CTI GG-6 User manual

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GG6-GE-DOC1-2 Page 1
GG-6 GATEWAY MODULE MANUAL
Introduction
This manual is for the GG6-GE and GG6-GR Gateway Modules. It includes Installation, Set-up,
Configuration and Troubleshooting instructions for all of the different variants.
NOTE
If your Gateway Module is already installed in the GG-6, skip to the GENERAL SET-UP section below.
Installation
1. Remove the Unitronix EX-A2X Expansion Adapter, and the upper right backboard screw from the
GG-6.

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GG6-GE-DOC1-2 Page 2
2. Place the GG-6 Gateway where the Expansion
Adapter was located and loosely attach the upper
right screw.
3. Re-install the Expansion Adapter, tighten all
screws, and re-connect the power and
communication cables.

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4. Cut the zip ties along the Expansion Adapter communication cable, and install the new
communication/power cable alongside the Expansion Adapter cable.

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5. Run the power cable (Orange, White/Orange pair) up to the top connector on the GG-6 PLC.
6. Double up the Orange wire with the Red wire in the first terminal position on the PLC. Double up
the White/Orange wire with the Black wire in the second terminal position.

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GG6-GE-DOC1-2 Page 5
7. Plug the Blue, White/Blue pair of wires with the RJ-11 connector into Port 2 (the RS-485 port) on the
PLC.
8. Reinstall any zip ties that were removed.

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GG6-GE-DOC1-2 Page 6
General Set Up
Power up the GG-6 and check the GG-6 MODBUS Configuration (see GG-6 Manual for menu navigation):
ID (64 to 127): 64
Master/Slave: Slave
Display: Main
Download and install the ICC Configuration Studio SW ver 2.0.3.7 on a PC, running Win 7 or higher. The
computer will need a spare USB Port. The program can be found on the CTI website at
https://www.ctiengineering.com/Downloads. Scroll down to the Tools section at the bottom of the
page and download ICC Configuration Studio V2.0.3.7 Installer. Un-Zip the file and install the
program.
Run the ICC Configuration Studio program. Do not upgrade to a newer version of ICC Configuration
Studio.
Connect the GG-6 Gateway Module to the computer using the mini-USB cable.
Check for data activity in Database.
Once connected, the Online Devices should show one new device under the Device Configurations.
Select the Online Devices, and select the Discovered Devices tab. Double click on the ETH-1000 (for the
GG6-GE-x) or the XLTR-1000 (for the GG6-GR-x), and select the Project tab.
Right click on ETH-1000 or XLTR-1000 and select Upload Configuration.
CAUTION
Do not change any parameters, other than directed, within the GG-6 Gateway Module or you may
compromise the performance and safety of the GG-6.

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GG6-GE-E Configuration
Select the Ethernet tab on the uploaded ETH-1000 configuration.
From this tab the IP Settings can be changed from Static to DHCP. In the Static mode, the IP Address,
the Subnet Mask and the Default Gateway can be set.
Select the EtherNet/IP Server tab on the uploaded ETH-1000 configuration.
From this tab the Device Name and Connection Timeout Options can be set.
Do not change anything on or below the Class 1 I/O Messaging tab.
Once all of the changes have been made, right click on uploaded ETH-1000 configuration and select
Download Configuration. Answer Yes to overwriting the configuration. Remove the mini-USB cable and
close the program.

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GG6-GE-M Configuration
Select the Ethernet tab on the uploaded ETH-1000 configuration.
From this tab the IP Settings can be changed from Static to DHCP. In the Static mode, the IP Address,
the Subnet Mask and the Default Gateway can be set.
Select the Modbus/TCP Server tab on the uploaded ETH-1000 configuration.
From this tab the Timeout and Connection Timeout Options can be set.
Do not change anything below the Node tab.
Once all of the changes have been made, right click on uploaded ETH-1000 configuration and select
Download Configuration. Answer Yes to overwriting the configuration. Remove the mini-USB cable and
close the program.

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GG6-GE-DOC1-2 Page 9
GG6-GE-B Configuration
Select the Ethernet tab on the uploaded ETH-1000 configuration.
From this tab the IP Settings can be changed from Static to DHCP. In the Static mode, the IP Address,
the Subnet Mask and the Default Gateway can be set.
Select the BACnet/IP Server tab on the uploaded ETH-1000 configuration.
From this tab the UDP Port, APDU Timeout and the Number of APDU Retries can be set.
Select the Device Object tab under the Node tab on the uploaded ETH-1000 configuration.
From this tab the Device Name and the Instance Number can be changed.
Do not change anything below the Device Object tab.
Once all of the changes have been made, right click on uploaded ETH-1000 configuration and select
Download Configuration. Answer Yes to overwriting the configuration. Remove the mini-USB cable and
close the program.

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GG6-GE-DOC1-2 Page 10
GG6-GR-M Configuration
Select the Modbus RTU Slave tab on the uploaded XLTR-1000 configuration.
From this tab the Baud Rate, Parity, Timeout and Response Delay can be set to match the RS-485
network.
Select the Node tab on the on the uploaded XLTR-1000 configuration.
From this tab the Modbus Address can be set.
Do not change anything below the Node tab.
Once all of the changes have been made, right click on uploaded XLTR-1000 configuration and select
Download Configuration. Answer Yes to overwriting the configuration. Remove the mini-USB cable and
close the program.

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GG6-GE-DOC1-2 Page 11
GG6-GR-B Configuration
Select the BACnet MS/TP Server tab on the uploaded XLTR-1000 configuration.
From this tab the Baud Rate, Parity and Max Master can be set to match the RS-485 network.
Select the Node tab on the on the uploaded XLTR-1000 configuration.
From this tab the MAC Address can be set.
Select the Device Object tab on the uploaded XLTR-1000 configuration.
From this tab the Device Name and the Instance Number can be set.
Do not change anything below the Device Object tab.
Once all of the changes have been made, right click on uploaded XLTR -1000 configuration and select
Download Configuration. Answer Yes to overwriting the configuration. Remove the mini-USB cable and
close the program.

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GG6-GE-DOC1-2 Page 12
Troubleshooting
Download the appropriate Help Manual from the ICC Configuration Studio.
Help >> Help Manuals >> select from table below:
GG6-GE-E
ETH-1000 >> EtherNet/IP Server Driver Manual
GG6-GE-M
ETH-1000 >> Modbus/TCP Server Driver Manual
GG6-GE-B
ETH-1000 >> BACnet/IP Server Driver Manual
GG6-GR-M
XLTR-1000 >> Modbus RTU Slave Driver Manual
GG6-GR-B
XLTR-1000 >> BACnet MS/TP Server Driver Manual
Check the MODBUS Configuration on the GG-6.
With the USB cable connected, check for data activity in Database section of the ICC Configuration
Studio.

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GG6-GE-E Register Map
If connecting to a ControlLogix PLC (such as a 1756-L61) coupled with a 1756-ENBT/A comm interface,
follow the example in Sec 1.5.3 starting on pg 11 of the “EtherNet/IP Server Driver Manual” (see pg. 12
above for help finding the Driver Manual).
Use the CIP Data Table Read message type.
Use the Data Type INT (16 bit) and the Database addresses.
On pg 12 step g), change the Data Type to INT[194].
Description
DB
Address
Data Type
Source
Element
Num of
Elements
Dest Element
Signal Data (1,2)
0
16-Bit Unsigned
DB_w_0
30
data_array[0]
Fault Discretes (3)
60
16-Bit Unsigned
DB_w_60
2
data_array[30]
Warn Discretes (3)
64
16-Bit Unsigned
DB_w_64
2
data_array[32]
Alarm1 Discretes (3)
68
16-Bit Unsigned
DB_w_68
2
data_array[34]
Alarm2 Discretes (3)
72
16-Bit Unsigned
DB_w_72
2
data_array[36]
Relay Discretes (3)
76
16-Bit Unsigned
DB_w_76
2
data_array[38]
STEL Data (2)
100
16-Bit Unsigned
DB_w_100
30
data_array[40]
STEL Discretes (3)
160
16-Bit Unsigned
DB_w_160
2
data_array[70]
TWA Data (2)
200
16-Bit Unsigned
DB_w_200
30
data_array[72]
TWA Discretes (3)
260
16-Bit Unsigned
DB_w_260
2
data_array[102]
Notes: (1) Signal data from Sensor channels.
(2) Data represents values displayed on the GG-6. If the range is less than 10 then the signal
needs to be divided by 100. If the range is greater than or equal to 10 and less than 100
then the signal needs to be divided by 10.
(3) 30 discretes are packed into two 16 bit words.

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GG6-GE-M Register Map
Description
Start
Register
Number of
Registers
Modbus
Address
Data Type
Signal Data (1,2,3)
30001
30
0
16-Bit Unsigned
Fault Discretes (4)
30061
2
60
16-Bit Unsigned
Warn Discretes (4)
30065
2
64
16-Bit Unsigned
Alarm1 Discretes (4)
30069
2
68
16-Bit Unsigned
Alarm2 Discretes (4)
30073
2
72
16-Bit Unsigned
Relay Discretes (4)
30077
2
76
16-Bit Unsigned
STEL Data (2,3)
30101
30
100
16-Bit Unsigned
STEL Discretes (4)
30161
2
160
16-Bit Unsigned
TWA Data (2,3)
30201
30
200
16-Bit Unsigned
TWA Discretes (4)
30261
2
260
16-Bit Unsigned
Notes: (1) Signal data from Sensor channels.
(2) Sensor 1 = 30x01, Sensor 2 = 30x02, Sensor 3 = 30x03, etc., where “x” is 0, 1 or 2.
(3) Data represents values displayed on the GG-6. If the range is less than 10 then the signal
needs to be divided by 100. If the range is greater than or equal to 10 and less than 100
then the signal needs to be divided by 10.
(4) 30 discretes are packed into two 16 bit words.

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GG6-GE-B Register Map
Description
Object
Name
Instance Object Type Data Type
Signal Data (1,2)
Sensor 1 -
Sensor 30
0-29
Analog Input
16-Bit Unsigned
Fault Discretes (3)
Faults
30
Multi-state Input
32-Bit Unsigned
Warn Discretes (3)
Warnings
31
Multi-state Input
32-Bit Unsigned
Alarm1 Discretes (3)
Alarm1s
32
Multi-state Input
32-Bit Unsigned
Alarm2 Discretes (3)
Alarm2s
33
Multi-state Input
32-Bit Unsigned
Relay Discretes (3)
Relays
34
Multi-state Input
32-Bit Unsigned
STEL Data (2)
STEL 1 -
STEL 30
40-69
Analog Input
16-Bit Unsigned
STEL Discretes (3)
STEL
Alarms
70
Multi-state Input
32-Bit Unsigned
TWA Data (2)
TWA 1 -
TWA 30
80-109
Analog Input
16-Bit Unsigned
TWA Discretes (3) TWA
Alarms
110 Multi-state Input 32-Bit Unsigned
Sessions Count (4)
Sessions
Count
120
Multi-state Input
32-Bit Unsigned
Notes: (1) Signal data from Sensor channels.
(2) Data represents values displayed on the GG-6. If the range is less than 10 then the signal
needs to be divided by 100. If the range is greater than or equal to 10 and less than 100
then the signal needs to be divided by 10.
(3) 30 discretes are packed into two 16 bit words.
(4) Sessions Count is a counter that increments every time the GG-6 communicates with the
Gateway Module. This can be used as a watchdog timer.

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GG6-GR-M Register Map
Description
Start
Register
Number of
Registers
Modbus
Address
Data Type
Signal Data (1,2,3)
30001
30
0
16-Bit Unsigned
Fault Discretes (4)
30061
2
60
16-Bit Unsigned
Warn Discretes (4)
30065
2
64
16-Bit Unsigned
Alarm1 Discretes (4)
30069
2
68
16-Bit Unsigned
Alarm2 Discretes (4)
30073
2
72
16-Bit Unsigned
Relay Discretes (4)
30077
2
76
16-Bit Unsigned
STEL Data (2,3)
30101
30
100
16-Bit Unsigned
STEL Discretes (4)
30161
2
160
16-Bit Unsigned
TWA Data (2,3)
30201
30
200
16-Bit Unsigned
TWA Discretes (4)
30261
2
260
16-Bit Unsigned
Notes: (1) Signal data from Sensor channels.
(2) Sensor 1 = 30x01, Sensor 2 = 30x02, Sensor 3 = 30x03, etc., where “x” is 0, 1 or 2.
(3) Data represents values displayed on the GG-6. If the range is less than 10 then the signal
needs to be divided by 100. If the range is greater than or equal to 10 and less than 100
then the signal needs to be divided by 10.
(4) 30 discretes are packed into two 16 bit words.

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GG6-GR-B Register Map
Description
Object
Name
Instance Object Type Data Type
Signal Data (1,2)
Sensor 1 -
Sensor 30
0-29
Analog Input
16-Bit Unsigned
Fault Discretes (3)
Faults
30
Multi-state Input
32-Bit Unsigned
Warn Discretes (3)
Warnings
31
Multi-state Input
32-Bit Unsigned
Alarm1 Discretes (3)
Alarm1s
32
Multi-state Input
32-Bit Unsigned
Alarm2 Discretes (3)
Alarm2s
33
Multi-state Input
32-Bit Unsigned
Relay Discretes (3)
Relays
34
Multi-state Input
32-Bit Unsigned
STEL Data (2)
STEL 1 -
STEL 30
40-69
Analog Input
16-Bit Unsigned
STEL Discretes (3)
STEL
Alarms
70
Multi-state Input
32-Bit Unsigned
TWA Data (2)
TWA 1 -
TWA 30
80-109
Analog Input
16-Bit Unsigned
TWA Discretes (3) TWA
Alarms
110 Multi-state Input 32-Bit Unsigned
Sessions Count (4)
Sessions
Count
120
Multi-state Input
32-Bit Unsigned
Notes: (1) Signal data from Sensor channels.
(2) Data represents values displayed on the GG-6. If the range is less than 10 then the signal
needs to be divided by 100. If the range is greater than or equal to 10 and less than 100
then the signal needs to be divided by 10.
(3) 30 discretes are packed into two 16 bit words.
(4) Sessions Count is a counter that increments every time the GG-6 communicates with the
Gateway Module. This can be used as a watchdog timer.