CAN Bus Workshop_Version 03__06-2008_EN.pdf - 第167页

CACCIA Manual 1 Caccia Student Guide Issue 04/2007 EN 75 Depending on the machine configuration (1 or 2 ga ntries) the on e wire bus structure in P A2 is iden- tical with that in P A1. 1.1 1.1.3 One Wire Bus in the Sipla…

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1 Caccia Student Guide CACCIA Manual
Issue 04/2007 EN
74
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
75
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
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
1 Wire CAT5 cable
1 Wire CAT5 cable
1 Wire CAT5 cable
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
1 Caccia Student Guide CACCIA Manual
Issue 04/2007 EN
76
Depending on the machine configuration (1 or 2 gantries) the one wire bus structure in PA2 is iden-
tical with that in PA1.
Function description: 1
When the machine is switched on, each one wire bus is assigned a fixed CAN ID.
One wire in PA1 --> CAN ID: 07d0
One wire in PA2 --> CAN ID:07c0
During initialization of the bus system, each station registers with the master, after which the bus
is ready for operation.
In the non operative mode, the voltage level is 5 V on the one wire bus.
A repeat initialization can be performed with the CACCIA tool (see Function Control and Trouble-
shooting for Service Work).
Pin assignment in machine CAN bus:
Fig. 1 - 50 Pin assignment for sub D connectors
120
Ohm
CAN Interrupt95
+24V 1-wire-Bus89
Power Fail74
CAN Reset68
GND53
CAN High47
CAN Low32
GND26
1-wire-Bus 11
AderPin
Pin 1 only for HF machines