CPU-koeler PCCOOLER GI-X6B V2 12 cm ventilator 1800 tpm

The PCCOOLER GI-X6B V2 is an air CPU cooler equipped with a 120 mm fan capable of reaching up to 1800 RPM. This compact tower-style cooler is intended for standard desktop builds and provides active heat dissipation to lower CPU temperatures under load. Its design focuses on efficient airflow and compatibility with space-limited cases where reliable cooling performance is required.

Advantages

The cooler combines a 120 mm fan with a compact heatsink profile to deliver effective heat transfer while maintaining a small footprint. The fan speed of up to 1800 RPM enables increased airflow for better thermal performance during sustained CPU workloads. The tower layout supports straightforward installation in many mainstream motherboards and cases, and the unit is built to operate with consistent performance and reasonable acoustic levels.

Suitable for

• Standard desktop PCs with limited internal space
• Mainstream gaming systems and productivity rigs with mid-range CPUs
• Upgrades where stock cooler replacement is desired for improved thermal control
• Systems prioritizing a balance between cooling performance and compact size

Key specifications

• Fan size: 120 mm
• Maximum fan speed: 1800 RPM
• Cooling type: Air cooler with tower heatsink
• Compatibility: Designed for common desktop CPU socket types (standard tower cooler dimensions)
• Noise characteristics: Designed for modest acoustic output at typical operating speeds
• Form factor: Compact tower for space-efficient installation

How to use

Mount the cooler according to the motherboard and case instructions: align the base plate and heat pipes with the CPU, secure the mounting bracket or backplate per the motherboard socket type, and attach the fan to the heatsink. Connect the fan cable to the CPU fan header on the motherboard to enable speed control and monitoring. Apply the manufacturer-recommended amount of thermal paste between the CPU integrated heat spreader and the cooler base before final mounting, and ensure firm, even contact for optimal heat transfer.

Recommendations

For best results, confirm clearance around RAM modules and the case side panel before installation. Use the motherboard BIOS or system software to configure PWM fan curves, balancing cooling performance and noise according to system load. Regularly clean dust from the fan blades and heatsink fins to maintain airflow and cooling efficiency.