32
10.2.1.
Description of individual LED diodes:
If the diode is permanently ON, control is activated.
If the diode flashes (0,5s – 0,5s), gate is in motion.
If the diode flashes quickly (0,1s – 0,1s), runnin countdown for delay of movement.
If the diode is off, key switch is off - keyboard is not active.
Standardly, the diode is OFF and does not flash. If the diode flashes, the optical safety
edge OSE was activated. If the OSE is not installed then the diode keeps flashing,
this display can be deactivated by switching DIP 8 into position OFF).
Standardly, the diode is OFF and does not flash. If the diode flashes, the lower or upper
safety sensor was activated. If the lower safety sensor is not installed then the diode
keeps flashing, this display can be deactivated by switching DIP 1 into position ON.
If the upper safety sensor is not installed then the diode keeps flashing, this display
can be deactivated by switching DIP 2 into position ON..
If the diode does 1 short flash, the lower safety sensor is activated.
If the diode does 2 short flashes, the upper safety sensor is activated.
In case both safety sensors are activated at the same time, they are displayed
one by one i.e. 1 flash– pause – 2 flashes.
Standardly the diode “!” is OFF and does not flash. If the diode flashes, one of the
alarms is activated (see below).
In case of all LEDs flashing at once passed service interval. See point 6.2
10.2.2.
Overview of alarms
•
If the diode does 1 short flash, the EPS (fire alarm system) is activated – fire alarm
is activated by central fire signalization or by local detectors. If the local detectors
are installed, to cancel the alarm it is necessary to switch the key switch ON and OFF
on the control panel or press button STOP continuously for 10 seconds – which causes
RESET of detector. If the alarm is activated by central fire signalization, the alarm
is cancelled automatically – it is not necessary to do the RESET with key switch.
•
If the diode does 2 short flashes, power supply 1x230V has failed.
•
If the diode does 3 short flashes, it signals poor battery, voltage of battery cells
dropped below 22,0V.
•
If the diode does 4 short flashes, safety end switches are activated – gate passed
one of its standard end positions. Service intervention is necessary.
If the diode does 5 short flashes, safety brake is activated. Service intervention
is necessary. In this case the button CLOSE is blocked and gate can be operated
only in direction OPEN and in “Dead Man” mode. To unblock the safety brake, it is
necessary to carefully open the gate about approx. 5cm – which should unblock the
safety brake. Then it is necessary to deactivate microswitches on safety brake (see
manual of supplied safety brake). This operation can be done only by an authorized
person with appropriate train- ing. In any case it is necessary to do the service of
mechanical device of gate to deter- mine cause of the safety brake activation.
!
Summary of Contents for FSTronic IRC-FI
Page 36: ...www somati system cz 36 12 2 FSTronic IRC FI CONTROL BOARD DPS ...
Page 38: ...www somati system cz 38 12 4 FSTronic IRC FI CONNECTION OF FIRE DETECTORS ...
Page 39: ...www somati system cz 39 12 5 FSTronic IRC FI Connection aof additional battery module ...
Page 42: ...www somati system cz 42 GridScan PRO SY 2000 FSS GridScan PRO SY 2000 LO ...
Page 43: ...www somati system cz 43 GridScan MINI FSS GridScan MINI PNP NPN ...