User Manual

36
SECTOR AVERAGES – C22
From: 09-26 13:37:12
05.3pH Sect 01/01
02.1mS +21C 13:15
SECTOR AVERAGES C22
This panel provides an average pH, EC and temperature reading for each of
the irrigation sectors. The valve number indexes this panel. This panel con-
tains the following information:
−
FF
FF
F
romrom
romrom
rom - Time stamp indicating the start of recording (statistics)
−
pHpH
pHpH
pH - The average pH reading for the indexed valve.
−
SectSect
SectSect
Sect - The sector number (label) / valve number (index for this panel).
−
mSmS
mSmS
mS - The average EC reading for the indexed valve.
−
CC
CC
C – The average temperature reading for the indexed sector.
− −
− −
−
System clock.System clock.
System clock.System clock.
System clock.
ACTIVE ALARMS – C23
Low level fert: 4
ACTIVE ALARM
26-12 14:36:22 13:15
ALARM 02/07 C23
This displays the active alarms current in the system. Once viewing the panel
all of the alarms can be scrolled and viewed using the
UPUP
UPUP
UP and
DOWNDOWN
DOWNDOWN
DOWN or
ENTERENTER
ENTERENTER
ENTER keys. This panel contains the following information:
−
Alarm DescriptionAlarm Description
Alarm DescriptionAlarm Description
Alarm Description
− −
− −
−
Active Alarm indicationActive Alarm indication
Active Alarm indicationActive Alarm indication
Active Alarm indication
−
Time stamp Time stamp
Time stamp Time stamp
Time stamp - Time of alarm occurrence.
− −
− −
−
System clockSystem clock
System clockSystem clock
System clock
−
ALARMALARM
ALARMALARM
ALARM - The alarm number and (/) total number of all active alarms.
When at least one active alarm is present, the system clock blinks “ALARM”.
This indication is displayed on all panels having the system clock.
NONO
NONO
NO
TETE
TETE
TE
::
::
: The alarm management system is designed to provide self-update
behavior, thereby no user intervention is required to restore the status of the
interrupted program once the condition is resolved. If the condition of the
active alarms change, the panel will reflect the change accordingly without
user intervention. However certain alarms might cause the controller to enter
the STOP state. In this state the controller stops all activities and waits for the
user intervention.