Walker Camshaft Position Sensor 20-24 Ford 6.7L Powerstroke
Need to restore cam timing signal and get your engine running smoothly again? The Walker Camshaft Position Sensor is a direct-fit replacement designed to restore accurate camshaft position data when the factory sensor begins to fail or sends inconsistent signals. A weak or failing CMP sensor can cause hard starts, misfires, poor fuel economy, stalling, and check engine lights, as the ECU relies on this signal to control fuel injection and ignition timing properly. This sensor resolves the issue by delivering a stable, accurate signal, keeping your engine responsive, efficient, and reliable.
Built to OE fit, form, and function standards, the Walker camshaft position sensor uses high-quality internal components engineered to handle extreme engine bay heat, vibration, and long-term thermal cycling. The housing is designed for durability in harsh conditions, resisting oil contamination, moisture intrusion, and exposure to debris that commonly degrades sensors over time. Each unit is tested to meet OE performance specifications, ensuring precise signal output and consistent communication with the ECU for accurate engine timing control and long-lasting reliability.
Original: $24.33
-70%$24.33
$7.30
Description
Need to restore cam timing signal and get your engine running smoothly again? The Walker Camshaft Position Sensor is a direct-fit replacement designed to restore accurate camshaft position data when the factory sensor begins to fail or sends inconsistent signals. A weak or failing CMP sensor can cause hard starts, misfires, poor fuel economy, stalling, and check engine lights, as the ECU relies on this signal to control fuel injection and ignition timing properly. This sensor resolves the issue by delivering a stable, accurate signal, keeping your engine responsive, efficient, and reliable.
Built to OE fit, form, and function standards, the Walker camshaft position sensor uses high-quality internal components engineered to handle extreme engine bay heat, vibration, and long-term thermal cycling. The housing is designed for durability in harsh conditions, resisting oil contamination, moisture intrusion, and exposure to debris that commonly degrades sensors over time. Each unit is tested to meet OE performance specifications, ensuring precise signal output and consistent communication with the ECU for accurate engine timing control and long-lasting reliability.
