CAFS5032 Temperature Medium Temperature -10-65℃ Ambient Temperature -25-85℃

The CAFS 5032 Series gas mass flow sensor utilizes advanced microelectromechanical system (MEMS) technology, offering precise and reliable measurements of clean, relatively dry gases. This sensor is ideal for applications requiring high accuracy and stability, with features that support various industrial and environmental conditions.

Key Product Features

1. High Accuracy and Stability:Accuracy: Ensures 1.5% Full Scale (F.S) accuracy, critical for precise gas flow measurements.Long-term Stability: Minimal zero-drift over extended periods, ensuring consistent performance.
2. Responsive and Robust Design:Quick Response Time: Fast 20 ms response time suitable for real-time applications.Durable Construction: Solid-state sensing core with no surface cavities or fragile films, offering resistance to blockage and pressure impacts.
3. Wide Range and Adaptability:Flow Range: Measures flows from 0 to 60 m/s, accommodating a variety of applications.Humidity and Condensate Resistance: Can handle relatively humid gas measurements and is resistant to condensate water.
4. Versatile Output Options:Analog and Digital Outputs: Provides a 1-5V analog output and optional RS 485 digital communication (MODBUS), catering to different integration needs.
5. Environmental Tolerance:Operating and Storage Temperatures: Operates effectively from -25°C to 85°C and can be stored in conditions from -40°C to 90°C.Humidity Tolerance: Operates at 0 to 100% RH, suitable for various environmental conditions.

Functional Specifications

Applications

The CAFS 5032 Series is versatile and suitable for numerous applications, including but not limited to:

• Industrial: Enhancing process control and automation systems.
• Environmental Monitoring: Accurate tracking of air quality and emissions.
• Medical Devices: Used in oxygen generators, CPAP equipment, and other respiratory devices.
• Petroleum and Chemical: Monitoring gas flows in refining and processing operations.
• Food Processing: Ensuring precise gas flows in production lines.
• Laboratory Research: Supporting detailed and accurate gas flow measurements.