Cooler de CPU PCCOOLER GI-X5 ventoinha de 120 mm até 1800 rpm, arrefecedor a ar, modelo GI-X5R

PCCOOLER GI-X5 is an air CPU cooler equipped with a 120 mm fan capable of reaching up to 1800 RPM. The GI-X5R model is designed to remove heat from desktop processors by providing directed airflow through a fin stack and a single fan assembly. It is intended for standard PC builds where a 120 mm cooler is compatible and where improved thermal performance is required for daily computing, multimedia, gaming, and light workstation tasks.

Advantages

The GI-X5R offers a compact tower-style solution that combines a 120 mm fan with a heatsink to reduce CPU temperatures under load. It balances cooling performance and compatibility for cases that support 120 mm fan coolers, and its maximum fan speed of 1800 RPM allows for higher airflow when needed while remaining suitable for everyday use. The cooler provides straightforward installation for common desktop motherboards and aims to deliver consistent airflow for sustained workloads.

Key specifications

• Cooling type: air cooler with single 120 mm fan
• Fan maximum speed: up to 1800 RPM
• Intended use: desktop CPU cooling for daily computing, gaming, light workstation tasks
• Form factor: compact tower compatible with cases supporting 120 mm coolers

How to use

Mount the GI-X5R onto the CPU following the included mounting hardware and the motherboard manufacturer’s guidance. Ensure the heatsink base makes secure contact with the processor surface and apply thermal paste as directed. Connect the fan power connector to the appropriate CPU fan header on the motherboard to allow speed control. Verify clearance for memory modules and case dimensions before final installation, and check that airflow direction aligns with the case ventilation design.

Recommendations

Use the GI-X5R in systems that support 120 mm fan coolers and follow motherboard and case compatibility checks. For sustained heavy loads, monitor CPU temperatures and adjust fan profiles in BIOS or software to ensure adequate cooling performance.