8
X
4090
Drwg. No.
®
GB
OIL-HYDRAULIC SWINGING GATE (DIP-SWITCH B No.1=OFF)
LOW VOLTAGE ELECTRICAL CONNECTIONS
10
LIMIT SWITCH
OPEN
LIMIT SWITCH
CLOSE
COMMON
89
Photocells:
3456
STOP
COMMON
PUSH BUTTON
SWITCH
OPEN
CLOSE
1
9
ON: 2
nd
pair photocells in service
OFF: 2
nd
pair photocells not required
(no need to link out terminals)
Push Button
Switch:
Limit Switch:
COMMON
RADIO
CONTACT
ON: Step by Step. Stop in
between
OFF: Normal operating mode
ON: No reversing on opening
OFF: Any pulse reverses gate
INDICATOR
24V MAX 3W
311
7
3
2
5
14 15
1
12
2
13
2
nd
pair
Photocells
1
st
pair
Photocells
24V Output (500 mA)
(max. load:
2 pairs Photocells
1 radio Receiver)
ON: 1
st
pair photocells stop gate while opening,
reverse it once obstacle is removed
OFF: 2
nd
pair photocells do no stop gate while
opening, reverse it on closing if obstructed
PLEASE NOTE WELL: If no limit
switches are fitted, link out terminals
8 and 10 with common 9 or 3
- Open/Close (normal way)
- Travel is reversed by any
pulse
- Step by step
Radio Contact:
24V 3W Gate Status Light:
Light On = Open gate
Light Off = Closed gate
Light flashes fast= Closing gate
Light flashes normally= opening gate
Light flashes slowly= gate is stopped
Gate electric lock:
12V c.a.
max 15VA
Electric lock output
lock fitted to gate operated by
M1 motor (delayed on closing)
DIP-SWITCH A No.1
DIP-SWITCH A No.9
DIP-SWITCH A No.2
DIP-SWITCH A No.5
26
27
28
3
COMMON
Leds indicating
Open - Stop - Close pulses
Pulin3 Button Switch
ELECTRIC POWER CONNECTIONS
18
21
16
19
17
20
COMMON
COMMON
Delayed
on closing
ON: No delay during opening Motors start together
OFF: One gate is delayed by 2 seconds
WITH SINGLE SWINGING GATES:
1) Connect motor to M1 (terminals 16-17-18)
2) Set to No Delay during Opening
Dip-Switch A No.8=ON
3) Set Delay-on-Closing Trimmer to zero (lowest-)
by turning it anti-clockwise completely
8
Capacitor and Single-phase Motor (230V):
Delayed
on opening
-
+
DELAY ON
CLOSING
-
+
DWELL
TIME
POWER SUPPLY
230V ±10% 50/60Hz
SINGLE-PHASE
Power Supply:
24
NEUTRAL
25
LIVE
-
+
MOTOR
RUN TIME
M1
Capacitor C1
Motor M1
M2
Capacitor C2
Motor M2
DIP-SWITCH A No.8
Flashing Lamp:
22
23
230V max 25W
4
10
ON: Pre-flashing
OFF: No pre-flashing
ON: Flashing lamp out of service during
Dwell Time, Automatic Mode
OFF: Flashing lamp in service during
Dwell Time, Automatic Mode
DIP-SWITCH A No.10
DIP-SWITCH A No.4
Electric Latch:
22
23
ON
OFF
10
Electric Latch
230 Vac
Flashing Lamp
230V max 25W
To be parallel connected
to the flashing lamp, to be
out of service during
Dwell Time, Automatic
mode: Dip-Switch A
No.10=ON
DIP-SWITCH A No.10
FUNCTIONS OF DIP-SWITCH A
123456789101112
Dip-Switch A
1= ON. Photocells. Stop during Opening
2=
ON. Radio. No reversing during Opening
3= ON. Automatic Closing
4= ON. Pre-flashing. In service
5= ON. Radio. Step by step
6= ON. One gate opens for pedestrians
7= ON. Stroke Reversing Pulse. Opening
8= ON. No delay on Opening. Motors start together
9= ON. 2
nd
pair Photocells in service
10= ON. Flashing lamp out of service during Dwell
11= ON. Reversing to Close during Open and Dwell cycles after photocell obstruction
12= ON. Memory of the Times in Service
Automatic/
Semi-automatic
3
ON: Automatic Closing
OFF: Closing by Pulse
DIP-SWITCH A No.3
6
ON: 1 gate opens for pedestrian
OFF: Standard Operating Mode
With gate in closed position, on pulsing Open one gate
leaf only is opened:
- The first Open pulse operates M1 Motor
- A second Open pulse operates the M2 motor
Pedestrian Opening (M1 Motor):
DIP-SWITCH A No.6
7
ON: Stroke Reversing Pulse.
In service on Opening Gates in
closed position
OFF: Stroke Reversing Pulse out of
service
Stroke Reversing Pulse
Opening:
DIP-SWITCH A No.7
Re-closing on passing by the photocells:
9
ON: If a 2
nd
pair of photocells have been fitted
OFF: If only 1
st
pair photocells have been fitted
DIP-SWITCH A No.9
11
DIP-SWITCH A No.11
ON: Re-closing during Open and Dwell cycles.
Dip-Switch A No.11=ON Re-closing is after 3 seconds
after the photocell beam has been cleared
OFF: Standard Operating Mode
There can be cases where reversing operations are very
frequent (block of flats or factories). A function can be activated
in such cases, and the remaining motor run time is accounted
for when reversing or photocell crossing occur.
12
ON: Memory of the Times in service
OFF: Standard Operating Mode
DIP-SWITCH A No.12
For heavy duty applications
Deadman Control:
1 2
2
ON: Hold-on-Switched control
OFF: Standard Operating Mode
DIP-SWITCH B No.2
FUNCTIONS OF DIP-SWITCH B