GEZE ECturn Quick start guide

1
ECturn GB Wiring diagram

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Table of contents
1 Symbols and means of representation............................................................................................................4
1.1 Warnings ..............................................................................................................................................................................................................4
1.2 Further symbols and means of representation......................................................................................................................................4
2 Validity.........................................................................................................................................................................4
3 Product liability ........................................................................................................................................................4
4 Notes............................................................................................................................................................................5
4.1 Important safety instructions.......................................................................................................................................................................5
4.2 Installation notes ..............................................................................................................................................................................................5
4.3 Safety-conscious working..............................................................................................................................................................................5
4.4 Inspection of installed system......................................................................................................................................................................5
4.5 Disposal of the door system..........................................................................................................................................................................6
4.6 Abbreviations.....................................................................................................................................................................................................6
5 Supply terminals......................................................................................................................................................7
6 Safety sensor opening and closing...................................................................................................................8
6.1 Safety sensor GC338.......................................................................................................................................................................................8
6.2 Safety sensor GC334.......................................................................................................................................................................................9
6.3 Safety sensor GC335.................................................................................................................................................................................... 11
7 Contact sensor authorised................................................................................................................................ 12
8 Contact sensor....................................................................................................................................................... 13
8.1 GC 302 R radar (microwave) motion detector..................................................................................................................................... 13
8.2 Push button (potential-free contact)...................................................................................................................................................... 14
9 Push And Go........................................................................................................................................................... 14
10 Radio control.......................................................................................................................................................... 15
10.1 Radio channels................................................................................................................................................................................................ 15
11 Congurable input............................................................................................................................................... 16
11.1 Sabotage........................................................................................................................................................................................................... 16
11.2 Switch function............................................................................................................................................................................................... 16
11.3 Night................................................................................................................................................................................................................... 16
11.4 Stop..................................................................................................................................................................................................................... 17
11.5 Bolt signal ......................................................................................................................................................................................................... 17
11.6 Contact sensor................................................................................................................................................................................................ 17
12 Programmable output........................................................................................................................................ 17
12.1 Gong................................................................................................................................................................................................................... 17
12.2 Fault .................................................................................................................................................................................................................... 18
12.3 Door opener .................................................................................................................................................................................................... 18
12.4 24 V DC door opener supplied on drive side ....................................................................................................................................... 18
12.5 DC door opener supplied on site............................................................................................................................................................. 18
12.6 AC door opener supplied on site ............................................................................................................................................................. 18
12.7 Further functions ........................................................................................................................................................................................... 19
12.8 Motor lock......................................................................................................................................................................................................... 19
13 Mode of operation............................................................................................................................................... 19
13.1 Mode of operation button.......................................................................................................................................................................... 19
13.2 Button programme switch TPS ................................................................................................................................................................ 19
14 Mains connection................................................................................................................................................. 20
14.1 Safety instructions......................................................................................................................................................................................... 20

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15 Motor ........................................................................................................................................................................ 21
16 Rechargeable battery ......................................................................................................................................... 21
17 Control...................................................................................................................................................................... 22
18 Low-energy operation – automatic operation .......................................................................................... 23
18.1 Low-energy operation ................................................................................................................................................................................. 23
18.2 Automatic operation .................................................................................................................................................................................... 24
18.3 Closing torque and door closing function............................................................................................................................................ 25
18.4 Opening moment.......................................................................................................................................................................................... 25
19 Commissioning and service ............................................................................................................................. 25
19.1 Display programme switch ........................................................................................................................................................................ 25
19.2 Service buttons S1 and S2 .......................................................................................................................................................................... 26
19.3 Pre-conditions for commissioning .......................................................................................................................................................... 26
19.4 Commissioning the drive............................................................................................................................................................................ 26
19.5 Commissioning the drive with GC 338 .................................................................................................................................................. 27
20 Parameter menu ................................................................................................................................................... 28
20.1 Value table for service LEDs and display programme switch ........................................................................................................ 30
21 Fault messages ...................................................................................................................................................... 31
22 ECturn system........................................................................................................................................................ 33
22.1 Transom installation ..................................................................................................................................................................................... 33
22.2 Door leaf installation .................................................................................................................................................................................... 33
22.3 System key........................................................................................................................................................................................................ 34

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Symbols and means of representation
1 Symbols and means of representation
1.1 Warnings
In these instructions, warnings are used to warn against material damage and injuries.
XAlways read and observe these warnings.
XObserve all the measures that are marked with the warning symbol and warning word.
Warning
symbol
Warning word Meaning
DANGER Danger for individuals.
Failure to comply will result in death or serious injuries.
WARNING Danger for individuals.
Failure to comply can result in death or serious injuries.
1.2 Further symbols and means of representation
Important information and technical notes are especially highlighted to explain correct operation.
Symbol Meaning
means "important note"
means "additional information"
XSymbol for an action: Here you have to do something.
XIf there are several actions to be taken, keep to the given order.
Conforms to DIN 18650 / EN 16005
Does not conform to DIN 18650 / EN 16005
Do not throw batteries and rechargeable batteries away with household waste
2 Validity
Valid for devices from
àHardware: DCU700, Rev B
àSoftware: DCU7, V 1.0
3 Product liability
In accordance with the manufacturer's liability for their products as dened in the German "Produkthaftungsge-
setz" (Product Liability Act), the information contained in this brochure (product information and proper use,
misuse, product performance, product maintenance, obligations to provide information and instructions) is to be
noted and followed.
Failure to comply releases the manufacturer from his statutory liability.

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Notes
4 Notes
4.1 Important safety instructions
It is important to follow these instructions for the safety of persons.
These instructions must be kept.
àOnly specialists authorised by GEZE are permitted to carry out installation, commissioning and maintenance
work.
àIf unauthorised changes made to the system, GEZE cannot be made liable in any way whatsoever for any
resulting damages.
àGEZE is not liable if products from other manufacturers are used with GEZE equipment. In addition, only origi-
nal GEZE parts may be used for repair and maintenance work.
àAttach safety stickers to glass door leaves, mat. no. 081476.
àAccording to the Machinery Directive 2006/42/EC, the safety analysis must be carried out before putting the
door assembly into service and the door assembly must be labelled as follows in accordance with the CE Mark-
ing Directive 93/68/EEC:
XEnter the classication in accordance with DIN 18650-1 on the information plate and attach the type plate to
the drive in such a way that it is legible.
àObserve the latest versions of guidelines, standards and country-specic regulations, in particular:
àTechnical rules for workplaces - doors and gates, ASR A1.7
àEN 16005:2013-01 "Power operated pedestrian doorsets – Safety in use – Requirements and test methods"
àDIN 18650, Part 1 and Part 2 "Automatic door systems"
àVDE 0100, Part 610 "Installing Electrical Power Systems with Nominal Voltages up to 1000V"
àDIN EN 60335-2-103 "Safety of electrical devices for home use and similar purposes; special requirements
for drives for gates, doors and windows"
àAccident Prevention Regulations, in particular BGV A1 (VBG1) "General Regulations" and BGV A2 (VBG4)
"Electrical Installations and Resources"
4.2 Installation notes
XObserve the maximum permissible total current draw for powering the peripherals (max. 0.6 A).
àThe drive is designed only for use in dry rooms.
XUse only cables prescribed in the cable plan provided.
XAlways use insulated wire-end ferrules for wire cores.
XInsulate the cores that are not used.
XSecure loose, internal drive cables with cable ties.
àAfter power has returned, it is possible that a door leaf that is not closed can open too wide and can hit an
obstruction. GEZE recommends installing a stop buer in the open position.
4.3 Safety-conscious working
DANGER
Danger of electric shock!
XBefore working on the electrical system, interrupt the power supply (mains and battery) and verify the safe
isolation from supply. When using an uninterrupted power supply (USP), the system will still be under power
even when disconnected from the mains.
XSecure the workplace against unauthorised entry.
XWatch the swinging area of long system parts.
XSecure the hood/drive shrouding against falling.
àRisk of injury by moving parts (drawing in of hair, clothing, ...) when a drive is opened.
àRisk of injury caused by unsecured crushing, impact, drawing-in or shearing spots.
àRisk of injury caused by sharp edges in the drive.
àRisk of injury due to glass breakage.
4.4 Inspection of installed system
XMeasures for checking the security and prevention of crushing, impact, shearing or drawing-in spots.
XCheck the function of the presence sensors and movement detectors.
XCheck the earth connection to all metal parts that can be touched.

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Notes
4.5 Disposal of the door system
àThe door system is made up of materials that should be sent for recycling.
For this purpose, the individual components should be sorted according to material type:
àIron
àPlastic
àElectronic components
àCables
XThe parts listed should be handed in to communal collection points or be disposed of via a scrap recycling
company.
àRechargeable batteries and batteries contain pollutants and heavy metals.
XRechargeable batteries and waste batteries should be handed in to communal collection points or retailers.
Information regarding the Battery Directive:
(Applicable in Germany and in all other member states of the European Union as well as in other European coun-
tries, together with the countries' own provisions for a separate waste battery collection system.)
In accordance with the Battery Directive, we are obliged to inform you of the following in connection with the
sale of batteries or rechargeable batteries in particular the delivery of devices containing batteries or recharge-
able batteries: Rechargeable batteries and batteries must not be disposed of with household waste. Disposal with
household waste is expressly forbidden according to the Battery Directive. As the nal consumer, you are bound
by law to return waste batteries and rechargeable batteries. Please return waste batteries and rechargeable bat-
teries to a communal collection point or retailer.
Following use, you may return any batteries or rechargeable batteries received from us by post. The address is:
GEZE GmbH, Incoming Goods, Reinhold-Vöster-Str. 21-29, 71229 Leonberg/Germany.
4.6 Abbreviations
Wire colours
BN brown
BK black
BU blue
GN green
GY grey
YE yellow
OG orange
PK pink
RD red
TQ turquoise
VT violet
WH white
Connections, terminals and plugs
AC Alternating current
AKKU Rechargeable bat-
tery
AU Automatic mode
of operation
BS Hinge side
BGS Opposite hinge
side
DC Direct current
DCU Door control unit
DO Permanently open
mode of operation
BUZZER Buzzer
DPS Display pro-
gramme switch
FK Radio channel
GND Ground
IGM Incremental en-
coder on motor
K Contact sensor
KB Contact sensor author-
ised
LED Light emitting diode
MOD BS Modules hinge side
MOD BGS Modules opposite hinge
side
MOTOR Drive motor
NA Night mode of operation
NT Power supply
OFF O mode of operation
PA Congurable output
PE Congurable input
PROG Programming connec-
tion
RS485 Serial interface for local
communication
SCR Screen
SIO Safety sensor for moni-
toring opening
SIS Safety sensor for monitor-
ing closing
TK Door transmission cable
TOE Door opener
TPS Key programme switch
TST Signal for testing the
safety sensors
24V Supply voltage for external
devices
24VKB 24V for contact sensor
authorised, rechargeable
battery buered
24VSENS Supply voltage for sensors;
switched o in the modes
of operation OFF, NA and
DO
24VTOE 24 V for door opener
Other
BS Hinge side
BGS Opposite hinge side

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Supply terminals
5 Supply terminals
RS485- B
41
42 RS485- A
2 24V
1 GND
RS485
42
41
44
1
1
2PPE1
24V
51
2
1
PE
K
24VSENS
GND
GND
21
4
1
K
43 41 42 2
RS485
1
TST
10
424VSENS
1GND
11 SIS
SIS
24VTOE
GND
PA1B
56
55 PA1A
5
1
PA1
TST
10
424VSENS
1GND
13 SIO
SIO
20 KB
324VKB
KB
DCU701
BA-LEED
DCU700
BUZZER
MOTOR
PROG
S3
T 4A
F1
1
2
42
41
43
RS485
1 4
2 1
1 2
51
1 2
4 2 41
K PE RS485
3
20 1 3
1 4
10
1 5
55 56
KB SIO PA
1 1
1 4
10
SIS
AKKU
+
IGM
LED 24Vext
+
SHLD
RS485-B
RS485-A
24V
GND
–
–
S1 S2 LED1 LED2 LED3 LED4 LED5
Motor
AKKU

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Safety sensor opening and closing
6 Safety sensor opening and closing
àAt detection the output of the sensors is open (GND is applied to the SIS or SIO input).
XCheck function and correct setting of the sensors when putting into service and when servicing the assembly.
6.1 Safety sensor GC338
àFollow installation instructions GC 338, mat.no.
142272
àGC338 interface, mat.no. 143072
àGC338 transmission module, mat.no. 143060
àGC338 receiver module, mat.no. 143071
àAccessories for setting the light curtain: Spot-
nder, mat.no. 112321
Setting the DIP switch at the interface
XDIP 3 (signal) to ON (TST)
XDIP1, DIP2, DIP4 and DIP5 depending on type
of installation and ambient conditions (see
installation instructions and user manual GC
338)
àFor teaching the sensor strip GC 338, see
chapter 19.5, “Commissioning the drive with
GC 338”.
1 Opposite hinge side (closing)
2 Hinge side (opening)
3 GC 338 interface module
4 Second sensor strip; not applicable for "monitor-
ing closing" or "monitoring opening"
TK Door transmission with transom installation
E Receiver
S Transmitter
TK
S
E
GY
2
1
4
3
5
BN
BK
BU
WH
SIGNAL
24V
SIO
GND
SIS
100mA
S
1
13
10
4
SIO
SIO
GND
24VSENS
TST
1
11
10
4
SIS
SIS
GND
24VSENS
TST
E
1
4
2
12
3
oder
6.1.1 Monitoring opening and closing
XSet the parameters:
à13 sc (safety closing) to 01 for "SIS" or to 02 for "SIS and K".
à14 s0 (safety opening) to 01 for "SIO".
à15 Te (testing) to 01 for "testing with 24V".
or
SIGNAL

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Safety sensor opening and closing
6.1.2 Monitoring opening
àSensor for monitoring the opening of the door.
XMount on the hinge side of the door leaf.
Connection of the GC 338 sensor as for "opening and closing", but the second sensor strip (S and E) is not ap-
plicable.
àIf the SIO is activated during opening, the door stops.
àThe opening angle for wall blanking of the SIO is taught by the control during the learning process in case the
sensor detects an obstacle while the door is opening.
XSet the parameters:
à13 sc (safety closing) to 00 for "no SIS".
à14 so (safety opening) to 01 for "SIO".
à15 Te (testing) to 01 for "testing with 24V".
6.1.3 Monitoring closing
àSensor for monitoring the closing of the door.
XMount on the opposite hinge side of the door leaf.
Connection of the GC 338 sensor as for "opening and closing", but the second sensor strip (S and E) is not ap-
plicable.
àIf the SIS is activated during closing, the door reverses and opens again.
àThe SIS can also be congured as an actuation sensor K, so that the drive can be actuated by the SIS also in the
closed position.
XSet the parameters:
à13 sc (safety closing) to 01 for "SIS" or to 02 for "SIS and K".
à14 so (safety opening) to 00 for "no SIO".
à15 Te (testing) to 01 for "testing with 24V".
6.2 Safety sensor GC334
àGC334 module, mat.no. 126410
àFollow installation instructions, mat.no. 126832
àFor setting the sensors GC 334, see chapter 4.1, “Important safety instructions”.
àAccessories:
àInterface GC334, mat.no. 128306 (for use where there is a cable transition on site)
àSpotnder, mat.no. 112321 (for setting the sensor)

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Safety sensor opening and closing
6.2.1 Monitoring opening and closing
XSet the parameters:
à13 sc (safety closing) to 01 for "SIS" or to 02 for "SIS and K".
à14 s0 (safety opening) to 01 for "SIO".
à15 Te (testing) to 02 for "testing with GND"
Conguration of the GC 334 modules on the
àHinge side: DIP1 = ON
àOpposite hinge side: DIP1 = OFF
TEST
SIS
1 GND
11 SIS
10 TST
4 24VSENS
1 GND
13 SIO
10 TST
4 24VSENS
SIO1
VT
PK
WH
YE
GN
-
+
BN
BU
-
+
RD
60mA
1
3
2
2
1
oder
4
TEST
1 GND
13 SIO
10 TST
4 24VSENS
SIO
4
3
2
5
1
11 SIS
SIS
-
+
-
+
60mA
5 3
1
2
2
1
oder
4
1 Opposite hinge side (closing)
2 Hinge side (opening)
3 Door transmission with transom installation
4 Second sensor strip not applicable for "monitoring opening" or "monitoring closing"
5 Interface GC334
6.2.2 Monitoring opening
àSensor for monitoring the opening of the door.
XMount on the hinge side of the door leaf.
Connection of the GC 334 sensor as for "opening and closing", but the second sensor strip is not applicable.
àIf the SIO is activated during opening, the door stops.
àThe opening angle for wall blanking of the SIO is taught by the control during the learning process in case the
sensor detects an obstacle while the door is opening.
XSet the parameters:
à13 sc (safety closing) to 00 for "no SIS".
à14 so (safety opening) to 01 for "SIO".
à15 Te (testing) to 02 for "testing with GND"
6.2.3 Monitoring closing
àSensor for monitoring the closing of the door.
XMount on the opposite hinge side of the door leaf.
Connection of the GC 334 sensor as for "opening and closing", but the second sensor strip is not applicable.
àIf the SIS is activated during closing, the door reverses and opens again.
àThe SIS can also be congured as an actuation sensor K, so that the drive can be actuated by the SIS also in the
closed position.
XSet the parameters:
à13 sc (safety closing) to 01 for "SIS" or to 02 for "SIS and K".
à14 so (safety opening) to 00 for "no SIO".
à15 Te (testing) to 02 for "testing with GND"
TEST TEST
or or

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Safety sensor opening and closing
6.3 Safety sensor GC335
àGC335 master module, mat.no.128074
GC335 Extension kit (slave module with accessories), mat.no. 128072
àFollow mounting instructions
àAccessories:
àGC332 adapter, mat.no. 124035
àSpotnder, mat.no. 112321
XUse the test specimen, mat. no. 120190, to set the sensing eld.
XAlways install the master module near the hinge, connection with drive control takes place at the master
module.
XConnect max. 7 slave modules to one master module.
XOpen the conguration bridge at the last slave module or at the master module (if no slave modules con-
nected).
6.3.1 Monitoring opening and closing
XSet the parameters:
àSet 13 sc (safety closing) to the required function.
àSet 14 so (safety opening) to 01 for "SIO".
àSet 15 Te (testing) to 01 for "testing with 24V".
GC335
Slaves
1GND
13 SIO
10 TST
424VSENS
GC335 Master
BGS
SIO
1GND
11 SIS
10 TST
424VSENS
SIS
WH
BN
GY
GN
PK
YE
6
5
4
3
2
1
60mA-
+
Test
GC335 Master
BS
6
5
4
3
2
1
60mA-
+
Test
1
2
3
4
5
6
7
8
9
10
-
+
Test
TK
GC332
Adapter
WH
BN
GY
GN
PK
YE
GC335
Slaves
Adapter
Test
Test

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Contact sensor authorised
6.3.2 Monitoring opening
XSet the parameters:
àSet 13 sc (safety closing) to 0o for "no SIS".
àSet 14 so (safety opening) to 01 for "SIO".
àSet 15 Te (testing) to 01 for "testing with 24V".
1GND
13 SIO
10 TST
424VSENS
SIO
GC335 Master
BS
6
5
4
3
+ 2
- 1
60mA
Test
TK
GC335
Slaves
6.3.3 Monitoring closing
XSet the parameters:
àSet 13 sc (safety closing) to the required func-
tion.
àSet 14 s0 (safety opening) to 0o for "no SIO".
àSet 15 Te (testing) to 01 for "testing with 24V". 1GND
11 SIS
10 TST
424VSENS
SIS
GC335 Master
BGS
6
5
4
3
+ 2
- 1
60mA
Test
TK
GC335
Slaves
7 Contact sensor authorised
àThe input KB is active in the AU and NA operating modes.
àWhen actuated, the door opens.
àWhen controlling, the output of the contact sensor authorised is closed (24V applied at the KB input).
àThe authorised contact sensor function can also be actuated via the radio receiver WRB-5, Channel 2 (see
10.1.2, “Radio channel FK2”).
àDo not operate the "authorised" contact sensor continuously since the drive will otherwise not be able to
switch o automatically in the event of a power failure and the battery of the drive will become discharged.
àDo not connect electrical loads to the terminal 24VKB because otherwise the battery cannot be charged.
àThe hold-open time when actuating via KB can be set separately (0–30 s).
àParameter 5 Os (hold-open time KB).
àAn activation delay (0–20 s) can be set for contact sensor KB and K:
àParameter 7 aI (activation delay).
àKey-operated switch SCT, single-pole, ush-mounted, AS500
without prole half cylinder, mat. no. 117996
àAccessories:
àProle half cylinder, mat. no. 090176
àAdditional contact, mat. no. 024467.
The additional contact cannot be used as a sabotage
contact, but is rather used to enable or disable the key
programme switch TPS.
20 K
32
KB
B
4VKB
Test

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Contact sensor
8 Contact sensor
àThe K input is only active in the AU mode of operation.
àThe contact sensor function can also be actuated via the radio module WRB-5, Channel 1 (see chapter 10.1.1,
“Radio channel FK1”).
àWhen actuated, the door opens.
àWhen actuated, the output of the contact sensor is closed (24V applied to the K input).
àThe sensor for monitoring closing can also be used as a contact sensor (SIS and K function), see chapter 6,
“Safety sensor opening and closing”.
àThe contact sensors K and KB have the same activation delay time (see chapter 6, “Safety sensor opening and
closing”).
àThe hold-open time when actuating via K can be set separately (0…30 s).
XSet the parameters:
àSet 4 Oh (hold-open time) to the desired value.
8.1 GC 302 R radar (microwave) motion detector
àGC 302 R black, mat. no. 124087
àGC 302 R according to RAL, mat. no. 124088 (re-
mote control does not work with detector hood
mounted, LED not visible)
àThe GC 302 R is a directionally sensitive radar
movement detector.
XFollow installation instructions, mat. no. 123457.
àAccessories:
àRemote control, mat. no. 099575
àCeiling installation set, mat. no. 115384
àRain cover, mat. no. 115339
WH
BU
BK
BN
50 mA +UB
-UB
1
2
3
4
5
24VSENS
K
GND
4
21
1
K
GC302 R
XSet the detection eld and the sensitivity of the radar movement detector.
àTo align the sensing eld, rotate the planar antenna and change its tilt angle.
XIf several GC 302 R units are mounted next to or behind one another, set dierent device addresses using the
two DIP switches. Otherwise the settings of the other detectors will also changed by the remote control.

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Push And Go
8.2 Push button (potential-free contact)
àPlastic elbow switch, white, mat. no. 114078
àPlastic elbow switch, stainless steel, mat. no. 114077
àStainless steel elbow switch, mat. no. 119899
àStainless steel elbow switch LS 990, surface-mounted,
mat. no. 128582
àStainless steel elbow switch LS 990, ush-mounted, mat.
no. 128583
àAccessories:
àIP65 switch insert, mat. no. 114156
àAdditional contact, mat. no. 114157
àRadio transmitter module WTM, can be clipped in, mat.
no. 131212
àBack panel for plastic elbow switch,
àwhite, mat. no. 131219,
àstainless steel, mat . no. 131220
21
42
K
K
4VSENS
9 Push And Go
WARNING
Danger of injury due to crushing and shearing!
XDuring an activated Push And Go function door handles can form crushing and shearing points.
àThe Push And Go function allows actuating of the drive without contact sensors being used.
àWhen the Push And Go function is set, the drive opens the door automatically as soon as the door leaf is
moved manually out of the closed position.
àThe opening angle for activation of the opening automatic functions can be adjusted (1°–20°).
àWhen the "opening" safety sensor is connected, the SIO can block the door opening since the sensor detects
an obstacle in opening direction.
An opening angle that is set too close can result in undesired automatic opening of the door.
XSet parameter 8 pU (Push and Go) to 00 for "no Push and Go" or to the required opening angle for the start of
automatic opening (1°–20°).

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Radio control
10 Radio control
XObserve the installation and service instructions of the GEZE Automatic Wireless Programme, mat. no. 135193.
àRadio reception board WRB-5, mat. no. 135170
à1-channel wireless transmitter WTH-1, mat. no.
131209
à2-channel wireless transmitter WTH-2, mat. no.
131210
à4-channel wireless transmitter WTH-4, mat. no.
131211
àRadio transmitter module WTM, mat. no. 131212





1 Status LED
2 Learn button
àThe radio receiver PCB WRB-5 can optionally be plugged onto the DCU700 controller.
àThe radio receiver has the two channel FK1 and FK2.
àThe buttons on the wireless transmitter can be taught separately using the learn button on the radio receiver.
àA maximum of 12 transmitters can be stored per channel in the memory of the receiver.
If more than 12 transmitters are taught, the 12th transmitter is always overwritten.
àOnly one button each can be assigned per transmitter to one radio channel.
àIf both radio channels are assigned to one transmitter button, only radio channel FK1 is switched when the
button is pressed.
àWhen the receiver has received and decoded a valid transmission signal, it switches the corresponding output
as long as the transmission signal is received, however at least for one second.
àDo not operate the buttons of the wireless transmitter WTH or the push button of the radio transmitter mod-
ule WTM continuously since the drive will otherwise not be able to switch o automatically in the event of a
power failure and the battery of the drive will become discharged.
àIf the teaching button (LEARN) of the radio reception board PCB is pressed for longer than 5 s, the taught trans-
mitters of both channels are deleted.
10.1 Radio channels
10.1.1 Radio channel FK1
The function of the radio channel FK1 depends on how long the assigned button is pressed.
àIf the button is pressed for longer than 5 s, the function is like that of the contact sensor input K.
àIf the button is pressed for longer than 5 s in the AU mode of operation, the control changes to the DO mode
of operation. After the button has been pressed again, the control changes back to the AU mode of operation.
Activating teaching
XPress the learn button on the radio reception board for about 1 s.
The LED will ash 1x per second.
The memory for the channel 1 is selected.
XPress the corresponding button on the radio transmitter briey within 30seconds.
The LED will light up briey as conrmation. The radio transmitter has been taught successfully and teaching is
nished.
If further radio transmitters are to be taught to channel 1, the steps must be repeated.
For further instructions see the installation and service instructions GEZE Automatic Wireless Programme.
10.1.2 Radio channel FK2
The function of the radio channel FK2 is identical to that of the actuation input KB.
Activating teaching
XPress the learn button on the radio reception board for about 1 s.
The LED will ash 1x per second.
XPress the learn button again for about 1 s.
The LED will ash 2x per second.
The memory for the channel 2 is selected.
XPress the corresponding button on the radio transmitter briey within 30seconds.
The LED will light up briey as conrmation. The radio transmitter has been taught successfully and teaching is
nished.
If further radio transmitters are to be taught to channel 2, the steps must be repeated.
For further instructions see the installation and service instructions GEZE Automatic Wireless Programme.
LEARN

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Congurable input
11 Congurable input
PE is a congurable input. The function can be set via the service menu (see chapter20,“Parameter menu”).
11.1 Sabotage
àThe congurable input PE can be used as a sabotage input
e.g. for monitoring a contact sensor authorised with sabo-
tage contact.
àWhen the switch housing is closed, the sabotage contact is
closed, 24 V is applied to the sabotage input.
àWhen the key-operated switch housing is opened, the sabo-
tage contact is opened, 0 V is applied to the sabotage input.
àIn this case actuation via the contact sensor authorised is
ignored.
àError 32 (Sabotage) is indicated.
àIf the PA output is congured as a fault output, the out-
put contact is closed.
àActuation via KB is only possible again after the mode
of operation has been changed with closed sabotage
contact.
XSet the parameters:
àSet 9 e1 (congurable input) to 01 for "sabotage".
àIf appropriate, set. 10 a1 (congurable output) to 20 for
"fault".
51 P
E
22
PE
E
1
4V
11.2 Switch function
àUpon actuation, the output of the button is closed (24 V ap-
plied to the PE input).
àThe rst momentary contact opens the door and the next
closes the door. For the setting switch function with closing
after the hold-open time, the door closes automatically
after the hold-open time elapses if it was not closed via the
switch beforehand.
51 P
22
PE
E1
4V
XSet the parameters:
àSet 9 e1 (congurable input) to 02 for "switch function" or to 03 for "switch function close after hold-open
time".
11.3 Night
àThe congurable input PE can be used as the night input.
àWhen the night switch is actuated, the contact is closed (24
V applied to the PE input).
àThe door closed and changes to the NA operating mode, as
soon as the switch is pressed.
àThe door remains in the NA mode of operation as long as
24V is applied to the PE output. It is not possible to change
the mode of operation via a programme switch.
XSet the parameters:
à9 e1 (congurable input) to 04 for the "night" function.
51 P
E
22
PE
E
1
4V

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Programmable output
11.4 Stop
àThe congurable input PE can be used as the stop input.
àWhen the stop switch is actuated, the contact is closed (24 V
applied to the PE input).
àThe door stops immediately as soon as the switch is acti-
vated.
àAs long as the switch is activated, the door remains in its
position. The door leaf can be moved manually.
XSet the parameters:
àSet 9 e1 (congurable input) to 05 for the "stop" function.
51 P
22
PE
E1
4V
11.5 Bolt signal
àThe congurable input PE can be used as the input for the feedback contact of the door opener.
àThe lock signal input disables the actuation of the drive if the door is locked. If the input becomes active while
the door is open, the door reverses and remains open.
àThe feedback contact can be an opening or a closing contact.
àOpening contact: When the door is locked, the feedback contact is opened (0 V applied to the PE input).
àClosing contact: When the door is locked, the feedback contact is closed (24 V applied to the PE input).
XSet the parameters:
àSet 9 e1 (congurable input) to 06 for "bolt signal closer".
àSet 9 e1 (congurable input) to 07 for "bolt signal
opener". 51 PE1
224V
PE
11.6 Contact sensor
àThe congurable input PE can be used as a second contact sensor input (same function as contact sensor K).
àUpon actuation, the contact of the button is closed (24 V applied to the PE input).
XSet the parameters:
àSet 9 e1 (congurable input) to 08 for the
"contact sensor" function. 51 PE1
224V
PE
12 Programmable output
àPA is a potential-free relay contact, switching voltage/current max. 24 V AC/DC, 0.5 A.
àThe function of the congurable output PA can be selected via the service menu (see chapter 20,“Parameter
menu”).
12.1 Gong
XSet the parameters:
àSet 10 a1 (congurable output) to 01 for the
"gong" function.
àThe contact closes for 1.2 s in the operating
mode AU or DO as soon as contact sensor K or
radio channel FK1 are actuated.
55 PA1A
56 PA1B
PA
GO NG
1
2
1 Gong transformer
2 Feeder

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Programmable output
12.2 Fault
XSet the parameters:
àSet 10 a1 (congurable output) to 02 for the
"fault" function.
àThe output contact closes as soon as the con-
trol detects a system fault. At the same time the
corresponding error number is indicated at the
TPS and at the service LEDs.
PA
55 PA1A
56 PA1B
1GND
56 24VTOE
12.3 Door opener
àA working current door opener or a static current door opener can be connected as a door opener. In addition,
close pressure can be congured before opening in order to take the strain o the door opener.
àSwitching voltage/current max. 24 V AC/DC, max. 0.5 A.
XSet the parameters:
à6 TO (door opener) to the required door opener type with close pressure before opening if appropriate.
à10 a1 (congurable output) to 03 for "door opener" function (see chapter 20, “Parameter menu”).
àActuation of the door opener is limited to 5 s plus the congured activation delay.
àConnection of a lock feedback signal contact: see chapter 11.5, “Bolt signal”.
12.4 24 V DC door opener supplied on drive side
XMount the free-wheeling diode 1N4007 at the
door opener, mat. no. 115293.
GND
1
56 PA1B
55 PA1A
PA
24VTOE
5
1
1 Free-wheeling diode
12.5 DC door opener supplied on site
XMount the free-wheeling diode 1N4007 at the
door opener, mat. no. 115293. +UB
-UB
1GND
56 PA1B
55 PA1A
PA
24VTOE
5
1
2
1 On-site DC power supply
2 Free-wheeling diode
12.6 AC door opener supplied on site
AC
1GND
56 PA1B
55 PA1A
PA
24VTOE
5
AC
1
1 On-site AC power supply

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Mode of operation
12.7 Further functions
The set mode of operation or door mode can be signalled to a higher-level control or a building control centre,
see chapter 20, “Parameter menu”, via the congurable output PA1.
XSet the parameters:
àSet 10 a1 (congurable output) to the required signal (04 …12).
12.8 Motor lock
For the connection of the motor lock see "Wiring diagram motor lock IQ Lock EL", mat. no. 147324.
13 Mode of operation
13.1 Mode of operation button
The mode of operation button at the drive can be used to select the OF, NA, AU or DO modes of operation.
XPress the mode of operation button briey.
The mode of operation display immediately switches one mode of operation further. The drive itself does not
change the mode of operation to the then new mode of operation until 1 s after the last button has been pressed.
This makes it possible, for example, to change the mode of operation from AU via DO and OF to NA.
The mode of operation display changes its colour in accordance with the mode of operation selected:
o (OF) red (NA) green (AU) blue (DO) o (OF) red (NA) ...
13.2 Button programme switch TPS
àTPS, AS500, ush-mounted, mat. no.
113231
àTPS SCT, AS500, ush-mounted, with key
operated push button, without prole half
cylinder, mat. no. 113232
42
41
44
1
1
2
R
41
42 R
22
1
G
R S4 8 5
S485-B
S485-A
4V
G
ND
1
2
3
70 mA
1 Display without function
2 LEDs for mode of operation display
3 Key operated push button for release of the mode of operation
switchover with TPS
àLEDs (1) for mode of operation display an error code if a fault occurs (see chapter 21, “Fault messages”).
àThe mode of operation shop closing-time is not available with ECturn.
àOF, NA, AU, DO modes of operation
XFollow installation instructions, mat. no. 122400
àAccessories:
àProle half cylinder, mat. no. 090176
àAdditional contact, mat. no. 024467
àSurface-mounted cap, single, AS500, mat. no. 120503
àSurface-mounted cap, double, AS500, mat. no. 128609
àAfter the operating voltage has been switched on, the drive is back in the mode of operation that was set
before switching o or the failure of the operating voltage.
àIf operation of the TPS is not possible since disabling is active, the current operating mode LED ashes once if a
button is pressed.
àIf there are one or more errors, these are displayed consecutively alternatively with the current mode of opera-
tion in encoded form with the ve LEDs. At least two LEDs always light up when an error is displayed. The
mode of operation is displayed for 5 s, the respective error message for 2 s.

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Mains connection
XWhen the keypad programme switch is used it is still possible to change the mode of operation using the
mode of operation button even when the key programme switch is disabled.
Permanent release of mode of operation switchover using the key programme switch:
Xrather than actuating the key push button at the key programme switch, connect a jumper between 1 and 44.
14 Mains connection
14.1 Safety instructions
DANGER
Danger of electric shock!
XThe removal of the earth-pin power plug and the connection of the drive to the mains voltage may only be
carried out by a qualied electrician.
XPerform the power connection and equipment earth conductor test in accordance with VDE 0100 Part 610.
XUse an on-site 10-A automatic circuit-breaker as the line-side disconnecting device.
XFuse protection for the drive should preferably be on site.
XObserve the latest versions of guidelines, standards and country-specic regulations, in particular:
àVDE 0100, Part 610 "Installing Electrical Power Systems with Nominal Voltages up to 1000 V"
àDIN EN 60335-2-103 "Safety of electrical devices for home use and similar purposes", special requirements
for drives for gates, doors and windows
14.2 Transom installation
10A
BK
BU
GN/YE
L
N
PE PE
1
3
2
4
BK
BU
GN/YE
L
N
DCU702
PE
L
N
PE
F1
T4A
4
3
2
1
110–230 V
50 Hz/60 Hz 75 W
1 Mains fuse provided on site
2 Main switch provided on site (optional)
3 Earth-pin power socket (provided on site)
4 ECturn door drive
14.3 Door leaf installation
àDoor transmission cable ECturn, mat. no. 135307
10A
BK
BU
GN/YE
L
N
PE PE
1
3
2
4
BK
BU
GN/YE
L
N
PE
L
N
DCU702
PE
F1
T4A
134
5
2
110–230 V
50 Hz/60 Hz 75 W
1 Mains fuse provided on site
2 Main switch provided on site (optional)
3 Connection box (provided on site)
4 ECturn door transmission cable
5 ECturn door drive