QP-R5HUB Mobile Phone and Tablet 65W Charging Station

Detailed Product Description

• Adopts independent port circuit architecture. Each of the 5 charging ports is equipped with an independent power supply and control module. When short circuit, overload or abnormal connection occurs on a single port, the system only cuts off the faulty port, while the other 4 ports keep charging stably without interference. It automatically resumes normal charging after removing the faulty device, ensuring reliable multi-device simultaneous use.
• Equipped with safety protection circuit, integrating short-circuit protection, over-voltage protection, over-current protection, over-temperature protection and lightning protection. It provides full-link protection from input to output, effectively avoiding potential hazards such as electric leakage, voltage breakdown, circuit overheating and lightning damage, ensuring safe long-term use in commercial scenarios.
• Built-in LED status indicators clearly display three statuses: charging, fast charging, fully charged/waiting to charge, making the charging progress visible at a glance for easy operation.
• Built-in temperature control cooling system: the cooling fan starts automatically when the internal temperature reaches 45°C, and the unit stops charging automatically when the temperature rises to 70°C. The dual temperature control mechanism prevents high-temperature damage to the charging station and charged devices, extending service life.
• Adopts genuine full power design with stable 65W PD fast charging per port, no false labeling, no speed reduction. Stable output is maintained even when 5 ports are fully loaded at the same time. Compatible with mobile phones, tablets, slim laptops and other digital devices to meet batch fast charging needs.
• Equipped with freely removable dividers to flexibly adjust slot width according to device size, suitable for electronic products of different thicknesses and sizes. Stable placement without shaking or scratching the device shell for neat storage.
• Stackable structure design allows multi-layer stacking during storage and transportation, effectively saving more than 50% space.