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一、进气温度对排气量的 影响 压缩机的排气量是否随进气温度的升高而增加?许多同志在测试实践中作了肯定的回答。我们在交大压缩机实验室用西安压缩机厂生产的L_2-10/8型空压机样机进行了一次试验。在一个低温的冬天,用压缩机的排气,在密封房间内加温,试验温度从7.5℃逐渐增至34℃,接着又打开窗户,使温度逐渐降至 10.8℃,试验时冷却水温为13+0.5℃,冷却水量不变,试验结果,测得排气量随温度的变化（如图1所示）。尽管由于当时进气温度稳定性较差,但从图上可以看出排气量随温度升高而增加的趋势是明显的。从20℃增至35℃时,排气量约从10.2米～3/分增至10.35米～3/分,其相对增加量
First, the intake air temperature on the exhaust volume Whether the compressor displacement with the intake air temperature increases? Many comrades in the test practice made a positive answer. We carried out a test on prototype of L_2-10 / 8 air compressor produced by Xi’an Compressor Factory at National Chiao Tung Compressor Laboratory. In a cold winter, the compressor exhaust, heating in a sealed room, the test temperature gradually increased from 7.5 ℃ to 34 ℃, and then open the window to gradually reduce the temperature to 10.8 ℃, the test cooling water temperature of 13 +0.5 ℃, the amount of cooling water unchanged, the test results, measured displacement with temperature changes (as shown in Figure 1). Although due to the poor stability of the intake air temperature at the time, it can be seen from the figure that the tendency of the exhaust gas volume to increase with increasing temperature is obvious. When the temperature is increased from 20 ° C to 35 ° C, the displacement is increased from about 10.2 m 3 to 10.35 m 3 / min, and the relative increase