3
2
1
1
2
3
4
5
6
7
8
9
0
ABC
DEF
GHI
JKL
MNO
PQRS
TUV
WXYZ
+
R
0
+
0
+
1
STARTING = 100 – 3 + 1 = 98
ID = 3
.....
.....
So in STARTING NUMBER we program 98 and in FINAL NUM-
BER 137.
Anyway we suggest to avoid difficult numbering. If IDs are assi-
gned starting from 1, the STARTING NUMBER is equal to the
lower number we want to use by keypad. Also for this reason it
is good to use a standard criteria for example dividing numbers
on buildings. For example for the first building you can use those
numbers (If every riser’s IDs start from number 1):
Building From:
To:
STARTING
NUMBER
FINAL
NUMBER
1
1
0
+
1
0
+
4
GHI
1
101
140
2
1
0
+
2
ABC
0
+
4
GHI
2
ABC
201
240
....
9
1
0
+
9
WXYZ
0
+
4
GHI
9
WXYZ
901
940
The FINAL NUMBER described on paragraph 5.4 is:
FINAL = 98 + 42 – 3 = 137
STARTING
ID = 4
ID = 42
ID = 3
10/16
69DM
GB
9.
DOOR LOCK TYPICAL CONFIGURATION
9.1
WITHOUT 2-WIRE ENTRANCE PANELS
In this case the P0 push button (door lock function) of every mo-
nitor or interphone device, has to be programmed into the
69DM. If, as suggested before, every 69DM of the system was
identified by ID 15, the programming procedure is the same for
every devices.
Nel caso si fossero usati ID diversi, si dovrà usare montante per
montante l’ID della rispettiva interfaccia, 15 nell’esempio.
9.2
WITH 2-WIRE ENTRANCE PANELS
It is not important if the 2-Wire entrance panel is master or slave.
If you want to open the local door lock together with the main
door lock, you have to remember to assign the common door
lock with the same ID of the 69DM. The P0 bush buttons have
to be programmed like the previous paragraph.
10.
TYPICAL CALL CONFIGURATION
10.1
HOW TO SET STARTING AND FINAL NUMBERS
(PARAGRAPHES 5.3 AND 5.4)
For example think we have set the riser’s ID interphones star-
ting from 3 till 42 (this is because it is not necessary to start
from 1). For example think we have an entrance panel type
1287 with which we want to call interphone ID 3 with
and interphone 4 with number
and so on.
We have to set the STARTING NUMBER described on para-
graph 5.3 as:
1
0
+
1
0
+
0
+
1
