Hladnjak LC-Power LC-CC-120

The LC-Power LC-CC-120 is a 12 cm CPU cooler engineered to deliver effective processor cooling in standard desktop systems. Featuring a 120 mm fan with a speed range of 500–1400 RPM and an operating voltage between 10.8 and 13.2 V, this cooler balances airflow and acoustic performance. Its compact dimensions (125 mm x 75 mm x 152 mm) and a thermal design power (TDP) rating of 180 W make it suitable for a variety of mainstream and high-performance processor configurations.

Advantages

The cooler provides reliable heat dissipation through a 120 mm fan optimized for steady airflow while maintaining moderate noise levels at lower RPMs. Compatibility with a wide range of processor sockets ensures flexible installation across multiple motherboard platforms. The unit’s modest weight and compact footprint allow installation in many mid-tower and small-form-factor cases without obstructing nearby components.

Suitable for

• General desktop PC builds requiring efficient air cooling
• Upgrades for older systems with supported Intel and AMD sockets
• Quiet office and home computing where moderate cooling capacity is sufficient
• Systems with limited internal space that need a compact cooler

Key specifications

• Type: Cooler (air cooler)
• Fan diameter: 120 mm
• Fan speed: 500–1400 RPM
• Operating voltage: 10.8–13.2 V
• Thermal Design Power (TDP): 180 W
• Dimensions (W × D × H): 125 × 75 × 152 mm
• Weight: 0.583 kg
• Supported processor sockets: multiple Intel and AMD desktop sockets

How to use

Mount the LC-Power LC-CC-120 on a compatible CPU socket following the motherboard and cooler mounting instructions. Ensure the contact surface between the cooler base and the CPU heat spreader is clean and apply an appropriate amount of thermal paste before installation. Secure the cooler with the supplied mounting hardware, connect the fan power cable to the CPU fan header on the motherboard, and verify fan operation in BIOS or system monitoring software. Confirm that there is sufficient clearance for RAM modules and other nearby components.

Recommendations

For optimal performance, regularly clean the fan and heatsink fins from dust and ensure adequate case airflow. Use the cooler within the specified voltage range and verify compatibility with your motherboard and case layout before purchase. In systems with very high sustained CPU loads or overclocked processors, consider verifying cooling performance against CPU temperature targets and, if necessary, choose a cooler with higher TDP capability.