CAFS5006 Operating from -25°C to 65°C, storage from -40°C to 85°C, humidity 0-100% RH

Product Description

The CAFS500X Series Gas Mass Flow Sensor utilizes MEMS (Micro-Electro-Mechanical Systems) flow sensing technology, making it ideal for measuring and controlling the flow of clean and relatively dry gases in various applications. The unique packaging technology ensures the product can measure different flow ranges within the same diameter, offering high sensitivity, reliability, stability, and cost-effectiveness.

Product Features

• High Accuracy: 1.5% F.S. accuracy
• Linear Output: No temperature compensation required
• Stability: Minimal zero-drift for long-term stability
• Quick Response Time: 65 ms response time
• Wide Flow Range: 0-60 m/s, 100g
• Solid-State Sensing Core: No surface cavity or fragile film, resistant to blockage and pressure impact
• Output Options: Analog output (1-5 V), digital I2C communication available
• Humidity Adaptation: Suitable for measuring relatively humid gases
• Temperature Range: Operating from -25°C to 65°C, storage from -40°C to 85°C, humidity 0-100% RH
• Condensate Resistant: Sensor can withstand condensate water

Performance Parameters

Applications

• Industrial: Suitable for various industrial gas measurement and control applications.
• Medical: Used in medical devices for precise gas flow measurement.
• Petroleum: Ideal for gas flow measurement in the petroleum industry.
• Instrumentation: Used in various instruments and meters.
• Gas Utilities: Suitable for gas flow measurement in utilities.
• Chemical Industry: Used in chemical processing and manufacturing.
• Metallurgy: Suitable for applications in the metallurgy industry.
• Food Processing: Used in the food processing industry for gas flow measurement.
• Mechanical and Electrical Equipment: Suitable for various mechanical and electrical applications.

Summary

The CAFS500X Series Gas Mass Flow Sensor is designed to offer high accuracy and reliability for a wide range of gas flow measurement applications. With its advanced MEMS technology, the sensor provides quick response times and minimal zero-drift, making it a cost-effective solution for industries requiring precise gas flow control. The customizable output methods and durable construction ensure it can meet specific application needs while maintaining high performance under various environmental conditions.