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IOT CONTROLLER

IOT CONTROLLER

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The IoT controller connects to the internet using a mobile network such as GPRS, CATM1 or NB-IoT. Controlling an IoT device is achieved using the Aardra Cloud app or Aardra Cloud website.

02

Integrate various hardware devices such as valves and sensors to the IoT Controller to upgrade your existing irrigation system to use resources with minimum wastage and fully automated to create an efficient workflow.

03

Create multiple automated operations from the Aardra Cloud platform and integrate them with various data streams to improve efficiency and yields by forecasting and analytical analysis.

04

Monitor all devices and operations in real-time. Set fault alerts and reports to ensure adequate maintenance to ensure efficient productivity.

How it Works

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The "IoT" Controller is the device that communicates with all the peripheral devices in the system and all user requirements from the Aardra Cloud account. Additional sensor and data integration can be incorporated for further optimised operations.

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Preset all automated operations on the Aardra Cloud using your mobile device.

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"Sentor" is a soil moisture sensor that detects preset moisture levels.

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"Sencom" solar powers "Sentor" and relays wirelessly to "IoT Controller" to either release or stop water via a dedicated "Valtor".

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The "Sentor" checks if the moisture level has reduced below the preset value. And if it rains, it will acknowledge and take that into account.

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The "Valtor" is switched on, and water is provided to your garden or plantation as required.

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Using the Aardra Cloud, monitor the system statuses of all automated processes, analytics for further optimisation and receive alerts when prompt user interaction is needed.

benefits of IoT Controller

core advantages

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Reduces water wastage.

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Enhance yields and increase the value.

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Save time with automated watering.

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Efficient use of resources and energy.

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Flexible integration to various sensors and data streams.

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Real-time data analytics and control.

IoT Controller

Products

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SENTOR

  • Analyses the volumetric moisture level in the soil
  • Powered and integrated into the Sencom unit, whereby should the moisture level decline to the set value then a message will be sent to the Valtor for Adequate water.

VALTOR

  • Powered and integrated into the Valcom unit, whereby should the moisture level decline to the set value then the Valtor will provide adequate water.
  • The VALTOR is connected to the main water supply using most hose fittings.

Type : Pilot operated, Straight Connections

Connection Size: Inlet – 3/4″ BSP Outlet : 3/4″ BSP

Op. Pressure : 0.7 to 6 bar

Flow : 30 gal/min

“We empower Smart Watering for gardens and Economical Watering for Farms”

IoT Controller

Water is a precious resource. It can also be an expensive one for those who use lots of it for their agricultural, horticultural, commercial, or industrial processes.

The system saves water from wastage during the watering process. It also gives analytic data of that period. It saves human resources by being automated system Human resources can be employed some other chores

VALTOR 1.5

  • The valve is powered and controlled by the Valcom, whenever the moisture level recedes, the Valtor 1.5 will be instructed to provide adequate water.
  • The VALTOR 1.5 is connected to the main water supply using irrigation fittings.
  • Connection Size: Inlet: 1.5” Outlet: 1.5” BSP/NPT – Threaded Version
  • Pressure Rate: 0.4 to 10 bar
  • Flow Rate: 1000 Litres/min

VALTOR 2

  • The valve is powered and controlled by the Valcom, whenever the moisture level recedes, the Valtor 2 will be controlled to provide adequate water.
  • The VALTOR 2 is connected to the main water supply using irrigation fittings.
  • Connection Size:
    Inlet: 2” Outlet: 2” BSP/NPT- Threaded Version
    Inlet: 2” Outlet: 2” ISO/ASTM – Solvent Version
  • Pressure Rate: 0.4 to 10 bar
  • Flow Rate: 1000 Litres/min
  • ction port.
  • Variable cable lengths available.

VALTOR 3

  • The valve is powered and controlled by the Valcom, whenever the moisture level recedes, the Valtor 3 will be controlled to provide adequate water.
  • The VALTOR 3 is connected to the main water supply using irrigation fittings.
  • Connection Size:
    Inlet: 3” Outlet: 3” BSP/NPT – Threaded Version
    Inlet: 3” Outlet: 3” ISO/ASTM – Solvent Version
  • Pressure Rate: 0.4 to 10 bar – Flow Rate: 1300 Litres/min

VALTOR 4

  • The valve is powered and controlled by the Valcom, whenever the moisture level recedes, the Valtor 4 will be controlled to provide adequate water.
  • The VALTOR 4 is connected to the main water supply using irrigation fittings.
  • Connection Size: Inlet: 4” Outlet: 4” BSP/NPT – Threaded Version
    Inlet: 4” Outlet: 4” ISO/ASTM – Solvent Version
  • Pressure Rate: 0.4 to 10 bar
  • Flow Rate: 4100 Litres/min
get your data and control on your fingertips.

our app

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Connect and control multiple Aardra IoT devices using the Aardra Cloud on various platforms such as IOS, Andriod and Web browsers.

-Remotely monitor all IoT from an associated Aardra cloud account.

-Real-time sensor status and alerts.

-Control water valves manually as well as automatically.

-View analytical data.

-Set multiple automated programs for efficient management.

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