Portable Dissolved Oxygen Tester High-Precision Water Oxygen Meter
Did you know 43% of aquaculture failures stem from inadequate oxygen monitoring? Or that EPA regulations demand ±0.2 mg/L accuracy for wastewater plants? If you're still guessing oxygen levels, you're risking profits, compliance, and safety. Let's fix that.
(dissolved oxygen tester)
Our dissolved oxygen tester
s deliver lab-grade accuracy (0.1 mg/L resolution) with military-grade durability. Unlike cheaper probes that drift after 6 months, our auto-calibration tech maintains ±0.15 mg/L accuracy for 18,000+ hours. See the difference?
Feature | Standard Models | Our Pro Series |
---|---|---|
Calibration Cycle | Every 72 hours | Auto-calibrating |
IP Rating | IP67 | IP69K |
Warranty | 1 year | 5 years |
Whether you're managing a 10,000-gallon shrimp farm or monitoring municipal reservoirs, our modular system adapts. Choose from:
A Midwest aquaculture plant boosted yields by 22% after switching to our system. How? Real-time oxygen analytics prevented 3 seasonal die-offs. Your turn to benefit.
Join 1,200+ facilities trusting our dissolved oxygen testers since 2015. Limited-time offer: Free calibration kit with Pro Series orders!
Claim Your Expert Consultation Now →(dissolved oxygen tester)
A: A dissolved oxygen tester measures the oxygen concentration in water. It is essential for monitoring aquatic environments, aquaculture, and wastewater treatment. Accurate readings help ensure water quality and ecosystem health.
A: A water oxygen tester uses electrochemical or optical sensors to detect dissolved oxygen levels. The sensor interacts with oxygen molecules in the water, converting the data into a readable measurement. Results are displayed on a digital screen for easy analysis.
A: Calibrate your dissolved oxygen tester before each use or as per the manufacturer’s guidelines. Frequent calibration ensures accuracy, especially in critical applications like research or industrial processes. Use calibration solutions or saturated air for best results.
A: Yes, many water oxygen level testers are designed for both freshwater and saltwater applications. Check the device specifications to confirm compatibility. Saltwater may require specific sensor types or calibration adjustments.
A: Temperature, salinity, and atmospheric pressure can impact dissolved oxygen tester accuracy. Sensor contamination or damage may also cause errors. Regular maintenance and proper storage minimize these issues.
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