The Xylem ODO/T-30 m is a durable, plug-and-play optical dissolved oxygen and temperature (ODO/T) probe and cable assembly built for use with ProDIGITAL handheld instruments. With a 30-meter cable and integral digital sensors, this probe provides fast, accurate DO measurements even in challenging field environments. The non-consumptive optical DO technology ensures superior reliability, with minimal maintenance and no need for stirring.
Product Features
- Integral optical dissolved oxygen and temperature sensors with automatic recognition by ProDIGITAL handhelds
- Plug-and-play design simplifies instrument setup and minimizes downtime
- Compatible with Xylem ProSolo, ProSwap, and ProDSS handhelds (sold separately)
- Rugged optical DO cap with 2-year life expectancy is pre-installed
- Military Spec (MS) connector and weighted stainless steel probe guard for field durability
- Fits into 1-inch wells for groundwater and confined space applications
- Available in cable lengths up to 100 meters for a wide range of deployment needs
- 2-year warranty on cable, sensors, and DO cap
What’s Included
- ODO/T probe assembly with 30-meter cable
- Pre-installed rugged optical DO sensor cap
- Weighted stainless steel probe guard
Benefits
- Highly accurate DO and temperature readings without the need for stirring
- Non-consumptive optical sensor resists drift and requires less frequent calibration
- Ideal for static or low-flow environments due to flow-independent technology
- Fast, reliable setup with ProDIGITAL auto-recognition
- Reduced maintenance and downtime with a long-lasting threaded DO cap
Why Choose the Xylem ODO/T-30 m?
Engineered for performance in demanding environmental monitoring applications, the Xylem ODO/T-30 m offers precision, reliability, and ease of use in one integrated system. With a generous 30-meter cable, rugged construction, and seamless ProDIGITAL compatibility, it’s an ideal solution for field professionals working in groundwater, surface water, aquaculture, or any environment requiring long-range DO and temperature monitoring.
