Water analysis panel – Multi-parameter measuring system for water quality monitoring

Monitoring different parameters in water treatment processes can lead to a setup where different measuring points are scattered across the plant.

Existing pipelines have to be equipped with assemblies and each transmitter has to be mounted individually on the wall. But not only the installation effort results in high costs. Maintenance can also be time consuming when sensors and assemblies are not easy to access.

Simplify your workflow with new pre-configurated, compact analytical modules from KROHNE – without losing the flexibility to select preferred equipment.

Reduce the complexity, increase the flexibility

The water analysis panel is a multi-parameter measuring system for water applications. It consists of single modules that can be combined for measuring dissolved oxygen, turbidity, conductivity, pH and ORP.

Depending on the requirements, the measuring system can thus be operated as a complete solution or with selected modules allowing configuration of different sensor types. This provides a high degree of flexibility in accordance with the application requirements.

The pre-assembled and pre-wired analysis panel enables easy installation and fast commissioning. In this way, complexity and installation effort are significantly reduced as compared to spatially separated measuring points.

Product highlights

• Continuous monitoring of water quality

• All measuring parameters installed at one location:

Only one sample line required

• Easy process integration and commissioning

• Better sensor access for lower maintenance effort

• Application-specific selection of analytical parameters

• Free configuration of sensor types for high flexibility

• Space saving modular design

• Panel material: PVC white or stainless steel (1.4301)

Typical applications

• Monitoring of drinking water quality in pumping stations

• Monitoring of contamination in liquids

• Filter monitoring (efficiency and breakthrough)

• Process control of water treatment

• Monitoring of limit values

• Demineralisation

• Monitoring of water quality prior to discharge

into the water supply network