Chapter 9 Troubleshooting
Error
Description
Remedy
code
16#A004
The comparison value for
channel 1 exceeds the range.
Check the module parameter in HWCONFIG.
The comparison value for channel 1 should be
within the range between -999999999 and
999999999.
16#A005
The limit value of the alarm
output for channel 1 is
incorrect.
Check the module parameter in HWCONFIG.
The limit value of the alarm output for channel 1
should be within the range between -200000 and
200000.
16#A006
The interrupt number for
channel 1 exceeds the range.
Check the module parameter in HWCONFIG.
The interrupt number for channel 1 should be within
the range between 0 and 31.
16#A011
The linear accumulation in
channel 2 exceeds the range.
To clear the linear accumulation, users need to set
bit 1 in CR28 to ON by means of FROM/TO.
16#A012
The prescale value for
channel 2 exceeds the range.
Check the module parameter in HWCONFIG.
The prescale value for channel 2 should be within
the range between 0 and 32767.
16#A013
The moving average for
channel 2 exceeds the range.
Check the module parameter in HWCONFIG.
The moving average for channel 2 should be within
the range between 2 and 60.
16#A014
The comparison value for
channel 2 exceeds the range.
Check the module parameter in HWCONFIG.
The comparison value for channel 2 should be
within the range between -999999999 and
999999999.
16#A015
The limit value of the alarm
output for channel 2 is
incorrect.
Check the module parameter in HWCONFIG.
The limit value of the alarm output for channel 2
should be within the range between -200000 and
200000.
16#A016
The interrupt number for
channel 2 exceeds the range.
Check the module parameter in HWCONFIG.
The interrupt number for channel 2 should be within
the range between 0 and 31.
16#A021
The linear accumulation in
channel 3 exceeds the range.
To clear the linear accumulation, users need to set
bit 1 in CR56 to ON by means of FROM/TO.
16#A022
The prescale value for
channel 3 exceeds the range.
Check the module parameter in HWCONFIG.
The prescale value for channel 3 should be within
the range between 0 and 32767.
16#A023
The moving average for
channel 3 exceeds the range.
Check the module parameter in HWCONFIG.
The moving average for channel 3 should be within
the range between 2 and 60.
16#A024
The comparison value for
channel 3 exceeds the range.
Check the module parameter in HWCONFIG.
The comparison value for channel 3 should be
within the range between -999999999 and
999999999.
16#A025
The limit value of the alarm
output for channel 3 is
incorrect.
Check the module parameter in HWCONFIG.
The limit value of the alarm output for channel 3
should be within the range between -200000 and
200000.
16#A026
The interrupt number for
channel 3 exceeds the range.
Check the module parameter in HWCONFIG.
The interrupt number for channel 3 should be within
the range between 0 and 31.
16#A031
The linear accumulation in
channel 4 exceeds the range.
To clear the linear accumulation, users need to set
bit 1 in CR84 to ON by means of FROM/TO.
9-27
Содержание AH02HC-5A
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Страница 13: ...AH500 Hardware Manual Step 1 Setting the PLC to RUN Step 2 Entering the on line mode 1 12...
Страница 33: ...3 2 3 11 1 Profiles 3 73 3 11 2 Dimensions 3 74...
Страница 125: ...Chapter 5 OOWiring 5 4 3 Wiring AH16AN01T 5A Input type Transistor T sinking Voltage specifications 12 30 V DC 5 12...
Страница 126: ...AH500 Hardware Manual 5 4 4 Wiring AH16AN01P 5A Input type Transistor P sourcing Voltage specifications 12 30 V DC 5 13...
Страница 127: ...Chapter 5 OOWiring 5 4 5 Wiring AH16AN01R 5A Input type Relay R Voltage specifications Below 250 V AC below 30 V DC 5 14...
Страница 128: ...AH500 Hardware Manual 5 4 6 Wiring AH16AN01S 5A Input type TRIAC S Voltage specifications 120 240 V AC 5 15...
Страница 181: ...Chapter 5 OOWiring 5 68 MEMO...
Страница 189: ...AH500 Hardware Manual MEMO 7 4...
Страница 195: ...AH500 Hardware Manual MEMO 8 6...
Страница 229: ...AH500 Hardware Manual MEMO 9 34...