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Berker 260205 USB Charging Socket Mechanism 3.0 A 230 V Anthracite Matte
The Berker 260205 USB charging socket mechanism is a professional-grade electrical component designed for the versatile one.platform system. Engineered to provide a robust 3.0 A output at 230 V, this device allows for the efficient and rapid charging of smartphones, tablets, and other mobile electronics directly from a wall outlet. Its anthracite matte finish offers a sophisticated, modern aesthetic that integrates seamlessly into contemporary interior designs, making it an excellent choice for both residential homes and commercial office environments.
This charging mechanism stands out due to its high-performance output, which significantly reduces charging times compared to standard low-amperage ports. The integration with the one.platform system ensures that the component is compatible with a wide range of Berker cover plates, allowing for a uniform and professional look across all electrical installations. Its durable construction guarantees long-term reliability, while the anthracite matte surface is designed to resist fingerprints and maintain its appearance over time.
This product is designed exclusively for use within the Berker one.platform system and may not be compatible with wall plates or frames from other manufacturers. It is intended for indoor use only and should not be installed in areas exposed to high humidity or direct water contact.
Installation should be performed by a qualified electrician in accordance with local electrical regulations. The mechanism is inserted into a standard flush-mounted wall box and secured using the appropriate Berker frame and cover plate. Once installed, simply connect a compatible USB charging cable to the port to begin charging your mobile device. Ensure that the total power requirements of the connected device do not exceed the rated output of the socket.
For optimal performance and safety, always use high-quality, certified USB cables. Avoid using damaged cables, as these can affect charging efficiency and pose potential safety risks.
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