Power Supply Unit Xilence XN430 750 W

The Xilence XN430 750 W power supply unit provides up to 750 W of continuous power for desktop systems. It follows the ATX 2.52 standard and comes with black flat ribbon cables and a built-in 120 mm fan for active cooling. The unit is 80 PLUS certified and meets multiple safety and regulatory standards (CB, CE, EAC, RoHS, cTUVus), making it suitable for office and home PCs as well as systems that are occasionally used for gaming.

Advantages

The PSU delivers stable voltages with an efficiency around 80 PLUS level (specified efficiency 83.5%) and supports standard ATX connectivity with a 20+4 pin motherboard connector. Black housing and flat ribbon cables provide a discreet, compatible look in most PC builds. An integrated 120 mm fan ensures active cooling while maintaining low noise. Multiple integrated safety circuits and recognized certifications ensure reliable and compliant operation.

Suitable for

• Office desktop computers
• Home PCs and multimedia systems
• Entry-level or occasional gaming PCs
• System builds requiring a 750 W PSU with ATX 2.52 compatibility

Key specifications

• Total power: 750 W
• Efficiency: 83.5% (80 PLUS certified)
• Motherboard connector: 20+4 pin ATX
• Fan diameter: 120 mm
• Input voltage/frequency: 220–240 V, 50 Hz
• Product colour: Black
• Certifications: CB, CE, EAC, RoHS, cTUVus

How to use

Install the power supply into a compatible ATX 2.52 case following the motherboard and case manufacturer instructions. Connect the 20+4 pin ATX cable to the motherboard, and route the remaining cables to the CPU, drives and peripherals as required. Ensure the AC input voltage matches 220–240 V and connect to a properly grounded mains outlet. After installation, power on the system and verify stable operation and fan activity.

Recommendations

For reliable performance, allow adequate airflow inside the case and keep the PSU intake and fan free of dust. Use this 750 W unit for systems whose combined component power draw does not exceed the PSU’s rated output, and consult component power requirements when planning upgrades.