Virtalähde AZZA PSAZ-750W 750 W 20+4 pin ATX 80 PLUS Bronze musta, ei-modulaarinen

AZZA PSAZ-750W is a 750 W ATX power supply for desktop PCs with a 20+4 pin ATX motherboard connector, non-modular cabling and a single 120 mm sleeve-bearing fan. It accepts 100–240 V AC at 50/60 Hz, complies with ATX12V V3.1 and holds an 80 PLUS Bronze certification with typical efficiency around 86% under normal load.

Advantages

The AZZA PSAZ-750W delivers stable mid-range power up to 750 W and integrates multiple protections including OCP, OVP, OPP, SCP, OTP and UVP. It uses high-quality electrolytic capacitors and provides a 12V 2x6 (16-pin) cable capable of supporting up to 450 W on compatible rails. Compliance with PCIe Gen 5.1 connector requirements and a wide input voltage range increase compatibility with varied desktop system builds.

Suitable for

• General home and office desktop PCs
• Mid-range gaming or multimedia systems requiring up to 750 W
• Systems with PCIe Gen 5.1 graphics cards (when the appropriate connector is used)
• Upgrades where a non-modular ATX 80 PLUS Bronze PSU is acceptable

Key specifications

• Total power: 750 W
• Efficiency: ≧86% (typical load), 80 PLUS Bronze certified
• Motherboard connector: 20+4 pin ATX
• Fan diameter: 120 mm (sleeve bearing)
• Input voltage: 100–240 V AC, 50/60 Hz
• Protection: OCP, OVP, OPP, SCP, OTP, UVP
• Colour: Black
• Cabling: Non-modular

How to use

Install the AZZA PSAZ-750W into a compatible ATX case using standard PSU mounting points. Connect the 20+4 pin ATX cable to the motherboard, attach required PCIe and peripheral connectors to graphics cards, drives and other devices, and plug the mains cable into a grounded AC outlet. Check connector orientations and secure connections before powering on, then verify BIOS/OS power settings as needed.

Recommendations

Use the PSU in systems whose total power draw remains within the 750 W rating, maintain unobstructed airflow around the 120 mm fan, and avoid prolonged operation at maximum load to preserve efficiency and component lifespan.