Bulk Conductivity Electrode Series for Sewage Disposal

Product Overview

- The Bulk Conductivity Electrode Series for Sewage Disposal (exemplified by the IOT-485-EC) is a digital online conductivity sensor designed for harsh wastewater and industrial effluents. It uses a graphite combination electrode with an SS316 housing, built-in temperature probe and RS485 Modbus output to provide stable, long-term conductivity, TDS, salinity, resistivity and temperature measurements.

Product Features

- Measurement range up to 0–20,000 µS/cm with 1 µS/cm resolution and ±2% accuracy; temperature range 0–65 °C with ±0.5 °C accuracy.

- Digital RS485 (Modbus) communication, remote setting and calibration, and strong anti-interference performance.

- Corrosion-resistant graphite electrode and SS316 housing, IP68 protection, standard 5 m cable (extendable; transmission distance up to 500 m).

- Instant temperature compensation via built-in probe and compact G1" process connection for easy installation.

Product Value

- Provides reliable, accurate online conductivity data to support regulatory compliance and process control in sewage treatment and industrial wastewater systems.

- Reduces operational downtime and maintenance costs through durable materials, stable electronics, remote calibration and strong anti-interference capability.

- Improves process confidence and decision-making by delivering continuous, traceable digital readings suitable for automation and IoT integration.

Product Advantages

- Robust construction for harsh environments: graphite electrodes resist corrosion and SS316 housing with IP68 protection.

- Long-distance, noise-resistant digital communications (RS485) and independent anti-interference chip for stable signals.

- Wide measurement range and built-in temperature compensation for accurate results across varied wastewater conditions.

- Easy installation and remote configuration reduce onsite service needs and simplify system integration.

Application Scenarios

- Sewage disposal and municipal wastewater monitoring and control.

- Industrial effluent monitoring in thermal power, chemical fertilizer, metallurgy and environmental protection facilities.

- Process and quality monitoring in pharmaceutical, biochemical, food, fermentation and brewing industries.

- Tap water and general waste water conductivity/TDS/salinity/resistivity measurement where corrosion resistance, long cable runs and remote operation are required.