FS5001L-2000-EV-A Medical CPAP Gas Flow Sensor Module for Industrial Process

Product Specification

                  FS5001L-2000-EV-A Medical CPAP Gas Flow Sensor Module for Industrial Process Control

1. Product Features:

• Wide Flow Range with High Turn-down Ratio: Boasts a flow measurement range of 0 - 2000 sccm and a 100:1 turn-down ratio, enabling accurate detection of both high and low flow rates, and adapting to diverse flow monitoring scenarios.
• High Measurement Precision & Stability: Features an accuracy of ±(2.0 + 0.5FS)% and repeatability of ±0.5% Reading, ensuring reliable and consistent flow data output. The low output shift (±0.12%/°C) and null shift (±30mV) guarantee stable performance even in temperature-fluctuating environments.
• Rapid Response: Offers a response time of less than 10ms, allowing quick capture of flow rate changes, which is crucial for systems requiring real-time flow control and adjustment.
• Dual Output Interfaces: Equipped with both analog output (0.5 - 4.5Vdc, linear) and digital output (I²C), facilitating flexible integration with different types of control systems, data acquisition devices, and microcontrollers.
• Broad Environmental Adaptability: Operates within a temperature range of -10°C to +55°C and can withstand a maximum working pressure of 0.5MPa (5 bar, 73 psi), suitable for use in various industrial and laboratory environments.
• Low Power Consumption: Has a power consumption of less than 220mW and operates with an 8 - 24Vdc power supply, reducing energy costs and making it applicable to battery-powered or low-power consumption systems.
• Customizable Calibration: Can be calibrated with common gases (e.g., air at 20°C, 101.325kPa) and supports customization based on specific gas types, ensuring measurement accuracy for targeted gas flow applications.

2. Applications:

• Industrial Process Control: Used in industries such as semiconductor manufacturing, chemical engineering, and petrochemicals to monitor and control the flow of process gases (e.g., inert gases, reaction gases), ensuring stable process operation and product quality.
• Laboratory Research & Analysis: Applied in analytical instruments like gas chromatographs, mass spectrometers, and environmental monitoring equipment to precisely regulate the flow of carrier gases, sample gases, or calibration gases, improving the accuracy of experimental results and detection data.
• Medical Equipment: Integrated into medical devices such as oxygen concentrators, anesthesia machines, and respiratory support systems to monitor and control the flow of medical gases (e.g., oxygen, nitrogen), ensuring safe and effective delivery of gases to patients.
• HVAC & Refrigeration Systems: Utilized in heating, ventilation, air conditioning, and refrigeration systems to measure the flow of refrigerant, fresh air, or exhaust gas, optimizing system energy efficiency and ensuring indoor air quality or stable refrigeration performance.
• Aerospace & Automotive Testing: Employed in aerospace component testing and automotive engine testing to monitor the flow of fuel, air, or test gases, providing critical data for performance evaluation, fault diagnosis, and optimization of related products.
• Energy & Environmental Protection: Used in energy production (e.g., natural gas power generation) and environmental protection projects (e.g., flue gas treatment) to measure the flow of fuel gases, exhaust gases, or treatment agents, facilitating energy conservation, emission reduction, and compliance with environmental standards.