Flow Op Technology Starting with the hot CPU, Flow Op looks to optimize the flow of liquid, enabling it to carry heat quickly & efficiently away from the CPU while preserving the lifespan of the components. To achieve this, we made improvements to practically every phase of the Master Liquid Pros cooling loop. Dual Approach to Life Expectancy We stacked an extra chamber on top & engineered it so that cold stuff can go in, but hot stuff cant go back up. The cooler upper chamber is where we store all of the vital components. “ Spraying” the CPU We stacked an extra chamber on top & engineered it so that cold stuff can go in, but hot stuff cant go back up. We grabbed technology from top-end DIY liquid cooling kits to create a powerful pump that sprays liquid directly at the center of the water block. It solves the issue of slow flow & allows us to mount more ultra-fine fins on the copper base, creating more surface area from which the coolant can take away heat. Gently Driven Adding to that effort towards silence, we encased the pump needed to drive that concentrated spray at our CPU with a silent driver. The custom driver rotates way more smoothly than any other technology out there, reducing noisy clicks & vibration. Its like youre using a V8 engine & cant even notice.
Features: Preserving Parts: liquid heated by the CPU is isolated from sensitive components using two chambers in the pump Maximizing Absorption: the water block, customized & packed densely with micro-fine plates, absorbs more heat from the CPU than traditional designs Zoning in on Heat: liquid is funneled directly at the hottest part of the CPU & carried away quickly through technology normally used in high-end DIY models Recycling the Cool: heated liquid is more efficiently cooled through a completely unique radiator fin design Getting It Out: heat in the radiator fins is expelled far out of the case by new Master Fan Pro 120 Air Balance fans Keeping it Quiet: silent drivers in the pump & Master Fan Pros reduce decibel levels to nearly a whisper Installation Made Simple: with parts of the assembly tool-free Specifications: CPU Socket I Intel LGA socket 2011-v 3 / 2011 / 1366 / 1151 / 1150 / 1156 / 1155 / 775 AMD Socket FM2+ / FM2 / FM1 / AM3+ / AM3 / AM2+ / AM2 Waterblock
Dimensions 94.8 x 68 x 56.9 mm (3.7 x 2.68 x 2.2”) Radiator
Dimensions 275 x 118.5 x 27 mm (10.83 x 4.67 x 1.06”) Radiator Material Aluminum Fan
Dimensions 120 x 120 x 25 mm (4.7 x 4.7 x 1”) Fan Speed 650 ~ 2000 RPM (PWM) ± 10% Fan Airflow 66.7 CFM ±10% (Max) Fan Air Pressure 2.34 mm H2O±10% (Max) Fan L-10 Life 70, 000 hours Fan Noise Level 6 ~ 30 d BA Fan Connector 4-Pin Fan Rated Voltage 12 VDC Pump L-10 Life 50, 000 hours Pump Noise Level < 12 d BA Pump Rated Voltage 12 VDC Pump Power Consumption 6W