Davico 17692 Catalytic Converter - Front

Direct-Fit Catalytic Converter

Davico Direct-Fit Catalytic Converter 17692 is built from original equipment sample parts to match fit and function on the vehicle. It uses a high-quality emissions-reducing catalyst for OBDII applications and is configured with fixed flanges for a direct exhaust connection.

Key Features

• Direct-fit catalytic converter for straightforward exhaust replacement
• Built from original equipment sample parts for proper fit and function
• Emissions-reducing catalyst formulated for OBDII vehicle demands
• 4-bolt fixed flange inlet and 2-bolt fixed flange outlet
• Includes one O2 sensor connection and gaskets
• Boxed for protected handling and storage

Detailed Description

This Davico catalytic converter is engineered as an exact-fit exhaust replacement for the Kia K5. The 17692 uses OE sample parts as the basis for its design, helping maintain the original exhaust layout while supporting emissions control requirements. With a 4-bolt fixed flange inlet, 2-bolt fixed flange outlet, and one O2 sensor connection, it is built for a direct connection in the exhaust stream. Fits 2021-2024 Kia K5, front. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What It Is Used For

• Replacing a worn or failed catalytic converter
• Restoring exhaust emissions control performance
• Addressing OBDII-related catalyst efficiency concerns
• Correcting exhaust leaks at flange connections
• Maintaining the original exhaust configuration on the Kia K5

Installation Notes and Tips

Verify the vehicle’s emission configuration before installation. This part is listed for 2021-2024 Kia K5, front, and includes a note that it is illegal for installation in New York on vehicles equipped with California emission systems. Confirm flange style, O2 sensor count, and overall length before beginning the job.

Quality Assurance

Davico designs Exact-Fit Catalytic Converters using original equipment sample parts and emissions-reducing catalyst materials to support proper fit and function on OBDII vehicles.