Fuente de alimentación Zalman ZM700-EBTII 700 W 24-pol ATX ATX negro

The Zalman ZM700-EBTII 700 W is a desktop computer power supply unit designed to deliver stable power for mid- to high-range PC builds. It provides up to 700 W total power, a 24-pin ATX motherboard connector and active cooling via a 135 mm fan. The unit is 80 PLUS Gold certified with around 91% efficiency and supports AC input from 100 to 240 V at 50–60 Hz. Certified to common international standards (UL, FCC, KC, CE, CB, RoHS, EAC), it comes in black and includes standard-length power cables suitable for most systems.

Advantages

The Zalman ZM700-EBTII combines high efficiency (80 PLUS Gold) with quiet active cooling through a 135 mm fan, reducing noise while maintaining thermal performance. With universal AC input (100–240 V) and multiple safety and compliance certifications, the unit is suitable for a variety of international setups. A 24-pin ATX connector and included SATA cable provide compatibility with typical modern motherboards and storage devices.

Suitable for

• Mid-range gaming PCs
• Workstations with multiple drives
• Home and office desktop systems
• Upgrading from older lower-power PSUs

Key specifications

• Total power: 700 W
• Efficiency: 91% (80 PLUS Gold)
• Motherboard connector: 24-pin ATX
• Fan diameter: 135 mm
• AC input: 100–240 V, 50–60 Hz
• Weight: 3.08 kg
• Colour: Black
• Certifications: UL, FCC, KC, CE, CB, RoHS, EAC

How to use

Install the PSU in your PC case following the case manufacturer’s instructions and standard safety precautions. Connect the 24-pin ATX cable to the motherboard, attach the SATA power connectors to storage drives as needed, and connect the AC power cable to a properly grounded outlet. Ensure the supply’s wattage meets your system’s combined power requirements before powering on.

Recommendations

For reliable operation, keep the PSU intake and exhaust areas clear of dust and ensure adequate case ventilation. Verify total system power draw when adding high-consumption components to maintain optimal efficiency and longevity.