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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

Page 1: ...n DORMA ES 90 100...

Page 2: ...UK training department1 2 25 20044 14 PM DORMA 6...

Page 3: ...UKT aining Dcpartll1e nt UK training departmentl 2 25 20044 14 PM t A f DORM 7...

Page 4: ...UK training department1 2 25 20044 14 PM DORMA 8...

Page 5: ...UK training department1 2 25 20044 14 PM DORMP 9...

Page 6: ...loses a short distance up to three times 8 Briefly depress the service pushbutton The door opens quickly the control unit stores the door parameters and then performs a back up battery test Ir When us...

Page 7: ...2 Turn the key switch counter clockwise Door should lock 5 Further information The door system performs a self test every 4 hours or at appropriate times after the system has been switched on In this...

Page 8: ...pliance with the standard and they can be adjusted using the hand terminal E5 901100 control units with molar type GR63x25 Opening speed 57 Creep speed CLOSE 53 DeeP speed distance ClOSE 100 Force lim...

Page 9: ...eans 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 Buzze...

Page 10: ...v 8 controls The lock type must be programmed using the hand terminal If the enabled lock type is a concealed rod multipoint lock the Locking contact input on the EM 4 is converted to a disabling inpu...

Page 11: ...recharged Check back up battery voltage door remains stationary in or now spent Check operating hours with HT OPEN posltion Change back up battery only in the case of control units with an expansion...

Page 12: ...am switch in the sequence AUTOMATIC OFF AUTOMATIC Check the continuity from terminal 17 to terminal 20 Connect voltmeter to the terminals of the limit switch Initiate closing cycle During the closing...

Page 13: ...lay Condition Function e Normal mode Normal mode Mains power available power supply unit energised 0 Off unit not receiving mains power C Flashing frequency 2 Hz Learning cycle parameters are being de...

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