ENGLISH
4.5 Connecting additional components
Note
The complete accessories can load the operator with max.
100 mA.
4.6 Connecting external IMPULSE buttons* to start or stop
door travel cycles
One or several buttons with closer contacts (floating),
such as internal buttons or key switches, is/are connected
(then parallel) as follows (see fig.
9
):
1) first contact to terminal
21
(impulse input).
2) second contact to terminal
20
(0 V).
4.7 Connecting indoor button IT3b
(see figure
10
)
An indoor button
IT3
is connected as follows:
1) C to terminal
21
(impulse input).
2) Contact – to terminal
20
(0 V).
4.7.1 Connecting external IMPULSE button to start or stop
door travel cycles (see figure
10.1
)
4.7.2 Light button: switch on / off operator lightning (see
figure
10.2
)
4.7.3 Button: switch on / off radio system (see figure
10.3
)
4.8 Connecting a cutout switch or a wicket door contact
(must feature forced opening) to stop and/or
cut off the operator (STOP or emergency-OFF
circuit)
A cutout switch with opener contact (floating) is connected
as follows (see fig.
11
):
1) Connect the floating opener contact to terminals
12
(STOP or emergency-OFF input) and
13
.
2)Set DIP switch
1 (SCH1)
to
OFF
.
Note
By opening the contact any possible travel cycles are
immediately halted and permanently prevented. The
operator lighting signals the impulse code 1x flashing and LED 4
flashes.
4.9 Connecting a photocell* to initiate a safety return up to
the "OPEN” end-of-travel position
A photocell (safety device) that has a floating opener
contact is connected as follows (see fig.
12
):
1) Connect the floating opener contact to terminals
71
(safety input) and
20
(0 V).
2) Connect terminals
5
(approx. + 24 V) and
20
(0 V) to
the voltage supply.
3)Set DIP switch
2 (SCH1)
and DIP switch
1 (SCH2)
to
OFF
.
Note
If during the closing cycle the photocell is interrupted, the
door reverses and travels to the "OPEN" end-of-travel
position. If the automatic timer is activated, the time is
reset, i.e. as soon as the photocell is clear again, the set
time phase restarts. The connection is only active during
the closing cycle. The operator lighting signals the impulse
code once 1x flashing and LED 4 flashes.
4.10 Connecting a 2-wire light barrier* to initiate a safety
return up to the "OPEN” end-of-travel position
A 2-wire light barrier is connected as follows (see figure
13):
1) Connect the contact
RX
or
TX
to terminal
71
(safety
input)
and
the
contact
0V
to terminal
20
(0 V).
2) Set DIP switch
2 (SCH1)
to
OFF
and DIP switch
1
(SCH2)
to
ON
Note
If during the closing cycle the photocell is interrupted, the
door reverses and travels to the "OPEN" end-of-travel
position. If the automatic timer is activated, the time is
reset, i.e. as soon as the photocell is clear again, the set
time phase restarts. The connection is only active during
the closing cycle. The operator lighting signals the impulse
code once 1x flashing and LED 4 flashes.
4.11 Connecting an optical protection of closing borders
8,2k
Ω
*
A protection of closing borders (safety device) with
8,2k
Ω
resistance
is connected as follows (see figure 14):
1) Remove the connected 8,2k
Ω
resistance
2) Connect the protection of closing borders to the
terminals 74 (safety input) and 20 (0 V)
3) Set DIP switch
2 (SCH2)
to
OFF
.
Note
If the light barrier is activated during the closing of the door the
door reverses in position „open“. In case of automatic closing
the the opening time is set back – after leafing the light barrier
time starts to run out from the beginning.
The light barrier is only active during the closing of the door.
The operator lightning flashes 1x and LED 4 flashes.
4.12 Connecting an optical protection of closing borders*
A protection of closing borders (safety device)
optosensors
(Fraba)
is connected as follows
(see figure 15):
1) Remove the connected 8,2k
Ω
resistance
2) Connect the protection of closing borders to the
terminals 77 (+12 V), 74 (safety input) and 20 (0 V)
3) Set DIP switch
2 (SCH2)
to
ON
.
Note
The input is active during the closing cycle. During the closing
cycle door reverses and travels to the "OPEN" end-of-travel
position. The operator lighting signals the impulse
code once 1x flashing and LED 3 flashes.
4.13 Connecting a warning light* to the optional relay
A warning lamp with
max. 230V~/300W
can be
connected to the
floating
closing contact terminal
1
and
2 (KL1)
of the optional relay (see figure
21
). The
warning light is on during every door cycle and flashes
during the warning time of “automatic closing”. Set DIP
switch
6 (SCH2)
to
OFF
.
4.14 Connecting an external lamp to the optional relay
An additional external lamp with
max. 230V~/300W
can
be connected to the
floating
closing contact terminal
1
and
2 (KL1)
of the optional relay (see figure
22
). The lamp
is switched parallel to the operator lighting. Set DIP switch
6 (SCH2)
to
ON
.
4.15 Connecting a “door closed” display to the optional
relay
An external “door closed” display with
max. 230V~/300W
can be connected to the
floating
closing contact terminal
1
and
2 (KL1)
of the optional relay (see figure
23
). The
optional relay is activated during the end-of-travel position
“door closed”. Set DIP switch
8 (SCH2)
to
ON
.
* Accessory is not included in delivery!
42
Summary of Contents for GA 401
Page 2: ...Deutsch 3 Fran ais 9 English 6 Nederlands 12 2...
Page 16: ...7 01 2006 GA201 401 V2 0 AL 15 2 3 1 3a 1 4a 16...
Page 21: ...12 01 2006 GA201 401 V2 0 AL E E 3 1a E E 3a 3 1a 21...
Page 22: ...13 01 2006 GA201 401 V2 0 AL E E E E DF 98 N 80 3 1b 3 1b 3b 22...
Page 23: ...14 01 2006 GA201 401 V2 0 AL 2 12 5 4 1 4 2 2 11 1 4 2 2 11 1 4 1 2 11 2 6 4 1 2 11 1 6 1 F 23...
Page 24: ...15 01 2006 GA201 401 V2 0 AL 4 4 4 5 6 2 7 7 2 9 15 LD3 LD4 7 1 7 2 24...
Page 28: ...19 01 2006 GA201 401 V2 0 AL 3 x 3 2 1 18 1 sec 3 x 2 x 2 x 6 sec 3 2 2 19 3 2 4 20 28...
Page 68: ...04 2006 V1 0_D DA20 RE 32 2900874 Verkoop BeNeLux www bsr agenturen nl 2900874...
