urmet domus BiBus II ED. 1072/80 Manual De Instrucciones página 6

INSTALLATION
The special decoder presents four holes for wall
fastening by means of 6mm diameter bolts (not
provided). The decoder can be wall fi tted with the
wires either fl ush or not.
Important: In both cases, the relay will directly
control the high voltage loads. The wires connected
to the relay terminal boards must pass in a separate
channel from the rest of the system.
WALL-FITTED WALL-FITTED
WITH EXTERNAL WITH FLUSH
WIRING WIRING
DUCT + WIRES
WIRES
BASE BASE
COVER
COVER
WALL
DUCT + WIRES
Terminals L1, L2 are used to connect to the bus.
Connect indifferently either to the main station side
bus or to the door phone side bus.
The connection of the electrical load to be controlled
is made by means of fi xed terminal boards protected
by a plastic cover. The terminal boards lead to
two reciprocally isolated contacts with the following
names:
• NO: normally open relay contact
• NC: normally closed relay contact
• C:
common relay contact
Consider the following table for cross-section areas
of the wires to be used to connect to the bus:
Maximum distance 50 m 100 m 200 m 400 m
Between:
− Special decoder
(installed on door
0.75 mm 2
phone bus side)
− Coupler
Between:
− Special decoder
0.75 mm 2 1.5
(installed on main
mm
2
station bus side)
− Coupler
10
Maximum number of devices:
• three special decoders on door phone side for
each coupler;
• three special decoders in total on main station
side.
Proceed as follows to increase the number of special
decoders:
• reduce the maximum number of door phones
which can be installed by one unit for each three
additional special decoders on door phone side
(e.g. 6 special decoders and 49 door phones, 7
special decoders and 48 door phones, etc.);
• reduce the maximum number of main stations
which can be installed by one unit for each twelve
additional special decoders on main station side:
(e.g. 12 special decoders and 11 stations, 24
special decoders and 10 stations, etc.).
PROGRAMMING
The special decoder is programmed at the factory
as follows:
• operating mode: toggle timed for 1 s;
• switchboard function buttons: all enabled;
• control from all door phones and all calling
stations in system.
Consequently, the special decoder may not need to
be programmed and may be ready for use.
WALL
Proceed as follows if you need to edit the
programming parameters.
Insert the programming adapter 1072/60 in the
minidin connector (6). The special decoder will beep
three times to confi rm.
Program the parameters are described below with
the keyboard 1032/65 connected to the 1072/60.
Press ↵ at the end of each command. The decoder
will beep three times to confi rm if the confi guration
is correctly programmed. A longer beep will indicate
that the parameter is not confi gured properly.
Press ↵ to cancel the entered parameter before
pressing .
The parameters can be programmed in any order.
Not all parameters need to be programmed. Extract
the keyboard at any time. The programmed values
will be stored and the special decoder will generate
a longer beep.
OPERATING MODE
Use letter "M" for commands.
Value to be programmed Keyboard command
2.5
Toggle function M0↵
mm
2
Bistable function M1↵
RELAY ENERGISING TIME
The programming step is required for toggle
operation only.
Use letter "D" for commands.
Value to be programmed Keyboard command
Relay energising
for n seconds
"n" must be comprised in the range from 1 to 999.
Example: D5↵, D60↵, D100↵.
ENABLING/DISABLING SWITCHBOARD FUNCTION
BUTTON
Use letter "F" for commands. Each button can be
enabled/disabled individually.
Value to be programmed Keyboard command
Enable button F1
Enable button F2
Enable button F3
Enable button F4
Disable button F1
Disable button F2
Disable button F3
Disable button F4
Note: Switchboard button F1 will not be effective in
1st edition systems, also if it is enabled by
the special decoder.
PROGRAMMING SPECIAL DECODER CONTROL
FROM DOOR PHONES AND CALLING STATIONS
The special decoder control can be programmed
to:
• receive the "staircase light" control from any door
phone and any calling station in the system: in this
case, simply program "any" and do not program
codes (see programming step in the following
paragraph).
• receive the "staircase light" control from groups
of door phones and calling stations in certain
columns (up to four columns): in this case,
program "column" and at least one user code for
each required column (see programming step in
the following paragraph).
• receive the "staircase light" control from a group
of up to four calling stations and/or door phones
in the system: in this case, program "single"
and four user codes or calling station IDs (see
programming step in the following paragraph).
Letter "O" identifi es the type of station:
DS1072-019 DS1072-019
Value to be programmed Keyboard command
"Any" selection
"Column" selection
"Single" selection
Dn↵
PROGRAMMING DOOR PHONE STAIRCASE
LIGHT BUTTON USER CODES AND CALLING
STATION IDS
The special decoder has four memory positions (X1,
X2, X3, X4) for programming user codes and calling
station IDs.
Letter "C" is used for programming user codes.
Value to be programmed Keyboard command
User code abcd
programmed in position 1
F1A1↵
User code abcd
programmed in position 2
F2A1↵
User code abcd
F3A1↵
programmed in position 3
F4A1↵
User code abcd
F1A0↵
programmed in position 4
F2A0↵
F3A0↵
"abcd" is any user code (either numeric or with letter
prefi x from A to J or with letter suffi x from A to J).
F4A0↵
Example: C1001X1↵,
CG192X1↵.
Letter "P" is used for programming main calling station
codes, letter "S" is used for secondary stations.
Value to be programmed Keyboard command
Main station nm
programmed in position 1
Main station nm
programmed in position 2
Main station nm
programmed in position 3
Main station nm
programmed in position 4
Secondary station b
programmed in position 1
Secondary station b
programmed in position 2
Secondary station b
programmed in position 3
Secondary station b
programmed in position 4
nm is the main station number from 01 to 12.
b is the secondary station number from 0 to 9 or
from A to J.
Example: P11X1↵, S1X1↵, SBX1↵.
O2↵
O1↵
O0↵
CabcdX1↵
CabcdX2↵
CabcdX3↵
CabcdX4↵
C0032X1↵, C178HX1,
PnmX1↵
PnmX2↵
PnmX3↵
PnmX4↵
SbX1↵
SbX2↵
SbX3↵
SbX4↵
11