//------------------------------------------------------------------------------
// <auto-generated>
// This code was generated by a tool.
// Tango PMR Generator
//
// Changes to this file may cause incorrect behavior and will be lost if
// the code is regenerated. Do not modify!
// </auto-generated>
//------------------------------------------------------------------------------

syntax = "proto3";

import "DoubleArray.proto";

package Tango.PMR.Diagnostics;
option java_package = "com.twine.tango.pmr.diagnostics";

message DiagnosticsMonitors
{

    //Left Dancer (Min = 0, Max = 16384, PPF = 100)
    repeated double Dancer1Angle = 1;

    //Middle Dancer (Min = 0, Max = 16384, PPF = 100)
    repeated double Dancer2Angle = 2;

    //Right Dancer (Min = 0, Max = 16384, PPF = 100)
    repeated double Dancer3Angle = 3;

    //Feeder Motor (Min = 0, Max = 100000, PPF = 100)
    repeated double FeederMotorFrequency = 4;

    //Dryer Motor (Min = 0, Max = 100000, PPF = 100)
    repeated double DryerMotor = 5;

    //Poller Motor (Min = 0, Max = 100000, PPF = 100)
    repeated double PollerMotor = 6;

    //Winder Motor (Min = 0, Max = 100000, PPF = 100)
    repeated double WinderMotor = 7;

    //Screw Motor (Min = 0, Max = 100000, PPF = 100)
    repeated double ScrewMotor = 8;

    //Thread Speed (Min = 0, Max = 100, PPF = 100)
    repeated double ThreadSpeed = 9;

    //Mixer (Min = 0, Max = 300, PPF = 10)
    repeated double MixerTemperature = 10;

    //Head Zone 1 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone1Temperature = 11;

    //Head Zone 2 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone2Temperature = 12;

    //Head Zone 3 (Min = 0, Max = 100, PPF = 10)
    repeated double HeadZone3Temperature = 13;

    //Head Air Flow (Min = 0, Max = 100, PPF = 1)
    repeated double HeadAirFlow = 14;

    //Feeder Tension (Min = 0, Max = 100, PPF = 10)
    repeated double FeederTension = 15;

    //Puller Tension (Min = 0, Max = 100, PPF = 10)
    repeated double PullerTension = 16;

    //Dryer Zone 1 (Min = 0, Max = 300, PPF = 10)
    repeated double DryerZone1Temperature = 17;

    //Dryer Zone 2 (Min = 0, Max = 300, PPF = 10)
    repeated double DryerZone2Temperature = 18;

    //Dryer Zone 3 (Min = 0, Max = 300, PPF = 10)
    repeated double DryerZone3Temperature = 19;

    //Dryer Air Flow (Min = 0, Max = 100, PPF = 10)
    repeated double DryerAirFlow = 20;

    //Winder Tension (Min = 0, Max = 100, PPF = 10)
    repeated double WinderTension = 21;

    //Dispensers Motors (Min = 0, Max = 100000, PPF = 10) Channel Count = 8
    repeated DoubleArray DispensersMotorsFrequency = 22;

    //Dispensers Angular Encoders (Min = 0, Max = 100, PPF = 1) Channel Count = 8
    repeated DoubleArray DispensersAngularEncoders = 23;

    //Dispensers Linear Positions (Min = 0, Max = 100, PPF = 1) Channel Count = 8
    repeated DoubleArray DispensersLinearPositions = 24;

    //Dispensers Pressure (Min = 0, Max = 100, PPF = 1) Channel Count = 8
    repeated DoubleArray DispensersPressure = 25;

    //Filter Delta Pressure (Min = 0, Max = 100, PPF = 1)
    repeated double FilterDeltaPressure = 26;

    //Chiller Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double ChillerTemperature = 27;

    //Dispenser 1 Motor Frequency (Min = 0, Max = 100000, PPF = 100)
    repeated double Dispenser1MotorFrequency = 28;

    //Dispenser 2 Motor Frequency (Min = 0, Max = 100000, PPF = 100)
    repeated double Dispenser2MotorFrequency = 29;

    //Dispenser 3 Motor Frequency (Min = 0, Max = 100000, PPF = 100)
    repeated double Dispenser3MotorFrequency = 30;

    //Dispenser 4 Motor Frequency (Min = 0, Max = 100000, PPF = 100)
    repeated double Dispenser4MotorFrequency = 31;

    //Dispenser 5 Motor Frequency (Min = 0, Max = 100000, PPF = 100)
    repeated double Dispenser5MotorFrequency = 32;

    //Dispenser 6 Motor Frequency (Min = 0, Max = 100000, PPF = 100)
    repeated double Dispenser6MotorFrequency = 33;

    //Dispenser 7 Motor Frequency (Min = 0, Max = 100000, PPF = 100)
    repeated double Dispenser7MotorFrequency = 34;

    //Dispenser 8 Motor Frequency (Min = 0, Max = 100000, PPF = 100)
    repeated double Dispenser8MotorFrequency = 35;

    //Head Zone 4 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone4Temperature = 36;

    //Head Zone 5 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone5Temperature = 37;

    //Head Zone 6 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone6Temperature = 38;

    //Blower Voltage (Min = 0, Max = 100, PPF = 10)
    repeated double BlowerVoltage = 39;

    //Dispenser 1 Pressure (Min = 0, Max = 100, PPF = 1)
    repeated double Dispenser1Pressure = 40;

    //Dispenser 2 Pressure (Min = 0, Max = 100, PPF = 1)
    repeated double Dispenser2Pressure = 41;

    //Dispenser 3 Pressure (Min = 0, Max = 100, PPF = 1)
    repeated double Dispenser3Pressure = 42;

    //Dispenser 4 Pressure (Min = 0, Max = 100, PPF = 1)
    repeated double Dispenser4Pressure = 43;

    //Dispenser 5 Pressure (Min = 0, Max = 100, PPF = 1)
    repeated double Dispenser5Pressure = 44;

    //Dispenser 6 Pressure (Min = 0, Max = 100, PPF = 1)
    repeated double Dispenser6Pressure = 45;

    //Dispenser 7 Pressure (Min = 0, Max = 100, PPF = 1)
    repeated double Dispenser7Pressure = 46;

    //Dispenser 8 Pressure (Min = 0, Max = 100, PPF = 1)
    repeated double Dispenser8Pressure = 47;

    //Mid Tank 1 Level (Min = 0, Max = 100, PPF = 1)
    repeated double MidTank1Level = 48;

    //Mid Tank 2 Level (Min = 0, Max = 100, PPF = 1)
    repeated double MidTank2Level = 49;

    //Mid Tank 3 Level (Min = 0, Max = 100, PPF = 1)
    repeated double MidTank3Level = 50;

    //Mid Tank 4 Level (Min = 0, Max = 100, PPF = 1)
    repeated double MidTank4Level = 51;

    //Mid Tank 5 Level (Min = 0, Max = 100, PPF = 1)
    repeated double MidTank5Level = 52;

    //Mid Tank 6 Level (Min = 0, Max = 100, PPF = 1)
    repeated double MidTank6Level = 53;

    //Mid Tank 7 Level (Min = 0, Max = 100, PPF = 1)
    repeated double MidTank7Level = 54;

    //Mid Tank 8 Level (Min = 0, Max = 100, PPF = 1)
    repeated double MidTank8Level = 55;

    //Drier Zone1 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double DrierZone1HeaterCurrent = 56;

    //Drier Zone 2 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double DrierZone2HeaterCurrent = 57;

    //Head Zone 1 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone1HeaterCurrent = 58;

    //Head Zone 2 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone2HeaterCurrent = 59;

    //Head Zone 3 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone3HeaterCurrent = 60;

    //Head Zone 4 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone4HeaterCurrent = 61;

    //Head Zone 5-6 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone56HeaterCurrent = 62;

    //Mixer 1 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double Mixer1HeaterCurrent = 63;

    //Dispensers Ink Level (Min = 0, Max = 130000000, PPF = 1) Channel Count = 8
    repeated DoubleArray DispensersInkLevel = 64;

    //Mid Tanks Ink Level (Min = 0, Max = 2, PPF = 1) Channel Count = 8
    repeated DoubleArray MidTanksInkLevel = 65;

    //Overall Temperature (Min = 0, Max = 100, PPF = 1)
    repeated double OverallTemperature = 66;

    //Head Zone 7 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone7HeaterCurrent = 67;

    //Head Zone 7 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone7Temperature = 68;

    //Head Zone 8 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone8HeaterCurrent = 69;

    //Head Zone 8 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone8Temperature = 70;

    //Head Zone 9 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone9HeaterCurrent = 71;

    //Head Zone 9 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone9Temperature = 72;

    //Head Zone 10 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone10HeaterCurrent = 73;

    //Head Zone 10 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone10Temperature = 74;

    //Head Zone 11 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone11HeaterCurrent = 75;

    //Head Zone 11 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone11Temperature = 76;

    //Head Zone 12 Heater Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadZone12HeaterCurrent = 77;

    //Head Zone 12 (Min = 0, Max = 300, PPF = 10)
    repeated double HeadZone12Temperature = 78;

    //Head Blower Voltage 1 (Min = 0, Max = 100, PPF = 10)
    repeated double HeadBlowerVoltage1 = 79;

    //Head Blower Voltage 2 (Min = 0, Max = 100, PPF = 10)
    repeated double HeadBlowerVoltage2 = 80;

    //Head Cover Heater 1 Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadCoverHeater1Current = 81;

    //Head Cover Heater 1 Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double HeadCoverHeater1Temperature = 82;

    //Head Cover Heater 2 Current (Min = 0, Max = 100, PPF = 1)
    repeated double HeadCoverHeater2Current = 83;

    //Head Cover Heater 2 Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double HeadCoverHeater2Temperature = 84;

    //WHS Blower 2 Voltage (Min = 0, Max = 100, PPF = 10)
    repeated double WHSBlower2Voltage = 85;

    //Gas Sensor (VOC Sensor) (Min = 0, Max = 50, PPF = 1)
    repeated double GasSensor = 86;

    //Incoming Voltage (VAC Sensor) (Min = 60, Max = 300, PPF = 1)
    repeated double IncomingVoltage = 87;

    //Waste Level (Min = 0, Max = 9, PPF = 1)
    repeated double WasteLevel = 88;

    //Head Blower 1 Air Flow (Min = 0, Max = 100, PPF = 1)
    repeated double HeadBlower1AirFlow = 89;

    //Head Blower 2 Air Flow (Min = 0, Max = 100, PPF = 1)
    repeated double HeadBlower2AirFlow = 90;

    //Shinko Set Value (Min = -10, Max = 30, PPF = 1)
    repeated double ShinkoSetValue = 91;

    //Shinko Current Value (Min = -10, Max = 30, PPF = 1)
    repeated double ShinkoCurrentValue = 92;

    //Total WHS Flow (Min = 0, Max = 30, PPF = 1)
    repeated double TotalWHSFlow = 93;

    //Eureka Winder Dancer 1 (Min = 0, Max = 16384, PPF = 10)
    repeated double EuWinder1Dancer = 94;

    //Eureka Winder Dancer 2 (Min = 0, Max = 16384, PPF = 10)
    repeated double EuWinder2Dancer = 95;

    //Eureka Winder Dancer 3 (Min = 0, Max = 16384, PPF = 10)
    repeated double EuWinder3Dancer = 96;

    //Eureka Winder Dancer 4 (Min = 0, Max = 16384, PPF = 10)
    repeated double EuWinder4Dancer = 97;

    //Eureka Winder Motor 1 (Min = 0, Max = 100000, PPF = 10)
    repeated double EuWinder1Motor = 98;

    //Eureka Winder Motor 2 (Min = 0, Max = 100000, PPF = 10)
    repeated double EuWinder2Motor = 99;

    //Eureka Winder Motor 3 (Min = 0, Max = 100000, PPF = 10)
    repeated double EuWinder3Motor = 100;

    //Eureka Winder Motor 4 (Min = 0, Max = 100000, PPF = 10)
    repeated double EuWinder4Motor = 101;

    //Eureka Dryer Motor Velocity (Min = 0, Max = 10000, PPF = 10)
    repeated double EuDryerMotorVelocity = 102;

    //Eureka Dryer Motor Target Velocity (Min = 0, Max = 10000, PPF = 10)
    repeated double EuDryerMotorTargetVelocity = 103;

    //Eureka Dryer Motor Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuDryerMotorCurrent = 104;

    //Eureka Puller Dancer (Min = 0, Max = 16384, PPF = 10)
    repeated double EuPullerDancer = 105;

    //Eureka Puller Motor (Min = 0, Max = 100000, PPF = 10)
    repeated double EuPullerMotor = 106;

    //Eureka Dryer Zone 1 Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuDryerZone1Temperature = 107;

    //Eureka Dryer Zone 2 Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuDryerZone2Temperature = 108;

    //Eureka Dryer Zone 3 Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuDryerZone3Temperature = 109;

    //Eureka Head Zone 1 Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuHeadZone1Temperature = 110;

    //Eureka Head Zone 2 Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuHeadZone2Temperature = 111;

    //Eureka Head Zone 3 Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuHeadZone3Temperature = 112;

    //Eureka Mixer Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuMixerTemperature = 113;

    //Eureka Tunnel Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuTunnelTemperature = 114;

    //Eureka Lubricant Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuLubricantTemperature = 115;

    //Eureka Ambient Temperature (Min = 0, Max = 100, PPF = 10)
    repeated double EuAmbientTemperature = 116;

    //Eureka Electrical Cabinet Temperature (Min = 0, Max = 100, PPF = 10)
    repeated double EuElectricalCabinetTemperature = 117;

    //Eureka Dryer Zone 1 Current (Min = 0, Max = 10, PPF = 10)
    repeated double EuDryerZone1Current = 118;

    //Eureka Dryer Zone 2 Current (Min = 0, Max = 10, PPF = 10)
    repeated double EuDryerZone2Current = 119;

    //Eureka Dryer Zone 3 Current (Min = 0, Max = 10, PPF = 10)
    repeated double EuDryerZone3Current = 120;

    //Eureka Head Zone 1 Current (Min = 0, Max = 10, PPF = 10)
    repeated double EuHeadZone1Current = 121;

    //Eureka Head Zone 2 Current (Min = 0, Max = 10, PPF = 10)
    repeated double EuHeadZone2Current = 122;

    //Eureka Head Zone 3 Current (Min = 0, Max = 10, PPF = 10)
    repeated double EuHeadZone3Current = 123;

    //Eureka Mixer Current (Min = 0, Max = 10, PPF = 10)
    repeated double EuMixerCurrent = 124;

    //Eureka Tunnel Current (Min = 0, Max = 10, PPF = 10)
    repeated double EuTunnelCurrent = 125;

    //Eureka Lubricant Current (Min = 0, Max = 10, PPF = 10)
    repeated double EuLubricantCurrent = 126;

    //Eureka BTSR 1 Speed (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr1Speed = 127;

    //Eureka BTSR 1 Speed Average (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr1SpeedAv = 128;

    //Eureka BTSR 1 Tension (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr1DispAv = 129;

    //Eureka BTSR 1 Peak Min (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr1PeakMin = 130;

    //Eureka BTSR 1 Peak Max (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr1PeakMax = 131;

    //Eureka BTSR 2 Speed (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr2Speed = 132;

    //Eureka BTSR 2 Speed Average (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr2SpeedAv = 133;

    //Eureka BTSR 2 Tension (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr2DispAv = 134;

    //Eureka BTSR 2 Peak Min (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr2PeakMin = 135;

    //Eureka BTSR 2 Peak Max (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr2PeakMax = 136;

    //Eureka BTSR 3 Speed (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr3Speed = 137;

    //Eureka BTSR 3 Speed Average (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr3SpeedAv = 138;

    //Eureka BTSR 3 Tension (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr3DispAv = 139;

    //Eureka BTSR 3 Peak Min (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr3PeakMin = 140;

    //Eureka BTSR 3 Peak Max (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr3PeakMax = 141;

    //Eureka BTSR 4 Speed (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr4Speed = 142;

    //Eureka BTSR 4 Speed Average (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr4SpeedAv = 143;

    //Eureka BTSR 4 Peak Min (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr4PeakMin = 144;

    //Eureka BTSR 4 Peak Max (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr4PeakMax = 145;

    //Eureka BTSR 4 Tension (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr4DispAv = 146;

    //Eureka Temperature Loggers (Min = 0, Max = 100000, PPF = 10) Channel Count = 36
    repeated DoubleArray EuTemperatureLoggers = 147;

    //Eureka Pump Flows (Min = 0, Max = 10, PPF = 10) Channel Count = 17
    repeated DoubleArray EuPumpFlows = 148;

    //Eureka Ink Lines Pressure (Min = 0, Max = 100, PPF = 10) Channel Count = 8
    repeated DoubleArray EuInkLinesPressure = 149;

    //Eureka Spare Data Array (Min = 0, Max = 100, PPF = 10) Channel Count = 10
    repeated DoubleArray EuSpareDataArray = 150;

    //Eureka Dispenser 1 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser1Voltage = 151;

    //Eureka Dispenser 2 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser2Voltage = 152;

    //Eureka Dispenser 3 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser3Voltage = 153;

    //Eureka Dispenser 4 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser4Voltage = 154;

    //Eureka Dispenser 5 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser5Voltage = 155;

    //Eureka Dispenser 6 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser6Voltage = 156;

    //Eureka Dispenser 7 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser7Voltage = 157;

    //Eureka Dispenser 8 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser8Voltage = 158;

    //Eureka Dispenser 9 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser9Voltage = 159;

    //Eureka Dispenser 10 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser10Voltage = 160;

    //Eureka Dispenser 11 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser11Voltage = 161;

    //Eureka Dispenser 12 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser12Voltage = 162;

    //Eureka Dispenser 13 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser13Voltage = 163;

    //Eureka Dispenser 14 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser14Voltage = 164;

    //Eureka Dispenser 15 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser15Voltage = 165;

    //Eureka Dispenser 16 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser16Voltage = 166;

    //Eureka Lubricant Pump Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuLubricantPumpVoltage = 167;

    //Eureka Dispenser 1 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser1Pressure = 168;

    //Eureka Dispenser 2 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser2Pressure = 169;

    //Eureka Dispenser 3 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser3Pressure = 170;

    //Eureka Dispenser 4 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser4Pressure = 171;

    //Eureka Dispenser 5 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser5Pressure = 172;

    //Eureka Dispenser 6 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser6Pressure = 173;

    //Eureka Dispenser 7 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser7Pressure = 174;

    //Eureka Dispenser 8 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser8Pressure = 175;

    //Eureka Lubricant Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuLubricantPressure = 176;

    //Eureka Mid Tank 1 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank1Level = 177;

    //Eureka Mid Tank 2 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank2Level = 178;

    //Eureka Mid Tank 3 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank3Level = 179;

    //Eureka Mid Tank 4 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank4Level = 180;

    //Eureka Mid Tank 5 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank5Level = 181;

    //Eureka Mid Tank 6 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank6Level = 182;

    //Eureka Mid Tank 7 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank7Level = 183;

    //Eureka Mid Tank 8 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank8Level = 184;

    //Eureka Chiller Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuChillerTemperature = 185;

    //Eureka Head Right Air Flow (Min = 0, Max = 100, PPF = 10)
    repeated double EuHeadRightAirFlow = 186;

    //Eureka Head Left Air Flow (Min = 0, Max = 100, PPF = 10)
    repeated double EuHeadLeftAirFlow = 187;

    //Eureka Head Right Voltage (Min = 0, Max = 100, PPF = 10)
    repeated double EuHeadRightVoltage = 188;

    //Eureka Head Left Voltage (Min = 0, Max = 100, PPF = 10)
    repeated double EuHeadLeftVoltage = 189;

    //Eureka Dryer Air Flow (Min = 0, Max = 100, PPF = 10)
    repeated double EuDryerAirFlow = 190;

    //Eureka Blower Voltage (Min = 0, Max = 100, PPF = 10)
    repeated double EuBlowerVoltage = 191;

    //Eureka Waste Level (Min = 0, Max = 9, PPF = 10)
    repeated double EuWasteLevel = 192;

    //Eureka Spare 1 (Min = 0, Max = 10000, PPF = 10)
    repeated double EuSpare1 = 193;

    //Eureka Spare 2 (Min = 0, Max = 10000, PPF = 10)
    repeated double EuSpare2 = 194;

    //Eureka Spare 3 (Min = 0, Max = 10000, PPF = 10)
    repeated double EuSpare3 = 195;

    //Eureka Spare 4 (Min = 0, Max = 10000, PPF = 10)
    repeated double EuSpare4 = 196;

    //Eureka BTSR 5 Tension (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr5DispAv = 197;

    //Eureka BTSR 6 Tension (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr6DispAv = 198;

    //Eureka BTSR 7 Tension (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr7DispAv = 199;

    //Eureka BTSR 8 Tension (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr8DispAv = 200;

    //Eureka BTSR 5 Peak Max (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr5PeakMax = 201;

    //Eureka BTSR 6 Peak Max (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr6PeakMax = 202;

    //Eureka BTSR 7 Peak Max (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr7PeakMax = 203;

    //Eureka BTSR 8 Peak Max (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr8PeakMax = 204;

    //Eureka BTSR 5 Peak Min (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr5PeakMin = 205;

    //Eureka BTSR 6 Peak Min (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr6PeakMin = 206;

    //Eureka BTSR 7 Peak Min (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr7PeakMin = 207;

    //Eureka BTSR 8 Peak Min (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr8PeakMin = 208;

    //Eureka BTSR 5 Speed (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr5Speed = 209;

    //Eureka BTSR 6 Speed (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr6Speed = 210;

    //Eureka BTSR 7 Speed (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr7Speed = 211;

    //Eureka BTSR 8 Speed (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr8Speed = 212;

    //Eureka BTSR 5 Speed Average (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr5SpeedAv = 213;

    //Eureka BTSR 6 Speed Average (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr6SpeedAv = 214;

    //Eureka BTSR 7 Speed Average (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr7SpeedAv = 215;

    //Eureka BTSR 8 Speed Average (Min = 0, Max = 100, PPF = 10)
    repeated double EuBtsr8SpeedAv = 216;

    //Eureka Dispenser 17 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser17Voltage = 217;

    //Eureka Dispenser 18 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser18Voltage = 218;

    //Eureka Dispenser 19 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser19Voltage = 219;

    //Eureka Dispenser 20 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser20Voltage = 220;

    //Eureka Dispenser 21 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser21Voltage = 221;

    //Eureka Dispenser 22 Voltage (Min = 0, Max = 1000, PPF = 10)
    repeated double EuDispenser22Voltage = 222;

    //Eureka Dispenser 9 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser9Pressure = 223;

    //Eureka Dispenser 10 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser10Pressure = 224;

    //Eureka Dispenser 11 Pressure (Min = 0, Max = 100, PPF = 10)
    repeated double EuDispenser11Pressure = 225;

    //Eureka Mid Tank 9 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank9Level = 226;

    //Eureka Mid Tank 10 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank1Level0 = 227;

    //Eureka Mid Tank 11 Level (Min = 0, Max = 100, PPF = 10)
    repeated double EuMidTank1Level1 = 228;

    //Eureka Pump 1 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump1Current = 229;

    //Eureka Pump 2 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump2Current = 230;

    //Eureka Pump 3 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump3Current = 231;

    //Eureka Pump 4 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump4Current = 232;

    //Eureka Pump 5 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump5Current = 233;

    //Eureka Pump 6 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump6Current = 234;

    //Eureka Pump 7 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump7Current = 235;

    //Eureka Pump 8 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump8Current = 236;

    //Eureka Pump 9 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump9Current = 237;

    //Eureka Pump 10 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump10Current = 238;

    //Eureka Pump 11 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump11Current = 239;

    //Eureka Pump 12 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump12Current = 240;

    //Eureka Pump 13 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump13Current = 241;

    //Eureka Pump 14 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump14Current = 242;

    //Eureka Pump 15 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump15Current = 243;

    //Eureka Pump 16 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump16Current = 244;

    //Eureka Pump 17 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump17Current = 245;

    //Eureka Pump 18 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump18Current = 246;

    //Eureka Pump 19 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump19Current = 247;

    //Eureka Pump 20 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump20Current = 248;

    //Eureka Pump 21 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump21Current = 249;

    //Eureka Pump 22 Current (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump22Current = 250;

    //Eureka Waste Pump Voltage (Min = 0, Max = 100, PPF = 10)
    repeated double EuWastePumpVoltage = 251;

    //Eureka Dryer Outgoinging Air flow (Min = 0, Max = 100, PPF = 10)
    repeated double EuDryerOutgoingAirflow = 252;

    //Eureka Dryer Incoming Voltage (Min = 0, Max = 100, PPF = 10)
    repeated double EuDryerIncomingVoltage = 253;

    //Eureka Dryer Outgoinging Voltage (Min = 0, Max = 100, PPF = 10)
    repeated double EuDryerOutgoingVoltage = 254;

    //Eureka Dryer Air Temperature (Min = 0, Max = 300, PPF = 10)
    repeated double EuDryerAirTemperature = 255;

    //Eureka Pump 1 Card Temperature (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump1CardTemperature = 256;

    //Eureka Pump 2 Card Temperature (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump2CardTemperature = 257;

    //Eureka Pump 3 Card Temperature (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump3CardTemperature = 258;

    //Eureka Pump 4 Card Temperature (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump4CardTemperature = 259;

    //Eureka Pump 5 Card Temperature (Min = 0, Max = 100, PPF = 10)
    repeated double EuPump5CardTemperature = 260;

    //Eureka Waste Jerrican Weight (Min = 0, Max = 5000, PPF = 1)
    repeated double EuWasteJerricanWeight = 261;

    //Eureka Waste Front Pump Current (Min = 0, Max = 1000, PPF = 1)
    repeated double EuWasteFrontPumpCurrent = 262;

    //Eureka Waste Rear Pump Current (Min = 0, Max = 1000, PPF = 1)
    repeated double EuWasteRearPumpCurrent = 263;

}