Omron C200HW-SRM21-V1 CS1W-SRM21, Руководство по эксплуатации

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CJ1W-SRM21 Master Unit for CJ-series PLCs
Section 4-3
Using an Analog Terminal
An Analog Terminal uses 16, 32, 48, or 64 points. I/O allocations are shown in
the following table.
Do not use words for the node number outside the words allocated in the
Master Unit. If words outside the specified output or input areas are used, the
Unit cannot participate in communications and the COMM indicator will not
turn ON.
Status Flag Functions The functions of the flags in the status area are described below.
• Active Output Slave Flags
These flags indicate which Output Slaves (0 to 15) are active nodes in the
system. When the corresponding flag is ON, the Slave is an active node.
All of these flags are reset when the power is turned ON or operation is
restarted.
0 (OFF): No communications participation
The node hasn’t participated in communications even once.
1 (ON): Communications participation
The flag won’t change even if the node is withdrawn from the system.
• Active Input Slave Flags
These flags indicate which Input Slaves (0 to 15) are active nodes in the
system. When the corresponding flag is ON, the Slave is an active node.
All of these flags are reset when the power is turned ON or operation is
restarted.
0 (OFF): No communications participation
The node hasn’t participated in communications even once.
Number of points
allocated
Node number setting Node numbers used
64 points
SRT2-AD04: 4 inputs
Odd number Node number setting – 1 to
node number s 6
Even number Node number setting to
node number s 7
48 points
SRT2-AD04: 3 inputs
Odd number Node number setting – 1 to
node number s 4
Even number Node number setting to
node number s 5
32 points
SRT2-AD04: 2 inputs
SRT2-DA02: 2 outputs
Odd number Node number setting – 1 to
node number s 2
Even number Node number setting to
node number s 3
16 points
SRT2-AD04: 1 input
SRT2-DA02: 1 output
Odd number Node number setting – 1 to
node number setting
Even number Node number setting to
node number s 1
0
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 0
0
0
0
Bits
Bit 7
output Slave 2
Bit 7
Output Slave 3
Bit 7
Input Slave 2
Bit 7
Input Slave 3
First word + 5
(IN0 to IN7 and OUT0 to OUT7)
First word + 9
(IN0 to IN15 and OUT0 to OUT 15)
First word + 1
Set to node
number 3
32 I/O Slave
16 outputs
16 inputs