Standard Ignition S2849 Oxygen Sensor Connector

Oxygen Sensor Connector for OE-Style Repairs

The Standard Ignition S2849 oxygen sensor connector is a direct-fit electrical connector for repairing damaged sensor wiring on select Chrysler, Dodge, Ford, Jeep, Lincoln, and Ram applications. It features an oval connector body with female terminals and an 8-blade terminal layout for upstream oxygen sensor connections.

Key Features

• Female oxygen sensor connector with an oval housing
• 8 female blade terminals for OE-style electrical connection
• 8-wire configuration for sensor harness repair
• Used on upstream oxygen sensor applications where specified
• Standard Ignition S2849 for service replacement needs

Detailed Description

Standard Ignition S2849 is built for repairing or replacing a damaged oxygen sensor connector without changing the full harness. This connector is listed for a wide range of vehicles, including Dodge Challenger, Dodge Charger, Jeep Cherokee, Ford F-150, and Ram 1500 applications. When the original connector is heat-damaged, corroded, or broken, this part restores the electrical interface needed for accurate oxygen sensor signal transfer. This part cross-references PT2833 and EC2750 for the same application.

What It Helps Fix

• Broken or brittle oxygen sensor connector housings
• Corroded or loose terminal connections
• Intermittent upstream oxygen sensor signal loss
• Check engine lights caused by connector damage
• Harness-side connector failure during exhaust service

Installation Notes and Tips

• Verify connector shape, terminal count, and wire count before installation.
• Match the application to the listed upstream sensor fitment where noted.
• Inspect the mating terminals for heat damage or corrosion before reconnecting.
• Confirm the vehicle-specific wiring layout before splicing or repinning.

Quality Assurance

Standard Ignition is a recognized aftermarket brand for electrical service parts, and the S2849 is built to OE-style connector specifications for repair-focused replacement work.