RKC INSTRUMENT Z-TIO-G, Instruction Manual

Page: 141 / 246

9. COMMUNICATION DATA DESCRIPTION
IMS01T28-E4
9-33
Continued from the previous page.
 Operation flow
Example: Using two Z-TIO-G modules
Master/Slave:
Master/Slave Module address CH Input Output
Master channel
(Heater 2)
Module address 0 CH1 Sensor input Control output
Slave channel
(Heater 1)
Module address 0 CH2 Distribution output
Slave channel
(Heater 3)
Module address 1 CH1 Distribution output
Setting:
Setting items
Module address 0 Module address 1
CH1
(Master)
CH2
(Slave)
CH1
(Slave)
Output distribution master
channel module address

1 or 0
0
(Set module address 0)
Output distribution master
channel selection
1
(Set CH1)
1
(Set CH1)
Output distribution
selection
0
(Control output)
1
(Distribution output)
1
(
Distribution output
)
Output distribution bias Set as needed
Output distribution ratio Set as needed
Module address
0
Module address
1
11
12
11
12
RTD
CH1
Heater 1 Heater 2 Heater 3
     
SSR SSR SSR
CH1
Hot plate
24
23
CH2
19
20
A
B’
CH1
18
B
1. Set the Output
distribution master
channel module
address
2.
Select the Output
distribution master
channel
In the slave channel, set the module address number of the module that includes the
channel to be specified as the master.
Output distribution master channel module address (P. 9-89):

1 (Master channel is selected from itself)
0 to 99 (Master channel is selected from other modules)
In the slave channel, select the channel number that will be the master in the master
channel module. This setting is not required in the master channel.
Output distribution master channel selection (P. 9-90): 1 to 99
3. Output distribution
selection
Set “0: Control output” in the master channel.
Set “1: Distribution output” in the slave channel.
4. Control start
5. Adjust the Output
distribution bias
In each slave, set the bias (P. 9-34) and ratio (P. 9-34) for the
manipulated output value from the master. Select these settings as
needed based on the actual operation state.
6.
Adjust the Output
distribution ratio