CAFS1000B Service Voltage 14 VDC Maximum Pressure 0.3 MPa Response Time 20 ms

Product Description

The CAFS1000 Series MEMS Air Flow Sensor, also known as an air mass flow meter, is designed for use in modern automotive engine electronic fuel injection systems (EFI). Typically installed between the air filter and throttle body, this sensor measures the amount of air intake into the engine. The output signal serves as a key parameter for controlling fuel injection quantity in automotive EFI systems, influencing the engine's power, efficiency, and emission performance. To achieve optimal fuel-air mixtures under various operating conditions, the sensor accurately measures the air intake at every moment, providing essential data for the ECU (Engine Control Unit) to compute and regulate fuel injection. Therefore, the air flow sensor plays a crucial role in energy conservation and pollutant emission control in modern vehicles.

Product Features

• Thermal Mode Silicon Sensor Core Technology
• Wide Flow Measurement Range: 10~800 kg/h
• High Measurement Accuracy: (△m/Qm) ≤ ±2%
• Output Options: Frequency output or analog voltage output (selectable)
• Fast Response Time: ≤ 15 ms
• Wide Operating Voltage Range: 7~24 VDC
• Low Operating Current: <0.05 A (default at 14 VDC)
• Wide Operating Temperature Range: -40℃ to +125℃
• Precise ECU Matching Capability

Performance Parameters

Applications

The CAFS1000 Series MEMS Air Flow Sensor is essential for various automotive applications, particularly in:

• Engine Electronic Fuel Injection Systems (EFI): Key for controlling the fuel injection quantity.
• Air Intake Measurement: Ensures accurate measurement of air intake for optimal engine performance.
• Emission Control: Helps in reducing pollutant emissions by providing precise air flow data to the ECU.
• Energy Conservation: Contributes to fuel efficiency by maintaining the ideal fuel-air mixture.

Summary

The CAFS1000 Series MEMS Air Flow Sensor offers high precision and reliability for modern automotive applications, ensuring efficient fuel injection control and emission reduction. With its advanced thermal mode silicon sensor technology and customizable output options, it is a vital component for optimizing engine performance and achieving environmental compliance.