Walker 215-92074 Fuel Injection Idle Air Control Valve

Fuel Injection Idle Air Control Valve

Walker Products FSK 215-92074 is a fuel injection idle air control valve for select Ford and Mercury applications. It is built to support stable idle control in vehicles that need a direct-fit replacement for the original component.

Key Features

• Fuel injection idle air control valve for engine idle management
• Walker Products FSK line replacement part
• Manufactured to meet or exceed OEM standards and specifications
• Backed by Walker Products engineering, product management, and technical support
• Fits 1992-1994 Ford Escort and 1992-1993 Mercury Tracer
• Part number 215-92074 for accurate ordering and catalog lookup

Product Details

The Walker Products FSK line focuses on fuel system and engine management components built for service replacement use. Part number 215-92074 is intended for vehicles that require an idle air control valve in the fuel injection system, helping maintain proper idle behavior under changing engine loads. Walker Products has supplied fuel system components since 1946 and manufactures parts for the automotive aftermarket with ISO 9001/IATF16949 quality systems in place.

Compatible With: 1992-1994 Ford Escort and 1992-1993 Mercury Tracer. This part cross-references Standard Ignition AC251 for the same application.

Common Issues This Part May Address

• Unstable or fluctuating idle speed
• Engine stalling when coming to a stop
• Idle speed that is too high or too low
• Poor idle recovery after accessory load changes
• Idle control problems related to a worn fuel injection idle air control valve

Installation Notes and Tips

Verify the vehicle application by year, make, and model before installation. Inspect the throttle body, intake passages, and related electrical connectors for contamination or damage during service. After installation, confirm idle quality and check for stored fault codes if the vehicle is equipped with onboard diagnostics.

Quality Assurance

Walker Products states that its fuel system components are manufactured to meet or exceed OEM standards and specifications. The company supports production with in-house engineering, product management, and technical documentation resources.