ABB Endura AZ40 Betriebsanleitung - Seite 16
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A.11.6 Analog output settings
MODBUS address
43052
Analog output 1 – Source
43053
Analog output 1 – Polarity
43054
Analog output 1 – Failure current enable
43055
Analog output 2 – Source
43056
Analog output 2 – Polarity
43057
Analog Output 2 – Failure current enable
43058
Analog Output 3 – Source
43059
Analog output 3 – Polarity
43060
Analog output 3 – Failure current enable
43061
Analog output 4 – Source
43062
Analog output 4 – Polarity
43063
Analog Output 4 – Failure current enable
A.11.7 Digital I/O (relay) settings
MODBUS address
43064
DO 1: Oxygen – source
43065
DO 1: Oxygen – polarity
43066
DO 2: Combustibles – source
43067
DO 2: Combustibles – polarity
43068
DO 3: Temperature – source
43069
DO 3: Temperature – polarity
43070
DO 4: Efficiency – source
43071
DO 4: Efficiency – polarity
43072
DO 5: Fault – source
43073
DO 5: Fault – polarity
43074
DO 6: Calibration – source
43075
DO 6: Calibration – polarity
16
COM/AZ40/MOD–EN Rev. A | Endura AZ40 | Oxygen and carbon monoxide equivalent (COe) analyzer
Description
Description
Valid range
0 – None
0 – Inverted
0 – Disabled
0 – None
0 – Inverted
0 – Disabled
0 – None
0 – Inverted
0 – Disabled
0 – None
0 – Inverted
0 – Disabled
Valid range
15 – Alarm 1/2 state
0 – Inverted
16 – Alarm 3/4 state
0 – Inverted
17 – Alarm 5/6 state
0 – Inverted
18 – Alarm 7/8 state
0 – Inverted
28 – Analyzer fault
0 – Inverted
27 – Calibration in progress
0 – Inverted
1 – Oxygen
1 – Non-Inverted
1 – Enabled
2 – Combustibles
1 – Non-Inverted
1 – Enabled
5 – Temperature
1 – Non-Inverted
1 – Enabled
6 – Efficiency
1 – Non-Inverted
1 – Enabled
1 – Non-inverted
1 – Non-inverted
1 – Non-inverted
1 – Non-inverted
1 – Non-inverted
1 – Non-inverted