MULTIPOWER DESK GAN 130W

Ultra-compact 130W 4-port mains charger with GAN technology

In Stock

Product Code: ACHUSBGAN4PD130WKK

119,99 €

Product added to cart

Terms and Returns and Refunds

For information on the Terms and Conditions click here.
If you are not happy with your purchase, you have 14 days from the date you received your order to return any purchased products.Read more.

Shipping

The cost for delivery is 7,50€ and it takes on average 2/4 working days after order. For more informations please click here.

Trade-In (WEEE)

You may request a free “one for one” trade-in for end-of-life electrical and electronic equipment (known as WEEE). However, this trade-in requires the customer to purchase a new equivalent device and it must be requested at the same time as the purchase. Please use this free system to get rid of your WEEE and do not throw them, away.
Read more

Support and Assistance

To ask for support and assistance please click here.

Description

MULTIPOWER DESK GAN 130W is the ultra-compact desktop charger, ideal for charging smartphones, tablets and laptops compatible with 100W and below in one go. When used simultaneously, the ports deliver a maximum of up to 130W. The USB-C Power Delivery 100W ports are compatible with Samsung's Super Fast Charging, while the USB-A port provides adaptive charging up to 30W. MULTIPOWER GAN 130W is equipped with GaN technology. This technology is based on gallium nitride, or GaN, a material recently used in charger semiconductors. The main advantage of gallium nitride, with reference to battery chargers, is that it produces less heat. The lower heat production allows the components to be closer together and, consequently, reduce the size of the chargers.

Details

Pack Contents: Mains charger, Instructions
Charges everything in complete safety. Each port is designed to recognise the connected devices and to trigger the right charge so you can charge every single device in complete safety.
100% safe. The electronics are designed to prevent overheating, and the protective circuit prevents overloads and short circuits