RDO PRO-X

RDO PRO-X

The RDO PRO-X Dissolved Oxygen Probe uses optical technology (EPA-approved RDO technology for Clean Water Act programs) to measure dissolved oxygen and temperature in demanding process environments. This durable probe requires no calibration or conditioning prior to deployment and does not use membranes. The replaceable RDO Smart Sensor Cap stores calibration coefficients for automatic, error-free setup.

Use flexible communication protocols (4-20 mA, Modbus/RS485, or SDI-12) and easily integrate with PLC systems, telemetry systems and/or HydroVu Data services for real-time feedback within your system.

With the RDO PRO-X, NPDES permit holders can monitor influent, effluent and treatment processes and respond quickly to oxygen and temperature changes for more accurate and efficient process control.

Note: In-Situ partners with leading companies on innovative solutions for DO monitoring in a wide range of applications such as laboratory applications, semi-conductor process monitoring, aquatic transport, and more. If you are looking for cutting-edge optical DO technology, learn more about In-Situ’s OEM turn-key and customized solutions.

Description

The RDO PRO-X Probe lets NPDES permit holders monitor influent, effluent and treatment processes, responding quickly to oxygen and temperature changes for more accurate results.

Applications:
• MUNICIPAL/INDUSTRIAL WATER AND WASTEWATER TREATMENT
• FOOD/BEVERAGE PROCESS CONTROL
• AQUACULTURE SETTINGS
• DAM DISCHARGE MONITORING

KEY ADVANTAGES

• Long-lasting calibration—the probe maintains calibration and operates with no drift over long-term deployments, delivering consistent, reproducible results

• Automatic setup—the RDO PRO-X Cap is pre-loaded with factory calibration coefficients, serial number, and manufacture date. RDO PRO-X can use Classic, Fast, or RDO-X Cap. Ships with RDO-X Cap.

• Sensor health diagnostics—internal indicators alert you about excessive wear and remind you about regular maintenance intervals.

• Fast response—with patented signal processing, the probe responds quickly and maintains stability, even in dynamically changing conditions.