A method of electrolytic plating power supply

Abstract

The invention discloses a method of an electrolytic plating power supply, including a main box, a coolant, an information processor, a signal switch, a current sense port, a heat-dissipating fan, a voltage detection port, a voltage regulator, an output port, current regulate component, ventilation fin, electronic touch display, safety signal lamp, insulated handle, electrolytic cell, rectify circuit, single junction transistor oscillation trigger circuit, inverter circuit, transformer, current voltage detection circuit, load, safety power-off device and information processing device. The invention has the advantages that: the design of the electrolytic plating power supply is reasonable, the information processor facilitates the sorting and merging of the obtained data and the sending of instructions to various circuit ports, The current detection port facilitates the control and detection of the output current and voltage, the current regulating module keeps the internal current stable, and the safety signal lamp facilitates the early warning of the user and the real-time expression of the internal running state.

Description

technical field [0001] The invention relates to a power supply device, in particular to a method for electrolytic plating power supply, which belongs to the technical field of electroplating power supply. Background technique [0002] In the electroplating industry, since the power supply cannot be disconnected from the beginning of the electroplating until the end of the electroplating, the electroplating equipment has high requirements for the continuity of the power supply. However, the existing electroplating equipment power supply generally adopts the structure of a single power supply device However, when the power supply device breaks down, the power supply of the electroplating equipment will stop immediately, causing the electroplating raw materials and products in the electroplating pool to be scrapped. However, if the pure power supply is connected in parallel, when one of the power supply modules fails, the current of other power supply modules will rebound, whic...

AI Technical Summary

Problems solved by technology

[0002] In the electroplating industry, since the power supply cannot be disconnected from the beginning of the electroplating until the end of the electroplating, the electroplating equipment has high requirements for the continuity of the power supply. However, the existing electroplating equipment power supply generally adopts the structure of a single power supply device However, when the power supply device breaks down, the power supply of the electroplating equipment will stop immediately, causing the electroplating raw materials and products in the electroplating pool to be scrapped. However, if the pure power supply is connected in parallel, when one of the power supply modules fails, the current of other power supply modules will rebound, which will not only cause damage to the power supply group, but also affect the normal power supply of the power supply group. The current in the electroplating equipment is unstable, which seriously affects the quality of electroplating

[0003] Parallel connection of power modules needs to set up a main power module with a built-in monitoring device. When the main power fails, the power group will be paralyzed. Therefore, the traditional electroplating power supply is no longer suitable for the existing production and use requirements, because there are some problems. First, Faults will occur in a chain reaction. One fault will affect the entire device. Second, during the electroplating process, the requirements for the power supply are very high, and the power supply must maintain continuity. Third, the requirements for the sealing and anti-corrosion performance of the power supply are very strict. However, the traditional electroplating power supply has poor sealing performance and cannot achieve the purpose of anti-corrosion. The life of the power supply is short and the stability is poor.

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