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Siemens NCM S7 appendix Addresses Tab

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Configuring Communication Connections

Addresses Tab

The addresses tab displays proposed values for the relevant local and remote address information. If necessary, you can set the TSAP addresses individually.

Figure 4-12 Layout of the “Addresses” Tab of the Properties Dialog with Default TSAPs for ISO-on-TCP Connections

TSAP Format

ISO-on-TCP connections have a TSAP length of 1 to 16 bytes. When you are entering values, the current length is displayed automatically (visible display: 16 ASCII characters). Local and remote TSAPs can be input as hexadecimal values or as ASCII strings. If you make your entries in ASCII, the characters you enter are also displayed in hexadecimal format. If you make your entries in hexadecimal, printable characters are displayed in ASCII (8 hexadecimal values are visible). If you enter nonprintable characters, the ASCII display is gray (no further ASCII entries possible) and the nonprintable characters are displayed as periods.

Local and Remote TSAPs

Remote and local TSAPs can be identical since the connection is uniquely identified by the different MAC addresses. If you require more than one connection between two stations, the TSAPs must also be different.

116	SIMATIC NET NCM S7 for Industrial Ethernet
	Release 6/2003

C79000–G8976–C129–07

Image 116

Siemens NCM S7 appendix Addresses Tab

Contents

Simatic NET For NCM S7 V5.2 and higherClassification of Safety-Related Notices Safety Instructions Regarding your Product TrademarksQualified Personnel Correct Usage of Hardware ProductsPrior to Startup Communication services with / NCM S7 S7-CP and / NCM S7Manual PrimerAudience Scope of this ManualSymbols Used in this Manual ConventionsTitle Content NCM S7 for IndustrialEthernet ManualAdditional Information on Simatic S7 and Step Topic DocumentAccess to Online Help of and NCM S7 Contents Contents 145NCM S7 Diagnostics Programming FCs Functions and FBs for S7 Ethernet CPs 163205 225229 233234 238Communication via Ethernet CPs in S7 Stations Network Access Industrial EthernetDefinition All-Round Communication in the Industrial SectorPG/OP communication Simatic S7 Communication with S7 Ethernet CPsTypes of Communication S7 communication S5-compatible communication with SEND/RECEIVE interfacePROFInet communication Html process controlFile management and file access with FTP Possibilities for Communication between Device TypesConfiguration and Diagnostics Programmed ConnectionsPG/OP Communication via Industrial Ethernet ApplicationIsdn WANNetworking the PG / Engineering Station PG Communication with over Industrial EthernetRequirements for PG Communication Procedure RequirementsClient and server functionality at both ends S7 Communication on Industrial EthernetNodes Profibus Block Type Client Server Described Configuring S7 ConnectionsInterface in the User Program of the S7 Station Communication via Ethernet CPs in S7 Stations S5-compatible Communication SEND/RECEIVE Interface ISO Transport ConnectionIP Internet Protocol InterfaceStations WANConnection Types FETCH/WRITE Services ServerCoordinating Access Using the User Program Configuring Networking Stations with StepNetworking in a Multiproject ToolsVariant examples Characteristics/Configuration VariantsConfiguration of the System Network/Project Variant One Subnet One ProjectView in a Project System ProductionS7-400/1 S7-300/1Network/Project Variant Two or More Subnets One Project Network/Project Variant One Subnet More Than One SubProject Organization in a MultiprojectPossibilities for stations outside the current project Merging Projects in the Multiproject Cell level = subproject Communication via Ethernet CPs in S7 Stations Network/Project Variant Connections between Subnets TCP/IP Page Installing and Starting the Ethernet CP With Step Operation InstallationFunctions UDP ProcedureConfiguration data User programs in the Step Project Select Insert Subnet Industrial Ethernet Creating an Industrial Ethernet SubnetAims Properties of Merged Subnets Multiproject Installing and Starting the Ethernet CP with Step Entering an Ethernet CP in the Hardware Configuration Subnet Attachment Installing and Starting the Ethernet CP with Step Installing and Starting the Ethernet CP with Step Displaying the Network Attachments of a Station Graphic Overview in NetProOverview in Table Form ResultOverview Setting Further CP PropertiesTabs Settings for Option Meaning / Effect Addresses TabOptions Tab CPU Default Setting Addressing Tab Diagnostics TabTime-of-Day Synchronization Tab IP Access Protection Tab IP Configuration Tab Dhcp server. It is possible for the user program to instruct Substitute Objects in the Project Plant ProductionS7-400/2 Non-Siemens Device Ethernet subnet S7-400/3Project With Substitute Objects Configured Attaching Non-S7 Stations to the SubnetSelecting the Subnet Type for Other Station Example Configuring Communication Services Setting Up ConnectionsAssigning Addresses for the First Time Applies to Latest CPs Assigning the Address Options and RecommendationsSelect the menu command PLC Assign Ethernet Address Installing and Starting the Ethernet CP with Step Alternative Procedure Installing and Starting the Ethernet CP with Step Type of Interface Downloading the Configuration Data to the Target SystemPrinciple Downloading the Configured Connections Deactivating the MAC Address in the ConfigurationSaving the Configuration Data in Non-Volatile Memory Relocating the CP in the Hardware Configuration SEND/RECEIVE Interface in the User Program How the SEND/RECEIVE Interface Works on the CPU Functions FCsAmounts of Data Ethernet CPPurpose of the FCs Programming the SEND/RECEIVE InterfacePrinciple of Job and Data Transfer Calling FCs in the CPU Program Agsend AgrecvSEND/RECEIVE Interface in the User Program Data Exchange S7 CPU Ethernet CP FC Calls Faster than the Transmission TimeFC Calls Slower than the Transmission Time Special Features Additional InformationProgramming Data Transfer on TCP Connections Purpose of TCP ConnectionsRemedy Known ProblemsRecommendations for Use with a High Communications Load SEND/RECEIVE Interface in the User Program Configuring Communication Connections Setting up Connections and Using Them in the User Program ConfiguringInitial Situation ProgrammingPossible Connection Configurations Simatic S5Organization in a Multiproject Characteristics of a Connection ConnectionsTasks of the Ethernet CP Requirements for Configuring Connections New Connection Creating a New ConnectionConfiguring Communication Connections Handling Connections in a Multiproject Connections to Non-S7 Stations using Substitute ObjectsConnections to Partners in Other Projects Unspecified Connections By any partner via specific Tsap Empty To or by a specific partnerPrint Function in the Overview Tab Further FunctionsToolbar Connections Without Assignment Assignment to a CPMenu option Edit Connection PartnerRemain without assignment Connection Partner Display Example Configuring ISO Transport Connections IntroductionOpening the Dialog TabsSpecifying the Local Connection Endpoint General TabAttributes Description Access Local Endpoint Connection Name Reference Only in MultiprojectBlock Parameters LaddrSpecifying ISO Transport Addresses Address ParametersTsap Tsap MACTsap Format Local and Remote TSAPsDefault TSAPs Addresses Tab Unspecified ISO transport connectionAttributes Description Access Connection Establishment Specifying ISO Transport Dynamic PropertiesDynamics Tab Data TransferAttributes Description Access Checking ISO Transport Connection Properties Overview TabConnection Overview with Multiple CPUs in an S7 Station Parameter DescriptionConfiguring ISO-on-TCP Connections Properties Specifying the Local Connection Endpoint Parameter Description Access Local Endpoint Specifying ISO-on-TCP Addresses 11 Sending and Receiving on One ISO-on-TCP ConnectionAddresses Tab Addresses Tab Unspecified ISO-on-TCP Connection Checking ISO-on-TCP Connection Properties Configuring TCP Connection Properties Specifying the Local Connection Endpoint 121 Connection Name Reference Only in Multiproject TCP Specifying TCP AddressesAddress Parameters and Connection Types Application / Note Port Addresses Addresses Tab Specified TCP ConnectionPorts Addresses Tab Unspecified TCP Connection Checking TCP Connection Properties Configuring UDP Connection Properties Specifying the Local Connection Endpoint 129 Specifying UDP Addresses 19 Sending and Receiving on One UDP ConnectionAddresses Tab Specified UDP Connections Addresses Tab Unspecified UDP Connection When to Use Multicast instead of Broadcast? UDP with Broadcast and MulticastConfiguring Communication Connections Addresses Tab Connection to all Broadcast Nodes Addresses Tab Connection to all Multicast Nodes Checking the Properties of a UDP Connection Free UDP Connection Program-Controlled AddressingFETCH/WRITE Mode ConfigurationConfiguring Communication Connections Links to Other Systems S7 Addressing Mode OptionSystem Memory Messages in the Diagnostic Buffer Routing to Distribute Load Routing to Distribute Load144 Programmed Communication Connections Interplay between Programming and Configuration Configuration LimitsFB55 Cpconfig OverviewSpecial Features / Restrictions Set the CP Properties in the IP Configuration tab Configuration Data Block MeaningBlock and Data Structure ConfdbUsable Subfields Parameter Field for System Data CP NetworkingStructure Example Address Name Type Initial Value CommentConnection ID Parameter Fields for Connection TypesGeneral Parameter Field for TCP Connection Type =ID = connection ID Sublocport Subremport Subconnectname Sublocmode SubkbusadrSUBIPV4, Sublocport Parameter Field for a UDP ConnectionSubconestabl Subaddrindatablo Parameter Field for an ISO-on-TCP Connection Subloctsap Subremtsap Subconnectname Sublocmode SubkbusadrParameter Field for an E-Mail Connection Type = ID = connection IDSubdnsname Subemailsender157 Parameter field for FTP connection Subconnectname SublocmodeSubfield types Total, the following subfield types are availableSubnetmask SublocportSubremmode SubloctsapFETCH/WRITE 161 Page Programming FCs Functions and FBs for S7 Ethernet CPs General Notes on FCs / FBs Block LibraryWhich Block Version Should I Use? FCs and Module Replacement Spares Setting Parameters for FC Calls Calling Communication Blocks for an S7-300Cause Reaction / Code Setting Block Parameters Automatically1Response to Incorrect Addresses Parameters for Specifying a CPU Data Area input parameters Status Information output parametersSpecifying the Data Area on the CPU Evaluating Status CodesFCs for the SEND/RECEIVE Interface Can be used with MeaningAglsend / Aglrecv Working without the Job Header Working with the Job Header 8EH 0BHAgsend / Aglsend Meaning of the BlockCall How the Block Works Time 177 Explanation of the Formal Parameters Parameter Declara Type Possible Remarks Tion ValuesCondition Codes On ISOTransport On UDP8F3AH 8F7FH181 Example of Agsend BEU183 2 FC6 Agrecv / FC60 Aglrecv Agrecv / Aglrecv185 186 Time Time Status Output Word Recv Input ANYNDR Output Bool NDR Error Status LEN Output INT190 FCs for Access Coordination with FETCH/WRITE Locks external data accessAccess with FETCH/WRITE With FETCH/WRITEAglock FETCH/WRITE Locked = Aglock FETCH/WRITE1 FC7 Aglock Locked Output Bool 2 FC8 Agunlock 196 FB55 Ipconfig for Programmed Communication Connections How It Works Set ACT = TimeConfdb Input ANY Output Word200 8B0AH 8B0BH8B0CH 8B0DH202 MC7 Numeric Data / Resource Requirements of the FCsName 204 NCM S7 Diagnostics What You Should Already Know Diagnostic Options in StepWhere to Find Further Information Mode-Dependent Functions Functions of NCM S7 DiagnosticsGeneral diagnostic and statistical functions Installing and Starting NCM S7 Diagnostics Alternative209 Options Customize General Menu CommandsMenu Meaning 211 Starting Diagnostics Starting Diagnostics from the CP Properties DialogWays of Starting Diagnostics Establishing a Connection to the Ethernet CPStarting Diagnostics from the Windows Start Menu DiagnosticsMPI ProfibusExamples of an Online Path without Gateway PG/PCRack / slot 0/5 Attachment of targetNode address gateway MAC 08-00-06-01-02-03 Rack / slot 0/5 Using a GatewayCase a One gateway Case b Several Gateways Node address gateway MAC 08-00-06-01-02-03Using the PC Station Setting a Gateway with PC internal Node address Profibus Address Gateway attachmentStarting in the properties dialog of the connections Other Ways of Starting DiagnosticsStarting in the hardware configuration tool HW Config How to Use Diagnostics If the CP is in the RUN modeStarting Diagnostic Functions Explicitly 221 Checklist for Typical Problems in a System Checklist for General CP Functions Problem Possible Cause Identifying the Cause and RemedyCommunication Connections Checklist Evaluate diagnostic bufferCheck the user program Evaluate status bytes in AG-SENDFirmware Loader Application FirmwareUses of the Firmware Loader Load FilesNCM S7 Industrial Ethernet Firmware Loader Loading FirmwareStarting the Download 228 References References Sinec CP Order Numbers Glossary General Section Gateway Industrial EthernetMulticast NCM S7 for Industrial EthernetServices Process imageSegment ServerSubnet SystemTransport layer Transport interfaceISO-on-TCP Base addressInd. Ethernet station Media Access Control MAC MAC addressRFC1006 S5S5 connectionPROFInet Profibus device PROFInetPROFInet device PROFInet component242 FETCH/WRITE Structure of Write Frames Structure of Fetch Frames Parameter Values S7 Address AreaORG ID DbnrPI/PQ Address Area248 New in Release 04 / up to V5.1 SP2 New in release 06New in Release 05 / V5.1 SP3 Page Simatic NET NCM S7 for Industrial Ethernet Release 6/2003 NCM S7 FETCH/WRITE Technical Support Service & Support on the Internet