Reliable Ec Sensor for Water Supply

Product Overview

- DDG-1.0 Industrial online conductivity (EC) sensor designed for continuous, in-line measurement of conductivity in ultra‑pure water, pure water and process water.

- Electrode constant K = 1.0; measuring range 0–2000 μS/cm; connection options 1/2" NPT or 3/4" NPT; rated working pressure 0.3 MPa.

- Constructed with corrosion‑resistant materials (SS316L or titanium alloy) and offered with multiple temperature‑compensation options specified by the user.

Product Features

- Double‑cylinder structure and titanium alloy option that naturally passivates for strong chemical resistance (resistant to most liquids except hydrofluoric acid).

- Large‑area platinum electrodes available for K = 10 or 30 versions, giving strong acid/alkali resistance and anti‑fouling capability.

- Wide selection of temperature compensation sensors (e.g., NTC 2.252K, 2K, 10K, 20K, 30K, Pt100, Pt1000).

- Suitable for continuous on‑line industrial use with robust mechanical connections.

Product Value

- Provides reliable, accurate online conductivity monitoring to support process control, water quality compliance and early detection of contamination or process drift.

- Durable, corrosion‑resistant design reduces maintenance frequency and downtime in demanding or corrosive environments.

- Customizable temperature compensation and material choices make the sensor adaptable to diverse industrial water applications.

Product Advantages

- Built from high‑grade raw materials and manufactured under industry standards; the product has multiple international certifications.

- Platinum electrode option and titanium passivation deliver superior chemical resistance and anti‑pollution performance versus conventional sensors.

- Wide application suitability (food, power plants, water treatment, seawater purification, sewage) and professional company support/R&D backing.

- Compact, standardized fittings and a broad measuring range facilitate easy integration into existing monitoring systems.

Application Scenarios

- Online conductivity monitoring in ultra‑pure and pure water systems (e.g., semiconductor, laboratory, boiler feedwater).

- Water treatment plants and sewage treatment for process control and effluent monitoring.

- Thermal and other power plants for feedwater and condensate conductivity control.

- Seawater purification/desalination and other harsh‑media environments where corrosion resistance and anti‑fouling are required.

- Food and beverage processing where continuous water quality assurance is needed.