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E
SYSTEM LAY-OUT
N
G
L
I
S
H
Fig. 1
TECHNICAL FEATURES
Irreversible operating devices for sliding gates with a maximum weight of 500
Kg/1100lbs.
The irreversibility of this operating device allows you to avoid using any electric lock for
an effective closing of the gate. The motor is protected by an heat probe, that temporary
interrupts the operating cycle in case of prolonged use.
Fig. 2
Fig. 3
Parts to install meeting the EN 12453 standard
COMMAND TYPE
with manned operation
with visible impulses (e.g. sensor)
with not visible impulses
(e.g. remote control device)
automatic
* a typical example are those shutters which do not have access to any public way
A: Command button with manned operation (that is, operating as long as activated), like code ACG2013
B: Key selector with manned operation, like code ACG1010
C: Adjustable power of the motor
D: Safety edges, like code ACG3010 and/or other safety devices to keep thrust force within the limits
of EN12453 regulation - Appendix A.
E: Photocells, like code ACG8026 (To apply every 60÷70cm for all the height of the column of the
gate up to a maximum of 2,5m - EN 12445 point 7.3.2.1)
USE OF THE SHUTTER
Skilled persons
Skilled persons Unrestricted use
(out of a public area*)
(public area)
A
B
C or E
C or E
C or E
C and D, or E
C and D, or E
C and D, or E
CHECKING BEFORE THE INSTALLATION
!! THE GATE SHALL MOVE FRICTIONLESS !!
N.B.: Gate features must be uniformed with the standards and laws in force. The
door/gate can be automated only if it is in a good condition and its conditions comply
with the EN 12604 norm.
- The door/gate leaf does not have to have a pedestrian opening. In the opposite case it
is necessary to take the appropriate steps, in accordance with EN 12453 norm (for
instance; by preventing the operation of the motor when the pedestrian opening is
opened, by installing a safety microswitch connected with the control panel).
- Besides the electrical or mechanical limit switches available on the operators, there
must be, on both ends of the installation, a fixed mechanical stopper which stop the
gate in the unlikely event of ill functioning of limit swithces on the operators. For this
reason the fixed mechanical stopper must be of an adeguate size to withstand the
static and kinetic forces generated by the gate (12) (Fig.2).
The guide must be provided with two mechanical stops at its ends (12) (Fig. 2).
Gate columns shall have anti-derailment guides on their top (Fig. 3), to avoid the
unintentional gate release.
N.B.: Eliminate those mechanical stops of the kind described by figure 3.
No mechanical stop shall be on top of the gate, since mechanical stops are not safe
enough.
TECHNICAL
DATA
Max. leaf weight
Operating speed
Thrust force
Rack
EEC Power supply
Motor capacity
Power absorbed
Capacitor
Power supply
Motor capacity
Power absorbed
Capacitor
No. normative cycles 230V
not possible
C and D, or E
No. normative cycles 120V
C and D, or E
No. of daily operations suggested
C and D, or E
Service
No. guaranteed cycles
Graisse
Poids maximum
Bruit
Temperature de travail
Indìce de protection
A - K5 operator
B - Photoelectric cells (external)
C - Rack
D - Key selector
E - Tuned aerial
F - Flashing lamp
G - Limit switch cam
L - Mechanical strip
M - Pneumatic strip
K5
Kg
500
m/sec 0,160
N
360
4
230V~ 50/60Hz
W
206
A
0,93
µF
8
120V~ 60Hz
W
170
A
1,9
µF
60
10 - 30s/2s
27 - 30s/2s
300
60%
18/5m
Bechem - RHUS 550
Kg
8
db
<70
°C -10 ÷ +55°C
IP
54
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