i::scan flow assembly for up to three additional s::can probes

For proper and easy flow-through installation of one i::scan and up to three s::scan physical probes
Automatic cleaning with an auto brush for i::scan available (optional)

Multi-Probe Capacity: Accommodates one i::scan spectrophotometer probe and up to three other s::can physical probes, allowing for comprehensive multi-parameter water quality monitoring within a single flow assembly.
Flow-Through Installation: Designed for bypass or flow-through operation, ensuring continuous monitoring of the water flow.
Compatibility: The system is part of the modular s::can line, enabling the connection of various intelligent s::can sensors (e.g., for pH, conductivity, dissolved oxygen) that use a common RS485 sensor bus and Modbus protocol.
Easy Integration: The modular nature of s::can devices allows users to assemble a monitoring package tailored to specific site requirements and integrate it into existing data gathering systems.
Continuous Monitoring: Facilitates reliable and accurate continuous online measurement of various water quality parameters, such as COD, TOC, TSS/TS, Turbidity, UV254, Nitrate, and more, depending on the probes installed.
Optional Automatic Cleaning: The assembly can be equipped with an optional automatic brush cleaning system to minimize maintenance and ensure the accuracy of measurements over time, which is particularly useful for in-situ or flow cell installations.
Durable Materials: The housing material is typically made of robust materials like PVC or POM-C, suitable for various water and wastewater applications.

Drinking Water Networks: Installation directly on a pressurized water pipe (e.g., using the specific pipe::scan variant) to monitor water quality in real-time within smart water grids.
Wastewater Treatment: Continuous online monitoring of various parameters in wastewater flows to ensure regulatory compliance and optimize treatment processes.
Environmental Monitoring: Use in applications where minimal water wastage and efficient, accurate measurement of multiple parameters are required, such as river or stream monitoring stations.
Industrial Process Control: Monitoring of process water, where accurate and timely data on parameters like chemical oxygen demand (COD), total organic carbon (TOC), and turbidity are essential for product quality and cost control

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