首页|蒸烤箱门密封系统的研究与应用

蒸烤箱门密封系统的研究与应用

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蒸烤箱漏气漏水问题是行业的核心难点之一,门密封系统可靠性是产品质量的重要指标.本文从方案设计确认,然后进行实际测试验证,反复分析、验证及改善,解决测试出现各种异常.各问题都是环环相扣.门的密封性能主要与门的结构、门玻璃的平整度、腔体前板铆接高度、密封圈的设计过盈量、密封圈的硬度、密封圈老化变形量、密封圈的尺寸控制、腔体气压的大小等相关.解决门漏气漏水问题是一个系统工程,各模块均需要有合理有效的方案去控制.通过控制门玻璃平整度,使用检具通止规检验前板密封槽尺寸,控制腔体铆接高度在公差范围内.根据实际情况对密封圈进行设计补尝,适当增加密封圈密封边厚度,选择合适的密封圈硬度值,配制合理开门力,使用工装检查并控制密封圈批量尺寸稳定性.最终,解决蒸烤箱漏气漏水的重要技术难题.
Research and Development of Electric Steam Furnace Door Sealing System
The problem of steam oven leakage is one of the core difficulties of the industry,and the reliability of the door sealing system is an important indicator of product quality.This paper from the scheme design confirmation,and then the actual test verification,repeated analysis,verification and improvement,to solve various anomalies in the test.The problems are all connected.The sealing performance of the door is mainly related to the structure of the door,the flatness of the door glass,the riveting height of the front plate of the cavity,the design interference amount of the seal ring,the hardness of the seal ring,the aging deformation of the seal ring,the size control of the seal ring,the size of the chamber air pressure,etc.Solving the problem of door leakage is a systematic project,and each module needs a reasonable and effective plan to control it.By controlling the flatness of the door glass,the size of the front plate sealing slot is checked by the check tool and the riveting height of the cavity is controlled within the tolerance range.According to the actual situation,the sealing ring is designed and tested,the sealing edge thickness of the sealing ring is appropriately increased,the proper sealing ring hardness value is selected,the reasonable opening force is prepared,and the batch dimensional stability of the sealing ring is checked and controlled with the tooling.Finally,solve the important technical problems of steam oven leakage.

sealing ringsealing groovesiliconeair leakageopening forceflatness

黄福敏

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广东格兰仕电器制造有限公司 中山 528400

密封圈 密封槽 硅胶 漏气 开门力 平整度

2024

日用电器
中国电器科学研究院有限公司

日用电器

影响因子:0.071
ISSN:1673-6079
年,卷(期):2024.(5)