ASAPE 11173 High Output Replacement New Alternator Fit for 2006 for Lincoln Zephyr 3.0L 2006-2009 for Ford Fusion 3.0L, Replace OE A3TJ0991 A003TJ0991 A003TJ0991ZC 6E5T-10300-BA 6E5T-10300-BD

Fitment:2006-2009 for Ford Fusion 3.0L2006 for Lincoln Zephyr 3.0L2006-2009 for Mercury Milan 3.0LReplaces OEM Numbers:A3TJ0991 A003TJ0991 A003TJ0991ZC 6E5T-10300-BA 6E5T-10300-BD AMT0142 A3TJ0991 6E5T-10300-BA 6E5T-10300-BD 6E5Z-10346-BA 7E5T-10300-BA 7E5T-10300-BB 400-48118 11173 A3TJ0991 A3TJ0991ZC GL-669 12663Specifications:Voltage: 12V; Amperage: 150A; Rotation: CW(Clockwise); Regulator: IR; Fan: IF; Grooves: 6-Groove Pulley

• Fitment: New Alternator Fit for 2006-2009 for Ford Fusion 3.0L, 2006 for Lincoln Zephyr 3.0L, 2006-2009 for Mercury Milan 3.0L
• Specification: Voltage: 12V; Amperage: 150A; Rotation: CW(Clockwise); Regulator: IR; Fan: IF; Grooves: 6-Groove Pulley, OE: A3TJ0991 A003TJ0991 A003TJ0991ZC 6E5T-10300-BA 6E5T-10300-BD AMT0142 A3TJ0991 6E5T-10300-BA 6E5T-10300-BD 6E5Z-10346-BA 7E5T-10300-BA 7E5T-10300-BB 400-48118 11173 A3TJ0991 A3TJ0991ZC GL-669 12663
• Exceptional Power Output: Our car alternator is designed to stable and reliable power output, ensuring that your vehicle's accessories function properly under various driving conditions. Whether commuting in the city or embarking on a long road trip, it delivers robust power support for uninterrupted travel
• Premium Materials and Craftsmanship: Constructed from good-quality aluminum alloy and advanced manufacturing techniques, this alternator is built to last and resist corrosion. Its precision-engineered internal components undergo rigorous testing to ensure long-term reliability, minimizing the failure rate and offering a durable power solution for your vehicle
• Easy Installation Design: This alternator features a user-friendly design that ensures a quick and simple installation process. It comes with a comprehensive installation manual, eliminating the need for professional tools and allowing DIY enthusiasts to replace it at home, saving on repair costs while enhancing overall vehicle performance