DeepCool PK750D 750W ATX 12V 80-PLUS Bronze Non-Modular PSU R-PK750D-FA0B-AU

Manufacture: Deepcool | Model: R-PK750D-FA0B-AU

The ATX12V V2.4 Power Supply Unit (PSU) is designed for reliability and efficiency, making it an excellent choice for gaming rigs, workstations, and general desktop builds. With compact dimensions of 150mm × 140mm × 86mm, it fits seamlessly into various PC cases while delivering stable power output. The PSU is 80 PLUS Bronze-certified, ensuring an efficiency of ≥85% under typical load conditions, reducing energy waste and operating costs. Equipped with a 120mm Hypro Bearing fan, this PSU provides effective cooling with quiet operation. Its Active PFC + DC-to-DC topology enhances power stability and performance, while high-quality Taiwan capacitors ensure durability. The PSU includes comprehensive protection mechanisms such as SCP, OPP, OTP, OVP, OCP, and UVP, safeguarding critical components from electrical fluctuations. With a power good signal of 100-150ms and a hold-up time of ≥16ms at 80% load, it maintains system stability during power disturbances. Designed to operate within temperatures ranging from 0 to 40°C, this PSU complies with international safety and regulatory standards, including CB, CE, FCC, TUV-RH, CCC, UKCA, and more. With an MTBF of 100,000 hours and compliance with ErP 2013 regulations, this PSU guarantees long-term efficiency and sustainability for various computing needs.

Key Features:

• 80 PLUS Bronze Certification for ≥85% Efficiency
• Compact ATX12V V2.4 Form Factor (150mm × 140mm × 86mm)
• 120mm Hypro Bearing Fan for Efficient Cooling and Quiet Operation
• Active PFC + DC-to-DC Topology for Stable Power Delivery
• High-Quality Taiwan Capacitors for Enhanced Durability
• Comprehensive Protection: SCP, OPP, OTP, OVP, OCP, UVP
• Power Good Signal of 100-150ms for System Stability
• Hold-Up Time of ≥16ms at 80% Load to Prevent Power Interruptions
• Compliant with CB, CE, FCC, TUV-RH, CCC, UKCA, EAC, RCM, BIS Regulations
• MTBF of 100,000 Hours and ErP 2013 Compliance for Energy Efficiency