The Xylem ODO/CT-10 m probe and cable assembly features integral optical dissolved oxygen, conductivity, and temperature sensors, designed for accurate, real-time salinity-compensated dissolved oxygen measurements. With cable lengths available up to 100 meters, this assembly is ideal for environmental and industrial applications requiring reliable water quality monitoring.
Product Features
- Integral optical DO, conductivity, and temperature sensors auto-recognized by ProDIGITAL handhelds
- Automatic salinity compensation for DO mg/L measurements—no manual input required
- Rugged optical DO sensor cap with a 2-year warranty, pre-installed on new assemblies
- Fits in 1-inch wells for easy deployment in confined spaces
- Cable lengths available up to 100 meters, with 10 m standard
- Compatible with ProSolo, ProSwap, and ProDSS handheld meters (sold separately)
What’s Included
- ODO/CT probe assembly with 10 m cable
- Pre-installed optical DO sensor cap
- Integral conductivity and temperature sensors
Applications
- Estuary and wetland water quality monitoring
- Coastal water environmental studies
- Aquaculture system oxygen and salinity monitoring
- Industrial water treatment and discharge monitoring
- Any application requiring precise, real-time salinity-compensated dissolved oxygen measurement
Benefits
- High accuracy with optical DO technology that is resistant to gas interference
- Low maintenance and no stirring required for accurate dissolved oxygen readings
- Automatic salinity compensation simplifies field measurements and reduces errors
- Quick setup with plug-and-play sensor auto-recognition technology
- Durable design built to withstand harsh environmental conditions
Why Choose the Xylem ODO/CT-10 m?
The Xylem ODO/CT-10 m combines multiple water quality sensors into one rugged probe assembly, delivering accurate and reliable data across diverse aquatic environments. Its ProDIGITAL compatibility and long cable length options make it ideal for professionals needing precise dissolved oxygen, conductivity, and temperature monitoring with minimal fuss and maximum confidence.
