The Probe TRIPOD from Aqualabo is a digital multiparameter water quality monitoring solution designed for both online and portable applications. It allows simultaneous measurement of multiple physicochemical parameters using a customizable sensor platform. Users can select three sensors from a range that includes pH, ORP, temperature, dissolved oxygen, turbidity, conductivity, salinity, and TDS to build a tailored monitoring setup.
Built to deliver accurate and repeatable data, the TRIPOD integrates advanced optical sensing (including optical dissolved oxygen technology) and supports open digital communication protocols such as Modbus RS‑485 and SDI‑12 for seamless integration with dataloggers, SCADA systems, and automated platforms. Its compact, robust, and waterproof design makes it a reliable choice for long‑term deployment in field and industrial environments.
The Probe TRIPOD is widely used in environmental monitoring, wastewater treatment, drinking water systems, aquaculture, and surface water quality assessment, offering real‑time insights that support rapid operational response and data‑driven decision‑making.
Key Features
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Measures up to 8 physico‑chemical parameters with 3 selectable sensors
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Optical dissolved oxygen measurement technology
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Digital communication via Modbus RS‑485 and SDI‑12
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Compact, robust, and waterproof design for field or online use
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Customizable sensor configuration to match project needs
Advantages
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Comprehensive water quality monitoring across multiple parameters simultaneously
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Real‑time data access enhances environmental oversight and operational control
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Digital integration simplifies connection to monitoring systems and data networks
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Suitability for long‑term deployment in harsh field conditions
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Flexible and customizable setup supports diverse applications
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Ideal for wastewater, surface water, aquaculture, and drinking water systems
The Probe TRIPOD from Aqualabo delivers a dependable, flexible, and high‑performance solution for integrated water quality monitoring, empowering engineers and environmental professionals with accurate real‑time data and robust system compatibility.
