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TRANSPORTATION - POWER UP FOREIGN MACHINE INTERFAC E 43.30 Technical Reference Manual Chapter Issue 3, Nov 19 Figure 43-8 FMI Location Print Lane MIU FMI Pod M40 Dual Lane Controller Pass Through Lane MIU

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TRANSPORTATION - POWER UP
FOREIGN MACHINE INTERFACE
Chapter Issue 3, Nov 19 Technical Reference Manual 43.29
6. Select Upline Protocol.
7. Select MIU.
8. Select Accept.
9. Select Downline Protocol.
10. Select MIU.
11. Select Accept.
12. Select Printer Mode.
13. Select No Print.
NOTE
In No Print mode, the DEK machine acts as a conveyor, passing the board
through the machine without printing.
14. Select Accept.
15. Select Back.
16. Select Back.
17. Select Back.
18. Ensure that the Upline and Downline Machines are connected and are
powered up.
19. Select Print.
The printer requests a board from the upline machine and passes it through the
machine. The board stops at the sensor on the conveyor. On request from the
downline machine the board passes onto the external conveyor. When the
sensor is clear the stencil printer requests another board from the upline
machine and the sequence repeats.
This shows that the interface is working between the printer and the external
machines.
Dual Lane Machine The dual lane machine requires separate FMI communications for the print lane
and the pass through lane.
For the print lane, the normal DEK FMI rules apply. If the DEK machine is
connected to upline and downline machines/conveyors that use SMEMA, Fuji
or Panasonic communications protocol, an FMI pod is used. If either of the
communications protocol is not SMEMA, Fuji or Panasonic, a Multi-Interface
Unit (MIU) must be used.
For the pass through lane, if the DEK machine is connected to upline and
downline machines/conveyors that use SMEMA, Fuji or Panasonic communi-
cations protocol, connection is made to the M40 Dual Lane enclosure. If either
of the communications protocol is not SMEMA, Fuji or Panasonic, an MIU must
be used.
TRANSPORTATION - POWER UP
FOREIGN MACHINE INTERFACE
43.30 Technical Reference Manual Chapter Issue 3, Nov 19
Figure 43-8 FMI Location
Print Lane MIU
FMI Pod
M40 Dual Lane
Controller
Pass Through
Lane MIU
TRANSPORTATION - POWER UP
FOREIGN MACHINE INTERFACE
Chapter Issue 3, Nov 19 Technical Reference Manual 43.31
There are many configurations depending on the rules mentioned previously.
Below is an example on how to connect two side-by-side printers to an upline
and a downline machine/conveyor using MIU’s:
NOTE
1. The pass through lane MIU would not be required if the connecting upline
and downline machines use SMEMA, Fuji or Panasonic communications
protocol. Connection would be made to the M40 Dual Lane enclosure.
2. The print lane MIU would be replaced with an FMI pod (located at the rear
of the machine) if the connecting upline and downline machines use
SMEMA, Fuji or Panasonic communications protocol.
Below is an example on how to connect two printers separated by a conveyor,
to an upline and a downline machine/conveyor using MIU’s:
NOTE
The conveyor separating the printers must be considered as the downline
machine to the rear print machine and the upline machine to the front print
machine.
Plan View on Machines
DEK Rear Print Machine
Print Lane
Pass Through Lane
Pass Through Lane
Print Lane
DEK Front Print Machine
M1SK1
UPLINE
M1SK2
DOWNLINE
M1PL3
DEK M/C
M1SK4
DEK USB
+12V
+24V
+24V SW
SEND UPLINE
SEND DOWNLINE
CONTROLIN
UPLINE READY
DOWNLINE READY
CONTROLOUT
POWER
I/P'S
O/P'S
PROTOCOLSELECTION
UP
LINE
DOWN
LINE
MIU 191114
4
80
4
80
M1SK1
UPLINE
M1SK2
DOWNLINE
M1PL3
DEK M/C
M1SK4
DEK USB
+12V
+24V
+24V SW
SEND UPLINE
SEND DOWNLINE
CONTROLIN
UPLINE READY
DOWNLINE READY
CONTROLOUT
POWER
I/P'S
O/P'S
PROTOCOLSELECTION
UP
LINE
DOWN
LINE
MIU 191114
4
80
4
80
M1SK1
UPLINE
M1SK2
DOWNLINE
M1PL3
DEK M/C
M1SK4
DEK USB
+12V
+24V
+24V SW
SEND UPLINE
SEND DOWNLINE
CONTROLIN
UPLINE READY
DOWNLINE READY
CONTROLOUT
POWER
I/P'S
O/P'S
PROTOCOLSELECTION
UP
LINE
DOWN
LINE
MIU 191114
4
80
4
80
M1SK1
UPLINE
M1SK2
DOWNLINE
M1PL3
DEK M/C
M1SK4
DEK USB
+12V
+24V
+24V SW
SEND UPLINE
SEND DOWNLINE
CONTROLIN
UPLINE READY
DOWNLINE READY
CONTROLOUT
POWER
I/P'S
O/P'S
PROTOCOLSELECTION
UP
LINE
DOWN
LINE
MIU 191114
4
80
4
80
Upline
Machine/
Conveyor
Downline
Machine/
Conveyor
Pass Through
Pass Through
Print
Print
Lane 1 Lane 1
Lane 2 Lane 2
Plan View on Machines
DEK Rear Print Machine
Print Lane
Pass Through Lane
Pass Through Lane
Print Lane
DEK Front Print Machine
M1SK1
UPLINE
M1SK2
DOWNLINE
M1PL3
DEK M/C
M1SK4
DEK USB
+12V
+24V
+24V SW
SEND UPLINE
SEND DOWNLINE
CONTROLIN
UPLINE READY
DOWNLINE READY
CONTROLOUT
POWER
I/P'S
O/P'S
PROTOCOLSELECTION
UP
LINE
DOWN
LINE
MIU 191114
4
80
4
80
M1SK1
UPLINE
M1SK2
DOWNLINE
M1PL3
DEK M/C
M1SK4
DEK USB
+12V
+24V
+24V SW
SEND UPLINE
SEND DOWNLINE
CONTROLIN
UPLINE READY
DOWNLINE READY
CONTROLOUT
POWER
I/P'S
O/P'S
PROTOCOLSELECTION
UP
LINE
DOWN
LINE
MIU 191114
4
80
4
80
M1SK1
UPLINE
M1SK2
DOWNLINE
M1PL3
DEK M/C
M1SK4
DEK USB
+12V
+24V
+24V SW
SEND UPLINE
SEND DOWNLINE
CONTROLIN
UPLINE READY
DOWNLINE READY
CONTROLOUT
POWER
I/P'S
O/P'S
PROTOCOLSELECTION
UP
LINE
DOWN
LINE
MIU 191114
4
80
4
80
M1SK1
UPLINE
M1SK2
DOWNLINE
M1PL3
DEK M/C
M1SK4
DEK USB
+12V
+24V
+24V SW
SEND UPLINE
SEND DOWNLINE
CONTROLIN
UPLINE READY
DOWNLINE READY
CONTROLOUT
POWER
I/P'S
O/P'S
PROTOCOLSELECTION
UP
LINE
DOWN
LINE
MIU 191114
4
80
4
80
Upline
Machine/
Conveyor
Downline
Machine/
Conveyor
Pass Through
Pass Through
Print
Print
Conveyor
Lane 1Lane 1 Lane 1
Lane 2Lane 2 Lane 2