Radiator Cooling Fan Assembly Fit for Honda Civic 1.5L 2016-2021 HO3115173

Specification Package Weight(lbs): 11.77 Package Dimensions(LengthxWidthxHeight:inch): 30.24*19.02*4.72 Item Weight(lbs): 8.82 Item Size(LengthxWidthxHeight:inch): 30.24*19.02*4.72 OE Number: HO3115173,190305AAA01 RPM Rating: 2350 Amp Draw: 28 Working Life: 4000 hours Voltage: DC 12V Plug Pin: 4 Blade Type: Curved Condition: New Blade: 7 Unit: 1 Material: Copper,Iron,Plastic Color: Black Package Include: 1* Engine Radiator Cooling Fan Type: Radiator Cooling Fan Assembly Universal Fitment: No Features: Curved Blade,Durability Tested Fitment 2016-2020 Honda Civic Features & Benefits 1. Cooling: The radiator cooling fan helps to cool the radiator effectively. Regular inspection and cleaning of the radiator can help improve performance. 2.High quality:Made of high quality material to provide the great flow rate, has good heat and corrosion resistance and long service life. 3. Performance: Effective heat dissipation and improved engine efficiency. 4. Perfect fit: direct replacement of OE's motor, ensuring drop-in precise fit. 5. Advantage: The radiator fan assembly is designed, developed and validated to meet original equipment (OE) requirements to ensure product durability and quality. The assembly is also designed to reduce noise during operation to ensure a quieter environment. 6. Vehicle testing: Testing on applicable vehicles prior to market release provides seamless integration of the control module and brushless unit.

• Fitment: Fit for Honda Civic 1.5L 2016-2021
• OEM Part Number: HO3115173,190305AAA01
• The assembly’s wiring harness includes a relay with adjustable activation temperature (160-220°F), letting you customize when the fan turns on—flexible for different engine types (e.g., high-performance engines need lower activation temps).​
• The variable-speed motor’s power draw is proportional to its speed: at 30% speed, it uses 70% less power than at 100%—cutting down on alternator strain and improving fuel economy, especially during long drives with steady temps.
• The fan’s blades are aerodynamically optimized to move more air with less power. This means it achieves the same cooling effect with lower speed, reducing engine power required.​