Car charger Hoco 2xUSB A + 2xUSB C+3x cigarette lighter jungtys PD QC3.0 240W Z64 juodas

The Hoco Z64 car charger is an advanced power splitter with a power output of up to 240W, equipped with three cigarette lighter sockets and four USB ports (2 USB-C, 2 USB-A). This allows you to simultaneously power multiple devices – smartphones, tablets, car cameras, navigation systems, and recreational equipment – ​​while the clear LED display shows the current battery voltage.

High power and three independent cigarette lighter sockets: The Z64 offers three cigarette lighter sockets, each of which can operate at up to 120W at 12V or 240W at 24V. Each socket has its own ON/OFF switch, increasing convenience and safety. This is a perfect solution for drivers who need to power multiple devices simultaneously.

Versatile USB-C and USB-A Ports: The charger is equipped with two USB-C 5V/3.1A ports and two USB-A 5V/2.4A ports, enabling fast and stable charging of phones, tablets, and accessories while driving. The combined output current from the USB ports is 6.2A , allowing for simultaneous charging of multiple devices without performance drops.

LED Display and Improved Safety: The built-in LED screen displays the current vehicle voltage, helping you monitor your battery status. The charger also has multi-level protection, including overvoltage, overload, and thermal protection, ensuring safe use in all conditions.

Practical design and long cable: The solid, non-slip ABS and PC housing guarantees durability, and the 95 cm long cable allows you to place the splitter in a convenient place – even on the back seat. The device works with 12V and 24V installations, making it suitable for passenger cars, buses, and trucks.

Specification:
Model: Hoco Z64
Cigarette lighter sockets: 120W Max (12V), 240W Max (24V), each 10A
USB-C ports: 5V/3.1A, 15.5W Max
USB-A ports: 5V/2.4A, 12W Max
Total power of USB ports: 5V/6.2A
Power supply: DC 12-24V
Display: battery voltage (LED)
Cable length: 95 cm
Material: ABS + PC
Protections: overvoltage, overload, temperature