Product purpose Designed for salinity measurement (Department: 2 salinity). Provides repeatable readings to support water quality control. Key benefits — why you need this Reliable performance: Accuracy ± 2 gives predictable measurement tolerance for routine monitoring and process control. Temperature-compensated readings: ATC 0–10 °C reduces temperature-related error within that range, improving usability in environments where water temperature varies. Consistent baseline: Reference temperature 20 °C is the calibration point used to interpret results, helping maintain comparability between measurements. What it does and how it helps Function: Measures salinity to inform adjustments, prevent stress on aquatic life, and maintain controlled water conditions. Problem solved: Removes guesswork from salinity management by providing numerical readings you can act on (e.g., adjust salinity, mix fresh/marine water, or log conditions). Performance highlights: ± 2 accuracy and ATC 0–10 °C support dependable monitoring in typical indoor and controlled-temperature settings. Important specifications (as provided) Department: 2 salinity Accuracy: ± 2 ATC (Automatic Temperature Compensation): 0–10 °C Reference temperature: 20 °C Compatibility and typical use Compatible with applications that require salinity information for decision-making and record-keeping, including aquaria, aquaculture systems, environmental sampling, and water quality checks. Works best where temperature is within or can be compensated in the 0–10 °C ATC range or when readings are referenced to 20 °C. Practical use scenarios Aquarium maintenance: Periodic salinity checks to maintain stable conditions for saltwater fish and invertebrates, enabling timely water adjustments. Aquaculture monitoring: Routine spot checks in hatcheries or grow-out tanks to detect salinity drift and protect growth and survival rates. Field or lab sampling: Use during water quality surveys or experiments where salinity values must be recorded and compared to the 20 °C reference. Notes for users Interpret accuracy and readings relative to the stated reference temperature (20 °C) and ATC range (0–10 °C). For environments outside the ATC range, account for potential temperature-related deviations when evaluating results.