Cardone 84-17451 Distributor

Cardone Distributor for Honda and Acura

Restore ignition timing and spark delivery with this new Cardone distributor, part number 84-17451. Built for 4-cylinder applications, it includes the cap, rotor, electronic module, and integrated ignition coil for a direct replacement on select Honda and Acura vehicles.

Key Features

• New distributor with Cardone Engineered Technology
• 100% computer tested for long-lasting performance
• Includes distributor cap and rotor for easier installation
• Electronic module supplied with integrated ignition coil
• Guaranteed fit and function for the listed applications
• Meets or exceeds O.E.M. performance targets
• Unfinished finish

Product Details

Cardone Distributor 84-17451 is engineered as a direct-fit ignition distributor for 1998 Honda Accord and 1998-1999 Acura CL models with electronic distributor systems and integrated cap and rotor. The Cardone Distributor line focuses on correcting original design weaknesses through reverse-engineering expertise, helping deliver proper voltage to the spark plugs in the correct timing pattern. This part cross-references Honda and Acura OE part number 30100PAAA01 for the same application.

Common Issues This Part Can Address

• Hard starting caused by distributor wear or internal failure
• Misfire from inconsistent spark timing
• Rough idle related to ignition signal loss
• Weak spark delivery to the plugs
• Check engine light concerns tied to distributor performance

Installation Notes

Verify engine and ignition configuration before installation. This distributor is for 4-cylinder applications and includes the cap, rotor, electronic module, and integrated ignition coil as listed. On Honda applications, dust covers and gaskets are included for convenience. Follow factory timing and service procedures during installation to ensure proper ignition performance.

Quality Assurance

Each unit is computer tested before release and built to meet proper form, fit, and function for the specified vehicles. Cardone’s reverse-engineering process is used to identify and correct original design weaknesses, supporting dependable replacement performance.