Computer case fan DELOCK 67297 92 mm, ball bearing, airflow 1.21 m³/h, black

DELOCK 67297 is a 92 mm computer case fan engineered to provide steady ventilation inside desktop systems. With a diameter of 92 mm and a thickness of 25 mm, this black fan is designed to move air through the chassis to support cooling of CPUs, GPUs and other components. The fan uses a ball bearing design intended to deliver longer operational life and stable rotation under continuous use. Rated airflow is 1.21 m³/h, making it suitable for maintaining general airflow in compact and standard PC cases.

Advantages

The ball bearing construction improves bearing longevity and provides consistent performance during extended operation. Its compact 92 mm size allows installation in tight spaces where larger fans cannot be fitted. The fan’s neutral black finish integrates with most case interiors, and the specified airflow helps reduce internal temperatures by supporting case ventilation and heat dissipation.

Suitable for

• Case ventilation in small form factor and standard desktop chassis
• Supplemental cooling for CPU and GPU in systems with limited fan mounts
• Improving internal airflow to stabilize system temperatures during everyday use

Key specifications

• Fan diameter: 92 mm
• Thickness: 25 mm
• Bearing type: ball bearing
• Airflow: 1.21 m³/h
• Colour: black

How to use

Install the fan in a compatible 92 mm mounting location in the computer case, ensuring correct orientation for intake or exhaust airflow depending on the intended cooling configuration. Secure the fan with screws provided by the case or fan mounts, connect the fan cable to the appropriate motherboard header or fan controller, and verify proper rotation after powering on the system. Regularly check for dust accumulation and clean as needed to maintain airflow performance.

Recommendations

Position the fan to support a balanced airflow path through the chassis, pairing it with complementary intake or exhaust fans when possible. For optimal longevity, maintain case cleanliness and avoid obstructing the fan blades. Use appropriate fan headers or a controller to monitor speeds and prevent excessive noise.