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Reference numberISO 11783-1:2007(E)
© ISO 2007
INTERNATIONAL STANDARD
ISO11783-1
First edition2007-06-15
Tractors and machinery for agriculture and forestry — Serial control and communications data network — Part 1: General standard for mobile data communication
Tracteurs et matériels agricoles et forestiers — Réseaux de commande et de communication de données en série —
Partie 1: Système normalisé général pour les communications de données avec les équipements mobiles
ISO 11783-1:2007(E)
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ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved iii
Contents Page
Foreword............................................................................................................................................................ iv Introduction ........................................................................................................................................................ v 1 Scope ..................................................................................................................................................... 1 2 Normative references ........................................................................................................................... 1 3 Terms and definitions........................................................................................................................... 1 4 Abbreviated terms ................................................................................................................................ 9 5 Application of OSI model to ISO 11783 ............................................................................................ 10 6 ISO 11783 network requirements ...................................................................................................... 11 6.1 General................................................................................................................................................. 11 6.2 Physical layer ...................................................................................................................................... 11 6.3 Data link layer...................................................................................................................................... 11 6.4 Network layer ...................................................................................................................................... 13 6.5 Network management......................................................................................................................... 13 6.6 Network segments .............................................................................................................................. 13 6.7 Virtual terminal.................................................................................................................................... 15 6.8 Tractor ECU ......................................................................................................................................... 15 6.9 Task controllers .................................................................................................................................. 15 6.10 Farm management computer interface ............................................................................................ 15 6.11 Diagnostics.......................................................................................................................................... 16 6.12 File server ............................................................................................................................................ 16 6.13 Process data........................................................................................................................................ 16 6.14 Working sets ....................................................................................................................................... 16 6.15 Safe mode operation .......................................................................................................................... 18 6.16 Addition of parameters and messages............................................................................................. 18 Annex A (normative) Parameter group assignments ................................................................................... 19 Annex B (normative) ISO 11783 Industry groups ......................................................................................... 53 Annex C (normative) ISO 11783 Industry group 0 preferred addresses .................................................... 54 Annex D (normative) ISO 11783 Industry group 2 initial addresses........................................................... 59 Annex E (normative) ISO 11783 NAMEs ........................................................................................................ 60 Annex F (normative) ISO 11783 All industry NAMEs.................................................................................... 75 Annex G (normative) ISO 11783 manufacturer codes .................................................................................. 81 Annex H (informative) ISO 11783 Request forms.......................................................................................... 88 Bibliography ..................................................................................................................................................... 94
ISO 11783-1:2007(E)
iv © ISO 2007 – All rights reserved
Foreword
ISO (the International Organization for Standardization) is a worldwide federation of national standards bodies (ISO member bodies). The work of preparing International Standards is normally carried out through ISO technical committees. Each member body interested in a subject for which a technical committee has been established has the right to be represented on that committee. International organizations, governmental and non-governmental, in liaison with ISO, also take part in the work. ISO collaborates closely with the International Electrotechnical Commission (IEC) on all matters of electrotechnical standardization.
International Standards are drafted in accordance with the rules given in the ISO/IEC Directives, Part 2.
The main task of technical committees is to prepare International Standards. Draft International Standards adopted by the technical committees are circulated to the member bodies for voting. Publication as an International Standard requires approval by at least 75 % of the member bodies casting a vote.
ISO 11783-1 was prepared by Technical Committee ISO/TC 23, Tractors and machinery for agriculture and forestry, Subcommittee SC 19, Agricultural electronics.
ISO 11783 consists of the following parts, under the general title Tractors and machinery for agriculture and forestry — Serial control and communications data network:
⎯ Part 1: General standard for mobile data communication
⎯ Part 2: Physical layer
⎯ Part 3: Data link layer
⎯ Part 4: Network layer
⎯ Part 5: Network management
⎯ Part 6: Virtual terminal
⎯ Part 7: Implement messages application layer
⎯ Part 8: Power train messages
⎯ Part 9: Tractor ECU
⎯ Part 10: Task controller and management information system data interchange
⎯ Part 11: Mobile data element dictionary
⎯ Part 12: Diagnostics services
⎯ Part 13: File server
Automated functions is to form the subject of a future part 14.
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Introduction
ISO 11783 specifies a communications system for agricultural equipment based on the CAN 2.0 B [1] protocol. SAE J 1939 documents1), on which parts of ISO 11783 are based, were developed jointly for use in truck and bus applications and for construction and agriculture applications. Joint documents were completed to allow electronic units that meet the truck and bus SAE J 1939 specifications to be used by agricultural and forestry equipment with minimal changes. General information on ISO 11783 is to be found in this part of ISO 11783.
The purpose of ISO 11783 is to provide an open, interconnected system for on-board electronic systems. It is intended to enable electronic control units (ECUs) to communicate with each other, providing a standardized system.
The International Organization for Standardization (ISO) draws attention to the fact that it is claimed that compliance with this part of ISO 11783 may involve the use of a patent concerning the controller area network (CAN) protocol referred to throughout the document.
ISO takes no position concerning the evidence, validity and scope of this patent.
The holder of this patent has assured ISO that he is willing to negotiate licences under reasonable and non-discriminatory terms and conditions with applicants throughout the world. In this respect, the statement of the holder of this patent right is registered with ISO. Information may be obtained from:
Robert Bosch GmbH Wernerstrasse 51 Postfach 30 02 20 D-70442 Stuttgart-Feuerbach Germany
Attention is drawn to the possibility that some of the elements of this part of ISO 11783 may be the subject of patent rights other than those identified above. ISO shall not be held responsible for identifying any or all such patent rights.
1) Society of Automotive Engineers, Warrendale, PA, USA.
INTERNATIONAL STANDARD ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 1
Tractors and machinery for agriculture and forestry — Serial control and communications data network —
Part 1: General standard for mobile data communication
1 Scope
ISO 11783 as a whole specifies a serial data network for control and communications on forestry or agricultural tractors and mounted, semi-mounted, towed or self-propelled implements. Its purpose is to standardize the method and format of transfer of data between sensors, actuators, control elements, and information-storage and -display units, whether mounted on, or part of, the tractor or implement. It is intended to provide open system interconnect (OSI) for electronic systems used by agricultural and forestry equipment. This part of ISO 11783 gives a general overview of ISO 11783. Its annexes contain the identifiers for messages, addresses, control functions, implements and manufacturers, required for the implementation of a compliant network.
2 Normative references
The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies.
ISO 11783 (all parts), Tractors and machinery for agriculture and forestry — Serial control and communications data network
ISO 11898-1, Road vehicles — Controller area network (CAN) — Part 1: Data link layer and physical signalling
ISO 11898-2, Road vehicles — Controller area network (CAN) — Part 2: High-speed medium access unit
3 Terms and definitions
For the purposes of this document, the following terms and definitions apply.
3.1 active mask collection of display elements selected by a working set for display on a virtual terminal
NOTE An active mask may or need not be visible.
3.2 address eight-bit field used to define the source or destination of a message
3.3 alarm mask object that defines alarm information for display on a virtual terminal
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3.4 auxiliary input unit electronic control unit providing auxiliary controls for common use
NOTE These may be physically located on the virtual terminal.
3.5 bridge electronic control unit interconnecting two ISO 11783 network segments that stores and forwards messages between the two or more network segments
NOTE 1 This permits changes of media, the electrical interface, and data rate between segments, but the data link protocol and address space are the same on both connections of a bridge.
NOTE 2 A bridge can selectively filter messages going across it so that the network load is minimized on each segment.
3.6 coding data data that changes infrequently, such as machine or chemical data, or that does not vary from task to task
3.7 command configurable address source address of a control function that can be altered using the command address message during normal operations
3.8 control function function that performs operations to complete a specific function on or within devices
NOTE A control function has one unique address on the network.
3.9 data dictionary listing of data variables and their identifiers
NOTE The data dictionary is defined in ISO 11783-11.
3.10 data dictionary entity process data variable data dictionary identifier, definition, value range, value resolution and units specifications
3.11 data dictionary identifier 16-bit number that uniquely identifies a data dictionary entity
NOTE The data dictionary identifier is used in the process data message to identify the data dictionary entity for which a value or command is communicated.
3.12 data page bit in the identifier portion of the CAN arbitration field used to select one of two pages of parameter group numbers
3.13 data transfer file generic term for files in the extensible markup language format, which are used for the data transfer between the farm management information system and the task controller of an ISO 11783 network
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3.14 destination address DA protocol data unit-specific field in the CAN identifier used to indicate the address of the intended receiver of the CAN message
3.15 device mechanical system such as tractor, trailer or implement, or an independent sensor system
3.16 device element any addressable item on a device
EXAMPLE Nozzle on sprayer boom where the nozzle has individually addressable process data variables.
3.17 display part of a virtual terminal that presents visible information to an operator
3.18 electronic control unit ECU electronic item consisting of a combination of basic parts, subassemblies and assemblies packaged together as a physically independent entity
EXAMPLE Function controller, network interconnect unit or virtual terminal.
3.19 equipment device or machine that performs a specific field operation
NOTE It can be a tractor or an implement attached to a tractor or self-propelled machine.
3.20 farm management information system FMIS office computer system used by a farmer or contractor that includes the software for farm management such as book keeping, payroll, resource management for machines, products, workers, field management, geographical information system, decision support systems and task management
3.21 field one or more partfields
NOTE The field is only of importance within the farm management information system for business management considerations and is not necessarily related to a single crop.
3.22 function action or activity by which equipment fulfils one of its intended purposes
3.23 gateway electronic control unit that permits data to be transferred between two networks with different protocols or message sets
NOTE A gateway provides a means to repackage parameters into new message groups when transferring messages from one network to another.
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3.24 grid cell rectangular areas defined by overlaying a grid on a partfield
3.25 group extension protocol data unit-specific field that is used as part of the information necessary to determine the parameter group number
3.26 implement device or machine that performs a specific operation and which is normally attached to a tractor
3.27 industry group IG allocation of devices and their functions used by a specific industry
3.28 initial address source address of a control function in a self-configuring electronic control unit that is determined during initial power up of the ECU and which is used on the subsequent power up
3.29 machine device that uses or applies mechanical power, which has a definite function and which performs a specific kind or kinds of work
3.30 management computer gateway electronic control unit that interfaces to the management computer system and to the ISO 11783 network
NOTE A management computer gateway can store data for transmission at a later time.
3.31 mask top-level object that contains other objects for display on the virtual terminal
3.32 media physical entity that conveys the electrical transmission (or equivalent means of communication) between ECUs on the network
NOTE ISO 11783 media consists of quad-twisted copper wires.
3.33 message one or more CAN data frames with the same parameter group number
NOTE The information related to a single parameter group number to be transferred on the network can take several CAN data frames.
3.34 mobile implement control system devices that are coupled together by, and that use, the ISO 11783 network
3.35 multi-packet message message used when more than one CAN data frame is required to transmit all data specific to a given parameter group number
NOTE Each CAN data frame has the same CAN identifier but contains different data in each packet.
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3.36 NAME eight-byte entity which provides an indication of each control function of an ECU
NOTE The NAME is used to provide a description of the control function and to provide a numerical value that can be used for arbitration of conflicting addresses.
3.37 negative-acknowledgement response to a message that indicates that it has not been understood or that a requested action cannot be performed
3.38 network interconnection unit electronic control unit used for interconnecting networks or network segments
NOTE Specific implementations for forwarding messages include repeaters, bridges, routers and gateways.
3.39 node physical connection of an ECU to the network
3.40 non-configurable address source address of a control function that can not be altered by any means
3.41 object pool collection of objects that define the operator interface, user interface or device description for an implement or single working set
NOTE A complete virtual terminal interface is composed of one or more object pools — one for each implement or working set.
3.42 packet single CAN data frame of a multi-frame message
NOTE This can also be a message if the data content to be transferred is in one CAN data frame.
3.43 parameter group PG identification of the data in a single-packet or multi-packet message
NOTE 1 Parameter groups are not dependent on the source address field allowing any source to send any parameter group.
NOTE 2 Parameter groups include data, commands, requests, acknowledgments, and negative-acknowledgments.
NOTE 3 See Annex A for parameter group assignments.
3.44 parameter group number three-byte or 24-bit representation of the data page, protocol data unit format and group extension fields that identifies a particular parameter group
3.45 partfield area characterized by the cultivation of only one agricultural crop
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NOTE Partfield is the XML element to which tasks are allocated to obtain smallest granularity.
3.46 PDU format eight-bit field in the 29-bit CAN identifier that identifies the format of the protocol data unit
NOTE It is also one of the fields used to determine the parameter group number that labels the data field of the CAN data frame.
3.47 PDU specific PS eight-bit field in the 29-bit CAN identifier that is either a destination address or group extension
3.48 PDU1 format protocol data unit format used for messages which are to be sent to a destination address
NOTE The protocol data unit-specific field contains the destination address (specific or global).
3.49 PDU2 format protocol data unit format used to send information by the group extension technique
NOTE The protocol data unit specific field contains the group extension.
3.50 preferred address source address of a control function in electronic control units that cannot be changed after device configuration
NOTE Control functions with preferred address are listed in Annex C.
3.51 pixel smallest addressable picture element on a virtual terminal display
3.52 polygon planar surface, defined by one exterior boundary, and by zero or more interior boundaries
NOTE 1 Each interior boundary describes a hole in the surface.
NOTE 2 A single or group of polygons can be used to define a treatment zone.
3.53 priority three-bit field in the CAN identifier that establishes the arbitration priority of the information communicated
NOTE The highest priority is zero and the lowest priority is seven.
3.54 process data message message used for the transmission of measured data and/or set point commands to one or more control functions
3.55 process data variable information unit that describes an individual characteristic
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NOTE Process data variables consist of the attributes range, resolution and units, as defined in the data dictionary.
3.56 protocol data unit PDU ISO 11783-specific CAN data frame
3.57 repeater electronic control unit that regenerates the data signal to and from another network segment, permitting more electrical loads (i.e. ECU) to be connected or connection to another type of media (physical layer expansion)
NOTE The data rate, protocol and address space are the same on both sides of the repeater.
3.58 router electronic control unit that connects network segments with independent address space, data rates and media, but which has the same protocol across all network segments
NOTE A router permits a tractor or an implement to appear as a single ECU to other network segments.
3.59 segment portion of the network using the same physical media
NOTE 1 There is only one path between any two nodes and the data transmitted by any node are available to all other nodes connected to the same segment.
NOTE 2 Multiple segments are connected together by network interconnect units, including gateways, repeaters, bridges and routers.
3.60 self-configurable address source address of a control function, determined by internal calculations during initial power up of the electronic control unit, which ECU then claims as that address on the network
3.61 service-configurable address source address of a control function that is changed in operational service mode by using a service tool and any of a number of proprietary techniques, or by using the commanded-address message
3.62 soft key mask object that contains key data for display on a virtual terminal
3.63 source address SA eight-bit field in the 29-bit CAN identifier that provides for the unique identification of the source of a message
NOTE The source address field contains the address of the control function that is sending the message.
3.64 subnetwork specific ISO 11783 network segment when multiple segments are used on a device
NOTE 1 Subnetworks can include tractor, implement, hydraulic auxiliary valves and braking system.
NOTE 2 Collectively, the subnetworks are the ISO 11783 system network.
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3.65 task execution or performance of work on one partfield, for one farm or for one customer
NOTE 1 An operator can activate one task that contains process data variable values for one or more working sets.
NOTE 2 A maximum of one task can be active at the one time on a single task controller.
3.66 task controller electronic control unit on the mobile implement control system that is responsible for the sending, receiving and logging of process data
3.67 terminating bias circuit TBC circuit required at each end of an ISO 11783 network segment that provides bias voltages for the CAN_H and CAN_L signals and the common mode impedance termination for the respective conductors
3.68 tractor machine that is the primary source of power in a connected system
NOTE 1 A connected system consists of a tractor and can include one or more implements.
NOTE 2 Self-propelled agricultural equipment or construction equipment include a primary source of power.
3.69 treatment zone area to be treated with a constant value of one or more process data variables
NOTE A treatment zone can consist of several grid cells or a polygon with the same treatment parameters.
3.70 vehicle machine for the transportation of goods and people on land
3.71 virtual terminal VT electronic control unit consisting of a graphical display and input controls providing the capability to display information to and retrieve data from an operator for a connected implement or working set
3.72 visible mask active data or alarm mask that is visible on the display of the virtual terminal
3.73 working set group of NAMEs in one or more ECUs that collectively provide a control function or group of control functions
NOTE All control functions that are part of a working set, whether or not they are in separate electronic control units, are identified as members by the working-set master.
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3.74 working-set master coordinator of the communications of a working set
NOTE 1 The source address of the working-set master is used to identify the working set and, for others, to communicate with the working set.
NOTE 2 The working-set master is identified by a specific control function within a specific electronic control unit.
3.75 XML element element representing an object of the real world
NOTE The extensible markup language element is characterized by a specific name and a definition. It contains several extensible markup language attributes, each with a name and a definition.
4 Abbreviated terms
ADIS agriculture data interface syntax P page
AID attribute identifier PDU protocol data unit
BMG bit mapped graphics PF PDU format
BNF Backus-Naur format PG parameter group
CAN controller area network PGN parameter group number
DA destination address Pri priority
DID device identifier PS PDU specific
DTD document type definition PS_DA PDU Specific_Destination Address
DP data page PS_GE PDU Specific_Group Extension
DTF data transfer file PTO power take-off
ECU electronic control unit R reserved
FMIS farm management information system RAM random access memory
GE group extension RTB request to broadcast
GIS geographical information system SA source address
GPS global positioning system SLOT scaling, limits, offset and transfer function
IDn identification SPN suspect parameter number
IDr identifier SRR substitute remote request
IDE identifier extension bit TBC terminating bias circuit
IDN identification number Un undefined
IG industry group UTC coordinated universal time
LSB least significant byte or least significant bit VT virtual terminal
MICS mobile implement control system WU world units
MSB most significant byte/most significant bit XML extensible markup language
NA not allowed XSD XML schema definition
OEM original equipment manufacturer
OSI open system interconnect
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5 Application of OSI model to ISO 11783
The open systems interconnection (OSI) specified in ISO 7498 is a model of computer communications architecture having seven layers, as shown in Figure 1 and specified below. It is intended that data communications networks such as the ISO 11783 network be developed to perform the functions of each of the OSI layers, as required.
Figure 1 — OSI seven-layer model
Layer 1 — Physical
This layer concerns the transmission of an unstructured bit stream over physical media; it deals with the mechanical, electrical, functional and procedural characteristics for accessing the physical media.
Layer 2 — Data Link
This layer provides for the reliable transfer of information across the physical layer; it sends blocks of data with the necessary synchronization, error control, sequence control and flow control.
Layer 3 — Network
This layer provides upper layers with independence from the data transmission and switching technologies used to connect systems; it is responsible for establishing, maintaining and terminating connections.
Layer 4 — Transport
This layer provides for reliable, transparent transfer of data between end points, end-to-end error recovery and flow control, and segmentation and reassembly of very large messages.
Layer 5 — Session
This layer provides the control structure for communication between applications; it establishes, manages and terminates connections (sessions) between cooperating applications.
Layer 6 — Presentation
This layer provides independence to the application process from differences in data representation (syntax).
Layer 7 — Application
This layer provides access to the OSI environment for users and also provides distributed information services.
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It is not required that any standard based on the model, including ISO 11783, be partitioned explicitly into the seven OSI layers, as long as the fundamental functionality is supported. Not all the OSI layers are required for the ISO 11783 network, because this network is a specific communications system, supporting specific sets of applications for a specific industry. Only those layers required for the anticipated use are defined in ISO 11783, with a separate part of ISO 11783 specifying each of the layers, and with other parts providing functionality support for the layers.
6 ISO 11783 network requirements
6.1 General
Most messages can be broadcast on an ISO 11783 network. Therefore, the data are transmitted on the network without directing it to a specific destination. This configuration permits any control function within an ECU to use the data without using additional request messages. ISO 11783 also specifies that a specific destination address be included within the CAN identifier of the message when a message is directed to a particular control function. The destination-specific message format is therefore different from the broadcast message format. Proprietary communication is also permitted in ISO 11783, using either destination-specific messages or broadcast message formats.
6.2 Physical layer
ISO 11783-2 specifies the physical layer of the data network. The network is composed of a single linear quad-twisted wire cable connected to each ECU at a node. A short cable lead provides a node connection to the quad-twisted wire cable for each ECU. Active terminating bias circuits are specified for each end of a network segment.
ISO 11783-2 also specifies the connectors required for connecting implements to tractors, additional ECUs to an existing network installed on equipment, and a service tool to the network.
ISO 11783-2 also specifies the power sources required for operation of the network and their connections.
A typical ISO 11783 control and communication data network is shown in Figure 2.
6.3 Data link layer
ISO 11783 networks use the CAN extended frame format defined in ISO 11898-1 and ISO 11898-2. ISO 11783-3 defines the structure of the CAN identifier for specifying the message formats.
The message formats or protocol data units are used to identify the content of a message. ISO 11783-3 specifies an eight-bit PDU format field, an eight-bit PDU specific field and a two-bit data page field that is used to identify a PDU. To reduce message overhead, ISO 11783-3 specifies that a number of related data items or parameters are to be grouped together within a PDU.
ISO 11783 specifies additional messages for manufacturer proprietary messages.
Messages that need more than eight bytes of data are sent as multi-packet messages. ISO 11783-3 specifies a transport protocol for transmitting multi-packet messages.
Individual application message format definitions, including the message transmission rate, data frame length, data page, PF, PS or DA, and the default priority, are given in that part of ISO 11783 specifying the particular application.
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Key 1 tractor 9 tractor network 17 task controller 2 engine 10 implement network 18 ECU 3 transmission 11 terminator 19 lighting controller 4 brakes 12 implement bus breakaway connector 20 rear-mounted or towed implement 5 hitch controller 13 diagnostic connector 21 ISO 11783 or other network 6 network interconnect unit 14 bus extension connector 22 front- or side-mounted implement 7 tractor ECU 15 virtual terminal 23 other standard’s network 8 power input 16 management computer gateway NOTE Smaller numbers indicate parts on the interconnect units and tractor ECU.
Figure 2 —Typical tractor/implement network physical connection structure
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6.4 Network layer
When two networks with different network architectures are connected, the integrator of the connected system shall use a network interconnect unit to isolate each network segment from the other. Network interconnect units are detailed in ISO 11783-4. It is also possible that complex systems could require more than the 30-node electrical limit, as specified in ISO 11783-2, on an ISO 11783 network. In these cases, the manufacturer of the implement system shall use network interconnect units to maintain required network electrical load limits.
6.5 Network management
Each control function communicating on the ISO 11783 data network requires a source address (SA). There can be a one-for-one relationship of source addresses with ECUs and control functions on the network. If an ECU performs more than one control function, an address is required for each control function.
To uniquely identify each control function, ISO 11783-5 specifies a 64-bit NAME. ISO 11783-5 defines the specific process for determining source addresses and for resolving any address conflicts that can occur. SA are either preset or dynamically claimed by each controller as it powers up.
A NAME shall be assigned to each control function that communicates on an ISO 11783 network. There are examples, such as a virtual terminal and management gateway in a common ECU, where multiple NAMEs and addresses coexist within a single ECU. Annex C lists the preset or preferred addresses for non-specific control functions of the industries listed in Annex B. Annex D lists the assigned initial addresses for agriculture and forestry equipment. Annex E and F list the NAMEs to be used by control functions on an ISO 11783 data network. Figure 3 illustrates the network topology with different control functions on a tractor and implement. The addresses used by the control functions are also illustrated.
6.6 Network segments
6.6.1 General
ISO 11783 supports two or more network segments. One segment is identified as the tractor network. This segment is intended to provide the control and data communications for the drive train and chassis of the tractor or primary power unit in a system. The second segment is identified as the implement network that provides the control and data communications between implements, and between implements and the tractor or main power unit in the system. A tractor ECU is required to connect the tractor network and the implement network. Figure 3 illustrates the two network segments connected by a tractor ECU.
6.6.2 Tractor network
The tractor network provides the control and data communications between control functions on the drive train and chassis of the tractor. This network segment is controlled by the tractor manufacturer. It is recommended that the tractor network physical layer comply with ISO 11783-2. The tractor network is shown with respect to the implement network on the tractor in Figure 3. Both the tractor network and the implement network can be integrated on-board the tractor. It is intended that control functions not be connected to the tractor network unless consent is given by the tractor manufacturer. The tractor network may use application messages defined in ISO 11783-8 and ISO 11783-7 as well as proprietary messages specified in ISO 11783-3.
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Key
device node
1 tractor 5 task controller 9 implement network 2 tractor ECU 6 implement 1 10 ECU 3 virtual terminal 7 implement 2 a Control function address. 4 management computer gateway 8 tractor network b ECU containing the control function.
NOTE 1 a1, a2, a3, a4 are self-configurable addresses.
NOTE 2 The number in smaller type beside each node connection (or, in the case of the tractor ECU, above-centre between nodes) is the ECU containing the control function, while the number or numbers in smaller type opposite it is the function’s address.
Figure 3 — Typical ISO 11783 network topology
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6.6.3 Implement network
The implement network shall be designed to support communications between implements and between the tractor and implements. This network segment shall meet the applicable requirements of ISO 11783. The implement network exists on the tractor and on implements as shown in Figure 3. The implement network physical layer connectors shall comply with ISO 11783-2. Application messages for the implement network are defined in ISO 11783-7. Power train messages (see ISO 11783-8) may be used by control function addresses on the implement network.
6.6.4 Recommended configuration
It is recommended that the tractor network control functions use the preferred addresses listed in Annex C. The number of control functions used on connected implements shall be limited to the 119 addresses in the address range from 128 to 247 using self-configurable addresses. Practical limitations exist where multiple implements can be connected to the ISO 11783 network. Implement addresses shall be allocated using the process according to ISO 11783-5. The implement shall provide connections for extending the network to additional implements that would be connected in a serial method, as shown in Figure 2. Implements with several ECUs can use a network interconnection ECU that would isolate the additional ECU from the implement network.
6.7 Virtual terminal
The virtual terminal is an ECU that provides an operator interface for an implement or tractor using the specified standardized messages of an ISO 11783 network. ISO 11783-6 specifies the requirements of a virtual terminal (VT). The VT shown in Figure 2 is attached to the implement network. The tractor ECU or other ECUs within the tractor that are connected to the implement network can utilize the VT using the same method as for the implement ECU.
6.8 Tractor ECU
A network interconnect unit shall be provided between the tractor and the implement networks to assure both electrical and message isolation. If both networks are included in a system, manufacturers of the tractor or main power unit may use the tractor ECU or a similar unit to receive requests for messages listed in ISO 11783-7 from implement control functions. This ECU interprets the requests from the implement network and, in turn, communicates with the ECUs on the tractor network. The tractor ECU shall provide appropriate acknowledgments or responses to the requesting or commanding ECU, and shall provide the basic information and act on command messages in accordance with ISO 11783-9.
6.9 Task controllers
Task controllers provide scheduled control of implement functions via the ISO 11783 network. Task data received by the farm management computer interface is stored in the task controller. These tasks are scheduled by the task controller, which sends control messages to the appropriate control function for execution on the implement network. The task controller also records data received from control functions as tasks are being completed. This data is transferred to the farm management computer through the farm management computer interface on the implement network. The operation of the task controller and the format of messages sent to, and received from, control functions are defined in ISO 11783-10. The definition of the data elements used in the task controller messages is specified in a data dictionary given in ISO 11783-11.
6.10 Farm management computer interface
A farm management computer interface may be provided on the implement network. The physical interface of the gateway for the management computer is not specified in ISO 11783. Messages defined in ISO 11783-10 shall be used to provide data derived from files on a management computer to the management computer interface. See Figures 2 and 3.
ISO 11783-1:2007(E)
16 © ISO 2007 – All rights reserved
6.11 Diagnostics
ISO 11783-122) specifies the messages to be used to determine the source of any faults that are the cause of malfunctioning of the ISO 11783 serial control and data communications network. The messages are also specified in other referenced diagnostics standards.
6.12 File server
ISO 11783-133) specifies an ECU that provides storage for data files and a set of commands that a control function on the ISO 11783 serial control and data communications network will use to access or write data from/to these files.
6.13 Process data
The process data message is used for the transmission of data to one or more control functions from the task controller. The message can also be used for transmitting data to another control function connected to the implement network. Process data message structure is defined in ISO 11783-7. The data definitions are in the data dictionary given in ISO 11783-11.
6.14 Working sets
6.14.1 General
A working set allows communications among units on a network where several control functions are acting as distributed processes providing a single application. These several control functions, each with a distinct NAME, can be in different ECUs connected by different nodes. Working sets are used in ISO 11783 where several dissimilar NAMEs, possibly within different ECUs, are intended to co-operate as a single implement. The working set allows the use of a single address as a subset of the “global” destination for one-to-many communications, and to permit the receiver of many-to-one communications to associate each of the many control functions with all the others that form the particular working set. The format for the communications becomes one-to-one in each case, with all data for the working set sent to the address of the network NAME that has identified itself as the working-set master. All members of the working set listen to messages addressed to the master as though those messages were individually sent to each member. Messages, such as displayed data, sent by members of the working set are associated with the whole working set. The response to a request by a member of a working set shall be sent to the working-set master and is thereby heard by all of the members of the working set. This relieves the message loading where there is a distribution of functionality and reduces the work required of a control function that needs to send commands or other destination-specific messages to all of the members of the working-set. Working-set masters and members require the capability to identify when non-working-set messages, such as programming operations or fault table erasure commands that are specific to the master, are not applied to the entire working set.
EXAMPLE 1 Working sets are used in ISO 11783 when several NAMEs (not necessarily within different ECUs) on an implement such as a planter communicate with the virtual terminal so that the VT interprets that all of the working-set NAMEs are providing data as a single VT entity.
EXAMPLE 2 A task controller has to command several NAMEs to control to a single new set point value. When these NAMEs are all members of a working set, sending this command to the working-set master accomplishes the same action as a series of commands sent to each of the individual NAMEs in the set.
Two message types are required to define the working set. The first message defines the working set’s size, the second identifies the members of the set. The master transmits both of these messages. The two messages are defined in ISO 11783-7.
The term “collaborator” is a network control function — whether in a single ECU or one control function of many within an ECU — that works with working sets and communicates with the set as a separate entity. It is not a member of the working set being described, but can be a member or master of another working set.
2) To be published.
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 17
6.14.2 Working-set application rules
The working-set application rules are the following.
a) A working-set-master message shall always be followed by the appropriate number of working-set-member messages. The number of working-set-member messages is one less than working-set size. A collaborator of the working set that does not receive the correct number of member definitions shall request the working-set-master PGN from the master of the set. This means that the master shall completely define the set on receipt of this request. Applications that do not work with working sets may ignore the working-set messages and communicate directly with all other network devices.
b) Working sets shall be defined by the NAMEs of the working-set members. Working-set-member messages are sent at an interval of about 100 ms. If more than 350 ms has elapsed after a working-set-member message, the receiver shall assume that the working-set master has completed sending all the NAMEs of the working-set members.
c) Working-set members are also individual control functions on the network, and therefore communicate as individual control functions. Fault messages will be sent from the control function’s SA, and any commands to clear fault tables, program parameters, and others shall be addressed to the individual SA of the intended control function. Working-set members shall be programmed to allow for such individual communications to the working-set master without having all the working-set members accepting programming not intended for them. While it is possible that programming of common data into all members of the working set is intended, this is not the most likely occurrence and requires that the member NAMEs have application software to allow this to happen. Control functions that do not work with working sets may ignore working-set messages and communicate directly with all other network NAMEs.
d) Each NAME on the network shall not be a member of more than one working set. If an existing working-set master issues a new working-set-master message, collaborators of working sets on the network shall replace the old working-set definition with the new definition. A working-set master shall be responsible for re-defining their working set if changes are needed, and it shall send a working-set-master message with data of zero if the working set’s purpose is no longer required.
e) The working-set master shall create a new working set when it changes its NAME. The old working set will no longer exist, but its definition can remain in the memory of the collaborator unit until a clean-up is performed using the method specified in d) by sending a working-set-master message with data of zero. The collaborator of the working set has the responsibility for detecting and correcting duplication of members of a set. Collaborators of working sets shall periodically check for duplications and for unused working sets in order to recover the internal memory used for those sets that are no longer active.
f) A change in the SA of the working-set master does not change the definition of the set. The collaborators shall update the association of SA to NAME when the new address claim is received, and the working-set members shall change the address that they will use to receive working-set communications.
g) The collaborators of working sets shall associate a new SA with the appropriate working set when a working-set member changes its SA. Since the working-set members are defined by NAME, the SA change, assuming that the NAME is unchanged, can be handled by the working-set collaborators as they receive new address claim messages.
h) It is the responsibility of the working-set master to account for all of the NAMEs of members of the working set. The master shall revise the working-set definition when new members join the network. Collaborators shall create the working set with the total number of members as specified in the working-set-member messages, and then add the SA of members as they claim addresses. This process is similar to the above process of changing the SA of a member that is active but which has changed its SA because of a later address claim by another function.
ISO 11783-1:2007(E)
18 © ISO 2007 – All rights reserved
6.15 Safe mode operation
Control functions, designed according to the requirements of this standard, provide information and controls in messages sent to a virtual terminal, an auxiliary controller or a task controller as specified in this standard. Manufacturers (see Annex G for codes) shall ensure that the controls requested of a virtual terminal, an auxiliary controller or a task controller are designed and constructed according to applicable safety standards. The functions provided by the controller(s) shall be designed such that the desired effect(s) shall occur and not result with a risk of injury.
ISO 11783-9 specifies additional safe mode operations requirements.
6.16 Addition of parameters and messages
Implement messages for communications between implements and a tractor are specified in ISO 11783-7. ISO 11783-8 specifies the messages for the tractor power train.
Message sets developed for specific applications can be added to ISO 11783. Proposed message sets shall be submitted to ISO TC 23/SC 19’s Working Group WG 1 using the forms provided in Annex H. The Working Group, after review and any necessary revision, forwards the recommended message set to the Subcommittee as a proposed addition to either ISO 11783-7, ISO 11783-8, ISO 11783-9 or ISO 11783-103) . All ISO 11783 parameters and messages are registered in the SAE J 1939 database at the request of WG 1.
3) To be published.
© ISO 2007 – All rights reserved 19
Ann
ex A
(n
orm
ativ
e)
Pa
ram
eter
gro
up a
ssig
nmen
ts
For t
he p
urpo
ses
of th
is a
nnex
, the
follo
win
g ab
brev
iatio
ns a
re u
sed:
DP
da
ta p
age
(1 b
it)
G
E
grou
p ex
tens
ion
(8 b
its)
PF
PD
U fo
rmat
(8 b
its)
DA
de
stin
atio
n ad
dres
s (8
bits
)
PS
PD
U s
peci
fic (8
bits
)
M
P
mul
ti-pa
cket
allo
wed
(Yes
or N
o)
(eith
er D
A or
GE)
PGN
pa
ram
eter
gro
up n
umbe
r (3
byte
s)
19
39-n
nu
mbe
r of a
pplic
able
SAE
J 1
939
stan
dard
(s
ee IS
O 1
1783
-3 fo
r a d
escr
iptio
n)
NO
TE
The
DA
can
not b
e de
fined
bef
ore
a re
ceiv
er o
f th e
mes
sage
is d
eter
min
ed b
y th
e re
al-ti
me
oper
atin
g so
ftwar
e th
at is
sen
din g
the
mes
sage
. So
this
8-b
it fra
me
is
sim
ply
desi
gnat
ed a
s a
DA
. GE
is th
e ex
tens
ion
adde
d to
the
PF
a nd
the
DP
to id
entif
y th
e P
GN
whi
ch in
turn
iden
tifie
s th
e m
ess a
ge c
onte
nts.
For
PFs
gre
ater
than
139
, the
G
E is
use
d to
mak
e up
the
PGN
. PF
of 1
39 a
nd lo
wer
use
0 fo
r the
GE
, as
this
fiel
d is
bei
ng u
sed
for
the
DA
. See
ISO
117
83- 3
for a
det
aile
d ex
plan
atio
n of
the
rela
tions
hip
betw
een
thos
e el
emen
ts.
DP
PF
PS
PGN
Pa
ram
eter
Gro
up L
abel
A
cron
ym
MP
PGN
Doc
Des
crip
tion
0
0
DA
0
To
rque
/Spe
ed C
ontro
l 1
TSC
1
No
19
39-7
1
0
1
D
A
256
Tr
ansm
issi
on C
ontro
l 1
TC1
No
19
39-7
1
0
2
D
A
512
R
eser
ved
for I
SO
119
92
EB
S11
N
o
ISO
119
92
0
3
D
A
768
R
eser
ved
for I
SO
119
92
EB
S21
N
o
ISO
119
92
0
4
D
A
1024
E
xter
nal B
rake
Req
uest
XB
R
No
1939
-71
Use
d fo
r bra
ke c
ontro
l by
an e
xter
nal d
evic
e
0
5
D
A
1280
R
eser
ved
for C
AN
open
C
AM
11
No
ISO
119
92
CA
N o
pen
App
licat
ion
Mes
sage
#1/
1
0
6
D
A
1536
R
eser
ved
for C
AN
open
C
AM
21
No
ISO
119
92
CA
N o
pen
App
licat
ion
Mes
sage
#2/
1
0
7
D
A
1792
G
ener
al P
urpo
se V
alve
Loa
d S
ense
Pre
s sur
e
GP
V4
No
ISO
117
83-7
M
easu
rem
ent
of l
o ad
sens
e an
d pi
lot
pres
sure
of
a ge
nera
l-pu
rpos
e va
lve
ISO 11783-1:2007(E)
20 © ISO 2007 – All rights reserved
0
170
DA
43
520
Clie
nt to
File
Ser
ver m
essa
ge
N
o IS
O 1
1783
-7
File
ser
ver m
essa
ge fr
om a
clie
nt o
n th
e ne
twor
k
0
171
DA
43
776
File
Ser
ver t
o cl
ient
mes
sage
No
ISO
117
83-7
Fi
le s
erve
r mes
sage
to a
clie
nt o
n th
e ne
twor
k
0
172
DA
44
032
Gui
danc
e S
yste
m M
achi
ne In
form
atio
n G
MS
N
o IS
O 1
1783
-7
Mac
hine
sys
tem
fee
dbac
k de
tailin
g st
atus
of
mac
hine
rel
ativ
e to
gu
idan
ce o
pera
tion
0
173
DA
44
288
Gui
danc
e S
yste
m C
omm
and
GM
C
No
ISO
117
83-7
S
teer
ing
com
man
d ex
pres
sed
as d
esire
d cu
rvat
ure
0
174
DA
44
544
Ty
re P
ress
ure
Ref
eren
ce S
ettin
g
TPR
S
No
1939
-71
Mes
sage
use
d fo
r set
ting
the
tyre
pre
ssur
e re
fere
nce
valu
es
0
175
DA
44
800
P
aram
eter
Loc
ate
Mes
sage
P
LM
No
19
39-7
4 M
essa
ge t
hat
caus
es o
ther
con
trol f
unct
ions
to
resp
ond
with
the
id
entit
y of
any
mes
sage
tha
t th
ey s
end
in w
hich
the
par
ticul
ar
para
met
er (i
dent
ified
by
spec
ific
SP
N) i
s co
ntai
ned
0
176
DA
45
056
C
onfig
urat
ion
Iden
tific
atio
n M
essa
ge
CIM
N
o
1939
-74
Mes
sage
use
d to
iden
tify
the
data
con
tent
(by
SP
N)
of o
ne o
f the
co
nfig
urab
le m
essa
ges
(iden
tifie
d by
PG
N)
0
177
DA
45
312
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#1
P
CM
1
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
178
DA
45
568
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#2
P
CM
2
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
179
DA
45
824
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#3
P
CM
3
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
180
DA
46
080
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#4
P
CM
4
Yes
1939
-74
Pro
prie
taril
y co
nfig
urat
ion
mes
sage
for u
se in
SA
E J
193
9-74
0
181
DA
46
336
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#5
P
CM
5
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
182
DA
46
592
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#6
P
CM
6
Yes
1939
-74
Pro
prie
taril
y co
nfig
urat
ion
mes
sage
for u
se in
SA
E J
193
9-74
0
183
DA
46
848
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#7
P
CM
7
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
184
DA
47
104
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#8
P
CM
8
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
185
DA
47
360
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#9
P
CM
9 Ye
s
1939
-74
Pro
prie
taril
y co
nfig
urat
ion
mes
sage
for u
se in
SA
E J
193
9-74
0
186
DA
47
616
Pro
prie
taril
y C
onfig
urab
le M
essa
ge #
10
PC
M10
Ye
s 19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
187
DA
47
872
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#11
P
CM
11
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
188
DA
48
128
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#12
P
CM
12
Yes
1939
-74
Pro
prie
taril
y co
nfig
urat
ion
mes
sage
for u
se in
SA
E J
193
9-74
0
189
DA
48
384
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#13
P
CM
13
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
190
DA
48
640
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#14
P
CM
14
Yes
1939
-74
Pro
prie
taril
y co
nfig
urat
ion
mes
sage
for u
se in
SA
E J
193
9-74
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 21
0
191
DA
48
896
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#15
P
CM
15
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
192
DA
49
152
P
ropr
ieta
rily
Con
figur
able
Mes
sage
#16
P
CM
16
Yes
19
39-7
4 P
ropr
ieta
rily
conf
igur
atio
n m
essa
ge fo
r use
in S
AE
J 1
939-
74
0
193
DA
49
408
Dia
gnos
tic R
eadi
ness
2
DR
2
No
19
39-7
3 M
essa
ge t
o co
nvey
inf
orm
atio
n re
leva
nt t
o th
e re
adin
ess
of t
he
OB
D s
yste
m
0
194
DA
49
664
R
eser
ved
for D
M20
D
M20
Ye
s 19
39-7
3 R
eser
ved
for D
M20
0
195
DA
49
920
C
lear
/Res
et A
ctiv
e an
d P
revi
ousl
y A
ctiv
e D
TC
DM
21
No
1939
-73
Indi
vidu
al c
lear
/rese
t of a
ctiv
e an
d pr
evio
usly
act
ive
DTC
0
196
DA
50
176
G
ener
al P
urpo
se V
alve
Com
man
d
GP
V3
N
o
ISO
117
83-7
C
ontro
ls th
e flo
w th
roug
h a
gene
ral p
urpo
se v
alve
0
197
DA
50
432
G
ener
al P
urpo
se V
alve
Mea
sure
d Fl
ow
GP
V2
N
o
ISO
117
83-7
M
easu
rem
ent o
f the
flow
thro
ugh
a ge
nera
l pur
pose
val
ve
0
198
DA
50
688
G
ener
al P
urpo
se V
alve
Est
imat
ed F
low
G
PV
1
No
IS
O 1
1783
-7
Est
imat
ed fl
ow th
roug
h of
a g
ener
al p
urpo
se v
alve
0
199
DA
50
944
E
xten
ded
Tran
spor
t Pro
toco
l – D
ata
Tran
sfer
E
TP.D
T
Yes
ISO
117
83-6
D
efin
ed in
ISO
117
83-6
0
200
DA
51
200
E
xten
ded
Tran
spor
t Pro
toco
l – C
onne
ctio
n M
gt
ETP
.CM
N
o
ISO
117
83-6
D
efin
ed in
ISO
117
83-6
0
201
DA
51
456
R
eque
st 2
R
QS
T2
No
ISO
117
83-3
R
eque
sts
a P
GN
from
net
wor
k co
ntro
l fun
ctio
n or
func
tions
and
to
spec
ify w
heth
er th
e re
spon
se c
an o
r can
not u
se th
e Tr
ansf
er P
GN
an
d da
ta s
et fo
r all
cont
rol f
unct
ions
it is
task
ed w
ith re
porti
ng.
0
202
DA
51
712
Tr
ansf
er
XFE
R
No
ISO
117
83-3
P
GN
tha
t pr
ovid
es a
mec
hani
sm f
or r
epor
ting
mul
tiple
dat
a se
ts
for a
giv
en P
GN
0
203
DA
51
968
P
roce
ss D
ata
Mes
sage
P
D
No
IS
O 1
1783
-7
Mes
sage
def
ined
as
dest
inat
ion
spec
ific
and
the
send
er s
hall
dete
rmin
e w
hich
impl
emen
t rec
eive
s th
e m
essa
ge
0
204
DA
52
224
R
eque
st fo
r Rep
etiti
on R
ate
R
EQ
RR
N
o
ISO
117
83-7
M
essa
ge a
llow
ing
the
syst
em t
o ad
apt
the
netw
ork
band
wid
th t
o th
e ne
eds
of th
e us
er o
f mes
sage
s
0
205
DA
52
480
R
eser
ved
for I
SO
157
65 K
WP2
000
KW
P4
N
o
ISO
157
65
Mix
ed fu
nctio
nal a
ddre
ssin
g
0
206
DA
52
736
R
eser
ved
for I
SO
157
65 K
WP2
000
KW
P3
No
ISO
157
65
Mix
ed p
hysi
cal a
ddre
ssin
g
0
207
DA
52
992
C
ontin
uous
Tor
que
& S
peed
Lim
it R
eque
st
CTL
N
o 19
39-7
1
0
208
DA
53
248
C
ab Il
lum
inat
ion
Mes
sage
C
L N
o 19
39-7
1 M
essa
ge c
onta
ins
info
rmat
ion
that
con
trols
illu
min
atio
n so
urce
s in
side
the
vehi
cle'
s ca
b
0
209
DA
53
504
A
ir S
uspe
nsio
n C
ontro
l 6
AS
C6
No
1939
-71
Use
d fo
r sus
pens
ion
cont
rol
0
210
DA
53
760
A
ir S
uspe
nsio
n C
ontro
l 2
AS
C2
No
1939
-71
Use
d fo
r sus
pens
ion
cont
rol
0
211
DA
54
016
C
alib
ratio
n In
form
atio
n
DM
19
Yes
1939
-73
Info
rmat
ion
abou
t the
cal
ibra
tion
to s
can
tool
ISO 11783-1:2007(E)
22 © ISO 2007 – All rights reserved
0
212
DA
54
272
D
ata
Sec
urity
D
M18
Ye
s 19
39-7
3
0
213
DA
54
528
Ti
me/
Dat
e Ad
just
TD
A
No
19
39-7
1
0
214
DA
54
784
B
oot L
oad
Dat
a
DM
17
Yes
1939
-73
0
215
DA
55
040
B
inar
y D
ata
Tran
sfer
D
M16
Ye
s
1939
-73
0
216
DA
55
296
M
emor
y A
cces
s R
espo
nse
D
M15
N
o
1939
-73
0
217
DA
55
552
M
emor
y A
cces
s R
eque
st
DM
14
Yes
1939
-73
0
218
DA
55
808
R
eser
ved
for I
SO
157
65
KWP
2
No
IS
O 1
5765
0
219
DA
56
064
R
eser
ved
for I
SO
157
65
KWP
1
No
IS
O 1
5765
0
220
DA
56
320
A
nti-t
heft
Sta
tus
A
TS
No
1939
-71
0
221
DA
56
576
A
nti-t
heft
Req
uest
A
TR
Yes
19
39-7
1
0
222
DA
56
832
R
eset
R
ES
ET
N
o
1939
-71
0
223
DA
57
088
D
iagn
ostic
Mes
sage
#13
D
M13
N
o
1939
-73
Mes
sage
tha
t st
op o
r st
art
broa
dcas
t m
essa
ges
— c
an b
e on
ne
twor
ks o
ther
than
ISO
117
83 n
etw
ork
0
224
DA
57
344
C
ab M
essa
ge 1
C
M1
No
1939
-71
Mes
sage
con
tain
ing
para
met
ers
orig
inat
ing
from
a v
ehic
le c
ab
0
225
DA
5
7600
R
eser
ved
for I
SO
119
92
GFM
21
No
ISO
119
92
0
226
DA
57
856
R
eser
ved
for I
SO
119
92
GFM
11
No
IS
O 1
1992
0
227
DA
58
112
D
iagn
ostic
Mes
sage
#7
D
M7
N
o
1939
-73
0
228
DA
58
368
R
eser
ved
for I
SO
119
92
RG
E11
N
o
ISO
119
92
0
229
DA
58
624
R
eser
ved
for I
SO
119
92
RG
E21
N
o
ISO
119
92
0
230
DA
58
880
V
irtua
l Ter
min
al-to
-Wor
king
Set
V
T12
Ye
s
ISO
117
83-6
0
231
DA
59
136
W
orki
ng S
et-to
-Virt
ual T
erm
inal
V
T21
Ye
s IS
O 1
1783
-6
0
232
DA
59
392
A
ckno
wle
dgm
ent M
essa
ge
AC
KM
N
o IS
O 1
1783
-3
Ack
now
ledg
men
t P
G
that
pr
ovid
es
a ha
ndsh
ake
mec
hani
sm
betw
een
trans
mitt
ing
and
rece
ivin
g co
ntro
l fun
ctio
ns
0
234
DA
59
904
R
eque
st
RQ
ST
N
o
ISO
117
83-3
P
rovi
des
the
capa
bilit
y to
req
uest
inf
orm
atio
n gl
obal
ly o
r fro
m a
sp
ecifi
c de
stin
atio
n as
iden
tifie
d by
the
PG
N
0
235
DA
60
160
Tr
ansp
ort P
roto
col –
Dat
a Tr
ansf
er
TP.D
T
No
ISO
117
83-3
U
sed
for
the
trans
fer
of d
ata
asso
ciat
ed w
ith p
aram
eter
gro
ups
with
mor
e th
an 8
byt
es o
f dat
a
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 23
0
236
DA
60
416
Tr
ansp
ort P
roto
col —
Con
nect
ion
Mgm
t TP
.CM
.xx
N
o
ISO
117
83-3
U
sed
for
the
trans
fer
of p
aram
eter
gro
ups
with
9 o
r m
ore
byte
s of
da
ta
0
237
DA
60
672
Net
wor
k La
yer
N.x
x
Yes
ISO
117
83-4
0
238
DA
60
928
A
ddre
ss C
laim
ed M
essa
ge
AC
N
o
ISO
117
83-5
U
sed
to c
laim
an
addr
ess
for a
con
trol f
unct
ion
0
239
DA
61
184
Pro
prie
tary
A
Pro
pA
Yes
ISO
117
83-3
P
ropr
ieta
ry P
G u
sing
the
dest
inat
ion
spec
ific
PD
U fo
rmat
to a
llow
m
anuf
actu
rers
to
dire
ct t
heir
prop
rieta
ry c
omm
unic
atio
ns t
o a
spec
ific
dest
inat
ion
node
0
240
0
61
440
E
lect
roni
c R
etar
der C
ontro
ller 1
E
RC
1
No
19
39-7
1 M
essa
ge tr
ansm
itted
by
seve
ral t
ypes
of r
etar
ding
con
trolle
rs
0
240
1
61
441
E
lect
roni
c B
rake
Con
trolle
r 1
EB
C1
N
o 19
39-7
1 U
sed
for b
rake
con
trol i
nfor
mat
ion
0
240
2
61
442
E
lect
roni
c Tr
ansm
issi
on C
ontro
ller 1
E
TC1
N
o
1939
-71
0
240
3
61
443
E
lect
roni
c E
ngin
e C
ontro
ller 2
E
EC
2
No
19
39-7
1
0
240
4
61
444
E
lect
roni
c E
ngin
e C
ontro
ller 1
E
EC
1
No
19
39-7
1 E
ngin
e re
late
d pa
ram
eter
s
0
240
5
61
445
E
lect
roni
c Tr
ansm
issi
on C
ontro
ller 2
E
TC2
N
o
1939
-71
0
240
6
61
446
E
lect
roni
c A
xle
Con
trolle
r 1
EA
C1
N
o 19
39-7
1
0
240
7
61
447
Fo
rwar
d La
ne Im
age
urge
nt m
essa
ge
FLI1
N
o 19
39-7
1
0
240
8
61
448
H
ydra
ulic
Pre
ssur
e G
over
nor I
nfo
H
PG
N
o
1939
-71
Info
rmat
ion
used
fo
r a
hydr
aulic
pr
essu
re
gove
rnin
g co
ntr o
l sy
stem
0
240
9
61
449
V
ehic
le D
ynam
ic S
tabi
lity
Con
trol 2
V
DC
2
No
19
39-7
1 C
onta
ins
info
rmat
ion
whi
ch re
late
s to
the
vehi
cle’
s m
ovem
ent
0
240
10
61
450
E
ngin
e G
as F
low
Rat
e
EG
F1
No
19
39-7
1 Lo
w ra
tes
of a
ir an
d m
ixed
gas
ses
into
the
engi
ne c
ylin
ders
0
240
11
61
451
E
lect
roni
c S
teer
ing
Con
trol
ES
C1
N
o
1939
-71
PG
N th
at in
dica
tes
the
actu
al a
ngle
and
the
stat
us o
f a s
teer
able
ax
le
0
240
12
61
452
E
lect
roni
c Tr
ansm
issi
on C
ontro
ller #
8
ETC
8
No
1939
-71
Ele
ctro
nic
trans
mis
sion
con
trolle
r #8
0
240
13
61
453
La
nd L
evel
ling
Sys
tem
Ope
ratio
nal I
nfor
mat
ion
LO
I N
o
1939
-71
Gro
up o
f ope
ratio
nal p
aram
eter
s as
soci
ated
with
the
land
leve
lling
sy
stem
, suc
h as
sw
itch
stat
es
0
240
14
6145
4 A
fter T
reat
men
t Int
ake
Gas
1
N
o 19
39-7
1
ISO 11783-1:2007(E)
24 © ISO 2007 – All rights reserved
0
240
15
6145
5 A
fter T
reat
men
t Out
let G
as 1
No
1939
- 71
0
240
16
6145
6 A
fter T
reat
men
t Int
ake
Gas
1-b
No
1939
- 71
0
240
17
6145
7 A
fter T
reat
men
t Out
let G
as 1
-b
N
o 19
39- 7
1
0
240
18
6145
8 Fi
fth W
heel
Sm
art S
yste
ms
1 FW
SS1
N
o 19
39-7
1 M
essa
ge fo
r det
erm
inin
g th
e st
atus
of t
he tr
acto
r to
traile
r cou
plin
g sy
stem
inte
grity
0
240
19
6145
9 S
lope
Sen
sor I
nfor
mat
ion
SS
I N
o 19
39-7
1 S
lope
sen
sor i
nfor
mat
ion
0
253
171
6493
9 C
ompl
ete
Con
figur
able
Mes
sage
Set
Req
uest
R
CM
S
No
1939
-71
Req
uest
fo
r al
l E
CU
s to
se
nd
the
com
plet
e se
quen
ce
of
conf
igur
atio
n id
entif
icat
ion
mes
sage
s fo
r a
parti
cula
r on
e or
all
of
the
conf
igur
able
mes
sage
s th
at th
ey s
end
0
253
172
6494
0 R
otat
iona
l Sen
sor A
ngle
R
SA
N
o 19
39-7
1 M
essa
ge o
f the
mea
sure
men
t of a
rot
atio
n an
gle
arou
nd a
sin
gle
axis
0
253
173
6494
1 R
eser
ved
19
39-7
1 R
eser
ved
for f
utur
e as
sign
men
t
0
253
174
6494
2 Fi
fth W
heel
Sm
art S
yste
ms
2 FW
SS2
N
o 19
39-7
1 M
essa
ge u
sed
to c
onve
y op
erat
or p
aram
eter
s as
soci
ated
with
the
tract
or to
trai
ler c
oupl
ing
cont
rol a
nd e
rror
sta
te
0
253
175
6494
3 A
fter T
reat
men
t Int
erm
edia
te G
as 1
-b
N
o 19
39-7
1
0
253
176
6494
4 A
fter T
reat
men
t Out
let G
as 2
-b
N
o 19
39-7
1
0
253
177
6494
5 A
fter T
reat
men
t Int
ake
Gas
2-b
No
1939
-71
0
253
178
6494
6 A
fter T
reat
men
t Int
erm
edia
te G
as 1
No
1939
-71
0
253
179
6494
7 A
fter T
reat
men
t Out
let G
as 2
No
1939
-71
0
253
180
6494
8 A
fter T
reat
men
t Int
ake
Gas
2
N
o 19
39-7
1
0
253
181
6494
9 P
revi
ous
Activ
e Em
issi
on R
elat
ed F
a ults
No
1939
-71
0
253
182
6495
0 S
PN
Sup
port
N
o 19
39-7
1
0
253
183
6495
1 E
xpan
ded
Free
ze F
ram
e
No
1939
-71
0
253
184
6495
2 D
iagn
ostic
Rea
dine
ss 3
No
1939
-71
0
253
185
64
953
Ty
re P
ress
ure
Ref
eren
ce In
form
atio
n
TPR
I N
o
1939
-71
Info
rmat
ion
on a
ctua
l tyr
e pr
essu
re re
fere
nce
valu
e fo
r mon
itorin
g
0
253
186
64
954
Fa
rebo
x S
tatu
s
TR6
N
o
1939
-71
Use
d to
repo
rt al
arm
s of
the
fare
col
lect
ion
unit
0
253
187
64
955
Fa
rebo
x P
oint
of S
ale
TR
5
No
19
39-7
1 U
sed
to re
port
stop
-leve
l poi
nt o
f sal
e de
tail
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 25
0
253
188
64
956
Fa
rebo
x S
ervi
ce D
etai
l TR
4
Yes
19
39-7
1 U
sed
to id
entif
y se
rvic
e, a
ssig
nmen
ts a
nd fa
re p
rese
t det
ail o
f the
fa
re c
olle
ctio
n un
it
0
253
189
64
957
S
igna
l Pre
-em
ptio
n
TR3
N
o
1939
-71
Sta
tus
and
conf
igur
atio
n of
the
cont
rolle
r use
d fo
r int
erse
ctio
n pr
e-em
ptio
n
0
253
190
64
958
Tr
ansi
t Rou
te
TR1
Ye
s
1939
-71
Cur
rent
rout
e as
sign
ed to
this
tran
sit v
ehic
le
0
253
191
64
959
Tr
ansi
t Mile
post
TR
2
Yes
19
39-7
1 Id
entif
icat
ion
of a
tran
sit r
oute
mile
post
0
253
192
64
960
P
asse
nger
Cou
nter
TR
7
No
19
39-7
1 U
sed
to n
otify
the
trans
it lin
k co
ntro
llers
of t
he p
asse
nger
cou
nt
0
253
193
64
961
E
ngin
e Fl
uid
Leve
l/Pre
ssur
e 3
E
FL/P
3
No
1939
-71
0
253
196
64
964
E
lect
roni
c B
rake
Con
trolle
r 5
EB
C5
N
o
1939
-71
Mes
sage
con
tain
ing
info
rmat
ion
on b
rake
con
trol
0
253
197
64
965
E
CU
Iden
tific
atio
n In
form
atio
n
EC
UID
Ye
s
1939
-71
Mes
sage
for
rep
ortin
g id
entif
icat
ion
and
info
rmat
ion
abou
t th
e ph
ysic
al E
CU
and
its
hard
war
e
0
253
198
64
966
C
old
Sta
rt A
ids
No
19
39-7
1 C
old
star
t aid
info
rmat
ion
and
setti
ngs
0
253
199
64
967
O
ff-H
ighw
ay E
ngin
e C
ontro
l Sel
ectio
n S
tat e
s
OH
CS
S
No
19
39-7
1 R
epor
ts t
he s
tate
s of
off-
high
way
eng
ine
cont
rol m
odes
, as
the
y ap
ply
to d
iffer
ent m
odes
of e
ngin
e op
erat
ion
whi
ch c
an b
e us
ed to
ai
d pa
rticu
lar w
orki
ng e
nviro
nmen
ts
0
253
200
64
968
O
pera
tor P
rimar
y In
term
edia
te S
peed
Con
trol
ISC
S
No
19
39-7
1 U
sed
to p
rovi
de t
he c
ontro
ller
feed
back
to
indi
cate
the
con
trols
st
ate
achi
eved
0
253
201
64
969
E
lect
roni
c C
ontro
l Mod
ule
Info
rmat
ion
C
MI
Yes
19
39-7
1 In
form
atio
n re
latin
g to
ele
ctro
nic
cont
rol m
odul
es
0
253
202
64
970
In
term
edia
te S
peed
Con
trol
ISC
N
o 19
39-7
1 M
essa
ge t
hat
addr
esse
s th
e pa
rticu
lar
need
s of
the
ind
ustri
al
engi
ne o
pera
tiona
l fun
ctio
nalit
y co
ncer
ning
the
inte
rmed
iate
spe
e d
cont
rol o
pera
tion
0
253
203
64
971
O
ff-H
ighw
ay E
ngin
e C
ontro
l Sel
ectio
n
OH
EC
S
No
19
39-7
1 A
llow
s fo
r th
e se
lect
ion
of o
ff-hi
ghw
ay e
ngin
e co
ntro
l mod
es,
as
they
app
ly t
o di
ffere
nt m
odes
of
engi
ne o
pera
tion
whi
ch c
an b
e us
ed to
aid
par
ticul
ar w
orki
ng e
nviro
nmen
ts
0
253
204
64
972
O
pera
tors
Ext
erna
l Lig
ht C
ontro
ls M
essa
ge
OE
L
No
1939
-71
Mes
sage
con
tain
ing
the
info
rmat
ion
abou
t th
e po
sitio
n of
the
op
erat
or's
ext
erna
l lig
ht c
ontro
l sw
itch(
s)
0
253
205
64
973
O
pera
tor W
iper
and
Was
her C
ontro
ls M
essa
ge
OW
W
No
19
39-7
1 M
essa
ge fo
r ite
ms
rela
ted
to th
e op
erat
ors
cont
rols
for t
he w
indo
w
wip
ers
and
was
hers
on
the
front
and
rear
cab
win
dow
s
0
253
206
64
974
W
orki
ng S
et M
embe
r Mes
sage
W
SM
M
No
19
39-8
1 M
essa
ge s
ent
by t
he m
aste
r of
a w
orki
ng s
et t
o id
entif
y an
in
divi
dual
mem
ber o
f a s
peci
fic w
orki
ng s
et
ISO 11783-1:2007(E)
26 © ISO 2007 – All rights reserved
0
253
207
64
975
W
orki
ng S
et M
aste
r Mes
sage
W
SM
N
o
1939
-81
Mes
sage
sen
t by
the
mas
ter
of a
wor
king
set
tha
t id
entif
ies
the
num
ber o
f ind
ivid
ual m
embe
rs o
f the
wor
king
set
0
253
208
64
976
In
let/E
xhau
st C
ondi
tions
2
IC2
N
o
1939
-71
Sec
ond
PG
N c
onve
ying
thi
s ty
pe o
f eng
ine
info
rmat
ion
(see
als
o P
GN
652
70)
0
253
209
64
977
FM
S-s
tand
ard
Inte
rface
Iden
tity/
Cap
abili
ties
FM
S
No
19
39-7
1 In
form
atio
n th
at s
peci
fies
the
capa
bilit
ies
of th
e fle
et m
anag
emen
t sy
stem
(FM
S) —
sta
ndar
d in
terfa
ce u
nit
0
253
210
64
978
E
CU
Per
form
ance
E
P
No
19
39-7
1 M
essa
ge u
sed
to tr
ansf
er E
CU
per
form
ance
par
amet
ers
0
253
211
64
979
Tu
rboc
harg
er In
form
atio
n 6
TC
I6
No
19
39-7
1 Tu
rboc
harg
er c
ompr
esso
r out
let d
isch
arge
tem
pera
ture
0
253
212
64
980
C
ab M
essa
ge 3
C
M3
N
o
1939
-71
Pro
vide
s in
form
atio
n fro
m c
ab-m
ount
ed o
pera
tor i
nput
s
0
253
213
64
981
E
lect
roni
c E
ngin
e C
ontro
ller 5
E
EC
5
No
19
39-7
1 E
ngin
e-re
late
d pa
ram
eter
s
0
253
214
64
982
B
asic
Joy
stic
k M
essa
ge 1
B
JM1
N
o
1939
-71
Use
d to
tran
sfer
info
rmat
ion
abou
t the
mea
sure
d st
atus
of t
he fi
rst
two
axes
and
up
to 1
2 bu
ttons
of a
joys
tick
0
253
215
64
983
E
xten
ded
Joys
tick
Mes
sage
1
EJM
1
No
19
39-7
1 U
sed
to t
rans
fer
info
rmat
ion
abou
t th
e m
easu
red
stat
us o
f th
ree
addi
tiona
l ax
es o
f a
joys
tick
and
switc
hes
of t
he jo
ystic
k gr
ip o
r ha
ndle
0
253
216
64
984
B
asic
Joy
stic
k M
essa
ge 2
B
JM2
N
o
1939
-71
Use
d to
tran
sfer
info
rmat
ion
abou
t the
mea
sure
d st
atus
of t
he fi
rst
two
axes
and
up
to 1
2 bu
ttons
of a
joys
tick
0
253
217
64
985
E
xten
ded
Joys
tick
Mes
sage
2
EJM
2
No
19
39-7
1 U
sed
to t
rans
fer
info
rmat
ion
abou
t th
e m
easu
red
stat
us o
f th
ree
addi
tiona
l ax
es o
f a
joys
tick
and
switc
hes
of t
he jo
ystic
k gr
ip o
r ha
ndle
0
253
218
649
86
Bas
ic J
oyst
ick
Mes
sage
3
BJM
3
No
19
39-7
1 U
sed
to tr
ansf
er in
form
atio
n ab
out t
he m
easu
red
stat
us o
f the
f irs
t tw
o ax
es a
nd u
p to
12
butto
ns o
f a jo
ystic
k
0
253
219
64
987
E
xten
ded
Joys
tick
Mes
sage
3
EJM
3
No
19
39-7
1 U
sed
to t
rans
fer
info
rmat
ion
abou
t th
e m
easu
red
stat
us o
f t h
ree
addi
tiona
l ax
es o
f a
joys
tick
and
switc
hes
of t
he jo
ystic
k gr
ip o
r ha
ndle
.
0
253
220
64
988
M
arin
e C
ontro
l Inf
orm
atio
n
MC
I N
o
1939
-71
Mes
sage
tha
t co
ntai
ns m
arin
e ve
ssel
con
trol
info
rmat
ion
for
t he
engi
ne
0
253
221
64
989
M
ilita
ry A
pplic
atio
n Tr
acto
r — T
raile
r M
AM
11
No
IS
O 1
1992
Tr
acto
r-to
-trai
ler
mes
sage
fo
r m
ilita
ry
appl
icat
ions
us
ing
ISO
119
92
0
253
222
64
990
M
ilita
ry A
pplic
atio
n Tr
aile
r — T
ract
or F
eedb
ack
M
AM
21
No
IS
O 1
1992
Fe
edba
ck m
essa
ge f
rom
tra
iler
to t
ract
or f
or m
ilitar
y ap
plic
atio
ns
usin
g IS
O 1
1992
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 27
0
253
223
64
991
Fr
ont W
heel
Driv
e S
tatu
s
FWD
N
o
1939
-71
Fron
t whe
el d
rive
EC
U in
form
atio
n
0
253
224
64
992
A
mbi
ent C
ondi
tions
2
AM
B2
N
o
1939
-71
Mes
sage
con
tain
ing
mea
sure
men
t an
d co
nfig
urat
ion
info
rmat
ion
abou
t the
veh
icle
am
bien
t con
ditio
ns
0
253
225
64
993
C
ab A
/C C
limat
e S
yste
m In
form
atio
n
CA
CI
No
19
39-7
1 M
essa
ge c
onta
inin
g m
easu
rem
ent a
nd c
ondi
tion
info
rmat
ion
from
ca
b ai
r con
ditio
ning
com
pone
nts
0
253
226
64
994
S
uppl
y P
ress
ure
Dem
and
S
PR
N
o
1939
-71
Use
d fo
r co
ntro
lling
the
supp
ly p
ress
ure
and
ofte
n us
ed t
o ra
ise
the
pres
sure
of a
sup
ply
pres
sure
circ
uit i
n si
tuat
ions
whe
re m
ore
pneu
mat
ic e
nerg
y is
nee
ded
0
253
227
64
995
E
quip
men
t Ope
ratio
n an
d C
ontro
l E
OA
C
No
19
39-7
1 P
aram
eter
s re
late
d to
the
oper
atio
n an
d co
ntro
ls fo
r equ
ipm
ent
0
253
228
64
996
E
quip
men
t Per
form
ance
Dat
a
EP
D
No
19
39-7
1 P
aram
eter
s re
late
d to
th
e pe
rform
ance
ch
arac
teris
tics
of
equi
pmen
t
0
253
229
64
997
M
axim
um V
ehic
le S
peed
Lim
it
MV
S
No
19
39-7
1 S
tatu
s re
ports
the
pos
sibl
e m
axim
um v
ehic
le s
peed
lim
its,
one
thro
ugh
seve
n, a
nd th
e ap
plie
d m
axim
um v
ehic
le s
peed
lim
it
0
253
230
64
998
H
ydra
ulic
Bra
king
Sys
tem
H
BS
N
o
1939
-71
Use
d fo
r inf
orm
atio
n on
a h
ydra
ulic
bra
ke s
yste
m
0
253
231
64
999
B
us #
1 U
tility
Syn
c C
heck
Sta
tus
B
US
C
No
19
39-7
5
0
253
232
65
000
B
us #
1 G
ener
ator
Syn
c C
heck
Sta
tus
B
GS
C
No
19
39-7
5
0
253
233
65
001
B
us #
1 P
hase
C B
asic
AC
Qua
ntiti
es
BP
CA
C
No
19
39-7
5
0
253
234
65
002
B
us #
1 P
hase
B B
asic
AC
Qua
ntiti
es
BP
BA
C
No
19
39-7
5
0
253
235
65
003
B
us #
1 P
hase
A B
asic
AC
Qua
ntiti
es
BP
AA
C
No
19
39-7
5
0
253
236
65
004
B
us #
1 A
vera
ge B
asic
AC
Qua
ntiti
es
BA
AC
N
o
1939
-75
0
253
237
65
005
U
tility
Tot
al A
C E
nerg
y
UTA
CE
N
o 19
39-7
5
0
253
238
65
006
U
tility
Pha
se C
AC
Rea
ctiv
e Po
wer
U
PC
AC
R
No
19
39-7
5
0
253
239
65
007
U
tility
Pha
se C
AC
Pow
er
UP
CA
CP
N
o
1939
-75
0
253
240
65
008
U
tility
Pha
se C
AC
Bas
ic Q
uant
ities
U
PC
AC
N
o 1
939-
75
0
253
241
65
009
U
tility
Pha
se B
AC
Rea
ctiv
e Po
wer
U
PB
AC
R
No
193
9-75
0
253
242
65
010
U
tility
Pha
se B
AC
Pow
er
UP
BA
CP
N
o
1939
-75
0
253
243
65
011
U
tility
Pha
se B
AC
Bas
ic Q
uant
itie s
U
PB
AC
N
o
1939
-75
0
253
244
65
012
U
tility
Pha
se A
AC
Rea
ctiv
e Po
we r
U
PA
CC
R
No
19
39-7
5
ISO 11783-1:2007(E)
28 © ISO 2007 – All rights reserved
0
253
245
65
013
U
tility
Pha
se A
AC
Pow
er
UP
AA
CP
N
o
1939
-75
0
253
246
65
014
U
tility
Pha
se A
Bas
ic A
C Q
uant
ities
U
PA
AC
N
o
1939
-75
0
253
247
65
015
U
tility
Tot
al A
C R
eact
ive
Pow
er
UTA
CR
N
o
1939
-75
0
253
248
65
016
U
tility
Tot
al A
C P
ower
U
TAC
P
No
19
39-7
5
0
253
249
65
017
U
tility
Ave
rage
Bas
ic A
C Q
uant
ities
U
AA
C
No
19
39-7
5
0
253
250
65
018
G
ener
ator
Tot
al A
C E
nerg
y
GTA
CE
N
o
1939
-75
0
253
251
65
019
G
ener
ator
Pha
se C
AC
Rea
ctiv
e P
ower
G
PC
AC
R
No
19
39-7
5
0
253
252
65
020
G
ener
ator
Pha
se C
AC
Pow
er
GP
CA
CP
N
o
1939
-75
0
253
253
65
021
G
ener
ator
Pha
se C
Bas
ic A
C Q
uant
ities
G
PC
AC
N
o
1939
-75
0
253
254
65
022
G
ener
ator
Pha
se B
AC
Rea
ctiv
e P
ower
G
PB
AC
RP
No
19
39-7
5
0
253
255
65
023
G
ener
ator
Pha
se B
AC
Pow
er
GP
BA
CP
N
o
1939
-75
0
254
0
65
024
G
ener
ator
Pha
se B
Bas
ic A
C Q
uant
ities
G
PB
AC
N
o
1939
-75
0
254
1
65
025
G
ener
ator
Pha
se A
AC
Rea
ctiv
e P
ower
G
PA
AC
R
No
1939
-75
0
254
2
65
026
G
ener
ator
Pha
se A
AC
Pow
er
GP
AA
CP
N
o
1939
-75
0
254
3
65
027
G
ener
ator
Pha
se A
Bas
ic A
C Q
uant
ities
G
PA
AC
N
o
1939
-75
0
254
4
65
028
G
ener
ator
Tot
al A
C R
eact
ive
Pow
er
GTA
CR
N
o
1939
-75
0
254
5
65
029
G
ener
ator
Tot
al A
C P
ower
G
TAC
P
No
19
39-7
5
0
254
6
65
030
G
ener
ator
Ave
rage
Bas
ic A
C Q
uant
ities
G
AA
C
No
19
39-7
5
0
254
7
65
031
E
xhau
st T
empe
ratu
re
ET
N
o
1939
-71
0
254
8
6503
2
Req
uire
d Tr
acto
r Fac
ilitie
s m
essa
ge
RTF
N
o
ISO
117
83-7
Im
plem
ents
res
pons
e to
tas
k co
ntro
ller
or t
ract
or E
CU
des
ired
tract
or c
lass
ifica
tion
and
faci
litie
s
0
254
9
65
033
Tr
acto
r Fac
ilitie
s re
spon
se m
essa
ge
TFR
N
o
ISO
117
83-7
Tr
acto
r re
spon
se t
o an
impl
emen
t E
CU
or
task
con
tr olle
r tra
ctor
cl
assi
ficat
ion
and
faci
litie
s re
ques
t
0
254
10
65
034
Im
plem
ent R
emot
e C
ontro
l Tra
ctor
Res
pons
e
IRC
R
No
IS
O 1
1783
-7
Com
man
d th
at is
a ta
sk c
ontro
ller o
r an
impl
emen
t EC
U-to
-trac
tor
EC
U m
essa
ge
0
254
11
65
035
Im
plem
ent R
emot
e C
ontro
l Com
man
d
IRC
N
o
ISO
117
83-7
C
omm
ands
from
a ta
sk c
ontro
ller
or a
n im
plem
ent E
CU
- to-tr
acto
r EC
U
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 29
0
254
12
65
036
W
orki
ng S
et M
embe
r W
SM
EM
N
o
ISO
117
83-7
M
essa
ge s
ent
by t
he m
aste
r of
a w
orki
ng s
et t
o id
entif
y an
in
divi
dual
mem
ber o
f a s
peci
fic w
orki
ng s
et
0
254
13
65
037
W
orki
ng S
et M
aste
r W
SM
STR
N
o
ISO
117
83-7
M
essa
ge s
ent
by t
he m
aste
r of
a w
orki
ng s
et t
hat
iden
tifie
s th
e nu
mbe
r of i
ndiv
idua
l mem
bers
of t
he w
orki
ng s
et
0
254
14
65
038
R
espo
nse
for R
epet
ition
Rat
e
RE
SR
R
No
IS
O 1
1783
-7
Glo
bal m
essa
ge t
hat
is t
he r
espo
nse
of t
he r
eque
st o
f a
spec
ific
user
to c
hang
e th
e re
petit
ion
rate
0
254
15
65
039
La
ngua
ge C
omm
and
LC
N
o
ISO
117
83-7
G
loba
l mes
sage
info
rmin
g al
l EC
Us
on th
e IS
O 1
1783
net
wor
k of
th
e la
ngua
ge th
e op
erat
or w
ants
to u
se, t
he d
ate
and
time
form
at
and
the
units
of m
easu
re to
be
disp
laye
d by
the
conn
ecte
d sy
stem
0
254
16
65
040
A
uxili
ary
Val
ve N
umbe
r 0 E
stim
ated
Flo
w
AV
00E
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e es
timat
ed fl
ow o
f spe
cifie
d au
xilia
ry v
alve
0
254
17
65
041
A
uxili
ary
Val
ve N
umbe
r 1 E
stim
ated
Flo
w
AV
01E
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e es
timat
ed fl
ow o
f spe
cifie
d au
xilia
ry v
alve
0
254
18
65
042
A
uxili
ary
Val
ve N
umbe
r 2 E
stim
ated
Fl o
w
AV
02E
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e es
timat
ed fl
ow o
f spe
cifie
d au
xilia
ry v
alve
0
254
19
65
043
A
uxili
ary
Val
ve N
umbe
r 3 E
stim
ated
Flo
w
AV
03E
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e es
timat
ed fl
ow o
f spe
cifie
d au
xilia
ry v
alve
0
254
20
65
044
A
uxili
ary
Val
ve N
umbe
r 4 E
stim
ated
Fl o
w
AV
04E
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e es
timat
ed fl
ow o
f spe
cifie
d au
xilia
ry v
alve
0
254
21
65
045
A
uxili
ary
Val
ve N
umbe
r 5 E
stim
ated
Fl o
w
AV
05E
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e es
timat
ed fl
ow o
f spe
cifie
d au
xilia
ry v
alve
0
254
22
65
046
A
uxili
ary
Val
ve N
umbe
r 6 E
stim
ated
Fl o
w
AV
06E
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e es
timat
ed fl
ow o
f spe
cifie
d au
xilia
ry v
alve
0
254
23
65
047
A
uxili
ary
Val
ve N
umbe
r 7 E
stim
ated
Fl o
w
AV
07E
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e es
timat
ed fl
ow o
f spe
cifie
d au
xilia
ry v
alve
0
254
24
65
048
A
uxili
ary
Val
ve N
umbe
r 8 E
stim
ated
Fl o
w
AV
08E
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e es
timat
ed fl
ow o
f spe
cifie
d au
xilia
ry v
alve
0
254
25
50
49
Aux
iliar
y V
alve
Num
ber 9
Est
imat
ed F
low
A
V09
EF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
estim
ated
flow
of s
peci
fied
auxi
liary
val
ve
0
254
26
65
050
A
uxili
ary
Val
ve N
umbe
r 10
Est
imat
ed F
low
A
V10
EF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
estim
ated
flow
of s
peci
fied
auxi
liary
val
ve
0
254
27
65
051
A
uxili
ary
Val
ve N
umbe
r 11
Est
imat
ed F
low
A
V11
EF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
estim
ated
flow
of s
peci
fied
auxi
liary
val
ve
0
254
28
65
052
A
uxili
ary
Val
ve N
umbe
r 12
Est
imat
ed F
low
A
V12
EF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
estim
ated
flow
of s
peci
fied
auxi
liary
val
ve
0
254
29
65
053
A
uxili
ary
Val
ve N
umbe
r 13
Est
imat
ed F
low
A
V13
EF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
estim
ated
flow
of s
peci
fied
auxi
liary
val
ve
0
254
30
65
054
A
uxili
ary
Val
ve N
umbe
r 14
Est
imat
ed F
low
A
V14
EF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
estim
ated
flow
of s
peci
fied
auxi
liary
val
ve
0
254
31
65
055
A
uxili
ary
Val
ve N
umbe
r 15
Est
imat
ed F
low
A
V15
EF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
estim
ated
flow
of s
peci
fied
auxi
liary
val
ve
0
254
32
65
056
A
uxili
ary
Val
ve N
umbe
r 0 M
easu
red
Flow
A
V00
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
0
254
33
65
057
A
uxili
ary
Val
ve N
umbe
r 1 M
easu
red
Flow
A
V01
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
0
254
34
65
058
A
uxili
ary
Val
ve N
umbe
r 2 M
easu
red
Flow
A
V02
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
ISO 11783-1:2007(E)
30 © ISO 2007 – All rights reserved
0
254
35
65
059
A
uxili
ary
Val
ve N
umbe
r 3 M
easu
red
Flow
A
V03
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
0
254
36
65
060
A
uxili
ary
Val
ve N
umbe
r 4 M
easu
red
Flow
A
V04
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
0
254
37
65
061
A
uxili
ary
Val
ve N
umbe
r 5 M
easu
red
Flow
A
V05
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
0
254
38
65
062
A
uxili
ary
Val
ve N
umbe
r 6 M
easu
red
Flow
A
V06
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
0
254
39
65
063
A
uxili
ary
Val
ve N
umbe
r 7 M
easu
red
Flow
A
V07
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
0
254
40
65
064
A
uxili
ary
Val
ve N
umbe
r 8 M
easu
red
Flow
A
V08
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
0
254
41
65
065
A
uxili
ary
Val
ve N
umbe
r 9 M
easu
red
Flow
A
V09
MF
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of s
peci
fied
auxi
liary
val
ve
0
254
42
65
066
A
uxili
ary
Val
ve N
umbe
r 10
Mea
sure
d Fl
ow
AV
10M
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e m
easu
rem
ent o
f spe
cifie
d au
xilia
ry v
alve
0
254
43
65
067
A
uxili
ary
Val
ve N
umbe
r 11
Mea
sure
d Fl
ow
AV
11M
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e m
easu
rem
ent o
f spe
cifie
d au
xilia
ry v
alve
0
254
44
65
068
A
uxili
ary
Val
ve N
umbe
r 12
Mea
sure
d Fl
ow
AV
12M
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e m
easu
rem
ent o
f spe
cifie
d au
xilia
ry v
alve
0
254
45
65
069
A
uxili
ary
Val
ve N
umbe
r 13
Mea
sure
d Fl
ow
AV
13M
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e m
easu
rem
ent o
f spe
cifie
d au
xilia
ry v
alve
0
254
46
65
070
A
uxili
ary
Val
ve N
umbe
r 14
Mea
sure
d Fl
ow
AV
14M
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e m
easu
rem
ent o
f spe
cifie
d au
xilia
ry v
alve
0
254
47
65
071
A
uxili
ary
Val
ve N
umbe
r 15
Mea
sure
d Fl
ow
AV
15M
F
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e m
easu
rem
ent o
f spe
cifie
d au
xilia
ry v
alve
0
254
48
65
072
A
uxili
ary
Val
ve N
umbe
r 0 C
omm
and
A
V00
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
49
65
073
A
uxili
ary
Val
ve N
umbe
r 1 C
omm
and
A
V01
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
50
65
074
A
uxili
ary
Val
ve N
umbe
r 2 C
omm
and
A
V02
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
51
65
075
A
uxili
ary
Val
ve N
umbe
r 3 C
omm
and
A
V03
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
52
65
076
A
uxili
ary
Val
ve N
umbe
r 4 C
omm
and
A
V04
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
53
65
077
A
uxili
ary
Val
ve N
umbe
r 5 C
omm
and
A
V05
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
54
65
078
A
uxili
ary
Val
ve N
umbe
r 6 C
omm
and
A
V06
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
55
65
079
A
uxili
ary
Val
ve N
umbe
r 7 C
omm
and
A
V07
C
No
ISO
117
83-7
M
essa
ge p
rovi
ding
con
trol o
f the
flow
thro
ugh
the
auxi
liary
val
ve
0
254
56
65
080
A
uxili
ary
Val
ve N
umbe
r 8 C
omm
and
A
V08
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
57
65
081
A
uxili
ary
Val
ve N
umbe
r 9 C
omm
and
A
V09
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
58
65
082
A
uxili
ary
Val
ve N
umbe
r 10
Com
man
d
AV
10C
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
con
trol o
f the
flow
thro
ugh
the
auxi
liary
val
ve
0
254
59
65
083
A
uxili
ary
Val
ve N
umbe
r 11
Com
man
d
AV
11C
N
o IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
60
65
084
A
uxili
ary
Val
ve N
umbe
r 12
Com
man
d
AV
12C
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
con
trol o
f the
flow
thro
ugh
the
auxi
liary
val
ve
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 31
0
254
61
6508
5
Aux
iliar
y V
alve
Num
ber 1
3 C
omm
and
A
V13
C
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng c
ontro
l of t
he fl
ow th
roug
h th
e au
xilia
ry v
alve
0
254
62
65
086
A
uxili
ary
Val
ve N
umbe
r 14
Com
man
d
AV
14C
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
con
trol o
f the
flow
thro
ugh
the
auxi
liary
val
ve
0
254
63
65
087
A
uxili
ary
Val
ve N
umbe
r 15
Com
man
d
AV
15C
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
con
trol o
f the
flow
thro
ugh
the
auxi
liary
val
ve
0
254
64
65
088
Li
ghtin
g D
ata
LD
N
o
ISO
117
83-7
R
espo
nse
to th
e re
ques
t for
ligh
ting
data
in th
e lig
htin
g co
mm
and
mes
sage
pro
vide
d by
lig
htin
g fu
nctio
n co
ntro
llers
on
the
tract
or
and
atta
ched
impl
emen
ts
0
254
65
65
089
Li
ghtin
g C
omm
and
LC
N
o
ISO
117
83-7
G
loba
l com
man
d m
essa
ge f
rom
the
tra
ctor
to a
ll lig
htin
g fu
nctio
n co
ntro
llers
on
the
tract
or a
nd a
ttach
ed im
plem
ents
0
254
66
65
090
H
itch
and
PTO
Com
man
ds
HP
TOC
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
con
trol
of t
he h
itch
posi
tion,
PTO
sha
ft se
t po
int s
peed
and
PTO
eng
agem
ent
0
254
67
65
091
P
rimar
y or
Rea
r Pow
er T
ake-
off O
utpu
t Sha
ft
RP
TO
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e m
easu
rem
ent o
f the
cur
rent
prim
ary
or re
ar
PTO
out
put s
haft
para
met
ers
0
254
68
65
092
S
econ
dary
or F
ront
Pow
er T
ake-
off O
utpu
t Sha
ft F
PTO
N
o
ISO
117
83-7
M
essa
ge p
rovi
ding
the
mea
sure
men
t of
the
curre
nt s
econ
dary
or
front
PTO
out
put s
haft
para
met
ers
0
254
69
65
093
P
rimar
y or
Rea
r Hitc
h S
tatu
s
RH
S
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng t
he m
easu
rem
ent
of t
he c
urre
nt r
ear
hitc
h pa
ram
eter
s
0
254
70
65
094
S
econ
dary
or F
ront
Hitc
h St
atus
FH
S
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng t
he m
easu
rem
ent
of t
he c
urre
nt f
ront
hitc
h pa
ram
eter
s
0
254
71
65
095
M
aint
ain
Pow
er
MP
N
o
ISO
117
83-7
M
essa
ge r
eque
stin
g th
e tra
ctor
EC
U n
ot s
witc
h of
f th
e po
wer
for
th
e ne
xt 2
s,
sent
by
any
EC
U c
onne
cted
to
the
impl
emen
t ne
twor
k
0
254
72
65
096
W
heel
-bas
ed S
peed
and
Dis
tanc
e
WBS
D
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng th
e cu
rren
t mea
sure
d w
heel
-bas
ed s
peed
that
is
sen
t by
the
tract
or E
CU
to c
onne
cted
sys
tem
s on
the
impl
emen
t ne
twor
k on
con
stru
ctio
n an
d ag
ricul
tura
l im
plem
ents
0
254
73
65
097
G
roun
d-ba
sed
Spe
ed a
nd D
ista
nce
G
BS
D
No
IS
O 1
1783
-7
Mes
sage
pro
vidi
ng t
he c
urre
nt m
easu
red
grou
nd s
peed
tha
t is
no
rmal
ly s
ent
by t
he t
ract
or E
CU
to
conn
ecte
d sy
stem
s on
the
im
plem
ent n
etw
ork
on c
onst
ruct
ion
and
agric
ultu
ral i
mpl
emen
ts
0
254
74
65
098
E
lect
roni
c Tr
ansm
issi
on C
ontro
ller 7
E
TC7
N
o
1939
-71
Tran
smis
sion
sta
te in
form
atio
n
0
254
75
65
099
Tr
ansm
issi
on C
onfig
urat
ion
2
TCFG
2
Yes
19
39-7
1 C
onta
ins
trans
mis
sion
con
figur
atio
n in
form
atio
n
0
254
76
65
100
M
ilita
ry L
ight
ing
Com
man
d
ML
N
o
1939
-71
Mes
sage
con
tain
ing
para
met
ers
that
con
trol m
ilita
ry-s
peci
fic li
g hts
0
254
77
65
101
To
tal A
vera
ged
Info
rmat
ion
TA
VG
N
o
1939
-71
Ave
rage
s of
info
rmat
ion
accu
mul
ated
ove
r the
life
of t
he e
ngi n
e
ISO 11783-1:2007(E)
32 © ISO 2007 – All rights reserved
0
254
78
65
102
D
oor C
ontro
l D
C
No
19
39-7
1 U
sed
for d
oor i
nfor
mat
ion
0
254
79
65
103
V
ehic
le D
ynam
ic S
tabi
lity
Con
trol 1
V
DC
1
No
19
39-7
1 C
onta
ins
info
rmat
ion
whi
ch re
late
s to
the
VD
C s
yste
m s
tatu
s
0
254
80
65
104
B
atte
ry T
empe
ratu
re
BT1
N
o
1939
-71
Con
tain
s ba
ttery
tem
pera
ture
info
rmat
ion
0
254
81
65
105
A
dapt
ive
Cru
ise
Con
trol,
Ope
rato
r Inp
ut
AC
C2
N
o
1939
-71
Ope
rato
r req
uest
ed c
hara
cter
istic
s fo
r the
AC
C s
yste
ms
oper
atio
n.
0
254
82
65
106
V
ehic
le E
lect
rical
Pow
er 3
V
P3
N
o 19
39-7
1 V
ehic
le E
lect
rical
Pow
er 3
0
254
83
65
107
R
etar
der C
ontin
uous
Tor
que
& S
peed
Lim
it
RTC
1
No
19
39-7
1
0
254
84
65
108
E
ngin
e C
ontin
uous
Tor
que
& S
peed
Lim
it
EC
T1
No
19
39-7
1
0
254
85
65
109
G
aseo
us F
uel P
rope
rties
G
FD
No
19
39-7
1 P
rope
rties
of t
he g
aseo
us fu
el
0
254
86
65
110
Ta
nk In
form
atio
n 1
TI
1
No
19
39-7
1 C
onta
ins
info
rmat
ion
on v
ario
us ta
nk le
vels
0
254
87
65
111
A
ir S
uspe
nsio
n C
ontro
l 5
AS
C5
N
o
1939
-71
Use
d fo
r dam
per s
tiffn
ess
info
rmat
ion
0
254
88
65
112
A
ir S
uspe
nsio
n C
ontro
l 4
AS
C4
N
o
1939
-71
Use
d fo
r bel
low
pre
ssur
e in
form
atio
n
0
254
89
65
113
A
ir S
uspe
nsio
n C
ontro
l 3
AS
C3
N
o 19
39-7
1 U
sed
for h
eigh
t inf
orm
atio
n
0
254
90
65
114
A
ir S
uspe
nsio
n C
ontro
l 1
AS
C1
N
o
1939
-71
Use
d fo
r sus
pens
ion
cont
rol i
n for
mat
ion
0
254
91
65
115
Fo
rwar
d La
ne Im
age
FL
I2
No
19
39-7
1
0
254
92
65
116
IS
O 1
1992
(eve
n) –
Run
ning
Gea
r Equ
i pm
ent #
2/2
RG
E22
N
o
ISO
119
92
Use
d fo
r su
spen
sion
info
rmat
ion,
dire
ctio
n fro
m t
owed
veh
icle
to
tow
ing
vehi
cle
0
254
93
65
117
IS
O 1
1992
(odd
) – G
ener
al P
urpo
se M
essa
ge #
1/2
GP
M12
N
o
ISO
119
92
Use
d fo
r po
wer
tra
in in
form
atio
n, d
irect
ion
from
tow
ing
vehi
cle
to
tow
ed v
ehic
le
0
254
94
65
118
IS
O 1
1992
(eve
n) –
Run
ning
Gea
r Equ
i pm
ent #
2/3
RG
E23
N
o
ISO
119
92
Use
d fo
r ty
re m
onito
ring,
dire
ctio
n fro
m t
owed
veh
icle
to
tow
ing
vehi
cle
0
254
95
6511
9
ISO
119
92 (o
dd) –
Gen
eral
Pur
pose
Mes
sage
#1/
3 G
PM
13
No
IS
O 1
1992
U
sed
for
pow
er t
rain
info
rmat
ion,
dire
ctio
n fro
m to
win
g ve
hicl
e to
to
wed
veh
icle
0
254
96
65
120
IS
O 1
1992
(eve
n) –
Gen
eral
Pur
pose
Mes
sage
#2/
3 G
PM
23 N
o
ISO
119
92
Use
d fo
r po
wer
tra
in c
ontro
l, di
rect
ion
from
tow
ed v
ehic
le t
o to
win
g ve
hicl
e
0
254
97
65
121
IS
O 1
1992
(odd
) – G
ener
al P
urpo
se M
essa
ge #
1/4
GP
M14
N
o
ISO
119
92
Use
d fo
r po
wer
tra
in in
form
atio
n, d
irect
ion
from
tow
ing
vehi
cle
to
tow
ed v
ehic
le
0
254
98
65
122
IS
O 1
1992
(eve
n) –
Gen
eral
Pur
pose
Mes
sag e
#2/
4 G
PM
24 N
o
ISO
119
92
Use
d fo
r po
wer
tra
in c
ontro
l, di
rect
ion
from
tow
ed v
ehic
le t
o to
win
g ve
hicl
e
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 33
0
254
99
65
123
IS
O 1
1992
(odd
) – G
ener
al P
urpo
se M
essa
ge #
1/5
GP
M15
N
o
ISO
119
92
Use
d fo
r po
wer
tra
in in
form
atio
n, d
irect
ion
from
tow
ing
vehi
cle
to
tow
ed v
ehic
le
0
254
100
65
124
IS
O 1
1992
(eve
n) –
Gen
eral
Pur
pose
Mes
sage
#2/
5 G
PM
25 N
o
ISO
119
92
Use
d fo
r lig
hts
info
rmat
ion,
dire
ctio
n fro
m to
wed
veh
icle
to to
win
g ve
hicl
e
0
254
101
65
125
IS
O 1
1992
(odd
) – G
ener
al P
urpo
se M
essa
ge #
1/6
GP
M16
N
o
ISO
119
92
Use
d fo
r ge
nera
l in
form
atio
n, d
irect
ion
from
tow
ing
vehi
cle
to
tow
ed v
ehic
le
0
254
102
65
126
B
atte
ry M
ain
Sw
itch
Info
rmat
ion
B
M
No
19
39-7
1
0
254
103
65
127
C
limat
e C
ontro
l Con
figur
atio
n
CC
C
No
19
39-7
1
0
254
104
65
128
V
ehic
le F
luid
s
VF
N
o 19
39-7
1 P
aram
eter
gro
up th
at tr
ansf
ers
vehi
cle
fluid
info
rmat
ion
0
254
105
65
129
E
ngin
e Te
mpe
ratu
re 3
E
T3
No
19
39-7
1 P
aram
eter
gr
oup
used
to
tra
nsm
it hi
gh-r
esol
utio
n en
gine
te
mpe
ratu
res
for c
ontro
l pur
pose
s
0
254
106
65
130
E
ngin
e Fu
el/lu
be s
yste
ms
E
FS
No
1939
-71
0
254
107
65
131
D
river
's Id
entif
icat
ion
D
I Ye
s
1939
-71
0
254
108
65
132
Ta
chog
raph
TC
O1
N
o
1939
-71
0
254
109
65
133
H
eate
r Inf
orm
atio
n
HTR
N
o
1939
-71
0
254
110
65
134
H
igh-
Res
olut
ion
Whe
el S
peed
H
RW
N
o
1939
-71
0
254
111
65
135
A
dapt
ive
Cru
ise
Con
trol
AC
C1
N
o 19
39-7
1
0
254
112
65
136
C
ombi
natio
n V
ehic
le W
eigh
t C
VW
Yes
19
39-7
1
0
254
113
65
137
La
ser T
race
r Pos
ition
LT
P
No
19
39-7
1
0
254
114
65
138
La
ser L
evel
ling
Sys
tem
Bla
de C
ontro
l LB
C
No
19
39-7
1
0
254
115
65
139
La
ser R
ecei
ver M
ast P
ositi
on
LMP
N
o
1939
-71
0
254
116
65
140
M
odify
Lev
ellin
g S
yste
m C
ontro
l Set
Poi
nt
LSP
N
o
1939
-71
0
254
117
65
141
La
ser L
evel
ling
Sys
tem
Ver
tical
Dev
iat io
n
LVD
N
o
1939
-71
0
254
118
65
142
Lase
r Lev
ellin
g S
yste
m V
ertic
al P
ositi
on D
ispl
ay D
ata
LVD
D
No
19
39-7
1
0
254
119
65
143
A
uxili
ary
Pre
ssur
es
AP
N
o
1939
-71
0
254
120
65
144
Ty
re P
ress
ure
Con
trol U
nit M
ode
and
Sta
tus
TP
1
No
19
39-7
1
0
254
121
65
145
Ty
re P
ress
ure
Con
trol U
nit T
arge
t Pre
ssur
es
TP2
N
o
1939
-71
ISO 11783-1:2007(E)
34 © ISO 2007 – All rights reserved
0
254
122
65
146
Ty
re P
ress
ure
Con
trol U
nit C
urre
nt P
ress
ures
TP
3
No
19
39-7
1
0
254
123
65
147
C
ombu
stio
n Ti
me
1
CT1
N
o
1939
-71
0
254
124
65
148
C
ombu
stio
n Ti
me
2
CT2
N
o
1939
-71
0
254
125
65
149
C
ombu
stio
n Ti
me
3
CT3
N
o
1939
-71
0
254
126
65
150
C
ombu
stio
n Ti
me
4
CT4
N
o
1939
-71
0
254
127
65
151
C
ombu
stio
n Ti
me
5
CT5
N
o
1939
-71
0
254
128
65
152
C
ombu
stio
n Ti
me
6
CT6
N
o
1939
-71
0
254
129
65
153
Fu
el In
form
atio
n 2
(Gas
eous
) G
FI2
N
o
1939
-71
0
254
130
65
154
Ig
nitio
n Ti
min
g 1
IT
1
No
1939
-71
0
254
131
65
155
Ig
nitio
n Ti
min
g 2
IT
2
No
19
39-7
1
0
254
132
65
156
Ig
nitio
n Ti
min
g 3
IT
3
No
19
39-7
1
0
254
133
65
157
Igni
tion
Tim
ing
4
IT4
N
o
1939
-71
0
254
134
65
158
Ig
nitio
n Ti
min
g 5
IT
5
No
19
39-7
1
0
254
135
65
159
Ig
nitio
n Ti
min
g 6
IT
6
No
19
39-7
1
0
254
136
65
160
Ig
nitio
n Tr
ansf
orm
er S
econ
dary
Out
put 1
IS
O1
N
o
1939
-71
0
254
137
65
161
Ig
nitio
n Tr
ansf
orm
er S
econ
dary
Out
put 2
IS
O2
N
o
1939
-71
0
254
138
65
162
Ig
nitio
n Tr
ansf
orm
er S
econ
dary
Out
put 3
IS
O3
N
o
1939
-71
0
254
139
65
163
G
aseo
us F
uel P
ress
ure
G
FP
No
19
39-7
1
0
254
140
65
164
A
uxili
ary
Ana
logu
e In
form
atio
n A
uxili
ary
A
nalo
gue
Info
rmat
ion
AA
I N
o
1939
-71
0
254
141
65
165
V
ehic
le E
lect
rical
Pow
er 2
V
P2
N
o
1939
-71
0
254
142
65
166
S
ervi
ce 2
S
2
Yes
19
39-7
1
0
254
143
65
167
S
uppl
y P
ress
ure
2
SP
2
No
19
39-7
1
0
254
144
65
168
E
ngin
e To
rque
His
tory
E
TH
Yes
19
39-7
1
0
254
145
65
169
Fu
el L
eaka
ge
FL
No
19
39-7
1
0
254
146
65
170
E
ngin
e In
form
atio
n
EI
No
19
39-7
1
0
254
147
65
171
E
ngin
e E
lect
rical
Sys
tem
/Mod
ule
Info
rmat
ion
E
ES
N
o
1939
-71
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 35
0
254
148
65
172
E
ngin
e A
uxili
ary
Coo
lant
E
AC
N
o
1939
-71
0
254
149
65
173
R
ebui
ld In
form
atio
n
RB
I N
o
1939
-71
0
254
150
65
174
Tu
rboc
harg
er W
aste
gate
TC
W
No
19
39-7
1
0
254
151
65
175
Tu
rboc
harg
er In
form
atio
n 5
TC
I5
No
19
39-7
1
0
254
152
65
176
Tu
rboc
harg
er In
form
atio
n 4
TC
I4
No
19
39-7
1
0
254
153
65
177
Tu
rboc
harg
er In
form
atio
n 3
TC
I3
No
19
39-7
1
0
254
154
65
178
Tu
rboc
harg
er In
form
atio
n 2
TC
I2
No
19
39-7
1
0
254
155
65
179
Tu
rboc
harg
er In
form
atio
n 1
TC
I1
No
19
39-7
1
0
254
156
65
180
M
ain
Bea
ring
Tem
pera
ture
3
MB
T3
No
19
39-7
1
0
254
157
65
181
M
ain
Bea
ring
Tem
pera
ture
2
MB
T2
No
19
39-7
1
0
254
158
65
182
M
ain
Bea
ring
Tem
pera
ture
1
MB
T1
No
19
39-7
1
0
254
159
65
183
E
xhau
st P
ort T
empe
ratu
re 5
E
PT5
N
o
1939
-71
0
254
160
65
184
E
xhau
st P
ort T
empe
ratu
re 4
E
PT4
N
o
1939
-71
0
254
161
65
185
E
xhau
st P
ort T
empe
ratu
re 3
E
PT3
N
o
1939
-71
0
254
162
65
186
E
xhau
st P
ort T
empe
ratu
re 2
E
PT2
N
o
1939
-71
0
254
163
65
187
E
xhau
st P
ort T
empe
ratu
re 1
E
PT1
N
o
1939
-71
0
254
164
65
188
E
ngin
e Te
mpe
ratu
re 2
E
T2
No
19
39-7
1
0
254
165
65
189
In
take
Man
ifold
Info
rmat
ion
2
IMT2
N
o
1939
-71
0
254
166
65
190
In
take
Man
ifold
Info
rmat
ion
1
IMT1
N
o
1939
-71
0
254
167
65
191
A
ltern
ator
Tem
pera
ture
A
T
No
19
39-7
1
0
254
168
65
192
A
rticu
latio
n C
ontro
l A
C
No
19
39-7
1
0
254
169
65
193
E
xhau
st O
xyge
n 1
E
O1
N
o
1939
-71
0
254
170
65
194
A
ltern
ate
Fuel
2
AF2
N
o
1939
-71
0
254
171
65
195
E
lect
roni
c Tr
ansm
issi
on C
ontro
ller 6
E
TC6
N
o
1939
-71
0
254
172
65
196
W
heel
Bra
ke L
inin
g R
emai
ning
Info
r mat
ion
E
BC
4
No
19
39-7
1
0
254
173
65
197
W
heel
App
licat
ion
Pre
ssur
e H
igh
Ran
ge In
form
atio
n E
BC
3
No
19
39-7
1
ISO 11783-1:2007(E)
36 © ISO 2007 – All rights reserved
0
254
174
65
198
A
ir S
uppl
y P
ress
ure
A
IR1
N
o
1939
-71
0
254
175
65
199
Fu
el C
onsu
mpt
ion
(Gas
eous
) G
FC
No
19
39-7
1
0
254
176
65
200
Tr
ip T
ime
Info
rmat
ion
2
TTI2
N
o
1939
-71
0
254
177
65
201
E
CU
His
tory
E
H
No
19
39-7
1
0
254
178
65
202
Fu
el In
form
atio
n 1
(Gas
eous
) G
FI1
N
o
1939
-71
0
254
179
65
203
Fu
el In
form
atio
n (L
iqui
d)
LFI
No
19
39-7
1
0
254
180
65
204
Tr
ip T
ime
Info
rmat
ion
1
TTI1
N
o
1939
-71
0
254
181
65
205
Tr
ip S
hutd
own
Info
rmat
ion
TS
I N
o
1939
-71
0
254
182
65
206
Tr
ip V
ehic
le S
peed
/Cru
ise
Dis
tanc
e In
form
atio
n
TVI
No
19
39-7
1
0
254
183
65
207
E
ngin
e S
peed
/Loa
d Fa
ctor
Info
rmat
ion
LF
N
o
1939
-71
0
254
184
65
208
Tr
ip F
uel I
nfor
mat
ion
(Gas
eous
) G
TFI
No
19
39-7
1
0
254
185
65
209
Tr
ip F
uel I
nfor
mat
ion
(Liq
uid)
LT
FI
No
19
39-7
1
0
254
186
65
210
Tr
ip D
ista
nce
Info
rmat
ion
TD
I N
o
1939
-71
0
254
187
65
211
Tr
ip F
an In
form
atio
n
TFI
No
19
39-7
1
0
254
188
65
212
C
ompr
essi
on/S
ervi
ce B
rake
Info
rmat
ion
C
BI
No
19
39-7
1
0
254
189
65
213
Fa
n D
rive
FD
N
o
1939
-71
Par
amet
er g
roup
tha
t tra
nsfe
rs s
tatu
s an
d m
easu
red
info
rmat
ion
on th
e en
gine
coo
lant
fan
0
254
190
65
214
E
lect
roni
c E
ngin
e C
ontro
ller 4
E
EC
4
No
19
39-7
1
0
254
191
65
215
W
heel
Spe
ed In
form
atio
n
EB
C2
N
o
1939
-71
0
254
192
65
216
S
ervi
ce In
form
atio
n
SE
RV
Ye
s
1939
-71
0
254
193
65
217
H
igh-
Res
olut
ion
Veh
icle
Dis
tanc
e
VD
HR
N
o
1939
-71
0
254
194
65
218
E
lect
roni
c R
etar
der C
ontro
ller 2
E
RC
2
No
19
39-7
1
0
254
195
65
219
E
lect
roni
c Tr
ansm
issi
on C
ontro
ller 5
E
TC5
N
o
1939
-71
0
254
196
65
220
IS
O 1
1992
E
BS
22
No
IS
O 1
1992
0
254
197
65
221
E
lect
roni
c Tr
ansm
issi
on C
ontro
ller 4
E
TC4
N
o
1939
-71
0
254
198
65
222
IS
O 1
1992
E
BS
23
No
IS
O 1
1992
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 37
0
254
199
65
223
E
lect
roni
c Tr
ansm
issi
on C
ontro
ller 3
E
TC3
N
o
1939
-71
0
254
200
65
224
IS
O 1
1992
G
FM24
N
o
ISO
119
92
0
254
201
65
225
IS
O 1
1992
E
BS
12
No
IS
O 1
1992
0
254
202
65
226
D
iagn
ostic
Mes
sage
#1
Act
ive
Dia
gnos
tic
Tr
oubl
e C
odes
D
M1
Ye
s
1939
-73
0
254
203
65
227
D
iagn
ostic
Mes
sage
#2
D
M2
Ye
s
1939
-73
0
254
204
65
228
D
iagn
ostic
Mes
sage
#3
D
M3
N
o
1939
-73
0
254
205
65
229
D
iagn
ostic
Mes
sage
#4
D
M4
Ye
s
1939
-73
0
254
206
65
230
D
iagn
ostic
Mes
sage
#5
D
M5
Ye
s
1939
-73
0
254
207
65
231
D
iagn
ostic
Mes
sage
#6
D
M6
Ye
s
1939
-73
0
254
208
65
232
D
iagn
ostic
Mes
sage
#8
D
M8
Ye
s
1939
-73
0
254
209
65
233
O
xyge
n S
enso
r Tes
t Res
ults
D
M9
N
o
1939
-73
0
254
210
65
234
D
iagn
ostic
Mes
sage
#10
D
M10
N
o
1939
-73
0
254
211
65
235
D
iagn
ostic
Mes
sage
#11
D
M11
N
o
1939
-73
0
254
212
65
236
D
iagn
ostic
Mes
sage
#12
D
M12
Ye
s
1939
-73
0
254
213
65
237
A
ltern
ator
Spe
ed
AS
N
o
1939
-71
0
254
214
65
238
R
eser
ved
for N
etw
ork
Man
agem
ent
RE
SV
1
No
IS
O 1
1783
-5
0
254
215
65
239
R
eser
ved
R
ES
V2
N
o
ISO
117
83-5
0
254
216
65
240
C
omm
ande
d A
ddre
ss
CA
Ye
s
ISO
117
83-5
M
essa
ge u
sed
to a
ssig
n an
SA
to
a s p
ecifi
c co
ntro
l fu
nctio
n N
AM
E
0
254
217
65
241
A
uxili
ary
Inpu
t/Out
put S
tatu
s
AU
XIO
N
o
1939
-71
0
254
218
65
242
S
oftw
are
Iden
tific
atio
n
SO
FT
Yes
19
39-7
1
0
254
219
65
243
E
ngin
e Fl
uid
Leve
l/Pre
ssur
e 2
E
FL/P
2
No
19
39-7
1
0
254
220
65
244
Id
le O
pera
tion
IO
Ye
s
1939
-71
0
254
221
65
245
Tu
rboc
harg
er
TC
No
19
39-7
1
0
254
222
65
246
A
ir S
tart
Pre
ssur
e
AIR
2
No
19
39-7
1
0
254
223
65
247
E
lect
roni
c E
ngin
e C
ontro
ller 3
E
EC
3
No
19
39-7
1
ISO 11783-1:2007(E)
38 © ISO 2007 – All rights reserved
0
254
224
65
248
V
ehic
le D
ista
nce
V
D
No
19
39-7
1
0
254
225
65
249
R
etar
der C
onfig
urat
ion
R
C
Yes
19
39-7
1
0
254
226
65
250
Tr
ansm
issi
on C
onfig
urat
ion
TC
FG
Yes
19
39-7
1 To
tal
mes
sage
len
gth
depe
nds
on t
otal
num
ber
of f
orw
ard
and
reve
rse
gear
ratio
s.
0
254
227
65
251
E
ngin
e C
onfig
urat
ion
E
C
Yes
19
39-7
1 E
ngin
e co
nfig
urat
ion
info
rmat
ion
0
254
228
65
252
S
hutd
own
S
HU
TDO
WN
No
19
39-7
1
0
254
229
65
253
E
ngin
e H
ours
, Rev
olut
ions
H
OU
RS
N
o
1939
-71
0
254
230
65
254
Ti
me/
Dat
e
TD
No
19
39-7
1
0
254
231
65
255
V
ehic
le H
ours
V
H
No
19
39-7
1
0
254
232
65
256
V
ehic
le D
irect
ion/
Spee
d
VD
S
No
19
39-7
1
0
254
233
65
257
Fu
el C
onsu
mpt
ion
(Liq
uid)
LF
C
No
19
39-7
1
0
254
234
65
258
V
ehic
le W
eigh
t VW
N
o
1939
-71
0
254
235
65
259
C
ompo
nent
Iden
tific
atio
n
CI
Yes
19
39-7
1
0
254
236
65
260
V
ehic
le Id
entif
icat
ion
V
I Ye
s
1939
-71
0
254
237
65
261
C
ruis
e C
ontro
l/Veh
icle
Spe
ed S
etup
C
CS
S
No
19
39-7
1
0
254
238
65
262
E
ngin
e Te
mpe
ratu
re 1
E
T1
No
19
39-7
1
0
254
239
65
263
E
ngin
e Fl
uid
Leve
l/Pre
ssur
e 1
E
FL/P
1
No
19
39-7
1
0
254
240
65
264
P
ower
Tak
e-of
f Inf
orm
atio
n
PTO
N
o
1939
-71
0
254
241
65
265
C
ruis
e C
ontro
l/Veh
icle
Spe
ed
CC
VS
N
o
1939
-71
0
254
242
65
266
Fu
el E
cono
my
(Liq
uid)
LF
E
No
19
39-7
1
0
254
243
65
267
V
ehic
le P
ositi
on
VP
N
o
1939
-71
0
254
244
65
268
Ty
re C
ondi
tion
TY
RE
N
o
1939
-71
Tyre
con
ditio
n m
essa
ge
0
254
245
65
269
A
mbi
ent C
ondi
tions
A
MB
N
o
1939
-71
0
254
246
65
270
In
let/E
xhau
st C
ondi
tions
1
IC1
N
o
1939
-71
0
254
247
65
271
V
ehic
le E
lect
rical
Pow
er
VE
P
No
19
39-7
1
0
254
248
65
272
Tr
ansm
issi
on F
luid
s
TF
No
19
39-7
1
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 39
0
254
249
65
273
A
xle
Info
rmat
ion
A
I N
o
1939
-71
Axl
e in
form
atio
n m
essa
ge
0
254
250
65
274
B
rake
s
B
No
19
39-7
1
0
254
251
65
275
R
etar
der F
luid
s
RF
N
o
1939
-71
0
254
252
65
276
D
ash
Dis
play
D
D
No
19
39-7
1
0
254
253
65
277
A
ltern
ate
Fuel
1
A1
N
o
1939
-71
0
254
254
65
278
A
uxili
ary
Wat
er P
ump
Pre
ssur
e
AWP
P
No
19
39-7
1
0
254
255
65
279
W
ater
in F
uel I
ndic
ator
W
FI
No
19
39-7
1
0
255
0
65
280
P
ropr
ieta
ry B
P
ropB
_00
Yes
IS
O 1
1783
-3
0
255
1
65
281
P
ropr
ieta
ry B
P
ropB
_01
Yes
IS
O 1
1783
-3
0
255
2
65
282
P
ropr
ieta
ry B
P
ropB
_02
Yes
IS
O 1
1783
-3
0
255
3
65
283
P
ropr
ieta
ry B
P
ropB
_03
Yes
IS
O 1
1783
-3
0
255
4
65
284
P
ropr
ieta
ry B
P
ropB
_04
Yes
IS
O 1
1783
-3
0
255
5
65
285
P
ropr
ieta
ry B
P
ropB
_05
Yes
IS
O 1
1783
-3
0
255
6
65
286
P
ropr
ieta
ry B
P
ropB
_06
Yes
IS
O 1
1783
-3
0
255
7
65
287
P
ropr
ieta
ry B
P
ropB
_07
Yes
IS
O 1
1783
-3
0
255
8
65
288
P
ropr
ieta
ry B
P
ropB
_08
Yes
IS
O 1
1783
-3
0
255
9
65
289
P
ropr
ieta
ry B
P
ropB
_09
Yes
IS
O 1
1783
-3
0
255
10
65
290
P
ropr
ieta
ry B
P
ropB
_0A
Yes
IS
O 1
1783
-3
0
255
11
65
291
P
ropr
ieta
ry B
P
ropB
_0B
Yes
IS
O 1
1783
-3
0
255
12
65
292
P
ropr
ieta
ry B
P
ropB
_0C
Yes
IS
O 1
1783
-3
0
255
13
65
293
P
ropr
ieta
ry B
P
ropB
_0D
Yes
IS
O 1
1783
-3
0
255
14
65
294
P
ropr
ieta
ry B
P
ropB
_0E
Yes
IS
O 1
1783
-3
0
255
15
65
295
P
ropr
ieta
ry B
P
ropB
_0F
Yes
IS
O 1
1783
-3
0
255
16
65
296
P
ropr
ieta
ry B
P
ropB
_10
Yes
IS
O 1
1783
-3
0
255
17
65
297
P
ropr
ieta
ry B
P
ropB
_11
Yes
IS
O 1
1783
-3
0
255
18
65
298
P
ropr
ieta
ry B
P
ropB
_12
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
40 © ISO 2007 – All rights reserved
0
255
19
65
299
P
ropr
ieta
ry B
P
ropB
_13
Yes
IS
O 1
1783
-3
0
255
20
65
300
P
ropr
ieta
ry B
P
ropB
_14
Yes
IS
O 1
1783
-3
0
255
21
65
301
P
ropr
ieta
ry B
P
ropB
_15
Yes
IS
O 1
1783
-3
0
255
22
65
302
P
ropr
ieta
ry B
P
ropB
_16
Yes
IS
O 1
1783
-3
0
255
23
65
303
P
ropr
ieta
ry B
P
ropB
_17
Yes
IS
O 1
1783
-3
0
255
24
65
304
P
ropr
ieta
ry B
P
ropB
_18
Yes
IS
O 1
1783
-3
0
255
25
65
305
P
ropr
ieta
ry B
P
ropB
_19
Yes
IS
O 1
1783
-3
0
255
26
65
306
P
ropr
ieta
ry B
P
ropB
_1A
Yes
IS
O 1
1783
-3
0
255
27
6530
7
Pro
prie
tary
B
Pro
pB_1
B Ye
s
ISO
117
83-3
0
255
28
65
308
P
ropr
ieta
ry B
P
ropB
_1C
Yes
IS
O 1
1783
-3
0
255
29
65
309
P
ropr
ieta
ry B
P
ropB
_1D
Yes
IS
O 1
1783
-3
0
255
30
65
310
P
ropr
ieta
ry B
P
ropB
_1E
Yes
IS
O 1
1783
-3
0
255
31
65
311
P
ropr
ieta
ry B
P
ropB
_1F
Yes
ISO
117
83-3
0
255
32
65
312
P
ropr
ieta
ry B
P
ropB
_20
Yes
IS
O 1
1783
-3
0
255
33
65
313
P
ropr
ieta
ry B
P
ropB
_21
Yes
IS
O 1
1783
-3
0
255
34
65
314
P
ropr
ieta
ry B
P
ropB
_22
Yes
IS
O 1
1783
-3
0
255
35
65
315
P
ropr
ieta
ry B
P
ropB
_23
Yes
IS
O 1
1783
-3
0
255
36
65
316
P
ropr
ieta
ry B
P
ropB
_24
Yes
IS
O 1
1783
-3
0
255
37
65
317
P
ropr
ieta
ry B
P
ropB
_25
Yes
IS
O 1
1783
-3
0
255
38
65
318
P
ropr
ieta
ry B
P
ropB
_26
Yes
IS
O 1
1783
-3
0
255
39
65
319
P
ropr
ieta
ry B
P
ropB
_27
Yes
IS
O 1
1783
-3
0
255
40
65
320
P
ropr
ieta
ry B
P
ropB
_28
Yes
IS
O 1
1783
-3
0
255
41
65
321
P
ropr
ieta
ry B
P
ropB
_29
Yes
IS
O 1
1783
-3
0
255
42
65
322
P
ropr
ieta
ry B
P
ropB
_2A
Yes
IS
O 1
1783
-3
0
255
43
65
323
P
ropr
ieta
ry B
P
ropB
_2B
Yes
IS
O 1
1783
-3
0
255
44
65
324
P
ropr
ieta
ry B
P
ropB
_2C
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 41
0
255
45
65
325
P
ropr
ieta
ry B
P
ropB
_2D
Yes
IS
O 1
1783
-3
0
255
46
65
326
P
ropr
ieta
ry B
P
ropB
_2E
Yes
IS
O 1
1783
-3
0
255
47
65
327
P
ropr
ieta
ry B
P
ropB
_2F
Yes
IS
O 1
1783
-3
0
255
48
65
328
P
ropr
ieta
ry B
P
ropB
_30
Yes
IS
O 1
1783
-3
0
255
49
65
329
P
ropr
ieta
ry B
P
ropB
_31
Yes
IS
O 1
1783
-3
0
255
50
65
330
P
ropr
ieta
ry B
P
ropB
_32
Yes
IS
O 1
1783
-3
0
255
51
65
331
P
ropr
ieta
ry B
P
ropB
_33
Yes
IS
O 1
1783
-3
0
255
52
65
332
P
ropr
ieta
ry B
P
ropB
_34
Yes
IS
O 1
1783
-3
0
255
53
65
333
P
ropr
ieta
ry B
P
ropB
_35
Yes
IS
O 1
1783
-3
0
255
54
65
334
P
ropr
ieta
ry B
P
ropB
_36
Yes
IS
O 1
1783
-3
0
255
55
65
335
P
ropr
ieta
ry B
P
ropB
_37
Yes
IS
O 1
1783
-3
0
255
56
65
336
P
ropr
ieta
ry B
P
ropB
_38
Yes
IS
O 1
1783
-3
0
255
57
65
337
P
ropr
ieta
ry B
P
ropB
_39
Yes
IS
O 1
1783
-3
0
255
58
65
338
P
ropr
ieta
ry B
P
ropB
_3A
Yes
IS
O 1
1783
-3
0
255
59
65
339
P
ropr
ieta
ry B
P
ropB
_3B
Yes
IS
O 1
1783
-3
0
255
60
65
340
P
ropr
ieta
ry B
P
ropB
_3C
Yes
IS
O 1
1783
-3
0
255
61
65
341
P
ropr
ieta
ry B
P
ropB
_3D
Yes
IS
O 1
1783
-3
0
255
62
65
342
P
ropr
ieta
ry B
P
ropB
_3E
Yes
IS
O 1
1783
-3
0
255
63
65
343
P
ropr
ieta
ry B
P
ropB
_3F
Yes
IS
O 1
1783
-3
0
255
64
65
344
P
ropr
ieta
ry B
P
ropB
_40
Yes
IS
O 1
1783
-3
0
255
65
65
345
P
ropr
ieta
ry B
P
ropB
_41
Yes
IS
O 1
1783
-3
0
255
66
65
346
P
ropr
ieta
ry B
P
ropB
_42
Yes
IS
O 1
1783
-3
0
255
67
65
347
P
ropr
ieta
ry B
P
ropB
_43
Yes
IS
O 1
1783
-3
0
255
68
65
348
P
ropr
ieta
ry B
P
ropB
_44
Yes
IS
O 1
1783
-3
0
255
69
65
349
P
ropr
ieta
ry B
P
ropB
_45
Yes
IS
O 1
1783
-3
0
255
70
65
350
P
ropr
ieta
ry B
P
ropB
_46
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
42 © ISO 2007 – All rights reserved
0
255
71
65
351
P
ropr
ieta
ry B
P
ropB
_47
Yes
IS
O 1
1783
-3
0
255
72
65
352
P
ropr
ieta
ry B
P
ropB
_48
Yes
IS
O 1
1783
-3
0
255
73
65
353
P
ropr
ieta
ry B
P
ropB
_49
Yes
IS
O 1
1783
-3
0
255
74
65
354
P
ropr
ieta
ry B
P
ropB
_4A
Yes
IS
O 1
1783
-3
0
255
75
65
355
P
ropr
ieta
ry B
P
ropB
_4B
Yes
IS
O 1
1783
-3
0
255
76
65
356
P
ropr
ieta
ry B
P
ropB
_4C
Yes
IS
O 1
1783
-3
0
255
77
65
357
P
ropr
ieta
ry B
P
ropB
_4D
Yes
IS
O 1
1783
-3
0
255
78
65
358
P
ropr
ieta
ry B
P
ropB
_4E
Yes
IS
O 1
1783
-3
0
255
79
65
359
P
ropr
ieta
ry B
P
ropB
_4F
Yes
IS
O 1
1783
-3
0
255
80
65
360
P
ropr
ieta
ry B
P
ropB
_50
Yes
IS
O 1
1783
-3
0
255
81
65
361
P
ropr
ieta
ry B
P
ropB
_51
Yes
IS
O 1
1783
-3
0
255
82
65
362
P
ropr
ieta
ry B
P
ropB
_52
Yes
IS
O 1
1783
-3
0
255
83
65
363
P
ropr
ieta
ry B
P
ropB
_53
Yes
IS
O 1
1783
-3
0
255
84
65
364
P
ropr
ieta
ry B
P
ropB
_54
Yes
IS
O 1
1783
-3
0
255
85
65
365
P
ropr
ieta
ry B
P
ropB
_55
Yes
IS
O 1
1783
-3
0
255
86
65
366
P
ropr
ieta
ry B
P
ropB
_56
Yes
IS
O 1
1783
-3
0
255
87
65
367
P
ropr
ieta
ry B
P
ropB
_57
Yes
IS
O 1
1783
-3
0
255
88
65
368
P
ropr
ieta
ry B
P
ropB
_58
Yes
IS
O 1
1783
-3
0
255
89
65
369
P
ropr
ieta
ry B
P
ropB
_59
Yes
IS
O 1
1783
-3
0
255
90
65
370
P
ropr
ieta
ry B
P
ropB
_5A
Yes
IS
O 1
1783
-3
0
255
91
65
371
P
ropr
ieta
ry B
P
ropB
_5B
Yes
IS
O 1
1783
-3
0
255
92
65
372
P
ropr
ieta
ry B
P
ropB
_5C
Yes
IS
O 1
1783
-3
0
255
93
65
373
P
ropr
ieta
ry B
P
ropB
_5D
Yes
IS
O 1
1783
-3
0
255
94
65
374
P
ropr
ieta
ry B
P
ropB
_5E
Yes
IS
O 1
1783
-3
0
255
95
65
375
P
ropr
ieta
ry B
P
ropB
_5F
Yes
IS
O 1
1783
-3
0
255
96
65
376
P
ropr
ieta
ry B
P
ropB
_60
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 43
0
255
97
65
377
P
ropr
ieta
ry B
P
ropB
_61
Yes
IS
O 1
1783
-3
0
255
99
65
379
P
ropr
ieta
ry B
P
ropB
_63
Yes
IS
O 1
1783
-3
0
255
100
65
380
P
ropr
ieta
ry B
P
ropB
_64
Yes
IS
O 1
1783
-3
0
255
101
65
381
P
ropr
ieta
ry B
P
ropB
_65
Yes
IS
O 1
1783
-3
0
255
102
65
382
P
ropr
ieta
ry B
P
ropB
_66
Yes
IS
O 1
1783
-3
0
255
103
65
383
P
ropr
ieta
ry B
P
ropB
_67
Yes
IS
O 1
1783
-3
0
255
104
65
384
P
ropr
ieta
ry B
P
ropB
_68
Yes
IS
O 1
1783
-3
0
255
105
65
385
P
ropr
ieta
ry B
P
ropB
_69
Yes
IS
O 1
1783
-3
0
255
106
65
386
P
ropr
ieta
ry B
P
ropB
_6A
Yes
IS
O 1
1783
-3
0
255
107
65
387
P
ropr
ieta
ry B
P
ropB
_6B
Yes
IS
O 1
1783
-3
0
255
108
65
388
P
ropr
ieta
ry B
P
ropB
_6C
Yes
IS
O 1
1783
-3
0
255
109
65
389
P
ropr
ieta
ry B
P
ropB
_6D
Yes
IS
O 1
1783
-3
0
255
110
65
390
P
ropr
ieta
ry B
P
ropB
_6E
Yes
IS
O 1
1783
-3
0
255
111
65
391
P
ropr
ieta
ry B
P
ropB
_6F
Yes
IS
O 1
1783
-3
0
255
112
65
392
P
ropr
ieta
ry B
P
ropB
_70
Yes
IS
O 1
1783
-3
0
255
113
65
393
P
ropr
ieta
ry B
P
ropB
_71
Yes
IS
O 1
1783
-3
0
255
114
65
394
P
ropr
ieta
ry B
P
ropB
_72
Yes
IS
O 1
1783
-3
0
255
115
65
395
P
ropr
ieta
ry B
P
ropB
_73
Yes
IS
O 1
1783
-3
0
255
116
65
396
P
ropr
ieta
ry B
P
ropB
_74
Yes
IS
O 1
1783
-3
0
255
117
65
397
P
ropr
ieta
ry B
P
ropB
_75
Yes
IS
O 1
1783
-3
0
255
118
65
398
P
ropr
ieta
ry B
P
ropB
_76
Yes
IS
O 1
1783
-3
0
255
119
65
399
P
ropr
ieta
ry B
P
ropB
_77
Yes
IS
O 1
1783
-3
0
255
120
65
400
P
ropr
ieta
ry B
P
ropB
_78
Yes
IS
O 1
1783
-3
0
255
121
65
401
P
ropr
ieta
ry B
P
ropB
_79
Yes
IS
O 1
1783
-3
0
255
122
65
402
P
ropr
ieta
ry B
P
ropB
_7A
Yes
IS
O 1
1783
-3
0
255
123
65
403
P
ropr
ieta
ry B
P
ropB
_7B
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
44 © ISO 2007 – All rights reserved
0
255
124
65
404
P
ropr
ieta
ry B
P
ropB
_7C
Yes
IS
O 1
1783
-3
0
255
125
65
405
P
ropr
ieta
ry B
P
ropB
_7D
Yes
IS
O 1
1783
-3
0
255
126
65
406
P
ropr
ieta
ry B
P
ropB
_7E
Yes
IS
O 1
1783
-3
0
255
127
65
407
P
ropr
ieta
ry B
P
ropB
_7F
Yes
IS
O 1
1783
-3
0
255
128
65
408
P
ropr
ieta
ry B
P
ropB
_80
Yes
IS
O 1
1783
-3
0
255
129
65
409
P
ropr
ieta
ry B
P
ropB
_81
Yes
IS
O 1
1783
-3
0
255
130
65
410
P
ropr
ieta
ry B
P
ropB
_82
Yes
IS
O 1
1783
-3
0
255
131
65
411
P
ropr
ieta
ry B
P
ropB
_83
Yes
IS
O 1
1783
-3
0
255
132
65
412
P
ropr
ieta
ry B
P
ropB
_84
Yes
IS
O 1
1783
-3
0
255
133
65
413
P
ropr
ieta
ry B
P
ropB
_85
Yes
IS
O 1
1783
-3
0
255
134
65
414
P
ropr
ieta
ry B
P
ropB
_86
Yes
IS
O 1
1783
-3
0
255
135
65
415
P
ropr
ieta
ry B
P
ropB
_87
Yes
IS
O 1
1783
-3
0
255
136
65
416
P
ropr
ieta
ry B
P
ropB
_88
Yes
IS
O 1
1783
-3
0
255
137
65
417
P
ropr
ieta
ry B
P
ropB
_89
Yes
IS
O 1
1783
-3
0
255
138
65
418
P
ropr
ieta
ry B
P
ropB
_8A
Yes
IS
O 1
1783
-3
0
255
139
65
419
P
ropr
ieta
ry B
P
ropB
_8B
Yes
IS
O 1
1783
-3
0
255
140
65
420
P
ropr
ieta
ry B
P
ropB
_8C
Yes
IS
O 1
1783
-3
0
255
141
65
421
P
ropr
ieta
ry B
P
ropB
_8D
Yes
IS
O 1
1783
-3
0
255
142
65
422
P
ropr
ieta
ry B
P
ropB
_8E
Yes
IS
O 1
1783
-3
0
255
143
65
423
P
ropr
ieta
ry B
P
ropB
_8F
Yes
IS
O 1
1783
-3
0
255
144
65
424
P
ropr
ieta
ry B
P
ropB
_90
Yes
IS
O 1
1783
-3
0
255
145
65
425
P
ropr
ieta
ry B
P
ropB
_91
Yes
IS
O 1
1783
-3
0
255
146
65
426
P
ropr
ieta
ry B
P
ropB
_92
Yes
IS
O 1
1783
-3
0
255
147
65
427
P
ropr
ieta
ry B
P
ropB
_93
Yes
IS
O 1
1783
-3
0
255
148
65
428
P
ropr
ieta
ry B
P
ropB
_94
Yes
ISO
117
83-3
0
255
149
65
429
P
ropr
ieta
ry B
P
ropB
_95
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 45
0
255
150
65
430
P
ropr
ieta
ry B
P
ropB
_96
Yes
IS
O 1
1783
-3
0
255
151
65
431
P
ropr
ieta
ry B
P
ropB
_97
Yes
IS
O 1
1783
-3
0
255
152
65
432
P
ropr
ieta
ry B
P
ropB
_98
Yes
IS
O 1
1783
-3
0
255
153
65
433
P
ropr
ieta
ry B
P
ropB
_99
Yes
IS
O 1
1783
-3
0
255
154
65
434
P
ropr
ieta
ry B
P
ropB
_9A
Yes
IS
O 1
1783
-3
0
255
155
65
435
P
ropr
ieta
ry B
P
ropB
_9B
Yes
IS
O 1
1783
-3
0
255
156
65
436
P
ropr
ieta
ry B
P
ropB
_9C
Yes
IS
O 1
1783
-3
0
255
157
65
437
P
ropr
ieta
ry B
P
ropB
_9D
Yes
IS
O 1
1783
-3
0
255
158
65
438
P
ropr
ieta
ry B
P
ropB
_9E
Yes
IS
O 1
1783
-3
0
255
159
65
439
P
ropr
ieta
ry B
P
ropB
_9F
Yes
IS
O 1
1783
-3
0
255
160
65
440
P
ropr
ieta
ry B
P
ropB
_A0
Yes
IS
O 1
1783
-3
0
255
161
65
441
P
ropr
ieta
ry B
P
ropB
_A1
Yes
IS
O 1
1783
-3
0
255
162
65
442
P
ropr
ieta
ry B
P
ropB
_A2
Yes
IS
O 1
1783
-3
0
255
163
65
443
P
ropr
ieta
ry B
P
ropB
_A3
Yes
IS
O 1
1783
-3
0
255
164
65
444
P
ropr
ieta
ry B
P
ropB
_A4
Yes
IS
O 1
1783
-3
0
255
165
65
445
P
ropr
ieta
ry B
P
ropB
_A5
Yes
IS
O 1
1783
-3
0
255
166
65
446
P
ropr
ieta
ry B
P
ropB
_A6
Yes
IS
O 1
1783
-3
0
255
167
65
447
P
ropr
ieta
ry B
P
ropB
_A7
Yes
IS
O 1
1783
-3
0
255
168
65
448
P
ropr
ieta
ry B
P
ropB
_A8
Yes
IS
O 1
1783
-3
0
255
169
65
449
P
ropr
ieta
ry B
P
ropB
_A9
Yes
IS
O 1
1783
-3
0
255
170
65
450
P
ropr
ieta
ry B
P
ropB
_AA
Yes
IS
O 1
1783
-3
0
255
171
65
451
P
ropr
ieta
ry B
P
ropB
_AB
Yes
IS
O 1
1783
-3
0
255
172
65
452
P
ropr
ieta
ry B
P
ropB
_AC
Yes
IS
O 1
1783
-3
0
255
173
65
453
P
ropr
ieta
ry B
P
ropB
_AD
Yes
IS
O 1
1783
-3
0
255
174
65
454
P
ropr
ieta
ry B
P
ropB
_AE
Yes
IS
O 1
1783
-3
0
255
175
65
455
P
ropr
ieta
ry B
P
ropB
_AF
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
46 © ISO 2007 – All rights reserved
0
255
176
65
456
P
ropr
ieta
ry B
P
ropB
_B0
Yes
IS
O 1
1783
-3
0
255
177
65
457
P
ropr
ieta
ry B
P
ropB
_B1
Yes
IS
O 1
1783
-3
0
255
178
65
458
P
ropr
ieta
ry B
P
ropB
_B2
Yes
IS
O 1
1783
-3
0
255
179
65
459
P
ropr
ieta
ry B
P
ropB
_B3
Yes
IS
O 1
1783
-3
0
255
180
65
460
P
ropr
ieta
ry B
P
ropB
_B4
Yes
IS
O 1
1783
-3
0
255
181
65
461
P
ropr
ieta
ry B
P
ropB
_B5
Yes
IS
O 1
1783
-3
0
255
182
65
462
P
ropr
ieta
ry B
P
ropB
_B6
Yes
IS
O 1
1783
-3
0
255
183
65
463
P
ropr
ieta
ry B
P
ropB
_B7
Yes
IS
O 1
1783
-3
0
255
184
65
464
P
ropr
ieta
ry B
P
ropB
_B8
Yes
IS
O 1
1783
-3
0
255
185
65
465
P
ropr
ieta
ry B
P
ropB
_B9
Yes
IS
O 1
1783
-3
0
255
186
65
466
P
ropr
ieta
ry B
P
ropB
_BA
Yes
IS
O 1
1783
-3
0
255
187
65
467
P
ropr
ieta
ry B
P
ropB
_BB
Yes
IS
O 1
1783
-3
0
255
188
65
468
P
ropr
ieta
ry B
P
ropB
_BC
Yes
IS
O 1
1783
-3
0
255
189
65
469
P
ropr
ieta
ry B
P
ropB
_BD
Yes
IS
O 1
1783
-3
0
255
190
65
470
P
ropr
ieta
ry B
P
ropB
_BE
Yes
IS
O 1
1783
-3
0
255
191
65
471
P
ropr
ieta
ry B
P
ropB
_BF
Yes
IS
O 1
1783
-3
0
255
192
65
472
P
ropr
ieta
ry B
P
ropB
_C0
Yes
IS
O 1
1783
-3
0
255
193
65
473
P
ropr
ieta
ry B
P
ropB
_C1
Yes
IS
O 1
1783
-3
0
255
194
65
474
P
ropr
ieta
ry B
P
ropB
_C2
Yes
IS
O 1
1783
-3
0
255
195
65
475
P
ropr
ieta
ry B
P
ropB
_C3
Yes
IS
O 1
1783
-3
0
255
196
65
476
P
ropr
ieta
ry B
P
ropB
_C4
Yes
IS
O 1
1783
-3
0
255
197
65
477
P
ropr
ieta
ry B
P
ropB
_C5
Yes
IS
O 1
1783
-3
0
255
198
65
478
P
ropr
ieta
ry B
P
ropB
_C6
Yes
IS
O 1
1783
-3
0
255
199
65
479
P
ropr
ieta
ry B
P
ropB
_C7
Yes
IS
O 1
1783
-3
0
255
200
65
480
P
ropr
ieta
ry B
P
ropB
_C8
Yes
IS
O 1
1783
-3
0
255
201
65
481
P
ropr
ieta
ry B
P
ropB
_C9
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 47
0
255
202
65
482
P
ropr
ieta
ry B
P
ropB
_CA
Yes
IS
O 1
1783
-3
0
255
203
65
483
P
ropr
ieta
ry B
P
ropB
_CB
Yes
IS
O 1
1783
-3
0
255
204
65
484
P
ropr
ieta
ry B
P
ropB
_CC
Yes
IS
O 1
1783
-3
0
255
205
65
485
P
ropr
ieta
ry B
P
ropB
_CD
Yes
IS
O 1
1783
-3
0
255
206
65
486
P
ropr
ieta
ry B
P
ropB
_CE
Yes
IS
O 1
1783
-3
0
255
207
65
487
P
ropr
ieta
ry B
P
ropB
_CF
Yes
IS
O 1
1783
-3
0
255
208
65
488
P
ropr
ieta
ry B
P
ropB
_D0
Yes
IS
O 1
1783
-3
0
255
209
65
489
P
ropr
ieta
ry B
P
ropB
_D1
Yes
IS
O 1
1783
-3
0
255
210
65
490
P
ropr
ieta
ry B
P
ropB
_D2
Yes
IS
O 1
1783
-3
0
255
211
65
491
P
ropr
ieta
ry B
P
ropB
_D3
Yes
IS
O 1
1783
-3
0
255
212
65
492
P
ropr
ieta
ry B
P
ropB
_D4
Yes
IS
O 1
1783
-3
0
255
213
65
493
P
ropr
ieta
ry B
P
ropB
_D5
Yes
IS
O 1
1783
-3
0
255
214
65
494
P
ropr
ieta
ry B
P
ropB
_D6
Yes
IS
O 1
1783
-3
0
255
215
65
495
P
ropr
ieta
ry B
P
ropB
_D7
Yes
IS
O 1
1783
-3
0
255
216
65
496
P
ropr
ieta
ry B
P
ropB
_D8
Yes
IS
O 1
1783
-3
0
255
217
65
497
P
ropr
ieta
ry B
P
ropB
_D9
Yes
IS
O 1
1783
-3
0
255
218
65
498
P
ropr
ieta
ry B
P
ropB
_DA
Yes
IS
O 1
1783
-3
0
255
219
65
499
P
ropr
ieta
ry B
P
ropB
_DB
Yes
IS
O 1
1783
-3
0
255
220
65
500
P
ropr
ieta
ry B
P
ropB
_DC
Yes
IS
O 1
1783
-3
0
255
221
65
501
P
ropr
ieta
ry B
P
ropB
_DD
Yes
IS
O 1
1783
-3
0
255
222
65
502
P
ropr
ieta
ry B
P
ropB
_DE
Yes
IS
O 1
1783
-3
0
255
223
65
503
P
ropr
ieta
ry B
P
ropB
_DF
Yes
IS
O 1
1783
-3
0
255
224
65
504
P
ropr
ieta
ry B
P
ropB
_E0
Yes
IS
O 1
1783
-3
0
255
225
65
505
P
ropr
ieta
ry B
P
ropB
_E1
Yes
IS
O 1
1783
-3
0
255
226
65
506
P
ropr
ieta
ry B
P
ropB
_E2
Yes
IS
O 1
1783
-3
0
255
227
65
507
P
ropr
ieta
ry B
P
ropB
_E3
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
48 © ISO 2007 – All rights reserved
0
255
228
65
508
P
ropr
ieta
ry B
P
ropB
_E4
Yes
IS
O 1
1783
-3
0
255
229
65
509
P
ropr
ieta
ry B
P
ropB
_E5
Yes
IS
O 1
1783
-3
0
255
230
65
510
P
ropr
ieta
ry B
P
ropB
_E6
Yes
IS
O 1
1783
-3
0
255
231
65
511
P
ropr
ieta
ry B
P
ropB
_E7
Yes
IS
O 1
1783
-3
0
255
232
65
512
P
ropr
ieta
ry B
P
ropB
_E8
Yes
IS
O 1
1783
-3
0
255
233
65
513
P
ropr
ieta
ry B
P
ropB
_E9
Yes
IS
O 1
1783
-3
0
255
234
65
514
P
ropr
ieta
ry B
P
ropB
_EA
Yes
IS
O 1
1783
-3
0
255
235
65
515
P
ropr
ieta
ry B
P
ropB
_EB
Yes
IS
O 1
1783
-3
0
255
236
65
516
P
ropr
ieta
ry B
P
ropB
_EC
Yes
IS
O 1
1783
-3
0
255
237
65
517
P
ropr
ieta
ry B
P
ropB
_ED
Yes
IS
O 1
1783
-3
0
255
238
65
518
P
ropr
ieta
ry B
P
ropB
_EE
Yes
IS
O 1
1783
-3
0
255
239
65
519
P
ropr
ieta
ry B
P
ropB
_EF
Yes
IS
O 1
1783
-3
0
255
240
65
520
P
ropr
ieta
ry B
P
ropB
_F0
Yes
IS
O 1
1783
-3
0
255
241
65
521
P
ropr
ieta
ry B
P
ropB
_F1
Yes
IS
O 1
1783
-3
0
255
242
65
522
P
ropr
ieta
ry B
P
ropB
_F2
Yes
IS
O 1
1783
-3
0
255
243
65
523
P
ropr
ieta
ry B
P
ropB
_F3
Yes
IS
O 1
1783
-3
0
255
244
65
524
P
ropr
ieta
ry B
P
ropB
_F4
Yes
IS
O 1
1783
-3
0
255
245
65
525
P
ropr
ieta
ry B
P
ropB
_F5
Yes
IS
O 1
1783
-3
0
255
246
65
526
P
ropr
ieta
ry B
P
ropB
_F6
Yes
IS
O 1
1783
-3
0
255
247
65
527
P
ropr
ieta
ry B
P
ropB
_F7
Yes
IS
O 1
1783
-3
0
255
248
65
528
P
ropr
ieta
ry B
P
ropB
_F8
Yes
IS
O 1
1783
-3
0
255
249
65
529
P
ropr
ieta
ry B
P
ropB
_F9
Yes
IS
O 1
1783
-3
0
255
250
65
530
P
ropr
ieta
ry B
P
ropB
_FA
Yes
IS
O 1
1783
-3
0
255
251
65
531
P
ropr
ieta
ry B
P
ropB
_FB
Yes
IS
O 1
1783
-3
0
255
252
65
532
Pro
prie
tary
B
Pro
pB_F
C Y
es
ISO
117
83-3
0
255
253
65
533
P
ropr
ieta
ry B
P
ropB
_FD
Yes
IS
O 1
1783
-3
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 49
0
255
254
65
534
P
ropr
ieta
ry B
P
ropB
_FE
Yes
IS
O 1
1783
-3
0
255
255
65
535
P
ropr
ieta
ry B
P
ropB
_FF
Yes
IS
O 1
1783
-3
1
237
DA
126
208
R
eque
st/C
omm
and/
Ackn
owle
dge
Gro
up F
unct
ion
N
o
IEC
611
62-3
R
eque
st/C
omm
and/
Ackn
owle
dge
Gro
up
Type
of
fu
nctio
n is
de
fined
by
first
fiel
d
1
238
DA
126
464
P
GN
Lis
t – T
rans
mit/
Rec
eive
PG
N’s
Gro
up F
unct
ion
N
o
ISO
117
83-3
Tr
ansm
it/R
ecei
ve P
GN
Lis
t G
roup
Typ
e of
fun
ctio
n is
def
ined
by
first
fiel
d
1
239
DA
126
720
P
ropr
ieta
ry A
2 P
ropA
2 N
o
ISO
117
83-3
D
estin
atio
n-sp
ecifi
c P
DU
fo
rmat
pr
oprie
tary
P
G
allo
win
g m
anuf
actu
rers
to
dire
ct t
heir
prop
rieta
ry c
omm
unic
atio
ns t
o a
spec
ific
dest
inat
ion
node
1
240
16
126
992
S
yste
m T
ime
N
o
IEC
611
62-3
P
GN
pro
vidi
ng a
regu
lar t
rans
mis
sion
of U
TC ti
me
and
date
1
240
20
126
996
P
rodu
ct In
form
atio
n
N
o
IEC
611
62-3
P
rovi
des
prod
uct
info
rmat
ion
on
the
netw
ork
that
co
uld
be
impo
rtant
for d
eter
min
ing
qual
ity o
f dat
a co
min
g fro
m th
is p
rodu
ct
1
240
22
126
998
C
onfig
urat
ion
Info
rmat
ion
No
IE
C 6
1162
-3
Free
-form
alp
hanu
mer
ic f
ield
s de
scrib
ing
the
inst
alla
tion
(e.g
., st
arbo
ard
engi
ne ro
om lo
catio
n) o
f the
uni
t
1
241
5
12
7237
H
eadi
ng/T
rack
Con
trol
N
o
IEC
611
62-3
S
ends
com
man
ds t
o, a
nd r
ecei
ves
data
fro
m,
head
ing
cont
rol
syst
ems
1
241
13
127
245
R
udde
r
No
IE
C 6
1162
-3
Rud
der
orde
r co
mm
and
in d
irect
ion
or a
ngle
with
cur
rent
rud
der
angl
e re
adin
g
1
241
18
127
250
V
esse
l Hea
ding
No
IE
C 6
1162
-3
Hea
ding
sen
sor v
alue
with
a fl
ag fo
r tru
e or
mag
netic
1
241
19
127
251
R
ate
of T
urn
No
IE
C 6
1162
-3
Rat
e of
Tur
n P
GN
add
ed in
ver
sion
1,0
04 o
f thi
s st
anda
rd
1
241
25
127
257
A
ttitu
de
N
o
IEC
611
62-3
P
GN
pro
vidi
ng a
sin
gle
trans
mis
sion
that
des
crib
es th
e po
sitio
n of
a
vess
el re
lativ
e to
bot
h ho
rizon
tal a
nd v
ertic
al p
lane
s
1
242
0
12
7488
E
ngin
e P
aram
eter
s, R
apid
Upd
ate
No
IE
C 6
1162
-3
Pro
vide
s da
ta w
ith a
hig
h up
date
rat
e fo
r a
spec
ific
engi
ne i
n a
sing
le fr
ame
mes
sage
1
242
1
12
7489
E
ngin
e P
aram
eter
s, D
ynam
ic
N
o
IEC
611
62-3
P
rovi
des
real
-tim
e op
erat
iona
l da
ta
and
stat
us
rele
vant
to
a
spec
ific
engi
ne, i
ndic
ated
by
the
engi
ne in
stan
ce fi
eld
ISO 11783-1:2007(E)
50 © ISO 2007 – All rights reserved
1
242
5
12
7493
Tr
ansm
issi
on P
aram
eter
s, D
ynam
ic
N
o
IEC
611
62-3
P
rovi
des
the
oper
atio
nal s
tate
and
inte
rnal
ope
ratin
g pa
ram
eter
s of
a s
peci
fic tr
ansm
issi
on
1
242
9
12
7497
Tr
ip P
aram
eter
s
No
IE
C 6
1162
-3
Sm
all c
raft
trip
engi
ne h
ours
and
fuel
con
sum
ptio
n
1
242
10
127
498
E
ngin
e P
aram
eter
s, S
tatic
No
IE
C 6
1162
-3
Pro
vide
s id
entif
icat
ion
info
rmat
ion
and
rate
d en
gine
spe
ed fo
r th
e en
gine
indi
cate
d by
the
engi
ne in
stan
ce fi
eld
1
242
13
127
501
B
inar
y S
witc
h B
ank
Sta
tus
No
IE
C 6
1162
-3
Uni
vers
al s
tatu
s re
port
for m
ultip
le b
anks
of t
wo-
stat
e in
dica
tors
1
242
14
127
502
S
witc
h B
ank
Con
trol
N
o
IEC
611
62-3
U
nive
rsal
com
man
ds to
mul
tiple
ban
ks o
f tw
o-st
ate
cont
rols
1
242
17
127
505
Fl
uid
Leve
l
No
IE
C 6
1162
-3
Con
tain
s an
inst
ance
num
ber,
leve
l of f
luid
and
type
of f
luid
1
242
20
127
508
B
atte
ry S
tatu
s
N
o
IEC
611
62-3
P
rovi
des
para
met
ric d
ata
for
a sp
ecifi
c ba
ttery
, in
dica
ted
by t
he
batte
ry in
stan
ce fi
eld
1
245
3
12
8259
S
peed
No
IE
C 6
1162
-3
PG
N to
pro
vide
a s
ingl
e tra
nsm
issi
on th
at d
escr
ibes
the
mot
ion
of
a ve
ssel
1
245
11
128
267
W
ater
Dep
th
N
o
IEC
611
62-3
W
ater
dep
th re
lativ
e to
the
trans
duce
r and
offs
et o
f the
mea
surin
g tra
nsdu
cer
1
245
19
128
275
D
ista
nce
Log
No
IE
C 6
1162
-3
PG
N to
pro
vide
the
cum
ulat
ive
voya
ge d
ista
nce
trave
lled
sinc
e th
e la
st re
set
1
246
8
12
8520
Tr
acke
d Ta
rget
No
IE
C 6
1162
-3
Dat
a M
essa
ge f
or r
epor
ting
stat
us a
nd t
arge
t da
ta f
rom
tra
ckin
g ra
dar e
xter
nal u
nits
1
248
1
12
9025
P
ositi
on, R
apid
Upd
ate
No
IE
C 6
1162
-3
PG
N to
pro
vide
latit
ude
and
long
itude
refe
renc
ed to
WG
S-8
4
1
248
2
12
9026
C
OG
& S
OG
, Rap
id U
pdat
e
N
o
IEC
611
62-3
S
ingl
e-fra
me
PG
N t
hat
prov
ides
cou
rse
over
gro
und
(CO
G)
and
spee
d ov
er g
roun
d (S
OG
)
1
248
5
12
9029
G
NS
S P
ositi
on D
ata
No
IE
C 6
1162
-3
PG
N c
onve
ying
a c
ompr
ehen
sive
set
of g
loba
l nav
igat
ion
sate
llite
syst
em (G
NS
S) p
aram
eter
s, in
clud
ing
posi
tion
info
rmat
ion
1
248
9
12
9033
Ti
me
& D
ate
No
IE
C 6
1162
-3
Sin
gle
trans
mis
sion
PG
N th
at p
rovi
des
UTC
Tim
e, U
TC D
ate
and
loca
l offs
et
1
248
20
129
044
D
atum
No
IE
C 6
1162
-3
Loca
l geo
detic
dat
um a
nd d
atum
offs
ets
from
a re
fere
nce
datu
m
1
248
21
129
045
U
ser D
atum
Set
tings
No
IE
C 6
1162
-3
Tran
sfor
mat
ion
para
met
ers
for
conv
ertin
g fro
m W
GS
-84
to o
ther
da
tum
s
1
249
3
12
9283
C
ross
Tra
ck E
rror
No
IE
C 6
1162
-3
PG
N p
rovi
ding
the
mag
nitu
de o
f pos
ition
err
o r p
erpe
ndic
ular
to th
e de
sire
d co
urse
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 51
1
249
4
12
9284
N
avig
atio
n D
ata
No
IE
C 6
1162
-3
PG
N p
rovi
ding
ess
entia
l nav
igat
ion
data
for a
rout
e fo
llow
ing
1
249
11
129
291
S
et &
Drif
t, R
apid
Upd
ate
No
IE
C 6
1162
-3
Set
and
drif
t effe
ct o
n th
e ve
ssel
is th
e di
rect
ion
and
the
spee
d of
a
curre
nt
1
249
21
129
301
Ti
me
to/fr
om M
ark
No
IE
C 6
1162
-3
Tim
e to
go
to o
r el
apse
d fro
m a
gen
eric
mar
k, t
hat
can
be n
on-
fixed
1
249
22
129
302
B
earin
g an
d D
ista
nce
betw
een
two
Mar
ks
N
o
IEC
611
62-3
B
earin
g an
d di
stan
ce fr
om th
e or
igin
mar
k to
the
dest
inat
ion
mar
k,
calc
ulat
ed a
t the
orig
in m
ark,
for a
ny tw
o ar
bitra
ry g
ener
ic m
arks
1
250
2
12
9538
G
NS
S C
ontro
l Sta
tus
No
IE
C 6
1162
-3
GN
SS
com
mon
sat
ellit
e re
ceiv
er p
aram
eter
sta
tus
1
250
3
12
9539
G
NS
S D
OP
s
N
o
IEC
611
62-3
P
GN
to p
rovi
de a
sin
gle
trans
mis
sion
con
tain
ing
GN
SS
sta
tus
and
dilu
tion
of p
reci
sion
com
pone
nts
(DO
P)
1
250
4
12
9540
G
NS
S S
ats
in V
iew
No
IE
C 6
1162
-3
GN
SS
in
form
atio
n on
cu
rrent
sa
telli
tes
in
view
ta
gged
by
se
quen
ce ID
— in
form
atio
n in
clud
es P
RN
, ele
vatio
n, a
zim
uth
and
SNR
1
250
5
12
9541
G
PS
Alm
anac
Dat
a
N
o
IEC
611
62-3
P
GN
to
pr
ovid
e a
sing
le
trans
mis
sion
th
at
cont
ains
re
leva
nt
alm
anac
dat
a fo
r GP
S p
rodu
cts
1
250
6
12
9542
G
NS
S P
seud
o R
ange
Noi
se S
tatis
tics
No
IE
C 6
1162
-3
GN
SS
ps
eudo
-ran
ge
mea
sure
men
t no
ise
stat
istic
s ca
n be
tra
nsla
ted
in th
e po
sitio
n do
mai
n
1
250
9
12
9545
G
NS
S R
AIM
Out
put
N
o
IEC
611
62-3
P
GN
use
d pr
ovid
ing
the
outp
ut f
rom
a G
NS
S r
ecei
ver’s
rec
eive
r au
tono
mou
s in
tegr
ity m
onito
ring
(RA
IM) p
roce
ss
1
250
10
129
546
G
NS
S R
AIM
Set
tings
No
IE
C 6
1162
-3
PG
N u
sed
to r
epor
t th
e co
ntro
l pa
r am
eter
s fo
r a
GN
SS
RA
IM
proc
ess
1
250
11
129
547
G
NS
S P
seud
o R
ange
Err
or S
tatis
tics
No
IE
C 6
1162
-3
AP
GN
use
d to
sup
port
RA
IM
1
250
13
129
549
D
GN
SS
Cor
rect
ions
No
IE
C 6
1162
-3
PG
N p
rovi
ding
a m
eans
to
pass
diff
eren
tial
GN
SS
cor
rect
ions
be
twee
n IE
C 6
1162
-3 u
nits
1
250
14
129
550
G
NS
S D
iffer
entia
l Cor
rect
ion
Rec
eive
r Int
erfa
ce
N
o
IEC
611
62-3
G
NS
S c
omm
on d
iffer
entia
l cor
rect
ion
rece
iver
par
amet
er s
tatu
s
1
250
15
129
551
G
NS
S D
iffer
entia
l Cor
rect
ion
Rec
eiv e
r Sig
nal
N
o
IEC
611
62-3
G
NS
S d
iffer
entia
l cor
rect
ion
rece
iver
sta
tus
tagg
ed b
y se
quen
ce
ID
1
250
20
129
556
G
LON
AS
S A
lman
ac D
ata
No
IE
C 6
1162
-3
PG
N
prov
idin
g a
sing
le
trans
mis
sion
th
at
cont
ains
re
leva
nt
alm
anac
dat
a fo
r GN
SS
pro
duct
s
1
251
7
12
9799
R
adio
Fre
quen
cy/M
ode/
Pow
er
N
o
IEC
611
62-3
P
GN
pro
vidi
ng s
tatu
s an
d co
ntro
l for
a r
adio
t ele
phon
e, c
onne
cted
to
a IE
C 6
1162
-3 n
etw
ork
ISO 11783-1:2007(E)
52 © ISO 2007 – All rights reserved
1
251
16
129
808
D
SC
Cal
l Inf
orm
atio
n
N
o
IEC
611
62-3
P
GN
pro
vidi
ng d
igita
l se
lect
ive
calli
ng (
DS
C)
data
acc
ordi
ng t
o IT
U M
.493
-9 w
ith o
ptio
nal e
xpan
sion
acc
ordi
ng to
ITU
M.8
21-1
1
252
4
13
0052
Lo
ran-
C T
D D
ata
No
IE
C 6
1162
-3
PG
N p
rovi
ding
tim
e di
ffere
nce
(TD
) lin
es o
f po
sitio
n of
Lor
an-C
si
gnal
s re
lativ
e to
a s
ingl
e gr
oup
repe
titio
n in
terv
al
1
252
5
13
0053
Lo
ran-
C R
ange
Dat
a
N
o
IEC
611
62-3
P
GN
pro
vidi
ng p
ropa
gatio
n tim
es (
Ran
ges)
of
Lora
n-C
sig
nals
re
lativ
e to
a s
ingl
e gr
oup
repe
titio
n in
terv
al
1
253
2 13
0306
W
ind
Dat
a
No
IE
C 6
1162
-3
Dire
ctio
n an
d sp
eed
of w
ind
1
253
6
13
0054
Lo
ran-
C S
igna
l Dat
a
N
o
IEC
611
62-3
S
NR
, EC
D a
nd A
SF
valu
es o
f Lor
an-C
sig
nals
1
253
6
13
0310
E
nviro
nmen
tal P
aram
eter
s
N
o
IEC
611
62-3
Lo
cal a
tmos
pher
ic e
nviro
nmen
tal c
ondi
tions
1
253
16
130
320
Ti
de S
tatio
n D
ata
No
IE
C 6
1162
-3
Tide
sta
tion
mea
sure
men
t dat
a in
clud
ing
stat
ion
loca
tion,
num
eric
id
entif
ier a
nd n
ame
1
253
17
130
321
S
alin
ity S
tatio
n D
ata
No
IE
C 6
1162
-3
Sal
inity
st
atio
n m
easu
rem
ent
data
in
clud
ing
stat
ion
loca
tion,
nu
mer
ic id
entif
ier a
nd n
ame
1
253
18
130
322
C
urre
nt S
tatio
n D
ata
No
IE
C 6
1162
-3
Cur
rent
st
atio
n m
easu
rem
ent
data
in
clud
ing
stat
ion
loca
tion,
nu
mer
ic id
entif
ier a
nd n
ame
1
253
19
130
323
M
eteo
rolo
gica
l Sta
tion
Dat
a
N
o
IEC
611
62-3
M
eteo
rolo
gica
l st
atio
n m
easu
rem
ent
data
in
clud
ing
stat
ion
loca
tion,
num
eric
iden
tifie
r and
nam
e
1
253
20
130
324
M
oore
d B
uoy
Sta
tion
Dat
a
N
o
IEC
611
62-3
M
oore
d bu
oy m
easu
rem
ent
data
inc
ludi
ng s
tatio
n lo
catio
n an
d nu
mer
ic id
entif
ier
1
254
16
130
576
S
mal
l Cra
ft S
tatu
s
N
o
IEC
611
62-3
P
rovi
des
data
on
vario
us s
mal
l cra
ft co
ntro
l sur
face
s an
d sp
eed
thro
ugh
the
wat
er
1
254
7
13
0577
D
irect
ion
Dat
a
N
o
IEC
611
62-3
P
GN
to g
roup
thre
e fu
ndam
enta
l vec
tors
rela
ted
to v
esse
l mot
ion
1
254
18
130
578
V
esse
l Spe
ed C
ompo
nent
s
N
o
IEC
611
62-3
P
GN
pro
vidi
ng a
sin
gle
trans
mis
sion
that
acc
urat
ely
desc
ribes
the
spee
d of
a v
esse
l by
com
pone
nt v
ecto
rs
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 53
Ann
ex B
(n
orm
ativ
e)
IS
O 1
1783
Indu
stry
gro
ups
In
dust
ry G
roup
In
dust
ry
0
Glo
bal,
appl
ies
to a
ll in
dust
ries
1
On-
high
way
equ
ipm
ent
2
Agric
ultu
ral a
nd fo
rest
ry e
quip
men
t
3
Con
stru
ctio
n eq
uipm
ent
4
Mar
ine
5
Indu
stria
l/pro
cess
con
trol/s
tatio
nary
6
Res
erve
d fo
r fut
ure
assi
gnm
ent
7
Res
erve
d fo
r fut
ure
assi
gnm
ent
ISO 11783-1:2007(E)
54 © ISO 2007 – All rights reserved
Ann
ex C
(n
orm
ativ
e)
IS
O 1
1783
Indu
stry
gro
up 0
pre
ferr
ed a
ddre
sses
SA
Fu
nctio
n In
stan
ce E
CU
inst
ance
D
efin
ition
0
Engi
ne
0 0
Firs
t ins
tanc
e of
a c
ontro
ller
for
the
syst
em’s
prim
ary
sour
ce
of p
ower
1
Engi
ne
1 0
Seco
nd i
nsta
nce
of a
con
trolle
r fo
r th
e sy
stem
’s p
rimar
y so
urce
of p
ower
2
Turb
o ch
arge
r 0
0
3
Tran
smis
sion
0
0 Fi
rst i
nsta
nce
of a
con
trolle
r for
the
syst
em’s
tran
smis
sion
4
Tran
smis
sion
1
0 Se
cond
inst
ance
of a
con
trolle
r for
the
syst
em’s
tran
smis
sion
5
Shift
Con
sole
– P
rimar
y 0
0
6
Shift
Con
sole
– S
econ
dary
1
0
7
Pow
er T
ake-
Off
– R
ear o
r Prim
ary
0 0
Firs
t ins
tanc
e of
a c
ontro
ller f
or a
pow
er ta
ke-o
ff
8
Axle
– S
teer
ing
0 0
9
Axle
– D
rive
0
0
10
Ax
le –
Driv
e
1 0
Seco
nd in
stan
ce o
f a c
ontro
ller f
or th
e sy
stem
’s d
rive
axle
11
Br
akes
– S
yste
m C
ontro
l 0
0
12
Br
akes
– S
teer
Axl
e C
ontro
l 0
0
13
Br
akes
– D
rive
axle
Con
trol
0 0
14
Br
akes
– D
rive
Axle
Con
trol
1 0
Seco
nd i
nsta
nce
of a
con
trolle
r fo
r th
e sy
stem
’s d
rive
axle
br
akes
15
R
etar
der –
Eng
ine
0 0
Engi
ne c
ompr
essi
on b
raki
ng
16
R
etar
der –
Driv
elin
e 0
0
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 55
17
C
ruis
e C
ontro
l 0
0 Sp
eed-
base
d co
ntro
l
18
Fu
el S
yste
m
0 0
19
St
eerin
g C
ontro
l 0
0
20
Su
spen
sion
Con
trol –
Ste
er A
xle
0 0
21
Su
spen
sion
Con
trol –
Driv
e Ax
le
0 0
22
Su
spen
sion
Con
trol –
Driv
e Ax
le
1 0
Seco
nd i
nsta
nce
of a
con
trolle
r fo
r th
e sy
stem
’s d
rive
axle
su
spen
sion
23
In
stru
men
t Clu
ster
0
0 Pr
imar
y ga
uge
disp
lay
for a
veh
icle
24
Tr
ip R
ecor
der
0 0
25
C
limat
e C
ontro
l 0
0
26
Al
tern
ator
/Ele
ctric
al C
harg
ing
Con
trol
0 0
Vehi
cle’
s pr
imar
y el
ectri
cal o
r alte
rnat
or c
harg
ing
cont
rolle
r —
can
be tw
o di
ffere
nt fu
nctio
ns (a
ltern
ator
or e
lect
rical
) tha
t can
sh
are
a pr
efer
red
addr
ess
27
Ae
rody
nam
ic C
ontro
l 0
0
28
Ve
hicl
e N
avig
atio
n 0
0
29
Ve
hicl
e Se
curit
y 0
0
30
El
ectri
cal C
ontro
l 0
0
31
St
arte
r Con
trol
0 0
32
Tr
acto
r – T
raile
r (N
IU)
0 0
Trac
tor
mou
nted
brid
ge (
Gat
eway
or
Spec
ial N
IU)
lead
ing
to
traile
r(s)
33
Bo
dy C
ontro
l 0
0 C
ontro
ls th
e bo
dy (n
ot th
e ch
assi
s or
cab
) fun
ctio
ns
34
Au
xilia
ry V
alve
Con
trol
0 0
Con
trolle
r for
the
tract
or m
ount
ed a
uxili
ary
valv
es
35
H
itch
Con
trol –
Rea
r 0
0 C
ontro
ller f
or th
e hi
tch
on th
e re
ar o
f the
agr
icul
ture
trac
tor
36
Po
wer
Tak
e-O
ff C
ontro
l – F
ront
or S
econ
dary
1
0 Se
cond
inst
ance
of a
con
trolle
r for
a p
ower
take
-off
37
O
ff Ve
hicl
e G
atew
ay
0 0
38
Vi
rtual
Ter
min
al
0 0
39
M
anag
emen
t Com
pute
r #1
0 0
Man
ages
veh
icle
sys
tem
s, i.
e. p
ower
trai
n
ISO 11783-1:2007(E)
56 © ISO 2007 – All rights reserved
40
C
ab D
ispl
ay
0 0
Firs
t in
stan
ce o
f a
disp
lay
othe
r th
an in
stru
men
t cl
uste
r an
d vi
rtual
term
inal
41
Ex
haus
t Ret
arde
r, E
ngin
e #1
0
0 Fi
rst r
etar
der i
nsta
nce
on e
ngin
e in
stan
ce 1
42
H
eadw
ay C
ontro
l Sys
tem
0
0 Fo
rwar
d-lo
okin
g co
llisi
on w
arni
ng, c
ollis
ion
avoi
danc
e, s
peed
co
ntro
l or s
peed
mat
chin
g
43
O
n-bo
ard
Dia
gnos
tic U
nit
0 0
44
R
etar
der,
Exha
ust,
Engi
ne #
2
1 0
Firs
t ins
tanc
e of
the
exha
ust r
etar
der o
n th
e se
cond
eng
ine
or
the
seco
nd in
stan
ce o
f exh
aust
reta
rder
on
the
first
eng
ine
45
En
dura
nce
Brak
ing
Con
trol
0 0
46
H
ydra
ulic
Pum
p C
ontro
l 0
0
47
Su
spen
sion
Con
trol #
1 0
0 Fi
rst
inst
ance
of
the
susp
ensi
on c
ontro
ller
(i.e.
it
is s
ingl
e va
lued
)
48
Pn
eum
atic
Con
trol
0 0
49
Pr
imar
y C
ab C
ontro
l 0
0
50
Se
cond
ary
Cab
Con
trol
1 0
Seco
nd in
stan
ce o
f a c
ontro
ller f
or th
e sy
stem
’s c
ab
51
Ty
re P
ress
ure
Con
trol
0 0
52
Ig
nitio
n C
ontro
l #1
0 0
Firs
t in
stan
ce o
f th
e ig
nitio
n co
ntro
l on
the
eng
ine
(i.e.
it
is
sing
le v
alue
d)
53
Ig
nitio
n C
ontro
l #2
1 0
Firs
t in
stan
ce o
f th
e ig
nitio
n co
ntro
l sy
stem
on
the
seco
nd
engi
ne o
r th
e se
cond
inst
ance
of
the
igni
tion
cont
rol s
yste
m
on th
e fir
st e
ngin
e
54
Se
at #
1 C
ontro
l 0
0 Fi
rst s
eat c
ontro
ller n
orm
ally
ass
ocia
ted
with
the
driv
er s
eat
55
O
pera
tor C
ontro
ls –
Lig
htin
g 0
0
56
R
ear A
xle
Stee
ring
Con
trol #
1 0
0 Fi
rst i
nsta
nce
of th
e re
ar a
xle
cont
rolle
r sys
tem
57
W
ater
Pum
p C
ontro
l 0
0
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 57
58
C
limat
e C
ontro
l #2
1 0
Seco
nd
clim
ate
cont
rol
syst
em,
if de
term
ined
th
at
the
pass
enge
r cl
imat
e co
ntro
l sys
tem
has
to
be s
epar
ated
fro
m
the
first
con
trol
syst
em (
as o
ppos
ed t
o be
ing
the
seco
nd
inst
ance
of t
he fi
rst c
ontro
l sys
tem
). —
Ref
eren
ce P
A 25
— it
is
adv
isab
le to
use
the
clim
ate
cont
rol s
yste
m #
1 (P
A 25
) with
in
stan
ces
59
Tr
ansm
issi
on #
1 Pr
imar
y D
ispl
ay
0 0
Firs
t in
stan
ce
of
a di
spla
y to
op
erat
e w
ith
the
prim
ary
trans
mis
sion
con
trol
60
Tr
ansm
issi
on #
2 Se
cond
ary
Dis
play
1
0 Se
cond
ins
tanc
e of
a d
ispl
ay t
o op
erat
e w
ith t
he p
rimar
y tra
nsm
issi
on c
ontro
l
61
Ex
haus
t Em
issi
on C
ontro
l 0
0
62
Ve
hicl
e D
ynam
ic S
tabi
lity
Con
trol
0 0
63
O
il S
yste
m M
onito
r 0
0
64
Su
spen
sion
Con
trol #
2 0
0 Fi
rst i
nsta
nce
of th
e se
cond
sus
pens
ion
cont
rol s
yste
m (i
.e. i
t is
sin
gle
valu
ed)
65
In
form
atio
n C
ontro
l #1
0 0
Info
rmat
ion
man
agem
ent s
yste
m, f
or th
e ve
hicl
e’s
appl
icat
ion,
su
ch
as
trans
it pa
ssen
ger/f
are
mon
itorin
g,
truck
ca
rgo
man
agem
ent
66
R
amp
Con
trol
0 0
Con
trolle
r for
ram
ps, l
ifts
or ta
ilgat
es
67
C
lutc
h/C
onve
rter C
ontro
l 0
0 C
ontro
ller
of
eith
er
the
clut
ch
and/
or
hydr
aulic
to
rque
co
nver
ter
68
Au
xilia
ry H
eate
r Con
trol #
1 0
0 C
an b
e ai
r, w
ater
or
othe
r he
ater
typ
e an
d be
usi
ng e
ngi n
e he
at, e
lect
rical
or f
uel f
ired
heat
ing
sour
ce
69
Au
xilia
ry H
eate
r Con
trol #
2 1
0 C
an b
e ai
r, w
ater
or
othe
r he
ater
typ
e an
d be
usi
ng e
ngin
e he
at, e
lect
rical
or f
uel f
ired
heat
ing
sour
ce
70
En
gine
Val
ve C
ontro
l 0
0 El
ectro
nic
cont
rol u
sed
to c
ontro
l act
uatio
n of
eng
ine
int a
ke
and/
or e
xhau
st v
alve
s
71
C
hass
is C
ontro
l 0
0
ECU
for
con
trolli
ng t
he f
unct
ions
of
the
first
cha
ssis
con
tr ol
syst
em o
ther
tha
n po
wer
tra
in,
body
and
cab
fun
ctio
ns (
i.e.
this
is th
e fir
st in
stan
ce)
72
C
hass
is C
ontro
l 1
0 EC
U
for
cont
rolli
ng
the
func
tions
of
th
e se
cond
ch
assi
s co
ntro
l sys
tem
oth
er th
an p
ower
trai
n, b
ody
and
cab
func
tions
(i.
e. th
is is
the
seco
nd in
stan
ce)
ISO 11783-1:2007(E)
58 © ISO 2007 – All rights reserved
73
Pr
opul
sion
Bat
tery
Cha
rger
0
0
A co
ntro
ller
used
to c
harg
e pr
opul
sion
bat
terie
s in
an
elec
tric
vehi
cle
from
an
off-b
oard
sou
rce
of e
lect
rical
ene
rgy
74
C
omm
unic
atio
ns, C
ellu
lar
0 0
Cel
lula
r com
mun
icat
ions
uni
t
75
C
omm
unic
atio
ns, S
atel
lite
0 0
Sate
llite
com
mun
icat
ions
uni
t
76
C
omm
unic
atio
ns, R
adio
0
0 R
adio
com
mun
icat
ions
uni
t
77
O
pera
tor C
ontro
ls, S
teer
ing
Col
umn
Uni
t 0
0 U
nit t
hat g
athe
rs th
e op
erat
or's
inpu
ts fo
r the
ste
erin
g co
lum
n
78
Fa
n D
rive
Con
trol S
yste
m
0 0
Con
trols
the
mai
n co
olin
g fa
n op
erat
ion
79
Se
at #
2 C
ontro
l 0
1 Se
cond
sea
t co
ntro
l nor
mal
ly a
ssoc
iate
d w
ith t
he p
asse
nger
se
at
80
Pa
rkin
g Br
ake
Con
trolle
r 0
0 C
ontro
ller f
or th
e pa
rkin
g br
ake
83-
127
Res
erve
d fo
r Fut
ure
Assi
gnm
ent b
y IS
O
128-
247
Indu
stry
Gro
up S
peci
fic
Se
e An
nex
D fo
r agr
icul
tura
l and
fore
stry
equ
ipm
ent
24
8 Fi
le S
erve
r or P
rinte
r
24
9 O
ff Bo
ard
Dia
gnos
tic/S
ervi
ce T
ool #
1 0
0
25
0 O
ff Bo
ard
Dia
gnos
tic/S
ervi
ce T
ool #
2 1
0
25
1 O
n-Bo
ard
Dat
a Lo
gger
0
0
25
2 R
eser
ved
for E
xper
imen
tal U
se
0 0
25
3 R
eser
ved
for O
EM
0 0
25
4 N
ull A
ddre
ss
25
5 G
LOBA
L
All/a
ny c
ontro
l fun
ctio
n
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 59
Ann
ex D
(n
orm
ativ
e)
IS
O 1
1783
Indu
stry
gro
up 2
initi
al a
ddre
sses
SA
D
evic
e In
stan
ce
Func
tion
Inst
ance
EC
U In
stan
ce
Def
initi
on
128
-238
R
eser
ved
for F
utur
e As
sign
men
t by
ISO
Al
l con
trol f
unct
ions
in IG
2 us
ing
initi
al a
ddre
sses
sha
ll be
sel
f-con
figur
able
. IG
2 co
ntro
l fun
ctio
ns s
hall
incl
ude
the
valu
e of
the
first
full
32 b
its o
f NA
ME
field
.
23
9 0
0 Po
sitio
n C
ontro
l 0
0
24
0 0
0 Tr
acto
r EC
U
0 0
Gat
eway
be
twee
n th
e tra
ctor
ne
twor
k an
d th
e im
plem
ent n
etw
ork
24
1 7
0 Ta
ilings
Mon
itorin
g 0
0
24
2 7
0 H
eade
r Con
trol
0 0
24
3 7
0 Pr
oduc
t Los
s M
onito
ring
0 0
24
4 7
0 Pr
oduc
t Moi
stur
e Se
nsin
g 0
0
24
5 0
0 N
on-V
irtua
l Ter
min
al D
ispl
ay (I
mpl
emen
t Net
wor
k)
0 0
Non
-virt
ual
term
inal
ca
b di
spla
y co
nnec
ted
to
the
impl
emen
t net
wor
k
24
6 0
0 O
pera
tor C
ontro
ls –
Mac
hine
Spe
cific
0
0
24
7 0
0 Ta
sk C
ontro
l (M
appi
ng C
ompu
ter)
0 0
ISO 11783-1:2007(E)
60 © ISO 2007 – All rights reserved
Ann
ex E
(n
orm
ativ
e)
IS
O 1
1783
NAM
Es
Va
lue
Dev
ice
Valu
e Fu
nctio
n D
escr
iptio
n 0
Glo
bal
0 N
on-s
peci
fic s
yste
ms
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128
Res
erve
d
129
On-
Boar
d D
iagn
ostic
Ser
vice
Too
l
Tool
tha
t is
nor
mal
ly n
ot p
erm
anen
tly m
ount
ed o
n th
e ve
hicl
e an
d th
at
supp
orts
th
e fu
ll se
t of
di
agno
stic
m
essa
ges
(ser
vice
s)
130
On-
Boar
d D
ata
Logg
er
Fu
nctio
n fo
r th
e co
llect
ion
and
stor
age
of d
ata
from
the
ne
twor
k th
at c
an o
r ca
n no
t be
perm
anen
tly m
ount
ed o
n th
e ve
hicl
e; th
e da
ta to
be
colle
cted
has
in s
ome
fash
ion
been
iden
tifie
d to
the
unit
131–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
1 O
n-hi
ghw
ay e
quip
men
t
0
Non
-spe
cific
sys
tem
s
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
12
8 Ta
chog
raph
129
Doo
r Con
trol S
yste
m
130
Artic
ulat
ion
Turn
tabl
e C
ontro
l
Con
trol o
f the
arti
cula
tion
turn
tabl
e fo
r joi
ned
body
bus
es
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 61
131
Body
to V
ehic
le In
terfa
ce C
ontro
l
Inte
rface
for m
anag
ing
inte
ract
ion
of v
ehic
le fu
nctio
ns a
nd
body
func
tions
; thi
s ca
n be
a c
ombi
natio
n of
bod
y si
gnal
s an
d ga
tew
ay fu
nctio
nalit
ies
132–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
1 Tr
acto
r To
win
g V
ehic
le S
yste
m
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128
Fo
rwar
d R
oad
Imag
e Pr
oces
sor
Th
is f
unct
ion
dete
rmin
es t
he v
ehic
le p
ositi
on f
rom
lan
e m
arki
ngs;
onl
y fo
r per
form
ance
, adv
isor
y an
d w
arni
ng
129–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
2 Tr
aile
r To
wed
Veh
icle
Sys
tem
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
2 A
gric
ultu
re a
nd fo
rest
ry e
quip
men
t
0
Non
-spe
cific
sys
tem
s
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128
Non
-Virt
ual T
erm
inal
Dis
play
Impl
emen
t net
wor
k
129
Ope
rato
r Con
trols
— M
achi
ne S
peci
fic
130
Task
Con
trol (
Map
ping
Com
pute
r)
131
Posi
tion
Con
trol
132
Mac
hine
Con
trol
133
Fore
ign
Obj
ect D
etec
tion
D
etec
tion
of n
on d
esira
ble
obje
cts
in th
e pr
oduc
t flo
w
134
Trac
tor E
CU
13
5-25
4 R
eser
ved
for F
utur
e As
sign
men
t
25
5 N
ot A
vaila
ble
ISO 11783-1:2007(E)
62 © ISO 2007 – All rights reserved
1 Tr
acto
r
Tow
ing
Veh
icle
Sys
tem
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
129
Auxi
liary
Val
ve C
ontro
l
Con
trol o
f add
ress
ed tr
acto
r mou
nted
aux
iliar
y va
lves
130
Rea
r Hitc
h C
ontro
l
Con
trol o
f the
rear
hitc
h of
an
agric
ultu
ral t
ract
or
131
Fron
t Hitc
h C
ontro
l
Con
trol o
f the
fron
t hitc
h of
an
agric
ultu
ral t
ract
or
132
Trac
tor M
achi
ne C
ontro
l
131–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
2 Ti
llage
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
131
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
132
Tilla
ge M
achi
ne C
ontro
l
133–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
3 Se
cond
ary
tilla
ge
0-12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128-
131
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
132
Seco
ndar
y Ti
llage
Mac
hine
Con
trol
133-
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
4 Pl
ante
rs/s
eede
rs
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128
Seed
Rat
e C
ontro
l
129
Sect
ion
On/
Off
Con
trol
130–
131
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
132
Plan
ters
/See
ders
Mac
hine
Con
trol
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 63
133
Prod
uct F
low
134
Prod
uct L
evel
135–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
5 Fe
rtiliz
ers
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128
Ferti
lize
Rat
e C
ontro
l
129
Sect
ion
On/
Off
Con
trol
130–
131
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
132
Ferti
lizer
s M
achi
ne C
ontro
l
133
Prod
uct F
low
134
Prod
uct L
evel
135–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
6 Sp
raye
rs
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128
Spra
y R
ate
Con
trol
129
Sect
ion
On/
Off
Con
trol
130
Prod
uct P
ress
ure
131
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
132
Spra
yers
Mac
hine
Con
trol
133
Prod
uct F
low
134
Prod
uct L
evel
135–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
ISO 11783-1:2007(E)
64 © ISO 2007 – All rights reserved
7 H
arve
ster
s
0-12
7 Se
e An
nex
F
In
dust
ry n
on-s
peci
fic
12
8 Ta
iling
Mon
itor
12
9 H
eade
r Con
trol
13
0 Pr
oduc
t Los
s M
onito
r
131
Prod
uct M
oist
ure
Sens
or
13
2 H
arve
ster
Mac
hine
Con
trol
133
Prod
uct F
low
13
4 Pr
oduc
t Lev
el
135–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
8
Roo
t har
vest
ers
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
12
8-13
1 R
eser
ved
for F
utur
e As
sign
men
t
13
2 R
oot H
arve
ster
s M
achi
ne C
ontro
l
13
3 Pr
oduc
t Flo
w
134
Prod
uct L
evel
13
5–25
4 R
eser
ved
for F
utur
e As
sign
men
t
25
5 N
ot A
vaila
ble
9 Fo
rage
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
12
8 Tw
ine
Wra
pper
Con
trol
129–
131
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
132
Fora
ge M
achi
ne C
ontro
l
13
3 Pr
oduc
t Flo
w
134–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 65
10
Irrig
atio
n
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
11
Tran
spor
t/tra
iler
To
wed
Veh
icle
Sys
tem
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
12
Farm
yar
d op
erat
ions
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
13
Pow
ered
aux
iliary
dev
ices
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
14
Spec
ial c
rops
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128-
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
15
Earth
wor
ks
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
16
Skid
der
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
ISO 11783-1:2007(E)
66 © ISO 2007 – All rights reserved
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
17
Sens
or s
yste
ms
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
132
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
133
Prod
uct F
low
134–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
3 C
onst
ruct
ion
equi
pmen
t
0 N
on-s
peci
fic s
yste
ms
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128
Supp
lem
enta
l Eng
ine
Con
trol S
ensi
ng
129
La
ser R
ecei
ver
130
Si
ngle
Lan
d Le
velli
ng S
yste
m O
pera
tor I
nter
face
131
La
nd L
evel
ling
Ele
ctric
Mas
t
132
Si
ngle
Lan
d Le
velli
ng S
yste
m S
uper
viso
r
133
La
nd L
evel
ling
Sys
tem
Dis
play
134
La
ser T
race
r
135
Lo
ader
Con
trol
136
Sl
ope
Sens
or
M
easu
res
the
slop
e al
ong
a ax
is
137
Li
ft ar
m C
ontro
l
Con
trolle
r w
hose
prim
ary
purp
ose
is t
o co
ntro
l th
e lif
t ar
ms
and
tilt f
unct
ions
on
a co
nstru
ctio
n lo
ader
, ski
d st
eer
load
er o
r sim
ilar m
achi
ne; n
ot a
load
er a
ttach
men
t
138
Su
pple
men
tal S
enso
r Pro
cess
ing
EC
U fu
nctio
ning
as
an I/
O m
odul
e co
nnec
ted
to th
e
Uni
ts
ne
twor
k w
ith th
e de
sign
ed p
urpo
se o
f dat
a co
llect
ion
(in
put o
r out
put)
and
not n
eces
saril
y co
ntai
ning
any
cont
rol a
lgor
ithm
s or
pro
cess
ing
inte
llige
nce
139
H
ydra
ulic
Sys
tem
Pla
nner
C
oord
inat
es th
e fu
nctio
ns o
f a n
umbe
r of v
alve
con
trolle
rs
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 67
140
H
ydra
ulic
Val
ve C
ontro
ller
Th
e va
lve
cont
rolle
r will
typi
cally
con
trol t
he fl
ow o
f oil
to a
spec
ific
cylin
der
141
Jo
ystic
k C
ontro
l
Joys
tick
cont
rol
142–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
1 Sk
id s
teer
load
er
128
M
ain
Con
trolle
r
129–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
2
Arti
cula
ted
dum
p tru
ck
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
3
Back
hoe
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
4
Cra
wle
r
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
5
Exca
vato
r
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
6
Fork
lift
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
7
Four
whe
el d
rive
load
er
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
ISO 11783-1:2007(E)
68 © ISO 2007 – All rights reserved
8
Gra
der
128
HFW
D C
ontro
ller
H
ydra
ulic
fron
t whe
el d
rive
cont
rolle
r
129–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
9-25
4
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
127
N
ot A
vaila
ble
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
4 M
arin
e
0 N
on-s
peci
fic s
yste
ms
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128
M
arin
e E
ngin
es A
larm
Sys
tem
ECU
that
con
trols
the
Ala
rm f
unct
ions
on
an e
ngin
e of
a
Mar
ine
Sys
tem
129
M
arin
e E
ngin
es P
rote
ctio
n S
yste
m
Fi
rst E
CU
that
con
trols
the
Prot
ectio
n fu
nctio
ns o
n th
e fir
st
engi
ne o
f a M
arin
e S
yste
m
130
M
arin
e E
ngin
es P
rote
ctio
n S
yste
m
EC
U
that
pr
ovid
es
the
disp
lay
of
info
rmat
ion
and/
or
D
ispl
ay
in
dica
tors
ass
ocia
ted
spec
ifica
lly w
ith th
e pr
otec
tion
syst
em o
n an
eng
ine
of a
Mar
ine
Sys
tem
131–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
N
ot A
vaila
ble
10
Sys
tem
tool
s
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128-
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 69
20
Safe
ty s
yste
ms
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128-
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
25
Gat
eway
0–9
See
Anne
x F
In
dust
ry n
on-s
peci
fic
10
Gat
eway
11–1
27
See
Anne
x F
In
dust
ry n
on-s
peci
fic
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
30
Pow
er m
anag
emen
t and
ligh
ting
syst
ems
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128-
129
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
13
0
Sw
itch
131–
139
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
14
0
Load
141-
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
40
Stee
ring
syst
ems
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
129
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
130
Fo
llow
-up
Con
trolle
r
131–
139
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
140
M
ode
Con
trolle
r
141–
149
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
150
Au
tom
atic
Ste
erin
g C
ontro
ller
ISO 11783-1:2007(E)
70 © ISO 2007 – All rights reserved
151–
159
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
160
H
eadi
ng S
enso
rs
161–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
50
Prop
ulsi
on s
yste
ms
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
129
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
13
0
Engi
ne ro
om m
onito
ring
131–
139
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
14
0
Engi
ne In
terfa
ce
141–
149
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
15
0
Engi
ne C
ontro
ller
151–
159
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
16
0
Eng
ine
Gat
eway
161–
169
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
17
0
Con
trol H
ead
171–
179
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
18
0
Actu
ator
181-
189
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
19
0
Gau
ge In
terfa
ce
191–
199
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
20
0
Gau
ge L
arge
201–
209
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
21
0
Gau
ge S
mal
l
211–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 71
60
Nav
igat
ion
syst
ems
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128-
129
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
130
So
unde
r, de
pth
131–
139
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
140
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
141–
144
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
145
G
loba
l Nav
igat
ion
Sat
ellit
e S
yste
m (G
NSS
)
146–
149
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
150
Lo
ran
C
151-
155
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
155
Sp
eed
Sens
ors
156-
159
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
160
Tu
rn R
ate
Indi
cato
r
161–
169
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
170
In
tegr
ated
Nav
igat
ion
171–
199
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
200
R
adar
and
/or R
adar
Plo
tting
201–
204
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
205
El
ectro
nic
Cha
rt D
ispl
ay &
Info
rmat
ion
Sys
tem
(EC
DIS
)
206-
209
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
210
El
ectro
nic
Cha
rt S
yste
m (E
CS)
211-
219
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
220
D
irect
ion
Find
er
221–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
ISO 11783-1:2007(E)
72 © ISO 2007 – All rights reserved
70
Com
mun
icat
ions
sys
tem
s
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128–
129
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
130
Em
erge
ncy
Pos
ition
Indi
catin
g Be
acon
(EPI
RB)
131–
139
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
140
Au
tom
atic
Iden
tific
atio
n S
yste
m
141–
149
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
150
D
igita
l Sel
ectiv
e C
allin
g (D
SC)
151–
159
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
160
D
ata
Rec
eive
r
161-
169
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
170
Sa
telli
te
171–
179
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
180
R
adio
-Tel
epho
ne (M
F/H
F)
181–
189
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
190
R
adio
-Tel
epho
ne (V
HF)
191–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
80
Inst
rum
enta
tion/
gene
ral s
yste
ms
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
128-
129
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
130
Ti
me/
Dat
e sy
stem
s
131–
139
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
140
Vo
yage
Dat
a R
ecor
der
141–
149
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
150
Inte
grat
ed In
stru
men
tatio
n
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 73
151–
159
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
160
G
ener
al P
urpo
se D
ispl
ays
161-
169
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
170
G
ener
al S
enso
r Box
171–
179
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
180
W
eath
er In
stru
men
ts
1181
-189
R
eser
ved
for F
utur
e As
sign
men
t
19
0
Tran
sduc
er/g
ener
al
191–
199
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
200
N
ME
A 01
83 C
onve
rter
201–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
90
Envi
ronm
enta
l (H
VAC
) sys
tem
s
0–
127
See
Anne
x F
In
dust
ry n
on-s
peci
fic
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
100
D
eck,
car
go, a
nd fi
shin
g eq
uipm
ent s
yste
ms
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
12
8–25
4 R
eser
ved
for F
utur
e As
sign
men
t
255
Not
Ava
ilabl
e
12
7
Not
Ava
ilabl
e
0–
127
See
Anne
x F
In
dust
ry n
on-s
peci
fic
128–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
25
5 N
ot A
vaila
ble
ISO 11783-1:2007(E)
5 In
dust
rial/p
roce
ss c
ontr
ol/s
tatio
nary
0
Non
-spe
cific
sys
tem
s
0–12
7 Se
e An
nex
F
Indu
stry
non
-spe
cific
12
8
Supp
lem
enta
l Eng
ine
Con
trol S
ensi
ng
129
G
ener
ator
Set
Con
trolle
r
Gen
erat
or s
et c
ontro
ller u
sed
to c
olle
ct d
ata
and
cont
rol.
130–
254
Res
erve
d fo
r Fut
ure
Assi
gnm
ent
255
Not
Ava
ilabl
e
ISO 11783-1:2007(E)
74 © ISO 2007 – All rights reserved
© ISO 2007 – All rights reserved 75
Ann
ex F
(n
orm
ativ
e)
IS
O 1
1783
All
indu
stry
NAM
Es
The
NAM
E fie
lds
are
spec
ified
in I
SO 1
1783
-5.
This
ann
ex d
efin
es t
he lo
wer
128
fun
ctio
ns t
hat
are
inde
pend
ent
of t
he in
dust
ry g
roup
and
dev
ice
clas
s.
Thes
e fu
nctio
ns a
re u
sed
with
in a
ll in
dust
ry g
roup
s —
dis
tingu
ishi
ng t
hem
fro
m i
ndus
try g
roup
0,
whi
ch i
s an
ind
ustry
gro
up i
tsel
f bu
t ap
plic
able
to
all
indu
strie
s.
Va
lue
Func
tion
Des
crip
tion
0
Engi
ne
Whi
le t
he f
unct
ion
iden
tifie
s th
e ty
pica
l mec
hani
cal p
ower
sou
rce
of t
he m
achi
ne,
the
refe
renc
e te
nds
to b
e to
the
man
agem
ent
syst
em t
hat
cont
rols
the
tor
que
vs.
spee
d vs
. com
man
d (ty
pica
lly th
rottl
e) o
f tha
t pow
er s
ourc
e
1
Auxi
liary
Pow
er U
nit (
APU
) Po
wer
sou
rce
for o
pera
ting
syst
ems
with
out t
he u
se o
f the
prim
e “d
rive”
eng
ine
2
Elec
tric
Prop
ulsi
on C
ontro
l C
ontro
l sys
tem
whi
ch o
pera
tes
the
driv
e m
echa
nism
whe
n it
is e
lect
rica l
ly p
ower
ed,
such
as
batte
ry-m
otor
or e
ngin
e ge
nera
tor–
mot
or h
ybrid
s
3
Tran
smis
sion
M
echa
nica
l sys
tem
for
alte
ring
the
spee
d vs
. tor
que
outp
ut o
f the
en g
ine
to a
leve
l us
able
by
anot
her
syst
em o
n th
e m
achi
ne,
alth
ough
the
net
wor
k re
fere
nce
is
actu
ally
to th
e sy
stem
that
con
trols
the
oper
atio
n of
sai
d tra
nsm
iss i
on
4
Batte
ry P
ack
Mon
itor
Mon
itors
the
cond
ition
— c
harg
e, te
mpe
ratu
re a
nd p
ower
rem
aini
ng fo
r an
inte
rnal
ba
ttery
pac
k —
typi
cally
use
d w
ith e
lect
ric p
ropu
lsio
n
5
Shift
Con
trol
Uni
t th
at d
eter
min
es a
nd t
rans
mit
onto
the
net
wor
k th
e ge
ar,
the
rang
e, t
he
oper
atin
g m
ode,
or
any
or a
ll of
thes
e th
at th
e op
erat
or d
esire
s fo
r the
tran
smis
sion
(n
ot to
be
conf
used
with
tran
smis
sion
con
trol,
i.e. t
rans
mis
sion
)
6 Po
wer
Tak
e-O
ff C
ontro
l – R
ear o
r Prim
ary
Sys
tem
that
con
trols
the
mec
hani
cal p
ower
der
ived
from
a p
rime
engi
ne a
nd u
sed
to
oper
ate
auxi
liary
item
s su
ch a
s co
mpr
esso
rs in
on
high
way
veh
icle
s an
d su
ch a
s im
plem
ents
in A
G a
pplic
atio
ns —
can
be th
e m
ain
or re
ar u
nit
7
Axle
— S
teer
ing
Adju
sts
atta
ck a
ngle
as
func
tion
of s
teer
ing
8
Axle
— D
rivin
g
ISO 11783-1:2007(E)
76 © ISO 2007 – All rights reserved
9
Brak
es —
Sys
tem
Con
trol
Con
trols
ser
vice
bra
king
sys
tem
ele
ctro
nica
lly —
can
be
any
of a
num
ber
of
sche
mes
— a
nd c
an a
lso
cont
rol (
at le
ast p
artly
) th
e en
dura
nce
brak
ing
syst
em in
th
e se
nse
of a
n in
tegr
ated
con
trol (
appl
icat
ion
phas
ed in
with
the
ser
vice
bra
king
sy
ste m
)
10
Br
akes
— S
teer
Axl
e C
ontro
l C
ontro
l for
act
uatin
g th
e se
rvic
e br
akes
on
a st
eere
d ax
le
11
Br
akes
— D
rive
Axle
Con
trol
Con
trol f
or a
ctua
ting
the
serv
ice
brak
es o
n a
driv
e ax
le
12
R
etar
der —
Eng
ine
Con
trolle
r fo
r th
e re
tard
er c
apab
ilitie
s of
the
eng
ine
(ther
e ar
e se
vera
l ty
pes
of
reta
rder
pos
sibl
e, d
efin
ed w
ithin
the
para
met
er R
etar
der T
ype,
SP
N 9
01)
13
R
etar
der —
Driv
elin
e C
ontro
ller
for
the
reta
rder
cap
abili
ties
of t
he d
rivel
ine
(ther
e ar
e se
vera
l ty
pes
of
reta
rder
pos
sibl
e, d
efin
ed w
ithin
the
para
met
er R
etar
der T
ype,
SP
N 9
01)
14
C
ruis
e C
ontro
l C
ontro
l sy
stem
for
mai
ntai
ning
the
veh
icle
’s s
peed
at
a fix
ed o
pera
tor
sele
ctab
le
valu
e w
ith v
ario
us o
ver-
rides
link
ed to
oth
er s
yste
ms
15
Fu
el S
yste
m
Con
trols
fue
l flo
w f
rom
the
tan
k to
the
filt
er t
o th
e w
ater
rem
oval
/sep
arat
or t
o th
e en
gine
and
then
bac
k to
the
tank
16
St
eerin
g C
ontro
l C
ontro
ls s
teer
ing
in s
teer
-by-
wire
17
Su
spen
sion
Con
trol —
Ste
er A
xle
Con
trol s
yste
m fo
r the
sus
pens
ion
of a
ste
ered
axl
e
18
Su
spen
sion
Con
trol —
Driv
e Ax
le
Con
trol s
yste
m fo
r the
sus
pens
ion
of a
driv
en a
xle
19
In
stru
men
t Clu
ster
G
auge
dis
play
for a
veh
icle
, typ
ical
ly m
ount
ed w
ithin
the
field
of v
iew
of t
he d
river
in
the
cab
and
gene
rally
a li
mite
d di
spla
y su
ch a
s de
dica
ted
dial
s or
a s
mal
l dig
it se
ven
segm
ent d
ispl
ay (s
ee C
ab D
ispl
ay fo
r lar
ger m
ore
elab
orat
e di
spla
y)
20
Tr
ip R
ecor
der
Sys
tem
for
acc
umul
atin
g da
ta v
ersu
s tra
vel
of t
he v
ehic
le (
mac
hine
) , si
nce
a sp
ecifi
c st
artin
g po
int s
omet
imes
exp
ress
ed in
term
s of
dis
tanc
e or
tim
e tra
velle
d
21
C
ab C
limat
e C
ontro
l S
yste
m f
or c
ontro
lling
the
clim
ate
with
in t
he c
ab o
f th
e ve
hicl
e (m
achi
ne);
the
oper
ator
con
trols
(mes
sage
) for
this
sys
tem
sho
uld
be d
esig
ned
to a
llow
any
sou
rce
to tr
ansm
it th
em
22
Ae
rody
nam
ic C
ontro
l M
odify
dra
g by
alte
ring
body
pan
els
— lo
wer
air
fairi
ngs
whe
n de
ad h
eadi
ng, e
xten
d si
de p
anel
s w
hen
on in
ters
tate
23
Ve
hicl
e N
avig
atio
n S
yste
m a
ssoc
iate
d w
ith t
he v
ehic
les
phys
ical
loc
atio
n —
can
be
as s
impl
e as
di
spla
y of
cur
rent
loca
tion,
driv
ing
inst
ruct
ions
from
cur
rent
to d
esir e
d lo
catio
n
24
Ve
hicl
e Se
curit
y S
yste
m fo
r com
parin
g op
erat
or-p
rovi
ded
data
seq
uenc
es a
gain
st re
fere
nce
to v
erify
th
at o
pera
tion
or c
erta
in o
pera
tions
be
allo
wed
for t
he p
artic
ular
ope
rato
r , an
d w
hich
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 77
can
also
may
inc
lude
fun
ctio
ns t
o pr
even
t un
auth
oriz
ed o
pera
tions
, fo
r ex
ampl
e,
unlo
ckin
g do
ors
or s
tarti
ng e
ngin
e
25
N
etw
ork
Inte
rcon
nect
Uni
t EC
U f
or c
onne
ctin
g di
ffere
nt n
etw
ork
segm
ents
tog
ethe
r —
can
be
brid
ge o
r ga
tew
ay —
see
ISO
117
83-4
for
det
ails
, fo
r us
e on
any
veh
icle
sys
tem
(tra
ctor
or
traile
r)
26
Bo
dy C
ontro
l C
an h
andl
e su
spen
sion
con
trol
for
the
body
sec
tions
ind
epen
dent
fro
m t
he a
xle
sect
ions
— c
ontro
ls th
e bo
dy (n
ot c
hass
is o
r cab
) com
pone
nts
27
Po
wer
Tak
e-O
ff C
ontro
l — F
ront
or S
econ
dary
S
yste
m th
at c
ontro
ls th
e m
echa
nica
l pow
er d
eriv
ed fr
om a
prim
e en
gine
and
use
d to
op
erat
e au
xilia
ry it
ems
such
as
com
pres
sors
in o
n hi
ghw
ay v
ehic
les
and
such
as
impl
emen
ts in
agr
icul
ture
app
licat
ions
— th
is c
an b
e th
e se
cond
ary
or fr
ont u
nit
28
O
ff-Ve
hicl
e G
atew
ay
ECU
for
con
nect
ing
betw
een
vehi
cle
netw
ork(
s) a
nd a
n of
f-veh
icle
sys
tem
or
netw
ork,
suc
h as
flee
t man
agem
ent,
conn
ectio
n ca
n be
wire
less
, per
form
s ga
tew
ay
func
tions
, i.e
. filt
ers
mes
sage
s, tr
ansl
ates
bet
wee
n pr
otoc
ols
29
Vi
rtual
Ter
min
al
Gen
eral
-pur
pose
“in
telli
gent
” di
spla
y w
ith a
spe
cific
mes
sage
set
(IS
O 1
1783
-6)
spec
ifica
lly m
ount
ed in
cab
for
the
ope
rato
r’s u
se a
nd w
hich
can
be
conn
ecte
d to
th
e dr
ive
train
seg
men
t of t
he n
etw
ork
and/
or to
the
impl
emen
t net
wor
k se
gmen
t in
an A
G a
pplic
atio
n
30
M
anag
emen
t Com
pute
r #1
Man
ages
veh
icle
sys
tem
s, i.
e. p
ower
train
31
Pr
opul
sion
Bat
tery
Cha
rger
U
nit
used
to
char
ge p
ropu
lsio
n ba
tterie
s in
an
elec
tric
vehi
cle
f rom
an
off-b
oard
so
urce
of e
lect
rical
ene
rgy
32
H
eadw
ay C
ontro
l Fo
rwar
d-lo
okin
g co
llisi
on a
void
ance
, co
llisi
on w
arni
ng,
spee
d co
ntro
ller ,
or s
peed
m
atch
ing
33
S
yste
m M
onito
r
34
H
ydra
ulic
Pum
p C
ontro
l Pu
mp
cont
rolle
r th
at p
rovi
des
hydr
aulic
pow
er to
ope
rate
inst
alle
d eq
u ipm
ent s
uch
as m
an b
ucke
ts,
cran
es,
auge
rs,
shre
dder
s, e
xam
ple
vehi
cles
inc
ludi
ng d
igge
r de
rric
k (p
lant
s te
leph
one
pole
s) a
nd b
ucke
t tru
ck —
thu
s, b
eing
the
con
trolle
r fo
r sa
id p
ump
35
Su
spen
sion
— S
yste
m C
ontro
l C
ontro
ller
resp
onsi
ble
for
coor
dina
ting
the
over
-all
susp
ensi
on o
f a
vehi
cle
— c
an
caus
e in
tera
ctio
n be
twee
n th
e ax
le s
uspe
nsio
n co
ntro
ls a
nd th
e bo
dy c
ontro
ller
36
Pn
eum
atic
— S
yste
m C
ontro
l
ISO 11783-1:2007(E)
78 © ISO 2007 – All rights reserved
37
C
ab C
ontro
ller
Con
trolle
r lo
cate
d in
/nea
r ve
hicl
e ca
b us
ed t
o pe
rform
fun
ctio
ns t
hat
are
grou
ped
toge
ther
for
con
veni
ence
and
pro
xim
ity —
can
han
dle
any
num
ber
of v
ehic
le
spec
ific
item
s bu
t no
t ot
her
spec
ifica
lly N
AM
E(d)
fun
ctio
ns (
such
as
inst
rum
ent
clus
ter)
, an
d pr
ime
use
of w
hich
wou
ld b
e to
rea
d ca
b-m
ount
ed o
pera
tor
cont
rols
(n
ot h
andl
ed b
y an
y ot
her
spec
ific
unit)
and
to
then
tra
nsm
it th
e as
soci
ated
m
essa
ges
onto
the
netw
ork
38
Ty
re P
ress
ure
Con
trol
Uni
t tha
t pro
vide
s co
ntro
l of c
entra
lized
tyre
infla
tion
39
Ig
nitio
n C
ontro
l U
nit
for
alte
ring
the
igni
tion
of a
n en
gine
and
with
whi
ch a
n en
gine
con
trolle
r ca
n co
mm
unic
ate
40
Se
at C
ontro
l S
yste
m f
or c
ontro
lling
the
sea
ts (
oper
ator
and
pas
seng
er)
with
in t
he c
ab o
f th
e ve
hicl
e (m
achi
ne) —
can
incl
ude
cont
rol o
f the
pos
ition
and
sus
pens
ion
of s
eat;
the
oper
ator
con
trols
(m
essa
ge)
for
the
seat
sys
tem
sho
uld
be d
esig
ned
to a
llow
any
so
urce
to tr
ansm
it th
em
41
O
pera
tor C
ontro
ls —
Lig
htin
g C
ontro
ller
for
send
ing
the
oper
ator
lig
htin
g co
ntro
ls m
essa
ges
whe
n th
ey a
re
com
ing
from
a u
nit
dedi
cate
d to
tra
nsm
ittin
g th
ese
spec
ific
mes
sage
s on
the
ne
twor
k
42
W
ater
Pum
p C
ontro
l C
ontro
ller
for
a w
ater
pum
p m
ount
ed o
n th
e ve
hicl
e/m
achi
ne (
e.g.
em
erge
ncy
equi
pmen
t with
pum
p fo
r pu
mpi
ng w
ater
ont
o fir
e; u
tiliti
es d
eliv
ery
truck
for
deliv
ery
of fl
uids
suc
h as
wat
er to
rem
ote
area
s)
43
Tr
ansm
issi
on D
ispl
ay
Dis
play
des
igne
d sp
ecifi
cally
to
disp
lay
trans
mis
sion
inf
orm
atio
n, s
uch
as t
he
trans
mis
sion
gea
r
44
Ex
haus
t Em
issi
on C
ontro
l
45
Ve
hicl
e D
ynam
ic S
tabi
lity
Con
trol
46
O
il S
yste
m M
onito
r
47
In
form
atio
n S
yste
m C
ontro
l In
form
atio
n m
anag
emen
t for
a v
ehic
le’s
app
licat
ion,
suc
h as
tran
sit p
asse
nger
/fare
m
onito
ring
and
truck
car
go m
anag
emen
t — h
andl
es g
roup
ing
and
proc
essi
ng d
ata
into
info
rmat
ion
disp
lays
to b
e pr
esen
ted
to d
river
and
als
o en
forc
es th
e D
I rul
es fo
r in
terfa
cing
with
driv
er
48
R
amp
Con
trol
Load
ing
unlo
adin
g —
cha
irlift
, ram
ps, l
ifts
or ta
ilgat
es
49
C
lutc
h/C
onve
rter C
ontro
l W
hen
trans
mis
sion
is d
istri
bute
d th
is h
andl
es to
rque
con
verte
r loc
k-up
or e
ngin
e —
tra
nsm
issi
on c
onne
ctio
n
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 79
50
Au
xilia
ry H
eate
r Pr
imar
y he
at t
ypic
ally
bei
ng t
aken
fro
m t
he e
ngin
e co
olan
t, he
ater
for
use
with
out
the
prim
e “d
rive”
eng
ine
oper
atin
g or
whe
n it
is u
nabl
e to
sup
ply
suffi
cien
t hea
t —
can
be fu
el-fi
red,
ele
ctric
al o
r oth
er ty
pe o
f hea
ting
sour
ce a
nd c
an u
se a
ir, w
ater
or
othe
r tra
nsfe
r med
ia
51
Fo
rwar
d-Lo
okin
g C
ollis
ion
War
ning
Sys
tem
S
yste
m w
hich
det
ects
and
war
ns o
f im
pend
ing
colli
sion
with
obj
ect
in p
ath
of
pres
ent f
orw
ard
trave
l (no
t to
be c
onfu
sed
with
#32
, Hea
dway
Con
trolle
r)
52
C
hass
is C
ontro
l C
ontro
ls th
e ch
assi
s (n
ot b
ody
or c
ab)
com
pone
nts
(see
web
site
for R
Ls d
efin
ition
s of
bod
y, c
hass
is, d
rive
train
)
53
Al
tern
ator
/Ele
ctric
al C
harg
ing
Sys
tem
Ve
hicl
e’s
prim
ary
on-b
oard
cha
rgin
g co
ntro
ller
— a
ltern
ator
use
d to
gen
erat
e el
ectri
cal p
ower
for v
ehic
le e
lect
rical
sys
tem
and
sto
rage
bat
tery
54
C
omm
unic
atio
ns, C
ellu
lar
Rad
io c
omm
unic
atio
ns u
nit
desi
gned
spe
cific
ally
to
com
mun
icat
e vi
a th
e ce
llula
r te
leph
one
syst
em
—
can
be
eith
er
a re
ceiv
er
only
, a
trans
mitt
er
only
or
a
trans
ceiv
er
55
C
omm
unic
atio
ns, S
atel
lite
Rad
io c
omm
unic
atio
ns u
nit d
esig
ned
spec
ifica
lly to
com
mun
icat
e vi
a so
me
sate
llite
sy
stem
— c
an b
e ei
ther
rece
iver
onl
y, tr
ansm
itter
onl
y or
tran
scei
ver
56
C
omm
unic
atio
ns, R
adio
R
adio
com
mun
icat
ions
uni
t de
sign
ed s
peci
fical
ly t
o co
mm
unic
ate
via
a te
rres
trial
po
int-t
o-po
int s
yste
m —
can
be
eith
er re
ceiv
er o
nly,
tran
smitt
er o
nly
or tr
ansc
eive
r
57
O
pera
tor C
ontro
ls, S
teer
ing
Col
umn
Uni
t th
at g
athe
rs t
he o
pera
tor
inpu
ts f
rom
sw
itche
s/le
vers
/etc
. l o
cate
d in
and
/or
arou
nd t
he s
teer
ing
whe
el/c
olum
n an
d tra
nsm
its t
he a
ssoc
iate
d m
essa
ges
on t
he
netw
ork,
whe
n a
sepa
rate
NAM
E is
nee
ded
for
this
uni
t (i.
e. o
ther
uni
ts m
ight
be
send
ing
the
mes
sage
s an
d th
is u
nit n
ot e
xist
on
the
netw
ork)
58
Fa
n D
rive
Con
trol
Prim
ary
cont
rol s
yste
m a
ffect
ing
the
oper
atio
n of
the
mai
n co
olin
g fa
n on
the
engi
ne
cool
ant —
oth
er s
yste
ms
can
send
com
man
ds o
r req
uest
s to
this
uni
t
59
St
arte
r M
echa
nica
l sy
stem
for
ini
tiatin
g ro
tatio
n in
an
engi
ne t
hat
is s
topp
ed —
thi
s re
fere
nce
is m
ore
for t
he s
yste
m th
at c
ontro
ls th
e st
arte
r tha
n th
e s t
arte
r its
elf
60
C
ab D
ispl
ay C
ab
Use
d fo
r a fa
irly
elab
orat
e in
cab
dis
play
, typ
ical
ly c
apab
le o
f gre
ater
than
30
AS
CII
char
acte
rs a
nd d
iffer
entia
ted
from
the
Inst
rum
ent C
lust
er a
nd V
irtua
l Te r
min
al
61
Fi
le S
erve
r/Prin
ter
Prin
ting
or fi
le s
tora
ge u
nit o
n th
e ne
twor
k —
a p
erm
anen
t con
nec t
ion
can
exis
t and
th
e un
it is
exp
ecte
d to
be
able
to
prin
t (p
aper
typ
e ou
tput
) or
sto
re d
ata
(as
in
mag
netic
or E
EPR
OM
com
pone
nts)
ISO 11783-1:2007(E)
80 © ISO 2007 – All rights reserved
62
O
n-Bo
ard
Dia
gnos
tic U
nit
Tool
that
can
be
perm
anen
tly m
ount
ed o
n th
e ve
hicl
e an
d w
hich
may
not
sup
port
all
of th
e IS
O 1
1783
-124
) mes
sage
s
63
En
gine
Val
ve C
ontro
ller
Con
trol s
yste
m u
sed
to m
anip
ulat
e th
e ac
tuat
ion
of e
ngin
e in
take
and
/or
exha
ust
valv
es in
resp
onse
to o
ther
fact
ors
64
En
dura
nce
Brak
ing
Su
m o
f all
units
in a
veh
icle
whi
ch e
nabl
e th
e dr
iver
with
virt
ually
no
frict
ion
brak
e w
ear/t
ear
to r
educ
e sp
eed
or m
aint
ain
the
spee
d on
a lo
ng d
esce
nt —
can
con
tain
en
ergy
sup
plyi
ng u
nit(s
), co
ntro
l un
it(s)
, tra
nsm
issi
on(s
), re
tard
er(s
) an
d en
ergy
di
ssip
atio
n un
it(s)
; th
e co
ntro
l can
be
inde
pend
ent
of t
he s
ervi
ce b
rake
sys
tem
or
can
be
inte
grat
ed
with
the
ser
vice
bra
ke c
ontro
l su
ch t
hat
both
are
app
lied
sim
ulta
neou
sly
or in
a p
hase
d fa
shio
n, w
here
as a
n in
tegr
ated
sys
tem
can
als
o ha
ve
a co
ntro
l to
prev
ent l
inki
ng o
f ope
ratio
n
65
G
as F
low
Mea
sure
men
t Pr
ovid
es m
easu
rem
ent o
f gas
flow
rate
s an
d as
soci
ated
par
amet
ers
66
I/O
Con
trolle
r R
epor
ting
and/
or c
ontro
l uni
t for
ext
erna
l inp
ut a
nd o
utpu
t cha
nnel
s
67
El
ectri
cal S
yste
m C
ontro
ller
Can
incl
ude
load
cen
tres,
fuse
box
es a
nd p
ower
dis
tribu
tion
boar
ds
68
to 1
27
Res
erve
d fo
r Fut
ure
Ass
ignm
ent
4)
To b
e pu
blis
hed.
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 81
Ann
ex G
(n
orm
ativ
e)
IS
O 1
1783
man
ufac
ture
r cod
es
Val
ue
Man
ufac
ture
r Lo
catio
n
0
R
eser
ved
1
Al
lied
Sign
al In
c.
Elyr
ia, O
H U
SA
2
Al
lison
Tra
nsm
issi
on, G
MC
In
dian
apol
is, I
N U
SA
3
Am
etek
, US
Gau
ge D
ivis
ion
Se
llers
ville
, PA
USA
4
Am
etek
-Dix
son
G
rand
Jun
ctio
n, C
O U
SA
5
AM
P In
c.
Har
risbu
rg, P
A U
SA
6
Be
rifor
s El
ectro
nics
AB
St
ockh
olm
, Sw
eden
7
C
ase
Cor
p.
Burr
Rid
ge, I
L U
SA
8
C
ater
pilla
r Inc
. Pe
oria
, IL
USA
9
C
hrys
ler C
orp.
A
ubur
n H
ills, M
I US
A
10
C
umm
ins
Engi
ne C
o.
Col
umbu
s, IN
USA
11
D
earb
orn
Gro
up In
c.
Indi
anap
olis
, IN
& F
arm
ingt
on H
ills, M
I US
A
12
D
eere
& C
ompa
ny, P
reci
sion
Far
min
g
East
Mol
ine,
IL U
SA
13
D
elco
Ele
ctro
nics
Ko
kom
o, IN
US
A
14
D
etro
it D
iese
l Cor
pora
tion
D
etro
it, M
I US
A
15
D
icke
y-jo
hn C
orp.
Au
burn
, IL
US
A
16
Ea
ton
Cor
p.
Sout
hfie
ld, M
I US
A
17
Ea
ton
Cor
p., C
orp.
Res
. & D
ev.
Milw
auke
e, W
I USA
18
Ea
ton
Cor
p., T
rans
mis
sion
Div
. Ka
lam
azoo
, MI U
SA
ISO 11783-1:2007(E)
82 © ISO 2007 – All rights reserved
19
Ea
ton
Cor
p. T
ruck
ing
Info
Ser
vice
s
Cle
mm
ons,
NC
USA
20
Ea
ton
Ltd
W
orsl
ey, E
ngla
nd
21
Ec
hlin
Inc.
, Mid
land
Bra
ke In
c.
Kans
as C
ity, M
O U
SA
22
Fo
rd M
otor
Co.
, Ele
ctro
nic
Con
cept
s &
Sys
tem
s
Dea
rbor
n, M
I US
A
23
Fo
rd M
otor
Co.
, Hea
vy T
ruck
D
earb
orn,
MI U
SA
24
Fo
rd M
otor
Co.
, Veh
icle
Con
trols
D
earb
orn,
MI U
SA
25
Fr
eigh
tline
r Cor
p.
Portl
and,
OR
USA
26
G
ener
al M
otor
s C
orp.
, Ser
vice
Tec
hnol
ogy
Grp
R
omul
us, M
I USA
27
G
MC
Tr
oy, M
I USA
28
G
rote
Ind.
Inc.
M
adis
on, I
N U
SA
29
H
ino
Mot
ors
Ltd
Toky
o, J
apan
30
Is
uzu
Mot
ors
Ltd
Ka
was
aki,
Japa
n
31
J.
Pol
lak
Cor
p.
Bost
on, M
A U
SA
32
Ja
cobs
Veh
icle
Sys
tem
s
Bloo
mfie
ld, C
T U
SA
33
Jo
hn D
eere
W
ater
loo,
IA U
SA
34
Ke
lsey
Hay
es C
o.
Livo
nia,
MI U
SA
35
Ke
nwor
th T
ruck
Co.
Ki
rkla
nd, W
A U
SA
36
Lu
cas
Ind.
So
lihul
l, W
est M
idla
nds,
Eng
land
37
M
ack
Truc
ks In
c.
Hag
erst
own,
MD
US
A
38
M
icro
Pro
cess
or S
yste
ms
Inc.
St
erlin
g H
ts, M
I USA
39
M
icro
firm
Inc.
St
illw
ater
, OK
USA
40
M
otor
ola
AIE
G In
c.
Nor
thbr
ook,
IL U
SA
41
M
otor
ola
Inc.
Sc
haum
burg
, IL
US
A
42
In
tern
atio
nal T
ruck
and
Eng
ine
Cor
pora
tion
— E
ngin
e El
ectro
nics
W
arre
nvill
e, IL
US
A (fo
rmer
ly N
avis
tar I
ntl.
Tran
s. C
o., E
ngin
e E
lect
roni
cs)
43
In
tern
atio
nal T
ruck
and
Eng
ine
Cor
pora
tion
— V
ehic
le E
lect
roni
cs
War
renv
ille,
IL U
SA
(form
erly
Nav
ista
r Int
l Tra
ns C
orp.
)
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 83
44
N
ippo
nden
so C
o. L
td
Kariy
a Ai
chi,
Japa
n
45
PA
CC
AR
Mou
nt V
erno
n, W
A U
SA
46
Pa
raso
ft C
ompu
ting
Sol
utio
ns
Win
ston
Sal
em, N
C U
SA
47
Ph
illip
s Se
mic
ondu
ctor
Su
nnyv
ale,
CA
US
A
48
Po
llak
Alph
abet
El
Pas
o, T
X U
SA
49
R
E Am
eric
a In
c.
Cle
vela
nd, O
H U
SA
50
R
ober
t Bos
ch C
orp.
Br
oadv
iew
, IL
USA
51
R
ober
t Bos
ch G
mbH
St
uttg
art,
Ger
man
y
52
M
erito
r Aut
omot
ive,
Inc.
(for
mer
ly R
ockw
ell A
utom
otiv
e)
Troy
, MI U
SA
53
R
ockw
ell L
and
Tran
spor
tatio
n
Ced
ar R
apid
s, IA
US
A
54
M
erito
r Wab
co
Troy
, MI U
SA
55
R
yder
Sys
tem
Inc.
M
iam
i, FL
USA
56
SA
IC
San
Die
go, C
A U
SA
57
Sa
uer-
Dan
foss
Co.
(for
mer
ly S
auer
Sun
dstra
nd C
o.)
Min
neap
olis
, MN
US
A
58
SP
X C
orpo
ratio
n, O
TC D
iv.
Ow
aton
na, M
N U
SA
59
VE
S In
c.
Roc
k H
ill, S
C U
SA
60
Vo
lvo
Truc
ks N
orth
Am
eric
a In
c.
Gre
ensb
oro,
NC
USA
61
Vo
lvo
Truc
k C
orp.
G
othe
nbur
g, S
wed
en
62
W
abco
H
anov
er, G
erm
any
63
ZF
Indu
strie
s In
c.
Vern
on H
ills, I
L U
SA
64
un
used
(for
mer
ly S
pect
raPr
ecis
ion
Lase
rpla
ne, t
hen
Spe
ctra
Phy
sics
)
65
M
AN N
utzf
ahrz
euge
AG
M
unic
h, G
erm
any
66
Jo
hn D
eere
Con
stru
ctio
n E
quip
men
t Div
isio
n
Dub
uque
, IA
US
A
67
Fu
nk M
anuf
actu
ring
Com
pany
C
offe
yvill
e, K
S U
SA
68
Sc
ania
Sö
dertä
lje, S
wed
en
ISO 11783-1:2007(E)
84 © ISO 2007 – All rights reserved
69
Tr
imbl
e N
avig
atio
n
70
Fl
ex-c
oil L
imite
d
Sask
atoo
n, S
K C
anad
a
71
Va
nsco
Ele
ctro
nics
Ltd
W
inni
peg,
MB
Can
ada
72
Si
su C
orpo
ratio
n
Espo
o, F
inla
nd
73
Le
Tour
neau
, Inc
. Lo
ngvi
ew, T
X U
SA
74
Ea
ton
Axle
-Bra
ke D
ivis
ion
Ka
lam
azoo
, MI U
SA
75
D
eere
& C
o., A
gric
ultu
ral D
ivis
ion
76
un
used
(for
mer
ly D
eere
& C
o., C
onst
ruct
ion
Div
isio
n)
77
D
eere
Pow
er S
yste
ms
Gro
up
78
Fr
ank
W. M
urph
y M
anuf
actu
ring,
Inc.
Tu
lsa,
OK
US
A
79
D
aim
ler B
enz
AG –
Eng
ine
Div
isio
n (P
BM)
Stut
tgar
t, G
erm
any
80
Tw
in D
isc,
Inc.
R
acin
e, W
I USA
81
Fi
re R
esea
rch
Cor
p.
Nes
cons
et, N
Y U
SA
82
Bo
bcat
/Inge
rsol
l-Ran
d (fo
rmer
ly M
elro
e/In
gers
oll-R
and)
Fa
rgo,
ND
US
A
83
Ea
ton
VOR
AD T
echn
olog
ies
Sa
n D
iego
, CA
US
A
84
N
ew H
olla
nd U
K Li
mite
d
Basi
ldon
, Ess
ex, U
K
85
Ko
hler
Co.
Ko
hler
, WI U
SA
86
C
. E. N
ieho
ff &
Com
pany
Ev
anst
on, I
L U
SA
87
J.
C. B
amfo
rd E
xcav
ator
s Lt
d (J
CB)
R
oces
ter,
Sta
fford
shire
, UK
88
Sa
tloc
Prec
isio
n G
PS
Sc
otts
dale
, AZ
USA
89
Kv
erne
land
Gro
up, E
lect
roni
cs D
ivis
ion
N
ieuw
-Ven
nep,
Net
herla
nds
90
Kn
orr-
Brem
se S
fN G
mbH
M
unic
h, G
erm
any
91
BS
G B
oden
see
Steu
erge
raet
e G
mbH
Im
men
staa
d, G
erm
any
92
Ag
-Che
m E
quip
men
t Co.
, Inc
. M
inne
tonk
a, M
N U
SA
93
Pe
rkin
s En
gine
s C
ompa
ny L
td
Pete
rbor
ough
, UK
94
C
NH
Glo
bal N
.V.
Rac
ine,
WI U
SA
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 85
95
Pa
cific
Insi
ght E
lect
roni
cs C
orp.
N
elso
n, B
C C
anad
a
96
M
ech@
troni
c IT
Gm
bH
Het
zenh
ause
n, G
erm
any
97
Ag
Lea
der T
echn
olog
y, In
c.
Ames
, IA
US
A
98
M
uelle
r-El
ektro
nik
Gm
bH &
Co.
Sa
lzko
tten,
Ger
man
y
99
In
tern
atio
nal T
rans
mis
sion
s Lt
d (IT
L)
Wre
xham
, Nor
th W
ales
, UK
10
0
VDO
Tec
hnik
AG
R
üthi
, Sw
itzer
land
10
1
Sens
oria
Sa
n D
iego
, CA
US
A
10
2
AGC
O G
mbH
& C
o.
Mar
ktob
erdo
rf, G
erm
any
10
3
Agro
com
Gm
bH &
Co.
Agr
arsy
stem
KG
Bi
elef
eld,
Ger
man
y
10
4
Cla
as S
elbs
tfahr
ende
Ern
tem
asch
inen
Gm
bH
Har
sew
inke
l, G
erm
any
10
5
Kiep
e El
ektri
k G
mbH
& C
o. K
G
Due
ssel
dorf,
Ger
man
y
10
6
BAE
Sys
tem
s C
ontro
ls, I
nc.
John
son
City
, NY
USA
10
7
Grim
me
Land
mas
chin
en G
mbH
& C
o. K
G
Dam
me,
Ger
man
y
10
8
WTK
-Ele
cktro
nik
Gm
bH
Neu
stad
t, G
erm
any
10
9
LH T
echn
olog
ies
ApS
Aa
bybr
o, D
enm
ark
11
0
EPIQ
Sen
sor-
Nite
Fe
nton
, MI U
SA
11
1
Mas
chin
enfa
brik
Ber
nhar
d Kr
one
Gm
bH
Spel
le, G
erm
any
11
2
MEC
ALAC
An
necy
le V
ieux
, Fra
nce
11
3
Stre
ss-T
ek, I
nc.
Kent
, WA
USA
11
4
ECon
trols
, Inc
. Sa
n An
toni
o, T
X U
SA
11
5
NAC
CO
Mat
eria
ls H
andl
ing
Gro
up, I
nc.
Portl
and,
OR
USA
11
6
BEEL
INE
Tech
nolo
gies
Br
isba
ne, Q
LD A
ustra
lia
11
7
HU
SCO
Inte
rnat
iona
l W
auke
sha,
WI U
SA
11
8
Intro
n G
mbH
S
Chw
aebi
sch
Hal
l, G
erm
any
11
9
Inte
griN
autic
s
Men
lo P
ark,
CA
US
A
12
0
RD
S Te
chno
logy
Ltd
M
inch
inha
mpt
on, S
troud
, UK
ISO 11783-1:2007(E)
86 © ISO 2007 – All rights reserved
12
1
HED
(Hyd
ro E
lect
roni
c D
evic
es, I
nc.)
H
artfo
rd, W
I USA
12
2
FG W
ilson
(Eng
inee
ring)
Lim
ited
La
rne,
Cou
nty
Ant
rim, U
K
12
3
Basl
er E
lect
ric
Hig
hlan
d, IL
USA
12
4
Hyd
ac E
lect
roni
c
Saar
brue
cken
, Ger
man
y
12
5
Nev
ada
Auto
mot
ive
Test
Cen
ter
Car
son
City
, NV
US
A
12
6
Driv
er T
ech
Sa
lt La
ke C
ity, U
T U
SA
12
7
Hol
land
US
A
Hol
land
, MI U
SA
12
8
Ger
hard
Due
cker
Gm
bH &
Co.
KG
St
adtlo
hn, G
erm
any
12
9
OM
NE
X C
ontro
l Sys
tem
s In
c.
Port
Coq
uitla
m, B
C, C
anad
a
13
0
Nid
o —
Uni
vers
al M
achi
nes
B.V.
H
olte
n, N
ethe
rland
s
13
1
ITT
Indu
strie
s
Eden
Pra
rie, M
N U
SA
13
2
Mul
ag-F
ahrz
eugw
erk
O
ppen
au, G
erm
any
13
3
Buch
er S
choe
rling
Gm
bH
Han
nove
r, G
erm
any
13
4
Iris
Tech
nolo
gy L
td
Lanc
aste
r, La
ncs.
, UK
13
5
Airm
ar T
echn
olog
y C
orpo
ratio
n
Milf
ord,
NH
USA
13
6
Kom
atsu
Ltd
Hira
tsuk
a Ka
naga
wa,
Jap
an
13
7
Mar
etro
n
Phoe
nix,
AZ
USA
13
8
Geo
rg F
ritzm
eier
Gm
bH &
Co.
KG
G
ross
helfe
ndor
f, G
erm
any
13
9
Cat
erpi
llar T
rimbl
e C
ontro
l Tec
hnol
ogie
s (C
TCT)
, LLC
D
ayto
n, O
H U
SA
14
0
Low
ranc
e E
lect
roni
cs, I
nc.
Tuls
a, O
K U
SA
14
1
Thal
es N
avig
atio
n Lt
d.
Surr
ey, U
K
14
2
TRW
Aut
omot
ive
(Com
mer
cial
Ste
erin
g S
yste
ms)
La
faye
tte, I
N U
SA
14
3
W. G
mei
ner G
mbH
& C
o.
Kum
mer
sbru
ck, G
erm
any
14
4
Mer
cury
Mar
ine
Fo
nd d
u La
c, W
I USA
14
5
Mur
Cal
Con
trols
Pa
lmda
le, C
A U
SA
14
6
Max
ima
Tech
nolo
gies
La
ncas
ter,
PA U
SA
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 87
14
7
Nau
tibus
ele
ctro
nic
Gm
bH
Que
rn, G
erm
any
14
8
Blue
Wat
er D
ata,
Inc.
Sa
lem
, NJ
USA
14
9
Hol
set
Cha
rlest
on, S
C U
SA
15
0
Flee
tgua
rd
Nas
hville
, TN
US
A
16
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ISO 11783-1:2007(E)
ISO 11783-1:2007(E)
88 © ISO 2007 – All rights reserved
Annex H (informative)
ISO 11783 Request forms
General requestor information
Please complete the requestor’s information section to provide information on how ISO/TC 23/SC 19/WG 1 can contact you. Please enter your e-mail address, as this is the primary method WG 1 will use to communicate with you.
First and last name:
Company:
Address:
City:
State/Province:
Country:
Postal Code:
Phone:
Fax:
E-mail:
Request date (yyyy-mm-dd):
Requested subject
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 89
Parameter group number (PGN)
Complete this section to request a new PGN or modify an existing one (e.g. to add or modify one of its parameters). Refer to the template given in ISO 11783-3: —5), Table 7, for the information to be provided. To request or modify more than one PGN, duplicate this section and fill it in for each PGN. Note that the PGN broadcast rate and message priority cannot be revised.
What is the request (new or modify PGN)?
PGN number to be revised, if modifying only:
PGN name:
Proposed acronym:
PGN type:
Data length in bytes:
Is this a multi-packet message?
Desired broadcast rate of the message:
Desired message priority:
PGN description
5) To be published. (Revision of ISO 11783-3:1989)
ISO 11783-1:2007(E)
90 © ISO 2007 – All rights reserved
Parameter/slot
Complete this section to request a new parameter, modify a current parameter or add a slot. Refer to ISO 11783-7 for the information to be provided. If this section is for a parameter, it is to be associated with the PGN listed above. To request or modify more than one parameter, duplicate this section and fill it in for each parameter.
What is the request (new parameter or modify)?
Parameter to be revised:
Proposed name of new parameter:
Parameter stating byte and bit:
Parameter type:
If parameter will use existing slot, pick from list:
If parameter requires a new slot, fill in the following:
Slot type:
Engineering units:
Scaling (slot resolution, engineering units per bit):
Limits (slot range, engineering units):
Offset (engineering units):
Parameter length (in number of bits):
Operational range, if different than slot range above:
Parameter and/or slot description
If this request is for a “state and status” parameter, list the bit states and their definitions:
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 91
Requestor’s notes to ISO TC 23/SC 19/WG 1
Industry Group 2 — Agricultural and forestry equipment — Specific NAMEs
Complete this section for to request a new NAME or modify a current NAME. Refer to ISO 11783-5, for the information to be provided. To request or modify more than one NAME, duplicate this section and fill it in for each parameter.
What is the request (new or modify NAME)?
Device class value to be revised:
Function value to be revised:
Device class description
Function description
ISO 11783-1:2007(E)
92 © ISO 2007 – All rights reserved
Requestor’s notes to ISO TC 23/SC 19/WG 1
Manufacturer code
Complete this section to request a new manufacturer code or modify an existing one.
What is the request (new or modify code)?
Manufacturer code number to be revised:
New or modified manufacturer’s name (include division/department):
New or modified location (city, state/province, country):
Requestor’s notes to ISO TC 23/SC 19/ WG 1
ISO 11783-1:2007(E)
© ISO 2007 – All rights reserved 93
Request form completion instructions
a) Follow the instructions in each section when completing them.
b) Identify the request by using a document name with the following format; YYYYMMDDii_x
where
YYYY is the year;
MM is the month;
DD is the day;
ii are the initials of the person requesting the code;
x is the number of the request complete for the date indicated.
EXAMPLE If John Smith submitted a single request on 2005 March 30, the request document name would be “20050330js_1”. If he submitted two requests on that same day, the second request document name would be “20050330js_2”.
c) If more detailed text, graphs, drawing or data would be helpful in explaining the request, submit them with the request. The document name shall be the same as the request document, with the addition of the extension “_sup”.
EXAMPLE Following on from the example given in b), the document name “20050330js_1_sup” would be included with the request documents.
d) Before sending the request, please consider the following.
⎯ Are all the necessary fields of the request form completed?
⎯ Is the document number format of the request correct?
⎯ Company-specific terminology not used?
⎯ Are the PGN explanations clear? Can another person read and understand the request? Will someone in another company understand the request?
⎯ Universal wording has been used such that the request is acceptable for use in the standard.
e) Send the request to:
TC 23/SC 19/WG 1 Secretariat VDMA Standardization Group Agricultural Machinery Lyoner Strasse 18 D-60528 Frankfurt/Main GERMANY
Fax: ++49 69 6603 2301
ISO 11783-1:2007(E)
94 © ISO 2007 – All rights reserved
Bibliography
[1] CAN Specification Version 2.0 Part B, Robert Bosch GmbH, September 1991
[2] ISO 3339-0, Tractors and machinery for agriculture and forestry — Classification and terminology — Part 0: Classification system and classification
[3] ISO 7498 (all parts), Information processing systems — Open Systems Interconnection — Basic Reference Model
[4] ISO 11519-1, Road vehicles — Low-speed serial data communication — Part 1: General and definitions
[5] ISO 11898 (all parts), Road vehicles — Controller area network (CAN)
[6] ISO 11992 (all parts), Road vehicles — Interchange of digital information on electrical connections between towing and towed vehicles
[7] ISO 15765 (all parts), Road vehicles — Diagnostics on Controller Area Networks (CAN)
[8] IEC 61162-3, Maritime navigation and radiocommunication equipment and systems — Digital interfaces — Part 3: Serial data instrument network6)
[9] SAE J 1939, Recommended Practice for Control and Communications Network for On-Highway Equipment
[10] SAE J 1939-21, Data Link Layer
[11] SAE J 1939-31, Network Layer
[12] SAE J 1939-71, Vehicle Application Layer
[13] SAE J 1939-73, Application Layer — Diagnostics
[14] SAE J 1939-74, Application — Configurable Messaging
[15] SAE J 1939-81, Network Management
[16] SAE J 1939-75, Application Layer — Generator Sets and Industrial
[17] ITU M.493-9, Digital selective-calling system for use in the maritime mobile service
[18] ITU M.821-1, Optional expansion of the digital selective-calling system for use in the maritime mobile service
[19] NMEA 0183, http://www.nmea.org/pub/01837)
6) Under preparation.
7) National Marine Electronics Association standard.
ISO 11783-1:2007(E)
ICS 35.240.99; 65.060.01 Price based on 94 pages
© ISO 2007 – All rights reserved
