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10 Configuration
Configuration point Selection/
Alarm/Event list
Sensor alarm
delay
Text sensor alarm
Measuring range se-
lection 1
Measuring range se-
lection 2
Measuring ranges
1 to 4
Alarms 1/2
per measuring range
1 to 4
10.6.7
Calibration timer
10.6.8
CR/Ci measuring ranges
CR/Ci measuring range switching
24
setting option
off
event
alarm
0 to 999 s
up to 21 text characters
Selection from
binary selector
Selection from
binary selector
-
Analog input alarms are used to monitor measured values
in relation to adjustable limit values. The alarm settings for all analog device
functions are explained together.
⇨
Chapter 10.11.1 "Alarms for analog signals and digital sensors", page 42
Open Calibration Timer Settings Analysis Inputs CR/Ci:
Device Menu > Configuration > Analog Inputs >
Analysis Input 1 to 4 > Calibration Timer
Calibration timers prompt the user to calibrate sensors on a regular basis. The
settings for all analysis inputs and the universal inputs are explained together.
⇨
Chapter 10.12 "Calibration timer", page 46
Four configurable measuring ranges are available for each CR/Ci analysis input
for measuring electrolytic conductivity. The measuring range is switched by
means of 2 selectable digital signals. These signals are specified in the config-
uration of the individual conductivity measurement inputs.
⇨
Chapter 10.6.6 "CR/Ci analysis inputs (conductive/inductive conductivity)",
page 23
Explanation
possible only for conductive conductivity
measurement:
Assignment of the sensor failure notification to
alarm list or event list
possible only for conductive conductivity
measurement:
The sensor alarm is suppressed for the set dura-
tion of the alarm delay.
possible only for conductive conductivity
measurement:
Text for the alarm/event list in case of sensor er-
ror
Measuring range selection permits selection of
the measuring ranges 1 to 4 by controlling the bi-
nary signals.
⇨
Chapter "CR/Ci measuring range switching",
page 24
Four ranges each can be configured for conduc-
tive/inductive (CR/Ci) conductivity measure-
ments. The settings for all CR-/Ci analysis inputs
are explained together.
⇨
"CR/Ci measuring range configuration", page
26
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