Delphi AS10327 Ignition Knock (Detonation) Sensor

Delphi Knock Sensor for Honda and Acura

Delphi AS10327 is an ignition knock sensor built for accurate engine feedback in select Honda and Acura applications. It is a direct-fit emission control sensor for vehicles such as the 1998-2002 Honda Accord, 1997-2001 Honda Prelude, 1998 Acura CL, and 1998 Honda Odyssey.

Key Features

• Ignition knock (detonation) sensor for engine timing input
• OE-developed and product-validated sensor design
• Tested and calibrated to OE standards for accurate readings
• 1 pin terminal design with 1 connector
• Square male connector and male terminal
• Direct replacement part number AS10327

Detailed Description

Delphi AS10327 is engineered to monitor engine knock and send precise signal data to the vehicle control system. Delphi validates its sensors using OE development methods and calibration standards, helping maintain accurate sensor output and reducing repeat repairs. This part number AS10327 is a practical replacement choice for drivers servicing Honda Accord, Honda Prelude, Acura CL, or Honda Odyssey ignition knock sensor concerns.

This part cross-references Standard Ignition KS64 for the same application.

Common Issues This Sensor May Address

• Knock sensor fault codes
• Erratic ignition timing response
• Reduced engine performance from inaccurate detonation feedback
• Check engine light related to knock sensor circuit faults
• Driveability issues caused by incorrect engine knock detection

Installation Notes and Tips

Verify connector shape, terminal style, and vehicle application before installation. This sensor uses a square male connector with a single pin terminal and does not include mounting hardware. Confirm the replacement matches the original sensor location and wiring connection on the vehicle before clearing diagnostic codes.

Quality Assurance

Delphi backs this sensor with OE-focused development and validation practices. Each sensor is tested and calibrated to OE standards to support accurate readings and consistent operation.