00196803-02_VD_SIPLACE_Pro_9.3_DE EN.pdf - 第47页

Software Version sbeschreibun g Programmiersy stem SIPLACE Pro 9.3 Software Version Description Programming Sys tem SIPLAC E Pro 9.3 47 5.3 Further Featu res 5.3.1 Station Software 7 05 SIPLACE Pro 9.3 sup ports version …

Software Versionsbeschreibung Programmiersystem SIPLACE Pro 9.3

Software Version Description Programming System SIPLACE Pro 9.3

Object Type

Name

Description

3D Coplan Sensor

For X2, X3, X4, SX1 and SX2

Nozzles

Nozzle Series 3xxx

Nozzles for DLM 4 C&P head, analog to 9xx

nozzles. Numbers:

 3070-3099

 3500-3799

 3870-3999

Extended custom nozzles for

Twin Head

Numbers (from station software version 605.03

and 705, no prior versions):

 5500-5999

Extended custom nozzles for CPP

Numbers (from station software version 605.03

and 705, no prior versions):

 2500-2799 (20xx)

 2900-2999 (28xx)

Note

The extended custom nozzles can be activated in SIPLACE Pro Desk in the Tools /

Settings / Global Settings menu.

Attention:

The "Extended custom nozzles" feature compulsively requires that all placement

machines are operated with the station software versions 605.03 and 705.

Prior station software versions do not support these extended custom nozzles.

Using this feature with prior station software versions will result in undefined states.

Nozzle

changers

NC C&P 12 3xxx 4

NC C&P 12 3xxx 2 2

NC C&P 12 3xxx 2 3

For 3xxx nozzles

Nozzle

changer

magazine type

C&P 12 3xxx

For 3xxx nozzle changers

Feeders

4mm X Feeder

16mm XN Feeder

For all machines of the DX, SX- and X series

Surftape Feeder AX

The Component Shape and Fiducial Upgrade

tool can enter the Surftape Feeder AX in all

component shapes for which a Surftape

Feeder (8mm ST, 12mm ST or 16mm ST) has

been entered.

Software Versionsbeschreibung Programmiersystem SIPLACE Pro 9.3

Software Version Description Programming System SIPLACE Pro 9.3

5.3 Further Features

5.3.1 Station Software 705

SIPLACE Pro 9.3 supports version 705 for the:

 DX series: DX1, DX2 and DX4

 SX series: SX1, SX2 and SX4

 X series: X2, X3, X4, X4I, X4T and X4IT

5.3.2 Automatic Width Adjustment

On stations from station software 704, SIPLACE Pro supports the automatic width adjustment.

The station software offers a manual width adjustment via its user interface.

5.3.3 Refined Time Model for SOKO Nozzles

Depending on the station software version 703, 704 or 705 a refined optimization time model is used

to exactly simulate overlapping axis travelling diagrams.

5.3.4 Option Long Board for DX4 and SX4

From station software 705, long boards can be optimized and produced using the reverse stepping

feature.

5.3.5 01005 Support for 2x8mmX

From station software 605 and 705, the 01005 placement process is supported without any

restrictions.

5.3.6 PCB Barcode Recognition by Means of the PCB Camera

From station software 705, PCB and panel barcodes can be read by means of the PCB camera

(Traceability data).

The barcode scanned at the first station of the line can be passed on to the next placement machine.

Passing on read barcode data is only supported if the placement machines are standing in direct

succession and are not separated e.g. by an inspection conveyor belt.

The barcode data can be described as a barcode fiducial and assigned in the PCB editor. Barcode

fiducials can be scanned on the placement machine and saved as barcode fiducials in SIPLACE Pro.

Note

The feature is activated with the "Reading Barcode with PCB Camera" license.

5.3.7 Alternative Components

From station software 705: In the PCB editor, one or more alternative components can be defined for

each placement position in addition to the default component. Thus, it is possible to describe for one

PCB:

 Components of different manufacturers or / and

 Components with differing component shapes or / and

 Components with different packaging forms and feeders.

The optimization checks the necessary technical constraints such as common nozzle, common

camera, and same feeder class and calculates the number of possible alternatives.

The default component is set up by the optimization within the SIPLACE Pro setup. The possible

alternatives can be shown using the Recipe Analyzer and the Setup report.

The download sends recipes with alternative components, if this feature is activated on all stations in

the line and if a license is present for each station.

Software Versionsbeschreibung Programmiersystem SIPLACE Pro 9.3

Software Version Description Programming System SIPLACE Pro 9.3

As long as the feature is not activated on all stations in the line or not supported by all software

versions in the line, the recipe is sent without alternative component data, i.e., a mixed operation

within a line is not possible.

Notes

1. The feature requires the "Forced Setup Verification" operation mode. The use

of splice sensors is highly recommended, if alternative components will directly

be spliced directly.

2. The feature is activated with the "Alternative Components" license.

3. For further information on this feature and its restrictions please see the user

manual “Alternative Components“ on the product CD.

4. The SiCluster Professional option supports alternative components.

5.3.8 SIPLACE Random Setup

Up to now feeders and components have to be set up exactly on the tracks that have been calculated

by the optimization and assigned by the download.

The SIPLACE Random Setup feature offers the opportunity to set up components on another track of

the same table or even to set up another table in the line. This is only supported for X feeders. Other

feeder types must be set up on the accurate track as described in the setup.

It is not possible changing the setup for a production in process.

Procedure:

1. Create an optimized target setup using the optimization.

2. In the LineControl GUI the "Random Setup" function is enabled in the production plan.

3. A recipe or job with an optimized setup is added to the production plan.

4. Typically, the required components have already been set up on the X feeders in the pre-

setup.

5. The pre-setup-up X feeders are placed on the tables of the line. It is recommended to position

the feeders as accurate as possible with respect to the track of the optimization result.

Note

Deviations of the real setup compared with the target setup leads may lead to

deviations of real and simulated production time and thus to an unequal

utilization within the line.

6. During the download of the recipe to the line, LineControl creates a working copy of the

optimized target setup. Setup Center detects the feeders actually set-up at the station and

enters them into the working copy.

Note

The computer on which the Setup Center application is installed can be

selected in the configuration of the Line Control GUI.

7. LineControl checks if all components of the PCB(s) of the recipe are correctly entered in the

working copy of the setup according to the download settings. If components are missing, they

can be added on their standard X feeder from the optimized setup.