Phanteks D30-120 DRGB PWM Fan for Premium Performance

The Phanteks D30-120 is a premium D-RGB fan designed for modern systems, boasting a unique feature set that enhances both aesthetics and performance. With its integrated D-RGB lighting throughout the frame and blades on all sides, the D30-120 offers a visually striking appearance. The fan's modular design allows for easy linking of multiple units using bridge connectors and screw cover plates, resulting in extremely clean builds with reduced cable clutter.

Inspired by the renowned T30 fan, the D30-120 combines premium D-RGB lighting with a 30 mm thick, aerodynamic fan blade design. This combination delivers exceptional airflow and air pressure, making it an ideal choice for use on radiators or behind restrictive mesh/dust filters.

Offering both regular and reversed airflow models, the D30-120 provides users with the flexibility to configure their system in the most optimal way, without compromising the fan blade lighting effect. The D-RGB lighting is seamlessly integrated and visible from all sides of the fan, with the blades reflecting the light from the Halos lighting ring inside the frame.

Engineered with high-quality materials, the D30-120 features a PBT (Polybutylene terephthalate) construction and a fluid dynamic bearing (FDB) for enhanced durability and quiet operation. The fan operates within a voltage range of 5~13.2V, with a speed range of 250-2000±10% RPM, delivering a maximum airflow of 64.3 CFM and a maximum air pressure of 3.01 mm H2O.

The D30-120 is compatible with digital-RGB equipped motherboards and other Phanteks digital-RGB products, allowing for seamless integration and control of the lighting effects. With a cable length of 700 mm for the fan and 600+100 mm for the D-RGB connection, the D30-120 provides ample flexibility for cable management.

In summary, the Phanteks D30-120 is a premium D-RGB fan that combines exceptional performance, versatility, and aesthetics. Its unique features, such as the easy fan linking system and the availability of regular and reversed airflow models, make it a top choice for building high-performance, visually appealing modern systems.

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