70
= Key1
= Key 2
= Key 3
= Max. value or consumption = Min. value or supply
EDIT
CONF
CONF
CONF
EDIT
LON-Bus
In the following programming example, Bit 3 with
index 53from the LON network variables is assigned
to digital output 5.
In menu
CONF
scroll
to the digital outputs
using
key 3.
Scroll to the desired
output number with
key 2.
Confirm selection
with
key 1.
The text
EDIT
ap-
pears.
The actual data
source is flashing.
Change data source
with
key 2.
Select data source
with the
keys 2 and 3.
Confirm selection
with
key 1.
The symbol
EDIT
appears.
Confirm with
key 2.
The arrow for
inverting is flashing.
Using
key 3 the
inverting, here of Bit
7, can be changed.
Press
key 1. Bit 3 of the LON network variable with
index 53 was assigned to digital output 5. The text
EDIT
disappears.
Scroll through configuration menu with key
3.
MODBUS
In the following programming example, Bit 11 from
Hex-address 0x30 (see table 10) is assigned via
MODBUS protocol to digital output 4.
In menu
CONF
scroll
to the digital outputs
using
key 3.
Scroll to the desired
output number with
key 2.
Confirm selection
with
key 1.
The text
EDIT
ap-
pears.
The actual data
source is flashing.
Change data source
with
key 2.
Select data source
with the
keys 2 and 3.
Confirm selection
with
key 1.
The symbol
EDIT
appears.
Confirm with
key 2.
The arrow for
inverting is flashing.
Using
key 3 the
inverting, here of Bit
7, can be changed.
CONF
CONF
EDIT
EDIT
CONF
Diagr. Data transmission from LON-bus to UMG 505.
31 32 33 34 35
Input 5-12
Dig. Output 1-5
5 6 7 8 9 10 11 12 1 2 3 4 5
15 14 13 12 11 10 9 8 7 6 5 4 3
Index 53
Terminal
UMG505
LON-Bus
Bit
Bit
Press
key 1. Bit 11 of the MODBUS, HEX-address
0x30 was assigned to digital output 4. The text
EDIT
disappears.
Scroll through configuration menu with key
3.
