The EHAN Sensor from Aqualabo is a high‑precision digital probe engineered for real‑time monitoring of oxidation‑reduction potential (ORP) and temperature in water quality applications. It integrates advanced ORP measuring technology with a robust digital communication interface, offering reliable performance for both process control and environmental monitoring.
Designed with a replaceable Plastogel® electrode cartridge and a wide platinum measuring ring, the EHAN Sensor delivers accurate and stable ORP readings up to ±1000 mV, alongside precise temperature data from 0 °C to 50 °C. Its built‑in digital transmitter supports open communication via MODBUS RS‑485 or SDI‑12, allowing seamless integration with dataloggers, transmitters, and automated monitoring systems.
The sensor’s durable construction and interference‑resistant design make it suitable for demanding environments such as wastewater treatment, industrial effluent processing, and other applications where consistent water quality insights are essential.
Key Features
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Combined ORP (oxidation‑reduction potential) and temperature measurement
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Wide range ORP capability: –1000 mV to +1000 mV
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High‑resolution temperature measurement (0.01 °C)
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Replaceable Plastogel® electrode cartridge for extended service life
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Digital communication via MODBUS RS‑485 and SDI‑12
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Built‑in temperature compensation and drift‑resistant design
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Compatible with dataloggers and automated monitoring networks
Advantages
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Reliable ORP and temperature data for water quality control and process optimization
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Robust digital output for integration with monitoring systems
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Minimal maintenance with replaceable electrode cartridge
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Stable performance under challenging field conditions
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Supports automation and remote monitoring workflows
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Ideal for wastewater treatment, industrial effluent control, and environmental monitoring
The EHAN Sensor provides engineers, water quality specialists, and environmental professionals with a precise, durable, and digitally integrated solution for tracking redox potential and temperature, ensuring reliable water condition assessment and improved process control.
