西门子SIPLACE HF-设备参数_US.pdf - 第27页

27 Component Feeding Dummy Feeders Dang er To ensure that your SIPLACE placement m achine runs safe- ly, a fe eder mu st be ass ig ned to every loca tion on the c om- ponent chan geover tabl e. If you do not have enough …

Component Feeding

Bulk Case Feeder

Technical data

a) Fiducial for feeder position detection

Bulk case feeder

Packaging form Bulk case

Feeder rails Chip 0402 CO height: 0.35 mm

Chip 0402 CO height: 0.50 mm

Chip 0603 CO height: 0.45 mm

Chip 0603 CO height: 0.80 mm

Chip 0805 CO height: 0.45 mm

Chip 0805 CO height: 0.60 mm

Chip 0805 CO height: 0.85 mm

Chip 0805 CO height: 1.25 mm

Micro-Melf: 1.05 ± 0.05 mm

Mini-Melf: 1.4 ± 0.1 mm

Location 1 location for 2 different compo-

nent types

Vibratory stick feeder,

type 3

with control circuit

Number of tracks and

width

3 x 9.5 mm

2 x 15 mm

1 x > 15 mm

1 x 30 mm

Location 1 location

Description

The SIPLACE bulk case feeder

processes bulk cases on two

tracks. It feeds rectangular

and round, passive compo-

nents. The PCB magazines

(bulk cases) are simply re-

placed for refilling - without

stopping the machine.

The module essentially con-

sists of the basic element plus

two feeder rails and PCB mag-

azines to suit the component

type and height. The compo-

nents are separated and fed

along the rails by compressed

air.

The principle of the fixed

component pocket has prov-

en most suitable, even when

using bulk cases: the vibra-

tions that occur with other

placement machine concepts

can greatly impair the com-

ponent quality due to fric-

tion, for example.

The stationary component

feeder also has significant

advantages with stick maga-

zines: the universal vibratory

stick feeder can be refilled

during placement.

Bulk case feeder

Vibratory -

stick feeder, type 3

Component Feeding

Dummy Feeders

Danger

To ensure that your SIPLACE

placement machine runs safe-

ly, a feeder must be assigned

to every location on the com-

ponent changeover table. If

you do not have enough

feeders, then you should use

dummy feeders as space

holders.

The following dummy feeders may be used:

SIPLACE dummy feeder for 1 location

SIPLACE dummy feeder for 6 - 10 locations

SIPLACE dummy feeder for 11 - 20 locations

Dummy feeder for 1 location

Dummy feeder for

6 - 10 locations

Dummy feeder for

11 - 20 locations

Component Feeding

Manual Trays

Manual tray

Component feeder table

Waffle tray

Description

The manual tray is a device

for holding JEDEC trays used

to supply components. The

waffle trays are changed

manually. The manual tray is

placed on the component

feeder table just like a feeder.

There are two different ver-

sions of the waffle tray: one

fills 5 locations, while the

other takes up 9 locations on

the component feeder table.

On the SIPLACE HF, the man-

ual tray is used at location 2

or location 4. This option is

recommended if there are

only a few types of compo-

nent to be placed from a tray.

Technical data

Manual tray - possible positions

Sizes 136 x 360 mm²; requires 5 locations

260 x 360 mm²; requires 9 locations

Max. tray

height

12.5 mm, including component

Parts Waffle tray carrier

Tray holder

JEDEC waffle

tray

Directly in the waffle tray carrier

136 mm wide