Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual
233
6.6
SRX Series
This address can be specified as system data area.
<Communication identifier list>
Device
Bit Address
Word Address
32
bits
Notes
Communication identifier
0000.00-008C.1F
0000-008C
*1
*2
*3
*1
There are cases for which writing is not available depending on the device address. Check the
identifying attributes of the external device’s manual before use.
*2
When bit is written, the indicator reads the corresponding word address of external device, assign
a bit to the read word address, and return to the external device. There are cases when correct data
cannot be written if the word address is written using a ladder program, while the indicator reads
data of the external device and sends it back.
*3
32-bit device
Address
Identifier
Description
00
M1(ch1)
CH1 Measured-value (PV)
01
M1(ch2)
CH2 Measured-value (PV)
02
AJ(ch1)
CH1 Overall event status
03
AJ(ch2)
CH2 Overall event status
04
B1(ch1)
CH1 Burnout state
05
B1(ch2)
CH2 Burnout state
06
AA(ch1)
CH1 Event 1 state
07
AA(ch2)
CH2 Event 1 state
08
AB(ch1)
CH1 Event 2 state
09
AB(ch2)
CH2 Event 2 state
0A
AC(ch1)
CH1 Heater break alarm (HBA) state
0B
AC(ch2)
CH2 Heater break alarm (HBA) state
0C
AP(ch1)
CH1 Control loop break alarm (LBA) state
0D
AP(ch2)
CH2 Control loop break alarm (LBA) state
0E
O1(ch1)
CH1 Manipulated output value
0F
O1(ch2)
CH2 Manipulated output value
10
M3(ch1)
CH1 CT input measured value
11
M3(ch2)
CH2 CT input measured value
12
MS(ch1)
CH1 Set-value monitoring
13
MS(ch2)
CH2 Set-value monitoring
14
ER
Error code
15
S1(ch1)
CH1 Set value (SV)
16
S1(ch2)
CH2 Set value (SV)
17
P1(ch1)
CH1 Proportional band
18
P1(ch2)
CH2 Proportional band
19
I1(ch1)
CH1 Integral time
1A
I1(ch2)
CH2 Integral time
1B
D1(ch1)
CH1 Derivative time
1C
D1(ch2)
CH2 Derivative time
1D
CA(ch1)
CH1 Control response designation parameter
1E
CA(ch2)
CH2 Control response designation parameter
1F
PB(ch1)
CH1 PV bias
20
PB(ch2)
CH2 PV bias
21
A1(ch1)
CH1 Event 1 setting value
