Dissolved oxygen and turbidity

Model

AGIoT-9025

AGIoT-9025 is an energy autonomous integrated system for monitoring dissolved oxygen and turbidity in outdoor water bodies. This advanced system is designed for a wide range of applications, ensuring efficient management and monitoring across various sectors. In agriculture and farming plots, the system supports irrigation management, ensuring optimal water supply for crop growth. Industries and small to medium-sized enterprises use it to comply with environmental regulations and optimize resource usage. Additionally, municipalities and regions monitor water quality in public reservoirs, ensuring safe and clean water for communities. Research institutions, on the other hand, utilize the system for scientific studies on water ecosystems, contributing to knowledge and understanding of these valuable resources. Greenhouses also benefit from the optimization of irrigation water quality, creating ideal conditions for plant growth. At the same time, water management organizations rely on this system for efficient resource use and sustainable management. Finally, storage reservoirs are monitored to maintain optimal conditions, ensuring the safe storage of water. The system consists of a data logging unit (node), a dissolved oxygen meter, a turbidity meter and a photovoltaic panel.

The node comes with 2G/4G/GPRS/EDGE/NB-IoT connectivity via a built-in SIM card (which is provided with free of charge lifetime internet connection), while the user can access the dissolved oxygen meter and turbidity meter data via the remote control and management software.

From this software (in the form of a web app or app for mobile phones) the user can be informed on the latest measurements, historical data, weather forecast, control the system remotely, export data, set alerts and create automations.

The system can be installed practically anywhere due to its small size, solar panel power supply and waterproof construction (IP67), while no specialized knowledge is required for its installation, as it has been designed with a plug-and-play architecture. In addition, it is possible to remotely restart the system or mobile network if an error is encountered.

The system is manufactured by AGENSO and comes with a two (2) year warranty.

Technical Specifications

  • Small size
  • IP67 protection
  • Connection to 2G/4G/GPRS/EDGE/NB-IoT mobile networks with free lifetime data with the integrated SIM card
  • Plug & play
  • Energy autonomous
  • GPS for position tracing
  • Anti-theft system (tracking and remote disabling)
  • Integrated rechargeable battery
  • Charging capability with power bank
  • Remote control and management of systems
  • Responsive design able to operate in any device
  • Mobile app for devices with Android OS
  • Measurements export in various data types (.csv, .xls, .png, .jpg) for further editing
  • Historical data for the last three years
  • Interconnection and interoperability with third-party systems or platforms via an API based on OpenAPI specification
  • Implementation of MQTT protocol for machine-to-machine communications
  • Creation of automation rules
  • Creation of specialized notifications
  • User management with different access rights
  • Measuring principle: fluorescence method
  • Measuring range: 0 - 20mg/L (0 - 200% saturation)
  • Measurement error: ±3%FS; ±0.5°C (25°C)
  • Resolution: 0.01mg/L; 0.1%; 0.1°C
  • Response time: <60sec
  • Equipment working conditions: 0 -40°C
  • Fluorescent film life: 1 year in normal use
  • Storage conditions: -10 - 60°C
  • Waterproof rating: IP68
  • Electrode site: 5 m
  • Temperature:
    Range: 0 - 50℃
    Accuracy: ±0.5℃
    Resolution: 0.1℃
  • Turbidity:
    Range: 0 -1000NTU
    Accuracy: ±5% of indication or ±3NTU, whichever is greater (0 -1000NTU)
    Resolution: 0.1NTU
  • Working conditions: 0 -50℃, <0.6MPa
  • Response time: 30 s
  • Protection level: IP68
  • Cable length: 5 meter

Applications / Installation examples

  • Agriculture
  • Fields
  • Industries / SMEs
  • Municipalities / regions
  • Research
  • Greenhouses
  • Water management organizations
  • Water resources
  • Water storage tanks

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