V DC 0～50A||225×100×433|
|TBFBZ-50A/12V||Three phaseAC380V±10% 50HZ||DC 0～12V DC 0～50A||225×230×428|
|TBFBZ-80A/10V||Three phaseAC380V±10% 50HZ||DC 0～10V DC 0～80A||225×100×428|
|TBFBZ-30A/20V||Single phaseAC220V±10% 50HZ||DC 0～20V DC 0～30A||227×230×378|
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