Enermax Maxpro II ATX Gaming PC Power Supply 400W, Maxpro II

Bestseller
46086098
211 GEL
Size:400W
Product Type:Maxpro II
  • Brand Enermax
  • Shipping from Germany
  • Post delivery May 29
  • Shipping cost for orders to Georgia from GEL 158

Properties

Design

Size
400W, 15 x 14 x 8.6 cm; 1.6 Kilograms
Style
Maxpro II
Format
ATX

Features

Color
Black
Volume
400 watts
Output power
400 Watts
Connector Type
Plug, Stecker

General characteristics

Model
EMP400AGT-C
Series
EMP400AGT-C
Wattage
400 watts
Model Name
EMP400AGT-C
Cooling method
Luft, Air
соединительный тип
Stecker
Power Supply Design
Nicht modular
Lithium battery Weight
2 Grams
Item Dimensions L x W x H
15 x 14 x 8.6 centimetres
Number Of Lithium Ion Cells
5
Lithium Battery Energy Content
2 Kilowatt Hours
Quantity of lithium metal cells
5
Guaranteed software updates until
13 April 2030

Other features

Brand
Enermax
Dimensions
15x14x9 cm

Packaging content

Batteries
1 Lithium Ion batteries required.

Packaging data

Batteries included
No

Performance

Compatible Devices
Personal Computer, PC

Power

Voltage
230 Volts

Supplier features

manufacturer
Enermax

Weight & dimensions

Weight
1.6 kg

Description

  • A stable 12V rail to power high-performance processors and graphics cards without having to distribute the load across multiple rails.
  • The integrated 12cm fan with intelligent speed control is able to measure the load on the power supply and adjust the fan accordingly to ensure quiet operation.
  • The ribbon cables are more flexible than conventional sheathed cables and are easier to pass through tight spaces. This allows for clean cable routing behind the enclosure wall and contributes to improved airflow within the enclosure.
  • Intel ATX12V v2.3, complies with the Intel Power Supply Design Guide for Desktop Platform Form Factors Revision 1.1. Full support of the C6/C7 energy-saving features of Intel processors first introduced with the Haswell generation. Worldwide compatibility with automatic 100-240VAC input and up to 0.99 with active power factor correction.