Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Reciever (name, dept., location)The CAN - BUS has the following adjustment:The node address of EDC4 is 0.The rate of transmission is 250 kBaudAfter switching power on EDC4 waits 10 sec for the other nodes before the time out diagnostic starts.During the 10 second after switching power on a receive message must be received 4 times at least, other wise there will be a time out error.When the power supply drops below 9Volt, EDC4 will admit the other nodes a time out of 30sec.A receive message can be missing 8 times in a row before a time out Error willbe generated.1. If a message of Torque Speed Control has generated the time out, theLimp Home Function will be started. If the message will be receivedagain it will not be accepted anymore by the EDC4 until the EDC4 isrestarted again.2. In case of other receive messages that generated a time out the lastreceived value will be used. If a message is received again it will beaccepted automatically.The node address for the received messages are 3. Only the request and engine stop request messages can be received from any node on the BUS. The priority, resolution, repetition rate and all other information is outlined in the CAN Specification for EDC4.Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Receive Messages.TSC1ID: 0C 00 00 03Byte 1 Control Bits SAE J1939/71, Parameter3.3.1Bit 1, 2 Override control modeBit 3, 4 Requested speed control condition ( notused)Bit 5, 6 Override control priority (not used)Bit 7, 8 Not definedByte 2,3 Requested speed / speed limit 0,125 rpm /Bit Byte 4 Requested torque / torque limit 1% /Bit, -125%OffsetByte 5-8 Not definedOverride Control Mode:00 no changes, the last mode will be usedBytes 2 to 8 will be ignored.01 set speed control, using bytes 2 and 3 for requested speedByte 4 will be ignoredno limits will be changed10 torque control mode, using byte 4 for requested torqueBytes 2 and 3 will be ignoredno limits will be changed11 setlimitsBytes 2 and 3 are the limit of speed control.Byte 4 contents the limit for torque controlPriority Bits00 HighestPriority01 HighPriority10 LowPriority11 LowestPriorityIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.DM3 Delete Passive ErrorID: 18 FE CC 03DM3:Transmission rate: if requiredData length: 0 BytesData Page: 0PDUF: 254 PDUS: 204 Priority: s. Appendix 5 Parameter groupnumber:65228 (00FECC)Source Address: External Device Nr.ID:DM11 Delete active ErrorID: 18FE D3 03DM11:Transmission rate: if requiredData length: 0 BytesData Page: 0PDUF: 254 PDUS: 211 Priority: s. Appendix 5 Parameter groupnumber:65235 (00FED3)Source Address: External Device Nr.ID:Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Engine stop requestID: 08 FF 16 xxTransmission rate: s. Appendix 5Data Length: 1 BytesData Page: 0PDUF: 255PDUS: 22Priority: s. Appendix 5Parameter groupnumber:00FF16Source Address: external Device Nr.ID:Byte 1 Engine stopEngine stop = 1 the engine will be stoppedEngine stop ≠ 1 the engine will not be stopped by this commandDM5 RequestID: 18 EA 00 xxEDC4 receives this messages as a request to send the number of faults, which have occurred once at least and are active or passive at that moment. Transmission rate: If requiredData Length: 3 BytesIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Transmit MessagesEEC1ID: 0C F0 04 00Transmission rate:Data Length: 8 BytesData Page: 0PDUF: 240PDUS: 4Priority: s. Appendix 5Parameter group number: 61444Source Address: Device-Nr. EDC4Byte 1 Status8 =engine is working at limited torque(max. torque curve)3 = engine speed governor is active14 = engine torque control ( min. max.governor) is activeByte 2 Requested engine torque in %related to Md max1%/Bit, -125% OffsetByte 3 Engine torque related toMd max1%/Bit, -125% OffsetByte 4-5 Engine speed 0,125 rpm /BitByte 6-8 Not definedThe value of Byte 3 is the actual engine torque in percent of the reference engine torque of the message engine configuration.The torque values of Byte 3, TSC1 and the points 1 to 5 of the message engine configuration are directly comparable to each other because of the same reference value.Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.EEC2ID: 0C F0 03 00Transmission rate: s. Appendix 5Data Length: 8 BytesData Page: 0PDUF: 240PDUS: 3Priority: s. Appendix 5Parameter group number: 61443Source Address: Device Nr. EDC4Byte 1 Status not defined (FF)Byte 2 Pedal position 0,4 %/BitByte 3 Engine torque related to maxengine torque at engine speed0,4 %/BitByte 4-8 Not definedThe value of Byte 3 is the actual engine torque in percent of the maximum available engine torque at the actual engine speed.Fuel EconomyID: 18 FE F2 00Data Length: 8 BytesData Page: 0PDUF: 254PDUS: 242Priority: s. Appendix 5Parameter group number: 65266 (00FEF2 H)Source Address: Device Nr. EDC4ID:Byte 1-2 Fuel rate 0,05 L/h /BitByte 3,4 Instantaneous fuel economy km/lByte 5-8 Not definedIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Engine TemperatureID: 18 FE EE 00Data Length: 8 BytesData Page: 0PDUF: 254PDUS: 238Priority: s. Appendix 5Parameter group number: 65262 (00FEEE H)Byte 1 Coolant temperature 1°C /Bit, -40 °C Offset Byte 2 Fuel temperature 1°C /Bit, -40 °C Offset Byte 3 not available (FF)Byte 4 not available (FF)Byte 5-8 Not definedInlet/Exhaust ConditionsID: 18 FE F6 00Data Length: 8 BytesData Page: 0PDUF: 254PDUS: 246Priority: s. Appendix 5Parameter group number: 65270 (00FEF6 H)Byte 1 Not definedByte 2 Boost pressure 2 kPa/Bit = 1/50 bar/BitByte 3 Intake manifoldtemperature1°C /Bit, -40 °C OffsetByte 4-8 Not definedIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Engine Fluid Level / PressureID: 18 FE EF 00Data Length: 8 BytesData Page: 0PDUF: 254PDUS: 239Priority: s. Appendix 5Parameter group number: 65263 (00FEEF H)Byte 1 Not definedByte 2 Not definedByte 3 Oil level 0.4%/Bit, 0% Offset Byte 4 Oil pressure 4 kPa/Bit, 1/25bar /Bit Byte 5,6 not available (FF)Byte 7 not available (FF)Byte 8 Coolant level 0.4%/Bit, 0% OffsetIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Messured Data1ID: 18 FF 04 00Transmission rate: s. Appendix 5Data Length: 8 BytesData Page: 0PDUF: 255PDUS: 4Priority: s. Appendix 5Parameter groupnumber:00FF04Source Address: EDC4 Device Nr.Byte 1 reservedByte 2-3 Engine speed 0,125 rpm /BitByte 4 Boost pressure 2kPa/Bit = 1/50 Bar/Bit Byte 5 Pedal position 0 to 100% 0,4 % BitByte 6 Coolant temperature 1°C /Bit, -40 °C Offset Byte 7 Oil pressure 4 kPa/Bit = 1/25 Bar /Bit Byte 8 Can statusCan status0 Initialization after power on1 or2 engine not started, waiting for start3 engine starts (is cranking)4 engine has started, is running, waiting for Can messageswith speed or torque demand5 engine is running, CAN messages for speed or torque control used.6 CAN messages for speed or torque demand failed (time-out)EDC4 uses another input for set point values as a substitute, i.e. acceleratorpedal7 Engine start protection is activeIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Messured Data2ID: 18 FF 12 00Data Length: 8 BytesData Page: 0PDUF: 255PDUS: 18Parameter groupnumber:FF12Source Address: EDC4 Device Nr.Byte 1 DroopByte 2-3 set point data engine speed, droopcalculatedByte 4 source of set point data engine speedByte 5, 6 engine speed, sensor 1Byte 7, 8 engine speed, sensor 2DroopDroop = (n max - n rated) / n rated * 100 %n = engine speed, resolution 1% /BitSet point data engine speed, droop calculatedThis is a data inside EDC4 after selection of the source of requested speed at the input of the speed governor, calculated with droop.0,125 rpm/bit ; 0 rpm offsetrange: 0 to 8031,875 rpmSource of set point data engine speed:This value shows, which signal is the source of the actual set point data.0 No set point data1 Pedal input ( Analog / PWM input)2 Hand throttle lever3 Errorvalueused4 TSC1.a5 reserved ( for TSC1.b)6 reserved ( forSAE-J1587 PID 91 accelerator pedal)7 Constant speed 18 Constant speed 29 Frozen engine speed (actual engine speed saved)10 Frozen engine speed (set point speed saved)11 special function ( hold)Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.13 special function ( max)14 reserved (for PTO)15 idle calibration mode16 reserved (for VP2 pedal data)Engine speed sensor 1, 2If there is no engine speed sensor 2 available, i.e. a vehicle speed sensor is mounted, then the value will be FFh.0,125 rpm/bit ; 0 rpm offsetrange: 0 to 8031,875 rpmMessured Data3ID: 18 FF 13 00Data Length: 8 BytesData Page : 0PDUF : 255PDUS: 19Parameter groupnumber:FF13Source Address: EDC4 Device Nr.Byte 1 Power reductionByte 2 Maximum available engine torque at currentspeedByte 3, 4 Maximum available engine speedByte 5, 6 Hold engine speedByte 7, 8 not availablePower reductionThis is the actual value of the power reduction, calculated by the internal engine protection functions and the CAN message engine protection. The limits set by the message TSC1 have no influence on this value.Resolution 1%.Range 0 to 100%The value of no power reduction is 100%Maximum available engine torque at current speedThe maximum available engine torque at current speed in percent of the actual torque curve.Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Engine protection functions and CAN messages, i.e. TSC1, can limit this data to a lower value. In that case not 100% of torque is available.If there are no actual limitations or power reductions, the available engine torque is given by the torque curve. The value will be 100%, then.Resolution: 1%Range: 0% to 100%Maximal available engine speedThe maximum available engine speed varies because of engine protection functions and other CAN messages.Resolution: 1/8 rpmRange 0 to 8000 rpmHold engine speedIs one of the following data, depending on which data is actual used:Frozen engine speed (actual engine speed saved)Frozen engine speed (set point speed saved)If none of both data is actual used the value will be FFhMessured Data3ID: 18 FF 13 00Transmission rate: s. Appendix 5Data Length: 8 BytesData Page : 0PDUF : 255PDUS: 20Priority: s. Appendix 5Parameter groupnumber:FF14Source Address: EDC4 Device Nr.ID:Byte 1,2set point value fuel quantity 0,1 mm3 / Stroke / BitByte 3, 4 desired value fuel quantity for drive abilitymap0,1 mm3 / Stroke / BitByte 5,6actual rack position 0,01 mm / BitByte 7,8desired rack position 0,01 mm / BitIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.LimitationID: 0C FF 15 00Transmission rate: s. Appendix 5Data Length: 8 BytesData Page : 0PDUF : 255PDUS: 21Priority: s. Appendix 5Parameter groupnumber:00FF15Source Address: EDC4-Device Nr.ID:Byte 1 Active limitation 1Byte 2 Active limitation 2Byte 3 Actual torque mapByte 4 Engine speed limitByte 5 Engine torque limitByte 6 Source of power reductionByte 7 Engine stopByte 8 not definedActive limitation 1Bit 8 Max. torque curve reachedBit 7 Max. engine speed limit reached (Engine speed limit)Bit 6 Engine speed limit TSC1 reached ( TSC1 Engine speed limit) Bit 5 Engine torque limit TSC1 reached (TSC1 Engine torque limit) Bit 4 Power reduction activeBit 3 engine shutdown protection / start prevention activeBit 2 limp home function activeBit 1 Road speed limitation active (configured limit reached )A Bit will only be set, when EDC4 is actually working at the limit.If there is a limit set, but no operation parameter has reached this limit, the corresponding bit will not be set.Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Active Limitation 2Bit 6-8 reservedBit 5 overrun conditionBit 4 smoke limitationBit 3 limitation by barometric pressureBit 2 reserved (= 0 because limitation of vehicle speed by receive messageSAE-J1587 PID74 not available)Bit 1 reserved (= 0 because receive message torque limitingSAE-J1587 PID 68not available)A Bit will only be set, when EDC4 is actually working at the limit.If there is a limit set, but no operation parameter has reached this limit, the corresponding bit will not be setActual torque mapThis is the number of the selected max. torque curve, even when the engine is actually not working at this limit1 max. torque curve 12 max. torque curve 23 max. torque curve 3Engine speed limit0 normal speed limit (configuration parameter)1 TSC1.a2 TSC1.b3 TSC1.c4 TSC1.dThis is the number of the actual lowest engine speed limit, even when the engine is actually not working at this limitEngine torque limit0 normal limitation by max. torque curve1 TSC1.a2 TSC1.b3 TSC1.c4 TSC1.d5 reserved (will not appear, because receive message torque limitingSAE-J1587 PID 68is not available)6 smokelimitationThis is the number of the actual lowest engine torque limit, even when the engine is actually not working at this limitIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Source of power reduction0 = no power reduction1 = engine protection2 = oil pressure3 = intake manifold temperature4 = Coolant temperature5 = barometric pressureThe number of the signal that makes the highest reduction will be send in this byte.The engine must not actually work at the limit to get a value different from zero. It is sufficient that a limit is set.Example:Power reduction 20% of max. torque curve because of Coolant temperature is too high, that means 80% of power is available. The engine may work at 10% of max. power, but the value of the byte will be 4.Engine stop0 = no special engine stop, normal engine stop1 = Engine shutdown for engine protection2 = CAN Message Engine Stop Request3 = Oil pressure too low4 = Oil level too low5 = Coolant temperature too high6 = Coolant level too low7 = Intake manifold temperature8 = reserved ( SAE-J1587 command9 = reserved (for VP2 not available)The value of this byte shows the reason, why EDC4 has shutoff the engine.If more limitations in EDC4 exist than these bytes represent, than this list will be enlarged.Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Vehicle Electrical PowerID: 18 FE F7 00Data Length: 8 BytesData Page: 0PDUF: 254PDUS: 247Parameter group number: 65271 (00FEF7 H)Source Address: Device Number EDC4Byte 1-6 not available (FF)Byte 7,8 switched battery power at the input ofEDC40,05 V/BitAmbient ConditionsID: 18 FE F5 00Data Length: 8 BytesData Page: 0PDUF: 254PDUS: 245Parameter group number: 65269 (00FEF5 H)Source Address: Device Number EDC4Byte 1 barometric pressure 0,5 kPa/Bit = 1/200 Bar/Bit Byte 2,3 not available (FF)Byte 4-8 not available (FF)Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.State of inputs 1ID: 18 FF 0A 00Data Length: 8 BytesData Page: 0PDUF: 255PDUS: 10Parameter groupnumber:00FF0ASource Address: EDC4 Device Nr.Byte 1 Digital, PWM 1 Pin F 18Byte 2 Digital 6, Analog 1 Pin F 24Byte 3 Digital 2, PWM 2 Pin F 21Byte 4 Digital 4 Pin F 19Byte 5 Digital 8, Analog3 Pin F 20Byte 6 Digital 3 Pin F 6Byte 7 Digital 5 Pin M 6Byte 8 Digital 7, Analog 2 Pin M24What is connected to the inputs depends on the respective application.Digital:0 = boolish 0100 = boolish 1PWM:range 0 to 100 %resolution 1% / bitAnalog:range 0 to 5V = 0 to 100resolution 0.05V / bitFF H = Information not available ( Not definedIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.State of inputs 2ID: 18 FF 17 00Transmission rate: s. Appendix 5Data Length: 8 BytesData Page: 0PDUF: 255PDUS: 23Priority: s. Appendix 5Parameter groupnumber:00FF17Source Address: EDC4 Device Nr.ID:Byte 1 Digital 9, analog4 Pin M21Byte 2 Digital 10/ vehicle speed Pin F7Byte 3 not availableByte 4 not availableByte 5 not availableByte 6 not availableByte 7 not availableByte 8 not availableWhat is connected to the inputs depends on the respective application. Digital:0 = boolish 0100 = boolish 1PWM:range 0 to 100 %resolution 1% / bitAnalog:range 0 to 5V = 0 to 100resolution 0.05V / bitFF H = Information not available ( Not defined)Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.State of Digital OutputsID: 18 FF 0B 00Data Length: 8 BytesData Page: 0PDUF: 255PDUS: 11Parameter groupnumber:00FF0BSource Address: EDC4-Device Nr.Byte 1 Diagnostic lamp Pin F 4Byte 2 Digital 7, engine speed Pin F 16Byte 3 Digital, PWM 1 Pin F 5Byte 4 Digital 2 Pin F 3Byte 5 Digital 4 Pin M 3Byte 6 Digital Output 5 Pin F 15Byte 7 Digital Output 3 Pin M 2Byte 8 Digital Output 6/ PWM2 Pin M 7What is connected to the outputs depends on the respective application. Digital:0 = boolish 0100 = boolish 1PWM:range 0 to 100 %resolution 1% / bitengine speed: 40rpm / bitFF H = Information not available ( Not defined)Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Engine ConfigrationID: 18 FE E3 00Data Length: 28 BytesData Page: 0PDUF: 254PDUS: 227Parameter group number: 65251 (00FEE3 H)Source Address: Device Number EDC4ID:Bytes 1-28 according to 3.3.17 of SAE J1939/71Byte 1,2 Engine speed at idle ( point 1)Byte 3 Percent torque at idle ( point 1)Byte 4, 5 Engine speed ( point 2)Byte 6 Percent torque ( point 2)Byte 7, 8 Engine speed (point 3)Byte 9 Percent torque (point 3)Byte 10, 11 Engine speed ( point 4)Byte 12 Percent torque ( point 4)Byte 13, 14 Engine speed ( point 5)Byte 15 Percent torque ( point 5)Byte 16, 17 Engine speed at high idle, engine torque = 0 (point 6)Byte 18, 19 Gain(KP) / droop 1)Byte 20, 21 Reference engine torque (Nm) (maximum torque of enginetorque map)Byte 22 to 24 not definedByte 25 Minimum engine speed value for TSC1 messagesByte 26 Maximum engine speed value for TSC1 messagesByte 27 Minimum engine torque value for TSC1 messagesByte 28 Maximum engine torque value for TSC1 messagesThis message uses more than 8 data bytes, therefore the Multipacket Transport ProtocolIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Active Faults ( DM1 )ID: 18 FE CA 00Data Length: variableData Page: 0PDUF: 254PDUS: 202Parameter groupnumber:65226 (00FECA)Source Address: EDC4 Device Nr.Byte 1 Lamp state (LS)Byte 2 Lamp state (LS) reserved =FFByte 3, 4 Suspect Parameter Number (SPN)Byte 5 Bit 6 to 8 SPNBit 1 to 5 Failure mode identifier (FMI)Byte 6 Bit 8 not definedBit 1 to 7 Occurrence counter (OC)Byte 7, 8 not definedEngine HoursID: 18 FE E5 00Data Length: 8 BytesData Page: 0PDUF: 254PDUS: 229Parameter group number: 65253 (00FEE5 H)Source Address: Device Nr. EDC4ID:Byte 1-4 Engine hours 0,05 h/Bit Byte 5-8 Not definedIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Number of faults ( DM5 )ID: 18 FE CE 00Transmission rate: on requestData Length: 8 BytesData Page: 0PDUF: 254PDUS: 206Parameter groupnumber:65230 (00FECE)Source Address: EDC4 Device Nr.Byte 1 Number of active faultsByte 2 Number of passive faultsByte 3-8 Not definedFreeze Frame Parameter ( DM4 )ID: 18 FE CD 00Transmission rate: On RequestData lengthData Page: 0PDUF: 254PDUS: 205Priority: s. Appendix 5Parameter groupnumber:65229 (00FECD)Source Address: EDC4 Device Nr.ID:Byte 1 Number of the following data bytes(Length)= 20 = 14h Byte 2 to 5 Diagnostic Trouble Code (DTC)Byte 6,7 Not availableByte 8, 9 Engine speed 1/8 rpm/bit Byte 10 - 19 Not availableByte 20, 21 EDC4 specific Engine hours 0,05 h / BitIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Passive Faults ( DM2 )ID: 18 FE CB 00Transmission rate: On RequestData length: 8 BytesData Page: 0PDUF: 254PDUS: 203Priority: s. Appendix 5Parameter groupnumber:65227 (00FECB)Source Address: EDC4 Device Nr.Byte 1 Lamp state (LS)Byte 2 Lamp state (LS) reserved = FFByte 3, 4 Suspect Parameter Number (SPN)Byte 5 Bit 6 to 8 SPNBit 1 to 5 Failure Mode Identifier (FMI)Multipacket TransportID: 18 EC FF 00If more then 8 data bytes must be send they have to be separated in different packets. The first message is the Broadcast Announce Message (BAM). After that the data packets will be send.BAM:Transmission rate: s. below.Data length: 8Data Page: 0PDUF: 236PDUS: 255Priority: 6Parameter groupnumber:60416Source Address: Device- Nr. EDC4ID:Byte 1 32Byte 2, 3 Number of used data bytes of allpackets without the byte of packetnumberByte 4 number of PacketsByte 5 reserved FFByte 6 to 8 Parameter group numberIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Multipacket Transport ProtocolID: 18 EB xx 00Die …parameter group number“ and the transmission rate are the same as in the message specified, which data are transferred with the Multipacket Transport (i.e. DM 1, DM 2)The data packets:Transmission rate: see aboveData length: 8Data Page: 0PDUF: 235PDUS: External Device NrPriority: 6Parameter groupnumber:00EbxxhSource Address: Device- Nr. EDC4ID:Byte 1 Packet Nr.Byte 2 to 8 DataThere may be less than 8 useful data bytes in the last data packet, so the rest of the data bytes are set to FF. The External Device No. is global (255) if the message is send cyclically, else it is the Device No. of the device which made a request.Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.AckownedgementID: 18 E8 FF 00according to SAE-J1939-21Transmission rate: Once, after receiving a messagewhich needs an Acknowledge. Data length: 8 BytesData Page: 0PDUF: 232PDUS: 255Priority: 6Parameter groupnumber:59647 (E8FF)Source Address: EDC4 Device Nr.ID:Byte 1 0 for positive Acknowledge1 for negative AcknowledgeByte 2 to 5 not definedByte 6 to 8 parameter group number of themessage, which needs anAcknowledgeIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.AppendixAppendix 1: Multipacket TransportIf more then 8 data bytes must be send they have to be separated in different packets. The first message is the Broadcast Announce Message (BAM). After that the data packets will be send.BAM:Transmission rate: s. below.Data length: 8Data Page: 0PDUF: 236PDUS: 255Priority: 6Parameter groupnumber: 60416Source Address: Device- Nr. EDC4ID:Byte 1 32Byte 2, 3 Number of used data bytes of all packetswithout the byte of packet numberByte 4 number of PacketsByte 5 reserved FFByte 6 to 8 Parameter group numberThe …parameter group number“ and the transmission rate are the same as in the message specified, which data are transferred with the Multipacket Transport (i.e. DM 1, DM 2) The data packets:Transmission rate: see aboveData length: 8Data Page: 0PDUF: 235PDUS: External Device NrPriority: 6Parameter groupnumber: 00EbxxhSource Address: Device- Nr. EDC4ID:Byte 1 Packet Nr.Byte 2 to 8 DataIssuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.There may be less than 8 useful data bytes in the last data packet, so the rest of the data bytes are set to FF. The External Device No. is global (255) if the message is send cyclically, else it is the Device No. of the device which made a request.Issuer (dept., name, phone, location, sign.) Date2003-11-03Appendix Insert Registration No.SubjectCAN Frames -EDC4 Category Uncontr.Appendix 2: Lamp statusMalfunction Lamp statusconsist of 2 Bits with00 not active (not lightened)01 active (lightened)11 not definedBit 1,2 Engine Protection Lamp• is active, if a data is out of normal operating range, i.e. in warning range.• is not active, if the data value is coming back out of the warning range andis below the recovery limit.Bit 3,4 Warning Lampis active, if the diagnostic lamp of EDC4 is continuously lightened, otherwiseit is inactive. That means it is active not only if a data value is in the warningrange, it is also set, if an electronic part of the EDC4 System has a fault whichdoes not causes an automatically shut off of the engine, i.e. broken wire.Bit 5,6 Stop lampactive, if the EDC4 diagnostic lamp is blinking to show an critical fault.That means an engine shut off is necessary.Bit 7,8 Emission Related Lampnot defined in EDC4 (11)DM1 and DM2 have a second Byte for Lamp Status, but the contents are not specified (=FF)After switching power supply the EDC4 diagnostic lamp is lightened for a test, but the bits defined above will not be set active for that reason.。