AH500 Module Manual
9-12
corresponding to the master
connection 4
#736 ~ #724 R/W CPU register number
corresponding to the master
connection 5
#749 ~ #737 R/W CPU register number
corresponding to the master
connection 6
#762 ~ #750 R/W CPU register number
corresponding to the master
connection 7
#775 ~ #763 R/W CPU register number
corresponding to the master
connection 8
#788 ~ #776 R/W CPU register number
corresponding to the master
connection 9
#801 ~ #789 R/W CPU register number
corresponding to the master
connection 10
#814 ~ #802 R/W CPU register number
corresponding to the master
connection 11
#827 ~ #815 R/W CPU register number
corresponding to the master
connection 12
#840 ~ #828 R/W CPU register number
corresponding to the master
connection 13
#853 ~ #841 R/W CPU register number
corresponding to the master
connection 14
#866 ~ #854 R/W CPU register number
corresponding to the master
connection 15
#879 ~ #867 R/W CPU register number
corresponding to the master
connection 16
IEC60870-5-104 Functions
CR#512~CR#513: set up the IP address of the 1
st
remote device in hexadecimal. The same
rule applies to 2
nd
~ 16
th
remote devices.
CR#514: set up the common ASDU address of the 1
st
remote device in hexadecimal.
Example: to set up the IP address as 192.168.0.2, users need to write 16#0002 in CR#512,
16#C0A8 in CR#513. (K192=16#C0, K168=16#A8, K0=16#00 and K2=16#02)
CR#608: one bit represents one connection of a remote device; input value 0: to disconnect
and input value 1: to connect.
CR#612: one word represents one connection of a remote device. Input a command code to
send the command and work with CR#644~CR#649 to write the parameters in. The same rule
applies to 2
nd
~ 16
th
remote devices.
Example: to send command C_SC_NA_1 ON to the IOA 100 (information object address) of
first connection for a remote device, users can input the corresponding value to trigger and
send the command. Refer to section 9.3.5 for details on type id parameters and codes.
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