MSI MAG A850GL PCIE5 EU cord

Msi Mag A850gl 80 Plus Gold 850w Modular Power Supply. Unleash the full potential of your PC with the MSI MAG A850GL. This 850W power supply delivers rock-solid, highly efficient energy, backed by an 80 PLUS Gold certification to reduce heat and power consumption. Its fully modular design eliminates cable clutter, ensuring a clean build and optimal airflow. With a powerful 70.5A +12V rail, it´s ready for demanding CPUs and GPUs. A quiet 120mm fan and comprehensive safety protections guarantee reliable performance for your high-end components. ATX form factor. EU Plug. EU Plug.Specifications:Power control:- Total.Power:850W.- AC input voltage:100.- 240V.- AC input frequency:47.- 63Hz.- Maximum input current (110V):8A.- Maximum input current (220V):4A.- Type Power Factor Correction (PFC):Asset.- Combined power (3.3V):110W.- Combined power (+12 V):846W.- Combined power (+5 V):110W.- Combined power (-12V):3.6W.- Combined power (+5 VSB):12.5W.- Maximum output current (+3.3V):20 A.- Maximum output current (+12V):70.5A.- Maximum output current (+5V):20 A.- Maximum output current (-12V):0.3A.- Maximum output current (+5Vsb):2.5A.- Efficiency:90%.- Power protection functions:Overcurrent, Overvoltage, Overvoltage, Overheating, Short Circuit Ports and Interfaces:- Motherboard power supply:20+4 pin ATX.- Motherboard power cable length:60cm.- Number of SATA power connectors:5.- Peripheral power connectors (4 pin) (Molex):2.- EPS power connector (4+4 pins):Yes.- PCI Express power connectors (6 + 2 pin):2.- CPU power connector (4 +4 pins):Yes.- Wiring type:Modular Performance:- 80 PLUS Certification:80 PLUS Gold.- Use with:PC.- Power supply (PSU) form factor:ATX Design:- Cooling type:Asset.- Fan diameter:12cm.- Number of fans:1 Fan(s).- Integrated on/off switch:Yes Weight and measurements:- Broad:150mm.- Depth:140mm.- Height:86mm. tradeinn Techinn

Full modular design, flat cables Supports NVIDIA GeForce RTXTM 40 Series graphics cards 120Mm fluid dynamic bearing fan 80 Plus gold certified for high efficiency