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Idiomas disponibles
Idiomas disponibles
Installation instructions.
a) The electrical installation and functioning logic must comply with current standards.
b) Keep the power cables (for the motor and power supply) away from the control cables (buttons, photo-
cells, radio). To avoid interference use two separate sheaths (see EN 60204-1 15.1.3).
c) Check all the connections again before supplying voltage.
d) Check that the Dip-Switch settings are as required.
e) The Normally Closed contacts which are not in use should be short circuited.
f) If the direction of the motor rotation is not correct, invert the "OPEN" - "CLOSE" wires of the motor.
Input/Output functions
(1,2)
Input, 230VAC= Power supply, control unit, 230Vac, 50Hz (Phase= term. 1, Neutral= term. 2).
(3)
Common 230VAC= Terminal common to users with mains power supply (Flashing light and Courtesy
light).
(4)
Output, LAMP= To flashing light, 230Vac.
(5)
Output, CORT= To the Courtesy light, 230VAC. For this light a free terminal is connected to the
pins near the relay.
(7,8)
Out, 24VAC= Output, auxiliary power supply, 24Vac (1A Max.).
(9)
Output, +V= Output, common to all inputs.
(10)
Input, Close= Contact, N.O.
(11)
Input, Open= Contact, N.O.
(12)
Input, P.P.= Input, Step-by-Step. Connected in parallel to the Output of the radio-control. N.O.
Contact.
(13)
Input, STOP= Contact, N.C.
(14)
Input, FTC= To be connected to the Output contact of the photocell. N.C. Contact
(15,16) Input, DAS= Two special inputs are provided for the safety edge. This edge must NOT be connected
to the Common terminal*.
(21)
Input, Antenna.
(22)
Earth, Antenna.
(23)
Input, FCRA= Input, braking limit switch in the opening phase. N.C. Contact.
(24)
Input, FCRC= Input, braking limit switch in the closing phase. N.C. Contact .
(25)
Input, FCC= Input, closure limit switch. N.C. Contact.
(26)
Input, FCA= Input, opening limit switch. N.C. Contact.
(27)
Output, +V= Output, common to all inputs.
(31,32) Output, Motor= To the motor.
(33,34) Input, 24VAC= Terminals of the auxiliary of the capacitor, 24Vac.
(35,36) Output, 230VAC= Terminals of the primary of the capacitor, 24Vac.
* The Input of the safety edge is a calibrated resistance input.
If a resistive safety edge is used, Jumper J1, located near the Input, should be closed.
If a mechanical safety edge is used, Jumper J1, located near the Input, should be open.
If no safety edge is provided, open the Jumper and short-circuit the two terminals 15 and 16.
N.B.: Two dedicated inputs are provided for the safety edge. NEVER CONNECT THE SAFETY EDGE TO
THE COMMON TERMINAL
The control unit is equipped with a built-in radio module for the reception of remote control signals with
both fixed and variable code, at 433.92MHz frequency.
To use a remote control it is first necessary to carry out the learning operations. The procedure to store
data into memory is described hereunder. The device is able to memorise up to 14 different codes.
Dip-switch functions
DSW1 Operating mode for Input, Step-by-Step ("P.P.") and radio control.
Off= "OPEN" - "STOP" - "CLOSE" sequence
On= "OPEN" - "CLOSE" - "OPEN" sequence
DSW2 This enables or disables the automatic closure.
Off= Automatic closure disabled
On= Automatic closure enabled
DSW3 "Multi-flat" function. The "P.P." Input does not cause the motor stop in the opening phase.
When the opening is completed, the "P.P." Input is enabled for the gate closure.
Off= Multi-flat function disabled
On= Multi-flat function enabled
DSW4 "Forewarning" function.
The flashing light is switched on 3 seconds before the beginning of each movement.
6
KT3 Control unit with microcontroller
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