|Water Block||Water block dimention:|
80 x 80 x 45 mm
Block Material (CPU Plate):
122 x 150 x 27mm
Sleeved Rubber tube
|Fan||Fan:TUF GAMING RGB Radiator Fan|
– Size: 2 x Fan Slots (120mm)
– Dimension:120 x 120 x 25mm
– Speed: 800 – 2000 RPM +/- 10%
– Static Pressure:3.0 mmH2O
– Air Flow: 67 CFM / 113.8 m3h
– Noise: 29 dB(A)
– Control Mode: PWM/DC
|Special Features||AURA Sync Support:Yes|
|Compatibility||Intel: LGA 1150, 1151, 1152, 1155, 1156, 1200, 1366, 2011, 2011-3, 2066|
|Package Content||1 x Liquid Cooler (pre-applied thermal compound)|
2 x 120mm ROG Ryuo Fan Model 12 RGB
1 x Accessory Pack of Screws and brackets
1 x Quick Start Guide
1 x 1-to-2 Fan Splitter Cable
1 x 1-to-3 RGB Splitter Cable
- TUF Gaming radiator fans with fan blade groove design for optimized airflow and reduce fan noise.
- NCVM-coating pump cover accentuates the rugged, modern aesthetics
- Styled to complement TUF Gaming motherboards, at the center stage of your build
- Reinforced, sleeved tubing for increased durability
ARM YOUR BATTLESTATION
TUF Gaming LC RGB is a series of durable CPU liquid coolers designed for mid-sized gaming builds. Each cooler brings the performance, features and design needed to be an essential part of your gaming system. The coolers also include an illuminated RGB TUF Gaming logo with Aura Sync support on the pump housing and radiator fans, giving them a distinctive look.
1. Illuminated TUF Gaming Logo – Showcase your unique build with personalized RGB effect.
2. Pump – Powerful motor coil with high volume impeller delivers industry leading durability and performance.
3. Cold Plate – A large Micro-channel fin cold plate covers the entire CPU package to ensure optimal thermal contact.
4. Gasket – A sealed design ensures the cooler is immune leaks.
5. Retention Kit – A place-and-twist retention mechanism makes installation a snap.
Optimized Fan Design
Each radiator fan is specifically tuned to deliver optimum performance with TUF Gaming LC series radiators, generating 67 CFM / 3.0 mm H2O/ 29dB(A) for superior cooling efficiency.