Electrostatic fume purification drive power source

Abstract

The present invention discloses an electrostatic fume purification drive power source. The electrostatic fume purification drive power source comprises a power circuit, a CPU control circuit, a drivecircuit, an output circuit and a signal detection circuit. The CPU control circuit is connected with the drive circuit and the signal detection circuit, the drive circuit is connected with the signaldetection circuit and the output circuit, the output circuit is connected with the signal detection circuit, and the power circuit is connected with the CPU control circuit and the drive circuit; andthe signal detection circuit comprises a signal detection chip, a 160th resistor, a 147th resistor, a 115th resistor, a 132th resistor, a 161th resistor, a 109th diode, a 108th diode, a 116th diode, a107th diode and a 102th transformer. The electrostatic fume purification drive power source can accurately reflect various abnormal conditions, can achieve various protection functions, can achieve automatic matching of the voltage and an electrostatic field and an automatic gear switching function to allow the electric field to work in an optimal state.

Description

technical field [0001] The invention relates to the field of power supplies, in particular to a drive power supply for electrostatic oil fume purification. Background technique [0002] The electric field of the electrostatic oil fume purifier uses a cylindrical honeycomb structure, so that the electrostatic field can evenly reach the maximum average electric field strength, greatly increasing the area of ​​electric field purification, and making the electric field and oil fume particles combine for a longer time, thus determining The equipment has extremely high oil fume removal efficiency. The sampling method adopted by the detection circuit in the electrostatic oil fume purification driving power supply is to add a current limiting circuit before the high voltage package, which can only protect against overcurrent, but cannot automatically match various electrostatic fields and automatic gear switching, and cannot detect open circuit, short circuit, Overvoltage and fire ...

AI Technical Summary

Problems solved by technology

The sampling method adopted by the detection circuit in the electrostatic oil fume purification driving power supply is to add a current limiting circuit before the high voltage package, which can only protect against overcurrent, but cannot automatically match various electrostatic fields and automatic gear switching, and cannot detect open circuit, short circuit, Protect against phenomena such as overvoltage and fire, and cannot accurately feedback various abnormal situations

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