Integrated multi-group pneumatic high-frequency electromagnetic valve and working method thereof

Abstract

The invention relates to an integrated multi-group pneumatic high-frequency electromagnetic valve and a working method thereof. The integrated multi-group pneumatic high-frequency electromagnetic valve is characterized that the valve comprises a main valve body, an integrated air inlet connecting plate assembly installed above the main valve body and an integrated air outlet assembly installed below the main valve body; the main valve body includes a main valve body function plate and a main valve body airway adapter plate located below the main valve body function plate, valve magnetic coresare disposed in the main valve body function plate and are annularly arranged correspondingly, the periphery of the valve magnetic cores is sleeved with a magnetic coil, the magnetic coil is sleeved with an excitation copper coil, the magnetic coil is connected with a valve circuit board through a terminal, and an insulating plastic board is arranged under the valve circuit board. In summary, theintegrated multi-group pneumatic high-frequency electromagnetic valve has the advantages of simple structure, strong stability, quick response, low maintenance and use cost, long service life, and thelike.

Description

Technical field: [0001] The invention belongs to the technical field of pneumatic high-frequency electromagnetic drive valves, and relates to a packaged box-type high-frequency electromagnetic valve, in particular to an integrated multi-group pneumatic high-frequency electromagnetic valve. Background technique: [0002] In the case where a large number of multi-channel outputs are required for material sorting, the high-frequency solenoid valves currently on the market are all split direct-acting solenoid valves. During use, the air loss is too large and the control is not accurate. Therefore, through One air inlet, multiple air outlet channels, and a multi-output valve that connects the air outlet channels to the material sorting ring can more effectively control the gas flow and improve product performance and quality. At present, there is no one with an air inlet In addition, the current electromagnetic valve structure design is unreasonable, the opening and closing gap...

AI Technical Summary

Problems solved by technology

[0002] In the case where a large number of multi-channel outputs are required for material sorting, the high-frequency solenoid valves currently on the market are all split direct-acting solenoid valves. During use, the air loss is too large and the control is not accurate. Therefore, through One air inlet, multiple air outlet channels, and a multi-output valve that connects the air outlet channels to the material sorting ring can more effectively control the gas flow and improve product performance and quality. At present, there is no one with an air inlet In addition, the current electromagnetic valve structure design is unreasonable, the opening and closing gap is large, and the response is poor.

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