Description

Integrated Energy Management: High-Precision Multi-Parameter Monitoring In modern industrial plants, compressed air is often one of the most expensive forms of energy. Our energy consumption flow sensors are designed to provide total transparency, acting as a “multi-talent” that captures all critical gas parameters in real-time. This integrated approach eliminates the need for multiple separate sensors, reducing both installation costs and potential points of failure.

Key Features & Technical Advantages:

• Three-in-One Measurement: Precisely indicates gas flow (volume/mass), process pressure, and temperature through a single process connection, providing a complete thermal energy profile.

• Significant Cost Savings: Reduces hardware, wiring, and labor costs by replacing three individual sensors with one compact, multi-functional unit.

• High Sensitivity & Leak Detection: Detects even the smallest flow rates, making it an essential tool for identifying costly leaks in compressed air networks.

• Mass Flow Measurement: Utilizes thermal dispersion technology to provide accurate mass flow readings that are independent of pressure and temperature fluctuations.

• Integrated Data Logging: Tracks totalized consumption (cumulative flow), allowing for precise energy auditing and department-level billing.

• Standardized Communication: Features a variety of outputs, including 4-20 mA, pulse, IO-Link, and Modbus, for seamless integration into digital “Industry 4.0” energy management systems.

Typical Applications: These sensors are ideal for compressed air monitoring, nitrogen (N2) consumption tracking, CO2 flow measurement in breweries, and burner control in industrial furnaces. They are the foundation of any ISO 50001-compliant energy management strategy.