DFRobot Aluminum Active Cooler for LattePanda Mu Compute Module - 5V Double Ball Bearing Fan

Name: DFRobot Aluminum Active Cooler for LattePanda Mu Compute Module - 5V Double Ball Bearing Fan
Brand: DFRobot
SKU: SENS-2909
Price: 1149.00 INR
Availability: OutOfStock

₹1,149.00 (Inclusive of all taxes)

Out of Stock

This DFRobot Aluminum Active Cooler is a dedicated thermal management solution for the LattePanda Mu Compute Module, providing efficient heat dissipation via a 5V-powered, low-noise fan and aluminum heatsink to ensure stable CPU performance in embedded and DIY applications.

Features

Custom-engineered for precise fit and thermal contact with the LattePanda Mu Compute Module.
Corrosion-resistant aluminum alloy heatsink with optimized fins for efficient passive and active cooling.
Low-noise, long-life double ball bearing fan rated for 4000 RPM at 5V DC.
Ensures stable operating temperatures to enhance computational performance and hardware longevity.
Easy installation with included spring screws for secure mounting.

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Description

The DFRobot Aluminum Active Cooler is an active thermal solution designed to maintain optimal operating temperatures for the LattePanda Mu Compute Module. It combines a machined aluminum alloy heatsink with an integrated 5V DC fan, utilizing forced convection to efficiently draw heat away from the CPU and other critical components. This active cooling approach prevents thermal throttling, ensuring consistent computational performance under load.

The cooler’s design prioritizes both performance and durability. The aluminum construction offers excellent thermal conductivity and corrosion resistance, while the double ball bearing fan provides reliable, low-noise operation with an extended service life compared to sleeve-bearing alternatives. The compact 90x90mm footprint and lightweight build integrate seamlessly into LattePanda Mu-based projects, from compact embedded systems to prototyping platforms requiring sustained processing power.

Key Features

Precision-engineered for exclusive compatibility with the LattePanda Mu Compute Module chassis and mounting points.
High thermal conductivity aluminum alloy heatsink with finned design maximizes surface area for heat dissipation.
Integrated 5V DC double ball bearing fan delivers 4000 RPM for effective forced-air cooling with minimal acoustic noise.
Optimized for stable 5V operation, drawing approximately 350mA (1.75W) for reliable performance from standard SBC power rails.
Durable, corrosion-resistant construction ensures long-term reliability in various project environments.
Includes all necessary spring screws for a secure, vibration-resistant mounting installation.
Compact and lightweight design (90x90x~25mm, 60g) minimizes space impact within project enclosures.

Applications

Thermal management for LattePanda Mu in high-performance edge computing and AI inference nodes.
Cooling solution for embedded LattePanda Mu systems within compact industrial control or automation enclosures.
Enhancing stability and longevity of LattePanda Mu in continuous-operation digital signage or kiosk projects.
DIY and maker projects where sustained CPU load from data processing or multimedia applications is required.

Technical Specifications

Compatibility	LattePanda Mu Compute Module
Cooling Type	Active (Fan + Heatsink)
Heatsink Material	Aluminum Alloy
Fan Type	Double Ball Bearing
Operating Voltage	5.0 V DC
Operating Current	0.35 A
Fan Speed	4000 RPM
Dimensions (L x W)	90 x 90 mm
Weight	60 g

Frequently Asked Questions

What is the operating voltage for the DFRobot Active Cooler fan?

The integrated cooling fan operates at a standard 5V DC. It draws approximately 0.35A (1.75W), making it compatible with the 5V power rail available on the LattePanda Mu and most other single-board computer systems. Ensure your power supply can provide adequate current for both the compute module and the cooler.

Is this cooler compatible with other compute modules or single-board computers?

No, this cooler is specifically designed for the LattePanda Mu Compute Module. Its mounting hole pattern, height profile, and heatsink contact surface are custom-engineered for this model. It will not physically fit or provide proper thermal contact with other boards like Raspberry Pi, Jetson Nano, or standard LattePanda models.

How is the cooler mounted to the LattePanda Mu?

The cooler is mounted using the included spring screws. These screws pass through the cooler's mounting brackets and thread into the standoff posts on the LattePanda Mu board. The spring mechanism ensures consistent mounting pressure for optimal thermal transfer between the CPU and the heatsink base.