High-temperature sunlight diurnal effect testing device

Abstract

The invention relates to a high-temperature sunlight diurnal effect test device. The test device comprises a test room, a heater, a simulation sunlight source, a hanging bracket equipped with the simulation sunlight source, temperature sensors and a control box provided with an automatic control circuit, wherein, the hanging bracket is hung at the upper part in the test room, and the heater is arranged at the lower part in the test room; output signals from the temperature sensors are transmitted to the automatic control circuit; the automatic control circuit is used for controlling the simulation sunlight source and the heater to work; the hanging bracket is hung at the upper part in the test room through an automatic lifting mechanism; and the automatic control circuit is used for controlling the automatic lifting mechanism to work. Compared with the prior art, the high-temperature sunlight diurnal effect test device has the following beneficial effects: the specific test room does not need to be built and a test site is not limited; the hanging brackets of different sizes can be selected according to different test objects; after the hanging bracket is selected, the selected hanging bracket can be detachably connected with hanging ropes so as to adapt to tests for cabin bodies in different external dimensions; the hanging bracket is light in weight and is low in manufacturing cost; and the operation method is simple and the constant-temperature effect of a heating source is good.

Description

technical field [0001] The invention is a high-temperature sunshine day effect test equipment used for testing the ability of a shelter to withstand solar radiation when it is used and stored outdoors without a cover. Background technique [0002] In order to demonstrate whether the adhesively formed military shelter or van cabin can be used in a higher ambient temperature, it is usually necessary to conduct a pre-delivery test demonstration, that is, after the cabin is spliced ​​and formed, simulate high-temperature sunshine effect test. Under such demands, high-temperature sunlight thermal effect simulation test equipment has appeared in the prior art. However, the problems and shortcomings of the prior art mainly include that the outer suspension frame of the test equipment is easily damaged after frequent use; the sunlight source is often used, and the capacity is damaged and needs to be replaced frequently; Contents of the invention [0003] In order to solve the ab...

AI Technical Summary

Problems solved by technology

However, the problems and shortcomings of the existing technology mainly include that the external suspension of the test equipment is easily damaged after frequent use; the sunlight source is often used, and the capacity is damaged and needs to be replaced frequently; the installation of the external suspension is troublesome

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