Omron FZ3 User Manual

Download

Cat. No. Z290-E1-0

FZ3

Xpectia Series

Vision Sensor

USERS MANUAL

Introduction

Thank you for purchasing the FZ3 Series. This manual provides information regarding functions, performance and operating methods that are required for using the FZ3 Series. When using the FZ3 Series, be sure to observe the following:

• The FZ3 Series must be operated by personnel knowledgeable in electrical engineering.

• To ensure correct use, please read this manual thoroughly to deepen your understanding of the product.

• Please keep this manual in a safe place so that it can be referred to whenever necessary.

1. Before Operation

Operation Flow………………………………………………………………………………………………10 Layouts of Screens/Windows………………………………………………………………………………11

Layout of Main Screen (ADJUST Window) ……………………………………………………………11 Layout of Main Screen (RUN Window)…………………………………………………………………14 Layout of Edit Flow Window ……………………………………………………………………………17 Layout of Property Setting Window ……………………………………………………………………19

Checking System Configuration …………………………………………………………………………20

Basic Configuration of FZ3 Series………………………………………………………………………20 Description of Model-specific Functions ………………………………………………………………21

Preparing Controllers and Cameras ………………………………………………………………………23

Preparing Controllers ……………………………………………………………………………………23 Adjusting Cameras ………………………………………………………………………………………23 Intelligent Camera (with Lighting Function) ……………………………………………………………24

Input Operations ……………………………………………………………………………………………25

Operation of Touch Pen …………………………………………………………………………………25 Basic Operation of Mouse and Trackball ………………………………………………………………25

Returning Controller to Factory Settings …………………………………………………………………27

Initializing Controller [System Initialization] ……………………………………………………………27 Restarting Controller [System Restart]…………………………………………………………………27

Saving Settings and Turning Power Off …………………………………………………………………28

Turning Off LCD …………………………………………………………………………………………28

Setting Operation Mode ……………………………………………………………………………………30

Operation Mode Selection Guidelines …………………………………………………………………32 High-speed Logging Mode ………………………………………………………………………………32 Parallel-operation High-speed Mode …………………………………………………………………33 Single-line High-speed Mode……………………………………………………………………………35 Multi-line Random-trigger Mode ………………………………………………………………………37 Non-stop Adjustment Mode ……………………………………………………………………………38

…………………………………………………………………………………………9

2. Setting Scenes (Measurement Flow)

What Is a Scene?……………………………………………………………………………………………42

Scene Examples …………………………………………………………………………………………42 What Is a Scene Group?……………………………………………………………………………………46 Creating a Scene ……………………………………………………………………………………………47 Processing Item Selection Guidelines ……………………………………………………………………49

Selecting Measurement Processing Items Using a Chart ……………………………………………49

Selecting Measurement Processing Items According to the Measurement Method and Purpose

……………………………………………………………………………………………………………………56

Editing Processing Units in Scenes ………………………………………………………………………63 Switching Scenes and Scene Groups ……………………………………………………………………65

Switching Scenes ………………………………………………………………………………………65

Switching Scene Groups ………………………………………………………………………………65 Editing Scenes ………………………………………………………………………………………………67

Copying a Scene …………………………………………………………………………………………67

Clearing a Scene …………………………………………………………………………………………67

FZ3 User's Manual 1

…………………………………………………………41

Renaming a Scene and Adding a Description…………………………………………………………68 Editing Scene Groups ………………………………………………………………………………………70

Copying a Scene Group …………………………………………………………………………………70

Deleting a Scene Group …………………………………………………………………………………71

Renaming a Scene Group ………………………………………………………………………………71

3. Performing Test Measurement/Starting Operation

ADJUST Window and RUN Window………………………………………………………………………74

ADJUST Window …………………………………………………………………………………………74

RUN Window ……………………………………………………………………………………………74

Switching to the RUN Window …………………………………………………………………………76

Switching to the ADJUST Window ……………………………………………………………………76 Performing Test Measurement ……………………………………………………………………………77 Key Points for Adjustment …………………………………………………………………………………79

Stabilizing Measurement ………………………………………………………………………………79

Shortening Processing Time ……………………………………………………………………………81 Arranging the RUN Window ………………………………………………………………………………82

Displaying Multiple Windows Together ………………………………………………………………82

Changing Display Contents ……………………………………………………………………………83

Enlarging Measurement Images [Zoom Images] ……………………………………………………87

Displaying Flow and Detailed Results …………………………………………………………………87

Switching the RUN Window to Fast View Mode [Select RUN Mode] ………………………………88

Changing Display Contents on the RUN WindowMeasurement Information Display Area ………89

Changing Functions That Can Be Operatedfrom the RUN Window Tool Box ……………………89 Useful Functions for Operation ……………………………………………………………………………90

Remeasuring Saved Images ……………………………………………………………………………90

Improving Adjustment Efficiency ………………………………………………………………………91

Changing Judgement Conditions without Stopping Measurement …………………………………93

Changing Regions as a Batch [Shift area] ……………………………………………………………94

Monitoring Measurement Value Trends ………………………………………………………………95

Logging Measurement Values and Measurement Images …………………………………………96

Analyzing Logging Data ………………………………………………………………………………102

Clearing Measurement Results ………………………………………………………………………104

Clearing Saved Images ………………………………………………………………………………104

Capturing Screens………………………………………………………………………………………105

………………………………………73

4. Using Tool

Using NG Analyser ………………………………………………………………………………………108

Layouts of NG Analyser Screens ……………………………………………………………………109

Using Method of NG Analyser …………………………………………………………………………111

5. Saving/Loading Data

Basic Knowledge about Data Saving ……………………………………………………………………116

About Saving Areas ……………………………………………………………………………………116

About USB Drive Names ………………………………………………………………………………116 Saving Settings Data to Controller Memory ……………………………………………………………118

When Using Scene Group 0 …………………………………………………………………………118

When Using Scene Groups 1 to 31 …………………………………………………………………118 Saving Settings Data to RAMDisk/USB Device ………………………………………………………120

2 FZ3 User's Manual

………………………………………………………………………………………………107

………………………………………………………………………………115

Saving Logging Images to RAMDisk/USB Device ……………………………………………………122 How to Use USB Memory (FZ3-9/H9only)………………………………………………………………123 Copying/Moving Files ……………………………………………………………………………………124 Loading Settings Data to Controller ……………………………………………………………………126

6. Changing the System Environment

Setting Conditions for Camera Use ……………………………………………………………………128

Checking Camera Connections [Camera Connection] ……………………………………………128

Setting Trigger Delay [Inter-camera Setting]…………………………………………………………128 Setting Conditions Related to Operation during Measurement ………………………………………130 Setting the System Operation Environment ……………………………………………………………131

Setting the Date and Time [Date-time Setting] ………………………………………………………131

Selecting the Language [Language Setting] …………………………………………………………131

Setting the Fan Rotation Speed [Fan Control Setting]………………………………………………132

Setting the Start-up Status [Startup Setting] …………………………………………………………133

Setting the RUN Window Display [RUN mode View Setting] ………………………………………140

Setting the RUN Window Shortcut [Create Shortcut] ………………………………………………140

Setting the Encoder Trigger [Encoder Trigger Setting] ……………………………………………141

Setting the STEP Input Detection Pulse Width [STEP Setting] ……………………………………142

Setting the RUN Window Password [Password Setting]……………………………………………143

Checking System Information [System Information] ………………………………………………145

7. Methods for Connecting and Communicating with External Devices

About Connecting with External Devices ………………………………………………………………148 Communicating through Serial Communication (PLC Link) …………………………………………151

Communication Processing Flow (PLC Link) ………………………………………………………151

Setting Communication Specifications (Ethernet - PLC Link) ……………………………………151

Setting Communication Specifications (RS-232C/422-PLC Link) …………………………………156

Memory Allocation (PLC Link)…………………………………………………………………………160

Command Control (PLC Link) …………………………………………………………………………162

Data Output (PLC Link) ………………………………………………………………………………171

Timing Chart (PLC Link) ………………………………………………………………………………171

Ladder Program Example (PLC Link)…………………………………………………………………175 Controlling/Outputting through Serial Communication (Non-procedure) ……………………………176

Communication Processing Flow (Non-procedure) …………………………………………………176

Setting Communication Specifications (Ethernet - Non-procedure) ………………………………176

Setting Communication Specifications (RS-232C/422 - Non-procedure)…………………………180

Checking Communication Status (Non-procedure) …………………………………………………181

Command Format (Non-procedure) …………………………………………………………………182

Command List (Non-procedure) ………………………………………………………………………183

Output Format (Non-procedure) ………………………………………………………………………208 Controlling/Outputting through Parallel Communication ………………………………………………211

Setting Communication Specifications (Parallel Interface)…………………………………………211

Checking Communication Status (Parallel Interface) ………………………………………………213

I/O Format (Parallel Interface)…………………………………………………………………………214

Timing Chart ……………………………………………………………………………………………218 Externally Outputting Data through FTP ………………………………………………………………226

Setting Communication Specifications ………………………………………………………………226

Communication Example ………………………………………………………………………………228

…………………………………………………………127

…………147

FZ3 User's Manual 3

8. External Reference Tables

Input image…………………………………………………………………………………………………232

Measurement Image Switching ………………………………………………………………………232 Measurement ………………………………………………………………………………………………233

Search ……………………………………………………………………………………………………233

Flexible Search …………………………………………………………………………………………234

Sensitive Search ………………………………………………………………………………………235

ECM Search ……………………………………………………………………………………………237

EC Circle Search ………………………………………………………………………………………238

Shape Search+ …………………………………………………………………………………………240

Classification ……………………………………………………………………………………………242

Edge Position ……………………………………………………………………………………………243

Edge Pitch ………………………………………………………………………………………………244

Scan Edge Position ……………………………………………………………………………………245

Scan Edge Width ………………………………………………………………………………………246

Color Data ………………………………………………………………………………………………247

Gravity and Area ………………………………………………………………………………………248

Labeling …………………………………………………………………………………………………250

Label Data ………………………………………………………………………………………………252

Labeling+ ………………………………………………………………………………………………253

Defect ……………………………………………………………………………………………………257

Precise Defect …………………………………………………………………………………………258

Fine Matching……………………………………………………………………………………………259

Character Inspection……………………………………………………………………………………260

Date Verification ………………………………………………………………………………………261

Model Dictionary ………………………………………………………………………………………262

Barcode+…………………………………………………………………………………………………262

2D Code+ ………………………………………………………………………………………………264

Circle Angle ……………………………………………………………………………………………265 Compensate image ………………………………………………………………………………………267

Position Compensation…………………………………………………………………………………267

Trapezoidal Correction+ ………………………………………………………………………………267

Filtering …………………………………………………………………………………………………268

Background Suppression ………………………………………………………………………………268

Color Gray Filter…………………………………………………………………………………………269

Extract Color Filter………………………………………………………………………………………270

Anti Color Shading………………………………………………………………………………………271

Stripes Removal Filter+ ………………………………………………………………………………271

Halation Cut+ ……………………………………………………………………………………………272

Panorama+ ………………………………………………………………………………………………272

Polar Transformation …………………………………………………………………………………273 Support measurement ……………………………………………………………………………………274

Calculation ………………………………………………………………………………………………274

Line Regression…………………………………………………………………………………………274

Circle Regression ………………………………………………………………………………………275

Calibration+ ……………………………………………………………………………………………275

Set Unit Data ……………………………………………………………………………………………276

Get Unit Data ……………………………………………………………………………………………276

Set Unit Figure …………………………………………………………………………………………276

………………………………………………………………………229

4 FZ3 User's Manual

Get Unit Figure …………………………………………………………………………………………276

Trend Monitor……………………………………………………………………………………………277

Image Logging …………………………………………………………………………………………278

Data Logging ……………………………………………………………………………………………278

Elapsed Time ……………………………………………………………………………………………279

Wait ………………………………………………………………………………………………………279

Focus ……………………………………………………………………………………………………279

Iris ………………………………………………………………………………………………………279 Branch ………………………………………………………………………………………………………281

Conditional Branch ……………………………………………………………………………………281

DI Branch ………………………………………………………………………………………………281 Output result ………………………………………………………………………………………………282

Data Output ……………………………………………………………………………………………282

Parallel Data Output ……………………………………………………………………………………282

Parallel Judgement Output ……………………………………………………………………………283 Display result ………………………………………………………………………………………………284

Result Display …………………………………………………………………………………………284

Display Image File………………………………………………………………………………………284

Display Last NG Image …………………………………………………………………………………284

9. Appendixes

About Lenses ………………………………………………………………………………………………288 Error Messages and Troubleshooting …………………………………………………………………294 FAQ …………………………………………………………………………………………………………297

During Start-up …………………………………………………………………………………………297

During Operation ………………………………………………………………………………………297

For Measurement ………………………………………………………………………………………298

About Parallel Interface ………………………………………………………………………………299

About Serial Interface (RS-232C/422 Connection) …………………………………………………299 Measurement Mechanism ………………………………………………………………………………300

Color Processing Mechanism …………………………………………………………………………300

Search Processing Mechanism ………………………………………………………………………300

Edge Detection Measurement…………………………………………………………………………304

Defect Detection Measurement ………………………………………………………………………306

Handling Coordinates …………………………………………………………………………………307 Terminology Explanations ………………………………………………………………………………309 Basic Knowledge about Operations ……………………………………………………………………313

Inputting Values …………………………………………………………………………………………313

Inputting Text ……………………………………………………………………………………………313

Selecting Files and Folders ……………………………………………………………………………314

Available Operations in Select File Window …………………………………………………………316

Using the Zoom Function ………………………………………………………………………………317 Setting Figures ……………………………………………………………………………………………319

Layout of Figure Setting Area …………………………………………………………………………319

Setting Methods…………………………………………………………………………………………320

About OR Setting/NOT Setting ………………………………………………………………………328 About Number of Logging Images ………………………………………………………………………330 About Limits on the Number of Image Input Processing Items Used ………………………………331 About Max. Number of Loading Images during Multiple Image Input ………………………………333

………………………………………………………………………………………………287

FZ3 User's Manual 5

Character Code Table ……………………………………………………………………………………334 Upper Limits of Processing Item Parameters …………………………………………………………335 About Memories Usable with FZ Series…………………………………………………………………336

Index

……………………………………………………………………………………………………………337

6 FZ3 User's Manual

How This Manual Is Organized

This manual includes two manuals: the "User's Manual", which describes basic operations and settings for vision sensors, and the "Processing Item List Manual", which describes the setting options for each processing item.

Conventions Used in This Manual

Symbols

The symbols used in this manual have the following meanings.

Indicates relevant operational precautions that must be followed.

Indicates operation-related suggestions from OMRON.

Use of Quotation Marks and Brackets

In this manual, menus and other items are indicated as follows.

[ ] Menu Indicates the menu names or processing items shown in the menu bar.

" " Item name Indicates the item names displayed on the screen.

Version Upgrade Information (at Oct.1 2009)

The newly added functions are described here.

Revision history : FZ3-9 /H9 series (V3.0)

Newly added

function

Special function corresponding to FZ3-9 /H9

series

Operation modes, NG analyser, focus, iris and other functions have been added.

※ The correspondence software is different in FZ3-3 /H3

/7 /H7 series.

The latest software is Ver2.1.

Description of newly added functions Reference in manual

Reference: "User's Manual", "De scription of M odel-specific Functions" (p.21)

FZ3 User's Manual 7

8 FZ3 User's Manual

Before Operation

This chapter describes the basic flow and preparations before beginning operation.

Reference: Operation Flow (p.10)

Reference: Layouts of Screens/Windows (p.11)

Reference: Checking System Configuration (p.20)

Reference: Preparing Controllers and Cameras (p.23)

Reference: Input Operations (p.25)

Reference: Returning Controller to Factory Settings (p.27)

Reference: Saving Settings and Turning Power Off (p.28)

Before Operation

FZ3 User's Manual 9

Before Operation

Operation Flow

Here describes the operation flow.

10 Operation Flow FZ3 User's Manual

Layouts of Screens/Windows

Screens vary with the status of the operation being performed. The structure of some typical screens and the functions for the various buttons are described here.

Before Operation

Layout of Main Screen (ADJUST Window)

This screen is used to check whether measurement is being performed correctly according to the set conditions.

FZ3 User's Manual Layouts of Screens/Windows 11

Before Operation

Menu Bar

Select operations and settings menus related to measurement.

Measurement Information Display Area

Overall judgement

Displays a scene's overall judgement result ( [OK]/ [NG]). Processing time

Displays the time required for the measurement process. Status display

Displays the scene group number, scene number, external output status, and image mode for the currently displayed scene.

Toolbar

Commonly-used functions appear in the toolbar.

●

Edit flow The Edit Flow window is displayed. Addition and deletion of processing units and switching of the processing sequence is performed in the Edit Flow window.

●

Data save Setting data is saved into the internal flash memory in the controller. Make sure to save when settings have been modified.

●

Scene switch To switch a scene group or scene.

●

Measure/Stop meas.

12 Layouts of Screens/Windows FZ3 User's Manual

Starts/stops measurement.

●

Switch to RUN mode Switches to the RUN window.

Image Display Area

Displays the measured image.

Property setting buttons

Displays the name of the currently selected processing item.Moving to the property setting window can be done by tapping here.

Control Area

Displays "Test measurement", "Flow", "Detail result", and "Image display".

●

Test measurement Use when test measurement conditions and images that have been acquired are used for remeasurement.

Before Operation

●

Flow Displays the judgement results for the flow and each unit.

1. Moves to the top processing unit with an NG error.

2. Moves to the next processing unit with an NG error.

●

Detail result The detailed measurement results of the processing units selected in the measurement flow are displayed as text.

FZ3 User's Manual Layouts of Screens/Windows 13

Before Operation

●

Image display Sets the display method for the Image Display area.

Measurement Manager Bar

[Capture]

Saves the content displayed on the monitor as an image. Reference: Set the save destination for captured images. (p.106)

[LCD Off] (Displayed only with LCD-integrated controllers.)

Turns off power to the LCD monitor. Tap the bottom of the monitor screen to turn on power to the LCD monitor again.

Layout of Main Screen (RUN Window)

This window is used during operation.

14 Layouts of Screens/Windows FZ3 User's Manual

Measurement Information Display Area

Before Operation

Overall judgement

Displays a scene's overall judgement result ( [OK]/ [NG]). The judgement results for each processing unit are displayed in the Control area.

Processing time

Displays the time required for the measurement process. Scene Group Name, Scene Name

Displays the scene group number and the scene number of the currently displayed scene.

Image Display Area

Displays the measured image.

Property setting buttons

Displays the name of the currently selected processing item.

FZ3 User's Manual Layouts of Screens/Windows 15

Before Operation

Control Area

Displays [Flow], [Detail result], [Image display], and [Tool box].

●

Flow Displays the judgement results for the flow and each unit.

1. Moves to the top processing unit with an NG error.

2. Moves to the next processing unit with an NG error.

Note

●

The size of the processing unit buttons can be changed through [View] menu - [Display the enlarged flow] in the

ADJUST Window.

●

Detail result The detailed measurement results of the processing units selected in the measurement flow are displayed as text.

●

Image display Sets the display method for the Image Display area.

●

Tool box Starts and stops simplified non-stop adjustment, and switches to the ADJUST window.

Items for which operation is performed in the ADJUST window can be allocated to buttons, and they can then be executed in the RUN window.

16 Layouts of Screens/Windows FZ3 User's Manual

Measurement Manager Bar

[Capture]

Saves the content displayed on the monitor as an image. Reference: Set the save destination for captured images. (p.106)

[LCD Off] (Displayed only with LCD-integrated controllers.)

Turns off power to the LCD monitor. Tap the bottom of the monitor screen to turn on power to the LCD monitor again.

Layout of Edit Flow Window

This window is for compiling the measurement flow.Flow parts are displayed on the right side and the measurement flow is displayed on the left. If the measurement trigger is activated, processing is executed in sequence starting from the top of the flow.

Before Operation

Unit List

Lists the processing units included in the flow. You can create a flow for a scene by adding processing items to the unit list.

Property Setting Buttons

Displays the property setting window where detailed settings can be performed. End Marker

Indicates the end of the flow. Edit Flow Buttons

●

FZ3 User's Manual Layouts of Screens/Windows 17

Search up/Search down

Before Operation

Searching can be performed to find out what position a processing item occupies in the unit list.

The icon for the processing item to be searched for is selected in the processing item tree and clicked.

This function is convenient when setting long flows.

●

Select top/Select bottom

Selects the processing unit at the top or bottom of the flow.

●

Select above/Select below

Selects the processing unit located one above or one below the currently selected processing unit.

●

Rename Displays a window for renaming the selected processing unit.

●

Move up/Move down Moves the selected processing unit upward or downward.

●

Copy Copies the selected processing unit.

●

Paste Pastes the copied processing unit immediately before the selected processing unit.Pasting cannot be performed if any operations other than paste are performed after copying.

●

Delete Deletes the selected processing unit.

●

Append (Bottom) Adds a processing unit to the bottom of the flow.

●

Insert Inserts a new processing unit immediately before the selected processing unit.

●

New folder Used when multiple processing units are managed as one group.

●

Shift area Changes related figure data in one batch.

●

Multiple selection Used when processing units are copied or deleted together.

●

Set Displays the processing item setting window for the selected processing unit.

Display Options

●

Show guide When checked, explanations for processing items are displayed.

●

Enlarge flow When checked, the "a Unit list" flow is displayed with large icons.

●

Enlarge item tree When checked, the "f Processing item tree" is displayed with large icons.

●

Ref. other Scene's flow When checked, other scene flows within the same scene group can be referred to.

Processing Item Tree

This area is for selecting processing items to add to the flow.Processing items are classified by type and displayed as a tree. Tapping the plus sign "+" of any item displays expanded contents

18 Layouts of Screens/Windows FZ3 User's Manual

below that item. Tapping the minus sign "-" of any item collapses the expanded contents. When "Ref. other Scene's flow" is checked, the scene select box and other scene flows are displayed.

Guide

Shows an explanation for the processing item selected in the processing item tree.These are used as reference when selecting processing items. To display guides, check "Show guide" in "e Display options".

Layout of Property Setting Window

This window is used for detailed setting of measurement parameters and judgement conditions for processing items.

Before Operation

Item Tab Area

Displays the settings items for the processing unit currently being set.Perform settings starting with the item on the left.

Detail Area

Set detailed items. Image Display Area

Displays camera images, figures, and coordinates. Zoom Browser Area

Zooms in and out from the displayed image.

FZ3 User's Manual Layouts of Screens/Windows 19

Before Operation

Checking System Configuration

This product is a vision sensor for performing image processing measurement through a controller of objects photographed using a camera. By connecting an external device such as a PC, measurement commands can be input and measurement results can be output from the external device.

Basic Configuration of FZ3 Series

*1: The touch pen is a controller accessory. *2: FZ-SC2M and FZ-S2M cannot be connected with the FZ3-3 /FZ3-H3 series. *3: Lenses for small-size cameras are required for small-size 0.3 megapixel cameras. *4: FZ-SC5M/FZ-S5M cannot be connected with the FZ3-3 /FZ3-H3 series.

Note

●

For details on connector specifications, etc., see the "Operator's Manual (Setup)" of each model.

20 Checking System Configuration FZ3 User's Manual

Description of Model-specific Functions

FZ3-9 /H9 Series Added Functions

Operation mode

Thanks to the dual core CPU, different operation modes can be set to meet different purposes of use. A desired operation mode can be selected from [Parallel-operation high-speed mode], [Single-line high-speed mode], [High-speed logging mode], [Non-stop adjustment mode] and [Multi-line random-trigger mode]. Reference: Setting Operation Mode (p.30)

Useful processing items when setting up camera

[Focus] (focus adjustment) and [Iris] (iris adjustment) have been added to support camera adjustment during startup. Reference: "Processing Item List Manual", "Focus" (p.389) Reference: "Processing Item List Manual", "Iris" (p.392)

NG analyser

This tool supports various analysis tasks at startup and during operation, such as identifying optimal thresholds using sample images and finding the causes of problems occurring on the line by analyzing logging images. Reference: Using NG Analyser (p.108)

Before Operation

PLC link Support of Mitsubishi Electric Corporation PLC

The MELSEC Q series (by Mitsubishi Electric Corporation) has been added to the list of devices this sensor can communicate with via PLC link. Reference: Setting Communication Specifications (Ethernet - PLC Link) (p.151) Reference: Setting Communication Specifications (RS-232C/422 - PLC Link) (p.156)

List of model-specific new functions

Type of controller

New function

Function

Operation mode Reference: Setting Operation Mode (p.30)

Analyser Reference: Using NG Analyser (p.108)

Support of PLC link (MELSEC Q series) Reference: Setting Communication Specifications (Ethernet - PLC Link) (p.151)　 Reference: Setting Communication Specifications (RS-232C/422 - PLC Link) (p.156)

Processing item

Standard processing item ○ ○ ○ ○ ○ ○

Sophisticated processing item (processing item having + at the end of the item name)

FZ3

-3

- - - - ○ ○

- ○ - ○ - ○

-H3

FZ3

-7

FZ3

-H7

FZ3

-9

FZ3

-H9

FZ3 User's Manual Checking System Configuration 21

Before Operation

U s e f u l p ro c e s s ing item s w h en s e t tin g u p c a m era R e f e re n c e : "P ro ce ss in g It e m L i s t M a n u a l", "F o c u s " (p.3 8 9 ) R e f e re n c e : "P ro ce ss in g It e m L i s t M a n u a l", "I ri s " ( p .3 9 2 )

- - - - ○ ○

22 Checking System Configuration FZ3 User's Manual

Preparing Controllers and Cameras

Preparing Controllers

No special preparation is required with this product as processing items are pre-installed.Please check that the controller is switched on and that the Main screen is displayed. For details, see the User's Manual. The first time the program is started up, the Language Setting window is displayed, so select the language. Reference: Selecting the Language [Language Setting] (p.131)

Adjusting Cameras

Confirm what kind of images are being taken. Adjust the position of measurement objects and the focus of the lens.

Tap [ ] of "Image mode" in [Image display] of the Main screen Control area, and select

"Through". The through images captured from the camera are viewed in the Image Display area. Reference: Changing Display Contents (p.83)

Before Operation

Note

●

The same operation is available by tapping [View] - [Image mode] - [Through].

Adjust the position of measurement objects so that they display at the center of the monitor.

Adjust the focal distance of the lens.

When using an auto-focus camera or an intelligent camera, focus and the iris can be automatically adjusted.

Note

●

If a camera is used together with a lens, turn the focus ring of the lens to adjust the focus.

Reference: "Processing Item List Manual", "Lens Setting" (p.21)

●

The light intensity of an intelligent camera can be adjusted from the controller.

Reference: "Processing Item List Manual", "Lighting Control" (p.19)

FZ3 User's Manual Preparing Controllers and Cameras 23

Before Operation

Important

●

When using a small-size digital camera, check that the model and serial number of the camera head and camera amplifier match.When a camera head and camera amplifier of different models and serial numbers are connected, they may not operate correctly.

Intelligent Camera (with Lighting Function)

Proper lighting is of crucial importance to vision sensors. If an intelligent camera is connected, lighting can be controlled from the controller. Features of intelligent cameras are as follows:

●

A single camera enables testing of illumination from various angles, so it is possible to shorten

the lighting setting time and test measurement time.

●

The controller controls lighting, so lighting can be adjusted depending upon the product type.

●

Reproducibility of lighting settings is improved.

●

Settings can be modified without changing lighting.

Reference: "Processing Items List Manual", "Screen Adjust Settings (Camera Image Input)" (p.18)

24 Preparing Controllers and Cameras FZ3 User's Manual

Input Operations

Input operations differ depending on the type of controller.

●

Controller integrated with LCD: Operation with touch pen

●

BOX-type controller: Operation with mouse and trackball

Operation of Touch Pen

With a Controller integrated with LCD, perform the following operations when operating the touch screen with the touch pen.

Tapping

Lightly touch the screen once with the touch pen and immediately take it off. Perform when selecting items, etc.

Before Operation

Drag

Draw while pressing on the screen lightly with the touch pen.

Important

●

Be sure to use the supplied touch pen for touch screen operations.Using a pencil or ballpoint pen may damage

the touch screen.

●

In addition, response to operations may be delayed if the screen is tapped continuously and rapidly.

Basic Operation of Mouse and Trackball

With a BOX-type controller, use a mouse with a USB interface or commercially-available trackball. (See the list for recommended products. Please refer to the product catalog.)

Note

●

Do not use the right mouse button, scroll wheel, or other buttons.

FZ3 User's Manual Input Operations 25

Before Operation

Click

Press the left mouse button once. Perform when selecting items, etc.

Note

●

This document primarily describes operations using the term "tapping". When using a mouse or trackball, read

"Tapping" to mean "Clicking".

Drag

Move the mouse with the left mouse button held down.

26 Input Operations FZ3 User's Manual

Returning Controller to Factory Settings

All controller settings can be restored to factory default status (initialization). In addition, the controller can be restarted.

●

Reference: Initializing Controller [System Initialization] (p.27)

●

Reference: Restarting Controller [System Restart] (p.27)

Initializing Controller [System Initialization]

Restores the controller to factory default status. Before initialization, back up required data such as scene data and system data. Reference: Saving Settings Data to RAMDisk/USB Device (p.120)

On the Main screen, tap [System] - [Controller] - [System initialization].

The System Initialization window is displayed. Tap [Execute].

Before Operation

A confirmation window is displayed. Tap [Yes].

The controller is initialized and restarts.

Restarting Controller [System Restart]

Restart the controller. Before restarting, back up required data such as scene data and system data. Reference: Saving Settings Data to Controller Memory (p.118)

On the Main screen, tap [System] - [Controller] - [System restart].

The System Restart window is displayed. Tap [OK].

The controller restarts.

FZ3 User's Manual Returning Controller to Factory Settings 27

Before Operation

Saving Settings and Turning Power Off

Before turning off power to the controller, perform the following operations to save the data that you have set. The controller loads scene data from the flash memory each time during start-up. Therefore, if the power is turned off without saving data to the flash memory, any changes made will not be saved.

On the Main screen (ADJUST window), tap [Data save] in the toolbar to save the setting data.

Exit after powering off the controller.

Note

●

Data to be saved Scene data and system data are saved in the controller. Logging images and data saved in the RAMDisk are not saved. Perform any of the following procedures to keep this data.

- Copy data saved in the RAMDisk to the USB memory. Reference: Copying/Moving Files (p.124)

- Change the save destination of logging data to USB memory. Reference: Saving Logging Images to RAMDisk/USB Device (p.122)

●

When using the scene group function The scene data set in Scene group 0 is saved in the controller. The scene data from scene groups 1 to 31 is saved to the USB memory and overwrites previous saved data. (For FZ3-9 /H9 , all data are saved in the controller.)

Turning Off LCD

This function is specific to FZ3-300/700/900 series LCD-integrated controllers. Turn off the LCD only without turning off the controller.

Open the measurement manager bar at the bottom right of the Main screen and tap [LCD Off].

A confirmation message is displayed. Tap [OK].

28 Saving Settings and Turning Power Off FZ3 User's Manual

Power to the LCD is turned off.

Turning LCD On Again

This function is specific to FZ3-300/700/900 series LCD-integrated controllers. Tap the lower part of the monitor screen. Then, the LCD will be switched on.

Before Operation

FZ3 User's Manual Saving Settings and Turning Power Off 29

Before Operation

Setting Operation Mode

This section describes the operation mode (FZ3-9 /H9 only). Utilize the dual core CPU to set an operation mode appropriate for the condition of use. This function is effective in improving the takt time and reducing the downtime. For setting, use Startup setting. Reference: Setting the Start-up Status "Startup Setting" (p.133)

On the Main screen, tap the [System] menu - [Controller] - [Startup setting].

Tap [Operation mode].

30 Setting Operation Mode FZ3 User's Manual

Tap [ ] and select a desired operation mode.

Before Operation

Tap [OK].

On the Main screen (ADJUST window), tap [Data save] in the toolbar to save the setting data.

On the Main screen, tap [System] menu - [Controller] - [System restart].

The System Restart window is displayed. Tap [OK].

FZ3 User's Manual Setting Operation Mode 31

Operation Mode Selection Guidelines

Before Operation

This section describes how to set an operation mode suitable for your specific purpose.

[Note 1]: Reference: About Multiple Image Input Function (p.218)

High-speed Logging Mode

Normally one CPU is used to perform measurement, image logging and image display. The FZ3-9 / H9 series performs processing using two CPUs, with one CPU used exclusively for measurement and the other performing non-measurement processing. This ensures maximum measurement performance at all times.

32 Setting Operation Mode FZ3 User's Manual

Parallel-operation High-speed Mode

Two CPUs are used to share and process measurement tasks internally. Processing is executed in parallel to shorten the measurement time to maximal 50%. Parallel processing is performed for each processing unit to shorten the total processing time.

Before Operation

Processing items supporting the aforementioned parallel processing are specified below. You can improve the takt time effectively by combining the applicable units using an ingenious processing flow.

-: Not supported ○ : Supported

Processing item

Camera image input - Fine matching ○ Set unit data -

FZ3 User's Manual Setting Operation Mode 33

Parallel

processing

Processing item

Parallel

processing

Processing item

Parallel

processing

Before Operation

Camera image input HDR+

Camera switching - Date verification - Set unit figure -

Measurement image switching

Search ○ Barcodes+ ○ Trend monitor -

Flexible search ○ 2D codes+ ○ Image logging -

Sensitive search ○ Circle angle ○ Data logging -

ECM search ○ Position compensation - Elapsed time -

EC circle search ○ Trapezoidal correction+ - Wait -

Shape search+ ○ Filtering -

Classification ○ Background suppression - End -

Edge position ○ Color gray filter - DI branch -

Edge pitch ○ Color extraction filter - Data output -

Scan edge position ○ Anti color shading -

Scan edge width ○ Stripes removal filter+ -

Color data ○ Halation cut+ - Result display -

Gravity and area ○ Panorama+ - Display image file -

Labeling ○ Polar transformation -

Label data - Calculation - Focus ○

Labeling+ ○ Line regression - Iris ○

Defects ○ Circle regression -

Precise defect ○ Calibration+ -

- Character inspection ○ Get unit data -

- Model dictionary - Get unit figure -

Conditional branch

Parallel data output

Parallel judgement output

Display last NG image

Note

●

Depending on the processing unit, the processing speed of the unit itself can be raised.

34 Setting Operation Mode FZ3 User's Manual

Single-line High-speed Mode

Measurement is performed using 2 CPUs, which means that compared to conventional models twice the number of measurement targets can be inspected in the same time. In this Single-line High-speed Mode, CPU0 and CPU1 execute the same inspection flow alternately for each STEP input, to improve the multiple image input performance and reduce the takt time to as much as one half. Reference: About Multiple Image Input Function (p.224)

Before Operation

Important

●

The time needed to measure one work is shorter when [Parallel-operation High-speed mode] is selected.

●

[Single-line High-speed mode] is only effective when the multiple image input function is used. If the multiple image input function cannot be used, consider using [Parallel-operation High-speed mode]. Reference: About Multiple Image Input Function (p.224)

●

Presence of certain processing items such as [Data Output], [Parallel Data Output] and [Parallel Judgement Output] in the first half of the flow may cause the performance to drop when [Single-line High-speed mode] is selected. If the performance drops markedly, consider using [Parallel-operation High-speed mode].

●

In the Single-line High-speed Mode, certain processing items such as [Trend Monitor] and [Display Last NG Image] may not function properly. Do not use these items. Also with the processing item [Calculation], calculations that use values in previous steps do not function properly.

●

When [Single-line High-speed mode] is selected, [Enter simplified non-stop adj.] cannot be used.

●

The functions to set/get measured values using external commands do not operate correctly. Do not use these items.

FZ3 User's Manual Setting Operation Mode 35

Before Operation

1 CPU

2 CPUs (FZ3-9 /H9 only)

36 Setting Operation Mode FZ3 User's Manual

Multi-line Random-trigger Mode

Use this mode if you want to measure 2 lines using 1 controller. Measurement can be performed independently on line 0 and line 1 in response to inputs from different cameras.

You can switch the monitoring target between line 0 and line 1 using the Line button in the Image display setting area.

Before Operation

Camera No. Recognition in software

Camera 0 Camera 0 on line 0

Camera 1 Camera 0 on line 1

Camera 2 Camera 1 on line 0

Camera 3 Camera 1 on line 1

FZ3 User's Manual Setting Operation Mode 37

Before Operation

Important

●

If Ethernet is used, set a different port number for each line.

●

RS-232C/422 can be set at line 0 only.

●

If parallel communication is used, the I/O format changes. Reference: I/O Format (Parallel Interface) (p.214)

●

Parallel communication can only be set at line 0. Line 1 uses the settings of line 0.

●

Date-time setting, language setting and operation mode setting can be set at line 0 only.

●

If STEP is input to line 0 and line 1 at exactly the same time, measurement on one side may be delayed (approximately by a time corresponding to the camera image input unit).

●

Error messages are the same. If an error occurs on either line, an error message is displayed.

●

If logging is performed for line 0 and line 1 at the same time, measurement may take a longer time.

●

User data of line 1 is saved in the controller.

Non-stop Adjustment Mode

The measurement flow can be changed and adjusted during operation without stopping the measurement process. Set images using saved image files. The modified measurement flow can be reflected during operation.

Utilization example of non-stop adjustment

In the "Control" area of the Main screen (RUN window), tap [Tool box].

Tap [Enter non-stop adj.].

Transfers to non-stop adjustment mode. Measurement will continue without stopping.

38 Setting Operation Mode FZ3 User's Manual

Tap the icon of the processing unit to be adjusted.

To change the flow, do so by selecting [Edit flow] in the toolbar.

The setting window for the selected unit appears. Change each processing unit.

Before Operation

Tap [OK].

The setting window closes, and the screen returns to the Main screen. When changing judgement conditions for multiple processing units, repeat steps Reference: 3 (p.39) to Reference: 5 (p.39) . The changes are not yet reflected at this point.

Tap [Transfer data] in the toolbar on the Main screen.

The changes are reflected.

Tap [Return to RUN mode] in the toolbar on the Main screen.

FZ3 User's Manual Setting Operation Mode 39

Before Operation

The screen returns to the RUN window.

Important

●

When [Transfer data] is executed, the results of [Trend Monitor] and [Expression], etc. are cleared.

●

If the scene or scene group was switched or any setting of a processing unit was changed during operation using an external command, the result is not yet reflected when you switch to the non-stop adjustment window.

●

If non-stop adjustment is performed after changing the scene group during operation, scene group data may be overwritten against your wish.

●

Measurement commands (parallel, non-procedure, PLC link) and continuous measurement commands (parallel only) are the only communication commands that are accepted during data transfer.

●

Data transfer takes a longer time when the scene group file size is larger.

●

If the RUN window is displayed in the fast view mode, non-stop adjustment cannot be performed.

●

Communication settings cannot be changed on the non-stop adjustment window.

●

Do not register any new camera image input unit on the non-stop adjustment window.

●

If RAMDisk does not have enough free disk capacity, data may not be transferred. Specify an image logging destination other than RAMDisk or otherwise set applicable items to minimize the usage of RAMDisk.

●

Performing non-stop adjustment changes the display mode to freeze.

●

If image logging is performed in the non-stop adjustment mode, data transfer may be disabled. To prevent this from happening, set the trigger interval longer than the logging time.

40 Setting Operation Mode FZ3 User's Manual

Setting Scenes (Measurement Flow)

A measurement flow consisting of a series of combined processing items is called a scene.This chapter explains how to create and edit scenes.

Reference: What Is a Scene? (p.42)

Reference: What Is a Scene Group? (p.46)

Reference: Creating a Scene (p.47)

Reference: Processing Item Selection Guidelines (p.49)

Reference: Editing Processing Units in Scenes (p.63)

Reference: Switching Scenes and Scene Groups (p.65)

Reference: Editing Scenes (p.67)

Reference: Editing Scene Groups (p.70)

Setting Scenes (Measurement Flow)

FZ3 User's Manual 41

Setting Scenes (Measurement Flow)

What Is a Scene?

Processing items for use with various measurement objects and measurement objectives are provided in this product. By combining and executing these processing items, measurement adapted to the purpose can be implemented. A combination of processing items is called a "scene" and scenes can be easily created by combining processing items that are suited to the measurement purpose from the list of processing items provided.

Changing the set-up using the scene function

Multiple scenes can be created.For example, by creating scenes for each measurement object such as using "Scene 0" to inspect an "ABC" label and "Scene 1" to inspect an "XYZ" label, changing the set-up can be performed smoothly just by changing the scene even when the measurement object and measurement objective have changed. Reference: Switching Scenes and Scene Groups (p.65) Up to 32 scenes can be set. In case where over 32 scenes are required, these can be divided into scene groups for easier management. Reference: What Is a Scene Group? (p.46)

Scene Examples

The processing items registered to the scene are called processing units. In the Edit Flow window where scenes are created, select processing items required for measurement and add them to the flow. The number at the top of the processing unit is called the "Unit No.". If the measurement trigger is activated, processing is executed in the numerical sequence of the processing unit numbers.

42 What Is a Scene? FZ3 User's Manual

Example) Normal measurement

Setting Scenes (Measurement Flow)

Note

●

The processing item "Camera Image Input" is set in processing unit 0 beforehand.

FZ3 User's Manual What Is a Scene? 43

Setting Scenes (Measurement Flow)

Example) When adding Position Compensation for two measurement objects in the same field of view

44 What Is a Scene? FZ3 User's Manual

Example) When judging type from the image and dividing later inspection conditions according to type (branch processing)

Setting Scenes (Measurement Flow)

FZ3 User's Manual What Is a Scene? 45

Setting Scenes (Measurement Flow)

What Is a Scene Group?

A "scene group" refers to a grouping of 32 individual scenes. Creating a scene group is convenient when increasing the number of scenes and when managing a number of scenes according to category. USB memory is required for creating a scene group. Scene group 0 is saved in the controller while scene groups 1 to 31 are saved in USB memory. (For FZ3-9 /H9 , all data are saved in the controller.)

Note

●

The maximum number of scenes that can be used is 1024. 32 scenes are handled as 1 scene group, and up to 32 scene groups can be set. In other words, 32 scenes x 32 scene groups = 1,024 scenes, which is the maximum number that can be used.

●

There are multiple USB ports on the controller, but it is necessary to assign the drive name "USBDisk" to the USB memory in which the scene group data being used is stored. When other USB memory devices are already inserted, perform this operation after removing all USB memory devices other than the one in which the scene group data is stored.

●

If the USB memory capacity is insufficient for the data size, it is possible that the number of scenes can be set is lower than 1,024. The scene data size varies depending on the contents of settings.

●

The data size that can be set (available data memory) can be checked in the system menu. Reference: Checking System Information [System Information] (p.145)

46 What Is a Scene Group? FZ3 User's Manual

Creating a Scene

This section explains methods for adding a new processing unit to a scene.

Display the scene to edit on the Main screen.

Reference: Switching Scenes and Scene Groups (p.65) Tap [Edit flow] in Toolbar.

The Edit Flow window is displayed. Select a processing item to be added from the processing item tree.

Setting Scenes (Measurement Flow)

Tap [Append].

The selected processing item is appended at the bottom of the unit list (flow).

FZ3 User's Manual Creating a Scene 47

Continue to add processing units.Repeat the steps after Reference: 3 (p.47) .

Note

●

Limitations on settings The number of image input processing items that can be used is limited. Reference: About Limits on the Number of Image Input Processing Items Used (p.331)

Setting Scenes (Measurement Flow)

Either tap the icon of the processing unit to be set or tap the Set button.

The property setting window is displayed.Set detailed conditions. The displayed contents vary depending on the processing item.

Set conditions.

The displayed contents vary depending on the processing item.

48 Creating a Scene FZ3 User's Manual

Processing Item Selection Guidelines

Processing items for performing measurement are provided with this product. Application-oriented measurement can be configured by combining processing items or changing the settings of processing items. The method for searching for processing items appropriate to the target measurement is shown here.

●

Reference: Selecting Measurement Processing Items Using a Chart (p.49)

●

Reference: Selecting Measurement Processing Items According to the Measurement Method

and Purpose (p.56)

Selecting Measurement Processing Items Using a Chart

Select processing items appropriate to the target using the chart.

Item References

Performing position compensation for objects

Measuring the position of objects

Inspecting the status of objects

Inspecting for defective products

Reference: Position Compensation (p.50)

Reference: Locating (Measurement Objects Not Inclined) (p.51) Reference: Locating (Measurement Objects Inclined) (p.52)

Reference: Internal and External Inspection (p.52) Reference: Presence Inspection (p.53) Reference: Dimension Inspection/Measurement (p.53) Reference: Text Comparison/Inspection (p.54) Reference: Quantity Inspection/Measurement (p.55)

Reference: Defect/Contamination Inspection (p.55) Reference: Burr Inspection (p.54) Reference: Inspection for Presence of Different Objects (p.56)

Setting Scenes (Measurement Flow)

FZ3 User's Manual Processing Item Selection Guidelines 49

Setting Scenes (Measurement Flow)

Position Compensation

50 Processing Item Selection Guidelines FZ3 User's Manual

Locating (Measurement Objects Not Inclined)

Setting Scenes (Measurement Flow)

FZ3 User's Manual Processing Item Selection Guidelines 51

Setting Scenes (Measurement Flow)

Locating (Measurement Objects Inclined)

Internal and External Inspection

52 Processing Item Selection Guidelines FZ3 User's Manual

Presence Inspection

Setting Scenes (Measurement Flow)

Dimension Inspection/Measurement

FZ3 User's Manual Processing Item Selection Guidelines 53

Setting Scenes (Measurement Flow)

Burr Inspection

Text Comparison/Inspection

54 Processing Item Selection Guidelines FZ3 User's Manual

Defect/Contamination Inspection

Setting Scenes (Measurement Flow)

Quantity Inspection/Measurement

FZ3 User's Manual Processing Item Selection Guidelines 55

Setting Scenes (Measurement Flow)

Inspection for Presence of Different Objects

Hole Position Measurement

Selecting Measurement Processing Items According to the Measurement Method and Purpose

This section describes methods for selecting processing items appropriate to different measurement objectives such as counting quantities, checking for deformation, and checking for contamination.

●

Reference: Measuring positions (p.57)

●

Reference: Detecting defects and foreign materials (p.58)

●

Reference: Count (p.59)

●

Reference: Measuring dimensions (p.59)

56 Processing Item Selection Guidelines FZ3 User's Manual

●

Reference: Measuring folding of papers and sheets (p.60)

●

Reference: Checking the interior/exterior and direction (p.60)

●

Reference: Checking for mixing of different objects (p.61)

●

Reference: Checking for deformation (p.61)

●

Reference: Inspecting characters (p.62)

●

Reference: Reading barcodes (p.62)

●

Reference: Reading 2D codes (p.62)

●

Reference: Increasing camera installation efficiency (p.62)

Measuring positions

Setting Scenes (Measurement Flow)

Method,

objective

Positioning of the measurement objects with low contrast

Label position detection

Robot arm positioning

Position measurement for measurement objects with variations

References

[ECM Search], [Shape Search+ (FZ3-Hxxx series)] Effective for positioning measurement objects, such as LCD substrates, glass substrates, and sheets, which have low contrast and in which color differences at measurement locations are not obvious. Reference: "Processing Item List Manual", "ECM Search" (p.73) Reference: Processing Item List Manual, "Shape Search+" (p.94)

[Edge Position] Effective for detecting whether the label position is off-center, raised or lowered, and whether the label is affixed on bottles and cans. Reference: "Processing Item List Manual", "Edge Position" (p.114)

[Search] Effective for position measurement that includes tilting of the measurement object due to handling with robot arms. Reference: "Processing Item List Manual", "Search" (p.42)

[Flexible Search] Effective for position measurement of measurement objects in which there are variations in markings or shape such as with inspection of packaging, etc. Reference: "Processing Item List Manual", "Flexible Search" (p.53)

Measurement of the inclination of a circular measurement

[Circle angle] Effective when measuring bottle caps, etc., after correcting the rotation angle. Reference: "Processing Item List Manual", "Circle Angle" (p.275)

object

FZ3 User's Manual Processing Item Selection Guidelines 57

[Search] If the shape and background of the measurement object are constant, a processing item such as one that registers an image as a model and searches for this image is effective. Reference: "Processing Item List Manual", "Search" (p.42)

Setting Scenes (Measurement Flow)

Other positioning

Detecting defects and foreign materials

Method, objective References

Detection of the defect, stain and spot of plain measurement objects

[Defect] [Precise Defect (FZ3-Hxxx series)] Effective for inspection for contamination or spots on plain backgrounds. Reference: "Processing Item List Manual", "Defect" (p.209) Reference: "Processing Item List Manual", "Precise Defect" (p.217)

[Defect] [Precise Defect (FZ3-Hxxx series)] Effective for exterior inspection of scratches and burrs on parts. Reference: "Processing Item List Manual", "Defect" (p.209)

Scratches, burrs

Inspection for minor defects, contamination and objects with backgrounds other than plain

Reference: "Processing Item List Manual", "Precise Defect" (p.217)

[Fine Matching] Effective for detection of minor defects and contamination on labels, etc. Reference: "Processing Item List Manual", "Fine Matching" (p.225)

58 Processing Item Selection Guidelines FZ3 User's Manual

Count

Method, objective References

[Edge Pitch] Effective when calculating the number of IC or connector pins. Reference: "Processing Item List Manual", "Edge Pitch" (p.124)

Inspection for number of pins

Setting Scenes (Measurement Flow)

Inspection of the number of screws

Inspection of the number of labels

[EC Circle Search] Effective when inspecting by focusing on circular outline information. Reference: "Processing Item List Manual", "EC Circle Search" (p.84)

[Labeling] [Labeling+ (FZ3-Hxxx series)] Effective when counting the labels and measuring their positions. Reference: "Processing Item List Manual, "Labeling" (p.172) Reference: "Processing Item List Manual", "Labeling+" (p.190)

Measuring dimensions

Method,

objective

Measurement of width of measurement objects

Dimension inspection of finished products

Dimension inspection for circular shapes and tilted parts

[Edge Position] Effective when measuring the width of measurement objects. Reference: "Processing Item List Manual", "Edge Position" (p.114)

[Edge Position] [Calculation] To measure the dimensions of finished products, combine [Edge Position] and [Calculation]. Use [Edge Position] to measure position, and [Calculation] to calculate dimensions by calculating the distance between positions. Reference: "Processing Item List Manual", "Edge Position" (p.114) Reference: "Processing Item List Manual", "Calculation" (p.330)

[Edge Position] [Calculation] [Edge Position] is effective when measuring the dimensions of circular works and tilted measurement objects. Use this processing item to measure position, [Calculation] to calculate the spacing of positions and then the dimensions. Reference: "Processing Item List Manual", "Edge Position" (p.114) Reference: "Processing Item List Manual", "Calculation" (p.330)

References

FZ3 User's Manual Processing Item Selection Guidelines 59

Setting Scenes (Measurement Flow)

Measuring folding of papers and sheets

Method, objective References

Check for folding on plain measurement objects

[Defect] [Precise Defect (FZ3-Hxxx series)] Effective when checking for folding on plain works. Reference: "Processing Item List Manual", "Defect" (p.209)

Checking the interior/exterior and direction

Method, objective References

[Flexible Search] Effective when there is variation in the size and position of the markings to be checked. Reference: "Processing Item List Manual", "Flexible Search" (p.53)

Interior/exterior and orientation inspection through presence of markings

When precision is required for measurement of markings

[Fine Matching] Effective when there are patterns on the background of markings, markings have a complex shape, or precision is required for measurement of markings. Reference: "Processing Item List Manual", "Fine Matching" (p.225)

60 Processing Item Selection Guidelines FZ3 User's Manual

Checking for mixing of different objects

Method, objective References

[Flexible Search] Effective for inspection of mixing of different objects in which there are variations with markings and the shape of measurement objects. Reference: "Processing Item List Manual", "Flexible Search" (p.53)

Inspection for mixing of different measurement objects with variations

Setting Scenes (Measurement Flow)

Inspection for mixing of different objects for objects with plain background

When accuracy is required for inspection of mixing of different objects

When not all characters and markings are the same

When performing different inspections according to the type

[Search] Effective for inspection of mixing of different objects for packaging that has plain background. Reference: "Processing Item List Manual", "Search" (p.42)

[Fine Matching] Effective when precision is required for inspection of mixing of different objects such as inspection of nameplates and objects other than those with plain backgrounds. Reference: "Processing Item List Manual", "Fine Matching" (p.225)

[Sensitive Search] Effective when the difference between the model image and measurement image is small. The models are automatically finely divided and matched in detail. Reference: "Processing Item List Manual", "Sensitive Search" (p.62)

[Classification] Effective for inspections performed on lines where different types of products are manufactured. Reference: "Processing Item List Manual", "Classification" (p.104)

Checking for deformation

Method, objective References

Deformation check when there are multiple acceptable shapes

When measuring the shape more strictly

[Flexible Search] Effective when performing inspection for deformation of measurement objects based on multiple acceptable shapes. Reference: "Processing Item List Manual", "Flexible Search" (p.53)

[Fine Matching] Effective when inspecting the shape of workpieces to a high degree of precision. Reference: "Processing Item List Manual", "Fine Matching" (p.225)

FZ3 User's Manual Processing Item Selection Guidelines 61

Inspecting characters

Setting Scenes (Measurement Flow)

Method,

objective

Inspection of the date

Inspection of arbitrary character strings

Registration of character strings

[Date Verification] Effective when inspecting date character strings that show the production date, etc. The verification date can be set automatically. Reference: "Processing Item List Manual", "Date Verification" (p.244)

[Character Inspection] Effective when inspecting arbitrary character strings. Reference: "Processing Item List Manual", "Character Inspection" (p.236)

[Model Dictionary] To inspect character strings with [Date Verification] or [Character Inspection], register the target character strings with [Model Dictionary]. Reference: "Processing Item List Manual", "Model Dictionary" (p.253)

References

Reading barcodes

Method, objective References

When reading barcodes

[Barcode+ (FZ3-Hxxx series)] Effective when reading barcodes and outputting the information to an external device. Reference: "Processing Item List Manual", "Barcodes+" (p.261)

Reading 2D codes

Method, objective References

When reading 2D codes

[2D Code+ (FZ3-Hxxx series) Effective when reading 2D codes for classification, etc. Reference: "Processing Items List Manual", "2D Codes+" (p.268)

Increasing camera installation efficiency

Method,

objective

When adjusting the focus

When adjusting the lighting

[Focus (FZ3-9 /H9 only) Effective when the measurement position changes and the camera becomes out of focus. Reference: "Processing Item List Manual", "Focus" (p.389)

[Iris (FZ3-9 /H9 only)] Effective when performing lighting adjustment according to the changing brightness at the measurement site. Reference: "Processing Item List Manual", "Iris" (p.392)

References

62 Processing Item Selection Guidelines FZ3 User's Manual

Editing Processing Units in Scenes

In the Edit Flow window, editing buttons in the window can be used to change the order of processing units within the scene or to delete processing units.

Setting Scenes (Measurement Flow)

●

Searching a processing unit ( ) ( )

Convenient when the processing unit you want to select is not displayed on the screen.

●

Selecting a processing unit ( ) ( ) ( ) ( )

In addition to tapping the property setting button icons, the editing buttons can be used to automatically select the processing unit at the top or bottom, or above or below an arbitrarily selected processing unit in the unit list.

●

Specifying the position for a processing unit and adding it ( ) ( )

Adds and inserts a processing unit at the bottom position of the scene or another specified position.

●

Moving a processing unit ( ) ( )

Moves a processing unit within a scene and changes the processing order.

●

Copying and pasting a processing unit ( ) ( )

Copies and pastes a processing unit while maintaining settings data.

●

Deleting a processing unit ( )

Deletes processing units within a scene.

●

Changing the name of a processing unit ( )

Changes processing unit names within a scene. Unit names must begin with a character other than ゜ (semi-voiced sound symbol) and ゛ (voiced sound symbol). Also, unit names cannot

FZ3 User's Manual Editing Processing Units in Scenes 63

consist of only a single-byte number, only a "+", or only a ".".

●

Setting details of a processing unit ( )

Sets the properties of any processing unit within a scene.

●

Shift area ( )

Setting Scenes (Measurement Flow)

Changes related figure data in one batch.

●

New Folder ( )

Used when multiple processing units are managed as one group.

●

Operating processing units as a group ( ) Used when processing units are copied or deleted together. A checkbox is displayed in the processing unit if [Multiple selection] is tapped. Checked processing items can be operated as a group.

●

Ref. other Scene's flow ( ) Units of other scenes can be referred to and added to the current scene flow. Selecting a scene to refer to displays the flow for that scene.

Note

●

If a processing unit is inserted, the numbers for the subsequent processing units increase by one. With processing items related to results output or branch control, the numbers for processing units set as references also automatically increase by one.

●

If a button other than [Paste] is tapped after pasting a processing unit, continued pasting of the processing cannot be performed.

●

If a processing unit is deleted, the numbers for the subsequent processing units decrease by one. With processing items related to results output or branch control, the numbers for processing units set as references also automatically decrease by one.

●

To make a specific processing unit not display in a flow on the ADJUST window or RUN window, insert a "*" (single byte) at the beginning of the processing unit name.

64 Editing Processing Units in Scenes FZ3 User's Manual

Switching Scenes and Scene Groups

Set-up can be changed by changing the scene. With factory settings, the default display is scene 0 when the power is switched on. In addition, multiple scenes can be created (Scene 1 to 31). Also, when combined with the scene group function, up to 1024 scenes can be set. Instructions for switching scene groups and scenes can also be performed from external devices. Reference: Methods for Connecting and Communicating with External Devices (p.147)

Switching Scenes

Tap "Scene switch" in the toolbar on the Main screen.

The Switch Scene window is displayed.

Note

●

The same operation is available by tapping [Scene] menu - [Scene switch].

Setting Scenes (Measurement Flow)

Tap [ ] to select the scene to switch.

To switch a scene group, tap [Switch], then tap [ ] in the displayed window to select the scene group to switch.

Tap [OK].

The scene switches.

Switching Scene Groups

Switches to the scene group in which the scene to be edited is stored.

On the Main screen, tap [Scene] - [Scene maintenance].

The Scene Maintenance window is displayed.

FZ3 User's Manual Switching Scenes and Scene Groups 65

Setting Scenes (Measurement Flow)

Tap [Switch] for the scene group.

The Switch Scene Group window is displayed. Switch to the scene group to edit.

Tap [ ] and select the scene group to edit.

Select whether a scene group should be saved when switching to another scene group.

Setting

Setting item

Save scene group on switch scene

value

[Factory

default]

[Checked]

Unchecked

Description

When the scene group is switched, the data of the scene group before switching is saved.

The scene group data is not saved when switching to another scene group. Therefore, the switching period can be shortened.

Note

●

The setting for whether to save a scene group during switching is linked to the settings of the Measurement Setting window. Reference: Setting Conditions Related to Operation during Measurement (p.130)

Tap [OK].

The scene group is switched and the screen returns to the Scene Maintenance window.

Important

●

When a check is inserted in "Save scene group on switch scene", data may be lost if the power is cut off during scene group switching.During scene group switching, make sure that the power is not cut off.

66 Switching Scenes and Scene Groups FZ3 User's Manual

Editing Scenes

Copying a Scene

Copies and pastes scenes within a scene group. This is a convenient function for reusing a created scene with only one portion being changed.

On the Main screen, tap [Scene] - [Scene maintenance].

The Scene Maintenance window is displayed. In the scene list, tap the source scene to copy, and then tap [Copy].

Setting Scenes (Measurement Flow)

In the scene list, tap the scene to which the copy is to be pasted and then tap [Paste].

The confirmation window for overwriting is displayed. Tap [Yes].

The copied scene data is written over the scene selected as the destination. Tap [Close].

Clearing a Scene

Clear scene settings and return to factory default values. This section describes how to initialize measurement contents for each scene.

On the Main screen, tap [Scene] - [Scene maintenance].

The Scene Maintenance window is displayed. Tap the scene to be cleared from scene list.

FZ3 User's Manual Editing Scenes 67

Setting Scenes (Measurement Flow)

Tap [Clear].

A confirmation message is displayed. Tap [Yes].

Scene data is cleared. Tap [Close].

Renaming a Scene and Adding a Description

Arbitrary descriptions can be added to each scene.This is convenient for making settings more easily understandable when managing many scenes.

On the Main screen, tap [Scene] - [Scene maintenance].

The Scene Maintenance window is displayed. Tap the scene to be renamed from scene list.

68 Editing Scenes FZ3 User's Manual

Set "Scene name", "Author" and "Note".

Setting Scenes (Measurement Flow)

Note

●

Tap [Close].

Tap [...] for each item.

The soft keyboard is displayed. Set the name and a description.

"Scene name" and "Author" cannot be longer than 15 characters, and "Note" cannot be longer than 255 characters. ゜ and " cannot be used alone as a "Scene name".

When writing "Note", enter a line-break after 32 single-byte characters or 17 double-byte characters. Without a line break, the display of character strings is truncated.

FZ3 User's Manual Editing Scenes 69

Setting Scenes (Measurement Flow)

Editing Scene Groups

Copying or deleting can be done by scene group and scene groups can be arbitrarily renamed.

Note

●

Make sure to check that a USB memory device has been inserted before performing this operation.

Copying a Scene Group

On the Main screen, tap [Scene] - [Scene maintenance].

The Scene Maintenance window is displayed. Tap [Edit].

The Scene Group Maintenance window is displayed. Select the scene group to copy and tap [Copy].

Select the copy destination scene group and tap [Paste].

The confirmation window for overwriting is displayed. Tap [Yes].

The copied scene group data is written over the scene group selected as the destination. Tap [Close].

70 Editing Scene Groups FZ3 User's Manual

Deleting a Scene Group

Delete scene group data. The data to be deleted is shown as follows.

●

Names set for a scene group

●

All scene data within a scene group

On the Main screen, tap [Scene] - [Scene maintenance].

The Scene Maintenance window is displayed. Tap [Edit].

The Scene Group Maintenance window is displayed. Select the scene group to delete and tap [Clear].

Setting Scenes (Measurement Flow)

A confirmation message is displayed. Tap [Yes].

Scene group data is deleted. Tap [Close].

Renaming a Scene Group

Scene groups can be arbitrarily named. This is convenient for managing more than one scene group.

On the Main screen, tap [Scene] - [Scene maintenance].

The Scene Maintenance window is displayed.

FZ3 User's Manual Editing Scene Groups 71

Set "Scene group name".

Setting Scenes (Measurement Flow)

Tap [Close].

Tap [...] for the "Scene group name".

The soft keyboard is displayed. Enter a new name.

Use 15 characters or less to Input words.

72 Editing Scene Groups FZ3 User's Manual

Performing Test Measurement /Starting Operation

This chapter describes tests methods for checking whether correct measurement can be performed at the set conditions and describes useful functions for operation.

Reference: ADJUST Window and RUN Window (p.74)

Reference: Performing Test Measurement (p.77)

Reference: Key Points for Adjustment (p.79)

Reference: Arranging the RUN Window (p.82)

Reference: Useful Functions for Operation (p.90)

Performing Test Measurement/Starting Operation

FZ3 User's Manual 73

ADJUST Window and RUN Window

After test measurement and remeasurement are performed, check the measurement results. If there are problems, adjust the processing item setting values of the processing units.If the measurement results are stable, switch to the RUN window and perform measurement. This section describes the ADJUST window and RUN window.

Performing Test Measurement/Starting Operation

ADJUST Window

RUN Window

There are two types of RUN windows: Normal mode and fast view mode. Change the display speed according to the intended use.

Note

●

Switching method for RUN window normal mode and fast view mode

Reference: Switching the RUN Window to Fast View Mode [Select RUN mode] (p.88)

●

Method for setting display contents of RUN window

Reference: Setting the RUN Window Display [RUN Mode View Setting] (p.140)

74 ADJUST Window and RUN Window FZ3 User's Manual

Normal Mode RUN Window

Performing Test Measurement/Starting Operation

When processing is taking a long time, it is necessary to check processing items and setting values. The time required for measurement is also displayed with the measurement results, so use this for reference.

Fast View Mode RUN Window

Simplifies display items and makes the display speed faster.

FZ3 User's Manual ADJUST Window and RUN Window 75

Performing Test Measurement/Starting Operation

Switching to the RUN Window

Tap [Switch to RUN mode] in the ADJUST window.

Window switches to the RUN window.

Note

●

You can make settings so that the RUN window is displayed whenever power to the controller is turned on.

Reference: Setting the Start-up Status [Startup Setting] (p.133)

●

Lighting gradually gets darker if it is used for a long time, so adjust judgement conditions periodically.

●

Without stopping a measurement in operation, you can change judgement conditions for a processing unit set in a scene. Reference: Changing Judgement Conditions without Stopping Measurement (p.93)

Switching to the ADJUST Window

Tap [Switch to ADJUST mode] in the RUN window tool box.

Switches to the ADJUST window.

76 ADJUST Window and RUN Window FZ3 User's Manual

Performing Test Measurement

Test whether the intended measurement processing can be performed with the current setting contents.Look at test results and adjust the property settings of each processing unit. Perform measurement according to the conditions set in the displayed scene.

Display the Main screen (ADJUST window).

For the test conditions on the ADJUST window, set the following items.

Setting item Description

Place a check here when the measurement results on the ADJUST window are also

Output

Continuous meas.

to be output.Remove the check when test measurement for the device only is to be performed without results being output.

Place a check here when continuous measurement is to be performed. Tapping the [Measure] button starts continuous measurement.

Performing Test Measurement/Starting Operation

Tap [Measure] in the Toolbar.

Measurement is performed.

Note

●

With continuous measurement, the [Measure] button changes to the [Stop meas.] button during the

measurement.To stop continuous measurement, tap [Stop meas.].

Check measurement results.

If necessary, adjust the setting values for each processing unit again.

Moving to the property window can be done directly by tapping the button of any processing unit set in the flow.

FZ3 User's Manual Performing Test Measurement 77

Performing Test Measurement/Starting Operation

Note

●

Test images can be saved.This function is called the logging function. After setting conditions, these test images can be used in performing test measurement again. Reference: Logging Measurement Values and Measurement Images (p.96)

Important

●

The measurement interval and display update interval will vary for continuous measurement with test measurement settings and continuous measurement with serial commands/parallel commands. Evaluate the measurement interval and display update interval by watching actual operation.

78 Performing Test Measurement FZ3 User's Manual

Key Points for Adjustment

This section describes key points for adjustment when aiming to improve measurement precision and shorten measurement time.

Stabilizing Measurement

This section describes key points for adjustment when measurement is not stable. There are two methods for improving measurement precision: Performing processing of images loaded from the camera (filtering) or adjusting settings and parameters.

Adjusting Parameters of Each Processing Item

Adjustment to improve precision and stability varies depending on the processing item. For details, see "Key Points for Adjustment" for each processing item in the Processing Item List Manual.

Processing Images (Filtering)

There are cases in which high-precision measurement is impossible such as when using images loaded from the camera that have noise, irregularities, or low contrast or when the background has patterns during defect measurement. In this case, measurement accuracy can be improved by performing processing of measurement images in advance. Reference: "Processing Item List Manual", "Filtering" (p.294)

When measurement images have irregularities (search and location positioning are not stable)

The filtering items "Smoothing (strong and weak)" and "Median" are both effective.

●

Smoothing (strong and weak)

This processing changes the shade of images so that irregularities are not as easily seen.

Performing Test Measurement/Starting Operation

●

Median

In comparison with smoothing, "Median" allows for irregularities to be hidden without having to shade the edges of images.

When measurement images contain noise

The filtering items "Dilate" and "Erosion" are both effective.

●

Dilate

When there is dark noise in an image, bright areas are enlarged to eliminate dark noise.

FZ3 User's Manual Key Points for Adjustment 79

Performing Test Measurement/Starting Operation

●

Erosion

When there is bright noise in an image, bright areas are contracted to eliminate bright noise.

When contrast of measurement images is low (defect inspection is unstable)

The filtering items "Extract vertical edges", "Extract horizontal edges", and "Extract edges" are effective.

●

Extract vertical edges

This extracts the vertical edges of an image.

●

Extract horizontal edges

This extracts the horizontal edges of an image.

●

Extract edges

This extracts the all edges of an image.

When unidentifiable shapes are present

The filtering item "Extract edges" is effective.

●

Extract edges

This is used to make the profile clearer and the shape more identifiable.

80 Key Points for Adjustment FZ3 User's Manual

Shortening Processing Time

Find out which processing units are taking the most time and adjust the parameters of these processing items taking time.

Insert the processing item "Elapsed Time" after the processing unit for which time is to be

measured.

Execute measurement.

After tapping the "Detail result" area, tap the elapsed time processing unit where time is to be

checked. The elapsed time from the top of the flow to the relevant processing unit is displayed.

Performing Test Measurement/Starting Operation

Adjust the parameters of the processing units that are taking time.

For details on adjustment parameters, see "Key Points for Adjustment" for each processing item in the Processing Item List Manual.

FZ3 User's Manual Key Points for Adjustment 81

Performing Test Measurement/Starting Operation

Arranging the RUN Window

Displaying Multiple Windows Together

Multiple images can be displayed side by side in the Image Display area.

In "Image display" of the Main screen Control area, tap [ ] of the "Image layout" menu and

select the number of images to be displayed. The camera image view in the Image Display area switches according to the selected contents.

There are the following four image display patterns.

Item Description

Displays 1 image. Since images are enlarged, this is ideal for checking details.

1 image

2 images are displayed side by side. Suitable for when 2 cameras are connected and images are to be checked all at one time.

2 images

82 Arranging the RUN Window FZ3 User's Manual

4 images

Thumbnail

4 images are viewed together with one each at the left, right, upper, and lower positions.

Performing Test Measurement/Starting Operation

Suitable for when 4 cameras are connected and images are to be checked all at one time.

Displays four small images at the bottom and also one larger selected image. This view is preferable when you wish to check details of a certain image when four cameras are connected. Thumbnail display is not available in the RUN window (Fast view mode). When using the thumbnail display in the ADJUST window, the display will change to 4 images if you switch to the RUN window (Fast view mode).

Select which processing unit image to display for each image.

After tapping the display assignment to change, tap the relevant processing unit in the measurement flow.

Changing Display Contents

The display contents of the Image Display area can be changed in order to make the measurement status easier to understand.

Tap the image to be changed.

FZ3 User's Manual Arranging the RUN Window 83

Performing Test Measurement/Starting Operation

From the measurement flow, tap the processing unit to be displayed.

Set each item in [Image display] of the Control area.

Item Description

Image mode

Positions

Sub image

This item changes the camera image mode. Reference: Image Mode List (p.84)

Measurement results are displayed as a list in the Image Display area. Display contents are classified into "Input image" units such as [Camera Image Input] and [Camera Switching], and "Compensate image" units such as [Filtering] and [Position Compensation]. For example, if "Positions" is turned on with [Position Compensation] selected, a combined positions list for units after [Position Compensation] is displayed. The units in the area before [Position Compensation] are not displayed.

Indicates displayable image for the selected processing item. Reference: List of sub image numbers (p.86)

Note

●

To check detailed results for each unit when "Positions" is on, select any unit after selecting the "Detail result" area to make detailed results active.To make detailed results inactive, select the Image Display area.

Image Mode List

Changes can be made in the ADJUST window.

Item Description

Through

Freeze

84 Arranging the RUN Window FZ3 User's Manual

The latest image is always loaded from the camera and displayed. When "Through" is selected, saved images cannot be called up for measurement.

The image that was scanned in the immediately preceding measurement is displayed. Images can be updated at any time during measurement.

The latest NG error image resulting from an overall judgement is displayed.

Last NG

The latest measurement results are always shown in overall judgement and measurement time. In this case, the overall judgement result and measurement time may conflict with the camera images. Also, during continuous measurement, "Last NG" cannot be displayed.

Note

●

Tapping the Image Display area or flow when "Last NG" is displayed and made active clears the screen.Be sure

to capture "Last NG" before performing any other operation.

●

If a measurement trigger is input during multi-input status or immediately after BUSY is turned off (during

display update processing, etc.), "Last NG" cannot be displayed.

●

[Display Last NG Image] fulfills a similar function as a processing item in which up to 4 NG error images can be saved.If this processing item is used, "Last NG" can be acquired without operation having any effect on acquisition.

Performing Test Measurement/Starting Operation

FZ3 User's Manual Arranging the RUN Window 85

Performing Test Measurement/Starting Operation

List of Sub Image Numbers

ClassificationProcessing item Sub image number and display

0: Measurement image 1: Measurement image displayed with matching edges overlaid

0: Measurement image 1: Profile display

0: Measurement image 1: Scan region

0: Measurement image 1: Extracted image

0: Measurement image 1: Color extraction image

0: Measurement image 1: Defect profile [when area measurement is present]

0: Measurement image 1: Difference image display

0: Reset image 1: Measurement image

0: After compensation 1: Before compensation

0: Post-conversion image

0: Color extraction image 1: Measurement image

0: Post-conversion image

0: Post-conversion image 1: Measurement image

0: Image 0 1: Image 1 2: Image 2 3: Image 3

0: Last NG 1: Previous NG error image (Displayed when there are 2 or more saved images. Otherwise, "Last NG" is displayed.) 2: NG error image from 2 previous (Displayed when there are 3 or more saved images. Otherwise, "Last NG" is displayed.) 3: NG error image from 3 previous (Displayed when there are 4 or more saved images. Otherwise, "Last NG" is displayed.)

2D measurement

ECM Search

Edge Position

Edge Pitch

Scan Edge Position

Scan Edge Width

Gravity and Area

Labeling

Labeling+

Defect

Precise Defect

Fine Matching

Measurement Image Switching

Position Compensation

Trapezoidal Correction+

Extract Color Filter

Stripes Removal Filter+

Halation Cut+ 0: Color extraction image

Panorama+ 0: Post-combination image

Polar Transformation

Display Image File

Display Last NG Image

86 Arranging the RUN Window FZ3 User's Manual

Enlarging Measurement Images [Zoom Images]

Set the measurement image zoom status (magnification and display position).During display of multiple images, magnification can be set for each image.

On the Main screen, tap [View] - [Zoom images].

A magnification setting tab is displayed in the top right of the measurement image.

Set the magnification as required.

Performing Test Measurement/Starting Operation

Setting item

●

[Auto]

●

25%

●

50% Measurement image magnification setting

Drag images to specify the display position as required.

On the Main screen, tap [View] - [Zoom images].

●

100%

●

200%

●

400%

●

800%

●

1600%

Set value

[Factory default]

The current magnification and display position are saved.

Displaying Flow and Detailed Results

Switches display of [Flow] and [Detail result] on/off of in the Control area.

Note

●

The same operation is available by tapping [View] - [Flow] or [Detail result].

Tap [Flow] or [Detail result] in the Control area.

Description

Sets magnification.

Flow or details of measurement results are displayed. Tapping once again returns the screen to the previous status.

FZ3 User's Manual Arranging the RUN Window 87

Performing Test Measurement/Starting Operation

When displaying both the flow and detailed results, you can change the size of the Display area

of the flow and detailed results by dragging [Detail result].

Switching the RUN Window to Fast View Mode [Select RUN Mode]

Switches the mode of the RUN window.Fast view mode simplifies display items and makes the display speed faster.

On the Main screen, tap the [System] menu - [Controller] - [Select RUN mode].

The Select RUN Mode window is displayed. Tap [ ] and select a mode.

88 Arranging the RUN Window FZ3 User's Manual

Set value

[Factory default]

●

[RUN - normal mode]

●

RUN - fast view mode

Tap [OK].

The Select RUN Mode window closes.

Description

Selects which mode is used to display the RUN window.

Changing Display Contents on the RUN Window Measurement Information Display Area

The display contents on the RUN window measurement information display area can be changed. Reference: Setting the RUN Window Display [RUN Mode View Setting] (p.139)

Changing Functions That Can Be Operated from the RUN Window Tool Box

Functions that can be operated from the RUN window tool box can be changed. Reference: Setting the RUN Window Shortcut [Create Shortcut] (p.140)

Performing Test Measurement/Starting Operation

FZ3 User's Manual Arranging the RUN Window 89

Performing Test Measurement/Starting Operation

Useful Functions for Operation

Remeasuring Saved Images

Images from when measurement, including test measurement, was performed can be saved.Remeasurement can be performed with saved images after conditions are adjusted in order to check whether the adjustment is appropriate. The logging function is used for saving images. Reference: Setting Logging Conditions [Logging Setting] (p.98) Images that can be remeasured include images saved in the controller and images saved in USB memory.

In the Control area of the Main screen, tap [Test measurement].

Tap [Select image].

The Select Image window is displayed. Tap [...] and select the file to display.

Setting item Description

File Specify images saved in the USB memory or in the RAMDisk.

Logging image Specify images that are logged in the controller memory.

The selected image is displayed at the lower left of the FileExplorer screen.

When there are multiple camera images in a file, as for a logging image when multiple cameras are connected, use the "<<" and ">>" buttons to switch images.

Tap [OK].

The path and file name of the image are displayed under [Select image].

90 Useful Functions for Operation FZ3 User's Manual

Check "Measure using selected img (Re-meas.)".

Tap [Measure] in the toolbar on the Main screen.

Measurement of the selected image is performed.

Note

●

About Auto Re-meas.

Displayed images can be automatically remeasured by placing a check in "Auto Re-meas.".

Performing Test Measurement/Starting Operation

Important

●

When remeasuring an image with the controller, it is necessary to have a camera connected that is appropriate to the image size.For example, if the image file for remeasurement contains 2 megapixel images and a 0.3 megapixel camera is connected to the controller or if a camera is not connected, measurement will not be performed correctly due to a memory deficiency.Perform remeasurement after connecting a camera appropriate to the image size.

Improving Adjustment Efficiency

Convenient when measuring a large amount of image samples and classification or adjustment is performed with each judgement. Files in which NG error files and OK files are mixed can be continuously remeasured automatically, with the system stopping at images with a specified condition (OK/NG) and these files being moved.

In the Control area of the Main screen, tap [Test measurement].

Place a check next to "Monitoring Judgement" and set the judgement conditions for

identification.

If the specified judgement condition is achieved when continuous measurement is performed, measurement stops and the following message is displayed.

FZ3 User's Manual Useful Functions for Operation 91

If OK is selected

Performing Test Measurement/Starting Operation

If NG is selected

Select the processing for the measured image.

For "Adjust setting"

Tap the [Adjust setting] button.

For "Move Image file"

Specify the save destination and tap [OK].

Tap the [Move Image file] button.

Tap the [Skip] button to skip processing and remeasure the next image.

92 Useful Functions for Operation FZ3 User's Manual

Changing Judgement Conditions without Stopping Measurement

Using the simplified non-stop adjustment function makes it possible to change the judgement conditions of processing units of the currently displayed scene without stopping the measurement processing being executed.

Note

●

The simplified non-stop adjustment function can only be used in RUN window normal mode. However, it cannot be used when the operation mode (FZ3-9 /H9 only) is set to [Single-line High-speed mode] [Non-stop adjustment mode]. Also, it cannot be used in the ADJUST window or RUN window fast view mode.

●

If the Enter non-stop adj. button is not displayed, the button can be added with the system/controller/RUN window short cut setting.

In the "Control" area of the Main screen (RUN window), tap [Tool box].

Tap [Enter non-stop adj].

Transfers to simplified non-stop adjustment mode. "Enter simplified non-stop adj." is displayed at the upper part of the "Control" area flow. Measurement will continue without stopping.

Performing Test Measurement/Starting Operation

Tap the icon of the processing unit with the judgement condition to be adjusted.

The window for the judgement conditions of the selected processing unit is displayed.

If you tap the icon of the processing unit that does not have setting item of "Judgement condition", Judgement window is not displayed.

FZ3 User's Manual Useful Functions for Operation 93

Performing Test Measurement/Starting Operation

Change the judgement conditions of each processing unit.

Tap [OK].

The Judgement window closes, and the screen returns to the Main screen.

The changed contents are shown in the displayed scene.

When changing judgement conditions for multiple processing units, repeat steps Reference: 3 (p.93) to Reference: 5 (p.94) .

In the "Control" area of the Main screen, tap [Quit simplified non-stop adj.].

The simplified non-stop adjustment mode ends.

Note

●

If [Switch to ADJUST mode] is tapped while entering simplified non-stop adjustment, the simplified

non-stop adjustment mode is automatically ended and the screen switches to the ADJUST window.

Changing Regions as a Batch [Shift area]

Figure data for multiple processing items can be changed as a batch.

Tap [Shift area] in the Edit Flow window.

The Move Measuring Area at Once window is displayed.

94 Useful Functions for Operation FZ3 User's Manual

Select the processing item in which to change the region.

Only image setting processing items included in "Input image" and "Compensate image" are displayed.

Select the registration region to change.

Performing Test Measurement/Starting Operation

Tap [Move] and input the value or tap the arrows to move the image.

Images can also be directly dragged and moved.

Tap [OK].

The change is registered.

Monitoring Measurement Value Trends

By monitoring the trend in measurement values, the occurrence of defects can be prevented in advance and this information can also be helpful in NG error occurrence cause analysis.Use the processing item [Trend Monitor] to monitor the measurement values.

FZ3 User's Manual Useful Functions for Operation 95

Performing Test Measurement/Starting Operation

Reference: "Processing Item List Manual", "Trend Monitor" (p.366)

Note

●

If the measurement value is within the alarm range, the "Warning" message is shown on the screen.

●

If a result output-related processing item is used, this allows for output to external devices when a warning occurs.

●

Through trend monitor judgement, trends can be managed and NG error images can be saved. To save only NG error images identified by trend monitor judgement, create settings so that overall judgements from processing units other than [Trend Monitor] are not included in judgement.

Logging Measurement Values and Measurement Images

Logging is a function for saving camera input images or measurement results when executing measurement. There are 2 different logging methods.

●

When logging images that are currently displayed

Reference: Logging current image [Save last logging image] (p.97)

●

When automatically logging images during measurement

Reference: Setting Logging Conditions [Logging setting] (p.98)

Images and measurement data can be saved in USB memory, which makes them useful for the

96 Useful Functions for Operation FZ3 User's Manual

following kinds of adjustment.

Performing Test Measurement/Starting Operation

Logging Current Image [Save Last Logging Image]

This section explains the method for logging the latest input image being displayed.

On the Main screen, tap [Measure] menu - [Save last logging image].

The Logging Setting window is displayed.

FZ3 User's Manual Useful Functions for Operation 97

Performing Test Measurement/Starting Operation

Set the logging images save destination.

Specify the image file save destination (RAMDisk or USB memory). Edit the file name as required.

Tap [OK].

After the logging operation is complete, the Save Last Logging Image window closes.

Setting Logging Conditions [Logging Setting]

Set the logging timing and the save destination.

On the Main screen, tap the [Measure] menu - [Logging setting].

The Logging Setting window is displayed. Set the logging conditions for images.

98 Useful Functions for Operation FZ3 User's Manual

Omron FZ3 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Contents

Before Operation

Operation Flow

Layouts of Screens/Windows

Layout of Main Screen (ADJUST Window)

Layout of Main Screen (RUN Window)

Layout of Edit Flow Window

Layout of Property Setting Window

Checking System Configuration

Basic Configuration of FZ3 Series

Description of Model-specific Functions

Preparing Controllers and Cameras

Preparing Controllers

Adjusting Cameras

Intelligent Camera (with Lighting Function)

Input Operations

Operation of Touch Pen

Basic Operation of Mouse and Trackball

Returning Controller to Factory Settings

Initializing Controller [System Initialization]

Restarting Controller [System Restart]

Saving Settings and Turning Power Off

Turning Off LCD

Setting Operation Mode

Operation Mode Selection Guidelines

High-speed Logging Mode

Parallel-operation High-speed Mode

Single-line High-speed Mode

Multi-line Random-trigger Mode

Non-stop Adjustment Mode

Setting Scenes (Measurement Flow)

What Is a Scene?

Scene Examples

What Is a Scene Group?

Creating a Scene

Processing Item Selection Guidelines

Selecting Measurement Processing Items Using a Chart

Selecting Measurement Processing Items According to the Measurement Method and Purpose

Editing Processing Units in Scenes

Switching Scenes and Scene Groups

Switching Scenes

Switching Scene Groups

Editing Scenes

Copying a Scene

Clearing a Scene

Renaming a Scene and Adding a Description

Editing Scene Groups

Copying a Scene Group

Deleting a Scene Group

Renaming a Scene Group

Performing Test Measurement /Starting Operation

ADJUST Window and RUN Window

ADJUST Window

RUN Window

Switching to the RUN Window

Switching to the ADJUST Window

Performing Test Measurement

Key Points for Adjustment

Stabilizing Measurement

Shortening Processing Time

Arranging the RUN Window

Displaying Multiple Windows Together

Changing Display Contents

Enlarging Measurement Images [Zoom Images]

Displaying Flow and Detailed Results

Switching the RUN Window to Fast View Mode [Select RUN Mode]

Changing Display Contents on the RUN Window Measurement Information Display Area

Changing Functions That Can Be Operated from the RUN Window Tool Box

Useful Functions for Operation

Remeasuring Saved Images

Improving Adjustment Efficiency

Changing Judgement Conditions without Stopping Measurement

Changing Regions as a Batch [Shift area]

Monitoring Measurement Value Trends

Logging Measurement Values and Measurement Images