Acefast GaN wall charger (UK plug) USB Type C 30 W, Power Delivery, PPS, Q3 3.0, AFC, FCP white (A24 UK white)

Acefast GaN wall charger (UK plug) USB Type C 30 W, power supply, PPS, Q3 3.0, AFC, FCP (A24 UK)

Acefast fast wall charger. Designed for the UK market, compatible with UK sockets. It features a USB Type-C port that allows charging at up to 30W. It enables fast charging of devices, including those using the PPS, Power Delivery, Quick Charge 3.0, AFC, and FCP standards. It is constructed from fire-resistant PC material and equipped with numerous protection features, including overheating, overvoltage, high voltage, and overload protection. The charger's electronic components are manufactured using GaN technology, meaning they are based on gallium nitride, not silicon. GaN technology offers improved efficiency and lower energy consumption.

specification

• Input current: AC 100–240 V, 1.0 A, 50/60 Hz, UK plug
• Output current: USB Type C: 30 W
• Material: fire-resistant PC
• Dimensions: 74 x 28 x 43.7 mm
• Weight: 67g
• white color
• Certificates: UKCA, CE, RoHS, EAC, ERP6
• Fast charging: PPS, Power Delivery, Quick Charge 3.0, AFC, FCP and others
• V0 fire protection, PSE, 3C, ERP6 energy efficiency certificate
• Components in GaN technology

The most important advantages

• Operating at up to 30W. The charger delivers a load of up to 30W to the USB Type-C port.
• Manufactured using GaN technology. Gallium nitride components withstand higher loads with less energy loss due to heat generation. This makes the charger more efficient and reduces power consumption.
• UK plug. The charger is adapted to the UK plug. It can be used in Great Britain and Ireland. It is marked UKCA.
• PPS fast charging. Programmable Power Supply (PPS) is a technology compatible with many fast charging standards, including power supply and fast charging.
• Built-in safety systems. The charging process is constantly monitored by the processor that controls the charger's operation. This includes protection against overheating, overvoltage, overload, and electrostatic discharge.