Multi-parameter On-line Monitoring Instrument for Water Supply

EMS 6000
The EMS6000 multi-parameter on-line monitoring instrument for water supply adopts advanced technologies to integrate multiple key water quality indicators, realizing real-time and precise monitoring of finished water, secondary water supply and pipe network terminal water in water plants. Optional monitoring parameters include turbidity, residual chlorine / chlorine dioxide / total chlorine / ozone, pH, temperature, conductivity, ORP and dissolved oxygen. Data can be transmitted to monitoring early warning and operation & maintenance platforms in real time via RS485 and multiple 4-20mA interfaces, realizing rapid analysis and response, unattended operation and scientific early warning to improve maintenance efficiency and ensure water supply safety.

Product Introduction

The EMS6000 multi-parameter on-line monitoring instrument for water supply adopts advanced technologies to integrate multiple key water quality indicators, realizing real-time and precise monitoring of finished water, secondary water supply and pipe network terminal water in water plants. Optional monitoring parameters include turbidity, residual chlorine / chlorine dioxide / total chlorine / ozone, pH, temperature, conductivity, ORP and dissolved oxygen. Data can be transmitted to monitoring early warning and operation & maintenance platforms in real time via RS485 and multiple 4-20mA interfaces, realizing rapid analysis and response, unattended operation and scientific early warning to improve maintenance efficiency and ensure water supply safety.


Product Features

Intelligent operation & maintenance with minimal manual intervention: Automatic cleaning, rapid calibration and convenient electrode replacement simplify the workflow and reduce maintenance costs.

High monitoring precision with low data deviation: High-precision sensors and exclusive anti-interference design enable accurate measurement of turbidity below 0.1NTU.

Stable data and reliable operation: Stabilized water inlet design ensures monitoring results are not affected by water pressure and flow velocity, avoiding fluctuating pH and residual chlorine data.


Application Scenarios

Finished water of water plants, secondary water supply, pipe network water and rural drinking water.

13312984539
[email protected]
WeChat Scan
微信二维码 Customized exclusive solution
Online Message
Back to top

Online Message