SIPLACE D3 规格说明书英文版.pdf - 第8页

8 Modular Machine Concept Step 1: Plac ement system with 3 g antries Step 2: Se lection of t he place ment head s 12-nozzle C & P head 6-nozzle C & P he ad TwinHead Step 3: Selectio n of the conveyor Single conve…

Machine Performance

This increases machine utili-

zation and reduces waste.

And with respect to the cur-

rent production run, the

SIPLACE vision teaching

station also makes it ex-

tremely simple and fast to

generate component shape

descriptions, even for com-

plex components. The set-up

process starts once you have

optimized the product and

defined all the components in

the programming system.

This is also done externally

and then checked by means

of the barcode and data

transfer. This makes the

product change child's play:

the program and all the data

are sent to the line and the

new production run can start.

It just can't get any faster!

Lowest dpm with set-up

verification, sophisticated

sensors and AOI

The highest machine quality

allows the SIPLACE D3 to

produce the highest product

quality. This is guaranteed by

a number of additional fea-

tures.

Sensors check the presence

and position of the compo-

nents before and after every

pick-up and placement oper-

ation at the placement head.

The digital SIPLACE Vision

System detects the compo-

nents faster and more reli-

ably than the old analog

technology. Finally, with

SIPLACE OS, the SIPLACE

team is offering an AOI

(Automatic Optical Inspec-

tion) device that checks the

products and signals errors

to the placement machine.

This network of tests consid-

erably lowers dpm rates and

increases the first pass yield.

Types of

placement head

12-nozzle Collect&Place head (C&P12)

6-nozzle Collect&Place head (C&P6)

SIPLACE TwinHead (TH)

Please note IPC value [comp./h]

According to the vendor-neutral conditions of the IPC 9850 standard published

by the Association of Connecting Electronics Industries.

SIPLACE Benchmark value [comp./h]

The SIPLACE benchmark value is measured during the machine acceptance

tests. It corresponds to the conditions set out in the SIPLACE scope of service

and supply.

Theoretical maximum output value [comp./h]

The theoretical maximum output value is calculated from the most favorable

conditions for each machine type and setting, and corresponds to the theoreti-

cal conditions normally used in the industry.

Number of gantries 3

Placement area 1 Placement area 2 IPC value Benchmark value Theoretical value

C&P12 / C&P12 C&P12 37,600 40,400 61,000

C&P12 / C&P12 C&P6 33,200 36,200 52,500

C&P12 / C&P12 TH 28,800 31,400 47,000

C&P12/C&P6 C&P6 28,500 30,100 43,500

C&P12/C&P6 TH 24,100 25,300 38,500

C&P12 / TH TH 21,300 23,800 33,500

C&P6 / C&P6 C&P6 25,100 28,100 34,500

C&P6 / C&P6 TH 20,700 23,300 29,500

C&P6 / TH TH 16,900 19,400 24,500

TH / TH TH 11,600 12,500 19,500

Modular Machine Concept

Step 1: Placement system with 3 gantries

Step 2: Selection of the placement heads

12-nozzle C&P head

6-nozzle C&P head

TwinHead

Step 3: Selection of the conveyor

Single conveyor

Flexible dual conveyor

Step 4: Selection of the component

changeover table, MTC, WPC

SIPLACE HF component changeover table

MTC

WPC

Step 5: Selection of the feeder modules

S Tape Feeder Modules

Modular Machine Concept

Sample Configuration

NCH1

NCH2

NCH1

C&P/TH

MTC/HF

C&P/TH

NCH2

NCH1

NCH2

NCH1

PA1

PA2

MTC/WPC/HF

C&P/TH

BZ Buffer zone

C&P Collect&Place head

HF SIPLACE HF component changeover table

MTC Matrix Tray Changer

NCH1 Nozzle changer, row 1

NCH2 Nozzle changer, row 2

OP Operator panel

PA1 Placement area 1

PA2 Placement area 2

TH TwinHead

WPC Waffle-pack changer

OP OP