Page 2 - Contents
i Contents Contents ................................................................................................................................................................... i FURTHER READING REFERENCE LIST ......................................................................................
Page 3 - ii; FURTHER READING REFERENCE LIST; Mitsubishi
ii FURTHER READING REFERENCE LIST ( Mitsubishi Q Corresponding MELSEC Communication Protocol Reference Manual SH(NA)-080008-K QnUCPU User’s Manual Communication via Built-in Ethernet Port SH(NA)-080811ENG-B Q Corresponding Ethernet Interface Module User’s Manual (Basic) SH (NA)-080009-N ICC Instruct...
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Page 5 - Figure 1; It is critical
1-1 Chapter 1 Introduction This document provides instructions and examples on how to configure a system consists of Rockwell ControlLogix PLC, an ICC ETH-1000 Gateway, and Mitsubishi iQ PLC system. An Example of the system configuration is shown in Figure 1 below. EtherNet/IP M C Protocol Gateway E...
Page 6 - iQ System; Figure 2 Architecture of an Example Verification System; the Ethernet network
2-1 Chapter 2 System Overview A Verification System is used as a test bed for verifying the steps documented in this Quick Start guide. The Verification System is shown in Figure 2 below with the IP address assignments of all the devices. Netgear Switch Monitoring Laptop 2 192.168.1.5 ControlLogix 1...
Page 7 - Changing the IP Address of the ControlLogix System; subnet as the 1756 ENBT module.
3-1 Chapter 3 Connecting Devices to the Network The steps of configuring the IP addresses of the ControlLogix PLC system, the ICC ETH-1000 module, and the PLC are documented in this chapter. 3.1 Changing the IP Address of the ControlLogix System The minimum configuration of a ControlLogix system con...
Page 9 - Changing the IP Address of the ICC ETH-1000 Module
3-3 6. Once the new IP address is set, it is very likely (depending on what IP address and Network mask were assigned to the ENBT module) that the Configuration PC will no longer be able to communicate with the ENBT module. The IP address of the Configuration PC will need to be changed to be in the ...
Page 10 - be populated with the current information:
3-4 2. Click the “Auto Connect” button, and the ETH-1000 module will be connected, and the screen will be populated with the current information: The proper device type is shown with a green LED lit showing the connection has been established. The firmware type, version, and Database type are also s...
Page 11 - pop-up message and the ETH-1000 will go through the reset sequence
3-5 5. After the download, the system will need to be reset for the changes to take effect. Click “Yes” to the pop-up message and the ETH-1000 will go through the reset sequence 6. After the ETH-1000 system reboot, the screen should show the new IP address. In this example, the IP address was change...
Page 12 - Changing the IP Addresses of the iQ PLC Built-in Ethernet Port; Then select the “Built-in Ethernet Port Setting” tab.
3-6 3.3 Changing the IP Addresses of the iQ PLC Built-in Ethernet Port The following are steps to change the IP address of the iQ PLC Built-in Ethernet Port: 1. Open the GX Works2 on the Configuration PC and create a new project for the appropriate CPU Module (e.g. Q13UDEH in this example). 2. Selec...
Page 13 - Download the parameter settings to the PLC.
3-7 c. Click the Open Setting box and enter the first channel as MC Protocol with a proper Host Station Port number (In this example, the Port Number is set at Hex 5001) 3. Download the parameter settings to the PLC. 1 In tr o d u c ti o n 2 S y s te m O v e rv ie w 3 D e v ic e s t o t h e N e tw o...
Page 14 - Configuring the External Ethernet Module in the iQ System; the parameter setting window.
3-8 3.4 Configuring the External Ethernet Module in the iQ System When application requires, an external Ethernet module can be added to the system and communicating to the iQ CPU. This section describes the configuration of a QJ71E71-100 module to be used in the communication with a CLX through the...
Page 16 - enter the parameters as shown:
3-10 3. At the Network Parameter Setting window, click “Open Setting” and open the window below and enter the parameters as shown: a. Configure the Host Station Port Number to match the Connection Object port number configured in the ICC ETH-1000.
Page 19 - revision level of the ENBT module is 2.
4-3 5. Then select the Major Revision level of the ENBT firmware. In the Verification System, the major revision level of the ENBT module is 2. 6. Enter the proper Name, Slot Location, Revision Level and IP Address of the ENBT module. In the Verification System, the module name is set at CSC_EIP, th...
Page 20 - “Connection” tab. Simply click “OK” again to accept the configuration.; Adding the ICC Module; “New Module...”
4-4 7. Click “OK” to accept the configuration and make no additional configuration changes to the “Connection” tab. Simply click “OK” again to accept the configuration. 4.2 Adding the ICC Module The following steps are used to add the ICC module for communication using I/O Messaging (or Implicit Mes...
Page 21 - Choose the Ethernet-Module Generic Ethernet Module
4-5 2. Select the “Communications” and expand the tree for additional selection. 3. Choose the Ethernet-Module Generic Ethernet Module 1 In tr o d u c ti o n 2 S y s te m O v e rv ie w 3 D e v ic e s t o t h e N e tw o rk 4 C o n tr o lL o g ix P L C P ro je c t C o n fi g u ra ti o n 5 E T H -1 0 0...
Page 24 - configured using the steps described in the following Chapter.
4-8 a. 248 integer tags were created for CSC_ICC_ETH1000_INT:I. These are the tag locations where ICC will transfer the data to the ControlLogix using Implicit Message protocol every RPI. b. 248 integer tags were created for CSC_ICC_ETH1000_INT:O. These are the tag locations where data will be sent ...
Page 25 - Chapter 5
5-1 Chapter 5 ETH-1000 Configuration The steps to configure the ETH-1000 module to work with the ControlLogix PLC using EtherNet/IP Implicit Messaging and Mitsubishi controllers using MC Protocol are documented. Configuring the Validation System as shown in Figure 2 is used as the example. Some para...
Page 26 - CLX; Figure 3 Mapping CLX Data to ICC Database Locations
5-2 2. Select the EtherNet/IP tab of the ICC Configuration screen and define the ICC Database locations where data items will be exchanged between the ControlLogix PLC and the ICC module through the Implicit Messaging protocol. In this example, the “Produce Data Start Address” of the ICC module is s...
Page 27 - that are configured for use by both the Produced and Consumed data.; Configuring the MELSEC Protocol; For a particular application, the Connection
5-3 The database addresses in the ICC are used to address “byte” data locations. Thus, 248 words will take up 496 database addresses. 3. Select the “Monitor” tab and check the “Display Usage” checkbox to show the DB memory locations that are configured for use by both the Produced and Consumed data....
Page 31 - c. Define the Service Object to read 10 words of Link Relay to ICC
5-7 c. Define the Service Object to read 10 words of Link Relay to ICC 1 In tr o d u c ti o n 2 S y s te m O v e rv ie w 3 D e v ic e s t o t h e N e tw o rk 4 C o n tr o lL o g ix P L C P ro je c t C o n fi g u ra ti o n 5 E T H -1 0 0 0 C o n fi g u ra ti o n 6 U s in g E th e rN e t/ IP E x p li ...
Page 32 - words from and to Internal Relays.
5-8 5.2.3. Configuring the Connection Object for QJ71E71 Ethernet Module Repeat steps documented in Sections 5.2.1and 5.2.2 to configure the Connection and Service objects to communicate to the external Ethernet module in the system. 1. Creat a Connection Object first with name Connection2. Enter th...
Page 34 - ” for
6-1 Chapter 6 Using EtherNet/IP Explicit Messaging The ControlLogix PLC can communicate with the Mitsubishi iQ PLC using EIP Explicit Messaging format through the ICC ETH-1000 gateway. The communication is accomplished through the use of MSG instructions in RSLogix5000. Refer to Sections 11.1.4.5, 1...
Page 35 - Explicit Messaging
7-1 Chapter 7 Terminology Implicit (I/O Data) Messaging Connections are established to move application-specific I/O data at regular intervals. These connections often are set up as one-to-many relationships in order to take full advantage of the producer-consumer multicast model. Implicit messaging...
Page 36 - Revisions; July 2009 – Document created and Released, Version 1.0
Rev-1 Revisions July 2009 – Document created and Released, Version 1.0 October 2009 – Minor revision to wording throughout the document, Version 1.1
