GEZE TSA 160 NT Series Quick start guide

TSA 160 NT
Valid for variants:
TSA 160 NT F
TSA 160NT F-IS
TSA 160NT Invers
TSA 160 NT Z
TSA 160 NT Z-Invers
EN Wiring diagram
135239-03

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Contents
Symbols and illustrations ..................................................................................................................................................4
Validity .....................................................................................................................................................................................4
Product liability.....................................................................................................................................................................4
1 Notes............................................................................................................................................................................5
1.1 Important safety instructions......................................................................................................................................................................5
1.2 Installation information..................................................................................................................................................................................5
1.3 Safety-conscious working.............................................................................................................................................................................5
1.4 Inspection of installed system.....................................................................................................................................................................6
1.5 Commissioning and service..........................................................................................................................................................................6
1.6 Disposal of the door system.........................................................................................................................................................................6
2 Abbreviations............................................................................................................................................................6
3 Electrical data............................................................................................................................................................7
4 Control.........................................................................................................................................................................8
5 Safety sensor open and close..............................................................................................................................9
5.1 Safety sensor GC338.......................................................................................................................................................................................9
5.2 Safety sensor GC342.....................................................................................................................................................................................12
5.3 Safety sensor GC334.....................................................................................................................................................................................14
5.4 Safety sensor GC335.................................................................................................................................................................................... 16
6 Mechanical contact...............................................................................................................................................18
6.1 Key switch..........................................................................................................................................................................................................19
7 Contact sensor inside...........................................................................................................................................19
7.1 Radar movement detector GC 302 R.......................................................................................................................................................19
7.2 Radar movement detector GC 304 R...................................................................................................................................................... 20
7.3 Push button (potential-free normally opened contact) ................................................................................................................. 20
8 Contact sensor outside....................................................................................................................................... 20
8.1 Radar movement detector GC 302 R...................................................................................................................................................... 20
8.2 Radar movement detector GC 304 R...................................................................................................................................................... 21
8.3 Push button (potential-free normally opened contact) ................................................................................................................. 21
9 Radio activation .................................................................................................................................................... 21
10 Push And Go........................................................................................................................................................... 22
11 Congurable inputs............................................................................................................................................. 22
11.1 MPS ..................................................................................................................................................................................................................... 22
11.2 Opening 2-leaf and 1-leaf........................................................................................................................................................................... 22
11.3 Emergency lock.............................................................................................................................................................................................. 23
11.4 Additional contact sensors (P-KI, P-KA)................................................................................................................................................. 23
11.5 Switch functions ............................................................................................................................................................................................ 23
11.6 Control reset.................................................................................................................................................................................................... 24
11.7 Double push button (1-leaf / 2-leaf door opening).......................................................................................................................... 24
11.8 Operating mode switchover O.............................................................................................................................................................. 25
11.9 STO P ................................................................................................................................................................................................................... 25
11.10 Closing position monitoring, closing position blanking SIS, Push And Go ............................................................................. 26
11.11 WC co nt ro l ........................................................................................................................................................................................................ 27

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12 Electric strike .......................................................................................................................................................... 28
12.1 24V DC electric strike supplied on drive side...................................................................................................................................... 28
12.2 Customer-supplied 12 V AC electric strike ........................................................................................................................................... 29
12.3 Bar message..................................................................................................................................................................................................... 29
13 Mode of operation ............................................................................................................................................... 30
13.1 Internal programme switch....................................................................................................................................................................... 30
13.2 Mechanical programme switch (MPS, external programme switch)......................................................................................... 30
13.3 Mechanical programme switch (MPS-D, external programme switch).....................................................................................31
13.4 Keypad programme switch (TPS) .............................................................................................................................................................31
13.5 Display programme switch (DPS) with OFF......................................................................................................................................... 32
13.6 Display programme switch (DPS) without OFF.................................................................................................................................. 32
14 2-leaf drives............................................................................................................................................................. 33
14.1 TSA 160 NT IS-TS: Active leaf automated, passive leaf with TS 160............................................................................................. 33
14.2 Two automated door leaves...................................................................................................................................................................... 33
15 Smoke switch control unit................................................................................................................................. 34
16 Motor, solenoid valve.......................................................................................................................................... 35
17 Limit switch............................................................................................................................................................. 35
17.1 Open position................................................................................................................................................................................................. 35
17.2 Wall blanking SIO........................................................................................................................................................................................... 35
18 Mains connection ................................................................................................................................................. 36
18.1 TSA160NT 1-leaf ........................................................................................................................................................................................... 36
18.2 TSA 160 NT IS-TS: Active leaf automated, passive leaf with TS 160............................................................................................. 36
18.3 Two automated door leaves TSA 160 NT .............................................................................................................................................. 37
19 TSA160NTInvers at RWA-control panel...................................................................................................... 38
20 Control...................................................................................................................................................................... 39
21 Commissioning and service.............................................................................................................................. 40
21.1 Pre-conditions ................................................................................................................................................................................................ 40
21.2 Carrying out commissioning..................................................................................................................................................................... 40
21.3 Finish commissioning .................................................................................................................................................................................. 42
21.4 Changing the parameters of a 2-leaf drive .......................................................................................................................................... 42
22 Mode of operation ............................................................................................................................................... 44
23 Service menu ......................................................................................................................................................... 44
23.1 Service terminal ST220................................................................................................................................................................................ 44
23.2 Operation of ST220....................................................................................................................................................................................... 44
23.3 Service mode ST220 ..................................................................................................................................................................................... 44
23.4 Connecting service terminal ST220........................................................................................................................................................ 45
23.5 Service menu ST220 ..................................................................................................................................................................................... 45
24 Display programme switch DPS and Service push buttons S1, S2...................................................... 53
24.1 Display programme switch (DPS)............................................................................................................................................................ 53
24.2 Service buttons S1 and S2.......................................................................................................................................................................... 53
24.3 DPS service menu and service buttons S1/S2 with LEDs................................................................................................................ 55
24.4 Value table for service LEDs and display programme switch ....................................................................................................... 58
25 Fault messages ..................................................................................................................................................... 59
25.1 Fault display..................................................................................................................................................................................................... 59
25.2 Fault messages service LEDs, DPS, ST220............................................................................................................................................. 59
25.3 Fault messages keypad programme switch........................................................................................................................................ 60

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Symbols and illustrations
Warning notices
Warning notices are used in these instructions to warn you of property damage and personal injury.
XAlways read and observe these warning notices.
XObserve all the measures that are marked with the warning symbol and warning word.
Warning symbol Warning word Meaning
DANGER Danger for individuals.
Non-compliance will result in death or serious injuries.
WARNING Danger for individuals.
Non-compliance can result in death or serious injuries.
CAUTION Danger for individuals.
Non-compliance may lead to minor injuries.
Further symbols and means of representation
Important information and technical notes are highlighted to explain correct operation.
Symbol Meaning
means “important information”
; Information on avoiding material damage, understanding a concept or optimising workows
means “additional Information”
XSymbol for an action: This means you have to do something.
XIf there are several actions to be taken, keep to the given order.
Conforms to
DIN 18650 / EN 16005
Symbol in a table or in information concerning safety sensors.
Does not conform to
DIN 18650 / EN 16005
Symbol in a table or in information on sensors that do not correspond to
DIN 18650 / EN 16005.
Fire protection door Symbol for re protection door
Not permissible for re protec-
tion door
Symbol “Not permissible for re protection door”
Validity
Valid for units with
Hardware: DCU500 Rev. D
Software: DCU5 V3.1
Product liability
In accordance with the manufacturer's liability for their products as dened in the German “Produkthaftungsgesetz”
(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
1 Notes
1.1 Important safety instructions
To ensure personal safety, it is important to follow these safety instructions.
XKeep these instructions.
àOnly specialists who are authorised by GEZE are permitted to carry out installation, commissioning and maintenance.
àIf unauthorised changes made to the system, GEZE cannot be made liable in any way whatsoever for any
resulting damages.
àGEZE does not accept any warranty for combinations with third-party products. In addition, only original GEZE
parts may be used for repair and maintenance work.
àConnection to the mains voltage must be carried out by a qualied electrician. Perform the power connection
and equipment earth conductor test in accordance with VDE 0100 Part 610.
XUse an on-site automatic cut-out as the line-side disconnecting device, the dimensioning of which is matched
to the type, cross-section, type of routing and ambient conditions of the on-site feeder. The automatic cut-out
must have at least 6A and max. 16A.
àAttach safety stickers to glass door leaves, mat. no. 081476.
XIn accordance with Machinery Directive 2006/42/EC, a safety analysis is to be performed and the door system
marked in compliance with CE Marking Directive 93/68/EEC before the door system is commissioned.
àObserve the latest versions of directives, standards and country-specic regulations, in particular:
àASR A1.7 “Directives for doors and gates”
àEN 16005 “Power operated pedestrian doorsets – Safety in use – Requirements and test methods”
àDIN 18650, Part 1 and Part 2 “Automatic door systems”
à“Guidelines for hold-open systems”
àDIN VDE 100-600 “Installation of low-voltage systems - Part 6 Tests”
àDIN EN 60335-2-103 “Household and similar electrical appliances - Safety; Particular requirements for drives
for gates, doors and windows”
àAccident Prevention Regulations, in particular BGV A1 (VBG1) “General Regulations” and BGV A3 (VBG4)
“Electrical Installations and Resources”
Swing door drive as a hold-open device in accordance with DIN 18263-4
àThe hold-open function of the swing door drive must be cancelled in the event of a re alarm, fault or manual
triggering, the lock latch release (electric strike according to fail-secure principle) must be disabled and all the
signal transmitters for opening the door leaves must be switched ineective.
àThe swing door drives may only be used on single-leaf and double-leaf doors if the door frame or, as the case
may be, the passive leaf of the double-leaf doors is equipped with an electric strike that releases the lock latch
and/or unlocks a safety catch with a spring-loaded latch.
1.2 Installation information
àThe drive is designed exclusively for use in dry rooms.
XUse only the cables specied on the cable plan provided. Cables must be shielded in compliance with the wiring diagram.
XAlways use insulated wire-end ferrules for wire cores.
XInsulate wires that are not used.
XSecure loose, internal drive cables with cable ties.
XObserve the maximum permitted overall current drain required to supply the periphery.
1.3 Safety-conscious working
XSecure the workplace against unauthorised entry.
XWatch the swivelling range of long system parts.
XSecure the cover/drive/roller guide rail or link arm against falling.
XBefore carrying out work on the electrical system, cut the voltage supply (mains and rechargeable battery)
and check that no voltage is present. When an Uninterruptible Power Supply (UPS) is used, the system will still
be under voltage even when disconnected from the mains.
àRisk of injury by moving parts (drawing in of hair, clothing, …) when a drive is opened.
àDanger of injury caused by unsecured crushing, impact, drawing-in or shearing spots.
àDanger of injury due to sharp edges in the drive.
àRisk of injury due to glass breakage.
àDanger of injury through link arm or lever arm snapping back.
àDanger of injury when working at a great height.

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Abbreviations
1.4 Inspection of installed system
XMeasures for checking safety and prevention of crushing, impact, shearing or drawing-in spots.
XCheck the function of the presence sensors and movement detectors.
XCheck the protective earth connection to all metal parts that can be touched.
1.5 Commissioning and service
XThe values of parameter setting are only saved when the Service menu is closed.
1.6 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 corresponding to material type:
àAluminium (proles, cover, …)
àIron (lever arm, link arm, screws, …)
àPlastic
àElectronic components (electric strike, motor, control, transformer, sensors, …)
àCables
àThe parts can be disposed of at the local recycling depot or by a scrap recycling company.
2 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
AU Automatic
ASF Activation, passive leaf
BS Hinge side
BGS Opposite hinge side
DO Hold open
DPS Display programme switch
ES Limit switch and internal programme switch
GF Active leaf
GND Ground
KA Contact sensor outside
KB Mechanical contact
KI Contact sensor inside
LK Luster terminal
LS Shop closing
MPS Mechanical programme switch
MPS-D Mechanical programme switch
MVT Solenoid valve
NA Night mode
NTZ Mains
OFF O
OL Limit switch, open position
PEx Programmable input (x = 1 or 2)
PS Programme switch
RS485 Communication signal to DPS, TPS and sec-
ond drive
SF Passive leaf
RES Reset switch
RM Bar message
RSZ Smoke switch control unit
SCR Screen
SO Safety sensor, open
SIS Safety sensor, close
SL Limit switch, closing position
STOP Stop
TOE Electric strike
TPS Key programme switch
TST Test signal for safety sensors
WAB Limit switch, wall blanking
24V Supply voltage for external devices, max. 1.2A

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Electrical data
3 Electrical data
Mains voltage 230 V AC –15 %, +10 %
Frequency 50 Hz
Protection rating I
Capacity rating 300 W
Mains connection Fixed connection (installation cable)
Primary fuse 1.6 A (1-leaf drive)
T4A (2-leaf drive)
Control voltage for external components 24 V DC ±10%
Output current control voltage 24 V 1200 mA permanently,
1400 mA briey (5 s, duty rating 30 %)
Fuse protection 24 V short-circuit proof, switch-o at 1.6 A
Temperature range –15…+50 °C
IP rating IP20

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Control
4 Control
RS485-ASF
KI KA SIS SIO RS485
KBPSTOEPE1 PE2
1242 41 43 13 12
10 11 12
10 12231221
251 52 1231 32 33 289220
OFF

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Safety sensor open and close
5 Safety sensor open and close
XIn the case of 2-leaf systems connect the safety sensors of the active leaf with the active leaf control and those
of the passive leaf with the passive leaf control.
XInstall the sensor for monitoring closing on the door leaf, opposite hinge side.
The sensor for monitoring closing can also be used as a contact sensor outside or inside.
XSetting the parameters:
àDPS: Set
f1 to 02
(“SIS and KI”) or 03 (“SIS and KA”).
àST220: Set “Signals”, “Input signals”, “SI1 – terminal SIS”, “SI1 function” to “SIS and KA” or to “SIS and KI”.
àS1, S2: Set parameter 8 to 02 (“SIS and KI”) or 03 (“SIS and KA”).
If the SIS is activated during closing, the door reverses and opens again.
àTSA 160 NT:
àIf a closing position limit switch is connected, the SIS is blanked as soon as the closing position is reached
(see chapter 11, “Congurable inputs”, “Closing position limit switch”).
àWithout closing position limit switch the SIS is only blanked 10s after the closing process starts. If the SIS is
activated within this time, the door opens.
àTSA 160 NT Invers:
àThe SIS is blanked directly after the closing position has been reached.
XInstall the sensor for monitoring opening on the door leaf, hinge side.
àIf the SIO is activated during opening, the door stops.
àAt detection the sensor output is open (0V applied to SIS or SIO input).
à2-leaf doors:
àBoth door leaves stop when one of the two SIO sensors is activated, if the function “SIO Stop SF GF” is set in
the conguration for the safety sensor open (SIO).
XCheck function and correct setting of the sensors during commissioning and service.
To operate the display programme switch DPS see chapter 24.1, “Display programme switch (DPS)”.
To operate the service terminal ST220 see chapter 23.2, “Operation of ST220”.
5.1 Safety sensor GC338
XFollow installation instructions GC 338.
àAccessories:
àSpot nder( mat. no. 112321)
The connector plug of the GC 338 has 6 poles. Terminal 6 is not occupied.
XSet DIP switch 3 (TST/SBY) on the GC 338 interface module to ON (factory setting).
XSetting the testing parameter:
àDPS: Set
Te to 01 (testing with 24 V).
àST220: Set “Output signals”, “Testing SI” to “Testing with 24 V”.
àS1, S2: Set parameter 11 to 01 “Testing with 24 V”.

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Safety sensor open and close
5.1.1 Monitoring closing and opening
XSetting the parameter contact type:
àDPS: Set s1 and s3 to 02 (“normally closed contact”)
(factory setting).
àST220: Set the “Input signals”, “SI1 – terminal
SIS”, “SI1 contact type” to “normally
closed contact” and
“SI3 – terminal SIO”, “SI3 contact type”
to “normally closed contact”
(factory setting).
àS1, S2: Set parameter 7 and 9 to 02 “normally
closed contact”.
XSetting the function parameter:
àDPS: Set
f1 to the desired function and f3
to 05 (SIO stop) or 06 SIO stop SFGF).
àST220: Set the “Input signals”, “SI1 – terminal SIS”,
“SI1 function” to the desired function
and
“SI3 – terminal SIO”, “SI3 function” to “SIO
stop” or “SIO stop SFGF”.
àS1, S1: Set parameter 8 to the desired function.
Set parameter 10 to 05 “SIO Stop” or 06
“SIO stop GF”.
1 Opposite hinge side
2 Hinge side
3 Door transmission cable
4 GC 338 interface module
S
E
GY
2
1
4
3
5
BN
BK
BU
WH
SIGNAL
24V
SIO
GND
SIS
100mA
S
1
13
10
2
SIO
SIO
GND
24V
TST
1
11
10
2
SIS
SIS
GND
24V
TST
E
or
1
2
3
4
2
1

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Safety sensor open and close
5.1.2 Monitoring opening
XSetting the contact type parameter:
àDPS: Set
s3 to 02
(“normally closed contact”)
(factory setting).
àST220: Set the “Input signals”, “SI3 – terminal SIO”,
“SI3 contact type” to “normally closed
contact” (factory setting)
àS1, S2: Set parameter 9 to 02 “normally closed
contact”.
XSetting the function parameter:
àDPS: Set
f3 to 05
(SIO stop) or
to 06 SIO stop SFGF).
àST220: Set the “Input signals”, “SI3 – terminal SIO”,
“SI3 function” to “SIO stop” or “SIO stop SFGF”.
àS1, S1: Set parameter 10 to 05 “SIO Stop” or 06
“SIO stop SF GF”.
1 Opposite hinge side
2 Hinge side
3 Door transmission cable
4 GC 338 interface module
1
13
10
2
SIO
SIO
GN
D
24V
TST
S
E
GY
2
1
4
3
5
BN
BK
BU
WH
SIGNAL
24V
SIO
GND
SIS
100mA
2
1
3
4
5.1.3 Monitoring closing
XSetting the contact type parameter:
àDPS: Set
s1 to 02
(“normally closed contact”)
(factory setting).
àST220: Set the “Input signals”, “SI1 – terminal SIS”,
“SI1 contact type” to “normally closed
contact” (factory setting).
àS1, S1: Set parameter 7 to 02 “normally closed
contact”.
XSetting the function parameter:
àDPS: Set
f1 to the desired function.
àST220: Set the “Input signals”, “SI1 – terminal SIS”,
“SI1 function” to the desired function.
àS1, S1: Set parameter 8 to the desired function.
1 Hinge side
2 Opposite hinge side
3 Door transmission cable
4 GC 338 interface module
1
11
10
2
SIS
SIS
GN
D
24V
TST
S
E
GY
2
1
4
3
5
BN
BK
BU
WH
SIGNAL
24V
SIO
GND
SIS
100mA
2
1
3
4

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Safety sensor open and close
5.2 Safety sensor GC342
àSafety sensor GC 342
àFollow installation instructions GC 342
àAccessories (optional):
àRemote control, mat. no. 100061
àFor further accessories see installation instructions GC 342
Sensor position
XInstall safety sensors on the door leaf as specied in the GC 342 installation instructions.
XSetting the testing parameter.
àDPS: Set
Te to 02
(testing with GND).
àST220: Set “Output signals”, “Testing SI” to “Testing with GND”.
àS1, S2: Set parameter 11 to 02 “Testing with GND”.
5.2.1 Monitoring closing and opening
3
1
2
-UB
+UB
COM
+
SIO
60 mA
Test
SIS
BN
GN
YE
WH
PK
GY
BU
RD
SIO
13
1 GND
2 24V
10 TST
SIO
SIS
11
1 GND
2 24V
10 TST
SIS
1 GC 342 hinge side
2 GC 342 opposite hinge side
3 Door transmission cable
Settings GC 342
àSee installation instructions GC 342.
àGEZE recommends using the optional remote control to change the sensor parameters.
Settings DCU5
XSetting the contact type parameter:
àDPS: Set s1 and s3 to 02 (normally closed contact) (factory setting).
àST220: Set the “Input signals”, “SI1 – terminal SIS”, “SI1 contact type” to “normally closed contact”
and “SI3 – terminal SIO”, “SI3 contact type” to “normally closed contact” (factory setting).
àS1, S2: Set parameter 7 and 9 to 02 “normally closed contact”.
XSetting the function parameter:
àDPS: Set
f1 to the desired function and f3 to 05
(SIO stop) or 06 (SIO stop SFGF).
àST220: Set the “Input signals”, “SI1 – terminal SIS”, “SI1 function” to the desired function and “SI3 – terminal
SIO”, “SI3 function” to “SIO stop” or “SIO stop SF GF”.
àS1, S2: Set parameter 8 to the desired function.
Set parameter 10 to 05 “SIO Stop” or 06 (SIO stop SF GF).

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Safety sensor open and close
5.2.2 Monitoring opening
2
1
SIO
13
1 GND
2 24V
10 TST
SIO
-UB
+UB
COM
+
SIO
60 mA
Test
SIS
BN
GN
YE
WH
PK
GY
BU
RD
1 GC 342 hinge side
2 Door transmission cable
Settings DCU5
XSetting the contact type parameter:
àDPS: Set s3 to 02 (normally closed contact) (factory setting).
àST220: Set the “Input signals”, “SI3 – terminal SIO”, “SI3 contact type” to “normally closed contact” (factory setting).
àS1, S2: Set parameter 9 to 02 “normally closed contact”.
XSetting the function parameter:
àDPS: Set
f3 to 05
(SIO stop) or 06 (SIO stop SFGF).
àST220: Set the “Input signals”, “SI3 – terminal SIO”, “SI3 function” to “SIO stop” or “SIO stop SF GF”.
àS1, S2: Set parameter 10 to 05 “SIO Stop” or 06 (SIO stop SF GF).
5.2.3 Monitoring closing
2
1
SIS
11
1 GND
2 24V
10 TST
SIS
-UB
+UB
COM
+
SIO
60 mA
Test
SIS
BN
GN
YE
WH
PK
GY
BU
RD
1 GC 342 opposite hinge side
2 Door transmission cable
Settings DCU5
XSetting the contact type parameter:
àDPS: Set s1 to 02 (normally closed contact) (factory setting).
àST220: Set the “Input signals”, “SI1 – terminal SIS”, “SI1 contact type” to “normally closed contact” (factory setting).
àS1, S2: Set parameter 7 to 02 “normally closed contact”.
XSetting the function parameter:
àDPS: Set
f1 to the desired function.
àST220: Set the “Input signals”, “SI1 – terminal SIS”, “SI1 function” to the desired function.
àS1, S2: Set parameter 8 to the desired function.

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Safety sensor open and close
5.3 Safety sensor GC334
àGC334 module, mat. no. 126410
XFollow the installation instructions.
XSet testing:
àDPS: Set
Te to 02
(testing with GND).
àST220: Set “Output signals”, “Testing SI” to “Testing with GND”.
àS1, S2: Set parameter 11 to 02 “Testing with GND”.
àMax. 6 modules in series
5.3.1 Monitoring closing and opening
XSetting the contact type parameter:
àDPS: Set s1 to 02 (“normally closed contact”) and
s3 to 02
(“normally closed contact”)
(factory setting).
àST220: Set the “Input signals”, “SI1 – terminal
SIS”, “SI1 contact type” to “normally
closed contact” and “SI3 – terminal
SIO”, “SI3 contact type” to “normally
closed contact” (factory setting).
àS1, S2: Set parameter 7 and 9 to 02 “NC”.
XSetting the function parameter:
àDPS: Set f1 to the desired function and f3 to
05
(“SIO stop“) or 06 (“SIO stop SFGF“).
àST220: Set the “Input signals”, “SI1 – terminal SIS”,
“SI1 function” to the desired function and
“SI3 – terminal SIO”, “SI3 function” to “SIO
stop” or “SIO stop GFSF”.
àS1, S2: Set parameter 8 to the desired function.
Set parameter 10 to 05 “SIO Stop”
or 06 (SIO stop SF GF).
àConguration of the GC 334 modules on the
àHinge side: DIP1 = ON
àOpposite hinge side: DIP1 = OFF
SIS
1GND
11 SIS
10 TST
224V
1GND
13 SIO
10 TST
224V
SIO
VT
PK
WH
YE
BN
-
+GN
BU
-
+RD
60mA
12
3
4
5
1
1 GC 334 module
2 Opposite hinge side
3 Hinge side
4 Door transmission cable
5 GC 334 opposite hinge side

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Safety sensor open and close
5.3.2 Monitoring opening
XSetting the contact type parameter:
àDPS: Set
s3 to 02
(“normally closed contact”)
(factory setting).
àST220: Set the “Input signals”, “SI3 – terminal
SIO” and “SI3 contact type” to “normally
closed contact” (factory setting).
àS1, S2: Set parameter 9 to 02 “normally closed
contact”.
XSetting the function parameter:
àDPS: Set
f3 to 05
(SIO stop) or
06
SIO stop SFGF“).
àST220: Set the “Input signals”, “SI3 – terminal
SIO” and “SI3 function” to “SIO stop”
or “SIO stop SFGF”.
àS1, S2: Set parameter 10 to 05 “SIO Stop”
or 06 “SIO stop SFGF”.
àGC334 module conguration: DIP1 = ON
1GND
13 SIO
10 TST
224V
SIO
WH
YE
BN
-
+GN
BU
-
+RD
60mA
2
3
1
PK
VT
1 GC 334 module
2 Door transmission cable
3 GC 334 hinge side
5.3.3 Monitoring closing
XSetting the contact type parameter:
àDPS: Set
s1 to 02
(“normally closed contact”)
(factory setting).
àST220: Set the “Input signals”, “SI1 – terminal
SIS” and “SI1 contact type” to “normally
closed contact” (factory setting).
àS1, S2: Set parameter 7 to 02 “normally closed
contact”.
XSetting the function parameter:
àDPS: Set
f1 to the desired function.
àST220: Set the “Input signals”, “SI1 – terminal
SIS” and “SI1 function” to the desired
function.
àS1, S2: Set parameter 8 to the desired function.
àGC334 module conguration: DIP1 = OFF
1GND
11 SIS
10 TST
224V
SIS
WH
YE
BN
-
+GN
BU
-
+RD
60mA
PK
VT
2
3
1
1 GC 334 module
2 Door transmission cable
3 GC 334 opposite hinge side

TSA 160 NT
16
Safety sensor open and close
5.3.4 GC 334 connection over interface GC 334
The GC 334 interface is used to connect a customer's existing cable transition.
1GND
13 SIO
10 TST
224V
SIO
4
3
2
5
111 SIS
SIS
-
+
-
+
60mA
64 5
1
2
3
1
1 GC 334 module
2 Opposite hinge side
3 Hinge side
4 GC 334 hinge side
5 Interface GC 334
6 Door transmission cable
5.4 Safety sensor GC335
XFollow the installation instructions.
XUse the reference body, mat no. 120190, to set the detection area.
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 connected).
XSetting the “Testing” parameter.
àDPS: Set
Te to 01 (testing with 24 V).
àST220: Set “Output signals”, “Testing SI” to “Testing with 24V”.
àS1, S2: Set parameter 11 to 01 “Testing with 24 V”.

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17
Safety sensor open and close
5.4.1 Monitoring closing and opening
XSetting the contact type parameter:
àDPS: Set
s1 to 02
(“normally closed contact”) and
s3 to 02
(“normally closed contact”) (factory setting).
àST220: Set the “Input signals”, “SI1 – terminal SIS”, “SI1 contact type” to “normally closed contact” and
“SI3 – terminal SIO”, “SI3 contact type” to “normally closed contact” (factory setting).
àS1, S2: Set parameter 7 and 9 to 02 “NC”.
XSetting the function parameter:
àDPS: Set
f1 to the desired function and
f3 to 05
(“SIO stop“) or 06 (“SIO stop SFGF“).
àST220: Set the “Input signals”, “SI1 – terminal SIS”, “SI1 function” to the desired function and “SI3 – terminal
SIO”, “SI3 function” to “SIO stop” or “SIO stop SFGF”.
àS1, S2: Set parameter 8 to the desired function.
Set parameter 10 to 05 “SIO Stop” or 06 “SIO stop SFGF”.
1GND
13 SIO
10 TST
224V
SIO
1GND
11 SIS
10 TST
224V
SIS
WH
BN
GY
GN
PK
YE
6
5
4
3
2
1
60mA-
+
Test
6
5
4
3
2
1
60mA-
+
Test
1
2
3
4
5
6
7
8
9
10
-
+
Test
WH
BN
GY
GN
PK
YE
4
5
1
1
2
3
1 GC 335 slaves
2 GC 335 master opposite hinge side
3 GC 335 adapter
4 Door transmission cable
5 GC 335 master hinge side

TSA 160 NT
18
Mechanical contact
5.4.2 Monitoring opening
XSetting the contact type parameter:
àDPS: Set
s3 to 02
(“normally closed contact”)
(factory setting).
àST220: Set the “Input signals”, “SI3 – terminal
SIO” and “SI3 contact type”
to “normally closed contact”
(factory setting).
àS1, S2: Set parameter 9 to 02 “normally closed
contact”.
XSetting the function parameter:
àDPS: Set
f3 to 05
(SIO stop) or
06
SIO stop SFGF“).
àST220: Set the “Input signals”, “SI3 – terminal
SIO”, “SI3 function” to “SIO stop” or “SIO
stop SFGF”.
àS1, S2: Set parameter 10 to 05 “SIO Stop” or 06
(SIO stop SFGF).
1GND
13 SIO
10 TST
224V
SIO
6
5
4
3
+ 2
- 1
60mA
Test
2
1
3
1 GC 335 slaves
2 Door transmission cable
3 GC 335 master hinge side
5.4.3 Monitoring closing
XSetting the contact type parameter:
àDPS: Set
s1 to 02
(“normally closed contact”)
(factory setting).
àST220: Set the “Input signals”, “SI1 – terminal
SIS” and “SI1 contact type” to “normally
closed contact” (factory setting).
àS1, S2: Set parameter 7 to 02 “normally closed
contact”.
XSetting the function parameter:
àDPS: Set
f1 to the desired function.
àST220: Set the “Input signals”, “SI1 – terminal
SIS” and “SI1 function” to the desired
function.
àS1, S2: Set parameter 8 to the desired function.
1GND
11 SIS
10 TST
224V
SIS
6
5
4
3
+ 2
- 1
60mA
Test
2
1
3
1 GC 335 slaves
2 Door transmission cable
3 GC 335 master opposite hinge side
6 Mechanical contact
àThe input KB is active in the operating modes AU, LS and NA.
àIn the case of 2-leaf systems the mechanical contact can be connected to the active leaf control or to the passive
leaf control.
àOn selection the active leaf opens and, if switched on, the passive leaf.
àUpon activation, the output of the mechanical contact is closed (24V applied at the KB input).
àSetting the contact type parameter:
àDPS: Set cB to 01 for “normally opened contact” or to 02 for “normally closed contact”.
àST220: Set the “Signals”, “Input signals”, “KB”, “KB contact type” to “normally opened contact” or “normally
closed contact”.
àS1, S2: Set parameter 12 to 01 for “normally opened contact” or 02 for “normally closed contact”.
àA general activation delay (Dl, “Opening delay”) can be set for the input. The connection of a closing position limit
switch is necessary for this (see chapter “Closing position monitoring, closing position blanking SIS, Push And Go“).
Setting:
àDPS: Set Dl to the desired delay time (0 s ... 20 s).
àST220: Use the buttons or to set the “Door parameters”, “Opening delay” to the desired activation
delay (0s … 20s) and press .
àS1, S2: Set parameter 22 to the desired opening delay (0s … 20s).

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Contact sensor inside
6.1 Key switch
àSetting the contact type parameter:
àDPS: Set
cB to 01 (factory setting).
àST220: Set the “Signals”, “Input signals”, “KB”, “KB
contact type” to “normally opened contact”
(factory setting).
àS1, S2: Set parameter 12 to 01 ”normally opened contact“.
àKey switch SCT, single-pole, ush-mounted,
AS500 without euro prole half cylinder, mat. no. 117996
àAccessories:
àEuro prole half cylinder, mat. no. 090176
àAdditional contact, mat. no. 024467
20 KB
224V
KB
7 Contact sensor inside
àThe KI input is active in the operating modes AU and LS.
àIn the case of 2-leaf systems the contact sensor inside can be connected to the active leaf control or to the passive
leaf control.
àOn activation the active leaf opens and, if switched on, the passive leaf.
àThe sensor for monitoring closing can also be used as a contact sensor inside.
àSetting the parameters:
àDPS: Set
f1 to 02.
àST220: Set the ”Signals“, “Input signals”, “SI1 – terminal SIS”, “SI1 function” to “SIS and KI”.
àS1, S2: Set parameter 8 to 02 “SIS and KI”.
àFor input KI an activation delay (aI, “KI delay”) can be set if a closing position switch is installed (see chapter
“Closing position monitoring, closing position blanking SIS, Push And Go“). This time is added to the general
activation delay time (Dl, “Opening delay”).
Setting the parameters:
àDPS: Set
aI to the desired delay time (0 s ... 10 s).
àST220: Use the buttons or to set “Signals” “Input signals”, “KI”, “KI delay” to the desired delay time
(0s … 10s) and press .
àS1, S2: Set parameter 14 to the desired activation delay (00s … 10s).
7.1 Radar movement detector GC 302 R
àUpon activation, the output of the GC 302 R is closed
(24V applied to the KI input).
àSetting the contact type parameter:
àDPS: Set
cl to 01 (factory setting).
àST220: Set the “Signals”, “Input signals”, “KI” and “KI
contact type” to “normally opened contact”
(factory setting).
àS1, S2: Set parameter 13 to 01 “normally opened
contact” (factory setting).
àGC 302 R black, mat. no. 124087
àGC 302 R according to RAL, mat. no. 124088 (remote control
does not work with detector cover mounted, LED not visible).
àThe GC 302 R is a directionally sensitive radar movement
detector.
àFollow the installation instructions.
WH
BU
BK
BN
50 mA +
UB
-
UB
GC 302 R
1
2
3
4
5
24V
KI
GND
2
21
1
KI

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Contact sensor outside
7. 2 Radar movement detector GC 304 R
àThe GC 304 R is a direction-sensitive radar movement
detector.
àUpon activation, the output of the GC 304 R is closed
(24V applied to the KI input).
XFollow the installation instructions.
XSetting the contact type parameter:
àDPS: Set
cl to 01 (factory setting).
àST220: Set “Signals”, “Input signals”, “KI” and “KI
contact type” to “normally opened contact”
(factory setting).
àS1, S2: Set parameter 13 to 01 “normally opened
contact” (factory setting).
WH
YE
BN
GN
80 mA -
UB
+
UB
GC 304 R
1
2
3
4
5
24V
KI
GND
2
21
1
KI
7.3 Push button (potential-free normally opened contact)
àSetting the contact type parameter:
àDPS: Set
cl to 01 (“normally opened contact”)
(factory setting).
àST220: Set “Signals”, “Input signals”, “Contact sensor
inside” and “Contact sensor inside, contact
type” to “normally opened contact”
(factory setting).
àS1, S2: Set parameter 13 to 01 “normally opened contact”
(factory setting).
21 KI
224V
KI
8 Contact sensor outside
àThe input contact sensor outside is only active in the AU operating mode.
àIn the case of 2-leaf systems the contact sensor outside can be connected to the active leaf control or to the
passive leaf control.
àOn selection the active leaf opens and, if switched on, the passive leaf.
àFor the input KA an activation delay (aa, “KA delay”) can be set. The connection of a closing position limit switch
is necessary for this (see chapter “Closing position monitoring, closing position blanking SIS, Push And Go“).
This time is added to the general activation delay time (Dl, “Opening delay”).
Setting the parameters:
àDPS: Set
aa to the desired delay time (0 s ... 10 s).
àST220: Use the buttons or to set “Signals”, “Input signals”, “KA”, “KA delay” to the desired delay time
(0s … 10s) and press .
àS1, S2: Set parameter 16 to the desired activation delay (00s … 10s).
8.1 Radar movement detector GC 302 R
àFor information see GC 302 R (KI).
àUpon activation, the output of the GC 302 R is closed
(24V applied to the KA input).
àSetting the contact type parameter:
àDPS: Set
cO to 01 (factory setting).
àST220: Set “Signals”, “Input signals”, “Contact sensor
outside”, “Contact sensor outside, type
of contact” to “normally opened contact”
(factory setting).
àS1, S2: Set parameter 15 to 01 “normally opened
contact” (factory setting).
WH
BU
BK
BN
50 mA +
UB
-
UB
GC 302 R
1
2
3
4
5
24V
KA
GND
2
23
1
KA