PLUS+1 GUIDE Software J1939 Function Blocks Library

Transcription

1 MAKING MODERN LIVING POSSIBLE User Manual PLUS+1 GUIDE Software J1939 Function Blocks Library powersolutions.danfoss.com

2 Revision history Table of revisions Date Changed Rev July 2015 ED Rev ED July 2015

3 Contents Library Introduction J Structure... 9 Fault and Status Outputs...9 Fault and Status... 9 AAI_Rx Auxiliary Analog Information Receiver Description Inputs...10 Outputs...10 AMB_Rx Ambient Conditions Receiver Description Inputs...12 Outputs...12 AT1S_Rx - Aftertreatment 1 Service Receiver Description Inputs...14 Outputs...14 AT1T1I_Rx Aftertreatment 1 Diesel Exhaust Fluid Tank 1 Information Description Inputs...16 Outputs...16 AT2S_Rx Aftertreatment 2 Service Receiver Description Inputs...18 Outputs...18 BJM1_Rx Basic Joystick Message 1 Receiver Description Inputs...20 Outputs...20 BJM2_Rx Basic Joystick Message 2 Receiver Description Inputs...22 Outputs...22 CCVS1_Rx Cruise Control/Vehicle Speed 1 Receiver Description Inputs...24 Outputs...24 CM1_Rx Cab Message 1 Receiver Description Inputs...27 Outputs...27 DD_Rx Dash Display Receiver Description Inputs...30 Outputs...30 DPFC1_Rx Diesel Particulate Filter Control 1 Receiver Description Inputs...32 Outputs...32 EBC1_Rx Electronic Brake Controller 1 Receiver Description Inputs...35 Outputs Rev ED July

4 Contents EEC1_Rx Electronic Engine Controller 1 Receiver Description Inputs...37 Outputs...37 EEC2_Rx Electronic Engine Controller 2 Receiver Description Inputs...39 Outputs...39 EEC3_Rx Electronic Engine Controller 3 Receiver Description Inputs...41 Outputs...41 EFL_P1_Rx - Engine Fluid Level/Pressure 1 Receiver Description Inputs...43 Outputs...43 EFL_P2_Rx Engine Fluid Level/Pressure 2 Receiver Description Inputs...45 Outputs...45 EJM1_Rx Extended Joystick Message 1 Receiver Description Inputs...46 Outputs...46 EJM2_Rx Extended Joystick Message 2 Receiver Description Inputs...48 Outputs...48 ET1_Rx Engine Temperature 1 Receiver Description Inputs...50 Outputs...50 ET2_Rx Engine Temperature 2 Receiver Description Inputs...52 Outputs...52 ET3_Rx Engine Temperature 3 Receiver Description Inputs...53 Outputs...53 ETC1_Rx Electronic Transmission Controller 1 Receiver Description Inputs...54 Outputs...54 ETC2_Rx Electronic Transmission Controller 2 Receiver Description Inputs...56 Outputs...56 ETC5_Rx Electronic Transmission Controller 5 Receiver Description Inputs...58 Outputs Rev ED July 2015

5 Contents FD_Rx Fan Drive Receiver Description Inputs...59 Outputs...60 HOURS_Rx Engine Hours, Revolutions Receiver Description Inputs...61 Outputs...61 IC1_Rx Intake/Exhaust Conditions 1 Receiver Description Inputs...62 Outputs...62 IMT1_Rx Intake Manifold Information 1 Receiver Description Inputs...64 Outputs...64 LFC_Rx - Fuel Consumption (Liquid) Receiver Description Inputs...65 Outputs...65 LFE_Rx Fuel Economy (Liquid) Receiver Description Inputs...66 Outputs...66 LFI_Rx Fuel Information (Liquid) Receiver Description Inputs...68 Outputs...68 OI_Rx Operator Indicators Description Inputs...69 Outputs...69 SHUTDN_Rx Shutdown Receiver Description Inputs...70 Outputs...70 TCO1_Rx Tachograph 1 Receiver Description Inputs...73 Outputs...73 TD_Rx Time/Date Receiver Description Inputs...75 Outputs...75 TRF1_Rx Transmission Fluids 1 Receiver Description Inputs...77 Outputs...77 VD_Rx Vehicle Distance Receiver Description Outputs...79 VDS_Rx Vehicle Direction/Speed Receiver Rev ED July

6 Contents Description Inputs...80 Outputs...80 VEP_Rx Vehicle Electrical Power Receiver Description Inputs...81 Outputs...81 VF_Rx Vehicle Fluids Receiver Description Inputs...83 Outputs...83 VP_Rx Vehicle Position Receiver Description Inputs...84 Outputs...84 AT1T1I_Tx Aftertreatment 1 Diesel Exhaust Fluid Tank 1 Information Description Inputs...85 Outputs...86 CCVS1_Tx Cruise Control/Vehicle Speed 1 Transmitter Description Inputs...87 Outputs...90 CM1_Tx Cab Message 1 Transmitter Description Inputs...91 Outputs...93 DD_Tx Dash Display Transmitter Description Inputs...94 Outputs...95 DPFC1_Tx Diesel Particulate Filter Control 1 Transmitter Description Inputs...96 Outputs EBC1_Tx Electronic Brake Controller 1 Transmitter Description Inputs Outputs EEC1_Tx Electronic Engine Controller 1 Transmitter Description Inputs Outputs ETC2_Tx Electronic Transmission Controller 2 Transmitter Description Inputs Outputs ETC5_Tx Electronic Transmission Controller 5 Transmitter Description Inputs Outputs OI_Tx Operator IndicatorsTransmitter Rev ED July 2015

7 Contents Description Inputs Outputs SHUTDN_Tx Shutdown Transmitter Description Inputs Outputs TRF2_Tx Transmission Fluids 2 Transmitter Description Inputs Outputs TSC1_Tx Torque/Speed Control 1 Transmitter Description Inputs Outputs Req_DM2_Tx Request Diagnostic Message 2 Transmitter Description Inputs Outputs Req_HOURS_Tx Request Engine Hours, Revolutions Transmitter Description Inputs Outputs Req_LFC_Tx Request Fuel Consumption (Liquid) Transmitter Description Inputs Outputs Req_LFI_Tx Request Fuel Information (Liquid) Transmitter Description Inputs Outputs Req_NAMES_Tx Request NAMES Transmitter Description Inputs Outputs Req_PGN_Rx Request PGN Receiver Description Inputs Outputs Req_PGN_Tx Request PGN Transmitter Description Inputs Outputs Req_VDS_Tx Request Vehicle Direction/Speed Transmitter Description Inputs Outputs Req_VEP_Tx Request Vehicle Electrical Power Transmitter Description Inputs Outputs Addr_Claim_Tx_Rx Address Claim Transmitter and Receiver Rev ED July

8 Contents Description Inputs Outputs NAMES_Rx NAMES Receiver Description Inputs Outputs NACK_Tx_Rx Negative Acknowledge Transmitter Description Inputs Outputs PMI_Tx_Rx Proprietary Method Transmitter and Receiver Description Inputs Outputs TransProtocol_Tx Transportation Protocol Transmitter Description Inputs Outputs DM1_Rx Diagnostic Message 1 Receiver Description Inputs Outputs DM2_Rx Diagnostic Message 2 Receiver Description Inputs Outputs DM1_DM2_Tx_Rx Diagnostic Message 1 and 2 Transmitter Description Inputs Outputs DM1_Tx Diagnostic Message 1 Transmitter Description Inputs Outputs DM2_Tx Diagnostic Message 2 Transmitter Description Inputs Outputs DM3_Tx Diagnostic Message 3 Transmitter Description Inputs Outputs DM13_Rx Diagnostic Message 13 Receiver Description Inputs Outputs Rev ED July 2015

9 Library Introduction J1939 The SAE J1939 protocol is a vehicle communications bus standard with designed for use in the off highway and heavy truck markets. Standards documents can be obtained through SAE International. Structure The function blocks in this library are organized into several types: PGN Receivers Designed to receive J1939 application data that is broadcasted onto the CAN bus. Reference information can be found in SAE J PGN Transmitters Designed to transmit J1939 application data onto the CAN bus. Reference information can be found in SAE J PGN Requesters Designed to transmit requests for J1939 application data. Reference information can be found in SAE J Network Management Designed to manage the various devices on the network. Typical tasks include claiming a network source address and tracking the source address of other devices. Reference information can be found in SAE J Diagnostics Designed to support the various diagnostic needs of the system. Reference information can be found in SAE J Not all messages defined by J1939 are implemented in the library. This collection contains some of the more commonly used messages in the off highway and heavy truck industries. An application can use the AddrClaim_Tx_Rx function block to determine its J1939 address. The Address and Claimed output of this block can be used to drive enable and address inputs for the transmitting blocks in the library. Fault and Status Outputs Fault and Status For most PGN receive function blocks, there are two sub-busses within the MSG output data bus. The Fault bus contains a duplicate set of signals of the MSG bus, but appended with _Flt. If there is an error indicated for a particular signal, the corresponding _Flt signal is true. Please note that this error code is sent in place of the actual data and is not related to receiving DM1 data. This signal will be true no matter which specific error code is sent. The Status bus contains a duplicate set of signals of the MSG bus, but appended with _NA. If data is not available for a particular signal, the corresponding _NA signal is true. Not all signals have _Flt or _NA counterparts. This occurs when the standard does not define this information for a signal or in some cases the error information defined is of a complex nature that is better handled in a different way Rev ED July

10 AAI_Rx Auxiliary Analog Information Receiver Description This function block receives the AAI message defined by J It provides data signals scaled to application-compatible formats as well as informing when data is not available or has an error. PGN: (0xFE8C) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_AAI signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs AuxTemp1 S Auxiliary Temperature 1 [ C] AuxTemp2 S Auxiliary Temperature 2 [ C] AuxPress1 U Auxiliary Pressure 1 [kpa] AuxPress2 U Auxiliary Pressure 2 [kpa] AuxLevel U Auxiliary Level [0.1 mm] RelHumidity U Relative Humidity [0.01 %] Rx_AAI Boolean True during the first program cycle that new data is received Rev ED July 2015

11 AAI_Rx Auxiliary Analog Information Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

12 AMB_Rx Ambient Conditions Receiver Description This function block receives the AMB message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEF5) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_AMB signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs BarometricP U Barometric Pressure [0.1 kpa] CabIntTemp S AmbientTemp S Cab Interior Temperature [ C] Ambient Air Temperature [ C] EngAirInletT S Engine Air Inlet Temperature [ C] RoadSurfaceT S Road Surface Temperature [ C] Rx_AMB Boolean True during the first program cycle that new data is received Rev ED July 2015

13 AMB_Rx Ambient Conditions Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

14 AT1S_Rx - Aftertreatment 1 Service Receiver Description This function block receives the AT1S message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFD7B) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_AT1S signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs SootLoad1Pct U Diesel Particulate Filter 1 Soot Load Percent [%] AshLd1Pct U Diesel Particulate Filter 1 Ash Load Percent [%] TmSinceRegen1 U Diesel Particulate Filter 1 Time Since Last Active Regeneration [s] StLdRegenThr1 U Aftertreatment 1 Diesel Particulate Filter Soot Load Regeneration Threshold [ %] Rx_AT1S Boolean True during the first program cycle that new data is received Rev ED July 2015

15 AT1S_Rx - Aftertreatment 1 Service Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

16 AT1T1I_Rx Aftertreatment 1 Diesel Exhaust Fluid Tank 1 Information Description This function block receives the AT1T1I_Rx message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFE56) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_AT1T1I signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs Level U Aftertreatment 1 Diesel Exhaust Fluid Tank 1 Level [0.01%] Temperature S Aftertreatment 1 Diesel Exhaust Fluid Tank 1 Temperature 3031 Level_2 U Aftertreatment 1 Diesel Exhaust Fluid Tank Level LevelPrelimFM1 U Aftertreatment 1 Diesel Exhaust Fluid Tank Level Preliminary FMI 3532 LowLevelIndicator U8 0 7 Aftertreatment 1 Diesel Exhaust Fluid Tank 1 Low Level Indicator 5245 TempPrelimFMI U Aftertreatment 1 Diesel Exhaust Fluid Tank 1 Temperature Preliminary FMI SCROperInducSeverity U8 0 7 Aftertreatment SCR Operator Inducement Severity 5346 Heater U Aftertreatment SCR Operator Inducement Tank 1 Heater [0.01%] HeaterPrelimFMI U Aftertreatment SCR Operator Inducement Tank 1 Heater Preliminary FMI Rx_AT1T1I Bool True the first cycle in which the function block receives new data. False the function block has not received new data Rev ED July 2015

17 AT1T1I_Rx Aftertreatment 1 Diesel Exhaust Fluid Tank 1 Information Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

18 AT2S_Rx Aftertreatment 2 Service Receiver Description This function block receives the AT2S message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFD7A) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_AT2S signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs SootLoad2Pct U Diesel Particulate Filter 2 Soot Load Percent [%] AshLd2Pct U Diesel Particulate Filter 2 Ash Load Percent [%] TmSinceRegen2 U Diesel Particulate Filter 2 Time Since Last Active Regeneration [s] StLdRegenThr2 U Aftertreatment 2 Diesel Particulate Filter Soot Load Regeneration Threshold [ %] Rx_AT2S Boolean True during the first program cycle that new data is received Rev ED July 2015

19 AT2S_Rx Aftertreatment 2 Service Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

20 BJM1_Rx Basic Joystick Message 1 Receiver Description This function block receives the BJM1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFDD6) CAN message timeout detection is included in this function block. This block reports all signals as Not Available previous to receiving data from the joystick when the application starts. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Time Out U The Time Out parameter is located on the inside of this function block. If this function block receives no message within the time set by this parameter, it: Sets all its Fault signals to true. Then holds these Fault signals true until it receives another message. Outputs Function Block Outputs JS1_X_Axis_Psn S Joystick 1 X-Axis Position [0.01%] JS1_Y_Axis_Psn S Joystick 1 Y-Axis Position [0.01%] JS1_X_Axis_Det Boolean Joystick 1 X-Axis Detent Position Status 2680 JS1_Y_Axis_Det Boolean Joystick 1 Y-Axis Detent Position Status 2681 JS1_Btn1 Boolean Joystick 1 Button 1 Pressed Status 2685 JS1_Btn2 Boolean Joystick 1 Button 2 Pressed Status 2686 JS1_Btn3 Boolean Joystick 1 Button 3 Pressed Status 2687 JS1_Btn4 Boolean Joystick 1 Button 4 Pressed Status 2688 JS1_Btn5 Boolean Joystick 1 Button 5 Pressed Status Rev ED July 2015

21 BJM1_Rx Basic Joystick Message 1 Receiver Function Block Outputs (continued) JS1_Btn6 Boolean Joystick 1 Button 6 Pressed Status 2690 JS1_Btn7 Boolean Joystick 1 Button 7 Pressed Status 2691 JS1_Btn8 Boolean Joystick 1 Button 8 Pressed Status 2692 JS1_Btn9 Boolean Joystick 1 Button 9 Pressed Status 2693 JS1_Btn10 Boolean Joystick 1 Button 10 Pressed Status 2694 JS1_Btn11 Boolean Joystick 1 Button 11 Pressed Status 2695 JS1_Btn12 Boolean Joystick 1 Button 12 Pressed Status 2696 Rx_BJM1 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

22 BJM2_Rx Basic Joystick Message 2 Receiver Description This function block receives the BJM2 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFDD8) CAN message timeout detection is included in this function block. This block reports all signals as Not Available previous to receiving data from the joystick when the application starts. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Time Out U The Time Out parameter is located on the inside of this function block. If this function block receives no message within the time set by this parameter, it: Sets all its Fault signals to true. Then holds these Fault signals true until it receives another message. Outputs Function Block Outputs JS2_X_Axis_Psn S Joystick 2 X-Axis Position [0.01%] JS2_Y_Axis_Psn S Joystick 2 Y-Axis Position [0.01%] JS2_X_Axis_Det Boolean Joystick 2 X-Axis Detent Position Status 2717 JS2_Y_Axis_Det Boolean Joystick 2 Y-Axis Detent Position Status 2718 JS2_Btn1 Boolean Joystick 2 Button 1 Pressed Status 2722 JS2_Btn2 Boolean Joystick 2 Button 2 Pressed Status 2723 JS2_Btn3 Boolean Joystick 2 Button 3 Pressed Status 2724 JS2_Btn4 Boolean Joystick 2 Button 4 Pressed Status 2725 JS2_Btn5 Boolean Joystick 2 Button 5 Pressed Status Rev ED July 2015

23 BJM2_Rx Basic Joystick Message 2 Receiver Function Block Outputs (continued) JS2_Btn6 Boolean Joystick 2 Button 6 Pressed Status 2727 JS2_Btn7 Boolean Joystick 2 Button 7 Pressed Status 2728 JS2_Btn8 Boolean Joystick 2 Button 8 Pressed Status 2729 JS2_Btn9 Boolean Joystick 2 Button 9 Pressed Status 2730 JS2_Btn10 Boolean Joystick 2 Button 10 Pressed Status 2731 JS2_Btn11 Boolean Joystick 2 Button 11 Pressed Status 2732 JS2_Btn12 Boolean Joystick 2 Button 12 Pressed Status 2733 Rx_BJM2 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

24 CCVS1_Rx Cruise Control/Vehicle Speed 1 Receiver Description This function block receives the CCVS1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEF1) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_CCVS1 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs BrakeSwitch Boolean Brake Switch. 597 ClutchSwitch Boolean Clutch Switch. 598 CrCtrlSetSpd U Cruise Control Set Speed. [kph] CrsCtrlAccel Boolean Cruise Control Accelerate Switch. 602 CrsCtlCoast Boolean Cruise Control Coast Switch. 600 CrsCtlPause Boolean Cruise Control Pause Switch CrsCtrlResume Boolean Cruise Control Resume Switch. 601 CrsCtrlSetSw Boolean Cruise Control Set Switch Rev ED July 2015

25 CCVS1_Rx Cruise Control/Vehicle Speed 1 Receiver Function Block Outputs (continued) CrsCtrlState Boolean 0 6 Cruise control state: 0 = Off/Disabled 1 = Hold. 2 = Accelerate. 3 = Decelerate. 4 = Resume. 5 = Set. 6 = Accelerator override. CrsCtlAct Boolean Cruise Control Active. 595 CrsCtrlEnbl Boolean Cruise Control Enable Switch. 596 EngIdleDecSw Boolean Engine Idle Decrement Switch. 967 EngIdleIncSw Boolean Engine Idle Increment Switch. 968 EngShtDwOvSw Boolean Engine Shutdown Override Switch EngTestModSw Boolean Engine Test Mode Switch. 966 PTOState U PTO governor state: 0 = Off/Disabled. 1 = Hold. 2 = Remote Hold. 3 = Standby. 4 = Remote Standby. 5 = Set. 6 = Decelerate/Coast. 7 = Resume. 8 = Accelerate. 9 = Accelerator Override. 10 = Preprogrammed set speed = Preprogrammed set speed = Preprogrammed set speed = Preprogrammed set speed = Preprogrammed set speed = Preprogrammed set speed = Preprogrammed set speed = Preprogrammed set speed = PTO set speed memory = PTO set speed memory 2. ParkBrakeSw Boolean Park Brake Switch. 70 PrkBrkRelInh Boolean Park Brake Release Inhibit Request TwoSpdAxelSw Boolean Two-Speed Axle Switch. 69 WhlBasedVSpd U Wheel Based Vehicle Speed. [0.001 kph] Rx_CCVS1 Boolean True during the first program cycle that new data is received Rev ED July

26 CCVS1_Rx Cruise Control/Vehicle Speed 1 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

27 CM1_Rx Cab Message 1 Receiver Description This function block receives the CM1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xE000) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_CM1 signal. J prescribes priorities for SPNs 3695 and This function block only reports the transmitted values of these signals and does not enforce any prioritization. The CM1 message can be sent to a single node (point-to-point) or all nodes on the CAN bus (broadcast). If more than one CM1_Rx function blocks are used in a single GUIDE application, only the first block will receive and process the broadcast message. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Destination J1939 address of the receiver (this device). It is the destination address of the incoming message. Outputs Function Block Outputs ReqPercntFanSpd U Requested Percent Fan Speed [0.01%] CabInterTmpCmd S Cab Interior Temperature Command [ C] AuxlHeatCoolPmpReq U8 0 3 Auxiliary Heater Coolant Pump Request: 0 = Deactivate water pump 1 = Activate water pump 2 = Reserved 3 = Do not care/take no action Rev ED July

28 CM1_Rx Cab Message 1 Receiver Function Block Outputs (continued) BatMainSwHldReq U8 0 3 Battery Main Switch Hold Request: 0 = Release Battery Main Switch 1. 1 = Hold Battery Main Switch. 2 = Undefined. 3 = Do not care/take no action. OperStDirSw Boolean Operator Seat Direction Switch 1714 StBeltSw Boolean Seat Belt Switch 1856 PrkBrkCmd U8 0 3 Park Brake Command: 0 = Park Brake apply not requested. 1 = Park Brake apply requested. 2 = Reserved. 3 = Do not care/take no action. VehLmtSpdGovrnDecSw Boolean Vehicle Limiting Speed Governor Decrement Switch 1655 VehLmtSpdGovrnIncSw Boolean Vehicle Limiting Speed Governor Increment Switch 1654 VehLmtSpdGovrnEnSw Boolean Vehicle Limiting Speed Governor Enable Switch 1653 DslPartFiltRegnInhbtSw Boolean Diesel Particulate Filter Regeneration Inhibit Switch 3695 DslPartFiltRegnForceSw Boolean Diesel Particulate Filter Regeneration Force Switch 3696 AutoGrShifEnSw Boolean Automatic Gear Shifting Enable Switch 1666 EngAutoStartEnSw Boolean Engine Automatic Start Enable Switch 1656 AuxlHeatModReq U Auxiliary Heater Mode Request: 0 = De-activate auxiliary heater. 1 = Off due to ADR per European Regulations for Transport of hazardous materials. 2 = Economy mode. 3 = Normal mode = Not defined. 14 = Reserved. 15 = Do no't care/take no action. ReqEngZonHeat U8 0 3 Request Engine Zone Heating: 0 = Do not heat engine zone. 1 = Heat engine zone. 2 = Reserved. 3 = Do not care/take no action. ReqCabZonHeat U8 0 3 Request Cab Zone Heating: 0 = Do not heat cab engine zone. 1 = Heat engine zone. 2 = Reserved. 3 = Do no't care/take no action. SelctMaxVehSpdLmt U8 0 7 Selected Maximum Vehicle Speed Limit 2596 Rx_CM1 Boolean True during the first program cycle that new data is received. CM1_Source U J1939 address of the transmitting device Rev ED July 2015

29 CM1_Rx Cab Message 1 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

30 DD_Rx Dash Display Receiver Description This function block receives the DD message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEFC) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_DD signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs WashFluidLev U Washer Fluid Level [0.01 %] FuelLevel U Fuel Level 1 [0.01 %] FuelFltDifP U Engine Fuel Filter Differential Pressure [0.1 kpa] OilFiltDifP U Engine Oil Filter Differential Pressure [0.1 kpa] CargoAmbTemp S FuelLevel2 U Fuel Level 1 [0.01 %] Cargo Ambient Temperature [ C] Rx_DD Boolean True during the first program cycle that new data is received Rev ED July 2015

31 DD_Rx Dash Display Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

32 DPFC1_Rx Diesel Particulate Filter Control 1 Receiver Description This function block receives the DPFC1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFD7C) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_DPFC1 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs DPFLampCmd U8 0 6 Diesel Particulate Filter Lamp Command: 0 = Off. 1 = On solid. 2 = Reserved for SAE assignment. 3 = Reserved for SAE assignment. 4 = On fast blink (1 HZ). 5 = Reserved for SAE assignment. 6 = Reserved for SAE assignment DPFPasvRegenStat Boolean Diesel Particulate Filter Passive Regeneration Status 3699 DPFActvRegenStat U8 0 3 Diesel Particulate Filter Active Regeneration Status: 0 = Not active. 1 =active. 2 = Regeneration needed - automatically initiated active regeneration imminent Rev ED July 2015

33 DPFC1_Rx Diesel Particulate Filter Control 1 Receiver Function Block Outputs (continued) DPFFilterStat U8 0 6 Diesel Particulate Filter Status: 0 = Regeneration not needed 1 = Regeneration needed - lowest level. 2 = Regeneration needed - moderate level. 3 = Regeneration needed - highest level. 4 = Reserved for SAE assignment. 5 = Reserved for SAE assignment. 6 = Reserved for SAE assignment ActRegenInhStat Boolean Diesel Particulate Filter Active Regeneration Inhibited Status 3702 ActRegenInhDueToSw Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Inhibit Switch ActRegenInhDueToCltch Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Clutch Disengaged ActRegenInhDueToSvcBrk Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Service Brake Active ActRegenInhDueToPTO Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to PTO Active ActRegenInhDueToAcc Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Accelerator Pedal Off Idle ActRegenInhDueToNeut Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Out of Neutral ActRegenInhDueToSpdAbv Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Vehicle Speed Above Allowed Speed ActRegenInhDueToPkBrk Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Parking Brake Not Set ActRegenInhDueToLowGasT Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Low Exhaust Gas Temperature ActRegenInhDueToSysFlt Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to System Fault Active ActRegenInhDueToSysTO Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to System Timeout ActRegenInhDueToTmpLO Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Temporary System Lockout ActRegenInhDueToPrmLO Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Permanent System Lockout ActRegenInhDueToEngNotWrm Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Engine Not Warmed Up ActRegenInhDueToSpdBel Boolean Diesel Particulate Filter Active Regeneration Inhibited Due to Vehicle Speed Below Allowed Speed ActRegenInitConfig Boolean Diesel Particulate Filter Automatic Active Regeneration Initiation Configuration ExhHighTLampCmd U8 0 6 Exhaust System High Temperature Lamp Command: 0 =Off. 1 = On solid. 2 = Reserved for SAE assignment. 3 = Reserved for SAE assignment. 4 = Reserved for SAE assignment. 5 = Reserved for SAE assignment. 6 = Reserved for SAE assignment Rev ED July

34 DPFC1_Rx Diesel Particulate Filter Control 1 Receiver Function Block Outputs (continued) ActRegenForcedStat U8 0 6 Diesel Particulate Filter Active Regeneration Forced Status: 0 = Not Active. 1 = Active Forced by Switch. (See SPN 3696). 2 = Active Forced by Service Tool. 3 = Reserved for SAE Assignment. 4 = Reserved for SAE Assignment. 5 = Reserved for SAE Assignment. 6 = Reserved for SAE Assignment. HCDPurgEn U8 0 3 Hydrocarbon Doser(HCD) Purging Enable 5504 ActRegenInhDueToLowGasP U8 0 3 Diesel Particulate Filter Active Regeneration Inhibited Due to Low Exhaust Gas Pressure NotMetForActRegen U8 0 3 Diesel Particulate Filter 1 Conditions Not Met for Active Regeneration Rx_DPFC1 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

35 EBC1_Rx Electronic Brake Controller 1 Receiver Description This function block receives the EBC1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xF001) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_EBC1 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs ASREngCtrlAct U8 0 2 ASR Engine Control Active: 0 = ASR engine control passive but installed. 1 = ASR engine control active. 2 = Reserved. ASRBrkCtrlAct U8 0 2 ASR Brake Control Active: 0 = ASR brake control passive but installed. 1 = ASR brake control active. 2 = Reserved. ABSActive U8 0 2 ABS Brake Control Active: 0 = ABS passive but installed. 1 = ABS active. 2 = Reserved. EBSBrakeSw Boolean EBS Brake Switch 1121 BrakePedalPsn U Brake Pedal Position [0.01 %] ABS Off-road Switch Boolean ABS Off-road Switch Rev ED July

36 EBC1_Rx Electronic Brake Controller 1 Receiver Function Block Outputs (continued) ABS Off-road Switch Boolean ASR Off-road Switch 576 ASRHillHoldSw Boolean ASR "Hill Holder" Switch 577 TracCtrlOvrRdSw Boolean Traction Control Override Switch 1238 AccelInterSw Boolean Accelerator Interlock Switch 972 EngDerateSw Boolean Engine Derate Switch 971 EngAuxShutDnSw Boolean Engine Auxiliary Shutdown Switch 970 RmtAccelEnblSw Boolean Remote Accelerator Enable Switch 969 EngRetarderSel U Engine Retarder Selection [0.01%] ABSFullOper U8 0 2 ABS Fully Operational: 0 = Not Fully Operational. 1 = Fully Operational. 2 = Reserved. EBSRedWarnSig U8 0 2 EBS Red Warning Signal: 0 = Off. 1 = On. 2 = Reserved. EBSABSAmbWarnSig U8 0 2 ABS/EBS Amber Warning Signal (Powered Vehicle): 0 = Off. 1 = On. 2 = Reserved. ATCASRInfoSig U8 0 2 ATC/ASR Information Signal: 0 = Off. 1 = On. 2 = Reserved. BrakeCtrlngSA U Source Address of Controlling Device for Brake Control 1481 HaltBrakeSw Boolean Halt brake switch 2911 TrailABSStat U8 0 2 Trailer ABS Status: 0 = Trailer ABS Status Information Available But Not Active. 1 = Trailer ABS Active. 2 = Reserved. TrctrMntTrailABSWarnSig U8 0 2 Tractor-Mounted Trailer ABS Warning Signal: 0 = Off. 1 = On. 2 = Reserved. Rx_EBC1 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

37 EEC1_Rx Electronic Engine Controller 1 Receiver Description This function block receives the EEC1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xF004) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_EEC1 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs ActEnginePctTorq S Actual Engine - Percent Torque [0.01 %] DrvrDmndEngTorq S Driver's Demand Engine - Percent Torque [0.01 %] EngineSpeed U Engine Speed [rpm] SrcAddrEngCtrl U Source Address of Controlling Device for Engine Control Rev ED July

38 EEC1_Rx Electronic Engine Controller 1 Receiver Function Block Outputs (continued) EngineTorqMode U Engine Torque Mode: 0 = Low idle governor/no request (default mode). 1 = Accelerator pedal/operator selection. 2 = Cruise control. 3 = PTO governor. 4 = Road speed governor. 5 = ASR control. 6 = Transmission control. 7 = ABS control. 8 = Torque limiting. 9 = High speed governor. 10 = Braking system. 11 = Remote accelerator. 12 = Service procedure. 13 = Not defined. 14 = Other. 15 = Not available. ActEnginePctTorq_HiRes U Actual Engine Percent Torque High Resolution in 0.001% Note that the resolution of this signal is limited to 0.125%. EngStartMode U Engine Starter Mode: 0 = Start not requested. 1 = Starter active, gear not engaged. 2 = Starter active, gear engaged. 3 = Start finished; starter not active after having been actively engaged (after 50ms mode goes to 0000). 4 = Starter inhibited due to engine already running. 5 = Starter inhibited due to engine not ready for start (preheating). 6 = Starter inhibited due to driveline engaged or other transmission inhibit. 7 = Starter inhibited due to active immobilizer. 8 = Starter inhibited due to starter over-temp = Reserved. 12 = Starter inhibited - reason unknown. EngDemandPctTorq S16 ±12500 Engine Demand - Percent Torque [0.01 %] Rx_EEC1 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

39 EEC2_Rx Electronic Engine Controller 2 Receiver Description This function block receives the EEC2 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xF003) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_EEC2 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs AccPed1LowIdleSw Boolean Accelerator Pedal 1 Low Idle Switch 558 AccPedKickdownSw Boolean Accelerator Pedal Kickdown Switch 559 RoadSpdLmtStat Boolean Road Speed Limit Status False = Active True = Inactive AccPed2LowIdleSw Boolean Accelerator Pedal 2 Low Idle Switch 2970 AccPed1Psn U Accelerator Pedal Position 1 91 EngPctLoadAtSpd U Engine Percent Load At Current Speed [0.01%] RemoteAccPedalPstn U Remote Accelerator Pedal Position [0.01 %] AccPed2Psn U Accelerator Pedal Position 2 [0.01 %] AccRateLmtd Boolean Vehicle Acceleration Rate Limit Status Rev ED July

40 EEC2_Rx Electronic Engine Controller 2 Receiver Function Block Outputs (continued) MmtEngMaxPwrEnFb U8 0 3 Momentary Engine Maximum Power Enable Feedback: 0 = Disabled. 1 = Supported. 2 = Reserved. 3 = Do not care. DPFThermMgmtAct U8 0 3 DPF Thermal Management Active: 0 = DPF Thermal Management is not active. 1 = DPF Thermal Management is active. 2 = Reserved. 3 = Do not care. SCRThermMgmtAct U8 0 3 SCR Thermal Management Active: 0 = SCR Thermal Management is not active. 1 = SCR Thermal Management is active. 2 = Reserved. 3 = Do not care. ActMaxPctTrq U Actual Maximum Available Engine - Percent Torque [0.01 %] EstPumpPctTrq S16 ±12500 Estimated Pumping - Percent Torque [0.01 %] Rx_EEC2 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

41 EEC3_Rx Electronic Engine Controller 3 Receiver Description This function block receives the EEC3 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEDF) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_EEC3 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs NomFricPctTorq S16 ±12500 Nominal Friction - Percent Torque [0.01 %] EngDesOpSpd U Engine's Desired Operating Speed [rpm] DesOpSpdAsAdj U Engine's Desired Operating Speed Asymmetry Adjustment Values > 125 indicate preference for higher engine speed if target speed is not possible while values < 125 indicate preference for lower engine speed. ParLossPctTorq S16 ±12500 Estimated Engine Parasitic Losses - Percent Torque [0.01 %] ExhGasMassFlw U Aftertreatment 1 Exhaust Gas Mass Flow [kg/h] IntDewPt1 Boolean Aftertreatment 1 Intake Dew Point 3237 ExhDewPt1 Boolean Aftertreatment 1 Exhaust Dew Point 3238 IntDewPt2 Boolean Aftertreatment 2 Intake Dew Point 3239 ExhDewPt2 Boolean Aftertreatment 2 Exhaust Dew Point 3240 Rx_EEC3 Boolean True during the first program cycle that new data is received Rev ED July

42 EEC3_Rx Electronic Engine Controller 3 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

43 EFL_P1_Rx - Engine Fluid Level/Pressure 1 Receiver Description This function block receives the EFL/P1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEEF) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_EFL_P1signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs EngFuelDvryPress U Engine Fuel Delivery Pressure [kpa] EngExtCrnkBlwPr U Engine Extended Crankcase Blow-by Pressure [0.01 kpa] EngineOilLevel U Engine Oil Level [0.01 %] EngineOilPress U Engine Oil Pressure [kpa] EngCrnkcasePress S Engine Crankcase Pressure [0.01 kpa] CoolantPressure U Engine Coolant Pressure [kpa] EngCoolantLevel U Engine Coolant Level [0.01 %] Rx_EFL_P1 Boolean True during the first program cycle that new data is received Rev ED July

44 EFL_P1_Rx - Engine Fluid Level/Pressure 1 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

45 EFL_P2_Rx Engine Fluid Level/Pressure 2 Receiver Description This function block receives the EFL/P2 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEDB) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_EFL_P2 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs EngInjCtrlP U Engine Injection Control Pressure [0.001 MPa] InjMetRail1P U Engine Injector Metering Rail 1 Pressure [0.001 MPa] InjTmRail1P U Engine Injector Timing Rail 1 Pressure [0.001 MPa] InjMetRail2P U Engine Injector Metering Rail 2 Pressure [0.001 MPa] Rx_EFL_P2 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

46 EJM1_Rx Extended Joystick Message 1 Receiver Description This function block receives the EJM1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFDD7) CAN message timeout detection is included in this function block. This block reports all signals as Not Available previous to receiving data from the joystick when the application starts. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Time Out U The Time Out parameter is located on the inside of this function block. If this function block receives no message within the time set by this parameter, it: Sets all its Fault signals to true. Then holds these Fault signals true until it receives another message. Outputs Function Block Outputs JS1_XGrp_Psn S16 ±10000 Joystick 1 Grip X-Axis Position [0.01 %] JS1_YGrp_Psn S16 ±10000 Joystick 1 Grip Y-Axis Position [0.01 %] JS1_T_Axis_Psn S16 ±10000 Joystick 1 Theta-Axis Position [0.01 %] JS1_XGrp_Det Boolean Joystick 1 Grip X-Detent Position Status 2682 JS1_YGrp_Det Boolean Joystick 1 Grip Y-Detent Position Status 2683 JS1_T_Axis_Det Boolean Joystick 1 Theta-Detent Position Status 2684 Rx_EJM1 Boolean True during the first program cycle that new data is received Rev ED July 2015

47 EJM1_Rx Extended Joystick Message 1 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

48 EJM2_Rx Extended Joystick Message 2 Receiver Description This function block receives the EJM2 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFDD9) CAN message timeout detection is included in this function block. This block reports all signals as Not Available previous to receiving data from the joystick when the application starts. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Time Out U The Time Out parameter is located on the inside of this function block. If this function block receives no message within the time set by this parameter, it: Sets all its Fault signals to true. Then holds these Fault signals true until it receives another message. Outputs Function Block Outputs JS2_XGrp_Psn S16 ±10000 Joystick 2 Grip X-Axis Position [0.01 %] JS2_YGrp_Psn S16 ±10000 Joystick 2 Grip Y-Axis Position [0.01 %] JS2_T_Axis_Psn S16 ±10000 Joystick 2 Theta-Axis Position [0.01 %] JS2_XGrp_Det Boolean Joystick 2 Grip X-Detent Position Status 2719 JS2_YGrp_Det Boolean Joystick 2 Grip Y-Detent Position Status 2720 JS2_T_Axis_Det Boolean Joystick 2 Theta-Detent Position Status 2721 Rx_EJM2 Boolean True during the first program cycle that new data is received Rev ED July 2015

49 EJM2_Rx Extended Joystick Message 2 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

50 ET1_Rx Engine Temperature 1 Receiver Description This function block receives the ET1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEEE) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_ET1 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs EngCoolantTemp S Engine Coolant Temperature [ C] EngineFuelTemp1 S Engine Fuel Temperature 1 [ C] EngineOilTemp1 S EngTurboOilTemp S Engine Oil Temperature 1 [ C] Engine Turbocharger Oil Temperature [ C] EngIntcoolTemp S Engine Intercooler Temperature [ C] EngIntcoolTherm U Engine Intercooler Thermostat Opening [0.01 %] Rx_ET1 Boolean True during the first program cycle that new data is received Rev ED July 2015

51 ET1_Rx Engine Temperature 1 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

52 ET2_Rx Engine Temperature 2 Receiver Description This function block receives the ET2 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEA4) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_ET2 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs EngOilTemp2 S EngECUTemp S Engine Oil Temperature 2 [ C] Engine ECU Temperature [ C] EngEGR1DiffP S Engine Exhaust Gas Recirculation 1 Differential Pressure [0.01 kpa] EngEGR1Temp S Engine Exhaust Gas Recirculation 1 Temperature [ C] Rx_ET2 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

53 ET3_Rx Engine Temperature 3 Receiver Description This function block receives the ET3 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFE69) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_ET3 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs EngIntMan1AirTempHR S EngCoolTempHR S EngInVlvActSysOilT S EngChrgAirCool1OutT S Engine Intake Manifold 1 Air Temperature (High Resolution) [ C] Engine Coolant Temperature (High Resolution) [ C] Engine Intake Valve Actuation System Oil Temperature [ C] Engine Charge Air Cooler 1 Outlet Temperature [ C] Rx_ET3 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

54 ETC1_Rx Electronic Transmission Controller 1 Receiver Description This function block receives the ETC1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xF002) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_ETC1 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs TrnDrvEngage Boolean Transmission Driveline Engaged 560 TrnTrqCnvLck Boolean Transmission Torque Converter Lockup Engaged 573 TrnShftPrcss Boolean Transmission Shift In Process 574 TrnTrqCnvLckTrsInPrs Boolean Transmission Torque Converter Lockup Transition in Process 4816 TrnOutShfSpd U Transmission Output Shaft Speed [0.1 rpm] PctCltchSlip U Percent Clutch Slip [0.01 %] EngMmtOvEnbl Boolean Engine Momentary Overspeed Enable 606 PrgShftDisbl Boolean Progressive Shift Disable 607 MmtEngMaxPwr Boolean Momentary Engine Maximum Power Enable 5015 TrnInShfSpd U Transmission Input Shaft Speed [0.1 rpm] SrcAdrTrnCtr U Source Address of Controlling Device for Transmission Control 1482 Rx_ETC1 Boolean True during the first program cycle that new data is received Rev ED July 2015

55 ETC1_Rx Electronic Transmission Controller 1 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

56 ETC2_Rx Electronic Transmission Controller 2 Receiver Description This function block receives the ETC2 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xF005) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_ETC2 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs TransCurRngCharA U Transmission Current Range, First Character [ASCII] TransCurRngCharB U Transmission Current Range, Second Character [ASCII] TransReqRngCharA U Transmission Requested Range, First Character [ASCII] TransReqRngCharB U Transmission Requested Range, Second Character [ASCII] TransSelGear S8 ±125 Transmission Selected Gear 524 TrnActGearRt U Transmission Actual Gear Ratio [0.001] TrnsCurrGear S8 ±125 Transmission Current Gear 523 Rx_ETC2 Boolean True during the first program cycle that new data is received Rev ED July 2015

57 ETC2_Rx Electronic Transmission Controller 2 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

58 ETC5_Rx Electronic Transmission Controller 5 Receiver Description This function block receives the ETC5 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEC3) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_ETC5 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs TransHighRngSensSW Boolean Transmission High Range Sense Switch 778 TransLowRngSensSW Boolean Transmission Low Range Sense Switch 779 TransRvsDirSW Boolean Transmission Reverse Direction Switch 767 TransNeutralSW Boolean Transmission Neutral Switch 604 TransFwdDirSW Boolean Transmission Forward Direction Switch 903 Rx_ETC5 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

59 FD_Rx Fan Drive Receiver Description This function block receives the FD message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEBD) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_FD signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True Rev ED July

60 FD_Rx Fan Drive Receiver Outputs Function Block Outputs EstPctFanSpd U Estimated Percent Fan Speed [0.01%] FanDriveState U Fan Drive State: 0 = Fan off. 1 = Engine system general. 2 = Excessive engine air temperature. 3 = Excessive engine oil temperature. 4 = Excessive engine coolant temperature. 5 = Excessive transmission oil temperature. 6 = Excessive hydraulic oil temperature. 7 = Default Operation. 8 = Reverse Operation. 9 = Manual control. 10 = Transmission retarder. 11 = A/C system. 12 = Timer. 13 = Engine brake. 14 = Other. 15 = Not available. FanSpeed U Fan Speed [RPM] HydrFanMtrP U Hydraulic Fan Motor Pressure [0.1 kpa] FanDrvBypsCmdStatus U Fan Drive Bypass Command Status [0.01%] Rx_FD Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

61 HOURS_Rx Engine Hours, Revolutions Receiver Description This function block receives the HOURS message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEE5) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_HOURS signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs EngTotHoursOper U Engine Total Hours of Operation [hours] EngTotalRevs U Engine Total Revolutions [1000 revolutions] Rx_HOURS Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

62 IC1_Rx Intake/Exhaust Conditions 1 Receiver Description This function block receives the IC1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEF6) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_IC1 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs PartclTrapInPres U Engine Diesel Particulate Filter Intake Pressure [0.1 kpa] IntakeMan1Pres U Engine Intake Manifold #1 Pressure [0.1 kpa] IntakeManTemp S Engine Intake Manifold 1 Temperature [ C] AirInletPres U Engine Air Intake Pressure [0.1 kpa] AirFilt1DifPres U Engine Air Filter 1 Differential Pressure [0.01 kpa] ExhaustGasTemp S Engine Exhaust Gas Temperature [ C] CoolFiltDifPres U Engine Coolant Filter Differential Pressure [0.1 kpa] Rx_IC1 Boolean True during the first program cycle that new data is received Rev ED July 2015

63 IC1_Rx Intake/Exhaust Conditions 1 Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

64 IMT1_Rx Intake Manifold Information 1 Receiver Description This function block receives the IMT1 message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEA6) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_IMT1 signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs Turbo1BoostP U Engine Turbocharger 1 Boost Pressure [0.001 kpa] Turbo2BoostP U Engine Turbocharger 2 Boost Pressure [0.001 kpa] Turbo3BoostP U Engine Turbocharger 3 Boost Pressure [0.001 kpa] Turbo4BoostP U Engine Turbocharger 4 Boost Pressure [0.001 kpa] Rx_IMT1 Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

65 LFC_Rx - Fuel Consumption (Liquid) Receiver Description This function block receives the LFC message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEE9) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_LFC signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs EngTripFuel U Engine Trip Fuel [Liter] EngTotalFuelUsed U Engine Total Fuel Used [Liter] Rx_LFC Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

66 LFE_Rx Fuel Economy (Liquid) Receiver Description This function block receives the LFE message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEF2) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_LFE signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs EngineFuelRate U Engine Fuel Rate [0.01 L/h] EngineInstEcon U Engine Instantaneous Fuel Economy [0.001 km/l] EngineAvrgEcon U Engine Average Fuel Economy [0.001 km/l] EngineThrtlePsn U Engine Throttle Valve 1 Position [0.01 %] EngineThrtlePsn2 U Engine Throttle Valve 2 Position [0.01 %] Rx_LFE Boolean True during the first program cycle that new data is received Rev ED July 2015

67 LFE_Rx Fuel Economy (Liquid) Receiver Function Block Outputs (continued) Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

68 LFI_Rx Fuel Information (Liquid) Receiver Description This function block receives the LFI message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEB3) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_LFI signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs PTOFuelUsed U Total Engine PTO Governor Fuel Used [L] TrpAvgFuelRt U Trip Average Fuel Rate [0.01 L/h] FlexFuelPt U Flexible Fuel Percentage [0.0001%] Rx_LFI Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July 2015

69 OI_Rx Operator Indicators Description This function block receives the OI message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEFF) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_OI signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs WaterInFuelInd Boolean Water In Fuel Indicator: True yes. False no. OperaShiftPrompt U8 0 3 Operator shift prompt DrivWarnSysIndcator U8 0 7 Driver Warning System Indicator Status 5825 ECSOInducedSeverity U8 0 7 Emission Control System Operator Inducement Severity Rx_OI Boolean True during the first program cycle that new data is received. Status Bus The Status bus contains information for each parameter that is transmitted in the message. If the SignalName _NA is true, then the parameter is not available from the transmitting device. The associated signal is set to its minimum defined value. Fault Bus The Fault bus contains information for each parameter that is transmitted in the message. If the SignalName _Flt is true, then the transmitting device has indicated a fault condition currently exists for the parameter. The associated signal is set to its minimum defined value Rev ED July

70 SHUTDN_Rx Shutdown Receiver Description This function block receives the SHUTDN message defined by J It provides data signals scaled to application compatible formats as well as informing when data is not available or has an error. PGN: (0xFEE4) CAN message timeout detection is not included in this function block. The application can detect this by monitoring the Rx_SHUTDN signal. Inputs Function Block Inputs Port Port Determines which physical CAN port of the hardware is used to receive the message. Use Source Boolean True only receive this message when transmitted from the address specified by Source. False receive this message from any address. Source J1939 address of the transmitting device. Only applies if Use Source is True. Outputs Function Block Outputs EISHasShutDwnEng Boolean Diesel Engine Idle Shutdown has Shutdown Engine: True yes. False no. EISDrvrAlertMode Boolean Engine Idle Shutdown Driver Alert Mode: True active. False inactive. EISTimerOverride Boolean Engine Idle Shutdown Timer Override: True active. False inactive. EISTimerState Boolean Engine Idle Shutdown Timer State: True active. False inactive. EISTimerFunc Boolean Engine Idle Shutdown Timer Function: True enabled in calibration. False disabled in calibration Rev ED July 2015