The SRA Instruments ODO μPGC Micro Gas Chromatograph Analyzer is the most advanced and safe solution for gas odor control.
ATEX II 2G Ex db IIB+H2 T5 Gb certified (operating from -40 °C to +60 °C) and compliant with European directives 2014/34/EU, 2014/30/EU, 2014/35/EU,
as well as meeting the UNI 7133-2:2023 requirements.
Thanks to its modular configuration, it guarantees rapid maintenance interventions and reduced management costs.
Data control and processing are carried out via Web Browser-based software Agilent PROstation.
Key Features:
- Integrated Web Server: Immediate access from any device (PC, tablet,
smartphone). LAN or WiFi connection for remote monitoring without constraints
- Autonomous Analysis Management: Programming of sequences, alarm management, reading of results, start/stop of the instrument without local intervention.
Qualitative and quantitative calibration: with normalized results and indication of the non-normalized total
- Advanced Data Visualization: Autonomous management of analyses, visualization of chromatograms, integration of peaks and graphic trends of concentrations in a single software environment. Reporting functions for traceability and process optimization
- Industrial Compatibility: Protocols (Modbus TCP/serial, 4–20 mA,
FTP, etc.) for easy integration with PLC or control systems
- 24/7 Operation: The analyzer is designed to operate continuously,
transmitting data in real time, ensuring high safety and maximum operational
efficiency.
- PROstation Browser Web Software: The evolution for the management of process analytical instruments: intuitive, free of superfluous components and designed to guarantee precision, reliability and reduction of management costs.
Applications:
The solution allows an online and automated analysis of the odorant concentration (THT or TBM) in different areas of the gas distribution
network:
- RE.MI (Regulation and Measurement) cabins, both before and after odorization
- GRF (Final Reduction Group), for end-ofnetwork control
- PMO (Odorant Measurement Points), where maximum accuracy is required.