Chapter 9—C445 Logic Engine and Expansion I/O200 Power Xpert C445 Global Motor Management Relay MN042003EN—January 2019 www.eaton.comELC-PT04ANNNCH1 Average degrees CCH2 Average degrees CCH3 Average degrees CCH4 Average degrees CCH1 Average degrees FCH2 Average degrees FCH3 Average degrees FCH4 Average degrees FError StatusELC-AN02NANNError StatusELC-AN04NANNError StatusOutput:ELC-AN04AANNCH5CH6ELC-AN02NANNCH1CH2ELC-AN04NANNCH1CH2CH3CH4Note that all available registers are mapped in the Modbusregister map for each analog I/O module used. This is not thecase for Ethernet/IP and PROFIBUS. In order to keep theamount of data to a minimum for these networks,configuration of each module must be done using the I/OConfigurator in the Logic Engine Programming software tool.Only input, output and error status is provided.EtherNet/IPThe I/O Assemblies that have been added to supportexpansion I/O are shown below:The following input assemblies have been added asextensions to the existing Input Assemblies 100, 107, 110and 116. The Digital Input (DI) data and Analog Input (AI)referenced below is what has been added to the existinginput assembly it corresponds to. Input Assemblies 120 and124 are new assemblies containing only digital and analoginput data. The data layout for each Input assembly can befound in the Ethernet/IP section of Appendix C in thismanual.Input1. Extensions of Input Assembly 100:a. 101: 2 bytes DI and 10 bytes AIb. 102: 4 bytes DI and 20 bytes AIc. 103: 8 bytes DI and 38 bytes AI2. Extensions of Input Assembly 107:a. 108: 4 bytes DI and 20 bytes AIb. 109: 8 bytes DI and 80 bytes AI3. Extensions of Input Assembly 110:a. 111: 2 bytes DI and 2 bytes AIb. 112: 4 bytes DI and 10 bytes AIc. 113: 6 bytes DI and 20 bytes AId. 114: 8 bytes DI and 38 bytes AI4. Extensions of Input Assembly 116:a. 117: 2 bytes DI and 2 bytes AI #b. 118: 4 bytes DI and 12 bytes AI #c. 119: 8 bytes DI and 20 bytes AI #5. New Input Assembly, inputs only:a. 120: 4 bytes DI and 38 bytes AIb. 122: 8 bytes DI and 80 bytes AI
