
EXAMPLE
In the following example, two alarms will be acvated in succession: alarm 1 with a rising edge, and then alarm 2 with a falling
edge. Aer the second alarm the two extreme alarm values are displayed alternately on the same display line. Once the acvaon
me has passed, displaying these alarm values requires use of the buons
+
&
–
. The system reverts to displaying the current
values. To return to normal operaon, the alarms must be acknowledged with the buon .
Conguraon: Alarm 1: 19.6 km/h, rising edge, 60s Alarm 2: 5.5 km/h, falling edge, 20s
Alarm 3: 40 %rH, rising edge, 30s Alarm 4: 50 %rH, rising edge, 40s
Alarm 5: 28.6 °C, rising edge, 50s Alarm 6: 24.3 °C, falling edge, 60s
Alarm 2
Alarm 1
Wind
t
2s
20s
60s
2s
5.5 km/h
10 km/h
19.6 km/h
4 6 2015 75 77 80 90
110
102
35
Km/h
RESET
62
0
12
2
> ALARM <
Lo
rH
%
°C
3
8
79
RESET
1 2
7
2 1
7
25
8
Km/h
> ALARM <
rH
%
°C
- -
- -
Km/h
RESET
27
5
> ALARM <
Hi
rH
%
°C
Km/h
RESET
2 1
2
27
5
26
0
> ALARM <
Hi
rH
%
°C
Km/h
RESET
1 9
6
26
8
26
0
> ALARM <
Hi
rH
%
°C
Km/h
RESET
2 1
6
27
5
25
4
> ALARM <
Hi
rH
%
°C
Km/h
RESET
20
8
27
5
25
8
> ALARM <
Hi
rH
%
°C
Km/h
RESET
2 1
2
27
5
> ALARM <
Hi
rH
%
°C
26
0
7
Km/h
RESET
2 1
2
2
26
0
> ALARM <
Hi
rH
%
°C
5
Km/h
RESET
12
2
62
0
Lo
rH
%
°C
4
0
> ALARM <
t = 1s 4 5 6 15 35
75 76 77 78
Km/h
RESET
12
5
62
0
> ALARM <
Lo
rH
%
°C
3
8
81
Km/h
RESET
1
26
0
2
5
> ALARM <
Lo
rH
%
°C
3
8
102
–
Km/h
RESET
2 1
26
0
5
27
5
> ALARM <
Hi
rH
%
°C
80
t > 110: display and acknowledgement of the alarms
- -
- -
Km/h
RESET
> ALARM <
rH
%
°C
Lo
3
8
+
–
+
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