GEZE RSZ6 Quick start guide

1
GEZE
hold-open device
FA GC 160
Instructions for installation, commissi-
oning, operation and maintenance
RSZ6,
TS 4000 R, TS 4000 RFS, TS 4000 R-IS,
TS 5000 R, TS 5000 RFS, TS 5000 RFS KB,
TS 5000 R-ISM, TS 5000 R-ISM EFS
GB Wiring diagram

GEZE hold-open device FA GC 160
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Table of contents
1 Key to symbols .......................................................................................................................................................4
2 Notes .........................................................................................................................................................................4
2.1 Assembly and electrical connection of the hold-open device ....................................................................................................4
2.2 Installation of lintel smoke switch ...........................................................................................................................................................5
2.3 Protection of a lintel smoke switch against dirt accumulation ....................................................................................................5
2.4 Waste disposal ................................................................................................................................................................................................5
3 Hold-open device FA GC 160 ............................................................................................................................6
3.1 Operation .........................................................................................................................................................................................................6
3.2 Hold-open device with separate smoke switch control unit RSZ6 .............................................................................................7
3.3 Integrated hold-open device ....................................................................................................................................................................8
3.4 Classication according to EN 14637 ......................................................................................................................................................8
3.5 Fire alarm and manual release button design ....................................................................................................................................9
3.5.1 Smoke detector or temperature sensor ................................................................................................................................................................. 9
3.5.2 Number and installation of the re alarm ............................................................................................................................................................. 9
3.5.3 Manual release button ....................................................................................................................................................................................................10
4 Technical data .......................................................................................................................................................11
4.1 Hold-open device FA GC 160 ..................................................................................................................................................................11
4.2 Guidelines.......................................................................................................................................................................................................11
4.3 Power pack .....................................................................................................................................................................................................11
4.4 Lintel smoke switch GC 161 ....................................................................................................................................................................12
4.6 Ceiling smoke detector GC 162 .............................................................................................................................................................14
4.7 Ceiling temperature sensor GC 163 .....................................................................................................................................................15
4.8 Manual release button UTA .................................................................................................................................................................... 16
5 Wiring diagram ....................................................................................................................................................17
5.1 Mains connection ........................................................................................................................................................................................17
5.1.1 Mains connection for protection class I ..............................................................................................................................17
5.1.2 Mains connection for protection class II ............................................................................................................................18
5.2 Ceiling detector ...........................................................................................................................................................................................18
5.2.1 Ceiling detectors GC 162 and GC 163 ....................................................................................................................................................................18
5.3 Manual release button UTA .................................................................................................................................................................... 20
5.3.1 Manual release button UTA with line monitoring ..........................................................................................................................................20
5.3.2 Manual release button UTA without line monitoring ..................................................................................................................................21
5.4 Alarm output ................................................................................................................................................................................................ 22
5.5 Hold-open device ....................................................................................................................................................................................... 22
5.5.1 Hold-open device RSZ6 ................................................................................................................................................................................................ 22
5.5.2 Hold-open systems TS 4000 R, TS 4000 RFS ......................................................................................................................................................26
5.5.3 Hold-open system TS 4000 R-IS ................................................................................................................................................................................26
5.5.4 Hold-open system TS 5000 R ......................................................................................................................................................................................26
5.5.5 Hold-open system TS 5000 R-ISM ............................................................................................................................................................................27
5.5.6 Hold-open system TS 5000 R-ISM-EFS ..................................................................................................................................................................27
5.5.7 Hold-open system TS 5000 RFS .................................................................................................................................................................................27
5.5.8 Hold-open system TS 5000 RFS-KB .........................................................................................................................................................................27
6 Commissioning ................................................................................................................................................... 28
6.1 Examination of the self-closing feature of the door ...................................................................................................................... 28
6.1.1 1-leaf door ...............................................................................................................................................................................................................................28
6.1.2 2-leaf door ...............................................................................................................................................................................................................................28
6.2 Testing the smoke detector ................................................................................................................................................................... 28
6.2.1 GC 161 ........................................................................................................................................................................................................................................28
6.2.2 GC 162 ........................................................................................................................................................................................................................................28
6.3 Testing the temperature sensor ............................................................................................................................................................ 29
6.3.1 GC 163 ........................................................................................................................................................................................................................................29

GEZE hold-open device FA GC 160
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7 Acceptance test .................................................................................................................................................. 29
8 Maintenance ........................................................................................................................................................ 30
8.1 Routine check .............................................................................................................................................................................................. 30
8.2 Annual inspection and maintenance .................................................................................................................................................. 30
Approval Nr.: Z-6.5-2192
Certifying authority: BWU33
EN 14637

GEZE hold-open device FA GC 160
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Key to symbols
1 Key to symbols
Warning
In these instructions, warnings are used to warn against material damage and injuries.
XAlways read and observe these warnings.
XFollow all instructions marked with the warning symbol and the word WARNING.
Warning
symbol
Warning Meaning
DANGER Danger for people.
Non-observance can result in death or serious injuries.
– CAUTION Information to prevent damage to property and to understand and optimise workow.
Further symbols used in these instructions
Important information and technical notes are emphasised to illustrate the correct operation.
Symbol Meaning
means “Important note“
means “Additional information”
X Symbol for a user action. Here you have to take an action.
XObserve the sequence if there are several action steps.
Abbreviations
AL Alarm
AS Ceiling detector (additional sensor)
E Electrical hold-open
EMC Electromagnetic compatibility
FA Hold-open system
FS Free swing
GC GEZE
GND Reference potential (ground)
HOD Hold open device
IS Integrated closing sequence
ISM Integrated closing sequence (mechanical)
KB Transom mounting on hinge side
LED Light-emitting diode
LK Insulating screw joint
MRB Manual release button
NC Normally closed contact
NO Normally open contact
R Electrical hold-open with lintel detector and
power pack (hold-open system)
RSZ Smoke switch control unit
TS Door closer
UTA Breaker switch
Colours
BK Black
BN Brown
BU Blue
GN Green
RD Red
YE Yellow
WH White
2 Notes
àAccording to the denition of manufacturer's liability for his products in the Product Liability Act, the informa-
tion contained in this brochure are to be followed. Ignoring this information absolves the manufacturer from
his liability.
àFor the safety of persons, it is important to follow these instructions.
àFollow the installation instructions for the hold-open system and its assemblies.
àWhen used in re and smoke protection doors, all local regulations should be observed.
àKeep these documents.
2.1 Assembly and electrical connection of the hold-open device
àThe assembly of the hold-open device should only be done by trained professionals. See installation instruc-
tions of the hold-open device.
àThe connection of the hold-open device to the mains voltage must be performed by a qualied electrician.
àHold-open devices should not trigger a re alarm signal for the building.
àOnly the devices approved in the certicate should be installed and connected.

GEZE hold-open device FA GC 160
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Notes
2.2 Installation of lintel smoke switch
àInstall the lintel smoke switch only after completion
of construction at the time of the initial operation of
the hold-open device.
àThe lintel smoke switch is a sensitive electronic
product and must be protected against electrostatic
discharge:
àRemove the protective packaging of the lintel
smoke switch only immediately before installa-
tion.
àDo not touch electronic components.
àDisconnect the power supply before installation of
the lintel smoke switch. Fig.: 2.2.1
àThe lintel smoke switch is clipped into the housing of
the hold-open device.
Fig.: 2.2.2
2.3 Protection of a lintel smoke switch against dirt accumulation
àThe dust protection lm or dust cover of a smoke
switch should only be removed at the time of commis-
sioning.
àAfter the installation of the smoke switch and re-
moval of the dust cover, ensure that dust does not
enter the measuring chamber. Otherwise it may result
in increased dust accumulation that can signicantly
shorten the service life of the smoke switch.
àThe measuring chamber of a smoke switch should
not be opened.
Fig.: 2.3.1
2.4 Waste disposal
The hold-open device consists of materials that should be given for recycling. For this purpose, the individual
components are to be sorted according to their materials. The parts can be disposed of at the local recycling
centre or through a scrap recycling company.

GEZE hold-open device FA GC 160
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Hold-open device FA GC 160
3 Hold-open device FA GC 160
3.1 Operation
Immediately after opening a re or smoke protection door, it is again closed by the mounted door closer. This self-
closing feature is overridden in a controlled manner by the hold-open device, so that a re or smoke protection
door can remain open indenitely. In case of power failure, triggering of a re alarm or activation by a button, an
open door is closed by the door closer.
3
Integrated hold-open system
Smoke switch control unit RSZ 6
Power
supply
Lintel smoke switch with
Triggering device
Hold-open
device 1-wing/
2-wing
Manual release
button
Ceiling
detector
1 1 1
23
Ceiling
detector 2
Fig. 3.1.1
Manual release
button

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Hold-open device FA GC 160
3.2 Hold-open device with separate smoke switch control unit RSZ6
The hold-open device RSZ6 consists of:
àPower supply (1)
àPower pack RSZ6
àLintel smoke switch with triggering device (1)
àGC 161
àCeiling detector (2)
àGC 162, Smoke detector with base
àGC 163, Temperature sensor with base
àManual release button (3)
àUTA, breaker switch
àHold-open device (1)
Overhead door closer
àTS 4000 E
Rods, electro-hydraulic hold-open device
àTS 4000 EFS
Rods with free swing function, electro-hydraulic hold-open device
àTS 4000 E-IS
Rods, 2-wing with integrated closing sequence, electro--hydraulic hold-open device for both wings
àE guide rail
Electromagnetic hold-open device
àE-ISM guide rail
2-wing with integrated closing sequence, electromagnetic hold-open device for both wings
àE-ISM/G guide rail
2-wing with integrated closing sequence, electromagnetic hold-open device for the active wing
àISM-EFS guide rail
2-wing with integrated closing sequence, electro-hydraulic hold-open device for the active wing with free
swing function
àTS 5000 EFS
Guide rail with free swing function, electro-hydraulic hold-open device
Integrated door closer
àE guide rail Boxer
Electromagnetic hold-open device
àE-ISM guide rail Boxer
2-wing with integrated closing sequence, electromagnetic hold-open device for both wings
àISM-EFS guide rail Boxer
2-wing with integrated closing sequence, electro-hydraulic hold-open device for the active wing with free
swing function
àBOXER EFS
Guide rail with free swing function, electro-hydraulic hold-open device
Floor door closer
àTS 550 NV-E
Electro-hydraulic hold-open device
àTS 550 E
Electromagnetic hold-open device
àTS 550 E-IS
2-wing with integrated closing sequence control, electromagnetic hold-open device
Holding magnet
àGT50R

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Hold-open device FA GC 160
3.3 Integrated hold-open device
In addition to the hold-open device with separate smoke switch control unit RSZ6, the following locking systems
with integrated hold-open device are available for overhead door closers:
àTS 4000 R
Rods, electro-hydraulic hold-open device
àTS 4000 RFS
Rods with free swing function, electro-hydraulic hold-open device
àTS 4000 R-IS
Rods, 2-wing with integrated closing sequence, electro--hydraulic hold-open device for both wings
àTS 5000 R
Guide rail, electromagnetic hold-open device
àTS 5000 R-ISM
Guide rail, 2-wing with integrated closing sequence, electromagnetic hold-open device for both wings
àTS 5000 R-ISM
Guide rail, 2-wing with integrated closing sequence, electromagnetic hold-open device for the active wing
àTS 5000 R-ISM-EFS
Guide rail, 2-wing with integrated closing sequence, electro-hydraulic hold-open device for the active wing
with free swing function
àTS 5000 RFS
Guide rail with free swing function, electro-hydraulic hold-open device
àTS 5000 RFS-KB
Guide rail with free swing function, transom mounting on hinge side, electro-hydraulic hold-open device
3.4 Classication according to EN 14637
GEZE Hold-open device RSZ6 Serial No. MM/JJJJ Input 230 V AC 0.08A
D-71229 Leonberg CA Identication No. BWU33 Output 24 V DC 0.26A
+49 (0)7152/203-0 EN 14637 3 8 1 1 1 3/4 IP 30
Item 1 Class 3 Application class Frequent use by the public and other
persons with little incentive to care
Item 2 Class 8 Continuous function 500,000 test cycles
Item 3 Class 1 Door type Three-wing revolving doors
Item 4 Class 1 Suitability for use in re
and smoke protection
doors
Suitable for use in re and smoke protection doors
Item 5 Class 1 Safety Meets all requirements of EN 14637
Item 6 Class 3 Corrosion resistance High resistance according to EN 1670 (in conjunction with
the
holding magnets GT50R)
Class 4 Very high resistance according to EN 1670 (in conjunction
with all other GEZE hold-open devices)

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Hold-open device FA GC 160
3.5 Fire alarm and manual release button design
3.5.1 Smoke detector or temperature sensor
Smoke detectors recognise smoke. They operate on the principle of diused light. A light emitter and a light
receiver are arranged in the measuring chamber in such a way that normally no light falls on the receiver. If there
are suspended particles (smoke) in the measuring chamber, this scatters a portion of the light on the receiver,
which converts it into an electrical signal.
A smoke detector recognises not only smoke, but also all other suspended particles and is sensitive to pollution.
Temperature sensors measure the ambient temperature and respond if the temperature exceeds a predeter-
mined maximum value or increases dramatically within a certain time.
Usually smoke and fumes spread quickly in case of a re. The rise in temperature occurs only after a delay.
That is why for re doors on escape routes only smoke detectors should be used in hold-open devices. Smoke
detectors should generally be used for hold-open devices as far as possible. In areas with interferences such as
steam, dust, condensation or operation-related smoke emissions (workshops, kitchens), it makes more sense to
use temperature sensors instead of smoke detectors.
3.5.2 Number and installation of the re alarm
h Distance between the lower edge of lintel and ceiling or false ceiling (where there is a re, a larger
concentration of smoke is to be expected rst).
Lintel smoke switch
Ceiling detector
A lintel smoke switch
àif the distance h on either side of the door is
less than 100 cm
and
àif the opening width of the door is less than
300 cm
< 10 cm
h < 100 cm
1
If necessary,
smoke-permea-
ble false ceiling
Fig.: 3.5.2.1
A lintel smoke switch and
a ceiling detector on each side of the door
àif the distance h on at least one side of the
door is more than 100 cm
or
àif the opening width of the door is more than
300cm
< 10 cm h ≥ 100 cm
> 50 cm
< 250
cm
> 50 cm
< 250 cm
If necessary,
smoke-permea-
ble false ceiling
Fig.: 3.5.2.2

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Hold-open device FA GC 160
Lintel smoke switch
àThe lintel smoke switch is mounted directly above the door, above the active leaf for 2-leaf doors.
The installation of the lintel smoke switch is done in such a way that there is a gap of at least 1 cm between
ceiling or door lintel and upper smoke outlet.
àThe lintel smoke switch is only suitable for wall mounting; do not mount on the ceiling.
If the lintel smoke switch is exposed to disturbances such as steam, dust, condensation or operations-related
smoke emission, it may be useful to cover the smoke chamber of the lintel smoke switch and instead, mount an
additional temperature sensor as lintel smoke switch by means of a mounting bracket above the door
(not permitted in escape routes).
Ceiling detector
àThe ceiling detectors are mounted on the ceiling above the door, the distance to the wall is between
50 cm and 250 cm.
àIf the distance h on one side of the door is greater than 500 cm, then the corresponding ceiling detector can
be mounted on a cantilever 50 cm from the wall and at least 350 cm above the lower edge of the lintel.
3.5.3 Manual release button
Manual release button optional:
The hold-open devices
àTS 4000 E, TS 4000 E-IS
àE guide rail, E-ISM guide rail, E-ISM/G guide rail
àE guide rail Boxer, E-ISM E guide rail Boxer
àTS 550 NV-E, TS 550 E, TS 550 E-IS
and the hold-open systems
àTS 4000 R, TS 4000 R-IS
àTS 5000 R, TS 5000 R-ISM, TS 5000 R-ISM/G
can be ativated manually, by closing the door wing by hand.
A manual release button can be installed optionally.
Manual release button is prescribed:
The hold-open devices
àTS 4000 EFS
àTS 5000 EFS
àISM-EFS guide rail
àBOXER EFS, ISM-EFS guide rail Boxer
àGT50R
and the hold-open systems
àTS 4000 RFS
àTS 5000 RFS, TS 5000 RFS-KB, TS 5000 R-ISM-EFS
cannot be activated manually. Therefore, a manual release button should be mounted.
Installation of the manual release button
àInstall the manual release button at an easily visible position in the immediate vicinity of the door (not hidden by
the door wing).
àInstallation height of the manual release button: 140 cm ± 20 cm.

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Technical data
4 Technical data
4.1 Hold-open device FA GC 160
Protection class (according to DIN EN
61140) I
TS 4000 R, TS 4000 RFS,
TS 4000 R-IS, TS 5000 RFS KB
II
RSZ6, TS 5000 R, TS 5000 RFS,
TS 5000 R-ISM, TS 5000 R-ISM EFS
Protection type (according to DIN EN
60529)
IP20, only for dry rooms
Ambient temperature -5°C to 50°C
4.2 Guidelines
DIN EN 60950-1;
VDE 0805-1:2011-01
Information Technology Equipment - Safety - Part 1: General
Requirements
DIN EN 61000-6-2;
VDE 0839-6-2:2006-03
Electromagnetic compatibility (EMC) - Part 6-2: Generic standards -
Immunity for industrial environments
DIN EN 61000-6-3;
VDE 0839-6-3:2007-09
Electromagnetic compatibility (EMC) - Part 6-3: Generic standards -
Emission standard for residential. commercial and light-industrial
environments
DIN EN 1155:2003-04 Building hardware - Electrically powered hold-open devices for swing
doors - Requirements and test methods
DIN EN 14637:2008-01 Building hardware - Electrically controlled hold-open systems for re/
smoke door assemblies - Requirements, test methods, application and
maintenance
DIBt-guidelines General requirements and test standards for the approval process
for hold-open devices - July 2012 version
DIN EN 54-4:1997-12 Fire alarm systems - Part 4: Power supply equipment
DIN EN 54-5:2000-03 Fire alarm systems - Part 5: Heat sensors - Point-shaped detectors
DIN EN 54-7:2006-09 Fire alarm systems - Part 7: Smoke detectors - Point-shaped detectors
according to the disused light, transmitted light or ionisation principle
DIN 14677:2011-03 Maintenance of electrically controlled hold-open systems for re
protection and smoke barriers
4.3 Power pack
Power pack
- Cable length 230V / 24V
- Cable length 230V / 24V
- Cable length 230V / 24V
130mm / 150 mm (Mat. No. 085391)
90 mm / 65 mm (Mat. No. 103354)
700 mm / 750 mm (Mat. No. 115818)
Input voltage 230 V AC +10 % / -15%, 50 Hz
Input current Maximum 80 mA
Output voltage 24 ± 0.5 V DC
Output current Maximum 260 mA

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Technical data
4.4 Lintel smoke switch GC 161
Lintel smoke switch GC 161 Mat. No. 140458
Functional principle Diused light, alarm threshold tracking,
no alarm memory
(self-resetting when there is no more smoke in the measuring chamber)
Input voltage 24 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 case of alarm, shutdown of the hold-open device for a minimum of 4 s
Additional detectors Connect up to 3 ceiling detectors in 2-wire system
Line monitoring by termination resistor (6.8kΩ) at the end of the line
Manual release button Line monitoring (can be disabled) by
termination resistor (43kΩ) at the end of the line
With active line monitoring connect the manual trigger switch as closer,
with inactive line monitoring connect the manual trigger switch as opener.
Alarm output Potential free relay output, changeover contact
maximum 24 V DC / maximum 1 A
Reset button Shut-down of the hold-open device, as long as the button is pressed (for at
least 4 s)
Reset the smoke switch by pressing the button
Detector test Alarm activation
- with reset button
- with test gas
Supply
External hold-open device
Manual release button
Ceiling detector 1
Ceiling detector 2
Alarm output
Measuring chamber
Internal hold-open device
ON OFF
OFF No alarm if manual release button is active
ON Alarm if manual release button is active
OFF Manual release button without line monitoring
ON Manual release button with line monitoring
OFF Without ceiling detector
ON With ceiling detector
OFF Without manual release button
ON With manual release button
Bold Factory setting
Reset button
LED display for status and fault indication
Fig. 4.4.1

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Technical data
Status / Error LED Alarm output Locking output
KL1: 3-4, KL3: 1-2
Without voltage O
13
11
12
AL_NC
AL_COM
AL_NO
0 V
Lintel smoke switch alarm
Ceiling detector alarm
RD 0 V
Normal operation GN
13
11
12
AL_NC
AL_COM
AL_NO
24 V
Dust accumulation (warning)
The lintel smoke switch should be replaced.
GN
RD
24 V
Dust limit is reached
The lintel smoke switch should be replaced.
GN
RD
0 V
Error lintel smoke switch
The lintel smoke switch should be replaced.
off
RD
0 V
Short circuit at locking output
Separate lintel smoke switch from the supply voltage and
eliminate the short circuit.
off
RD
0 V
Supply voltage too low for lintel smoke switch
Line breakage of manual release button1)
off
RD
0 V
Supply voltage too low for ceiling detector 1
Short circuit of ceiling detector 1
Ceiling detector 1 line breakage
Ceiling detector 1 removed
off
RD
0 V
Supply voltage too low for ceiling detector 2
Short circuit of ceiling detector 2
Ceiling detector 2 line breakage
Ceiling detector 2 removed
off
RD
0 V
Reset button actuated YE 0 V
Manual release button actuated
Short circuit of manual release button1)
YE DIP4=OFF
13
11
12
AL_NC
AL_COM
AL_NO
DIP4=ON
13
11
12
AL_NC
AL_COM
AL_NO
0 V
1) Indication only in case of line monitoring
Manual release button active (DIP3 = ON)
Tab. 4.4.1

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Technical data
4.6 Ceiling smoke detector GC 162
Smoke detector with base GC 162 Mat. No. 139882
consists of Base GC 160 B
Smoke detector GC 002 D
Smoke detector GC 002 D Mat. No. 141458
Colour white, RAL 9016
Dimensions (with base, DxH) 110 mm x 54 mm
Functional principle Diused light, alarm threshold tracking,
no alarm memory (self-resetting when there is no more smoke in the
measuring chamber)
Insect screen prevents insects from entering the measuring chamber
Input voltage 24 V DC
Input current Maximum 10 mA
Installation position Ceiling mounting
Termination resistor 6.8 kΩ, integrated, separable
Alarm resistance 2.2 kΩ
Current increase principle
- No alarm
- Alarm
3 mA
10 mA
Detector test Alarm activation
- with test magnet in the vicinity of the magnetic sensor (GEZE logo)
- with testing gas
Signalling
LED Current consumption
Without voltage O 0 mA
Normal operation O 3 mA
Alarm RD 10 mA
Tab. 4.5.1
1
2
GC 160 B
GND
6,8kΩ
Fig. 4.5.1 Fig. 4.5.2
1 Magnetic sensor for testing (behind GEZE logo)
2 LED for status indication

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Technical data
4.7 Ceiling temperature sensor GC 163
Temperature sensor with base GC 163 Mat. No. 139883
consists of Base GC 160 B
Temperature sensor GC 003 D
Temperature sensor GC 003 D Mat. No. 141459
Colour white, RAL 9016
Dimensions (with base, DxH) 110 mm x 54 mm
Functional principle Alarm if ambient temperature exceeds the alarm temperature or if the
ambient temperature increases very quickly,
no alarm memory (self-resetting when the ambient temperature has
fallen again)
Alarm temperature 57°C
EN 54-5 Class A1R
Input voltage 24 V DC
Input current Maximum 10 mA
Installation position Ceiling mounting
Termination resistors 6.8 kΩ, integrated, separable
Alarm resistance 2.2 kΩ
Current increase principle
- No alarm
- Alarm
3 mA
10 mA
Detector test Alarm activation
- with test magnet in the vicinity of the magnetic sensor (GEZE logo)
- with heat detector test apparatus
Signalling
LED Current consumption
Without voltage O 0 mA
Normal operation O 3 mA
Alarm RD 10 mA
Tab. 4.6.1
1
2
GC 160 B
GND
6,8kΩ
Fig. 4.6.1 Fig. 4.6.2
1 Magnetic sensor for testing (behind GEZE logo)
2 LED for status indication

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Technical data
4.8 Manual release button UTA
Type UTA, AS500
Breaker switch Mat. No. 116266
Surface box Mat. No. 120503
Circuit type one changeover
Circuit voltage Maximum 250V
Switching current Maximum 10A
Termination resistor 43 kΩ
43kΩ
Fig. 4.7.1

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Wiring diagram
5 Wiring diagram
àObserve the requirements for selection and installation of re detectors and manual alarm button in chapter 3.5.
àObserve in addition the installation instructions of the respective hold-open device.
àThe connection of the hold-open device to the mains voltage must be performed by a qualied electrician.
àBefore carrying out work on the electrical system, disconnect voltage supply and check that it is free of volt-
age. If you use an uninterruptible power supply, the system is also under voltage with mains activation.
àOnly use the specied cable types.
àLabelling of on-site cable in these instructions:
(1) NYM-J, 3x1.5 mm2
(2) NYM-O, 2x1.5 mm2 or NYM-J, 3x1.5 mm2
(3) J-Y(ST)Y, 2x0.6 mm2 or J-Y(ST)Y, 2x0.8 mm2, maximum length less than 15 m
(4) J-Y(ST)Y, 2x0.6 mm2 or J-Y(ST)Y, 2x0.8 mm2, maximum length less than 6 m
(5) J-Y(ST)Y, 2x2x0.6 mm2 or J-Y(ST)Y, 2x2x0.8 mm2, maximum length less than 15 m
(6) J-Y(ST)Y, 2x2x0.6 mm2 or J-Y(ST)Y, 2x2x0.8 mm2, maximum length less than 6 m
Non-labelled connections are system cables, only these should be used.
àThe cables should be adequately protected and secured mechanically.
àInsulate unused wires.
5.1 Mains connection
àThe GEZE hold-open systems are devices of protection class I and protection class II according to DIN
EN 61140.
àAs a mains separation device, an on-site circuit breaker B 10 A should be used.
àThe 230 V supply line is double insulated (with cable jacket), to be inserted at least 8 mm into the terminal area.
àTotal current consumption in the power pack up to 260 mA.
5.1.1 Mains connection for protection class I
Power pack for
TS 4000 R, TS 4000 RFS, TS 4000 R-IS, TS 5000 RFS KB
Mat. No. 103354
Cable length 230V / 24V 90 mm / 65 mm
àAppliances of the protection class I are connected with a three-core cable NYM-J, 3x1.5 mm2.
The ground wire is connected to the PE terminal.
Power pack GC 161
PE
Fig. 5.1.1.1
maximum

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Wiring diagram
5.1.2 Mains connection for protection class II
Power pack for Smoke switch control unit RSZ6 TS 5000 R, TS 5000 RFS,
TS 5000 R-ISM, TS 5000 R-ISM-EFS
Mat. No. 085391 No. 115818
Cable length 230V / 24V 130 mm / 150 mm 700 mm / 750 mm
àAppliances of the protection class II are connected with a two-core cable NYM-O.2x1.5 mm2.
The connection can also be done with a three-core cable NYM-J 3 x 1.5 mm2. Then the ground wire should not
be connected and must be insulated permanently (e.g. additional insulating screw joint or shrink tubing).
Power pack GC 161
Fig. 5.1.2.1
5.2 Ceiling detector
àObserve the requirements on the selection and installation of ceiling detectors in chapter 3.5.
àWhen connecting ceiling detectors, set switch DIP 2 of the lintel smoke switch GC 161 to ON.
5.2.1 Ceiling detectors GC 162 and GC 163
àThe ceiling smoke detector GC 162 consists of the smoke detector GC 002 D and the base GC 160 B.
àThe ceiling temperature sensor GC 163 consists of the temperature sensor GC 003 D and the base GC 160 B.
àCeiling smoke detector with base GC 162, Mat. No. 139882
Ceiling temperature sensor with base GC 163, Mat. No. 139883
Smoke detector GC 002 D, Mat. Nr. 141458
Temperature sensor GC 003 D, Mat. No. 141459
Fig. 5.2.1.1
maximum

GEZE hold-open device FA GC 160
19
Wiring diagram
Ceiling temperature detector GC 163 as lintel smoke switch
àIf the lintel smoke switch GC 161 is exposed to disturbances
such as steam, dust, condensation or operation-related fumes,
it is reasonable to use a temperature sensor as lintel detector.
See notes on this in chapter 3.5.
àAn additional temperature sensor GC 163 as lintel detector
mounted above the door with mounting bracket DM GC. See
notes on this in chapter 3.5 (mounting bracket, white, RAL 9016,
Mat.- No . 150264).
àProtect the smoke chamber of the integrated lintel smoke switch
against dirt accumulation with dust cap (Mat. No. 146407).
Fig. 5.2.1.2
Connecting a ceiling temperature sensor GC 163 as lintel detector
Ceiling detector as lintel smoke switch
Fig. 5.2.1.3

GEZE hold-open device FA GC 160
20
Wiring diagram
Connecting a ceiling temperature detector GC 163 as lintel smoke switch and two other ceiling detectors
Remove termination resistor on the ceiling temperature detector GC 163.
Ceiling detector
as lintel detector
Ceiling detector Ceiling detector
Fig. 5.2.1.4
5.3 Manual release button UTA
àBreaker switch UTA, AS500, Mat. No. 116266
Surface cap 1-way, AS500, Mat. No. 120503
àWhen connecting a manual release button, set switch DIP 1 of the lintel smoke switch GC 161 to ON.
àObserve the requirements for the installation of manual release button in section 3.5.
5.3.1 Manual release button UTA with line monitoring
The building authority approval requires the line monitoring of the manual release button, if the connection to a
manual release button is based on the stipulated standard (see chapter 3.5).
The line monitoring is active, if:
àswitch DIP3 of the lintel smoke switch GC 161 is set to ON (see chapter 4.4).
àa 43 kΩ resistor is connected in parallel in the manual release button.