
Installation
Required tools
Installing the control unit
Opening the control unit cover
Connections
Designation:
J1 START / impulse input
(OPEN / STOP / CLOSE)
J2 Safety photocell, two or four-wire
J3 Closing edge OSE / 8K2 / DW
J4 Emergency-STOP, slack cable, latching
J7 Key switch, pull button
J9 Digital limit switch - motor cable
J10 Connection of add-on controls
J11 Connection of radio receiver
J12 Aerial
J13 Membrane keypad
X1 Mains connection
X2 Mains output L, N (500 W / 230 V)
X3 Protective conductor contact
X5 Floating relay contact 1,
door status relay
X5 Floating relay contact 2,
door status relay
X7 Door operator
X8 24V DC, 200mA
Mains connection
The control unit comes ready-wired with a 16A CEE
phase-changer plug and approx. 1 m of cable (see
4a).
The unit must be connected to the mains in
accordance with the existing power supply
!voltage.
Motor connecting lead
The connecting lead for the motor and digital limit
switch (DES) is pre-assembled and ready to use -
attach accordingly.
Impulse generator connection
6a/6b - Connection J1 for external control units
Open, Stop and Close.
6c - Switching sequence Open-Stop-Close, set value
1 in menu 51.
6d - J1.3 - door half open, J1.4 –door fully open
Connection J7, switching sequence Open-Close
(Menu 50, default setting) also see operating
instructions of the key-operated switch function
The gate must remain visible from
the place of operating it.
Photocell connection
The photocell must be correspondingly set/adjusted
in menu 36.
7a Two-wire photocell Ls2
During this process the closing
procedure must not be interfered with,
otherwise the wrong position could be
recorded.
7b Four-wire photocell LS5 with self-testing
7c Reflection photocell
If in the menu the frame-fitted photocell has been
selected, the next time the door closes the control
unit automatically initiates a learning run to detect
the position.
Safety edge connection
When using impulse control for door closing,
connection of a safety edge is required. Select the
corresponding setting in menu 35.When keeping the
Prog button on menu 35 pressed for some time, the
measured resistor value of the 8K2 closing edge will
be displayed.
Example: 82 means 8k2. When briefly pressing the
Prog button, the display will be interrupted.
8a Optical closing edge OSE.Electrical safety edge
8K2 with a termination resistor of 8.2 kOhm (value
0
1
2
3
4
5
6
7
8
= 1).Electrical safety edge 8K2 in series connection
with slack rope and wicket door switch (value = 3)
8b Pressure wave edge and switch with a loop
resistance of 8.2 kOhm (value = 2)
Operate the airwave bar with Testing
only. In order to do so, select menu 35 = 2.
Emergency-STOP connection
Key switch / pull button connection
When using a key switch / pull button, the desired
function in menu 50 should be selected.
Radio remote control
Plug in receiver module (option) at J11 and initiate
the hand transmitter learning procedure in menu 60,
61 or 62.
Relay output
2 change-over contacts:
max. 250VAC / 2A or 24VDC / 1A.
24V-output X8: max. 200mA
Selecting the relay function in menu 45 and 46.
If the AR mode has been selected in menu 40 (menu
3 or 4), the function early warning light will be
assigned to X6. The settings in menu 46 will be
ineffective.
12b Mutual locking of 2 gates (lock circuit). Menu 50,
values 2 & 3, and menu 45, value 0.
12c Mutual locking of 3 gates (lock circuit). Menu 50,
values 2 & 3, and menus 45 & 46, value 0.
Light grid
A light grid can be used as an alternative to the
closing edge protection. Connect the light grid in
accordance with drawings 13a & 13b. Menu 35 = 0
Programming the control unit
The programming is menu-driven. Carry out
adjustment of the door in accordance with the
scheme. The following page shows the full extent of
the menu.
Setting the door end-of-travel positions (menus
30 and 31)
The door must be spring balanced.
!
The top and bottom end positions should be set
directly one after the other.
Correcting the slowing-down path (menu 42)
Compensates changes in the closed position
resulting from temperature fluctuations, gearbox run-
in etc.
Level adjustment (menu 43)
Compensates changes in the closed position
resulting from cable elongation or a rise in the floor
level. The Closed end position is adapted by ground
contact of the closing edge guard.
Set the precise closed position beforehand, then set
in menu 43.
The positions taught in menus 31, 34 and 37 are
adapted accordingly in settings 2, 3 and 4.
Spring breakage detection (menu 47)
If the set value is exceeded, error E32 is displayed.
After the springs have been renewed,
the door end-of-travel positions need to be reset.
!
Motor 9.24/5.24: input value = U x weight / 20 kg
Motor 9.20: input value = U x weight / 16 kg
Motor 9.15: input value = U x weight / 15 kg
Example:
Motor 9.24, U = 8 revolutions to open the door
Weight of the door leaf = 150 kg, each of the 2
springs bears 75 kg. Cut-off recommended at 60 kg.
Input value 24= 8 x 60 kg / 20 kg =
The quick release requires re-setting,
otherwise spring fracture safeguards
must be connected.
Check of the spring balancing device
Press the button of menu 47 for 5 sec rather than
only briefly, after the door has been completely
9
10
11
12
13
GB
opened and closed once.
The value indicates how the door is balanced:
Motor 9.24/5.24: F (kg) = display value x 20 kg / U
Motor 9.20: F (kg) = display value x 16 kg / U
Motor 9.15: F (kg) = display value x 15 kg / U
U = number of revolutions for one door opening
If the display value ranges between -2 and -9, the
springs are over-tensioned.
The results are only approximate values; a force
measuring run is required to determine the value
more precisely.
When using 6.65DU, the function will be
different. Please refer to section “DU
!Functions”for more details.
Opening force limit (menu 48)
The door's opening movements are compared with
one another. If the set value is exceeded, the door
stops and F33 is displayed.
Thereafter, the door can only be closed via the
dead man's control. Eliminate the reason
!for the excessive force being applied, so that
the door can be opened and closed again.
Motor 9.24/5.24: input value = U x weight / 20 kg
Motor 9.20: input value = U x weight / 16 kg
Motor 9.15: input value = U x weight / 15 kg
The results are only approximate values; a force
measuring run is required to determine the value
more precisely.
When using 6.65DU, the function will be
different. Please refer to section “DU
!Functions”for more details.
Force measuring run to determine the cut-off
threshold. After value 99 has been entered in menu
48, the control will carry out a force measuring run:
1. Attach a test weight (recommended approx. 20
kg) at the door and open and close the door
completely.
2. Following that, menu 48 displays the value
which will be imported as cut-off value. This
value can be modified (double value equals
double force).
3. Remove the test weight again and open and
close the door.
ON period (menu 49)
The ON period set will prevent the drive motor from
getting overheated and thus getting damaged.
When using motor 5.24 with plastic transmission,
!set the ON period at 1 (3~) or 2 (WS, 1~).
RWA (smoke-heat exhaust) function
Set the required door position in menu 55. Connect
fire alarm to J7 and set value 9in menu 50.
Programming the radio remote control
Please note that each hand transmitter must be
individually programmed. It is possible for up to 30
radio codes to be learned. The following functions
can be taught in.
KeeLoq, 12 Bit Multibit. The first code determines the
type.
Selection of the control type (menu 59)
The various control types can be selected from menu
59. Please refer to the supplementary sheets for the
settings.
Start impulse (menu 60)
Enter the menu and press the button on the hand
transmitter for the START function. As soon as the
code has been learned, the incremental display
flashes five times.
Half-open position of the door (menu 61)
Enter the menu and press the button on the hand
transmitter for the half-open position. As soon as the
code has been learned, the incremental display
flashes five times.
Light function (menu 62)
Enter the menu and press the button on the hand