se_1734_digitalanalog_faceplate_user_instructions

1、User Instructions:SE 1734 Point I/O Faceplates with Descriptions01/09 Rev 1The SE 1734 Point I/O Faceplates files allow you to quickly load, configure, and use preconfigured status and diagnostic displays or faceplates for 1734 Analog and Digital I/O using RSView or Factory Talk View SE Edition.The

2、pictures below show examples of the on-top status and diagnostic displays or faceplates for both digital and analog 1734 I/O modules. These displays can be launched from Goto buttons you configure. These faceplates give users the option of adding I/O text descriptions next to each discrete I/O point

3、 or analog channel.Digital Faceplate ExampleAnalog Faceplate Example1System CompatibilityThe faceplate files are compatible with: RSLogix5000 V15 or laterRSView or Factory Talk View SE Edition 4.0 or later.The latest RSView Studio SE Edition 4.0 patches may be found within the Rockwell Automation Kn

4、owledgebase at the following website/ Answer ID: /knowledgebaseAnswer ID: 35779NOTE: These instructions are for Distributed I/O on EtherNet/IP and Control Net but not Device Net.The following modules are compatible with these instructions.Digital1734-IA21734-IB21724-I

5、B41734-IB81734-IM21734-IV21734-IV41734-IV81734-OA21734-OB21734-OB2E1734-OB2EP1734-OB41734-OB4E1734-OB81734-OB8E1734-OV2E1734-OV4E1734-OV8E1734-OW21734-OW41734-OX2Analog1734-IE2C1734-IE2V1734-IR21734-IT2I1734-OE2C1734-OE2VGeneral Setup1) After downloading your file, the following folder will be creat

6、ed: SE_1734_Digital&Analog_Faceplate_Files. This file will contain all of the required files needed for configuring the 1734 I/O faceplates in your application.Logix Configuration1) Open existing Logix file with RSLogix50002) Add and configure the desired Point I/O modules2a.For distributed I/O, rig

7、ht click the appropriate 1769 EtherNet/IP or Control Net Port (or if using the L4x controller, right click on the 1768 Bus) and select “New Module”.b.For the L3x controllers skip to step 2f.c.For the L4x controller, select the appropriate 1768 EtherNet/IP or Control Net Communications module.d.Give

8、the new Communications module a name, a description and enter the correct chassis size. For an ENBT give the IP address. For a CNB give the node number.e.Right click the Communication module you just configured and select “New Module” to add the appropriate network adapter.3f.Select the appropriate

9、adapter module for the distributed I/O you are using.g.Give the new Adapter module a name, a description and enter the correct chassis size. For a 1734-AENT set the IP address. For a 1734-ACNR set the node number.h.Right click the Adapter module for the intended Point I/O and select “New Module”. se

10、lect the appropriate Point I/O module.Then4i.Enter a distinct module name and description.j.Repeat steps 2h-2i for all input and output Point I/O modules.RSView SE Configuration1) Open your existing RSView SE application that you wish to add the Point I/O faceplate to.2) Add the appropriate “SE_1734

11、-Ixx_Faceplate.gfx” or “SE_1734-Oxx_Faceplate.gfx” file to your displaysa.Right-click on Displays, and select Add Component into Application. Browse to the SE_1734_Digital&Analog_Faceplate_Files folder and select the faceplate GFX file that matches the module you wish to create a faceplate for.53)Ad

12、d the faceplate parameter file “SE_1734_Parameter.par” to your RSView SE application.a.Right-click on Parameters, and select Add component to application. Browse to the SE_1734_Faceplate_Files folder and select the “SE_1734_Parameter.par” file and rename as you would like see it in your application

13、and click Open button.b.Now open the parameter file that you just added and edit the “parameter tag name” to match your application. The “parameter tag name” needs to include the RSLinx Enterprise “Device Shortcut” name of your systems controller and the Logix “tag name” of the intended Point I/O mo

14、dule to monitor.6i.Double-click on the faceplate parameter file, and edit the “Device Shortcut” name (in this example it is CLX-L43) to match the Logix controller that was previously configured in your RSLinx Enterprise Communication Setup.#1=:CLX-L43Network_Adapter:1ii. Enter the desired Logix “tag

15、 name” of the intended Point I/O module to monitor.(For modules that are distributed, this tag name will be the name of the I/O adapter followed by a “:” and the slot location of the module, i.e., Network_Adapter:1.)Close and Save changes.#1=:CLX-L43Network_Adapter:1To add parameter files for additi

16、onal Point I/O modules, simply repeat steps a. and b above, creating a unique parameter name and assigning the associated “Device Shortcut” and Logix “tag name” for each module.Example: #1=CLX-L43Network_Adapter_2:1 (“Network_Adapter_2” represents another unique name for an I/O adapter on the networ

17、k and “:1” represents the module in slot 1.)74) Add text descriptions to the Device Faceplate I/O.Revision 2 of the Device Faceplates has been designed to allow users to add optional text descriptions next to each discrete I/O point or analog channel on the faceplate.a.Open your display you wish to

18、add I/O descriptions to.b.Right click on the display and open the “Object Explorer”.c.Browse under the “Manual_Group” to find each group of I/O data, called “Data_x_x_Group”. (For analog or low count I/O modules, the grouping or data group name may be slightly different.)d.Find the “Txt_Desc_x” text

19、 object for the desired I/O you wish to add a text description to.8e.Double click to open the Text Properties box and enter your description.f.Click OK to complete. Verify your text appears as desired.g.Repeat steps 4c-4f for each I/O point or channel.95)Create the display navigation to open the Point I/O Faceplates at runtime.a.b.c.On a desired graphic display, create a new button for each I/O module. Double-click the button you created to ope