- Stock: In Stock
- Model: RADIANT DC360 BLACK
- SKU: DC360
- Elegantly rhombus diverages infinitely outward design
- Redesign water pump make perfect and stability performance
- High strength cooling pipes
- Supports both Intel and AMD
- TDP : 280W
Introducing the RADIANT DC-360 ARGB, a high-performance liquid cooling solution for your PC.
With a pipe length of 450mm, this cooler provides flexibility in installation.
The water block, measuring 71*66.5*45mm, ensures efficient heat dissipation,
supported by a large radiator sized at 394*120*27mm.
Operating at a rated voltage of 12V and a starting voltage of 6V,
the system boasts a speed of 3200±10% RPM,drawing a
maximum current of 0.60A and consuming 7.20W.
The 120*120*25mm fan, with a speed range of 800~2000 rpm±10% RPM,
delivers impressive airflow at 84.2CFM and
a static pressure of 2.54mmH2O.
Designed for compatibility, the RADIANT DC-360 ARGB supports various Intel and AMD sockets,
including LGA 20xx(v3), 1200, 115x, 17xx, AM5, AM4, AM3(+), AM2(+), and FM2(+).
The system's LED component operates at 5V 0.28A, enhancing your setup with customizable RGB lighting.
Experience optimal cooling and aesthetics with
the RADIANT DC-360 ARGB liquid cooler.
COPPER BAYSWATER BLOCK
The water block is made of pure copper and boasts high thermal conductivity.
It enables faster heat dissipation, keeping the temperature of
the CPU stable and enabling higher levels of overclocking.
HIGH EFFICIENCY WATER COOLING DESIGN
After maximizing heat dissipation efficiency and precision processing,
Through the plating process, corrosion prevention and CPU contact
resistance are minimized to improve cooling efficiency
E-SHAPE LIQUID CHANNEL
Maximizes the contact area for better performance
HIGH STRENGTH COOLING PIPES
High woven count tubes prevent leaking
PERFECT AND STABILITY PERFORMANCE
Stability, lifespan, and performance have been greatly increased through the use of
pumps with strong corrosion resistance and heat resistance, long-life ceramic bearings,
product-specific dual structure design, and optimal impeller structure