Customized Inline Water Conductivity Sensor With PG13.5 Thread 0~0.3MPa

Product Specification

RS485 Digital Conductivity Sensor TDS Salinity Sensor 200μS/cm range PG13.5 thread 

>>Overview

Since water contains various dissolved salts that exist in the form of ions, when electrodes are inserted into water and electricity is applied, these charged ions migrate in specific directions under the electric field. The movement of anions towards the anode enables aqueous solutions to conduct electricity. This conductive capacity of water is termed conductivity. As the reciprocal of resistivity, conductivity reflects the total dissolved salt content in water and serves as a crucial water quality indicator, demonstrating the presence of electrolytes in water. The degree of electrical conduction varies with electrolyte concentration in solutions. By measuring solution conductivity, we can analyze the dissolution degree of electrolytes - this constitutes the fundamental analytical principle of conductivity meters. Conductivity shows significant temperature dependence. Metallic conductivity decreases with rising temperature, whereas semiconductor conductivity increases with temperature. Doping levels in solid-state semiconductors can dramatically alter conductivity, where increased doping leads to higher conductivity. The conductivity of aqueous solutions depends on the concentration of dissolved salts or other chemical impurities that dissociate into electrolytes. Measuring water conductivity serves as an important parameter for assessing its salt content, ionic components, and impurity levels. Lower conductivity (higher resistivity) indicates purer water. Water conductivity is often recorded as conductivity coefficient, which refers to the conductivity measured at 25°C.

>>Application

Used for continuous monitoring and control of conductivity/TDS values and temperature in aqueous solutions. Widely applied in power plants, petrochemical, metallurgy, paper industry, environmental water treatment, light industry and electronics sectors. Specifically used for monitoring and controlling water quality in various systems such as: Power plant cooling water, Make-up water, Saturated water, Condensate water, Boiler water systems, Ion exchange processes, Reverse osmosis (RO), Electrodialysis (EDL), Seawater distillation systems. Monitoring covers both feed water and product water quality in water treatment equipment.

>>Feature

• Reagent-free operation, pollution-free, and more economical and environmentally friendly.
• Electrodes made of 316L+POM and PP+AB materials.
• High-quality dedicated sensor cables ensure accurate and stable signal transmission.

>>Technical Parameter

Power: 9-36V

Output: RS485 MODBUS RTU

Measuring materials: 316L

Shell materials: 316L+POM

Waterproof level: IP65

Range: 0-200μS/cm

Accuracy: ±0.5%F.S

Pressure Rating: ≤0.3Mpa

Temperature sensor: NTC10K

Temperature range: 0-60℃

Calibration: Sample calibration, standard solution calibration
Connection method: 4-core cable
Cable: Standard 10 meter cable

Installation thread: PG13.5