Enermax PSU 700W MaxPro

Efficiency
- 80 PLUS® 230V EU
Efficient operation with 87% peak efficiency at 230VAC. MAXPRO complies with the international energy-saving certificate 80 PLUS® 230V EU.
- Support of EU Eco-Design Regulations
The MaxPro Series helps systems to meet the latest EU eco-design directive ErP Lot 6 2013 (< 0.5W in standby mode*) due to a high-efficient 5V standby (+5Vsb) circuitry as well as the EU regulation no. 617/2013 demanding amongst others 85% efficiency at 50% load and 82% at 20% and 100% load.
* only in combination with an ErP Lot 6 2013 ready mainboard

Cooling
- Air Cooling by Enermax
Silent operation with durable 12cm Twister bearing fan. The patented bearing technology from Enermax and the innovative Batwing fan blades ensure the best balance between cooling performance and noise generation.
- AirGuard
The patented air-inlet with optimal aero-dynamical design reduces noisy air turbulences.
- HeatGuard
The HeatGuard function keeps the PSU fan running for 30-60 seconds after the system shutdown in order to dissipate the remaining system heat and prolong the system’s lifetime.

Compatibility
- Intel® ATX12V v2.3
Compliant with the desktop power supply design guide Intel® ATX12 v2.3. Full support of the most common Intel® and AMD® processors.
- Intel® Haswell™ Ready!
The MAXPRO series enables the C6/C7 energy-saving functions of latest Intel® processors incl. the Haswell™ generation.
- Full Gaming Power
Two or three 6+2(8)P PCI-Express connectors to power the latest high-end graphics cards and multi-GPU systems (SLI®/CrossfireX™).

Safety & Quality
- Long-Runner: 24/7 @ 40°C
Non-stop industrial class performance at 40°C/104°F ambient.
- Durable & High-Quality Components
Enermax applies high-quality components including a first-class Japanese 105°C electrolytic main capacitor for maximum durability and stability.
- SafeGuard
The multiple protection circuit shields the power supply and the system from damage in case of short circuit (SCP), over voltage (OVP), over current (OCP), over power (OPP) as well as surges and inrush current (SIP).