Cooling fan Flashforge AD4 model 30002041001 12V 0.1A — 3D printer component

Replacement cooling fan Flashforge AD4 model 30002041001, 12V 0.1A, designed for use in Flashforge 3D printers and compatible devices. The compact fan supplies targeted airflow to hotend areas, electronic components or enclosure zones to help maintain stable printing temperatures and reduce thermal stress on parts. It is intended as a direct replacement or spare part for maintenance and repairs.

Advantages

The Flashforge AD4 cooling fan offers a compact form factor and straightforward electrical parameters (12V, 0.1A) for easy integration. Its focused airflow supports temperature control at the hotend and electronics, which helps to maintain print quality and extend component life. The fan is easy to install and suitable for routine replacement when original cooling performance decreases.

Suitable for

• Targeted cooling of the hotend in Flashforge 3D printers
• Cooling of printer electronics and control boards
• Improving airflow inside printer enclosures or localized zones
• Replacement or spare part for maintenance and repairs

Key specifications

• Model: AD4 (Flashforge 30002041001)
• Voltage: 12 V
• Current: 0.1 A
• Manufacturer brand: Flashforge
• MPN: 30002041001
• EAN: 6971940406716

How to use

Power off the printer and disconnect it from mains before replacing the fan. Remove the access cover or housing to reach the existing fan, disconnect its connector from the board, and remove any mounting screws. Install the Flashforge AD4 fan in the same orientation as the original, secure it with screws, and reconnect the connector to the appropriate 12V fan header. Reassemble the cover and restore power. Verify correct rotation and airflow before resuming printing.

Recommendations

Use the fan as a direct replacement for the original Flashforge AD4 (30002041001). Ensure the connector and voltage match the printer’s fan header (12V) before installation. Periodically check for dust buildup and replace the fan if noise increases or airflow decreases.