The Xylem ODO RTU Probe Assembly with Conductivity, 30 m, is an advanced solution for dissolved oxygen and salinity monitoring in aquaculture and industrial environments. Designed to simplify ODO™ technology installation, this robust probe integrates seamlessly into Modbus systems and provides accurate, real-time measurements to ensure livestock health and improve energy efficiency.
Product Features
- Easy installation of YSI ODO™ technology in tanks, ponds, or site-based monitoring locations
- 30 m cable for extended reach in large-scale aquaculture systems
- Built-in conductivity sensor for automatic salinity compensation
- Modbus RTU communication for direct integration with existing PLCs and data loggers
- Accurate dissolved oxygen measurement in % saturation and mg/L
- No special connectors required – plug-and-play design
- Durable construction with a 2-year cable and probe warranty
NOTE: Not for use with the ProSolo or ProODO handheld meters. The ODO RTU is an electronically terminated sensor which permits only a single sensor per communication bus.
Key Benefits
- Smarter Sensors: Optical DO technology ensures high-accuracy readings with reduced maintenance
- Seamless Integration: Communicates directly with Modbus systems—no additional software needed
- Automatic Compensation: Built-in conductivity automatically adjusts for salinity—eliminating guesswork
- Low Maintenance: User-replaceable DO cap and robust cable reduce downtime
Benefits
- Improves livestock health with continuous and reliable oxygen level monitoring
- Reduces energy costs through optimized oxygen management
- Minimizes system maintenance with non-consuming DO technology
- Ensures long-term performance in harsh environments with durable build quality
Why Choose the Xylem ODO RTU with Conductivity?
If you're seeking dependable dissolved oxygen and salinity monitoring for aquaculture or industrial use, the Xylem ODO RTU probe with a 30 m cable delivers precise, low-maintenance performance. Its easy Modbus integration and smart features make it ideal for scalable deployments in high-demand settings.
