Krypton® Multi

Multi-channel water monitoring system

Controlled and reliable measurements are driven by Kuntze Krypton® systems. The Krypton® Multi measuring system includes all customer needs for a disinfectant measurement: instrument, software, sensors, flow cell, and cables. 

The Krypton® Multi is a measurement system for disinfectant, pH and temperature. ORP/redox, conductivity, or an additional disinfectant measurement can be added. The Krypton® Multi system is delivered fully assembled and ready to use. 

Krypton® Multi‘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 by Kuntze Instruments in Hartha, Germany.



Process Water

Process Water



Drinking water

Drinking Water

Food & Beverage

Food & Beverage

Krypton Multi Krypton Multi



  • Free Chlorine, Chlorine Dioxide, Total Chlorine: up to 1000 µg/l, 5.00 / 10.00 / 20.00 mg/l 

  • Ozone: up to 1000 µg/l, up to 5.00 / 10.00 mg/l 

  • Hydrogen peroxide: up to 30.00 mg/l 


  • 32.. 122 °F 


  • 0..14.00 pH 

Redox potential (optional) 

  • -1500.. +1500 mV 

5th measuring input (optional) 

  • Conductivity: up to 100.0 mS/cm 

6th measuring input (optional / DIS 2)

  • Free Chlorine, Total Chlorine: up to 1000 µg/l, up to 5.00 / 10.00 / 20.00 mg/l 

Digital inputs 

  • Flow control, external controller stop, 2x level control, activation 2nd or 3rd control parameter set


StabiFlow® is an assembly for precise measurement of disinfectants. The values are: 

  • Constant flow of approx. 30 l/h 

  • Stable, precise and reliable measurements 

  • Cost reduction due to increased life expectancy of the sensors


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