Stratix Switches Within Integrated Architecture
Contents
1. 10 88 80 105 1756 EN2T 1756 EN2T A El nr far 1 10 88 80 106 1756 L75 LOGIX55S75 1756 L75 4 E w A 10 868 80 117 1756 ENBT A 1756 ENBT A 10 88 80 126 POCJREZ 10 858 80 135 10 98 80 136 10 88 80 118 1756 EN2TR 1756 EN2TR A 1756 EN2T A 5 Po 1702 EMEN 1724 _ACMT 10 88 80 123 1756 ENBT 4 1756 ENBT A meea v Large Icons 10 88 80 126 1756 EN2T 1756 EN2T A Details Hi 10 88 80 134 Stratix 8000 18 Port managed switch 18 Port managed switch 10 88 80 135 1783 EMS08T ENet Managed Switch 1783 EMSO8T A 10 88 80 137 10 88 80 13 10 88 80 136 1734 AENT EtherNet IP Adapter 1734 AENT Ethernet IP Adapter 1756 EN2T A 1756 ENZTIA Driver Diagnostics 10 88 80 137 1756 EN2T 1756 EN2T A m Configure Driver 10 88 80 139 1756 EN2T 1756 EN2T A S 10 88 80 146 1756 EN2T 1756 EN2T A Ae 10 88 80 147 1756 EN2T 1756 EN2T B 10 88 80 149 10 868 80 156 Security 10 88 80 149 1756 EN2T 1756 EN2T A 1756 EN2T A 1783 EMS0 Device Properties 10 88 80 158 1783 EMS08T ENet Managed Switch 1783 EMS08T ENet Managed Module Statistics 10 588 80 189 1756 ENBT 4 1756 ENBT A Remove Module Configuration j 10 88 80 19 1732E OB16M12DR 16 DC Out M12 1732E OB16M12DR 16 DC Out T 10 868 80 190 1756 EN2T 1756 EN2T A Y 1756 EN2TJA 1756 EN2T A 1756 EN2T A 1756 EN2T A gt 10 88 80 190 10 88 80 191 10 88 80 194 10 588 80 195 For Help press F1 RSLinx Classic see Figure 4 is a communication server providing plant floor device co2. 1 414 382 2000 Fax 1 414 382 4444 Europe Middle East Africa Rockwell Automation Vorstlaan Boulevard du Souverain 36 1170 Brussels Belgium Tel 32 2 663 0600 Fax 32 2 663 0640 Asia Pacific Rockwell Automation Level 14 Core F Cyberport 3 100 Cyberport Road Hong Kong Tel 852 2887 4788 Fax 852 2508 1846 Publication ENET WPO08A EN E May 2010 Copyright 2010 Rockwell Automation Inc All Rights Reserved Printed in USA
3. E Statx8000_ Lab Switch PortFas_ Utilzation D Decimal SINT fd Statx8000_ Lab Switch PortFa3_8Utilzation 0 Decimal SINT E Statix6000_Lab_ Switch l MajordlamAelay D Decimal BOOL E Statx6000_Lab Switch l Minor larmA elay 0 Decimal BOOL E Statx8000_ Lab Switch MulticastGroupCount 2 0000 000 Binary DINT E Stratis _8300_Lab_Swtch l Toe Tara AB STRAT _8 E tempi l Pan ren AB STRAT _8 E tempz aa Pona AB STRAT _8 Monitor Tags A Edit Tags lt 10 Stratix Switches Within Integrated Architecture Figure 10 Stratix 8000 Profile Port Configuration Tab Configuring the Stratix Switch The RSLogix 5000 add on profile AOP allows for configuration of important Stratix 8000 parameters Within the AOP configuration numerous tabs allow the user to configure general Stratix 8000 parameters and port specific parameters Any configuration changes are automatically saved to the compact flash card within the Stratix 8000 switch Parameters which are configurable include e IP Address and Subnet Mask e Location and Contact Information e Port Enable Disable e Speed Duplex Autonegotiate e Smart Port Selection and VLAN assignment e Authorized MAC ID e Threshold settings e IEEE 1588 Precision Time Protocol CIP Sync e DHCP per port settings The port configuration tab allows configuration of common attributes on a port by port basis see Figure 10 E Module Properties EN T Stratix 8000 4 1 General Con
4. Faceplates The Stratix 8000 faceplates are a pre configured HMI application that display diagnostic information from the Stratix 8000 switch in a FactoryTalk View project This fuctionality consists of two components an Add on Instruction AOI which integrates into a Logix controller program and a global display object used in the FactoryTalk View project The faceplates can be used with FactoryTalk View SE Site Edition FactoryTalk View ME Machine Edition or PanelView Plus operator interface The information available from the faceplates is summarized below with a few sample display screens shown in Figure 15 e Stratix Information e Individual Port Status e Individual Port Fault Status e Display Diagnostic Information on a per Port Basis e Trend of Port Utilization and Temperature of Stratix vs Time e Enable Disable of each Stratix switch Port The selection bar across the top allows navigation between the six different faceplate templates Faceplates can be used as is or modified by the user to meet specific application requirements For more information and where to obtain the faceplates see Reference 14 Stratix Switches Within Integrated Architecture Figure 15 Stratix 8000 Sample FactoryTalk View Faceplates r Stratix 8000 Diagnostics P6_S8000 Port tOn 2 Q Selected Port Status Inactive GS Active E Disabled EE Unauthorised Port Fa1 1 Settings Thresholds Util 0 BCast Ri
5. the Integrated Architecture Common Industrial Protocol The Common Industrial Protocol CIP managed by the ODVA is an application layer protocol that provides seamless plantwide communication for I O control device configuration and data collection For additional information about CIP and ODVA see Reference 5 Stratix Switches Within Integrated Architecture Figure 3 EtherNet IP Implicit and Explicit Messaging CIP is a connection based protocol which uses abstract object modeling to describe the suite of available communication services for an EtherNet IP device CIP supports two basic types of messaging explicit messaging and implicit messaging commonly called I O Messaging See Figure 3 Application Transport s Explicit Real Time Network Message 1 O Control amp Data Link IEEE 802 3 Ethernet Physical Explicit messaging connections provide generic multi purpose communication paths between two devices These connections are often referred to as messaging connections Explicit messages provide request response oriented network communication Each request is typically directed at a different data item Message instructions within a Logix PAC are an example of explicit messaging Explicit messages also are used for configuring monitoring and troubleshooting the Stratix managed switch For example the RSLogix 5000 AOP uses the explicit messaging interface to configure the Stratix 8000 Implicit I O connecti
6. Batch B Safety Drives Third Party amp b Logix Control Platform scan Critical Plant Assets EtherNet IP is an industrial automation network specification maintained by the ODVA vendor association EtherNet IP uses the Common Industrial Protocol CIP for its application layer while using standard TCP UDP IP for the transport network layers CIP provides multidisciplined industrial networking for control information safety communication time synchronization and motion control through the network extensions CIP Safety CIP Sync and CIP Motion For additional information on EtherNet IP see Reference 3 The Integrated Architecture can maximize asset utilization by reducing maintenance repair and operational MRO inventory while providing common application development tools that minimize the need for specialized knowledge and expertise on the part of engineers operators and maintenance As a core extension to the Integrated Architecture control and information platform Stratix managed switches further minimze MRO while maximizing human assets by utilizing common Integrated Architecture development tools Converged Ethernet Model As manufacturing network technologies converge the network models do not necessarily flatten Manufacturing assets are no longer isolated within the manufacturing realm and are now susceptible to the same security vulnerabilities as their enterprise counterparts Deploying a robust and s
7. ME and Site Edition SE faceplates for switch status and alarming IGMP Snooping and Querier multicast traffic management Port security DHCP per port reduce MTTR by automatically assigning the same IP addresses to replacement devices based on the port they are plugged into Advanced Stratix 8000 features Cisco Catalyst operating system IT feature set with command line interface CLI and Cisco Network Assistant CNA Resiliency Rapid Spanning Tree Protocol RSTP Resilient Ethernet Protocol REP and EtherChannel port aggregation Removable compactflash card switch configuration and operating system simplifies replacement reducing MTTR As part of AOP the switch configuration is also stored as part of RSLogix 5000 project file Quality of Service QoS specifications per ODVA for EtherNet IP Virtual LAN VLAN 802 1Q VLAN Trunking Security access control lists ACL 802 1x Layer 3 routing Stratix 8300 only capability to route between VLANS and subnets Integration of controls and network infrastructure supports technology convergence while maintaining the desired business aspects of reducing total cost of ownership by reducing asset costs decreasing MTTR and increasing OEE Although the Stratix 6000 and Stratix 8000 have similar CIP capabilities only those of the Stratix 8000 are used throughout the rest of this whitepaper to illustrate the premier integration of Stratix into
8. RSLogix 5000 will be set see Figure 14 W Module Properties EN T Stratix 8000 4 1 Advanced Port Thresholds Port Status DHCP Pool Display DHCP Address Assignment Time Syne Configuration Time Syne Info Unit Port Fort Alarm Link Stet Port Faut Threshold Exceeded Bandwidth Fort A i Status 1 ME Status Unicast Mutticast Broadcast Utilization Percent Diagnostics Mo Mo Mo 10 Por Base Gil Link faut alarm Inactive Mo Faut 0 10 Port Base Gili Link taut alarm Inactive Mo Faut Mo Mao Mao 0 10 Port Base Fal Mo alarms Active Mo Faut Mo Mao Mao 0 10 Port Base Fali Link faut alarm Inactive Mo Faut Mo Mao Mao 0 10 Port Base Fails Link faut alarm Inactive Mo Faut Mo Mao Mao 0 10 Port Base Fali Link faut alarm Inactive Mo Faut Mo Mao Mao 0 10 Por Base Fai Link faut alarm Inactive Mo Faut Mo Mao Mao 0 10 Por Base Fali No alarms Active Mo Faut Mo Mao Mao 0 10 Por Base Fale No alarms Active Mo Faut Mo Mao Mao 0 10 Por Base Fali No alarms Active Mo Faut Mo Mao Mao 0 Expansion 1 Faz Link faut alarm Inactive Mo Faut Mo Mo Mo Expansion 1 Fa2v2 Link fault alarm Inactive Mo Faut Mo Mo Mo Expansion 1 FaZa Link faut alarm Inactive Mo Faut Mo Mo Mo wt a The port status screen provides a quick summary of switch operating state and access to port diagnostic counters For more information on the capability of the Stratix 8000 family of switches see Reference 12 and 13 FactoryTalk View
9. Stratix Switches Within Integrated Architecture Written By Mark Devonshire Product Manager Dave VanGompel Principal Application Engineer USTER P Rockwell i Allen Bradley Rockwell Software Automation Stratix Switches Within Integrated Architecture Figure 1 EtherNet IP Enables the Migration to Converged Ethernet Synopsis Industry adoption of EtherNet IP for control and information has driven the wide deployment of standard Ethernet within manufacturing This adoption triggered migration from the traditional three tier manufacturing network model to a converged Ethernet manufacturing network model as shown in Figure 1 Although Ethernet has been a technology driver behind the convergence it was business facets such as lowering the total cost of ownership implementation of lean initiatives and better asset utilization that drove this migration Traditional 3 Tier Manufacturing Network Model Converged Ethernet Manufacturing Network Model ae Corporate ca an Corporate E Zj Network a i Network 25a IS m 12 a mmm a rek aa Back Office Mainframes Office applications ack Uince Maintrames Office applications and Server ERA MES i enad i an
10. ad full configuration config text and Wlan dat from witch to project Pa Download full configuration config text and Wlan dat from project to switch Import E sport Configuration Import full configuration config text and Wlan dat from files into project Export full configuration config text and Wlan dat from project into files Stratix Switch Status The Stratix 8000 AOP provides a number of tabs to view the switch and related network status diagnostics and alarms During commissioning and operation of the switch or network these status and diagnostics allow first level diagnostics and troubleshooting for maintenance and operations Stratix switch information includes e Switch hardware configuration e Serial numbers e Revision levels e Connection type Status and Alarms include e Major and minor alarm relays e Switch uptime e Switch temperature e Port alarm status e Link status e Port fault status e Thresholds exceeded e Bandwidth utilization e Detailed port traffic diagnostics 13 Stratix Switches Within Integrated Architecture Figure 14 Stratix 8000 Profile Port Status Tab For example if a threshold limit is exceeded network traffic for that type will be dropped on that port until the traffic falls below the set limit for that port Additionally the corresponding I O data tag will alert the Logix PAC and the threshold parameter in the port status tab in
11. d Server ERA MES Internetworking CAPP PDM etc g Control Data Server CAPP PDM etc puss Data Servers Storage ut Network storage Human gt em Gateway Machine T x Interface Controller Human Machine Human Machine HMI p 5 a Interface HMI Supervisory nema td 3 PLE 7 pagi aj E L 1 Contrl PF aa gt oe ill Controller l 1 ae Oh N L 4 Y w 7 Controller Controller Control wj i wT Z Jl feud ij Motors Drives Epai i pity mr pia mre Motors Drives m Actuators i i iit nt et eat Robotics Actuators Robotics Sensors and Other Sensors and Other Input Output Devices Input Output Devices The converged Ethernet model introduces active components such as switches into the manufacturing network infrastructure These active components traditionally required separate management tools and were not integrated into the control system itself This disconnect from the control system can lead to higher asset management costs longer mean time to repair MTTR and lower overall equipment effectiveness OEE which undermines the business drivers that drove the migration in the first place This whitepaper outlines the Rockwell Automation Stratix family of managed switches highlighting integration into the Rockwell Automation Integrated Architecture This premier integration delivers the technology that enables the converged Ethernet network model in response to business drivers At t
12. e l Ie e le le le Save and Restore Stratix Switch Configuration A key differentiator of the Stratix managed switches is the ability to save and restore the switch configuration in the Logix controller and as part of a Logix 5000 project see Figure 13 Selecting Upload from the wizard reads the Stratix 8000 configuration into the project and transfers it to the Logix PAC memory e Selecting Save from the RSLogix 5000 menu then stores all configuration settings within the Stratix 8000 switch as part of the RSLogix 5000 project file e Selecting Download retrieves the Stratix 8000 configuration from the RSLogix 5000 project file and transfers it to the compact flash card on the Stratix 8000 12 Stratix Switches Within Integrated Architecture Figure 13 Stratix 8000 profile Save and Restore Tab Import and Export provide mechanisms to move the native switch configuration files between the RSLogix 5000 project file and the PC hard drive This allows users to quickly reuse tested and validated Stratix 8000 configurations across multiple projects This permits utilizing existing assets tested and validated configuration to minimize commissioning of new applications which helps reduce total cost of ownership E Module Properties EN2T Stratix 8000 4 1 Advanced Port Thresholds Port Status DHCP Pool Display DHCP Address Assignment Time Sync Configuration Time Syne lt Exchange Configuration with Switch Upload E Uplo
13. ecure network infrastructure requires protecting the integrity availability and confidentiality of control and information data For additional information on network security see Reference 6 7 8 and 9 Stratix Switches Within Integrated Architecture Managed switches with advanced services are required to manage network traffic for today s multidiscipline control applications e Virtual LANs VLANs for network segmentation manage traffic contain broadcast multicast traffic and establish domains of trust e Quality of Service QoS for traffic prioritization give preferential treatment to control traffic e Resiliency protocols ensure availability of data e Multicast management e Security e Diagnostics The Stratix managed switches are uniquely designed to integrate network infrastructure health status into the control system This provides diagnostics to operations and maintenance that are consistent with the rest of the control system Thus increasing the overall asset utilization by minimizing the need for specialized training These benefits in addition to having common development tools lowers the total cost of ownership Stratix Ethernet Switch Overview To effectively manage real time control and information within the converged Ethernet architecture Rockwell Automation offers the following portfolio of managed industrial Ethernet switches e Stratix 6000 fixed configuration e Stratix 8000 modular confi
14. ed Architecture allows you to select a specific Stratix 8000 switch from a list see Figure 7 rather than a nondescript Generic Ethernet Module Following selection the profile provides the ability to easily add the Stratix switch as part of a Logix PAC project by following the same procedure as any other EtherNet IP device with a predefined profile This further extends the ability of the control engineer to use a single known configuration tool to manage a project Stratix Switches Within Integrated Architecture e m RSLogix 5000 JoeAOP_Test in JoeAOP_1_Test ACD 1756 L62 18 3 Figure 7 File Edit Yiew Search Logic Communications Tools Window Help RSLogix 5000 ae e oo Aa OB Te AR AR ec aranga Stratix 8000 Profile Offline J F RUN gt Path amp b No Forces TOK Tes E Selection M BAT oH it A E maancy b No Edits a a F 10 uj I Controller Organizer J Controller JoeAOP_Test Controller Tags Controller Fault Handler E Power Up Handler 9300 8EDM 9300 8EDM Ethernet Diagnostic Module Allen Bradley A Tasks Drivelogix5730 Et 10 100 Mbps Ethernet Port on DriveLogix5730 Allen Bradley a MainTask ETHERNET BRIDGE Generic EtherNet IP CIP Bridge Allen Bradley C8 MainProgram ETHERNET MODU Generic Ethernet Module 4llen Bradley Unscheduled Programs Phases EtherNet IP SoftLogixS800 EtherNet IP Allen Bradley 5 6 Motion Groups PH PSSCENA A Ethernet Ada
15. guration e Embedded switch technology switch technology directly embedded into end devices for linear and ring network topologies This portfolio provides settings that are optimized for use in EtherNet IP applications as well as the network services noted above For additional information on Stratix Ethernet switches see Reference 4 The Stratix 6000 fixed managed switch and the Stratix 8000 modular managed switch have a built in EtherNet IP CIP interface This interface allows these switches to share real time network configuration and health status information with the Logix PAC s These switches appear as standard I O devices seamlessly integrating into Logix programs and using predefined tags This provides for continuous network monitoring such as traffic overloads port status and unauthorized access detection Stratix Switches Within Integrated Architecture Common Stratix 6000 and Stratix 8000 features CIP objects switch configuration management and diagnostics accessible within common Integrated Architecture software tools decreasing MTTR and training requirements thus increasing asset utilization RSLogix 5000 software Add on Profile AOP premier integration into Logix PACs and the Integrated Architecture Predefined Logix Tags rich set of predefined structured tags for programmatic and HMI use such as switch status and enabling and disabling ports FactoryTalk View Faceplates Machine Edition
16. h jai l 00 00 00 00 00 00 10 Port Base Fat ss a 00 00 00 00 00 00 10 Port Base Fat 4 a l s 00 00 00 00 00 00 10 Port Base Fat S Automation Device iq 4 00 00 00 00 00 00 10 Port Base Fats a l s 00 00 00 00 00 00 10 Port Base Fats s 00 00 00 00 00 00 10 Port Base Falls a l s 00 00 00 00 00 00 Expansion 1 Fa2 Automation Device wh ji 00 00 00 00 00 00 Expansion 1 Faz 2 Automation Device a ja l o0 00 00 00 00 00 Expansion 1 Faz 3 Phone for Automation a a f1 00 00 00 00 00 00 4 The threshold tab allows configuration of separate broadcast unicast and multicast traffic limits on a port by port basis see Figure 12 Figure 12 W Module Properties EN T Stratix B000 4 1 Stratix 8000 Profile oe General Connection Module Info Switch Configuration Switch Status Port Configuration Advanced Port Configuration Advance Threshold Configuration Tab Storm Control Threshold Settings A Broadcast O Unicast Multicast eam ee Threshold Units ae Threshold Units e Threshold Units 10 Port Base Fals2 a a pps 10 Por Base Fali 10 Port Base Fail 10 Port Base Falt 10 Port Base Fails 10 Port Base Fats 10 Port Base Fali Expansion 1 Faz Expansion 1 Fa2s2 Expansion 1 Fazia Expansion 1 Fazi4 Expansion 1 Fazit a le le le le e le le le lle le le OOO0O QO 0OOCHOCOOE le le le le e le le le lee ele OO0O0O O0OOCHOCOAOLE le l le l lke k
17. he end of this whitepaper is a listing of additional reference material See Reference 1 for additional information on the converged Ethernet manufacturing network model Using EtherNet IP in your Integrated Architecture To help lower costs implement lean initiatives and utilize assets more effectively manufacturers have integrated disparate production control systems or islands of automation into a plantwide control and information system utilizing a common platform This platform is the Rockwell Automation Integrated Architecture The integrated architecture consists of the Logix programmable automation controllers PACs and the FactoryTalk Integrated Production and Performance Suite EtherNet IP is the backbone for this control and information Stratix Switches Within Integrated Architecture Figure 2 The Rockwell Automation Integrated Architecture platform delivering multidiscipline applications of batch continuous process safety motion drive and discrete control see Figure 2 For additional information on Integrated Architecture see Reference 2 Enterprise Business Systems sc ERP CRM PLM p i amp Configuration FactoryTalk Integrated Production amp Performance Suite E i Data e g Asset ie Management Management Compliance Management amp Visibility FactoryTalk Services Platform Directory Diagnostics Live Data i S kad ws lt Alarms amp Discrete Motion E
18. iles The generic profile provides minimal connectivity to Logix in a basic general purpose format see Figure 5 The Stratix 8000 profile is a specific profile that provides premier integration to the Logix PAC and the rest of the Integrated Architecture see Figure 6 This profile sets Stratix 8000 apart from other CIP enabled switches which use a generic profile New Module Type ETHERNET MODULE Generic Ethernet Module Vendor Allen Bradley Parent EM2T eum Connection Parameters Assembly l Description Instance SIZE Input 125 2 32 bit Output 124 a 32 bit Comm Format Data DINT v F en ili l Configuration 0 aw e bit Address Host Name IP Address Host Name Open Module Properties W Module Properties EN T Stratix 8000 4 1 General Connection Module Info Switch Configuration Switch Status Port Configuration Advanced Port Configuration Adware Type Stratis 5000 18 Port Managed Switch Vendor Allen Bradley Beene EN2T Ethernet Address Hame sa00 192 168 1 Description Module Definition Series Revizion 4d Electronic keying Exact Match Connection Input Data Swich Base 1783 MS10T Swich Expansion 1 1783 MMO8T Twisted Pair Ml The Stratix profile provides device specific user friendly configuration dialogs and monitoring screens It also provides the detailed data tags and communication structures for use by the controller program Premier integration in Integrat
19. munications Model Compact Flash Card EtherNet IP Explicit Connection eee EtherNet IP I O Connection Stratix Switches Within Integrated Architecture I O Connection The I O connection provides the capability to automatically pass status and control data between the Stratix switch and Logix PAC Status information can also be shared with multiple Logix PACs via multicast communication Once added to a project predefined logic tags as shown in Figure 9 are automatically created in the Logix PAC for programmatic use and HMI access This data includes overall Stratix switch status and specific port status such as e Communication faults e Link status e Security unauthorized user MAC ID e Threshold limits exceeded e Bandwidth utilization e Major and minor alarm status e Number of active multicast groups The Stratix 8000 I O connection includes the input data partial listing shown in Figure 9 plus the capability to enable or disable specific ports on the Stratix 8000 from the Logix PAC This capability allows the logic programmer to conditionally turn Stratix 8000 ports on or off For example a user can deny or grant access to a Stratix switch port based on the state of the machine or process at a specific time of day Predefined self described Stratix 8000 tags simplify usage within Logix PACs and help reduce troubleshooting time Figure 9 Stratix 8000 Controller Tags JoeAOP_Test controller Predefi
20. n integrated plantwide control and information network or convergence of manufacturing and enterprise networks The Stratix 6000 and Stratix 8000 portfolio addresses these through e Common Tools supported by familiar Rockwell Automation software tools reducing training requirements thus maximizing human assets e Ease of Use RSLogix 5000 programming software tool used to configure Logix PACs and the Stratix switches e Maintainability tags are automatically created in Logix PACs for Stratix 6000 and 8000 status and diagnostics thus available to FactoryTalk View diagnostic Faceplates for use by maintenance and operations e Manageability Stratix swithces configurations are stored as part of the RSLogix 5000 project file Additional Reference Material 1 Reference Architectures for Manufacturing Whitepaper http www ab com networks architectures html 2 The Rockwell Automation Integrated Architecture http www rockwellautomation com solutions integratedarchitecture 3 EtherNet IP http www ab com networks ethernet html 4 Stratix Portfolio of Industrial Ethernet Products http www ab com networks switches 5 ODVA http www odva org 6 Securing Manufacturing Computing and Controller Assets Whitepaper http www ab com networks architectures html 7 Production Software within Manufacturing Reference Architectures Whitepaper http www ab com networks architectures html 8 Achieving Secure Remote Access to Plan
21. nection Module Info Switch Configuration Switch Status Port Configuration Advanced Port Configur Unit Port Enable Auto Megotiate Speed Duplex A 10 Port Base Gil Fl 1Gbps Full 10 Port Base Gilt rl 1Gbps Full 10 Port Base Fats 100 Mbps Half 10 Port Base Fats Half 10 Port Base Fat 3 Half 10 Port Base Fat 4 Half 10 Port Base Fat s5 Half 10 Port Base Fat s6 100 Mbps Full 10 Port Base Fats 100 Mbps Full 10 Port Base Fat 3 100 Mbps os Full Expansion 1 Fa2 t Half Expansion 1 Fa2te Half Expansion 1 Fazs3 Half Expansion 1 Faz I Half lv Smartports optimize the port configuration for the device connected to that port Automation Device is the setting used to connect to typical automation products such as controllers I O and HMI VLAN assignments and MAC ID authorization may also be entered see Figure 11 11 Stratix Switches Within Integrated Architecture Figure 11 E Module Properties EN2T Stratix 8000 4 1 Stratix 8000 Profile NEEE AE E EEEE EN ee EE General Connection Module Info Switch Configuration Switch Status Port Configuration Advanced Port Configura Advanced Port Configuration Tab e E PEF VLAN Type andID Authorized F d Native epas voice Device MAC ID 10 Fort Base GAA Switch for Automation 1 O0 00 00 00 00 00 10 Port Base Gils2 z A 00 00 00 00 00 00 10 Port Base Fals a s 00 00 00 00 00 00 10 Port Base Fale Desktop tor Automation aw
22. ned Tag Structure Scope ffdJocAOP_Test w Show All Tags B Y Name zgje Value e Force Mask e Style Data Type E Statx8000_ Lab Switch PortFal_ 2Utilzation D Decimal SINT E Statx8000_ Lab Switch PortFal_ 3Utilzation D Decimal SINT E Statx8000_ Lab Switch PortFal_4Utilzation 0 Decimal SINT E Statx8000_ Lab _Switch l FPortFal_SUtilizatiorn D Decimal SINT E Statx8000_ Lab Switch PortFal_6Utilization 0 Decimal SINT E Statx8000_ Lab Switch PortFal_ Utilzation 0 Decimal SINT mj Statx8000_ Lab Switch PortFal_ 8Utilization 0 Decimal SINT E Statx8000_ Lab Switch PortFa2_1Utilzation 0 Decimal SINT E Statx8000_ Lab Switch PortFae_2Utilzation 0 Decimal SINT E Statx8000_ Lab Switch PortFas_3Utilzation 0 Decimal SINT E StatikS000_Lab_Switch l PortFaz_ 4tilizatiorn 0 Decimal SINT E Statx8000_ Lab Switch PortFas_5Utilzation D Decimal SINT E StatikS000_Lab_Switch l PortFaz_ Utilization 0 Decimal SINT E Statx8000_ Lab Switch PortFas_ Utilization 0 Decimal SINT fd Statx8000_ Lab Switch PortFaz_8Utilzation 0 Decimal SINT a Statx8000_ Lab Switch PortFa3_1Utilzation 0 Decimal SINT E Statx8000_ Lab Switch PortFas_2Utilzation D Decimal SINT E Statx8000_ Lab Switch PortFas_3Utilzation 0 Decimal SINT E Statx8000_ Lab Switch PortFas_4Utilzation 0 Decimal SINT E Statx8000_ Lab Switch PortFas_5Utilzation 0 Decimal SINT E Statx8000_ Lab Switch PortFa3_6Utilzation 0 Decimal SINT
23. nnectivity for a wide variety of Rockwell Automation software applications such as RSLogix 5000 and FactoryTalk View Site Edition RSLinx Classic provides a user friendly graphical interface for navigating through the CIP networks The Stratix 8000 supports RSLinx Classic functions similiar to other EtherNet IP devices With RSWho the graphical navigation interface of RSLinx EtherNet IP networks can be easily browsed to locate and identify EtherNet IP devices such as the Stratix 8000 switch As shown in Figure 4 selecting then right clicking on the Stratix switch will bring up a device menu presenting several options For example selecting device properties will show specific identity information such as vendor name product code revision and serial number EDS files for the Stratix 8000 switches are included with RSLinx Classic RSLogix 5000 and RSNetWorx for EtherNet IP software packages EDS files can also be accessed by e Downloading the required EDS files from the Rockwell Automation web site see Reference 10 and 11 e Uploading the EDS files directly from the Stratix 8000 see Figure 4 Stratix Switches Within Integrated Architecture Figure 5 Generic Ethernet Module Profile Figure 6 Logix 5000 Stratix 8000 Profile Stratix Premier Integration RSLogix 5000 software allows for several different profile types that connect devices to the control system ranging from basic generic profile to highly custom specific prof
24. ons provide dedicated special purpose communication paths between a producing application I O device and one or more consuming applications e g PAC The application specific I O data that moves through these connections is a fixed structure and is typically exchanged cyclically Logix PACs communicate to EtherNet IP devices including the Stratix 8000 switch identified within the I O tree of RSLogix 5000 via implicit I O connection messaging Stratix 8000 with its CIP objects appears to Logix PACs in the same manner as any other Rockwell Automation EtherNet IP device such as an I O block or PowerFlex drives EtherNet IP devices have electronic data sheets EDS These are specially formatted text files as defined by the CIP Specifications which represent the object model of the device EDS files contain details about the readable and configurable parameters of the EtherNet IP device They also provide Stratix Switches Within Integrated Architecture Figure 4 RSLinx Classic Stratix 8000 EDS information about the I O connections the device supports and the content of the associated data structures EDS are used by EtherNet IP device configuration tools such as RSNetWorx for EtherNet IP and data servers such as RSLinx Classic X RSLinx Classic Professional RSWho 1 File Edit wiew Communications Station DDE OPC Security Window Help 2 amp 8 Bile X IV Autobrowse Refresh o Browsing node 10 88 80 126 found
25. pter Twisted Pair Media Parker Hannif Ungrouped Axes 26 Port Managed Switch Allen Bradley Add On Instructions Stratix 8000 22 Port Managed Switch Allen Bradley 3 8 Data Types Stratix 8000 18 Port Managed Switch Allen Bradley i User Defined Stratix 8000 14 Port Managed Switch Allen Bradley E Strings Stratix 8000 10 Port Managed Switch Allen Bradley C Add On Defined Stratix 8000 6 Port Managed Switch Allen Bradley B Oe Predefined Stratix 8300 26 Port Layer 3 Managed Switch Allen Bradley Y E Module Defined gt E Trends z S 2 6 10 Configuration Add Favorite S E 1756 Backplane 1756 47 aco a 0 1756 L62 JoeAOP_Test By Category By Vendor fj Favorites f 2 1756 EN2T EN2T es Ethemet i Stratix 8000 Statix8000_Lab_Switch z 1783 EMS08T 4 S6000_tets P 1756 EN2T EN2T Stratix 8300 Stratix_8300_Lab_Swtch E Select Module Once added to the Logix PAC project the Stratix 8000 profile provides four major capabilities e I O connection between the Stratix 8000 and the Logix PAC with predefined tags e Configuration of the Stratix 8000 configuration as part of RSLogix 5000 e Save and Restore of the Stratix 8000 configuration as part of the RSLogix 5000 project e Monitoring and troubleshooting the Stratix 8000 status through predefined tags and user friendly RSLogix 5000 screens These major elements and their communication relationships are shown in Figure 8 Figure 8 Stratix 8000 Profile Com
26. se 0 Speed 100 BCast Fall 0 Duplex Full UCast Rise 0 Link Ae a UCast Fall 0 Autoneg OK MCast Rise 0 Smartport desktop automat MCastFall 0 r Stratix 8000 Diagnostics P6_ 8000 i Port ae DADA tO Ta orm status E Port Status 2 Inactive Active E Disabled EE Unauthorised In Out r Stratix 8000 Diagnostics P6 8000 ah 2 Port Fat Utilization 9 Q Temp C Selected Port Status Inactive Active E Disabled EE Unauthorised Switch Information Hostname IP Address Subnet Mask P6 8000 10 838 80 10 255 255 255 0 Default Gateway 10 838 80 200 Temperature 48 gt amp Uptime 16 hours 46 minutes Active MCast Groups 2 15 Summary The converged Ethernet model introduces active components specifically switches into the manufacturing network infrastructure These active components traditionally required separate management tools and have not been integrated into the control system itself This disconnect from the control system can lead to higher asset management costs longer mean time to repair MTTR and lower overall equipment effectiveness OEE which undermines the business drivers that drove the convergence of Ethernet in the first place The Rockwell Automation Stratix industrial Ethernet switches provide the functionality and toolsets that facilitate network convergence whether it s the convergence of islands of automation into a
27. t Floor Applications and Data Whitepaper http www ab com networks architectures html 9 Rockwell Automation Network and Security Services http www rockwellautomation com services security 10 Stratix 8000 EDS File Download Site http www rockwellautomation com resources eds 11 Rockwell Automation Knowledgebase http www rockwellautomation com knowledgebase 12 Stratix 8000 and 8300 Ethernet Managed Switches Installation Instructions 1783 IN005 http www rockwellautomation com literature 13 Stratix 8000 and 8300 Ethernet Managed Switches User Manual 1783 UM002 http www rockwellautomation com literature 14 Stratix 8000 Factory Talk View Faceplates and Logix AOI toolkit in the Sample Code Library http www rockwellautomation com support downloads html FactoryTalk FactoryTalk Services Platform FactoryTalk Security FactoryTalk Directory FactoryTalk Diagnostics FactoryTalk Live Data FactoryTalk Alarms and Events Factory Talk View SE FactoryTalk AssetCentre FactoryTalk Transaction Manager RSLinx Enterprise RsLogix RSNetWorx RSLogix Architect are registered trademark of Rockwell Automation Inc Stratix 8000 Stratix 6000 are trademarks of Rockwell Automation Inc EtherNet IP CIP CIP Safety CIP Sync CIP Motion are trademarks of ODVA www rockwellautomation com Power Control and Information Solutions Headquarters Americas Rockwell Automation 1201 South Second Street Milwaukee WI 53204 USA Tel
Download Pdf Manuals
Related Search