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Implementation and Experimentation of Effective Clog Removal Method in Tractors for Enhanced Condenser Life and Air Conditioning Performance During Reaper Application

机译:拖拉机有效堵塞方法的实施与实验,加强电容器寿命和空调性能在收割机应用中

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Tractors in the field are exposed to adverse operating conditions and are surrounded by dust and dirt. The tiny, thin and sharp broken straw and husks surround the system in reaper operation. The tractors which are equipped with air conditioning system tend to show detrimental effects in cooling performance. The compressor trips frequently by excess pressure developed in the system due to condenser clogging and hence cooling performance is reduced considerably. The air conditioning performance reduces due to the clogged condenser located on the top roof compartment of operator’s cabin, which is better design than keeping in front of radiator where clogging happens every hour and customer need to stop the tractor to clean it with specific blower. The present system is designed keeping condenser at the top of the roof where heavy particles won’t reach easily, So, condenser choking/clogging is observed every 2 hours, this makes the operator to perform repetitive cleaning operations with specific equipment and is a time-consuming process. The present system utilizes the condenser fan operating logic to eliminate this issue and enhance overall system performance by rotating in opposite direction.
机译:该领域的拖拉机暴露于不利的操作条件,并被灰尘和污垢包围。微小,薄而尖锐的稻草和外壳围绕着收割机操作的系统。配备空调系统的拖拉机倾向于在冷却性能方面表现出不利影响。由于冷凝器堵塞而在系统中发育过多的压力经常通过过高的压力来跳闸,因此显着降低了冷却性能。由于位于操作员机舱顶部顶部舱室的堵塞冷凝器,空调性能降低,这比在散热器前方保持堵塞时,每小时堵塞,客户需要停止拖拉机用特定的鼓风机清洁拖拉机。本系统设计保持在屋顶顶部的冷凝器,其中重粒子不会容易地达到,因此每2小时观察到冷凝器窒息/堵塞,这使得操作员能够使用特定设备进行重复的清洁操作,并且是时间 - 报价过程。本系统利用冷凝器风扇操作逻辑来消除此问题,并通过沿相反方向旋转来提高整体系统性能。

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