Liquid analyzers support process optimization and water quality control through accurate, real-time measurement. With features like sensor diagnostics, digital calibration, and easy replacement, they reduce maintenance demands and improve overall system reliability.
pH and ORP analyzers provide real-time insight into chemical balance by monitoring acidity and oxidation-reduction potential. Built-in diagnostics and predictive maintenance functions support process continuity and measurement reliability.
Sensors are available in retractable, flow-through, immersion, and direct insertion styles to meet a variety of installation needs. Proper sensor selection supports continuous monitoring and helps maintain consistent water and product quality.
Conductivity analyzers provide dependable measurement using contacting or inductive (toroidal) technology. Designed for harsh environments, they support continuous monitoring with minimal upkeep, enabling stable performance in various processes.
These sensors measure parameters such as conductivity, resistivity, total dissolved solids (TDS), reverse osmosis water, and boiler blowdown. Available in retractable, immersion, direct insertion, and flow-through configurations, they allow for tailored integration across a wide range of applications.
Dissolved oxygen analyzers measure oxygen content in liquids using proven sensor technologies. When properly configured and maintained, they deliver dependable readings for critical process monitoring.
Available in optical, polarographic, and galvanic designs, these sensors provide accurate oxygen level detection in process and environmental applications. Their performance depends on proper selection based on media, temperature, and maintenance strategy.
Chlorine analyzers measure free or total chlorine with a rotating‑electrode sensor for stable, drift‑free performance. Features include automatic ceramic‑bead cleaning, self‑diagnostics, and seamless transmitter integration for continuous, low‑maintenance monitoring in water treatment and industrial applications.
Smart sensors store calibration and measurement data directly on the sensor, providing quick installation, simplified maintenance, and integration with transmitters or lab systems. Digital communication protocols support reliable data exchange across platforms.
Turbidity analyzers detect suspended solids that affect fluid clarity. These instruments are used for continuous monitoring to maintain quality and compliance standards, especially where particulate control is critical.
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