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80mm Axial Cooling Fan 12V DC — 80×80×25mm, 3-Pin PWM

80mm Axial Cooling Fan 12V DC 80×80×25mm, 3-Pin PWM

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80mm Axial Cooling Fan 12V DC — 80×80×25mm, 3-Pin PWM

A standard 80×80×25mm (80mm) axial cooling fan running on 12V DC with a 3-pin connector (VCC / GND / Tachometer). The 80mm fan is the most common size for electronics enclosures, DIY power supplies, and general-purpose cooling. Higher airflow than 40mm fans — suitable for cooling larger enclosures and heat-generating components. The tachometer output allows fan speed monitoring via Arduino or fan controller.

Key Specifications

  • Size: 80×80×25mm | Voltage: 12V DC
  • Connector: 3-pin (VCC / GND / Tachometer)
  • Airflow: ~30–40 CFM | Noise: ~30–35 dBA
  • Speed: ~2000–2500 RPM
  • Mounting: 4 corner M4 screw holes
  • Compliance: RoHS compliant

Fan Size Comparison

  • 40mm (4010): Compact, low airflow — for tight spaces
  • 80mm (this fan): Standard, good airflow — for enclosures and PSUs
  • 120mm+: High airflow, low noise — for large enclosures

Tachometer Output

The 3rd pin outputs a pulse signal (2 pulses per revolution). Connect to Arduino interrupt pin to measure RPM: RPM = (pulseCount / 2) × 60

Typical Applications

  • Electronics enclosure ventilation
  • DIY bench power supply cooling
  • PC case and server cooling
  • Heatsink forced-air cooling
  • Arduino fan speed monitoring project
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80mm Axial Cooling Fan 12V DC — 80×80×25mm, 3-Pin PWM

A standard 80×80×25mm (80mm) axial cooling fan running on 12V DC with a 3-pin connector (VCC / GND / Tachometer). The 80mm fan is the most common size for electronics enclosures, DIY power supplies, and general-purpose cooling. Higher airflow than 40mm fans — suitable for cooling larger enclosures and heat-generating components. The tachometer output allows fan speed monitoring via Arduino or fan controller.

Key Specifications

  • Size: 80×80×25mm | Voltage: 12V DC
  • Connector: 3-pin (VCC / GND / Tachometer)
  • Airflow: ~30–40 CFM | Noise: ~30–35 dBA
  • Speed: ~2000–2500 RPM
  • Mounting: 4 corner M4 screw holes
  • Compliance: RoHS compliant

Fan Size Comparison

  • 40mm (4010): Compact, low airflow — for tight spaces
  • 80mm (this fan): Standard, good airflow — for enclosures and PSUs
  • 120mm+: High airflow, low noise — for large enclosures

Tachometer Output

The 3rd pin outputs a pulse signal (2 pulses per revolution). Connect to Arduino interrupt pin to measure RPM: RPM = (pulseCount / 2) × 60

Typical Applications

  • Electronics enclosure ventilation
  • DIY bench power supply cooling
  • PC case and server cooling
  • Heatsink forced-air cooling
  • Arduino fan speed monitoring project

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