FS5002L-A-100-EV-A MF5000 Series MEMS Gas Mass Flow Sensor For Electric Vehicle - Related Systems Industrial Process Monitoring

   FS5002L-A-100-EV-A MF5000 Series MEMS Gas Mass Flow Sensor For Electric Vehicle - Related Systems Industrial Process Monitoring

Product Uses:

1. Electric Vehicle - related Systems: As an EV - customized version, it is mainly used for gas flow monitoring in electric vehicle key systems like fuel cells and on - board gas supply systems. It ensures the stable operation of the vehicle by accurately measuring the gas transmission flow in related systems.
2. Industrial Process Monitoring: It is applicable to gas flow detection in petroleum, chemical, and smelting industries. For example, it can monitor the flow of process gas in chemical reaction processes to guarantee the stability and safety of industrial production.
3. Medical Equipment Field: It is suitable for gas flow measurement in medical devices such as hospital oxygen supply systems. It can accurately control the oxygen delivery flow to meet the precise oxygen demand of patients and ensure the reliability of medical gas supply.
4. Semiconductor and Precision Electronics: It is used for monitoring the flow of special gases in semiconductor manufacturing processes. The stable and accurate gas flow measurement is conducive to improving the yield and quality of semiconductor products.
5. General Industrial and Civil Gas Management: It can be applied to gas flow metering in urban small - scale gas supply pipelines, laboratory gas circuits, and other scenarios, providing data support for gas consumption statistics and process optimization.

Product Features:

1. High Measurement Accuracy and Stability: Adopting MEMS technology, it achieves multi - sensor integration on a single chip. The accuracy can reach ±(1.5 + 0.5FS)%, and the zero - point stability is significantly better than that of traditional thermal mass flowmeters. It also has excellent repeatability, ensuring reliable and accurate measurement data.
2. Optimized Low - Power Design: The "L" in the model indicates a low - power optimized version, which is more energy - saving. It is especially suitable for scenarios with strict power consumption requirements, such as on - board electric vehicle equipment.
3. Outstanding Anti - Interference Capability: It integrates electromagnetic compatibility design technology. It can maintain stable measurement performance in complex industrial electromagnetic environments and avoid measurement deviations caused by external interference.
4. Low Pressure Loss and Energy Conservation: Compared with traditional mechanical flow meters, its structure is greatly simplified relying on advanced technology. This not only reduces the product volume but also significantly reduces pressure loss during gas transmission, thus lowering energy consumption in the entire gas transmission system.
5. Diversified Output and Easy Networking: It supports 4 - 20mA analog output as well as RS485 communication module. It can be connected to upper - computer networks, facilitating centralized management and remote monitoring of multiple flow sensors.
6. User - Friendly Operation: It can be optionally equipped with an LCD display, which can clearly show instantaneous flow and cumulative flow. The reading is intuitive and convenient, and it is easy for on - site operators to check the data in real time.
7. Strong Customization Adaptability: With a maximum operating pressure of 1.00MPa customized for the "100" specification, it is pre - calibrated for air measurement (marked by "A"). It can adapt to the working pressure requirements of most industrial and vehicle - mounted scenarios and ensure measurement accuracy for air media.