00198235-01_VD_710.0_R16-2_DE_EN.pdf - 第10页

Station S oftware 71 0.0 (R16 - 2) / Version Descript ion 12/2016 Edition 10 4.1.2 AC T – Dependent on Prec ision Com patible mode: Not s upported Placem ent machines like the SI PLACE T X, TX m ic ron, CA4, CA4 eW LP, X…

Station Software 710.0 (R16-2) / Version Description 12/2016 Edition

4 Features of the 710.0 Station Software Version

All features of the 701.x - 709.x station software versions are also supported in the 710.0 station

software version. The main features of the 710.0 station software version are listed below.

NOTICE

Detailed information on the individual functions can be found in the Online help for the

station software.

4.1 SIPLACE TX micron – New Placement Machine

Compatible mode: Not supported

The new SIPLACE TX micron placement machine supports high precision placement on a dual

lane conveyor system. The placement machine exists in two variants: TX2 micron and TX2i

micron. The C&P20 M2 and CPP placement heads and the SIPLACE JTF-ML feeder are

supported. There are two X fiducial bars. A special vacuum tooling is optionally used to meet the

highest accuracy requirements. Along with the vacuum tooling, two Y fiducial bars are provided.

X fiducial bars are structured by crosses, point matrices and mini MAC structures that are used by

a new measuring procedure. The procedure offers features to increase the accuracy and make the

placement results long time stable. New calibration steps will be automatically performed, amongst

others for computing the head offset and recalibrating the gantry shape.

The precision capabilities of the station are defined in the new Accuracy Procedures XML table.

Please also refer to section 4.3.

4.1.1 Vacuum Tooling

A special vacuum tooling has to be installed per conveyor lane for high precision placement with

15µm on the SIPLACE TX micron. The exact dimension of the vacuum tooling and the positions of

the fiducials are customer specific. The operator has to select the vacuum tooling manually from a

list during the auto configuration.

The fiducials of the vacuum tooling will be measured in a measuring machine and the results

stored in a file. Every vacuum tooling entity is identified by a unique identifier that is contained in

the file. This file can be imported to the station and the data assigned to the related vacuum tooling.

The vacuum tooling has to be removed during mapping. After mapping, it has to be mounted and

calibrated again. The corresponding calibration step determines the current position (offset and

rotation) of the vacuum tooling in the machine during the automatic calibration.

If a vacuum tooling is installed, the following actions on the conveyor are not allowed:

– Adjusting a new rail configuration

– Moving a mapping board

Station Software 710.0 (R16-2) / Version Description 12/2016 Edition

4.1.2 ACT – Dependent on Precision

Compatible mode: Not supported

Placement machines like the SIPLACE TX, TX micron, CA4, CA4 eWLP, X4 S micron support

different classes of precision. To perform an ACT measurement for a specific accuracy new

SIPLACE Pro programs are available at the Download Center.

Dependent on the precision specified for a component shape in SIPLACE Pro, the appropriate

precision class will be selected for the ACT measurements. If there is no specific precision defined

the same algorithm as today will be used for selecting the used precision.

4.2 Shuttle Extension for SIPLACE TX-Series

Compatible mode: Not supported

To reach the best possible output, shuttles might be required in the SIPLACE line, e.g. when

I-Placement mode is used. For this, the new Shuttle Extension has been introduced for the

SIPLACE TX-series. One machine can have up to two shuttle extensions attached – one input

shuttle and one output shuttle.

The shuttle extension itself and its lane settings has to be configured in SIPLACE Pro. At the

station, the shuttle extension can be selected and configured as described in the following.

On the station, the Setup view has been extended by an additional button per shuttle extension.

Figure 4-1: Setup with shuttle extensions

The Manual operations subsystems dialog has been extended by a Manual operations shuttle

button for each shuttle extension.

The subsequent Manual operations dialog for the shuttle extension offers the following sections:

Current position / Align shuttle to

Transport width

Signals

Transport board to

Station Software 710.0 (R16-2) / Version Description 12/2016 Edition

Single functions are only available if the shuttle extension is not in automatic mode.

The Service tool has been extended by a Shuttle configuration button. The operator can

configure speed parameters, eSW parameters and single drives in the subsequent configuration

dialogs.

The Single calibration dialog has been extended by one button per shuttle extension.

The shuttle lane width has to be calibrated.

The alignment of the fixed conveyor rails of all lanes adjacent to the shuttle has to be calibrated.

When a lane is selected, the shuttle aligns itself to the chosen lane. The operator can then move

the shuttle in small or big steps to align the fixed rail and save the setting.

Restrictions:

– Barcode mode and station-wise download are not supported.

Detailed information on the shuttle extension can be found in the Shuttle Extension Assembly

Instructions and User Manual, item no. [00198271-xx].

4.3 Precision Value

The desired precision value for the component shape has to be specified in SIPLACE Pro. If an

accuracy < 20µm has been specified, the Micron 15u3Sigma – Machine Connection license is

required at the station.

4.4 Alternative Component Shapes

Compatible mode: Not supported

As of this station software version, alternative component shapes are supported. With this feature,

multiple component shapes can be assigned to one component. An own placement offset can be

assigned to each alternative component shape. An own feeder with pickup offsets (X and Y) and

pickup angle can be assigned to each alternative component shape.

Alternative component shapes have to be specified in SIPLACE Pro.

The alternative component shapes process largely independently recognizes which component

shape description is to be used for the measurement. For each component, the SIPLACE Pro user

can select which method is to be used to select the used alternative component shape. Three

selection methods are available:

– Setup Center

The operator verifies the used component shape at the station. For this, ASM Setup Center

transmits additional attributes (e.g. the manufacturer component name) from the barcode label

of the packaging unit reel to the station. This attribute is used to select the appropriate

component shape.

– Station

SIPLACE Vision measures the component at the station and recognizes the used component

shape.

– Operator

The operator at the station determines, selects and confirms the used component shape on the

station software GUI.

Detailed information can be found in the Alternative Component Shapes User Manual,

item no. [00198270-xx].