08/7,&,5&8,7:,7+$7+5
6(77,1*5(*8/$7253$5$0(7(56
The unit’s address and the segment’s address iden-
tify each unit on the bus somewhat like a postal ad-
dress. Each unit must have a correct address to
ensure communication.
6HJPHQWDGGUHVV
'HYLFHDGGUHVVRQWKHEXV
6HWWLQJ
- Press the line selection buttons to select programming line 141.
- Press the plus / minus buttons to enter the segment address.
(IIHFW
Entry of the segment address is especially important when the regulator is used in a
multicircuit installation. With this setting, the system can be subdivided into a number of
segments.
Inputs:
6HJPHQW
QXPEHU
A bus segment is comprised of a number of devices that are used in the same place of
application. All units in a segment must carry the same segment address.
6HWWLQJUDQJH
8QLW
)DFWRU\VHWWLQJ
0...14
Increment
0
0
Heat generation segment
RVA 47
1...14
Heat consumer segment
RVA 46
6HWWLQJ
- Press the line selection buttons to select line 140.
- Press the plus / minus buttons to enter the device number.
(IIHFW
Entry of the device address is especially important when using combinations of units, or
in a system. The addresses classify the regulators within a segment.
Inputs:
'HYLFH
DGGUHVV
The device addresses should be assigned in consecutive order in accordance with the
regulators connected. It is not permitted to assign an address several times within a bus
segment, since this would lead to communication errors. Each segment must have a
unit as a master (address 1).
6HWWLQJUDQJH
8QLW
)DFWRU\VHWWLQJ
0...16
Increment
1
$GUHVV
(IIHFW
([DPSOH
0
Standalone
Single regulators
1
Master
(local bus)
-
Regulators with master function
-
Cascade master
-
Heat generation master
-
Consumer master in the respective segment
2...16
Slave (local
bus)
-
Regulators with slave function
-
Other heat generation regulators
-
Heating circuit regulator
-
D.h.w. regulator
