1. DESCRIPTION OF BASIC FUNCTIONS
Complete fertigation controller, entirely config-
urable with great potential to use and with many
extension and communication possibilities.
Equipped to control irrigation, fertilization,
pumping, filter cleaning and malfunctions detec-
tion, providing detailed chronological records of
events and totals.
Models have 9, 18 and 27 configurable outputs
and 6 digital inputs on the base, having also sever-
al versions and options.
Extensions are available to accommodate
readings from 2 analog sensors on the own base
or by using the AgroBee radio system to have
more inputs and outputs, reaching up to 30 irriga-
tion sectors, 2 pumps, 4 fertilizers and mixers, 1
fertilizer general, 9 filters, 1 filter general, 20 digital
sensors, 10 meter sensors, and 40 analog
sensors.
Programming according to time and
volume for both irrigation and fertilization, as
well as filter cleaning, with the option to have
independent working actions for each pro-
gram.
Starting conditions and irrigation or ferti-
lizer units can be influenced using climate or
crop-based sensors.
Remote management via mobile appli-
cation “Agrónic App”, SMS messages, as
well as PC connections to three users or to
an Irrigation Community software.
Basic model is completely scalable,
very easy to use, and has an additional list of options to become a high-performance model.
IRRIGATION
Up to 30 irrigation sectors can be controlled, which are governed by 50 separate programs with
their corresponding extensions, with the possibility of linking programs together to execute irrigation
sequences.
Each program can activate 1 to 4 irrigation sectors simultaneously. It can limit the simultaneous ac-
tivation of sectors of the base, from 1 to 8 among several programs.
Each program can start running at a specific time, selecting the days of the week, at the end of an-
other program, or triggered by an input when a contact is closed. Optionally, it can be activated when a
sensor reaches a certain value (°C, soil moisture, etc.), by mobile phone via SMS, by irrigation frequen-
cy (irrigating every day, every two days, every 3 days, etc.) or even irrigating everyday with several acti-
vations. In addition, the time of year when the unit must be operative can be indicated. When starting
using sensors, an active schedule or margin time between start-ups can be selected.
Irrigation units can be in time (hh:mm) and, optionally (mm:ss); in volume (m
3
); and, optionally, by
hectare volume (m
3
/ha); and by hectare time (hh:mm/ha), independently by program. There are time-
limited units when operating by volume.
Readings from each meter are proportionally distributed to totals and records, according to the
planned flow values for the simultaneous active sectors that are related to that meter.
Optionally, the modification of the irrigation and fertilization units by sensors may be influenced by
the values detected from the prior irrigation, such as rainfall, evapotranspiration, integrated solar radia-
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