AeroCool Oasis L240 Argb White Aio Liquid Cpu Cooler

AeroCool Oasis L240 Argb White Aio Liquid Cpu Cooler

AeroCool Oasis L240 Argb White Aio Liquid Cpu Cooler

• الموديل: Oasis L240 BK | Oasis L240 WH
• Block Material: Copper
• Radiator Material: Corrosion resistant aluminum alloy
• Radiator Dimension: 27212127mm
• TDP (Thermal Design Power): 280W
• Pump Speed: 2700RPM
• Pump Rated Voltage: DC 12.0V
• Pump Power Consumption: 2.4W
• Pump Noise: ≤24.0 dB(A)
• Pump Bearing Type: Stainless Steel Bearing
• Fan Speed: 500-2200 RPM
• Fan Connector Type: PWM 4-Pin
• Fan Dimensions (L x W x H): 12012025 mm
• Fan Starting Voltage: 7V
• Fan Rated Voltage: DC 12.0V
• Fan Rated Current (One Fan Max): 0.3A
• Fan Power Consumption (One Fan Max): 3.6W
• Fan Air Pressure (Max): 2.64 mmH2O
• Fan Air Flow (Max): 65.8 CFM
• Fan Noise Level (Max): 36.0 dB(A)
• Fan Bearing Type: Hydraulic Bearing
• MTBF: 30,000hrs
• Fan Connector Type: Intel LGA1851/LGA1700/LGA1200/LGA115X/LGA1366, AMD AM5/AM4/AM3/AM2/FM2/FM1

  The AeroCool Oasis L240 ARGB AIO Liquid CPU Cooler delivers exceptional cooling performance with a stunning, modern design, making it the perfect addition to any high-performance PC build. Featuring a striking Mirage Design on the pump head and vibrant ARGB lighting, this cooler not only enhances cooling efficiency but also adds a visually dynamic element to your system.

  Superior Heat Conductivity is at the core of its design, with a pure copper water block featuring a micro-channel structure for faster heat dissipation. This ensures your CPU stays cool, even during intense gaming sessions or demanding workloads. Paired with a radiator designed with right-angled fins, the cooler maximizes cooling efficiency by increasing surface area for heat dissipation, keeping your system at optimal temperatures.

  • Mirage Design with ARGB Lighting for a sleek, modern look
  • Pure Copper Water Block with micro-channel design for optimal heat dissipation
  • High-performance ARGB Fans for superior airflow and style
  • Enhanced Fan Blade Design for increased air pressure and cooling