Product Overview

• Electro-chemical sensor to measure dissolved oxygen

• The TriOxmatic® with 3 electrode system for the reliable oxygen measurement - patented know-how at low investment costs:

• Reliable operation by proven technology

• No run in, no drift: Stable measured values from the beginning to the end

• Self diagnosis system SensReg/SensLeck by 3 electrode system

• In the analog sensors of the TriOxmatic® series, you will find the ideal solution for your application. In addition to the continuous measuring accuracy, the sensors are equipped with an automatic self diagnosis system, a shorter response time and different cable lengths as options. Regardless of this, all models are supplied with accessories kits and can be connected to the monitor Oxi 298 (exception: TriOxmatic® 700).

• TriOxmatic® 700 – predestined for the use in biological cleaning steps (wastewater treatment plants)

• Universal oxygen sensor with high measuring accuracy and automatic self diagnosis SensReg (electrolyte consumption) and SensLeck (membrane monitoring). Based on its median response time of t90 < 180 s, the sensor is insensitive to air bubbles and therefore predestined for measurement and regulation of the oxygen content in biological cleaning steps of wastewater treatment plants. The TriOxmatic® 700 is alwo available as a salt water version.

• Nur noch als Nachrüstarmatur für analoge Umformer der Serien Ecoline® und QuadroLine®. Als digitale Version weiterhin erhältlich (IQ SENSOR NET System 181).

• TriOxmatic® 690 – suitable for pure measuring tasks in wastewater/water

• Very economic model without self diagnosis. This makes this oxygen sensor suitable especially for pure measuring tasks in wastewater/water where a continuous membrane and electrolyte monitoring is not necessary.

• TriOxmatic® 701 – increased resolution for the residual oxygen in the denitrification

• Based on the increased resolution, a shorter response time (t90 < 30 s) and the thinner special membrane, this sensor can be used for quicker response processes with lower O2 concentrations (e.g. for the measurement of residual oxygen and the denitrification).