For illustrative purpose only
Cooler Master Elite NEX White 230V 700 power supply unit 700 W 24-pin ATX ATX Black
Cooler Master Elite NEX White 230V 700, 700 W, 200 - 240 V, 50 - 60 Hz, 5 A, Active, 110 W
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Product Information
| Information | |
|---|---|
| Manufacturer | Cooler Master |
| Product code | 2210247134 |
| EAN | 00884102102578 |
| Manufacturer part number | MPW-7001-ACBW-BEU |
| Category | Toiteplokid |
Product Description
NEX Level ATX Power Supply
NEX Level Power
The Elite NEX White power supply unit is a dependable choice for entry level users and system integrators. The quiet 120mm fan, active PFC and 3 years warranty deliver a complete power solution at a popular price.
Active PFC + Dual Forward Topology Design
Constructed with the active PFC for high-end power supply and the dual forward topology design, it can not only reduce interference and increase power quality, but reduce power loss to increase efficiency.
High Temperature Resistance
It's capable of operating at 40°C under full load, allowing a longer lifespan in warmer environments.
Peak Power Tolerance
This unit can reliably push an additional 100W at peak power load for up to 20 seconds.
82% Efficiency
The power supply achieves an average efficiency of 82% at typical loads.
NEX Level Power
The Elite NEX White power supply unit is a dependable choice for entry level users and system integrators. The quiet 120mm fan, active PFC and 3 years warranty deliver a complete power solution at a popular price.
Active PFC + Dual Forward Topology Design
Constructed with the active PFC for high-end power supply and the dual forward topology design, it can not only reduce interference and increase power quality, but reduce power loss to increase efficiency.
High Temperature Resistance
It's capable of operating at 40°C under full load, allowing a longer lifespan in warmer environments.
Peak Power Tolerance
This unit can reliably push an additional 100W at peak power load for up to 20 seconds.
82% Efficiency
The power supply achieves an average efficiency of 82% at typical loads.