Ventoinha Iceberg Thermal IceGALE ARGB 12 cm preta

The Iceberg Thermal IceGALE ARGB 12 cm Black is a 120 mm PC cooling fan with ARGB lighting, dual ball bearing construction and a rigid brass housing. It operates from 500 to 2200 RPM, delivers up to 94 CFM of airflow and a maximum static pressure of 3.27 mmH2O. The fan runs on 12 V and is finished in black, designed for case or component cooling in desktop systems.

Advantages

This IceGALE ARGB fan provides motherboard-controllable ARGB lighting for synchronized effects and is built with a brass housing and dual ball bearings for extended lifespan and mechanical reliability. Two-plane balance and anti-vibration pads reduce wobble and noise, while an automatic start/stop (zero RPM) mode lowers power consumption and keeps the system quiet under light loads. The wide speed range (500–2200 RPM) allows a compromise between high airflow and low noise.

Suitable for

• Case cooling for desktop PCs
• Supplementary airflow for radiators or heatsinks
• Systems requiring ARGB-synchronised lighting
• Builds where long fan lifetime and low vibration are priorities

Key specifications

• Type: Fan
• Fan diameter: 120 mm
• Speed range: 500–2200 RPM
• Maximum airflow: 94 CFM
• Maximum static pressure: 3.27 mmH2O
• Bearing: Dual ball bearing
• Housing material: Brass (rigid brass housing)
• Power: 12 V
• Colour: Black
• MPN: ICEGALE12A-E0A
• EAN: 1230000071192

How to use

Install the IceGALE ARGB fan in a standard 120 mm fan mount in your case or on a compatible radiator, aligning screw holes and securing with the provided screws. Connect the power and PWM control to the motherboard header or a compatible fan controller, and plug the ARGB connector into an addressable RGB header to enable lighting control. The fan will remain off at very low PWM duty cycles and automatically start when load increases above the threshold (approximately 21% PWM). Ensure correct header pinouts before connecting to prevent damage.

Recommendations

For balanced performance and noise, configure fan curves in the motherboard BIOS or fan control software to use the mid-range RPM for typical loads and allow higher RPM only under heavy CPU/GPU temperatures. Use anti-vibration mounts if case vibration persists, and keep dust filters clean to maintain airflow and fan longevity.