European Power Strip usually have a rated current range of 10A to 16A, which can cover power requirements of 2300W to 3680W. For example, a 10A socket is suitable for low-power devices such as mobile phone chargers and table lamps, while a 16A socket can carry high-power appliances such as air conditioners and electric water heaters. Users need to choose the corresponding socket according to the power of the device to avoid overload. The built-in overload protection device of the socket can monitor the current in real time. When the current exceeds the rated value, the protection device will automatically cut off the power supply to prevent fire or equipment damage caused by overheating. For example, when multiple high-power appliances are connected at the same time, if the current exceeds 16A, the circuit breaker will respond immediately.
European sockets must pass international certifications such as CE and IEC to ensure compliance with safety regulations. These certifications cover requirements such as electrical performance, material flame retardancy, and grounding protection. For example, CE certification requires that the socket has double insulation or grounding protection to prevent leakage accidents. The socket shell is made of flame-retardant material, and the internal thermal conductive design can disperse heat and reduce local temperature rise. For example, aviation sockets use a polycarbonate shell that is resistant to high temperatures of up to 200°C, and are designed with heat dissipation channels to ensure that long-term high-power use does not cause overheating.
The cylindrical jack span of the European socket is 19 mm, which is compatible with plugs that meet this standard. Users can use converters to adapt different plug types. For example, when using American plugs, a European standard converter is required.
High-power electrical appliances should use separate sockets to avoid multiple high-power devices sharing the same circuit. For example, air conditioners, electric water heaters and other equipment need to be equipped with separate 16A sockets to prevent overload. Users need to clean the sockets regularly to avoid dust accumulation and poor contact. At the same time, the protection device should be checked for failure to ensure its normal operation. For example, wipe the surface of the socket with low-concentration alcohol every three months and test the response speed of the circuit breaker.
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