Terminal Description; Technical Data - BFT HIDE SW Instrucciones De Instalación

2) GENERAL OUTLINE
The HIDE SW control panel is supplied by the manufacturer with standard setting.
Any alteration must be set by means of the incorporated display programmer or by
means of universal palmtop programmer. The Control unit completely supports the
EELINK protocol.
Its main characteristics are:
- Control of two HIDE SW motors
- Electronic torque control with obstacle detection
- Encoder control inputs
- Separate inputs for safety devices
- Incorporated rolling-code radio receiver with transmitter cloning
The board is provided with a terminal board which can be pulled out for easier main-
tenance or replacement. The board is supplied with a series of pre-wired jumpers to
facilitate the installer's work.
The jumpers relate to the following terminals: 15-17,15-18, 15-27. If the above-
mentioned terminals are in use, remove their respective jumpers.
WARNING: the motor comes in the CLOSED position.
DO NOT ALTER THE POSITION OF THE MOTOR UNTIL INSTALLATION HAS BEEN
COMPLETED.
Install the motor with the leaf closed, then remove the seal.
CHECK
The HIDE SW panel carries out a control (check) on the starting relays and safety devices
(photocells) before carrying out each opening and closing cycle.
In case of malfunction, check the devices connected for regular operation and check
the wiring.

3) TECHNICAL DATA

Power supply
Mains/low voltage insulation
Power input
Max. torque
Speed
Protection rating
Max. leaf length
Max. leaf weight
Leaf surface area
Operator weight
Use
Max. opening angle
Working temperature
Wind resistance
CONTROL UNIT
Thermal protection
Dielectric strength
Motor output current
Motor relay commutation current
Maximum motor power
Supply to accessories
Gate-open warning light
Blinker
Dimensions
Fuses
N° of combinations
Max. n° of remotes that
can be memorized
(* other voltages available on request)
WARNING:
- the actuator has been designed to be integrated into the gate's structure.
- do not make holes in the structure anywhere around the space housing
the actuator as this could compromise the machine's characteristics.
Usable transmitter versions:
All ROLLING CODE transmitters compatible with
4) TUBE ARRANGEMENT Fig. A
5) ASSEMBLING THE MOTOR FIG.B
AWARNING:
- line the seal up with the leaf in the closed position (Fig.B Ref. 1)
- Remove the seal (Fig.B Ref. 2)
- Power the motor only once it has been coupled with the leaf and hinges.
14 - HIDE SW
INSTALLATION MANUAL
MOTOR
230V~ ±10% 50Hz*
> 2MOhm 500V
40W
345Nm
7.5°/s
IP 45
2m
150 Kg
3 sq m / 5 sq m
8kg (≈80N)
residential
110°
-20 / +60°C
class 2 / class 1
Software
mains/low voltage 3750V~ per 1 minute
7.5A+7.5A max
10A
200W + 200W (24V )
24V~ (180mA max absorption)
24V~safe (180mA max absorption)
Contatto N.O. (24V~/1A max)
24V~ 25W max
see Fig. C
see Fig. E
4 billion
63
6) CONNECTION OF 1 PAIR OF PHOTOCELLS AND 1 PAIR OF SAFETY EDGES,
UNTESTED Fig. F
7) TERMINAL BOARD CONNECTIONS Fig. E
WARNING – During the wiring and installation operations, refer to the current
standards as well as principles of good technical practice.
Wires powered at different voltages must be physically separated, or suitably
insulated with at least 1 mm extra insulation. The wires must be clamped by an
extra fastener near the terminals, for example by bands.
All the connection cables must be kept at an adequate distance from the dis-
sipator.

TERMINAL DESCRIPTION

L-N Single-phase mains power supply 230V
Connection to motor 1:
3 motor 1 cable 1
3-4-5
4 motor 1 cable 2
5 motor 1 cable 3
Connection to motor 2:
6 motor 2 cable 2
6-7-8
7 motor 2 cable 1
8 motor 2 cable 3
9-10
Connection to blinker (24V
~
Output 24V 180mA max - supply to photocells or other devices.
11-12
11 motore 1-2 cable 5
12 motore 1-2 cable 6
~
Output 24V V safe 180mA max - supply to photocell transmitters
13-14
with checking function (Fig. J).
15-16 START pushbutton (N.O.).
STOP pushbutton (N.C.). If not used, leave the bridge 15-17
15-17
connected.
PHOTOCELL input (N.C.). If not used, leave the bridge 15-18
15-18
connected.
FAULT input (N.O.). Input for photocells provided with checking
19
N.O. contact (Fig. J).
PEDESTRIAN pushbutton input (N.O.). Activation is carried out
15-20 by motor 2; if the opening cycle has started (not from pedestrian
function), the pedestrian command has no effect.
Output for gate-open warning light output (N.O. contact (24V
21-22
max)) or alternatively 2nd radio channel (Fig. E rif. 1).
23 Not used
24
Limit switch common (Motors 1 and 2 cable 4)
15-25
OPEN button (N.O.).
15-26 CLOSE button (N.O.)
15-27 EDGE INPUT (N.C.) If not used, leave the bridge 15-27 connected.
28
EDGE FAULT (N.O.)
8) MEMORIZING REMOTE CONTROLS Fig. G
9) LIMIT SWITCH SETTING MENU Fig. H
If the leaf moves in the wrong direction, adjust the "motor reverse" logic accor-
dingly (+ opening / - closing).
NOTE: these manoeuvres are carried out in hold-to-run mode at reduced speed
and without safety device activation. If the "1
messages relating to motor 2 will be displayed ("OP 2" e "CL 2").
10) AUTOSET MENU Fig. I
Allows you to automatically set the Motor torque.
WARNING!! The autosetting operation is only to be carried out after checking the
exact leaf movement (opening/closing) and correct limit switch activation.
You are advised to carry out an autosetting procedure each time you modify the
slow-down speed or space.
WARNING! During the autoset phase, the obstacle detection function is not
active, therefore the installer must control the automation movement and pre-
vent persons and things from approaching or standing within the automation
working range.
In the case where buffer batteries are used, autosetting must be carried out with
the control panel supplied by mains power voltage.
WARNING: The torque values fixed by means of the autoset procedure
refer to the slow-down speed fixed during the same procedure. If the
slow-down speed or space is modified, a new autosetting manoeuvre must
be carried out.
WARNING: Check that the impact force value measured at the
points established by the EN 12445 standard is lower than that speci-
fied in the EN 12453 standard.
Incorrect sensitivity setting can cause injuries to persons or
animals, or damage to things.
~
±10%
~
25W max)
~
/1A
ot on" logic is set, only the