N7201A662E16 programming manual 1

⑧ SPScreen 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.. Master parts library Components data

Operating Instructions

Data Generation System

NPM-DGS Programming Manual (1/3)

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.”

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

Risk of injury due to improper operation

Do not operate the machine without receiving special training

Warning

Prohibited

●About training, conduct in your company or contact us

 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 thissoftware

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

“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

 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

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

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

Wording in context

 How to read operating instructions

Description depends on the page; however, it is constructed basically as follows

 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

This shows the part to be clicked on

Shows a reference item

Shows an operation flow

Screen name Shows a screen name

This shows the part to be double-clicked on

[Button] Shows a button or a menu

“Message” Shows a message on the screen

‘Item’ Shows an item text on the screen

System requirements

 Hardware

Standards

Main body IBM PC/AT-compatible machine

 A desktop PC is strongly recommended Indispensable CPU Intel® CoreTM i5-2430 equivalent or greater

 Intel® CoreTM i7-7700 is recommended

Motherboard Fully compatible with IBM Serial I/O Fully compatible with IBM Graphics board SXGA or higher (Display color: 65536 or more)

Desktop area: 1280 x 1024 dots or higher

8GB or more recommended

 When using Windows Server OS, 16GB or more is recommended

Internal storage 120GB or more of free space (NTFS file system)

 When using Windows Server OS, 500GB or more is recommended

Optical drive DVD drive 4x or faster

(Used for installation) Card slot SD memory card reader (External device available)

(Necessary when loading production data with the equipment.)

Recommended

English version: 101 keyboard Indispensable

PostScript-ready product recommended

Recommended

 A network card for 1000BASE-T is recommended for transferring inspection images of the LWS editor

Indispensable

Uninterruptible power supply

 Software

Standards

OS 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

Indispensable

Support Language English, Chinese, Japanese

Framework Microsoft® Net Framework 3.5 SP1

Microsoft® Net Framework 4.6.2 Microsoft® Net Framework 4.7.2 DBMS

(Data Base Management

System)

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

Java Runtime Environment

(JRE) Version 7 Updata 25 or later (32 bit / 64 bit version)

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;

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)

Specifications

 Basic specifications

Number of machines Maximum: 1000 machines (Number of machines registered

in the system Maximum: 30 machines per line Parts library Maximum: 100000 data (number of data registered in the

system) Placement points1 Maximum: 10000 points per PCB

Maximum: 100000 points per number of PCBs allowed for optimization (Data creation job)

Number of patterns (blocks) Maximum: 1000 patterns per PCB2Number of marks being set Maximum: 1000 data (number of data registered in the

system) Maximum: 1000 points per PCB (number of bad marks being set)3

Number of PCBs allowed for

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

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 2-42.1.2 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

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 3-293.2.5 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 4-114.3.3 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

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

= MEMO =

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

WARNING This indication refers to a situation which is considered that there is a

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

●Check the rated power consumption in the Specification, and consult an electrical contractor

Use the specialized outlet and breaker exclusively

Prohibited

Do not operate the machine

without receiving special training

Risk of injury due to improper operation

●About training, conduct in your company or contact us

M27SC

There is a risk of an electric shock, electrical leakage, or malfunction

Do not give a shock to the electrical

equipment

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

 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

= MEMO =

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

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

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

・PCB editor PCB data definition Placement position coordinate definition Recognition mark coordinate definition

PCB data

・Data creation job editor

Machine motion option definition

Optimization option definition

Option

PPD editor (LWS mode)

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)

⑩ PPD editor schematic image

PPD editor

Data creation job editor

Machine motion option edit Optimization option edit Optimization

Cycle time display Arrangement information display

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

PPD editor (LWS mode)

⑪ Overview of SP data editor

or conveyor L Production record data

PPD manager function

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 parts library management, see ’ 6 COMPONENT DATA EDIT’, and for the examples of operation, see ’ 12 Parts Library Management’

Master parts library

Components data

① Data creation

② Updating the master parts library

⑤ Importing the

③ Production data output

Line parts library PPD holder

Reflecting changes Download

Line 2

② Comparing and updating the component data

Line parts library PPD holder

Reflecting changes Download

Line 1

④ Synchronizing the component data

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)

 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

to the PPD folder

Please download the production data from the screen on the machine

Change

LNB1 PPD folder

Line parts library

 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)

 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)

Please download the production data from the screen on the machine

Commit

to PPD DGS

Machine LNB1

PPD folder

Line parts library

DGS database

Machine

PPD editor (LWS mode)

Automatically uploaded

The production data is automatically downloaded once the screen appears

 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

Machine

PPD editor (LWS mode)

Automatically uploaded

Data teach LNB1

DGS

PPD folder

Line parts library

1.2 Data Creation Flow

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)’)

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 Edit the production data

Data committing to PPD Commit the edited data to PPD

 For the production data downloaded in the machine, the data is committed to LNB

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)

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

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 password, see ‘8.1.5 Change User Account ■Password Change.’

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]

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

Overview010300-01E01

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

1.5 Exiting NPM-DGS

This section describes how to exit DGS

1 Click button in the upper right

1.6 NPM-DGS Main Window

 Title bar The version information, the login user name, and the application name in

use are displayed

 Menu The commands necessary for operation are arranged for each purpose

 Application launcher [Factory Manager], [General Settings], [Part Manager], and other

applications (windows) can be selected Also when creating new data, select the desired window

 Navigation area The line configuration or the search criteria pane is displayed

 Information display area The list of part data, PCB data, or others can be displayed

2 INSTALLATION

This chapter describes the settings for NPM-DGS installation

• 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 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 ( ‘2.1.1.Net Framework 3.5 Setting’)

Installation and

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’ ）

 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 ( ‘2.1.8 Setting SQL Server 2016’ ) ( ‘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)