Corsair Hydro X Series XR7 360 V2 -jäähdytin - 360mm, musta

Engineered for extreme cooling performance, the Corsair Hydro X Series XR7 360 V2 Radiator features a dense 16 FPI (fins per inch) copper fin array that maximizes heat dissipation in a 54mm thick form factor. This radiator is built for custom PC liquid cooling loops where every degree matters.

Overview

The XR7 360 V2 is a premium 360mm radiator designed for high-end custom cooling systems. It accommodates three 120mm fans on each side for push/pull configurations, offering exceptional thermal capacity. The radiator combines a copper core, brass chambers, and a steel frame for durability and efficient heat transfer. Its matte black finish adds a sleek, professional look to any build.

What stands out

• 54mm thickness provides a larger coolant volume and more surface area for superior cooling.
• High-density 16 FPI copper fins optimize heat exchange for demanding components.
• Dual-sided mounting supports up to six 120mm fans in push/pull.
• G1/4" BSPP threaded ports ensure compatibility with standard fittings.
• Factory pressure tested to guarantee leak-free operation.
• Robust construction with brass chambers and a steel frame for long-term reliability.

Technical details

• Radiator size: 360mm
• Fan compatibility: 3x 120mm fans per side
• Radiator thickness: 54mm
• Material: Copper fins, brass chambers, steel frame
• Port thread: G1/4" BSPP
• Fin density: 16 FPI
• Screw thread size: M4
• Mounting: Standard 120mm fan mounting points
• Finish: Matte black
• Compatibility: Custom PC liquid cooling loops
• Coolant compatibility: Standard PC liquid cooling coolants
• Pressure tested: Yes (factory tested)

Our verdict

The Corsair Hydro X Series XR7 360 V2 is a top-tier choice for enthusiasts seeking maximum cooling performance. Its thick 54mm design and high fin density deliver exceptional heat dissipation, making it ideal for overclocked CPUs and GPUs. With premium materials and a sleek black finish, it's a worthy addition to any high-performance custom loop.