Omron NS8 Getting Started Guide

TUTORIAL MANUAL
NS-Series
Cat. No. V076-E1-02

TABLE OF CONTENTS

NS series Tutorial Manual
TABLE OF CONTENTS
TABLE OF CONTENTS
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Section1 Outline of Sample Screen
1-1 Screen Configuration 1-2 Outline of Each Screen
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Section2 Operation Flow
2-1 Operation Flow
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Section3 Starting-up and Exiting the NS-Designer
3-1 Starting-up the NS-Designer 3-2 Exiting the NS-Designer
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Section4 STEP1 Creating a Simple Screen
4-1 Outline of the Screen to be created in STEP1
Outline of screen 1 Outline of sheet 1
4-2 Creating a New Project
Opening a screen
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3-1 3-2
4-1
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4-3
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4-3 System Setting 4-4 Host Registration 4-5 Screen Property Setting 4-6 Grid Setting 4-7 Creating Screen 1
Creating functional objects Creating functional objects usuing a table Creating a fixed objects
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4-8 Saving a Screen 4-9 Creating Sheet1
Creating new sheet Creating an object Saving a sheet
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4-10 Applying a Sheet
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Section5 STEP2 Debug
5-1 Test Function
Starting a test Executing a test
5-2 Test Tool 5-3 Exiting a Test
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Section6 STEP3 Useful Functions
6-1 Outline of Screen to be Created in STEP3
Outline of screen2 Outline of screen3
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5-1
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5-3 5-5
6-1
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Outline of a pop-up screen
6-2 Creating Screen 2
Creating a new screen Alarm/Event setting Creating a frame object Editing a frame page Creating a frame tab name Creating functional objects an each frame
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6-3 Creating Screen3
Creating an object
6-4 Creating a Pop-up Window Screen
Creating an object
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Section7 STEP4 Creating Macro
7-1 Outline of Sample
Screen1
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7-2 Registering a Macro
Registering a macro for set value Registering a macro for a transfer button
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Section8 STEP5 Operation on the NS Hardware
8-1 Operation Procedure
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8-2 Connecting NS Hardware and a Personal Computer 8-3 Transferring Data
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8-4 Restarting NS Hardware and Personal Computer 8-5 Executing a Project
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8-1 8-2 8-3 8-5 8-5
Section9 Ethernet Connection
9-1 System Configuration 9-2 Setting FinsGateway 9-3 Setting an Ethernet Unit
Setting an IP address Setting unit No. Setting a node number
9-4 Setting a PLC
Creating an I/O table Creating a routing table
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9-5 Setting at NS-Designer
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9-6 Connecting NS Hardware and a Personal Computer 9-7 Transferring Data
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Section1 Outline of Sample Screen

NS series Tutorial Manual
Section1 Outline of Sample Screen
This manual is intended to familiarize you with the operation of NS-Designer through actual operation. The operational procedures and functions for creatin g sample screens are explained step by step. In this section, the outline of sample screens is described.
1-1 Screen Configuration 1-2 Outline of Each Screen
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Section1 Outline of Sample Screen
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1-1 Screen Configuration

The project to be created in this manual consists of the following screens.
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Section1 Outline of Sample Screen
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1-2 Outline of Each Screen

The outline of each screen is described below. Screen1
This is a virtual operation screen. Instruction of operation start/stop and the current value display of PLC are possible. Basic functional objects and fixed objects are used in this screen. For details, refer to 4-1.
Screen2 This is a virtual alarm screen. When an error (alarm) occurs, correspondent lamp will be turned ON. You can switch the label to other languages. A frame object is used in this screen. When using a frame object, you can switch a part of a screen by specifying an address. Here, display of the low alarm list and the high alarm list can be switched. For details, refer to 6-2.
Screen3 This is a virtual alarm history screen. You can check the alarm histories, which occurred in the past in a list format. When an alarm occurs, this screen will be displayed automatically. For details, refer to 6-3.
Pop-up window screen This screen will be displayed when you press the VIRTUAL ALARM OCCUR button on screen2. This screen has buttons, which cause virtual alarms. For details, refer to 6-4.
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Section2 Operation Flow

NS series Tutorial Manual
Section2 Operation Flow
The procedures to create sample screens are described in this section.
2-1 Operation Flow
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2-1 Operation Flow

Considering the contents
to be displayed on the
screen
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Designing the screens
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List the contents to be displayed on each screen and investigate what behavior or process is to be executed.
Design the each screen. (E.g. Configuration of screens on which each display items are created, common items to be displayed on multiple screens (sheet screen) or screen switching method etc.)
Address allocation
Allocate addresses so that each function object can work.
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Creating each screen
Create each screen.
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Checking the contents of
each screen
Use T est Function to check the movement of screen switching behavior, function of each object, or display contents.
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Constructing the operation
Construct actual operation environment such as connection to a PLC etc.
environment
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System program/project data
Transfer the system data or project data which was created with an NS-Designer to an NS hardware.
transfer to an NS hardware*
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Checking the movement
Start up an NS hardware and check the movement with a PLC.
of the entire system
* Installation of system program is needed only when the system in an NS
hardware is corrupted or when it should be replaced.
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Section3 Starting-up and Exiting the NS-Designer

NS series Tutorial Manual
Section3 Starting-up and Exiting the NS-Designer
Before creating sample screens, the procedure for starting up and exiting the NS-Designer is described here.
3-1 Starting up the NS-Desinger 3-2 Exiting the NS-Designer
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3-1 Starting up the NS-Designer

1.Display the desktop screen of Windows NT or Windows 95/98/Me/2000/XP.
2.Select [Start] – [Programs] – [Omron] – [NS-Designer Ver.x] – [NS-Designer Ver.x].
3.NS-Designer starts up.
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3-2 Exiting the NS-Designer

To exit the NS-Designer, use any of the operations shown below.
In the menu, select [File] – [Exit].
Click on button at the upper right corner in the main window.
Double click the NS-Designer icon displayed at the upper left section in the main
window.
Click the NS-Designer icon displayed at the upper left section in the main window , then select [Close] in the control menu box.
Press F4 key while pressing down the Alt key.
If the currently opened project data is not saved yet, confirmation dialog will be displayed.
After you exit the NS-Designer, the screen returns to the Windows screen.
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Section4 STEP1 Creating a Simple Screen

NS series Tutorial Manual
Section4 STEP1 Creating a Simple Screen
This section describes the basic operation of NS-Designer including the procedure to create new project/screen and the procedure to save project data.
4-1 Outline of the Screen to be Created in STEP1 4-2 Creating a New Project 4-3 System Setting 4-4 Host Registration
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4-5 Screen Property Setting 4-6 Grid Setting
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4-7 Creating Screen1 4-8 Saving a Screen 4-9 Creating Sheet1 4-10 Applying a sheet
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4-1 Outline of the Screen to be Created in STEP1

Operation Status
This section describes the outline of screen1 and sheet1.
Present Value(1)
Present Value(2)
Set Value(2)
Set Value(1)
Start/Stop button
Outline of screen1
Outline of screen1 is described below.
Function outline
1.Start/Stop button Each time you press the button, it goes ON and OFF alternately.
2.Operation Status “RUN” lamp turns ON when the Start/Stop button goes ON, and it turns OFF when the Start/Stop button goes OFF.
3.Set Value (1)/(2) input/display Field
(a) Numeral value is displayed, or input from keypad. (b) Set value (1) will be calculated and the result is displayed in set value (2).
This function is added in STEP4 using macro function.
4.Present value display field (1)/(2) The value of PLC address is displayed in present value di splay field (1) and (2).
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Outline of sheet1
Sheet1 will be overlapped with other screens. Therefore, sheet1 itself will not be displayed as an independent screen. Sheet1 will be overlapped with screen1, 2 and 3 (screen2 and 3 will be created later).
Function outline
Screen switch button When the button is pressed, the screen switches.
To screen1 To screen2 To screen3
When the sheet1 is overlapped with screen1, the screen will be as follows.
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4-2 Creating a New Project

Before creating screens, you need to create a project, which stores screens.
1. Create new project.
Select [File] – [New project].
2.Specify the PT model system version.
(1) Select NS12-TS0□(-V1). (2) Select System Ver.4.0
(2) Click on [OK] button.
3.Select the screen creating procedure.
(1) Select [New Screen]. (2) Click on [OK] button.
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4.New screen opens.
Make a parameter setting of a project.
1. Select - [Settings] - [Project properties].
2. Set a comment for a project.
(1) Click on [Title] tab. (2) Input “Tutorial”.
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3. Set a number of labels.
(1) Click on of [Switch Label] tab. (2) Set “2” for [No. of labels]. (3) Set “English” for [Label name] of [Switch No.0]. (4) Set “Japanese” for [Label name] of [Switch No.1].
4. Click on [OK] button.
Confirmation dialog will be displayed. Click on “Yes”.
5. Save a project.
Specify a folder and file name. (1) Create the folder “Tutorial”.
(2) Input “Project” as a project name. (3) Click on [Save] button.
Confirmation dialog will be displayed. Click on [Yes to all] button.
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Opening a screen
The screen will be closed when saving a project. Open the screen again. Dialog box to open a screen will be displayed automatically.
1.Select a screen No.
(1) Click on the screen page number [0000]. (2) Click on [OK] button.
2.Selected screen opens.
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4-3 System Setting

The setting here assumes that you are going to use serial port A with NS hardware.
1.Select [Settings]- [System Setting].
2. [System Setting] dialog is displayed.
3.Set as follows. (For the settings not shown below, use default.)
Tab Item Contents
Initial System Memory
$SB allocation address $B1600
With the default setting, serial port A is used. Use the default setting here.
4. Click on [OK] button.
$SW allocation address $W1600
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4-4 Host Registration

Register a host (PLC name of communication destination).
1. Select [Settings] – [Register Host].
2. Register a host.
Select the first line and click on [Edit].
With the default setting, “SerialA” is set. Change the host name.
3. Set as shown below.
1 2 3 4
No. Item Contents
1 Host Name HOST1(Default: Serial A) 2 Network No. 111(Fixed*) 3 Node Address 1 (Fixed*) 4 PLC Type No setting*
*: To use Serial Port A, setting is not possible.
4. Click on [OK] button and close the [Register Host] dialog.
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4-5 Screen Property Setting

The screen setting method is described in detail.
1. Select [Settings] – [Screen Properties].
2. Set a title.
(1) Select [Title] tab. (2) Input “Screen1”.
3. Set a background color.
(1)Select [Background/Others] tab. (2)Set “White” (color No: 015).
Use the default screen size.
Screen size: 800×600[Default]
4. Click on [OK] button.
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4-6 Grid Setting

Specify a grid before creating a screen. Once you set a grid, you can move an object at fixed interval. So you do not have to adjust the position of an object minutely.
1.Select [Layout] - [Grid].
2.Specify the grid space.
Set 8 for width and height.
3. Activate grid setting.
Check the [Snap to Grid] box. T o display grid, check ON [Display Grid].
4. Click on [OK] button.
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4-7 Creating Screen1

The procedures to create objects on the screen and set properties are described.
Present Value(1)
Present Value(2)
Set Value(2)
Set Value(1)
Operation Status
Start/Stop button
Creating functional objects
Create “Start/Stop Machine A Operation” button.
1.Click on [ON/OFF Button] from [Functional Objects] toolbar.
2.Create ON/OFF button on the screen.
(1) Click on a desired position on the screen with the “+” shaped mouse cursor. (2) Drag the cursor until the object becomes to the desired size.
3. Open the property setting dialog box of ON/OFF button.
Place a cursor on the ON/OFF button and double-click on it.
Double-click
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4. Choose Action Type
Select [Alternate]. When [Alternate] button is pressed, 1 and 0 are written to the specified communication address alternately.
5. Input address from [Address Setting] dialog.
Click on [Set] button.
6. Set address.
Set CIO 00000.00. (1) Set as shown below. Host name: HOST1 (Hereafter, select HOST1 to set PLC address.) Area Type : Select CIO, Bit Addressing Word Bit : 0 (2) Click on [OK] button.
: Input “0” using key button
7. ”HOST1:00000.00” is set in write address input field.
8. Set label for OFF status.
(1) Select [Label] tab. (2) Input “Start Machine A Operation” as a label.
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9. Set label for ON status.
(1) Check ON “Switch Labels for Address ON/OFF” box. (2) Check ON “Link with write address ON/OFF” box. (3) Click on “ON/OFF” button. (4) Input “Stop Machine A Operation” as a label.
10. Click on [OK] button.
Create the buttons shown below in the same manner.
*: The content in ( ) shows an object name to be used.
(1) Start/Stop Machine B operation button (ON/OFF button)
To change the next attribute, click this button. Font size and other setting can be changed.
Tab Item Contents General Action type Alternate Write address HOST1:00000.01 Label Switch labels for address ON/OFF Check ON Label for OFF Start MachineB
operation
Label for ON Stop MachineB
operation
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(2) Machine A running (bit lamp)
Tab Item Contents General Lamp type Double-lined rectangle Display address HOST1:00000.00 Color/Shape Color1 (Foreground color
Color2 (Foreground color
Label Label Running
(3) Machine B running (bit lamp)
Tab Item Contents General Lamp type Double-lined rectangle Display address HOST1:00000.00 Color/Shape Color1 (Foreground color
Color2 (Foreground color
Label Label Running
for OFF)
Grey (Color No: 007)
Yellow (Color NO: 014)
for ON)
Grey (Color No: 007)
for OFF)
Yellow (Color NO: 014)
for ON)
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Creating functional objects using a table
Create numeral display & input objects collectively (2x2, with 2 labels) using “Table” function.
1. Click on [Table] from [Functional Objects] toolbar.
2. Create a table.
3. Open a property setting dialog of table.
Double-click on the area specified as a table.
Double-click
4. Select a functional object from a combo box.
Select “Numeral display&input”. (See the figure of 5)
5. Set Auto-allocation of communication address.
(1) Check ON “Allocate Addresses Automatically” box. (2) Select “Horizontal” for allocate direction. (3) Set “1” for Address Allocation Interval.
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Section4 STEP1 Creating a Simple Screen
NS series Tutorial Manual
6. Set the number of rows and lines of table.
Set “2” for Horizontal and Vertical. (see the figure of 7)
7. Set the position of item name.
Select “Left”.
The property setting of a table is finished. Next, set the property setting of numeral display & Input objects, which are displayed in a table collectively.
1. Click on [Functional object default] button in table setting dialog.
2. Set as shown below.
Tab Item Contents General Numeral display type Display type Decimal Storage type INT(signed 1 word ) Format Integer: 5, Decimal: 0 Address HOST1:DM00000
3. Click on [OK] and close table setting dialog.
Specify a start address to be allocated.
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