WhatsApp

Repair Case: Vertex BY508 Bottled Water Dispenser with Cooling Issues

Repair Case: Vertex BY508 Bottled Water Dispenser with Cooling Issues

Today, we repaired a Vertex BY508 bottled water dispenser for a customer who reported inconsistent cooling performance. Sometimes the dispenser would cool properly, while other times, the cooling system failed. Here’s a detailed breakdown of the troubleshooting and repair process.

Problem Description

The primary issue was unstable cooling functionality. We suspected a problem with the compressor or associated components and decided to focus on these areas during our inspection.

维修案例：Vertex BY508瓶装水桶饮水机制冷故障排查与维修

今天我们为客户维修了一台Vertex BY508瓶装水桶饮水机。客户反映，这台饮水机最近制冷功能不稳定，有时可以制冷，有时却无法正常工作。以下是我们对故障原因的排查过程及解决方法。

问题描述

这台饮水机的主要问题是制冷功能时好时坏。初步判断可能与压缩机或相关组件有关，因此我们决定从压缩机部分着手检查。IMG 9951 IMG 9952

Troubleshooting and Repair Steps

1. Checking the Compressor

  • Removed the Heat Sink: The compressor is located at the back of the dispenser. We began by removing the heat sink for easier access.
  • Measured Current with a Detection Device: The current reading was 0.916 amps, indicating that the compressor was running but might have underlying issues.

排查与维修步骤

1. 检测压缩机工作状态

  • 松开散热片：饮水机的压缩机位于机身背部，我们首先拆下后部的散热片以便检修。
  • 接入电流检测仪：测得当前压缩机的工作电流为0.916安培，说明压缩机正在运行，但可能存在异常。

IMG 9953 IMG 9954

2. Disassembling and Testing Components

  • Disconnected Terminals: We detached the compressor’s wiring terminals, including the overload protector and starter.
  • Measured Resistance Using a Multimeter:
    • Starter Resistance: Measured at 12.7 ohms, which is within the normal range.
    • Overload Protector Resistance: Measured at 2.6 ohms, higher than the normal range of 1 to 1.4 ohms. Additionally, we observed visible cracks on the overload protector, confirming it was faulty.

2. 拆解并检测组件

  • 拆下接线端子：我们卸下压缩机的接线端子，以及过载保护器和启动器。
  • 使用万用表测量阻值：
    • 启动器阻值：测得12.7欧，属于正常范围。
    • 过载保护器阻值：测得2.6欧，明显偏高，正常阻值应在1至1.4欧之间。此外，观察到过载保护器外壳已出现开裂迹象，进一步验证了故障的原因。

IMG 9957 IMG 9956 IMG 9955IMG 9959

3. Verifying Compressor Coil Health

To ensure the compressor was not the root cause of the overload protector damage, we tested the compressor coils. Results showed normal resistance values, ruling out compressor failure.

3. 检查压缩机线圈

为了确认压缩机本身是否有问题，我们对其线圈进行了测试，结果显示线圈阻值正常，排除了压缩机损坏的可能性。IMG 9958

Root Cause Analysis

The damaged overload protector was the primary cause of the cooling issues. Upon further investigation, we found that the water dispenser was placed too close to the wall, causing poor heat dissipation. Over time, this led to the overload protector overheating and failing.

Repair Process

  • Replaced the Overload Protector: We installed a new overload protector and ensured all connections were secure.
  • Adjusted the Placement of the Dispenser: To prevent future issues, we advised the customer to maintain at least a 10 cm gap between the dispenser and the wall for better heat dissipation.

Outcome and Customer Feedback

After replacing the overload protector, we tested the dispenser, and its cooling function was fully restored. The customer was pleased with the repair and appreciated our advice on proper placement for optimal performance.

If you are experiencing similar issues with your bottled water dispenser, such as inconsistent cooling or compressor-related problems, feel free to contact us. We offer expert repair services to ensure your dispenser functions efficiently and reliably!

故障原因分析

经综合检查，过载保护器损坏是主要原因，且损坏的根本原因是饮水机摆放位置过于靠近墙壁，导致散热效果不佳，长期运行使过载保护器负荷过重而损坏。

解决方法

  • 更换过载保护器：我们安装了全新的过载保护器，并确保所有接线端子连接牢固。
  • 调整饮水机摆放位置：建议客户将饮水机与墙壁保持至少10厘米的距离，以改善散热条件，避免类似故障再次发生。

维修结果与客户反馈

更换过载保护器后，我们重新启动饮水机，测试其制冷功能，设备运行正常，且制冷效果稳定。客户对维修效果非常满意，并接受了我们的摆放位置调整建议。

如果您的饮水机也出现类似问题，例如制冷功能异常或压缩机无法正常工作，请随时联系我们。我们提供专业的检修和更换服务，让您的设备始终保持最佳性能！IMG 9960 IMG 9961 IMG 9962