箱式工业微波除霜机的研究与开发

O. Morozov, A. Morozov, A. Prokopenko
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引用次数: 1

摘要

论述了微波除霜在食品工业中的优越性。显示需要制造容量高达400公斤/小时的中容量室式除霜器。介绍了微波功率高达9kw的国产室微波除霜器DMK-10.00的研制结果。体积超过1300升的除霜机的工作室和转盘在多模式下运行。该装置以915兆赫的频率由三个微波功率高达3千瓦的磁控管运行。输入磁控管电源的天线节点设置在机组的上下两部分,保证产品升温均匀。对天线功率输入节点的调谐使我们能够获得磁控管所需天线之间的驻波比和过渡衰减系数的值。微波除霜器在食品工业生产条件下进行了大功率水平的研究。研制了冷冻黄油鱼块和鱼盒微波除霜的工作模式。提出了升级装置设计以提高除霜性能的方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research and Development of Chamber Type Industrial Microwave Defroster
The advantages of using microwave defrosterostation in the food industry are considered. The need to create medium-capacity chamber-type defrosters with a capacity of up to 400 kg / hour is shown. The results of development of domestic chamber microwave defroster DMK-10.00 with a microwave power of up to 9 kW are presented. The working chamber of the defroster with a volume of more than 1300 liters and turntable operates in multi-mode mode. The installation operates at a frequency of 915 MHz from three magnetrons with microwave power of up to 3 kW. Antenna nodes for entering magnetron power are placed in the upper and lower parts of the unit to ensure uniformity of product warming. The performed tuning of the antenna power input nodes allowed us to obtain the values of the VSWR and transition attenuation coefficients between the antennas required for magnetrons. Research of microwave defroster has been carried out at high power level in the conditions of food industrial production. Operating modes of microwave defrosting of fish blocks and boxes with frozen butter have been developed. Options for upgrading the plant design to increase defrosting performance are proposed.
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