1) Carry out the electrical connections to the
MAIN PCB
(Pic.8).
2) Set only one of the switches
DIP 1 or DIP 2 or DIP 3 or DIP 4
to
ON
(It is through
the first four DIp-switches that different ACCESS CODES can be stored).
The
red led 1
on the main PCB flashes.
3) Press the
ACCESS CODE (from 1 to 6 digits) - press A
.
The green led goes on followed by a long confirming beep.
4) Set
all
DIP
-switches to
OFF
. The red led 1 on the PCB goes off.
= Pure contact for STOP function only:
direct to
the relay in case of an emergency
NOTE: The relay A can take up to 4 different access codes max. Each code
is to be stored individually by setting any
one of the first 4 DIP-switches to ON
.
PLEASE NOTE: THIS OPERATION ERASES COMPLETELY ALL THE ACCESS CODES AND ANY ADDITIONAL FUNCTIONS STORED WITH THE RELAY
INVOLVED IN THIS PROCESS.
Carry out the electrical connections to the keypad, main PCB and the Elpro
control box (or to a control relay). Pic. 8.
The DGT 61 keypad incorporates also a pure NC contact to get the STOP
function. The contacts of the
C
-
NC
terminals on the
main PCB
are opened
on pulsing the
STOP button in the keypad, and no code is required to be
entered
.
Once satisfied that the main PCB is properly connected to the Elpro control
box, and the selected ACCESS CODES stored with the required output, to operate
with the keypad just press the keys corresponding to the
ACCESS CODE
, followed
by the key corresponding to the required
OUTPUT
(
A
or
B
).
The green led goes on followed a long confirming beeping.
1) Set the
Dip-sw. 10
to
ON.
The red led 1
flashes.
2) Press the key
9 9 9 (three times)
.
3) Press
button A
or
B
to erase the encoding
and the functions from output A or B
4) Set
all the DIP-switches
to
OFF.
5 short beeps confirm the operation
while the green led keeps flashing as
long as beeping can be heard.
!
1)
2)
1)
2)
3)
OFF
1)
3)
4)
1
Diagram
Diagram
ingresso
automatizzato B o
altre utenze
12-24Vac/dc
XY
Z
X
Y Z
1 2 3 4 5 6 7 8 9 10
A
B
XY
Z
13 14
3 4
6
X
Y
Z
Keypad DGT 61
Keypad DGT 61
3 4
14
13
13
14
3
3
3
NC
C
X
Y
Z
A
B
S
S
ON
OFF
ON
OFF
S
5
1 2 3 4 5 6 7 8 9 10
(*)
(*)
(*)
The connection
to
Z terminal
is
required in case of
weak or disturbed
signal
(*)
STOP
1**
ON
ON
3**
ON
4**
ON
2**
ON
ON
ON
ON
**once encoding/programming phases are completed, all Dip-switches are to be set to OFF
1**
2**
3**
4**
1
ON
STOP
ON
10
OFF
10
2)
1
2 3
4
5 6
7
8 9
A
B
1) Carry out the electrical connections to the
MAIN PCB
(Pic.8).
2) Set only one of the switches
DIP 1 or DIP 2 or DIP 3 or DIP 4
to
ON
(It is through
the first four DIp-switches that different ACCESS CODES can be stored).
The
red led 1
on the main PCB flashes.
3) Press the
ACCESS CODE (from 1 to 6 digits) - press B
.
The green led goes on followed by a long confirming beep.
4) Set
all
DIP
-switches to
OFF
. The red led 1 on the PCB goes off.
NOTE: The relay B can take up to 4 different access codes max. Each code
is to be stored individually by setting any
one of the first 4 DIP-switches to ON
.
OFF
1)
3)
4)
1
1
ON
2)
1
2 3
4
5 6
7
8 9
1
2 3
4
5 6
7
8 9
oppure
A
B
3
If the access code sequence is
incorrect:
the unit gives out
3
beeping souds and the red led
illuminates for 2 seconds.
Dial correctly or reprogram the unit.
9 9
9
A
B
A
B
(*)
DGT 61
12-24V
cc/ca
A
B
NC
X
Y
Z
STOP
1
2 3
4
5 6
7
8 9
A
B
FADINI
STOP
1
2 3
4
5 6
7
8 9
A
B
FADINI
STOP
1
2 3
4
5 6
7
8 9
A
B
FADINI
12-24V
ac/dc
12-24V
ac/dc
DGT 61
is a custom-encoded control accessory designed to open and close any automatic access system. It can be also used to control other external
applications.
DGT 61
consists of a
Keypad
(in an anti-corrosion treated aluminium casing, in two options either to be partially recessed or surface mounted)
cable connected (x 4 wires) to the
Main PCB
; this one is to be installed near the Elpro electronic control box for the electrical connections. The keypad
incorporates the button keys, illuminated in blue from the back: nine digits, two outputs A and B and one output for the emergency stop button. The main PCB
is fitted with a terminal block where power supply is to be connected (in parallel also to the keypads), with the N.O. contacts of the A and B output relays
and with one pure N.C. terminal output of a third relay, providing connections for an emergency stop. A second block of terminals X and Y (and a third
one Z for long distance or disturbed signals) receive the encoded signal from the keypads. Programming is simple and immediate by Dip-switches on
the main PCB. Each channel can take up to 4 different numerical codes; any one code, through the same channel either A or B, operates the same
function. Other professionally advanced functions can be achieved by the two relays (bistable outputs, timed bistable outputs, output delay, etc.), and
can be enabled by the Dip-switches on the main PCB. Other external control applications are also made possible (eg. illumination, alarm systems and
watering) besides automatic door/gate systems, etc.
In these cases, it is recommended that a relay be always fitted between the PCB and the other possible applications.
Pic.7
meccanica
FADINI
GENERAL DESCRIPTION
Instructions manual DGT 61 digital keypad
GB
Pic.8
DIAGRAM OF A POSSIBLE INSTALLATION WITH TWO KEYPADS AND ONE PCB
meccanica
FADINI
Instructions manual DGT 61 digital keypad
GB
STORING ONE OR MORE ACCESS CODES ONTO THE RELAY OUTPUT A
STORING ONE OR MORE ACCESS CODES ON O THE RELAY OUTPUT B
HOW TO OPERATE WITH DGT 61 KEYPAD
ENABLING THE STOP BUTTON KEY
MEMORY CLEARING
Diagram
Diagram
Diagram
page 9
page 10
1st CODE
to relay B
2nd CODE
to relay B
3rd CODE
to relay B
4th CODE
to relay B
1st CODE
to relay A
2nd CODE
to relay A
3rd CODE
to relay A
4th CODE
to relay A
Automated
access A or
other applications
Controll box series
Elpro - access A
Controll box Elpro 6 -
access B
common
common
open
stop
open/stop/close
24V
ac/dc
stop
open
open
relay NO
C NO
NO
C
NC
C
max 0.5mm²
up to 100m
main PCB
24V
ac/dc
0.5mm² up to 100m
1 or more
keypads DGT 61
Main PCB
max 0.5mm² up to 100m
(*)
the connection to
the
Z terminal
is required in
case of weak or
disturbed signal
12-24V
ac/dc
Red led 1
:
It flashes during
programming phase
Red led 2
: It flashes slowly
when X Y are properly connected
to the keypad
Jumper for 12Vdc power supply
:
when jumper is fitted, 12Vdc power
supply is possible
relay NC
relay NO
C NO
NO
C
NC
C
relay
NC
relay N0
relay N0
ACCESS
CODE
LONG
BEEPING
green led
for 1 second
A or B output
Main PCB
red led
for 2 seconds
press
STOP
pure contact
relay A
ALL DIP-SW.
TO OFF
Main PCB
Main PCB
ACCESS
CODE
relay B
ALL DIP-SW.
TO OFF
Main PCB
Main PCB
ACCESS
CODE
n°3 short beeps
Red led
for 2 seconds
Main
PCB
main PCB
keypad
A or B output
n°5 Beeps
green led
ALL DIP-SW.
TO OFF
or
4)
