ATX 600 W Power Supply Power and Stability for your System

The Akyga AK-C1-600 ATX power supply from the Classic Series, with a 600 W capacity, provides a robust solution for advanced computer systems, ensuring a stable and efficient power supply. This unit meets the standards of the 80 PLUS certification, demonstrating its high energy efficiency and ability to minimise power loss, which is crucial for economical and environmentally friendly operation. Additionally, thanks to Active Power Factor Correction (APFC) technology, this power supply not only maintains system stability but also optimises the power factor. This functionality significantly improves the overall efficiency of the device, contributing to better energy management and reducing the load on the home electrical grid.  

The AK-C1-600 ATX power supply meets the requirements of advanced computer systems. It delivers 564 W of power on the +12 V line, which is crucial for intensively working components. With a flat cables and length of 50 to 95 cm, it provide flexibility in installation and are ideal for spacious cases. 

What's more, the ATX power supply's 12 cm fan ensures quiet operation and efficient heat dissipation, which is important for maintaining system stability even under high loads.

Certification compliance

Compliance with the 80 PLUS certification means that the ATX power supply meets international energy efficiency standard. This allows users not only to enjoy lower electricity bills but also contribute to environmental protection through reduced heat emission and reduced energy demand. The energy efficiency of this model exceeds 80% at standard loads, a significant improvement over older or less efficient power supplies.

The PSU is equipped with advanced protection mechanisms that safeguard delicate computer components from a variety of electrical faults. These include over-voltage protection (OVP), under-voltage protection (UVP), surge protection (SCP), overload protection (OPP) and over-current protection (OCP). These protections ensure that, in the event of unexpected changes in the power grid, connected devices remain safe and are undamaged.  

OVP protection - Protects the power supply from excessive voltage on the output line. Activates when the voltage increases by 15% from the nominal value.

OCP protection - Protects computer components from excessive output current. In the event of an overload of any of the lines, the PSU will automatically shut down.

OPP protection - Protects against power supply overload. Activates when the power demand is higher than the peak power of the power supply.

OTP protection - Protects against overheating of the power supply, resulting from both overload and insufficient air circulation. If the safe temperature is exceeded, the power supply is automatically switched off.

UVP protection - Protects against under-voltage on the output lines. It activates when the voltage falls below the permissible value. The power supply is automatically switched off.

SCP protection - Protects the power supply from damage caused by a short circuit. The power supply is automatically switched off if a short circuit is detected.

The AK-C1-600 computer power supply offers an extensive set of connectors, including a P4+4 plug, two PCI-E 6+2 pin connectors, five SATA plugs, and three Molex connectors. All of this is mounted on flat cables, allowing for aesthetically pleasing and efficient cable management in the PC case. The flat cables reduce the risk of tangling and blocking airflow inside the case, which can contribute to increased cooling performance. Good cable management not only improves internal aesthetics, but also facilitates future system expansion and servicing.  

he Akyga AK-C1-600 computer power supply has been constructed using most advanced electronic components. This not only impacts durability but also reliability in use. This makes this power supply ideal for demanding users who plan to put up an advanced system that needs a stable and efficient ATX power supply. The state-of-the-art technologies used in this model minimise the risk of failure and increase the overall operational stability of the computer, which is particularly important in high load environments.