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9/18/2013 Copyright © 2013 Honeywell International Inc. 1

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Topic: C300 Hardware Configuration

Contents

Instructions for C300 Hardware Configuration ......................................................................................3

Configure C300 Controller and Series C IOM in SIM-C300..................................................................5

Import the Remaining Series C IO in to SIM-C300 .............................................................................17

2 Copyright © 2013 Honeywell International Inc. 9/18/2013



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C300 Hardware Configuration

Instructions for C300 Hardware Configuration





Introduction

This portion of the lab describes how to follow the ‘Controller Hardware Configuration’ lab.

Procedure

Step Action

1 Select ONLY one of the following:

Read the IMPORTANT information below.

In class, students can choose to configure hardware and points for either a C200E, or a C300. It is not possible for students to complete labs for both. Therefore, each student must decide whether they will configure hardware and points for a C200E, or a C300.

There are several reasons that only one or the other can be done: Time allocated to the course (1 week), tag names cannot be duplicated on a server, the AC “simulator” Excel spread sheet, the AC HMI Web pre-built displays, etc.

Please select whether you will be performing labs for the C200E (and Series A I/O modules) or for C300 (and Series C I/O Modules). Select only one of the following:

_______ C200E (and Series A I/O modules)

_______ C300 (and Series C I/O Modules)

2 If you selected, C200 E ( and Series C A I/O Modules) Skip this lesson


Configure C300 Controller and Series C IOM in SIM-C300





Practice

Introduction

In this lab, you will learn how to configure a simulated C300, referred to as a SIM-C300. The SIM-C300 supports full simulation of the C300 controller including load and execution of all function blocks supported by the C300 controller, a CEE executing with the same base execution cycles, blocks executing with the same block execution period selections, and interaction with Series C I/O and PM I/O.

Objective

• Configure a SIM-C300 Controller in Control Builder

• Configure a SIM-C300 CEE in Control Builder

• Configure the 2 IOLINKs

• Configure Series C IOM

• Download and activate the SIM-C300, CEE, and IOM

• Verify online SIM-C300 controller in Control Builder

• Verify online SIM-C300 CEE Statistics in Control Builder






Procedure

Complete the Following Steps in Control Builder

Add a New SIM-C300 Controller

Step Action

1 Open the Control Builder if not opened.

2 Click FileNew Controllers C300 – Controller (2 I/O Links).

ATTENTION

C300 and SIM-C300 share the same template.






Step Action

3 Enter the Data for each configuration parameter as shown below.

The figure shows the configuration for SIM-C300 controller.

Name – Enter the name as SIM_C300

Item Name - Enter SIM_C300Item

Select the check box option “Load to simulation Environment”

Host Name – Simulation node name

ATTENTION

Enter the Host Name of your Experion server and press Enter. The Host IP Address should automatically be entered. If it is not, get the IP address from your course manager.






Step Action

4 Keep all the other settings as default.

5 Click OK.

6

ATTENTION

The following ‘Form Validation’ error is expected. For a SIM C300, a device index is not necessary, and was not entered. On a real C300, it would have been necessary to enter a device index.

Click “Close” on “Form Validation” screen

7 Double click the CEE to open Module Properties.






Step Action

8 Change the name to SIM_CEEC300, and change the Item Name to SIM_CEEC300Item. Keep all the other settings as default and Click OK.

9 Double click the first IOLINK to open Module Properties.






Step Action

10 Change the name to Series_C_IOLINK, and change the Item Name to Series_C_IOLINK_Item.

Select the I/O family as SERIES _C_IO_TYPE. Keep all other settings as default and Click OK.

11 Double click second IOLINK to open Module Properties.

12 Change the name to PMIO_IOLINK, and change the Item Name to PMIO_IOLINK_Item.

Select the IO family as PM_IO_TYPE. Keep all other settings as default and Click OK.

ATTENTION

This PMIO Link configuration is required to be done in class for PM IOP configuration on the last day of this course as part of the optional PMIO lesson.






Step Action

Configure IO Modules for Series C IO

13 Click File New I/O Modules Series_C_IO AI-HL High Level Analog Input.






Step Action

14 Tag Name – Enter the name as C_AI_1

Item Name - Enter C_AI_1_Item

IOM Number - 1

Keep all other settings as default and click OK.

15 Configure a Series C type Digital Input module- DI-HV- High Voltage digital Input, 32 channels

Tag Name – Enter the name as C_DI_6

Item Name - Enter C_DI_6_Item

IOM Number – 6

Keep all other settings as default and click OK.

16 Assign C_AI_1 and C_DI_6 to Series_C_IOLINK.

17 Select SIM_C300 in Project tree.

18 Click on icon on the control builder tool bar to download the SIM-C300.

19 Click Continue, and click OK in the Load Dialog window. Do not select ‘Post Load State’ checkbox.

20 Click the Monitoring tab and note that SIM_C300 blocks appear with “S” and it is blue indicating that it is loaded, but is not active.






Step Action

21 Right-click SIM_CEEC300 and select Change State. This will open Request Value Change dialog box.

22 Select the CEE Command WARMSTART, and select Yes when prompted for Change Online Value.






Step Action

23

ATTENTION

The IOLINKs do not contain IOMs, so you have to load IOMs separately.

Click on one of the IOMs in the Project window and click on the icon on the Control Builder tool bar to download the IOM. Do not select ‘Post Load State’ checkbox.

24 Download both C_AI_1 and C_DI_6

25 Click the Monitoring tab. IOMs appear in blue indicating as loaded and inactive.






Step Action

26 Right-click on each IOM and select Activate Selected Item(s). Select Yes when prompted for change state.

27 The IOMs are green indicating that they are active.

28 The SIM C300 configuration is complete.


Import the Remaining Series C IO in to SIM-C300





Practice

Objective

• Import the remaining hardware modules.

• Observe the operation of the Import/Export function.

Prerequisites

• Experion PKS Server setup and configured to run a C300/SIM C300 controller.

Introduction

• To study the Import/Export facility of Control Builder, we will import the other IOMs to create in the database. Using the Import/Export functionality, you can copy/paste items from one project to other.

• A Project file can contain many items such as IOMs and CMs. From Control Builder you can use the Import/ Export tool to copy part or all of one project to another.

• “Import” copies designated function blocks from the Import/Export files located in the directory shown in the Import form to the Control Builder Project. In this lab we will import the remaining Input/Output modules into the project. These IOMs are pre-configured, already exported and located in the following directory: C:\Users\Public\Public Documents\Honeywell\Experion PKS\ IXPORT\C300\L06_C300 Hardware Configuration






Complete the Following Steps Using Control Builder

Step Action

1 In the Project window, select File > Import to call up the import box.

• Browse to: C:\Users\Public\Public Documents\Honeywell\Experion PKS\ IXPORT\C300\L06_C300 hardware Configuration.

• After browsing to the directory location, all the objects available for import are displayed in the Object list box.

ATTENTION

When the dialog box opens, the Project Tree window closes automatically.

Your list may be different and contain additional items.






Step Action

2 Select only the following Blocks from the Object list:

C_AI_7

C_AI_3

C_AO_4

C_AO_5

C_DO_7

C_DO_8

Selection can be done with the <SHIFT> button or the <CTRL> button.

• Keep the option “Import CEE Assignments” selected.

ATTENTION

This option imports and assigns the above items to the SIM_CEEC300. If this option is not selected, then the imported function blocks are imported as unassigned blocks. The assignment option can be used because the items being imported are being assigned to the same “named” SCE/CEE from where they were exported.

3 Check “Show Description” from Import Option.






Step Action

4 You can see descriptions for the respective object under Description field.

Note – You can view descriptions for objects only if it is available for particular object.

5 Uncheck Show Description option. Select ‘Enable Object Rename’ from Import Option.






Step Action

6 A New Name option will appear in “Selected Objects for Import” Box. Rename the following objects as shown below.

Name New Name

C_AI_7 C_AI_2

C_AI_3 C_AI_1

Here you can see C_AI_2 is in blue color under new name, it means the new name is acceptable. But as C_AI_1 appears in red, an object with the same name already exists in the import set. (If you recall the previous lab, we have created an Analog input module with same Tag Name.)






Step Action

7 Rename C_AI_3 as it is as shown.

TIP

Two objects cannot be configured with same name.

8 Click on the Import button to import the all selected objects. Objects will be imported with their new name.

ATTENTION

Once objects are renamed, they will be imported with new name only.






Step Action

9 Click the Import button. The following dialog box will appear, indicating the status of the import.

ATTENTION

After a successful import, this dialog box closes.






Step Action

10 Open the Project Tree window, if not already open.

1. After importing all required modules, the I/O listed will appear similar to the illustration below.

11 Press and hold the <CTRL> key and select all the I/O modules which have not yet been downloaded.

12 Click the button and download all the I/O modules to the database.

13 Click Continue in the Load window.






Step Action

14 Verify that the checkboxes, shown below, are selected.

15 Click OK to start the download.

16 Click Continue if a Warning message is displayed.

17 Click the Monitoring tab and verify that all the IOs are loaded and active (green).