Acefast GaN wall charger (UK plug) 2x USB Type C 50W, Power Delivery, PPS, Q3 3.0, AFC, FCP (A32 UK)

Acefast wall charger GaN (UK plug) 2x USB Type C 50W, Power Delivery, PPS, Q3 3.0, AFC, FCP (A32 UK)

Acefast fast charger. Designed for the UK market, fits UK type sockets. It has two USB Type C ports that allow charging with a power of up to 50W. Allows you to quickly charge devices, e.g. in PPS, Power Delivery, Quick Charge 3.0, AFC and FCP standards. It is made of fire-resistant PC material. It has been equipped with many protections such as overheating, overvoltage, high voltage or overload. The electronic components of the charger were made in GaN technology, i.e. they are based on gallium nitride, not on silicon. GaN means better work efficiency and lower energy consumption.

Specification

• Input current: AC 100-240V, 1.0A, 50/60Hz, UK plug
• Output power:
• USB Typ C 1: 30W
• USB Typ C 2: 20W
• USB Typ C 1 + USB Typ C 2: 50W
• Material: fireproof PC
• Dimensions: 90.6 x 49 x 53.6mm
• Weight: 120g
• White color
• Certifications: UKCA, CE, RoHS, EAC, ERP6
• Fast charging: PPS, Power Delivery, Quick Charge 3.0, AFC, FCP and others
• V0 fire protection, PSE energy efficiency certificate, 3C, ERP6
• Components made in GaN technology

The most important advantages

• Work with power up to 50W. The charger transfers a current of up to 50W to the USB Type C ports.
• Made in GaN technology. Components made of gallium nitride can withstand higher loads with less heat loss. This makes the charger more efficient and consumes less electricity.
• UK plug. The charger is adapted to the English plug. Can be used in Great Britain and Ireland. It has the UKCA mark.
• PPS fast charging. Programmable Power Supply (PPS) is a technology that is compatible with many fast charging standards, including Power Delivery and Quick Charge.
• Built-in security systems. The charging process is constantly monitored by a processor that controls the operation of the charger. He deals with e.g. protection against overheating, overvoltage, overload and electrostatic discharge.