Aging room

Abstract

The invention provides an aging room which comprises an aging room body and a hot blast stove mounted outside the aging room. A main air duct is formed in the aging room body, and an air inlet of the main air duct is connected with an air outlet of the hot blast stove. The aging room body is provided with an air return port, an air return pipeline located outside the aging room body is arranged in the position of the air return port, and an air outlet of the air return pipeline is connected with an air inlet of the hot blast stove. The main air duct is connected with an exhaust air duct and an air supply duct, and the exhaust air duct and the air supply duct penetrate through the top end of the aging room body. An exhaust fan is arranged at the top end of the exhaust air duct, and an air supply fan is arranged at the top end of the air supply duct. The top end of the exhaust air duct and the top end of the air supply duct are open. The aging room is simple in structure and good in using effect and has an energy saving function; the hot blast stove is used for quickly increasing the temperature in the aging room, meanwhile, the temperature in the aging room also can be quickly lowered, the temperature in the aging room is effectively kept at a constant value, and therefore smooth aging testing is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of aging testing equipment, and in particular relates to an aging room. Background technique [0002] When electronic products are subjected to aging tests in the aging room, because many electronic products themselves will generate heat, when the temperature of the aging room rises to the aging test temperature, after a long period of testing, the temperature in the aging room will continue to rise due to the heating of the electronic products to be tested , causing the actual test temperature to be too high and damage the product to be tested; the traditional aging room will stop heating when the temperature in the aging room is higher than the test temperature, but this method is difficult to cool down in time, and in fact it will cause the temperature to rise continuously High; most of the existing aging rooms are heated by electric heaters, and then the hot air circulation is realized through circulatin...

AI Technical Summary

Problems solved by technology

[0002] When electronic products are subjected to aging tests in the aging room, because many electronic products themselves will generate heat, when the temperature of the aging room rises to the aging test temperature, after a long period of testing, the temperature in the aging room will continue to rise due to the heating of the electronic products to be tested , causing the actual test temperature to be too high and damage the product to be tested; the traditional aging room will stop heating when the temperature in the aging room is higher than the test temperature, but this method is difficult to cool down in time, and in fact it will cause the temperature to rise continuously High; most of the existing aging rooms are heated by electric heaters, and then the hot air circulation is realized through circulating fans and complex pipeline design, which has a complex structure and a slow heating rate

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