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CAN HMI
Wiring colours
CAN Slave
+24V
CAN_H
1 2 3 4 5
CAN_L
GND
SHD
Fig. 4.10 Connection of SlaveBoard Panel
CAN HMI
1 2 3 4 5
In case of multiple filter modules
•
Proceed with paragraph 4.4.4
0000112547/A
In case of one (1) filter module
Fig. 4.11
•
Put the termination plug (A) on the CAN OUT connector on
the PC board.
Fig. 4.12 + Fig. 4.13
17
•
Make sure that the DIP switches are correctly set.
•
Close the lid.
Addressing
4.4.4
SlaveBoard SlaveBoard
sequence:
In case of multiple filter modules, you must make a serial
connection of the cables.
Cable #2 is supplied with two cable glands and a connector at
both ends. The number of cables is equal to the number of
filter modules.
- Due to the cable length, you can only make
horizontal and vertical connections. It is not
possible to make diagonal connections.
- Refer to Fig. IV on page 75 for an example of
the correct connection sequence.
- For the position of the CAN IN and CAN OUT
connectors, refer to Fig. III on page 75.
Fig. 4.11
•
Remove the lids of all SlaveBoards.
•
Remove all dust caps.
•
Loosen the cable glands from the cables and remove the
nuts.
•
Put the cables into the SlaveBoards and put the nuts back
over the cables.
•
Connect a cable to the CAN OUT connector of the first filter
module.
•
Connect the other end of the cable to the CAN IN connector
of the next filter module.
•
Continue the same way to connect all SlaveBoards.
•
Put the termination plug
the last filter module.
•
Tighten all cable glands.
FIRST
FIRST filter module
Fig. 4.11 SlaveBoard SlaveBoard
17. Address configuration pos. 1-4: according to number 1
18. Supplied with Panel to SlaveBoards cable (#1)
0000112607/170717/0 ControlGo
red
white
blue
black
drain wire (with
shrink tube)
Configuration of filter module :
1
2
1
2
3
4
5
3
4
6
7
8
(A) on the CAN OUT connector of
18
LAST
LAST filter module
A
address SlaveBoards
cable #1
To arrange the compressed air valves of the entire filter
system to pulse in the correct sequence, you must configure
the DIP switches of each individual filter module.
The DIP switch module
are pre-configured in the factory.
[page 7]
Fig. 4.12
•
Make sure that DIP switches position 5+6 are correctly set.
0000112547/A
MDB-BM/2
MDB-BM/2 +
Fig. 4.12 DIP switches pos. 5+6
MDB-BM/4 +
Addressing
sequence:
Fig. 4.13
•
Set the DIP switches 1 to 4 as indicated. It shows the
Address configuration:
0000112547/A
address configurations of max. 16 filter modules
9
(=MDB-64).
0000112547/A
1
2
10
11
3
4
12
Addressing
sequence:
13
Addressing sequence
Addressing
14
sequence:
15
1
16
1
3
3
Fig. 4.13 Setting of DIP switches pos. 1 to 4
•
Close all lids.
The outside of the lid contains a sticker that helps you to
cable #2
identify each separate filter module.
Fig. 4.14
•
Use a black marker to number the filter modules. Make
sure that the sequence corresponds with the setting of the
DIP switches.
19. The red module on the PC board
contains 6 DIP switches. Position 5+6
19
MDB-BM/4
Configuration of filter module :
MDB-BM/2 +
MDB-BM/4 +
pos. 5+6
Address configuration:
1
9
2
10
Configuration of filter module :
3
11
attENtioN
MDB-BM/2 +
Make sure that you address the filter modules in the
Configuration of filter module :
4
12
correct sequence:
MDB-BM/4 +
- start with the upper left filter module (1)
MDB-BM/2 +
5
13
- address from left to right
- subsequently from top to bottom
Address configuration:
MDB-BM/4 +
6
14
1
Address configuration pos. 1-4
7
15
Address configuration:
2
1
8
16
2
3
2
4
2
3
5
4
4
6
5
4
7
6
8
7
8
pos. 5+6
9
10
9
11
10
12
11
13
12
14
13
15
14
16
15
16
EN - 9
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