Product Information
- Product Name: ELITE GOLD 750
- Model: MPX-7505-AFAG
- Series: Elite Series
- Form Factor: ATX
- Watts: 750W
- Modular: Fully Modular
- 80 Plus Efficiency: Gold
Electrical Specifications
- ATX Version: ATX 12V Ver. 3.1
- PFC: Active PFC
- Input Voltage: 100-240V
- Input Current: 5 ~ 10A
- Input Frequency: 50-60Hz
- Efficiency: ≥90% @ Typical Load
- 80 PLUS Rating: 80 PLUS Gold
- ErP 2014 Lot 3: Yes
Physical Specifications
- Dimensions (L x W x H): 140 x 150 x 86 mm
- Fan Size: 120mm
- Fan Bearing: Rifle bearing
Performance Specifications
- Operating Temperature: 0-40°C
- Power Good Signal: 100 - 150 ms
- Hold Up Time: ≥ 11ms @ 100% Load
- MTBF: >100,000 hours @ 25℃ ambient
Protection Features
- Protections: UVP / OVP / OPP / OTP / SCP
Regulatory Compliance
- Regulatory: cTUV us, CB, CE, FCC, BSMI, CCC, RCM, UKCA, BIS, RoHS2.0
Connector Specifications
- ATX 24 Pin Connectors: x1 = 1 (550mm)
- EPS 4+4 Pin Connectors: x1 = 1 (600mm)
- EPS 8 Pin Connector: x1 = 1 (600mm)
- SATA & Peripheral 4 Pin Connectors: X4(s) + x2(p) = 2 [400(s) + 120(s) + 120(p) mm]
- PCI-e 6+2 Pin Connectors: x2 = 1 (500 + 120mm)
- 12+4 Pin Connectors: x1 = 1 (650mm)
COOLER MASTER PSU ELITE Gold 750W Full Modular
Cooler Master Elite Gold 750 is designed for reliable everyday gaming builds. With full ATX 3.1 and PCIe 5.1 support, it ensures stable performance and compatibility with the latest and upcoming mid-range GPUs. Offering 80 Plus Gold efficiency, dependable operation at up to 40°C, and a quiet rifle bearing fan, it delivers efficient and quiet power. A compact 140mm form factor makes installation easy across a wide range of cases, while fully modular embossed cables simplify cable management. Backed by a 5-year warranty, the Elite Gold 750 provides lasting confidence and stability for your system.
ATX 3.1 delivers tighter voltage and current regulation with peak power support up to 200% of its rated output, making the Elite Gold 750 ready for the latest and upcoming mid-range GPUs.
Cooler Master Elite Gold 750 achieves over 90% efficiency at typical loads, helping reduce energy waste and minimize heat generation.