The ATI Q45D-ODO Optical Dissolved Oxygen Monitor employs advanced fluorescence sensing technology to deliver precise and stable dissolved oxygen measurements in various industrial...

The ATI Q45D-ODO Optical Dissolved Oxygen Monitor employs advanced fluorescence sensing technology to deliver precise and stable dissolved oxygen measurements in various industrial and environmental settings. The sensor incorporates a specialized fluorophore that interacts with oxygen molecules, where fluorescence intensity decreases proportionally to oxygen concentration. This innovative approach ensures accurate readings without the performance degradation common in traditional electrochemical sensors, providing long-term reliability with minimal calibration requirements. Designed for continuous monitoring applications, the instrument maintains consistent data quality and measurement integrity across diverse operating conditions, making it suitable for both process control and regulatory compliance purposes.

This monitoring solution serves multiple industries including wastewater treatment, pharmaceutical manufacturing, food and beverage production, aquaculture, and environmental research. In wastewater treatment facilities, it optimizes aeration processes to meet stringent discharge regulations while reducing energy consumption. Pharmaceutical manufacturers depend on its precision for oxygen control in critical bioreactor and fermentation processes. Food and beverage producers utilize the monitor for quality assurance and compliance with industry standards, while aquaculture operations maintain optimal oxygen levels to ensure fish health and growth. Environmental agencies and research institutions employ the technology for accurate water quality assessments and long-term monitoring programs.

The Q45D-ODO delivers substantial business value through reduced maintenance costs, enhanced process efficiency, and reliable long-term operation. Its integrated Auto-Clean system utilizes high-pressure air blasts to effectively remove fouling agents from the sensor surface, ensuring accurate readings without manual cleaning interventions. This feature significantly minimizes system downtime and prevents false alarms, providing uninterrupted monitoring capabilities. Constructed with durable materials and robust engineering, the monitor withstands harsh environmental conditions while maintaining consistent performance over extended periods. This combination of features results in a cost-effective solution for organizations seeking reliable monitoring with low total cost of ownership and maximum operational uptime.

Key Features:
- Fluorescence-based optical sensing technology for long-term accuracy and stability
- Integrated Auto-Clean system with programmable high-pressure air blast cycles
- Configurable cleaning frequency from every 2 hours to once per day
- Output hold function during cleaning cycles to prevent false readings
- Durable construction resistant to corrosion and environmental degradation

Benefits:
- Reduced maintenance requirements and lower operational costs
- Consistent performance with minimal calibration needs
- Prevention of false alarms through output hold functionality
- Long sensor life with stable measurement performance
- Suitable for harsh industrial and environmental conditions