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ES90/100
4.
Check the wiring and perform a directional test. In
so doing, monitor the signals at the control unit of
the concealed rod multipoint lock.
After a locking signal has been emitted,
the
locking rod must move down and the bottom limit
switch must be closed.
5.
Set the program sWitch of the ES90/100
control
unit to "AUTOMATIC".
The concealed
rod multipoint
lock should unlock.
The red fault LED should flash once.
The buzzer should emit a single signal tone.
8.3
Settings
Setting the motor trip current using the potentiometer
on the contro! unit of concealed rod multipoint lock.
1.
Turn the potentiometer counter-clockwise
to its limit.
2.
Engage and disengage the concealed
rod
multipoint
lock several times while observing
the green LED.
3.
Gradually turn the potentiometer
clockwise until
the green LEO briefly flashes.
The current limit has now been reached.
4.
Turn the potentiometer
a further small degree
clockwise
until the LED is extinguished.
This completes
the setting operation.
Check the limit switches and adjust as appropriate.
Check the position of the "locked"
and "Unlocked"
limit switches and re-adjust
as necessary.
The switches must be firmly closed in their respective
end positlOns and the rack should not yet have reached
its mechanical
limit.
Setting DIP switch 1 (fault LED).
DIP switch 1 in position "ON".
• The LED fault indicator
is switched on.
DIP switch 1 in "OFF" position .
• The LED fault indicator
is switched off.
Setting DIP switch 2 (signal tone).
DIP switch 2 in "ON" position:
• The audible signal emitter
is SWitched on.
DIP switch 2 in "OFF" position:
• The audible signal emitter is switched off.
8.4
Functional
tests
Concealed rod multipoint
lock ON:
A jumper or a switch (m the case of FST doors)
from terminal
12 to 13 places the system on
standby.
Fault lED (red), selectable
via DIP switch:
Ix flash means unlocking
successfully
completed.
3x flashes means lockmg successfully
completed.
lights
up when both limit switches are either
open or closed
In
the idle state.
Continuous
Itght signals fault.
Buzzer, selectable via DIP switch
Ix signal means unlocking
successfully
completed.
3x signals means locking successfully
completed.
• Continuous
signal indicates
fault; shutdown
after
1 minute.
Standby LED (green)
• Ughts up when the motor overcurrent
monitor
responds.
A\
The lock may only be operated in the
"orr"
ill
program switch position.
Unlocking:
• Unlocking
is performed on receipt of an
input signal.
locking:
locking
is performed on receipt of an
input signal.
The STOP output disables the door operator
during the locking and unlocking
operation.
If the locking or unlocking
operation
is not
completed
within 2 seconds, a short audible
alarm signal is emitted.
The attempted
locking operation
is repeated
twice.
• After a faull, the faulted direction
is tested a
second time.
Fixing the limit positions
• Self-locking
performed
by short-circuited
motor in
the locked and unlocked position.
NighUbank
With this input signal, It is also possible to
perform an emergency unlocking
or an emergency
opening operation when the program switch is set
to "OFF" or if there is a power failure.
ESU
When the input is open, the anti-tamper
output is set.
Fault acknowledgement
Once a fault has been rectified,
the alarm signal can
be cancelled
by briefly switching
to the
"OFP'
program
switch position (acknowledgement/reset
sequence) .
• limit
switch OPEN sets the "Unlocked"
output.
• limit
switch CLOSED sets the "locked"
output.
Manual unlocking
Operation of the manual unlocking
mechanism
interrupts
the motor connection
(at pre-adjusted
limit positions).
locking
and unlocking
can be performed
manually.
Auxiliary contact for alarm systems
PrOVided on the bottom limit switch of the concealed
rod multipoint
lock is an additional
limit switch with a
change-over contact for indicating
the locked position.
This can be connected
to an alarm system.
~
DORMA
Summary of Contents for ES 100
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