ANALISIS KARAKTERISTIK UNJUK KERJA KONDENSOR PADA SISTEM PENDINGIN (AIR CONDITIONING) YANG MENGGUNAKAN FREON R-134 a BERDASARKAN PADA VARIASI PUTARAN KIPAS PENDINGIN

Bina Teknika Pub Date : 2017-08-02 DOI:10.54378/bt.v11i2.104
S. Siagian
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引用次数: 2

Abstract

Air conditioning in the room is used to regulate humidity, heating and cooling the air in the room. This conditioning aims to provide comfort, so as to reducing fatigue. To get the air temperature corresponding to the desired lot alternative that can be applied, such as by increasing the heat transfer coefficient condensation and by adding the speed of cooling air in the condenser that will obtained coefficient greater performance. The method used in this study was experiments using the equipment of the machine refrigeration air conditioning system in the energy Conversion Laboratory designed by students of the faculty of Engineering , recorded data such as temperature, pressure and the pressure difference in the compressor. To make variations in condenser fan shaft rotation is done by making several changes to the motor frequency power move. Variations condenser fan rotation electric motor used is 50 rpm up to 120 rpm. The registration data such as pressure and temperature subsequently plotted on P-h chart for the refrigerant R-134a. Based on the discussion and the calculation of the data obtained, it can be a number of conclusions and performance characteristics of the cooling system, greater the flow rate air to cool the condenser then the coefficient of achievement is increasing. Because the rate of large heat release will impact on condenser temperatures are getting lower, so can achieve lower temperatures again in evaporator output. So the compressor work more light on the variation rate of heat release most.
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根据冷却器旋转的变化,对空调系统中使用R-134的冷凝运行特征进行分析
室内空调用于调节湿度,加热和冷却室内空气。这种调理的目的是提供舒适,从而减少疲劳。为了得到与所期望的空气温度相对应的温度,可采用多种替代方法,如通过增加冷凝换热系数和通过增加冷凝器内冷却空气的速度,将获得更大的性能系数。本研究采用的方法是利用工学院学生设计的能量转换实验室的机器制冷空调系统设备进行实验,记录压缩机内的温度、压力、压差等数据。要使冷凝器风机轴的旋转发生变化,是通过对电机频率进行数次改变来实现的。变型冷凝器风机使用的旋转电机是50转/分到120转/分。随后将R-134a制冷剂的压力、温度等配准数据绘制在P-h图上。通过对所得数据的讨论和计算,可以得出一些结论和冷却系统的性能特点,冷气流量越大,冷凝器的制冷效果系数越高。因为大的放热速率会影响冷凝器的温度越来越低,所以可以在蒸发器输出时再次达到更低的温度。因此,压缩机的工作对放热变化率影响最大。
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