Fan Inter-Tech U-8 9.2 cm 3 Speeds 200-3200 RPM Black

The Inter-Tech U-8 is a 92 mm processor fan designed for case and CPU cooling in desktop systems. It operates at 12 V and offers three selectable speed settings with a rotational range from 200 to 3200 RPM. The fan uses a dual ball bearing for extended service life and produces a maximum air pressure of 36.2 mmH2O, delivering concentrated airflow for heatsinks, radiators, and tight mounting positions. The black finish and standard mounting dimensions make it compatible with a variety of builds.

Advantages

The three-speed control allows balancing between noise and cooling performance according to system needs, while the wide RPM range covers low-noise idling and high-speed cooling under load. Dual ball bearing construction increases durability and reliability during continuous operation. The relatively high maximum air pressure supports effective airflow through dense heatsink fins or restricted airflow paths.

Suitable for

• Active CPU cooling on compatible sockets
• Case ventilation in small and mid-tower enclosures
• Cooling for compact systems with limited airflow
• Replacement or upgrade of existing 92 mm fans

Key specifications

• Fan diameter: 92 mm
• Operating voltage: 12 V
• Rotational speed: 200–3200 RPM (three speed settings)
• Bearing type: Dual ball bearing
• Maximum air pressure: 36.2 mmH2O
• Product colour: Black
• Weight: 0.39 kg

How to use

Install the fan using the appropriate screws or mounting brackets for 92 mm fans, ensuring correct orientation for intake or exhaust airflow. Connect the fan to a compatible 12 V header or controller; use the three-speed selector or a supported controller to set the desired RPM range. Verify clearance around the fan for unobstructed airflow and secure cables to prevent interference with the blades. When used on supported processor sockets, pair the fan with a matching heatsink or mounting assembly as required by the cooler design.

Recommendations

For balanced performance, start with the medium speed setting and monitor system temperatures; increase to the highest speed under sustained high loads or restrict airflow situations. Periodically clean the fan blades and surrounding area to maintain airflow efficiency and inspect mounting hardware for secure attachment.