ArmorStartLT实验手册资料.docx

1、ArmorStartLT实验手册资料IC Component HOTT 2013ArmorStart LT培训实验手册分布式马达起动器 ArmorStart LT 动手实验关于本动手实验ArmorStart LT Distributed Motor Controllers are ideally suited for on-machine conveyor and material handling applications. The embedded EtherNet/IP and RSLogix 5000 add-on profile make development quick and

2、efficient. The Lab contains six sections that will elaborate on connectivity, AOP description and walkthrough, Web-server, DeviceLogix programming and ArmorStart LT EtherNet/IP Network topology configuration. This Lab is specifically for the following Demo Boxes:实验材料本动手实验需要以下材料，以保证您完成本手册中的各项实验。硬件便携式

3、计算机(自带)291E演示箱294演示箱ControlLogix L63 演示箱 Verify Demo Box Connections:ArmorStart I/O: Verify that all the I/O is plugged in the respective spots as labeled/.软件本动手实验使用如下软件：RSLogix 5000 v20.1RSLinx v2.57 实验文件本动手实验使用如下文件：E:HOTT_2013IC_COMP_HOTT文档惯例在本手册中，我们借助以下惯例来指导您使用各种实验材料。样式或符号：表示：以斜体加粗显示的文字（例如，RSLogi

4、x 5000 或 OK）必须单击的项目或按钮，或包含必选选项或命令的菜单名。这是您在屏幕上或示例中所看到项目的实际名称。以斜体加粗显示的参数（例如，RSLogix 5000 或 OK）参数名称后跟(xx)(xx) 中的数字表示参数编号（例如，Current Limit Level (53) 450% 表示参数 53，Current Limit Level）。以斜体加粗显示并括在双引号中的文字（例如，“Controller1”）必须在特定字段中键入的项目。这是您必须根据应用提供的信息（例如，变量）。注：当您在字段中键入文本时，不需要键入引号，仅需键入括在引号内的文字（例如，Controller1

5、）。此灰色框中显示的文本是有关实验材料的补充说明信息，并不是完成实验练习的必读信息。使用这种符号显示的文本可能为您提供一些实用的提示，使该产品更易于使用。大多数情况下，作者都以这种“提示文本”的形式来传达他们希望学习者看到的重要信息。注：如果文本中未指明鼠标按钮，应当单击鼠标左键。实验 1：把 ArmorStart LT 添加到 RSLogix 5000学员目标This section will show you how to add an ArmorStart Add-On-Profile (AOP) to RSLogix 5000. 实验提示The IP Address for the 2

6、9xE is 192.168.1.10The IP Address for the ControlLogix is 192.168.1.45实验步骤1.Using RS Logix 5000 software, open the project C:HOTT_2013Armo_291E.ACD. 2.Add a new module in the project: Expand the I/O Configuration tab and right click on Ethernet. Select New Module.3.Select the ArmorStart LT in your a

7、pplication and click OK. For this Lab we are selecting the 291EFAZ. If instead, you have the Drive version ArmorStart LT Demo Box 294E, select the 294E-FD1P5Z.4.The AOP is shown below. Enter a Name for this ArmorStart and an Ethernet Address. This section will use the Private Network setting. This s

8、hould be set to match the IP address switch setting on the ArmorStart. Then press OK.5.Notice that the ArmorStart LT is now on the Ethernet tree in the Controller organizer as shown below.6.Double-click on the 291E-FAZ/A ArmorStart_LT to re-open the Add On Profile (AOP). 7.Offline - General:8.In the

9、 Module Definition, click to be able to configure the ArmorStarts I/O and disable the Hand-Off-Auto (HOA) Keypad unless there is one in the device. For this lab, configure the I/O as shown below and then click OK. 9.Offline - Connection:10.Offline Motor Protection and Control:11.Offline User I/O:12.

10、Offline Fault Configuration:13.If a controller path is not set on the field shown below, you must set a path first before going Online with the controller. Click on the RSwho button shown below.14.Expand and browse the AB_ETHIP-1, Ethernet driver. 15.Select the Controller path and then click Go Onli

11、ne.16.The following will appear. Click on Download to connect to the controller. 17.If a download confirmation screen appears, click Download again. 18.Click Yes to bring the controller back to Remote Run.19.The controller should now be online. If at any point you go offline and a path is selected,

12、you can also go online by clicking the offline drop down in the upper left corner of the screen. Click on Go Online to connect to the ArmorStart, as shown below. If a yellow triangle appears next to the ArmorStart Icon in the Controller Organizer Tree as shown below, it means that the connection is

13、faulted. You need to fix the problem before you can connect to the ArmorStart. The lab steps to follow assume that the connection was successful. Common scenarios for this will be that the IP address doesnt match or that the module picked is incorrect.20.Online Module Info21.Online - Internet Protoc

14、ol22.Online - Port Configuration23.Online - Network实验2 通过内置的Web Server来访问ArmorStart LT学员目标This section will show you how to access the built-in web server of ArmorStart LT. 实验提示The IP Address for the 29xE is 192.168.1.10实验步骤1.Open your preferred internet web browser.2.Enter the IP address of the des

15、ired ArmorStart. In this case well use 192.168.1.10. The web server shown below should appear in your web browser. 3.From here you are able to view parameter settings, the device status, and diagnostics by clicking in any of the folders listed in the left side of the web server.4.From here you are a

16、ble to view parameter settings, the device status, and diagnostics by clicking in any of the folders listed in the left side of the web server.5.If you click in any of the folders they will expand and show their content 6.If you click in any of the folders contents, the web server will display the c

17、ontent in multiple tabs as well. Navigate the folders using the tabs or the sub-groups categories in the folders. In the screen shown above, you can find the ArmorStarts Basic Status tab where you can obtain information such as the FLA setting, last fault experienced and more. 7.Set refresh rate on

18、the bottom of the screen shown above to 2 seconds to be able to observe basic status while using the browser. Web Server Functionality Once the web server has been accessed from the web browser, you can click in any of the folders in the left side of the web server to look for the desired informatio

19、n or to configure the desired parameter. Now, well review the functionality of the web server starting with the parameter folder. Parameters 1.Click on the Parameters folder. This will expand the folder. The parameters are divided into different categories, as shown in the figure below. 2.Parameters

20、 can be viewed and modified using the web browser. For example, if we wanted to edit User I/O parameter(s), on the screen shown below, click Edit as shown.3.This will bring up the following pop-up window, which prompts the user to enter the User Name and Password. The default User Name is Administra

21、tor and there is no password set by default. 4.The user is expected to change the User Name (Log in) and Password to avoid unauthorized access to the device configuration. Well show how to do so later in this Lab. 5. Once the correct User Name and Password have been entered, youll be able to edit th

22、e parameters. It can be seen now that you can change things like the configurable I/O assignments as shown below. (Note: Only use the Web Server to change parameters if that is your only option. It is recommended to use the RSLogix 5000 Add on profile (AOP) to make parameter changes. This ensures ch

23、anges will be recorded in the project file. )Diagnostics 1.The Diagnostics folder contains information regarding the ArmorStart. The information is grouped in different categories, as shown in the figure below. This information can be used to troubleshoot or take preventing action before a problem a

24、rises in the specific application that you are running. 2.2. Click on the Diagnostics Overview group, for example, this will provide general information about the ArmorStart, like shown in the figure below.Setting Up the Device Password 1.The Administrative Settings folder will allow you to configur

25、e the network, security access and e-mail notifications. By clicking in the administrative settings folder the folder will expand and youll be able to see the following: 2.To be able to make any changes, you need to have the proper security clearance. If you click on any of the subcategories, youll

26、be prompted to enter a User Name and Password. The default User Name is Administrator and there is no password set by default. 3.You should set up a password to make sure only authorized personnel has access to Administrative Settings. Click in the Password Configuration tab (category), enter Admini

27、strator for the user name and click OK. There is no default password. DO NOT SET A NEW PASSWORD in this Lab, leave it blank.实验3: 对294E/291E进行DeviceLogix编程学员目标This section will show you how to program simple logic in DeviceLogix of ArmorStat LT. 实验提示The IP Address for the 29xE is 192.168.1.10The IP A

28、ddress for the ControlLogix is 192.168.1.45实验步骤1.Make sure you have completed Labs1 & 2, in which a New project has been created in RS Logix5000 and a 294E ArmorStart LT has been added in the Ethernet tree and configured.2.If the Controller is Online, Go Offline for the flow of the following steps.3

29、.The Controller Organizer has the ArmorStart LT in the Ethernet tree. Double-click the 294E-FD1P5Z/A to bring up the add-on profile(AOP).4.Click on the Launch Editor under DeviceLogix to start programming.5.Add the following function blocks and inputs to provide the desired functionality to the syst

30、em. 6.After the DeviceLogix program has been completed, close the Editor and Accept the Edits.7. The DeviceLogix must be Enabled for the logic to override the controller. Click OK to close the AOP.8.Go offline with your controller as shown below. Then press Download. Refer to Lab 1 in case this is t

31、he first time going online with the controller.9.You may be prompted again to change the controller back to “Remote Run,” this time, click YES.10.If the prompt does not appear, manually change the PLC to “Remote Run” from the dropdown menu, as shown.11.The PLC is now online. If at any point, you need to take the controller offline, click offline from the dropdown menu in the upper left corner. When the ArmorStart LT is online, the upper left corner will look like the following:12.测试功能Pt15DeviceIn=0 (I/O本地控制无效)oDI1能否控制DO1?oDI2能否控制DO2?oDI3能否控制DO3?Pt15D