Mark
Yato
Symbol
YT-81300
Series
GRD
Material
PC
Type
universal socket and plugs with one QC3.0 USB-A socket + one PD USB-C socket
Color
black
Mass
120 g
Tension
110-240 V a.c.
Power
880 (at 110 V a.c.) | 1840 (at 230 V a.c.) W.
Level of security
IP20
Frequency
50/60 Hz
Electrical insulation class
II
Current
8 A.
Ground
Not
The socket type
Universal
Plug type
I (AU, CN) | G (UK) | A (US, JP) | C (most of the EU)
Child protection
Yes
Power
1840 W.
Fuse
8A
USB socket output voltage
5 | 9 | 12 V d.c.
Output current of the USB socket
3 | 2 | 1.5 A.
The total output voltage of the USB sockets
5 V d.c.
Total max. Output current of USB sockets
3 A.
Total max. Output power of USB sockets
18 watts
Min.current consumption
600 mA
Adapter with built-in charger with two USB ports in fast charging technology, adapted to the standard of over 150 countries.

Retractable plugs with a locking mechanism that prevents the pins from sliding back into the housing. Adapter protected against short circuit by an easily accessible ceramic fuse. Housing made of durable, flame-retardant plastic.

ADAPTER FUNCTION

universal socket with childproof lock
four kinds of plugs
maximum power at 230 V: 1840 W
ceramic fuse: 8 A.
dimensions: 68 x 53 x 52 mm
spare fuse included
POWER SUPPLY FUNCTION

maximum power: 18 W
USB-C socket in PD technology (power delivery): 5V / 3 A, 9V / 2 A, 12V / 1.5 A
USB-A socket in Q.C. 3.0 (quick charge): 5V / 3 A, 9V / 2 A, 12V / 1.5 A
FAST CHARGING TECHNOLOGY

Almost all modern mobile devices such as smartphones or tablets support fast charging technology. The most popular of these are PD and Q.C. In short, this technology allows you to charge the battery with higher voltage using a standard USB cable.

A dedicated battery management system communicates with the charger, can define its capabilities and adapt to them. Higher voltage allows you to charge with lower current while maintaining the same power. For example, at a voltage of 5 V and an intensity of 3 A, we get 18 W of power, at a voltage of 9 V and an intensity of 2 A, this power will also be 18 W. Similarly, at a voltage of 12 V and an intensity of 1.5 A.

If we get the same power with every voltage, what's the point of all this? Be aware of the limitations on both the cable and the battery side. The higher the amperage, the more difficult it is for the thin wires of the cable, its plugs, and the battery management system. For example, although the charger can provide 3A of current at 5V, the cable and battery management in the phone will usually not accept more than 2A, which will ultimately translate into a power of 10W. However, if we increase the voltage, e.g. to 9 V, then with the same charging current we get 18 W, so we will charge the device almost twice as fast.

In the name of ecology, modern smartphones are increasingly delivered without chargers. The universal YATO travel adapter is not only a necessary product for foreign travel, but also a high-quality fast charger with many tested parameters, which we can safely charge both our smartphones and tablets.

CAUTION

The mains voltage in most countries using the A, B and I type socket standard differs from the European standard. The adapter does not convert the mains voltage from 230 V to 110 V. Devices not adapted to work in the range of AC 100-250 V may not work properly.