Hladilnik LC-Power LC-CC-120-ARGB-PRO

The LC-Power LC-CC-120-ARGB-PRO is a CPU cooler with a 120 mm fan and fluid dynamic bearing designed for quiet and reliable operation. It delivers up to 180 W thermal design power (TDP) capacity and spins between 800 and 1800 RPM to provide effective heat dissipation for a wide range of desktop processors. The unit is finished in black and has compact external dimensions of 125 mm width, 75 mm depth and 145 mm height, making it suitable for many mid-tower and compact PC cases.

Advantages

This cooler uses a fluid dynamic bearing to reduce noise and extend fan life while maintaining steady airflow across the heatsink. The 120 mm fan speed range allows for balanced cooling performance and acoustic comfort, and the cooler’s black design integrates with varied system builds. Its broad socket compatibility supports numerous Intel and AMD platforms, enabling reuse across system upgrades.

Suitable for

• Silent or quiet home and office desktop builds
• Mainstream gaming and multimedia systems with mid-range CPUs
• System upgrades where cross-socket compatibility is needed
• PC cases with limited height clearance where a compact cooler is required

Key specifications

• Type: Cooler
• Fan diameter: 120 mm
• Rotation speed: 800–1800 RPM
• Thermal Design Power (TDP): 180 W
• Operating voltage: 10.8–13.2 V
• Dimensions (W×D×H): 125 × 75 × 145 mm
• Weight: 0.596 kg
• Colour: Black
• Bearing type: Fluid dynamic bearing
• Supported processor sockets: multiple Intel and AMD sockets including common LGA and AM families

How to use

Install the cooler following the motherboard and case manufacturer guidelines. Position the heatsink so that airflow aligns with case ventilation, secure the mounting bracket to the CPU socket type in use, and attach the fan to the heatsink. Connect the fan power and ARGB connector(s) to the appropriate headers on the motherboard or an external controller. Confirm BIOS fan control settings and monitor temperatures after the first boot to ensure correct operation.

Recommendations

For optimal performance, apply a thin, even layer of thermal paste between the CPU heat spreader and the cooler base. Ensure case airflow supports intake and exhaust to complement the cooler’s airflow direction. Periodically check and clean dust from the fan and heatsink fins to maintain cooling efficiency, and verify that mounting screws remain secure after initial thermal cycling.