WXZJ-800CD Online Conductivity Meter

 Wuxi Supplies WXZJ-800CD Online Conductivity Meter

Measurement Range (Range can be freely set): Conductivity: 0～20μS·cm⁻¹ (K=0.01); 20～200μS·cm⁻¹ (K=0.1); 200μS·cm⁻¹～4mS·cm⁻¹ (K=1.0); 4～20.0mS·cm⁻¹ (K=10.0); 20～100.0mS·cm⁻¹ (K=30.0); Temperature: －5～110℃; Resolution: Conductivity: 0.01μS·cm⁻¹; 0.01mS·cm⁻¹; Temperature: 0.1℃; Basic Instrument Error: Conductivity: ±1.0%F·S±1 digit, Temperature: ±0.5℃; Electronic Unit Automatic or Manual Temperature Compensation Range: 0～110℃ (Reference Temperature 25℃); Electronic Unit Automatic Temperature Compensation Error: ±0.5%F·S; Electronic Unit Stability: ±0.2%F·S±1 digit/24h; Electronic Unit Repeatability Error: ≤0.2%F·S±1 digit; Electronic Unit Alarm Error: ±1%F·S; Electronic Unit Output Current Error: ±1%F·S; 

WXZJ-800CD Online Conductivity Meteris a water quality online monitoring instrument with a microprocessor. This instrument is configured with different types and constants of conductivity electrodes for continuous monitoring and control of the conductivity and temperature values of aqueous solutions.

Widely used in power plants, petrochemicals, metallurgy, paper industry, environmental water treatment, light industry electronics, and other fields. Such as monitoring and control of raw water and product water quality in power plant cooling water, makeup water, saturated water, condensate water, boiler water, ion exchange, reverse osmosis EDI, seawater distillation, and other water treatment equipment. The instrument features an LCD display; intelligent Chinese menu operation; current or voltage output; freely settable measurement range; high and low limit alarm prompts and two sets of relay control switches with adjustable hysteresis range; automatic or manual temperature compensation; The entire measurement system mainly consists of the instrument (secondary meter) and the conductivity electrode (primary meter). The electrode contacts the measured solution, and the instrument displays the conductivity value, temperature, and working status of the measured aqueous solution.