MAP Sensor Manifold Absolute Pressure Replacement Compatible with Cummins Onan Generator, Replaces 193-0469 1930469, Engine Pressure Sensor for Stable Performance

This MAP sensor (Manifold Absolute Pressure sensor) replacement is designed to restore accurate pressure monitoring for engines compatible with Cummins Onan generators. A faulty MAP sensor can cause hard starting, poor engine performance, increased fuel consumption, or engine warning codes. By replacing the damaged sensor, the engine control system can receive accurate intake pressure data, allowing proper fuel-air mixture adjustment and stable operation. Built with high-sensitivity sensing components and durable materials, this sensor delivers reliable signal output even under high temperature and vibration conditions commonly found in generator environments. Designed to replace 193-0469 and 1930469, this MAP sensor offers a direct fit and simple installation, making it a cost-effective solution to restore engine efficiency and reliability.

• 【Perfect Compatibility】 Compatible with Onan Cummins intake manifold absolute pressure sensors; replaces part numbers 193-0469 and 1930469. Please verify your specific model before placing an order.
• 【Troubleshooting Solution】 A faulty MAP sensor often leads to difficult engine starting, reduced power output, abnormal fuel consumption, or diagnostic trouble codes. This sensor restores accurate intake pressure signals, thereby improving overall engine performance and operational stability.
• 【Enhanced Efficiency】 Monitors intake manifold pressure in real-time and provides precise data to the ECU. This facilitates the optimization of the air-fuel ratio, resulting in improved combustion efficiency and enhanced engine responsiveness.
• 【Stable Electrical Signal Output】 Utilizes highly sensitive sensing elements and a robust circuit design to ensure precise signal transmission, effectively minimizing the risk of false error codes or operational instability.
• 【High-Temperature & Vibration-Resistant Design】 Features a structure engineered to withstand high temperatures and vibrations, making it ideal for the demanding, long-duration operating environments typical of power generators. This design significantly reduces the risk of failure caused by environmental factors.