37
is not correct, causing that the programs that are
working with sectors assigned to the sensor stop and
it continues with the following ones in the sequence of
irrigation.
Conditional stop anomaly
[N 14] [ - ] [MSG]
It informs of the conditional stop of a program by
digital sensor or by program determining factor with a
element connected. When the sensor ends, its action
will restart the irrigation
Definitive stop anomaly
[N 20] [AL-1] [MSG]
An element of safety of the installation activates
the sensor, all sectors assigned to the digital function
will stop definitively until it is not finished at “Function -
Manual - Malfunctions”.
Pump stop anomaly
[N 67] [ - ] [ - ]
Stop of one of the pumps by digital sensor with
pump stop function.
Sector without flow anomaly
[N 72] [ - ] [ - ]
The sector flow detector has recorded the anom-
aly by lack of irrigation.
Fertilizer X: low level (xxxx liters)
[N 70] [ - ][ - ]
Indicates that the fertilizer tank has reached the
warning level specified in the section “Manual – Ad-
vices”.
[ anomalies for DIESEL control option ]
A. do not carry out starting. There is pressure
[N 28] [AL-1] [MSG]
This is an informative anomaly, and is caused
when trying to start up the pump when it is already
running. This will cancel the entire start procedure.
Starting anomaly
[N 29] [AL-1] [MSG]
When all four start attempts have been used up
and the pump still has not been started, the irrigation
program in process related to Pump 1 will be can-
celled, and in another start it will try again from the
beginning.
Oil pressure anomaly
[N 36] [AL-1] [MSG]
When there is an error in oil pressure while the
pump is operating, the irrigation cycle in process re-
lated to Pump 1 will be cancelled.
[ anomalies for pH / EC control option ]
pH alarm anomaly
[N 39] [AL-3] [MSG]
100 % pH injection anomaly
[N40][AL-3] [MSG]
EC alarm anomaly
[N 41] [AL-2] [MSG]
[ anomalies for Communication options ]
Microisis communication a.
[N 50] [AL-1] [ - ]
Radio communication a.
[N 55] [AL-1] [MSG]
Agrónic Radio battery level a.
[N 59] [AL-1] [ - ]
Monocable communication a.
[N 53] [AL-1] [MSG]
Exp modules communication a.
[N 49] [AL-1] [ - ]
SMS messages communication a.
[N48][AL-1][ - ]
GPRS modem communication a.
[N 63] [ - ] [ - ]
PC communication identification error a.
[N 68] [ - ] [ - ]
8.3. HISTORY READINGS
The Agrónic 4000 records, all the days, the starts
each program has made, the number of filter clean-
ings, the rain, the integration of day radiation and in-
tegration of day temperature, besides this, for each
one of the 99 sectors, the accumulated irrigation in
time and volume, and the fertilizer units and in addi-
tion to the pH and EC averages.
When entering at the history, it will do it in the
current day. To move in between the days use the
right arrow key for the day before and the right one for
the next day. To move in between the values of one
day, use the up and down arrow keys.
On the first four screens it shows the starts each
program has carried out during the whole day.
23/09/14
P
01 02 03 04 05 06 07 08 09 10
Starts = 03 00 00 00 01 00 00 02 00 00
In another screen it shows the filter cleanings car-
ried out by each group and besides this, whether
some sensors are connected or not, the integration of
day solar radiation, the rain, the evapotranspiration
and the integration of temperature.
23/09/14 C. Filters= 005 002
07318 Whm2 00.5 l/m2 0.08 mmd 0435 °C*h
On the following screens it shows for each sector,
the total of the day of irrigation, in volume (liters) and
in time (hours, minutes and seconds); the pH and EC
average (in case that sensors are connected), and the
fertilizers totals.
23/09/14 S01 I= 000000L 0000:00.00
F1 0000’00” F2 0000’00” F3 0000’00” F4 0000’00”
23/09/14 S01 00.0 mS 00.0 pH
F5 0000’00” F6 0000’00” F7 0000’00” F8 0000’00”
The fertilizer units will depend on the habitual
ones configured at the “Parameters – Flows”.
The pH and EC average is carried out by taking
readings every second in the irrigation temporization
of each sector.
The history values can not be modified nor era-
sed.
8.4. SENSOR READINGS
In case the Agrónic 4000 had a sensor connected
in order to measure climatic values that affect the crop
or the installation, they can be read in this section,
with a screen per sensor.
