Micromod Micro-DCI: 53MC5000 Training Manual Manual de usuario

53MC5000 Instrument Engineer Configuration Training Course No. 5100 Basic Configuration and Programming

Training Manual Hardware Familiarization Lab 2 - 2 2. Remove the Front Display Panel: After removing the power, keep the instrument on the table.

Training Manual Micro-Tools Lab 8 - 12 various icons in the right hand frame. These icons are named for the function they perform: • Database •

Training Manual Micro-Tools Lab 8 - 13 Figure 8.19. Controller Database Window • Notice that the mode of editing this database is Online as indi

Training Manual Micro-Tools Lab 8 - 14 Figure 8.20. Controller Function Index • This window also has a tool for modifying the controllers functi

Training Manual Micro-Tools Lab 8 - 15 Figure 8.21. Display Test • The controller display will start alternating between complete illumination a

Training Manual Micro-Tools Lab 8 - 16 Figure 8.23. Function Index - FCS • Display test will stop and the controller will return to its previous

Training Manual Micro-Tools Lab 8 - 17 Figure 8.24. Single Loop Control 9. Download a Two loop strategy: Next we will replace the standard (defa

Training Manual Micro-Tools Lab 8 - 18 • The System Module Parameters dialog box will be displayed next. See the next figure. There are entries f

Training Manual Micro-Tools Lab 8 - 19 Figure 8.27. System parameters • Select Two Loop Controller from this drop-down menu. The selected contro

Training Manual Micro-Tools Lab 8 - 20 placed in a safe mode we refer to as the suspend mode. Suspend mode is identified by the MicroDCI logo dis

Training Manual Micro-Tools Lab 8 - 21 Figure 8.30. Function Index - FCS • The instrument will start running the Two loop strategy now and will

Training Manual Hardware Familiarization Lab 2 - 3 3. Remove the expansion chassis (if present): • Use the metal option card retainer to free t

Training Manual Micro-Tools Lab 8 - 22 Figure 8.31. Two loop control 11. View the loop displays: As in the Single loop strategy, there are displ

Training Manual Micro-Tools Lab 8 - 23 12. View the Database Values: As we explained before, all the configuration parameters are stored in the c

Training Manual Micro-Tools Lab 8 - 24 Figure 8.33. Database Window • The Database Values dialog box will appear as shown in the next figure:

Training Manual Micro-Tools Lab 8 - 25 Figure 8.34. Data Tables • This dialog box has a Tab for each data type. You can select database values o

Training Manual Micro-Tools Lab 8 - 26 Figure 8.35. Data Tables • This will change the value of control loop 0’s setpoint. The value that is sho

9 - 1 9 F-CIM Lab 9.1 Foreword F-CIM (Control Interconnection Modules) provides a method of optimizing the controller’s standard functionality. Thi

Training Manual F-CIM Lab 9 - 2 9.3 F-CIM Programming 9.3.1 Module Library The standard Module Library consists of the following blocks or modules

Training Manual F-CIM Lab 9 - 3 9.3.3 Steps of Programming F-CIM The steps involved in programming the controller using F-CIM are: 1. Define the

Training Manual F-CIM Lab 9 - 4 9.4 Instructions 9.4.1 Part 1 – F-CIM Programming from front face 1. Define the process control strategy to be i

Training Manual F-CIM Lab 9 - 5 Figure 9 .1. F-CIM Program Block Diagram SP 0F-CIM 044RSP RE STV SWSPTSP SP PVDVDEV 0F-CIM 047DVCOPID 0F-CIM 041RF

Training Manual Hardware Familiarization Lab 2 - 4 Figure 2 .3. MC5000 – Expansion board 4. Remove the Main board from the housing: • Use the p

Training Manual F-CIM Lab 9 - 6 Inputs Table 9 .2 F-CIM Directory Block Name F-CIM Number Sn-1 AIN BIN CIN Type Description ADD 99 * C X X R AD

Training Manual F-CIM Lab 9 - 7 Inputs Table 9 .2 F-CIM Directory – Continued Block Name F-CIM NumberSn-1 AIN BIN CIN Type Description PID2 6

Training Manual F-CIM Lab 9 - 8 5. So far it has been only paperwork. The next step is to enter the function block inputs and parameters into th

Training Manual F-CIM Lab 9 - 9 The View Mode: The View command is used for displaying the contents of the specified step. This includes the step

Training Manual F-CIM Lab 9 - 10 Figure 9 .4. FCIM VIEW The Erase Mode: The ERASE command is used for clearing the entire F-CIM program. Adde

Training Manual F-CIM Lab 9 - 11 Figure 9.5. FCIM ERASE 6. Erase the existing program Code: Before we begin our data entry, let us clear any ex

Training Manual F-CIM Lab 9 - 12 • After the program is erased, the controller will display the MicroDCI logo and the line ERASE at the bottom as

Training Manual F-CIM Lab 9 - 13 Figure 9 .8. FCIM BUILD • The bottom line will display STEP? This means that you are prompted

Training Manual F-CIM Lab 9 - 14 number is next, followed by the three possible inputs: A, B, or C. The bottom line displays REPLACE. Figure 9 .10

Training Manual F-CIM Lab 9 - 15 Figure 9 .11. FCIM BUILD • In our program, this value should read 086. Refer to Table 9-3. Use the UP/DOWN/LEFT

Training Manual Hardware Familiarization Lab 2 - 5 • The main PCB consists of the CPU, RAM, PROM etc. and is shown with the power supply board at

Training Manual F-CIM Lab 9 - 16 • Next we want to enter a value of H01 for the A Input of this F-CIM block. (Refer to Table 9-3, Step 00). When

Training Manual F-CIM Lab 9 - 17 Figure 9.14. FCIM BUILD # At any time if you need help on navigating through different steps and within a step

Training Manual F-CIM Lab 9 - 18 Figure 9.15. F-CIM Program Flow diagram CONFIGURE F-CIM DISPLAYVIEW BUILD ERASEREPLACE INSERT DELETESTEP00FUNCTIO

Training Manual F-CIM Lab 9 - 19 8. Enter Steps 01 through 06: • Press the UP arrow key to go to the next step. The display will look like the n

Training Manual F-CIM Lab 9 - 20 • Program Step 01 from here. Refer to the Worksheet in Table 9-3 for the function code and inputs A, B and C. Fo

Training Manual F-CIM Lab 9 - 21 Figure 9.19. FCIM BUILD 10. Exit the Program mode: • Press F1 again. You will be at the top level (PROGRAM/DIS

Training Manual F-CIM Lab 9 - 22 Figure 9.20. PROGRAM 11. Enter the CONFIGURE mode: An important step in F-CIM programming is that after complet

Training Manual F-CIM Lab 9 - 23 Figure 9.21. CONFIGURE 12. Run the F-CIM program: Press the F3 button while CONFIGURE is displayed at the bott

Training Manual F-CIM Lab 9 - 24 Figure 9.22. FCIM RUNNING 13. Test the program: It is time to test your program now. Review the requirements as

Training Manual F-CIM Lab 9 - 25 9.4.2 Part 2 - F-CIM Programming from Micro-Tools In Part 1, we learnt how to program F-CIM from the front keyp

Training Manual Hardware Familiarization Lab 2 - 6 5. Rear Terminations: • Look at the back of the instrument. The rear termination is a two-pie

Training Manual F-CIM Lab 9 - 26 Figure 9.24. FCIM Editor # In the Function block selection list, the modules are organized by their function.

Training Manual F-CIM Lab 9 - 27 module on the worksheet, left mouse click on the module. The module will be outlined in red when selected. If y

Training Manual F-CIM Lab 9 - 28 Figure 9.27. Blocks in the F-CIM Editor 5. Connect the blocks: Our next step is to link the modules together to

Training Manual F-CIM Lab 9 - 29 Figure 9.28. FCIM Block Diagram 6. Connect the remaining lines: 1. ANI1 module output to RSP input of the SPG

Training Manual F-CIM Lab 9 - 30 Figure 9.30. FCIM Save • When you have finished review the step list or printing the step list, select OK to cl

Training Manual F-CIM Lab 9 - 31 • When the down load is complete, a Down Load Successful message will appear. Click OK to clear the message. W

Training Manual F-CIM Lab 9 - 32 Notes:

10- 1 10 F-TRAN Programming Lab 10.1 Foreword Certain complex control strategies can not be programmed using the Flexible Control Strategies (FCS).

Training Manual F-TRAN Programming Lab 10- 2 The controller is capable of storing up to 70 customer displays (provided there is sufficient memory)

Training Manual F-TRAN Programming Lab 10- 3 The maximum number for each of the program types: Control F-TRAN programs 20 Display F-TRAN progra

Training Manual Hardware Familiarization Lab 2 - 7 Figure 2 .8. MC5000 – Terminations

Training Manual F-TRAN Programming Lab 10- 4 10.4 Instructions 10.4.1 Part 1 – A simple F-TRAN Program We will program a simple Control F-TRAN pr

Training Manual F-TRAN Programming Lab 10- 5 Figure 10 .2. New F-TRAN File • Click on the OK button on this dialog box. • The Ftran editor win

Training Manual F-TRAN Programming Lab 10- 6 # The editor contains an area where the program statements can be entered. The editor also has the f

Training Manual F-TRAN Programming Lab 10- 7 Figure 10 .5. F-TRAN editor • The program should compile without errors. A message stating “Compil

Training Manual F-TRAN Programming Lab 10- 8 • Left click on the controller folder in the project tree to select it. A menu will be displayed on

Training Manual F-TRAN Programming Lab 10- 9 • A window as shown in the next figure, will pop up next. This window has two lists. There is a list

Training Manual F-TRAN Programming Lab 10- 10 • Micro-Tools will build this file and an indicator as shown in the next figure will appear showing

Training Manual F-TRAN Programming Lab 10- 11 Figure 10.15. Download F-TRAN • A message box as shown in the next figure will be displayed indic

Training Manual F-TRAN Programming Lab 10- 12 • After the download is complete, a message box will be displayed indicating “Download Completed Su

Training Manual F-TRAN Programming Lab 10- 13 Figure 10.21. Function Index- Custom • Click on the Function Index drop-down menu from the databas

Training Manual Hardware Familiarization Lab 2 - 8 5. Interface Terminal Boards (ITB): • Standard Inputs and Outputs can be terminated on the r

Training Manual F-TRAN Programming Lab 10- 14 Figure 10.23. Database Window • The Database Values window will be displayed next as shown in the

Training Manual F-TRAN Programming Lab 10- 15 Figure 10.24. Data Tables • Select the H VALUES tab. Since the analog output of our controller i

Training Manual F-TRAN Programming Lab 10- 16 • Try different values for C0 and make sure H0 changes to that value. 10.4.2 Part II – A more a

Training Manual F-TRAN Programming Lab 10- 17 DVGEN \ Deviation Generator Subroutine \ PID \ PID Control Calculation Subroutine \ A

Training Manual F-TRAN Programming Lab 10- 18 10.4.3 Part III – Display F-TRAN Program The next step is to make a display for displaying the pro

Training Manual F-TRAN Programming Lab 10- 19 Open the Project Explorer and select the Controller from the project tree. The Controller folder wil

Training Manual F-TRAN Programming Lab 10- 20 Figure 10.30. New Display F-TRAN Program • Enter the following program instructions (as shown in

Training Manual F-TRAN Programming Lab 10- 21 MOVXY 17 58 VBAR 32 32 2 MOVXY 4 58 HBAR 14 14 2 MOVXY 11 76 \ Draw the drain pipe \ VB

Training Manual F-TRAN Programming Lab 10- 22 UNITS \ MOVXY 25 55 PRINT C116 \ DISPLAY LOOP 0

Training Manual F-TRAN Programming Lab 10- 23 • Select the Control F-TRAN Programs options by clicking on the button beside it. Click on the bu

Training Manual Hardware Familiarization Lab 2 - 9

Training Manual F-TRAN Programming Lab 10- 24 Figure 10.37. F-TRAN Build • Click on the Display F-TRAN Programs button. Click on the associated

Training Manual F-TRAN Programming Lab 10- 25 Figure 10.41. F-TRAN Build Status • Click on the OK button on the Build Status window.

Training Manual F-TRAN Programming Lab 10- 26 5. Download the programs tot he controller: • Select the F-TRAN Image item form the Project Explo

Training Manual F-TRAN Programming Lab 10- 27 Figure 10.45. Suspended Mode 6. Edit the controller’s database online to run the F-TRAN Programs:

Training Manual F-TRAN Programming Lab 10- 28 Figure 10.47. F-TRAN Function Index • Select the Function Index from this window by clicking on th

Training Manual F-TRAN Programming Lab 10- 29 Figure 10.50. Display handler • Type the value 50 and then press the Enter key on your keyboard.

Training Manual F-TRAN Programming Lab 10- 30 • Test the program by changing the setpoint, output and the input values. Try also changing the set

Training Manual F-TRAN Programming Lab 10- 31 10.4.4 Part IV – Display F-TRAN with Static Display: In this part of the lab, we will create a stat

Training Manual F-TRAN Programming Lab 10- 32 Figure 10 .54. Static Display

Training Manual Hardware Familiarization Lab 2 - 10 Notes:

The Company’s policy is one of continuous product improvement and the right is reserved to modify specifications contained herein without notice.

3 - 1 3 Front Face Configuration – Single Loop Lab 3.1 Foreword This lab is designed to help you learn the basics of front face configuration, as w

i ∆ ! The Company MicroMod Automation is dedicated to improving customer efficiency by providing the most ost-effective, application-specific proces

Training Manual Front Face Configuration – Single Loop Lab 3 - 2 3.3 Instructions 3.3.1 Defaulting the controller 1. Enter configuration mode:

Training Manual Front Face Configuration – Single Loop Lab 3 - 3 Figure 3 .2. MC 5000 display and buttons 2. Select the data point B0 to default

Training Manual Front Face Configuration – Single Loop Lab 3 - 4 Figure 3 .3. Loop display and instrument in CONFIGURE mode • Press the ENTER (F

Training Manual Front Face Configuration – Single Loop Lab 3 - 5 Figure 3 .4. Instrument defaulted – MicroDCI Logo # The database location B0 is

Training Manual Front Face Configuration – Single Loop Lab 3 - 6 4. Defaulting the Flexible Control Strategy Wirelist: • Use setpoint and outp

Training Manual Front Face Configuration – Single Loop Lab 3 - 7 7. Exiting the Engineering mode: • Do this by pressing the DOT pushbutton. The

Training Manual Front Face Configuration – Single Loop Lab 3 - 8 9. View the other displays: • Press and hold the F2 button. The display GRID

Training Manual Front Face Configuration – Single Loop Lab 3 - 9 Figure 3 .7. PV Trend display • Press F2 again. The Con 0 Tuning Parameter disp

Training Manual Front Face Configuration – Single Loop Lab 3 - 10 Figure 3 .8. Tuning display • Press F2 again to display the CON-0 ALRM displa

Training Manual Front Face Configuration – Single Loop Lab 3 - 11 Figure 3 .9. CON-0 Alarm Parameter Display # Remember to press the F3 button a

P- 1 Preface About this book This training manual is for beginners who are new to the Micro-DCI product line and in particular, the 53MC5000 Proces

Training Manual Front Face Configuration – Single Loop Lab 3 - 12 Figure 3 .10. System Status Display • This display shows system parameters lik

Training Manual Front Face Configuration – Single Loop Lab 3 - 13 Figure 3 .11. System Status display

Training Manual Front Face Configuration – Single Loop Lab 3 - 14 Notes:

4-1 4 Front Face Configuration Lab – Datapoint Configuration 4.1 Foreword In the previous lab, we learned to default the instrument, load and run a s

Training Manual Front Face Configuration Lab – Datapoint Configuration 4-2 • Using the output decrease button , shift the letter C one space lef

Training Manual Front Face Configuration Lab – Datapoint Configuration 4-3 Figure 4-1. Configuration Mode # Refer to Table 4-1 for a complete l

Training Manual Front Face Configuration Lab – Datapoint Configuration 4-4 Table 4-1 Commonly Used Locations in Single Loop Controller Memory Lo

Training Manual Front Face Configuration Lab – Datapoint Configuration 4-5 Commonly Used Locations in Single Loop Controller Location C108 R

Training Manual Front Face Configuration Lab – Datapoint Configuration 4-6 Table 4- 2 Cont. Alarm configuration in Single Loop Controller Memory

Training Manual Front Face Configuration Lab – Datapoint Configuration 4-7 5. Testing the alarm limits • The controller should currently be in t

TOC - 1 Table of Contents Chapter 1: Introduction to the 53MC5000 Process Control Station. Chapter 2: Hardware Familiarization Lab – Explains how

Training Manual Front Face Configuration Lab – Datapoint Configuration 4-8 Notes:

5 - 1 5 Front Face Configuration Lab Part 3 – Module Configuration 5.1 Foreword In Part 2 of the Front Face Configuration lab, we learned to modify

Training Manual Front Face Configuration Lab Part 3 – Module Configuration 5 - 2 • Press F3 to accept the MODULE configuration mode. The fo

Training Manual Front Face Configuration Lab Part 3 – Module Configuration 5 -3 • Press F3 to accept the selection. The controller will display a

Training Manual Front Face Configuration Lab Part 3 – Module Configuration 5 - 4 Figure 5.3 Analog Input Parameter configuration main menu display

Training Manual Front Face Configuration Lab Part 3 – Module Configuration 5 -5 • Press F3 to accept this value. The display is returned to the

Training Manual Front Face Configuration Lab Part 3 – Module Configuration 5 - 6 Figure 5.6 Control Module Parameter Groupings list • The cont

Training Manual Front Face Configuration Lab Part 3 – Module Configuration 5 -7 • Using the and pushbutons, move the pointer to the IR parame

Training Manual Front Face Configuration Lab Part 3 – Module Configuration 5 - 8 4. Change the Tag Name for the Control Module 0. • Changing th

Training Manual Front Face Configuration Lab Part 3 – Module Configuration 5 -9 • Press the F2 button and notice that the highlighted symbol chan

1 - 1 1 Introduction 1.1 The Micro-DCI product line: The current Micro-DCI product line includes the following: • 53MC5000 Process Control Stati

Training Manual Front Face Configuration Lab Part 3 – Module Configuration 5 - 10 you have 5 seconds to press the DOT button again to return back

6 - 1 6 Advanced Configuration Lab 6.1 Foreword Many control strategies involve calculations and math functions besides PID control. The 53MC5000 c

Training Manual Advanced Configuration Lab 6 - 2 6.3 Instructions Part A: Math Function Block: The Math function block (or module) allows the use

Training Manual Advanced Configuration Lab 6 - 3 Table 6.1. Math Block Function Codes Function Code Math Function 0 A 1 (K1*A)+K2 2 (K1*A)

Training Manual Advanced Configuration Lab 6 - 4 2. Assign database locations to the controller math block • We will assign database locations C

Training Manual Advanced Configuration Lab 6 - 5 2. Select Parameter Module 0 • Using the / buttons, select the PARAMETER Module configurat

Training Manual Advanced Configuration Lab 6 - 6 • When all the changes have been entered, simply press the DOT button to exit engineering mode.

Training Manual Advanced Configuration Lab 6 - 7 • Press the F3 key to accept the value. INPUT 0’s value should now indicate 100.0. The result

Training Manual Advanced Configuration Lab 6 - 8 Notes:

7 - 1 7 Introduction to Micro-Tools 7.1 Foreword Micro-Tools is a Windows XP Professional based Configuration Software for the MC5000 family of Pro

Training Manual Introduction 1 - 2 1.2 Configuration/Programming Methods: The 53MC5000 Process Control Station can be programmed in 3 different wa

Training Manual Introduction to Micro-Tools 7 - 2 7.2.2 Hardware setup: We will need the following hardware setup for this lab. This is optional,

Training Manual Introduction to Micro-Tools 7 - 3 2. Type D:\SETUP.EXE or E:\SETUP.EXE etc., (depending on the drive letter assigned for use with

Training Manual Introduction to Micro-Tools 7 - 4 4. Click on Micro-Tools Setup button in this menu. The Micro-Tools Setup will start as shown be

Training Manual Introduction to Micro-Tools 7 - 5 Figure 7.4. Micro-Tools Setup License Agreement 6. Click on the “I accept the terms… selection

Training Manual Introduction to Micro-Tools 7 - 6 Figure 7.6. Micro-Tools Setup Setup Type 8. The Setup Type screen will be displayed next. T

Training Manual Introduction to Micro-Tools 7 - 7 9. Once the preliminary information has been entered, the MicroTools software is Ready to Insta

Training Manual Introduction to Micro-Tools 7 - 8 Figure 7.10. Micro-Tools Setup Communication Services InstallShield Wizard 11. When the Instal

Training Manual Introduction to Micro-Tools 7 - 9 Figure 7.12. Micro-Tools Setup Communication Services Customer Information 13. Once again the

Training Manual Introduction to Micro-Tools 7 - 10 14. The Setup Type screen will be displayed next. This allows the installer to select the comp

Training Manual Introduction to Micro-Tools 7 - 11 Figure 7.15. Micro-Tools Setup Communication Services Server Name 16. As the setup window indi

Training Manual Introduction 1 - 3 1.2.2 FCIM: Flexible Control Interconnection Modules This method uses pre-defined control modules such as Mat

Training Manual Introduction to Micro-Tools 7 - 12 Figure 7.17. Micro-Tools Setup Communication Services Software Installation 18. The installati

Training Manual Introduction to Micro-Tools 7 - 13 Figure 7.19. SUPER32 Setup Network Wizard 20. The Network Wizard allows you to select one of t

Training Manual Introduction to Micro-Tools 7 - 14 23. When your selection and entries have been made, click Next to continue. Figure 7.21. SUPER

Training Manual Introduction to Micro-Tools 7 - 15 Figure 7.22. SUPER32 Setup Network Wizard Communication Settings 26. Each communication port c

Training Manual Introduction to Micro-Tools 7 - 16 Figure 7.24. SUPER32 Setup Network Wizard Complete 29. The new network will be added to the C

Training Manual Introduction to Micro-Tools 7 - 17 Figure 7.27. SUPER32 Setup Communication Services Notepad 32. Once you have read the file, you

Training Manual Introduction to Micro-Tools 7 - 18 Figure 7.29. Micro-Tools Setup Resumes 34. Following a short pause, the MicroTools software in

Training Manual Introduction to Micro-Tools 7 - 19 36. Click the Add License icon or select Add New License from the MicroDCI License Administra

Training Manual Introduction to Micro-Tools 7 - 20 spaces (even thought the license paperwork uses spaces after every fourth character. The space

Training Manual Introduction to Micro-Tools 7 - 21 Figure 7.33. Micro-Tools Setup Software License Administrator License Entry Error 43. If there

Training Manual Introduction 1 - 4 1.3 Communication Options The 53MC5000 can be accessed using several different communication methods. There a

Training Manual Introduction to Micro-Tools 7 - 22 Figure 7.35. Micro-Tools Setup Software License Administrator Example License 45. When both th

Training Manual Introduction to Micro-Tools 7 - 23 46. When the installation resumes, an Information window will open. Click OK to acknowledge th

Training Manual Introduction to Micro-Tools 7 - 24 Figure 7.38. Micro-Tools Setup Installation Complete 48. The MicroTools installation is comple

7 - 25 7.2.4 Adding Communication Networks: Once MicroTools and MicroDCI Communication Services are installed on your PC, you can add or remove comm

Training Manual Introduction to Micro-Tools 7 - 26 Figure 7.40. Micro-Tools Setup Adding a Communication Network 4. Select “Add a new network” f

Training Manual Introduction to Micro-Tools 7 - 27 Figure 7.42. SUPER32 Setup Network Wizard Network Attributes 6. Each serial communication por

Training Manual Introduction to Micro-Tools 7 - 28 9. There are three modes that each port can be configured for. The Master and Backup mode are

Training Manual Introduction to Micro-Tools 7 - 29 Figure 7.45. SUPER32 Setup Network Wizard Finish 13. Review the settings and selection you hav

Training Manual Introduction to Micro-Tools 7 - 30 15. Once the network has been successfully added, you may expand the tree by clicking on the

8 - 1 8 Micro-Tools Lab 8.1 Foreword Micro-Tools provides a graphics based interface for the FCS configuration. Micro-Tools uses the MicroDCI Commu

2 - 1 2 Hardware Familiarization Lab 2.1 Foreword It is important that you understand the hardware of 53MC5000 controller. The controller is made u

Training Manual Micro-Tools Lab 8 - 2 8.3 Instructions 1. Establishing Online Communications: Lets begin by verifying that we have established co

Training Manual Micro-Tools Lab 8 - 3 Figure 8.2. Super32 Tree View Figure 8.3. Super32 Tree View • Assuming that the Controller is connected t

Training Manual Micro-Tools Lab 8 - 4 (refer to the MicroTools Installation Lab for additional details on the addition or removal on communication

Training Manual Micro-Tools Lab 8 - 5 Figure 8.5. Micro-Tools in Start Menu • The Micro-Tools application will launch as shown in the next figur

Training Manual Micro-Tools Lab 8 - 6 # A project is a way of organizing all the software resources needed to control an entire process or a proc

Training Manual Micro-Tools Lab 8 - 7 Figure 8.8. Micro-Tools New Project • When you have finished entering the Project Name (and if desired a P

Training Manual Micro-Tools Lab 8 - 8 Figure 8.9. Micro-Tools Class Project Folder • Expand this menu item Class by clicking on the “+” box to

Training Manual Micro-Tools Lab 8 - 9 Figure 8.10. Micro-Tools Create a New Controller Folder • The Select Controller dialog box will be display

Training Manual Micro-Tools Lab 8 - 10 • A confirmation dialog box will appear next as shown below: Figure 8.12. Micro-Tools New Controller •

Training Manual Micro-Tools Lab 8 - 11 Figure 8.16. Micro-Tools New Controller • After the database is uploaded, the controller folder will be