Liquid CPU Cooler NZXT Kraken Core RGB 240 — All-in-One 240mm Radiator, RGB Lighting, Black

NZXT Kraken Core RGB 240 is an all-in-one liquid CPU cooler with a 240 mm radiator, dual 120 mm fans and integrated RGB lighting. The compact pump-head and closed-loop design provide efficient heat transfer for modern desktop processors and support a wide range of CPU sockets including 1851, 1700, 1200, 115X, AM4 and AM5.

Advantages

The cooler offers a balance of cooling performance and compact size with two 120 x 120 mm fans capable of up to 3100 RPM, a 240 mm radiator for improved heat dissipation, and built-in RGB lighting for system integration. The closed AIO design requires minimal maintenance and is compatible with common desktop builds.

Suitable for

• Gaming PCs seeking improved CPU temperatures
• Workstation systems with moderate to high CPU loads
• Compact mid-tower or full-tower cases supporting a 240 mm radiator
• Users who want integrated RGB lighting on the CPU cooler

Key specifications

• Form factor: All-in-one (AIO) liquid cooler
• Radiator: 240 mm
• Fans: 2 × 120 × 120 mm, max 3100 RPM
• Compatibility: Sockets 1851, 1700, 1200, 115X, AM4, AM5
• Lighting: Integrated RGB
• Color: Black
• Manufacturer part number (MPN): RL-KR24C-B1
• EAN: 5056547206226

How to use

Install the radiator in a compatible case location that supports a 240 mm radiator, attach the two 120 mm fans to the radiator in the recommended airflow orientation, mount the pump-head on the CPU using the supplied mounting brackets and thermal paste, and connect fan and RGB headers to the motherboard or supported controller according to the included manual. Verify secure fittings, power on the system and check fan and pump operation in BIOS or monitoring software.

Recommendations

For optimal thermal performance, ensure good case airflow, install the radiator where intake or exhaust airflow is appropriate for your layout, and confirm motherboard compatibility with the cooler's RGB and fan connectors. Periodically check for secure fittings and unobstructed airflow; the closed-loop system does not require refilling.