Operating Instructions
Programming Manual (1/3)
Data Generation System
NPM-DGS
Model No.
NM-EJS9A
Thank you for purchasing the “Panasonic product.”
 Read the operating instructions carefully for proper and safe usage.
 Before placing the machine in service, be sure to read “Safety Precautions.”
 Store the operating instructions carefully.
N7201A662E16 (V10.10)
201904
NPM-DGS
Original Instructions
“Use of this system:
This system is designed for the purpose of efficiently creating and managing the production data to be used for
placing electric and electronic components.
This system shall be used for this purpose only.
It shall not be used for any other purpose.”
“Operation of the machine:
The machine shall be operated by professional, specially trained operators.
It shall be operated by professional, specially trained operators.
For information regarding available training courses, please contact Panasonic Smart Factory Solutions Co., Ltd.,
Sales company or Sales agent.”
Warning
Do not operate the machine without receiving special training
Risk of injury due to improper operation.
Prohibited
●About training, conduct in your company or contact us.
For machine training in Europe,
you may contact Panasonic Industry Europe:
Panasonic Industry Europe GmbH FA Division
Robert-Koch-Strasse 100, 85521 Ottobrunn Germany
Phone number: 0049-(0)89-453541192
EJS9AE-BP-03N-12
Page 3
NPM-DGS
 NPM-DGS User License Agreement
 This is the Agreement between the users and us related to Programming Terminal Support System
NPM-DGS. The product includes the software of the computer, relative media, (CD-ROM or floppy
disk, etc.), and the printed materials as instruction manuals.
We regard user’s installation or use of this software as their approval of the restriction based on the
terms and conditions of this Agreement. If you have any disagreement with it, please return the
software to the sales agent where you got it, before use.
The software is reserved by the Copyright Laws, International Copy Right Treaties, etc.
The software is to be permitted, but its right is not transferred to others.
 License Grant and Limitations
The users are permitted to get the following rights in this Agreement.
1. The users can install the software to the only specified computer and use.
For installing it to several computers, it is necessary to get the same number of licenses as them.
2. The software cannot be used for several computers on the same network server at the same time.
For using it for several computers, it is necessary to get the same number of licenses as them.
3. Reverse engineering, disassembling, and decompiling of the software are forbidden.
4. This Agreement also includes the license of other company’s software which is constructed in this
software.
5. The software cannot be divided for using for other computer.
6. The software is to be updated with older version one simultaneously and also used together. The
License of the software is effective in older version software, too.
(The new version software itself does not constitute the granting of the license.)
7. The software cannot be lent nor rented.
8. The License of the software shall not be to apply for lending the instruction manuals.
 Product configuration
This product is configured by the following types of software.
1. Software independently developed by Process Automation Division of Panasonic System
Solutions Company of North America and Panasonic Smart Factory Solutions Co., Ltd.
2. SharpZipLib to which GNU General Public License applies.
 Regarding software that a user license is agreed based on the above 2.
For conditions of software use, please see the URL below.
http://www.icsharpcode.net/opensource/sharpziplib/
For conditions of GNU General Public License use, see the URL below.
http://www.gnu.org/licenses/gpl.html
• This software is distributed in the hope that it will be useful by itself, but without warranty of any
kind, either express or implied, including but not limited to any warranties of “merchantability” or
“fitness for a particular purpose”.
• To acquire the source code if this software, access the URL below.
http://www.icsharpcode.net/OpenSource/SharpZipLib/Download.aspx
Page 4
EJS9AE-BP-03N-12
NPM-DGS
 Registered trademarks and/or trademarks
Registered trademarks and/or trademarks mentioned herein are as follows.
 Microsoft, Windows, Windows 7, Windows 8, Windows 8.1, Windows 10, Windows Server 2008 ,
Windows Server 2012, and Windows Server 2016 are registered trademarks of Microsoft
Corporation in the United States and/or other countries.
 The official name of Windows 7 is Microsoft® Windows® 7 operating system.
 The official name of Windows 8 is Microsoft® Windows® 8 operating system.
 The official name of Windows 8.1 is Microsoft® Windows® 8.1 operating system.
 The official name of Windows 10 is Microsoft® Windows® 10 operating system.
 The official name of Windows Server 2008 is Microsoft® Windows® Server 2008 operating
system.
 The official name of Windows Server 2012 is Microsoft® Windows® Server 2012 operating
system.
 The official name of Windows Server 2016 is Microsoft® Windows® Server 2016 operating
system.
 The proper product name of Windows is Microsoft® Windows® operating system.
 Other product and company names mentioned herein may be either registered trademarks or
trademarks of their respective companies.
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NPM-DGS
Organization of manuals
 Organization of instruction manuals
This system includes the following manuals.
Each of those manuals is designed for the purpose of a work. Refer to a manual suit for the
purpose of a work you will perform.
Manual type
Explanation
Programming manual
(1/3), (2/3), (3/3)
This manual explains how to install and how to create the production data
of this system.
Recognition optional data
This manual explains how to create component recognition data.
2D inspection editor
This manual explains how to create each data of post-placement
inspection, pre-placement inspection and inspection after printing.
Gerber converter
This manual explains how to create the inspection data after printing by
using the gerber data.
SP data editor
This manual explains how to create the data for a printer.
Offline Camera Unit
(Option)
The manual explains how to create the part recognition data and how to
perform the part recognition test using an offline camera unit.
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NPM-DGS
Wording in context
 How to read operating instructions
Description depends on the page; however, it is constructed basically as follows.
1
3
2
2.4.1 PCB Information
1
Choose [Modify]  [Edit Top Side
Panel Information] on the menu bar,
or double-click the PCB.
1
4
5
 The <Edit Top Side Panel Information>
window opens.
 On-screen items may vary according to
options etc.
Explanation
 Title
 Operation step number
Corresponds to the arrow number in a red
frame on the screen.
 Actual operation
 Describes the effect produced by the
operation.
 Describes the supplementary explanation.
 Symbols used in this manual
In this manual, the following expressions and symbols are used for description.
Symbol
Explanation
Symbol
Explanation
Shows a reference item.
Shows an operation flow.
This shows the part to be clicked on.
Screen name Shows a screen name.
This shows the part to be double-clicked on.
EJS9AE-BP-03N-12
[Button]
Shows a button or a menu.
“Message”
Shows a message on the screen.
‘Item’
Shows an item text on the screen.
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NPM-DGS
System requirements
 Hardware
Item
Main body
CPU
Motherboard
Serial I/O
Graphics board
Memory
Internal storage
Optical drive
Card slot
Keyboard
Mouse
Monitor
Printer
Network card
Uninterruptible power supply
(UPS)
Page 8
Standards
Specifications
IBM PC/AT-compatible machine
 A desktop PC is strongly recommended.
Class
Indispensable
Intel® CoreTM i5-2430 equivalent or greater
TM
 Intel® Core i7-7700 is recommended.
Fully compatible with IBM
Fully compatible with IBM
SXGA or higher (Display color: 65536 or more)
Desktop area: 1280 x 1024 dots or higher
4 GB or more
8GB or more recommended
 When using Windows Server OS, 16GB or more is
recommended.
120GB or more of free space (NTFS file system)
 When using Windows Server OS, 500GB or more is
recommended.
DVD drive 4x or faster
(Used for installation)
SD memory card reader (External device available) Recommended
(Necessary when loading production data with the
equipment.)
Japanese version: 106 keyboard
Indispensable
English version: 101 keyboard
Supported by your OS as standard
SXGA or higher ready
Supported by your OS
Recommended
PostScript-ready product recommended
100BASE-T network card
Indispensable
 A network card for 1000BASE-T is recommended
for transferring inspection images of the LWS
editor.
Supported by your OS as standard
Recommended
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NPM-DGS
 Software
Item
OS
Support Language
Framework
DBMS
(Data Base Management
System)
Java Runtime Environment
(JRE)
Virus check
Standards
Specifications
Microsoft® Windows® 10 Pro (64 bit version) is recommended
Microsoft® Windows® 10 Pro (32 bit version)
Microsoft® Windows® 8.1 Pro (32 bit / 64 bit version)
Microsoft® Windows® 7 Professional (32 bit / 64 bit version) SP2 or
later
Microsoft® Windows Server® 2016 is recommended
Microsoft® Windows Server® 2012 R2
Microsoft® Windows Server® 2012 or later
English, Chinese, Japanese
Microsoft® .Net Framework 3.5 SP1
Microsoft® .Net Framework 4.6.2
Microsoft® .Net Framework 4.7.2
Microsoft® SQL Server® 2016 is recommended
Microsoft® SQL Server® 2014 SP1 (32 bit / 64 bit version)
Microsoft® SQL Server® 2012 SP3 (32 bit / 64 bit version)
Microsoft® SQL Server® 2008 R2 SP3
Version 7 Updata 25 or later (32 bit / 64 bit version)
Virus Buster™
Program version 10.0 or later
Class
Indispensable
Recommended
NOTICE
The hardware/OS should be prepared and installed on your own.
 Use the default settings of your OS for font, time, date, color, and others.
A sudden PC-power down may result in data losses. A proper shutdown is
necessary.
 The use environment conforms to that of your hardware.
Software names in the descriptive texts of this document will be expressed as follows;
Expression in the text
Software name
Windows 10
Microsoft® Windows® 10 Pro (32 bit / 64 bit version)
Windows 8.1
Microsoft® Windows® 8.1 Pro (32 bit / 64 bit version)
Windows 8
Microsoft® Windows® 8 Pro (32 bit / 64 bit version)
Windows 7
Microsoft® Windows® 7 Professional (32 bit / 64 bit version)
SP1 or later
Windows Server 2012
Microsoft® Windows® Server® 2012 or later
Windows Server 2008
Microsoft® Windows® Server® 2008 R2 or later
.Net Framework 3.5
Microsoft® .Net Framework 3.5
SQL Server 2016
Microsoft® SQL Server® 2016 SP1 (64 bit version)
SQL Server 2014
Microsoft® SQL Server® 2014 SP1 (32 bit / 64 bit version)
SQL Server 2012
Microsoft® SQL Server® 2012 SP3 (32 bit / 64 bit version)
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NPM-DGS
Specifications
 Basic specifications
Number of machines
Parts library
1
Placement points
Maximum: 1000 machines (Number of machines registered
in the system
Maximum: 30 machines per line
Maximum: 100000 data (number of data registered in the
system)
Maximum: 10000 points per PCB
Maximum: 100000 points per number of PCBs allowed for
optimization (Data creation job)
2
Number of patterns (blocks)
Maximum: 1000 patterns per PCB
Number of marks being set
Maximum: 1000 data (number of data registered in the
system)
Maximum: 1000 points per PCB (number of bad marks being
3
set)
Number of PCBs allowed for
optimization
Maximum: 64 PCBs
1: It includes placement coordinates, recognition mark coordinates bad mark coordinates
and PCB warpage measurement points.
Please consult us for the mixed line with the CM / DT machines.
2: If PCB warpage measurement is included, the maximum shall be 100 patterns per
machines.
3: Master bad marks and group marks are excluded.
 License is required per machine.
 For use environment, it complies with hardware use environment.
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NPM-DGS
Programming Manual
TABLE OF CONTENTS
 Safety precautions .................................................................................................. S-1
1. OVERVIEW OF NPM-DGS .............................. 1-1
1.1 DGS Overview ...................................................................................................... 1-2
1.1.1 Overview ............................................................................................................................................. 1-2
1.2 Data Creation Flow ............................................................................................. 1-12
1.2.1 Creating DGS Data ........................................................................................................................... 1-12
1.2.2 SP Data Editor Creation Flow ........................................................................................................... 1-13
1.2.3 Creating PPD Manager Data ............................................................................................................ 1-13
1.3 Starting NPM-DGS ............................................................................................. 1-14
1.3.1 User Account Control ........................................................................................................................ 1-15
1.4 Logging Out of NPM-DGS .................................................................................. 1-16
1.5 Exiting NPM-DGS ............................................................................................... 1-17
1.6 NPM-DGS Main Window .................................................................................... 1-18
2. INSTALLATION ............................................... 2-1
2.1 NPM-DGS Installation .......................................................................................... 2-2
2.1.1 .Net Framework 3.5 Setting ................................................................................................................ 2-4
2.1.2 Importing Certificate .......................................................................................................................... 2-13
2.1.3 Installing Microsoft .Net Framework 4.0 or Later .............................................................................. 2-16
2.1.4 Installing SQL Server 2016 ............................................................................................................... 2-17
2.1.5 Installing SQL Server 2014 ............................................................................................................... 2-22
2.1.6 Installing SQL Server 2012 ............................................................................................................... 2-29
2.1.7 Installing SQL Server 2008 ............................................................................................................... 2-37
2.1.8 Setting SQL Server 2016 .................................................................................................................. 2-45
2.1.9 Setting SQL Server 2014/2012/2008 ................................................................................................ 2-52
2.1.10 Installing NPM-DGS ........................................................................................................................ 2-58
2.1.11 Security and Option Settings for PC ............................................................................................... 2-76
2.1.12 Connection with LNB ....................................................................................................................... 2-98
2.2 Upgrading DGS Application .............................................................................. 2-103
2.2.1 Creating DGS backup ..................................................................................................................... 2-103
2.2.2 Batch Upgrade of DGS installation configuration............................................................................ 2-103
2.2.3 Upgrading DGS Database .............................................................................................................. 2-105
2.2.4 Upgrading DGS Application ............................................................................................................ 2-107
2.2.5 If CD-ROM AutoRun does not Work ............................................................................................... 2-108
2.2.6 Upgrading SQL Server .................................................................................................................... 2-109
2.2.7 Uninstalling SQL Server Management Studio Express .................................................................. 2-123
2.3 Uninstalling DGS .............................................................................................. 2-134
2.3.1 Uninstalling the DGS Server ........................................................................................................... 2-134
2.3.2 Uninstalling the DGS Client ............................................................................................................. 2-136
2.3.3 Uninstalling the DGS Database ...................................................................................................... 2-138
2.3.4 Uninstalling the LWS Data Editor .................................................................................................... 2-140
2.4 Confirming the Settings of DGS-installed PC ................................................... 2-142
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NPM-DGS
Programming Manual
3. ENVIRONMENT SETTINGS ........................... 3-1
3.1 Environment Settings Summary ........................................................................... 3-2
3.1.1 Summary ............................................................................................................................................ 3-2
3.1.2 Starting the DGS Environment Settings ............................................................................................. 3-2
3.2 Environment Setting Screen ................................................................................. 3-3
3.2.1 Licenses Settings ............................................................................................................................... 3-4
3.2.2 Backup / Restore ................................................................................................................................ 3-8
3.2.3 DGS Setting ...................................................................................................................................... 3-24
3.2.4 System Settings ................................................................................................................................ 3-29
3.2.5 Log Collection ................................................................................................................................... 3-34
3.2.6 Operation Log ................................................................................................................................... 3-36
3.2.7 Data Correction Tool ........................................................................................................................ 3-46
3.2.8 Grouping Condition........................................................................................................................... 3-48
4. LINE AND MACHINE CONFIGURATION ....... 4-1
4.1 Overview............................................................................................................... 4-2
4.1.1 Launching Factory Manager ............................................................................................................... 4-2
4.1.2 Factory Manager Screen Configuration ............................................................................................. 4-3
4.2 Configuring Actual Lines....................................................................................... 4-6
4.2.1 Acquiring Actual Lines ........................................................................................................................ 4-6
4.3 Configuring Virtual Lines ...................................................................................... 4-7
4.3.1 Setting Up Virtual Lines ...................................................................................................................... 4-7
4.3.2 Setting Up Machines ........................................................................................................................ 4-11
4.3.3 Option Configuration......................................................................................................................... 4-13
4.3.4 Import Line ........................................................................................................................................ 4-62
4.4 Nozzle Library Editor .......................................................................................... 4-63
4.4.1 Starting up Nozzle Library Editor ...................................................................................................... 4-63
4.4.2 Nozzle Library Screen Structure ...................................................................................................... 4-64
4.4.3 Nozzle Data ...................................................................................................................................... 4-67
4.4.4 Addition of New Nozzle(s) ................................................................................................................ 4-69
4.4.5 Nozzle Copy ..................................................................................................................................... 4-71
4.4.6 Copy To Line .................................................................................................................................... 4-73
4.4.7 Exporting Nozzle Data ...................................................................................................................... 4-77
4.4.8 Importing nozzle data ....................................................................................................................... 4-79
4.4.9 Updating Master Nozzle Library ....................................................................................................... 4-80
4.5 Dispensing Nozzle Library Editor ....................................................................... 4-82
4.5.1 Dispensing Nozzle Data ................................................................................................................... 4-84
4.6 Adhesive Library Editor ...................................................................................... 4-86
4.6.1 Adhesive Data .................................................................................................................................. 4-88
4.7 Dummy Dispensing Recognition Library Editor .................................................. 4-89
4.7.1 Dummy Dispensing Recognition Data.............................................................................................. 4-90
4.8 Body Chuck Library Editor .................................................................................. 4-93
4.8.1 Launching Body Chuck Library Editor .............................................................................................. 4-93
4.8.2 Screen Configuration of Body Chuck Library Editor ......................................................................... 4-94
4.8.3 Body Chuck Data.............................................................................................................................. 4-96
4.8.4 Adding New Body Chuck .................................................................................................................. 4-97
4.8.5 Copying Body Chuck ........................................................................................................................ 4-98
4.8.6 Deleting Body Chuck ........................................................................................................................ 4-99
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Programming Manual
4.8.7 Importing Body Chuck ..................................................................................................................... 4-100
4.9 Lead Chuck Library Editor ................................................................................ 4-101
4.9.1 Launching Lead Chuck Library Editor ............................................................................................. 4-101
4.9.2 Screen Configuration of Lead Chuck Library Editor........................................................................ 4-102
4.9.3 Lead Chuck Data............................................................................................................................. 4-104
4.9.4 Adding New Lead Chuck ................................................................................................................. 4-105
4.9.5 Copying Lead Chuck ....................................................................................................................... 4-106
4.9.6 Deleting Lead Chuck ....................................................................................................................... 4-107
4.9.7 Importing Lead Chuck ..................................................................................................................... 4-108
4.10 Swing Nozzle Library Editor ........................................................................... 4-109
4.10.1 Launching Swing Nozzle Library Editor ........................................................................................ 4-109
4.10.2 Screen Configuration of Swing Nozzle Library ............................................................................. 4-110
4.10.3 Swing Nozzle Data ........................................................................................................................ 4-112
4.10.4 Adding New Swing Nozzle ............................................................................................................ 4-114
4.10.5 Copying Swing Nozzle .................................................................................................................. 4-115
4.10.6 Deleting Swing Nozzle .................................................................................................................. 4-116
4.10.7 Importing Swing Nozzle ................................................................................................................ 4-117
4.11 Feeder Inventory Configuration ...................................................................... 4-118
4.12 Nozzle Inventory ............................................................................................. 4-120
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NPM-DGS
Programming Manual
= MEMO =
Page 14
EJS9AE-CT-04P-10
NPM-DGS
Safety precautions
Safety precautions
Be sure to observe
The precautions that shall be observed in order to prevent an injury to the user or the
other persons, and damage to property, are described as follows.
 The degrees of danger or injury, resulting from incorrect usage owing to failure to read an
indication, are classified and described as follows.
indication refers to a situation which is considered that there is a
WARNING This
possibility of death or serious injury.
CAUTION
This indication refers to a situation which is considered that there is a
possibility of only injury or physical damage.
 The matters that shall be observed are classified by the symbols shown below, and
described.
(The following are the examples of the symbols.)
This kind of symbol indicates an action that must not be carried out.
This kind of symbol indicates an action that must be carried out.
NOTICE
This part describes the precautions in using NPM-DGS.
As for the personal computer, monitor, etc., observe the precautions described in
their respective manuals.
In addition, for machine operation, see ‘Safety precautions’ described in the machine
instruction manual.
EJS9AE-SF-01N-02
Page S-1
NPM-DGS
Safety precautions
WARNING
Use the specialized
outlet and breaker
exclusively.
Sharing between machines may
cause fire because of heat
generated.
●Check the rated power
consumption in the
Specification, and consult an
electrical contractor.
M89ESC
Page S-2
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NPM-DGS
Safety precautions
WARNING
Do not operate the machine
without receiving special training
Prohibited
Risk of injury due to improper operation.
●About training, conduct in your company or contact us.
EJS9AE-SF-01N-02
Page S-3
NPM-DGS
Safety precautions
CAUTION
Do not give a shock to
the electrical
equipment.
There is a risk of an electric
shock, electrical leakage, or
malfunction.
M27SC
Page S-4
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NPM-DGS
Safety precautions
Guidelines on using the machine
1. The machine, LNB, and NPM-DGS are the equipment to be connected
to LAN.
Use them on your company’s LAN (intranet).
From the perspective of product security, use them to be connected to
the robust network.
2. Do not reveal the equipment-operating passwords to others.
We highly recommend that your password is at least 5 characters long.
3. When sending the PC for LNB, NPM-DGS, etc. to a repair shop or
disposing of it, pull out the hard disk or format the hard disk
beforehand.
4. If you used an SD card in the case of emergency operation due to
network troubles, delete its contents when normal operation is
resumed.
5. From the aspect of enhancement of product security, we highly
recommend that you always keep your OS environment
(including .NET Framework) updated to the latest version.
 Failure to comply could result in the leakage of user ID, password, and your production data to a
malicious outsider.
 The information recorded in an SD card may not be completely deleted through the basic
function of the operating system. Therefore, you are recommended to use commercial software
for complete deletion.




EJS9AE-SF-01N-02
The machine refers to the NPM machine main body.
LNB is a relay system connecting the machine and NPM-DGS.
NPM-DGS refers to the production-data generation system.
For information about how to remove a hard disk from your computer or initialize a hard
disk, refer to its instruction manual or contact the manufacturer.
Page S-5
NPM-DGS
Safety precautions
= MEMO =
Page S-6
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NPM-DGS
Programming Manual
1. OVERVIEW OF NPM-DGS
This chapter describes the overview of NPM-DGS, the relationship between NPM-DGS
and LNB-machines, and the data flow.
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Page 1-1
NPM-DGS
Programming Manual
1.1 DGS Overview
1.1 DGS Overview
1.1.1 Overview
NPM-DGS is system software that easily performs optimization and partial allocation, calculating
line balance from CAD data with a personal computer, and then generates NPM line production
data.
Its characteristics are described below.
① Import of CAD information
• As long as it is in ASCII format, it can be imported by establishing the macro definition of CAD
data whether fixed length or variable length.
② Component data edit
• You can edit board data, checking board graphical images.
③ PCB edit
• You can edit board data, checking board graphical images.
• You can check the polarity on the screen.
④ Production data generation
• Mount orders and component arrangement that minimize the machine move loss are determined.
• Arrangement common to two or more boards can be determined.
 Common arrangement cannot be determined if the number of component types exceeds the
number of component types that can be mounted physically.
The mounting positions allocated to each machine can be checked graphically.
Component arrangement and the number of mounting positions can be checked graphically.
⑤ Production data generation
• Production data is output after data check.
 Once production data is output, it can be downloaded to a machine.
 Downloading requires network connection with LNB.
‘2.1.12 Connection with LNB.’)
(
⑥ PPD (Produce Proven Data) editor
PPD editor works to change the data which is not currently produced.
It is used for the following cases.
• Re-executing optimization for reviewing the line balance.
• Creating similar PCBs by using an existing PCB.
• Adding a mount point.
• Changing component separation
⑦ PPD editor LWS(Line Work Station) mode
• When the downloading production data on the PPD editor is open, the PPD editor launches in
LWS mode.
It edits the data during production so that data edit associated with optimization is restricted to
avoid missing components, etc.
Page 1-2
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NPM-DGS
Programming Manual
1.1 DGS Overview
⑧ SP(Screen Printer) data editor
• SP data editor can create and control the print data
It can edit the data which is not used for current production.
 When the print data is output, it enables to download to the printing machine.
 Network connection with LNB is necessary for download.
‘2.1.12 Connection with LNB’)
(
⑨ Overall image
NPM-DGS
Parts library creation
support system
Part data
CAD data
CAD macro
Part data
Part data
Scanner
・Part editor
・Recognition data
creation
Component data definition
・CAD editor
CAD macro definition
Shape
Recognition data
Machine motion data
Component measurement
Offline camera
unit
Option
Data creation
PCB data
・Data creation job editor
・PCB editor
Machine motion option definition
Optimization option definition
Optimization
Cycle time display
Export
PCB data definition
Placement position coordinate definition
Recognition mark coordinate definition
Production record data
PPD manager feature
PPD editor
(LWS mode)
NPM series
Max. 30 stages
LNB Conveyor
or conveyor L
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NPM-DGS
Programming Manual
1.1 DGS Overview
NPM-DGS
Offline part data creation
(Data creation software using a scanner)
Offline camera unit
(Image input device + Data creation software)
Part library creation support system (Option)
Page 1-4
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Programming Manual
1.1 DGS Overview
⑩ PPD editor schematic image
NPM-DGS
Export
Production record data
PPD manager feature
PPD editor
What the PPD editor can do:
Input:
Data edit within the PPD domain
Output: Machine data within the PPD domain
What the PPD editor (LWS mode) can do:
Input:
Machine data in production in LNB
Output: Machine data in production
Data creation job editor
Machine motion option edit
Optimization option edit
Optimization
Cycle time display
Arrangement information display
Part editor
Component shape edit
Recognition data edit
Machine motion data edit
PPD editor (LWS mode)
NPM series
LNB Conveyor
or conveyor L
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NPM-DGS
Programming Manual
1.1 DGS Overview
⑪ Overview of SP data editor
NPM-DGS
Export
Production record data
PPD manager function
SP data editor
The followings are available in the SP data editor
Input: Create and edit the data in PPD
Output: Print the data of PPD data
SP data editor
・Print data creation
・Data check
・Soft switch
・From print
NPM series
Printer
Page 1-6
LNB conveyor
or conveyor L
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NPM-DGS
Programming Manual
1.1 DGS Overview
⑫ Parts library management
The parts library has two libraries; one is the master parts library which manages the master
component data of all floors, and the other one is the line parts library which uses the recorded
production data in each line.
The configuration diagram and explanations of each operation are shown below. For details of
’ 6 COMPONENT DATA EDIT’, and for the examples of
parts library management, see
’ 12. Parts Library Management’.
operation, see
Master parts
library
Components data
① Data creation
② Comparing and
updating the
component data
② Updating the
master parts
library
③ Production data
output
Line 2
Line 1
④ Synchronizing
the component
data
PPD holder
Line parts
library
Download
PPD holder
Download
Reflecting
changes
Reflecting
changes
NPM series
LNB conveyor
or conveyor L
EJS9AE-MB-01P-10
Line parts
library
⑤ Importing
the
production
data
NPM series
LNB conveyor
or conveyor L
Page 1-7
NPM-DGS
Programming Manual
1.1 DGS Overview
① Data creation
When the data is created using the data creation job, the component data of the master parts
library is used and changes are reflected to the master parts library.
② Updating the master parts library, and comparing and updating the component data
If the new data is created using the recorded component data or it is expanded to other lines, you
must update the master parts library.
③ Production data output
Once the production data is output from the data creation job editor and is output to the PPD
holder, the parts library stored in each line is used. If you want to use the component data in the
master parts library, you must overwrite the line parts library when the data is output.
7.12.4 Production Data Output (Output to Machine) )
(
④ Synchronizing the component data
When the component data is changed by the PPD editor in the machine or the one in the line parts
library is changed from the component list, the production data and the line parts library is
synchronized and changes are reflected to the production data which uses the same component.
If the component data used in the production data downloaded into the machine
is edited using PPD editor or from the component list, it is not reflected until you re-download or
perform 'Synchronize Recipe with Latest Line Part Library'.
Components being downloaded are displayed in the component list as icons.
9.6.6 Synchronize Recipe with Latest Line Part Library)
(
⑤ Importing the production data
If the production data is imported from other lines, the component data including in the production
data is not used but the component data in the line parts library is used. To use the component
data in the production data, you must mark the checkbox of ‘Update LineDB’ when imported.
9.3.2 Production data import)
(
Page 1-8
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NPM-DGS
Programming Manual
1.1 DGS Overview
⑬ Range of affect for data edit

The printer data is not applied.
 When editing the data by the DGS



When the data is edited by DGS (e.g. the PCB list, the component list, the data creation job
editor) changes are reflected to the database.
Once the production data is output from the DGS to the actual production area, the
production data is created to the PPD folder.
Download the production data from the screen on the machine.
DGS
database
Change
PPD editor
(LWS mode)
DGS
Output the production data
to the PPD folder
PPD folder
LNB1
Machine
LNB2
Machine
Line parts
library
Please download the
production data from the
screen on the machine
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Programming Manual
1.1 DGS Overview
 When the data is edit by the PPD editor



When the data is edited by the PPD (click [Commit to PPD]), changes are reflected to the
data in the PPD folder.
The data in the database is not changed by this operation. Reflect the data into the
database by the PPD editor.
‘9.3.12 Feedback to the Master Data’)
(
Download the production data from the screen on the machine.
 When the data, which is not currently produced, is changed by the PPD editor and
downloaded, you can download from the Machine Download on the machine. (Line
Download is also allowed)
 When the download flag of the data during production is reset and edited, and it is
downloaded again under the same filename, the Line Download is applicable. (Avoiding
missing components)
DGS
database
PPD editor
(LWS mode)
DGS
Commit
to PPD
PPD folder
LNB1
Machine
Please download the
production data from the
screen on the machine.
Line parts
library
 When the downloaded production data is edit



When the data is edited by the PPD editor (LWS mode) (click [Commit to LNB]), changes
are reflected to the LNB data.
The production data is automatically downloaded when the production start screen or the
data edit screen is displayed on the machine. Changes of the PPD editor (LWS mode)
during automatic production are not reflected.
The data in the database is not changed by this operation. Reflect the data into the
database by the PPD editor.
‘9.3.12 Feedback to the Master Data’)
(
DGS
database
PPD editor
(LWS mode)
DGS
Commit to LNB
Automatically
uploaded
PPD folder
Line parts
library
Page 1-10
LNB1
Machine
The production data is automatically
downloaded once the screen
appears.
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NPM-DGS
Programming Manual
1.1 DGS Overview
 When the data is edited by the machine



When the data is edited on the machine (data teach, etc), changes are reflected to the LNB
data.
Changes reflected to the LNB are automatically reflected to the data in the PPD folder.
The data in the database is not changed by this operation. Reflect the data into the
database by the PPD editor.
‘9.3.12 Feedback to the Master Data’)
(
DGS
database
DGS
PPD editor
(LWS mode)
Automatically
uploaded
PPD folder
LNB1
Machine
Data teach
Line parts
library
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Programming Manual
1.2 Data Creation Flow
1.2 Data Creation Flow
1.2.1 Creating DGS Data
The basic flow chart for data generation is shown below.
Environment setup
Specify the production-data-saving
folder.
‘3. Environment settings’)
(
Initial setup: No need to
set each time.
Page 1-12
Line & machine setup
Set the line and machine
configuration.
‘4. Line and machine configuration’)
(
CAD loading & PCB creation
Designate CAD macro and capture
CAD data.
‘5. PCB edit’)
(
New component data entry
Enter new components onto
database.
‘6. Component data edit’)
(
Production data creation
(optimization)
Select the line and PCB, and create
production data.
‘7. Production data creation’)
(
Production data output
Output created production data onto
the specified folder.
‘7.12.3 Production data output
(
(Output to folder)’)
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NPM-DGS
Programming Manual
1.2 Data Creation Flow
1.2.2 SP Data Editor Creation Flow
The basic flow chart for print data creation is shown below.
Line setup
Confirm whether the printer is set to the applicable line with the
factory manager.
‘9.3.14 SP production data’)
(
Print data creation
Create the print data from PPD manager.
‘9.3.14 SP production data’)
(
Print data output
Close the SP data editor and save the created print data. The data
is output to the folder in applicable line.
1.2.3 Creating PPD Manager Data
The basic flow chart for production data edit is shown below.
Production data edit
Data committing to PPD

EJS9AE-MB-01P-10
Edit the production data.
Commit the edited data to PPD.
For the production data downloaded in the machine, the data is committed to LNB.
Page 1-13
NPM-DGS
Programming Manual
1.3 Starting NPM-DGS
1.3 Starting NPM-DGS
This section describes how to open the main window of DGS.
1
Click [Start]  [All Programs] 
[Panasonic]  [MES]  [Console].

(
‘1.3.1 User Account Control)
1
Login010301S-01E00
2
Type ‘admin’ and ‘pass’ in ‘UserName’
and ‘Password’ respectively, and click
[Login].
 When you type the followings, the message
below appears.
User: admin
Password: pass
2
Login010301S-02E00
Login010301S-04E00
We strongly recommend that you change the
password for security enhancement.
 The <Factory Manager> window opens.
 When you log in with a user password which is
forcefully changed, the password change
window opens. For how to change a
‘8.1.5 Change User
password, see
Account ■Password Change.’
Login010301S-03E01
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Programming Manual
1.3 Starting NPM-DGS
1.3.1 User Account Control
At a time of ‘1.3 Starting NPM-DGS’ or ‘2 Installation’, ‘Use Account Control’ window may appear.
When the program which is about to start affects on the change of the operating system in
Windows 7 or later, this message protects the machine from changing the operating system.
If the message ‘Do you want to allow the following program from an unknown publisher to make
changes to this computer?’ appears, click [OK].
Overview010300-01E01
The step appearing above message is indicated by the
icon.
 For Ver. 10.07.00 or later, users who do not have administrative privileges can start
NPM-DGS. This window opens only when users who have administrative privileges start
NPM-DGS.
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Programming Manual
1.4 Logging Out of NPM-DGS
1.4 Logging Out of NPM-DGS
This section describes how to log out of DGS.
1
Choose [File]  [Logout] on the menu
bar.
 The confirmation window opens.
1
Other010400S-01E00
2
Click [Yes].
 The login window opens.
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2
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Programming Manual
1.5 Exiting NPM-DGS
1.5 Exiting NPM-DGS
This section describes how to exit DGS.
1
Click
button in the upper right
of the window.
2
To exit, click [Yes].
1
OthJr010501S-01E01
 DGS exits.
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1.6 NPM-DGS Main Window
1.6 NPM-DGS Main Window
1
2
4
5
3
OthJr010601S-01E02
No.
 Title bar
Name


Menu
Application launcher


Navigation area
Information display area
Page 1-18
Explanation
The version information, the login user name, and the application name in
use are displayed.
The commands necessary for operation are arranged for each purpose.
[Factory Manager], [General Settings], [Part Manager], and other
applications (windows) can be selected. Also when creating new data, select
the desired window.
The line configuration or the search criteria pane is displayed.
The list of part data, PCB data, or others can be displayed.
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NPM-DGS
Programming Manual
2. INSTALLATION
This chapter describes the settings for NPM-DGS installation.
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Programming Manual
2.1 NPM-DGS Installation
2.1 NPM-DGS Installation
 Points of NPM-DGS installation
① For Windows 8 / 8.1 / 10 and Windows Server 2008 / 2012
Advance
preparation
(Download)
.Net Framework
3.5 setting
Installation and
setting
In preparation for installation, download the following installers from Microsoft’s website in
advance (software necessary for NPM-DGS installation).
■When using DGS V10.09.00 or later
Microsoft .Net Framework 4.6.2 Language Pack (For any OS other than English one)
■SQL2016
• Microsoft SQL Server2016 SP1 – Express Edition
• Microsoft SQL Server Management Studio
■SQL2014
• Microsoft SQL Server2014 SP1 – Express Edition
• Microsoft SQL Server2014 SP1 Management Studio Express
■SQL2012
• Microsoft SQL Server2012 SP1– Express Edition
• Microsoft SQL Server2012 SP1 Management Studio Express
■SQL2008
• Microsoft SQL Server2008 R2 SP2 – Express Edition
• Microsoft SQL Server2008 R2 SP2 Management Studio Express
.Net Framework 3.5 is disabled. If it is disabled, you may fail to install the DGS application.
‘2.1.1.Net Framework 3.5 Setting’)
Enable the .Net Framework 3.5 setting. (
Installation of Microsoft .Net Framework 4.7.2
To use DGS V10.10.00 or later, .Net Framework4.7.2 is required.
・If your environment is non-Internet-connected, or if you do not have any necessary
certificate, you may fail to install .Net Framework.
In that case, import the certificate. (
‘2.1.2 Importing Certificate’ ）
Installation of Microsoft .Net Framework 4.6.2
To use DGS V10.09.00 or later, .Net Framework4.6.2 is required.
・If your environment is non-Internet-connected, or if you do not have any necessary
certificate, you may fail to install .Net Framework.
In that case, import the certificate. (
‘2.1.2 Importing Certificate’ ）
‘2.1.4 to 7 Installing SQL Server ■
 Install Microsoft SQL Server Express (
Installing Microsoft SQL Server Express’)
 Install Microsoft SQL Server Management Studio Express (
‘2.1.4 to 7 Installing
SQL Server ■Installing Microsoft SQL Server Management Studio Express’)
‘2.1.8 Setting SQL Server 2016’ ) (
 Set up SQL Server (
‘2.1.9 Setting SQL
Server 2014/2012/2008’ )
① TCP port change
② Enabling Named Pipes
③ Enabling TCP / IP
④ Changing Start Mode of SQL Server Browser
⑤ Changing the Log On Setting for SQL Server (SQLEXPRESS)
 Install NPM-DGS (
‘2.1.10 Installing NPM-DGS’)
① Installing DGA Database
② Installing DGS
 Configure and check PC settings (
‘2.1.11 Configuring and Checking PC Settings’)
① Setting up Firewall
② Checking Power Options
③ Disabling SSL3.0 and TLS1.0
 Establish connection with LNB (
‘2.1.12 Connection with LNB’)
① Network Configuration
② LNB Setup to Connect to DGS
③ DGS Communication Check
Page 2-2
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Programming Manual
2.1 NPM-DGS Installation
② For Windows 7
Advance
preparation
(Download)
Installation and
setting
EJS9AE-MB-02P-16
In preparation for installation, download the following installers from Microsoft’s website in
advance (software necessary for NPM-DGS installation).
■When using DGS V10.09.00 or later
Microsoft .Net Framework 4.6.2 Language Pack (For any OS other than English one)
■SQL2014
• Microsoft SQL Server2014 SP1 – Express Edition
• Microsoft SQL Server2014 SP1 Management Studio Express
• Microsoft .Net Framework 4.0
• Microsoft .Net Framework 4.0 Language Pack (If your OS is other than English)
■SQL2012
• Microsoft SQL Server2012 SP1– Express Edition
• Microsoft SQL Server2012 SP1 Management Studio Express
• Microsoft .Net Framework 4.0
• Microsoft .Net Framework 4.0 Language Pack (If your OS is other than English)
■SQL2008
• Microsoft SQL Server2008 R2 SP2 – Express Edition
• Microsoft SQL Server2008 R2 SP2 Management Studio Express
Installation of Microsoft .Net Framework 4.0 or later
To install SQL2012 or later, installation of Microsoft .Net Framework 4.0 version or later is
required.
・For any OS other than English one, installation of Microsoft .Net Framework Language
Pack is also required. (
‘2.1.3 Installing Microsoft .Net Framework 4.0 or Later’)
Installation of Microsoft .Net Framework 4.7.2
To use DGS V10.10.00 or later, .Net Framework4.7.2 is required.
・If your environment is non-Internet-connected, or if you do not have any necessary
certificate, you may fail to install .Net Framework.
In that case, import the certificate. (
‘2.1.2 Importing Certificate’)
Installation of Microsoft .Net Framework 4.6.2
To use DGS V10.09.00 or later, .Net Framework4.6.2 is required.
・If your environment is non-Internet-connected, or if you do not have any necessary
certificate, you may fail to install .Net Framework.
In that case, import the certificate. (
‘2.1.2 Importing Certificate’)
Install Microsoft SQL Server Express
‘2.1.4 to 7 Installing SQL Server ■Installing Microsoft SQL Server Express’)
(
Install Microsoft SQL Server Management Studio Express
(
‘2.1.4 to 7 Installing SQL Server ■Installing Microsoft SQL Server Management
Studio Express’)
Set up SQL Server (
‘2.1.9 Setting SQL Server 2014/2012/2008’)
① TCP port change
② Enabling Named Pipes
③ Enabling TCP / IP
④ Changing Start Mode of SQL Server Browser
⑤ Changing the Log On Setting for SQL Server (SQLEXPRESS)
Install NPM-DGS (
‘2.1.9 Installing NPM-DGS’)
① Installing DGA Database
② Installing DGS
Configure and check PC settings (
‘2.1.11 Configuring and Checking PC Settings’)
Setting
up
Firewall
①
② Checking Power Options
③ Disable SSL3.0 and TLS1.0
 Establish connection with LNB (
‘2.1.12 Connection with LNB’)
① Network Configuration
② LNB Setup to Connect to DGS
③ DGS Communication Check
Page 2-3
NPM-DGS
Programming Manual
2.1 NPM-DGS Installation
2.1.1 .Net Framework 3.5 Setting
.Net Framework 3.5 is disabled. If it is disabled, you may fail to install the DGS application.
Enable the .Net Framework 3.5 setting.
 For Windows 8 / 8.1 / 10
 If DVD media in OS is used
1
1
While holding down the [Windows] key,
press the [X] key, and then click
[Command Prompt (Admin)].

(
‘1.3.1 User Account Control’)
Install020101S-49E01
2
2
Install020101S-52E00
Page 2-4
Type the following command and click
the [Enter] key.
C:\WINDOWS\system32>Dism /online
/enable-feature /featurename:NetFx3 /All
/Source:D:\sources\sxs /LimitAccess
(D: indicates letters for ISO image or DVD drive
in Windows 8)
 After ‘The operation completed successfully.’
Message appears, the .Net Framework 3.5
becomes available.
EJS9AE-MB-02P-16
NPM-DGS
Programming Manual
2.1 NPM-DGS Installation
 When internet is connected
1
While holding down the [Windows]
key, press the [X] key, and then click
[Control Panel] from the list.
2
Confirm that [Category] is selected for
[View by].
3
Click [Program].
4
Click [Turn Windows features on or off]
in Programs and Features.
5
Mark the checkbox of [.Net Framework
3.5 (includes.Net 2.0 and 3.0)].
6
Click [OK].
1
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2
3
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4
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5
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Programming Manual
2.1 NPM-DGS Installation
 For Windows Server 2012
1
Hold down the [Windows] key and
press the [Q] key to open the Apps
screen.
2
Click [Control Panel].
3
Click [Turn Windows features on or off].
2
Install020101S-66E00
 The server manager starts up and the Add
Roles and Features Wizard opens.
3
Install020101S-53E00
4
Click [Next].
4
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2.1 NPM-DGS Installation
5
Click [Next].
6
Click [Next].
7
Click [Next].
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5
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6
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7
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8
Mark the checkbox of [.NET Framework
3.5 Features].
9
Click [Next].
8
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9
10 Click [Install].
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10
11 Click [Close].
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11
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2.1 NPM-DGS Installation
 For Windows Server 2008
1
Click [Start]  [Control Panel].
 The <Control Panel> window opens.
Install020101S-56E00
2
Click [Turn Windows features on or off].
3
Click [Features].
4
Click [Add Features].
2
3
4
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Programming Manual
2.1 NPM-DGS Installation
5
Mark the checkbox of [.NET
Framework 3.5.1 features].
6
Click [Add Required Role Service].
7
Click [Next].
5
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6
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7
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8
Click [Next].
9
Click [Next].
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8
Install020101S-63E00
9
10 Click [Install].
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10
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11 Click [Close].
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2.1 NPM-DGS Installation
2.1.2 Importing Certificate
If your environment is non-Internet-connected, or if you do not have any necessary certificate,
you need to import the certificate before installing .Net Framework 4.6.2. or .Net Framework
4.7.2.
If setup failure occurs in the course of installation of .NetFramework4.6.2. or Net Framework
4.6.2., follow the steps below and then check if it can be installed.
‘Setup error occurs during installing .NET Framework. ■ DGS standalone / Server /
Client in 14. Troubleshooting’
1
Double-click ‘MicrosoftRootCertificate
Authority2011.cer’.
 The Certificate Properties window opens.
Install020402S-27E00
 Download RootCertificateAuthority2011.cer
from the website of Microsoft.
1
2
Click Install Certificate.
 The <Certificate Import Wizard> window
opens.
2
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2.1 NPM-DGS Installation
3
Click [Next].
4
Select "Place all certificates in the
following store," and click [Browse].
5
Select "Trusted Root Certification
Authorities," and click [OK].
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3
4
4
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5
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2.1 NPM-DGS Installation
6
Click [Next].
7
Click [Finish].
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6
 The certificate is imported, and a security
warning dialog appears.
Install020402S-33E00
7
8
Click [OK].
 The certificate necessary for installation
of .Net Framework4.6.2 or .Net Framework
4.7.2 is installed.
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2.1 NPM-DGS Installation
2.1.3 Installing Microsoft .Net Framework 4.0 or Later
1
Start the installer for ‘Microsoft .Net
Framework 4.0’ or later.
2
Accept the license terms and click
[Install].
3
Click [Finish].
Install020402S-21E00
2
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2
 For English OS, installation is complete upon
completion of this step. To apply Microsoft .Net
Framework settings, reboot PC.
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3
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2.1 NPM-DGS Installation
2.1.4 Installing SQL Server 2016
 Installing Microsoft SQL Server2016 SP1 Express
 Microsoft SQL Server2016 SP1 Express can be installed to a 64-bit version of Windows 10,
Windows 8, Windows 8.1, Windows Server 2012 or Windows Server 2012 R2.
1
Start up the ‘Microsoft SQLServer 2016
SP1 Express’ installer.
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(
‘1.3.1 User Account Control’)
2
Click [Ok].
3
Click [New SQL Server stand-alone
installation or add features to an
existing installation].
4
Accept the license terms and click
[Next].
2
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2.1 NPM-DGS Installation
(If your PC is not connected to the internet)
5
Click [Next].
 If your PC is connected to the internet, mark
the checkbox of ‘Use Microsoft Update to
check for updates (recommended)’ and then
click [Next].
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5
6
Click [Next].
 This window appears only when your PC is
not connected to the internet.
(If your PC is connected to the internet, this
window does not appear.)
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6
7
Click [Next].
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2.1 NPM-DGS Installation
8
Click [Next].
9
Click [Next].
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8
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9
10 Click [Next].
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10
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11 Select ‘Mixed Mode (SQL Server
authentication and Windows
authentication)’ and enter your
password.
12 Click [Next].
11
11
Install020101S-155E00
12
13 Click [Close].
Install020101S-156E00
13
14 Close the <SQL Server Installation
Center> window.
14
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 Installing Microsoft SQL Server
Management Studio
1
Start up the ‘Microsoft SQL Server
Management Studio’ installer.
Install020101S-157E00
(
Install020101S-158E00
‘1.3.1 User Account Control’)
2
Click [Install].
3
Click [Restart].
2
 Follow the steps of “2.1.8 SQL Server 2016
setting” to continuously configure the SQL
Server setting.
Install020101S-159E00
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3
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2.1.5 Installing SQL Server 2014
 Installing Microsoft SQL Server2014 SP1 Express
 You cannot install SQLEXPR32_x86_ ENU.exe (32 bit version) on a 64 bit OS.
If your OS is Windows 7, Microsoft .Net Framework 4.0 or later is required.
(
‘2.1 ■If your OS is Windows 7’)
(
1
Start up the ‘Microsoft SQLServer 2014
SP1 Express’ Installer.
Install020101S-09E02
32bit Version：SQLEXPR_x86_ENU.exe
64bit Version：SQLEXPR_x64_ENU.exe
Install020101S-76E00
(
‘1.3.1 User Account Control’)
2
Click [Ok].
3
Click [New SQL Server stand-alone
installation or add features to an
existing installation]
4
Accept the license terms, and click
[Next].
2
Install020101S-78E00
3
Install020101S-79E00
4
4
Install020101S-80E00
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(If your PC is not connected to the internet)
5
Click [Next]
 If your PC is connected to the internet, mark
the checkbox of 'Use Microsoft Update to
check for updates' and click [Next].
5
Install020101S-81E00
6
Click [Next]
 This window appears only when your PC is
not connected to the internet.
(If your PC is connected to the internet, this
window does not appear.)
6
Install020101S-82E00
7
Click [Next]
7
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8
Click [Next]
9
Click [Next]
8
Install020101S-84E00
9
Install020101S-85E00
10 Choose ‘Mixed Mode (SQL Server
authentication and Windows
authentication)’ and type in your desired
password.
11 Click [Next]
10
10
11
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Programming Manual
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12 Click [Close].
12
Install020101S-87E00
13
13 Close the <SQL Server Installation
Center> window.
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 Installing Microsoft SQL Server2014 Management Studio Express
1
Install020101S-19E02
Start up the ‘Microsoft SQL Server2014
Management Studio Express ’ Installer.
32bit Version：
SQLManagementStudio_x86_ENU
64bit Version：
SQLManagementStudio_x64_ENU
Install020101S-77E00
(
‘1.3.1 User Account Control’)
2
Click [OK].
3
Click [New SQL Server stand-alone
installation or add features to an
existing installation]
4
Click [Next].
2
Install020101S-88E00
3
Install020101S-79E00
 If your PC is connected to the internet, mark
the checkbox of 'Use Microsoft Update to
check for updates' and click [Next].
(In a certain case, this window does not
appear.)
4
Install020101S-89E00
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Programming Manual
2.1 NPM-DGS Installation
(If your PC is not connected to the internet)
5
Click [Next].
 This window appears only when your PC is
not connected to the internet.
(If your PC is connected to the internet, this
window does not appear.)
5
Install020101S-90E00
6
Click [Next].
7
Accept the license terms, and click
[Next].
6
Install020101S-91E00
7
7
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8
Click [Next].
9
Click [Close].
8
Install020101S-93E00
9
Install020101S-94E00
10 Close the <SQL Server Installation
10
Center> window.
 Continue to configure the SQL Server setting
followed by the instruction on "2.1.9 Setting
SQL Server 2014/ 2012/ 2008".
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Programming Manual
2.1 NPM-DGS Installation
2.1.6 Installing SQL Server 2012
 Installing Microsoft SQL Server2012 SP1 Express
 You cannot install SQLEXPR32_x86_ ENU.exe (32 bit version) on a 64 bit OS.
If your OS is Windows 7, Microsoft .Net Framework 4.0 is required.
(
‘2.1 ■If your OS is Windows 7’)
(
1
Start up the ‘Microsoft SQL Server
2012 SP1 Express’ Installer.
Install020101S-09E02
32bit Version：SQLEXPR_x86_ENU.exe
64bit Version：SQLEXPR_x64_ENU.exe
Install020101S-76E00
(
‘1.3.1 User Account Control’)
2
Click [New SQL Server stand-alone
installation or add features to an
existing installation]
3
Accept the license terms, and click
[Next].
2
Install020101S-96E00
3
3
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(If your PC is not connected to the internet)
4
Click [Next].
 The window differs depending on whether
your PC is connected to the internet or not.
4
Install020101S-98E00
(If your PC is connected to the internet)
4
Install020101S-99E00
5
Click [Next].
5
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6
Click [Next].
7
Click [Next].
8
Choose ‘Mixed Mode (SQL Server
authentication and Windows
authentication)’ and type in your desired
password.
9
Click [Next].
6
Install020101S-101E00
7
Install020101S-102E00
8
8
9
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10 Click [Next].
10
Install020101S-104E00
11 Click [Close].
11
Install020101S-105E00
12 Close the <SQL Server Installation
12
Center> window.
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 Installing Microsoft SQL Server2012 SP1 Management Studio Express
1
Install020101S-19E02
Start up the‘Microsoft SQL Server2012
SP1 Management Studio Express’
Installer.
32bit Version：
SQLManagementStudio_x86_ENU
64bit Version：
SQLManagementStudio_x64_ENU
Install020101S-77E00
(
‘1.3.1 User Account Control’)
2
Click [New SQL Server stand-alone
installation or add features to an
existing installation]
3
Click [Next].
2
Install020101S-96E00
(If your PC is not connected to the internet)
 The window differs depending on whether
your PC is connected to the internet or not.
3
Install020101S-106E00
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(If your PC is connected to the internet)
3
Install020101S-107E00
4
Click [Next].
5
Accept the license terms, and click
[Next].
4
Install020101S-108E00
5
5
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6
Click [Next]
 Do not mark the checkbox of ‘Local DB’.
6
Install020101S-110E00
7
Click [Next]
8
Click [Close]
7
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8
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9
9
Close the <SQL Server Installation
Center> window.
 Continue to configure the SQL Server setting
followed by the instruction on "2.1.9 Setting
SQL Server 2014/ 2012/ 2008".
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2.1.7 Installing SQL Server 2008
 Installing Microsoft SQL Server2008 R2 SP2 Express
 You cannot install SQLEXPR32_x86_ ENU.exe (32 bit version) on a 64 bit OS.
1
Start up the ‘Microsoft SQL Server
2008 R2 SP2 Express’ installer.
Install020101S-09E02
32bit Version：SQLEXPR_x86_ENU.exe
64bit Version：SQLEXPR_x64_ENU.exe

(
‘1.3.1 User Account Control’)
Install020101S-76E00
2
Click [New installation or add features
to an existing installation].
3
Accept the license terms, and click
[Next].
2
Install020101S-10E00
3
Install020101S-11E00
3
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4
Click [Next].
5
Click [Next].
6
Click [Next].
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4
Install020101S-13E00
5
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6
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7
Choose ‘Mixed Mode (SQL Server
authentication and Windows
authentication)’ and type in your desired
password.
8
Click [Next].
9
Click [Next].
7
7
Install020101S-15E00
8
Install020101S-16E00
9
10 Click [Close].
Install020101S-17E00
10
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11 Close the <SQL Server Installation
11
Center> window.
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2.1 NPM-DGS Installation
 Installing Microsoft SQL Server Management Studio Express
1
Install020101S-19E02
Start up the ‘Microsoft SQL Server
2008 R2 SP2 Management Studio
Express’ installer.
32bit Version：
SQLManagementStudio_x86_ENU.exe
64bit Version：
SQLManagementStudio_x64_ENU.exe
Install020101S-77E00

2
(
‘1.3.1 User Account Control’)
Click [New installation or add features
to an existing installation.].
2
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3
Click [Next].
4
Accept the license terms and click
[Next].
Install020101S-25E01
3
4
Install020101S-27E01
4
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5
Mark the checkbox of ‘Management
Tools – Basic’ and click [Next].
6
Click [Next].
5
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5
Install020101S-30E01
6
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7
Click [Close].
8
Close the <SQL Server Installation
Center> window.
Install020101S-34E01
7
8
 Continue to configure the SQL Server setting
followed by the instruction on "2.1.9 Setting
SQL Server 2014/ 2012/ 2008".
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Programming Manual
2.1 NPM-DGS Installation
2.1.8 Setting SQL Server 2016
Change the SQL Server setting required to install DGS.
Changing TCP Ports
①
1
Open [Start] → [All apps] → [SQL
Server 2016 configuration manager].
Or open [Start]→[SQL Server 2016
configuration manager].

1
(
‘1.3.1 User Account Control’)
nstall020101S-160E00
1
1
Install020101S-161E00
2
Choose ‘SQL Server Configuration
Manager’ →
‘Protocols for SQLEXPRESS.’
2
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3
Right-click on ‘TCP/IP’ and then click
[Properties].
 The <TCP/IP Properties> window opens.
3
Install020101S-163E00
4
4
Double-click the [IP Address] tab.
5
Change ‘TCP Port’ in ‘IP ALL’ to ‘1433’.
 If you want to use the port other than 1433,
enter the port number. Also if you are using a
firewall, you need to open the port.
How to open the port:
( ‘2.1.12 Configuring and Checking PC
Settings’ ①Setting up Firewall for each OS→
■Configuring the firewall of the PC that the
SQL Server is installed)
5
Install020101S-164E00
6
Change ‘TCP Dynamic Ports’ in ‘IP
ALL’ to ‘(blank)’ and then click [OK].
6
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7
Click [OK].
1
Right-click on ‘Named Pipes’ and then
click [Enable].
2
Click [OK].
Install020101S-166E00
7
② Enabling the named piles
1
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2
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③
Enabling TCP / IP
1
Right-click on ‘TCP/IP’ and then click
[Enable].
2
Click [OK].
1
Install020101S-168E00
Install020101S-166E00
2
④
Changing start mode of SQL Server Browser
1
1
Choose ‘SQL Server Services’.
2
Right-click on ‘SQL Server Browser’
and then click [Properties].
2
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3
3
Click the [Service] tab.
4
Choose [Automatic] in ‘Start Mode’.
5
Click [Apply].
6
Click the [Log On] tab.
7
Click [Start].
8
Click [OK].
4
Install020101S-170E00
5
6
7
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8
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⑤ Changing the logon setting of SQL Server (SQLEXPRESS)
 If the version is 10.05.00 or later, this setting is unnecessary.
1
1
Choose ‘SQL Server Services’.
2
Right-click on ‘SQL Server
(SQLEXPRESS)’ and then click
[Properties].
3
Change to ‘Local System’ in the ‘Built-in
account’ dropdown list on the Log On]
tab.
4
Click [Apply].
5
Click [Yes].
2
Install020101S-172E00
3
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4
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5
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6
Click [OK].
7
Close the <SQL Server Configuration
Manager> window.
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6
7
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2.1 NPM-DGS Installation
2.1.9 Setting SQL Server 2014/2012/2008
Change the SQL Server setting required to install DGS.
① Changing TCP Ports
1
 For an OS where the Start menu is not
located at the lower-left corner on the
desktop, press the [Windows] key, and open
[SQL Server Configuration] from the [Start]
menu.
1
Install020101S-36E00
Choose [Start]  [Programs] 
[Microsoft SQL Server 2014], [Microsoft
SQL Server 2012] or [Microsoft SQL
Server 2008 R2]  [Configuration
Tools]  [SQL Server Configuration
Manger].
Install020101S-74E00
Install020101S-75E00
 The <SQL Server Configuration Manager>
window opens.

Install020101S-37E00
(
‘1.3.1 User Account Control’)
2
Choose ‘SQL Server Network
Configuration’  ‘Protocols for
SQLEXPRESS.’
3
Right-click on ‘TCP/IP,’ and then click
[Properties].
2
 The <TCP/IP Property> window opens.
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3
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4
4
Click the [IP Address] tab.
5
Change the ‘TCP Ports’ in ‘IP ALL’ to
‘1433’
 To use the port other than 1433, type the
applicable numerical value. If you are using
firewall, you need to open the applicable port.
How to open a port:
(
‘2.1.11 Security and Option
Settings for PC ', Your OS, ①Firewall setting→
■ Configuring the firewall of the PC that the
SQL Server is installed)
5
Install020101S-40E01
6
Change the ‘TCP Dynamic Ports’ in ‘IP
ALL’ to ‘Blank’, and click [OK].
7
Click [OK].
6
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6
7
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② Enabling Named Pipes
1
Right-click on ‘Named Pipes' and
choose [Enable].
2
Click [OK].
1
Right-click on ‘TCP/IP’ and choose
[Enable].
2
Click [OK].
1
Install020102S-31E00
Install020101S-41E00
2
③ Enabling TCP / IP
1
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④ Changing Start Mode of SQL Server Browser
1
Choose ‘SQL Server Services.’
2
Right-click on ‘SQL Server Browser,’
and click [Properties].
3
Click the [Service] tab.
4
Choose [Automatic] in ‘Start Mode.’
5
Click [Apply].
6
Click the [Log On] tab.
7
Click [Start].
8
Click [OK].
1
2
Install020101S-42E00
3
4
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5
6
7
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8
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⑤ Changing the Log On Setting for SQL Server (SQLEXPRESS)
 This setting is not necessary if your SQL Service version is 10.05.00 or later.
1
Choose ‘SQL Service’.
2
Right-click on ‘SQL Server
(SQLEXPRESS),’ and click
[Properties].
3
Change ‘Build-in account’ in the [Log
On] tab to ‘Local System’.
4
Click [Apply].
5
Click [Yes].
1
2
Install020106S-01E00
3
Install020106S-02E00
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4
5
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6
Click [OK].
7
Close the <SQL Server Configuration
Manager> window.
6
7
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2.1 NPM-DGS Installation
2.1.10 Installing NPM-DGS
NPM-DGS consists of the following two major software programs.
1 DGS
: Manages the PCB data and component data and creates
production data.
2 Database
: Database retaining the PCB data and component data
DGS editor take the client-server format and, therefore, can be installed independently on
various PCs (server-client configuration). Or, they can be installed together on one PC
(stand-alone configuration).
By using the Server-Client configuration system, the database can be conduct central control
and it allows supporting the large factory management.
Stand-alone configuration
Database
DGS stand-alone
(Both DGS server and DGS client
are installed)
Server-Client configuration
SQL Database Server
Database
DGS server
or
DGS server + DGS client
(You can also use under the same
condition of DGS stand-alone)
LWS Editor
Page 2-58
DGS client
LWS Editor
DGS client
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NPM-DGS
Programming Manual
2.1 NPM-DGS Installation
 Installation procedure for the stand-alone configuration
For the stand-alone configuration, the following software programs need to be installed.
For installation details, see each item listed below.
① Database
‘2.1.10 Installing NPM-DGS ① Installing DGS Database’
② DGS stand-alone configuration
‘2.1.10 Installing NPM-DGS ② Installing DGS’  ‘ When installing the DGS client,
database, and server functions on one PC’
 Installation procedure for the server-client configuration
For the configuration where programs are installed on various PCs, the following software
programs need to be installed on each PC. For installation details, see each item listed below.
① Database server
‘2.1.10 Installing NPM-DGS ① Installing DGS Database’
② DGS server PC
‘2.1.10 Installing NPM-DGS ② Installing DGS’  ‘ When installing the DGS client,
database, and server functions individually’  ‘① When installing the server’
③ DGS client PC
‘2.1.10 Installing NPM-DGS ② Installing DGS’  ‘ When installing the DGS client,
database, and server functions individually’  ‘② When installing the DGS application’
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① Installing DGS Database
1
Choose ‘Database’ on the window
which opens automatically when the
CD-ROM is inserted.

(
‘1.3.1 User Account Control’)
 To install DGS V10.09.00 or later, .Net
Framework 4.6.2 is required.
1
Install020204S-01E04
2
Click [Yes].
 If they are already installed, proceed to step 4.
 This is displayed only when DGS V10.09.02
or later is installed.
Install020204S-05E0
2
3
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Click [OK] to restart PC.
3
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4
Click [Yes].
 If they are already installed, proceed to step 7.
Install020204S-07E00
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4
5
Click [Install].
6
Click [Close].
5
6
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Install020204S-02E00
7
Click [Next].
8
Type the same ‘Server name’ of SQL
Server to the ‘Database server that you
are installing to’.
7
How to check the server name:
‘2.1.10 Installing NPM-DGS’  ‘ How to
check the server name’
9
8
9
10
11
 If you select [Windows Authentication], you
will move on to step 8.
12
Install020204S-03E00
Choose [SQL Server authentication
using the Login ID and password below]
in ‘Connect Using’.
13
10 Type Sa in the ‘Login’ field.
11 Type the password, which is set in
‘2.1.4 to 7 Installing SQL Server ■
Installing Microsoft SQL Server
Express,’ in ‘Password.’
12 Type the save destination to the
‘Location’ field used on DGS.
 The default is C-drive-MESDB on your local
PC.
13 Click [Next].
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14 Click [OK].
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② Installing DGS
 When installing the DGS client, database, and server functions on one
PC
1
Choose ‘Standalone (Install Both
Server and Client)’ on the window which
opens automatically when the CD-ROM
is inserted.
2
Click [Install].
3
Click [Next].
1
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4
To install in a different folder, click
[Browse…] and choose a desired
folder.
 Normally you do not need to change.
5
Click [Next].
6
Type the server name in ‘Database
server that you are installing to.’
4
Install020201S-06E01
5
 Normally, type ‘Computer
name\SQLEXPRESS.’
How to check the server name:
‘2.1.10 Installing NPM-DGS’  ‘ How to
check the server name’
6
 For stand-alone, (local)\SQLEXPRESS is also
allowed.
Install020201S-07E00
7
Type the login ID and password, and
click [Next].
 Login ID: sa
Password:
Type the same password you used when
Microsoft SQL Server 2008 Express is
installed.
‘2.1.4 to 7 Installing SQL Server ■
Installing Microsoft SQL Server Express’
 Database installation using Windows
Authentication requires no password entry.
7
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8
Click [Finish].
 Then, installation of DGS client starts.
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8
9
Click [Next].
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9
10 Click [Next].
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10
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11 Type ‘localhost’ in the ‘Server’ field.
12 Click [Next].
 Even after installation, the destination server
can be changed using the change tool. For
information on the server change tool, see
‘13.7 Server Change Tool’.
11
Install020201S-31E02
12
13 Click [Finish].
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13
14 Click [Yes] on the restart confirmation
dialog.
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 When installing the DGS client, database, and server functions
individually
① When installing the server
1
Choose ‘Server’ on the window which
opens automatically when the CD-ROM
is inserted.

(
‘1.3.1 User Account Control’)
1
Install020204S-01E03
2
Click [Install].
 If they are already installed, proceed to step 3.
Install020204S-10E0
2
3
Click [Next].
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4
To install in a different folder, click
[Browse…] and choose a desired
folder.
 Normally you do not need to change.
5
Click [Next].
6
Type the name of the server in
‘Database server that you are installing
to’ to which SQL Server is installed.
4
Install020201S-06E00
5
 The SQL Server-installed server refers to the
one the SQL server and database have been
installed.
‘2.1.10 Installing NPM-DGS
① Installing DGS Database’
How to check the server name:
‘2.1.10 Installing NPM-DGS’  ‘ How to
check the server name’
6
Install020201S-19E00
7
Type the login ID and password, and
click [Next].
 Login ID: sa
Password:
Type the same password you used when
Microsoft SQL Server Express is installed.
‘2.1.4 to 7 Installing SQL Server ■
Installing Microsoft SQL Server Express’
 Database installation using Windows
Authentication requires no password entry.
7
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8
Click [Finish].
9
Choose [Yes] to restart.
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8
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9
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 To install another application, you do not need
to restart the computer.
After all installations have been completed,
restart the computer.
 Even after installation, the destination server
can be changed using the change tool. For
information on the server change tool, see
‘13.7 Server Change Tool’.
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② When installing DGS client
Install DGS client to a PC different from the one to which you have installed SQL Server or the
server.
1
Choose ‘Client’ on the window which
opens automatically when the CD-ROM
is inserted.

(
‘1.3.1 User Account Control’)
1
Install020204S-01E04
2
Click [Yes].
 If they are already installed, proceed to step 4.
 This is displayed only when DGS V10.09.02
or later is installed.
Install020204S-05E00
2
3
Click [OK].
 PC will restart.
 After restarting PC, perform step 1 again.
Install020204S-06E00
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4
Click [Yes].
5
Click [Install].
6
Click [Close].
4
5
6
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Install020204S-10E00
7
Click [Install].
8
Click [Next].
9
To install in a different folder, click
[Browse…] and choose a desired
folder.
7
Install020201S-28E02
8
 Normally you do not need to change.
10 Click [Next].
9
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11 Type the address (IP address) of the
‘Server’ of ‘DGS’ in ‘Server’ installed
through
‘2.1.10 Installing
NPM-DGS ② Installing DGS’  ‘
When installing the DGS client,
database, and server functions
individually’  ‘ When installing the
server.’
11
Install020201S-31E00
12 Click [Finish].
Install020201S-36E00
12
13 Choose [Yes] to restart.
Install020201S-38E01
13
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 To install another application, you do not need
to restart the computer.
After all installations have been completed,
restart the computer.
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 How to check the server name
1
Choose [Start]  [Programs] 
[Microsoft SQL Server XXXX]  [SQL
Server Management Studio Express].
 “XXXX” varies according to the version of the
SQL Server installed.
1
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2
Confirm ‘Server name’ on the <Server
Connection> window.
2
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2.1.11 Security and Option Settings for PC
The following settings must be configured in order to establish communication between DGS and
LNB.
Because the different procedure is used for some OSs, check your OS.
Windows 8 / 8.1 / 10, WindowsServer 2012 / 2016
‘A) If your OS is Windows 8 / 8.1 / 10, WindowsServer 2012 / 2016’)
(
① Firewall setting
② Power option setting
③ Disabling of SSL3.0 and TLS1.0
Windows 7, WindowsServer 2008
‘B) If your OS is Windows 7, WindowsServer 2008’)
(
Firewall
setting
①
② Power option setting
③ Disabling of SSL3.0 and TLS1.0
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A) If your OS is Windows 8 / 8.1 / 10, WindowsServer 2012 / 2016
① Firewall setting
 Set firewall of the PC that the DGS server is installed to.
●Opening of port 19884
DGS and LMB are communicated each other through the port 19884. For this reason, When
using software (anti-virus software) with Windows Firewall or other firewall function, this port
must be open.
This chapter describes how to configure Windows Firewall.
For information on how to open the port of software with another firewall, refer to each operation
manual enclosed with software.
1
While holding down the [Windows] key,
press the [X] key, and then click
[Control Panel] from the list.
2
Confirm that [Category] is selected for
[View by].
3
Click [System and Security].
4
Click [Windows Firewall].
1
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2
3
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4
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5
Click [Advanced settings] on the left.
6
Click [Inbound Rules] on the left side of
the window.
7
Click [New Rule] on the right side of the
window.
5
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6
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7
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8
Click the radio button of ‘Port’.
9
Click [Next].
8
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9
10 Click the radio button of ‘TCP’.
11 Click the radio button of ‘Specific local
ports’.
10
12 Enter ‘19884’ in ‘Specific local ports’
11
filed.
12
13 Click [Next].
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13
14 Click the radio button of ‘Allow the
connection’.
15 Click [Next].
14
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16 Click [Next].
 Confirm that all three checkboxes are marked.
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16
17 Enter your desired characters in ‘Name’
field.
(e.g.: DGSreceive)
18 Click [Finish].
17
Install020402-11E01
18
19 Confirm that ‘DGSreceive’ is added to
19
the ‘Inbound Rules’ list.
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20 Click [Outbound Rules] on the left side
of the window.
20
21
21 Click [New Rule] on the right side of the
window.
Install020402-13E01
22 Click the radio button of ‘Port’.
23 Click [Next].
22
Install020402-14E01
23
24 Click the radio button of ‘TCP’.
25 Click the radio button of ‘Specific
remote ports’.
24
26 Type ‘19884’ in ‘Specific remote ports’
25
field.
26
27 Click [Next].
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28 Click the radio button of ‘Allow the
connection’.
29 Click [Next].
28
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29
30 Click [Next].
 Confirm that all three checkboxes are marked.
Install020402-17E01
30
31 Type desired characters in ‘Name’.
(e.g.: DGSsend)
32 Click [Finish].
31
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32
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33 Confirm that ‘DGSsend’ is added to the
33
34
‘Outbound Rules’ list.
34 Close the <Windows Firewall with
Advanced Security> screen.
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35 Close the <Windows Firewall> screen.
35
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●Blocking of port 61000
To prevent a communication error due to attack on a specific port number during DGS
communication, you need to configure setting that blocks communication through port 61000.
For this reason, when using software (e.g. anti-virus software) with Windows Firewall or other
firewall function, you should configure this setting.
This section describes how to set up Windows Firewall.
1
Click [Inbound Rules] on the left side of
the window.
2
Click [New Rule] on the right side of the
window.
1
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2
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3
Click the radio button of ‘Port’.
4
Click [Next].
5
Click the radio button of ‘UDP’.
6
Click the radio button of ‘Specific local
ports’.
7
Enter ‘61000’ in ‘Specific local ports’.
8
Click [Next].
9
Click the radio button of ‘Block the
connection (K)’.
3
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4
5
7
6
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8
10 Click [Next].
9
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10
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11 Click [Next].
 Confirm that all three checkboxes are marked.
Install020402-17E01
11
12 Enter your desired character string in
‘Name’.
(e.g.: UDPBlock_recv)
13 Click [Finish].
12
Install020402-27E00
13
14 Confirm that the character string
14
entered in ‘Name’ in step 12 is added to
the ‘Inbound Rules’ list.
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15 Click [Outbound Rules] on the left side
of the window.
15
16
16 Click [New Rule] on the right side of the
window.
Install020402-13E01
17 Click the radio button of ‘Port’.
18 Click [Next].
17
Install020402-14E01
18
19 Click the radio button of ‘UDP’.
20 Click the radio button of ‘Specific
remote ports’.
19
20
21 Type ‘61000’ in ‘Specific remote ports’.
21
22 Click [Next].
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22
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23 Click the radio button of ‘Block the
connection (K)’.
24 Click [Next].
23
Install020402-30E00
24
25 Click [Next].
 Confirm that all three checkboxes are marked.
Install020402-17E01
25
26 Enter your desired character string in
‘Name’.
(e.g.: UDPBlock_send)
27 Click [Finish].
26
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27
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28 Confirm that the character string
28
29
entered in ‘Name’ in step 26 is added to
the ‘Outbound Rules’ list.
Install020402-32E00
29 Close the <Windows Firewall with
Advanced Security> screen.
30 Close the <Windows Firewall> screen.
30
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 Configuring the firewall of the PC that the SQL Server is installed
If DGS client is installed in another PC from the one you installed SQL Server, port numbers
1433 (or the value entered based on "‘2.1.9 Setting SQL Server 2014/2012/2008' ①Changing
TCP Ports") and 1434 are used for communication with SQL Server. For this reason, When
Windows Firewall function or software with another firewall function (e.g. antivirus software) is
used, this port must be open.
This chapter describes how to configure Windows Firewall.
For information on how to open the port of software with another firewall, refer to each operation
manual enclosed with software.
1
Click [Inbound Rules] on the left.
2
Click [New Rule] on the right.
1
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2
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3
Click the radio button of ‘Port’.
4
Click [Next].
5
Click the radio button of ‘TCP’.
6
Click the radio button of ‘Specific
remote ports’.
7
Type ‘1433’ in ‘Specific remote ports’
field.
3
Install020402-14E01
4
5
6
7
 To use the port other than 1433, type the
applicable value.
Install020402-21E00
8
EJS9AE-MB-02P-16
8
Click [Next].
9
Click the radio button of ‘Allow the
connection’.
10 Click [Next].
9
Install020402-16E01
How to set a port:
(
2.1.9 Setting SQL Server
2014/2012/2008’→① Changing TCP Ports)
10
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11 Click [Next].
 Confirm that all three checkboxes are marked.
Install020402-17E01
11
12 Type desired characters in ‘Name’.
(Ex.: SQL Server)
13 Click [Finish].
12
Install020402-22E00
13
14 Click [New Rule] on the right.
14
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15 Click the radio button of ‘Port’.
16 Click [Next].
15
Install020402-14E01
16
17 Click the radio button of ‘UDP’.
18 Click the radio button of ‘Specific
remote ports’.
17
19 Type ‘1434’ in ‘Specific remote ports’
18
field.
19
20 Click [Next].
Install020402-23E00
20
21 Click the radio button of ‘Allow the
connection’.
22 Click [Next].
21
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23 Click [Next].
 Confirm that all three checkboxes are marked.
Install020402-17E01
23
24 Type desired characters in ‘Name’.
(Ex.: SQL Server Browser)
25 Click [Finish].
24
Install020402-24E00
25
 Firewall settings for DGS client-installed PC
Since TCP ports 139, 455 and 50109-50999 are used for data transmissions from DGS client to
LNB, you should not configure [Outbound Rules] to block them.
② Power option check
Check that the PC with the DGS server installed to does not go into “Sleep”, “Standby” or
“Pause” mode. In Windows OS, you can set up your PC so that the PC goes into "Sleep",
"Standby" or "Pause" mode if you do not use it for a certain amount of time. Under this state, an
external access to the DGS server is denied, which causes access from a client to be blocked or
production data not to be downloaded from the machine. For this reason, check and change the
power option of the OS that the DGS server is installed to, so as to prevent the PC from entering
“Sleep”, “Standby” or “Pause” mode.
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③ Disabling of SSL3.0 and TLS1.0
Ports 1433 (or the value set in ‘2.1.9 Setting SQL Server 2014/2012/2008’ ①Changing TCP Ports)
and 1434 are used for communication with SQL Server.
The protocol used in this communication is compliant with SSL3.0/TLS1.0 in which there are
security vulnerabilities. If this setting is enabled, you have to disable it.
This section uses Internet Explorer as an example to illustrate how to disable the setting.
1
Select Internet Options in Internet
Explorer.
 Depending on the browser version, the
location of Internet Options may vary. Consult
your browser’s Help for information on
Options.
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1
2
Select the Advanced tab.
2
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3
In the Security category, uncheck the
options for “Use SSL 3.0" and "Use TLS
1.0.”
4
Click the [OK] button.
3
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B) If your OS is Windows 7, WindowsServer 2008
① Firewall setting
For description of firewall, see ‘①Firewall setting, A) If your OS is Windows 8’.
1
Open [Start]  [Control panel].
 About the rest of procedures, it is the same as
steps 3 to 35 in ‘A) If your OS is Windows 8,
①Firewall setting’.
1
Install020402-01E01
② Power option check
For description of power option, see ‘②Power option check, A) If your OS is Windows 8’.
③ Disabling of SSL3.0 and TLS1.0
For description of disabling of SSL3.0 and TLS1.0, see ’③Disabling of SSL3.0 and TLS1.0, A) If
your OS is Windows 8’.
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2.1.12 Connection with LNB
① Network Configuration
LNBs on two or more lines can be communicated with DGS through network connection using
the external hub prepared by a customer.
DGS must be connected as the same network segment as LNB on the intranet.
DGS
HUB
LNB
Machine
LNB
Machine
LNB
Machine
LNB
Machine
 The IP address for the DGS network configuration is an IP address conveniently specified by a
customer. However, the subnet mask and the gateway must be set so that communication to
LNB can be performed.
 For how to set the LNB network, see LNB ‘Advanced Settings’ ‘Network Setting’ of the
instruction manual.
 For how to set the DGS network, refer to how to set the network of Windows PC used.
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② LNB Setup to Connect to DGS
According to the procedures described in the LNB user manual 2.3, specify the http://(LNB IP
address):8080/lws address using the internet explorer, and log on to LNB.
1
Choose [Host System] from [Advanced]
on the LNB menu after login.
2
The selections of the upstream system
setup are displayed on the right side of
the LNB window. Choose ‘Enable’ from
‘Data Generation System,’ type the
DGS IP address in ‘Connect to,’ and
click [Apply].
3
When the message “Host system
configuration was updated
successfully.” appears, click [OK].
1
2
2
2
3
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The network to DGS has been set.
Set the line name, next.
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4
Choose [LNB Configuration] under
[Maintenance] from the menu on the
left.
5
Click [Modify Line ID].
6
Type ‘Line ID,’ and click [Apply].
4
5
 The line name is not indispensable.
6
6
6
 About line ID
The LNB line ID is a ‘line name’ described in
the line configuration of the DGS Factory
Manager. The line name of Factory Manager
must be the same as the Line ID of LNB.
Line name of Factory Manager
 Line ID of LNB
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When the message “Line ID and line
name were updated successfully.”
appears, click [OK].
LNB and DGS connection has been prepared.
Next, check communication.
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③ DGS Communication Check
Communication can be checked after LNB extracts production data list created by DGS.
1
Choose [Production data extraction]
from [Advanced].
2
Choose ‘Enable’ from the production
data extraction setting, and click
[Setting change].
3
When the message “The production
data extraction has been set.” appears,
click [OK].
4
Click [Move to the extraction data
setting].
1
2
2
3
4
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 Being capturing data... is displayed.
1)
5
Check communication with DGS.
1) Displayed when data is not created even
though communication with DGS is performed.
2)
2) Displayed when communication with DGS is
performed, there are data already created and
their list has been captured.
3) “Failed to get production data.” is displayed
when communication with DGS cannot be
performed.
In this case, refer to the following.
‘14.1.3 Connection with LNB’
3)
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2.2 Upgrading DGS Application
2.2 Upgrading DGS Application
2.2.1 Creating DGS backup
We recommend that you back up the DGS database before you upgrade.
‘3.2.2 Backup/Restore’.
For detail, See
2.2.2 Batch Upgrade of DGS installation configuration
This is used when an application is upgraded without changing DGS installation configuration.
1
Click [Yes] on the AutoRun window
appeared after the CD-ROM is inserted.
 Click [No] if you want to upgrade an individual
application or install another application.
Install020302S-05E00
 If the AutoRun does not work, start an installer
manually from the CD image.
(
‘2.2.5 If CD-ROM AutoRun does not
Work’)
1
2
Click [Yes].
 If they are already installed, proceed to step 4.
 This is displayed only when DGS V10.09.02
or later is installed.
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2
3
Click [OK].
 PC will restart.
 After restarting PC, perform step 1 again.
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4
Click [Next].
 As the setup screen corresponding to the
configuration of the installed DGS is
displayed, follow on-screen instructions on
subsequent operations.
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2.2.3 Upgrading DGS Database
An upgrade of the DGS database should be performed on PC to which the DGS database has
been installed.
1
Choose ‘Database’.
1
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2
Click [Yes].
 If they are already installed, proceed to step 3.
 This is displayed only when DGS V10.09.02
or later is installed.
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2
3
Click [OK].
 PC will restart.
 After restarting PC, perform step 1 again.
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4
Click [Next].
5
Choose [SQL Server authentication
using the Login ID and password below]
in Connect Using.
4
 If you select [Windows Authentication], you
will move on to step 6.
5
6
7
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8
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9
6
Type Sa in the ‘Login’ field.
7
Type the password, which is set in
‘2.1.4 to 7 Installing SQL Server ■
Installing Microsoft SQL Server
Express,’ in ‘Password.’
8
Click [Next].
9
Click [OK].
 Even if DB is upgraded, the standard parts
library (the library name = Standard Parts) will
not be updated.
If you want to update the standard parts
library to the latest one, import ‘Installer drive:
\StandardParts\StandardParts.bak’ file using
the component import function.
‘6.4 Importing/Exporting Component
(
Data’)
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2.2.4 Upgrading DGS Application
An upgrade of the DGS application should be performed on PC to which the DGS application
has been installed.
1
Choose the same configuration as the
installed configuration after DGS has
been installed.
2
Click [Next].
3
Click [Finish].
1
Install020204S-01E04
Install020300S-06E02
2
 If the LWS editor is installed, it is replaced
with the PPD editor (LWS mode).
Therefore, the LWS data editor is not
necessary any more. Uninstall it.
‘2.3.4 Uninstalling the LWS Data
(
Editor’)
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2.2.5 If CD-ROM AutoRun does not Work
Depending on the configuration of your computer, AutoRun may not work and the DGS
installation window may not appear when you insert a CD-ROM in the CD drive.
In such a case, start up the installation window as follows.
1
Open My Computer and double-click on
a CD drive.
1
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 When DGS is newly installed
 The installation window opens.
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 When DGS has been already installed
 The upgrade window opens.
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2.2.6 Upgrading SQL Server
 Upgrading SQL Server 2016
Upgrade condition)
You can upgrade only when the both conditions of the following 1 and 2 are met.
1. Your PC must be a 64 bit version of Windows 10, Windows 8, Windows 8.1, Windows Server
2012 or Windows Server 2012 R2.
2. Your SQL Server version is any of the followings;
・SQL Server 2008 SP4 or later
・SQL Server 2008 R2 SP3 or later
・SQL Server 2012 SP2 or later
・SQL Server 2014 or later
You also need to upgrade ‘SQL Server Management Studio Express’ together with SQL Server
for troubleshooting such as backup of data.
* Download the following two from the Microsoft homepage to prepare for upgrading.
• Microsoft SQL Server2016 – Express Edition
• Microsoft SQL Server Management Studio
① Installing Microsoft SQL Server 2016 SP1- Express Edition
1
Start up the ‘Microsoft SQLServer 2016
SP1 Express’ installer.
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(
2
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‘1.3.1 User Account Control’)
Click [Ok].
2
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3
Click [Upgrade from a previous version
of SQL Server].
4
Accept the license terms and then click
[Next].
5
Click [Next].
3
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4
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4
 If your PC is connected to the internet, mark
the checkbox of 'Use Microsoft Update to
check for updates' and click [Next].
5
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6
Click [Next].
 This window appears only when your PC is
not connected to the internet.
(If your PC is connected to the internet, this
window does not appear.)
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6
7
Click [Next].
8
Click [Next].
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7
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9
Click [Close].
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9
10 Close the <SQL Server Installation
10
Center>window.
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② Installing Microsoft SQL Server Management Studio (SSMS)
1. Before you upgrade to Microsoft SQL Server 2016, you must uninstall the older version of Management
Studio Express. Check the current version to be installed and uninstall it.
(
‘2.2.7 Uninstalling SQL Server Management Studio Express’)
*
2. Install Microsoft SQL Server Management Studio.
* For how to install it
Management Studio’ )
Page 2-112
(
‘2.1.8 Installing SQL Server 2016 ■Installing Microsoft SQL Server
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 Upgrading to SQL Server 2014
Please upgrade ‘SQL Server Management Studio Express’ for troubleshooting such as data
backup as well as SQL database itself.
 Please download the following two items in advance from Microsoft home page for preparation.

Microsoft SQL Server2014 – Express Edition

Microsoft SQL Server2014 Management Studio Express
 If your OS is Windows 7, Microsoft .Net Framework 4.0 or later is required.
Make sure to install it, otherwise you must take another step.
(
‘2.1 ■If your OS is Windows 7’)
① Installing Microsoft SQL Server2014– Express Edition
1
Start up the ‘Microsoft SQLServer 2014
Express’ Installer.
Install020101S-09E02
32bit Version：SQLEXPR_x86_ENU.exe
64bit Version：SQLEXPR_x64_ENU.exe
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
(
‘1.3.1 User Account Control’)
2
Click [Ok].
3
Click [Upgrade from SQL Server 2005,
SQL Server 2008, SQL Server 2008R2
or SQL Server2012].
2
3
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4
Accept the license terms and click
[Next].
5
Click [Next].
4
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4
 If your PC is connected to the internet, mark
the checkbox of 'Use Microsoft Update to
check for updates' and click [Next].
5
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6
Click [Next].
 This window appears only when your PC is
not connected to the internet.
(If your PC is connected to the internet, this
window does not appear.)
6
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7
Click [Next].
8
Click [Close].
9
Close the <SQL Server Installation
Center> window.
7
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8
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9
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② Installing Microsoft SQL Server2014 Management Studio Express
1. Before you upgrade to Microsoft SQL Server2014, you must uninstall the older version of
Management Studio Express. Check the current version to be installed and uninstall it.
(
‘2.2.7 Uninstalling SQL Server Management Studio Express’)
2. Install Microsoft SQL Server2014 Management Studio Express.
(
‘2.1.5 Installing SQL Server 2014 ■Installing Microsoft
For how to install it,
SQL Server2014 Management Studio Express’)
 Upgrading to SQL Server 2012
Please upgrade ‘SQL Server Management Studio Express’ for troubleshooting such as data
backup as well as SQL database itself.
 Please download the following two items in advance from Microsoft home page for preparation.

Microsoft SQL Server2012 SP1– Express Edition

Microsoft SQL Server2012 SP1 Management Studio Express
 If your OS is Windows 7, Microsoft .Net Framework 4.0 or later is required.
Make sure to install it, otherwise you must take another step.
(
‘2.1 ■If your OS is Windows 7’)
① Installing Microsoft SQL Server2012 SP1– Express Edition
1
Install020101S-09E02
Start up the ‘Microsoft SQLServer 2012
SP1 Express’ Installer.
32bit Version：SQLEXPR_x86_ENU.exe
64bit Version：SQLEXPR_x64_ENU.exe
Install020101S-76E00
(
2
‘1.3.1 User Account Control’)
Click [Upgrade SQL Server 2005,SQL
Server 2008 or SQL Server 2008 R2].
2
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3
Accept the license terms and click
[Next].
4
Click [Next].
3
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3
(If your PC is not connected to the internet)
 The window differs depending on whether
your PC is connected to the internet or not.
4
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(If your PC is connected to the internet)
4
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5
Click [Next].
6
Click [Next].
7
Click [Close].
5
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6
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7
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8
8
Close the <SQL Server Installation
Center> window.
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② Installing Microsoft SQL Server2012 SP1 Management Studio Express
1. Before you upgrade to 2014, you must uninstall the older version of Management Studio
Express. Check the current version to be installed and uninstall it.
(
‘2.2.7 Uninstalling SQL Server Management Studio Express’)
2. Install Microsoft SQL Server2012 SP1 Management Studio Express.
(
‘2.1.5 Installing SQL Server 2012 ■Installing SQL
For how to install it,
Microsoft SQL Server2012 SP1 Management Studio Express’)
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 Upgrading to SQL Server 2008
Please upgrade ‘SQL Server Management Studio Express’ for troubleshooting such as data
backup as well as SQL database itself.
 Please download the following two items in advance from Microsoft home page for preparation.

Microsoft SQL Server2008 R2 SP2 - Express Edition

Microsoft SQL Server2008 R2 SP2 Management Studio Express
① Installing Microsoft SQL Server2008 R2 SP2 – Express Edition
1
Launch the ‘Microsoft SQL Server 2008
R2 Express’ installer.

Install020101S-09E02
(
‘1.3.1 User Account Control’)
2
Click [Upgrade from SQL Server 2000,
SQL Server 2005 or SQL Server 2008].
3
Accept the license terms, and click
[Next].
2
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3
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3
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4
Click [Next].
5
Click [Next].
6
Click [Close].
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4
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5
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6
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7
7
Close the <SQL Server Installation
Center> window.
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② Installing Microsoft SQL Server2008 R2 SP2 Management Studio Express
1. Before you upgrade to 2008 R2 SP2, you must uninstall the older version of Management
Studio Express.
Check the current version to be installed and uninstall it.
(
‘2.2.7 Uninstalling SQL Server Management Studio Express’)
2. Install Microsoft SQL Server2008 R2 SP2 Management Studio Express.
(
‘2.1.7 Installing SQL Server2008 ■Installing Microsoft
For how to install it,
SQL Server2008 R2 SP2 Management Studio Express’)
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2.2.7 Uninstalling SQL Server Management Studio Express
 Uninstalling SQL Server 2014 Management Studio Express
1
While holding down the [Windows] key,
press the [X] key, and then click
[Control Panel] from the list.
2
Click [Uninstall a program].
3
Choose Microsoft SQL Server 2014 (64
bit) you want to uninstall, and click
[Uninstall / Change].
1
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2
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3
3
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4
Click [Remove].
5
Mark the checkboxes of ‘Management
Tool – Basic’ and ‘Management Tool –
Complete’ and then click [Next].
6
Click [Remove].
4
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5
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6
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7
Click [Close].
8
Close the <Programs and Features>
window.
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7
8
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 Uninstalling SQL Server 2012 Management Studio Express
1
Click [Start]  [Control Panel].
2
Click [Uninstalling a program].
3
Choose Microsoft SQL Server 2012 you
want to uninstall,and click [Uninstall /
Change].
1
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2
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3
3
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4
Click [Remove].
5
Click [OK].
6
Mark the checkboxes of ‘Management
Tool – Basic' and ‘Management Tool –
Complete’ and click [Next].
4
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5
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6
6
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7
Click [Next].
8
Click [Remove].
9
Click [Close].
7
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8
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9
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10 Close the <Programs and Features>
window.
10
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 Uninstalling SQL Server 2008 R2 Management Studio Express
1
Click [Start]  [Control Panel].
2
Click [Uninstall a program].
1
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2
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3
Choose Microsoft SQL Server 2008 R2
you want to uninstall and click [Uninstall
/ Change].
4
Click [Remove].
5
Click [OK].
3
3
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4
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5
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6
Mark the checkbox of ‘Management
tool – Basic' and click [Next].
7
Click [Next].
8
Click [Remove].
6
6
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7
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8
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9
Click [Close].
9
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10 Close the < Programs and Features>
window.
10
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 Uninstalling SQL Server 2005 Management Studio Express
1
Click [Start]  [Control Panel].
1
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2
Click [Uninstall a program].
3
Choose Microsoft SQL Server
Management Studio Express you want
to uninstall and click [Uninstall].
4
Click [Yes].
2
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3
3
Install020101S-141E00

Install020101S-142E00
(
‘1.3.1 User Account Control’)
4
5
5
Close the <Programs and Features>
window
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2.3 Uninstalling DGS
This section describes how to uninstall the DGS application.
 If you uninstall DGS, DGS related data will be cleared all. If there is a possibility to restore the
‘3.2.2 Backup / Restore’)
data, we recommend backing it up before uninstallation. (
2.3.1 Uninstalling the DGS Server
How to uninstall the DGS server is described here.
1
Choose [Start]  [Control Panel].
 The <Control Panel> window opens.
1
Install020600S-01E02
2
Double-click ‘Programs and Features.’
 The <Uninstall or change a programs>
window opens.
2
Install020600S-02E02
4
3
Choose ‘Panasonic MES – Sever ’ from
the list.
4
Click [Uninstall].
 The installation wizard is displayed.
3
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5
Click [Yes].
 The uninstallation window opens.
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5
6
Click [OK].
 Currently used file(s) is displayed if a DGS
client, etc. is installed.
Install020600S-06E00
6
7
Click [Finish].
 The uninstallation window closes.
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2.3.2 Uninstalling the DGS Client
How to uninstall the DGS client is described here.
1
Choose [Start]  [Control Panel].
 The <Control Panel> window opens.
1
Install020600S-01E02
2
Double-click ‘Programs and Features.’
3
Choose ‘Panasonic MES – Cliant ’ from
the list.
4
Click [Uninstall].
2
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4
 The installation wizard is displayed.
3
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5
Click [Yes].
 The uninstallation window opens.
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5
6
Click [Finish].
 The uninstallation window closes.
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2.3.3 Uninstalling the DGS Database
How to uninstall the DGS database is described here.
 If the DGS database is uninstalled, DGS related data will be cleared all.
1
Double-click
‘Tools\DBUninstall\DBUninstall.exe’ in
the DGS install CD.
 The DGS database uninstaller window opens.
(
‘1.3.1 User Account Control’)
1
Install020600S-09E00
2
Click [Next].
3
Type login ID and password and click
[Uninstall DGS Database].
2
Install020600S-10E00
 The password for a server to be deleted must
be entered.
 Installation using [Windows Authentication]
requires no entries.
3
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4
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Click [Finish].
4
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2.3.4 Uninstalling the LWS Data Editor
How to uninstall the LWS Data Editor is described here.
1
Choose [Start]  [Control Panel].
 The <Control Panel> window opens.
1
Install020600S-01E02
2
Double-click ‘Programs and Features.’
 The <Uninstall or change a programs>
window opens.
2
Install020600S-02E02
3
Choose ‘Panasonic MES LWS Editor’
from the list.
4
Click [Uninstall].
 The installation wizard is displayed.
4
3
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5
Click [Yes].
 The uninstallation window opens.
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5
6
Click [Finish].
 The uninstallation window closes.
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2.4 Confirming the Settings of DGS-installed PC
2.4 Confirming the Settings of DGS-installed PC
Check to see if the following setting items are configured.
 SQL Server
 SQL Server configureation manager
• TCP / IP is ENABLED.
• TCP dynamic port of IPALL is 1433 or the TPC dynamic port of the value entered based on "‘2.1.9
Setting SQL Server 2014/2012/2008' ①Changing TCP Ports", is BLANK.
• Named pipe is ENABLED.
• SQL Server Brower start mode is AUTO.
• SQL Server (SQLEXPRESS) built-in account is Local System.
• SQL Server (SQLEXPRESS) is EXECUTING.
• SQL Server Brower is EXECUTING.
 SQL Server Management Studio
• Server name is (computer name or local host)\SQLEXPRESS.
 OS environment
 Firewall
• Port 139, 445, 19884, 1433 or the value (TCP) entered based on "‘2.1.9 Setting SQL Server
2014/2012/2008' ①Changing TCP Ports", is open.
• Port 1434 (UDP) is open.
• Port 61000 (UDP) is shut off.
 Power option
• Sleep, Standby and Pause modes are Disabled.
 DGS application
 Version
• The version of the DGS application server is the same as the one of the client.
 Service
• The following application service is ready.
Coffee Service
DGS Application Server
DGS Data Runtime Server
Sakura Service
 Server client system
• When Client is installed, the IP address or computer name of the server is entered.
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3.1 Environment Settings Summary
3.1 Environment Settings Summary
3.1.1 Summary
In environment settings, you can perform operations, such as registering a machine license to be
used on NPM-DGS, setting the folder path to save created data or setting the operation
performed when change is made in CAD rotation.
Additionally, the automatic backup or logo collection settings can also be configured so that you
can handle any PC problems or unidentified errors.
Environment settings deal with the following items.
• License
• Backup/Restore
• DGS setting
• Log collection
• History
• Grouping Condition
3.1.2 Starting the DGS Environment Settings
To start environment setup, select [General Settings] from the application launcher located at the
lower left of the screen.
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3.2 Environment Setting Screen
3.2 Environment Setting Screen
1
2
2
2
3
2
Environment030200S-01E04
No.
Name
 Menu bar
 Tool bar
Environment setting area

Explanation
Displays each menu.
Displays icons of each operation
Selecting the tab of each item displays the current
configuration.
 Menu
Menu bar
Tool bar
Explanation
[File]
[DB backup /
restore]
Backs up / Restores the database.

[Logout]

Logs out from the console window.
Saves the configuration.
[Utility]
[Data correction
tool]
EJS9AE-MB-03P-15

The data correction tool of the database. There are following
four types;
• Database Re-Indexing
• Line DB Update
• PCB – Recreate the part link data
• PCB – Recreate the part link
‘3.2.6 Data Correction Tool’)
(
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Programming Manual
3.2 Environment Setting Screen
3.2.1 Licenses Settings
After you startup the environment settings, click
the [Licenses] tab to display the licenses
settings screen. In the licenses settings, you
can set the following licenses: recipe download
license and offline component data creation
license.
The license string is written as option number
on the option sheet provided with purchase.
 When NPM-DGS is purchased for the first
time, the option sheet is supplied together
with the CD-ROM for NPM-DGS, both of
which are contained in a package of
NPM-DGS.
Environment030200S-01E03
 Store the option sheet carefully.
 Option sheet example
Item
 Production data download license.
This license allows you to download the
recipe created by NPM-DGS onto
machines. To do so, one license is required
per machine which creates recipe with
NPM-DGS.
 Offline component data creation license.
This license allows you to use options in the
function of offline component data creation.
To do so, one license is required per
machine which creates recipe with
NPM-DGS.
For information about the offline component
Chapter
data creation function, see
11.
 The license setting is not necessary for use of
an offline camera unit.
 If you have a laser-type barcode reader that
support the following barcode specifications
and that can be connected to a PC, it is
possible to directly enter a license by reading
out the barcode by the reader.
Environment030201S-02
Page 3-4
Barcode reader: laser type
Code: CODE39
No. of readout digits: 25 digits
Readout width: 120 mm
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Programming Manual
3.2 Environment Setting Screen
 Setting the recipe download license
Environment030202S-06E00
1
1
Type the machine License string
(option number written on the option
sheet) written on the license sheet in
the [License String] text box.
2
Click [Apply].
3
Click [OK].
4
The license string typed in step 1 is
added in the license list on the
[Accepted Licenses] window. Check
that [Serial #] of the added license is
the same as the machine’s serial
number written on the license sheet.
5
Repeat steps 1–3 for each machine
by which the recipe is used.
2
Environment030202S-10E00
3
4
Environment030202S-05E01
 When there is a problem in the setting of the recipe download license
When entering a license for a CM/DT machine or ‘2.1.12 Connection with LNB ② LNB Setup to
Connect to DGS’ has been skipped, the following dialog box opens in step 2 at ‘Setting the
recipe download license.’ In such a case, type the machine serial number following the steps
below.
1
Type the serial number of the
machine onto which the recipe is
downloaded.
2
Click [OK].
1
Environment030202S-07E01
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2
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Programming Manual
3.2 Environment Setting Screen
 Setting the offline component data creation license
 The license setting is not necessary for use of an offline camera unit.
Environment030202S-06E00
1
Type the license string of the offline
component data creation license
written on the license sheet in the
[License String] text box.
2
Click [Apply].
3
Click [OK].
4
The license string typed in step 1 is
added in the license list on the
[Accepted Licenses] window. Check
that [Serial #] of the added license is
the same as the machine’s serial
number written on the license sheet.
1
2
Environment030202S-10E00
3
4
Environment030202S-05E01
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Programming Manual
3.2 Environment Setting Screen
 Transferring the license to another NPM-DGS installed machine following
machine relocation
1
Choose a row that shows the serial
number of the machine, from which
the license will be transferred, on a
license list displayed in ‘License
String.’
2
Click [Delete].
3
When the confirmation message
appears, click [Yes] to delete.
4
In the environment setting for
NPM-DGS at its relocation
destination, add the deleted license
following the steps above.
1
2
Environment030202S-05E01
Environment030202S-03E01
3
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3.2 Environment Setting Screen
3.2.2 Backup / Restore
Detailed procedures for backup and restore are described here.
 Backup / Restore
① Backing up from [Starting up the database backup / restore]
2
1
Choose [General Settings].
2
Click
.
 The <Backup / Restore> window opens.
1
Environment030202S-01E01
3
4
3
Choose ‘Back-up-To’.
4
Click [...].
 The <Save As> window opens.
Environment030104S-01E01
5
Specify the directory to which a
backup file is saved.
6
Type a backup filename.
7
Click [Save].
5
Environment030104S-04E00
Page 3-8
6
7
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3.2 Environment Setting Screen
8
Click [Back-Up].
9
Click [OK].
8
Environment030104S-05E01
Environment030104S-06E00
9
 The backup file is saved.
 The other way to back up the data is that click
the [Backup] button to start up. See the page
below.
‘3.2.2 Backup / Restore ■Manual
(
backup’)
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3.2 Environment Setting Screen
② Restoring from [Starting up the database backup / restore]
2
1
Choose [General settings].
2
Click
.
 The <Backup / Restore> window opens.
1
Environment030202S-02E01
3
3
Choose ‘Restore From’.
4
Click [...].
4
 The <Open> window opens.
Environment030103S-04E00
5
6
Environment030104S-10E00
Page 3-10
5
Specify the directory to which a
restoration file is saved.
6
Type a restoration filename.
7
Click [Open].
7
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Programming Manual
3.2 Environment Setting Screen
8
Click [Restore].
 The confirmation window opens.
8
Environment030103S-04E00
9
Choose whether to take over user
settings or not.
 Data is restored.
 If user settings are not taken over, a following
message appears and an access authority to
the actual line which will be restored by
backup is added. For a setting of an access
authority to a line, see below.
‘8.1.5 Change User Account ■
(
Physical Line Reference Change’)
Environment030202S-09E01
9
Environment030202S-09E00
10 The restore completion dialog box
appears. Click [OK].
Environment030104S-12E00
10
EJS9AE-MB-03P-15
 The other way to restore the data is that click
the [Restore] button to start up. See the page
below.
‘3.2.2 Backup / Restore ■Restore’)
(
Page 3-11
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
 Manual backup
1
Click the [Backup / Restore] tab.
2
Click [Backup].
1
 The <Backup> window opens.
2
Environment030202S-03E00
3
Click [...].
 The <Save As> window opens.
3
Environment030103S-05E00
4
Specify the directory to which a
backup file is saved.
5
Type a backup filename.
6
Click [Save].
7
Click [Back-Up].
4
Environment030104S-04E00
5
6
7
Environment030103S-06E00
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Programming Manual
3.2 Environment Setting Screen
8
Click [OK].
Environment030104S-06E00
8
 The backup file is saved.
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Programming Manual
3.2 Environment Setting Screen
 Details of the automatic backup window
Environment030202S-04E00
Item
‘Never’
‘Daily’
‘Weekly’
‘Monthly’
[...]
[Update]
[Show History]
Explanation
Automatic backup is not performed.
The data is backed up every day either only weekday (Monday
through Friday) or days including weekend (Monday through
Sunday).
The data is backed up at the specified day of the week (Monday
through Sunday)
The data is backed up every month on the date specified by
entering the date or being selected from the calendar from the
pull-down menu. If the data is backed up at the end of the
month, mark the checkbox of ‘Schedule backup at the end of
every month’.
Specifies the directly to save the automatic backup file from the
<Folder reference> window.
Updates automatic backup to the set schedule.
Displays the automatic backup setup operation or backup
history.
The time to create the automatic backup file.
‘Time of day to perform
backup’
‘Backup folder path’
The location where the backup file is saved.
‘Number of backups to keep’ The number of backup records to be saved. If the number of
backup records to be created exceeds this number, the record
is deleted beginning with the chronologically oldest one.
‘Next backup date and time’ The date and time to perform next automatic backup.
‘Last backup date and time’ The date and time of last automatic backup to be performed.
‘Last backup file name’
Latest automatic backup file name.
Page 3-14
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Programming Manual
3.2 Environment Setting Screen
① Backing up using automatic backup
1
Choose automatic backup schedule.
 You can choose from ‘Daily’, ‘Weekly’ or
‘Monthly’.
 For ‘Monthly’ selected, when you want to back
up the data at the end of month, and you
specify the date, if the day does not exist
(e.g.: 30th of February), backup does not
performed. In this case, mark the checkbox of
‘Schedule backup at the end of eveyr month’.
1
Environment030202S-05E00
2
To change the folder to save the
backup data, click [...] and select the
folder from the <Browse For Folder>
window.
 For ‘Backup folder path’,
‘C:\ScheduledBackup’ is specified as default.
 Do not select the network drive for the backup
path. Select the path in the local PC drive.
2
Environment030202S-05E00
3
Environment030103S-10E00
EJS9AE-MB-03P-15
Choose the folder and click [OK].
3
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3.2 Environment Setting Screen
4
Set ‘Time of day to perform backup’
and ‘Number of backups to keep’ and
click [Update].
5
If the set folder is not created, the
creation confirmation dialog box
appears. Click [Yes].
4
4
4
Environment030202S-06E00
Environment030103S-12E00
5
 When the next backup time comes, backup is
automatically performed and the file is saved.
 If the power of the computer is turned OFF,
automatic backup is not performed.
Environment030103S-13E00
 The date and time of next backup is updated
and backup information is automatically
registered in the automatic backup history.
 For automatic backup history, see the page
below.
‘3.2.2 Backup / Restore ■Details of
(
automatic backup history window’)
Environment030103S-14E00
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Programming Manual
3.2 Environment Setting Screen
 Display of automatic backup history
1
Click [Show History].
1
Environment030202S-07E00
 The <Schedule Backup History> window
opens.
Environment030103S-15E00
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Programming Manual
3.2 Environment Setting Screen
 Details of automatic backup history window
Environment030103S-15E00
Item
‘S No’
‘Action’
‘Status’
‘Backup file’
‘DGS version no.’
‘Database’
‘PPD folder’
‘Records / page’
Explanation
The number to identify the backup history.
Action performed for automatic backup.
Status of operation.
The backup file is displayed.
DGS version when backup is performed.
Whether the database is backed up or not is displayed for the
action. If backed up, ‘TRUE’ is displayed and if not, ‘FALSE’ is
displayed.
Whether the PPD folder is backed up or not is displayed for the
action. If backed up, ‘TRUE’ is displayed and if not, ‘FALSE’ is
displayed.
The number of histories displayed per page is displayed.
The history on the first page is displayed.
The history on the previous page is displayed.
The history on the next page is displayed.
The history on the last page is displayed.
The history is updated.
[Restore]
[Delete]
[Close]
Page 3-18
The backup file selected from the history is restored.
Selected backup history or backup file is deleted.
The backup file history window is closed.
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NPM-DGS
Programming Manual
3.2 Environment Setting Screen
① Deleting the automatic backup history or backup file
To delete the automatic backup history and backup file, click the [Delete] button or choose from
the right-click menu.
 Deleting using the [Delete] button
1
To delete only the backup file, choose
the backup file.
2
Click [Delete].
1
Environment030103S-16E00
2
 The backup file is deleted and the following
message appears on the ‘Backup file’ filed.
File deleted (Manual) on (time)”
Environment030103S-17E00
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Programming Manual
3.2 Environment Setting Screen
 Deleting using the right-click menu
1
To delete both the history and the
backup file, choose the desired item
from the list, and click the [Delete
backup history] on the right-click
menu.
2
The confirmation dialog box for
deleting the related items appears.
Click [Yes].
1
Environment030103S-18E00
Environment030103S-19E00
2
 The backup file selected from the history list
and items related to the history are deleted.
Environment030103S-20E00
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Programming Manual
3.2 Environment Setting Screen
② Restoring using the automatic backup history
1
Choose the backup file to be restored
from the list and click [Restore].
 The confirmation window opens.
1
Environment030103S-15E00
1
2
Choose whether to take over user
settings or not.
 Data is restored.
 If user settings are not taken over, a following
message appears and an access authority to
the actual line which will be restored by
backup is added. For a setting of an access
authority to a line, see below.
‘8.1.5 Change User Account ■
(
Physical Line Reference Change’)
Environment030202S-09E01
2
Environment030202S-09E00
3
The restore completion dialog box
appears. Click [OK].
 The database and the PPD folder restoration
have completed.
Environment030104S-12E00
3
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Programming Manual
3.2 Environment Setting Screen
 Restore
1
Click [Restore].
 The <Restore> window opens.
1
Environment030103S-21E00
2
Click [...].
 The <Open> window opens.
2
Environment030103S-22E00
3
4
3
Specify the directory to which a
restoration file is saved.
4
Type a restoration filename.
5
Click [Open].
6
Click [Restore].
5
Environment030104S-10E00
 The confirmation window opens.
6
Environment030103S-22E00
7
Choose whether to take over user
settings or not.
 Data is restored.
Environment030202S-09E01
7
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Programming Manual
3.2 Environment Setting Screen
 If user settings are not taken over, a following
message appears and an access authority to
the actual line which will be restored by
backup is added. For a setting of an access
authority to a line, see below.
‘8.1.5 Change User Account ■
(
Physical Line Reference Change’)
Environment030202S-09E00
8
The restore completion dialog box
appears. Click [OK].
Environment030104S-12E00
8
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NPM-DGS
Programming Manual
3.2 Environment Setting Screen
3.2.3 DGS Setting
After you start up the environment setting, double-click the [DGS setting] tab to display the DGS
setting screen.
In the DGS setting tab, you can set CAD rotation and change the folder path.
 About folder path
• PPD Folder Path
This is the output folder when the [Actual production area] is selected for the output folder of the
recipe on the data job creation editor. If the download of the recipe is requested from the LNB,
the recipe in the PPD folder is downloaded. Only if the data is edited in the machine, change of
the recipe in the PPD folder is reflected.
• Image Folder Path
This specifies an image folder path obtained with the inspection head and is used for the
inspection editor.
 DGS versions later than V07.01.00 allow you to select the inspection BOX at the start-up of the
inspection editor thereby the image folder path setting is not necessary.
‘1.3 2 Starting the 2D Inspection Editor’ in the 2D Inspection Editor manual)
(
1
Set the folder to save the data in ‘PPD
Folder Path’ and ‘Image Folder Path’.
 For ‘PPD folder path’, ‘C:\PPDFolder\’ is
specified as default.
2
 Create a specified folder beforehand.
1
2
Click
3
Select whether the recipe in the
existing PPD folder is moved to the
desired folder or not.
(Save) on the toolbar.
Environment030203S-01E05
 The set paths are saved.
 To select [Yes], the recipe in the existing PPD
folder moves to the desired folder, and the
data in the existing folder will be deleted.
Environment030102S-01E00
3
Page 3-24
 To select [No], only paths of the PPD folder is
changed. The recipe will not be moved.
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NPM-DGS
Programming Manual
3.2 Environment Setting Screen
 About CAD rotation
In CAD rotation, you can set the reflection point of CAD rotation for which part setting is
configured, and set the confirmation dialog box shown or hidden as a change is made in CAD
rotation.
Environment030203S-01E05
Item
‘Apply new product only
during CAD Import’
‘Apply exisitng products
also’
‘Show confirmation dialog
when CAD rotation is
changed’
Description
CAD rotation change is reflected only if PCB for which the CAD
system is set on CAD macro has been imported.
If CAD rotation is changed on the PCB editor or the parts editor, the
change is reflected in an existing PCB which uses the same part. If the
checkbox of ‘Show confirmation dialog when CAD rotation is changed’
is unmarked, the change is automatically reflected.
You can select whether to show or hide the confirmation dialog if CAD
rotation is reflected in an existing PCB.
 Designator duplicate check
In designator duplicate check, you can set whether to show or not the confirmation dialog for the
designator duplication of the placement point in the PCB editor.
Environment030203S-01E05
Item
‘Check duplicate
designators’
EJS9AE-MB-03P-15
Description
If you edit or save the designator using the PCB editor, the placement
point is checked whether there is any other placement point that has
the same designator. And if so, the warning dialog appears.
Page 3-25
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Programming Manual
3.2 Environment Setting Screen
 Security settings
In security settings, you will make security-related settings such as the one for release of DGS
lockout.
Environment030203S-01E05
Item
Description
‘Allow to close all open
This is checked off when you want DGS lockout to be released by a
editors upon release of DGS different user from the one at the time of the lockout. However, if it is
lockout by others.’
released by a different user, any open editors will be forcefully closed
upon display of a warning.
 For information of DGS lockout, see ‘8.1.5 Change User Account’.
Page 3-26
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Programming Manual
3.2 Environment Setting Screen
 About updating a supply direction while part data is imported from the CM / DT recipe
You can set whether a supply direction is automatically updated or it is individually updated for
each part basis when parts are overwritten by importing from the CM / DT recipe.
Environment030203S-01E05
Item
Description
‘Update Supply Direction for Individually select and update a supply direction of parts when the
user selected parts during package angle is changed during importing and overwriting the parts.
Part Import for each CM /
DT package angle change’
‘Update Supply Direction for Automatically update a supply direction of parts during importing and
all parts during part import overwriting the parts.
for each CM / DT package
angle change’
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3.2 Environment Setting Screen
 Recipe Settings
In Recipe Settings, ‘Split and output recipe per lot’, and ‘Max. Lot Name Length’ can be set.
Environment030203S-01E05
Item
‘No Split’
‘Split by Lot’
Description
Normal operation
When the production data is output using the data creation job editor,
the data is split and generate per lot. The split data is output under the
name of “Data creation job name_Lot name”.
‘Split by Changeover Group’ When the production data is output using the data creation job editor,
the data is split and generate per changeover group. The split data is
output under the name of “Data creation job name _Changeover
group number”.
‘Select every time’
Select the output method when the production data is output using the
data creation job editor.
‘Max. Lot Name Length’
The maximum lot name length can be set. The name length varies as
follows depending on whether the ‘Split and output recipe per lot’ is
set or not.
 With ‘Split and output recipe per lot’: 20 to 30 letters
 Without ‘Split and output recipe per lot’: 20 to 64 letters
Page 3-28
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3.2 Environment Setting Screen
3.2.4 System Settings
After you launch the General Settings, click
the [System Settings] tab to display the server
setting screen. In the system settings tab, you
can specify the DGS in line to output the data
to when you output the recipe to the actual
production area using the data job creation
editor.
 There are following restrictions when the
server is configured.
・ Use the same DGS version
・ Launch DGS from the PC of the
destination server
 The server of the installed PC is registered as
installation default (current DGS server).
If you do not output the data to another server,
you can skip the setting for adding the server.
Environment030204S-04E01
 Adding the server
1
Click [Add].
 The <Add Server for Generate Recipe>
window opens.
Environment030204S-05E01
1
2
Environment030204S-06E00
3
 In the address field, you can set the PC name
to connect to, as well as the numerical IP
address.
You cannot use the same server name and
address that have been already registered.
2
3
EJS9AE-MB-03P-15
Type 'Name' and 'Address'.
Click [OK].
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3.2 Environment Setting Screen
 The connection to the configured address is
confirmed.
 If the connection failed, the error dialog below
appears. Check the server name and address
again.
Environment030204S-07E00
Environment030204S-08E00
 If the connection succeeded, the server is
added to the list.
Environment030204S-09E01
4
Click
(Save) on the tool bar.
4
Environment030204S-10E00
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3.2 Environment Setting Screen
 Editing the server
1
Choose the desired server to edit
from the server list.
2
Click [Edit].
1
 The <Edit Server for Generate Recipe>
window opens.
Environment030204S-09E01
2
3
Type 'Name' and 'Address'.
 In the address field, you can set the PC name
to connect to, as well as the numerical IP
address.
You cannot use the same server name and
address that have been already registered.
Environment030204S-11E00
3
4
4
Click [OK].

The connection to the configured address
is confirmed.
 If the connection failed, the error dialog below
appears. Check the server name and address
again.
Environment030204S-12E00
Environment030204S-08E00
5
Click
(Save) on the tool bar.
5
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3.2 Environment Setting Screen
 Deleting the server
1
Choose the desired server to delete
from the list. (A multiple selection is
allowed)
2
Click [Delete].
3
Choose [Yes] on the deletion
confirmation dialog.
1
Environment030204S-09E01
Environment030204S-13E00
2
3
 The server(s) is deleted from the server list.
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3.2 Environment Setting Screen
 External system
In the external system, connection/disconnection to PanaCIM is configured.
Connection becomes enabled after restarting the DGS server.
Environment030204S-14E00
Item
‘Connect to PanaCIM’
EJS9AE-MB-03P-15
Description
Mark the checkbox if you want to connect to PanaCIM.
Unmark the checkbox if you do not want to connect to PanaCIM.
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3.2 Environment Setting Screen
3.2.5 Log Collection
Start up the General Settings and click the [Log
Collection] tab to display the log collection
window. In log collection, when the trouble
occurs, the log data for sending to our service
is automatically created.
Environment030203S-03J00
1
Click the text box of ‘Start Date’ and
‘End Date’, or click the drop-down list,
and set the period to collect log.
 You can also set the date from the calendar
by clicking
.
1
 The date after today is not selectable.
Environment030204S-02E01
2
Click [...] in the ‘Log Collection File
Path’.
 The <Save As> window opens.
Environment030204S-02E01
2
3
Environment030102S-04E00
Page 3-34
Choose the location to save the log
and click [Save].
3
EJS9AE-MB-03P-15
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
4
Click [Collect].
5
Click [OK].
Environment030204S-03E01
4
 The log file is saved in the specified file folder.
The log collection procedure is completed.
Write the collected log to such as a CD-ROM,
and send to our service.
Environment030102S-06E00
5
EJS9AE-MB-03P-15
Page 3-35
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
3.2.6 Operation Log
 Collecting operation log
After General Settings is started up, click the
[History Information] tab to display the settings
of operation history and collection screen. You
can check when, who and which data are
changed by confirming operation history.
Environment030206S-01E01
1
1
Set the period to collect logs by
clicking the text boxes of ‘Start Date’
and ‘End Data’ or clicking each
dropdown arrow icon.
 You can set the date from the calendar by
clicking
.
 The date after today is not selectable.
Environment030206S-02E01
2
Click [...] in the ‘Log Collection File
Path’.
 The <Save As> window opens.
2
Environment030206S-02E01
3
Choose the location to save the log
and click [Save].
Environment030206S-03E00
3
Page 3-36
EJS9AE-MB-03P-15
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
4
Click [Collect].
4
Environment030206S-04E01
 The window indicating the progress on
collecting the operation log is displayed.
Environment030206S-08E00
5
Click [OK].
 The operation log is saved in the specified
folder.
Environment030206S-05E01
EJS9AE-MB-03P-15
5
Page 3-37
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
 Display of operation log preview
When you wish to check operation logs that do
not need to be detailed, you can check
simplified logs on the DGS screen by
specifying a time in the operation log preview
window.
Environment030206S-01E01
1
Environment030206S-09E00
1
Set the period to display logs by
clicking the text boxes of ‘Start Date’
and ‘End Data’ or clicking each
dropdown arrow icon.
 You can set the date from the calendar by
clicking
.
 The date after today is not selectable.
2
Click [Display].
Environment030206S-09J00
2
 The window indicating the progress on
collecting the operation log is displayed.
Environment030206S-08E00
Page 3-38
EJS9AE-MB-03P-15
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
 Th logs during the set period of time are
collected and displayed in list form.
 ‘Detail1’ data output from operation log CSV
file is displayed as ‘Detail’. (
■
Investigating operation log in ‘3.2.6 Operation
Log’ ■ To check ‘Detail’ data in CSV file for
more detailed operation logs, output the file on
the ‘operation log output’ window.)
Environment030206S-10E00
 Settings for the size of saved logs
For operation logs to be saved in DGS, you can specify the file size and the number of days to
keep them in DGS.
1
Environment030206S-11E0
Operation
event
:
Edit data
:
1
2
2
EJS9AE-MB-03P-15
Specify the operation event and edit
data in the log size window.
Specify the number of
days before today to
determine how many
days’ worth of logs to
retain.
Specify the file size for
the operation log to be
retained.
Click [Save].
Page 3-39
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
 Investigating operation log
Right-click the operation log (zip) and select
[Extract All] to decompress the file. The CSV
file and DGSOpeLog folder are created. The
CSV file can be read by commercial
spreadsheet software, etc.
Environment030206S-06E00
Environment030206S-07E00
 Contents of CSV
The following information is output.
Item
Description
Operation Time
Time when operation is carried out. YYYY / MM / DD hh:mm:ss:ms
format.
User Name
User name logged in the DGS console. When editing on the machine
‘Machine’ is shown.
Machine Address
MAC address of the DGS client PC. When editing on the machine
‘Machine’ is shown
Category
Operation target type. For details, see the table A.
Event
Operation event. For details, see the table A.
Line Name
If operation is for actual line, an actual line name is shown. (For SP
recipe, actual line name + machine name). If operation is for master, it
will be blank.
Detail 1, Detail 2,
Supplementary information on operation. For details, see the table A.
Detail 3, Detail 4
File Location
File name (absolute path to the DGSOpeLog folder) for edit data. The
data before edit is saved. If data is not changed, it will be blank.
Page 3-40
EJS9AE-MB-03P-15
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
 Table A
The table below shows each operation and Category, Event, Detail 1, Detail 2, Detail 3 and Detail 4 to be
output.
Output information may be changed depending on software version.
Operation
Operation 1
Application
launcher
DGS console
Log in
(All)
Log out
Factory Manager
Nozzle library Edit nozzle
editor
data
Import nozzle
data
Edit nozzle
Dispensing
nozzle library data
editor
Import nozzle
data
General Settings
Operation 2
Event
Detail 1
－
Console
Login
－
Console
Logout
MAC address Computer
of DGS client name of DGS
client
MAC address Computer
of DGS client name of DGS
client
－
－
Nozzle Library Edit
Editor
Nozzle Library Import
Editor
Edit
Dispense
Nozzle Library
Editor
Dispense
Import
Nozzle Library
Editor
Glue library
Edit glue data Glue Library Edit
editor
Editor
Import glue
Glue Library Import
data
Editor r
Trial Dispense Edit
Edit trial
Trial
Recognition
dispensing
dispensing
Library Editor
recognition
recognition
data
library editor
Trial Dispense Import
Import trial
Recognition
dispensing
Library Editor
recognition
data
Restore
Restore
－
－
Edit
DGS setting
Change PPD Folder Path
folder path and
image folder
path
Change CAD CAD Rotation Edit
angle
Data
Recreate
Data Collection Edit
restoration tool database index Tool
Update line
Data Collection Edit
database
Tool
Recreate PCB Data Collection Edit
– part linking Tool
data
Recreate PPD Data Collection Edit
– part linking Tool
EJS9AE-MB-03P-15
Output
Detail 2
Category
Detail 3
Detail 4
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
Image folder
path after
change
－
－
－
－
－
－
－
－
Database
Re-Indexing
Line DB
Upgrade
Re-generate
PCB - Part
linking Data
Re-generate
PPD - Part
linking
－
－
－
－
－
－
－
－
－
－
－
－
－
PPD folder
path after
change
Page 3-41
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
Application
launcher
Product Manager
(PCB)
Operation
Operation 1
Product Manager
(mark)
Part Manager
Page 3-42
Output
Detail 2
Category
Event
Detail 1
PCB name
PCB name
PCB name
after paste
PCB name
after rename
PCB name
PCB name
PCB revision
PCB revision
PCB revision
after paste
PCB revision
after change
PCB revision
PCB revision
PCB name
PCB revision
PCB name
PCB revision
－
－
Component
name
PCB name
Library name
－
－
PCB revision
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
New
Delete
Paste
－
－
－
Product
Product
Product
Edit
Delete
Paste
Rename
－
Product
Rename
Edit
CAD / BOM
Product
Product
Production
data
PCB
Product
PCB editor
Import
Product Manager
(CAD macro)
Operation 2
－
CAD
Edit
Import from
CAD
Import from
Recipe
Import from
Product
Import from
PCB
Delete Solder
Data
Edit
Delete
－
CAD
Delete
Edit
－
CAD
Edit
Paste
－
CAD
Paste
CAD macro
import
New
Delete
Edit
Rename
－
CAD
Import
－
－
－
－
Mark
Mark
Mark
Mark
Edit
Delete
Edit
Rename
Paste
－
Mark
Paste
New
－
Part
Edit
Delete
－
Part
Delete
New by
Camera Image
New by Scan
Image
Create New
Part Library
Delete Part
Library
Rename Part
Library
Paste New
－
Part
Edit
－
Part
Edit
－
Part Library
Edit
CAD macro
－
name
CAD macro
－
name
CAD macro
－
name
CAD macro
CAD macro
name of paste
name after
source
paste
CAD macro file
－
name
Mark name
－
Mark name
－
Mark name
－
Mark name
Mark name
after change before change
Mark name
Mark name of
after paste
paste source
Component
Library name
name
Component
Library name
name
Component
Library name
name
Component
Library name
name
Library name
－
－
Part Library
Delete
Library name
－
Part Library
Rename
－
Part
Paste New
Paste Data
－
Part
Paste Data
Edit
－
Part
Edit
Rename
－
Part
Rename
Library name
after change
Component
name after
paste
Component
name after
paste
Component
name
Component
name after
change
Delete solder
data
New
Import part
data
－
Product
Part
Product
－
Detail 3
Detail 4
－
－
－
－
－
－
PCB name
－
before change
－
－
CAD file name CAD macro
name
－
－
Library name
－
before change
Library name Component
after paste
name before
paste
Library name Component
after paste
name before
paste
Library name
－
Library name
Component
name before
change
－
Library name
before paste
Library name
before paste
－
－
EJS9AE-MB-03P-15
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
Application
launcher
Operation
Operation 1
Teach
Complete
Edit All
Operation 2
Category
Event
Change to
necessary
Change to
unnecessary
Basic
Part
Part
Tolerance
Part
Teach
Component
Necessary
name
Teach Not
Component
Necessary
name
Batch Edit
Component
Basic
name
Batch Edit
Component
Tolerance
name
Component
Batch Edit
name
Brightness
Check for
flip-flop
Component
Batch Edit
name
Center
Position Check
Batch Edit
Component
Rotation
name
Check
Batch Edit
Component
Surrounding name
Check
Batch Default Component
name
Part
Part
Illuminance
check for part
front / rear
judgment
Check center Part
value
Project Manager
Check tilt
Part
Check Part
peripheral
adhesion
－
Part
Part
Set All
Recommended
Value
Part
Paste
－
Inspection
Data
Part
Add Substitute
－
Part
Part
Delete
－
Substitute Part
Import Part
Import from
Part
NPM recipe
Import from
Part
CM/DT recipe
Import from
Part
part export file
Project
New
－
Delete
－
Project
Copy
－
Project
Rename
－
Project
Edit
－
Project
Output to
Actual
Production
Area
－
Project
EJS9AE-MB-03P-15
Detail 1
Output
Detail 2
Detail 3
Detail 4
Library name
－
－
Library name
－
－
Library name
－
－
Library name
－
－
Library name
－
－
Library name
－
－
Library name
－
－
Library name
－
－
Library name
－
－
Component
Library name
Paste
－
name
Inspection
Data
Add Substitute Component
Library name Substitute part
Part
name
group
Remove
Component
Library name Substitute part
Substitute Part name
group
Import from
Component
Library name
－
CRB
name
Import from
Component
Library name
－
MAI
name
Import from
Component
Library name
－
BAK
name
Edit
Data creation
－
－
job name
Delete
Data creation
－
－
job name
Copy
Data creation Virtual line
Data creation
job name after name after
job name
copy
copy
before copy
Rename
Data creation Data creation
－
job name after job name
change
before change
Edit
Data creation
－
－
job name
Generate
Data creation Actual line
Actual line
job name
name (NPM) name (CM)
－
－
－
－
－
－
－
－
－
－
－
－
Page 3-43
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
Application
launcher
PPD Manager
(NPM recipe)
Operation
Operation 1
Operation 2
PPD
Copy
－
Production
Data to Same
Line
Update line
PPD
Copy
part library
Production
Data to Other Do not update PPD
Line
line part library
PPD
Delete
－
PPD
Drag and Drop Update line
part library
Production
Data to Other Do not update PPD
Line
line part library
PPD
Rename (Up to
－
2-digit will be
output)
PPD
－
Edit
－
Import
PPD
Update line
PPD
part library
Do not update PPD
line part library
PCB
PPD
Feedback to
Master Data
Part
PPD
Nozzle Data
PPD
Event
Detail 1
Copy
Production
data name
Output
Detail 2
Detail 3
Detail 4
－
－
－
Copy
Production
TRUE
－
－
data name
Copy
Production
FALSE
－
－
data name
Delete
－
－
－
－
Copy
Production
TRUE
－
－
data name
Copy
Production
FALSE
－
－
data name
Rename
Production
Production
－
－
data name
data name
after change before change
Delete
Production
－
－
－
data name
before change
Edit
Production
－
－
－
data name
Import
Production
TRUE
－
－
data name
Import
Production
FALSE
－
－
data name
Feedback
Production
－
－
－
Parts to Master data name
Feedback
Production
－
－
－
PCBs to
data name
Master
Production
Feedback
－
－
－
data name
Nozzle to
Master
Reset
Production
－
－
－
Download Flag data name
Rename Lot Production
－
－
－
data name
PCB name of Production
PCB name of
Merge PCB
Production
data name of marge source
data name of marge
destination
marge source
marge
destination
Edit Inspection Production
－
－
－
Data
data name
Reset
Download Flag
Rename Lot
－
PPD
－
PPD
PCB Marge
－
PPD
Edit by
Inspection
Editor
Download
Production
Data
Automatic
Changeover
Barcode
－
PPD
－
PPD
Download
Production
data name
－
－
－
Barcode
Barcode
Barcode
Barcode
Identification
Mark
Identification
Mark
Identification
Mark
Edit
Edit
Delete
Paste
Edit
Lot name
Lot name
Lot name
Lot name
Lot name
－
－
－
－
Lot name
－
－
－
－
－
－
－
－
－
－
Edit
Lot name
Lot name
－
－
Delete
Lot name
Lot name
－
－
New
- Edit
Delete
Paste
Set pair
Automatic
Changeover Identification Edit pair
Mark
Clear pair
Page 3-44
Category
EJS9AE-MB-03P-15
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
Application
launcher
PPD Manager
(SP recipe)
Security Manager
Operation
Operation 1
Operation 2
Category
Event
Edit
Edit Part Data
In Machine
(Output as
two-digit)
Edit Foreign
Matter
Inspection
Data
(Output as
three-digit)
Delete
Production
Data from
PT200
New
－
Part
－
PPD
－
PPD
－
Part
－
PPD
－
PPD
－
SP
Edit
Delete
－
SP
Delete
Rename
－
SP
Rename
Edit
－
SP
Edit
Import
－
SP
Import
Create
Shortcut
－
SP
Create Short
Cut
Delete Shortcut
－
SP
Edit Foreign
－
Matter
Inspection
Data
(Output as
three-digit)
Automatic
New
Changeover – Edit
Barcode
Delete
Paste
User
New
Edit
Delete
Role
New
Edit
Delete
SP
Delete Short
Cut
Download
Barcode
Barcode
Barcode
Barcode
User
User
User
Role
Role
Role
Edit
Edit
Delete
Paste
Add
Edit
Delete
Add
Edit
Delete
EJS9AE-MB-03P-15
Detail 1
Output
Detail 2
Component
name
Edit
Production
data name
Edit Inspection Production
Data (dst)
data name
Edit
Component
name
Edit
Production
data name
Delete
Production
data name
Production
data name
Production
data name
Production
data name
after change
Production
data name
Production
data name
Production
data name of
shortcut
Production
data name
Production
data name
Lot name
Lot name
Lot name
Lot name
User name
User name
User name
Role name
Role name
Role name
Detail 3
Detail 4
Library name
－
－
－
－
－
－
－
－
Library name
－
－
－
－
－
－
－
－
－
－
－
－
－
－
Production
data name
before change
－
－
－
－
－
－
－
－
Original recipe
name
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
－
Page 3-45
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
3.2.7 Data Correction Tool
 Data correction tool
The data correction tool is the tool for recovering inconsistency of the data.
Environment030106S-00E03
 Setting item
Item
‘Database Re-Indexing’
‘LineDB Update’
‘Correct Support Pin Data for all
PCBs’
‘Re-generate PCB-part linking
Data’
‘Re-generate PPD-part Linkage’
Explanation
Re-creates the index in the database.
Updates the line database.
Resets information on the presence or absence of any support
pin for each PCB.
Edits the part link data imported from the PCB list, and updates
the data.
Edits part link data in a selected actual line, and updates the
data.
 Button
Item
[OK]
[Cancel]
Page 3-46
Explanation
Executes the selected item.
Closes the <Data correction tool> window.
EJS9AE-MB-03P-15
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
 Performing the data collection tool
1
Choose [Utilities]  [Data Correction
Tool] from the menu bar.
 The <Data Correction Tool> window opens.
1
Environment030106S-01E00
2
Mark the option checkbox to correct.
3
Click [OK].
2
Environment030106S-00E03
3
 The progress window of correction appears.
Environment030106S-02E00
4
The dialog box of completion
appears. Click [OK].
 Inconsistence of the database is corrected.
Environment030106S-03E02
4
EJS9AE-MB-03P-15
Page 3-47
NPM-DGS
Programming Manual
3.2 Environment Setting Screen
3.2.8 Grouping Condition
When optimization is carried out, PCBs are grouped to decrease the changeover times.
After launching General Settings, click the
[Grouping Condition] tab to open the grouping
codnition setting window.
Normally, when changeover optimization is
carried out, PCBs are grouped to decrease the
changeover times. Up to 10 codnitions can be
set for grouping.
A license does not required for setting the
grouping condition name, but for changeover
optimization, the license of the optimization
function is required.
‘3.2.1 Licenses Settings’)
(
Environment030208S-01E00
1
Enter a desired condition name to
Condition Name.
 There is no restriction for entering a condition
name, but you cannot set the same condition
name as other conditions and also you cannot
leave it empty.
2
1
Environment030208S-02E00
Environment030208S-04E00
2
Click
3
Mark/unmark the checkbox of ‘Delete
the value of above condition in
existing products’ to select whether or
not you want to delete the conditions
already set to the PCBs.
(Save) on the tool bar.
 About the changeover condition setting of the
PCB editor, refer to the changeover
optimization function manual.
3
Environment030208S-03E00
4
Page 3-48
4
Click [Yes].
EJS9AE-MB-03P-15
NPM-DGS
Programming Manual
4. LINE AND MACHINE
CONFIGURATION
Factory Manager sets the factory line, module, and machine configurations.
EJS9AE-MB-04P-30
Page 4-1
NPM-DGS
Programming Manual
4.1 Overview
4.1 Overview
Factory Manager is used for setup the line and the machine configuration in the factory. Using
the factory manager, you can freely configure the line and machines in the factory. In addition, it
can easily recreate the actual machine configuration in the factory.
 Features of Factory Manager
It can define the line and machine easily.
It is an easy-to-use interface, no matter how experienced or inexperienced you are.
 Actual lines and virtual lines
The actual line is the factory line configuration actually obtained from LNB. You cannot modify
the actual line configuration nor machine settings. The virtual line is the line configuration that
users can configure freely, allowing the users to set various line configurations by copying a line
configuration from the actual lines or by creating their own.
4.1.1 Launching Factory Manager
To start Factory Manager, click [Factory Manager] at the lower left of the window.
Factory040101S-01E01
Page 4-2
EJS9AE-MB-04P-30
NPM-DGS
Programming Manual
4.1 Overview
4.1.2 Factory Manager Screen Configuration
Factory Manager consists of two windows.
1
2
2
2
Factory040102S-01E03
No.
Name
 Tree view
 Factory content area
EJS9AE-MB-04P-30
Description
The preset line configuration is displayed in a tree-structure
chart.
The details of the selected items are displayed. Various setting
can be done in this portion.
Page 4-3
NPM-DGS
Programming Manual
4.1 Overview
 Menu
Right-click menu
Menu bar
Toolbar
On virtual
lines
On actual
lines
On
machines
Explanation
[File]
[Logout]
Logs out of the console window.
[Edit]
[ Copy
Machine]
Delete
Machine]
[Paste
Machine ]
[Copy from
Virtual Line]
[Copy from
Physical
Line]
[Paste
Machine ]
[Copy from
Virtual Line]
[Copy from
Physical
Line]
Copies the selected machine.
Pastes the copied machine.
Copies the selected line in the virtual line to
another one.
Copies the line in the actual line to the
selected virtual line.
[Library Edit]
[Nozzle]
Displays the nozzle library editor screen.
[Dispensing
nozzle]
Displays the dispensing nozzle library editor
screen.
[Adhesive]
Displays the adhesive library editor screen.
[Trial
dispensing
recognition]
Displays the trial dispensing recognition
library editor screen.
[Body chuck]
Displays the body chuck library editor
screen.
[Lead chuck]
Displays the lead chuck library editor
screen.
[Swing
nozzle]
Displays the swing nozzle library editor
screen.
[Actions]
[New Line at
end of
Factory]
[New Line at
end of
Factory]
Adds a new line at the end of the virtual line.
[Add
Machine at
end of Line]
[Add
Machine at
top of
Line]
[Add
Machine at
end of Line]
[Rename ]
[Rename ]
[Rename ]
Renames the selected line or the machine.
[Delete]
[Delete Line]
[Delete
Machine]
Deletes the selected line or the machine.
[Add
Machine at
top of Line]
Adds a machine at the top of the line
Add a machine at the end of the line.
[Import]
[Import Line ]
Page 4-4
Displays the window to select a file to
import.
EJS9AE-MB-04P-30
NPM-DGS
Programming Manual
4.1 Overview
 Other menu
Right-click menu
Menu bar
Toolbar
On virtual
lines
On actual
lines
On
machines
Explanation
Searches a line or machine.
Updates the screen.
[New Line at
Beginning of
Factory]
EJS9AE-MB-04P-30
Adds a new line at the beginning of the
virtual line.
[New Line in
Front]
Adds a new line in front of the current line.
[New Line at
Back]
Adds a new line at the back of the current
line.
[New
Machine in
Front]
Adds a new machine in front of the current
machine.
[New
Machine at
Back]
Adds a new machine at the back of the
current machine.
Page 4-5
NPM-DGS
Programming Manual
4.2 Configuring Actual Lines
4.2 Configuring Actual Lines
4.2.1 Acquiring Actual Lines
The actual line configuration can automatically be acquired from LNB by plug-and-play.
To do so, the network connection is needed between lines and LNB. Lines that are to be
acquired are set on LNB.
‘2.1.12 Connection with LNB’)
(
 To distinguish the line, assign another line name in the LNB.
(As for CM mixed line, assign another line name in the PT as well)
See the LNB operating manual for setup.
Line configuration (PnP)
DGS
LNB
Reference
DGS setup
Page 4-6
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NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
4.3 Configuring Virtual Lines
4.3.1 Setting Up Virtual Lines
 Adding lines
1
Right-click ‘Virtual Lines’ and then
choose [New Line at end of Factory],
or choose ‘Virtual Lines’ and then
click
(Add line) on the toolbar.
1
 The <Enter Line Details> window opens.
1
Factory040301S-01E02
2
2
Type a line name.
 Up to 20 characters
(The following special characters are
excluded.)
% , ” space \ : ; / . < >
| double-byte character
3
Factory040301S-03E01
?
*
 Complied with the PT200 rule.
3
Click [OK].
 The new line is displayed in the tree view, and
the line property field is displayed in the
factory content area.
Factory040301S-04E06
EJS9AE-MB-04P-30
Page 4-7
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
 Copying the physical line
1
1
Right-click ‘Copy from Physical Line’
after selecting the virtual line to copy
to on the tree view, or choose the line
to copy to and choose the [Edit] 
[Copy from Physical Line] on the
menu bar.
 The <Copy from Physical Line> window
opens.
Factory040301S-14E00
2
Choose the line name from the list in
Source.
 The line including NPM only is created:
Choose ‘LNB’ only.
 The line including CM/DT only is created:
Choose ‘PT200’ only.
 If the mixed line of NPM and CM/DT is
created:
Choose both ‘LNB’ and ‘PT200’.
NPM and CM/DT are lined up in the order
set by ‘LNB’ and ‘PT200’.
For details, see the operating manuals for
LNB and PT200.
2
Factory040301S-15E00
3
3
Click [OK].
4
Click [Yes].
 The line of import source is duplicated.
Factory040301S-16E00
4
Factory040301S-17E00
Page 4-8
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Programming Manual
4.3 Configuring Virtual Lines
 Copying the virtual line
1
1
Right-click ‘Copy from Virtual Line’
after selecting the virtual line to copy
to on the tree view, or choose the line
to copy to and choose the [Edit] 
[Copy from Virtual Line] on the menu
bar.
 The <Copy from Virtual Line> window opens.
Factory040301S-18E00
2
 The virtual line already created is displayed in
the list.
2
Factory040301S-19E00
Choose the line name from the list in
the Source.
3
Click [OK].
4
Click [Yes].
3
 The line of import source is duplicated.
Factory040301S-20E00
4
Factory040301S-21E00
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Page 4-9
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
 Deleting a line
1
Choose the desired line and then click
(Delete) on the toolbar, or
right-click the line and then choose
[Delete Line]. Or, choose [Actions] 
[Delete] on the menu bar.
1
1
Factory040301S-10E01
2
Click [Yes].
 The selected line is deleted from the tree view
and factory content area.
Factory040301S-12E00
2
 The line cannot be deleted if it is used by the
data creation job.
Factory040301S-13E01
Page 4-10
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NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
4.3.2 Setting Up Machines
 Adding machines
1
Right-click the line to add the machine
and choose [Add Machine at top of
Line/Add Machine at end of Line], or
(Add
choose the line and click
Machine at end of Line) on the tool
bar.
1
 The <Machine Properties> window opens.
2
1
Factory040303S-01E02
Applicable machine name:
NPM series
NPM-DX
NPM-WX
NPM-D
NPM-D2
NPM-W
NPM-W2
NPM-TT
NPM-TT2
AM100
VM101
NPM-VF
CM / DT series
CM602-L
CM232-M
CM212-M
CM402-M
CM401-L
DT401-F
DT401-M
CM400-M
NPM-DX
CM602-L
2
3
Factory040303S-02E02
Choose the model name and model
code.
NPM-WXS
NPM-D3
NPM-W2S
NPM
VM102
CM402-L
CM101-D
CM401-M
DT400-M
CM232-M
4
3
Type a machine name.
 Up to 20 characters
(The following special characters are
excluded.)
” double-byte character
 Complied with the PT200 rule.
4
Click [OK].
 The new machine is displayed in the tree
view, and the machine option field is
displayed in the factory content area.
Factory040303S-03E04
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Page 4-11
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Programming Manual
4.3 Configuring Virtual Lines
 Deleting a machine
1
Choose the desired machine and
then click
(Delete) on the
toolbar, or right-click the machine and
then choose [Delete Machine]. Or,
choose [Actions]  [Delete] on the
menu bar.
1
 The confirmation dialog opens.
Factory040303S-04E02
1
2
Click [Yes].
 The selected machine is deleted from the tree
view and factory content area.
Factory040303S-06E01
2
Factory040303S-07E03
Page 4-12
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NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
4.3.3 Option Configuration
Options and parameters used by lines and machines and the default setting of the data creation
job can be defined on the option configuration window.
 Checking and editing the line parameter setting
Set a parameter related to a line.
1
Choose the desired line from the tree
in the upper left of the window.
 Each setting item is displayed in the factory
content area.
1
Factory040302S-08E06
2
4
3
2
Choose the tab to be set.
3
Edit the items.
4
Click
(Save) on the toolbar.
 The new setting is saved.
Factory040302S-02E06
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Page 4-13
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
 Line property setup tab
The line setting can be modified on the [Line Properties] tab. The setting items are as follows.
Item
Explanation
Identifier
‘Name’
‘Line ID’
Line name.
It is a line identifier. The same as [Line ID] in [LNB configuration
information].
Hardware configuration
‘Board Flow Direction’
Sets the PCB flow direction. The display on the line option tab
screen varies depending on the setting of the PCB flow direction.
(See below)
By default, 'Left' to 'Right' flow is set.
‘Moveable Conveyor Rail’ Sets the fixed lane as a reference.
By default, ‘Rear’ is set.
‘Reverse Loading Mode’ Sets whether to carry out the PCB reverse flow.
By default, ‘Disabled’ is set.
‘Power Requirements’
Sets the frequency of the machine power supply.
By default, ‘50’ is set.
Software configuration
‘APC function using other Sets whether to perform ACF function using the inspector
vendor’s SPI/AOI’
manufactured by another vender’s or not.
If ‘Yes’ is selected, default of ACP function can be automatically
generated without using the gerber converter.
(If the PCB flow direction is from left to right)
Factory040303S-08E00
Flow direction
(If the PCB flow direction is from right to left)
Factory040303S-09E00
Page 4-14
Flow direction
EJS9AE-MB-04P-30
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
 Optimization option setup tab
Optional functions for optimization can be set up by the [Optimization option] tab. The setting
items are as follows.
Item
Explanation
Optimization options
‘Optimization mode’
Optimization mode includes the following two types.
• [Standard mode]
• [Deliberate mode]
Deliberate mode takes longer time than Standard mode to
optimize the data. Doing so may increase productivity.The
processing time may be increased about 2 to 5 times than
Standard mode.
 Depending on a PCB, the result may be the same as
Standard mode.
• [Exhaustive mode]
If you choose Exhaustive mode, optimization will continue until
you end production on purpose*. Using Exhaustive mode of
optimization may improve productivity.
* The current tact time, predicted tact time, elapsed time, last
updated date and time of the optimization result are displayed.
End optimization based on such information.
Example of use
Choose [Standard mode] for the following cases.
• Immediately to check how much productivity will it be.
• Immediately to check the optimization result because the tact
time is adjusted manually.
Choose [Deliberate mode] for the following cases.
• To improve productivity, even if it takes longer time.
• To improve productivity a little bit more even if the tact time is
adjusted manually.
‘Optimize By:’
EJS9AE-MB-04P-30
Choose [Exhaustive mode] by the following cases..
• If you want to achieve best productivity no matter how long it
takes.
• If you do not want to adjust the tact time manually.
Sets the split method of parts to machines in the production
line. Optimization method includes the following seven types.
• [Free]
Arranges parts to each machine for optimization productivity.
Choose [Free] unless otherwise specified.
• [Height order up to 0603], [Height order up to 1005], [Height
order up to 1608], [Height order up to 2125]
Arranges parts of which outline size is less than specified size
(0603, 1005, 1608 or 2125) from the first machine in the line
in the order of part thickness. Parts larger than the specified
sizes will be arranged freely.
• [Height order for all parts]
Arranges all parts from the first machine in the line to each
machine in the order of part thickness.
Page 4-15
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
‘Automatic Required Reels
Update’
Explanation
• [Nozzle size order]
Arranges parts based on the nozzles registered on parts.
Arranges parts in the ascending order of the nozzle tip outline
size from the first machine in the line.
 The height order and nozzle size order indicated here are the
order between machines, and when parts are arranged to each
machine, they are arranged based on this order. The machine
decides optimization as the placement order on each machine
is not related to this setting.
Example of use
• To arrange parts in the ascending order of part size from the
first machine in the line as much as possible while current
productivity is being kept.
(Generally, the nozzle tip size is proportional to the part
outline size. If you simply arrange the parts in the order of
part size, several nozzles are mixed in one machine, resulting
low productivity.)
When ' Automatic Required Reels Update' is used, the
minimum number of part splits required for creating the
production data for optimization is automatically set. This is
mainly used with independent placement.
Example of use
When independent placement is performed, the same part on
the front table must be arranged to the rear table. In such a
case, at least two part splits are required. To use this function,
the machine automatically sets two or more part splits on front
and rear tables for optimization. Regarding a part which is not
required split, the number of part splits stays as it is. Also, if part
splits have been set to two or more, the number also stays as it
is.
• Alternative placement:
PCBs on the front and rear lanes are placed by both front and
rear heads.
Placement is possible if either one of front or rear table has
parts.
• Individual placement:
The front head places PCBs on the front and the rear head
places the ones on the rear lane.
If the same parts are used for producing on the front and rear
lanes, the same parts are required for both front and rear
tables.
Alternative
Independent
Same parts
are necessary
on both front
and rear tables
Page 4-16
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NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
‘Maximum Tape Width for HS
Heads’
Explanation
Sets the maximum tape width that parts are enabled to
distribute to the high-speed head
Tape width setting includes the following five types.
• [Unspecified]
Arranges parts to each machine as it is optimum productivity.
Set [Unspecified] unless otherwise specified.
• [8 mm], [12 mm], [16 mm], [24 mm]
Only parts which use a feeder smaller than the selected width
are arranged to the high-speed head.
 The high-speed heads indicate 16-, 12- and 8-nozzle heads.
Example of use
Because the feeder width is basically proportional to the part
size, this function is used when you do not want to place a
larger size part with the high-speed head.
When [8mm] is selected, only parts which use the 8mm or
smaller feeder is arranged to the high-speed head, and other
parts are arranged to the general-purpose heads (4-, 3-,
2-nozzle heads). When [8mm] is selected, because large size
parts at a certain level are all arranged to the general-purpose
heads, the tact time between machines may be unbalanced. In
such a case, select [12 mm], [16 mm] or [24 mm] based on PCB
and machine configuration.
‘Allow different parts on same
stick feeder’
When the checkbox of ‘Allow different parts on same stick
feeder’ is marked, different types of parts can be arranged to
the three-slot stick feeder. With the checkbox unmarked, only
one type of a part will be arranged to the three-slot stick feeder.
Mark the checkbox of ‘Allow different parts on same stick
feeder’ unless otherwise specified.
Example of use
Mark the checkbox of ‘Allow different parts on same stick
feeder’ for the following cases.
• Because there are several parts that require using the stick
feeder on the PCB, several parts are arranged to a three-slot
stick feeder. To do so, you can reduce the number of stick
feeders.
Unmark the checkbox of ‘Allow different parts on same stick
feeder’ for the following cases.
• To supply only one part to a stick feeder so that parts are
correctly supplied to the stick feeder.
EJS9AE-MB-04P-30
Page 4-17
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
Explanation
‘Update Maximum Part Height When the checkbox of ‘Update Maximum Part Height Before
1
Before Machine’
Machine’ is marked, the machine sets the placed part height
based on the part size to be placed on each machine for
optimization. With the checkbox unmarked, the placed part
2
height is set based on the set part height.
Mark the checkbox of ‘Update Maximum Part Height Before
Machine’ unless otherwise specified.
1 : The placed part height means the height of a part which
has been already placed before placing on the machine. It
affects a machine placement action.
2 : If you want to set the placed part height of the machine,
set the value to 'Pre-process Max Part Height' on
‘Mechanical parameter’.
The machine basically follows the placed part height set
by you, however, if an actual part height is higher than the
one you set, the machine automatically updates the height
for optimization. This is because the machine prevents the
setting error.
Regardless of this function, the placed part height set to
the first machine is always adopted. This is because the
machine cannot judge the part height placed by the
previous target production line.
‘Remove Unused Parts’
Page 4-18
Example of use
Unmark the checkbox of ‘Update Maximum Part Height Before
Machine’ for the following cases.
• If another placement process exists in the production line and
you want to adopt the placed part height in the process to the
post process.
Sets whether to remove an unused part from the slot even if the
part is fixed on the slot.
EJS9AE-MB-04P-30
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
‘Divide Placements Equally’
Explanation
Sets the distribution method of placement points to each part
when several same parts are arranged on the supply unit. The
distribution method of placement points includes the following
three types.
• [OFF]
Distributes placement points to each part for optimization
productivity. Choose [OFF] unless otherwise specified.
• [Within Table]
If several same parts are arranged on the same table,
distribute placement points evenly to the part. If the same
parts are arranged on the different tables, the machine
decides distribution of placement points for optimization.
• [Within Dedications]
If several same parts are fixed on the supply unit, distribute
placement points evenly to the fixed parts. Regardless of the
same tables or different tables, if the same parts are fixed,
placement points are distributed evenly. The machine
decides distribution of placement points of unfixed parts for
optimization.
Example of use
Choose ‘Within Table’ for the following cases.
• To reduce man-hour by arranging placement points on the
same table evenly, parts supply of the same parts and
splicing timing become constant.
• Regarding placement points of parts on the different table,
you want the machine to decide optimization for line balance.
Choose ‘Within Dedications’ for the following cases.
• To reduce man-hour by becoming constant of part supply of
all same parts arranged on the line and splicing timing.
(Because placement points of each part are distributed
evenly without considering line balance, line may be
unbalanced.)
EJS9AE-MB-04P-30
Page 4-19
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
‘Use same pickups for all
patterns’
Explanation
When the checkbox of ‘Use same pickups for all patterns’ is
marked, parts are supplied to same placement points on
several patterns from the same feeder.
If it is unmarked, the machine arranges parts to placement
points free for optimization.
Unmark the checkbox of ‘Use same pickups for all patterns’
unless otherwise specified. Parts are arranged to placement
points for optimization productivity.
Example of use
Mark the checkbox of ‘Use same pickups for all patterns’ for the
following cases.
• To place the same placement point on each pattern as you
want to evaluate immediately which feeder has trouble on
which machine in case any trouble occurs on the specific
placement point on the pattern.
Place the same
placement point by
a feeder
‘Allow Part Fragmentation in
Same Stage’
Page 4-20
When the checkbox of ‘Allow Part Fragmentation in Same
Stage’ is marked, several same parts can be arranged on the
same stage.
If it is unmarked, only one part can be arranged on the same
stage.
Mark the checkbox of ‘Allow Part Fragmentation in Same Stage'
unless otherwise specified.
The machine arranges parts for optimization productivity.
 Even though only one part is arranged on the same stage,
the same part may be arranged to the different stages.

Example of use
Unmark the checkbox of ‘Allow Part Fragmentation in Same
Stage’ for the following cases.
• Because you do not want to increase the number of part
splits, splits in the same machine is not allowed.
• To arrange only one part to one machine as you want to
evaluate which part has trouble right away in case any trouble
of a part occurs on the specific machine
EJS9AE-MB-04P-30
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
‘Optimize per Pattern’
Explanation
Sets whether to optimize by pattern.
The setup information includes the following five
• [OFF]:
Optimization by pattern is not carried out.
• [Assign Pattern by Placement Points]:
Optimization is done in such a way that a pattern is placed by
one machine.
Select only if same machine exists in line.
This assigns the excess pattern’s placement points evenly to
the machines when the number of patterns is more than that
of machines.
The cycle time will be equivalent among machines.
• [Assign Pattern by Pattern]:
Optimization is done in such a way that a pattern is placed by
one machine.
Select only if same machine exists in line.
This assigns the excess patterns to be placed on a pattern
basis by one of the machines when the number of patterns is
more than that of machines.
The cycle time will vary according to the machines; however,
this should be used for accurate tracing since every pattern is
placed by one machine only.
• [(Different head in common arrangement) Excess patterns
are assigned by the mount point]:
Optimization is done in such a way that a pattern is placed by
one machine.
Select only if different machine exists in line.
This assigns the excess pattern’s placement points evenly to
the machines when the number of patterns is more than that
of machines.
The cycle time will be equivalent among machines.
• [(Different head in common arrangement) Excess patterns
are assigned by the pattern]:
Optimization is done in such a way that a pattern is placed by
one machine.
Select only if different machine exists in line.
This assigns the excess patterns to be placed on a pattern
basis by one of the machines when the number of patterns is
more than that of machines.
The cycle time will vary according to the machines; however,
this should be used for accurate tracing since every pattern is
placed by one machine only.
Example:
When a PCB with three patterns is placed by two NPM
machines
Pattern 1
Pattern 2
Pattern 3
PCB with three patterns
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Page 4-21
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
Explanation
• [Assign Pattern by Placement Points]
• [(Different head in common arrangement) Excess patterns
are assigned by the mount point] is selected
Placed by the
first machine
Placed by the
second machine
Placed by the
first machine
Placed by the
second machine
• [Assign Pattern by Pattern]
• [(Different head in common arrangement) Excess patterns
are assigned by the pattern] is selected
Placed by the
first machine
Placed by the
first machine
Placed by the
second machine
Page 4-22
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NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
Explanation
‘One Mount Area Optimization’ Sets whether to use slideless optimization or not.
In normal production, if the PCB length exceeds a certain length
(For NPM-D, it is 350mm or larger), split placement, as shown
in the figure above, must be performed. By using this placement
method, a larger PCB can be placed, but productivity decreases
to the extent that the PCB is slid.
If slideless optimization is used, as shown in the figure below,
components placed by each machine are restricted by the
areas (first placement area and second placement area) so that
a sliding action of PCB is not necessary, resulting in
improvement of productivity.
• Normal production
Because components in both the first placement and the
second placement areas are placed by each machine, sliding
must be performed to change the placement points.
M/C A
M/C B
First placement area
First placement area
Slide
Second placement area
Slide
Second placement area
• Slideless optimization
The machine prevents decrease in productivity by controlling
mounting coordinates and thus eliminating the need for a
sliding action.
M/C A
M/C B
First placement area
Second placement area
Unload after placement at
the first placement area
Unload after placement at
the first placement area
 Split placement is a placement method in which components
are placed on one half of a PCB (first placement area) first
and then on other half of the PCB (second placement area).
Constraint
If all of the following conditions are met, you can use slidless
optimization;
• When more than three machines are on the line.
• When more than two machines which have the same head
configuration
• When components can be divided into more than two.
Example of use
Slideless optimization delivers good performance in the
following condition;
• There is enough space in the supply unit. (Enough space is
required in the supply unit for component splitting.)
EJS9AE-MB-04P-30
Page 4-23
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Programming Manual
4.3 Configuring Virtual Lines
Item
‘PCB / Pattern Mark Recog
Order’
Explanation
Sets the recognition order among PCB mark, pattern mark and
pattern group mark. The recognition order includes the following
two types.
• [Auto]
The recognition order is decided as the travel distance during
recognition will be the shortest for optimization.
Choose [Auto] unless otherwise specified.
• [PCB registration order]
For PCB marks, the marks are recognized in the order of
PCB to be registered (Point A  Point B  Point C).
For pattern marks, the marks are recognized in the order of
the followings and pattern to be registered.
Pattern number 1(Point A  Point B  Point C)  Pattern
number 2(Point A  Point B  Point C)  ･･･
For pattern group marks, the marks are recognized in the
order of the followings and pattern group to be registered.
Pattern group number 1(Point A  Point B  Point C) 
Pattern group number 2(Point A  Point B  Point C)  ･･･
Example of use
Choose [[PCB registration order] for the following cases.
• To specify the mark recognition order because if there is
similar shape to a PCB mark near the PCB mark, and the
mark will mistakenly recognized if the recognition order is
specific.
Page 4-24
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Programming Manual
4.3 Configuring Virtual Lines
Item
‘Use Double Feeder as Single
Feeder’
Explanation
Sets the arrangement method of parts that the double feeder is
used. The arrangement method includes the following four
types.
• [OFF]
Arranges parts on both L and R sides of the double feeder.
Choose [OFF] unless otherwise specified.
• [ON]
Arranges parts only on L side of the double feeder.
• [4mm Only]
For parts that the 4mm double feeder is used, they are
arranged only on the L side of the double feeder. If the 8mm
double feeder is used, they are arranged on both L and R
sides as usual.
• [8mm Only]
For parts that the 8mm double feeder is used, they are
arranged only on the L side of the double feeder. If the 4mm
double feeder is used, they are arranged on both L and R
sides as usual.
Example of use
Choose [ON] for the following cases.
• To arrange one part to one feeder because you want to
supply parts by replacing the feeder without tape splicing.
‘Avoid Nozzle-Placements
Collision’
Choose [4mm Only] for the following cases.
• Because parts that the 4mm feeder is used are narrow tape
width and splicing is difficult to use, you want to supply parts
by replacing the feeder without tape splicing. However, for
parts that the 8mm feeder is used, you want to arrange part
on both L and R sides to make an effective use of the supply
unit.
Sets whether to avoid collusion of a part with a nozzle or not.
With ‘Avoid Nozzle-Placements Collision’ selected, if there are
some parts which may collide each other, parts are arranged
and the placement order is decided as they are not collide each
other. Because it has a priority of avoidance of collusion rather
than productivity, it may be low productivity.
Example of use
A warning is displayed if there may be a possibility of collusion
when the machine performs optimization or simulation. If this
warning is displayed, use this function. Check actual parts and
nozzles and if there is no collusion, you do not need to use this
function.
 ‘Avoid Nozzle-Placements Collision’ is the process to avoid
collusion of a placed nozzle with a nozzle that another part is
placed as shown on the figure below.
Collusion of a placed part
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Programming Manual
4.3 Configuring Virtual Lines
Item
‘Ignore Part Thickness
Measure’
‘Fix Placement Already
Assigned For Dedicated
Parts’
‘Sequential pickup for
multiple tape types’
Page 4-26
Explanation
Sets the handling of the parts for which Part Thickness Measure
has been set. There are the following two types of arrangement
methods.
• [OFF]
The parts for which Part Thickness Measure has been set are
distributed to machines that have the thickness measure option.
If other constraint conditions prevent such parts from being
distributed to machines that have the thickness measure option,
an error will result. Unless otherwise specified, select [OFF].
• [ON]
The parts for which Part Thickness Measure has been set are
distributed to any machines regardless of whether the machines
have the thickness measure option. If a machine to which the
parts were distributed has the thickness measure option,
thickness measurement will be performed.
Usage example
Use this when a common part library is used in multiple production
lines. If the parts for which Part Thickness Measure has been set
are distributed only to machines equipped with the thickness
measure option, In some production lines you may fail to achieve a
line balance. In such case, the use of this option allows you to
freely arrange those parts, for which Part Thickness Measure has
been set, without changing the part library settings, thus helping
you to achieve a line balance.
Sets whether to fix the supply position of the placement points or
not.
The process of this function differs between optimization and
simulation.
• [OFF]
The supply position of the placement points is decided by
optimization.
• [ON]
<When optimization is performed>
The supply position of placement points which are assigned to a
part fixing to the supply unit are assigned to the same supply
position. The supply position of placement points which are not
assigned to a part not fixing to the supply unit and the ones
which are not yet to be assigned are decided by optimization.
<When simulation is performed>
The supply position of placement points which are assigned to
parts arranged on the supply unit is assigned to the same
supply position. The supply position of placement points which
are not yet to be assigned is decided by optimization.
Example of use
When optimization or simulation is performed, the supply position
may be changed even though the parts are fixed. However, from
the standpoint of operation, sometimes you do not want to change
the supply position of placement points or pickup points by the
feeder once you have decided. Using this function enables to fix
the decided supply position of placement points.
Productivity improvement can be expected when tape components
having different pickup positions such as 8 x 2 mm and 8 x 1 mm
are used together.
When this option is used, even though each pickup position is
different, if the difference of pickup position is constant, the
production data for nearly simultaneous pickup can be created. As
a result productivity improvement can be expected.
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Programming Manual
4.3 Configuring Virtual Lines
Item
Explanation
‘Ignore parts standing detection’ Sets the handling method of parts with standing detection
configured.
The following two selections are available for arranging the
parts.
• [OFF]
Parts with standing detection configured are sorted into CM602
having the thickness measurement sensor. If the parts are not
sorted into CM602 having the thickness measurement sensor
because of other restrictions, it results in error.
Select [OFF] unless otherwise specified.
• [ON]
Parts with standing detection configured are sorted into CM602
regardless of having or not having the thickness measurement
sensor. If the parts are sorted into CM602 having thickness
measurement sensor, part standing detection is carried out.
Example of use
This function is used when the parts library is commonly used in
multiple production lines. If parts with standing detection
configured are sorted into CM602 having the thickness
measurement sensor only, the line may not be balanced in
some production lines. In such a case, this option allows you to
freely arrange the parts with standing detection configured
without changing the setting of the parts library, and therefore,
the production lines enables to be balanced.
‘Large Reel Setting’
Sets the conditions of a reel size that prohibits pair
arrangement.
There are following four arrangements.
• [No Limitation]
There is no restriction of arranging both large and small reels.
Select [No Limitation] unless otherwise specified.
• [Prohibit Large/Small Reel Pair]
Pair arrangement of large and small reels is prohibited.
• [Prohibit Large/Large Reel Pair]
Pair arrangement of two large reels is prohibited.
• [Large Reel Single Use]
Pair arrangement of a large reel is prohibited.
Example of use
In case of the following, select any of [Prohibit Large/Small Reel
Pair], [Prohibit Large/Large Reel Pair] or [Large Reel Single
Use].
•When you want to perform optimum production while
considering a combination of reels because interference with
the reels may occur when parts are supplied during production.
‘Dispense Order’
Sets whether or not to perform optimization considering a
dispensing amount.
There are following two types:
• [By Productivity]
The dispensing order is decided based on the productivity.
• [By Dispense Volume]
The dispensing order is decided in ascending order of the
dispending amount.
Example of use
Select [By Dispense Volume] in the following case.
•The dispensing amount during production is not stable.
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4.3 Configuring Virtual Lines
 Checking and editing the machine options and parameter settings
Parameters related to the machine are configured.
1
Choose the machine from the tree in
the upper left of the window.
 Each setting item is displayed in the factory
content area.
 The machines displayed in the factory
contents area are displayed from the left, and
meanings of the machine headers are as
follows.
1
a
2
2c
Factory040304S-05E0
Factory040304S-03E07
b
2
d
2
a) The machine model is displayed
b) The machine name is displayed
c) The stage name is displayed (CM/DT
machine only)
d) The table number counted from the first in
line
 If the parameter is edit by choosing the line,
changes are applied to all machines in the
line.
4
2
2
Choose the tab of the desired item.
3
Edit the items.
4
Click
(Save) on the toolbar.
 The new setting is saved.
3
Factory040304S-04E07
Page 4-28
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Programming Manual
4.3 Configuring Virtual Lines
 Machine option setup tab (NPM)
Option used in each machine can be defined by clicking the [Machine Option] tab.
Clicking the Advance Options icon displays the items under Advance Options.
The setting items are as follows.
Item
Explanation
‘Heads’
Bonding heads. There are different types as follows:
• [Lightweight 16 Nozzle Head]
• [16 Nozzle Head]
• [14 Nozzle Head]
• [12 Nozzle Head]
• [8 Nozzle Head]
• [4 Nozzle Head]
• [3 Nozzle Head]
• [2 Nozzle Head]
• [Inspection (9 m)]
• [Inspection (18 m)]
• [Dispense head]
• [None]
Dedicated for the insertion machine
• [2 Tool Head]
• [3 Tool Head]
‘Nozzle Changer’
Nozzle changer. There are different types as follows:
• [16/12 Nozzle]
• [16/12 Nozzle(L)]
• [14 Nozzle]
• [14 Nozzle (Large Flange)]
• [14 Nozzle (Small Flange)]
• [14 Nozzle (Mix of sizes)]
• [8 Nozzle]
• [8 Nozzle(L)]
• [4 Nozzle]
• [3 Nozzle]
• [3 Nozzle(L)]
• [2 Nozzle]
• [2 Nozzle](XL)
• [Shield Nozzle]
• [Shield Nozzle (L)]
• [Shield Nozzle TYPE 2]
• [Shield Nozzle (L2)]
• [Dummy dispensing unit]
• [None]
‘Part Recognition Camera’
Dedicated for the insertion machine
• TYPE1 (Nozzle and body
• TYPE1 (Body chuck only)
chuck)
Component recognition cameras. There are different types as
follows:
• [Line Camera]
• [Line Camera (0402 Spd Up)]
• [Multi recognition camera type 1]
• [Multi recognition camera type 2]
• [Multi recognition camera type 3]
• [None]
The following machines equip with a line camera or a line camera
(0402 Spd Up).
NPM-D(NM-EJM1D)/NPM-D2(NM-EJM5D)/
NPM-W(NM-EJM2D)/NPM-TT(NM-EJM3D)/
NPM(NM-EJM5D)/AM100(NM-EJM4D)
About machines other than the above, ‘3D measure option’ and
‘Thickness measure option’ switches depending on the setting for
the multi recognition camera.
According to the type setting for the multi recognition camera,
the settings for ‘3D measure option’ and ‘Thickness measure
option’ will be updated as follows.
Thickness
3D measure
Camera type
measure
option
option
Multi recognition camera
NA
NA
type 1
Multi recognition camera
NA
Available
type 2
Multi recognition camera
Available
Available
type 3
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4.3 Configuring Virtual Lines
Item
‘Feeder Table’
Explanation
Tape/Tray part-feeding section. There are different types as
follows:
• [Tape F]
• [Tape F(30-Feeder cart)]
• [Tape F(17-Feeder cart +17-Feeder cart)]
• [Direct tray] (Rear only)
• [Twin direct tray] (Rear side only)
• [Tape F (17-Feeder cart + Fixed 13-feeder)]
• [Direct tray + Tape F]
• [Direct tray + Tape F(17-Feeder cart )]
• [Tape F + Single manual tray(fixed)]
• [Tape F + Twin manual tray(fixed)]
• [Single manual tray(fixed)]
• [Twin manual tray (fixed)]
• [Inspection box]
• [Inspection box2]
• [Inspection box3]
• [None]
 When a tray is manually placed on a feeder of AM100 (NM-EJM4D) /VM101(NM-EJM3E)/
‘7.12.6 Changing Machine Configuration’.
VM102(NM-EJM4E), see
Item
‘Advance Options’
‘Frame type’
‘Component ejection
conveyor’
‘Transfer unit’
‘Head camera type’
‘3D measure option’
Page 4-30
Explanation
Type of frames
• [Normal Frame]
• [Tray-type Frame]
Method to eject an NG component
• [Component ejection conveyor]
• [Component ejection conveyor H65]
• [None]
 Only one conveyor can be installed toAM100
 Component ejection conveyor H65 can be installed only to
NPM-VF(NM-EJR9A).
Type of a multifunctional transfer unit
• [Transfer unit]
• [Transfer unit (Small size)]
• [None]
 Only one transfer unit can be installed to one AM100.
The camera used for head camera recognition can be installed only
to NPM-DX(NM-EJM8D).(*1)
The following types are available.
• [Monochrome + Standard lighting]
• [Monochrome + Low-angle 2 lightings]
This is an optional item which performs part recognition in
three-dimensional space.
 In some machines, this option is set depending on the setting of
part recognition camera. 
For details, see ’Part Recognition Camera’ in the previous section.
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Programming Manual
4.3 Configuring Virtual Lines
Item
Explanation
‘Height sensor’
A sensor which measures a PCB height (warpage).
‘Thickness measure option’ This is an optional item which measures the thickness of a part
during part recognition.
It can improve placement quality.
 In some machines, this option is set depending on the setting of
part recognition camera. 
For details, see ’Part Recognition Camera’ in the previous section.
‘Bulk Air Supply’
Sets whether to supply air to bulk feeders.
‘Side Lighting’
Lighting used to recognize narrow-pitched leads such as BGA and
QFP.
‘PIP Lighting’
Lighting used to recognize inserted pin components.
‘Cutting Unit’
Sets whether to cut a tape or not. (Allows to set only for AM100)
‘Nozzle exchange during
Set whether the head is exchangeable or not during production.
production’
It is available only for 8-nozzle head.
1 The setting of parts using the component editor is separately required for head camera
‘6.12 Head Camera Recognition Option')
recognition. (
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4.3 Configuring Virtual Lines
Item
‘Option in common’
‘Left Extension Conveyor’
Explanation
Type of an extension conveyor
For NPM(NM-EJM9B) , NPM-D(NM-EJM1D) ,
NPM-D2(NM-EJM5D) , NPM-D3(NM-EJM6D)
• [None]
• [LNB conveyor]
For NPM-TT(NM-EJM3D) , NPM-TT2(NM-EJM1E) ,
NPM-DX(NM-EJM8D) , NPM-VF(NM-EJR9A)
• [None]
• [Extension conveyor]
• [LNB conveyor]
For NPM-W(NM-EJM2D) , NPM-W2(NM-EJM7D) ,
NPM-W2S(NM-EJM5E) , NPM-WX(NM-EJM9D) ,
NPM-WXS(NM-EJM2E)
• [None]
• [Extension conveyor]
• [LNB conveyor]
• [Extension conveyor(Extra-large size PCB)]
For VM101(NM-EJM3E)
• [None]
• [Extension conveyor]
For AM100(NM-EJM4D) , VM102(NM-EJM4E)
• [None]
‘Right Extension Conveyor’ Type of an extension conveyor
For NPM(NM-EJM9B) , NPM-D(NM-EJM1D) ,
NPM-D2(NM-EJM5D) , NPM-D3(NM-EJM6D)
• [None]
• [LNB conveyor]
For NPM-TT(NM-EJM3D) , NPM-TT2(NM-EJM1E) ,
NPM-DX(NM-EJM8D) , NPM-VF(NM-EJR9A)
• [None]
• [Extension conveyor]
• [LNB conveyor]
For NPM-W(NM-EJM2D) , NPM-W2(NM-EJM7D) ,
NPM-W2S(NM-EJM5E) , NPM-WX(NM-EJM9D) ,
NPM-WXS(NM-EJM2E)
• [None]
• [Extension conveyor]
• [LNB conveyor]
• [Extension conveyor(Extra-large size PCB)]
For VM101(NM-EJM3E)
• [None]
• [Extension conveyor]
For AM100(NM-EJM4D) , VM102(NM-EJM4E)
• [None]
Page 4-32
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Programming Manual
4.3 Configuring Virtual Lines
Item
‘Lane type’
Explanation
Sets the type of lanes.
For NPM(NM-EJM9B)
• [Single lane] (Default)
• [Dual lane – single use]
• [Dual lane – dual use]
For NPM-D(NM-EJM1D)
• [Dual lane]
• [Dual lane – single use]
• [PC dual lane] (Default)
• [PC dual lane – single use]
For NPM-D2(NM-EJM5D) , NPM-D3(NM-EJM6D) ,
NPM-DX(NM-EJM8D)
• [Dual lane (short)]
• [Dual lane - single use (short)]
• [Dual lane (long)]
• [Dual lane - single use (long)]
For NPM-WX(NM-EJM9D) , NPM-WXS(NM-EJM2E)
• [Single lane] (Default)
• [Dual lane]
• [Dual lane – single use]
• [M size dual lane]
• [M size dual lane – single use]
For NPM-W(NM-EJM2D) , NPM-W2(NM-EJM7D) ,
NPM-W2S(NM-EJM5E)
• [Single lane] (Default)
• [M size dual lane]
• [M size dual lane – single use]
For NPM-TT(NM-EJM3D)
• [Dual lane] (Default)
• [Dual lane – single use]
For NPM-TT2(NM-EJM1E)
• [Dual lane] (Default)
• [Dual lane - single use]
• [M size dual lane]
• [M size dual lane – single use]
For VM101(NM-EJM3E)、VM102(NM-EJM4E)
• [Single lane] (Default)
For AM100(NM-EJM4D)
• [Single lane] (Default)
• [Single lane (1200 mm)]
For NPM-VF(NM-EJR9A)
• [Single lane] (Default)
• [Single lane (With anvil)]
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4.3 Configuring Virtual Lines
Item
‘Support pin automatic
change unit’
Explanation
• [None]
• [Standard PCB support block]
Select when performing support pins automatic change.
 This is not available when you have selected the single lane
(1200 mm) for AM100 (NM-EJM4D).
 For details of support pin automatic replacement, see
Data Creation Function’.
Page 4-34
‘13.2 Support Pin Arrangement
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4.3 Configuring Virtual Lines
Item
‘Board Size (L)’
Explanation
• [Normal]
Select for standard PCBs.
• [Extended]
For PCB exceeding a certain width, you need to set the Board
Size (L) to Extended. The maximum size applicable to each
machine is as follows;
For NPM (NM-EJM9B)
• PCB having L > 510 mm (acceptable if L ≦ 600 mm)
For NPM-D (NM-EJM1D)
• PCB having L > 510 mm (acceptable if L ≦ 650 mm)
For NPM-W (NM-EJM2D) , NPM-W2(NM-EJM7D) ,
NPM-W2S(NM-EJM5E) , NPM-WX(NM-EJM9D)、
NPM-WXS(NM-EJM2E)
• PCB having L > 750 mm (acceptable if L ≦ 1200 mm)
For NPM-TT2 (NM-EJM1E)
• PCB having L > 510 mm (acceptable if L ≦ 800 mm)
For AM100 (NM-EJM4D)
• When the lane type is set to a single lane
PCBs with L > 515 mm (PCBs with L ≦ 750 mm are
mountable)
• When the lane type is set to the single lane (1200 mm)
PCBs with L > 1200 mm (PCBs with L ≦ 1500 mm are
mountable)
‘Tall Component Support’
 For NPM-D2 (NM-EJM1D) , NPM-D3(NM-EJM6D) ,
NPM-DX(NM-EJM8D) , NPM-VF(NM-EJR9A) ,
VM101(NM-EJM3E) , VM102(NM-EJM4E) , and NPM-TT
(NM-EJM3D), you cannot select the board size (L).
This option enables you to extend the maximum height of a
component to be mounted on the last machine in line.
It is available in the following machines.
AM100(NM-EJM4D)
:Up to a height of 40mm
NPM-W2(NM-EJM7D)
NPM-WX(NM-EJM9D)
NPM-WXS(NM-EJM2E)
NPM-TT2(NM-EJM1E)
:Up to a height of 36mm
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4.3 Configuring Virtual Lines
 Machine option setup tab (CM/DT)
Option used in each machine can be defined by clicking the [Machine Option] tab.
Clicking the Advance Options icon displays the items under Advance Options.
The setting items are as follows.
Item
‘Heads’
‘Nozzle Changer’
‘Part Recognition Camera’
‘Feeder Table’
Page 4-36
Explanation
Bonding heads. There are different types as follows:
• [Ultra high-speed 12-nozzle head (12-mm-component-ready)]
• [High-speed 12-nozzle head]
• [8-nozzle head]
• [High-speed 8-nozzle head (32-mm-component-ready)]
• [High-speed 8-nozzle lightweight head]
• [High-speed 8-nozzle head load control]
• [LS 8-nozzle head]
• [General-purpose 3-nozzle lightweight head 50-N]
• [General-purpose 3-nozzle head 28-N load control]
• [General-purpose 3-nozzle head 50-N load control]
Nozzle changers. (Same as nozzle stockers)
There are different types as follows:
• [12 Nozzle HS]
• [8 Nozzle HS]
• [General-purpose 3 Nozzle 50mm MP]
• [General-purpose 3 Nozzle]
• [Extra large Nozzle]
Component recognition cameras. There are different types as
follows:
• [40M Line Camera]
• [100M Line Camera] (With lateral lighting)
• [None]
Tape/Tray part-feeding section. There are different types as
follows:
• [Tape F (35 slots)]
• [Tape F (27 slots)]
• [Tape F (20 slots)]
• [Shuttle tray + Tape F]
• [Direct tray  Tape F]
• [JEDEC tray double]
• [JEDEC tray single]
• [Single direct tray]
• [Twin manual tray]
• [None]
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Programming Manual
4.3 Configuring Virtual Lines
Item
‘Advance Options’
‘Component ejection
conveyor’
Explanation
Method to eject an NG component
• [Component ejection conveyor (Large)]
• [Component ejection conveyor (Small)]
• [None]
‘Transfer unit’
Type of a multifunctional transfer unit
• [New transfer unit]
• [Old transfer unit]
• [None]
‘3D measure option’
Sensor that recognizes a component three dimensionally
‘Height sensor’
Sensor that recognizes the PCB warpage
‘Thickness measure option’ A camera measuring the part thickness. It improves placement
quality.
‘Lead Checker’
Sensor that recognizes the component lead float
‘Conveyor extension’
Sets whether to extend a conveyor.
‘Bulk Air Supply’
Sets whether to supply air to bulk feeders.
‘Add Tray Magazine’
Sets whether to batch-replace trays.
‘Side Lighting’
Lateral lighting attached to the component recognition camera
‘Nozzle exchange during
Set whether the head is exchangeable or not during production.
production’
It is available only for high-speed 8-nozzle head (32mm
component) or LS 8-nozzle head
‘Thin type single’
Sets whether or not to allow arranging the thin type single feeder
and auto load feeder on the table. This is applied to the following
machines:
• CM602-L(NM-EJM8A), CM402-L(KXF-4Z4C),
CM402-M(KXF-4Y3C)
‘Stick feeder’
Sets whether or not to allow arranging the stick feeder on the table.
‘Common option’
‘Extension conveyor’
• [None]
• [Upstream]
• [Downstream]
• [Both]
‘Lane type’
Sets the lane type.
• [Single lane]
• [Dual lane – Dual use]
• [Dual lane – Single use]
‘Conveyor split’
Sets the conveyor type.
• [4-split (default)]
• [3-split]
• [3-split (510 x 250 mm)]
• [2-split (400 x 250 mm)]
• [None (400 x 250 mm)]
• [3-split (460 x 250 mm)]
• [3-split (460 x 360 mm)]
‘High-speed option’
Sets the high-speed option type.
• [Option 1]
• [Option 2]
• [Option 3]
• [Option 4]
• [Option 5]
• [None]
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4.3 Configuring Virtual Lines
 Insertion head tab (NPM-VF machine only)
Clicking the [Insertion Head] tab enables you to set a tool type and tool number used by the
insertion machine.
 The insertion head can be set on the NPM-VF machine (NM-EJM9A) only.
 Checking and editing the tool head and tool number
1
Choose the vertical line with the
insertion machine existed, and then
choose the [Insertion Head] tab.
 The <Insertion head> window opens.
1
Factory040304S-06E00
1
2
Choose the desired tool type from the
drop-down list.
 Tool change is allowed for the 3 tool head
only.
Factory040304S-07E00
2
4
Factory040304S-08E01
Page 4-38
3
Choose the tool number from the
drop-down list.
4
Click
(save) on the tool bar.
3
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4.3 Configuring Virtual Lines
 Data creation job default setup tab (NPM)
Clicking the [Project Editor Defaults] tab enables you to set initial values (= defaults) of options,
such as optimization, that are used by the data creation job editor.
 The data creation job defines various types of information: which PCBs are to be used in
creating production data, under what conditions optimization should be carried out, and so on.
 Setup items by machine
Item
Software switch
‘Mark’
‘Panel/Pattern Fiducial
Usage’
Explanation
Sets whether to detect a PCB/pattern mark. There are six types
as follows:
• [Unused]
• [1 Panel Fiducial]
• [2 Panel Fiducials]
• [3 Panel Fiducials]
• [Pattern Marks]
• [Pattern Group Recognition Mark]
‘Panel Fiducial before
A PCB mark is recognized before recognizing pattern/pattern
Pattern/Pattern Group
group mark. Recognizing the PCB mark before recognizing
Fiducials’
pattern/pattern group mark will increase recognition accuracy of
pattern/pattern group mark, and it can prevent error recognition.
• [Unused]
• [1 Panel Fiducial]
• [2 Panel Fiducials]
• [3 Panel Fiducials]
‘Pickup Before Fiducial
The PCB transfer time exerts a more adverse effect on the tact
Check’
time in the independent placement case rather than in the
alternative placement case. To reduce the effect, we add a mode
that allows components to be picked up during the PCB transfer
and recognizes PCBs while keeping the components picked up.
Sets whether to select this mode. Because PCBs are recognized
by another head on the opposite side of the component pickup
head, this setting is not reflected on the alternative placement.
‘Detect Component
Sets a detection timing to see if placement point recognition is
Fiducial’
detected.
‘Component Fiducial
If the recognition mark position of the placement point is
Board Correction’
displaced from the placement position, PCB tilt must be
considered. In such a case, sets whether to reflect or not the PCB
recognition correction value to placement point.
‘Fiducial -> Bad Mark’
Sets a mark recognition sequence.
• OFF : Bad Mark -> Fiducial
• ON : Fiducial -> Bad Mark
‘Detect Master Bad Mark’ Sets whether to detect a representative bad mark.
‘Detect Pattern Bad Mark’ Sets whether to detect a pattern bad mark.
‘Detect Pattern Group Bad Sets whether to detect a group bad mark.
Mark’
‘Share first fiducial and
Specifies the recognition mark as bad mark when a bad mark is
bad mark’
present on the first recognition mark.
‘Treat Fiducial recognition Sets whether to specify the first pattern-recognition mark, which
error as bad mark’
resulted in error, to be a bad pattern (mark) without making it an
error.
‘Use mark instance data Sets whether to judge the bad mark threshold value.
for Bad Mark recognition’
‘Detect Identification Mark’ Sets whether to detect identification mark.
‘Detect Board Barcode’
Sets whether to recognize the board barcode.
‘Detect pattern barcode’ Sets whether to detect a pattern barcode.
‘PCB warpage detection’ Sets whether to detect PCB warpage.
 Regarding the PCB size which required split placement,
advance test proof is necessary. PCB warpage may not be
corrected properly.
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Programming Manual
4.3 Configuring Virtual Lines
Item
‘Mark’
‘Warpage Detection
Mode’
‘Local Area Height
Measure’
‘Pass’
‘Pass’
‘Pass Through Upstream Stage’
‘Pass Through Downstream Stage’
‘Max Part Height’
‘Maximum Height of
Mounted Component’
‘Maximum Height of
Mounted Component Upstream Stage’
‘Maximum Height of
Mounted Component Downstream Stage’
‘Max Reverse Side Part
Height’
‘Rank Mount’
‘Rank Mount’
Explanation
Sets the detection method of PCB warpage. There are two types
as follows.
• [PCB]
• [Pattern]
Sets whether to measure the local area PCB height.
Sets when draw dispensing is carried out.
 When the local area PCB height is measured, set ‘Head
Alternate Control’ to ‘OFF’.
Sets whether to skip the PCB placement or not.
Sets whether to skip the PCB placement on the upstream stage.
Sets whether to skip the PCB placement on the downstream stage.
Sets the maximum height of components placed in the upstream
process.
Sets the maximum height of components placed on the upstream
stage during the upstream process.
Sets the maximum height of components placed on the
downstream stage during the upstream process.
Sets the maximum height of a component which has already been
placed on the back side.
Sets whether to carry out rank placement.
 It is editable only when the line is selected.
The rank placement function cannot be used under the following
conditions or functions selected.
• With large size PCB (double transport mounting)
• For tray components.
• With mounting of which priority is specified. (Because rank
placement component automatically sets the mounting priority)
• The rank placement table must be set continuously from the
beginning. (You cannot set other table before the rank
placement table)
• When sort conditions conflict with the rank placement function
‘No Rank Component
Sets the placement table of components which are not rank
Mount’
placement components.
• [Tables other than Rank Mount Table]
• [Rank Mount Table (Same pattern as Rank Component]
 It is editable only when the line is selected.
‘Rank Mount Table –
Sets when the rank placement components are placed on the table
Table 1’
1.
‘Rank Mount Table –
Sets when the rank placement components are placed on the table
Table 2’
2.
‘Rank Mount
Sets when the rank placement components are placed on the table
Table-Table3(Valid only 3.
on 3-table machine)’
 This is not available for the machine with no table 3 equipped.
‘Rank Mount
Sets when the rank placement components are placed on the table
Table-Table4(Valid only 4.
on 4-table machine)’
 This is not available for the machine with no table 4 equipped.
Page 4-40
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Programming Manual
4.3 Configuring Virtual Lines
Item
‘Rank Mount’
‘Cancel the Pattern
when part exhaust
happened’
‘Prevent part exhaust in
the middle of pattern Stop’
Explanation
Sets whether placement points on non-mounting components are
all cancelled or not within the same pattern loaded from the same
feeder, when the component is exhausted.
To prevent parts of a different rank from being mounted to the
same pattern, the remaining number is controlled and the current
remaining number is compared with a parts count used for each
pattern. And if short of the remaining number, the placement, being
considered as a parts shortage, will be discontinued so as to
prevent a pattern to be mounted from being produced only halfway.
‘13.1 Rank Placement Function’.
 For details of rank placement, see
Item
‘High Density Mounting’
‘Automatic Placement
Priority’
Explanation
Determines the arrangement of components and the placement
order in such a way as to prevent the nozzle tip picking up and
placing a component from interfering with other already-placed
components.
 The use of this function may cause a decrease in productivity
because it places priority on preventing any interference.
・[OFF]
Makes no placement priority determination based on
optimization.
・[Judge by distance between placement points]
Makes interference assessment based on specified distance
between placement points to determine the placement
priority.
‘Part Max Size (L or W)’
‘Part Gap Limit’
・[Judge by interference area between part and nozzle]
Makes interference assessment using the nozzle size, the tilt
of each placement component, and the pickup center position
to determine the placement priority.
Specifies the maximum part size of a part for performing
automatic determination of placement priority by optimization.
Decides a priority of placement points within the applicable
range where placement priority is automatically decided by
optimization.
Target for priority
determination by
optimization
Applicable range
Out of range for priority
determination
Target for priority
determination by
optimization
EJS9AE-MB-04P-30
Page 4-41
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
‘High Density Mounting’
‘Consider Nozzle Size’
Explanation
Automatically determines the placement priority with
consideration given to the nozzle size registered with each
component.
・[Min nozzle size]
Of registered nozzles, the one of the minimum X / Y sizes is
used.
・[Max nozzle size]
Of registered nozzles, the one of the maximum X / Y sizes is
used.
Nozzle size X
Nozzle size Y
C
R
‘Consider Part Tilt Pickup’ Automatically determines the placement priority with
consideration given to the tilt of component being picked up.
The range of judgment to be
made with consideration given to
the tilt of component
Target for priority determination
by optimization
Out of range for priority
determination
‘Consider Center Range
Check’
Automatically determines the placement priority with
consideration given to the center area for component pickup.
Off-center displacement along X-direction
Target for priority determination
by optimization
Off-center displacement along
Y-direction
Out of range for priority
determination
Pickup center displacement
range
‘Clearance Setting’
‘Set Value’
Page 4-42
Selects either the component size percentage value or fixed
value to configure the margin setting for the component
mounting position.
・Fixed value setting [mm]
・Percentage setting [%]
Configure the margin setting for the component mounting
position in value terms.
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NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
Communication
‘Receive’
‘PCB Barcode Results’
‘Pattern Fiducial Results’
‘Bad Mark Results’
‘PCB Warp Results’
‘Isp inform (APC)’
‘Send’
‘PCB Barcode Results’
‘Pattern Fiducial Results’
‘Bad Mark Results’
‘PCB Warp Results’
‘Isp inform (APC)’
Explanation
Sets whether to receive the barcode information from
upstream machines.
Sets whether to receive pattern mark recognition results from
upstream machines.
Sets whether to receive bad mark results from upstream
machines.
Sets whether to receive PCB warp measurement results from
upstream machines.
Sets whether to receive APC information from upstream
machines.
Sets whether to send the barcode information to downstream
machines.
Sets whether to send pattern mark recognition results to
downstream machines.
Sets whether to send bad mark results to downstream
machines.
Sets whether to send PCB warp measurement results to
downstream machines.
Sets whether to send APC information to downstream
machines.
 Configure communication setup as follows.
(1)- 1. Data receiving: Set the machines other than the first machine to ‘Receive’.
(2)- 2. Data sending: Set the machines other than the last machine to ‘Send’.
 Communication setting for PCB warpage
(1) If you use the PCB warpage function, set as follows.
(1)- 1 PCB warpage detection: Mark the checkbox only in the first machine.
(2) You also set as follows the machine side as well.
(2)-1 Measurement by the height sensor: Set only first machine to ‘ON’.
(2)-2 PCB warpage correction: Set all machines to apply PCB warpage correction to ‘ON’.
For details, see the machine operating instruction.)
(
 Measurement is applicable only if both (1)-1 and (2)-1 are set to ‘Measure’; otherwise it is not
measured, and PCB warpage information does not transfer.
 PCB warpage is corrected only if (2)-2 is set to ‘ON’.
EJS9AE-MB-04P-30
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Programming Manual
4.3 Configuring Virtual Lines
Item
PCB transport
‘Conveyor speed’
' Conveyor speed
- Upstream stage'
' Conveyor speed
- Downstream stage'
Nozzle arrangement template
‘Use template’
‘Template file path’
NPM
Placement mode
‘Default placement mode’
‘Automatic’
Explanation
Sets conveyor speed. The following three types are available.
• High (default)
• Middle
• Low
Sets conveyor speed of the upstream stage in the dual stage
machine. Available types are the same as for “Conveyor
speed” shown above.
Sets conveyor speed of the downstream stage in the dual
stage machine. Available types are the same as for “Conveyor
speed” shown above.
Sets whether to use a nozzle arrangement template or not
when a job is newly created.
Displays a file path containing a nozzle arrangement template
file. Normally, it is set using nozzle arrangement export on the
data creation job editor, however, you can also directly type
the file path.
‘7.2.11 Export’.
For details, see
Sets the placement mode.
• [Alternative]
PCBs in front and rear lanes are placed by using front and
rear heads.
• [Alternative (Front lane)]
Only PCBs in the front lane are placed by using front and
rear heads. PCBs in the rear lane are skipped.
• [Alternative (Rear lane)]
Only PCBs in the rear lane are placed by using front and
rear heads. PCBs in the front lane are skipped.
• [Independent]
PCBs in the front lane (lane 1) are placed by using the front
head, and PCBs in the rear lane (lane 2) are placed by using
the rear lane.
Sets whether to automatically determine the placement mode.
• [ON]
• [OFF]
‘2 Stage NPM - Upstream Stage’
‘Default placement mode’
Sets the placement mode of the upstream stage.
Modes available for selection are the same as for NPM shown
above.
‘Automatic’
Sets whether to automatically determine the placement mode
of the upstream stage.
‘2 Stage NPM – Downstream Stage’
‘Default placement mode’
Sets the placement mode of the downstream stage.
Modes available for selection are the same as for NPM shown
above.
‘Automatic’
Sets whether to automatically determine the placement mode
of the downstream stage.
Page 4-44
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Programming Manual
4.3 Configuring Virtual Lines
Item
Software switch
‘Tray’
‘Tray Feed Forward’
‘Support pin’
‘Automatic change’
‘Max Part Height’
‘Loose Part Height Limit
Table 1’
‘Loose Part Height Limit
Table 2’
‘Loose Part Height Limit
Table 3’
‘Loose Part Height Limit
Table 4’
Explanation
Sets whether to carry out tray feed forward or not.
• [ON]
Carries out tray feed forward.
• [OFF]
Carries out tray feed forward after PCB loading.
Sets whether to automatically change the support pin or not.
• [ON]
• [OFF]
For the 16-nozzle head at the table 1 side, the value of the
maximum placement component height is changed.
The component height is normally up to 3mm. However, if this
function is set to ‘Yes’, a component height of up to 3.5mm can
be placed.
• [ON]
• [OFF]
For the 16-nozzle head at the table 2 side, the value of the
maximum placement component height is changed.
The set value selections and available operations are the
same as the ones for “Loose Part Height Limit Table 1” shown
above.
For the 16-nozzle head at the table 3 side, the value of the
maximum placement component height is changed.
The set value selections and available operations are the
same as the ones for “Loose Part Height Limit Table 1” shown
above.
For the 16-nozzle head at the table 4 side, the value of the
maximum placement component height is changed.
The set value selections and available operations are the
same as the ones for “Loose Part Height Limit Table 1” shown
above.
‘Quality’
‘Detect Brought Back Micro Sets whether to perform Detect Brought Back Micro Part. The
Part’
nozzle tips are recognized by the part recognition camera after
mounting of components in order to detect if any minute
component has been brought back.
• [ON]
• [OFF]
‘NG Part Eject Before
Components having NG recognition results are ejected usually
Mounting’
after the mounting process. In ‘NG Part Eject Before Mounting’,
components will be ejected before the mounting process starts
but after recognition is completed and the results are obtained.
Because you have to wait for recognition results, the cycle time
is increased; however, it helps prevent components from falling
on PCBs.
‘Feeder Table’
‘Tape Cut Length (mm)
Sets the length of cutting the tape using the cutter on the table1.
Table 1’
When 0 is entered, the length set to the machine is applied
‘Tape Cut Length (mm)
Sets the length of cutting the tape using the cutter on the table2.
Table 2’
When 0 is entered, the length set to the machine is applied
‘Tape Cut Length (mm)
Sets the length of cutting the tape using the cutter on the table3.
Table 3’
When 0 is entered, the length set to the machine is applied
‘Tape Cut Length (mm)
Sets the length of cutting the tape using the cutter on the table4.
Table 4’
When 0 is entered, the length set to the machine is applied
EJS9AE-MB-04P-30
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Programming Manual
4.3 Configuring Virtual Lines
Item
Explanation
Software switch
‘Pickup’
‘Gang Pickup Mount Angle Sets whether to simultaneously pick up components that are
Recognition Part’
subject to mounting angle recognition.
• [ON]
If, in terms of the pickup angle into which the mounting
angle is factored, a component is the same as the other, all
the components will be picked up at the same time.
• [OFF]
Those components, for which Recognize by Mount Angle
has been set, will be picked up separately.
 The 2 / 3 / 4 nozzle head is capable of gang pickup
regardless of the setting.
‘Judge Pickup Size By
For the 16-/12-nozzle head at the table 1 side, the judgment
Diagonal Table 1’
method of the pickup component size changes from ‘L and W’
to ‘Diagonal’.
• [ON]
• [OFF]
‘Judge Pickup Size By
For the 16-/12-nozzle head at the table 2 side, the judgment
Diagonal Table 2’
method of the pickup component size changes from ‘L and W’
to ‘Diagonal’.
• [Yes]
• [No]
‘Judge Pickup Size By
For the 16-/12-nozzle head at the table 3 side, the judgment
Diagonal Table 3’
method of the pickup component size changes from ‘L and W’
to ‘Diagonal’.
• [ON]
• [OFF]
‘Judge Pickup Size By
For the 16-/12-nozzle head at the table 4 side, the judgment
Diagonal Table 4’
method of the pickup component size changes from ‘L and W’
to ‘Diagonal’.
• [ON]
• [OFF]
‘High production mode’ (enabled only for NPM-D3 (NM-EJM6D) / NPM-W2(NM-EJM7D) /
NPM-DX(NM-EJM8D))
‘High production mode
Production is carried out under high production mode at the
Selected table 1’
table 1 side.
• [ON]
• [OFF]
‘High production mode
Production is carried out under high production mode at the
Selected table 2’
table 2 side.
• [ON]
• [OFF]
‘High production mode
Production is carried out under high production mode at the
Selected table 3’
table 3 side.
• [ON]
• [OFF]
‘High production mode
Production is carried out under high production mode at the
Selected table 4’
table 4 side.
• [ON]
• [OFF]
PCB transport
‘Slow Down Distance’
Sets slow-down speed distance during PCB transport to
prevent overrun.
• Standard (80 mm)
• Safety distance (100 mm)
Page 4-46
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Programming Manual
4.3 Configuring Virtual Lines
Item
Explanation
Software switch
Dispensing
‘Dispensing’
Sets whether to enable the dispensing function.
‘Dispenser Count Nozzle 1’ Set the number of times of dispensing.
Used to issue a warning of the remaining adhesive amount in
the dispensing nozzle 1.
‘Dispenser Count Nozzle 2’ Set the number of times of dispensing.
Used to issue a warning of the remaining adhesive amount in
the dispensing nozzle 2.
‘Head Alternate Control’
Sets whether to operate the front and rear heads alternately.
• ON (The heads operate alternately.)
• OFF (One of the two heads operates continuously.)
The dispensing head activates as a priority in any case.
‘Dummy dispensing’
Sets whether to enable the dummy dispensing function.
‘Dispensing 2-step Control’ Sets whether to take 2-step action to dispense adhesive.
• ON (2-step action)
• OFF(No 2-step action is taken but move at a constant speed
when lowering)
 About the dispensing timing control, see the following
page.
 ■Dispensing timing control
‘Inspection’
‘Barcode For Bad Board
Sets whether to affix the barcode or not when a defect PCB is
Re-entry’
reloaded.
‘Inspection’
Sets whether to inspect or not.
‘Inspection type’
Sets which types of inspection is performed.
‘Bad Board Re-entry’
Sets whether to reload a defect PCB or not.
‘Overjudge input’
Sets whether to input over-judgment or not.
‘NG map display (external Sets whether the result of the inspection box is output for not.
monitor)’
‘Solder inspection
Sets an inspection timing.
conditions’
‘Transfer unit’
‘Elapsed time stop’
Sets whether to stop for an elapsed time.
• [Continuous operation]
• [Single stop]
‘Transfer position extend’
Sets whether to extend the transfer position.
‘Max. transfer time (min)’
Sets the maximum transfer time.
‘Transfer count (times)’
Sets the number of times of transfer.
‘Transfer material replenish Sets the stop mode in transfer material replenishment.
stop mode’
• [Continuous operation]
• [Single stop (Manual supply)]
• [Auto Supply]
‘Transfer material replenish Sets the transfer material replenish time.
time (sec)’
‘Coating Speed’
Sets the coating-forming operation speed for transfer material.
If the speed is set to ‘0’, the machine operates at the speed
that is set to mechanical parameters.
Unit: [mm/s]
• 0 (default) to 500
 This setting is applicable to NPM machine only.
‘Scraping Speed’
Sets the scraping speed of the transfer material from the
transfer unit. If the speed is set to ‘0’, the machine operates at
the speed that is set to mechanical parameters.
Unit: [mm/s]
• 0 (default) to 500
 This setting is applicable to NPM machine only.
Regarding
items
of
dispensing
and
inspection, they are displayed only if either a dispensing

head or an inspection head is selected for machine option.
EJS9AE-MB-04P-30
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Programming Manual
4.3 Configuring Virtual Lines
 How to use independent placement and alternative placement
Placement mode
Recommended production
Feature
PCBs can be produced in each lane at peak
Large-volume with a few
efficiency.
Independent
types production
• Even if one lane stopped, production would
placement
(Productivity consciousness)
be continued by using the head on the
other.
PCBs in any lane can be placed from the front
and rear component supply tables.
Low-volume with many types If the component supply tables are used
Alternative
production
exclusively for tray supply components, small
placement
(Changeover consciousness) number of components and the like, the
alternative placement setting should be
selected.
You can set on a per-machine basis, taking
advantage of the merits of both independent
Large-volume with a few
placement and alternative placement.
types production and
Combination of
• Because of its productivity consciousness,
low-volume with many types
independent and
independent placement is recommended
production
alternative placement
for chip components.
(Balance of productivity and
• For tray supply and costly components, the
changeover consciousness)
alternative placement setting is
recommended.
 While the dispensing head or the inspection head is installed, production under ‘Dedicated
placement’ mode is not allowed.
Page 4-48
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Programming Manual
4.3 Configuring Virtual Lines
 Data creation job default setup tab (CM/DT)
Clicking the [Project Editor Defaults] tab enables you to set initial values (= defaults) of options,
such as optimization, that are used by the data creation job editor.
 The data creation job defines various pieces of information: which PCBs are to be used in
creating production data, under what conditions optimization should be carried out, and so on.
 Setup items by machine
Item
Explanation
Software switch
‘Mark’
‘Detect Component Fiducial’ Sets whether to detect placement point recognition.
‘Component Fiducial Board If the recognition mark position of the placement point is
Correction’
displaced from the placement position, PCB tilt must be
considered. In such a case, sets whether to reflect or not the
PCB recognition correction value to placement point.
‘Detect Master Bad Mark’
Sets whether to detect a representative bad mark.
‘Detect Board Barcode’
Sets whether to recognize PCB barcode.
‘Detect Pattern Bad Mark’ Sets whether to detect a pattern bad mark.
‘Detect pattern barcode’
Sets whether to detect a pattern barcode.
‘PCB warpage detection’
Sets whether to detect PCB warpage.
‘Fiducial -> Bad Mark’
Sets a mark recognition sequence.
• OFF : Bad Mark -> Fiducial
• ON : Fiducial -> Bad Mark
‘Panel/Pattern Fiducial
Sets whether to detect a PCB/pattern mark. There are six
Usage’
types as follows:
• [Unused]
• [1 Panel Fiducials]
• [2 Panel Fiducials]
• [3 Panel Fiducials]
• [4 Panel Fiducials]
• [Pattern Recognition Mark]
• [Pattern Group Recognition Mark]
‘Warpage Detection Mode’ Sets the detection method of PCB warpage. There are two
types as follows.
• [PCB]
• [Pattern]
‘Share first fiducial and bad Specifies the recognition mark as bad mark when a bad mark
mark’
is present on the first recognition mark.
‘Detect Pattern Group Bad Sets whether to detect a group bad mark.
Mark’
‘Treat Fiducial recognition Sets whether to specify the first pattern-recognition mark,
error as bad mark’
which resulted in error, to be a bad pattern (mark) without
making it an error.
‘Use mark instance data for Sets whether to judge the bad mark threshold value.
Bad Mark recognition’
‘Detect Identification Mark’ Sets whether to detect identification mark.
‘Skip’
‘Skip’
Sets whether to skip the PCB placement or not.
‘Max Part Height’
‘Maximum Height of
Sets the maximum height of components placed in the
Mounted Component’
upstream process.
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Programming Manual
4.3 Configuring Virtual Lines
Item
PCB transport
‘Conveyor speed’
' Conveyor speed
- Upstream stage'
' Conveyor speed
- Downstream stage'
Nozzle arrangement template
‘Use template’
‘Template file path’
‘Rank Mount’
‘Rank Mount’
Explanation
Sets conveyor speed. The following three types are available.
• High-speed (default)
• Middle-speed
• Low-speed
Sets conveyor speed of the upstream stage in the dual stage
machine. Available types are the same as for “Conveyor
speed” shown above.
Sets conveyor speed of the downstream stage in the dual
stage machine. Available types are the same as for “Conveyor
speed” shown above.
Sets whether to use a nozzle arrangement template or not
when a job is newly created.
Displays a file path containing a nozzle arrangement template
file. Normally, it is set using nozzle arrangement export on the
data creation job editor, however, you can also directly type
the file path.
‘7.2.11 Export’.
For details, see
Sets whether to carry out rank placement.
 It is editable only when the line is selected.
The rank placement function cannot be used under the
following conditions or functions selected.
• With large size PCB (double transport mounting)
• For tray components.
• With mounting of which priority is specified. (Because rank
placement component automatically sets the mounting
priority)
• The rank placement table must be set continuously from the
beginning. (You cannot set other table before the rank
placement table)
• When sort conditions conflict with the rank placement
function
‘No Rank Component
Sets the placement table of components which are not rank
Mount’
placement components.
• [Tables other than Rank Mount Table]
• [Rank Mount Table (Same pattern as Rank Component]
 It is editable only when the line is selected.
‘Rank Mount Table – Table Sets when the rank placement components are placed on the
1’
table 1.
‘Rank Mount Table – Table Sets when the rank placement components are placed on the
2’
table 2.
‘Rank Mount
Sets when the rank placement components are placed on the
Table-Table3(Valid only on table 3.
3-table machine)’
 This is not available for the machine with no table 3
equipped.
‘Rank Mount
Sets when the rank placement components are placed on the
Table-Table4(Valid only on table 4.
4-table machine)’
 This is not available for the machine with no table 4
equipped.
‘Cancel the Pattern when
Sets to cancel mounting placement points of exhausted
part exhaust happened’
components in the same pattern.
‘Prevent part exhaust in the Sets whether to stop mounting before component are
middle of pattern - Stop’
exhausted in the same pattern.
 For details of rank placement, see
Page 4-50
‘13.1 Rank Placement Function’.
EJS9AE-MB-04P-30
NPM-DGS
Programming Manual
4.3 Configuring Virtual Lines
Item
‘Quality’
‘NG Part Eject Before
Mounting’
‘High Density Mounting’
‘Automatic Placement
Priority’
Explanation
Components having NG recognition results are ejected usually
after the mounting process. In ‘NG Part Eject Before
Mounting’, components will be ejected before the mounting
process starts but after recognition is completed and the
results are obtained. Because you have to wait for recognition
results, the cycle time is increased; however, it helps prevent
components from falling on PCBs.
Determines the arrangement of components and the
placement order in such a way as to prevent the nozzle tip
picking up and placing a component from interfering with other
already-placed components.
 The use of this function may cause a decrease in
productivity because it places priority on preventing any
interference.
・[OFF]
Makes no placement priority determination based on
optimization.
・[Judge by distance between placement points]
Makes interference assessment based on specified
distance between placement points to determine the
placement priority.
‘Part Max Size (L or W)’
‘Part Gap Limit’
・[Judge by distance between placement points]
Makes interference assessment using the nozzle size, the tilt
of each placement component, and the pickup center position
to determine the placement priority.
Specifies the maximum part size of a part for performing
automatic determination of placement priority by optimization.
Decides a priority of placement points within the applicable
range where placement priority is automatically decided by
optimization.
Target for priority
determination by
optimization
Applicable range
Out of range for priority
determination
Target for priority
determination by
optimization
‘Consider Nozzle Size’
Automatically determines the placement priority with
consideration given to the nozzle size registered with each
component.
・[Min nozzle size]
Of registered nozzles, the one of the minimum X / Y sizes is
used.
・[Max nozzle size]
Of registered nozzles, the one of the maximum X / Y sizes is
used.
Nozzle size X
Nozzle size Y
C
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Programming Manual
4.3 Configuring Virtual Lines
Item
Explanation
PCB transport
‘High Density Mounting’
‘Consider Part Tilt Pickup’Automatically determines the placement priority with
consideration given to the tilt of component being picked up.
The range of judgment to be
made with consideration given to
the tilt of component
Target for priority determination
by optimization
Out of range for priority
determination
‘Consider Center Range
Check’
Automatically determines the placement priority with
consideration given to the center area for component pickup.
Off-center displacement along X-direction
Target for priority determination
by optimization
Off-center displacement along
Y-direction
Out of range for priority
determination
Pickup center displacement
range
‘Clearance Setting’
‘Set Value’
Selects either the component size percentage value or fixed
value to configure the margin setting for the component
mounting position.
・Fixed value setting [mm]
・Percentage setting [%]
Configure the margin setting for the component mounting
position in value terms.
Soft switch per beam
‘Adjacent Placement For High Part’
‘Table 1’
Sets whether the tall component adjacent mount is carried out
to the table 1
‘Table 2’
Sets whether the tall component adjacent mount is carried out
to the table 2
‘Table 3’
Sets whether the tall component adjacent mount is carried out
to the table 3
‘Table 4’
Sets whether the tall component adjacent mount is carried out
to the table 4
‘Larger Part Size For 2-Part Pickup’
‘Table 1’
Sets whether the table 1 expands the size for 2-pickup
component.
 Settable only for DT401-F / M.
‘Table 2’
Sets whether the table 2 expands the size for 2-pickup
component.
 Settable only for DT401-F / M.
‘Larger Part Size For 4-Part Pickup’
‘Table 1’
Sets whether the table 1 expands the size for 4-pickup
component.
‘Table 2’
Sets whether the table 2 expands the size for 4-pickup
component.
‘Table 3’
Sets whether the table 3 expands the size for 4-pickup
component.
‘Table 4’
Sets whether the table 4 expands the size for 4-pickup
component.
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Programming Manual
4.3 Configuring Virtual Lines
Item
Explanation
Soft switch per beam
‘Larger Part Size For 8-Part Pickup’
‘Table 1’
Sets whether the table 1 expands the size for 8-pickup
component.
‘Table 2’
Sets whether the table 2 expands the size for 8-pickup
component.
‘Table 3’
Sets whether the table 3 expands the size for 8-pickup
component.
‘Table 4’
Sets whether the table 4 expands the size for 8-pickup
component.
‘Maximum Part Size For 4-Part Pickup’
‘Table 1’
Sets whether the table 1 sets size limitation for 4-pickup
component.
‘Table 2’
Sets whether the table 2 sets size limitation for 4-pickup
component.
‘Table 3’
Sets whether the table 3 sets size limitation for 4-pickup
component.
‘Table 4’
Sets whether the table 4 sets size limitation for 4-pickup
component.
‘Maximum Part Size For 8-Part Pickup’
‘Table 1’
Sets whether the table 1 sets size limitation for 8-pickup
component.
‘Table 2’
Sets whether the table 2 sets size limitation for 8-pickup
component.
‘Table 3’
Sets whether the table 3 sets size limitation for 8-pickup
component.
‘Table 4’
Sets whether the table 4 sets size limitation for 8-pickup
component.
Communication
‘Receive’
‘PCB Barcode Results’
Sets whether to receive the barcode information from
upstream machines.
‘Pattern Fiducial Results’
Sets whether to receive pattern mark recognition results from
upstream machines.
‘Bad Mark Results’
Sets whether to receive bad mark recognition results from
upstream machines.
‘PCB Warp Results’
Sets whether to receive PCB warp measurement results from
upstream machines.
‘Isp inform (APC)’
Sets whether to receive APC information from upstream
machines.
‘Send’
‘PCB Barcode Results’
Sets whether to send the barcode information to downstream
machines.
‘Pattern Fiducial Results’
Sets whether to send pattern mark recognition results to
downstream machines.
‘Bad Mark Results’
Sets whether to send bad mark results to downstream
machines.
‘PCB Warp Results’
Sets whether to send PCB warp measurement results to
downstream machines.
‘Isp inform (APC)’
Sets whether to send APC information to downstream
machines.
 Configure communication setup as follows.
(1)- 1. Data receiving: Set the machines other than the first machine to ‘Receive’.
(2)- 2. Data sending: Set the machines other than the last machine to ‘Send’.
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4.3 Configuring Virtual Lines
 Communication setting for PCB warpage
(1) If you use the PCB warpage function, set as follows.
(1)- 1 PCB warpage detection: Mark the checkbox only in the first machine.
(2) You also set as follows the machine side as well.
(2)-1 Measurement by the height sensor: Set only first machine to ‘ON’.
(2)-2 PCB warpage correction: Set all machines to apply PCB warpage correction to ‘ON’.
 Measurement is applicable only if both (1)-1 and (2)-1 are set to ‘Measure’; otherwise it is not
measured, and PCB warpage information does not transfer.
 PCB warpage is corrected only if (2)-2 is set to ‘ON’.
Item
Transfer unit
‘Elapsed time stop’
‘Max. transfer time (min)’
‘Transfer position extend’
‘Transfer count (times)’
‘Transfer material replenish
time (sec)’
‘Transfer material replenish
stop mode’
Explanation
Sets whether to stop when the time available for transfer has
been passed since the previous transfer material
replenishment.
There are two types as follows:
• [Continuous operation]
• [Single stop]
Sets the transfer time available since the previous transfer
material replenishment.
Sets whether to enable the transfer for four turns at one
coating-forming operation by shifting the transfer position
when transferring minute components.
There are two types as follows:
• [OFF]
• [ON]
Sets the number of times of transfer available since the
previous transfer material replenishment.
Sets the replenish time in transfer material auto-supply.
Specifies a motion after transferring for the transfer-available
count.
There are three types as follows:
• [Continuous operation]
• [Single stop (Manual supply)]
• [Auto Sply]
 Mechanical parameter tab (NPM)
Clicking the [Mechanical parameter] tab enables you to set parameters of each machine.
 Normally, there is no need to change the setting.
Set this item when specifications, which are different from the standard (minimum PCB size,
etc), are used.
Item
Mechanical parameters
‘PCB Clamp Dead Space’
‘Minimum PCB Length’
‘Minimum PCB Width’
Page 4-54
Explanation
PCB-clamping length
Default settings are as follows;
For NPM-DX, NPM-D2, NPM-D3, NPM-W, NPM-W2,
NPM-W2S, NPM-WX , NPM-WXS , NPM-TT, NPM-TT2,
AM100, VM101 , VM102 , NPM-VF
• [3.0]
For NPM, NPM-D
• [3.5]
PCB minimum size in the X-direction
The default value is ‘50’.
PCB minimum size in the Y-direction
The default value is ‘50’.
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Programming Manual
4.3 Configuring Virtual Lines
 Mechanical parameter tab (CM/DT)
Clicking the [Mechanical parameter] tab enables you to set parameters of each machine.
 Normally, there is no need to change the setting.
Set this item when specifications, which are different from the standard (minimum PCB size,
etc), are used.
Item
Mechanical parameters
‘PCB Clamp Dead Space’
‘Minimum PCB Length’
‘Minimum PCB Width’
‘Maximum PCB Thickness’
‘Minimum PCB Thickness’
‘PCB Transfer Side Fiducial
Height’
‘Small PCB Transfer –
Maximum PCB Length’
‘Small PCB Transfer –
Maximum PCB Length
Change’
‘Wide Sorting Conveyor
(Special)’
Explanation
PCB-clamping length
The default value is ‘3.’
PCB minimum size in the X-direction
The default value is ‘50.’
PCB minimum size in the Y-direction
The default value is ‘50.’
PCB maximum thickness
PCB minimum thickness
Reference height of the PCB movable side
Maximum length of the minimum PCB
Changes the maximum length of the minimum PCB.
• [OFF]
• [ON]
Sets the width of the conveyor.
• [Nothing]
• [Special PCB with the maximum width of 208 mm]
• [Simple separation for the rail width of 251 mm]
‘Offset to Second Mount Area’ For large-sized PCB, components are placed on two separate
occasions.
Offset to Second Mount Area refers to the distance to the
second mount area that PCB is transported.
It is set to ‘0’ by default.
‘M Size Tray’
Sets this when the M size tray is used in CM101-D.
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4.3 Configuring Virtual Lines
 LNB securities
If a password is set on the LNB shared folder, authentication will be required when you download
production data or load machine images.
In the [LNB Securities] tab, you can configure a user ID and password accessing to LNB shared
folder.
1
Choose an actual line and click [LNB
Securities] tab.
 The <NB Securities> window opens.
1
1
Factory040304S-09E00
2
Type User ID and Password used
when you access to LNB.
3
Click the [Save] button.
2
 The user ID and password are saved.
3
Factory040304S-10E00
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Programming Manual
4.3 Configuring Virtual Lines
 Dispensing condition data default
Clicking the [Dispense condition data default] tab enables you to set initial values (= defaults) of
dispensing conditions that are used by the data creation job editor.
 The data creation job defines various information: which PCBs are to be used in creating
production data, under what conditions optimization should be carried out, and so on.
The dispensing condition data default tab can be set only when the machine installed with the
dispensing nozzle head is selected.
Item
Table
Nozzle
Dummy dispensing data
‘Head Up Position’
‘Trial Dispense Pattern’
Explanation
Select a table to which dispensing condition is set.
Select a nozzle to which dispensing condition is set.
Head rising height after dispensing (0 mm to 30 mm)
Set the location for dummy dispensing. There are two types as
follows:
• [Trial Dispense on PCB]
• [Trial Dispense on Trial Dispense Unit]
‘Trial Dispense Start Position X’ Specify the coordinate X from the PCB origin to which dummy
dispensing is carried out.
This can be entered only when PCB dummy dispensing is
carried out.
‘Trial Dispense Start Position Y’ Specify the coordinate Y from the PCB origin to which dummy
dispensing is carried out.
This can be entered only when PCB dummy dispensing is
carried out.
‘Dispense Direction’
Direction of dispensing. This can be entered only when PCB
dummy dispensing is carried out.
‘Dispense Pitch’
Pitch of dispensing (common to X and Y). This can be entered
only when PCB dummy dispensing is carried out.
‘Dispense Angle’
Angle of dispensing when PCB dummy dispensing is carried
out. There are four types as follows:
• [0 degrees]
• [90 degrees]
• [180 degrees]
• [270 degrees]
‘Trial Dispense Count’
Number of times of dummy dispensing (1 to 9 times)
‘Dispense Period’
Set the dispensing time. (0.001s to 9.999s)
‘Trial Dispense Recognition’
Specify the number of times of dummy dispensing before
starting the dummy dispensing recognition. (1 to 9 times)
 Settable within the number of the dummy dispensing count
‘Recognition Retry Count’
Retry count of dummy dispensing recognition
‘Dispense Timing Control’
With ON displayed, lowering/rising is carried out in two steps.
For details, see ‘ Dispensing timing control’ to be discussed
later.
‘Dispense Height’
Set the dispensing height. (0.001 mm to 30.0 mm)
 Settable within the head rising height range
This can be set only when the dispensing timing control is ON.
‘Down Position Waiting Time’ Time to wait at the bottom dead point during dispensing
(0.000s to 9.999s)
This can be set only when the dispensing timing control is ON.
‘Up Position Waiting Time’
Time to wait after rising during dispensing (0.000s to 9.999s)
This can be set only when the dispensing timing control is ON.
‘Head Stop Position’
Distance between the nozzle and PCB surface in dispensing
(Nozzle height in dispensing) (-0.100 mm to 3.000 mm)
When 0 is set, dispensing is carried out at the height that the
nozzle touches the PCB surface. With the plus value (+),
dispensing is carried out at the height that the nozzle does not
touch the PCB surface. With the minus value (-), dispensing is
carried out at the height that the nozzle pushes into the PCB.
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4.3 Configuring Virtual Lines
Item
Explanation
Dummy dispensing data
‘Dispense Head Upward Speed Rising speed in dispensing
(First)’
Specify it in percentage against the maximum speed.
The choices are 100, 90, 80, 70, 60, 50, 40, 30, 20 and 10 with
the standard value of 100.
‘Dispense Head Upward Speed Rising speed in dispensing. This can be used when the
(Second)’
dispensing timing control is ON.
Specify it in percentage against the maximum speed.
The choices are 100, 90, 80, 70, 60, 50, 40, 30, 20 and 10 with
the standard value of 100.
‘Dispense Head Downward
Lowering speed in dispensing
Speed (First)’
Specify it in percentage against the maximum speed.
The choices are 100, 90, 80, 70, 60, 50, 40, 30, 20 and 10 with
the standard value of 100.
‘Dispense Head Downward
Lowering speed in dispensing. This can be used when the
Speed (Second)’
dispensing timing control is ON.
Specify it in percentage against the maximum speed.
The choices are 100, 90, 80, 70, 60, 50, 40, 30, 20 and 10 with
the standard value of 100.
‘First Trial Dispense’
Set details of the first dummy dispensing when nozzles are
changed from the currently dispensing nozzle to the next one.
There are three types as follows:
• [No Trial Dispense]
• [Perform Trial Dispense] (Default)
• [Trial Dispense and Trial Dispense Recognition]
‘Second and Later Trial
Set details of dummy dispensing when nozzles are changed
Dispense’
for a second time or later. There are three types as follows:
• [No Trial Dispense]
• [Perform Trial Dispense] (Default)
• [Trial Dispense and Trial Dispense Recognition]
‘Trial Dispense Before Nozzle Set details of dummy dispensing when a nozzle executes the
Rotation’
-axis rotation during dispensing. There are three types as
follows:
• [No Trial Dispense]
• [Perform Trial Dispense] (Default)
• [Trial Dispense and Trial Dispense Recognition]
Trial Dispense Recognition Data
‘Name’
Select the dummy dispensing recognition data.
Data created by the dummy dispensing recognition data
library can be selected.
Glue data
‘Glue Name’
Select the adhesive data.
Select it from the adhesive library list.
Dispense Nozzle Shape Data
‘Nozzle No.’
Specify a dispensing nozzle.
[Unused] is also available. Select [Unused] when you only use
one side nozzle for producing PCBs.
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Programming Manual
4.3 Configuring Virtual Lines
Item
Dispense Nozzle Control Data
‘Remaining Alert Count’
‘Dispense Stop Count’
‘Dispense Stabilizing Timer
(pre dispense)’
‘Dispense Stabilizing Timer
(post dispense)’
‘Dispense Pressure’
‘Dispense Speed’
‘XY axis Moving Speed In
Dispensing’
‘Temperature Offset’
EJS9AE-MB-04P-30
Explanation
Set the number of dispensing points to issue a parts empty
warning after the parts empty sensor reacts.
Set the number of dispensing points to stop operation after the
parts empty sensor reacts.
After XY travel is complete, the timing of Z lowering is delayed
by the set time.
After Z rising is complete, the timing of XY travel is delayed by
the set time.
Pressure applied in dispensing
Speed of dispensing adhesives
Specify it in percentage against the maximum speed.
The choices are 100, 90, 80, 70, 60, 50, 40, 30, 20, and 10
with the standard value of 100.
XY travel speed in dispensing
Specify it in percentage against the maximum speed.
The choices are 100, 80, 60, 40, and 20 with the standard
value of 100.
Temperature offset of adhesive
( -10.0 ℃ to 10.0 ℃ )
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Programming Manual
4.3 Configuring Virtual Lines
 Dispensing timing control
When the dispensing timing control is ON
Z
Dispensing
start
Dispensing
lowering speed
1st step
Waiting time at the
bottom dead point in
dispensing
Dispensing
rising speed
1st step
Dispensing
lowering speed
2nd step
Dispensing
rising speed
2nd step
Dispensing
height
PCB top
surface
Waiting time after rising
during dispensing
Time
 1 If 'Dispensing 2-step Control' is set to OFF, an action when lowering the nozzle will be ignored.
‘■ Data creation job default setting tab (NPM) → Dispensing 2-step Control’
When the dispensing timing control is OFF
Z
Dispensing start
(Traveling of an axis starts.)
Dispensing
lowering speed
1st step
PCB top
surface
Page 4-60
Dispensing
rising speed
1st step
Time
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Programming Manual
4.3 Configuring Virtual Lines
 Solutions to defective adhesive-dispensing
• When stringiness (part of an adhesive forming filaments) occurs
Lower the adhesive viscosity and raise the set nozzle temperature so as to improve adhesive
flow control and fluidity.
(Set on the adhesive library editor)
Adjust the head height position so that the XY travel starts after the flow of adhesive stops.
(Set in the dispensing condition setting)
Lower the nozzle rising speed. (Set in the dispensing condition setting)
• When adhesive splatters
Raise the adhesive viscosity and lower the set temperature of the temperature control unit so
as to prevent adhesive from splattering.
(Set on the adhesive library editor)
Lower the nozzle rising speed. (Set in the dispensing condition setting)
• Other
Decrease the nozzle lowering speed so as to reduce damages to a PCB and components on its
reverse side.
(Set in the dispensing condition setting)
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4.3 Configuring Virtual Lines
4.3.4 Import Line
Import line allows you to import line information from the production data.
1
Choose the line.
2
Choose the [Import]  [Import Line]
on the menu bar.
2
 The <Open> window opens.
1
Factory040305S-01E01
3
Choose the desired production data
to be imported and click [Open].
 If the machine has already registered in the
line it overwrites.
The following files can be selected for import.
• Project files (.prj)
• NPM production data (.crb)
• CM / DT production data (.mai)
• All files
3
3
Factory040305S-02E00
4
Select the import source PCB for
machine configuration, and then click
[Import].
 In the presence of different source data PCBs,
the <machine configuration import> window is
displayed.
4
 If there is only one source data PCB , it is not
displayed.
Factory040305S-04E00
5
Click [OK].
5
Factory040305S-03E00
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4.4 Nozzle Library Editor
4.4 Nozzle Library Editor
Nozzles can be added, deleted, and edited on the <Nozzle Library Editor> window.
The nozzle library editor is the editor managing the basic data of nozzles.
4.4.1 Starting up Nozzle Library Editor
To start up the nozzle library editor, click on [Factory Manager] in the application launcher in the
bottom left of the screen.
Factory040401S-01E00
To start up the nozzle library editor, click on
Library.
(Edit Nozzle Library) or choose Nozzle in Edit
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4.4 Nozzle Library Editor
4.4.2 Nozzle Library Screen Structure
1
2
2
2
3
2
4
2
Factory040402S-01E02
No.
Name
 Menu bar
 Toolbar
 Library tree view area
 Nozzle list view area
Page 4-64
Description
Displays each menu.
Displays each operation icon.
Uses a tree view to display the nozzle library.
Display detailed nozzle data.
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Programming Manual
4.4 Nozzle Library Editor
 Library tree view area
Factory040402S-02E00
Nozzle Libraries consist of Master Nozzle Library and Line Nozzle Library that is used for
production data already output to actual lines.
 Master Nozzle Library
This is used for creating production data in the data creation job.
 Line Nozzle Library
Line Nozzle Library data is used for actual production data. Edits made by equipment or
LWS/PPD editor will be reflected in Line Nozzle Library.
 Menu (When Master Nozzle Library is selected)
Menu bar
Tool bar
Right-click menu
[Nozzle]
Explanation
[New]
[New]
Creates a new nozzle.
[Save]

Saves Nozzle Libraries.
[Export]


Exports nozzle data.
[Exit]


Exits from the nozzle library editor.
[Edit]
[Copy Here]
[Copy Here]
Copies the nozzle selected within the same
nozzle library.
[Copy to Line]
[Copy To Line]
Copies a nozzle selected from Master Nozzle
Library to the specified Line Nozzle Library.
[Delete]
[Delete]
[Import]
[Import Nozzle
Data]
EJS9AE-MB-04P-30


Delete the selected nozzle.
Imports nozzle data from production data.
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4.4 Nozzle Library Editor
 Menu (When Line Nozzle Library is selected)
Menu bar
Tool bar
Right-click menu
[Nozzle]
Explanation
[New]
[New]
Creates a new nozzle.
[Save]

Saves Nozzle Libraries.
[Export]


Exports nozzle data.
[Exit]


Exits from the nozzle library editor.
[Edit]
[Copy Here]
[Copy Here]
Copies the nozzle selected within the same
nozzle library.
[Copy To Line]
[Copy To Line]
Copies a nozzle selected from Line Nozzle
Library to the specified nozzle library in another
line.
[Delete]
[Delete]
Delete the selected nozzle.
[Import]
[Update Master
Nozzle Lib.]
Page 4-66

Updates nozzle information selected within
Line Nozzle Library to Master Nozzle Library.
Updated if Master Nozzle Library has a nozzle
of the same number, and added otherwise.
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Programming Manual
4.4 Nozzle Library Editor
4.4.3 Nozzle Data
The following explains details of the nozzle data.
Factory040401S-01E01
Factory040401S-02E01
 Nozzle data configuration (Common to NPM and CM/DT)
Item
Explanation
‘Nozzle No.’
Nozzle number. Standard nozzles cannot be edited.
• Small nozzles for 12- and 16-nozzles
Displays ‘S’ after the last nozzle number. (Example:1100 
1100S)
• Nozzles for AM
Displays ‘M’ after the least nozzle number. (Example:1100
 1100M)
‘Recognition Mode’
Indicates the recognition mode in which the nozzle is
supported. The machine automatically judges that the mode is
one or more.
‘TUPH’
Component pickup nozzle height. This is calculated by
Nozzle-section height
subtracting the component height from the maximum nozzle
height.
‘MAXH’
Indicates the overall height of the nozzle.
Nozzle length
‘X’
Indicates the dimension—seen from the top of the nozzle—in
the X-axis direction.
‘Y’
Indicates the dimension—seen from the top of the nozzle—in
the Y-axis direction.
‘TX’
Indicates the dimension—seen from the top of the nozzle—of
the nozzle tip in the X-axis direction.
‘TY’
Indicates the dimension—seen from the top of the nozzle—of
the nozzle tip in the Y-axis direction.
‘Name’
Indicates the nozzle name. The following characters cannot be
used in the names.
” Double-byte character
‘Size’
Sets the nozzle size.
Size to be set differs depending on nozzle number.
Nozzle type
Nozzle
Size to be set
number
Nozzle
100 to 999 [Standard], [L], [S]
(NPM,
1000 to
[Standard], [L], [XL], [50mm]
CM/DT)
9999
[Shied S], [Shied L]
Nozzle (AM)
100 to 999 [Standard]
1000 to
[Standard], [L],
9999
[Shied S], [Shied L]
‘NH’
Sets whether to enable the automatic nozzle-height
Nozzle height measurement
measurement function.
‘LO’
Sets whether to enable the pickup learning function.
Whether to enable the pickup
position learning function
‘TO’
Sets whether to enable the eccentricity compensation
Whether to enable the eccentricity function.
compensation function
‘VU’
Indicates the time from just before the head has finished being
Vacuum rise time
lowered to pick up a component until the vacuum turns ON.
‘VD’
Indicates the time from just before the head has finished being
Vacuum break timing
lowered to place a component until the vacuum starts to
break.
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4.4 Nozzle Library Editor
Item
Explanation
‘TT’
Indicates a period of time while the head is lowered to pick up
Pickup holding time
a component.
‘MT’
Indicates a period of time while the head is lowered to place a
Placement condition keeping time component.
‘FB’
Sets the threshold to be used for nozzle clogging detection
Nozzle clogging detection value
when nozzles are changed.
‘VSMC’
Set this item when you want to check whether a component is
Vacuum sensor placement check picked up or not.
‘Comment’
Enter anything you like. (Optional)
‘Adhesion check’
Checks to see if adhesion check is conducted.
• [Auto]
• [ON]
• [OFF]
‘SN’
Sets whether it is a low impact nozzle or not.
Low impact nozzle
 Changing the nozzle data
1
2
Click the desired cell to change the
data.
 When the standard nozzle data has changed,
the background color of the changed cell will
be changed.
The background color of newly adding nozzle
does not change.
1
2
Choose [Nozzle]  [Save] on the
menu bar.
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4.4 Nozzle Library Editor
4.4.4 Addition of New Nozzle(s)
1
Choose a machine type to which a
nozzle is added. Choose either
CM/DT or AM.
2
Choose [Nozzle]  [New] on the
menu bar.
1
Factory040405S-02E01
 <New Nozzle> window appears.
2
Factory040404S-01E00
3
Specify ‘Nozzle Number’ and ‘Size’.
4
Click [OK].
3
Factory040404S-02E00
4
 The nozzle list is arranged in ascending order,
from the smallest nozzle number to the
greatest one, and a new nozzle is added at
the position corresponding to the entered
nozzle number.
 Set item
Item
‘Nozzle Number’
‘Size’
Explanation
Enter a nozzle number. Input range: 101 to 9999
Set the nozzle size.
Size to be set differs depending on nozzle number.
Nozzle type
Nozzle
(NPM,
CM/DT)
Nozzle (AM)
EJS9AE-MB-04P-30
Nozzle
number
100 to 999
1000 to
9999
100 to 999
1000 to
9999
Size to be set
[Standard], [L], [S]
[Standard], [L], [XL], [50mm]
[Shied S], [Shied L]
[Standard]
[Standard], [L],
[Shied S], [Shied L]
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4.4 Nozzle Library Editor
5
Enter nozzle details.
 Together with nozzles, the details to be set
are provided by us. Add the described
information to the added line data.
‘4.4.3 Nozzle Data’
Details of the item:
6
5
6
Choose [Nozzle]  [Save] on the
menu bar.
7
Click [OK].
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7
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4.4 Nozzle Library Editor
4.4.5 Nozzle Copy
1
Choose Nozzle Libraries.
 Choose either within Master Nozzle Library or
Line Nozzle Library.
1
Factory040405S-01E00
2
Choose a nozzle that you want to
copy.
 When making multiple selections, choose
nozzles while holding down the [Shift] key or
the [Ctrl] key.
2
Factory040405S-02E01
3
Choose [Edit]  [Copy Here] on the
menu bar.
 <Copy Nozzle> window appears.
3
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Programming Manual
4.4 Nozzle Library Editor
4
Specify a ‘Nozzle No.’
5
Click [OK].
4
Factory040405S-04E02
 The nozzle is copied to the same nozzle
library.
5
6
Choose [Nozzle]  [Save] on the
menu bar.
7
Click [OK].
6
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7
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Programming Manual
4.4 Nozzle Library Editor
4.4.6 Copy To Line
 Copy To Line (When Master Nozzle Library is selected)
1
Choose Master Nozzle Library within
Nozzle Libraries.
2
Choose a nozzle that you want to
copy.
1
Factory040406S-01E00
 When making multiple selections, choose
nozzles while holding down the [Shift] key or
the [Ctrl] key.
2
Factory040406S-02E01
3
Choose [Edit]  [Copy To Line] on
the menu bar.
 <Line Selection> window appears. Only an
actual line can be selected.
3
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Programming Manual
4.4 Nozzle Library Editor
4
Choose a ‘Line’.
5
Click [OK].
6
Confirm a nozzle to copy and click
[OK].
4
Factory040406S-04E00
5
 If the same nozzle number exists in copy
destination, the confirmation dialog appears. If
you do not want to overwrite the data,
uncheck the checkbox of the nozzle.
Factory040406S-13E00
6
7
Choose [Nozzle]  [Save] on the
menu bar.
8
Click [OK].
7
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8
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4.4 Nozzle Library Editor
 Copy To Line (When Line Nozzle Library is selected)
1
Choose Line Nozzle Library within
Nozzle Libraries.
2
Choose a nozzle that you want to
copy.
1
Factory040406S-07E00
 When making multiple selections, choose
nozzles while holding down the [Shift] key or
the [Ctrl] key.
2
Factory040406S-08E01
3
Choose [Edit]  [Copy To Line] on
the menu bar.
 <Line Selection> window appears. Only an
actual line can be selected.
3
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Programming Manual
4.4 Nozzle Library Editor
4
Choose a ‘Line’.
5
Click [OK].
6
Confirm a nozzle to copy and click
[OK].
4
Factory040406S-10E00
5
 If the same nozzle number exists in copy
destination, the confirmation dialog appears. If
you do not want to overwrite the data,
uncheck the checkbox of the nozzle.
Factory040406S-13E00
6
7
Choose [Nozzle]  [Save] on the
menu bar.
8
Click [OK].
7
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4.4 Nozzle Library Editor
4.4.7 Exporting Nozzle Data
You can export registered nozzle data.
1
Choose a nozzle library
 Choose Master nozzle library or the nozzle
data in Line nozzle library.
1
Factory040409S-01E00
2
Choose [Nozzle]→[Export] in the
menu bar.
 The <Save As> window opens.
2
Factory040409S-02E00
3
3
Specify a director to save.
4
Type a nozzle data name.
5
Click [Save].
4
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5
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4.4 Nozzle Library Editor
6
Click [OK].
 The file is saved in the save location.
Factory040409S-04E00
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4.4 Nozzle Library Editor
4.4.8 Importing nozzle data
1
Choose the [Import]  [Import Nozzle
Data] on the menu bar.
 The <Open> window opens.
1
Factory040407S-01E00
2
EJS9AE-MB-04P-30
3
Click [Open].
3
4
Factory040400S-08E00
Choose the desired production data.
 The confirmation dialog opens.
Factory040400S-06E00
Factory040400S-07E01
2
4
Check the box on the nozzle to
overwrite and import.
5
Click [OK].
6
Click [OK]
5
6
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Programming Manual
4.4 Nozzle Library Editor
4.4.9 Updating Master Nozzle Library
1
Choose Line Nozzle Library within
Nozzle Libraries.
2
Choose a nozzle whose information
you want to update to Master Nozzle
Library.
1
Factory040408S-01E01
 When making multiple selections, choose
nozzles while holding down the [Shift] key or
the [Ctrl] key.
2
Factory040408S-02E01
3
Choose [Import]  [Update Master
Nozzle Lib.] on the menu bar.
3
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Programming Manual
4.4 Nozzle Library Editor
4
Confirm a nozzle to update and click
[OK].
 If the same nozzle number exists in copy
destination, the confirmation dialog appears. If
you do not want to overwrite the data,
uncheck the checkbox of the nozzle.
Factory040408S-04E02
4
5
Factory040408S-05E00
Click [OK].
5
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Programming Manual
4.5 Dispensing Nozzle Library Editor
4.5 Dispensing Nozzle Library Editor
You can add, delete, or edit a nozzle on the <Dispense Nozzle Library Editor> window.
The dispensing nozzle library editor is an editor that manages nozzle basic data.
 Adding a new nozzle
1
Choose Dispense Nozzle from Edit
library on the menu bar, or click
on the tool bar and choose Dispense
Nozzle.
2
Choose [Nozzle]  [New] on the
menu bar.
1
1
Factory040700S-11E01
1
1
Factory040700S-01E01
 A new nozzle is added to the bottom level of
the nozzle list.
Factory040700S-02E00
3
Enter detailed information of the
nozzle.
 Contents to be set will be provided together
with the nozzle by us. Enter information for
the prescribed contents to the data on the
added line.
4
Choose [Nozzle]  [Save] on the
menu bar.
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Programming Manual
4.5 Dispensing Nozzle Library Editor
 Importing the dispensing nozzle data
1
Choose [Import]  [Import Dispense
Nozzle] on the menu bar.
 The <Open> window opens.
1
Factory040700S-04E00
2
2
Choose the desired production data.
3
Click [Open].
 Dispensing nozzle heads used in the
production data are displayed.
3
Factory040700S-05E00
4
Check off the desired nozzle.
5
Click [OK].
 If there is a nozzle with the same name, a
message asking whether to overwrite it
appears.
4
Factory040700S-09E00
6
Factory040700S-06E00
Click [OK].
 The imported nozzle is added to the bottom
level of the nozzle list.
5
 If there is any dispense nozzle that is not
overwritten, the following message appears.
Factory040700S-10E00
Factory040700S-07E00
6
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Programming Manual
4.5 Dispensing Nozzle Library Editor
4.5.1 Dispensing Nozzle Data
This subsection describes dispensing nozzle data details.
Factory040701S-01E01
 Dispensing nozzle data setting item
Item
Explanation
‘Nozzle No’
Nozzle number. Standard nozzles cannot be edited.
‘Nozzle Name’
Name of the nozzle
‘Original’
Name of the original data from which data is copied
‘Nozzle Shape Pattern’
Classification by dispensing point. It includes 1-point
dispensing, 2-point dispensing, and 4-point dispensing.
‘Nozzle Hole Diameter’
Diameter of the nozzle hole. This can be selectable according
to your desired hole diameter for dispensing.
‘Nozzle Hole Pitch X’
Distance of arranged nozzles in the X-direction when there is
more than one nozzle hole
‘Nozzle Hole Pitch Y’
Distance of arranged nozzles in the Y-direction when there is
more than one nozzle hole
‘Stopper Type’
Type of the stopper
‘Stopper Horizontal Pitch’
Distance of arranged stoppers in the horizontal direction
‘Stopper Vertical Pitch’
Distance of arranged stoppers in the vertical direction
‘Stopper Diameter’
Diameter of the stopper
‘Nozzle Seat Width’
Width of the nozzle seat
‘Nozzle Seat Length’
Length of the nozzle seat
‘Center Measure’
Select whether to measure the nozzle center.
 Dispensing nozzle overview
Stopper
Nozzle hole
Stopper horizontal pitch
Seat
Stopper diameter
Nozzle hole diameter
Nozzle seat width
Page 4-84
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Programming Manual
4.5 Dispensing Nozzle Library Editor
 Changing the dispensing nozzle data
1
2
Click the desired cell to change the
data.
 When the standard nozzle data has changed,
the background color of the changed cell will
be changed.
The background color of newly adding nozzle
does not change.
2
1
Choose [Nozzle]  [Save] on the
menu bar.
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Programming Manual
4.6 Adhesive Library Editor
4.6 Adhesive Library Editor
You can add, delete, or edit an adhesive on the <Glue Library Editor> window.
The adhesive library editor is an editor that manages adhesive basic data.
 Adding a new adhesive
1
1
Choose Glue from the Edit Library on
the menu bar, or click
on the tool
bar and choose Glue.
 The <Glue Library Editor> window opens.
1
Factory040800S-09E01
1
1
Factory040800S-01E01
2
Choose [Glue]  [New] on the menu
bar.
 A new adhesive is added to the bottom level
of the adhesive list.
Factory040800S-02E01
3
Enter detailed information of the
adhesive.
 Contents to be set will be provided together
with the adhesive by us. Enter information for
the prescribed contents to the data on the
added line.
4
Factory040800S-03E01
Page 4-86
Choose [Glue]  [Save] on the menu
bar.
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NPM-DGS
Programming Manual
4.6 Adhesive Library Editor
 Importing the adhesive data
1
Choose [Import]  [Import Glue Data]
on the menu bar.
 The <Open> window opens.
1
Factory040800S-04E00
2
2
Choose the desired production data.
3
Click [Open].
 Adhesives used in the production data are
displayed.
3
Factory040800S-05E00
4
Check off the desired adhesive.
5
Click [OK].
 If there is any adhesive with the same name,
you will overwrite it, or a confirmation
message will be displayed.
4
Factory040800S-08E00
6
Factory040800S-06E00
Click [OK].
 The imported adhesive is added to the bottom
level of the adhesive list.
5
 If there is any glue data that is not overwritten,
the following message appears.
Factory040800S-07E00
6
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4.6 Adhesive Library Editor
4.6.1 Adhesive Data
This subsection describes adhesive data details.
Factory040801S-01E01
 Adhesive data setting item
Item
Explanation
‘Name’
Name of the adhesive
‘Original’
Name of the original data from which data is copied
‘Thermostat Temperature’
Temperature set by the temperature control unit
‘Color’
Color of the adhesive
‘Dispense Time’
Dispense time of the adhesive.
‘Dispense Speed’
Dispense speed of the adhesive.
‘Pressure’
Ejection pressure of the adhesive.
‘Serial Discharge Count’
The number of continuous discharge counts.
‘Discharge Recognition Set Count’ The number of discharge recognition set counts.
 Changing the adhesive data
1
2
 When the standard nozzle data has changed,
the background color of the changed cell will
be changed.
The background color of newly adding nozzle
does not change.
1
Factory040801S-02E01
Page 4-88
Click the desired cell to change the
data.
2
Choose [Adhesive]  [Save] on the
menu bar.
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Programming Manual
4.7 Dummy Dispensing Recognition Library Editor
4.7 Dummy Dispensing Recognition Library Editor
You can add, delete, or edit the dummy dispensing recognition data on the <Discharge
Recognition Library> window.
The dummy dispensing recognition data is a data used to recognize adhesives that have been
dispensed in dummy dispensing and to determine the conditions of both nozzles and adhesives.
The dummy dispensing recognition library editor is an editor that manages basic data.
 Adding a new dummy dispensing data
1
Choose Trial Discharge Recognition
from Edit Library on the menu bar, or
click
on the tool bar and choose
Trial Discharge Recognition.
2
Choose [Discharge Data]  [New] on
the menu bar.
1
1
Factory040900S-01E01
1
1
Factory040900S-04E01
 A new dummy dispensing data is added to the
bottom level of the dummy dispensing data
list.
2
Factory040900S-02E01
4
3
Enter detailed information of dummy
dispensing.
4
Choose [Discharge Data]  [Save]
on the menu bar.
3
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Programming Manual
4.7 Dummy Dispensing Recognition Library Editor
4.7.1 Dummy Dispensing Recognition Data
This subsection describes the dummy dispensing recognition data details.
Factory040901S-01E01
 Dummy dispensing recognition data setting item
Item
Explanation
‘Name’
Name of the dummy dispensing recognition data
‘Lamp Value 1 (Coaxial)’
Value of the coaxial lamp brightness. Set the manual control of
the lamp 1. (1 to 255)
‘Lamp Value 2 (High angle)’
Value of the lamp brightness at high angle. Set the manual
control of the lamp 2. (1 to 255)
‘Lamp Value 3 (Center angle)’
Value of the lamp brightness at center angle. Set the manual
control of the lamp 3. (1 to 255)
‘Lamp Value 4 (Low angle)’
Value of the lamp brightness at low angle. Set the manual
control of the lamp 4. (1 to255)
‘Stringiness Criteria’
Permissible size (mm) of stringiness judgment.  Fig. 1
‘Pattern Min Diameter’
The minimum diameter to judge if it is an effective dispensing
pattern when a material (adhesive) for dummy dispensing is
recognized (0.02 mm to 3.0 mm).
 Fig. 2
‘Total Area Lower Limit’
Permissible lower-limit value of total dispensing area
‘Total Area Upper Limit’
Permissible upper-limit value of total dispensing area
‘Large/Small Area Ratio Limit’
A warning is issued in the following case: Minimum dispensing
area of the multiple-hole nozzle  Maximum dispensing area 
100  Permissible large/small area value
‘Reference Area Value’
Total area value of the reference dispensing point. This is
measured in production data teaching.
‘Recog. Search Area Start Point X’ Start point of the X-direction recognition search area
‘Recog. Search Area Start Point Y’ Start point of the Y-direction recognition search area
‘Recog. Search Area End Point X’ End point of the X-direction recognition search area
‘Recog. Search Area End Point Y’ End point of the Y-direction recognition search area
‘Splattered Pattern Inspection’
Inspection of small, splattered adhesives (ON/OFF)
‘Stringiness Inspection’
Inspection of adhesive filaments (ON/OFF)
‘Nozzle Clogging Inspection’
Inspection of nozzle clogging (ON/OFF)
‘Area Inspection’
Inspection of areas (ON/OFF)
‘Bridge Inspection’
Inspection of bridge (ON/OFF)
Fig. 1
Permissible size of stringiness judgment (0.1 mm
to 2.0 mm)
When the tip of adhesive filaments is detected,
and the difference between measured lengths of
filaments and diameter of the adhesive is larger
than the permissible size, a stringiness error
results.
Tip of filaments
Length of filaments
Pattern center
Length of the
diameter
Page 4-90
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Programming Manual
4.7 Dummy Dispensing Recognition Library Editor
Fig. 2
Adhesive separated when nozzle rising = Splattered pattern
Normal adhesive dispensed
 For a pattern minimum diameter, the minimum diameter must be set to judge if it is an effective
dispensing pattern when a material (adhesive) for dummy dispensing is recognized.
 Changing the dummy dispensing data
1
2
Click the desired cell to change the
data.
 When the standard nozzle data has changed,
the background color of the changed cell will
be changed.
The background color of newly adding nozzle
does not change.
1
2
Choose [Trial Dispense Data] 
[Save] on the menu bar.
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4.7 Dummy Dispensing Recognition Library Editor
 Importing the trial dispense data
1
1
Choose [Import]  [Import Trial
Dispense Recognition Data] on the
menu bar.
 The <Open> window opens.
2
Choose the desired file.
3
Click [Open].
Factory040901S-03E00
 The trial dispense recognition data used for
production data is displayed.
2
3
Factory040901S-04E00
4
Mark the checkbox of the data to be
imported.
5
Click [OK].
 If there is any trial dispense recognition data
with an identical name, you will overwrite it, or
a confirmation message will be displayed.
4
Factory040901S-07E00
Factory040901S-05E00
6
5
If successfully imported, the message
appears. Click [OK] and close the
window.
 If there is any trial dispense recognition data
that is not overwritten, the following message
will appear.
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6
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4.8 Body Chuck Library Editor
4.8 Body Chuck Library Editor
From the <Body Chuck Library> window, you can add, delete and edit the body chuck.
The body chuck library editor is an editor that controls the basic data of the body chuck used for
the insertion head.
4.8.1 Launching Body Chuck Library Editor
1
From Edit Library on the menu bar,
on
choose Body Chuck or click
the tool bar to choose the body chuck.
1
Factory041000S-01E00
1
Factory041000S-02E00

The <Body Chuck Library Editor > window
starts up.
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4.8 Body Chuck Library Editor
4.8.2 Screen Configuration of Body Chuck Library Editor
1
2
2
2
3
2
Factory041000S-04E00
No.
Name
 Menu bar
 Toolbar
 Tool list display area
Page 4-94
Description
Displays each menu.
Displays each operation icon.
Displays details of the tool data.
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NPM-DGS
Programming Manual
4.8 Body Chuck Library Editor
 Menu
Menu bar
[Body Chuck]
Tool bar
Right-click menu
Description
[New]
[New]
Creates a new body chuck.
[Save]

Saves Body Chuck Libraries.

Exits from the body chuck library editor.
[Copy Here]
Copies the body chuck selected within the
same body chuck library.
[Exit]

[Edit]
[Copy Here]
[Paste]
[Paste]
Pastes the copied body chuck data.
[Delete]
[Delete]
Delete the selected body chuck.
[Import]
[Import Body
Chuck Data]
EJS9AE-MB-04P-30


Imports body chuck data from production
data.
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4.8 Body Chuck Library Editor
4.8.3 Body Chuck Data
Detailed information of the body chuck data is described.
Factory0410005S-06E00
TL
TR
Body chuck
 Body chuck data setting item
Item
Explanation
Shows the adaptor set number of the body chuck.
‘Number’
・Set within the range from 10001 to 10999
Shows the body chuck name.
‘Name’
Left adaptor thickness
‘TL’
Right adaptor thickness
‘TR’
 Change of the body chuck data
2
1
Click a cell of a desired item to
change the data
 If you change the data of the standard body
chuck, the background color of the changed
cell will be changed. If you newly add the body
chuck, the background color will not be
changed.
2
1
2
Click [Body Chuck] → [Save] or
on the menu bar.
Factory041000S-07E00
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4.8 Body Chuck Library Editor
4.8.4 Adding New Body Chuck
1
Choose [Body Chuck] → [New] on the
menu bar.
2
Enter detailed information of the body
chuck.
1
Factory041000S-08E00
 Detailed information to be set will be provided
by us together with the body chuck. Enter the
provided information into the data of the
added line.
3
2
EJS9AE-MB-04P-30
3
Choose [Body Chuck] → [Save] on
the menu bar.
Page 4-97
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4.8 Body Chuck Library Editor
4.8.5 Copying Body Chuck
1
Choose a desired body chuck to
copy.
2
Choose [Edit] → [Copy] on the menu
bar.
3
Choose [Edit] → [Paste] on the menu
bar.
4
Enter information of the body chuck.
5
Choose [Body Chuck] → [Save] on
the menu bar.
1
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2
Factory041000S-11E00
3
Factory041000S-12E00
5
4
Factory041000S-13E00
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4.8 Body Chuck Library Editor
4.8.6 Deleting Body Chuck
1
Choose a desired body chuck to
delete.
2
Choose [Edit] → [Delete] on the menu
bar.
3
Click [Yes].
1
Factory041000S-14E00
2
Factory041000S-15E00
Factory041000S-16E00
3
 The body chuck data is deleted.
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4.8 Body Chuck Library Editor
4.8.7 Importing Body Chuck
1
Choose [Import] → [Import Body
Chuck Data] on the menu bar.
2
Choose a desired production data to
import.
3
Click [Open].
4
Mark the checkbox of the body chuck
to import.
5
Click [OK].
6
Click [OK].
1
Factory041000S-18E00
2
Factory041000S-19E00
3
4
5
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4.9 Lead Chuck Library Editor
4.9 Lead Chuck Library Editor
From the <Lead Chuck Library> window, you can add, delete and edit the lead chuck.
The lead chuck library editor is an editor that controls the basic data of the lead chuck used for
the insertion head.
For the lead chuck, see the chapter in' 2.2 Basic Performance in the NPM-VF specification'.
4.9.1 Launching Lead Chuck Library Editor
1
Factory041100S-01E00
From Edit Library on the menu bar,
on
choose Lead Chuck or click
the tool bar to choose the lead chuck.
1
1
Factory041100S-02E00
 The <Lead Chuck Library Editor> window
starts up.
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Programming Manual
4.9 Lead Chuck Library Editor
4.9.2 Screen Configuration of Lead Chuck Library Editor
1
2
2
2
3
2
Factory041100S-04E01
No.
Name
 Menu bar
 Toolbar
 Tool list display area
Page 4-102
Description
Displays each menu.
Displays each operation icon.
Displays details of the tool data.
EJS9AE-MB-04P-30
NPM-DGS
Programming Manual
4.9 Lead Chuck Library Editor
 Menu
Menu bar
[Lead Chuck]
Tool bar
Right-click menu
Explanation
[New]
[New]
Creates a new lead chuck.
[Save]

Saves Lead Chuck Libraries.

Exits from the lead chuck library editor.
[Exit]

[Edit]
[Copy Here]
[Copy Here]
Copies the lead chuck selected within the same
lead chuck library.
[Paste]
[Paste]
Pastes the copied lead chuck data.
[Delete]
[Delete]
Delete the selected lead chuck.
[Import]
[Import Lead
Chuck Data]
EJS9AE-MB-04P-30


Imports lead chuck data from production data.
Page 4-103
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4.9 Lead Chuck Library Editor
4.9.3 Lead Chuck Data
Detailed information of the lead chuck data is described.
Chuck center
Part center
CA～CF
WA～WF
EXLEN
Standard length
Factory041100S-06E01
 Lead chuck data setting item
Item
‘Number’
‘Name’
‘WA～WF’
‘CA～CF’
‘EXLEN’
‘RECOG’
Explanation
Nozzle number.
・Set within the range from 11001 to 11999.
Shows the lead chuck name.
Shows the lead interval that can be inserted. You can choose
from six types.
Shows component chuck position offset. You can choose from
six types.
Shows the extended length if the standard chuck differs from
the length of the claw.
Sets whether a lead chuck is corresponding to component
recognition or not.
 Change of the lead chuck data
2
1
Click a cell of a desired item to
change the data.
 If you change the data of the standard lead
chuck, the background color of the changed
cell will be changed. If you newly add the lead
chuck, the background color will not be
changed.
2
1
Factory041100S-07E01
Page 4-104
2
Click [Lead Chuck] → [Save] or
on the menu bar.
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NPM-DGS
Programming Manual
4.9 Lead Chuck Library Editor
4.9.4 Adding New Lead Chuck
1
Choose [Lead Chuck] → [New] on the
menu bar.
2
Enter detailed information of the lead
chuck.
1
Factory041100S-08E00
 Detained information to be set will be provided
by us together with the lead chuck. Enter the
provided information into the data of the
added line.
3
2
3
Factory041100S-09E00
EJS9AE-MB-04P-30
Choose [Lead Chuck] → [Save] on
the menu bar.
Page 4-105
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4.9 Lead Chuck Library Editor
4.9.5 Copying Lead Chuck
1
Choose a desired lead chuck to copy.
2
Choose [Edit] → [Copy] on the menu
bar.
3
Choose [Edit] → [Paste] on the menu
bar.
4
Enter information of the lead chuck.
5
Choose [Lead Chuck] → [Save] on
the menu bar.
1
Factory041100S-10E00
2
Factory041100S-11E0
3
Factory041100S-12E00
5
4
Factory041100S-13E0
Page 4-106
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Programming Manual
4.9 Lead Chuck Library Editor
4.9.6 Deleting Lead Chuck
1
Choose a desired lead chuck to
delete.
2
Choose [Edit] → [Delete] on the menu
bar.
3
Click [Yes].
1
Factory041100S-14E00
2
Factory041100S-15E00
Factory041100S-16E00
3
 The lead chuck data is deleted.
Factory041100S-17E00
EJS9AE-MB-04P-30
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Programming Manual
4.9 Lead Chuck Library Editor
4.9.7 Importing Lead Chuck
1
Choose [Import] → [Import Lead
Chuck Data] on the menu bar.
2
Choose a desired production data to
import.
3
Click [Open].
1
2
Factory041000S-19E00
 The confirmation dialog opens.
3
4
4
Mark the checkbox of the lead chuck
to import.
5
Click [OK].
6
Click [OK].
5
Factory041100S-20E00
Factory041100S-21E00
Page 4-108
6
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Programming Manual
4.10 Swing Nozzle Library Editor
4.10 Swing Nozzle Library Editor
From the <Swing Nozzle Library> window, you can add, delete and edit the swing nozzle. The
swing nozzle library editor is an editor that controls the basic data of the swing nozzle used for
the insertion head.
4.10.1 Launching Swing Nozzle Library Editor
1
From Edit Library on the menu bar,
on
choose Swing Nozzle or click
the tool bar to choose the swing
nozzle.
Factory041200S-01E00
1
Factory041200S-02E00
1
 The <Swing Nozzle Library Editor> window
starts up.
Factory041200S-03E00
EJS9AE-MB-04P-30
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4.10 Swing Nozzle Library Editor
4.10.2 Screen Configuration of Swing Nozzle Library
1
2
2
2
3
2
Factory041200S-04E00
No.
Name
 Menu bar
 Toolbar
 Tool list display area
Page 4-110
Description
Displays each menu.
Displays each operation icon.
Displays details of the tool data.
EJS9AE-MB-04P-30
NPM-DGS
Programming Manual
4.10 Swing Nozzle Library Editor
 Menu
Menu bar
[Swing Nozzle]
Tool bar
Right-click menu
Explanation
[New]
[New]
Creates a new swing nozzle.
[Save]

Saves Swing Nozzle Libraries.

Exits from the swing nozzle library editor.
[Copy Here]
Copies the swing nozzle selected within the
same swing nozzle library.
[Exit]

[Edit]
[Copy Here]
[Paste]
[Paste]
Pastes the copied swing nozzle data.
[Delete]
[Delete]
Delete the selected swing nozzle.
[Import]
[Import Swing
Nozzle Data]
EJS9AE-MB-04P-30


Imports nozzle data from production data.
Page 4-111
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Programming Manual
4.10 Swing Nozzle Library Editor
4.10.3 Swing Nozzle Data
Detailed information of the swing nozzle data is described.
Swing center
TUPH
TX / TY
Factory041200S-06E00
 Swing nozzle data setting item
Item
‘Number’
‘Name’
‘TUPH’
‘TX’
‘TY’
'TT'
'MT'
'VU'
'VD'
'FB'
Recognition M'
'Adhesive Check'
Page 4-112
Explanation
Nozzle number.
・Set within the range from 12001 to 12999.
Shows the swing nozzle name.
Nozzle height when a component is picked up. It can be
calculated by subtracting the component height from the
maximum nozzle height.
Shows the size of the nozzle tip in the X direction (vertical).
Shows the size of the nozzle tip in the Y direction (horizontal).
Shows the time that the head is lowered during vacuum.
Shows the time that the head is lowered during placement.
Shows the time that vacuum turns ON before the head is
completely lowered when the head vacuums a component.
Shows the time that vacuum break starts before the head is
completely lowered when placement is performed
Sets the threshold to be used for nozzle clogging detection.
Shows the recognition mode that the nozzle can be
supported. If more than one recognition mode is shown, the
machine automatically decides the appropriate one.
Sets whether adhesion check is performed or not.
• [Auto]
• [ON]
• [OFF]
EJS9AE-MB-04P-30
NPM-DGS
Programming Manual
4.10 Swing Nozzle Library Editor
 Change of the swing nozzle data
2
1
Click a cell of a desired item to
change the data.
 If you change the data of the standard swing
nozzle, the background color of the changed
cell will be changed. If you newly add the
swing nozzle, the background color will not be
changed.
2
1
2
Click [Swing Nozzle] → [Save] on the
menu bar or click
.
Factory041200S-07E00
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Programming Manual
4.10 Swing Nozzle Library Editor
4.10.4 Adding New Swing Nozzle
1
Choose [Swing Nozzle] → [New] on
the menu bar.
2
Enter detailed information of the
swing nozzle.
1
Factory041200S-08E00
 Detailed information to be set will be provided
by us together with the swing nozzle. Enter
the provided information into the data of the
added line.
3
2
Factory041200S-09E00
Page 4-114
3
Choose [Swing Nozzle] → [Save] on
the menu bar.
EJS9AE-MB-04P-30
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Programming Manual
4.10 Swing Nozzle Library Editor
4.10.5 Copying Swing Nozzle
1
Choose a desired swing nozzle to
copy.
2
Choose [Edit] → [Copy] on the menu
bar.
3
Choose [Edit] → [Paste] on the menu
bar.
4
Enter information of the swing nozzle.
5
Choose [Swing Nozzle] → [Save] on
the menu bar.
1
Factory041200S-10E00
2
Factory041200S-11E00
3
Factory041200S-12E00
5
4
Factory041200S-13E00
EJS9AE-MB-04P-30
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Programming Manual
4.10 Swing Nozzle Library Editor
4.10.6 Deleting Swing Nozzle
1
Choose a desired swing nozzle to
delete.
2
Choose [Edit] → [Delete] on the menu
bar.
3
Click [Yes].
1
Factory041200S-14E00
2
Factory041200S-15E00
Factory041200S-16E00
3
 The swing nozzle data is deleted.
Factory041200S-17E00
Page 4-116
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Programming Manual
4.10 Swing Nozzle Library Editor
4.10.7 Importing Swing Nozzle
1
Choose [Import] → [Import Swting
Nozzle Data] on the menu bar.
2
Choose a desired production data to
import.
3
Click [Open].
1
Factory041200S-18E00
2
 The confirmation window opens.
Factory041000S-19E00
3
4
4
Mark the checkbox of the swing
nozzle to import.
5
Click [OK].
6
Click [OK].
5
Factory041200S-20E00
Factory041200S-21E00
EJS9AE-MB-04P-30
6
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Programming Manual
4.11 Feeder Inventory Configuration
4.11 Feeder Inventory Configuration
The feeder inventory configuration sets the feeder information.
 Checking and editing the feeder number
1
Choose the desired line, and click
(Inventory edit) on the toolbar.
 The feeder inventory setup window opens.
1
Factory040503S-01E03
1
 The feeder number list contains the following
fields.
• ‘Feeder’
• ‘Description’
• ‘Available’
2
3
2
Type the number of available feeders.
3
Click [OK].
Factory040500S-03E05
 Items to be set
Item
‘Feeder’
‘Description’
‘Available’
Page 4-118
Explanation
Displays the feeder name.
For reading only
Displays explanations (e.g. applicable tape width) for a feeder.
For reading only
Set the number of the feeders that can be used.
EJS9AE-MB-04P-30
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Programming Manual
4.11 Feeder Inventory Configuration
 Button
Button
[Select All]
[Invert Selection]
[Fill Selected...]
Explanation
Selects all the feeders.
Reverses the selected and deselected state of the items.
Collectively sets the number of applicable use to the selected
feeders.
Saves the change in the feeder inventory configuration to the
database.
Saves the setting and closes the feeder inventory setup
window.
Closes the feeder inventory setup window without saving the
setting.
[Apply]
[OK]
[Cancel]
 Editing the number of available feeders
1
To change the feeder count of a
feeder, select Quantity for the feeder,
and enter desired value.
2
To assign the same value to different
feeders, select the feeders while
holding down the [Shift] or [Ctrl] key,
and then click [Fill Selected].
2
1
3
Factory040500S-04E05
Factory040500S-05E00
 The feeder count entry window appears.
Enter desired value, and then click [OK]. The
value is assigned to the selected feeders.
3
Click [OK] or [Apply].
 The edited content is saved.
EJS9AE-MB-04P-30
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4.12 Nozzle Inventory
4.12 Nozzle Inventory
 Setting the total number of nozzles
Total numbers of each nozzle type are edited on the nozzle inventory window opened from the
feeder inventory window.
1
Click the [Nozzle Inventory] tab.
 The nozzle inventory window opens.
1
Factory040600S-01E01
2
3
4
2
Choose the desired nozzle from
‘Nozzle.’
3
Type the number of nozzles in
‘Available’.
4
Click [OK].
Factory040600S-02E01
 Items to be set
Item
Explanation
Displays the nozzle set by the nozzle library editor.
A suffix ‘S’ is added to the nozzle number of small nozzles for
12 nozzles. For reading only
Set the number of the nozzles owned.
Button
[OK]
[Cancel]
[Apply]
[Select All]
[Invert Selection]
[Fill Selected...]
Explanation
Saves the setting and closes the inventory window.
Closes the inventory window without saving the setting.
Applies the settings.
Selects all the nozzles.
Reverses the selected and deselected state of the items.
Collectively sets the number of applicable use to the selected
nozzles.
‘Nozzle’
‘Available’
 Button
Page 4-120
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Notice
The contents of this document are subject to
change without prior notice.
COMMOE-BC-18F-00
◍ Company and product names described in this document are
trademarks or registered trademarks of their respective companies.
◍ Some of our products fall under the export control items
(or technologies) established in the Foreign Exchange and Foreign
Trade Act. When exporting (or providing technologies overseas),
please check its legal restrictions and be sure to take necessary
procedures such as to obtain the export permission.
4-1-62 Minoshima, Hakata-ku, Fukuoka City, Fukuoka, Japan
Phone number: +81-92-477-1205
Fax number: +81-92-477-1664
© Panasonic Smart Factory Solutions Co., Ltd. 2018
Unauthorized copying and distribution is a violation of the law.
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