Fan Thermaltake Riing 14 CL-F039-PL14GR-A 14 cm Black Green

The Thermaltake Riing 14 High Static Pressure LED Radiator Fan is a 140 mm case fan designed for radiator and high-static-pressure cooling applications. It combines an optimized blade profile, wind-blocker frame and hydraulic bearing to deliver focused airflow, improved pressure performance and low operating noise. The fan is available in a black housing with a patented LED ring in green that provides uniform lighting around the frame.

Advantages

The Riing 14 features a Concentrated Compression Blade (CCB) and a wind blocker frame that increase static pressure and direct airflow through radiators. A hydraulic bearing with a sealed cap and low-noise cable reduces friction and lowers acoustic output. In-mold anti-vibration rubber pads on all four corners minimize vibration transfer to the chassis. The patented LED ring maintains consistent color and brightness for a uniform visual effect.

Suitable for

• Radiator cooling for liquid CPU/GPU loops
• Case exhaust or intake where high static pressure is required
• Systems requiring low-noise fans with anti-vibration mounting

Key specifications

• Fan diameter: 140 mm (140 x 140 x 25 mm)
• Maximum speed: 1400 RPM
• Maximum static pressure: 1.58 mmH2O
• Operating voltage: 12 V
• Weight: 0.1867 kg
• Colours: Black frame with green LED ring
• MPN: CL-F039-PL14GR-A, EAN: 4717964400765

How to use

Install the Riing 14 in the desired radiator or case position using the mounting screws through the fan frame. For reduced vibration, ensure the in-mold anti-vibration pads are aligned with the mounting holes. Connect the fan to a 3- or 4-pin header on the motherboard or to an appropriate fan controller at 12 V. Use the low-noise cable option if available to achieve lower acoustic output.

Recommendations

For best radiator performance, place the Riing 14 to push or pull air through the radiator fins in a push-pull or single-fan configuration as required. Keep fan intakes free of dust and check mounting tightness periodically to maintain low noise and optimal cooling efficiency.