西门子SIPLACE HS 60-设备参数_EN - 第15页

13 PCB Conveyor: PCB Bar Code for Production-Controlled Manufacturing (Option) Technical Data Label dimensions Stroke width: W: 0.19 < W ≤ 0.3 mm (corresponds to high + medium density) Stroke length: ≥ 4 mm a Length o…

PCB Conveyor:

Ceramic Substrate Centering (Option)

Stopper

Technical Data

Stopper

Ceramic

Substrate

Movable

Conveyor Side

Movable

Conveyor Side

Stationary

Conveyor Side

Stationary

Conveyor Side

Ceramic

Substrate

X-

Centering

X-

Centering

Description

Some ceramic substrates can

be damaged by standard PCB

clamping. In this case the Ceramic

Substrate Centering can be used,

which fixes the substrate mecha-

nically. In general there is no need

for additional optical centering,

but nevertheless the accuracy will

be increased by using the PCB

camera to detect reference marks

(fiducials) on the substrate. For

ceramic substrate the SIPLACE

Multicolor Fiducial Camera (see

page 23) is recommended.

50 x 50 mm

to 101.6 x 177.8 mm

2" x 2" to 4" x 7"

Substrate dimensions

Substrate thickness 0.5 to 4.5 mm

Substrate model Unscribed (no difficulty)

Scribed (after test)

Contact in conveyor 2.5 mm

Substrate bottom clearance 12 mm

Compressed air connection 5.5 bar

X-Centering

Mechanical Centering Optical Centering via PCB Camera

PCB Conveyor:

PCB Bar Code for Production-Controlled Manufacturing

(Option)

Technical Data

Label dimensions Stroke width: W: 0.19 < W ≤ 0.3 mm

(corresponds to high + medium density)

Stroke length: ≥ 4 mm a

Length of scanning window: ≤ 90 mm

Recommended

label colors

Color coding: black, dark green or dark blue

Background: white, beige, yellow, orange

(contrast ratio > 70% as per DIN 66236)

Code types Code 39, Code 128 / EAN 128, Codabar, 2/5 interleaved,

2/5 IATA 2/5 industrial, UPC, EAN, Pharma Code,

EAN Addendum (more upon request); max. 25 char-

acters, definition of a bar code filter possible

Safety of the

laser scanner

Laser diode 670 nm (red) / 1 mW

Laser protection class 2, degree of protection IP65

Restrictions Depending to sort of scanner (1D / 2D) as well as

orientation (along / across to transport direction) and

position of the bar code (top/bottom of PCB) distinct

distances have to be obeyed:

Bar code (BC)

ACROSS to

transport direction

Q = Distance

PCB front edge to

BC back border

RQ/LQ = Distance

PCB side edge to BC-side

border right/left

2D-scanner PCB top:

Q: max. 310 mm, RQ: min. 3 mm, LQ: min. 3 mm

2D-scanner PCB bottom:

Q: max. 310 mm, RQ: min. 5 mm, LQ: min. 5 mm

1D-scanner PCB top:

Q: max. 310 mm, RQ: min. 3 mm, LQ: min. 3 mm

1D-scanner PCB bottom:

Q: max. 310 mm, RQ: min. 5 mm, LQ: min. 5 mm

Barcode (BC)

ALONG

transport direction

L = Distance

PCB front edge to

BC back border

RO/LO = Distance

PCB side edge to BC-

side border right/left

(PCB top)

RU/LU = Distance

PCB side edge to BC-

side border right/left

(PCB bottom)

1D-scanner PCB top L: 240 - 310 mm,

• with single conveyor

standard 18" RO: min. 35 mm, LO: min. 3 mm

Option 20" RO: min. 61 mm, LO: min. 3 mm

• with dual conveyor, lane 1

standard 8,5" RO: min. 40 mm, LO: min. 3 mm

2x9,5"/1x430 RO: min. 66 mm, LO: min. 3 mm

• with dual conveyor, lane 2

standard 8,5" RO: min. 3 mm, LO: min. 3 mm

2x9,5"/1x430 RO: min. 3 mm, LO: min. 3 mm

1D-scanner PCB bottom L: 280 - 350 mm,

• with single conveyor

standard 18"/460 RU: min. 5 mm, LU: min. 35 mm

Option 20"/508 RU: min. 5 mm, LU: min. 61 mm

• with dual conveyor, lane 1

standard 8,5" RU: min. 5 mm, LU: min. 15 mm

2x9,5"/1x430 RU: min. 5 mm, LU: min. 15 mm

• with dual conveyor, lane 2

standard 8,5"/216 RU: min. 5 mm, LU: min. 40 mm

2x9,5"/1x430/250 RU: min. 5 mm, LU: min. 66 mm

Space required

for bar code in

transport direction

2D-scanner PCB bottom, lane 2

mechanical abundance over machine:

no abundance

Description

The SIPLACE PCB bar code scan-

ner supports the flexible produc-

tion of SMD products and en-

hances placement reliability. The

laser scanner reads the bar code

label on the top and/or bottom of

each PCB moving during transport.

On the basis of the bar code in-

formation the line computer auto-

matically selects the correct place-

ment program from the previously

prepared bar code assignment list

and sends it to the station.

The bar code filter can be utilized,

if only certain information con-

tained in the bar code is relevant.

Component Supply:

Changeover Table

Technical Data

Component feeder tables

(exchangeable)

4 tables per machine

compatible only with SIPLACE HS-60

Feeder location 12 feeders 3 x 8 mm per table =

144 tracks of 8 mm per machine

Feeder modules SIPLACE tape and bulk feeders

Accessories Tape container, waste container,

Description

SIPLACE HS-60 is equipped with

four stationary component tables,

one for each placement head.

With these four tables SIPLACE

HS-60 can accommodate a total of

144 different 8 mm part numbers.

On the changeover tables tape

feeders and Bulk Case feeders

can be positioned. For safety rea-

sons tracks not in use should be

equipped with guards for feeder

locations.

Component feeders are stationary

during the placement process.

This allows for the replenishment

of both tape and bulk components

during machine operation.

For the changeover, individual

feeders or entire changeover ta-

bles can be exchanged without

the use of tools or external lifts.

Job changeover times can be

dramatically reduced with the use

of additional feeder tables. This

will allow large set-ups to be com-

pleted off line without impacting

machine production time

Using component bar codes with

the optional Component Bar Code

Scanner guarantees the correct al-

location of component to track.

Changeover tables are equipped

with rollers and an integrated

pneumatic lifting device which

eliminates the need of an external

lifting cart as with other equip-

ment. Exchanging the tables takes

less than 2 minutes per module.

Mobile

Changeover

Table

Splicing Too

Exchange of a Component Changeover Table