Arctic Liquid Freezer III 360 Liquid Cpu Cooler

Arctic Liquid Freezer III 360 Liquid Cpu Cooler

Arctic Liquid Freezer III 360 Liquid Cpu Cooler Specifications :

• Compatibility

  • Intel: 1851, 1700
  • AMD: AM5, AM4
  • PI | NNPI: 338 | 309
  • TIM: MX-6 (0.8 g)
  • Warranty: 6 Years
  • Operating Ambient Temperature: 0—40 °C
  • Weight: 1840 g
  • All-In-One Connector: 4-Pin PWM Connector
  • Splitt Connector: 3x 4-Pin PWM Connector

• Pump

  • Pump Speed: 800—2800 rpm (PWM controlled)
  • Current | Voltage: 0.35 A | 12 V DC
  • Cold Plate: Copper, Micro Skived Fins
  • Tube Length: 450 mm
  • Tube Diameter: Outer: 12.4 mm, Inner: 6.0 mm

• Radiator

  • Material: Aluminium
  • Dimensions: 398 (L) x 120 (W) x 38 (H) mm

• VRM Module

  • VRM Fan Speed: 400—2500 rpm (PWM controlled)
  • Current | Voltage: 0.05 A | 12 V DC

• Radiator Fans

  • Fan Type: 3x P12 PWM
  • Speed: 200—1800 rpm
  • Air Flow: 56.30 cfm | 95.65 m³/h
  • Static Pressure: 2.20 mmH₂O
  • Bearing: Fluid Dynamic Bearing
  • Current | Voltage: 0.10 A | 12 V DC
  • Cable Length: 40 mm
  • Connector: 4-Pin PWM Connector

Best CPU Water Cooler with the Best Price-Performance Ratio

The Liquid Freezer III series won three European Hardware Awards in 2024.

Like its popular predecessor, it sets new standards in the field of compact water cooling.

It has been widely tested by independent reviewers and praised for its performance, value for money and quiet operation.

High Static Pressure

ARCTIC relies on the well-proven P fans, which have already received several awards for their outstanding performance.

The P series is particularly suitable for use on heat sinks and radiators with a high fin density.

Thanks to their high static pressure, they achieve significantly better results compared to fans designed for high air circulation.

Improved Radiator Design

The cooling surface of the 38 mm thick radiator has been extended by 23 % by increasing the fin stack.

This not only enables improved heat dissipation, but also a larger liquid volume.

Consequently, the heat build-up in the water cooling system is slowed down and power and temperature peaks can be effectively managed over a longer period of time.