M-Node Smart Sensors

Our pioneering, smart, ultra-low-powered, modular M-Node sensors, utilised within our MetriNet and SiteBox solutions, were designed to generate specialist data insights, offering accurate, reliable and continuous data for real-time analysis.

Key benefits

  • Available for 16 different water quality parameters
  • WRAS approved
  • Ultra-low, battery powered digital sensors
  • Communication via RS485 sensor bus using Modbus protocol
  • Modular, for easy system integration
  • Used independently with utilities own PLC systems

Smart sensor, data rich technology

ATi’s smart, ultra-low-powered, modular M-Node sensors, utilised within our MetriNet and SiteBox solutions, were designed to generate specialist data insights, offering accurate, reliable and continuous data for real-time analysis.

Our pioneering, smart, digital M-Nodes are complete, ultra low-powered, digital water quality sensors that can run autonomously for years at a time on small batteries. Creating a neural network of M-Node sensors delivers true network digitalisation. Designed to minimise water usage and under certain conditions, operate with zero water wastage, M-Nodes can be part of a sustainable, smart water quality monitoring solution.

Used with our MetriNet and SiteBox solutions, along with bespoke solutions developed specifically to meet clients’ requirements, M-Nodes can be connected to any data gathering system, generating reliable and accurate data and communicating on a common RS485 sensor bus using Modbus protocol. Modular in nature, they allow users to assemble a monitoring package that fits individual site requirements, even in the most remote locations.

 

Available in 16 parameters

Free Chlorine | Combined Chlorine | Total Chlorine | Chlorine Dioxide | Conductivity | 4E Conductivity | Dissolved Oxygen | Dissolved Ozone | Fluoride | Hydrogen Peroxide | Nitrite | ORP | Peracetic Acid | pH | Pressure | Turbidity

 

Applications

  • Mains Conditioning
  • Network Monitoring
  • Network Resilience
  • Chlorine Decay Modelling
  • Flow Reversal
  • Leakage
  • Flushing
  • Legionella
  • HVAC
  • Renal Dialysis
  • plus many more
 
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