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Summary

In this video, the creator walks through a quick fix for an electric kettle that isn't heating water, despite being powered on. The issue is traced to a loose connector on the heating element, causing it to burn. After inspecting the kettle's internal components, the creator demonstrates how to clean the burnt parts, secure the connector with copper wire, and reassemble the kettle. The repair is successful, as the kettle heats water again. The creator encourages viewers to like, share, and subscribe, and hopes the video helps them fix their own appliances.

Takeaways

• 😀 The video focuses on repairing a rapid electric kettle that is not boiling water despite the indicator light turning on.
• 🔧 The problem identified is that the kettle’s heating element is not functioning due to a burnt connector (cable lug) at the heating coil.
• 🛠️ The cause of the issue is a loose connection at the cable lug, which leads to oxidation and burning due to the heat generated by electricity flow.
• 👨‍🔧 The repair process involves disassembling the kettle and inspecting the heating coil for damage.
• 🔍 After testing with a multimeter, it is confirmed that the heating coil is still intact and can be repaired.
• ⚡ The repair involves cleaning the burnt area, reattaching the connector more securely, and using a small copper wire to reinforce the connection.
• 🔥 Soldering is done to ensure a better connection between the wire and the heating element, improving conductivity.
• 🔨 The creator emphasizes that care must be taken to ensure the copper wire does not touch any other part, as it could cause a short circuit or electric shock.
• 💡 After reassembly, the kettle is tested, and it successfully boils water, indicating the repair was effective.
• 👍 The video concludes by encouraging viewers to like, share, and subscribe for more repair tips, emphasizing the durability of the kettle model.

Q & A

What is the main issue with the electric kettle in the video?

The main issue is that the kettle receives electricity, as indicated by the power light being on, but it does not heat the water.

What is the initial step taken to diagnose the kettle's problem?

The creator of the video unplugs the kettle, opens it, and visually inspects the internal components to identify the problem.

What specific part of the kettle is causing the malfunction?

The issue is with the terminal (connector) that attaches to the heating element. It has become loose, causing it to overheat and burn due to poor electrical contact.

How does the creator confirm whether the heating element is still functional?

They use a multimeter to measure the resistance of the heating element. If the multimeter shows a reading, it indicates that the heating element is still working.

What is the worst-case scenario mentioned regarding the heating element?

The worst-case scenario is if the heating element is broken (i.e., no reading on the multimeter), in which case the kettle would need to be discarded.

What steps are taken to fix the burnt connector?

The burnt connector is cleaned using sandpaper, and the connection is reinforced by wrapping a small copper wire around it to ensure a tight fit.

Why is soldering performed on the connection?

Soldering is done to improve the electrical connection between the wire and the heating element, preventing future loosening and overheating.

What safety precaution is emphasized during the repair process?

It is important to ensure that no wires touch the metal parts of the kettle to avoid short circuits and potential electric shock.

How does the creator test the kettle after the repair?

After reassembling the kettle, they add a small amount of water and plug it in to verify that the water boils properly.

What is the final result of the repair?

The kettle is successfully repaired and heats the water, with visible steam and boiling sounds confirming the fix.