User Guide - Eurotherm Ltda

nanodac RECORDER/CONTROLLER: USER GUIDEParameter path Description Type Hex Dec ResolutionSteriliser.RunningOutput 1 = cycle running; 0 = cycle not running uint8 2e1b 11803 Not applicableSteriliser.Start121 Start a predefined 121°C cycle bool 2e19 11801 Not applicableSteriliser.Start134 Start a predefined 134°C cycle bool 2e1a 11802 Not applicableSteriliser.StartCycle Start a custom cycle bool 2e05 11781 Not applicableSteriliser.SterilisingTime The total time the load was at sterilisation conditions. time_t 2e0d 11789 Set by Network.Modbus.TimeFormatSteriliser.TargetTemperature Target Temperature for the F0 calculation. float32 2e29 11817 0dpSteriliser.TargetTime The target time of the sterilisation period. time_t 2e09 11785 Set by Network.Modbus.TimeFormatSteriliser.TargetTime121 The target time for a 121°C cycle time_t 2e23 11811 Set by Network.Modbus.TimeFormatSteriliser.TargetTime134 The target time for a 134°C cycle time_t 2e24 11812 Set by Network.Modbus.TimeFormatSteriliser.ZTemperatureInterval The Z temperature interval for the F0 calculation. float32 2e28 11816 0dpTimer.1.ElapsedTime Elapsed Time time_t 2ee0 12000 Set by Network.Modbus.TimeFormatTimer.1.In Trigger/Gate input bool 2ee5 12005 Not applicableTimer.1.Out Output (1 = On; 0 = Off) bool 2ee1 12001 Not applicableTimer.1.Time Period for the timer (hh:mm:ss) time_t 2ee2 12002 Set by Network.Modbus.TimeFormatTimer.1.Triggered 1 = Timer triggered; 0 = Timer not triggered bool 2ee3 12003 Not applicableTimer.1.Type Type of Timer uint8 2ee4 12004 Not applicable0 = Disabled (off) 1 = On Pulse 2 = On delay3 = One shot 4 = Min on.Timer.2.ElapsedTime Elapsed Time time_t 2ee6 12006 Set by Network.Modbus.TimeFormatTimer.2.In Trigger/Gate input bool 2eeb 12011 Not applicableTimer.2.Out Output (1 = On; 0 = Off) bool 2ee7 12007 Not applicableTimer.2.Time Period for the timer (hh:mm:ss) time_t 2ee8 12008 Set by Network.Modbus.TimeFormatTimer.2.Triggered 1 = Timer triggered; 0 = Timer not triggered bool 2ee9 12009 Not applicableTimer.2.Type Type of Timer (as Timer.1.Type) uint8 2eea 12010 Not applicableTimer.3.ElapsedTime Elapsed Time time_t 2eec 12012 Set by Network.Modbus.TimeFormatTimer.3.In Trigger/Gate input bool 2ef1 12017 Not applicableTimer.3.Out Output (1 = On; 0 = Off) bool 2eed 12013 Not applicableTimer.3.Time Period for the timer (hh:mm:ss) time_t 2eee 12014 Set by Network.Modbus.TimeFormatTimer.3.Triggered 1 = Timer triggered; 0 = Timer not triggered bool 2eef 12015 Not applicableTimer.3.Type Type of Timer (as Timer.1.Type) uint8 2ef0 12016 Not applicableTimer.4.ElapsedTime Elapsed Time time_t 2ef2 12018 Set by Network.Modbus.TimeFormatTimer.4.In Trigger/Gate input bool 2ef7 12023 Not applicableTimer.4.Out Output (1 = On; 0 = Off) bool 2ef3 12019 Not applicableTimer.4.Time Period for the timer (hh:mm:ss) time_t 2ef4 12020 Set by Network.Modbus.TimeFormatTimer.4.Triggered 1 = Timer triggered; 0 = Timer not triggered bool 2ef5 12021 Not applicableTimer.4.Type Type of Timer (as Timer.1.Type) uint8 2ef6 12022 Not applicableUserLin.1.NumberOfBreakpoints Number of points in user linearisation table 1 uint8 2900 10496 Not applicableUserLin.1.X1 User linearisation table 1 ‘X’ value 1 float32 2901 10497 2dpUserLin.1.X2 User linearisation table 1 ‘X’ value 2 float32 2903 10499 2dpUserLin.1.X3 User linearisation table 1 ‘X’ value 3 float32 2905 10501 2dpUserLin.1.X4 User linearisation table 1 ‘X’ value 4 float32 2907 10503 2dpUserLin.1.X5 User linearisation table 1 ‘X’ value 5 float32 2909 10505 2dpUserLin.1.X6 User linearisation table 1 ‘X’ value 6 float32 290b 10507 2dpUserLin.1.X7 User linearisation table 1 ‘X’ value 7 float32 290d 10509 2dpUserLin.1.X8 User linearisation table 1 ‘X’ value 8 float32 290f 10511 2dpUserLin.1.X9 User linearisation table 1 ‘X’ value 9 float32 2911 10513 2dpUserLin.1.X10 User linearisation table 1 ‘X’ value 10 float32 2913 10515 2dpUserLin.1.X11 User linearisation table 1 ‘X’ value 11 float32 2915 10517 2dpUserLin.1.X12 User linearisation table 1 ‘X’ value 12 float32 2917 10519 2dpUserLin.1.X13 User linearisation table 1 ‘X’ value 13 float32 2919 10521 2dpUserLin.1.X14 User linearisation table 1 ‘X’ value 14 float32 291b 10523 2dpUserLin.1.X15 User linearisation table 1 ‘X’ value 15 float32 291d 10525 2dpUserLin.1.X16 User linearisation table 1 ‘X’ value 16 float32 291f 10527 2dpUserLin.1.X17 User linearisation table 1 ‘X’ value 17 float32 2921 10529 2dpUserLin.1.X18 User linearisation table 1 ‘X’ value 18 float32 2923 10531 2dpUserLin.1.X19 User linearisation table 1 ‘X’ value 19 float32 2925 10533 2dpUserLin.1.X20 User linearisation table 1 ‘X’ value 20 float32 2927 10535 2dpUserLin.1.X21 User linearisation table 1 ‘X’ value 21 float32 2929 10537 2dpUserLin.1.X22 User linearisation table 1 ‘X’ value 22 float32 292b 10539 2dpUserLin.1.X23 User linearisation table 1 ‘X’ value 23 float32 292d 10541 2dpUserLin.1.X24 User linearisation table 1 ‘X’ value 24 float32 292f 10543 2dpUserLin.1.X25 User linearisation table 1 ‘X’ value 25 float32 2931 10545 2dpUserLin.1.X26 User linearisation table 1 ‘X’ value 26 float32 2933 10547 2dpUserLin.1.X27 User linearisation table 1 ‘X’ value 27 float32 2935 10549 2dpUserLin.1.X28 User linearisation table 1 ‘X’ value 28 float32 2937 10551 2dpUserLin.1.X29 User linearisation table 1 ‘X’ value 29 float32 2939 10553 2dpUserLin.1.X30 User linearisation table 1 ‘X’ value 30 float32 293b 10555 2dpUserLin.1.X31 User linearisation table 1 ‘X’ value 31 float32 293d 10557 2dpUserLin.1.X32 User linearisation table 1 ‘X’ value 32 float32 293f 10559 2dpUserLin.1.Y1 User linearisation table 1 ‘Y’ value 1 float32 2902 10498 2dpHA030554Issue 7 Nov 12Page 234