Camozzi's Smart Flow Sensor Series for Advanced Air Treatment

[Cengiz Özemli]

## Camozzi's Smart Flow Sensor Series for Advanced Air Treatment

Camozzi offers real-time flow, temperature, pressure, and humidity monitoring in compressed air systems with its FSX series of smart flow sensors. With Ethernet connectivity and user-friendly software, it provides ease of use in the industry.

The new FSX sensors allow manufacturers to gain a clearer view of conditions within their air systems. These sensors combine flow, pressure, and temperature measurements in a single compact device, and with optional humidity measurement, they detail air quality control and enable dew point monitoring.

### Features of the FSX Series Flow Sensors

• Real-time flow, temperature, pressure, and humidity monitoring
• Data transmission via Ethernet
• Easy configuration with Camozzi's user-friendly UVIX software
• Two different housing sizes
• Three different flow ranges: 20-2000 L/min, 50-5000 L/min, 100-10000 L/min
• Suitable for use from small branch circuits to high-demand main lines
• Calculation of power (kW), energy consumption (kWh), and total air volume (m³)
• Integration with Camozzi MX2 and MX3 air treatment platforms

### Technology and Software Integration
Thanks to Ethernet connectivity, FSX sensors work seamlessly with Camozzi’s MX2 and MX3 platforms. This enables integrated compressed air control and performance monitoring.

The UVIX software combines sensor setup and continuous monitoring into a single interface. Users can adjust sensor parameters, configure network settings, and define operating ranges. Additionally, the software displays real-time and graphical data for flow, pressure, temperature, humidity, power, energy, and dew point.

### Industrial Applications and Efficiency
Camozzi FSX sensors are designed for use in processes requiring energy efficiency, such as food, beverage, packaging, assembly, and robotic lines. Different flow ranges and a dual housing option meet various installation needs.

The multifunctional nature of the sensors eliminates the need for separate devices, offering a complete compressed air and energy management solution in terms of both hardware and software.