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Unlike membrane-based electrochemical sensors, the optical probe does not consume oxygen during measurement. There is no electrolyte replacement, no membrane aging, and no flow rate restriction. For plant operators and procurement teams, this means lower maintenance costs, reduced downtime, and more stable long-term operation.

Yes. The probe provides a fast 20-second response time and automatic temperature and pressure compensation. Even under fluctuating aeration intensity or turbulence, the fluorescence method ensures stable and repeatable readings without drift caused by oxygen consumption.

The fluorescent film is highly durable and does not degrade rapidly under normal wastewater conditions. Combined with the 316L stainless steel housing and IP68 protection rating, the probe is designed for long-term industrial deployment in submerged or high-pressure environments (up to 6 bar).

The handheld unit features built-in real-time temperature and air pressure compensation (50–115 kPa). This eliminates manual correction errors and ensures DO values remain accurate across seasonal temperature changes or varying altitude conditions.

Yes. The handheld platform supports automatic recognition of compatible digital sensors, including conductivity, turbidity, chlorophyll, BGA, oil-in-water (OIW), and TSS. This allows engineering teams to integrate multi-parameter water quality monitoring on a single portable platform, reducing equipment redundancy.

With no electrolyte replacement, minimal recalibration needs, durable construction, and rechargeable battery operation, the system significantly reduces consumables and service frequency. For procurement managers, this translates into lower total cost of ownership (TCO) and predictable maintenance budgeting over the instrument lifecycle.