Digital integrated test technology of high-pressure gas source system

Abstract

The invention discloses a digital integrated test technology of a high-pressure gas source system, relates to the field of gas source system detection. According to the technology, a control computer, an external gas source, a load, a stop valve K1, a pressure gauge P1, a solenoid valve, a stop valve K2, a first pressure transmitter, a tested high-pressure air passage system, a second decompressor, a first decompressor, a first overflow valve, a second overflow valve, a pressure gauge P2, a pressure gauge P3, a third pressure transmitter, a second pressure transmitter, a stop valve K4, a stop valve K3, a first flow meter and a second flow meter in connection are used. The integrated test method can be used to greatly reduce time and resource, prevent connection complexity and repletion of test pipelines, and enable test to be convenient and efficient; and the technology with safety design avoids hidden safety hazards and makes test safe and reliable.

Description

technical field [0001] The invention relates to the field of gas source system detection, in particular to a digital integrated test technology for a high-pressure gas source system. Background technique [0002] High-pressure air source systems are widely used in aircraft and airborne weapons. As an energy device, its performance indicators and airtightness are related to flight safety and whether the weapons work normally. Therefore, the test of its various indicators and airtightness important. [0003] However, there are often many safety-related problems in the testing of high-pressure air source systems, making many tests require experienced technicians to operate, and the connection of the air source system in the test process is dismantled, the installation is highly repeatable, the connection is complicated, and the efficiency is high. Low, waste a lot of manpower and material resources; especially in the application of the bomb-borne high-pressure air source syste...

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Problems solved by technology

[0003] However, there are often many safety-related problems in the testing of high-pressure air source systems, making many tests require experienced technicians to operate, and the connection of the air source system in the test process is dismantled, the installation is highly repeatable, the connection is complicated, and the efficiency is high. Low, waste a lot of manpower and material resources; especially in the application of the bomb-borne high-pressure air source system in the present invention, the low test efficiency and high safety problems make the application period of the bomb-borne high-pressure air source system greatly lengthened, and even affect the entire weapon System development progress

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