RKC INSTRUMENT CB100 Series Instruction manual

1
RKC INSTRUMENT INC.
Temperature
Controller Driver
1 System Configuration.......................................................................................................3
2 Selection of External Device .......................................................................................... 11
3 Example of Communication Setting...............................................................................12
4 Setup Items..................................................................................................................104
5 Cable Diagram .............................................................................................................109
6 Supported Device.........................................................................................................213
7 Device Code and Address Code..................................................................................288
8 Error Messages............................................................................................................294

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 2
Introduction
This manual describes how to connect the Display and the External Device (target PLC).
In this manual, the connection procedure will be described by following the below sections:
1System Configuration
This section shows the types of External
Devices which can be connected and SIO
type.
"1 System Configuration" (page 3)
2Selection of External Device
Select a model (series) of the External
Device to be connected and connection
method.
"2 Selection of External Device" (page 11)
3Example of Communication Settings
This section shows setting examples for
communicating between the Display and
the External Device.
"3 Example of Communication Setting"
(page 12)
4Setup Items
This section describes communication
setup items on the Display.
Set communication settings of the Display
with GP-Pro Ex or in offline mode.
"4 Setup Items" (page 104)
5Cable Diagram
This section shows cables and adapters
for connecting the Display and the
External Device.
"5 Cable Diagram" (page 109)
Operation

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 3
1 System Configuration
The system configuration in the case when the External Device of RKC INSTRUMENT INC. and the Display are
connected is shown.
Series CPU*1 Link I/F SIO Type Setting
Example
Cable
Diagram
CB
CB100-*-5/
CB400-*-5/
CB500-*-5/
CB700-*-5/
CB900-*-5/
Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 1
(page 12)
Cable
Diagram 1
(page 109)
FB*2
FB900--*1/-
FB400--*1/-
Terminal Block on
the controller.
(Communication 1) RS232C Setting
Example 2
(page 14)
Cable
Diagram 2
(page 117)
FB900--*4/-
FB400--*4/-
Terminal Block on
the controller.
(Communication 1)
RS422/485
(4 wire)
Setting
Example 3
(page 16)
Cable
Diagram 10
(page 174)
FB900--*5/-
FB400--*5/-
Terminal Block on
the controller.
(Communication 1)
RS422/485
(2 wire)
Setting
Example 4
(page 18)
Cable
Diagram 1
(page 109)
FB900--*Y/-
FB400--*Y/-
Terminal Block on
the controller.
(Communication 2)
FB900--*X/-
FB400--*X/-
Terminal Block on
the controller.
(Communication 1)
FB900--*W/-
FB400--*W/-
Terminal Block on
the controller.
(Communication 1) RS232C Setting
Example 2
(page 14)
Cable
Diagram 2
(page 117)
Terminal Block on
the controller.
(Communication 2)
RS422/485
(2 wire)
Setting
Example 4
(page 18)
Cable
Diagram 1
(page 109)

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 4
HA*3
HA900---*-1-//
HA900---*-1-//
HA901---*-1-//
HA901---*-1-//
HA400---*-1-//
HA400---*-1-//
HA401---*-1-//
HA401---*-1-//
HA930---*-1-/
HA430---*-1-/
Terminal Block on
the controller. RS232C Setting
Example 5
(page 20)
Cable
Diagram 2
(page 117)
HA900---*-5-//
HA900---*-5-//
HA901---*-5-//
HA901---*-5-//
HA400---*-5-//
HA400---*-5-//
HA401---*-5-//
HA401---*-5-//
HA930---*-5-/
HA430---*-5-/
Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 6
(page 22)
Cable
Diagram 1
(page 109)
HA900---*-4-//
HA901---*-4-//
HA400---*-4-//
HA401---*-4-//
HA930---*-4-/
HA430---*-4-/
Terminal Block on
the controller.
RS422/485
(4 wire)
*4
Setting
Example 7
(page 24)
Cable
Diagram 10
(page 174)
MA900
*3 *5
MA900-4--*-5/
MA901-8--*-5/
Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 8
(page 26)
Cable
Diagram 1
(page 109)
MA900-4--*-4/
MA901-8--*-4/
Terminal Block on
the controller. RS422/485 (4 wire)
Setting
Example 9
(page 28)
Cable
Diagram 10
(page 174)
MA900-4--*-1/
MA901-8--*-1/
Terminal Block on
the controller. RS232C Setting
Example 10
(page 30)
Cable
Diagram 2
(page 117)
SRV V-TIO-A--*---
V-TIO-C--*---
Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 14
(page 38)
Cable
Diagram 1
(page 109)
SRX X-TIO-A--* Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 15
(page 40)
Cable
Diagram 1
(page 109)
SA100 SA100--*-5/ Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 16
(page 42)
Cable
Diagram 1
(page 109)
SA200 SA200--*-5// Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 17
(page 44)
Cable
Diagram 1
(page 109)
Series CPU*1 Link I/F SIO Type Setting
Example
Cable
Diagram

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 5
SR Mini
HG
(H-PCP-
A/B)
H-PCP--1N-* Modular connector
1 on the controller. RS232C Setting
Example 38
(page 86)
Cable
Diagram 11
(page 179)
H-PCP--4N-* Modular connector
on the controller. RS422/485 (4 wire)
Setting
Example 39
(page 88)
Cable
Diagram 8
(page 160)
SR Mini
HG
(H-PCP-
J)
H-PCP-J-4-D* COM.PORT1 and
COM.PORT2 on
the controller.
RS422/485
(4 wire)
Setting
Example 20
(page 50)
Cable
Diagram 4
(page 124)
H-PCP-J-5-D* RS422/485
(2 wire)
Setting
Example 21
(page 52)
Cable
Diagram 5
(page 131)
H-PCP-J-1-D*
COM.PORT3 on
the controller.
RS232C Setting Example 22
(page 54)
Cable
Diagram 12
(page 181)
H-PCP-J-4-D* RS422/485
(4 wire)
Setting
Example 20
(page 50)
Cable
Diagram 6
(page 142)
H-PCP-J-5-D* RS422/485
(2 wire)
Setting
Example 21
(page 52)
Cable
Diagram 7
(page 149)
REX-
F9000 F9000--*/Terminal Block on the controller. RS422/485 (2 wire)
Setting
Example 13
(page 36)
Cable
Diagram 1
(page 109)
REX-F
F400-*--1
F700-*--1
F900-*--1
Terminal Block on
the controller. RS232C Setting
Example 23
(page 56)
Cable
Diagram 2
(page 117)
F400-*--4
F700-*--4
F900-*--4
Terminal Block on
the controller. RS422/485 (4 wire)
Setting
Example 24
(page 58)
Cable
Diagram 10
(page 174)
F400-*--5
F700-*--5
F900-*--5
Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 25
(page 60)
Cable
Diagram 1
(page 109)
REX-D
D400-*--4
D700-*--4
D900-*--4
Terminal Block on
the controller. RS422/485 (4 wire)
Setting
Example 18
(page 46)
Cable
Diagram 3
(page 119)
D100-*--5
D400-*--5
D700-*--5
D900-*--5
Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 19
(page 48)
Cable
Diagram 1
(page 109)
Series CPU*1 Link I/F SIO Type Setting
Example
Cable
Diagram

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 6
REX-G9
G9-*--1/A Terminal Block on
the controller. RS232C Setting
Example 26
(page 62)
Cable
Diagram 2
(page 117)
G9-*--4/A Terminal Block on
the controller. RS422/485 (4 wire)
Setting
Example 27
(page 64)
Cable
Diagram 10
(page 174)
G9-*--2/A Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 28
(page 66)
Cable
Diagram 9
(page 165)
REX-
P300
P300--*D--1 Terminal Block on
the controller. RS232C Setting
Example 29
(page 68)
Cable
Diagram 2
(page 117)
P300--*D--4 Terminal Block on
the controller. RS422/485 (4 wire)
Setting
Example 30
(page 70)
Cable
Diagram 3
(page 119)
P300--*D--5 Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 31
(page 72)
Cable
Diagram 1
(page 109)
REX-
P250
P250-*--1 Terminal Block on
the controller. RS232C Setting
Example 32
(page 74)
Cable
Diagram 2
(page 117)
P250-*--2 Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 33
(page 76)
Cable
Diagram 9
(page 165)
REX-AD
AD410-*---4/CE Terminal Block on
the controller. RS422/485 (4 wire)
Setting
Example 34
(page 78)
Cable
Diagram 3
(page 119)
AD410-*---5/CE Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 35
(page 80)
Cable
Diagram 1
(page 109)
REX-PG
PG410*-4Terminal Block on
the controller. RS422/485 (4 wire)
Setting
Example 36
(page 82)
Cable
Diagram 3
(page 119)
PG410*-5Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 37
(page 84)
Cable
Diagram 1
(page 109)
AE500 AE500-*-5/Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 11
(page 32)
Cable
Diagram 1
(page 109)
LE100 LE100-*5- Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 12
(page 34)
Cable
Diagram 1
(page 109)
Series CPU*1 Link I/F SIO Type Setting
Example
Cable
Diagram

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 7
SRZ
(Z-TIO)
Z-TIO-A-/-
Z-TIO-B-/N-
Z-TIO-C-/-
Z-TIO-D-/N-
Terminal Block on
the controller. RS422/485 (2 wire)
Setting
Example 40
(page 90)
Cable
Diagram 13
(page 183)
SRZ
(Z-DIO) Z-DIO-A-/- Z-DIO-A-/N Terminal Block on the controller. RS422/485 (2 wire)
Setting
Example 41
(page 92)
Cable
Diagram 13
(page 183)
SRZ
(Z-CT) Z-CT-A/- Z-CT-A/N Terminal Block on the controller. RS422/485 (2 wire)
Setting
Example 42
(page 94)
Cable
Diagram 13
(page 183)
SRZ
(Z-COM)
Z-COM-A-4/
Z-COM-A-4/N COM.PORT1
COM.PORT2
on the controller.
RS422/485
(4 wire)
Setting
Example 43
(page 96)
Cable
Diagram 14
(page 194)
Z-COM-A-5/
Z-COM-A-5/N RS422/485 (2 wire)
Setting
Example 44
(page 98)
Cable
Diagram 15
(page 201)
Z-COM-A-4/
Z-COM-A-4/N COM.PORT3
COM.PORT4
on the controller
RS422/485
(4 wire)
Setting
Example 45
(page 100)
Cable
Diagram 14
(page 194)
Z-COM-A-5/
Z-COM-A-5/N RS422/485 (2wire)
Setting
Example 46
(page 102)
Cable
Diagram 15
(page 201)
*1 The mode data "" will vary depending on the type of option.
*2 There are two communication port: Communication 1 and Communication 2. 
Communication 1 is used for host communication. Communication 2 is used for intercontroller communication,
but can be also used for host communication. When Communication 2 is used for host communication, it is
necessary to change the protocol of Communication 2 (RKC communication is set).
*3 No memory area number is specified, "Control area" is used as default.
*4 Only Communication 2 supports RS-422 connection.
*5 Only support Single mode, Multi-point mode hasn't been supported.
Series CPU*1 Link I/F SIO Type Setting
Example
Cable
Diagram

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 8
Connection Configuration
• 1:1 Connection
• 1:n Connection
• 1:n Connection (For the SRZ (Z-TIO), SRZ (Z-DIO), and SRZ (Z-CT) Series)
• 1:n Connection (For the SRZ (Z-COM) Series)
*1 Up to 16 Z-COM modules can be connected.
Display
External Drive
Display
External
Drive
External
Drive
External
Drive
Maximum number of connections: 16 units
Display External Drive
Maximum number of connections: 16 units
Display External Drive
Z-COM module *1
External Drive
Z-COM module *1

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 9
IPC COM Port
When connecting IPC with an External Device, the COM port used depends on the series and SIO type. Please
refer to the IPC manual for details.
Usable port
DIP Switch setting: RS-232C
Series Usable Port
RS-232C RS-422/485(4 wire) RS-422/485(2 wire)
PS-2000B COM1*1 , COM2,
COM3*1, COM4
*1 The RI/5V can be switched. Use the IPC’s switch to change if necessary.
--
PS-3450A, PS-3451A,
PS3000-BA, PS3001-BD COM1, COM2*1*2 COM2*1*2 COM2*1*2
PS-3650A (T41 model),
PS-3651A (T41 model) COM1*1 --
PS-3650A (T42 model),
PS-3651A (T42 model) COM1*1*2, COM2 COM1*1*2 COM1*1*2
PS-3700A (Pentium®4-M)
PS-3710A COM1*1, COM2*1, COM3*2 , COM4
*2 Set up the SIO type with the DIP Switch. Please set up as follows according to SIO type to be used.
COM3*2 COM3*2
PS-3711A COM1*1, COM2*2 COM2*2 COM2*2
PS4000*3
*3 When making communication between an External Device and COM port on the Expansion slot,
only RS-232C is supported. However, ER (DTR/CTS) control cannot be executed because of the
specification of COM port.
For connection with External Device, use user-created cables and disable Pin Nos. 1, 4, 6 and 9.
Please refer to the IPC manual for details of pin layout.
COM1, COM2 - -
PL3000 COM1*1*2, COM2*1,
COM3, COM4 COM1*1*2 COM1*1*2
DIP Switch Setting Description
1OFF
*1
*1 When using PS-3450A, PS-3451A, PS3000-BA and PS3001-BD, turn ON the set value.
Reserved (always OFF)
2OFF
SIO type: RS-232C
3OFF
4 OFF Output mode of SD (TXD) data: Always output
5 OFF Terminal resistance (220) insertion to SD (TXD): None
6 OFF Terminal resistance (220) insertion to RD (RXD): None
7 OFF Short-circuit of SDA (TXA) and RDA (RXA): Not available
8 OFF Short-circuit of SDB (TXB) and RDB (RXB): Not available
9OFF
RS (RTS) Auto control mode: Disabled
10 OFF

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 10
DIP Switch setting: RS-422/485 (4 wire)
DIP Switch setting: RS-422/485 (2 wire)
DIP Switch Setting Description
1 OFF Reserved (always OFF)
2ON
SIO type: RS-422/485
3ON
4 OFF Output mode of SD (TXD) data: Always output
5 OFF Terminal resistance (220) insertion to SD (TXD): None
6 OFF Terminal resistance (220) insertion to RD (RXD): None
7 OFF Short-circuit of SDA (TXA) and RDA (RXA): Not available
8 OFF Short-circuit of SDB (TXB) and RDB (RXB): Not available
9OFF
RS (RTS) Auto control mode: Disabled
10 OFF
DIP Switch Setting Description
1 OFF Reserved (always OFF)
2ON
SIO type: RS-422/485
3ON
4 OFF Output mode of SD (TXD) data: Always output
5 OFF Terminal resistance (220) insertion to SD (TXD): None
6 OFF Terminal resistance (220) insertion to RD (RXD): None
7 ON Short-circuit of SDA (TXA) and RDA (RXA): Available
8 ON Short-circuit of SDB (TXB) and RDB (RXB): Available
9ON
RS (RTS) Auto control mode: Enabled
10 ON

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 11
2 Selection of External Device
Select the External Device to be connected to the Display.
Setup Items Setup Description
Number of Devices/
PLCs Use an integer from 1 to 4 to enter the number of Devices/PLCs to connect to the Display.
Manufacturer Select the manufacturer of the External Device to be connected. Select "RKC
INSTRUMENT INC.".
Series
Select the model (series) of the External Device to be connected and connection method.
Select "Temperature Controller".
In the System Configuration, check to make sure the External Device you are connecting is
supported in "Temperature Controller".
"1 System Configuration" (page 3)
Port Select the port of the Display to be connected to the External Device.
Use System Area Not available in this driver.

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 12
3 Example of Communication Setting
Examples of communication settings of the Display and the External Device, recommended by Pro-face, are
shown.
3.1 Setting Example 1
Settings of GP-Pro EX
Communication Settings
To display the setup screen, from the [Project] menu, point to [System Settings] and select [Device/PLC].
Device Setting
To display the [Individual Device Settings] dialog box, from [Device-Specific Settings] in the [Device/PLC]
window, select the external device and click [Settings] .
To connect multiple External Devices, from [Device-Specific Settings] in the [Device/PLC] window, click [Add
Device] to add another External Device.
• Setting value for Wait To Send differs depending on the External Device. Please refer to the manual
of the External Device for more details.

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 13
Settings of External Device
Communication setting of the external device is set with the SET, Shift, UP and Down keys located on the front
face of the temperature controller.
Please refer to the temperature controller manual for details.
Procedure
1. While depressing the SET key, press the Shift key to change from PV/SV display mode to communication
setting mode.
2. Press the SET key and select parameters.
3. Press UP/Down keys to change the setting.
4. While depressing the SET key, press Shift key to change from communication setting mode to PV/SV display
mode.
5. Turn off power to the temperature controller and turn on again to set the setting.
Setting value
Add 0
bPS 2
bIT 0
• Parameters to be set differ per temperature controller. Please refer to the temperature controller
manual for details.

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 14
3.2 Setting Example 2
Settings of GP-Pro EX
Communication Settings
To display the setup screen, from the [Project] menu, point to [System Settings] and select [Device/PLC].
Device Setting
To display the [Individual Device Settings] dialog box, from [Device-Specific Settings] in the [Device/PLC]
window, select the external device and click [Settings] .
To connect multiple External Devices, from [Device-Specific Settings] in the [Device/PLC] window, click [Add
Device] to add another External Device.
• Setting value for Wait To Send differs depending on the External Device. Please refer to the manual
of the External Device for more details.

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 15
Settings of External Device
Communication setting of the external device is set with the SET, Shift, UP and Down keys located on the front
face of the temperature controller.
Please refer to the temperature controller manual for details.
Procedure
1. While depressing the SET key, press the Shift key and hold until display mode changes from PV/SV display
mode to engineering mode.
2. Press the Up key several times to set the F60, and press the SET key.
3. Set 0 (zero) to CMP1.
4. While depressing the SET key, press the Shift key to change from engineering mode to PV/SV display mode.
5. While depressing the SET key, press the Shift key to change from PV/SV display mode to setup setting mode.
6. Press the SET key several times to select the parameter.
7. Press Up/Down keys to change the setting.
8. While depressing the SET key, press the Shift key to change from setup setting mode to PV/SV display mode.
9. Turn off power of the temperature controller and turn on again to set the setting.
Setting value
Add1 0
bPS1 19.2
bIT1 8n1
• Parameters to be set differ per temperature controller. Please refer to the temperature controller
manual for details.

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 16
3.3 Setting Example 3
Settings of GP-Pro EX
Communication Settings
To display the setup screen, from the [Project] menu, point to [System Settings] and select [Device/PLC].
Device Setting
To display the [Individual Device Settings] dialog box, from [Device-Specific Settings] in the [Device/PLC]
window, select the external device and click [Settings] .
To connect multiple External Devices, from [Device-Specific Settings] in the [Device/PLC] window, click [Add
Device] to add another External Device.
• Setting value for Wait To Send differs depending on the External Device. Please refer to the manual
of the External Device for more details.

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 17
Settings of External Device
Communication setting of the external device is set with the SET, Shift, UP and Down keys located on the front
face of the temperature controller.
Please refer to the temperature controller manual for details.
Procedure
1. While depressing the SET key, press the Shift key and hold until display mode changes from PV/SV display
mode to engineering mode.
2. Press the Up key several times to set the F60, and press the SET key.
3. Set 0 (zero) to CMP1.
4. While depressing the SET key, press the Shift key to change from engineering mode to PV/SV display mode.
5. While depressing the SET key, press the Shift key to change from PV/SV display mode to setup setting mode.
6. Press the SET key several times to select the parameter.
7. Press Up/Down keys to change the setting.
8. While depressing the SET key, press the Shift key to change from setup setting mode to PV/SV display mode.
9. Turn off power of the temperature controller and turn on again to set the setting.
Setting value
Add1 0
bPS1 19.2
bIT1 8n1
• Parameters to be set differ per temperature controller. Please refer to the temperature controller
manual for details.

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 18
3.4 Setting Example 4
Settings of GP-Pro EX
Communication Settings
To display the setup screen, from the [Project] menu, point to [System Settings] and select [Device/PLC].
Device Setting
To display the [Individual Device Settings] dialog box, from [Device-Specific Settings] in the [Device/PLC]
window, select the external device and click [Settings] .
To connect multiple External Devices, from [Device-Specific Settings] in the [Device/PLC] window, click [Add
Device] to add another External Device.
• Setting value for Wait To Send differs depending on the External Device. Please refer to the manual
of the External Device for more details.

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 19
Settings of External Device
Communication setting of the external device is set with the SET, Shift, UP and Down keys located on the front
face of the temperature controller.
Please refer to the temperature controller manual for details.
Procedure
1. While depressing the SET key, press the Shift key and hold until display mode changes from PV/SV display
mode to engineering mode.
2. Press the Up key several times to set the F60, and press the SET key.
3. Set 0 (zero) to CMP1.
4. While depressing the SET key, press the Shift key to change from engineering mode to PV/SV display mode.
5. While depressing the SET key, press the Shift key to change from PV/SV display mode to setup setting mode.
6. Press the SET key several times to select the parameter.
7. Press Up/Down keys to change the setting.
8. While depressing the SET key, press the Shift key to change from setup setting mode to PV/SV display mode.
9. Turn off power of the temperature controller and turn on again to set the setting.
Setting value
Add1 0
bPS1 19.2
bIT1 8n1
• Parameters to be set differ per temperature controller. Please refer to the temperature controller
manual for details.

Temperature Controller Driver
GP-Pro EX Device/PLC Connection Manual 20
3.5 Setting Example 5
Settings of GP-Pro EX
Communication Settings
To display the setup screen, from the [Project] menu, point to [System Settings] and select [Device/PLC].
Device Setting
To display the [Individual Device Settings] dialog box, from [Device-Specific Settings] in the [Device/PLC]
window, select the external device and click [Settings] .
To connect multiple External Devices, from [Device-Specific Settings] in the [Device/PLC] window, click [Add
Device] to add another External Device.
• Setting value for Wait To Send differs depending on the External Device. Please refer to the manual
of the External Device for more details.