1, according to the type of plating solution to choose the power supply
Different types of plating baths require different power supplies to meet their voltage and current requirements. For example, for conventional acid copper plating process, 12V or 24V DC power supply can be selected; For high-speed electroplating process, it is necessary to choose a power supply with higher power, such as 100W or more. Therefore, when selecting the electroplating power supply, the type of electroplating solution and its needs should be fully considered.
2. Select the power supply according to the current size
The amount of current required in the electroplating process is also an important factor in selecting a suitable electroplating power source. For electroplating processes with high current requirements, a power supply with a large output current should be selected. For example, for electroplating processes that require more than 50A of current, a power supply with more than 50A of output should be selected.
3. Select the power supply according to the voltage
The voltage required during the plating process is also a factor that needs to be considered when selecting a plating power source. For electroplating processes with high voltage requirements, a power supply with a corresponding voltage output should be selected. For example, for electroplating processes requiring a voltage of more than 10V, a power supply with an output of more than 10V should be selected.
When choosing a suitable electroplating power supply, in addition to the above factors, it is also necessary to consider the stability, safety and use costs of the power supply. In the selection process, the appropriate electroplating solution should be selected according to the requirements of the plating process, and then the appropriate power supply should be selected according to the type of electroplating solution to avoid over-reliance on automation equipment. At the same time, in order to ensure that the selected power supply can meet the actual needs, it is recommended to test run in practical applications to observe whether its performance meets the expected requirements.
