Brushless DC Fan (60X60mm -12V)

Overview

Ensure your electronic projects stay cool under pressure with the MOKWN 60x60mm Brushless DC Fan. Engineered for efficient thermal management, this compact 12V fan delivers reliable airflow to protect sensitive components from overheating. Its durable ball bearing construction guarantees a longer lifespan and quieter operation compared to sleeve bearing alternatives, making it a smart choice for continuous use.

Key Features

• Efficient Cooling: Specifically designed to dissipate heat from microcontrollers, power supplies, and other heat-generating components.
• Durable Ball Bearing: Ensures a longer operational life and stable performance, even in demanding environments.
• Compact Size: The 60x60x12mm footprint fits neatly into most enclosures and projects.
• Standard 2-Pin Connector: Simple and easy to integrate with your existing power supply or controller.
• Low Noise Operation: Designed for quiet running, minimizing disturbance in your workspace or project.

Technical Specifications

• Voltage: 12V DC
• Connector: 2-Pin
• Dimensions: 60 x 60 x 12 mm
• Bearing Type: Ball Bearing

Applications & Use Cases

• 3D Printers: Cool stepper motor drivers, hotend electronics, and control boards.
• Raspberry Pi & Arduino Projects: Maintain optimal temperatures for CPUs and sensors.
• Power Supplies & Amplifiers: Prevent thermal throttling and extend component life.
• LED Lighting: Dissipate heat from high-power LEDs to ensure brightness and longevity.
• DIY Electronics Enclosures: Provide active airflow for custom-built devices.

What's Included

• 1x Brushless DC Fan (60x60x12mm, 12V)

Compatibility

• Works with any 12V DC power source that can supply sufficient current (typically 0.1-0.2A).
• Compatible with common fan headers on microcontrollers, motor drivers, or via a 2-pin JST connector.
• Ideal for use with MOKWN's range of power supplies, microcontrollers, and 3D printer components.

MOKWN Recommendation

For most projects, we recommend pairing this fan with a fan controller or a PWM driver to adjust speed based on temperature, optimizing both cooling and noise levels. Always ensure your power supply can handle the fan's current draw and that you connect the polarity correctly.