Page 1 Quick Start On-Machine ArmorStart Accelerator Toolkit Catalog Numbers 280D, 281D, 283D, 284D...
Page 2: Important User Information
Rockwell Software, ArmorStart, RSLinx Classic, RSLinx Enterprise, RSNetworx, FactoryTalk View ME, FactoryTalk View SE, FactoryTalk View, Integrated Architecture, ControlFlash, FactoryTalk View Studio, FactoryTalk Services, RSNetworx for DeviceNet, DeviceLogix, On-Machine, ArmorConnect, Logix5000, ControlLogix, CompactLogix, RSLinx, RSLogix, Logix, Allen-Bradley, Rockwell Automation, and TechConnect are trademarks of Rockwell Automation, Inc.
Page 3 Where to Start Follow the path below to complete your application. Chapter 1 Chapter 5 Faceplate Logix Integration Hardware Selection Chapter 2 Chapter 6 FactoryTalk View Integration System Layout and Wiring Chapter 7 ArmorStart System Application Guide Chapter 3 ArmorStart Configuration Chapter 4 ArmorStart Configuration Using DeviceLogix 3Publication IASIMP-QS015C-EN-P - August 2011...
Page 4 Where to Start Notes: Publication IASIMP-QS015C-EN-P - August 2011...
Page 5: Table Of Contents
Table of Contents Preface About This Publication ........9 Required Software .
Page 6 Table of Contents Electromagnetic Compatibility ....... 56 General Notes for Bulletin 284 Devices..... 56 Ground the ArmorStart Controller.
Page 7 Table of Contents Add Alarm Logic for Alarm History Faceplate ....109 Download the Project ........111 Chapter 6 FactoryTalk View Integration Before You Begin.
Page 8 Table of Contents Load the Controller Firmware....... 168 Create a New Project File in RSLogix 5000 Software ... . 170 Configure Your Ethernet Module .
Page 9: Preface
FactoryTalk View ME and FactoryTalk View SE faceplates, and more. For a copy of the CD, contact your local Rockwell Automation distributor or sales representative. With these tools and the built-in best-practices design, the system designer is free to focus on the design of their machine control and not on design overhead tasks.
Page 10: Required Software
Preface Required Software To complete this quick start, the following software is required. Rockwell Automation Software Cat. No. Version Required for RSLogix 5000 9324-RLD300RNE 17 or later All EtherNet/IP and ControlLogix processors • ControlFlash • BOOTP/DHCP utility (EtherNet/IP) • RSLinx Classic...
Page 11: Additional Resources
Provides information on wire sizes and types for grounding electrical Association of Boston, MA. equipment. You can view or download publications at http://literature.rockwellautomation.com. To order paper copies of technical documentation, contact your local Rockwell Automation distributor or sales representative. Publication IASIMP-QS015C-EN-P - August 2011...
Page 12 Preface Notes: Publication IASIMP-QS015C-EN-P - August 2011...
Page 13: Hardware Selection
280-SG001. • Integrated Architecture Builder and ProposalWorks software can be downloaded from http://www.ab.com/e-tools. For a copy of the Product Selection Toolbox CD, you can also contact your local Rockwell Automation distributor or sales representative. Publication IASIMP-QS015C-EN-P - August 2011...
Page 14: Follow These Steps
Chapter 1 Hardware Selection Follow These Steps Complete the following steps to select your system hardware. Select an ArmorConnect Power Media System page 15 Adding a Three-phase Power Network and a Branch page 18 Add a Control Power Network page 30 Add a DeviceNet Network page 32 Export the IAB Configuration to...
Page 15: Select An Armorconnect Power Media System
Hardware Selection Chapter 1 Select an ArmorConnect Power Media System Follow these steps to select an ArmorConnect power media system by using Integrated Architecture Builder (IAB) software. 1. Open the Integrated Architecture Builder software. 2. Click ‘I want to create a New project.’ and click OK.
Page 16 Chapter 1 Hardware Selection The ControlLogix Chassis Preference dialog box appears. 8. Select the appropriate settings. For this example, 4 is the preferred size. 9. Click Next until the Networks dialog box appears. 10. Enter the number of EtherNet/IP and DeviceNet networks.
Page 17 Hardware Selection Chapter 1 15. When finished configuring the chassis, click the Hardware tab to view the configured chassis. Publication IASIMP-QS015C-EN-P - August 2011...
Page 18: Adding A Three-Phase Power Network And A Branch
Chapter 1 Hardware Selection Adding a Three-phase Power Network and a Branch You will now add a three-phase power network and a branch, add devices to a branch, configure the devices and accessories for the device. Add a Three-phase Power Network 1.
Page 19 Hardware Selection Chapter 1 6. From the Control Voltage pull-down menu, choose 24VDC. This will be the default control voltage for ArmorStart motor controllers connected to the network. Other options are 120V AC and 240V AC. Control voltage might be distributed by a Control Power network, which you can also configure in the IAB software.
Page 20: Add Device To A Branch (Three-Phase Power Network)
Chapter 1 Hardware Selection Add Device to a Branch (Three-phase Power Network) Follow these steps to add a device to a branch of a three-phase power network. 1. Click the 3 Phase tab. 2. Under Motor Controller, select Distributed Starters. A list of ArmorStart motor controllers appear.
Page 21 Hardware Selection Chapter 1 For example, when you select Horsepower, the horsepower options appear on the right. 5. Choose the appropriate horsepower amount. 6. Choose other options as appropriate. After choosing all of your appropriate options, the dialog box should look similar to this.
Page 22: Configure Device Accessories
Chapter 1 Hardware Selection Configure Device Accessories Follow these steps to configure the device accessories. You will need to add one input and two output cables for the photoelectric sensor and stack lights respectively that will be added later to the BOM in ProposalWorks. 1.
Page 23 Hardware Selection Chapter 1 4. Click Accept in the upper left when you are finished selecting the cordset. 5. Continue to click Accept until you are at the ArmorStart configuration assistant to complete the accessories configuration. Publication IASIMP-QS015C-EN-P - August 2011...
Page 24 Chapter 1 Hardware Selection 6. Copy the configuration from Port #1 to Output Cable Port #2 as shown. 7. Select NO SELECTION for Output Cable Port #2. 8. Click Accept. 9. Once the output cables have been configured, click Input Cable Port #1 to configure the port cable.
Page 25 Hardware Selection Chapter 1 10. Click Cable Type, then Patchcord. 11. Click the ‘?’ next to Patchcord. 12. Make the following selections as shown. Publication IASIMP-QS015C-EN-P - August 2011...
Page 26 Chapter 1 Hardware Selection 13. Select NO SELECTION under the second cable type. 14. Select No Cable on the right. 15. Click Accept until you have exited the RAISE configurator and are back in the network view. 16. Double-click the Starter. Publication IASIMP-QS015C-EN-P - August 2011...
Page 27 Hardware Selection Chapter 1 17. Change the name and click OK. The completed configuration for the 283D ArmorStart will look like this. Repeat the procedures starting on page 20 to add additional devices to the branch, configure the devices, and select accessories.
Page 28 Chapter 1 Hardware Selection The completed configuration for the 281D should look similar to this. The completed configuration for the 284D ArmorStart should look similar to this. Publication IASIMP-QS015C-EN-P - August 2011...
Page 29: View And Configure Network
Hardware Selection Chapter 1 View and Configure Network After completing the configuration sequence, the network view appears. 1. Click Run Wizard. 2. From the various pull-down menus and fields, choose the appropriate values. 3. Click OK. Publication IASIMP-QS015C-EN-P - August 2011...
Page 30: Add A Control Power Network
Chapter 1 Hardware Selection 4. Click the arrow. 5. Check the appropriate parameters for your application. Add a Control Power Network 1. Click the New Network icon. 2. Select the ControlPwr network. 3. Click OK. 4. Enter your network name then click OK.
Page 31 Hardware Selection Chapter 1 5. Add the current ArmorStart devices on the three-phase network to the control network. a. Click the hardware tab. b. Click the first ArmorStart device and right-click the icon of the ArmorStart device. c. Choose ‘Connect channel...to Network1:’...
Page 32: Add A Devicenet Network
Chapter 1 Hardware Selection 10. From the various pull-down menus and fields, choose the appropriate values. 11. Click OK. 12. Click the arrow. 13. Check the appropriate parameters for your application. Add a DeviceNet Network Follow these steps to add a DeviceNet network. 1.
Page 33 Hardware Selection Chapter 1 3. Enter the network name. 4. Select the power supply. 5. Click OK. 6. Repeat the process to add the ArmorStart devices to the control power network, but instead select ‘Connect channel’.’to Network1:’DeviceNet ArmorStart. 7. Click the arrow. 8.
Page 34: Export The Iab Configuration To Proposalworks
Chapter 1 Hardware Selection Export the IAB Configuration to ProposalWorks Follow these steps to export the IAB configuration to ProposalWorks. 1. From the File menu, choose Export to ProposalWorks File. 2. Enter a file name for the exports. 3. From the Files of Type pull-down menu, choose ProposalWorks Files (*prp).
Page 35 Hardware Selection Chapter 1 Once the validation process has completed, the following dialog box appears. 6. Click OK. The ProposalWorks file created (ArmorStart BOM) is now on the respective directory. 7. Open Proposal Works. 8. From the File menu, choose Open. 9.
Page 36 Chapter 1 Hardware Selection 11. Enter a file name, then click Save. The default is the name selected in step 2. 12. Open the ArmorStart BOM and review the bill of material generated by the IAB. Publication IASIMP-QS015C-EN-P - August 2011...
Page 37: Add Additional Equipment And Generate A Complete Bom
Hardware Selection Chapter 1 Add Additional Equipment and Generate a Complete BOM 1. Verify that the Integrated Architecture Builder is open in ProposalWorks. Please note, this is an example of optional parts. Add or remove items as needed. Prices listed are subject to change.
Page 38 Chapter 1 Hardware Selection This example is a partial equipment list. The prices listed are subject to change. Publication IASIMP-QS015C-EN-P - August 2011...
Page 39: System Layout And Wiring
Chapter System Layout and Wiring In this chapter, you plan the panel layout and wiring for your ArmorStart system. You can use the AutoCAD Electrical drawings supplied on the ArmorStart Accelerator Toolkit CD to add or remove components to and from your ArmorStart system.
Page 40: Follow These Steps
Chapter 2 System Layout and Wiring Follow These Steps Complete the following steps to plan your system layout and wiring. Planning Your ArmorStart Panel Layout and Wiring page 41 Wiring Your ArmorStart Controllers page 46 Connecting the DeviceNet ArmorConnect to Your ArmorStart Device page 50 Publication IASIMP-QS015C-EN-P - August 2011...
Page 41: Planning Your Armorstart Panel Layout And Wiring
System Layout and Wiring Chapter 2 Planning Your ArmorStart Panel Layout and Wiring The toolkit includes AutoCAD Electrical DWG project files that include panel layout and wiring diagrams that you can easily modify for your specific application. Individual DXF, and PDF files are also available for use in standard AutoCAD and non-AutoCAD drawing and image software packages.
Page 42: Panel Layout Diagrams
Chapter 2 System Layout and Wiring Panel Layout Diagrams The AutoCAD Electrical project includes several panel-layout diagrams (with BOM) based on the ArmorStart distributed motor controllers. Choose an appropriate diagram as a starting point. Add or remove components as needed. The example shows a control panel with a ControlLogix controller, PanelView display, and stack lights as well as control power components.
Page 43 System Layout and Wiring Chapter 2 Sample Bill of Material Publication IASIMP-QS015C-EN-P - August 2011...
Page 44: Armorstart Distributed Motor Controllers Wiring Diagrams
Chapter 2 System Layout and Wiring ArmorStart Distributed Motor Controllers Wiring Diagrams The AutoCAD Electrical project includes a variety of ArmorStart wiring diagrams. The drawing titles indicate ArmorStart controller types. Add or remove components and drawings as needed. This example shows power wiring for an ArmorStart 284D device and other power components. Sample CAD Wiring Diagram Publication IASIMP-QS015C-EN-P - August 2011...
Page 45 Rockwell Automation products. 3. Click Rockwell Automation and follow the prompts. If you know the complete catalog number of your Allen-Bradley product, enter it here and click Submit. You need the complete catalog number to receive the configuration results.
Page 46: Wiring Your Armorstart Controllers
Chapter 2 System Layout and Wiring Wiring Your ArmorStart Controllers This section provides information pertaining to wiring your ArmorStart distributive motor controller. General Precautions The controller contains electrostatic discharge (ESD) sensitive parts and assemblies. Static control ATTENTION precautions are required when installing, testing, servicing, or repairing the assembly. Component damage may result if the ESD control procedures are not followed.
Page 47: Armorstart Device Wiring
System Layout and Wiring Chapter 2 ArmorStart Device Wiring Wiring in an industrial control application can be divided into three groups; power, control, and signal. Follow these recommendations for physical separation between these to reduce the coupling effect: • Minimum spacing between different wire groups in the same tray should be 16 cm (6 in.). •...
Page 48 Chapter 2 System Layout and Wiring The following illustrations and table provide various terminal designations. Bulletin 280/281 ArmorStart Power and Control Terminals Secondary Primary Bulletin 283 ArmorStart Power and Control Terminals Publication IASIMP-QS015C-EN-P - August 2011...
Page 49 System Layout and Wiring Chapter 2 Bulletin 284 ArmorStart Power and Control Terminals Power, Control, Safety Monitor, and Ground Terminal Designations Terminal Designation Description SM11 Safety monitor input Safety monitor input A1(+) Control power input A2(-) Control power common Ground 1/L1 Line power phase A 3/L2...
Page 50: Connecting The Devicenet Armorconnect To Your Armorstart
Chapter 2 System Layout and Wiring Connecting the DeviceNet ArmorConnect to Your ArmorStart Device The ArmorConnect power media offers both three-phase and control power cable system of cord sets, patch cords, receptacles, tees, reducers, and accessories for use with the ArmorStart distributed motor controller. These cable system components allow quick connection of ArmorStart distributed motor controllers, reducing installation time.
Page 51 System Layout and Wiring Chapter 2 Control Power Media System Overview Enclosure 1606-XLSDNET4 DeviceNet Power Supply RESET Cat. No. Description Control power media patchcords - Patchcord cable with integral female or male connector on each end. 889N-F65GFNM-x The E-stop in tee used to connect to the Bulletin 800F On-Machine E-Stop station by using a control power media 898N-653ST-NKF patchcord.
Page 52 Chapter 2 System Layout and Wiring Cord Grips for ArmorStart Devices with 10 A Short-circuit Protection Rating 1 in. Lock Nut 3/4 in. Lock Nut Thomas & Betts Cord Grip Thomas & Betts Cord Grip Part Number 2931NM Part Number 2940 NM 3/4 in.
Page 53: Ac Supply Considerations For Bulletin 284 Units
System Layout and Wiring Chapter 2 AC Supply Considerations for Bulletin 284 Units This section describes AC supply considerations for Bulletin 284 units. Ungrounded and High-resistive Distribution Systems The Bulletin 284 device contains protective metal oxide variables (MOVs) that are referenced to ground. ATTENTION These devices should be disconnected if the Bulletin 284 device is installed on an ungrounded and high-resistive distribution system.
Page 54: Markets
Chapter 2 System Layout and Wiring Group Motor Installations For North American and Canadian Markets The ArmorStart distributed motor controllers are listed for use with each other in group installations per NFPA 79, Electrical Standard for Industrial Machinery. When applied according to the group motor installation requirements, two or more motors, of any rating or controller type, are permitted on a single branch circuit.
Page 55: Devicenet Network Installation
System Layout and Wiring Chapter 2 Since the ArmorStart device is available with a factory installed HOA keypad option, this may require the ArmorStart device to be selected and installed as follows. If the application requires frequent use of the hand-operated interface by the equipment operator: •...
Page 56: Electromagnetic Compatibility
Chapter 2 System Layout and Wiring Electromagnetic Compatibility The following guidelines are provided for EMC installation compliance. General Notes for Bulletin 284 Devices • The motor cable should be kept as short as possible to avoid electromagnetic emission as well as capacitive currents •...
Page 57: Before You Begin
Chapter ArmorStart DeviceNet Configuration In this chapter, you will configure your ArmorStart device by using RSNetWorx for DeviceNet software, RSLogix 5000 software, and the DeviceNet Tag Generator Tool. This significantly simplifies ArmorStart device configuration. Appendix A page 155, includes the setup procedures for your personal computer and Logix communication.
Page 58: Follow These Steps
Chapter 3 ArmorStart DeviceNet Configuration Follow These Steps Complete the following steps to configure your ArmorStart device. Open an Existing Project in RSLogix 5000 Software page 59 Configure the DeviceNet Network by Using page 60 Add a Scanner Module to Your ControlLogix Project page 65 Generate ArmorStart Tags...
Page 59: Open An Existing Project In Rslogix 5000 Software
ArmorStart DeviceNet Configuration Chapter 3 Open an Existing Project in RSLogix 5000 Software If you are creating a new project and have not configured your personal computer communication or IMPORTANT controller hardware, refer to Appendix A page 155. 1. Launch RSLogix 5000 software. 2.
Page 60: Configure The Devicenet Network By Using Rsnetworx Software
Chapter 3 ArmorStart DeviceNet Configuration Configure the DeviceNet Network by Using RSNetWorx Software 1. Refer to Chapter 2 for wiring the ArmorStart devices and the DeviceNet scanner module on the DeviceNet network. Make sure that the devices are powered. 2. Launch RSNetWorx for DeviceNet software.
Page 61 An electronic data sheet (EDS) file for each device should be loaded for each device type on the network. If there is a red question mark on the device, or the following message appears, you can download it from the Rockwell Automation website www.ab.com/networks/eds.
Page 62 Chapter 3 ArmorStart DeviceNet Configuration 8. Double-click the ArmorStart device on a specific node address. a. Upload the devices properties if they have not been yet. b. Click Parameters on the device properties tab. c. For the ArmorStart 280D and 281D device, make sure the consumed IO Assy is 160 and the Produce IO Assy is 161.
Page 63 ArmorStart DeviceNet Configuration Chapter 3 9. If the Consumed IO Assy or any other parameter needs to be changed: a. Click the current value. b. Type in the appropriate value. c. Click Apply. Some parameters have predefined values you can select versus typing in a value. d.
Page 64 Chapter 3 ArmorStart DeviceNet Configuration 10. Once you have browsed all of the nodes (63 total nodes on the DeviceNet network), right-click the scanner icon (the 1756-DNB icon), and choose Upload from Device. 11. Double-click the scanner icon. a. Enter a new name for the scanner or accept the default name.
Page 65: Add A Scanner Module To Your Controllogix Project
ArmorStart DeviceNet Configuration Chapter 3 14. Save the .dnt file. Add a Scanner Module to Your ControlLogix Project Follow these steps to add and configure a DeviceNet scanner module to the controller. 1. In the RSLogix software, right-click I/O Configuration on the Controller Organizer window and select New Module.
Page 66 Chapter 3 ArmorStart DeviceNet Configuration 2. Expand the Communications tree and select 1756-DNB. 3. Click OK. 4. In the New Modules dialog, enter the module name. 5. Choose the node number and slot number of where the DeviceNet module resides in the controller backplane.
Page 67: Generate Armorstart Tags By Using The Tag Generator Tool
ArmorStart DeviceNet Configuration Chapter 3 Generate ArmorStart Tags by Using the Tag Generator Tool Follow these steps to generate ArmorStart device tags. Make sure RSNetWorx software is closed before starting the DeviceNet Tag Generator Tool. 1. Launch the DeviceNet Tag Generator tool. 2.
Page 68 Chapter 3 ArmorStart DeviceNet Configuration 4. Click Select RSNetWorx and select the .dnt file that was saved from page 5. Click Select Scanner Node and then select the appropriate scanner node. 6. Click Generate Tags on the right side of the dialog box and then click the Generate Tags tab.
Page 69: Download Controller File And Test Armorstart Tags
ArmorStart DeviceNet Configuration Chapter 3 Download Controller File and Test ArmorStart Tags Verify Tags 1. Go to the RSLogix 5000 editor and double-click Controller tags from the Controller Organizer window. You’ll see generated input and output tags for all of the devices that were added to the scanlist.
Page 70: Set Project Path And Download To Controller
Chapter 3 ArmorStart DeviceNet Configuration These the tags that correspond to the parameters from the Consumed IO instance for the corresponding ArmorStart device. Set Project Path and Download to Controller 1. Save your changes. 2. Move the keyswitch on controller to Program. 3.
Page 71 ArmorStart DeviceNet Configuration Chapter 3 2. Expand the network tree. EtherNet/IP 3. Select your controller and click Set Project Path. If using serial communications, verify that the 1756-CP3 cable is connected between the computer and the controller. Serial 4. Click Download. 5.
Page 72: Device Tag Test Setup
Chapter 3 ArmorStart DeviceNet Configuration Device Tag Test Setup The tags used in this test procedure apply to the ArmorStart 284D device. The tags for the other ArmorStart devices are different. Before you begin the test, make sure the DeviceNet Scanner Module (DNBT) on the controller is set to Run. IMPORTANT Follow these steps to make sure the scanner is in Run mode.
Page 73: Test Procedure
ArmorStart DeviceNet Configuration Chapter 3 4. Make sure the controller tags are in ‘Monitor Tags’ mode and not ‘Edit Tags’ mode by checking the tab field at the bottom. 5. Expand the Local:1:0 (output tags) and within it, expand the Local:1:0.CommandRegister tag as shown. 6.
Page 74 Chapter 3 ArmorStart DeviceNet Configuration 3. From the Monitor Tags tab, locate and expand the ArmorStart 284D output tags. Follow this procedure if you need to change the value of a tag in RSLogix software. a. Select the tag value. b.
Page 75: Before You Begin
Chapter ArmorStart Local Control Configuration In this chapter, you will configure your ArmorStart device for standalone or device level control. DeviceLogix devices have built-in processing capabilities that include controlled shutdowns in the event of network loss, or a controlled continuation of the process. It reduces the sense-to-actuation time, resulting in higher performance and simpler programming.
Page 76: Follow These Steps
Chapter 4 ArmorStart Local Control Configuration Follow These Steps Complete the following steps to configure your ArmorStart devices for stand-alone Devicelogix applications. Create a DeviceLogix Program on an ArmorStart Device page 77 Build Your Logic Program page 78 Download Program to ArmorStart page 82 DeviceLogix Programming...
Page 77: Create A Devicelogix Program On An Armorstart Device
ArmorStart Local Control Configuration Chapter 4 Create a DeviceLogix Program on an ArmorStart Device Configuring DeviceLogix smart components for local control can be accomplished with RSNetWorx for DeviceNet software. With this software, you can set up DeviceNet components for system installation or field maintenance through the use of pull-down menus and dialog boxes.
Page 78: Build Your Logic Program
Chapter 4 ArmorStart Local Control Configuration 6. Click Start Logix Editor. 7. If the DeviceLogix Editor Style dialog box appears, select function Block Editor. 8. Click OK. You are now ready to begin building your logic program. Build Your Logic Program Follow these steps to build your logic program.
Page 79 ArmorStart Local Control Configuration Chapter 4 When in Edit mode, the following buttons appear for use in creating the logic program. 3. Drag the Bit Input icon from the Timer/Counter or Move/Logical tab to the grid. 4. Double-click the tag and then click the down arrow.
Page 80 Chapter 4 ArmorStart Local Control Configuration 9. Click the Move/Logical tab. 10. Drag the BAND tag to the grid. 11. Drag the Net Input0 connection point to the In1 connection point. 12. Click In1 again to make the connection. The line will remain indicating that the connection is made.
Page 81 ArmorStart Local Control Configuration Chapter 4 17. Click the down arrow. 18. Click the ‘+’ next to Hardware Boolean. 19. Double-click Run Fwd. 20. Connect the BAND block to the Run Fwd tag. 21. From the Edit pull-down menu, choose Recovery Mode.
Page 82: Download Program To Armorstart
Chapter 4 ArmorStart Local Control Configuration 26. Click the Edit mode icon to exit the editor. If the logic fails verification, the following dialog box appears. 27. Click OK. You will return to the logic editor where you can make the necessary changes and revalidate the program.
Page 83: Standalone Device
ArmorStart Local Control Configuration Chapter 4 5. Click Apply, then OK. If the master scanner is currently scanning the ArmorStart device to which you are downloading, you must first access the DeviceNet’s scanner’s scanlist to remove the device from the scanlist. If this new logic results in different connection sizes, adjust the master scanner as follows: a.
Page 84: Devicelogix Programming Example
Chapter 4 ArmorStart Local Control Configuration DeviceLogix Programming Example This example is a combination of different modes that can be used together in an application for the 284D ArmorStart device. A logic controller ladder logic program is controlling the ArmorStart device (auto control).
Page 85 ArmorStart Local Control Configuration Chapter 4 Network Input 0 Logic If there is an IO Connection fault, manual operation from a pendant station or other push buttons will be allowed. In this example, input 1 of the Boolean OR gate is used for the PLC control. In manual control, input 0 could be from a sensor on a conveyor belt in which after manually starting the conveyor using a pendant station, the product will pass the sensor.
Page 86 Chapter 4 ArmorStart Local Control Configuration The DeviceLogix program can also be created to prevent unwanted automatic restarts after clearing a fault. Unwanted Automatic Restart Logic Publication IASIMP-QS015C-EN-P - August 2011...
Page 87 ArmorStart Local Control Configuration Chapter 4 Here is a list of hardware inputs and status inputs that can be used in the DeviceLogix program with the ArmorStart device. Network Inputs Hardware and Status Inputs Fault Inputs Fault Inputs Publication IASIMP-QS015C-EN-P - August 2011...
Page 88 Chapter 4 ArmorStart Local Control Configuration Notes: Publication IASIMP-QS015C-EN-P - August 2011...
Page 89: Before You Begin
Chapter Faceplate Logix Integration In this chapter you import pre-configured logic, referred to as an Add-On Instruction (AOI), into your RSLogix 5000 application that integrates your ArmorStart device configuration with the ArmorStart faceplate. This chapter also provides instructions on how to configure the Add-On Instruction to work with the Equipment Status and ME Alarm History faceplates and how to integrate the Add-On Instructions into your specific application logic.
Page 90: Follow These Steps
Chapter 5 Faceplate Logix Integration Follow These Steps Complete the following steps to add the necessary logic to your RSLogix 5000 application for use with the ArmorStart faceplates. Import the ArmorStart Add-On Instructions page 91 Reassign Add-On Instruction Input and Output Parameter page 92 Optional Step Modify ArmorStart Add-On...
Page 91: Import The Armorstart Add-On Instructions
Faceplate Logix Integration Chapter 5 Import the ArmorStart Add-On Instructions The pre-configured ArmorStart Add-On Instructions provide the logic for the pre-configured FactoryTalk View Machine ArmorStart faceplates. These pre-configured faceplates let you monitor, control, and diagnose your ArmorStart device from a PanelView Plus terminal or Industrial Computer.
Page 92: Data Types
Chapter 5 Faceplate Logix Integration 5. Select the ArmorStart Add-On Instruction faceplate file appropriate for your ArmorStart service class. In this example, the ArmorStart_284_AOI file is chosen. 6. Click Import. Reassign Add-On Instruction Input and Output Parameter Data Types If your application requires additional data from the device that is not included within the imported Add-On Instruction for the faceplate, then refer to Chapter 3 page 57...
Page 93 Faceplate Logix Integration Chapter 5 3. Scroll to and select the Inp_ArmorStart_xxx AOI tag and click next to the Data Type field. The Select Data Type dialog box opens. 4. Browse to the Input Data Type that matches the ArmorStart type, DeviceNet node, and data type that was created when you generated tags for the device, by using the DeviceNet tag...
Page 94 Chapter 5 Faceplate Logix Integration The Data Type field updates. This example shows an ArmorStart 284 output tag’s data type. 9. Select the Sts_DeviceNet_Scanner tag and click the browse button to display the data type field. The Select Data Type dialog box appears. 10.
Page 95: Status Faceplate
Faceplate Logix Integration Chapter 5 Modify ArmorStart Add-On Instruction for Equipment Status Faceplate This is an optional step and necessary only if you intend to use the Equipment Status Faceplate. To skip this step, go to Integrate ArmorStart AOI into Your Application Program Routines page To incorporate Equipment Status Faceplate into your application, make sure the PanelView Plus terminal IMPORTANT...
Page 96: Integrate Armorstart Aoi Into Your Application Program Routines
Chapter 5 Faceplate Logix Integration 2. Set the tag Inp_NumRowsVis for your ArmorStart Add-On Instruction to the number of rows that you will use on the Equipment Status Faceplate. a. Under the Add-On Instructions folder in the system tree, double-click the ArmorStart Add-On Instruction that you will use for the device in row 1.
Page 97 Faceplate Logix Integration Chapter 5 4. Select the ArmorStart Add-On Instruction. In this example, the ArmorStart_284_AOI file is selected. 5. Assign an ArmorStart Data Type tag to the main AOI tag with the same name of the module you want to control and monitor.
Page 98 Chapter 5 Faceplate Logix Integration 9. Enter the Inp_Scaled_Speed_At_xxxx value. The Add-On Instruction scales the drive input and output speed values based on the value entered. To access the fault codes for the ArmorStart device, you need to get an explicit message. Fault_Msg parameter is of the data type message.
Page 99 Faceplate Logix Integration Chapter 5 11. From the pull-down menus and fields, choose the appropriate settings as follows: • Message Type = CIP Generic • Service Type = Get Attribute Single • Class = 29 • Attribute = 9c • Instance = 1 12.
Page 100 Chapter 5 Faceplate Logix Integration 13. Click the Communication tab. The communication properties are displayed. Notice that the Path has not been identified. 14. Click Browse to enter the path. a. Select the previous module followed by a comma. b. Enter 2 for the port of the scanner module. c.
Page 101: Integrate Your Armorstart Device Application
Faceplate Logix Integration Chapter 5 16. Click the Tag tab. 17. Verify that the name in the name field is Motor_Fault_Msg_xxx which is the tag in AOI. 18. Right click on Sts_DeviceNet_Scanner tag and select the Local:1:S tag from the list. It is the module defined tag and displays the status of the DNBT scanner.
Page 102: Understanding Operator Control And Program Control Transfer Logic
Chapter 5 Faceplate Logix Integration Understanding Operator Control and Program Control Transfer Logic The first three rungs of each Add-On Instruction file handle the transfer of control from the Logix program (program control) to the faceplate (operator control). It is important that you understand how the two operator control rungs (shown below) operate so you achieve the program-to-operator and operator-to-program control transfers.
Page 103 Faceplate Logix Integration Chapter 5 the associated control transfer requests. A value of 0 prevents the associated control transfer requests. If an Xxxx.Cmd_ProgToOperPermissive tag is set to 1, the associated Add-On Instruction is programmed to ATTENTION allow a transfer from Program Control to Operator Control regardless of the current direction, speed, or active status of the ArmorStart device.
Page 104: Add-On Instruction Program Tag Listing And Function
Chapter 5 Faceplate Logix Integration Add-On Instruction Program Tag Listing and Function This table provides the interface tag names and functions that are within the Add-On Instructions. You can read from and write to these tags from your specific application logic. This provides control and monitoring of your configured devices.
Page 105 Faceplate Logix Integration Chapter 5 ArmorStart Status Tags Tag Names Function Corresponding ArmorStart Device Tag Sts_DriveStatus_AtReference Inp_ArmorStart_xxx.AtReference Sts_DriveStatus_Input0 Inp_ArmorStart_xxx.Input0 Sts_DriveStatus_Input1 Inp_ArmorStart_xxx.Input1 Sts_DriveStatus_Input2 Inp_ArmorStart_xxx.Input2 Sts_DriveStatus_Input3 Inp_ArmorStart_xxx.Input3 Provides Status of Corresponding Sts_DriveStatus_Mon Inp_ArmorStart_xxx._140Mon ArmorStart device Tag Sts_DriveStatus_Ready Inp_ArmorStart_xxx.Ready Sts_DriveStatus_RunningFwd Inp_ArmorStart_xxx.RunningFwd Sts_DriveStatus_RunningRev Inp_ArmorStart_xxx.RunningRev Sts_DriveStatus_Tripped Inp_ArmorStart_xxx.Tripped Sts_DriveStatus_Warning...
Page 106: Common Application Logic Examples
Chapter 5 Faceplate Logix Integration Common Application Logic Examples You have the option to programmatically control the ArmorStart device via Logix software. Example rungs are shown in ArmorStart_AOI_Example_Code.acd included in the toolkit CD. • Device_xxx_RunForward_Command • Device_xxx_RunReverse_Command • Device_xxx_Reset_Command Follow these steps to add application logic to your routine. 1.
Page 107 Faceplate Logix Integration Chapter 5 5. Select the rung you want to export and right-click the rung. 6. Choose Export Rungs. 7. Save the rung as .L5X. 8. Open your application logic file in RSLogix 5000 software. 9. Select the rung where you want to import the saved rung and right-click 10.
Page 108 Chapter 5 Faceplate Logix Integration 11. Select Rung15_from_MainRoutine.L5x. 12. Click Import. 13. Click OK from the Import Configuration dialog box. The rung is copied into the desired location. 14. Change the tag names to what you need. 15. Select a tag and right-click. 16.
Page 109: Add Alarm Logic For Alarm History Faceplate
Faceplate Logix Integration Chapter 5 Add Alarm Logic for Alarm History Faceplate This is an optional step and necessary only if you intend to use the Alarm History Faceplate. To skip this step, go to Download the Project page 111. To incorporate Alarm History Faceplate into your application, the PanelView Plus terminal must support 800x600 window size.
Page 110 Chapter 5 Faceplate Logix Integration Follow these steps to add Alarm History logic to your routine. 1. Add the following rung to your program for each individual device Add-On Instruction. The three tags pointed to were created already by your Add-On Instruction and exist in the tag database. You will need to edit the tag name prefixes to adjust for the name given to your Add-On Instruction.
Page 111: Download The Project
Faceplate Logix Integration Chapter 5 Download the Project 1. If you have not already done so, move the keyswitch on your controller to Program. 2. Click the Controller Status icon and select Download. 3. Click Download. The project downloads to the controller.
Page 112 Chapter 5 Faceplate Logix Integration Notes: Publication IASIMP-QS015C-EN-P...
Page 113: Before You Begin
Chapter FactoryTalk View Integration In this chapter you add the pre-configured ArmorStart faceplates to your FactoryTalk View ME application file. This provides status, control, and diagnostics for each of your ArmorStart devices within your control system. Before You Begin • Complete your system hardware selection (refer to Chapter •...
Page 114: Follow These Steps
Chapter 6 FactoryTalk View Integration Follow These Steps Complete the following steps to add the ArmorStart faceplates to your FactoryTalk View ME application. Add ArmorStart Device Faceplates page 115 Add Equipment Status Optional Faceplate page 124 Optional Add Alarm History Faceplate page 133 Test the Project...
Page 115: Add Armorstart Device Faceplates
FactoryTalk View Integration Chapter 6 Add ArmorStart Device Faceplates If you are creating a new FactoryTalk View Studio application, refer to FactoryTalk View Application Configuration, beginning on page 175, before proceeding with this section. The ME ArmorStart Faceplate files let you quickly load, configure, and use pre-configured status, control, and diagnostic displays or faceplates for the ArmorStart family of devices using FactoryTalk View Machine Edition.
Page 116 Chapter 6 FactoryTalk View Integration 1. Open your existing FactoryTalk View ME application to which you want to add the ArmorStart faceplates. 2. Add the desired ArmorStart_xxx_Faceplate.gfx to your display. a. Right-click Displays and choose Add Component Into Application. b. Browse to the HMI Application Files folder on the toolkit CD and select the faceplate GFX file you want to use.
Page 117 FactoryTalk View Integration Chapter 6 3. Add the faceplate parameter file for ME_ArmorStart_Parameter.par to your FactoryTalk ViewME application. a. Right-click Parameters, and choose Add Component Into Application. b. Browse to the HMI Application Files folder on the toolkit CD and select the ArmorStart_Parameterxxx.par file.
Page 118 Chapter 6 FactoryTalk View Integration In this example, the controller is the CLX-L63. b. Enter the desired Module/ AOI Name of the intended ArmorStart device you want to monitor and control. In this example, the module name is Motor_with_284. This name was configured in step 5 page...
Page 119 FactoryTalk View Integration Chapter 6 7. Create the display navigation to open the ArmorStart Faceplate at runtime. To use the pre-configured ArmorStart Goto buttons, refer to Configuration Steps for Using Pre-configured Goto Buttons page 120. a. On a desired graphic display, create a new transparent Goto display navigation button over the graphic object that represents the motor/drive you intend to monitor and control.
Page 120: Configuration Steps For Using Pre-Configured Goto Buttons
Chapter 6 FactoryTalk View Integration Configuration Steps for Using Pre-configured Goto Buttons Follow these steps to add a Goto Display button with a graphic image representing the ArmorStart device, as shown. 1. Right-click the Image folder in the system tree and choose Add Component into Application.
Page 121 FactoryTalk View Integration Chapter 6 4. Right-click the Display folder in the system tree and choose Add Component Into Application. 5. Choose HMI Application Files on the toolkit CD and select the Goto_ArmorStart.gfx file. 6. Click Open. 7. Verify that the Goto_ArmorStart display appears under Displays in your system tree.
Page 122 Chapter 6 FactoryTalk View Integration 12. Click the General tab. 13. Assign the ArmorStart Faceplate and parameter file to create the associate with the Goto button. a. Click the browse button along side of the Display field and select the ArmorStart Faceplate display from the Component Browser dialog box.
Page 123: Set Initial Application Graphic
FactoryTalk View Integration Chapter 6 Set Initial Application Graphic 1. From the System folder, double-click Startup. 2. Check Initial Graphic. 3. Save and create a runtime file to test your display. Publication IASIMP-QS015C-EN-P - August 2011...
Page 124: Add Equipment Status Faceplate
Chapter 6 FactoryTalk View Integration Add Equipment Status Faceplate This section is optional and necessary only if you intend to use the Equipment Status Faceplate. To skip this section, go to Add Alarm History Faceplate page 133. In order to use the Equipment Status faceplate into your application, you must have PanelView Plus IMPORTANT terminal that supports 800x600 window size.
Page 125 FactoryTalk View Integration Chapter 6 You can launch these faceplates from the Goto buttons. Example of Equipment Status Display Configured with Three Device Faceplates Publication IASIMP-QS015C-EN-P - August 2011...
Page 126: Add The Equipment Status Faceplate Display
Chapter 6 FactoryTalk View Integration Add the Equipment Status Faceplate Display 1. Right-click Displays and choose Add Component Into Application. 2. Browse to the HMI Application Files folder on the toolkit CD and select the Equipment_Status_Faceplate.gfx file. 3. Click Open. 4.
Page 127: Add The Me_Equipment_Parameter File
FactoryTalk View Integration Chapter 6 Add the ME_Equipment_Parameter File 1. Right-click Parameters and select Add Component Into Application. 2. Browse to the HMI Application Files folder on the toolkit CD and select the ME_Equipment_Parameter file. 3. Verify that the ME_Equipment_Parameter file appears under Parameters.
Page 128 Chapter 6 FactoryTalk View Integration 4. Open and configure the parameter file. There is one parameter field that must be defined. 5. Save the file once changes are made. Each Parameter (1…9) corresponds to the device AOI tag name of each Equipment Status Faceplate row (1…9).
Page 129 FactoryTalk View Integration Chapter 6 Configure the Goto buttons on the Equipment Status Faceplate 1. Open the Equipment Faceplate display. 2. Right-click the display and choose Object Explorer. The Object Explorer dialog box opens. 3. For each row to be displayed on the Equipment Faceplate, find the GotoDisplayButton object for that row and double-click to open its...
Page 130: Faceplate
Chapter 6 FactoryTalk View Integration 4. Set the Display to the corresponding device’s faceplate, to be launched from that row's GotoDisplayButton object. 5. Set the Parameter file to the corresponding device faceplate Parameter file to be displayed for that row. 6.
Page 131: Configure Additional Device Value Columns
FactoryTalk View Integration Chapter 6 Configure Additional Device Value Columns Not all device faceplates used with the Equipment Status Faceplate are configured to display four value fields. If unused value fields are needed then additional logic will need to be added to the existing device AOI to move the additional AOI tag values to the corresponding Sts_Valuexx tags.
Page 132: Create A Goto Display Button To Launch The Equipment Faceplate
Chapter 6 FactoryTalk View Integration Create a Goto Display Button to Launch the Equipment Faceplate 1. Add a Goto Display button on one of your existing ME displays. 2. Double-click the button to open its Properties. 3. Under Display Settings, set the Display to Equipment_Status_Faceplate and the Parameter file to ME_Equipment_Parameter.
Page 133: Add Alarm History Faceplate
FactoryTalk View Integration Chapter 6 Add Alarm History Faceplate This is an optional step and necessary only if intend to use the Alarm History Faceplate. To skip this step, go to Test the Project page 139. In order to use the Alarm History faceplate into your application, you must have PanelView Plus terminal IMPORTANT that supports 800x600 window size.
Page 134 Chapter 6 FactoryTalk View Integration Add the Alarm_History_Faceplate.gfx to your application. 1. Right-click Displays and choose Add Component Into Application 2. Browse to HMI Application Files folder and select Alarm_History.gfx. 3. Verify the Alarm_History Display appears under Displays. Publication IASIMP-QS015C-EN-P - August 2011...
Page 135 FactoryTalk View Integration Chapter 6 4. Import the Alarm Setup. a. Select Alarm Setup under the Alarms folder. b. Right-click Alarm Setup and choose Import and Export. c. Click Import alarm configuration into application. d. Click Next. When importing the alarm configuration, your existing alarm configuration is lost. When prompted to IMPORTANT back up your existing alarm configuration, you can choose to save it as an XML file.
Page 136 Chapter 6 FactoryTalk View Integration 6. Observe the Trigger tags that were pre-configured. 7. Click the Messages tab. 8. Observe that the pre-configured alarm messages have been configured for the ArmorStart controller. Upon startup, FactoryTalk View software will give application error warnings that unused Trigger tags IMPORTANT have not been activated.
Page 137 FactoryTalk View Integration Chapter 6 Example of an ArmorStartAlarmTrigger tag assigned to a tag named ArmorStartAlarmTrigger in the controller identified by the Device Shortcut L63. A Summary of all possible FactoryTalk View tags that may need to be created. Only the tags for the devices actually used in Alarm History faceplate need to be created.
Page 138 Chapter 6 FactoryTalk View Integration f. Scroll to the bottom of the listing to add your Trigger Tag, the trigger value, and the message you want displayed. g. To insert a String into the message, right click in the message choose Edit String, then enter the text. h.
Page 139: Test The Project
FactoryTalk View Integration Chapter 6 Test the Project FactoryTalk View Studio software lets you create and test individual displays or the entire project, so that you can navigate and test all the functionality before downloading your project to a terminal. To test run the project, all communication must be configured first.
Page 140: Download The Project To A Terminal
Chapter 6 FactoryTalk View Integration Download the Project to a Terminal Follow these steps to download your FactoryTalk View Studio project. 1. From the Application menu, choose Create Runtime Application. The Create Runtime Application dialog box opens. 2. Select Runtime x.x Application (*.mer) based on terminal firmware version for the Save as type field.
Page 141 FactoryTalk View Integration Chapter 6 7. Select ArmorStart.mer. 8. Select your PanelView Plus terminal. 9. Click Download. The file is transferred to the PanelView Plus terminal. The following dialog box appears. 10. Click OK. 11. Click Exit. 12. Click Close from the file menu. The application closes.
Page 142: Run The Project On A Terminal
Chapter 6 FactoryTalk View Integration Run the Project on a Terminal Follow these steps to run your project on the PanelView Plus terminal. 1. Apply power to the PanelView Plus terminal. 2. Connect your motion system communication network cable to your PanelView Plus terminal and personal computer.
Page 143 FactoryTalk View Integration Chapter 6 The FactoryTalk View ME Station window appears. 7. Verify that the ArmorStart.mer file appears in the current application field. 8. Press Run Application [F2]. 9. Verify the functionality of the application. 10. Refer to Chapter 7 for a basic understanding of how to run and operate the FactoryTalk View application.
Page 144 Chapter 6 FactoryTalk View Integration Notes: Publication IASIMP-QS015C-EN-P - August 2011...
Page 145: Before You Begin
Chapter ArmorStart System Application Guide This chapter guides you through a pre-configured FactoryTalk View ME application. The application interfaces with a pre-configured Logix program that controls the ArmorStart devices. This chapter helps you to navigate around the faceplates and provides an understanding of the status, control, and diagnostic features.
Page 146: Armorstart System Overview Display
Chapter 7 ArmorStart System Application Guide ArmorStart System Overview Display The ArmorStart System Overview display serves as a system map to identify which devices are located in which parts of the system. You can modify the FactoryTalk View ME pre-configured Goto Display buttons to fit your particular device application by using the GFX files provided on the toolkit CD.
Page 147: Armorstart Device Faceplate Overview
ArmorStart System Application Guide Chapter 7 ArmorStart Device Faceplate Overview Pressing any of the Goto display buttons opens the corresponding faceplate screen. In this example the ArmorStart 284D device faceplate screen is shown. Close Title Bar Button Faceplate Toolbar Status Indicators Command Buttons...
Page 148: Armorstart Device Faceplate - Fault Indication View
Chapter 7 ArmorStart System Application Guide ArmorStart Device Faceplate - Fault Indication View The Alarm button indicates a ArmorStart device fault condition and activates the fault diagnostic views. Close Button Flashing Fault Indicator Help Button Current Fault Indicator (red) Command Buttons Fault Indication View Toolbar Button...
Page 149: Last Fault, Fault Description, And Fault Action
ArmorStart System Application Guide Chapter 7 Last Fault, Fault Description, and Fault Action 1. Press the Alarm button on the toolbar. The Last Fault view is displayed. The specific error being reported by the module is indicated. 2. Press the Help button on the toolbar to access the detailed fault description view.
Page 150: Armorstart Device Faceplate - Configuration Status View
Chapter 7 ArmorStart System Application Guide ArmorStart Device Faceplate - Configuration Status View You can use the Configuration button to edit the faceplate name or device descriptions. 1. Press the Configuration button on the toolbar. The Configuration button becomes highlighted. 2.
Page 151: Armorstart Device Faceplate - Trending View
ArmorStart System Application Guide Chapter 7 ArmorStart Device Faceplate - Trending View 1. Click the Trending toolbar button to access the trending faceplate view. The trending views let you monitor the speed value over time. 2. Press the speed trend navigation buttons to scroll through the saved value over a selected period of time.
Page 152: Armorstart Device Faceplate - Online Help Options
Chapter 7 ArmorStart System Application Guide ArmorStart Device Faceplate - Online Help Options Press Help on any view to access the online help information. Equipment Status Display Overview The ME Equipment Status Faceplate files let you quickly load and configure a summary display of preconfigured status and diagnostic displays or faceplates for FactoryTalk View Machine Edition software.
Page 153 ArmorStart System Application Guide Chapter 7 Alarm History Display Overview The ME Alarm History Faceplate files let you quickly load and configure a pre-configured Alarm History display or faceplate for FactoryTalk View Machine Edition software. The Alarm History Faceplate works in conjunction with the individual ME_ArmorStart_Faceplates, ME_PowerFlex_Faceplates/AOIs, ME_Kinetix_Faceplates/AOIs, ME_PowerFlex_Faceplates/AOIs, and ME_E3 Plus_Faceplates/AOIs, and provides an Alarm History of all of the device alarms and warnings that are configured to its alarm triggers.
Page 154 Chapter 7 ArmorStart System Application Guide Notes: Publication IASIMP-QS015C-EN-P - August 2011...
Page 155: Configuring Pc Communication
Appendix Logix Communication and Controller Configuration In this appendix you configure your personal computer and controller communication, configure your controller, and create a new project by using RSLogix 5000 software. Configuring PC Communication This section provides information on how to set and verify your IP address. Set the IP Address 1.
Page 156: Verify Your Ip Address
Appendix A Logix Communication and Controller Configuration Verify Your IP Address 1. From the Start menu, choose Run. The Run dialog box opens. 2. From the Open pull-down menu, choose cmd. 3. Click OK. The Windows IP Configuration dialog box opens. 4.
Page 157: Configure The Ethernet/Ip Driver
Logix Communication and Controller Configuration Appendix A Configure the EtherNet/IP Driver 1. Click the RSLinx icon in the system tool tray to start the RSLinx Classic software. 2. From the Communications menu, choose Configure drivers. 3. Select EtherNet/IP Driver from the pull-down menu and click Add New.
Page 158: Load The Controller Firmware Serially
Appendix A Logix Communication and Controller Configuration 7. Verify that the status of the driver is Running. 8. Click Close. Load the Controller Firmware Serially This procedure describes how to load firmware in the controller by using a serial connection. 1.
Page 159 Logix Communication and Controller Configuration Appendix A 8. Move the controller keyswitch to PROG. 9. Compare the current firmware revision to the latest revision listed. If the current revision matches the newest revision listed, then your controller has the latest firmware and an update is not needed. a.
Page 160: Assign Ip Addresses
Appendix A Logix Communication and Controller Configuration Assign IP Addresses Using BOOTP/DHCP The BOOTP/DHCP Server utility is used to assign IP addresses to most devices in this quick start, except the PanelView Plus terminal. The BOOTP/DHCP utility is installed during the RSLogix 5000 software installation.
Page 161 Logix Communication and Controller Configuration Appendix A 3. Double-click a request from one of the devices. 4. Enter a unique IP address for each device. 5. Click OK. If you are not on an isolated network, obtain the IP addresses from your network administrator.
Page 162: Using Dhc
Appendix A Logix Communication and Controller Configuration Using DHCP 1. Open RSLinx Classic software. 2. From the Communications menu, choose RSWho. 3. Open the tree and select the 1756-ENBT/A module or your specific module. 4. Right-click the Ethernet module. 5. Click Module Configuration. Publication IASIMP-QS015C-EN-P - August 2011...
Page 163: Ethernet Module Firmware Update Using Controlflash Utility
Logix Communication and Controller Configuration Appendix A 6. Select Dynamic and use DHCP to obtain the network configuration. If Use DHCP to contain network configuration is grayed out, you may need to use ControlFlash software to upgrade the latest firmware in the Ethernet module.
Page 164 Appendix A Logix Communication and Controller Configuration 3. Click Next. 4. Select the module you would like to update and click Next. RSLinx software starts. Publication IASIMP-QS015C-EN-P - August 2011...
Page 165 Logix Communication and Controller Configuration Appendix A 5. Click OK. Be sure that the update you are about to make is the correct one for your device. ATTENTION If it is not, unpredictable system operation may result. 6. In the left pane, navigate to the Ethernet module you want to upgrade and click OK.
Page 166 Appendix A Logix Communication and Controller Configuration 7. Highlight the revision you want to upgrade to and click Next. 8. Click Finish. 9. Click Yes to update. 10. When the update is complete, verify that the module resets and the front-panel status indicator displays the correct revision and click OK.
Page 167 Logix Communication and Controller Configuration Appendix A 11. Click Cancel. 12. Click Yes if there are no more modules to upgrade. Publication IASIMP-QS015C-EN-P - August 2011...
Page 168: Browse The Ethernet/Ip Network Devices
Appendix A Logix Communication and Controller Configuration Browse the EtherNet/IP Network Devices Follow these steps to verify that all of your network devices are present in RSLinx Classic software. 1. Click to view the EtherNet/IP driver and devices on the network. 2.
Page 169 Logix Communication and Controller Configuration Appendix A 3. Select the logix controller if different than the previous path. The Update Firmware button will illuminate. 4. Click Update Firmware. 5. Verify firmware revision and click Update. Publication IASIMP-QS015C-EN-P - August 2011...
Page 170: Create A New Project File In Rslogix 5000 Software
Appendix A Logix Communication and Controller Configuration Create a New Project File in RSLogix 5000 Software 1. Launch RSLogix 5000 software. 2. Click New Project. The New Controller dialog box opens. 3. From the Type pull-down menu, choose the controller. 4.
Page 171: Configure Your Ethernet Module
Logix Communication and Controller Configuration Appendix A Configure Your Ethernet Module 1. Expand I/O Configuration in the system tree. This example features the CompactLogix 1768-ENBT ethernet module. The steps to configure other Logix ethernet modules are similar. For instructions on configuring other ethernet modules, refer to the Start Pages within RSLogix 5000 software.
Page 172 Appendix A Logix Communication and Controller Configuration 6. Enter a Name for the module. 7. Enter the IP Address of your Logix controller network module. Refer to Browse the EtherNet/IP Network Devices page 168 the IP address. 8. From the Electronic Keying pull-down menu, choose Disable Keying.
Page 173: Create New Factorytalk View Application
Appendix FactoryTalk View Application Configuration In this appendix you will create a new FactoryTalk View application and configure communication. Create New FactoryTalk View Application 1. Launch FactoryTalk View software. 2. Click the New tab. 3. Enter the application name. 4. From the Language pull-down menu, choose English (United States), en-US.
Page 174: Create Design (Local) And Runtime (Target) Shortcuts
Appendix B FactoryTalk View Application Configuration Create Design (local) and Runtime (target) Shortcuts FactoryTalk View Studio software lets you configure independent communication methods for application Design (local) and for Runtime (target) deployment. This functionality lets you test applications on the development machine before it is deployed on a terminal.
Page 175: Configure Design (Local) Communication
Appendix B Configure Design (local) Communication The local tab in Communication Setup reflects the view of the topology from the RSLinx Enterprise server on the development computer. For this example, the development computer is communicating with the L63 ControlLogix controller via Ethernet network. Follow these steps to setup the Design Time path.
Page 176: Configure Runtime (Target) Communication
Appendix B Configure Runtime (Target) Communication The target tab displays the offline configuration from the perspective of the device that will be running the application and comprises the topology that will be loaded into a PanelView Plus or PanelView Plus CE terminal.
Page 177: Before You Begin
Appendix ArmorStart Configuration Using 193-DNCT Device In this chapter you will learn how to configure your ArmorStart device by using the 193-DNCT hand-held device. Some of the things that you can use the 193-DNCT device for include: • commissioning the ArmorStart distributed motor controller. •...
Page 178: Follow These Steps
Appendix C ArmorStart Configuration Using 193-DNCT Device Follow These Steps Complete the following steps to configure your ArmorStart device by using the 193-DNCT hand-held device. Connect to the ArmorStart Controller page 179 Applying Power to the 193-DNCT Terminal page 180 Hand-held Terminal Keys page 181 Browse through the Network...
Page 179: Connect To The Armorstart Controller
ArmorStart Configuration Using 193-DNCT Device Appendix C Connect to the ArmorStart Controller Follow this procedure to connect the 193-DNCT terminal to the ArmorStart controller. 1. Mount the 1485P-P1R5-MN5R1 mini-mini-micro tee port to the DeviceNet connection on one of the ArmorStart controllers in your application. It does not matter which ArmorStart controller you connect to on the network.
Page 180: Applying Power To The 193-Dnct Terminal
Appendix C Applying Power to the 193-DNCT Terminal The DeviceNet configuration terminal (catalog number 193-DNCT) is shipped so that when it is placed on the network for the first time, it will automatically set its baud rate to that of the traffic on the network, and then assign itself an unused network address.
Page 181: Hand-Held Terminal Keys
ArmorStart Configuration Using 193-DNCT Device Appendix C Hand-held Terminal Keys The table provides descriptions of the hand-held terminal keypad. Description Escape Key. Exit a menu or cancel a change. Select key. Select a value, digit, or screen choice. Increment key. Scroll through options, increase a value, or toggle a bit. Decrement key.
Page 182: Browse Through The Network To Select Your Armorstart Controller
Appendix C ArmorStart Configuration Using 193-DNCT Device The following table describes the alternate functionality of each key when it is pressed after the Shift key. Alternate Functionality Key Sequence Description The letter A. Used to enter values in hexadecimal. The letter B. Used to enter values in hexadecimal. The letter C.
Page 183: Select And Monitor Parameters
ArmorStart Configuration Using 193-DNCT Device Appendix C The following Device Choices menu appears. Button Description Version Displays Version information for the selected device. Provides access to configuration and status parameters for the selected device. Allows the operator to search for Params parameters that are not at factory defaults.
Page 184: Monitor A Parameter
Appendix C ArmorStart Configuration Using 193-DNCT Device Monitor a Parameter To monitor a parameter, select the desired parameter by completing steps 1…4 Select a Parameter. The parameter screen displays all information for a single parameter. Parameter values are continuously updated. Parameter number Indicates that this parameter is Read Only and its value cannot be edited.
Page 185: Change Parameters
ArmorStart Configuration Using 193-DNCT Device Appendix C Change Parameters The parameter screens have slightly different formats for each parameter data type. The three different parameter screen types are bit enumerated Boolean, numeric, and value enumerated. Change a Bit Numeric Parameter To change a bit numeric parameter follow these steps.
Page 186: Change A Numeric Parameter
Appendix C Change a Numeric Parameter To change a numeric parameter, follow these steps. 1. Select the desired parameter by completing steps 1…4 Select a Parameter. 2. Press in the given parameter. 3. Use the up and down or numeric keys to change the value.
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