Iceberg Thermal IceGALE Xtra 14 cm turquoise

The Iceberg Thermal IceGALE Xtra 14 cm Teal is a 140 mm computer case fan designed to deliver strong airflow with reliable durability. It operates on 12 V and spins between 500 and 2500 RPM, providing up to 169 CFM of airflow and a maximum static pressure of 4.7 mmH2O. The fan features a rigid brass housing and dual ball bearings to extend service life, and it is finished in teal to match system aesthetics.

Advantages

The fan combines a rigid brass housing with dual ball bearings to improve lifetime and mechanical stability while the two-plane balance and anti-vibration pads reduce wobble and noise during operation. An automatic start/stop function cuts power and noise when load is low, and the wide RPM range allows balancing airflow and acoustic performance.

Suitable for

• PC cases requiring a 140 mm fan
• Systems where high airflow (up to 169 CFM) is needed
• Builds prioritizing long-lasting bearings and reduced vibration

Key specifications

• Type: Fan
• Fan diameter: 140 mm
• Operating voltage: 12 V
• Speed range: 500–2500 RPM
• Maximum airflow: 169 CFM
• Maximum static pressure: 4.7 mmH2O
• Housing: Rigid brass
• Bearing type: Dual ball bearing
• Color: Teal
• MPN: ICEGALE14D-A0A
• EAN: 1230000071154

How to use

Install the IceGALE Xtra 140 mm fan into a compatible 140 mm fan mount in your PC case, aligning the airflow direction as needed for intake or exhaust. Connect the fan to an appropriate 12 V header or PWM controller on the motherboard or a fan controller. When using PWM control, note the automatic start/stop behavior: the fan remains off until the PWM duty cycle reaches approximately 21% load, after which it will start and vary speed with the duty cycle.

Recommendations

Mount the fan using the provided or compatible screws and ensure the anti-vibration pads contact the case to reduce noise. For optimal cooling, use the IceGALE Xtra as part of a coordinated airflow plan (intake at the front/bottom, exhaust at the top/rear). Periodically clean dust from the blades and housing to maintain performance and bearing life.