Eaton C441R User Manual

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Contents

65User Manual MN04200002EEffective January 2016C441 Ethernet module user manual(C441R, C441T, C441U, C441V)EATON www.eaton.comTable 102. Register Definitions for S811+ Soft Starter (Cont.)StartCoil Register Read/Write Name Description (Units)- 1000 R/W ModbusProduction List The Production and consumptionRegisters can be used to create customModbus interface ranges. An example:If field inputs register address 0 isput into the first slot of the produc-tion list, the field inputs register valuewill be available in the first slot ofthe Modbus Production Data Registerrange. Production data is data providedby the device and Consumption data isfor data provided (written) to the device.Note that the values must be ModbusRegister Address (i.e., Register Number- 1) not Register NumberWeb setting examples (comma sepa-rated values):1,2 sets the first two slots as 1 and 2,and leaves all the rest unchanged;, , 3 sets the third slot as 3 and leavesall the rest unchanged- 2000 R ModbusProductionData-- 3000 R/W ModbusConsumptionListThe Production and consumptionRegisters can be used to create customModbus interface ranges. An example:If field inputs register address 0 isput into the first slot of the produc-tion list, the field inputs register valuewill be available in the first slot ofthe Modbus Production Data Registerrange. Production data is data providedby the device and Consumption data isfor data provided (written) to the device.Note that the values must be ModbusRegister Address (i.e., Register Number- 1) not Register Number.Web setting examples (comma sepa-rated values):1,2 sets the first two slots as 1 and 2,and leaves all the rest unchanged;, , 3 sets the third slot as 3 and leavesall the rest unchanged- 4000 R/W ModbusConsumptionData-7.6 Register Definitions for Use as Stand Alone I/OTable 103. Registers Available when Used as Stand Alone I/OStartCoil Register Read/Write Name Description (Units)1 1 R Field Inputs A Bitfield Representing the Input Points.Bit = Description0 = Input 11 = Input 22 = Input 33 = Input 4- 2 R ControlVoltage Adapter Source Voltage. ( mV )- 3 R AmbientTemperature Device Ambient Temperature asMeasured from the PCB. ( ºC )- 4 R/W Max BoardTemperature The Maximum Board TemperatureExperienced Since Manufacturing. ( ºC )65 5 R Dip SwitchValue A Bit Field Representing the Present Stateof the Dip Switches.- 6 R ConfigurationCRC A CRC Value Calculated Over the Non-volatile Data Present.- 7 R/W SerialNumber 32 bit Com Adapter Device SerialNumber.- 9 R Firmware Rev Com Adapter Firmware Rev.- 11 R/W HardwareRev Com Adapter Hardware Rev.1601 101 R/W Field RelayOutputs A Bitfield Representing the Output Points.Bit = Description0 = Output 11 = Output 2- 102 R/W Field InputsDebounce Array of Debounce Values. A debouncevalue exists for each input. The debounceapplies to both rising and falling edge.(milliseconds )- 110 R/W Modbus TCPCom Timeout Communication Timeout for Modbus TCP.0 = Disable. (milliseconds )1761 111 R/W Field RelayFault Action When a communication fault occurs therelays can execute two types of behavior.The behavior is selected on a per bitbasis.Bit = Description0 = Relay 11 = Relay 2Bit Value = Description0 = Apply Fault Value1 = No Change1777 112 R/W Field RelayFault State Communication fault value to be applied.A bitfield where each bit defines anoutput point.Bit Value = Description0 = Turn Relay Off1 = Turn Relay On1793 113 R/W Field RelayIdle Action When a communication idle state occursthe relays can execute two types ofbehavior. The behavior is selected on aper bit basis.Bit = Description0 = Relay 11 = Relay 2Bit Value = Description0 = Apply Idle Value1 = No Change1809 114 R/W Field RelayIdle State Communication idle value to be applied.A bitfield where each bit defines anoutput point.Bit Value = Description0 = Turn Relay Off1 = Turn Relay On

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