Fan Phanteks D30-140 14 cm White 250-1800 RPM 32.1 dB

The Phanteks D30-140 is a 140 mm case fan with integrated D-RGB illumination visible from all sides. It features a 30 mm thick aerodynamic blade design derived from the T30 series and is available in regular and reversed airflow models to allow flexible system configurations. The fan supports PWM control from a standard motherboard fan header and is compatible with Digital-RGB equipped motherboards and Phanteks Digital-RGB products.

Advantages

The 30 mm thickness improves noise-normalized performance, making the D30-140 suitable for radiator use and installations behind mesh or dust filters. Integrated D-RGB lighting and reflective blade surfaces create a smooth lighting effect, while bridge connectors and screw cover plates let you link up to four fans and hide screws for a clean-looking build. Fluid Dynamic Bearing increases durability and reliable operation across the 250–1800 RPM range.

Suitable for

• PC cases requiring 140 mm fans
• Radiator cooling in liquid-cooled systems
• Front or top intake/exhaust behind mesh or dust filters
• Systems with Digital-RGB lighting or Phanteks D-RGB ecosystems

Key specifications

• Fan diameter: 140 mm
• Speed range: 250–1800 RPM (PWM)
• Maximum airflow: 71.76 CFM
• Noise level (max): 32.1 dB
• Bearing type: Fluid Dynamic Bearing
• Operating voltage range: 5–13.2 V
• Color: White
• MPN: PH-F140D30R_DRGB_PWM_WT01
• EAN: 0886523003304

How to use

Install the fan in a 140 mm mounting location in your case or on a compatible radiator. Choose the regular or reversed model depending on desired airflow direction (regular: front-to-rear; reversed: rear-to-front). Connect the PWM power cable to a motherboard fan header for speed control and connect the Digital-RGB cable to a compatible Digital-RGB header or Phanteks D-RGB controller to control lighting. Use the provided bridge connectors and screw covers when linking multiple D30 fans to reduce visible cables and screws.

Recommendations

For best thermal and acoustic balance, set PWM curves in the motherboard BIOS or fan control software to increase speed under load. When mounting on radiators, ensure consistent push or pull orientation across the radiator and maintain clearance for airflow through mesh or dust filters.