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Brand: MMM IoT4H2O
SKU: IOT-LO
Weight: 195.00g

Price: 415.31‎€
Ex Tax: 349.00‎€

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* IoT4H2O Model:

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Description

The IoT4H2O® devices with LoRaWAN radio are particularly suitable for integrators and developers, as well as for advanced users who place the highest value on the protection of the acquired data. Using this version of the IoT4H2O® devices, it is possible to design the data acquisition system in such a way that the data does not leave its own network at any time.

The data collected with IoT4H2O® devices with LoRaWAN radio are not stored and presented on our data cloud www.IoT4water.de, but the user develops his own data interface. We provide an integrator guide with description of the payload for programming the own data interface. With this information and appropriate programming skills, a variety of different custom data interfaces can be developed with virtually no effort.

The version of IoT4H2O® devices with LoRaWAN radio is optimal for integrators and developers, but not for users looking for an out-of-the-box, turnkey solution for data collection and presentation.

 

IIoT4H2O® is available in four versions:

Devices for Watermark sensors and other sensors based on resistance signal.

Examples: Watermark sensors, Various temperature sensors NTC, Pt1000 (air temperature, soil temperature, wet and dry temperature etc.).

Devices for sensors with voltage signal.

Examples: electronic tensiometers from Irrometer or MMM tech support, sensors for volumetric soil water content (e.g.: EC-5, 10HS, Teros 10, SMT-50, SM-100 and some combination sensors for temperature and rel. humidity, dendrometers, radiation sensors etc.).

Devices for sensors with SDI-12 communication

Examples: Sensors for volumetric soil water content such as: Profile probes from Sentek and Aquacheck, Teros 12 from Decagon/Meter Group, SMT-100 from Trübner, sensors for wind and wind direction, combi sensors for temperature and rel. humidity and many more types.

Devices for sensors with pulse signal

Examples: Rain gauges, water clocks. This version also has an actuator function that will become available during 2023.

Technical specifications

IoT4H2O WMS
Devices for Watermark sensors and other sensors based on a resistance measurement
Data transfer:
LoRaWAN
Max. number of sensors:
6 inputs
Data refresh:
30 minutes (default), between 5 and 720 min
Logging Intervall:
30 minutes (default), between 5 and 720 min
Protection class:
IP67
Supply voltage:
2 x 3.6 V AA lithium battery
(service life approx. 10,000 transmissions or approx. 1 year)
Dimensions / Weight transmitter:
13 x 8 x 5 cm
IoT4H2O V
Devices for sensors with voltage signal
Data transfer:
LoRaWAN
Max. number of sensors:
3 inputs
Supply voltage Sensor:
3.3 or 5 volts (selectable for the entire device)
Data refresh:
30 minutes (default), between 5 and 720 min
Logging Intervall:
30 minutes (default), between 5 and 720 min
Protection class:
IP67
Supply voltage:
2 x 3.6 V AA lithium battery
(service life approx. 10,000 transmissions or approx. 1 year)
Dimensions / Weight transmitter:
13 x 8 x 5 cm
IoT4H2O SDI
Devices for sensors with SDI-12 communication
Data transfer:
LoRaWAN
Max. number of sensors:
1 connection for SDI-12 sensors
Data refresh:
30 minutes (default), between 5 and 720 min
Logging Intervall:
30 minutes (default), between 5 and 720 min
Protection class:
IP67
Supply voltage:
2 x 3.6 V AA lithium battery
(service life approx. 10,000 transmissions or approx. 1 year)
Dimensions / Weight transmitter:
13 x 8 x 5 cm
IoT4H2O IMP
Devices for sensors with pulse signal
Data transfer:
LoRaWAN
Max. number of sensors:
2 inputs
Data refresh:
30 minutes (default), between 5 and 720 min
Logging Intervall:
30 minutes (default), between 5 and 720 min
Protection class:
IP67
Supply voltage:
2 x 3.6 V AA lithium battery
(service life approx. 10,000 transmissions or approx. 1 year)
Dimensions / Weight transmitter:
13 x 8 x 5 cm