In today’s maintenance task, we encountered an issue with a Yamada 688-21 water dispenser where the cooling function was not working. Through careful investigation and examination, we identified the source of the problem and successfully carried out the repairs. In this article, we will share our experience in the hopes of assisting those who encounter similar issues.
Firstly, upon receiving the repair request regarding the inability of the water dispenser to cool, we identified two potential main issues: a faulty pcb board and a malfunctioning cold water tank. Therefore, we decided to proceed with the following steps for troubleshooting.
Step one, we began by draining the water from the dispenser to ensure that there would be no water leakage during the operation.
Step two, we conducted a thorough inspection of the pcb board. We discovered electronic component failures on the water dispenser’s pcb board, which were responsible for the cooling function malfunction. Consequently, we decided to replace the entire pcb board.
Step three, we examined the cold water tank By opening the back cover of the water dispenser, we identified some issues. The cooling element of the cold water tank was not functioning properly, resulting in an inability to maintain cold water temperature. To address this problem, we needed to replace the cold water tank.
Finally, we took the necessary steps to replace the pcb board and cold water tank. We removed the damaged pcb board and replaced it with a brand new one. Subsequently, we replaced the cold water tank.
Following the aforementioned repair steps, we successfully resolved the cooling issue with the Yamada 688-21 water dispenser. It is now functioning properly and maintaining the desired cold water temperature.
To summarize, when encountering cooling problems with a water dispenser, the pcb board and cold water tank are two common sources of faults. Through careful investigation and examination, we were able to identify the issues and take appropriate measures for repair. If you are facing similar issues with your water dispenser, we hope this article proves helpful to you.
在今天的维修任务中，我们遇到了一台Yamada 688-21型饮水机，出现了制冷功能失效的问题。通过仔细排查和检查，我们发现了故障的源头，并成功进行了维修。在本文中，我们将分享我们的经验，希望对遇到相似问题的人们有所帮助。
首先，当我们接到关于饮水机不能制冷的报修时，我们意识到可能存在两个主要问题：电路板故障和冷水蓄水箱故障。因此，我们决定按照以下步骤进行排查。
第一步，我们首先将饮水机里的水放出来，确保操作过程中不会有水泄漏的问题。
第二步，我们对电路板进行仔细检查。发现到在该饮水机的电路板上出现了电子零件故障。这些问题导致了制冷功能的失效。因此，我们决定更换整个电路板。
第三步，我们检查了冷水蓄水箱。通过打开饮水机的后盖，我们发现了一些问题。冷水蓄水箱的制冷片不工作，导致无法保持冷水的温度。为了解决这个问题，我们需要更换冷水蓄水箱。
最后，我们采取了适当的措施来更换电路板和冷水蓄水箱。我们先取下损坏的电路板，然后用全新的电路板进行替换。接下来，我们更换了冷水蓄水箱。
经过以上的维修步骤，我们成功地修复了Yamada 688-21型饮水机的制冷问题。现在，它能够正常运行，并保持水的冷却状态。
总结起来，当饮水机出现制冷问题时，电路板和冷水蓄水箱是两个常见的故障源。通过仔细排查和检查，我们能够找到问题所在，并采取适当的措施进行维修。如果您的饮水机遇到类似的问题，希望这篇文章对您有所帮助。
