Measurement basis
Confirm whether the control system uses mg/L, percent saturation or both.
Monitor oxygen continuously for aeration control, biological treatment, aquaculture, surface water and industrial process decisions.
PFDO-800, PFDO-700, PFDO-600 and PFDO-500 use optical fluorescence quenching, which does not consume oxygen and does not require sample flow across the sensor. Selection depends on pressure, probe size, material, mounting and application.
Confirm whether the control system uses mg/L, percent saturation or both.
Specify wastewater, freshwater or seawater so the appropriate sensor material can be selected.
Provide immersion arrangement, cable length, access and any cleaning requirements.
Confirm the number of 4–20 mA channels, relays and Modbus RS485 requirements.

Complete online analyzer with optical sensor, field transmitter and automation outputs.
Verified facts
Full-size ≤0.3 MPa configuration with documented SUS316L and titanium-alloy body options.
Verified facts
Slim SUS316L sensor for a more compact continuous-monitoring installation.
Verified facts
Smallest documented sensor for low-pressure aquaculture and compact field projects.
Verified factsNo. The fluorescence method does not consume oxygen and has no sample-flow requirement for the measurement principle.
Yes. The documented transmitter provides three 4–20 mA outputs, configurable relays and Modbus RS485 for integration with control systems.
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