Specification_SIPLACE_S23HM_eng - 第31页

30 Description S S S SI I I IP P P PL L L LA A A AC C C CE E E E O O O On n n nl i li li lin n n ne e e e The product Remote Support en- ables online access to the line computer, station computer and machine controller o…

Configuration of a Production Line with GEM Computer

Description

The function of Semiconductor

Equipment Communication Stan-

dard (SECS) II is to uniformly de-

fine communication interfaces of

production equipment made by

different manufacturers. It was fur-

ther developed into the GEM

Standard (General Equipment

Model) which is also suitable for

SMT production equipment. In this

case, an external user-specific

production computer (host) is con-

nected via LAN to a GEM com-

puter integrated into the machine

control. The interface is used by

host systems created by the user

or applications software from third-

party manufacturers.

The SECS II / GEM communication

protocol supports central control,

process control and their data

management of complete produc-

tion lines on the line computer.

Using Statistical Process Control

(SPC), for example, it is possible to

implement preventive mainte-

nance which prevents or greatly

reduces production down times.

SIPLACE Software Architecture:

Data Interface SECS II / GEM (Option)

Factory LAN GEM

Functions

Identification of the equipment

Real Time Access-

ing

Product data, error messages, machine states,

measurement results

Saving Information, connections

(connection set-up, resynchronization

SIPLACE LAN

Line Computer

HOST

GEM

Description

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The product Remote Support en-

ables online access to the line

computer, station computer and

machine controller of SIPLACE

placement systems from the sup-

port centers in Munich, Norcross

and Singapore. The SIPLACE ex-

perts in the pertinent support cen-

ter can employ remote data and

the program files of the individual

SIPLACE lines in Production to an-

swer all questions about the

placement systems, immediately

and online.

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Remote Support is offered on the

basis of communication via ISDN

(Integrated Services Digital Net-

work). Due to its high data trans-

mission speed (64,000 or 128,000

bits/s) ISDN is an ideal medium for

high-speed transfer of large quanti-

ties of data, the SIPLACE expert at

a “Remote Support Position”,

which consists of one line com-

puter, one station computer and a

communications router, can log

himself or herself into the corre-

sponding computers of the

SIPLACE line in the customer's

plant. Remote Support positions

are available in Munich, Norcross

and Singapore. An ISDN router is

also installed at the SIPLACE or

site LAN of the customer. There

need be only one such router per

production facility, however, if the

lines at the customer's site are in-

terconnected via a site LAN.

Basically, the same functionality is

available via Remote Support as is

possible at the local computers

(line computer, station computer

and machine controller).

To comply with the customer's

need for security where sensitive

production data are involved, many

mechanisms (automatic callback,

password protection, switch-off

mode, etc.) are integrated into the

system and can be applied specifi-

cally.

SIPLACE Software Architecture:

Remote Support (Option)

SIPLACE Expert Knowledge Immediately and Round the World

Customer´s production

bay

SIPLACE Support

Station

Public networks / Interfaces

Support LAN

Munich

Norcross

Singapore

Customer LAN

ISDN

1. After switching-on the station

Technical Data:

Signal Interfaces

Conveyor 1 is On Conveyor 2 is Off

Requirement

Delivery

Permission

Receival

Requirement

Delivery

Permission

Receival

Transport Direction

Signal Interface (20-Pin Ribbon Cable Connector)

to preceding station x3 to following station x4

Pin 13 GND 24V Pin 10 Reserved

Pin 14 Arrived Pin 9 Reserved

Pin 15 Permission Pin 8 Reserved

Pin 19 Request Pin 4 + 30V DC

unsaturated

Pin 20 GND 24V for request / re-

leased (contact separation)

Pin 5 GND 24V

Pin 18 Released Pin 6 + 24V DC

Pin 12 Spurious signal loop Pin 11 Spurious signal loop

Pin 11 Pin 12

Pin 3 + 24V DC Pin 15 Permission

Pin 2 GND 24V Pin 13 GND 24V for per-

mission / arrived

(contact separation)

Pin 1 + 30 V DC unsaturated Pin 14 Arrived

Pin 8 Reserved Pin 18 Released

Pin 9 Reserved Pin 19 Request

Pin 10 Reserved Pin 20 GND 24V

Conveyor Section 1

PCB

Sensor

PCB

Sensor

Conveyor Section 2

Station n

transports

PCB

to delivery

Station n+1

is ready to

receive PCBs