With the rapid development of the national GDP, the design concept and production technology of air compressors have also made great progress. Because of its advantages, air compressors have been widely used in social production and work.
There are many uses of air compressors. In trains, air compressors are mainly used for starting systems, running systems, and providing adequate air supply for other components. The safety of train operation mainly depends on the quality and reliability of the hollow press of the train braking system. When the compressor is in operation, if it fails, it will cause fatal damage to the train's braking system. According to the maintenance regulations, the air compressor should be regularly inspected, which is crucial to train safety. For this reason, it is necessary to develop a test for air compressor performance testing.
This article mainly focuses on the functional specifications of air compressors, and conducts relevant experiments. It designs and provides a functional test platform for air compressors, aiming at the size of air compressors, leakage, overload, and motor operating parameters. The information is tested and the final parameters automatically generate test reports. First, the paper describes the working principle of air compressors used in light rail trains. Second, according to the maintenance system of the national standard light rail train air compressor, the design principle of air compressor performance testing experiment was summarized, and the overall implementation plan of the experiment was sorted out. Finally, the air compressor hardware system and software system are designed in detail. According to the design, the hardware functions of the air compressor mainly include the design of the test bench gas path, the console, and the related control circuit; the software system includes various test process control, test data processing, and report output modules.
The final experimental results show that all the functional requirements of the air compressor can be reflected in this experiment. The experiment can quickly and accurately obtain the parameters of the air compressor, greatly reducing the possibility of air compressor failure. The goal of successful use of air compressors was achieved.
There are many uses of air compressors. In trains, air compressors are mainly used for starting systems, running systems, and providing adequate air supply for other components. The safety of train operation mainly depends on the quality and reliability of the hollow press of the train braking system. When the compressor is in operation, if it fails, it will cause fatal damage to the train's braking system. According to the maintenance regulations, the air compressor should be regularly inspected, which is crucial to train safety. For this reason, it is necessary to develop a test for air compressor performance testing.
This article mainly focuses on the functional specifications of air compressors, and conducts relevant experiments. It designs and provides a functional test platform for air compressors, aiming at the size of air compressors, leakage, overload, and motor operating parameters. The information is tested and the final parameters automatically generate test reports. First, the paper describes the working principle of air compressors used in light rail trains. Second, according to the maintenance system of the national standard light rail train air compressor, the design principle of air compressor performance testing experiment was summarized, and the overall implementation plan of the experiment was sorted out. Finally, the air compressor hardware system and software system are designed in detail. According to the design, the hardware functions of the air compressor mainly include the design of the test bench gas path, the console, and the related control circuit; the software system includes various test process control, test data processing, and report output modules.
The final experimental results show that all the functional requirements of the air compressor can be reflected in this experiment. The experiment can quickly and accurately obtain the parameters of the air compressor, greatly reducing the possibility of air compressor failure. The goal of successful use of air compressors was achieved.
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