FX-3RA_SPE_EN.pdf - 第28页

- 24 - Computer specifications for placement monitor Spe cification r ecommended for a Placeme nt Monitor CPU 2.66 GHz or higher ( Intel Core ™ Quad or higher) Memory 4 GB or more HDD capacity C dri ve ： 750 GB or more (…

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(8) Board barcode recognizing function (for a barcode/2-D code)

When you use the function for recognizing a barcode or a 2-D code on a board (optional),

you can set the board code in the database of shot images.

Barcode reader assembly

Barcode: The system reads a 1-D barcode on the topside of a board from the upper

section of the board loading entrance.

2-D code: The system reads a 2-D code on the topside of a board with the OCC

attached on the head.

Specifications of the Placement monitor

View field

10.3×6.1mm

Focus height

Board top surface height (0.0 mm)

Focus depth

2 mm

Captured images

approximately 200 KB (**.bmp)

approximately 50 to 120 KB (**.png)

(For a single placement component, two photos of pre-pickup

and post-pickup and 2 photos of pre-

placement and

post-placement are taken.) Default value (Note 1)

Approx. 52.8 GB for one hour (Note 2)

(Approx. 200 KB x 4 images x 66,000 CPH) (Pattern IPC9850)

Approx. 6.9 TB for one week (Approx. 52.8 GB x 22 hours x 6

days)

Supported languages

English and Japanese

Destination

Europe, Japan, China and Southeast Asia

* When the placement monitor is used, the placement cycle time of 3% max. becomes slower.

When the “

The system pauses if a component existence error occurs” is used in the placement

monitor setting, the placement cycle time of 40% max. becomes slower.

* When a nozzle No. 505/506 is used, the operation for placing components has been changed

so that the nozzle might not glitter when a photo is taken. As a result, the placement operation

for using nozzle No. 505/506 becomes 18 ms slower per one placement point than that for not

using a placement monitor.

* When the applicable language of the machine proper is Chinese, an application of the

placement monitor is expressed in English.

Note 1: The mode of taking five photos (at placement of components) can be set. When this

mode is actually set up, the placement cycle time becomes a maximum of 35%

slower.

Note2: This capacity is a total of left and right stations (2 computers) in the case where 4

photos are taken for a single placement component.

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Computer specifications for placement monitor

Specification recommended for a Placement Monitor

CPU

2.66 GHz or higher (Intel Core™ Quad or higher)

Memory

4 GB or more

HDD capacity C drive：750 GB or more (SATA)

D drive：2.25 TB or more (SATA ,RAID 0)

(Create C drive and D drive; create the data storage area in D drive.)

See Notes 1 and 2.

Chipset

Intel X58 chipset or, or the equivalent

DVD-ROM Drive

One

USB port

1 port or more

LAN port

1 port or more

Monitor resolution

1024 × 768 or higher

Expansion slot

PCI bus, full-sized 1 slot*

OS Microsoft Windows 7 Professional 32bit

(The OS has to be clean-installed,)

Software

Any software other than designated one must not be installed.

Recovery medium

OS recovery kit

Note1 Do not configure the D: drive with any external hard disk drive.

Note2 The HDD capacity of the recommended specifications is approximately 1.3 M images

(**.bmp) (equivalent to 2.6 M components).

Note3 You have to add an IEEE1394a expansion card designated by JUKI to communicate

with a mounter.

Reference model: DELL Precision T3500 Mini Tower Mode Package or the equivalent is used as

the reference model.

If the reference model cannot be purchased, select a reference model by referring to computer

specifications.

Reference model

Model

Dell Precision T3500 Mini Tower Mode

CPU

Intel Xeon™ W3530

（

2.80 GHz

）

Memory

4 GB

HDD capacity C drive：1TB (SATA)

D drive：1.5TB×2 (SATA ,RAID 0)

(

※

RAID will be set up after purchase)

Chipset

Intel X58 chipset

DVD-ROM Drive

One

Microsoft Windows 7 Professional 32bit

Recovery medium

OS recovery kit

* Intel, Core and Xeon are trademarks of Intel Corporation in the U.S.A. and other countries.

* Dell and Dell Precision are trademarks of Dell Inc. in the U.S.A. and other countries.

Precautions for preparing a computer for the Placement Monitor system

Do not install any software other than the applications of Placement Monitor

to avoid communication failures. If other software (such as a writing

software, DVD player, printer support software or others that run in the

background) exists, a clean install of the OS is required.

CAUTION

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Combination that permits installing the placement monitor and number of computers

required

One computer is required for one station.

Combination that permits

installing the placement

monitor

Left station Right station

Number of

computers

required

LF head LR head RF head RR head

All heads

○ ○ ○ ○

Left station only

○ ○ ― ―

Right station only

― ― ○ ○

○: Head for installing the placement monitor

5-2-13 IC Collection Belt (Option)

This belt collects IC components whose lead is found to be bent or float with the VCS by

separating them one by one.

The feed pitch setting can be changed just by your entering a new value.

- Applicable component size: 10 x 10 mm to 50 x 50 mm,

Height: 1 mm or higher

- Belt feeding pitch: 15 mm to 55 mm (in increments of 5 mm)

- Number of components

which can be collected: 5 to 16

- Number of occupied positions: 9

5-2-14 Flexible Calibration System, The adjustment jig (FCS:Option)

After a jig component that is recognized with laser is placed on a glass jig board, the Flexible

Calibration System (FCS) uses a camera to automatically measure the difference between a

value set with the program and the position at which the component is placed, and

calculates the offset value to be used for placing the component.

This series of operations are automatically performed with your setting of a board and

loading of a program into the system.

When you use the FCS, you can check whether the precision is maintained and adjust the

precision at relocation or routine maintenance.