Creality 3205010296 Sermoon D3 radialblæser 3D TILBEHØR

When your Creality Sermoon D3 3D printer starts producing parts with sagging overhangs or rough bridges, the culprit is often inadequate part cooling. This genuine Creality blower fan restores the directed airflow needed to solidify filament quickly after extrusion, ensuring crisp details and clean surfaces on every print. Designed as a drop-in replacement, it matches the original fan's voltage, connector, and mounting dimensions, so you can get back to printing in minutes.

Key specifications

• Type: Radial blower fan (centrifugal)
• Rated voltage: DC 24V
• Rated current: 0.1A
• Power consumption: 2.4W
• Dimensions: 50 x 50 x 15 mm
• Bearing type: Sleeve bearing
• Connector: 2-pin JST-XH
• Cable length: 120 mm
• Material: PBT plastic
• Rotational speed: approx. 5000 RPM
• Airflow: approx. 5 CFM
• Noise level: approx. 30 dBA
• Operating temperature: -10°C to +60°C
• Expected lifespan: 30,000 hours
• Compatibility: Creality Sermoon D3 3D printer

Why choose it

This fan is engineered to deliver consistent, focused airflow exactly where it's needed—at the nozzle tip. Its radial design produces higher static pressure than axial fans, making it ideal for directing air through ducts and around complex part geometries. The durable PBT frame and sleeve bearing ensure quiet, reliable operation over thousands of hours, while the pre-attached JST-XH connector and generous cable length simplify installation.

Ideal use cases

• Replacing a worn or noisy original fan on the Sermoon D3
• Improving print quality on overhangs, bridges, and fine details
• Keeping a spare fan on hand for rapid maintenance
• Upgrading cooling performance for higher-speed printing

Good to know

Installation is straightforward: remove the old fan, disconnect the 2-pin connector, and secure the new fan with the original screws. Always power off and unplug the printer before servicing. Note that this fan is specifically designed for the Creality Sermoon D3 and may not be compatible with other models without modification.