Characteristics Power supply Cougar GEC SNOW 750 [31GC0750002PR01] white
General parameters
Type
power supply
Model
Cougar GEC SNOW 750
Manufacturer Code
[31GC0750002PR01]
Nominal Power
750 W
Appearance
Form Factor
ATX
Color
white
Detachable Cables
none
Cable Braiding
none
Wire Colors
white
Backlight Type
none
Cables and Connectors
Main Power Connector
20+4 pin
CPU Power Connectors
8 pin, 4+4 pin
Graphics Card Power Connectors (PCI-E)
4 x 6+2 pin
15-pin SATA Connector Count
6
4-pin Molex Connector Count
3
4 pin Floppy Connector
none
Main Power Cable Length
550 mm
CPU Power Cable Length
600 mm
PCI-E Power Cable Length
450 mm
SATA Power Cable Length
450 mm
Molex Power Cable Length
450 mm
Electrical Parameters
12V Line Power
750 W
Current on the +12 V Line
12V1 62.5A
Current on the +3.3 V Line
20 A
Current on the +5 V Line
20 A
Standby Power Supply Current (+5V Standby)
3 A
Current on the -12 V Line
0.3 A
AC Input Voltage Range
200-240 V 47/63 Hz
Cooling System
Cooling System
active
Fan Sizes
120 x 120 mm
Speed Control
automatic
Fan Mode Switch (Hybrid Mode)
none
Certification
80 PLUS Efficiency Rating
Gold
Power Factor Corrector (PFC)
none
Standarts Compliance
ATX 12V 2.4
Protection
OPP, OCP, OTP, SCP, UVP, OVP
Additional Information
Package Contents
documentation
Dimensions and Weight
Length
140 mm
Width
150 mm
Height
86 mm
Weight
1.55 kg
Description
The Cougar GEC SNOW 750 white ATX power supply will ensure the efficient operation of essential components in a work or gaming PC. The perforated casing creates natural ventilation for internal components. A 120 mm fan with automatic speed control helps prevent overheating. 80 PLUS Gold certification provides optimal power distribution to connected hardware.
The Cougar GEC SNOW 750 power supply includes all necessary non-modular cables. Cable length varies between 450–600 mm, allowing for easy connection to required components. The power delivered along the +12 V line is 750 W. The main power connector is 20 + 4 pin. PCI-E and CPU connectors enable connection of high-performance graphics cards and multi-core processors. Long and stable operation of the unit is supported by protection mechanisms against overvoltage, overcurrent, short circuit, and overheating.