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How to Improve Your Systematic Troubleshooting Techniques

机译:如何提高系统的系统故障排除技术

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Learning the most efficient methods of troubleshooting not only saves the technician's time but also the customer's money. Systematic troubleshooting using the symptom/cause method is a quick and efficient way a service technician can solve even the toughest of service calls. Good systematic troubleshooting skills and techniques are a win-win situation for both customer and technician. Consider the following example of systematic troubleshooting that incorporates the symptom/ cause method. The service call is for no cooling in a medium temperature reach-in cooler in a small town variety store. Figure 1 illustrates the single-phase, R-134a capacitor start/capacitor run (CSCR) refrigeration compressor motor and starting relay circuit section of an electrical schematic diagram for the cooler. Notice in this circuit that the compressor's run winding has been burnt open from a motor overheating problem. The technician first looks the system over and listens for any clues as to what the problem may be, then studies the electrical schematic diagram, especially if compressor will not run. Understanding the logic or sequence of operation of the system and circuit is of utmost importance in systematic troubleshooting.
机译:学习最有效的故障排除方法不仅可以节省技术人员的时间,而且还节省了客户的钱。使用症状/原因方法系统的系统故障排除是一种快速有效的服务技术人员可以解决即使是最棘手的服务呼叫。良好的系统故障排除技能和技术是客户和技术人员的双赢局面。请考虑以下系统故障排除的示例,其包含症状/原因方法。服务呼叫在小城镇品种商店中的中等温度达到冷却器中没有冷却。图1说明了单相,R-134A电容器开始/电容器运行(CSCR)制冷压缩机电机和冷却器电气原理图的起动继电器电路部分。在该电路中注意到压缩机的运行绕组已从电机过热问题中烧毁。技术人员首先向系统看起来并侦听任何问题的线索,然后研究电气原理图,特别是如果压缩机不会运行。了解系统和电路的操作逻辑或序列在系统故障排除中至关重要。

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