Vogtlin Instruments GSC Red-y Smart Mass Flow Controller

The Vogtlin Red-y Smart Series Mass Flow Controller revolutionizes mass flow measurement with its cutting-edge technology and advanced features. Utilizing high-accuracy MEMS technology (CMOS Sensors), the Red-y Smart Series ensures precise and reliable measurements unaffected by pressure and temperature changes.

Key Features of Vogtlin Red-y Smart Series Mass Flow Controller

High Accuracy MEMS Technology: The Red-y Smart Series incorporates high-accuracy MEMS technology, providing exceptional precision in mass flow measurement. This technology, based on CMOS Sensors, ensures accurate and reliable measurements even in dynamic industrial environments.

Real Gas Calibration: All Red-y Smart Mass Flow Controllers feature real gas calibration, traceable to the METAS standard (Federal office of Metrology, Switzerland). This ensures high accuracy and reproducibility, instilling confidence in the device’s performance for critical applications.

Efficient Device Management with “Get Red-y” Software: The complimentary “Get Red-y” software allows for efficient device management via any PC. Users can easily monitor flow rate, temperature, and flow control, select measuring gas, and access other features to optimize performance and functionality.

Optional Built-in Display: The Red-y Smart Series offers an optional built-in display, enabling users to send SetPoint directly from the screen. With the multi-gas option, up to 10 different gases or gas mixtures can be configured, providing versatility for various applications.

Versatile Interfaces: Equipped with the latest MEMS technology, the Red-y Smart Series mass flow meters and controllers feature RS485 and analog interfaces as standard. Additionally, the Profibus interface is available as an option, ensuring seamless integration into industrial automation systems.

Applications

The Vögtlin Red-y Smart Series Mass Flow Controller is suitable for a wide range of industrial applications, including:

• Chemical Processing: Precise measurement and control of gas flows in chemical reactions and processing.
• Semiconductor Manufacturing: Ensuring accurate gas flow rates for semiconductor fabrication processes.
• Environmental Monitoring: Monitoring and controlling gas flow in environmental monitoring systems.
• Biotechnology: Accurate gas flow measurement for bioreactor processes and laboratory applications.