GEZE FA GC 150 Guide

141512_07
Hold-open system
FA GC 150
Instructions for installation, commis-
sioning, operation and maintenance
RSZ 6, RSZ 7,
TS 4000 R, TS 4000 RFS, TS 4000 R-IS,
TS 5000 R, TS 5000 RFS, TS 5000 RFS
KB,
TS 5000 R-ISM /G/S/0, TS 5000 R-ISM
EFS,
Slimdrive EMD F/R*, Slimdrive EMD
F/R-IS*,
Powerturn F/R*, Powerturn F/R-IS*,
Powerturn F/R-IS/TS*
EN Wiring diagram

GEZE hold-open system FA GC 150
2
Contents
1 Symbols and illustrations......................................................................................................................................4
2 Notes............................................................................................................................................................................4
2.1 Installation and electrical connection of the hold-open system ...................................................................................................4
2.2 Installation of the lintel-mounted smoke switch..................................................................................................................................5
2.3 Protecting a smoke switch from contamination ..................................................................................................................................5
2.4 Disposal................................................................................................................................................................................................................5
3 Hold-open system FA GC 150..............................................................................................................................6
3.1 Function ...............................................................................................................................................................................................................6
3.2 Hold-open system with separate smoke control unit RSZ 6, RSZ 7...............................................................................................7
3.3 Integrated hold-open systems....................................................................................................................................................................8
3.4 Classication in accordance with EN 14637............................................................................................................................................9
3.5 Planning of re detectors and manual trigger switches....................................................................................................................9
3.5.1 Smoke detector or thermal detector ........................................................................................................................................................9
3.5.2 Number and installation of re detectors............................................................................................................................................ 10
3.5.3 Manual trigger switch...................................................................................................................................................................................11
4 Technical data.........................................................................................................................................................12
4.1 Hold-open system FA GC 150 ....................................................................................................................................................................12
4.2 Guidelines..........................................................................................................................................................................................................12
4.3 Power supply....................................................................................................................................................................................................12
4.4 Lintel-mounted smoke switch GC 151....................................................................................................................................................13
4.5 Wireless module GC 171...............................................................................................................................................................................14
4.5.1 “Operating” mode......................................................................................................................................................................................... 16
4.5.2 “Set up wireless connection” mode ........................................................................................................................................................18
4.6 Ceiling-mounted smoke detector GC 152............................................................................................................................................ 21
4.7 Ceiling-mounted thermal detector GC 153 ......................................................................................................................................... 22
4.8 Ceiling-mounted smoke detector ORS 142 ......................................................................................................................................... 23
4.9 Wireless ceiling-mounted smoke detector GC 172........................................................................................................................... 24
4.9.1 Signalling.......................................................................................................................................................................................................... 25
4.9.2 Battery replacement..................................................................................................................................................................................... 25
4.10 Wireless thermal detector GC 173........................................................................................................................................................... 25
4.10.1 Signalling .......................................................................................................................................................................................................... 26
4.10.2 Battery replacement..................................................................................................................................................................................... 26
4.11 Manual trigger switch UTA......................................................................................................................................................................... 27
4.12 Wireless input module GC 175.................................................................................................................................................................. 27
4.12.1 Signalling.......................................................................................................................................................................................................... 28
4.12.2 Battery replacement..................................................................................................................................................................................... 28
5 Wiring diagram...................................................................................................................................................... 29
5.1 Mains connection.......................................................................................................................................................................................... 29
5.1.1 Mains connection for protection rating I ...................................................................................................................................... 29
5.1.2 Mains connection for protection rating II ............................................................................................................................30
5.1.3 Mains connection for Slimdrive EMD F/R versions*.......................................................................................................................... 30
5.1.4 Mains connection for Powerturn F/R versions*.................................................................................................................................. 30
5.2 Ceiling-mounted detector ........................................................................................................................................................................ 30
5.2.1 Ceiling-mounted detectors GC 152 and GC 153 ................................................................................................................................ 30
5.2.2 Ceiling-mounted smoke detector ORS 142 ......................................................................................................................................... 33
5.3 Manual trigger switch or contact of the re alarm system............................................................................................................ 34
5.3.1 Manual trigger switch UTA......................................................................................................................................................................... 34
5.3.2 Contact to the re alarm system.............................................................................................................................................................. 35
5.3.3 Contact of the re alarm system and manual trigger switch UTA............................................................................................... 35
5.4 Wireless module GC 171.............................................................................................................................................................................. 36
5.4.1 Wireless ceiling-mounted detector GC 172 or GC 173 and/or wireless input modules GC 175 ....................................... 36
5.4.2 Wireless ceiling-mounted detector GC 172 or GC 173 – manual trigger switch or re detector contact wired........ 37

GEZE hold-open system FA GC 150
3
5.4.3 Wireless ceiling-mounted detector wired – wireless input modules GC 175......................................................................... 37
5.5 Wireless input module GC 175.................................................................................................................................................................. 37
5.5.1 Manual trigger switch UTA......................................................................................................................................................................... 38
5.5.2 Contact to the re alarm system.............................................................................................................................................................. 38
5.5.3 Contact of the re alarm system and manual trigger switch UTA............................................................................................... 39
5.6 Alarm output................................................................................................................................................................................................... 39
5.7 Mutual triggering of two hold-open systems .................................................................................................................................... 39
5.8 Hold-open device.......................................................................................................................................................................................... 40
5.8.1 Hold-open system RSZ 6, RSZ 7 .............................................................................................................................................................. 40
5.8.2 Hold-open system TS 4000 R, TS 4000 RFS ......................................................................................................................................... 48
5.8.3 Hold-open system TS 4000 R-IS............................................................................................................................................................... 48
5.8.4 Hold-open system TS 5000 R .................................................................................................................................................................... 49
5.8.5 Hold-open system TS 5000 R-ISM /G/S/0............................................................................................................................................. 49
5.8.6 Hold-open system TS 5000 R- ISM-EFS/ TS TS 5000 R-ISM/ 0 with free swing door closer ............................................... 50
5.8.7 Hold-open system TS 5000 RFS ............................................................................................................................................................... 50
5.8.8 Hold-open system TS 5000 RFS-KB ........................................................................................................................................................ 50
5.8.9 Hold-open system Slimdrive EMD F/R................................................................................................................................................... 51
5.8.10 Hold-open system Slimdrive EMD F/R-IS*............................................................................................................................................ 52
5.8.11 Hold-open system Powerturn F/R*......................................................................................................................................................... 52
5.8.12 Hold-open system Powerturn F/R-IS*.................................................................................................................................................... 53
5.8.13 Hold-open system Powerturn F/R-IS/TS*............................................................................................................................................. 54
6 Commissioning...................................................................................................................................................... 55
6.1 Check the self-closing characteristic of the door .............................................................................................................................. 55
6.1.1 1-leaf door........................................................................................................................................................................................................ 55
6.1.2 2-leaf door........................................................................................................................................................................................................ 55
6.2 Testing the smoke detectors .................................................................................................................................................................... 55
6.2.1 GC 151 ................................................................................................................................................................................................................ 55
6.2.2 GC 152, ORS 142 and GC 172...................................................................................................................................................................... 55
6.3 Testing the thermal detectors GC 153 and GC 173 ........................................................................................................................... 55
7 Conrmation of conformity for the installation of the hold-open system ...................................... 56
8 Acceptance test..................................................................................................................................................... 56
9 Maintenance........................................................................................................................................................... 57
9.1 Routine inspection / monthly inspection ............................................................................................................................................ 57
9.2 Annual testing and maintenance ............................................................................................................................................................ 57
German
institute for
construction
technology
General construction technique permit:
Z-6.500-2308
Z-6.500-2309
Certication oce: BWU33
EN 14637
*The automatic swing door drives
TSA 160 NT F, TSA 160 NT F EN7, TSA 160 NT F-IS,
TSA 160 NT F-IS-TS,
Slimdrive EMD-F, Slimdrive EMD-F-IS,
Slimdrive EMD F/R, Slimdrive EMD F/R-IS,
Powerturn F/R, Powerturn F/R-IS,
Powerturn F/R-IS/TS,
are hold-open devices/systems which are approved
under the general construction technique permit
Z-6.500-2308 or Z-6.500-2309, but their testing ac-
cording to EN 14637 has not yet been completed.

GEZE hold-open system FA GC 150
4
Symbols and illustrations
1 Symbols and illustrations
Warning notices
In these instructions, warning notices are used to warn against material damage and injuries.
XAlways read and observe these warning notices.
XObserve all measures marked with the warning symbol and warning word.
Warning
symbol
Warning word Meaning
DANGER Danger to persons.
Non-compliance will result in death or serious injuries.
– CAUTION Information to prevent property damage, to understand or optimise the operation
sequences.
Further symbols and means of representation
Important information and technical notes are highlighted to explain correct operation.
Symbol Meaning
means “important note”
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.
Abbreviations
AL Alarm
AS Ceiling-mounted detector (additional sensor)
BMA Fire alarm system
E Electric hold-open device
EMC Electromagnetic compatibility
FA Hold-open system
FS Free swing function
GC GEZE
GND Reference potential (ground)
HOD Hold-open device
IS Integrated closing sequence
ISM Integrated closing sequence (mechanical)
KB Transom installation hinge side
LED Light-emitting diode
LK Luster terminal
MRB Manual trigger switch (manual release button)
NC Normally closed contact
NO Normally open contact
R Electric hold-open device with lintel-mounted de-
tector and power supply (hold-open system)
RSZ Smoke control unit
TS = Door closer
UTA Manual trigger switch
Colours
BK black
BN brown
BU blue
GN green
RD red
YE yellow
WH white
2 Notes
úIn compliance with the manufacturer’s product liability as dened in the German “Product Liability Act”, the
information contained in this brochure is to be noted and followed. Failure to comply releases the manufac-
turer from his statutory liability.
úTo ensure personal safety, it is important to follow these safety instructions.
úHeed the installation instructions for the hold-open system and its assembly groups.
úThe country-specic regulations are to be observed if used on re and smoke protection doors.
úKeep these documents.
2.1 Installation and electrical connection of the hold-open system
úThe hold-open system must be installed by trained specialists. Refer also to the installation instructions for the
respective hold-open system.
úThe connection of the hold-open system to the mains voltage must be carried out by a qualied electrician.
úHold-open systems may not trigger an re alarm signal for the building.
úOnly the devices specied in the construction technique permit may be installed and connected.
úBefore connecting hold-open system components to the power supply, the supply voltage must be switched o.

GEZE hold-open system FA GC 150
5
Notes
2.2 Installation of the lintel-mounted smoke switch
úDo not install the lintel-mounted smoke switch until
construction work for commissioning of the hold-
open system has been completed.
úThe lintel-mounted smoke switch is a sensitive
electronic product and must be protected against
electrostatic discharge:
úOnly take the lintel-mounted smoke switch out of
the protective packaging directly before installation.
úDo not touch any electronic components.
úInterrupt the voltage supply before installing the
lintel-mounted smoke switch.
Fig. 2.2.1
úThe lintel-mounted smoke switch is clipped into the
housing of the hold-open system.
Fig. 2.2.2
2.3 Protecting a smoke switch from contamination
úDo not remove the dust protection lm or dust protec-
tion cap from the smoke switch until commissioning is
about to take place.
úAfter the smoke switch has been installed and the
dust protection removed, make sure no dust gets into
the measuring chamber. This leads to increased con-
tamination and can signicantly shorten the service
life of the smoke switch.
úThe measuring chamber of a smoke switch must not
be opened.
Fig. 2.3.1
2.4 Disposal
úThe hold-open system is made up of materials that should be sent for recycling. The individual components
have to be sorted in accordance with their material type. The parts can be disposed of at the local recycling
depot or by a scrap recycling company.
úIn accordance with the German Battery Directive, we are obliged to inform you of the following in connection
with the sale of batteries or rechargeable batteries respectively in connection with the delivery of devices
containing batteries or rechargeable batteries: Rechargeable batteries and batteries must not be disposed of
with household waste. Disposal with household waste is expressly forbidden according to the German Battery
Directive. As the end-consumer, you are legally obliged to return used batteries. Please dispose of batteries at
a municipal collection point or in store. Batteries obtained from us can be returned to us by mail. The address
is: GEZE GmbH, Incoming Goods, Reinhold-Vöster-Str. 21-29, 71229 Leonberg/Germany. Batteries which con-
tain harmful substances are identied by a symbol of a crossed-out rubbish bin.

GEZE hold-open system FA GC 150
6
Hold-open system FA GC 150
3 Hold-open system FA GC 150
3.1 Function
Directly after a re or smoke protection door has been opened, it is closed again by the tted door closer. This
self-closing characteristic is cancelled in a controlled way by the hold-open system, so that a re or smoke protec-
tion door can remain open permanently. In the event of a power failure, response by a re detector or triggering
by a push button, an open door is closed by the door closer.
2
3
1
3
2
Integrated hold-open system
Smoke control unit RSZ6
Power supply Lintel-mounted
detector with trigger
mechanism
Hold-open device
1-leaf/2-leaf
Wireless
module GC 171
Ceiling-mo
unted
detector
Ceiling-mo
unted
detector
Manual
trigger
switch
Manual
trigger
switch
Manual
trigger
switch
Manual
trigger
switch
Wireless
ceiling-moun
ted detector
Wireless input
module
GC 175
Wireless input
module
GC 175
Wireless
ceiling-moun
ted detector
integrierte Festellanlage
Rauchschaltzentrale RSZ6
Energie-
versorgung
Sturzmelder mit
Auslösevorrichtung
Feststell-
vorrichtung
1- . / 2-
Funkmodul
GC 171
Ceiling-mo
unted
detector
Ceiling-mo
unted
detector
Manual
trigger
switch
Wireless ceiling-
mounted
detector
Wireless
input
module
Manual
trigger
switch
Manual
trigger
switch
Wireless
input
module
Wireless ceiling-
mounted
detector
Manual
trigger
switch
integrierte Festellanlage
Rauchschaltzentrale RSZ6
Energie-
versorgung
Sturzmelder mit
Auslösevorrichtung
Feststell-
vorrichtung
1- . / 2-
Funkmodul
GC 171
Ceiling-mo
unted
detector
Ceiling-mo
unted
detector
Manual
trigger
switch
Wireless ceiling-
mounted
detector
Wireless
input
module
Manual
trigger
switch
Manual
trigger
switch
Wireless
input
module
Wireless ceiling-
mounted
detector
Manual
trigger
switch
1
2
3
1
1
1
2
2
3
3
3
3
3
2
integrierte Festellanlage
Rauchschaltzentrale RSZ6
Energie-
versorgung
Sturzmelder mit
Auslösevorrichtung
Feststell-
vorrichtung
1- . / 2-
Funkmodul
GC 171
Ceiling-mo
unted
detector
Ceiling-mo
unted
detector
Manual
trigger
switch
Wireless ceiling-
mounted
detector
Wireless
input
module
Manual
trigger
switch
Manual
trigger
switch
Wireless
input
module
Wireless ceiling-
mounted
detector
Manual
trigger
switch
Fig. 3.1.1
integrierte Festellanlage
Rauchschaltzentrale RSZ6
Energie-
versorgung
Sturzmelder mit
Auslösevorrichtung
Feststell-
vorrichtung
1- . / 2-
Funkmodul
GC 171
Ceiling-mo
unted
detector
Ceiling-mo
unted
detector
Manual
trigger
switch
Wireless ceiling-
mounted
detector
Wireless
input
module
Manual
trigger
switch
Manual
trigger
switch
Wireless
input
module
Wireless ceiling-
mounted
detector
Manual
trigger
switch

GEZE hold-open system FA GC 150
7
Hold-open system FA GC 150
3.2 Hold-open system with separate smoke control unit RSZ 6, RSZ 7
The hold-open system RSZ 6, RSZ 7 comprising:
úPower supply (1)
úPower supply RSZ 6, RSZ 7
úLintel-mounted smoke switch with trigger mechanism (1)
úGC 151, lintel-mounted smoke switch
úWireless module (1)
for the wireless connection of ceiling-mounted detector and/or manual trigger switches
úGC 171, wireless module
úCeiling-mounted detector (2)
úGC 152, smoke detector with relay base
úGC 153, thermal detector with relay base
úORS 142, smoke detector with base
úGC 172, wireless smoke detector
úGC 173, wireless thermal detector
úManual trigger switch (3)
úUTA, manual trigger switch
úGC 175, wireless input module
úHold-open device (1)
overhead door closer
úTS 4000 E
link arm, electrohydraulic hold-open function
úTS 4000 EFS
link arm with free swing function, electrohydraulic hold-open function
úTS 4000 E-IS
link arm, 2-leaf with integrated closing sequence, electrohydraulic hold-open function for both leaves
úE guide rail
electromagnetic hold-open function
úE-ISM guide rail
2-leaf with integrated closing sequence, electromagnetic hold-open function for both leaves
úE-ISM/G guide rail
2-leaf with integrated closing sequence, electromagnetic hold-open function for the active leaf
úE-ISM/S guide rail
2-leaf with integrated closing sequence, electromagnetic hold-open function for the passive leaf
úISM-EFS guide rail
2-leaf with integrated closing sequence, electrohydraulic hold-open function for the active leaf with free
swing function
úTS 5000 EFS
guide rail with free swing function, electrohydraulic hold-open function
Integrated door closers
úE guide rail Boxer
electromagnetic hold-open function
úE-ISM guide rail Boxer
2-leaf with integrated closing sequence, electromagnetic hold-open function for both leaves
úISM-EFS guide rail Boxer
2-leaf with integrated closing sequence, electrohydraulic hold-open function for the active leaf with free
swing function
úBoxer EFS
guide rail with free swing function, electrohydraulic hold-open function
Floor spring
úTS 550 NV-E
electrohydraulic hold-open function
úTS 550 E
electromagnetic hold-open function
úTS 550 E-IS
2-leaf with integrated closing sequence control, electromagnetic hold-open function
Hold-open magnet
úGT 50 R
úGT 60 R
úGT 63 R
úGT 70 R

GEZE hold-open system FA GC 150
8
Hold-open system FA GC 150
Automatic drives
úTSA 160 NT F*
hydraulic swing door drive
úTSA 160 NT F-IS*
hydraulic swing door drive, 2-leaf with integrated mechanical closing sequence
úSlimdrive EMD-F*
electromechanical swing door drive
úSlimdrive EMD F-IS*
electromechanical swing door drive, 2-leaf with integrated mechanical door closing sequence
úPowerturn F*
electromechanical swing door drive
úPowerturn F-IS*
electromechanical swing door drive, 2-leaf with integrated mechanical closing sequence
úPowerturn F-IS/TS*
electromechanical swing door drive on the active leaf, door closer on the passive leaf with integrated me-
chanical closing sequence
3.3 Integrated hold-open systems
In addition to the hold-open system with separate smoke control unit RSZ 6, RSZ 7, the following hold-open
systems with integrated hold-open device available for overhead door closers:
úTS 4000 R
link arm, electrohydraulic hold-open function
úTS 4000 RFS
link arm with free swing function, electrohydraulic hold-open function
úTS 4000 R-IS
link arm, 2-leaf with integrated closing sequence, electrohydraulic hold-open function for both leaves
úTS 5000 R
guide rail, electromagnetic hold-open function or hold-open function with hold-open magnet
úTS 5000 R-ISM
guide rail, 2-leaf with integrated closing sequence, electromagnetic hold-open function for both leaves
úTS 5000 R-ISM/G
guide rail, 2-leaf with integrated closing sequence, electromagnetic hold-open function for the active leaf
úTS 5000 R-ISM/S
guide rail, 2-leaf with integrated closing sequence, electromagnetic hold-open function for the passive leaf
úTS 5000 R-ISM/0
guide rail, 2-leaf with integrated closing sequence, without electromagnetic hold-open function in the guide rail
úTS 5000 R-ISM-EFS
guide rail, 2-leaf with integrated closing sequence, electrohydraulic hold-open function for the active leaf with
free swing function
úTS 5000 RFS
guide rail with free swing function, electrohydraulic hold-open function
úTS 5000 RFS KB
guide rail with free swing function, transom installation hinge side, electrohydraulic hold-open function
úSlimdrive EMD F/R*
electromechanical swing door drive
úSlimdrive EMD F/R-IS*
electromechanical swing door drive, 2-leaf with integrated mechanical closing sequence
úPowerturn F/R*
electromechanical swing door drive
úPowerturn F/R-IS*
electromechanical swing door drive, 2-leaf with integrated mechanical closing sequence
úPowerturn F/R-IS/TS*
electromechanical swing door drive on the active leaf, door closer on the passive leaf with integrated me-
chanical closing sequence

GEZE hold-open system FA GC 150
9
Hold-open system FA GC 150
3.4 Classication in accordance with EN 14637
Hold-open system
No. 1 Class 3 Application class Frequent use by the general public and other persons with
little incentive to take care
No. 2 Class 8 Permanent function 500,000 test cycles
No. 3 Class 1 Door type Swing doors
No. 4 Class 1 Suitability for use on re/
smoke protection doors
Suitable for use on re/smoke protection doors
No. 5 Class 1 Safety Meets all requirements of EN 14637
No. 6 Class 0
Class 2
Class 3
No dened corrosion resistance
(in connection with automatic drives)
Moderate corrosion resistance in accordance with EN 1670
(in connection with the hold-open magnet GT 60 R)
High resistance in accordance with EN 1670
(in connection with the hold-open magnets
GT 50 R, GT 63 R and GT 70 R)
Class 4 Very high resistance in accordance with EN 1670
(in connection with all other GEZE
hold-open devices)
3.5 Planning of re detectors and manual trigger switches
3.5.1 Smoke detector or thermal detector
Smoke detectors detect smoke. They work using the scattered light principle. A light transmitter and a light
interface are arranged in the measuring chamber in such a way that no light reaches the interface in the normal
case. If there are suspended particles (smoke) in the measuring chamber, these scatter part of the light onto the
interface, which converts this into an electric signal.
Accordingly, a smoke detector not only detects smoke but all other suspended particles and responds sensitively
to contamination.
Thermal detectors measure the ambient temperature and respond if the temperature exceeds a certain maxi-
mum value or increases quickly within a certain time.
Usually, smoke and re gases spread quickly when a re breaks out. It is only later that the temperature increases.
Therefore smoke detectors must be used for hold-open systems on re protection doors on rescue routes. As far
as possible, smoke detectors should generally be used for hold-open systems. In areas where disruption such as
steam, dust, condensation or operation-related smoke development (workshops, kitchens) occurs, it may, how-
ever, be sensible to use thermal detectors rather than smoke detectors.
German
institute for
construction
technology

GEZE hold-open system FA GC 150
10
Hold-open system FA GC 150
3.5.2 Number and installation of re detectors
h Distance between lower edge of the lintel and ceiling or false ceiling (where a larger concentration of
smoke is to be expected rst in the event of a re).
Lintel-mounted smoke switch
Ceiling-mounted detector
Usually there must be at least one ceiling-
mounted detector - i.e. one pair of detectors - t-
ted in the rooms adjacent to the smoke opening
– and at least one lintel-mounted detector on
one side of the lintel over the active leaf above
the smoke opening. If the following prerequi-
sites are met, other installations are sucient
one lintel-mounted smoke switch
úif the distance h is smaller than 100 cm on both
sides of the door
and
úif the opening width of the swing door is smaller
than 300 cm
7
if appropriate
smoke-permea-
ble false ceiling
Fig. 3.5.2.1
one lintel-mounted smoke switch and
one ceiling-mounted detector on each side of
the door
úif the distance h is greater than 100 cm on at
least one side of the door
or
úif the opening width of the swing door is greater
than 300 cm
7
if appropriate
smoke-permea-
ble false ceiling
Fig. 3.5.2.2
Lintel-mounted smoke switch
úThe lintel-mounted smoke switch is installed directly above the door, in the case of 2-leaf doors above the
active leaf.
úThe lintel-mounted smoke switch is installed in such a way that a minimum distance of 1 cm is observed
between the upper edge of the smoke switch housing and the component above it.
úThe lintel-mounted smoke switch is only suitable for wall installation, it must not be installed on the ceiling.
úIf the lintel-mounted smoke switch is subject to disruption such as steam, dust, condensation or operation-
related smoke development, it can make sense to cover the smoke chamber of the lintel-mounted smoke
switch and to install an additional thermal detector as lintel-mounted smoke switch above the door using an
installation bracket instead (not permissible on rescue routes).
Ceiling-mounted detector
úThe ceiling-mounted detectors are installed on the ceiling above the door, the distance to the wall is be-
tween 50 cm and 250 cm. The distance to any installation is at least 50 cm.
úIf the distance h on one side of the door is greater than 500 cm, the corresponding ceiling-mounted detec-
tor can be mounted on a projecting arm 50 cm in front of the wall and at least 350 cm above the lower edge
of the lintel.
úIn special ceiling situations (e.g. sloped ceilings, false ceilings, galleries) the re detectors must be installed
where a larger concentration of smoke is to be expected in the event of a re. If in doubt, a re protection
planner or expert should be consulted.

GEZE hold-open system FA GC 150
11
Hold-open system FA GC 150
3.5.3 Manual trigger switch
Optional manual trigger switch:
The hold-open devices
úTS 4000 E, TS 4000 E-IS
úE guide rail, E-ISM guide rail, E-ISM/G guide rail, E-ISM/S guide rail
úE guide rail Boxer, E-ISM guide rail Boxer
úTS 550 NV-E, TS 550 E, TS 550 E-IS
and the hold-open systems
úTS 4000 R, TS 4000 R-IS
úTS 5000 R, TS 5000 R-ISM, TS 5000 R-ISM/G, TS 5000 R-ISM/S, TS 5000 R-ISM/0
can be triggered by hand by closing the door leaves manually.
A manual trigger switch can be installed as an option.
Manual trigger switch mandatory:
The hold-open devices
úTS 4000 EFS
úTS 5000 EFS
úISM-EFS guide rail
úBoxer EFS
úISM-EFS guide rail Boxer
úGT 50 R, GT 60 R, GT 63 R, GT 70 R
úTSA 160 NT F*, TSA 160 NT F-IS*
úSlimdrive EMD F*, Slimdrive EMD F-IS*
úPowerturn F*, Powerturn F-IS*, Powerturn F-IS/TS*
and the hold-open systems
úTS 4000 RFS
úTS 5000 RFS, TS 5000 RFS-KB, TS 5000 R-ISM-EFS
úSlimdrive EMD F/R*, Slimdrive EMD F/R-IS*
úPowerturn F/R*, Powerturn F/R-IS*, Powerturn F/R-IS/TS*
cannot be triggered by hand. For this reason, a manual trigger switch must be installed.
Installation of the manual trigger switch
úInstallation of the manual trigger switch in a clearly visible place in the direct vicinity of the door (not concealed
by the door leaf).
úRecommended installation height of the manual trigger switch: 140 cm ± 20 cm.

GEZE hold-open system FA GC 150
12
Technical data
4 Technical data
4.1 Hold-open system FA GC 150
Protection rating (according to DIN EN
6114 0) I
TS 4000 R, TS 4000 RFS
TS 4000 R-IS, TS 5000 RFS KB
Slimdrive EMD F/R*
Slimdrive EMD F/R-IS*
Powerturn F/R*
Powerturn F/R-IS*
Powerturn F/R-IS/TS*
II
RSZ 6, RSZ 7 (if automatic swing
door drives are used as a hold-open
device, they are connected up as
protecting rating I devices)
TS 5000
R, TS 5000 RFS
TS 5000 R-ISM /G/S/0
TS 5000 R-ISM EFS
IP rating (in accordance with DIN 60529) IP20, only for dry areas
Ambient temperature -5°C to 50°C
4.2 Guidelines
DIBt Guidelines:2015
DIN EN 14637:2008-01
DIN 14677:2011-03
DIN 18263-4:2015-04
General requirements and test regulations for the approval proce-
dure for hold-open systems - version September 2015
Locks and building hardware - electrically controlled hold-open sys-
tems for re/smoke protection doors - requirements, test methods,
application and maintenance
Servicing of electrically controlled hold-open systems for re and
smoke protection closers
Locks and building hardware - door closers with controlled locking
structure - Part 4: Swing door drives with self-closing function
DIN EN 54-4:1997-12 Fire detection and re alarm systems - Part 4: Power supply equipment
DIN EN 54-5:2001-03
Fire detection and re alarm systems - Part 5: Heat detectors - point detectors
DIN EN 54-7:2006-09 Fire detection and re alarm systems - Part 7: Smoke detectors - Point
detectors using scattered light, transmitted light or ionisation
DIN EN 54-18:2005-12
DIN EN 54-25:2008-06
DIN EN 1155:2006-06
DIN EN 62368-1
VDE 0868-1:2016-05
DIN EN 60950-1:2014-08;
VDE 0805-1:2014-08
DIN EN 61000-6-2:2016-05;
VDE 0839-6-2:2015-05
DIN EN 61000-6-3:2011-09;
VDE 0839-6-3:2011-09
Fire detection and re alarm systems - Part 18: Input/output devices
Fire detection and re alarm systems - Part 25: Components which use
high-frequency connections
Locks and building hardware - electrically controlled hold-open
mechanisms for swing doors - requirements and test methods
Audio/video, information and communication technology equipment-
Part 1: Safety requirements
Information technology equipment - Safety - Part 1: General requirements
Electromagnetic compatibility (EMC) - Part 6-2: Generic standards
- Interference immunity for industrial sectors
Electromagnetic compatibility (EMC) - Part 6-3: Generic standards
- Interference immunity for residence, business and commercial sectors
as well as small-sized business
ETSI EN 300 220-2, V3.1.1,2017-02 Electromagnetic compatibility and Radio spectrum Matters (ERM);
Short Range Devices (SRD);
Radio equipment to be used in the 25 MHz to 1 000 MHz
frequency range with power levels ranging up to 500 mW;
Part 2: Harmonized EN covering essential requirements
under article 3.2 of the R&TTE Directive
ETSI EN 301 489-1, V1.9.2:2011-09 Electromagnetic compatibility and Radio spectrum Matters (ERM);
Electromagnetic Compatibility (EMC)
standard for radio equipment and services;
Part 1: Common technical requirements
4.3 Power supply
Power supply
- Cable length 230V / 24V
- Cable length 230V / 24V
- Cable length 230V / 24V
130 mm / 150 mm (ID 085391)
90 mm / 65 mm (ID 103354)
700 mm / 750 mm (ID 115818)
Input voltage 230 V AC, +10 % / -15%, 50 Hz
Input current maximum 80 mA
Output voltage 24 V ± 0,5 V DC
Output current maximum 260 mA

GEZE hold-open system FA GC 150
13
Technical data
4.4 Lintel-mounted smoke switch GC 151
Lintel-mounted smoke switch GC 151 ID 142250
Functional principle Scatter light, adaption of the alarm threshold, no alarm saving (self-
resetting as soon as there is no longer any smoke in the measuring
chamber)
Input voltage 24 V ± 0,5 V DC
Input current maximum 15 mA
Installation position Wall (lintel) installation, horizontal
Output hold-open device Transistor output, short-circuit proof
Free-wheeling diode for inductive load, maximum 24 V, 200 mA
in the event of an alarm switch-o of the hold-open device for at least 4 s
Additional detectors Connection of up to 3 ceiling-mounted detectors using 3-line technology
Line monitoring (can be switched o) using two terminating resistors
(43kΩ each) at the end of the cable
Manual trigger switch Line monitoring (can be switched o) using terminating resistor
(43kΩ) at the end of the cable
Alarm output Potential-free relay output, changer
maximum 24 V DC / maximum 1 A
Test button The hold-open device is switched o as long as the key is pressed
(for at least 4 s)
Reset of the smoke switch by activating the button
Detector test Alarm triggering: with test button or with test aerosol
Line monitoring may only be deactivated when used as a spare part in old systems without line monitoring
(ORS 141).
Switch the supply voltage o before changing the jumper setting (remove terminal clamp KL1).
The new jumper setting only becomes active after the mains voltage has been switched back on again.
Power supply
External hold-open
mechanism
Manual trigger
switch
Ceiling-mounted
detector
Alarm output
Measuring chamber
Internal hold-open
mechanism
without manual trigger switch
with manual trigger switch
without
ceiling-mounted detector
with
ceiling-mounted detector
without line monitoring
to the manual trigger switch
and/or ceiling-mounted detector
with line monitoring
to the manual trigger switch
and/or ceiling-mounted detector
Test button
LED for state
and fault display
Jumper set
Jumper not set
Fig. 4.4.1

GEZE hold-open system FA GC 150
14
Technical data
State / fault LED Alarm output Hold-open output
KL1: 3-4 / KL3: 1-2
Voltage-free O
10
11
12
AL_N
C
AL_CO
M
AL_NO
0 V
Normal operation Green
10
11
12
AL_N
C
AL_COM
AL_NO
24 V
Contamination (warning)
The lintel-mounted smoke switch should be
replaced.
Red
Green
GN
RD
24 V
Contamination limit reached
The lintel-mounted smoke switch must be replaced.
Red
Green
GN
RD
0 V
Fault lintel-mounted smoke switch
The lintel-mounted smoke switch must be replaced.
Red
O
aus
RD
0 V
Short-circuit at the hold-open output
Disconnect the lintel-mounted smoke switch from
the supply voltage and eliminate the short-circuit.
Red
O
aus
RD
0 V
Supply voltage for lintel-mounted smoke
switch too small
Broken cable manual trigger switch1)
Red
O
aus
RD
0 V
Supply voltage ceiling-mounted detector too small1)
Short-circuit ceiling-mounted detector1)
Red
O
aus
RD
0 V
Manual trigger switch activated2)
Short-circuit manual trigger switch1)
Yellow 0 V
Press the test button Yellow 0 V
Alarm lintel-mounted smoke switch
Alarm ceiling-mounted detector
Broken cable ceiling-mounted detector1)
Ceiling-mounted detector removed
Red
10
11
12
AL_N
C
AL_CO
M
AL_NO
0 V
1) Display only if line monitoring is active (jumper J3)
2) Does not apply if the manual trigger switch is connected as a normally closed contact. When the
normally closed contact is actuated, “broken cable manual trigger switch” is displayed.
Tab. 4.4.1
4.5 Wireless module GC 171
Wireless module GC 171 ID 163051
Colour RAL 7016 (anthracite grey)
Dimensions (W × H × D) 177 mm × 30 mm × 18 mm
Installation position Wall installation
Input voltage 24 V DC
Input current maximum 15 mA
Function The wireless module GC 171 makes wireless communication possible
between the lintel-mounted smoke switch GC 151 and various wireless
devices (wireless smoke detector GC 172, wireless thermal detector GC
173 and wireless input module GC 175).
The wireless module GC 171 forwards wireless signals to the lintel-
mounted smoke switch GC 151 as changes in resistance. These changes
in resistance correspond to those of the ceiling-mounted detectors GC
152 and GC 153 and the manual trigger switch.
An alarm triggered at a wireless module is indicated without delay (in less
than 10 s) at the lintel-mounted smoke switch GC 151.
Interference with a wireless device or a problem with communication
is indicated in less than 100 s on the lintel-mounted smoke switch GC 151.
Number of wireless participants The wireless module GC 171 can communicate with a maximum of 6
wireless devices (GC 172, GC 173 or GC 175).

GEZE hold-open system FA GC 150
15
Technical data
Signal transfer period 60 s
Antenna integrated
Frequency range
868.15 MHz to 869.85 MHz
Range 10 m (100 m in space)
Number of frequency channels 7
Modulation technique FSK (frequency shift keying)
Radiated power 10 dBm / 10 mW
SW2
SW11...SW16
LED11...LED16
LED2
AS
KL1
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1
SW2
GC161 GC151
SW2
SW11...SW16
LED11...LED16
LED2
AS
KL1
SW2
SW11...SW16
LED11...LED16
LED2
AS
KL1
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1
SW2
GC161 GC151
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1 SW2
GC161 GC151
Fig. 4.5.1
KL1 Connection to the lintel-mounted smoke switch
24V Power supply
GND Power supply
MRB Manual trigger switch
AS Ceiling-mounted detector
PB1 Push button for mode selection
“Operating” mode
“Set up wireless connection” mode
LED1x Wireless device LEDs
6 LEDs, one LED belongs to exactly one wireless device.
SW1x Wireless device switches
6 sliding switches, one switch belongs to exactly one wireless device.
LED2 Status LED
Indicates the status of the GC 171.
SW2 Selection of the lintel-mounted smoke switch
SW2 is switched to ON for connection to lintel-mounted smoke switch GC 151.
Always remove jumpers J1 and J2 from the GC 151.

GEZE hold-open system FA GC 150
16
Technical data
4.5.1 “Operating” mode
After the supply voltage has been switched on, the wireless module GC 171 is in “operating” mode.
LED displays
In “operating” mode the GC 171 monitors the set-up wireless connections and signals faults and alarms to the
lintel-mounted smoke switch. Faults and alarms are also indicated on the status LED and the wireless device LEDs
of the GC 171. The following table shows the states for various events which are signalled via the set-up wireless
connections:
úof the wireless device LEDs of the GC 171
úof the status LED of the GC 171
úof the LED of the lintel-mounted smoke switch GC 151
úof the alarm output and the hold-open output of the lintel-mounted smoke switch GC 151
The wireless module GC 171 indicates an event until the cause has been eliminated. If the cause of an event is no
longer present, the wireless module GC 171 changes back to normal operation (the displays are deleted and 24 V is
applied to the hold-open output of the lintel-mounted smoke switch again).
Wireless module GC 171
(“operating” mode)
Lintel-mounted smoke switch GC 151
Wireless
connec-
tion
State /
fault
Wireless device LED 1x Sta-
tus
LED
LED Alarm output Hold-open
output
KL1: 3-4 /
KL3: 1-2
GC 171 Connection
quality
ashes green good
ashes yellow sucient
ashes red poor
O Green
10
11
12
AL_N
C
AL_COM
AL_NO
24 V
General fault O
Yellow
Red
O
0 V
GC 172
GC 173
General fault Red
O
Yellow
Red
O
10
11
12
AL_N
C
AL_COM
AL_NO
0 V
Sabotage Red
O
Loss of
connection
Red
O
Low battery
charge
(warning)
Yellow
O
Green
24 V
Contamination
(warning)
Red/green short
Contamina-
tion limit
reached
Red/green long Red
O 0 V
Wireless detec-
tor alarm
Red Red Red
10
11
12
AL_N
C
AL_CO
M
AL_NO
GC 175 General
fault,
broken cable
Red
O
Yellow
Red
O
10
11
12
AL_N
C
AL_COM
AL_NO
0 V
Loss of
connection
Red
O
Low battery
charge
(warning)
Yellow
O
Green 24 V
Contact (nor-
mally open
contact)
activated,
short-circuit
Yellow Yellow 0 V
Tab. 4.5.1

GEZE hold-open system FA GC 150
17
Technical data
Connection quality
If the wireless device switch is in the OFF position during “operating” mode, the corresponding wireless device
LED indicates the
connection quality to the corresponding wireless device:
- LED is O g no wireless connection is set up
- LED ashes green every 2 s g good connection quality
- LED ashes yellow every 2 s g sucient connection quality
- LED ashes red every 2 s g still connected but poor connection quality
Connection interference is possible, the quality of the wireless
connection should be optimised by changing the position of
the wireless device.
If the wireless device switch is in the OFF position in “operating” mode and the wireless device signals an event
(a warning, a fault or an alarm), the wireless device LED indicates this event in compliance with the table above
instead of the connection quality.
General fault
The wireless module GC 171 signals “general fault” if
úno wireless connection is set up,
úthe set-up switch is in the ON position with GC 172, GC 173 or GC 175,
úa fault has occurred during smoke detection with GC 172,
úthe connection to the termination resistor is interrupted with GC 175,
úthe wireless module GC 171 is in the “set up wireless connection” mode.
Sabotage
The wireless module GC 171 signals “sabotage” if a wireless detector GC 172 or GC 173 has been removed from its base.
Loss of connection
If the wireless module GC 171 does not receive a new message from a set-up wireless device within 100 s of the
last message, the wireless module signals “loss of connection” for the corresponding wireless connection. The
wireless module GC 171 continues to monitor this wireless connection. If the wireless module sends a signal
again in time, the wireless module GC 171 returns to “normal operation”.
Low battery charge
The wireless module GC 171 signals “low battery charge” if the voltage of the main battery of the corresponding
wireless device falls to less than 2.6 V. Both batteries (main battery and slave battery) must be replaced.
Contamination
The wireless module GC 171 signals “contamination” if the inside of the smoke chamber is heavily soiled.
The corresponding wireless smoke detector GC 172 should be replaced.
Contamination limit reached
The wireless module GC 171 signals “contamination limit reached” if the inside of the smoke chamber is too heavily
soiled. The corresponding wireless smoke detector GC 172 must be replaced.
Wireless detector alarm
The wireless module GC 171 signals “wireless ceiling-mounted detector alarm” if the wireless smoke detector GC
172 or the wireless thermal detector GC 173 triggers. The signal is acknowledged automatically when the cause
of the alarm is no longer present. The wireless module GC 171 returns to “normal operation”.
Contact activated
The wireless module GC 171 signals “contact activated” if the input of the wireless input module GC 175 is short-
circuited (when the connected contact is closed or in the event of short-circuit of the connection to the contact).
The signal is acknowledged automatically when the short-circuit is no longer present.
The wireless module GC 171 returns to “normal operation”.
Event memory
The wireless module GC 171 saves the last event for every connected wireless device. A new event overwrites the
last event. In order to check whether an event has been saved for the wireless device, slide the corresponding
wireless device switch to the ON position. If an event has been saved for this wireless device, the corresponding
wireless device LED will then display this event as shown in the table above. If the wireless device LED is green,
then no event has been saved for this wireless device.
When the wireless device switch is slid back to the OFF position, any event saved is deleted.

GEZE hold-open system FA GC 150
18
Technical data
4.5.2 “Set up wireless connection” mode
In the “set up wireless connection” mode, new wireless connections can be set up to new wireless devices GC
172, GC 173 or GC 175. A maximum of 6 wireless connections can be set up.
Pre-conditions
úAll the wireless device switches of the wireless module GC 171
are in the OFF position. SW1x
úThe set-up switch of the new wireless device is set to the
ON position.
úThe protective lm is on the battery compartment of the
new wireless device and the main battery for the new
wireless device has not been tted.
After the supply voltage has been switched on, the wireless
module GC 171 is in “operating” mode.
XPress the PB1 push button on the wireless module GC 171
briey to change to the “set up wireless connection” mode.
The status LED2 of the wireless module GC 171 is now
permanently lit red.
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1
SW2
GC161 GC151
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1 SW2
GC161 GC151
Set up wireless connection
XSlide a free wireless device switch SW1x of the wireless
module GC 171 to the ON position.
If a connection has already been set up for the wireless
device switch selected, this is overwritten by the follow-
ing process. The corresponding wireless device LED1x
starts to ash green. The wireless module GC 171 waits
for the connection query for a new wireless device. If a
wireless device does not respond within 2minutes, the
GC 171 cancels the connection attempt, the correspond-
ing wireless device LED1x lights up red.
XTo start the connection attempt again, slide the cor-
responding wireless device switch SW1x to the OFF posi-
tion briey, then slide it back into the ON position.
The corresponding wireless device LED1x ashes green
again for 2 minutes.
LED1x
SW1x
Install batteries
XRemove the protective lm from the battery compart-
ment of the new wireless device and install the main bat-
tery in the new wireless device (ensure correct polarity).

GEZE hold-open system FA GC 150
19
Technical data
Wireless ceiling-mounted detector GC 172 or GC 173:
The LED of the new wireless ceiling-mounted detector
ashes green twice rst, then lights up yellow for one
second and then ashes red four times. As soon as the
LED goes out after that, the connection can be set up.
Wireless input module GC 175:
The LED of the new wireless input module ashes green
once rst, then lights up yellow for one second and then
ashes red four times. As soon as the LED goes out after
that, the connection can be set up.
XSlide the set-up switch on the new wireless device to the
1 position.
After a short time, the LED of the new wireless device will
ash green for a few seconds. The corresponding wireless
device LED1x of the wireless module GC171 lights up green
permanently.
ON
If the LED on the new wireless device lights up red perma-
nently, no connection has been made.
XIn this case, remove the main battery from the new wire-
less device, slide the set-up switch on the new wireless
device back and forward six times and start again with
“Install batteries”.
XFit the wireless ceiling-mounted detector to the base
and close the housing of the wireless input module.
XSlide the wireless device switch SW1x of the wireless
module GC 171 to the OFF position again.
The colour of the ashing of the corresponding wireless
device LED1x ndicates the quality of the wireless connec-
tion (see chap.4.5.1).
XOptimise the quality of the wireless connection if neces-
sary by changing the position of the wireless device.
LED1x
SW1x
The connection of the wireless module GC 171 to the new
wireless device has been set up.
XNote the set-up connection (number of the assigned
wireless device switch) on the new wireless device unit
e.g. on its identication plate.
XTo set up further wireless connections, continue with
step “Set up wireless connection”.
XPress the PB1 push button on the wireless module GC
171 briey to change to the “operating” mode.
The status LED2 of the wireless module GC 171 goes o.
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1
SW2
GC161 GC151
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1 SW2
GC161 GC151

GEZE hold-open system FA GC 150
20
Technical data
Delete all wireless connections
All wireless connections already set up can be deleted in the “set up wireless connection” mode.
After the supply voltage has been switched on, the wireless
module GC 171 is in “operating” mode. All the wireless device
switches SW1x are in the OFF position. SW1x
XPress the PB1 push button briey to change to the “set up
wireless connection” mode.
The status LED2 of the wireless module is now permanently
lit red.
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1
SW2
GC161 GC151
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1 SW2
GC161 GC151
XSlide all 6 wireless device switches SW1x to the ON position.
The wireless device LED1x light up yellow in succession until
all the wireless device switches are in the ON position. They
then ash red for 5 s. Within these 5 s, deletion of the wire-
less connections can be cancelled by sliding one or more
wireless device switches back to the OFF position
LED1x
SW1x
Now all 6 wireless device LED1x are lit yellow permanently,
all wireless connections are deleted
XSlide all 6 wireless device switches SW1x back to the
OFF position. SW1x
XPress the PB1 push button briey to change back to the
“operating” mode. The status LED2 of the wireless module
is now permanently lit yellow.
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1
SW2
GC161 GC151
KL1 SW1 LED1
24V
GND
MRB
AS
1
2
3
4
LED2
PB1 SW2
GC161 GC151