The MPA 17784N MA Starter Motor is a high quality 12 volt 1 2 kilowatt offset gear reduction starter designed to meet the demanding needs of commercial and heavy duty vehicles Engineered by MPA a recognized leader iutomotive electrical components this starter motor ensures reliable engine cranking performance under various operational conditions Its robust constructiond advanced features make it an ideal choice for fleet operators seeking durability and efficiency in their vehicle starting systems This starter motor is compatible with a range of vehicles including Chrysler Town Country 1999 2004 Dodge Caravan 1999 2004 Dodge Grand Caravan 1999 2004 Chrysler Voyager 1999 2003 Chrysler Grand Voyager 1999 2002 Key features and benefits of the MPA 17784N MA Starter Motor include 12V 1 2kW Power Rating Provides sufficient torque for reliable engine starting in heavy duty applications Offset Gear Reduction Design Enhances torque output while reducing the overall size and weight of the starter motor Premium Quality Bearings Prevents internal galling and premature failure ensuring smooth operationd extended service life Oversized Solenoid Contacts Ensures maximum voltage conductivity and prevents excessive voltage drops contributing to consistent starting performance Lead Free Brushes Offers an environmentally conscious solution without compromising durability and reliability OE Grade Lubricants Utilizes high quality lubricants for consistent cranking under extreme conditions reducing wear and tear on internal components Flange Mounting Type Simplifies installationd maintenance reducing downtime and operational disruptions Clockwise Rotation Matches the rotational direction required for specific vehicle applications 10 Tooth Quantity Compatible with flywheels designed for 10 tooth starters ensuring proper engagement and efficient power transfer Color information is not specified By integrating the MPA 17784N MA Starter Motor into your fleet you can expect enhanced operational efficiency and reduced maintenance costs leading to improved overall fleet performance
