00195779-0102_UM_D4_SR605_EN.pdf - 第13页

User manual SIPLACE D4 1 Introduction From software version SR.605.xx 07/2008 EN Edition 13 1 Introduction These operating instructions pro vide a manual or refere nce work for operating and settin g up the SIPLACE ® D4 …

Contents User manual SIPLACE D4

07/2008 EN Edition

User manual SIPLACE D4 1 Introduction

From software version SR.605.xx 07/2008 EN Edition

1 Introduction

These operating instructions provide a manual or reference work for operating and setting up the

SIPLACE

D4 placement machine.

The header of each chapter contains the release and software version, to which this manual ap-

plies.

Fig. 1.0 - 1 SIPLACE D4 placement machine

1 Introduction User manual SIPLACE D4

1.1 Machine description From software version SR.605.xx 07/2008 EN Edition

1.1 Machine description

1.1.1 SIPLACE D4 placement machine

The high-speed placement machine SIPLACE D4 connects high placement rate with accuracy

and flexibility. The Collect&Place method is used as a placement procedure.

The SIPLACE D4 placement machine is equipped with four gantries which can be positioned

quickly and accurately in the X and Y directions.

There is a 12-segment Collect&Place head on each gantry. The gantries are combined in pairs to

form a common placement area.

Placement area 1: Gantries 1 and 4

Placement area 2: Gantries 2 and 3 1

The SIPLACE D4 placement machine is prepared to place 01005 components as standard. For

placement of 01005 components you simply need the optional 01005 package for the 12-segment

Collect&Place head. The component range ranges from 01005 components up to a size of 18.7

x 18.7 mm².

Digital vision modules perform the optical centering of the components. To do this there are digital

cameras available each with a different resolution.

A five-piece PCB conveyor, consisting of input belt, processing belt 1, intermediate belt, process-

ing belt 2 and output belt, carries the PCB into the processing position. As a further variant, it is

also possible to choose between the single conveyor or flexible dual conveyor with fixed side on

right or left. The PCBs are optically centered with the digital PCB camera.

1.1.2 The SIPLACE principle

The moving head picks up the components from their stationary feeder, and places them on the

PCB, which is also stationary. This proven SIPLACE principle has many advantages:

– Short down times for refilling or splicing

– Even the smallest components (e.g. 01005) are picked up reliably

– The components cannot slip on the PCB

– Minimal traversing paths

High flexibility, cost-effectiveness and set-up reliability combine to ensure that the SIPLACE D4

placement system provides high productivity. Minimum down times increase utilization and thus

help to increase productivity.