MF4008-50-O6-BV-A MEMS Thermal Gas Mass Flow Sensor for Medical & Health Equipment Industrial Gas Process Control

                     MF4008-50-O6-BV-A MEMS Thermal Gas Mass Flow Sensor for Medical & Health Equipment Industrial Gas Process Control

Features:

• Professional Oxygen Calibration: Precisely calibrated for oxygen medium, with optimized algorithm and sensing parameters for O2 detection, ensuring outstanding accuracy and linearity in oxygen flow measurement.
• High Measurement Precision & Repeatability: Adopts advanced MEMS thermal sensing principle, with measurement accuracy up to ±(1.5%+0.2%FS) and repeatability within 0.25%, meeting high-standard industrial precision monitoring requirements.
• Ultra-fast Dynamic Response: Millisecond-level rapid response speed supports real-time capture of instantaneous flow changes, suitable for dynamic and intermittent gas flow detection scenarios.
• No Auxiliary Compensation Required: Directly measures gas mass flow, automatically eliminating the interference of ambient temperature and pressure fluctuations, simplifying system design and debugging.
• Dual Signal Output & Strong Compatibility: Supports 0.5-4.5V analog voltage output and standard digital communication signal, compatible with various industrial control systems, data acquisition equipment and PLC terminals.
• Compact Industrial Integrated Design: Miniaturized integral structure with standard 1/4 inch BSPT interface, easy for pipeline installation and embedded integration; stable performance, low power consumption and long service life.
• Wide Medium Adaptability: Applicable to oxygen and various clean dry gases such as air and nitrogen, with stable performance and strong anti-interference ability in conventional working environments.

Applications:

• Medical & Health Equipment: Professional for oxygen flow monitoring and flow rate control in oxygen generators, medical oxygen supply systems and respiratory therapy equipment to ensure stable and safe oxygen output.
• Industrial Gas Process Control: Applied to precise flow detection and quantitative control of oxygen, nitrogen and air in chemical industry, semiconductor manufacturing and precision processing industries.
• Laboratory Scientific Research: Used for gas flow calibration, experimental gas distribution and micro-flow precision measurement in scientific research laboratories and testing institutions.
• Environmental Monitoring Instruments: Matched with environmental sampling equipment and gas analysis instruments to realize stable gas sampling flow monitoring.
• New Energy & Precision Equipment: Suitable for micro-gas flow monitoring in fuel cell systems, precision instrumentation and automated gas supply systems.