Product Number: EZ3005.9800140T
The Challenge of Consistent Chloride Monitoring
Chloride monitoring in municipal and industrial water can be disrupted by fouling, drift and temperature swings - creating extra maintenance and compliance risk. The EZ3005sc uses discontinuous ISE measurement with temperature control to deliver stable, precise chloride results with minimal operator intervention. Automated operation helps reduce routine maintenance and lower operating cost while keeping reliable chloride data available for process control.
Designed for straightforward integration, the analyser supports multiple analog and digital outputs - including Modbus, Profinet and Ethernet/IP - so you can bring results and diagnostics directly into your control system.
Benefits:
- Discontinuous ISE measurement with temperature control for repeatable results
- Automated operation reduces maintenance effort and operator time
- Efficient reagent use helps lower total cost of ownership
- Analog and digital connectivity: Modbus, Profinet and Ethernet/IP
- Real-time results and diagnostics to support compliance and process optimisation
Avoid downtime from unreliable ISE data caused by temperature fluctuations. The EZ3005sc stabilises both sample and electrode using a temperature controlled flow cell, eliminating measurement errors and delivering precise, repeatable chloride results operators can trust.
Minimise downtime and service costs with the EZ3005sc. Automated 2 point calibration, reagent alerts, a rugged ISE electrode, and minimal moving parts extend maintenance intervals; so operators spend less time servicing instruments and more time on plant operations.
The EZ3005sc helps optimise operating costs by reducing chemical consumption and service visits. Multi stream capability monitors up to eight sample lines, lowering cost per sampling point and extending equipment life.
With a wide range of analogue and digital outputs, this analyser aligns with plant specific requirements, ensuring compatibility with existing infrastructure and immediate access to real time measurement data.
