28
G
B
PULSE TO RELEASE THE ELECTRIC LOCK IN OPENING
Set DIP 9 to ON to enable the electric lock pulse release when opening (provided DIP 8 is ON).
If a command to open the gate is given when the gate is closed, the closing movement is
performed for 0.5 seconds and the electric lock is simultaneously activated (followed by a
0.5 second pause and then the opening of the gate).
MOTORS MANUAL RELEASE FACILITATION
Set DIP 10 to ON to enable easy manual release. As gate is closed a reverse motion with a
fixed time of 0.2 seconds occurs to facilitate the motor manual release.
PULSE TO ENGAGE THE ELECTRIC LOCK IN CLOSURE
Set DIP 11 to ON to enable the pulse engagement of the electric lock when closing. Upon
closing, motors are activated for 1 second at full voltage to ensure lock engagement.
OPERATION OF SAFETY ACCESSORIES
PHOTOCELLS (COM A+/PHOT 1, COM A+/PHOT 2)
NOTE: the transit through the photocells is signaled by a buzzer tone
DIP 4 OFF =>
if an obstacle is placed in range of the photocells when the gate is closed,
the gate does not open. During operation, photocells work when opening
(by starting the opening movement only after the obstacle is removed) and
closing (by starting the reverse movement only after the obstacle is removed).
DIP 4 ON =>
if an obstacle is placed in range of the photocells when the gate is closed
and the command to open is given, the gate opens (the photocells do not
work while opening). Photocells work only during closing (with reverse motion
restored after a second, even if they are still engaged).
ATTENTION: In case the receiver led remains lit, malfunctioning of the main supply
is suspected.
It is advisable to connect electrically to earth the
columns or the photocells stands to the terminal A -, to
shield the photocells from external noise.
Be careful not to short circuit the system when the
supply phases are inverted!
MONITORING OF PHOTOCELLS (A+ TEST A-)
Connect the photocell transmitter to A+ TEST/A- and set DIP 7 to ON.
The monitoring consists of a functional test of the photocell run before every movement.
The gate movement is therefore permitted only if the photocells have passed the functional
test.
CAUTION:
MONITORING OF THE PHOTOCELLS INPUTS (PHOTO 1/PHOTO 2) CAN BE
ACTIVATED WITH DIP 7 ON OR DEACTIVATED WITH DIP 7 OFF.
WARNING: If the AUTOTEST feature is enabled and only one photocell is connected,
a jumper must be made between the PHOT 1 and PHOT 2 terminals. If
the jumper is not made, the AUTOTEST fails and the gate will not move.
PHOTOCELL AUTOTEST ALARM (DIP 7 ON)
If the photocell fails the monitoring test, an alarm is displayed by the blinker lighting up
and gate movement is not allowed. Normal operation can be restored only by repairing the
photocell and pressing one of the controls.
EDGES (SAFETY STRIPS) (COM A+/EDGE 1, COM A+/EDGE 2)
If engaged when closing, EDGE 1 reverses the motion in opening. If edge remains engaged,
it doesn’t permit the closing.
If engaged during opening, EDGE 2 reverses the motion in closing. If edge remains engaged,
it doesn’t permit the opening.
If edges are not used, jump the terminals COM A+/EDGE1/EDGE2.
EDGE ALARM
Flasher and buzzer are activated with 2 tones every 5 seconds for one minute.
STOP BUTTON (COM A+/STOP)
The STOP button stops the gate during any operation.
If held when the gate is fully open (or partially when using the pedestrian control) automatic
closing is temporarily deactivated (if activated by the TCA trimmer and LED DL11 on). It is
therefore necessary to use a new command to make it close.
The automatic closing function is reactivated on the next cycle (if activated by the TCA
trimmer and LED DL11 ON).
FUNCTIONING IN HOLD-TO-RUN MODE WHEN THE SAFETY DEVICES ARE FAILING
If one of the safety edges fails or remains engaged for more than 5 seconds, or if one of the
photocells fails or remain engaded for more than 60 seconds, the OPEN, CLOSE, START and
PED. commands will work only in hold-to-run mode.
The signal that this mode has been activated is given by the blinking of the programming
led DL1.
The radio commands and the automatic closing will be excluded, since their use in this mode
is not allowed by the norms.
Once the failing safety device is repaired, in automatic after 1 second, all standard commands
functioning again so radio commands and the automatic closing will be enabled again.
Note 1:
during this functioning in hold-to-run mode, in case of damage to the safety strips
(or photocells) the photocells (or safety strips) still work by interrupting the operation
in progress.
Note 2:
the stop command is not to be considered a safety command that can be bypassed
in this mode. Therefore, when pressed or damaged, it will not allow any movement
of the gate.
The hold-to-run mode is only an emergency operation which must be activated for a
very short period and with the complete installation at sight so to have a secure and
safe control of the system. As soon as possible however, the failing safety devices
must be repaired and activated.
VISUAL AND SOUND ALARMS
BLINKER
Connect the flashing light to the blinker output. Use flashing lights ACG7059 and bulbs of
40W maximum.
PRE-BLINKING
DIP 5 - OFF => motor and blinker start simultaneously.
DIP 5 - ON => blinker starts 3 seconds before the motor.
BUZZER
It has the task to signal the intervention of the security, the anomalies and the memorization
and cancellation of the radio codes.
SIGNAL - 24Vdc GATE OPEN WARNING LIGHT (COM A+/SIGNAL-)
Signals when the gate is open, partially open or not closed completely. It turns off only when
the gate is completely closed.
During opening, it flashes slowly.
When the gate is stationary or opened, it is permanently on.
During closing, it flashes quickly
N.B.: Max 3 W. If warning lights are in excess, the control panel processes will be
endangered with possible stop of all operations.
OPERATION AFTER A BLACK-OUT
When the power supply comes back the DL1 led turns on and remains on for all the time
the gate stays open. The led will turn off only once the gate is completely opened or closed.
It is recommended to fully open the gate. Let the gate close by itself or with automatic
closing, or wait until the blinker stops flashing before commanding it to close.
This will allow the gate to realign. If, motors were released and moved from the normal
position when closed during the blackout, the first movement after power returns must be
complete.
If the black out occurs when the gate is still moving or when the gate is open and the first
command sent after the black out is a closing command, the closing of the gate will be
carried out with a total delay between the two gate leaves. Therefore, first the leaf M2 will
close completely; once it is off, M1 will start closing. This separate movement of the two gate
leaves is done to avoid their incorrect overlapping.
HEATER ONLY FOR KING ICE and KING EVO ICE
The in-built thermal sensor of the KING EVO ICE motor can be connected to the terminal
block J11 on the B2 control board. For the connection details please refer to the KING EVO
ICE Instruction Manual.
The probe for motor heating is a device intended to be used in extremely cold environment
(up to -30°C) to avoid motor freezing.
Such device activates automatically when the gate is steady (the position being irrelevant,
provided it is not moving) at a ambient temperature motor inferior to 10°C (found from the
sensor of temperature PROBE).
The work of the heater is indicated by both the DL6 and DL7 leds for the motor number 1,
and by the DL4 and DL5 leds for the motor number 2.
When the motor is running the heating system is inoperative.
On elapsing of 10 seconds delay from gate stop, the heating system gets activated (in case
the environment temperature in the motor area is below 10°C).
Upon achieving a 20°C temperature the heating system deactivates, maintaining a constant
environment temperature.
24Vdc
Term.
A -
