Kit de acessórios Lian Li O11DERGB-4W Tower alumínio aço inoxidável

The Lian Li O11D EVO RGB Front Mesh Kit (O11DERGB-4W) is an accessory kit for tower computer cases that replaces the front glass panel with a white aluminium fine mesh panel to improve front airflow. Constructed from aluminium and steel, the kit includes adjustable mounting brackets and is sized to fit standard O11D-style fronts while providing direct ventilation support for multiple fan configurations.

Advantages

The aluminium fine mesh panel increases air intake compared with a glass front, allowing more cool air to reach internal components. The included adjustable fan brackets let you install various fan sizes at the front, enabling direct airflow to critical parts. The kit is made of durable aluminium and steel and comes in white to match compatible chassis.

Suitable for

• Upgrading front airflow in O11D-style tower cases
• Installing multiple front intake fans for improved cooling
• Replacing a front glass panel with a mesh alternative
• Systems that require direct ventilation of CPU and GPU areas

Key specifications

• Model: O11DERGB-4W (Lian Li)
• Compatible chassis type: Tower (O11D-style)
• Materials: Aluminium, Steel
• Color: White
• Front fan support: up to 3×120 mm or 2×140 mm or 2×160 mm (with included brackets)
• Dimensions (kit panel): 433.4 mm (W) × 233 mm (D) × 13.1 mm (H)
• EAN: 4718466014849

How to use

Remove the existing front glass panel from the case following the case manufacturer’s instructions. Install the aluminium mesh panel in its place and secure it with the supplied hardware. Attach the adjustable fan mounting brackets to the mesh panel, then mount your chosen fans (up to supported sizes) and connect them to the system’s fan headers or controller. Ensure cables are routed to avoid obstructing airflow.

Recommendations

For best cooling results, use a combination of intake fans on the front mesh and exhaust fans at the top or rear of the case. Regularly clean the mesh to prevent dust buildup and maintain optimal airflow.