CONTROS HydroFIA pH

The CONTROS HydroFIA pH is a flow-through system for the determination of the pH value in saline solutions and ideally suited for measurements in seawater. The autonomous pH analyser can be used in the lab or easily integrated into existing automated measuring systems on e.g. voluntary observing ships (VOS).

 

 

 


Product Detail

Product Tags

1. Product Advantages

  • Absolute Measurement Method: Measuring the pH value using m-Cresol purple provides an absolute measurement method.

  • Calibration-Free: The technical implementation makes the analyzer calibration-free and highly suitable for long-term applications.

  • Drift Free: Provides stable, drift-free operation.

  • High Accuracy: Ensures high-precision measurement performance.

  • Low Reagent & Sample Consumption: Low reagent usage enables long deployment times with minimal maintenance, while low sample consumption allows pH determination from small sample volumes.

  • User-Friendly Maintenance: Feature easy-to-exchange reagent cartridges due to their user-friendly design.

  • Integrated Cleaning: Equipped with an integrated acid flush for regular cleaning during operation.

  • Versatile Measurement Modes: Functions as one device for single measurements up to autonomous long-term installations, equipped with a second inlet for regular standard measurements.

2. Product Parameters

  • Measurement Cycle: Approx. 2 min.

  • Detection Method: VIS absorption spectrometry using m-Cresol purple indicator dye.

  • Sample & Reagent Consumption: Low sample consumption and low reagent consumption.

  • Cleaning Mechanism: Integrated acid flush for regular cleaning during operation.

  • Options: Integration into automated measuring systems on VOS, and cross-flow filters for high turbidity / sediment loaded waters.

3. Product Purpose

  • Designed to determine the pH value in water across various deployment scales, ranging from single measurements to autonomous long-term monitoring setups.

4. Product Application

  • Long-Term Water Quality Monitoring: Suitable for continuous, long-term deployment owing to its calibration-free and low-maintenance design.

  • Short-Term Biogeochemical Monitoring: Can be used for monitoring rapid or short-term biogeochemical processes in marine and freshwater environments.


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