DESCRIPTION
The ARM200 automated system for swing gates is an electro-
mechanical non-reversing actuator that transmits motion to the leaf
via a worm screw system.
The actuator is available in more versions in 12 Vdc and 230 Vac.
The non-reversing system ensures the leaf is mechanically locked
when the motor is not operating. A convenient and safe release
system with customised key makes it possible to manually move
the leaf in the event of a malfunction or of a power failure.
ATTENTION:
The correct operation and the declared specifications
only apply if TAU accessories and safety devices
are used.
In the absence of a mechanical clutch, the use of
a control unit with an adjustable electronic clutch,
or the installation of a sensitive edge, is required in
order to ensure crush-proof safety.
The ARM200 automated system was designed and
built for controlling vehicle access. Avoid any other
use whatever.
ACTUATOR PARTS (fig.1)
Pos. Description
1
Actuator
2
Release device
3
Rod
4
Wing connection bracket
5
Rear bracket
6
Terminal board cover
DIMENSIONS (fig.2)
INSTALLATION (fig.3)
Electrical set-up (standard system - ARM200)
Pos. Description
1
Attuatore
2
Control unit
3
TX photocells
4
RX photocells
5
Key-operated selector switch
6
Flashing light and aerial
7
Mechanical stops
Electrical set-up (standard system - ARM200BENC)
Pos. Description
1
Attuatore
2
Control unit
3
TX photocells
4
RX photocells
5
Key-operated selector switch
6
Flashing light and aerial
7
Mechanical stops
Notes:
•
Use suitable tubes and/or hoses to lay electric cables
•
Choose short routes for cables and keep power cables separate
from control cables.
Preliminary checks
Prior to installing the automation, make all structural modifications
in order to ensure safety distances and protect and segregate
areas in which people may be exposed to the risk of crushing,
shearing, dragging or similar dangers.
10
•
•
•
•
•
•
•
Perform any necessary metalwork job before installing the
automated system.
The condition of the gate structure directly affects the
reliability and safety of the automated system.
Installation dimensions (fig.4)
Determine the fitting position of the actuator with reference to
fig.4.
Check with care if the distance between the open leaf and
any obstacles (walls, fences etc.) is higher than the actuator
dimensions.
Cables
4x1,5 mm²
3x1,5 mm²
(power supply)
4x0,5 mm²
2x0,5 mm²
3x0,5 mm²
2x1 mm² + 1RG58
-
Cables
2x2,5 mm² + 3x0,5 mm²
3x1,5 mm²
(power supply)
4x0,5 mm²
2x0,5 mm²
3x0,5 mm²
2x1 mm² + 1RG58
-
ARM200 Series
Make sure the existing structure is sufficiently sturdy and
stable;
the mechanical parts must conform to the provisions of
Standards EN 12604 and EN 12605;
leaf length in compliance with the actuator specifications;
regular and uniform movement of the leaves, without any
friction and dragging during their entire travel;
stiff hinges in good conditions;
presence of both opening and closing mechanical limit stops;
presence of an efficient earthing for electrical connection of the
actuator.
X°
A (mm)
90
80 ÷ 85
90
90
90
95
90
100
90
105
A
90
110 ÷ 115
90
120
R
90
125
90
130
M
90
135
90
140
90
145 ÷ 150
2
90
155
90
160
2
90
165
90
170
90
175 ÷ 180
5
100
100 ÷ 120
100
125
100
130
100
135
100
140
100
145
100
150
X°
A (mm)
A
90
80 ÷ 175
90
180 ÷ 185
90
190
R
90
195
90
200
M
100
100 ÷ 150
100
155
100
160
2
100
165
100
170
5
100
175
100
180
100
185
0
100
190
100
195
100
200
B (mm)
C (mm)
110 ÷ 200
20 mm
110 ÷ 195
20 mm
110 ÷ 190
20 mm
110 ÷ 185
20 mm
110 ÷ 180
20 mm
110 ÷ 175
20 mm
110 ÷ 170
20 mm
110 ÷ 165
20 mm
110 ÷ 160
20 mm
110 ÷ 155
20 mm
110 ÷ 150
20 mm
110 ÷ 145
20 mm
110 ÷ 140
20 mm
110 ÷ 135
20 mm
110 ÷ 130
20 mm
110 ÷ 125
20 mm
110 ÷ 120
20 mm
110 ÷ 150
20 mm
110 ÷ 145
20 mm
110 ÷ 140
20 mm
110 ÷ 135
20 mm
110 ÷ 130
20 mm
110 ÷ 125
20 mm
110 ÷ 120
20 mm
B (mm)
C (mm)
115 ÷ 250
20 mm
115 ÷ 245
20 mm
115 ÷ 240
20 mm
115 ÷ 235
20 mm
115 ÷ 230
20 mm
115 ÷ 250
20 mm
115 ÷ 245
20 mm
115 ÷ 240
20 mm
115 ÷ 235
20 mm
115 ÷ 230
20 mm
115 ÷ 225
20 mm
115 ÷ 220
20 mm
115 ÷ 215
20 mm
115 ÷ 210
20 mm
115 ÷ 205
20 mm
115 ÷ 200
20 mm