The combination of online COD sensors and IQ SENSOR NET system host enables real-time online monitoring of COD!

IQ SENSOR NET online multi parameter water quality analysis system:

Fully functional and measurable parameters: ph/ORP， Temperature, dissolved oxygen, conductivity, turbidity, and suspended solids, COD，BOD， Salinity, NH4-N，NO3-N，NO2-N，TSS／SAC／TOC，PO4

1. System integration architecture, a system can test multiple parameters
2. Sensors can be combined arbitrarily, and up to 20 sensors can be connected simultaneously
3. Simply adding modules can expand the system's functionality
4. Two wire system, easy to install The transmission distance of digital signals can reach up to 1000 meters
5. Built in lightning protection circuit

Fast COD analyzerHost introduction:
IQ Sensor Net
MIQ/2020: Up to 20 sensors can be connected simultaneously
DIQ/182: Up to 4 sensors can be connected simultaneously

Online COD sensor: CarboVis COD testing (UV visible spectrophotometry)
(200-750nm full spectrum scan)

CarboVis COD sensor combined with IQ SENSOR NET host for real-time online continuous monitoring of COD

Features:
On site continuous monitoring sensor technology
Quick response, no lag time
Accurate testing
Effective interference suppression technology
Automatic air blowing system

Adopting advanced spectral analysis techniques, directly testing in the medium
A set of precise spectral analysis components is contained within a sensor with a diameter of 40mm, which can accurately analyze the COD concentration of the tested water sample in the UV visible band. Paired with the advanced online multi parameter monitoring system IQSensorNet that uses digital communication, it can simultaneously monitor the concentrations of multiple components, such as pH, dissolved oxygen, conductivity, turbidity, suspended solids concentration, and ammonia nitrogen concentration.



Performance characteristics:
The CarboVis COD sensor is directly immersed in the water sample to be tested, without the need for sample transportation or pretreatment
Fast response, truly real-time continuous monitoring
Precision optical components, accurately tested in the UV visible wavelength range
Adopting advanced spectral analysis techniques to suppress interference from the surrounding environment and turbidity can achieve better results than ordinary dual beam testing techniques
Automatic air blowing can greatly extend the continuous operation time of the system and is almost maintenance free
By using photometric testing, a significant amount of reagent consumption has been saved