Cooling water circulating system for supercharger laboratory
A technology for laboratory use and circulation system, which is applied in the field of supercharger laboratory auxiliary systems, which can solve the problems of increasing sewage treatment volume and wasting water resources, and achieve the effect of saving water and reducing sewage volume
Active Publication Date: 2015-03-11
NINGBO WEIFU TIANLI TURBOCHARGING TECH
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Problems solved by technology
During the test, tap water is generally directly connected to the cooling water inlet of the water-cooled bearing body and the cooling water inlet of the water-cooled turbine box, and the water is discharged from the high-temperature water outlet of the water-cooled bearing body and the high-temperature water outlet of the water-cooled turbine box. The high-temperature water is directly discharged through the sewage pipe, which not only wastes precious water resources, but also increases the amount of sewage treatment
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[0012] The present invention will be described in further detail below in conjunction with the embodiments of the drawings.
[0013] The invention provides a cooling water circulation system for a turbocharger laboratory, such as figure 1 As shown, it includes a cold water reservoir 1, a cold water pump 2, a high-level water tank 3, a high temperature water reservoir 4, a high temperature water pump 5 and a cooling water tower 6; the water inlet of the cold water reservoir 1 is connected with an external tap water supply device, And the pipe connecting the two is provided with a tap water inlet ball valve 71, the outlet of the cold water reservoir 1 is connected to the inlet of the high-level water tank 3 through the cold-water pump 2, and the water outlet of the high-level water tank 3 is respectively connected to the water-cooled turbine of the supercharger The cooling water inlet of the tank is connected with the cooling water inlet of the water-cooled bearing body, and the pi...
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The invention discloses a cooling water circulating system for a supercharger laboratory. The cooling water circulating system comprises a cold water storage tank, a cold water pump, a high level water tank, a high temperature water storage pool, a high temperature water pump and a cooling water tower, wherein a water inlet of the cold water storage tank is connected with an external tap water supply device, a water outlet of the cold water storage tank is connected with a water inlet of the high level water tank through the cold water pump, a water outlet of the high level water tank is respectively connected with a cooling water inlet of a water cooling turbine box of a supercharger and a cooling water inlet of a water cooling bearing body, a water inlet of the high temperature water storage tank is respectively connected with a high temperature water outlet of the water cooling turbine box of the supercharger and a high temperature water outlet of the water cooling bearing body, a water outlet of the high temperature water storage tank is connected with a water inlet of the cooling water tower through the high temperature water pump, and a water outlet of the cooling water tower is connected with a water inlet of the cold water storage tank. The cooling water circulating system has advantages that a cold water and hot water alternating circulating system is formed, not only can the water consumption of the supercharger water cooling effect test be effectively reduced, but also the sewage amount can be greatly reduced.
Description
Technical field [0001] The invention relates to an auxiliary system for a supercharger laboratory, in particular to a cooling water circulation system for a supercharger laboratory. Background technique [0002] The exhaust temperature of a gasoline engine is generally as high as about 950°C. For a gasoline supercharger, such a high exhaust temperature will directly affect the performance and reliability of the gasoline supercharger. In order to solve the above problems, gasoline superchargers generally adopt a water-cooled bearing body and a water-cooled turbine box structure. [0003] Before the gasoline supercharger is put into production, it is necessary to test the water cooling effect of the gasoline supercharger in the supercharger laboratory. During the test, tap water is generally connected directly to the cooling water inlet of the water-cooled bearing body and the cooling water inlet of the water-cooled turbine box, and discharged from the high-temperature water outlet ...
Claims
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IPC IPC(8): F01D25/12
Inventor 王张威王志宏叶松涛
Owner NINGBO WEIFU TIANLI TURBOCHARGING TECH