Ventilator LC-Power LC-CF-120-ARGB-B

The LC-Power LC-CF-120-ARGB-B is a 120 mm ARGB case fan designed for PC cooling. It operates at 12 V with a rotational speed range of 800–1300 RPM and connects to an ARGB hub via a 6-pin connector. The fan combines a black finish with addressable RGB lighting offering up to 16.8 million selectable colours, and uses Fluid Dynamic Bearing technology for quieter operation and extended service life.

Advantages

Optimised fan blade geometry improves airflow while minimising noise. Addressable RGB lighting provides fine colour control through compatible motherboard software. The Fluid Dynamic Bearing with lubrication capsules reduces lubricant loss, lowering operational noise and increasing bearing lifespan compared to conventional bearings.

Suitable for

• Standard ATX, micro-ATX and mini-ITX PC cases supporting 120 mm fans
• Systems where silent, efficient case ventilation is required
• Builds that use ARGB control via motherboard software or a compatible ARGB hub

Key specifications

• Model: LC-Power LC-CF-120-ARGB-B (MPN: LC-CF-120-ARGB-B)
• Fan diameter: 120 mm
• Voltage: 12 V
• Speed range: 800–1300 RPM
• Lighting: Addressable RGB, up to 16.8 million colours
• Connector: 6-pin ARGB to hub
• Bearing type: Fluid Dynamic Bearing
• Colour: Black

How to use

Install the fan in a 120 mm mounting position in your case using the supplied screws. Connect the fan's ARGB cable to the matching 6-pin ARGB hub, then connect the hub to your motherboard or controller according to the hub manufacturer's instructions. Use your motherboard's ARGB software or the hub's control method to select colours and lighting modes. Ensure the fan is connected to the appropriate power source and oriented for the desired airflow direction.

Recommendations

For reliable operation, keep dust filters clean and periodically inspect the fan for dust buildup. Use compatible ARGB software from your motherboard vendor or the hub manufacturer to avoid signal incompatibilities. Do not run the fan at voltages other than 12 V and avoid blocking airflow to maintain cooling performance and bearing life.