IFS-NX_SPE_EN.pdf - 第52页

IFS - NX P rodu ct S pecificat ions 48 data or other dat a). These coor di nates ar e saved with other t ype of mounters as part of a production program . 10 -4-5 Multi Code Re ad er A m ul ti cod e reader is a device th…

IFS-NX Product Specifications

10-4-3-3 Attachment angle to a PWB

The barcode is attached on a PWB as follows:

Attachment angle

An attachment angle is either parallel to a PWB (0 degrees or 180 degrees) or perpendicular to a

PWB (90 degrees or 270 degrees) as follows:

Parallel (0 degrees)

Parallel (180 degrees)

Perpendicular (90 degrees)

Perpendicular (270 degrees)

10-4-3-4 Others

Reading bar width: 0.15 mm to 1.00mm

PCS (Print Contrast Signal): 0.6 (Reflectance of white: 75% or more)

(Reflectance of space) – (Reflectance of a bar)

PCS＝―――――――――――――――――――――

(Reflectance of space)

10-4-4 PWB 2D code [OCC method]

(1) Readable marks

The specification of the marks that can be read as a PWB 2D barcode is as follows:

No.

Item

Remarks

Usable code

QR code (Version 1 to Version 7)

MicroQR code (Version M1 to M4)

DataMatrix (ECC50, 80, 100, 140, 200)

9 x 9 to 48 x 48

8 x 18 to 16 x 48

Version 1=21 x 21

Version 7=45 x 45

Cell size

0.065 mm (5 pixels) to 0.5 mm

Usable character

Alphanumeric character (Chinese character

and binary character cannot be used.)

Maximum number

of characters *1

250 characters

Code size

RX-6 series

RS-1 series

□9.5 mm or less

Quiet zone is

included.

RX-7/7R

□8.0 mm or less

JM-100

□6.3 mm or less

Other than the above.

□5.5 mm or less

*1 This is the number of digits of a serial number of a PWB that can be processed with the

IFS-NX.

The 2D codes in which a cell has been painted out completely and also those in which a black

cell has been drawn with dots can be recognized as shown in the following left figure. In this

case, the diameter of a dot should be the same as the cell size.

(2) Read-in method

The OCC is moved to the position of the code that offsets a PWB mark after a PWB is fixed to a

center buffer and shoots a picture of it.

The coordinates at which a mark is detected are saved with a KE-2050/ 2060/ 205R/ 2055R/

2060R series mounter as the values unique to the mounter (that is, stored in the Machine Setup

IFS-NX Product Specifications

data or other data).

These coordinates are saved with other type of mounters as part of a production program.

10-4-5 Multi Code Reader

A multi code reader is a device that reads both a barcode and a 2-D code. It is attached to the head unit

of a machine and reads the PWB code that is stuck on the top side of a PWB.

A large-size code can be read up to □26 mm.

10-4-5-1 Usable code types

The code that can be used is as follows:

No.

Item

Remarks

Usable code

QR code (Version 1 to Version 7)

2-D code

MicroQR code (Version M1 to M4)

2-D code

DataMatrix (ECC50,80,100,140,200)

2-D code

CODE39, CODE128, NW-7

1-D barcode

Usable character

Alphanumeric character (Chinese character and binary

character cannot be used.)

Maximum number of

characters

250 characters

The digit number which can be

processed through the IFS-NX

Code size

□

26.0 mm or less

* However, when a 2-D code is used on the bottom side

of a PWB, a recommended size of the 2-D code is □5.5

mm or less.

A quiet zone is included.

Minimum resolution

Head: 6 mil, Bottom: 6 mil

1 mil = 0.0254 mm

10-4-6 Bottom View Multi Code Reader

A bottom v

iew multi code reader is a device that reads both a barcode and a 2-D code a device that

is attached near the IN sensor on a transport path and reads a PWB code that is stuck on the

bottom side of the PWB during transport

The Code Setting screen of "Multi Code Reader" can be opened by setting up Traceability of the

Program Editor.

A PWB is set at the recognizable position using the Bottom View Multi Code Reader. After selection

of the "Code Type," pressing the "Auto Get Light Parameters" button optimizes a light parameter

automatically to perform recognition operation.

10-4-6-1 Usable code types

The code that can be used is the same as the code described in the Subsection "10-4-5-1 Usable code

types."

(Note)

- If a 2-D code larger than recommended size is recognized when the 2-D code is recognized using

the View Multi Code Reader, a recognition rate may fall. In that case, reducing transport speed at

the time of setup improves the recognition rate. So, adjust the transport speed if needed.

- When the View Multi Code Reader is used, if the direction of the View Multi Code Reader is

changed as follows according to the recognizing code type, it will ease recognition.

(The direction is changed to the same direction as transport direction when a 1-D barcode is used.

The direction is changed to a direction perpendicular to the transport direction when a 2-D code is

used.)

◆Camera direction when a 1-D barc

ode ◆Camera direction when a 2-D code

Is used (Recommendation) is used (Recommendation)

Transport direction

Camera direction

◆ Revision record

Rev. Date Revised locations Revision contents Remarks

00 Jul.2012

First edition

01 Aug.2012

P3,5,6,7,9,10,11,17,26,30

Supported main software Ver2.00

Revised

02 Sep.2012

P2,3,5,7,8,20,23,30

Supported for ETF 72/88mm

and corrected

Revised

03 Jul. 2013 P4,18,19,20,22,26,27

Supported main software Ver3.00

Revised

04 Sep. 2014

P4,6,17,18,19,20,22,23,26,

29,30,31,32

Supported main software Ver4.00 Revised

05 Nov. 2014

P20 Supported main software Ver4.10

Revised

06 Apr. 2015

P4, 9, 10, 11, 15

Supported main software

Ver4.20A, Ver4.30A

Revised

07 Dec. 2015

P1 to 5, 7, 8, 10, 12, 20 to 24,

27, 28, 32

Supported main software

Ver5.00A

Revised

08 Apr.2016

P5,7,9,14,19,22,24,26

Supported main software

Ver6.00A

Revised

09 Jul. 2016

P22, 24 Supported main software Ver6.10 Revised

10 Feb.2017 Chapter 4 System configuration. Revised

Apr. 2017

Completely revised (RS-1)

Supported main software Ver7.00 Revised

Jul. 2017

Completely revised

Supported main software Ver7.10 Revised

Feb. 2018

Completely revised

Supported main software Ver7.30

Revised

Nov. 2018

Completely revised

Supported main software Ver7.40 Revised

Nov. 2018

Completely revised

Supported main software Ver7.50 Revised

Jan. 2019

Completely revised

Supported main software Ver7.60

Revised

May. 2019

Completely revised

Supported main software Ver7.70 Revised

Nov. 2019

Completely revised

Supported main software Ver7.80 Revised

Dec. 2019

Completely revised

Supported main software Ver7.81

Revised

May. 2020

Chapter 9

Supported main software Ver7.82 Revised

Sep. 2020

P 5, 6, 8, 24

Supported main software Ver7.90 Revised

Dec. 2020

Chapters 6, 7

Supported main software Ver8.00

Revised

Apr. 2021

Chapters 3－7

Supported main software Ver8.10 Revised