00196803-02_VD_SIPLACE_Pro_9.3_DE EN.pdf - 第42页

Software Version sbeschreibun g Programmiersy stem SIPLACE Pro 9.3 Software Version Description Programming Sys tem SIPLAC E Pro 9.3 42 4.5 Nozzle usage sho wn for cluste r jobs After successful optimization of cluster j…

Software Versionsbeschreibung Programmiersystem SIPLACE Pro 9.3

Software Version Description Programming System SIPLACE Pro 9.3

4 New Functions in SIPLACE Pro 9.3

4.1 SIPLACE Pro LED Pairing

SIPLACE Pro LED Pairing supports the programming process when using LEDs in electronic

assemblies. The LEDs to be used can often have different brightness classes. To achieve

homogenous brightness, these differences need to be compensated by fitting adjusted series resistors

in the circuits. On the software side, the compatible types need to be defined in the board and

optimized setup.

The LED Pairing tool supports description of these types in three individual steps:

1) Import and assignment of LED matrix files (LRX files), each placement list can have an LED

matrix file assigned to it.

2) Prepare: generate and optimize the job, recipe and setup templates, based on previously

optimized reference jobs and the assigned LED matrix file.

3) Produce: select the available LED brightness classes on the basis of the LED matrix file, then

automatic generate the recipes and setups used for production, on the basis of a recipe

template (for recipe changeover) or a real recipe (for new definition after change to another

LED brightness class).

The SIPLACE Pro LED Pairing tool is a licensed Windows application, which can also be started from

SIPLACE Pro Desk.

The LED matrix file format is described in the Online Help.

4.2 Improved sequence of nozzles on the head

The "Random Setup" feature (available since SIPLACE Pro 9.2) enables you to configure components

on another track of the same table or on another table in the line.

During the integrity check, SIPLACE Pro 9.3 optimizes the sequence of nozzles on the head. The aim

is to minimize the travel distances in accordance with the actual setup. This procedure also has a

beneficial effect on conventional optimization.

4.3 Improved user guidance for EDM Difference Editor

The comparison of two component shapes with line-specific Vision data in the SIPLACE EDM

Difference Editor has been improved. When applying modified data from the clearing pool to the

master data bank, any differences are now shown more clearly.

4.4 Setups have fewer empty tracks

When configuring a setup in the past, individual empty tracks could occur between configured feeders

or empty garages (e.g. when using 2x8 mm X feeders) sometimes arose. The Optimizer has added an

extra calculation step to ensure that significantly fewer empty tracks or garages occur.

Software Versionsbeschreibung Programmiersystem SIPLACE Pro 9.3

Software Version Description Programming System SIPLACE Pro 9.3

4.5 Nozzle usage shown for cluster jobs

After successful optimization of cluster jobs, which have been calculated with SiCluster Professional,

the nozzles needed for production can be shown.

This view can be accessed via the Nozzle Usage tab in the Statistics dialog of the Run & Results

tab.

4.6 Data Maintenance Tool

The upgrade tool for component shapes and fiducials has been revised and renamed to Data

Maintenance Tool. It now offers a state-of-the-art, intuitive user interface.

Component shapes, components, fiducials, setups and trays can be processed with this tool. The

interface now enables you to locate, display and modify objects based on specific criteria.

For details, refer to the Online Help.

4.7 Multiple trays per level for MTC

When creating new setups for the matrix tray feeder (MTC), multiple trays per level were possible as a

default. The checkbox "Support Multiple Trays Per Level" in the Setup Editor was always enabled as a

default. In future, this checkbox is disabled as a default, to reduce any negative influence on the

production process. This setting will only affect new setups.

Software Versionsbeschreibung Programmiersystem SIPLACE Pro 9.3

Software Version Description Programming System SIPLACE Pro 9.3

4.8 Setup names

The way in which setup names for jobs or SiCluster jobs are formed can be individually set. The

names are either derived from the name of the initial setup or from the name of the job/cluster job.

This setting is offered in a new tab in the optimizer parameters dialog.

4.9 Multiple selection in the optimizer toolkit tables

Entries and settings now affect all selected lines. This makes work with recurring entries easier. The

cells, lines or columns can be selected with the standard Windows functions (mouse and Ctrl key).

4.10 Flexible feeder type use of 8 mm X and 2x8 mm X

From SIPLACE Pro 9.3 onwards, the station allows you to use similar feeder types without the need to

modify the setup accordingly in the programming system. For example, it supports not only the

2x8 mm X feeder but also the 8 mm X feeder.

Note

In this case, you can only accept the modified feeder pitch and the angle in the

SIPLACE Pro database when uploading feeder data.

Other feeder data, such as offsets, pickup position (PuP) and feeder speed can only be

accepted if the setup concerned is described as it has been actually configured.

4.11 More than 255 fiducials

More than 255 different fiducials can now be described in SIPLACE Pro, although machines with

station SW versions 505 (and earlier) only support fiducials with numbers less than 256.

Fiducials which are not within the number range 1-255 are only supported by machines with SIPLACE

Vision systems i.e. all machines with station SW 60x and higher.

4.12 Operating modes I-Placement and board barcode

The placement mode I-Placement (or virtual I-Placement) can now also be used in board barcode

mode.

4.13 Select target folder for sub-objects when copying

When copying, e.g. a setup, the target folder can be selected for the tables to be copied. This also

applies to a component and the component shape to be copied plus to a board and the placement lists

to be copied.

4.14 Selection of column width in reports

The column width for the data shown in the report is now automatically calculated, although it can also

be manually calculated, increased or reduced in size as required.