Aquaculture-specific Conductivity Sensor - AMT/-DDL300
Measurement principle: graphite electrode method
Working conditions: 0～65℃, ＜0.6MPa
Measurement range: 0～5000μS/cm, 0～200.0mS/cm
Housing material: ABS/SUS316L (default)/POM
Measurement accuracy: ±1.5% F.S., ±0.3℃
Protection rating: IP68
Product Introduction
Smart-Conductivity-Sensor-01
Conductivity Water Quality Sensor
AMT/-DDL300
The intelligent conductivity sensor (AMT-DDL300) is a smart water quality sensor for conductivity that uses an RS485 communication interface and the standard Modbus protocol. It provides conductivity measurements suitable for low, medium, and high ranges, with electrode constants from 0.1 to 10 cm⁻¹. Electrode materials include graphite, platinum, and stainless steel, and it can measure conductivity, TDS, and salinity. The corrosion-resistant housing, built-in Pt1000 temperature sensor, and compensation algorithm make it suitable for various harsh working environments. This sensor features good accuracy, linearity, and stable electrode constants. It is widely used in surface water monitoring, industrial wastewater and municipal sewage monitoring, water treatment industry, boiler return water monitoring, deionization process monitoring, reverse osmosis monitoring of seawater, brine, aquaculture water monitoring, and more.
Measurement principle: graphite electrode method
Working conditions: 0～65℃, ＜0.6MPa
Measurement range: 0～5000μS/cm, 0～200.0mS/cm
Housing material: ABS/SUS316L (default)/POM
Measurement accuracy: ±1.5% F.S., ±0.3℃
Protection rating: IP68
Main Application Areas
- Aquaculture — Monitoring water conductivity in fish farms and shrimp ponds to ensure optimal conditions for aquatic life.
- Surface Water Monitoring — Measuring conductivity in rivers, lakes, and reservoirs to assess water quality and detect pollution.
- Industrial Wastewater Treatment — Monitoring conductivity levels in industrial effluents to ensure compliance with environmental regulations.
- Water Treatment Plants — Controlling conductivity in drinking water and process water to maintain quality standards.
Keywords：smart conductivity sensor, RS485 conductivity sensor, Modbus conductivity sensor, aquaculture conductivity sensor, industrial conductivity sensor, water quality sensor, TDS sensor, salinity sensor
