Lian-Li Galahad II Lite 240mm RGB All-in-One CPU Liquid Cooler, Black

GA II Lite Series Efficient Cooling, Simplified Performance
• Extreme Cooling
• Sophisticate RGB Lighting
• Rotatable Logo
• Preinstalled Fan
• Braided Tubing

RGB Version
Vibrant ARGB fans with daisy-chain capability, delivering high airflow and speeds up to 2500 RPM with durable hydraulic bearings.

High-Performance Pump
The compact GA II Lite pump reaches speeds of up to 3800 RPM, providing powerful cooling for efficient CPU temperature management.

Rotatable Logo
Each pump includes a removable logo lid, allowing the logo orientation to adjust to any setup.

Note: Install with the tubes facing downward for optimal performance.

Stunning Pump Lighting
Featuring 16 LEDs beneath the pump cap, paired with dual infinity mirror rings and the outer diffuser, the pump head illuminates with eye-catching, multi-layered lighting effects that enhance your build's aesthetics.

Compatible with Asus Aura Sync, Gigabyte RGB Fusion, MSI Mystic Light Sync, and ASRock Polychrome Sync for lighting control.

High Density Aluminum Radiator
At 27mm thick, the high-density aluminum radiator maximizes surface area for effective heat dissipation.

Pre-Installed Daisy-Chain Fans
Features large airflow radiator fans that are daisy-chained and installed on the radiator for an easy cable connection and a seamless view while effectively cooling the radiator. Purchase the side ARGB kit (P28ARGB-B/W) separately to add a sophisticated RGB look to the GA II Lite 360P / 240P fan

Simple Connection
Requires only 3-4 cables to make the AIO operate thanks to the daisy-chain fan design

High-End Braided Tubing
The durable 400mm braided tubing offers exceptional flexibility, durability, and a leakproof design, providing ease of installation and a premium aesthetic

Easy Installation
The GA II Lite series supports the latest CPU sockets, suitable for a wide range of platforms

It also comes with a thermal paste control film and spreader to help ensure the right amount of thermal paste is applied for effective heat dissipation