Dorman 911-701 Vapor Canister Purge Valve

Dorman 911-701 Vapor Canister Purge Valve

This Dorman vapor canister purge valve is a direct replacement for the original equipment part on select Mazda applications. Built with a plastic housing and two 1/4 in vacuum connectors, it supports evaporative emissions control and plug-and-play installation on the listed vehicles.

Key Features

• Direct replacement purge valve for the evaporative emissions system
• Plastic housing for OE-style fit and routing
• Two vacuum connectors with 1/4 in diameter
• Engineered for plug-and-play installation
• Meets government emissions system requirements

Detailed Description

The Dorman 911-701 vapor canister purge valve is built for select 2003-2005 Mazda 6 models, including 2003-2004 Mazda 6 with roof antenna and 2005 Mazda 6. It replaces the factory purge valve in the evaporative control system, helping manage fuel vapor flow from the charcoal canister to the engine. If you are searching for a Mazda 6 vapor canister purge valve or a Dorman 911-701 replacement purge valve, this part matches the listed application and connector layout.

This part cross-references Standard Ignition CP663 for the same application.

What It Helps Address

• Check engine light related to evaporative emissions faults
• Fuel vapor purge control issues
• Hard starting after refueling
• Rough idle caused by purge valve malfunction
• Emissions test failures tied to EVAP system performance

Installation Notes and Tips

Verify the vacuum connector diameter and connector count before installation. Confirm vehicle fitment by year and configuration: Fits 2005 Mazda 6, N/A; Fits 2003-2004 Mazda 6, N/A, w/Roof Antenna. Use the existing vacuum line routing and electrical connection points as a reference during replacement. The Dorman 911-701 is intended as a direct-fit service part for the original purge valve location.

Quality Assurance

Dorman manufactures this purge valve as an OE-style replacement for the evaporative emissions system, with fitment and function aligned to the original equipment design.