Schneider Electric none manual Frame descriptor, Global Input, Global Output, Host computer

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frame descriptor

A part of the host computer's buffer structure that links transmitted or received data frames to appropriate priority queues￿ ￿rame Descriptors contain MA￿ frame parameters, frame status, and pointers￿

Global Input

A type of data input received by a node using Peer ￿op data transfers￿ Nodes using Peer ￿op can be configured to receive up to 32 164bit words of ￿lobal Input data from each of up to 64 source nodes, up to a maximum total of 500 words￿ Incoming data from each source node can be indexed into up to eight fields for delivery into separate data destinations in the receiving node￿

Global Output

A type of data output sent by a node using Peer ￿op data transfers￿ Nodes using Peer ￿op can be configured to send up to 32 164bit words of ￿lobal Output data, which is globally broadcast to all active nodes on the network￿ Destination nodes can be configured to accept or ignore incoming data from specific source nodes￿

HDLC

High4level Data Link ￿ontrol￿ The part of the device that performs the protocols for defining the beginning and end of a frame, synchronizing the frame between sender and receiver, providing ￿R￿ error checking, and defining the portion of the received information that is to be checked by the ￿R￿￿

host computer

A computer which controls other computers and devices￿ In an industrial process with networking, the host computer specifies the current requirements for the operation of remote nodes, and is the destination for summary data reports about the performance of the process￿

IEC

International ￿lectrical ￿ommission￿

IEEE

Institute of ￿lectrical and ￿lectronics ￿ngineers￿

ISO

International Standards Organization￿

92

Glossary

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Contents February Page Preface PrefacePage Contents Chapter Configuring the Modbus Models 2e.2ie3 +f 0he C+*fig1.a0i+* .+ceChapter Configuring the Programmable Models Contents ViiChapter Installing the BM85 Viii ContentsAppendix a Compatible Devices and Cables Glossary Index FiguresPage Chapter Introducing the BM85 Bridge/Multiplexers Introducing the BM85 Bridge/MultiplexersBridge/Multiplexers on Modbus Plus Modbus Plus NetworkBM85 on Modbus Plus BM85 Bridge/Multiplexers on Modbus Plus Overview of BM85 Models Available ModelsMounting Methods Operating Power Configuration MethodsProgrammable Port Models BM85 With Typical RS232/485 Devices Configuring the Programmable Models Developing the ApplicationDownloading the Application Software Development Tool Kit Contact TelephonePart Number Description Modbus Port Models BM85 With Typical Modbus Devices Specifications AC/DC Power Models Bridge/Multiplexer Models for AC/DC PowerDevelopment Requirement Supplied by Customer Specifications DC/DC Power Models Bridge/Multiplexer Models for DC/DC PowerSoftware Development Tool Kit Page Chapter Device Addressing Message Routing Device Addressing and Message RoutingModbus Plus Message Routing Paths Routing to Programmable ControllersRouting to Serial Ports on BM85 Programmable Models Routing to Host Based Network AdaptersRouting to BM85 Bridge/Multiplexers Routing to a Single Slave Device on BM85 Modbus ModelsModbus Address Conversion Programmable Port ModelsModbus Port Models Silent Master Port Addressing Routing Examples Routing ExamplesFrom Routing Path From Address Routing MethodPage Chapter Configuring Modbus Models Configuring the Modbus ModelsAn Overview of the Configuration Process Before You StartModels Covered in This Chapter Required Equipment Configuration Checklist Modbus Port Parameters Information You Will NeedSlave Port TypeMaster NetworkCommunication Parameters Setting the ParameterSlave Device Address Port PriorityLink Timeout Timeout Examples Modem Booster How the Parameter Applies to the BM85Modem Booster Example Modbus Address Map Table Location Modbus Address Five±Byte Routing PathIf a Match is Not Found Configuring the Modbus Models Silent Master Port Considerations Configuring the Modbus Ports Connecting Power for the ConfigurationSetting the Switches Connecting the Terminal Your Configuration Commands Command Action RangeDefault Configuration Parameter PortYour Configuration Screens Entering Commands Into Your ScreensHelp Screens V5, V6, V7 Printing the Configuration Saving the ConfigurationYour V1 Screen Your V1 Screen LayoutUsing the V1 Screen ExampleYour V2 and V3 Screens Your V2 or V3 Screen LayoutUsing the V2 or V3 Screen Your V4 Screen Your V4 Screen LayoutUsing the V4 Screen EnterSetting the Modbus Plus Address BM85 Modbus Models Modbus Plus Address SwitchesSetting the RUN Mode When to Set the RUN ModeHow to Set the RUN Mode Modbus Driver Error Codes 24 .. E Hex Modbus Port Indicator CodesHardware Error Codes 11 .. Hex Indicators Pattern Hexadecimal DigitModbus Plus Processor Interface Error Codes 34 .. Hex LLC Layer Error Codes 81 ... A3 HexPage Chapter Configuring Programmable Models Configuring the Programmable ModelsBefore You Start Equipment for Writing the Application Program Equipment For Downloading the Application ProgramREADME.DOC Information File Overview of the Development SoftwareDevelopment Software Files File Name PurposeMultitasking in Your Application Using the Test and Demonstration Source FilesTest and Demonstration Source Files Key Sequence PurposeInstalling the Development Software Default ParametersInstallation Steps Key Sequence Purpose Alt±C Project close Preparing the BM85 for Downloading Setting the Configuration Switches BM85 Programmable Models Configuration SwitchesBM85 Programmable Models Modbus Plus Address Switches Error Code Hexadecimal Meaning Indicator Codes During DownloadingError Codes Normal Download CodesSetting the RUN Mode Chapter Installing the BM85 Installing the BM85Installing the BM85 Hardware Mounting the BM85Shelf/Panel Mounted Models Vertical Mounting Rack Mounted ModelsHorizontal Mounting Part Number Mounting MethodRear Panel View Mounting Dimensions Rack Mount Models 31007492OP ViewConnecting the Power Cables Connecting AC PowerConnecting DC Power BM85-000 Rear Panel PV02 or earlier Connecting the Network and Serial Cables BM85000Connecting Dual-Cable Units on Single-Cable Networks Connecting a Single Network CableConnecting Dual Network Cables Connecting Serial Port CablesReading the Indicators Power and Ready IndicatorsModbus and Serial Port Indicators Modbus Plus Port Status Indicators Attaching Identification Labels Modbus Plus Port LabelSerial Port Parameters Label Serial Port Parameters LabelPage Appendix a Compatible Devices Cables Compatible Devices and CablesMaking `Quick Connections Compatible Devices and CablesAbbreviations Modicon Devices and CablesCables for Modbus Slave Devices Devices and Cables for Configuring Modbus PortsCables for Modbus Master Devices Device Cable and Adapter CombinationModbus/RS232 Cable Wiring Diagrams Modbus/RS232 Cable Wiring DiagramsModbus/RS232 Ports Pinout Serial Ports Pinout ± Modbus/RS232 BM85 Direction PurposeRS485 Ports Pinout Serial Ports Pinout ± RS485 BM85 Direction PurposeBaud rate AcknowledgementAddress BitBus Bridge PlusBroadband CarrierbandDownload DIO Drop AdapterDistributed I/O Drop cableGlobal Output Frame descriptorGlobal Input Host computerModbus LayerMedium Modbus PlusNode ModemNetwork Option Module OSI ModelPort Peer-to-peer communicationPhysical Layer ProtocolSlot time SegmentSerial port Specific InputTerminator SystemTap TokenPage Index IndexIndex