Energy-saving combustion test furnace for testing burner performance

Abstract

The embodiment of the invention discloses an energy-saving combustion test furnace for testing burner performance. The energy-saving combustion test furnace comprises a kiln body, an air supply and exhaust system, a combustion supporting system and a detection data acquisition mechanism, wherein the periphery of the kiln body is closed, and the kiln body comprises a kiln frame and a fire-resistantheat preservation layer; the air supply and exhaust system is arranged on the kiln body and used for providing combustion-supporting air and exhausting waste gas; the combustion supporting system isarranged on the kiln body and used for providing fuel for a burner to be tested; the detection data acquisition mechanism comprises a temperature sensor arranged on the kiln body, an air pressure sensor arranged on the air supply and exhaust system and a product placing hole formed in the kiln body. By the adoption of the device, the real environment of the kiln can be simulated, the performance of key parts such as the burner and the fire-resistant heat preservation structure of the kiln is tested through simulated combustion, and detection data can be obtained conveniently.

Description

technical field [0001] The invention relates to a test furnace, in particular to an energy-saving combustion test furnace for testing the performance of a burner. Background technique [0002] Ceramics are sintered in a high-temperature kiln, and the burner for heating ceramic products is the core component of the kiln. important role. Therefore, it is necessary to study a combustion test furnace for testing burner performance, so as to test and verify burner performance, combustion state, energy saving effect and other indicators, and provide data support for improving the burner structure, thereby improving the overall performance of the kiln. [0003] Existing combustion test furnaces are generally circular or square with narrow space, and the burners are arranged on one side. Although the basic performance of the burners can be tested, the general purpose is single and the range of test burner power is narrow (such as within 60kw). It is impossible to simulate the stat...

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Problems solved by technology

[0003] Existing combustion test furnaces are generally circular or square with narrow space, and the burners are arranged on one side. Although the basic performance of the burners can be tested, the general purpose is single and the range of test burner power is narrow (such as within 60kw). It is impossible to simulate the state of the burner in the large-scale production of the kiln, and it does not take into account whether the furnace body itself is energy-saving

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