Thermaltake CT140 EX Reverse ARGB Sync tuuletin 14 cm Racing Green 3 kpl

The Thermaltake CT140 EX Reverse ARGB Sync Racing Green is a 140 mm PC case fan designed for case cooling with integrated addressable RGB lighting. It uses MagForce 2.0 for an improved magnetic connection between fans, supports PWM control and operates across a speed range up to 1800 RPM. The reversed blade design keeps the ARGB lighting visible from different airflow directions while the hydraulic bearing reduces noise and extends service life.

Advantages

The fan combines a high maximum speed of 1800 RPM with a hydraulic bearing for quieter operation and durability. Its MagForce 2.0 magnetic connection improves stability when multiple fans are used, and nine addressable LEDs allow motherboard-synced ARGB lighting. The reversed blades ensure consistent illumination regardless of airflow orientation, and the fan’s dimensions make it compatible with standard 140 x 140 x 25 mm mounting locations.

Suitable for

• Case cooling for desktop PCs
• Systems requiring ARGB lighting synchronized via motherboard software
• Multi-fan configurations using magnetic connections

Key specifications

• Fan diameter: 140 mm (140 x 140 x 25 mm)
• Speed range: 500–1800 RPM (PWM supported)
• Maximum airflow: 94.95 CFM
• Maximum static pressure: 2.54 mmH2O
• Noise level: 32.8 dB
• Bearing type: Hydraulic
• Lighting: 9 addressable LEDs (ARGB), motherboard sync compatible
• Colour: Racing Green
• Quantity in pack: 3 pcs
• Manufacturer part number (MPN): CL-F230-PL14RG-A
• EAN: 4711658540003

How to use

Install the CT140 EX Reverse ARGB Sync into a compatible 140 mm fan mount inside your PC case, using the supplied screws. Connect the fan’s power and PWM cables to the motherboard fan header and connect the ARGB cable to a compatible addressable RGB header. Configure fan speed control via motherboard BIOS or software and synchronize lighting using the motherboard ARGB control utility.

Recommendations

For balanced cooling and noise performance, configure PWM fan curves in your motherboard software and place fans to optimize front-to-back or bottom-to-top airflow. Ensure the ARGB header supports addressable 3-pin (5V) lighting before connecting.