CAN Bus Workshop_Version 03__06-2008_EN.pdf - 第166页

1 Caccia Student Guide CACCIA Manual Issue 04/2007 EN 74 1.1 1.1.2 One Wire Bus in the HF Machines The one wire bus in integrated into the machine CAN bus cable and therefore divided into place- ment areas 1 and 2 . The …

CACCIA Manual 1 Caccia Student Guide

Issue 04/2007 EN

1.11.1.1 Basic Structure

The one wire bus system consists in principle of a master with EEPROM (control unit), which con-

trols the various submodules such as A/D converters, EEPROM, temperature and I/O modules.

Each communication branch is equipped with an upstream coupler, which opens the branch for

data transfer.

Fig. 1 - 47 One wire bus principle

Slave

Master

Coupler

E²

A/D A/DA/D I/O

Coupler

E²

°C I/O°C

E²

Slave

1 Caccia Student Guide CACCIA Manual

Issue 04/2007 EN

1.11.1.2 One Wire Bus in the HF Machines

The one wire bus in integrated into the machine CAN bus cable and therefore divided into place-

ment areas 1 and 2. The structure or arrangement of the CAN stations is identical with that of the

machine CAN bus. Pin 1 (wire 1) of the machine CAN bus is used for the one wire system.

Fig. 1 - 48 Overview of one wire subsystems e.g. BB1 on the HF machine

Vision

Control unit

Sector 4

Conveyor

Control

Axis unit

BB 1

Option: Check reject bin

or terminating plug

Attention: no CAN-

termination resistor

COM Board

I/O SUB Module

Sector 4

One Wire Bridge

(driver)

Nozzle Changer

Hub (Coupler)

Temp.sensor

CO-Table 4

Cutter

Head

plate

Control Board

NC (C&P20)

Row 1

Control Board

NC (C&P20)

Row 2

Trailing Unit Interface

Gantry 4

1 Wire Board

(Trailing Unit

Interface)

Temp.sensor

Nozzle Changer

Hub (Coupler)

CO-Table 1

Cutter

Control Board

NC (C&P20)

Row 1

Control Board

NC (C&P20)

Row 2

Trailing Unit Interface

Gantry 1

1 Wire Board

(Trailing Unit

Interface)

Temp.sensor

Head

plate

Temp.sensor

Gantry

recognition

Option: Check reject bin

or terminating plug

Attention: no CAN-

termination resistor

TQM Module

(Master)

RS232

Machine CAN Bus with

One Wire

Gantry

recognition

CACCIA Manual 1 Caccia Student Guide

Issue 04/2007 EN

Depending on the machine configuration (1 or 2 gantries) the one wire bus structure in PA2 is iden-

tical with that in PA1.

1.11.1.3 One Wire Bus in the Siplace X

With the Siplace X-machine the One Wire Bus is integreted in a separate CAT5 cabel, which start

from the Main- and Subdistributor up to the trailling interface. From the trailing interface up to the

head interface the one wire bus goes through the trailling cable. So that the cable structur are dif-

ferent but not the function of the one wire bus. 1

Fig. 1 - 49 Overview of one wire subsystems e.g. PA1 on the Siplace X

Vision control

unit

Sector 4

Transport

Control unit

Axis unit

PA 1

COM Board

I/O SUB Module

Sector 4

One Wire Bridge

(driver)

Nozzle changer

Hub (Coupler)

Gantry 4

CO-Table 4

Tape cutter

Conrol board

NC (C&P20)

row 1

Control board

NC (C&P20)

row 2

Trailing -Interface

Gantry 4

CO-Table 1

Tape cutter

Trailing-Interface

Gantry 1

Temp.sensor

Head

plate

Temp.sensor

Option: Check reject bin

or terminating plug

Attention: no CAN-

termination resistor

TQM Module

(Master)

RS232

Machine CAN Bus

1 Wire CAT5

Gantry 4

Headinterface

1 Wire CAT5

Gantry 4

Temp.sensor

Head

plate

Temp.sensor

Gantry

recognition

Headinterface

1 Wire CAT5

Distributor

24V for the nozzle changer

1 Wire CAT5 cable

Nozzle changer

Hub (Coupler)

Gantry 1

Control board

NC (C&P20)

row 2

Conrol board

NC (C&P20)

row 1

Option: Check reject bin

or terminating plug

Attention: no CAN-

termination resistor

Gantry

recognition