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12" Electric Brushless Electric Fan 2100 CFM Rating

12" Electric Brushless Electric Fan 2100 CFM Rating

$292.90

SKU: AF49-1112

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The 12" Aeroflow Performance Brushless Electric Fan is engineered to upgrade cooling efficiency without adding strain to your electrical system. Designed for 12-volt setups, this 12" puller-style fan delivers 2100 CFM while drawing only 15 amps, helping improve air conditioning performance, keep engines running cooler, and free up power for other systems.

Key features that set it apart

  • Brushless design with a soft start ramp reduces amp spikes on power-up, protecting your electrical system and prolonging component life.
  • Higher airflow with lower power draw compared to standard electric fans, delivering improved cooling for A/C condensers, radiators, or fluid coolers.
  • Universal applicability: mounts to A/C condensers, radiators, or fluid coolers across a wide range of vehicles and setups.
  • No special controllers required: simple wiring to a + and - with an automotive relay. Compatible with on/off thermostat controllers (sold separately), but not compatible with variable speed controllers.
  • Rugged, weatherproof construction (IP66) designed to withstand demanding environments.

Specifications

  • Fan blade diameter: 12" (300 mm)
  • Fan dimensions: 13.5" x 12.5" x 3" (343 mm x 317 mm x 80 mm)
  • CFM rating: 2100
  • Fan style: Puller
  • Voltage: 12 V
  • Amp draw: 15 A
  • Weatherproof rating: IP66
  • Weight: 1.75 kg
  • Recommended fuse size: 25 A

Installation & compatibility

Engineered for straightforward integration: mount the 12V brushless fan to your radiator, condenser, or fluid cooler. Run a basic + and - wire to an automotive relay, and use an appropriate fuse (25 A recommended). The soft-start feature helps maintain electrical stability at start-up, making it a reliable upgrade for cooler engine operation and enhanced cooling performance without adding significant electrical load.

Ideal use cases

  • Upgrading A/C condenser cooling for vehicles with limited electrical capacity
  • Radiator cooling enhancements for hotter climates or high-performance applications
  • Fluid cooler mounting where consistent, high airflow is needed without increasing amp draw

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