Neon®

Single channel water monitoring instrument 

Neon® is a leading edge measuring and control instrument. Its range of functions can be tailored according to customers‘ applications.

The entry level version contains inputs for measurements and temperature, one digital input and an alarm relay. Various add-ons are available to expand the functionality as well as wall mounted or panel mounted housing. 

Neon‘s® water measurement process can be controlled at any time, from any place, on any device via Kuntze‘s Cloud Connect® service. All Kuntze products are Made in Germany.

Anwendungen
Process Water
Disinfection
Drinking Water
Food & Beverage
Cooling Water
Waste Water Treatment
Pool & Spa
Warehouse Exhaust Air
Parameter

pH / Redox (Neon® pR)

  • Unit: pH, mV 

  • Connection of pH/ORP and pH difference electrodes 

  • High impedance connection of reference electrode possible 

  • 2-point-calibration 

  • Temperature measurement Pt 100 / Pt 1000 

  • Automatic or manual temperature compensation

Disinfection  (Neon® DIS)

  • Free chlorine, chlorine dioxide, ozone, hydrogen peroxide 

  • Unit: µg/l, mg/l, ppm 

  • 1-point-calibration 

  • Temperature measurement Pt 100 / Pt 1000 

  • Temperature compensation: linear 

  • ASR® automatic sensor cleaning

Conductivity (Neon® EC and Neon® EC IL)

  • Conductive and toroidal (inductive), TDS 

  • Unit: µS/cm, mS/cm, MOhm x cm, ppm (TDS) 

  • Connection of 2- and 4-pole conductivity cells 

  • Temperature measurement Pt100/Pt 1000, NTC (inductive) 

  • Temperature compensation: linear and ultra-pure water

Gas (Neon® GAS)

  • Chlorine, chlorine dioxide and ozone 

  • Unit: ppm 

  • Automatic sensor test 

  • Dual measurement

ASR

ASR® is Kuntze's patented automatic sensor cleaning  

  • ASR® keeps the electrode surfaces automatically clean and reduces maintenance efforts  

  • ASR® is available for measurement of Free Chlorine, Chlorine Dioxide, Ozone and Hydrogen Peroxide

Cost reduction due to less maintenance 

  • No manual cleaning 

  • No refill of chemical or physical agents 

  • Massively reduced calibration demand