Technical Specifications - BFT TIZIANO B GDA 260 S01 Instrucciones De Uso Y De Instalacion

2) GENERAL OUTLINE
The TIZIANO B GDA 260 S01 system is suitable for motorising sectional doors
(fig. C), protruding fully retracting spring-operated overhead doors (fig. B). The
overhead door must not be higher than 3 metres. Its easy installation allows fast
fitting without needing the door to be modified. The irreversible gearmotor keeps
the door locked in the closing position.

3) TECHNICAL SPECIFICATIONS

Power supply 220-230V 50/60Hz (*)
Motor voltage 24V
Max. power absorbed from
100 W
mains
Towing and pushing force 600N
TRACK L.=3000 corsa utile=2520 mm
Working stroke
TRACK L.=3600 corsa utile=3120 mm
Average speed 6.6 m/min
Impact reaction integrated torque limiter on control panel
Manoeuvres in 24 hours 20
Limit switch Electronic with ENCODER
Courtesy light
BFT model courtesy LED lamp 24V
Working temperature -20°C / +60°C
Degree of protection IPX0
Motor head weight 5 kg
Sound pressure <70dB(A)
Dimensions See fig.P
CONTROL PANEL
24V ~ (180 mA)
Supply to accessories
24Vsafe (180mA max)
Torque limiter setting on closing and opening
Incorporated rolling-code
frequency 433.92 MHz
radio receiver
Coding rolling-code algorithm
No. combinations 4 milliard
Max no. radio controls to be
10
memorised
Slow-down distance Closing/ opening: ~24 cm
Fuses see Fig. F
(*) Available in all mains voltages.
3) TUBE ARRANGEMENT Fig.A
Install the electrical system referring to the standards in force for electrical
systems CEI 64-8, IEC 364, harmonization document HD 384 and other national
standards.
4) ACTUATOR INSTALLATION
4.1) Assembly
FITTING
1) Remove the existing locking bolt from the cremone bolt of the door.
2) In order to fix the track correctly, mark the mid-point of the door, position
the BIN on the ceiling and mark the holes.
3) Drill the ceiling with a 10-dia. drill bit following the previously made marks,
and insert the Fischer plugs.
4) Secure the track at the base, fig.E.
5) With the help of an adequate support, lift the entire motor, screw the
screws onto the track-holding bracket without fixing them to the door fra-
me (Fig.M) or, if the height allows it, fit the bracket to the masonry lintel by
means of plugs.
6) Lift the motor-driven head until everything rests against the ceiling, and in-
sert the fixing screws which lock the track (including the anchoring bracket
screws).
7) In the event the motor head and track are not fastened directly to the ceiling,
check that the surface they are attached to is level and that the track runs
straight.
8) For fixing to the ceiling and in case the track is not fixed directly to the ceiling,
see Fig.N.
9) In the case where the track is made in two halves, see Fig.R; for the different
types of fixing methods, see the previous figures.
10) Release the carriage and fix the anchoring brackets to the door panel
(Fig.O). The distance allowed between track and sectional door is 108 to
166 mm (Fig.O1).
4) CHAIN TIGHTENER ADJUSTMENT
The operator supplied is already calibrated and inspected. Should the chain
tension need to be adjusted, proceed as shown in fig.R 4-5.
WARNING: Should it be necessary to reduce the track length and consequent
trolley run, cut the chain using a specific chain removing device.
10 -
TIZIANO B GDA 260 S01
INSTALLATION MANUAL
ACTUATOR
In re-assembling the cut chain, take care to ensure that the REFERENCE
CAM IS POSITIONED TOWARDS THE OUTSIDE (SEE FIG. G Ref. 4a) AND THAT
DURING MANOEUVRE, THE CAM INTERCEPTS THE MICRO-SWITCH AT THE
BASE OF THE MOTOR.
5) MANUAL RELEASE (See USER GUIDE -FIG.3-).
5.1) IN ORDER TO ENSURE THE DOOR WILL CLOSE, THE RUNNER MUST BE
ENGAGED WITH THE HOLES (FIG.D)
---------------------------------------------------------- ----------------------------------------------------------
6) ELECTRICAL INSTALLATION SET-UP (Fig.A)
M)
Actuator
Ft)
Transmitter photocell
Fr) Receiver photocells
T) 1-2-4 channel transmitter.
Arrange for the connection of accessories and safety and control devices to reach
the motor unit, keeping the mains voltage connections clearly separate from the
extra low safety voltage connections (24 V), using the specific window (fig. E1).
Proceed to connection following the indications given in the wiring diagram.
The cables for connecting the accessories must be protected by a raceway.
7) TERMINAL BOARD CONNECTIONS Fig.F
2W TERMINAL DESCRIPTION
JP6
transformer wiring
JP10, JP11 motor wiring
JP12 Encoder
JP13
Micro switch
Antenna input for integrated radio-receiver board
(1: BRAID. 2: SIGNAL)
1-2
Maximum antenna cable length 3m. The cable must be kept
separate from mains voltage connections and the low-voltage
safety connections.
3-4
START input (N.O.)
3-5 STOP input (N.C.) If not used, leave the jumper inserted.
3-6 PHOTOCELL input (N.C.) If not used, leave the jumper inserted.
FAULT input (N.O.)
3-7
Input for photocells provided with checking N.O. contact
8-9 24 V~ output for blinking light (25 W max)
24V~ 180mA max output – power supply for photocells or
10-11
other devices
24V~ Vsafe 180mA max output – power supply for checking
12-13
photocell transmitters.
7.1) LED (Fig.F)
LED
RADIO
SET
7.2) SELEZIONE DIP-SWITCH (Fig.F)
DIP-SWITCH
IBL
DIP1
Locks
impulses
DIP2 TEST PHOT
Function
• Incorporated radio receiver signal LED Ref. Fig.I
• Both Set and Radio LEDs on fixed: Internal system moni-
toring error. Try turning off and on again, if the problem
persists contact technical support.
• Limit-switch adjustment signal LED Ref. Fig. G
• Autoset signal LED Ref. Fig.H
• Only SET LED on fixed with Radio LED off: Mains power
supply present, normal operation.
• Both Set and Radio LEDs on fixed: Internal system moni-
toring error. Try turning off and on again, if the problem
persists contact technical support.
• 2 flashes: operating parameters and/or logic modified
(Trimmer or Dip-Switch). Press the "DOWN" button for
5S or perform a new autoset to validate the new setting
Description
ON: During the opening phase, does not accept
START commands.
OFF: During the opening phase, accepts START com-
mands.
ON: Enables photocell checking (5-connector pho-
tocells must be used - see Fig.F1).
OFF: Disables photocell checking.