Cooler Master MasterLiquid PL240 Flux, 4.72" Fan Diameter, 2300 rpm, 32 dB, ORBS

Cooler Master MasterLiquid PL240 Flux - 4.72" Maximum Fan Diameter - 919.8 gal/min Maximum Airflow - 2300 rpm - 32 dB Noise - Liquid Cooler Cooler - ORBS - 4-Pin, 4-Pin PWM - Socket LGA-1700, Socket LGA-1200, Socket R4 LGA-2066, Socket LGA 2011-v3, Socket R LGA-2011, Socket LGA-1200, Socket H4 LGA-1151, Socket AM4, Socket AM3+, Socket AM3 PGA-941, Socket AM2+ PGA-940, ... Compatible Processor Socket - ARGB LED - Black - Motherboard, Processor, Computer Case - 18.3 Year Life CLOSE-LOOP

Cooler Master's MasterLiquidPL240 Flux is the new embodiment of enhanced performance cooling. The dual chamber pump has further honed flow and pressure to target hot spots for rapid and precise heat dissipation. Surface area of the copper base and microchannelshave been calculated for a superior heat transfer ratio. Equipped with new Sickleflow fan blades with an interconnecting loop delivers high speed performance, with the fan fine tuned to produce an optimized noise output. It also integrates new Addressable Gen 2 RGB for support with major motherboard manufactures, customizable with both the included Addressable Gen 2 RGB controller and Cooler Master's MasterPlus+ software.

Dual Chamber Pump

New Compact Performance Dual Chamber pump delivers the perfect balance of water flow and pressure for impressive cooling.

Enhanced Air Balance Fan Blades

120 mm square frame ARGB fan designed with inter-connecting air balance fan blades uniquely modified for the PL-Flux Series.

Slim & Sleek Radiator

Low profile radiator with superior fin density coupled with performance fans dissipates heat rapidly.

Ultimate Heat Exchange

High speed motor utilizing a ceramic bearing impeller forces balanced water flow to and from the radiator for ultimate efficiency of heat exchange.

Superior Performance Ratio

Precision engineered ultra-thin spaded fins maximizes microchannels accurately targets heat spots. Enlarged copper base surface area optimized with ideal base thickness accelerates heat transfer.

PL-Flux specific fans

Inter-conneting air balance fan blades increased sturdiness and stability operating steadily at high speed. Angled inner rim of fan frame increasing intake of air, at the same time gap between from and blades creating greater air pressure.