USB Power Strip Surge Protector - Desktop Extension Cord with 4 Widely Spaced Outlets & 4 Smart USB Ports, Portable Charging Station for Home, Office, Hotel, Dorm, RV, Faux Walnut Grain

All-in-One Charging Station: Contains 4 smart-charging USB ports and 4 well-spaced outlets with a 2-in-1 on/off switch and circuit breaker featuring an LED indicator that automatically shuts off if overloaded. Highly effective for charging phones, AirPods, earbuds, headphones, smartwatches, Bluetooth speakers, PS4 controllers, tablets, computers, laptops, TVs, table lamps, printers, scanners, and other electronic devices.
Wide Spaced Outlets: 4 non-interfering outlets can accommodate 4 large adapters. This 5ft wood grain power station (rated current 10A) is engineered with adaptable voltages: 110V-240V. It automatically adjusts to the wall outlet voltage it is connected to. When utilized in the United States (110-125V), its maximum power is 125V x 10A = 1250W. This square power strip block offers extensive compatibility, with a maximum wattage up to 2400W.
Smart USB Charger: 5V/ 3.4A is distributed among the 4 USB slots, with each port capable of delivering 0- 2.4A for USB-A devices and 0-3A for USB-C devices. Featuring smart IC technology, these USB ports identify connected devices and automatically supply the fastest possible yet safe charging current within their output capability.
Comprehensive Protection Technology: An integrated 900J surge protector filters minor circuit surges and deactivates during significant surges, such as those caused by lightning. The housing is constructed from flame-retardant material capable of withstanding temperatures up to 1, 380°F (750°C). This universal power socket also includes overload, short-circuit, USB over-voltage, USB over-current, and USB over-heated protection.
Compact & Aesthetic: Features a Rubik's cube design with walnut grain, is portable and stylish. With dimensions of 3.50 x 3.50 x 1.96 inches, it is convenient to carry and excellent for travel. The 5-foot pure core cord ensures stable current output, enhanced conductivity, and efficient heat dissipation