A10011-ASM-T45-EN-Spec-E_DMS.pdf - 第41页

41 SIPLACE Software Suite SIPLACE Station Programming In the SIPLACE Station Programming mode , the user can create a place - ment program (PCB, co m - ponents, component shapes, set up) direc tly at the placement machin…

SIPLACE Software Suite

SIPLACE Station Software

Individual measurement data

The individual measurement

data determined by the

SIPLACE station software

(measurement contexts) can

be saved at the station. This

can be linked to the following

conditions (Vision measure-

ment options):

1. Unable to measure com-

ponent and measurement

data (measurement con-

texts) should be saved.

These measurement data

can then be used for opti-

mization purposes in a

subsequent analysis. As

with other optical inspec-

tion systems, pseudo

errors can be differentiat-

ed from other errors and

the affected component

shape can then be opti-

mized.

2. Vision measurement

logs should always be

written for this compo-

nent.

Whenever there is general

uncertainty about the

quality of a component,

the Vision logs can be writ-

ten for all components.

3. As soon as Vision errors

occur for the component,

the machine will stop.

If you want to avoid com-

ponent rejection, particu-

larly for very expensive

components, this option

can be used to correct all

measurement errors

occurring, without the

need for any rejections.

The machine waits with

the component, in front of

the camera, so that the

component can be

checked.

In addition, pickup and place

positions can be checked

with the PCB camera. This

makes 100% placement con-

trol possible in the machine.

Teaching components

Component shapes which

are not part of the standard

component shape library can

be generated using the

offline programming system

SIPLACE Pro, with the help

of data sheets, or with the

offline Vision teach station

and a sample component.

Alternatively, a component

shape can be marked as

incomplete and transferred

to the station with this status.

The description can be com-

pleted after the first pickup

run on the line.

After completion of the

description, a robustness

analysis can be performed at

the station, to ensure that

this component is always

recognized reliably, even

under different conditions.

You can also program the

placement positions on the

board in the station software.

This software provides

advanced support functions

which allow you, for exam-

ple, to combine images from

the PCB camera with data

from the placement program.

This boosts the productivity

significantly for production

environments with frequent

new production introductions

or product changeovers.

The SIPLACE station soft-

ware makes daily work eas-

ier for users

Many other features in the

station software make day-

to-day work easier for the

users and optimize the SMT

production processes.

• Calibration process con-

trol is fully integrated into

the SW

• Self-repair routines for

nozzles and feeder mod-

ules

• Self-determination of

feeder module cycle

• "Alarms" - at a glance

• "FaceDown" recognition

• Direct access to board

conveyor functions, such

as "nonstop board trans-

port".

SIPLACE Software Suite

SIPLACE Station Programming

In the SIPLACE Station

Programming mode, the

user can create a place-

ment program (PCB, com-

ponents, component

shapes, setup) directly at

the placement machine.

The specified fiducials and

placement positions are

exactly measured by the

PCB camera.

After a local optimizing run,

the placement process can

be started at the station.

In this case, the placement

machine can be used inde-

pendently without a net-

work connection to a

programming system.

For a manual data exchange,

the placement programs can

be exported from the place-

ment machine or imported

into the placement machine.

In order to implement the sta-

tion programming mode, the

SIPLACE Pro software

including the SQL database

is integrated on the station

computer. The layout of the

SIPLACE Pro GUI has been

adapted to the look and feel

of the station software GUI

and is displayed as SIPLACE

E Pro desktop in the station

software.

Job Editor

The SIPLACE E

Pro provides the

user at the station

with all means that

are required for a

complete descrip-

tion of the place-

ment program.

Line Configuration

Each machine in the network

automatically registers in the

masterPC and is available

for creating a line. Lines can

be: independent machines, a

physical line or a virtual line.

Job Control

Job Control shows the status

of each machine of the cur-

rent line configuration and

manages the correct down-

load to the right machines of

the configured line.

Technical Data

Electrical Ratings, Energy Consumption and

Compressed Air supply

Electrical ratings

Supply voltage Fuse

Main power supply 3 x 200 V~ up to 3 x 230 V~; ± 10 %; 50/60 Hz)

3 x 380 V~ up to 3 x 415 V~; ± 10 %; 50/60 Hz

a) with adapter kit (US option)

3 x 16 A characteristic C

Mains power connection Cable 4 x 4 mm² with CEKON connector

Energy consumption

with

vacuum pump

Nominal active power 1.8 kW

Nominal apparent power 2.3 kVA

Compressed air supply

Compressed air pressure values

min

max

0.5 MPa = 5.0 bar

1.0 MPa = 10 bar

Operating pressure 0.48 MPa ± 0.025 MPa (4.8 bar ± 0.25 bar)

Compressed air connection R 3/4" inner thread (pipe thread) with 1/2" hose connection

Ambient conditions for packaging, transportation and storage

Temperature range Between -25°C and 55°C

Atmospheric humidity Up to 95%

Ambient pressure Up to 3000 m height without pressure equalization

Ambient conditions for machine operation

Room temperature Between 15°C and 35°C

Atmospheric humidity 30% to 75 % (no higher than 45% on average to prevent any possibility of

condensation on the machine)

Ambient pressure > 890 mbar (corresponds to 1000 m above mean sea level)

Compressed air consumption

a) Average consumption values

Placement head configura-

tion

Compressed air consumption

with

vacuum

pump

b) Under normal atmospheric conditions at 20°C and 1013 hPa.

c) Vacuum pump for SIPLACE CP14/CP12/CP6 head only.

E by SIPLACE CP14

CP12

CP12 / PP

CP6 / PP

90 Nl/min

140 Nl/min

185 Nl/min

Compressed air specification according to DIN ISO 8573-1:2010

Particle size (ISO class 1) 0.1 µm

Particle density (ISO class 1) 0.1 mg/m³

Maximum oil content (ISO class 1) 0.01 mg/m³

Pressure dewpoint (ISO class 4) + 3°