Arctic Liquid Freezer III Pro 240 ARGB PWM 3000RPM Multi Compatible Rev 2 White Liquid CPU Cooler

Arctic Liquid Freezer III Pro 240 ARGB PWM 3000RPM Multi Compatible Rev 2 White Liquid CPU Cooler

5199 EGP

Part Number ACFRE00186A / 840033402910
Radiator Dimensions 240mm (277 x 120 x 38 mm)
Fan Performance 2x P12 Pro A-RGB (600–3000 RPM)
Socket Support Intel LGA 1851/1700 & AMD AM5/AM4
Special Features Integrated VRM Fan & Intel Contact Frame Included
Pump Speed 800–2800 RPM (PWM Controlled)
Warranty 1 Year

Only 2 left in stock

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SKU: 840033402910 Categories: AIR & LIQUID COOLING, Liquid Cooler Tags: 2, 240, 3000 RPM PWM, 3000RPM, 38mm Radiator, 4895265000232, 840033402910, ACFRE00186A, AIO Water Cooler, ARCTIC, Arctic Liquid Freezer series, ARGB, Compatible, COOLER, CPU, Freezer, III, LGA1851 AM5, LIQUID, Liquid Freezer III Pro 240, Multi, PRO, Pwm, Rev, Rev 2, VRM Fan, White, White ARGB Brand: ARCTIC

Arctic Liquid Freezer III Pro 240 3000RPM ARGB White Liquid CPU Coolers

The Arctic Liquid Freezer III Pro 240 ARGB PWM 3000RPM Multi Compatible Rev 2 White Liquid CPU Cooler facilitates elite thermal management through its high-performance 38mm radiator architecture. Specifically engineered for professionals who demand 3000RPM high-pressure airflow and integrated VRM cooling excursions, it bridges the gap between complexity and reliable performance.

3000

Max RPM

38mm

Radiator Thick

VRM

Integrated Fan

1 Year

Local Warranty

Why the Liquid Freezer III Pro is the Elite Choice for Professionals

P12 Pro High-Pressure Architecture

Specifically, the integrated P12 Pro fans facilitate up to 77 CFM of airflow with an industrial-grade static pressure of 6.9 mmH2O. Furthermore, the fluid dynamic bearing ensures technical stability across the 600–3000 RPM range. Consequently, your workstation maintains an elite level of thermal dissipation during high-bandwidth software rendering cycles.

Advanced Thermal Management Logic

The architecture features an integrated VRM fan to facilitate lower voltage regulator temperatures, ensuring structural performance during CPU overclocking. Moreover, the 38mm premium radiator holds significantly more liquid than standard 27mm alternatives. This ensure your professional gear remains synchronized and stable during temperature spikes.

Comprehensive Technical Specifications

Feature	Detailed Specification
Model Name	Arctic Liquid Freezer III Pro 240 (ACFRE00186A)
Radiator Dimensions	277 x 120 x 38 mm (Premium Class Thickness)
Fan Architecture	2x P12 Pro A-RGB (600–3000 RPM)
Pump Speed	800–2800 RPM (PWM Controlled)
Intel Compatibility	LGA1851, LGA1700 (Contact Frame Included)
AMD Compatibility	AM5, AM4 (Offset Mounting Supported)
Tubing	450mm Reinforced EPDM with Braided Sheathing
VRM Cooling	Integrated 400–2500 RPM PWM Fan
Thermal Interface	Includes Arctic MX-6 (0.8 g)
Warranty	1 Year Limited Warranty

💡 Technical Note: Chassis & Mainboard Clearance

Specifically, the Liquid Freezer III Pro architecture requires at least 63mm of total clearance for the combined radiator and fan excursion. Furthermore, some motherboards with oversized M.2 SSD coolers may technically interfere with the VRM module. Consequently, verify your chassis depth and M.2 placement before beginning the hardware installation excursion.

FAQ

What is the technical benefit of the Intel Contact Frame?

Specifically, the included Intel Contact Frame facilitates an optimized contact pressure distribution across the LGA1700/1851 IHS. Consequently, this prevents mechanical CPU bending and improves heat transfer efficiency, technically extending the lifespan of your professional processing hardware.

How does the offset mounting logic benefit AMD processors?

The architecture facilitates a physical shift of the copper cold plate toward the CPU hotspot. For AMD Ryzen processors, this ensures the skived fins are technically aligned with the chiplet location. Moreover, this facilitates a more efficient thermal excursion compared to centered mounting solutions.

Can the VRM and radiator fans be controlled independently?

Yes. The architecture includes two control excursions. Specifically, you can utilize the splitter cable to technically control the pump, VRM fan, and radiator fans separately. Alternatively, the all-in-one cable facilitates synchronized control via a single PWM signal for a more streamlined workstation build.

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