A round, black Blower 5015 from 3D Printing Perth - Cirrus Link, featuring a 24V dual ball bearing design capable of reaching 6200 RPM and producing 15 CFM with a noise level of 33 dBA. Two red and black wires extend from the top, making it ideal for cooling applications in 3D printing setups.
The Blower 5015 from 3D Printing Perth - Cirrus Link is a compact black cooling fan specifically designed for 3D printing. It features dual ball bearings, operates at 24V, and includes two mounting holes along with red and black power wires, all showcased against a white background.
A black cooling fan with wiring is depicted, showcasing the 3D Printing Perth - Cirrus Link Blower 5015 design, equipped with 24V dual ball bearing technology.
The Blower 5015, a product of 3D Printing Perth - Cirrus Link, operates at 24V and features dual ball bearings with a speed of 6200 RPM. It delivers an air flow of 15 CFM and produces sound at 33 DBA, making it an excellent choice for cooling needs in 3D printing projects. Originating from China, this fan includes two red and black wires for easy connection.
A compact black plastic Blower 5015 model from 3D Printing Perth - Cirrus Link, equipped with red and black wires for 3D printing cooling. This durable fan operates at 24V and features a dual ball bearing system.
A detailed technical drawing showcases the dimensions and measurements of a Blower 5015 24V Dual Ball Bearing 6200 RPM, incorporating both circular and rectangular features. Manufactured by 3D Printing Perth - Cirrus Link, this component is designed for enhanced performance and efficient operation at 15 CFM with a noise level of 33 DBA.
A round, black Blower 5015 from 3D Printing Perth - Cirrus Link, featuring a 24V dual ball bearing design capable of reaching 6200 RPM and producing 15 CFM with a noise level of 33 dBA. Two red and black wires extend from the top, making it ideal for cooling applications in 3D printing setups.
The Blower 5015 from 3D Printing Perth - Cirrus Link is a compact black cooling fan specifically designed for 3D printing. It features dual ball bearings, operates at 24V, and includes two mounting holes along with red and black power wires, all showcased against a white background.
A black cooling fan with wiring is depicted, showcasing the 3D Printing Perth - Cirrus Link Blower 5015 design, equipped with 24V dual ball bearing technology.
The Blower 5015, a product of 3D Printing Perth - Cirrus Link, operates at 24V and features dual ball bearings with a speed of 6200 RPM. It delivers an air flow of 15 CFM and produces sound at 33 DBA, making it an excellent choice for cooling needs in 3D printing projects. Originating from China, this fan includes two red and black wires for easy connection.
A compact black plastic Blower 5015 model from 3D Printing Perth - Cirrus Link, equipped with red and black wires for 3D printing cooling. This durable fan operates at 24V and features a dual ball bearing system.
A detailed technical drawing showcases the dimensions and measurements of a Blower 5015 24V Dual Ball Bearing 6200 RPM, incorporating both circular and rectangular features. Manufactured by 3D Printing Perth - Cirrus Link, this component is designed for enhanced performance and efficient operation at 15 CFM with a noise level of 33 DBA.

3D Printing Perth - Cirrus Link

Blower 5015 24V Dual Ball Bearing 6200 RPM 15 CFM 33 DBA

$17.99 Sold out
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Blower 5015 24V Dual Ball Bearing

Enhance your 3D printing experience with our high-performance Blower 5015, designed specifically for efficient cooling and optimal air circulation. This 24V blower features a robust dual ball bearing construction, ensuring durability and a longer lifespan of over 30,000 hours. Perfect for both small and large 3D printing projects, it delivers a significant airflow while maintaining a low noise level, making it an essential component for any serious maker.

Key Features:

  • Voltage: DC 24V
  • Current: 0.11 A
  • Power Consumption: 2.64 W
  • Noise Level: 33 dBA
  • Speed: 6200 ± 10% RPM
  • Air Volume: 15 CFM
  • Size: φ50 x 15 mm
  • Bearing Structure: Double ball bearing
  • Wiring Length: 30 cm (Red - positive, Black - negative)
  • Temperature Range: -10 to +80°C
  • Storage Conditions: 5% to 95% RH (Relative Humidity)

Performance

The 5015 Blower is engineered to provide excellent cooling performance for 3D printers. Operating at a speed of 6200 RPM with a ±10% variance, it generates an impressive airflow of 15 CFM. This level of air volume is not only suitable for cooling hotends but also aids in cooling printed parts, significantly improving print quality and reducing the likelihood of warping and defects.

Durability and Reliability

Constructed with a dual ball bearing system, this blower mitigates friction and ensures stability during operation. This design choice means a longer operational life, with an expected lifetime extending beyond 30,000 hours. The effective bearings reduce noise and provide a consistently smooth performance—ideal for environments where quiet operation is crucial.

Noise Level

With a noise rating of just 33 dBA, our Blower 5015 operates quietly, making it suitable for home or office settings. Unlike other high-speed fans that produce disruptive noise, this blower provides efficient air movement without adding discomfort or distraction to your workspace.

Temperature and Storage Specifications

Our blower performs optimally under a wide temperature range from -10°C to +80°C, ensuring functionality in various environments. Additionally, it can withstand humidity levels of up to 95%, making it versatile for different storage conditions. This adaptability ensures that your Blower 5015 remains functional for long periods, regardless of environmental challenges.

Wiring and Installation

The Blower 5015 comes with a straightforward wiring setup. Featuring a 30 cm wire, it connects easily to your 3D printer or cooling setup. The wiring is color-coded for easy installation: red indicates the positive connection and black signifies the negative. This simplistic design allows for quick setup—get your 3D printer blowing cool air without any hassle.

Applications

While specifically