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SecuLogic TZ320
Installation And Commissioning Instructions With Connection Diagram
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GEZE SecuLogic TZ320 Installation And Commissioning Instructions With Connection Diagram

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Material No. 132916 • Rev. 01-2009 • Drawing No. 35207-9-0955
GEZE SecuLogic Emergency Exit System
TZ320 Door Control Unit
Installation And Commissioning Instructions
With Connection Diagram
GB
Document information
Document information
Document identification
Title: Installation And Commissioning Instructions With Connection Diagram GEZE SecuLogic Emergency Exit System TZ320 Door Control Unit Material number: 132916 Revision state: 01-2009
Manufacturer
GEZE GmbH Reinhold-Vöster-Str. 21 - 29 71229 Leonberg Germany Telephone: +49 7152 203-0 Fax: +49 7152 203-310 Internet: www.geze.com
Product markings in this document are possibly trade marks and are used here only for the purpose of identification.
© GEZE GmbH. All rights reserved.
2
1 In this document
1.1 Product description .........................................................................................................4
1.2 Other documents .............................................................................................................4
1.3 Symbols and markings .................................................................................................... 4
1.4 Abbreviations .................................................................................................................. 5
2 Safety and liability
2.1 Basic safety instructions .................................................................................................. 7
2.2 Target group and qualification ......................................................................................... 7
3 Installation and assembly
3.1 Requirements .................................................................................................................. 8
3.2 Install in-wall door control unit ......................................................................................... 8
3.3 Install the on-wall door control unit .................................................................................11
3.4 Change the lock cylinder ................................................................................................13
4 Commissioning
4.1 Requirement ...................................................................................................................14
4.2 Service mode .................................................................................................................14
4.3 Connect the service terminal ST220 with the door control unit ........................................15
4.4 Switch off the service terminal ........................................................................................15
4.5 System settings ..............................................................................................................16
4.6 Door control unit settings ................................................................................................17
4.7 Components settings ......................................................................................................23
4.8 Bus settings ...................................................................................................................26
5Operation
5.1 Control TZ320 door control unit via key-operated push button ........................................30
5.2 Open the doors and trigger off the alarm in case of an emergency .................................31
5.3 Cancel alarm ..................................................................................................................32
5.4 Read out the alarm memory via the service terminal ......................................................33
5.5 Read out fault report ......................................................................................................34
5.6 Read out alarm signal ....................................................................................................35
5.7 Power failure ..................................................................................................................36
5.8 Reset door control unit to default setting ........................................................................37
5.9 Display software version ................................................................................................37
6 Terminal connection diagram
6.1 Contents .........................................................................................................................39
6.2 Preface ..........................................................................................................................40
6.3 Markings ........................................................................................................................40
6.4 Power input ....................................................................................................................40
6.5 Door control units ...........................................................................................................41
6.6 GEZE bus ......................................................................................................................48
6.7 Safety circuit (indirect release) .......................................................................................50
6.8 Interlocking elements .....................................................................................................51
6.9 Emergency button ..........................................................................................................55
6.10 Key-operated push button ..............................................................................................57
6.11 Numerical code lock .......................................................................................................59
6.12 Terminal box ..................................................................................................................60
6.13 Locks .............................................................................................................................64
6.14 Revolving door drive system ...........................................................................................69
7Annex
7.1 Checklist for commissioning ...........................................................................................77
7.2 Glossary .........................................................................................................................78
7.3 Data sheets ....................................................................................................................79
7.4 Service menu - service terminal ST220 ..........................................................................82
3
In this document

1 In this document

This instruction describes the installation and commissioning as well as the connection of GEZE door control unit.

1.1 Product description

The GEZE door control unit is an integral part of SecuLogic escape route system and serves for the control and monitor of electric interlocked emergency exits.
Furthermore, it offers a wide range of gateways to other products as well as systems.
Revolving door drive systems as well as motor locks, signalling device, e. t. c. can be connected. Also, signal messages on superordinate factory master control systems or the central visualisation can be forwarded via PC or tableau.
Intelligent functions can be realised between the door control units via the GEZE bus system, e. alarm systems.
g. sluice functions or the switching on and forwarding of fire alarm and burglar

1.2 Other documents

Data sheets with technical data are included in the delivery of the components respectively. You will find these data sheets and other documents in the internet by visiting the website www.geze.de/SecuLogic.

1.3 Symbols and markings

Some information in this document are highlighted as follows:
Instructions
Requirements: As a prerequisite, there are conditions that must be fulfilled so that the subsequent action
steps can be carried out.
Here is something to do. This symbol indicates an instruction that contains only an
action step or action steps in warning notices, in which there is no particular sequence.
1. Multiple step instructions are marked by successive numbers.
Results of an action are marked by this arrow.
Important information
Text marked like this informs about special features.
4
In this document
EltVTR
Safety instructions
You will find basic safety instructions in a separate section (see page 7).
Section related safety instructions are marked as follows:
DANGER
A note on safety refers to dangers, their causes and consequences.
Here are measures to avoid danger.
Section related safety instructions are divided into four danger levels, which are identified by the signal word:
Signal word Meaning
DANGER Warns against an imminent danger that leads to death or fatal injuries if it is
not avoided WARNING Warns against danger that can lead to death or fatal injuries if it is not avoided CAUTION Warns against danger that can lead to fairly serious or mild injuries NOTE Warns against material damages
Standards conformity
Marking to show that the product does not comply with the specified standard, here "guidelines on electric locking systems of doors in the escape routes" (EltVTR)

1.4 Abbreviations

In this documentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungAnschlussplanAnhang
Abbreviation Specification
TZ320 Door control unit in bus technique TZ322 Door control unit in the bus technique without emergency button TZ323 Door control unit in the bus technique, rotated 180° TZ320B Door control unit with illuminated emergency exit shield TZ320S Door control unit with key-operated push button (connection via ribbon cable) TZ320N Door control unit with integrated mains supply circuit TZ320BSN Door control unit with illuminated emergency exit shield, key-operated push
button and integrated mains supply circuit
TZ320BS Door control unit with illuminated emergency exit shield and key-operated
push button
TZ320SN Door control unit with key-operated push button and integrated mains supply
circuit AP On-wall UP In-wall BMA Fire alarm system GMA Hazard alarm system
5
In this document
Abbreviation Specification
RWA Smoke and heat venting system GLT Building control EMA Burglar alarm system ZSU Time-switch KZF Short-term release NO Potential-free closer contact (normal open) NC Potential-free opener contact (normal closed) NT Mains supply circuit SLE220 Signal light SLH220 Alarm horn BLE220 Flashing light SHB220 Signal horn with flashing light SCT320 Key-operated push button, single-pole reverse push button (two closers) SCT221 Key-operated push button, single-pole push button (closer), expandable to
single-pole reverse push button (two closers) SCT222 Key-operated push button with LED display, single-pole reverse push button
(two closers) MLS Motor lock HLS Handle lock TST320 TZ control unit NSA220 Emergency button KL220 Terminal box FTÖ Emergency exit opener FS Falling lock MA500 Holding magnet TE220 Tableau unit VAT220 Visualisation software
6
Safety and liability

2 Safety and liability

The GEZE door control unit was designed according to the state-of-the-art technology and the accepted safety-related rules. However, there might be danger during installation and use. Therefore, pay attention to the following instructions.

2.1 Basic safety instructions

The installation, commissioning and repairs must be carried out exclusively by an
electrician or an expert authorised by GEZE
Use only GEZE original parts for repair workGEZE assumes no liability for damages resulting from unauthorised changes to the
system
Primary safety measures take place on siteThe standards VDE 0100 and VDE 0815 must be observed during cable routeingIn order to avoid unauthorised inspections, do not leave the key in the key-operated
push button
An expert must check the doors with electric locking mechanism in the escape routes
once a year. The expert is to issue a certificate on the in-service inspection, which the operator of the building supervisory board has to show on demand. Within the scope of a maintenance contract, the checking can be carried out by a GEZE service technician or a professional organisation authorised by GEZE.
Furthermore, GEZE recommends that the operator inspects the escape route system monthly for identifiable damages and defects. Such damages and defects, if available, must be repaired immediately by a GEZE service technician or a professional organisation authorised by GEZE.
Intended use
The GEZE door control unit is designed to control and monitor electric-locked emergency exits. External products may only be integrated after consulting GEZE.
Contrary to the intended use
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The connection of products which were not expressly approved for use by GEZE is contrary to the intended purpose.

2.2 Target group and qualification

The installation, assembly, commissioning and repairs must be carried out only by a
trained electrician or an expert authorised by GEZE.
7
Installation and assembly
1
7
6
2
3
5
4

3 Installation and assembly

DANGER
Danger of electrocution
The installation and assembly must be carried out exclusively by an electrician or an
expert authorised by GEZE
Check that the cables are disconnected before the installation.

3.1 Requirements

Cable laying available in accordance with GEZE cable diagramCircuit breakers as the primary cutting off plate cylinder on the mains-sideCompliance with the standards VDE 0100 and VDE 0815 for the cable routeingSabotage secured cable routeing according to VDE 0833 (on-wall cables in the steel
tube)
For the type of in-wall plug sockets installed near the door (base range 62.5 mm) with an
installation height top of floor of 850 emergency button
mm up to a maximum of 1200 mm for the

3.2 Install in-wall door control unit

These instructions describe the installation of an in-wall door control unit using the example of TZ320BSN, as recommended by GEZE.
[1] Illuminated emergency exit shield [2] Frame [3] Mains supply circuit NET220 [4] Terminal strips [5] Ribbon cable [6] Control unit with emergency button TST320 [7] Key-operated push button SCT320
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Installation and assembly
1. Pass the power lead and ribbon cables through the in-wall plug socket.
2. Connect cable to the terminal strips in accordance with the connection diagram.
62,5
60
71
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850 - 1200
71
3. Connect and secure the mains supply circuit.
4. Connect the door control system with the key-operated push button and the key­operated push button with the emergency exit shield using the ribbon cable.
9
Installation and assembly
A
B
C
D
C
B
D
A
5. Plug the terminal strips to the circuit board of the door control system.
6. Set jumper in accordance with the connection diagram (see page 44).
7. Install the door control unit.
8. Check the functional capability.
10
Installation and assembly

3.3 Install the on-wall door control unit

These instructions describe the installation of an on-wall door control unit using the example of TZ320BSN, as recommended by GEZE.
1
2
[1] TZ320BSN door control unit [2] TZ323BSN door control unit [3] Terminal strips
1. Open the housing.
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3
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Installation and assembly
850 - 1200
2. Install the wall bracket close to the door (height of the emergency button: 850 mm ­1200
mm top of floor).
3. Unscrew the covering of the mains supply.
4. Connect the 230-V circuit to the luster terminal of the mains supply circuit and screw the covering.
5. Connect cable to the terminal strips in accordance with the connection diagram (see page 44).
6. Plug the terminal strips to the circuit board of the door control system.
7. Set jumper in accordance with the connection diagram.
8. Secure loose cabling with cable clips.
9. Hook up the housing and bolt.
10.Insert the covering of the emergency button.
11.Check the functional capability.
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Installation and assembly

3.4 Change the lock cylinder

The lock cylinder must meet the following standards:
Profile half cylinder 40 mm (30/10)8-fold adjustable
1. Set the system on the service mode if it is in operation.
2. Dismantle the housing from the wall bracket.
3. Unscrew the key-operated push button
4. Unscrew the cylinder head screw and dismantle the lock cylinder.
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5. Change the lock cylinder.
6. Insert a new lock cylinder and fasten with cylinder head screw.
7. Install the door control unit in the inverse order.
8. Check the functional capability.
13
Commissioning
1
2
3

4 Commissioning

4.1 Requirement

Before the first commissioning of doors with electric locking mechanisms in the escape routes, correlation with verification of suitability is to be confirmed by means of a certificate issued by the manufacturer. Likewise, an expert is to establish if the electric locking mechanism is installed properly and if it is operational

4.2 Service mode

The service mode must be engaged in order to set different parameters on the door control unit.

4.2.1 Switch on the service mode

Requirements: There is no alarm.
The burglar alarm system is disconnected.
(see page 77).
1. Insert the key into the lock of the key-operated push button.
2. Turn the key left and hold for approximately ten seconds.
LED 2 flashes green. LEDs 1 and 3 do not flash.

4.2.2 Switch off the service mode

Do not make adjustment nor go to the service menu for three minutes
Select end of service mode.
Door control unit is in normal state again.
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Commissioning
ON
X
21

4.3 Connect the service terminal ST220 with the door control unit

The service terminal is connected with the door control unit via an infrared interface.
[1] Service terminal ST220 [2] Infrared interface on TZ320
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Service terminal ST220
Button Description Function
ON button Switch-on
ESC button
UP button
DOWN button
RETURN button
Go back one menu level, without taking on a new value
Go one line upward or increase the numerical value
Go one line downward or reduce the numerical value
Select or take on a new value
1. Before covering the control unit, hold the service terminal and press the ON button for
approximately one second.
The service terminal is switched on.
2. Press the ESC button. The first level of the service menu is displayed.

4.4 Switch off the service terminal

Do not press any button for two minutes.
The service terminal is switched off.
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Commissioning

4.5 System settings

4.5.1 Set clock and date

Menu "system setup > clock/date"
Menu item Submenu Submenu Choice
Clock Hour Change value 0 - 23 (12)
Date Day Change value 01 - 31 (01)
Weekday Change value – Monday - Sunday
Automatic clock change (summer/winter time)
(Default setting)
Minute Change value 0 - 59 (00)
Month Change value 01 - 12 (01) Year Change value 00 - 99 (09)
(Thursday)
Change value – On
Off (Off)
In the service menu system setup > clock/date select the corresponding menu
item and set the values.
The adjusted value is displayed on the upper display row of the service terminal.
If several door control units are connected with each other via the bus, the adjusted data of all connected door control units are transferred.

4.5.2 Set language

For the service menu, the following languages are available in the service terminal:
German (default setting)English
In the service menu, select system setup > language > choice and set the
language.
The service menu is displayed in the selected language.
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Commissioning

4.6 Door control unit settings

4.6.1 Set short-term unlock

Menu "TZ parameter > short-term unlock"
Menu item Submenu Choice
Duration Change value 0s - infinite (10s) Abort – Yes Post trigger –
Duration: Duration of the short-term unlockAbort: Exiting the short-term unlock by closing the doorPost trigger: Extending the short-term unlock through renewed short-term unlock
If Abort is set on No, the duration of the short-term unlock must not be set on infinite.
(Default setting)
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No (Yes)
In the service menu, set TZ parameter > short-term unlock and make
adjustments for corresponding menu items.
The selected value is displayed on the upper display row of the service terminal.
In order to avoid an inadvertent continuous unlocking in highly frequented doors, use an external control device for the short-term release.
17
Commissioning

4.6.2 Set alarm

Menu "TZ parameter > alarm setup"
Menu item Submenu Submenu Submenu Choice
Alarm time Pre-alarm time Change value – 0s - 10min (10s)
Buzzer Buzzer pre-alarm Volume Pre-
(Default setting)
Alarm time Change value – 10s - 2min (30s)
Change
alarm Sound pre-alarm Choice Permanent
Buzzer alarm Volume Alarm Change
Sound alarm Choice Permanent
Buzzer sabotage Volume
Sabotage Sound sabotage Choice Permanent
value
value
Change value
0 - 15 (15)
4s-interval 2s-interval 4 beep 2 beep (2 beep)
0 - 15 (15)
4s-interval 2s-interval 4 beep 2 beep (4s-interval)
0 - 15 (15)
4s-interval 2s-interval 4 beep 2 beep (4 beep)
Pre-alarm: An acoustic signal that starts after a short-term release time elapses if the
door was not closed. The pre-alarm time ends if the door is closed. If the door is not closed, the alarm is triggered off if the set time elapses
Alarm: An acoustic signal on the door control unit for the duration of the set alarm time.
Thereafter, there is a two-minute break before the alarm rings out again
Buzzer: Volume and sound of the alarm types
1. In the service menu, set TZ parameter > alarm setup.
2. Set times for pre-alarm and alarm.
3. Set buzzer for alarm, pre-alarm and sabotage. The selected value is displayed on the upper display row of the service terminal.
18
Commissioning

4.6.3 Set inputs

Activities
The inputs of the door control units and terminal boxs can be set on the following activities:
Activity Specification
High-active The input is active if the input is closed (closer). 24 V is pending in the input Low-active The input is active if the input is open (opener). 0 V is pending in the input Disabled The input is inactive
Set activity for the door control unit
Pay attention to the stepping sequence if an input is adjusted from high-active to low-active or vice versa.
1. Set input on disabled.
2. Connect wires.
3. Set input on low-active or high-active.
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1. In the service menu, set TZ parameter > custom inputs.
2. For the corresponding input numbers, choose TZ input 1-3 >
activity TZ1-3 > choice and select activity (default setting: high-active).
The selected value is displayed on the upper display row of the service terminal.
Set activity for the terminal box
1. In the service menu, select system environment > KL > custom inputs.
2. For the corresponding input number, choose KL input 1-4 > activity KL1-4 >
choice and select activity (default setting: high-active).
The selected value is displayed on the upper display row of the service terminal.
19
Commissioning
Configurations
The inputs of the door control units and terminal boxs can be set on the following configurations:
Configuration Specification Interpretation
Sabotage ext. The signal message sabotage is triggered off,
sabotage alarm follows Unlock The system goes to the state unlocked Flank Lock The system goes to the state locked Flank Short-term unlock The system goes to the state short-term
unlocked
Burglar alarm system
Time-switch The signal message time-switch is active Level Fire alarm system The signal message fire alarm system is active Level Motor lock Input for lock with the motor lock for door control
Handle Input for handle contacts for triggering the pre-
Public holiday Time-switch is switched off in an active input Level
The signal message burglar alarm system is active Level
unit control or acknowledgement of alarms
alarm when the handle is actuated
Level
Flank
Level
Level
Level: A permanent signal is activeFlank: An impulse is active
Set configuration for the door control unit
1. In the service menu, set TZ parameter > custom inputs.
2. For the corresponding input number, choose TZ input 1-3 > configuration TZ1-3 > choice and select configuration.
The selected value is displayed on the upper display row of the service terminal.
Set configuration for the terminal box
1. In the service menu, select system environment > KL > custom inputs.
2. For the corresponding input numbers, choose KL input 1-4 > configuration KL1-4 > choice and select configuration.
The selected value is displayed on the upper display row of the service terminal.

4.6.4 Set outputs

Contacts
The outputs of the door control units and terminal boxs can be set on the following contacts:
Contact Parameter Specification
Closer NO Contact closes Opener NC Contact opens Disabled – The output is not controlled
20
Commissioning
Set contact for the door control unit
1. In the service menu, set TZ parameter > custom outputs.
2. For the corresponding output number, choose TZ output 1-2 > contact TZ1-2 > choice and select contact (default setting: closer).
The selected value is displayed on the upper display row of the service terminal.
Set contact for the terminal box
1. In the service menu, select system environment > KL > custom outputs.
2. For the corresponding output number, choose KL output 1-6 > contact KL1-6 > choice and select contact (default setting: closer).
The selected value is displayed on the upper display row of the service terminal.
Configurations
The outputs of TZ320 door control unit as well as the outputs 1 + 2 of KL220 terminal box are two-pole outputs. The outputs 3 set on
closer, the terminals have the function described in the connection diagram. The
terminals with lower numbers are the close contacts higher numbers are the open contacts If these outputs are adjusted to opener, the function of the terminals changes. NO becomes NC and NC becomes NO.
- 6 of KL220 are change-over contacts. If the output is
NO respectively and the terminals with
NC.
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For example: Output 4 of KL220
Setting closer 30 = NO 31 = COM 32 = NC Setting opener 30 = NC 31 = COM 32 = NO
The outputs of the door control units and terminal boxs can be set on the following configurations:
Configuration Parameter Specification
Door state Closer NO Contact closed, if the door is closed
Opener NC Contact closed, if the door is open
OM control Closer NO Contact closed, if the door control unit is unlocked
(permanent unlock not in short-term release)
Opener NC Contact closed, if the door control unit is not unlocked
Drive control Closer NO Contact closes for 3 seconds, if short-term release was
actuated (also if the system unlocks). Contact closed during release or emergency unlock, until the alarm stops
Opener NC Like NO, however, contact opens
Alarm Closer NO Contact closes in the event of all alarms except pre-
alarm
Opener NC Contact opens in the event of all alarms except pre-
alarm
Release Closer NO Contact closes when the emergency button on TZ320 is
actuated and during indirect release
Opener NC Contact opens when the emergency button on TZ320 is
actuated and during indirect release
21
Commissioning
Configuration Parameter Specification
Release direct Closer NO Contact closes when the emergency button on TZ320 is
actuated
Opener NC Contact opens when the emergency button on TZ320 is
actuated
Release indirect Closer NO Contact closes during indirect release
Opener NC Contact opens during indirect release
Door alarm Closer NO Contact closes when the door hold-open time is over
stepped, the pre-alarm has elapsed or the door is broken up
Opener NC Contact opens when the door hold-open time is over
stepped, the pre-alarm has elapsed or the door is broken up
Sabotage alarm Closer NO Contact closes, if an input sabotage is active or
sabotage contact on TZ320, KL220, SCT320 or TT220 is actuated
Opener NC Like NO, however, contact opens
Pre-alarm Closer NO Contact closes for the set time when the door hold-open
time is over stepped
Opener NC Contact opens for the set time when the door hold-open
time is over stepped
System fault Closer NO Contact closes during system fault
Opener NC Contact opens during system fault
Traffic light red (only in an active sluice function)
Traffic light green (only in an active sluice function)
Door-o. op.cur. Closer NO Contact closes for 3 seconds, if short-term release was
Locked Closer NO Contact is closed, if the system is locked
Emergency button Closer NO Contact is closed, as long as the emergency button on
Short-term unlock Closer NO Contact is closed, if the system is short-term unlocked
Closer NO Contact is closed, if the door above the sluice is locked Opener NC Contact is closed, if the door above the sluice is not
locked
Closer NO Contact is closed, if the door above the sluice is not
locked
Opener NC Contact is closed, if the door above the sluice is locked
actuated (also if the system unlocks).
Opener NC Like NO, however, contact opens
Opener NC Contact is closed, if the system is unlocked or short-
term unlocked
TZ320 is actuated
Opener NC Contact is opened, as long as the emergency button on
TZ320 is actuated
Opener NC Contact is opened, if the system is short-term unlocked
22
Commissioning
Configuration Parameter Specification
Collective alarm Closer NO Contact closes, if alarm is triggered off in one door
control unit on the bus line (apart from pre-alarm)
Opener NC Contact opens, if alarm is triggered off in one door
control unit on the bus line (apart from pre-alarm)
Coll. locked Closer NO Contact closes, if all door control units on the bus line
are locked
Opener NC Contact opens, if all door control units on the bus line
are locked
Coll. closed Closer NO Contact closes, if all door control units on the bus line
are closed
Opener NC Contact opens, if all door control units on the bus line
are closed
Set configuration for the door control unit
1. In the service menu, set TZ parameter > custom outputs.
2. For the corresponding output number, choose TZ output 1-2 > configuration TZ1-2 > choice and select configuration.
The selected value is displayed on the upper display row of the service terminal.
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Set configuration for the terminal box
1. In the service menu, select system environment > KL > custom outputs.
2. For the corresponding output numbers, choose KL output 1-6 > configuration KL1-6 > choice and select configuration.
The selected value is displayed on the upper display row of the service terminal.

4.7 Components settings

4.7.1 KL220 terminal box

One KL220 terminal box connected to TZ320 is automatically recognised and switched on. It can be switched off again via the service menu.
Switch on the terminal box
In the service menu,select system environment > KL > available > choice
> available.
The selected value is displayed on the upper display row of the service terminal.
Switch off the terminal box
In the service menu,select system environment > KL > available > choice
> unavailable.
The selected value is displayed on the upper display row of the service terminal. All
components connected to the terminal box are without functions and are no longer active.
Set inputs/outputs
The setting of the inputs/outputs conforms with the setting of the door control unit (see page 19).
23
Commissioning

4.7.2 TT220 door control unit

One TT220 door control unit connected to TZ320 is automatically recognised and switched on. The door control unit can be switched off again via the service menu.
Switch on the door control unit
In the service menu, select system environment > TT > choice > available.
The selected value is displayed on the upper display row of the service terminal.
Switch off the door control unit
In the service menu, select system environment > TT > choice >
unavailable.
The selected value is displayed on the upper display row of the service terminal.

4.7.3 Set sabotage contacts

Menu "system environment > sabotage contacts"
Menu item Submenu Choice
TZ Choice Active
Key-operated push button Choice Active
KL Choice Active TT Choice
(Default setting)
Inactive (Active)
Inactive (Inactive)
Inactive (Active)
1. In the service menu, select system environment > sabotage contacts.
2. Select components and set.
The selected value is displayed on the upper display row of the service terminal.

4.7.4 Set inverse door drive

If a revolving door drive system GEZE TSA160NT is connected inversely, the inverse door drive must be set on available. The drive system undertakes the control of the emergency exit opener.
In the service menu, select system environment > inverse door drive >
available (default setting: unavailable).
The selected value is displayed on the upper display row of the service terminal.
24
Commissioning

4.7.5 Set time-switch

Set internal time-switch
Menu "time-switch"
Menu item Submenu Submenu Submenu Choice
Time-switch1-3 Clock start Hour Change value 0 - 23 (0)
Clock start: Time, on which the time-switch is activeClock stop: Time, on which the time-switch is inactiveDays: Days, on which the set times apply
(Default setting)
Minute Change value 0 - 59 (0)
Clock stop Hour Change value 0 - 23 (0)
Minute Change value 0 - 59 (0)
Days Monday - Sunday Choice Active
Inactive (Inactive)
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1. In the service menu, select system environment > time-switch.
2. Select the start time, end time and effective days for the desired time-switch1-3.
The selected value is displayed on the upper display row of the service terminal.
Set time-switch interruptible
Choice Specification
On If the time-switch signal is active, the door control unit can be locked via the
internal key-operated push button, the VAT220, the TE220 or the adjustable inputs. If the system in an active time-switch signal is unlocked again via the key-operated push button, the door control unit returns to the time-switch mode
Off If the time-switch is active, the door control unit can no longer be locked
(exception: burglar alarm system is active)
In the service menu, set TZ parameter > time-switch interruptible >
choice select (default setting: on).
The selected value is displayed on the upper display row of the service terminal.
Time-switch interruptible on public holidays
In order to be able to interrupt the time-switch during public holidays, an input must be set on public holiday and a switch connected to this.
25
Commissioning

4.8 Bus settings

The bus function is a pre-requisite for connection to other TZ320 door control units, to the tableau unit TE220, to the visual display software VAT220SN or to an OPC interface OPC220.

4.8.1 Assign bus address

A bus address can only be assigned once within a bus line. Bus addresses already assigned are skipped in the service menu.
If the bus addresses are assigned before the bus connection is engaged, the bus addresses can be assigned several times. Then, there is a fault report.
In the service menu, choose bus configuration > bus address > change
value and select bus address.
The selected value is displayed on the upper display row of the service terminal.

4.8.2 Switch on the bus function

Assign a bus address in the service menu.
The connection to other door control units etc. is established.

4.8.3 Check bus function

Re-assign an assigned bus address in the service menu.
Possible: no bus connection is availableImpossible: Bus connection is functional

4.8.4 Switch off the bus function

In the service menu, set the bus address on the value 0.
The connection to other door control units etc. is disconnected.

4.8.5 Set bus functions

Signals of a burglar alarm system, time-switch or fire alarm system can be given to the bus via a door control unit and several door control units can be controlled simultaneously. To this end, it is enough to switch on the signals once on a door control unit or terminal box in the bus system. The signals are displayed on the bus system from there.
Burglar alarm system (EMA)
If the burglar alarm system signal is active on a door control unit, it is locked primarily. In an active burglar alarm system, the doors can no longer be unlocked via a push button, switch, tableau etc. By actuating the local emergency button as well as a burglar alarm system signal, the door is released and emergency unlocked respectively.
Fire alarm system (BMA)
If the fire alarm system on the door control unit is active, it is unlocked primarily and a local alarm is triggered off (acoustic via integrated buzzer and optical via integrated LED). The system remains unlocked until the signal is no longer available and the alarm was reset on­site on TE220 or on the VAT via the key-operated push button.
26
Commissioning
Time-switch (ZSU)
In the door control unit, a weekly time-switch is integrated, with which up to three times can be stored. In addition, external time-switches can be connected to the door control unit or the terminal box. For the setting of the time-switch
Arrange functions
Five groups can be formed in all three functions. A group can be formed per door control unit and be shown on the bus. The bus signal is given to the bus on the door control unit, on which the master bus function is selected in the group. In the same group, all door control units that should react to the signal must be set on bus function on.
If several groups are formed, the signals must be entered in different door control units/ terminal boxs.
Menu "bus configuration"
Menu item Submenu Submenu Choice
Burglar alarm system
Fire alarm system
Time-switch Group1-5 Choice
Group1-5 Choice Bus function off
Group1-5 Choice
(see page 25).
(Default setting)
Bus function on Master Bus function (Bus function off)
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Bus function off: The bus signal is inactive (only local interpretation)Bus function on: The bus signal is active on this door control unitMaster Bus function: The adjacent signal is displayed as bus signal on the bus system and
active on all door control units that are set in the same group on
In the service menu, select bus configuration and select group number and value
for corresponding function.
The selected value is displayed on the upper display row of the service terminal.
If the master function is assigned twice in a group, there is a system fault as a result of multiple allocation.

4.8.6 Set emergency unlock

On the door control unit, it can be set if it reacts to a signal when the emergency button is activated on the tableau unit TE220 or the VAT220SN.
In the service menu select and set bus configuration > emergency unlock. The selected value is displayed on the upper display row of the service terminal.
bus function on
27
Commissioning

4.8.7 Set sluice

The necessary control electronics for the sluice function is already integrated into the TZ320 door control units. Two types of sluices can be set up:
Active sluice: In the active sluice, all doors set as active sluice in the initial state are locked
and closed. Only one door can be short-term unlocked in a sluice group. If one of these doors is short-term unlocked, it simultaneously sends a signal to all other doors in the sluice group and, consequently, prevents the short-term unlock of the remaining doors that are still locked. If one door is continuously unlocked, the sluice function is automatically switched off on this door. The sluice function is switched on again by locking the door.
Passive sluice: In the passive sluice, all doors set as passive sluice in the initial state are
unlocked, but closed. If one of these doors is opened, i. e. the door leaf moves, the door sends a signal to all other doors in the sluice group. The remaining doors are then locked and opening is prevented, e.
In passive sluices, two or more doors opening simultaneously cannot be prevented.
Active and passive sluice mixed: In this configuration, when opening the door with passive
setting, the control devices of the door with active setting is locked. In actuating the control devices of the door with active setting, the door with passive setting is unlocked.
g. via short-term unlock.
Select/deactivate sluice type
In the service menu bus configuration > sluice > sluice type > choice,
select the desired type.
The selected value is displayed on the upper display row of the service terminal.
The doors must be locked during the first commissioning of the sluice. An immediate inspection by activating the emergency button is possible at all times. The emergency button is effective only for the corresponding door.
Group sluices
Ten sluice groups with 63 members can be formed within a bus line respectively.
In the service menu select and set bus configuration > sluice >
allocation > group1-10 > choice (default setting: not assigned).
The selected value is displayed on the upper display row of the service terminal.
28
Operation
1
2
3

5 Operation

1
2
3
[1] Emergency exit shield [2] Key-operated push button [3] Control unit with emergency button
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Abb. 1 LEDs of TZ320 door control unit
No. Display Colour Meaning
1 Red Locked
Red flashing (every second) Sluice allocated Red flashing (every 2 seconds) Locked via burglar alarm system Green Unlocked Green flashing (every second) Short-term release Green flashing (every 2 seconds) Unlocked via time-switch
2 Red Door closed
Green Door open
3 Yellow Alarm
Yellow flashing (every second) Pre-alarm Yellow flashing Fault
29
Operation
1
2
3
1
2
3

5.1 Control TZ320 door control unit via key-operated push button

Unlock door
When unlocking, the interlocking elements are disconnected by an authorised person. The door can be opened.
1. Insert the key into the lock of the key-operated push button.
2. Turn the key left and hold approximately for a second.
LED 1 flashes green. The door is unlocked.
One sluice function engaged on this door is switched off when unlocking.
Lock door
When locking, the interlocking elements are engaged by an authorised person. The door cannot be opened.
Requirements: The door is closed or else the pre-alarm is triggered off.
1. Insert the key into the lock of the key-operated push button.
2. Turn the key right and hold approximately for a second.
LEDs1 and 2 flash red. The door is locked.
One sluice function switched off for this door is engaged again when locking.
30
Operation
1
2
3
1
2
3
Unlock door temporary (short-term release)
During the short-term release, the door is unlocked for a variable time (release time) by an authorised person. The door is unlocked again after the lapse of the release time.
If the door is not closed after the lapse of the set release time, the pre-alarm is triggered
off
If the door is closed before the lapse of the release time, the door is locked again (abort)If a new short-term release is triggered during the release time, the release time starts
over again (post trigger)
1. Insert the key into the lock of the key-operated push button.
2. Turn the key right and hold approximately for a second.
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LED 1 flashes green. The door is unlocked for the set release time from 0 seconds to
infinite (see page 17).

5.2 Open the doors and trigger off the alarm in case of an emergency

By actuating the emergency button, the interlocking elements on the corresponding door are switched off (direct release). If a connected fire alarm system or the like is triggered off, the interlocking elements are automatically switched off (emergency unlock).
Press emergency button
LED 1 flashes green and LED 3 flashes yellow. The door is unlocked.
Alarm is triggered off.
31
Operation

5.3 Cancel alarm

The alarm remains pending on the door control unit until the cause of the alarm is eliminated and the alarm on the door control unit was acknowledged. The cause of the alarm can be read out with the aid of the service terminal

5.3.1 Reset emergency button

After the emergency case is resolved, the emergency button must be reset.
1. Remove the covering of the emergency button.
2. Turn the emergency button right. The emergency button returns to the normal state.
3. Insert covering.
4. Acknowledge alarm.

5.3.2 Acknowledge alarm

Requirements: The cause of the alarm is eliminated and acknowledge alarm is displayed in the service
terminal. The door is closed and the emergency button is reset.
(see page 35).
Insert the key into the lock of the key-operated push button.
In order to acknowledge the alarm and to lock the door, turn the key right and hold approximately for a second.
In order to acknowledge the alarm and to unlock the door, turn the key left and hold approximately for a second.
The alarms emergency unlock, door alarm and sabotage alarm can also be acknowledged via the functions corresponding mode of operation.
In addition, the door alarm can be acknowledged via the outputs short-term unlock.
lock and unlock on TE220 and VAT220. The door state changes in the
A sabotage alarm can only be acknowledged 30 seconds after the cause of the alarm is acknowledged.
32
Operation

5.4 Read out the alarm memory via the service terminal

Relevant alarm and fault reports are saved in the alarm memory of the door control unit and can be read out with the service terminal.
1. Activate service mode and connect service terminal with the door control unit.
2. In the service menu, select diagnosis > alarm memory> display list. The last 20 relevant alarm and fault reports are displayed with date, time and cause.
Alarm signals
Memory entry Description
INIT Init SK Breakdown of safety circuit Mains supply circuit-TZ Direct release Mains supply circuit-TT Indirect release TT IDIR Indirect release NEBUS Emergency unlock SB-TZ Sabotage door control unit SB-SCT Sabotage key-operated push button SB-TT Sabotage TT SB-KL Sabotage KL SB-PE Sabotage PE DOOR Door alarm INVAL Invalid
Fault reports
Memory entry Description
INIT Init KL485 Communication terminal box TT485 Communication door control unit MAINS Mains return CLOCK Clock EEPROM EEPROM INVAL Invalid
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33
Operation

5.5 Read out fault report

Faults in the system are indicated via the flashing of LED 3.
1. Connect the service terminal with the door control unit. The fault report is shown on the display of the service terminal.
2. Find out the cause of malfunction and correct the fault with the aid of the following
table.
Fault report Cause of malfunction Fault correction
Locking mechanism Locked signal message despite
unavailability of power supply
24V_EXT is missing Locking device is defective, no
external voltage supply
KL communication Connection with terminal box is
faulty
TT communication Connection with door control unit
is faulty
Bus signal is unavailable
Duplicate bus address
Assembly variant Door control unit (assembly
2 M. in a fire alarm system group
2 M. in a burglar alarm system group
2 M. in a time-switch group
Invalid clock/date Invalid values for the date and
EEPROM error EEPROM cannot be read out Change the door control unit
Transmission of CAN messages is defective
Multiple allocation of address in the bus system
variant) incompatible with the software version
Two active masters in a fire alarm system group
Two active masters in a burglar alarm system group
Two active masters in a time­switch group
time
Check the contact of the
interlocking element and change if it is defective
Check external voltage supplyChange locking deviceSwitch off the terminal box via
the service menu
Re-establish connection to the
terminal box
Change terminal boxSwitch off the door control unit
via the service menu
Re-establish connection to the
door control unit
Change door control unitCheck CAN connection
Change CAN address
Change the door control unit
Switch off master group of a
door control unit
Switch off master group of a
door control unit
Switch off master group of a
door control unit
Correct data in the service
menu
34
Operation

5.6 Read out alarm signal

Misuse of the system or emergency situations are indicated via an alarm tone and flashing of LED
1. Connect the service terminal with the door control unit. The alarm signal is shown on the display of the service terminal.
2. Find out the cause of the alarm and cancel the alarm with the aid of the following table.
3. In order to switch off the service terminal, do not press any button on the service
3.
terminal for two minutes.
Alarm signal Cause of alarm Cancel alarm
Door alarm
Door is not closed Closed signal message is
missing
Door is not locked Locked signal message is
missing
Sabotage alarm
Sabotage contact TZSabotage contact of the door
control unit is not closed
Sabotage contact SBC
Sabotage contact KLSabotage contact of the terminal
Sabotage contact TTSabotage contact of the door
Sabotage contact EXT
Sabotage time runs
Emergency unlock
via bus Emergency unlock via tableau,
via fire alarm system (bus)
via fire alarm system (local)
Indirect release
Mains supply circuit TT pressed
Sabotage contact of the key­operated push button is not closed
box is not closed
control unit is not closed External sabotage contact is
active Sabotage time unexpired Acknowledge alarm after the
VAT etc.
Emergency unlock via fire alarm system-bus-function
Emergency unlock via the fire alarm system connected locally
Indirect release via door control unit
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Close doorCheck door contactCheck the interlocking
element
1. Close contact
2. Acknowledge alarm after the lapse of the sabotage time
Check sabotage message
lapse of the sabotage time
Pull the emergency button
on the tableau
Switch off the emergency
button on the VAT
Check the fire alarm system
and switch off the emergency unlock signal
Check the input of the
corresponding door control unit
Check the fire alarm system
and switch off the emergency unlock signal
Check the input of the
corresponding door control unit
Reset the emergency button
on the door control unit
35
Operation
Alarm signal Cause of alarm Cancel alarm
Direct release
Mains supply circuit TZ pressed
SK omitted
Program memory Program memory is invalid
Mains supply circuit opener omitted
Feedback signal of the internal emergency button is unavailable
Relay1 sticks Relay 1 in the safety circuit
Relay2 sticks
Acknowledge alarm
Direct release via internal emergency button
Reset the emergency button
on the door control unit
Change the door control unit
(CRC test) Opener contact of the internal
emergency button is omitted
1. Press reset button
2. Correct error
3. Check emergency button
Change the door control unit
Feedback signal of the internal emergency button is unavailable
Press internal emergency
button
Change the door control unit
Change the door control unit
sticks
Bridge circuit on FTÖ331U
was not removed
FTÖ332 was connected
without RP220
Short-circuit in the feeder of
the interlocking element
Resolve the cause of the alarm Acknowledge alarm via the
Remove bridge circuit on
FTÖ331
Check the feeder of the
interlocking element for short-circuit
Connect FTÖ332 with
RP220
key-operated push button

5.7 Power failure

The escape route system GEZE SecuLogic saves the active preset mode of operation in a non-volatile memory (EEPROM), so that it also becomes active after a power failure. Components (KL, TT etc.) that are not switched off are automatically recognised.
Mode of operation before power failure
Locked Locked Locked via burglar alarm
system
Permanent unlocking Permanent unlocking Short-term release Locked Unlocked via time-switch Corresponding signal "unlock via time-switch"
Diagnosis/Service Service
Mode of operation after power failure
Corresponding signal "lock via burglar alarm system"
Signal active: locked via burglar alarm systemSignal inactive: locked
Signal active: unlocked via time-switchSignal inactive: locked
36
Operation

5.8 Reset door control unit to default setting

Via service terminal
1. Activate service mode and connect service terminal with the door control unit.
2. In the service menu, select system setup > default settings > choice > reset.
The door control unit settings are reset to default settings.
Via reset button
1. Remove the covering of the emergency button.
2. Press reset button (see page 41) for approximately ten seconds.
The door control unit settings are reset to default settings.
3. Insert covering.

5.9 Display software version

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1. Activate service mode and connect service terminal with the door control unit.
2. In the service menu, select diagnosis > version > display.
The software version of the door control unit is displayed.
37
Operation
38
Terminal connection diagram

6 Terminal connection diagram

6.1 Contents

Door control units ........................................................................................................41
TZ320 door control unit, TZ320N (KL, jumper, locking devices) Instructions for the terminal connection diagram Door control unit TZ320BS, TZ320BSN Door control unit TZ320, TZ320N Door control unit TZ320B, TZ320BN Door control unit TZ320S, TZ320SN
GEZE bus ......................................................................................................................48
GEZE bus with TZ320 (all specifications) GEZE bus with TE220, VATSN220 and TZ320
Safety circuit (indirect release) ...................................................................................50
Interlocking elements...................................................................................................51
Holding magnet MA500 (1-flanked doors) Holding magnet MA500 (2-flanked doors) Emergency exit opener TYP331U DIN right/left (1-flanked doors) Emergency exit opener TYP331U DIN right/left (2-flanked doors) Emergency exit opener TYP331 DIN right/left (1-flanked doors) Emergency exit opener TYP331 DIN right (2-flanked doors) Emergency exit opener TYP331 DIN left (2-flanked doors) Emergency exit opener TYP332 (1-flanked doors) Emergency exit opener TYP332 (2-flanked doors)
Emergency button ........................................................................................................55
External emergency button NOT220 Unlocking via fire alarm, hazard alarm and smoke and heat venting systems
Key-operated push button ...........................................................................................57
Key-operated push button SCT220 External key-operated push button SCT, SCT221 Key-operated push button with display SCT222
Numerical code lock.....................................................................................................59
Numerical code lock Toplock CTI, CTI B Numerical code lock Toplock CTS V, CTS BV
Terminal box.................................................................................................................60
KL220 terminal box (terminals and locking devices) KL220 terminal box
Locks ............................................................................................................................64
Handle lock HLS Motor lock MLS
Revolving door drive system.......................................................................................69
Revolving door drive system TSA160NT Revolving door drive system Slimedrive EMD
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39
Terminal connection diagram

6.2 Preface

The connection diagrams is valid, if not otherwise marked, for the on-wall and in-wall variants as from TST320, software V1.0 respectively.
Basically, the following applies:
Similar terminal numbers of a device have the same potential. Similar terminal numbers of different devices have the same function.

6.3 Markings

The wirings in these connection diagrams are partly marked as follows:
Colour Until now,
abbreviation is according to DIN
Black sw BK Blue bl BU Brown br BN Violet vi VT Red rt RD Grey gr GY Orange or OG White ws WH Yellow ge YE Pink rs PK Green gn GN Turquoise tk TQ

6.4 Power input

Pay attention to the overall power input when connecting external devices.
Power output for external devices via standard power supply unit:
In-wall variant (NET220): 24 V DC / max. 350 mAOn-wall variant (NT19.2-24): 24 V DC / max. 650 mA
Power output for external devices via external mains supply circuit (Net24-5, logo):
1,3
A
Power output for external devices (terminal boxs): 24 V DC / max. 600 mA
47002
New abbreviation is according
IEC 757
to DIN
Colour Until now,
abbreviation is according
47002
to DIN
New abbreviation is according
IEC 757
to DIN
Consumer load Consumption in
mA (approximate)
TZ320 door control unit (all variants)
Control unit TST320 100 Signal light SLE
KL220 terminal box 80 Flashing light
TT220 door control unit 80 Signal horn with
Holding magnet MA500 250 Alarm horn SLH220 16
130 Numerical code
Consumer load Consumption in
mA (approximate)
50
lock CTI
85
220
90
BLE220
110
flashing light
40
Terminal connection diagram
Door LED
Buzzer
Emergency push button LED
1
2
3
4
J1
J2
1
2
Interface programming
Alarm LEDs
Bolt LED
Sabotage contact
Reset button
Interface Service terminal
F1
X102
X104 (red)
X108 (blue)
X107 (green)
X106 (orange)
J3
1 3 46 45 42 41 2
21211
22 21 1 2 51 50
X105 (BK)
217 151453 52 982265
1234
12
12
Consumer load Consumption in
Emergency exit opener FTÖ331
Emergency exit opener FTÖ332
Relay circuit board RP220 10 Master tableau
Emergency button NSA320/ NOT220
Motor lock MLS 80
Handle lock HLS 210 Smoke switch RS5 19

6.5 Door control units

Consumer load Consumption in
mA (approximate)
160 Key-operated push
button with LED SCT220
105 Tableau unit TE220
MTA220
30 Slave tableau
MTA220 Emergency tableau
(short-term 250)
NTA220
mA (approximate)
30
30
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30
30

6.5.1 TZ320 door control unit, TZ320N (KL, jumper, locking devices)

Jumper
Jumper Position Specification
J1, J2 No indirect release,
internal voltage supply of the safety circuit (delivery status: bridge circuit set on terminal X107 between
+ 8)
7 Indirect release,
external voltage supply of the safety circuit connected to terminal 7
CAN load resistance not set
+ 8 of terminal box X107
1234
J3 CAN load resistance set (delivery status)
41
Terminal connection diagram
Terminal connections
Plug and screw terminals max. cable cross section: 1 mm²
Clamping field Terminal Function (default setting)
X102 – Ribbon cable plug connector for GEZE key-operated
push button without illumination
X104 red clamping field
X105 black clamping field
X106 orange clamping field
X107 green clamping field
X108 blue clamping field
1 GND supply unit 3 24-V-DC supply unit 46 CAN-H, GEZE-bus-communication 45 CAN-L, GEZE-bus-communication 42 RS485-A, communication with KL220, TAN220 41 RS485-B, communication with KL220, TAN220 2 24 V DC 12 Key-operated push button - lock, short-term release,
acknowledge alarm 11 Key-operated push button - unlock, acknowledge alarm 5 Interlocking element, +, 24 V DC 6 Interlocking element, -, GND 14 Feedback signal: Door locked 15 Feedback signal: Door closed 2 24 V DC 2 24 V DC 9 Adjustable input 1 (short-term unlock) 52 Adjustable input 2 (short-term unlock) 53 Adjustable input 3 (fire alarm system) 2 24 V DC 1 GND 7 Indirect release To the connection of 8 Indirect release
2 24 V DC 22 COM, adjustable output 1 (Alarm, closer) 21 NO/NC, adjustable output 1 1 GND 2 24 V DC 51 COM, adjustable output 2 (Door-o. op.cur., 50 NO/NC, adjustable output 2
external emergency button
max. 1 A, 30 V DC
closer) max. 1 A, 30 V DC
Locking device
Description Value Specification
F1 1,5 A, SMF 125 V,
swift
24 V external
42
Terminal connection diagram
Operating controls/indicators
Bolt-LEDDoor-LEDAlarm-LEDEmergency button-LEDBuzzer (100 dB in approx. 50 cm distance)

6.5.2 Instructions for the terminal connection diagram

The instructions apply for the following connection diagram of TZ320 in different specifications.
If no interlocking element is connected (door supervision), there are the following possibilities:
Use door control unit without emergency buttonConnect door control unit with emergency button to terminal box X106 as
follows:
Set between terminals 5 and 6 10-K resistanceSet between terminals 5 and 14 bridge circuit or connect external locked-
signal
Connect to terminals 2 and 15 door contact or set bridge circuit
Rest against terminals 5 and 6 in the unlocked state 12 V (measurement contrary to GND).
1) The mains fuse takes place on site.
2) GEZE mains supply circuit in TZ320N UP = NET220. 500 mA max. 350 mA for peripherals GEZE power supply unit in TZ320N AP = NT19.2-24. 750 mA max. 650 mA for peripherals Divide the primary and secondary sites spatially.
3) In TZ320, the mains supply circuit is installed outside the door control unit.
4) TZ320N UP: Protection class II (do not connect protective conductor) TZ320N AP: Protection class I with protective conductor test in accordance with VDE0100
5) Bridge circuit set in the original condition. During an indirect release, remove bridge circuit and change jumper positions J1 and J2.
6) Default setting: The contact closes in the event of an alarm. The contact is open in the event of power failure. Pay attention to the overall power input.
7) In the on-wall variant, the luster terminal is located on the mounting plate.
8) The contact is closed in a closed door.
9) Set bridge circuit when connecting a GEZE alarm horn or siren.
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43
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
X108 (blue terminal strip)
24 V DC
2
NO/ (NC) output 1 (alarm)
21
22
COM output 1 (max. 30 V, 1 A)
24 V DC
2
1
GND
NO/ (NC) output 2
50
51
COM output 2 (max. 30 V, 1 A)
X104 (red terminal strip)
GND supply unit
1
CAN-H (GEZE-bus)
46
3
24-V-DC supply unit
RS485-A
42
45
CAN-L (GEZE-bus)
41
RS485-B
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
Mains supply circuit
Luster terminal
X102
Plug connector for GEZE Key-operated push button
BK/RD
RD
BN
BU
6 A
2)
1)
BN
BU
L1
N
GN/YE
PE
4)
5)
+
-
NO
COM
NC
1
2
8
7
6
MA500
Door contact
FTÖ331U
+
-
NO
COM
NC
5
14
6
2
Interlocking element connection
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U.
Short-term release via push button, key-operated push button, access control ...
Ribbon cable
SLE220 Signal light
+
-
SLH220 Alarm siren
+
-
OR
Illuminated shield for emergency button
GEZE key-operated push button
TST320
6)
7)
without illumination
Connection to TST320 X102
Connection to Key-operated push button without illumination
Connection to Key-operated push button without TST320 X102
AKRR
RR
5
4
3
NO
COM
NC
15
OR
8)
9)
To other TZ (option)
To KL220 (option)
5051221222
X108
1
X108 (blue)
8712
X107
X107 (green)
5614152295253
X106
X106 (orange)
414245463
X104
1
X104 (red)
X102
X102
1
J1
J2
2
3
4
J1 J2
F1
F1
Terminal connection diagram
6.5.3 Door control unit TZ320BS³, TZ320BSN
For instructions regarding the connection diagram see page 43.
44
Terminal connection diagram
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
X104 (red terminal strip)
GND supply unit
CAN-H (GEZE-bus)
46
3
24-V-DC supply unit
RS485-A
42
45
CAN-L (GEZE-bus)
41
RS485-B
Mains supply circuit
Luster terminal
BK/RD
RD
BN
BU
6 A
2)
1)
BN
BU
L1
N
GN/YE
PE
4)
+
-
NO
COM
NC
2
8
7
6
MA500
Door contact
FTÖ331U
+
-
NO
COM
NC
5
14
6
2
Short-term release via push button, key-operated push button, access control ...
TST320
7)
X108 (blue terminal strip)
24 V DC
2
21
22
24 V DC
2
GND
50
51
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
X105 (black terminal strip)
24 V DC
2
SCT unlock, acknowledge
11
12
SCT lock, short-term release, acknowledge
5)
SCT320 external key-operated push button
COM
2
Left closed
11
12
Right closed
SLE220 Signal light
+
-
SLH220 Alarm siren
+
-
OR
(Option)
(Option)
AKRR
RR
5
4
3
NO
COM
NC
15
OR
NO/ (NC) output 1 (alarm)
COM output 1 (max. 30, V 1 A)
NO/ (NC) output 2
COM output 2 (max. 30, V 1 A)
6)
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U.
8)
9)
Interlocking element connection
To other TZ (option)
To KL220 (option)
1
1
1
5051221222
X108
1
X108 (blue)
8712
X107
X107 (green)
5614152295253
X106
X106 (orange)
21211
X105
X105 (black)
414245463
X104
1
X104 (red)
X102
X102
1
J1
J2
2
3
4
J1 J2
F1
F1

6.5.4 Door control unit TZ320, TZ320N

Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
For instructions regarding the connection diagram see page 43.
45
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
X104 (red terminal strip)
GND supply unit
CAN-H (GEZE-bus)
46
3
24-V-DC supply unit
RS485-A
42
45
CAN-L (GEZE-bus)
41
RS485-B
Mains supply circuit
Luster terminal
X102
Plug connector for GEZE Key-operated push button
BK/RD
RD
BN
BU
6 A
2)
1)
BN
BU
L1
N
GN/YE
PE
4)
+
-
NO
COM
NC
2
8
7
6
MA500
Door contact
FTÖ331U
+
-
NO
COM
NC
5
14
6
2
Short-term release via push button, key-operated push button, access control ...
Ribbon cable Illuminated shield for emergency button
TST320
7)
without illumination
Connection to TST320 X102
X108 (blue terminal strip)
24 V DC
2
21
22
24 V DC
2
GND
50
51
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
X105 (black terminal strip)
24 V DC
2
SCT unlock, acknowledge
11
12
SCT lock, short-term release, acknowledge
5)
SLE220 Signal light
+
-
SLH220 Alarm siren
+
-
OR
(Option)
(Option)
AKRR
RR
5
4
3
NO
COM
NC
15
OR
NO/ (NC) output 1 (alarm)
COM output 1 (max. 30 V, 1 A)
NO/ (NC) output 2
COM output 2 (max. 30 V, 1 A)
6)
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U.
8)
9)
Interlocking element connection
SCT320 external key-operated push button
COM
2
Left closed
11
12
Right closed
To other TZ (option)
To KL220 (option)
1
1
1
5051221222
X108
1
X108 (blue)
8712
X107
X107 (green)
5614152295253
X106
X106 (orange)
21211
X105
X105 (black)
414245463
X104
1
X104 (red)
X102
X102
1
J1
J2
2
3
4
J1 J2
F1
F1

6.5.5 Door control unit TZ320B, TZ320BN

Terminal connection diagram
For instructions regarding the connection diagram see page 43.
46
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
X108 (blue terminal strip)
24 V DC
2
21
22
24 V DC
2
GND
50
51
X104 (red terminal strip)
GND supply unit
CAN-H (GEZE-bus)
46
3
24-V-DC supply unit
RS485-A
42
45
CAN-L (GEZE-bus)
41
RS485-B
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
Mains supply circuit
Luster terminal
X102
Plug connector for GEZE Key-operated push button
BK/RD
RD
BN
BU
6 A
2)
1)
BN
BU
L1
N
GN/YE
PE
4)
5)
+
-
NO
COM
NC
2
8
7
6
MA500
Door contact
FTÖ331U
5
4
3
+
-
NO
COM
NC
NO
COM
NC
5
14
6
15
2
Interlocking element connection
Short-term release via push button, key-operated push button, access control ...
Ribbon cable
SLE220 Signal light
+
-
SLH220 Alarm siren
+
-
OR
GEZE key-operated push button
TST320
7)
OR
without Illumination
Connection to TST320 X102
(Option)
(Option)
AKRR
RR
NO/ (NC) output 1 (alarm)
COM output 1
NO/ (NC) output 2
COM output 2
6)
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U.
8)
9)
To other TZ (option)
To KL220 (option)
1
1
1
5051221222
X108
1
X108 (blue)
8712
X107
X107 (green)
5614152295253
X106
X106 (orange)
414245463
X104
1
X104 (red)
X102
X102
1
J1
J2
2
3
4
J1 J2
F1
F1
Terminal connection diagram

6.5.6 Door control unit TZ320S, TZ320SN

Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
For instructions regarding the connection diagram see page 43.
47
Terminal connection diagram

6.6 GEZE bus

X104
X104
(red)
1
414245463
J3
1
J3

6.6.1 GEZE bus with TZ320 (all specifications)

2
12
J3
TZ320 CAN 1
CAN-L (GEZE bus)
45 46
X104 (red terminal strip)
J3
1)
2)
CAN-H (GEZE bus)
12
TZ320 CAN 2
CAN-L (GEZE bus)
CAN-H (GEZE bus)
45 46
12
J3
TZ320
CAN 3
CAN-L (GEZE bus)
CAN-H (GEZE bus)
45 46
*) *) *) *)*)
J3
12
TZ320 CAN 4
45 46
CAN-L (GEZE bus)
CAN-H (GEZE bus)
J3
12
TZ320 CAN 5
45 46
CAN-L (GEZE bus)
CAN-H (GEZE bus)
J3
12
TZ320
CAN 6
45 46
CAN-L (GEZE bus)
CAN-H (GEZE bus)
*) On site terminal block On site 2-fold luster terminal
1)
J3
TZ320 CAN 40
45 46
12
CAN-L (GEZE bus)
CAN-H (GEZE bus)
1) Jumper setting "1-2" in jumper 3 of TST320 = load resistance set (original condition). Set the jumper "outwards" if the door control unit is not the last member in the BUS system.
2) CAN 1-63 = CAN-bus-address. This must be set differently for each door control unit. The setting of the CAN address takes place via the service terminal ST220.
Maximum length per BUS line = 900 mMaximum number of members per BUS line = 63The load resistance must be set in the first and last members in the BUS assembly
48
Terminal connection diagram
X104 (red terminal strip)
Dongle VAT220SN
BN
WH
Dongle VAT220SN
CAN-H (GEZE bus)
CAN-L (GEZE bus)
45 46
CAN-H (GEZE bus)
46
45
CAN-L (GEZE bus)
VAT220SN / building system
Tableau TE220 X1
CAN-H (GEZE bus)
CAN-L (GEZE bus)
45 46
CAN-H (GEZE bus)
CAN-L (GEZE bus)
45 46
CAN-H (GEZE bus)
CAN-L (GEZE bus)
45 46
CAN-H (GEZE bus)
CAN-L (GEZE bus)
45 46
CAN-H (GEZE bus)
CAN-L (GEZE bus)
45 46
CAN-H (GEZE bus)
CAN-L (GEZE bus)
45 46
TZ320 CAN 1
TZ320 CAN 2
TZ320
CAN 3
TZ320
CAN 4
TZ320 CAN 5
TZ320 CAN 6
TZ320 CAN 40
J3
12
12
J3
12
J3
12
J3
12
J3
12
J3
12
J3
12
J1 MTA220
3
3)
4)
1)
1)
2)
5)
*) *) *) *) *)*)
*) On site terminal block On site 2-fold luster terminal

6.6.2 GEZE bus with TE220, VATSN220 and TZ320

Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
1) Jumper setting "1-2" in jumper 3 of TST320 = load resistance set (original condition). Set the jumper "outwards" if the door control unit is not the last member in the BUS system.
2) CAN 1-63 = CAN-bus-address. This must be set differently for each door control unit. The setting of the CAN address takes place via the service terminal ST220.
3) On delivery, a 120-ohm load resistance is fixed on the dongle of VAT220SN. Remove the load resistance if VAT is not the last member in the BUS system.
4) Jumper setting "1-2" in the master tableau MTA220 of the tableau unit TE220 = load resistance is not set.
Set the jumper on "2-3" if the tableau is the last member in the BUS system.
5) Use the emergency button of TE220 for unlocking the door control units only.
Maximum length per BUS line = 900 mMaximum number of members per BUS line = 63Maximum number of TE220 per BUS line = 5Maximum number of VAT220SN per BUS line = 2The load resistance must be set in the first and last members in the BUS assemblyThe arrangement of the members can be arbitrary. The tableau and VAT220SN can be
arranged at any desired location in the BUS system
49
Terminal connection diagram
(green terminal strip)
indirect release
indirect release
78
indirect release
indirect release
indirect release
indirect release
indirect release
indirect release
+-
ext. Mains supply circuit
1)
*)
78 78 78
TZ320, door 2 TZ320, door 3 TZ320, door xx
X107
X107 X107 X107
TZ320, door 1
J1, J2
1234
Set jumper 1 and 2 in all TZs on external voltage supply.
2)
2)
2)
2)
2)
1
2
(NC)
1
2
Switching element with 1 opener contact
max.250V/1,2W
X1 (-)
Element with LED
X2 (+)
RD
BK
RD
BK
NOT220, emergency button
*) *) *)
Circuit 1
Circuit 2

6.7 Safety circuit (indirect release)

The safety circuit is a separate loop for security-relevant (indirect) release of several door control units in connection with a central emergency button.
1) Use the mains supply circuits NET220 No. 087243 and NT19.2-24 No. 089862 only. Voltage supply of the safety circuit from TZ320 is prohibited.
2) Condense the wires in the connection room.
Maximum length of the safety circuit = 400 mCurrent drain for the safety circuit per TZ320 approx. 20 mA
50
Terminal connection diagram

6.8 Interlocking elements

In several interlocking elements, connect the spooling in parallel and the feedback signals in array.
5614152295253
X106

6.8.1 Holding magnet MA500 (1-flanked doors)

TST320 X106 (orange terminal strip)
Locking mechanism +
Locking mechanism -
Door locked
24 V DC
Door closed
24 V DC
X106 (orange)
5
6
14
2
15
2
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
MA500
+
-
NO
COM
NC
Door contact

6.8.2 Holding magnet MA500 (2-flanked doors)

TST320 X106 (orange terminal strip)
Locking mechanism +
Locking mechanism -
Door locked
24 V DC
Door closed
5
6
14
2
15
AB
MA500
Door contact
+
-
NC
COM
NO
Contact closed, if the door is closed
MA500
A
B
Door contact
Contact closed, if the door is closed
+
-
NC
COM
NO
51
Terminal connection diagram
1
TST320 X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
2
24 V DC
2
8
7
6
FTÖ331U
5
4
3
+
-
NO
COM
NC
NO
COM
NC
Caution: Disconnect red bridge circuit (1-7)
AKRR
RR
TST320 X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
2
8
7
6
FTÖ331U
5
4
3
+
-
NO
COM
NC
NO
COM
NC
Caution: Disconnect red bridge circuit (1-7) in both FTÖs.
AKRR
RR
2
8
7
6
FTÖ331U
5
4
3
+
-
NO
COM
NC
NO
COM
NC
AKRR
RR
A
B
A
B
1 1
TST320 X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
2
24 V DC
5
6
3
2
FTÖ331 right DIN
RD
GN
BU
+
-
NO
COM
NC
NO
COM
NC
2
4
5
6
FTÖ331 left DIN
RD
GN
BU
+
-
NO
COM
NC
NO
COM
NC
5
14
6
15
2
AKRR
RR
1
1

6.8.3 Emergency exit opener TYP331U DIN right/left (1-flanked doors)

6.8.4 Emergency exit opener TYP331U DIN right/left (2-flanked doors)

6.8.5 Emergency exit opener TYP331 DIN right/left (1-flanked doors)

52
Terminal connection diagram
TST320 X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
2
4
5
6
RD
GN
BU
+
-
NO
COM
NC
NO
COM
NC
AKRR
RR
+
-
NO
COM
NC
NO
COM
NC
AKRR
RR
FTÖ331 left DIN
FTÖ331 left DIN
2
4
5
RD
GN
BU
6
A
B
A
B
1
1
TST320 X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
2
24 V DC
2
4
5
6
FTÖ332
3
+
-
NO
COM
NC
AKRR
RR
Relay circuit board RP220, No. 102355
51
NO
55
52
COM
53
54
NC
1
+
-

6.8.6 Emergency exit opener TYP331 DIN right (2-flanked doors)

TST320 X106 (orange terminal strip)
Locking mechanism +
Locking mechanism -
Door locked
24 V DC
Door closed
FTÖ331 right DIN
5
6
14
2
15
5
6
3
2
RD
GN
BU
+
-
NO
COM
NC
NO
COM
NC
AKRR
RR
FTÖ331 right DIN
A
B
A
B

6.8.7 Emergency exit opener TYP331 DIN left (2-flanked doors)

5
6
3
2
11
RD
GN
BU
+
-
NO
COM
NC
NO
COM
NC
AKRR
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
RR

6.8.8 Emergency exit opener TYP332 (1-flanked doors)

53
Terminal connection diagram

6.8.9 Emergency exit opener TYP332 (2-flanked doors)

A
TST320 X106 (orange terminal strip)
Locking mechanism +
Locking mechanism -
Door closed
24 V DC
24 V DC
Door locked
5
6
15
2
2
14
B
FTÖ332
1
+
2
-
4
NO
COM
NC
RR
AKRR
5
6
3
FTÖ332
1
A
B
+
-
2
NO
4
RR
COM
5
NC
6
3
AKRR
Relay circuit board RP220
51
52
53
54
55
+
-
COM
NC
NO
Relay circuit board RP220
51
52
53
54
55
+
-
COM
NC
NO
54
Terminal connection diagram
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
+
-
NO
COM
NC
1
2
8
7
6
MA500
Door contact
FTÖ331U
+
-
NO
COM
NC
5
14
6
2
Caution: Disconnect red bridge circuit (1-7)
in FTÖ 331U!
TST320
24 V DC
2
indirect release
7
1
indirect release
8
AKRR
RR
5
4
3
NO
COM
NC
15
OR
1234
J1, J2
X107 (green terminal strip)
2)
GND
3)
3)
Switching element with 1 Opener contact
Element with LED
RD BK
BK
NOT220, emergency button
Circuit 1
Circuit 2
max.250V/1,2W
X2 (+)X1 (-)
(NC)
2
112

6.9 Emergency button

For the safety of indirect release, run two cables between the external emergency buttons.
J1 J2
J1
1
2
1234
3
4
J2
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
X108 (blue)
5051221222
5614152295253
X106 (orange)
X107 (green)
X107
X108
1
8712
X106

6.9.1 External emergency button NOT220

Variant with an emergency button
1) Only emergency buttons authorised by GEZE must be used.
2) Set jumper 1-2 of TST320 on external voltage supply.
3) Condense the wires in the connection room.
55
Terminal connection diagram
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
+
-
NO
COM
NC
1
2
8
7
6
MA500
Door contact
FTÖ331U
+
-
NO
COM
NC
5
14
6
2
Caution: Disconnect red bridge circuit (1-7)
in FTÖ 331U
TST320
AKRR
RR
5
4
3
NO
COM
NC
15
OR
1234
J1, J2
2)
24 V DC
2
indirect release
7
1
indirect release
8
X107 (green terminal strip)
GND
3)
3)
Switching element with
1 opener contact
Element with LED
RD BK
BK
NOT220, emergency button
Circuit 1
Circuit 4
max.250V/1,2W
X2 (+)X1 (-)
(NC)
21
1
2
3) Switching element with
1 opener contact
Element with LED
NOT220, emergency button
max.250V/1,2W
X2 (+)X1 (-)
(NC)
21
1
2
Circuit 2
Circuit 3
BK
RD
BK
Variant with two emergency buttons
1) Only emergency buttons authorised by GEZE must be used.
2) Set jumper 1-2 of TST320 on external voltage supply.
3) Condense the wires in the connection room.
If other emergency buttons are connected, connect lamps in parallel and the opener contacts in array.

6.9.2 Unlocking via fire alarm, hazard alarm and smoke and heat venting systems

An on-site emergency button is necessary.
2
9
52
53
Burglar alarm system Hazard alarm system Smoke and heat venting system
NC
COM
56
TZ320
X106 (orange terminal strip)
24 V DC
Input 1 (Short-term unlock)
Input 2 (Short-term unlock)
Input 3 (fire alarm system)
Set input 3 of TZ320 on:
Fire alarm system (default setting)Low-active (opener)
Before connection, set input on "disabled" or else alarm is triggered off. Set the input on "high-active" if a closer contact for unlocking is available on the fire alarm, hazard alarm and smoke and heat venting systems. If input 3 is allocated, entries 1 and 2 of the door control unit as well as entries 1 to 4 of KL220 can also be used for this function.
Terminal connection diagram
SCT220
COM
L
Left closed
2
Right closed
X106 (orange terminal strip)
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
TZ320
1

6.10 Key-operated push button

5614152295253
X106

6.10.1 Key-operated push button SCT220

X106 (orange)
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
SCT220 No. 94169, UP Jung ST550 (outlet)SCT220 No. 94170, UP Jung LS990 stainless steel

6.10.2 External key-operated push button SCT, SCT221

TZ320
X106 (orange terminal strip)
24 V DC
Input 1 (Short-term unlock)
Input 2 (Short-term unlock)
Input 3 (fire alarm system)
SCT No. 117996 + 024467 UP AS500SCT No. 117996 + 024467 + 120503 AP AS500SCT221 No. 054240 + 024467 without PHZ UPSCT221 No. 054532 + 024467 without PHZ APSCT221 No. 054245 + 024467 with PHZ UPSCT221 No. 054533 + 024467 with PHZ AP
In the default setting, inputs 1 and 2 are set on "short-term unlock", that means that
control devices can be connected to these inputs
Set the output accordingly if the control devices for short-term unlock are connected to
output 3
2
9
52
53
SCT
COM
NO
57
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
X104 (red terminal strip)
GND supply unit
CAN-H (GEZE-bus)
46
3
24-V-DC supply unit
RS485-A
42
45
CAN-L (GEZE-bus)
41
RS485-B
Mains supply circuit
Luster terminal
X102
Plug connector for GEZE Key-operated push button
BK/RD
RD
BN
BU
6A
2)
1)
BN
BU
L1
N
GN/YE
PE
4)
+
-
NO
COM
NC
2
8
7
6
MA500
Door contact
FTÖ331U
+
-
NO
COM
NC
5
14
6
2
Interlocking element connection
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U
Ribbon cable
GEZE key-operated push button
TST320
7)
without Illumination
Connection to TST320 X102
X108 (blue terminal strip)
24 V DC
2
NO (alarm)
21
22
COM alarm relay 1
24 V DC
2
GND
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
X105 (black terminal strip)
24 V DC
2
SCT unlock, acknowledge
11
12
SCT lock, short-term release, acknowledge
5)
6)
AKRR
RR
5
4
3
NO
COM
NC
15
OR
Right contact
Left contact
NO
COM
NO
COM
Yellow LED
- LED yellow
1
+ LED yellow
Green-red LED
+ LED red
5
3
+ LED green
4
- LED red/green
Relay circuit board RP220 Nr. 102355
51
NO
55
52
COM
53
54
NC
56
57
58
NO
COM
NC
SCT222
1
1
1
2
+
-
5051221222
X108
1
X108 (blue)
8712
X107
X107 (green)
5614152295253
X106
X106 (orange)
21211
X105
X105 (black)
414245463
X104
1
X104 (red)
X102
X102
1
J1
J2
2
3
4
J1 J2
F1
F1
Terminal connection diagram

6.10.3 Key-operated push button with display SCT222

In addition, the relay plate RP220 is necessary for the connection of SCT222.
Note see page 43.
SCT222 UP No. 100064SCT222 AP No. 100065
58
Terminal connection diagram
X106 (orange terminal strip)
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
Top l oc k
TZ320
GND
1
X108 (blue terminal strip)
-
+
COM
NO
X106 (orange terminal strip)
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
TZ320
CTS V, CTS BV
KL2
KL3
COM
NO
PE
N
L
PE
N
L
KL1
Active unit

6.11 Numerical code lock

5614152295253
X106

6.11.1 Numerical code lock Toplock CTI, CTI B

X106 (orange)
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
Toplock CTI No. 090061Toplock CTI B No. 090063

6.11.2 Numerical code lock Toplock CTS V, CTS BV

Toplock CTS V No. 090077Toplock CTS BC No. 090079
In the default setting, inputs 1 and 2 are set on "short-term unlock", that means that
control devices can be connected to these inputs.
Set the output accordingly if the control devices for short-term unlock are connected to
output 3
59
Terminal connection diagram

6.12 Terminal box

6.12.1 KL220 terminal box (terminals and locking devices)

Typ: NT19.2-24-Netzteil Netz: 230V~50Hz 0,25A
24 V DC
RD/BK
Ausgang: 24V= 0.8A Umg.-Temp.: -10 T 50
Mat.Nr.: 089862
3
41 42
21621819 17
X1.1
X2.1
X3.1
29282726252423 2 1
3736353433323130 1
382
Res
230 V AC
BU/BN
F1
Indicators
Operating LED
Locking device
Description Value Specification
F1 1 A, SMF 125 V, swift 24 V external Reserve (Res) 1 A, SMF 125 V, swift 24 V external
60
Terminal connection diagram
Terminal connections
Plug and screw terminals X1, X2 max. cable cross section: 1 mm²
Clamping field Terminal Function (default setting)
X1.1 1 GND supply unit
3 24-V-DC supply unit 41 RS485-B, communication with TST320 42 RS485-A, communication with TST320 2 24 V DC 16 Adjustable input 1 (burglar alarm system) 17 Adjustable input 2 (time-switch) 2 24 V DC 18 Adjustable input 3 (unlock) 19 Adjustable input 4 (lock)
X2.1 1 GND
2 24 V DC 23 NO adjustable output 1 (OM drive, closer) 24 COM adjustable output 1 25 NO adjustable output 2 (Drive control, closer) 26 COM adjustable output 2 27 NO adjustable output 3 (Locked, closer) 28 COM adjustable output 3 29 NC adjustable output 3
X3.1 2 24 V DC
1 GND 30 NO adjustable output 4 (Door state, closer) 31 COM adjustable output 4 32 NC adjustable output 4 33 NO adjustable output 5 (Sabotage, closer) 34 COM adjustable output 5 35 NC adjustable output 5 36 NO adjustable output 6 (System fault, closer) 37 COM adjustable output 6 38 NC adjustable output 6
max. 1 A, 30 V DC
max. 1 A, 30 V DC
max. 1 A, 30 V DC
max. 1 A, 30 V DC
max. 1 A, 30 V DC
max. 1 A, 30 V DC
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
61
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
X108 (blue terminal strip)
24 V DC
2
NC output 1 (alarm)
21
22
COM output 1
24 V DC
2
GND
NO/ (NC) output 2
50
51
COM output 2
X104 (red terminal strip)
GND supply unit
CAN-H (GEZE-bus)
46
3
24-V-DC supply unit
RS485-A
42
45
CAN-L (GEZE-bus)
41
RS485-B
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
X102
Plug connector for GEZE Key-operated push button
5)
+
-
NO
COM
NC
2
8
7
6
MA500
Door contact
FTÖ331U
+
-
NO
COM
NC
5
14
6
2
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U
Short-term release via push button, key-operated push button, access control ...
SLE220 Signal light
+
-
SLH220 Alarm siren
+
-
OR
Illuminated shield for emergency button
GEZE key-operated push button
TST320
6)
without Illumination
Connection to TST320 X102
Connection to Key-operated push button without Illumination
Connection to Key-operated push button without TST320 X102
5
4
3
NO
COM
NC
15
OR
X1.1
GND supply unit
RS485-B
41
3
24-V-DC supply unit
24 V DC
2
42
RS485-A
16
Input 1 (burglar alarm system)
Ter m in a l
BK/RD
RD
6 A
1)
BN
BU
L1
N
Input 2 (time-switch)
17
Output 3 (unlock)
18
2
24 V DC
19
Output 4 (lock)
X2.1
GND
NO-output 1
23
2
24 V DC
25
24
COM-output 1
26
27
29
28
X3.1
24 V DC
2
30
GND
32
31
33
34
36
35
37
(OM drive) (Closer)
NO-output 2
COM-output 2
(Drive control) (Closer)
NO-output 3
COM-output 3
(Locked) (Closer)
NC-output 3
38
NO-output 4
COM-output 4
(Door state) (Closer)
NC-output 4
NO-output 5
COM-output 5
(Sabotage) (Closer)
NC-output 5
NO-output 6
COM-output 6
(System fault) (Closer)
NC-output 6
TZ320BS
Mains supply circuit
2)
BN
BU
KL220, KL
Burglar alarm system (option)
Unlock (option)
9)
8)
(Option)
To other TZ (option)
To other TZ (option)
1
1
1
1
1
1
3736353433323130 1
X3.1
382
29282726252423 2 1
X2.1
X2.1
X1.1
34142216218
19
17
1
X1.1
F1
F1
Res
Res
X3.1
Ausgang: 24V= 0.8A
Typ: NT19.2-24-Netzteil Netz: 230V~50Hz 0,25A
Umg.-Temp.: -10 T 50 Mat.Nr.: 089862
230V AC
BU/BN
24V DC
RD/BK
5051221222
X108
1
X108 (blue)
8712
X107
X107 (green)
5614152295253
X106
X106 (orange)
21211
X105
X105 (black)
414245463
X104
1
X104 (red)
X102
X102
J3
2
1
J3
F1
F1
Terminal connection diagram

6.12.2 KL220 terminal box

The KL220 terminal box can be installed in order to expand the system by four inputs and six outputs.
62
Terminal connection diagram
1) The mains fuse takes place on site.
2) GEZE mains supply circuit NT19.2-24. 600 mA max. for periphery protection class II
The voltage supply of TZ320 must take place via the mains supply circuit of KL220.
5) Bridge circuit set in the original condition.
During an indirect release, remove bridge circuit and change jumper positions J1 and J2.
6) Default setting:
The contact closes in the event of an alarm. The contact is open in the event of power failure. Pay attention to the overall power input.
8) The contact is closed in a closed door.
9) Set bridge circuit when connecting a GEZE alarm horn or siren.
All outputs and inputs of the door control unit and terminal box are freely adjustable via
the service terminal
All outputs can be allocated with the same functionsIn addition, each output can be set as "closer contact", "opener contact" or "disabled"
(closer = default setting)
All inputs can be allocated with the same functionsIn addition, each input can be set as "high-active (= closer)", "low-active (= opener) or
"disabled"
"High-active" = The input connects as soon as the input is closed (default setting)."Low-active" = The input connects as soon as the input is opened"Disabled" = The output or input are without function
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
63
Terminal connection diagram
X106 (orange terminal strip)
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (handle)
53
52
Input 2 (Short-term unlock)
X108 (blue terminal strip)
24 V DC
2
NC output 1 (OM drive)
21
22
COM output 1
24 V DC
2
GND
NO output 2 (door-o. op.cur.)
50
51
COM output 2
TST320
black wire
Solenoid -
COM motor lock
red/blue wire
grey/pink wire
NO motor lock
COM handle
green wire
blue wire
NO handle
Option 3
Connecting cable lock
1)
Solenoid +
red wire
Option 2
Option 1
1

6.13 Locks

In addition, pay attention to the installation and operating instructions of the motor and handle locks (No. 103672).
X102
F1
X104 (red)
X107 (green)
J3

6.13.1 Handle lock HLS

X107
X104
1
F1
8712
J3
1
2
X106
414245463
X102
X105
21211
X108
X105 (black)
X108
1
(blue)
5051221222
5614152295253
X106 (orange)
TST320 on HLS (voltage supply from TST320)
1) The voltage supply of HLS takes place via the control system TST320.
Pay attention to the maximum power input of TST320.
Options:
1: Connect output 2 of TST320 to the magnet inductor (black wire) if the door control
unit is in "continuous unlock" and the HLS should be "coupled".
For this function, set output 1 on "OM drive".
2: The output "motor lock" (red/blue + grey/pink wires) of HLS can be connected to an
adjustable output of TST320 (terminals 2 + 52 or 53). Mode of operation: A short-term release is triggered on the door control unit when the cylinder is activated using the key.
3: The output "handle" (green + blue wire) of HLS can be connected to an adjustable
output of TST320 (terminals 2 + 52 or 53).
Mode of operation: "Pre-alarm" is triggered off when the handle is activated in locked door control unit.
For this function, set the input of TST on "handle".
64
Terminal connection diagram
TST320 on HLS (voltage supply from separate mains supply circuit)
TST320
X108 (blue terminal strip)
24 V DC
COM output 1
NC output 1 (OM drive)
GND
24 V DC
COM output 2
NO output 2 (Short-term unlock)
X106 (orange terminal strip)
24 V DC
Input 1 (Short-term unlock)
Input 2 (Short-term unlock)
Input 3 (handle)
NT 6.3.24, mains supply circuit
RD
+
BK/RD
-
2
22
Option 1
21
1
2
51
50
2
9
52
53
Connecting cable lock
L N
black wire
red wire
Option 2
red/blue wire
grey/pink wire
Option 3
green wire
blue wire
1)
Solenoid -
Solenoid +
COM motor lock
NO motor lock
COM handle
NO handle
1) The voltage supply of HLS takes place via the detached mains supply circuit NT6.3-24 (no.
109637).
Options:
1: Connect output 2 of TST320 to the magnet inductor (red wire) if the HLS should be in
"coupled" and the door control unit is in "permanent unlock".
For this function, set output 1 on "OM drive".
2: The output "motor lock" (red/blue + grey/pink wire) of HLS can be connected to an
adjustable input of TST320 (terminals 2 + 52 or 53).
Mode of operation: A short-term release is triggered on the door control unit when the cylinder is activated using the key.
3: The output "handle" (green + blue wire) of HLS can be connected to an adjustable
input of TST320 (terminals 2 + 52 or 53).
Mode of operation: "Pre-alarm" is triggered off when the handle is activated in a locked door control unit.
For this function, set the input of TST on "handle".
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
In order to couple the lock for the duration of the short-term release time set on the door control unit, set output 2 of TST320 on "short-term unlock".
65
Terminal connection diagram
TST320 on HLS (control via the motor lock)
TST320
X104 (red terminal strip)
GND supply unit
24-V-DC supply unit
CAN-H (GEZE-bus)
X106 (orange terminal strip)
Locking mechanism +
Locking mechanism -
Door locked
24 V DC
Door closed
24 V DC
Input 1 (Short-term unlock)
Input 2 (motor lock)
Input 3 (handle)
1
3
46
5
6
14
2
15
2
9
52
53
BK/RD
RD
2)
Mains supply circuit
BN
BU
4)
Luster terminal
MA500
+
-
NO
COM
NC
8)
Door contact
Connecting cable lock
7)
1)
6 A
BN
BU
GN/YE
5
6
14
2
OR
15
L1
N
PE
FTÖ331U
+
2
-
8
NO
7
AKRR
COM
6
NC
5
NO
4
RR
COM
3
NC
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U.
COM motor lock
NO motor lock
COM handle
NO handle
Solenoid -
Solenoid +
X108 (blue terminal strip)
24 V DC
COM output 1
NC output 1 (OM drive)
GND
24 V DC
COM output 2
NO output 2 (Short-term unlock)
X107 (green terminal strip)
24 V DC
GND
Indirect release
Indirect release
red/blue wire
grey/pink wire
Option 2
2
22
Option 1
21
1
2
51
50
2
1
7
8
5)
green wire
blue wire
black wire
red wire
For instructions regarding the connection diagram see page 43.
In order to couple the lock for the duration of the short-term release time set on the door control unit, set output 2 of TST320 on "short-term unlock".
With the variant, key-operated push button on the door control unit is not necessary. Changeover of the mode of operation (unlock/lock/short-term unlock) takes place via the motor lock.
Actuation of the cylinder:
< 3 seconds = short-term unlock3 - 8 seconds = unlock> 8 seconds = service mode
(Details from the state "unlock". In the case of an unlocked system, it is, first of all, locked.)
66
Terminal connection diagram
Options:
1: Connect output 1 of TST320 to the magnet inductor (red wire) if the HLS should be in
"coupled" and the door control unit is in "permanent unlock". For this function, set output 1 on "OM drive".
2: The output "handle" (green + blue wire) of HLS can be connected to an adjustable
input of TST320 (terminals 2 + 52 or 53). Mode of operation: "Pre-alarm" is triggered off when the handle is activated in a locked door control unit. For this function, set the input of TST on "handle".

6.13.2 Motor lock MLS

TST320 on MST210
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
TST320
X108 (blue terminal strip)
24 V DC
COM output 1
NC output 1 (OM drive)
GND
24 V DC
COM output 2
NO output 2 (door-o. op.cur.)
X106 (orange terminal strip)
24 V DC
Input 1 (Short-term unlock)
Input 2 (Short-term unlock)
Input 3 (handle)
NT 6.3.24, mains supply circuit
RD
BK/RD
2
22
Option 1
21
1
2
51
50
2
9
52
53
1)
MST210, motor control system
OR
X7
X6
X8 Option 2
X2
+
-
1
3
2
5
2
4
24
25
Option 3
17
16
1)
L N
GND in
24-V-DC supply unit
24 V DC
Release
24 V DC
Day / night
COM motor lock
NO motor lock
COM handle
NO handle
1) Voltage supply of MST210 from the separate mains supply circuit NT6.3-24 No. 109637 or from
the control system TST320. Pay attention to the maximum power input of TST320.
Options:
1: Connect output 2 of TST320 to the input "day/night" of MST210 if the door control unit
is in "permanent unlock" and the motor lock must be on the mode of operation "day".
For this function, set output 1 on "OM drive".
2: The output "motor lock" (terminals 24 + 25) of MST210 can be connected to an
adjustable input of TST320 (terminals 2 + 52 or 53).
Mode of operation: A short-term release is triggered on the door control unit when the cylinder is activated using the key.
3: The output "handle" (terminals 16 + 17) of MST210 can be connected to an adjustable
input of TST320 (terminals 2 + 52 or 53).
Mode of operation: "Pre-alarm" is triggered off when the handle is activated in a locked door control unit.
For this function, set the input of TST on "handle".
67
Terminal connection diagram
MST210, motor lock control system
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (handle)
53
52
Input 2 (motor lock)
X104 (red terminal strip)
GND supply unit
CAN-H (GEZE-bus)
46
3
24-V-DC supply unit
Mains supply circuit
Luster terminal
BK/RD
RD
BN
BU
6 A
2)
1)
BN
BU
L1
N
GN/YE
PE
4)
+
-
NO
COM
NC
2
8
7
6
MA500
Door contact
FTÖ331U
+
-
NO
COM
NC
5
14
6
2
TST320
7)
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
5)
AKRR
RR
5
4
3
NO
COM
NC
15
OR
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U
8)
X108 (blue terminal strip)
24 V DC
2
NC output 1 (OM drive)
21
22
COM output 1
24 V DC
2
GND
NO output 2 (door-o. op.cur.)
50
51
COM output 2
X7
GND in
3
24-V-DC supply unit
X6
24 V DC
2
5
Release
24 V DC
2
4
Day / night
Option 1
X8
COM motor lock
24
25
NO motor lock
X2
COM handle
17
16
NO handle
Option 2
1
1
1
1
TST320 on MST210 (control via the motor lock)
For instructions regarding the connection diagram see page 43.
With the variant, key-operated push button on the door control unit is not necessary. Changeover of the mode of operation (unlock/lock/short-term unlock) takes place via the motor lock.
Actuation of the cylinder:
< 3 seconds = short-term unlock3 - 8 seconds = unlock> 8 seconds = service mode
(Details from the state "unlock". In the case of an unlocked system, it is, first of all, locked.)
Options:
1: Connect output 2 of TST320 to the input "day/night" of MST210 if the door control unit
is in "permanent unlock" and the motor lock must be on the mode of operation "day". For this function, set output 1 on "OM drive".
2: The output "handle" (terminals 16 + 17) of MST210 can be connected to an adjustable
input of TST320 (terminals 2 + 52 or 53). Mode of operation: "Pre-alarm" is triggered off when the handle is activated in a locked door control unit. For this function, set the input of TST on "handle".
68
Terminal connection diagram
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
X104 (red terminal strip)
GND supply unit
1
3
24-V-DC supply unit
Mains supply circuit
Luster terminal
BK/RD
RD
BN
BU
6 A
1)
BN
BU
L1
N
GN/YE
PE
1 2
8
7
6
FTÖ331U
NO
COM
NC
5
6
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U
Short-term release via push button, key-operated push button, access control ...
X108 (blue terminal strip)
24 V DC
2
21
22
24 V DC
2
1
GND
50
51
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
5)
(Option)
AKRR
RR
5
4
3
NO
COM
NC
NO output 1 (OM drive)
COM output 1
NO output 2 (drive control)
COM output 2
3)
X102
Plug connector for GEZE Key-operated push button
ribbon cable
GEZE key-operated push button
TST320
without Illumination
Connection to TST320 X102
KB
24 V DC
2
20
Contact sensor authorised
PS-GF
DO Permanent opening
9
8
AUT Automatic
2
24 V DC
2)
4)
TZ320SN, TZ
DCU5, control system TSA160NT
6)
5051221222
X108
1
X108 (blue)
8712
X107
X107 (green)
5614152295253
X106
X106 (orange)
414245463
X104
1
X104 (red)
1
J1
J2
2
3
4
J1 J2
F1
F1

6.14 Revolving door drive system

6.14.1 Revolving door drive system TSA160NT

Furthermore, pay attention to the connection diagram DCU5 to TSA160NT, Mat.­No. 120062.
TSA160NT on TZ320
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
69
Terminal connection diagram
1) The mains fuse takes place on site.
2) In 2-flanked, connect the door drive systems to the control system of the operation flank.
3) Set output 1 on "door drive system mode of operation".
4) Set output 2 on "door drive system control".
5) Bridge circuit set in the original condition.
Remove the bridge circuit during an indirect release.
6) Disconnect the internal program switch.
Mode of operation: RWS locked
The revolving door drive system is in the mode of operation "night".
The drive system is controlled by actuating the short-term release on the TZ320. The door closes and the door control unit locks after the lapse of the hold-open time set on the drive system.
On the drive system, set the short-term unlock time of TZ320 longer than the hold-open
time.
RWS unlocked
The drive system is in the mode of operation "automatic".
The control devices connected to the drive system are active.
No program switch may be connected to the drive system because the door control unit
takes over the control of the modes of operation. From software version DCU5 V2.1 and hardware version DCU500 Rev. B, the program switches DPS and TPS can be connected to the drive system. In connecting the program switch DPS or TPS, connect output 1 of the door control unit (OM drive) to the adjustable input PE1 or PE2. On the DCU5, set the input PE on "night". On TZ320, set output 1 on "opener".
70
X106 (orange terminal strip)
Locking mechanism +
5
Door locked
14
6
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (short-term unlock)
X104 (red terminal strip)
GND supply unit
3
1
24-V-DC supply unit
Mains supply circuit
Luster terminal
BK/RD
RD
BN
BU
6 A
1)
BN
BU
L1
N
GN/YE
PE
2
1
8
7
6
FTÖ331U
NO
COM
NC
5
6
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U
X108 (blue terminal strip)
24 V DC
2
21
22
24 V DC
2
1
GND
50
51
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
5)
AKRR
RR
5
4
3
NO
COM
NC
NO output 1 (OM drive)
COM Output 1
NO Output 2 (drive control)
COM Output 2
3)
X102
Plug connector for GEZE Key-operated push button
ribbon cable
GEZE key-operated push button
TST320
without Illumination
Connection to TST320 X102
KB
24 V DC
2
20
Contact sensor authorised
PS-GF
DO Permanent opening
9
8
AUT Automatic
2
24 V DC
2)
4)
TZ320SN, TZ
DCU5, control system TSA160NT
6) 15)
Burglar alarm system / hazard alarm system / smoke and heat venting system
NC
COM
TOE
TOEA
31
32
TOEB
+ 24V in
2
- GND in
Mains shut-off circuit board Nr. 067581
Reset
2
1
1
Reset
14)
11)
12)
2)
2)
13)
5051221222
X108
1
X108 (blue)
8712
X107
X107 (green)
5614152295253
X106
X106 (orange)
414245463
X104
1
X104 (red)
X102
X102
1
J1
J2
2
3
4
J1 J2
F1
F1
Terminal connection diagram
TSA160NT inverse on TZ320
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
1) The mains fuse takes place on site.
2) In 2-flanked, connect the door drive systems to the control system of the operation flank.
3) Output 1 = "door drive system mode of operation".
4) Output 2 = "door drive system control".
5) Bridge circuit set in the original condition.
Remove the bridge circuit in the event of an indirect release.
71
Terminal connection diagram
X2.1
GND
NO Output 1
23
2
1
24 V DC
25
24
COM output 1
26
27
29
28
X3.1
GND supply unit
2
30
24 V DC supply unit
32
31
33
34
36
35
37
(OM drive) (Closer)
NO Output 2
COM output 2
(Drive control) (Closer)
NO Output 3
COM output 3
(Locked) (Closer)
NC output 3
38
NO output 4
COM output 4
(Door state) (Closer)
NC output 4
NO output 5
COM output 5
(Sabotage) (Closer)
NC output 5
NO output 6
COM output 6
(System fault) (Closer)
NC output 6
PS-GS
AUT Automatic
8
2
24 V DC
KB
24 V DC
2
20
Contact sensor authorised
PS-GS
AUT Automatic
8
2
24 V DC
KB
24 V DC
2
20
Contact sensor authorised
KL220 KL
OR
1
DCU5, control system
DCU5, control system
6) Disconnect the internal program switch.
No external program switch may be connected to the drive system.
10)In combining RWS with inverse drive system, the inverse drive system takes over the control of
the emergency exit opener. In 2-flanked Connect the drive systems of the emergency exit openers to the corresponding drive system respectively.
11)Bridge the reset input.
12)Parameter "TZ setting" - "inverse door drive" = "available"
13)Output 3 = "fire alarm system" and "low-active"
When setting, the following sequence must be take into consideration:
1. Set input on "disabled".
2. Connect opener contact.
3. Set input on "low-active".
14)On the drive system, set parameter "9" (door opener) on the value "02" (standby current door
opener) or "05" (standby current with tension compression before opening).
15)On the drive system, set parameter "16" (type of drive system) on the value "01" (TSA160NT
inverse).
Voltage supply of the mains shut-off circuit board takes place via terminals 5 + 6 of TST320. The emergency exit opener is also supplied via terminals 5 + 6. For control by means of the drive system, supply via the "output TOE" of the drive system is uninterrupted. In actuating the emergency button, the F-shut-off circuit board is switched off and the emergency exit opener is disconnected from the mains. The door opens via spring tension. Optionally, it can be set on the drive system if the drive system should keep the door shut in a closed position (parameter 17, solenoid valve).
TSA160NT on KL220 terminal box
Use outputs 1 - 6 of terminal box if there are insufficient outputs on TST320 for TSA connection. The setting of the outputs is identical with the settings of the door control unit.
Use the terminals COM and NO in outputs with change-over relay (outputs 4, 5 and 6).
72
Terminal connection diagram
Drive system disconnection in a locking system
TSA160NT
End position push button locking position
DCU5 PE1
5)
2 24 V DC
51 PE1
5) If "locking position" is used for the end position push button, set parameter "12" (input PE1) on
"01" ("locking position"). Without end position push button, set parameter "12" on "00" (default setting).
The safety sensor beads are active for 10 seconds after the door had started the closing operation if the door control unit is actuated in a locked state (drive system in the mode of operation "night").
Shutdown the drive system in a closed position in order to avoid further unintended activations and in order not to trigger off the alarm state. The auxiliary limit switch unit No. 071154 is necessary for this function.
Permanent opening via an internal program switch
DCU5, control system TSA160NT
2)
Switch position "0"
Switch position "2"
Switch position "1"
DO permanent opening
AUT Automatic
24 V DC
24 V DC
Contact sensor authorised
TST320, TZ320
X108 (blue terminal strip)
24 V DC
COM output 1 NO output 1 (OM drive)
GND
24 V DC
COM output 2
NO output 2 (drive control)
Internal program switch
WH
BN
GN
2)
PS-GF
2
3)
4)
22
21
1
2
51
50
9
8
2
KB
2
20
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
2) In 2-flanked, connect the door drive systems to the control system of the operation flank.
3) Set output 1 on "door drive system mode of operation".
4) Set output 2 on "door drive system control".
Use the internal program switch (in connection with RWS disconnected) or a digital program switch in order to adjust the mode of operation "permanent opening" on the drive system.
Mode of operation: RWS locked
Drive system in the mode of operation "night"Program switch without function
RWS unlocked
Internal program switch on position "1" = drive system "permanent opening"Internal program switch on position "2" = drive system "automatic"Internal program switch on position "0" = drive system "night"
73
Terminal connection diagram
Locking mechanism +
5
6
Door locked
14
Locking mechanism -
Door closed
15
2
24 V DC
Input 1 (Short-term unlock)
9
2
24 V DC
Input 3 (fire alarm system)
53
52
Input 2 (Short-term unlock)
X104 (red terminal strip)
GEZE key-operated push button
GND supply unit
3
1
24-V-DC supply unit
Mains supply circuit
Luster terminal
BK/RD
RD
BN
BU
6 A
1)
BN
BU
L1
N
GN/YE
PE
2
1
8
7
6
FTÖ331U
NO
COM
NC
5
6
Caution: Disconnect red bridge circuit (1-7) in FTÖ 331U
Short-term release via push button, key-operated push button, access control ...
X108 (blue terminal strip)
24 V DC
2
21
22
24 V DC
2
1
GND
50
51
X107 (green terminal strip)
24 V DC
2
Indirect release
7
1
GND
8
Indirect release
5)
(Option)
AKRR
RR
5
4
3
NO
COM
NC
NO output 1 (OM drive)
COM output 1
NO output 2 (drive control)
COM output 2
3)
X102
Plug connector for GEZE Key-operated push button
ribbon cable
TST320
without Illumination
Connection to TST320 X102
KB
24 V DC
2
20
Contact sensor authorised
PS
DO permanent opening
9
8
AUT Automatic
6
NA night
2)
4)
TZ320SN, TZ
2
24 V DC
6)
DCU2, control system Slimdrive EMD
X106 (orange terminal strip)
5051221222
X108
1
X108 (blue)
8712
X107
X107 (green)
5614152295253
X106
X106 (orange)
414245463
X104
1
X104 (red)
1
J1
J2
2
3
4
J1 J2
F1
F1

6.14.2 Revolving door drive system Slimedrive EMD

Furthermore, pay attention to the connection diagram DCU2 to Slimdrive EMD, Mat.-No. 107579.
Slimdrive EMD on TZ320
1) The mains fuse takes place on site.
2) In 2-flanked, connect the door drive systems to the control system of the operation flank.
3) Set output 1 on "door drive system mode of operation".
74
Terminal connection diagram
X2.1
GND
NO Output 1
23
2
1
24 V DC
25
24
COM Output 1
26
27
29
28
X3.1
GND supply unit
2
1
30
24-V-DC supply unit
32
31
33
34
36
35
37
(OM drive) (Closer)
NO Output 2
COM Output 2
(Drive control) (Closer)
NO Output 3
COM Output 3
(Locked) (Closer)
NC Output 3
38
NO Output 4
COM Output 4
(Door state) (Closer)
NC Output 4
NO Output 5
COM Output 5
(Sabotage) (Closer)
NC Output 5
NO Output 6
COM Output 6
(System fault) (Closer)
NC Output 6
DCU2
PS
AUT Automatic
8
2
24 V DC
KB
24 V DC
2
20
Contact sensor authorised
DCU2
PS
AUT Automatic
8
2
24 V DC
KB
24 V DC
2
20
Contact sensor authorised
KL220 KL
OR
4) Set output 2 on "door drive system control".
5) Bridge circuit set in the original condition.
Remove the bridge circuit in the event of an indirect release.
6) Disconnect the internal program switch.
Mode of operation: RWS locked
The revolving door drive system is in the mode of operation "night".
The drive system is controlled by actuating the short-term release on the TZ320. The door closes and the door control unit locks after the lapse of the hold-open time set on the drive system.
On the drive system, set the short-term unlock time of TZ320 longer than the hold-open
time.
RWS unlocked
The drive system is in the mode of operation "automatic".
The control devices connected to the drive system are active.
The program switches DPS and TPS can be connected to the drive system (see page 76).
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungTerminal connection diagram
Slimdrive EMD on KL220 terminal box
Use outputs 1 - 6 of the terminal box if there are insufficient outputs on TST320 for the connection of EMD. The setting of the outputs is identical with the settings of the door control unit.
Use the terminals COM and NO for outputs with change-over relay (outputs 4, 5 and 6).
75
Terminal connection diagram
KB
24 V DC
2
20
Contact sensor authorised
PS
DO Permanent opening
9
8
AUT Automatic
6
NA Night
2)
DCU2, control system Slimdrive EMD
2
24 V DC
X108 (blue terminal strip)
24 V DC
2
21
22
24 V DC
2
1
GND
50
51
NC output 1 (OM drive)
COM output 1
NO output 2 (drive control)
COM output 2
6)
4)
TST320, TZ320
Display program switch DPS and button program switch TPS on DCU2
2) In 2-flanked, connect the door drive systems to the control system of the operation flank.
4) Set output 2 on "door drive system control".
6) Set output 1 on "door drive system mode of operation" and "opener".
Only the button program switch (TPS) and the display program switch (DPS) can be connected to the drive system. The DPS is not functional if the door control unit is locked. The mode of operation set on the DPS applies if the door control unit is unlocked.
1. Connect output 1 of TZ320 to the terminal "night" of EMD.
2. Set output relay 1 on "opener".
Permanent opening via an internal program switch
,
DCU2, control system Slimdrive EMD
2)
Switch position "0"
Switch position "2"
Switch position "1"
DO Permanent opening
AUT Automatic
NA Night
24 V DC
24 V DC
Contact sensor authorised
TST320, TZ320
X108 (blue terminal strip)
24 V DC
COM Output 1 NO output 1 (OM drive)
GND
24 V DC
COM Output 2
NO Output 2 (drive control)
Internal program switch
WH
BN
GN
2)
PS
2
3)
4)
22
21
1
2
51
50
9
8
6
2
KB
2
20
2) In 2-flanked, connect the door drive systems to the control system of the operation flank.
3) Set output 1 on "door drive system mode of operation" and "closer".
4) Set output 2 on "door drive system control".
Use the internal program switch (in connection with RWS disconnected) or a digital program switch in order to adjust the mode of operation "permanent opening" on the drive system.
Mode of operation: RWS locked
Drive system in the mode of operation "night"Program switch without function
RWS unlocked
Internal program switch on position "1" = drive system "permanent opening"Internal program switch on position "2" = drive system "automatic"Internal program switch on position "0" = drive system "night"
76
Annex

7 Annex

7.1 Checklist for commissioning

Electric power supply is in order
Top edge of all push buttons between 850 mm and 1200 mm from top of floor
Appropriate marking for all emergency buttons
Cable laying according to DIN VDE 0833, sabotage protected
All screws of the magnetic fixing are tightened
Rubber buffer on the screws of the durance striker plate is in order
Magnetic surfaces are cleaned
A minimum of 2000 mm door clearance
Emergency exit opener installed properly, sabotage protected
All cables are connected, idle cables are insulated
Hazard alarm system connection, release is functional
Jumper for indirect release is properly plugged (J1, J2)
Illumination in the emergency button flashes
The function "emergency button" is in order
The function "main emergency button" is in order
Sabotage contacts are functional
Unlock via the key-operated push button is functional
Lock via the key-operated push button is functional
Automatic locking mechanism via the burglar alarm system is functional
Feedback signal from the solenoid and/or door opener is functional
Auxiliary door contacts are functional
LED wing open/closed is functional
LED door locked/unlocked is functional
LED alarm/fault is functional
Bus is functional, jumper is properly plugged (J3)
Relay "door control unit" is functional (depending on the programming)
Relay "terminal box" is functional (depending on the programming)
Sluice function is in order
Solenoids are functional, lock door opener
The period "pre-alarm" is in order
The period "short-term release" is in order
The period "alarm" is in order
The buzzer is functional (depending on the programming)
All access possibilities are in order (access control etc.)
The emergency exit is in order
Outer key-operated push button is in order
External alarm device / external alarm device combination is functional
Emergency-power supply USV is functional
Tableau unit is functional, visualisation is in order
Signal messages on the superordinate building control
Correct cable laying in indirect release
Yes No Unavailable
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungAnschlussplanAnnex
77
Annex

7.2 Glossary

Direct release (according to EltVTR)
Security-relevant interruption of electric power supply to the electric locking mechanism via an opener contact by actuating the emergency button.
Indirect release (according to EltVTR)
Security-relevant interruption of electric power supply to the electric locking mechanism if further switching operation, which then interrupts the electric power supply to the electric locking mechanism, is triggered via an opener contact by actuating the emergency button.
Unlock (according to EltVTR):
No security-relevant interruption of electric power supply to the electric locking mechanism, e.
Emergency unlock (according to EltVTR):
No security-relevant interruption of electric power supply to the electric locking mechanism, e.
g. via a key-operated push button.
g. via a hazard alarm system (GMA) or a similar automatic tripping device.
Pre-alarm:
An acoustic signal, which should point out to the user that the timeout has started, is released if the release time is exceeded during an inspection. The duration of the pre­alarm is adjustable within the range of 0 sec. – 10 min. The door is automatically closed and the pre-alarm is reset if the door is closed during a pending pre-alarm.
Door alarm:
Likewise, the so- called door alarm is triggered off if the pre-alarm time is exceeded. It can be reset via the integrated key-operated push button or all inputs "short-term unlock" as well as via the tableau TE220 or the visualisation VAT220SN. If the door is closed during a pending door alarm, it is locked and can only be unlocked again when the alarm has been reset (except for the actuation of the emergency button). Door alarm is also triggered off after a "break-in through the door" if the door is opened by force without previous release.
Abort of the short-term release:
During abort, the door locks ahead of time if the door is closed and the release time is unexpired. Consequently, accessibility for unauthorised person can be prevented after somebody had passed through the door.
The setting abort can be disabled via the service menu. Then, the door always remains unlocked for the duration of the preset time. The release time can be aborted by reactivation via the key-operated push button.
Post trigger of the short-term release:
The release time restarts if a short-term release is triggered again during the release time.
The setting post trigger can be disabled via the service menu. In a running release time, the system locks again if a short-term release is triggered once again with the internal key-operated push button or a programmable input.
78
Annex

7.3 Data sheets

7.3.1 TZ320UP door control unit

Technical data
Device designation TZ320UP door control unit (standard variant)
TZ322UP door control unit (without emergency button) Function Monitoring and control of an escape route door Dimensions 55 x 55 x 47(B x H x T)
B x H: Helmet
T: Distance top edge bearing ring to fitted terminals Installation In UP-Dose, 60 mm, base range 62.5 mm Operating voltage 24 V DC (±10%) Separate power input 100 mA in 24 V DC (without peripherals) Overall power input 1 A / 24 V (dependent on the mains supply circuit in use) Protection class II according to EN 60 950 (in installed state) Range of application Dry rooms Climate conditions -10 to 50 °C Guidelines "Guidelines on electric locking systems of doors in escape routes
(EltVTR) - version December 1997" Packaging contents Control unit, connection terminals and spare fuse
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79
Annex

7.3.2 TZ320AP door control unit

Technical data
Device designation TZ320AP door control unit (standard variant)
TZ322AP door control unit (without emergency button)
TZ323AP door control unit (standard variant, rotated 180°)
TZ325AP door control unit (without emergency button, rotated
180°) Variants BSN: with illuminated emergency exit shield, key-operated push
button and mains supply circuit
BN: with illuminated emergency exit shield and mains supply circuit
SN: with key-operated push button and mains supply circuit
N: with mains supply circuit
BS: with illuminated emergency exit shield and key-operated push
button
B: with illuminated emergency exit shield
S: Key-operated push button Function Monitoring and control of an escape route door Dimensions 197 x 72 x 88(B x H x T) Installation Wall mounting Operating voltage Variants with mains supply circuit: 230 V 50Hz
Variants without mains supply circuit: 24 V DC (±10%) Separate power input 100 mA in 24 V DC (without peripherals) Overall power input Variants with mains supply circuit: 800 mA
Variants without mains supply circuit: max. 1A (dependent on the
mains supply circuit in use) Protection class Variants with mains supply circuit: I according to EN 60 950
Variants without mains supply circuit: II according to EN 60 950 Range of application Dry rooms Climate conditions -10 to 50 °C Guidelines "Guidelines on electric locking systems of doors in escape routes
(EltVTR) - version December 1997" Packaging contents Mounting plate, pre-assembled housing, mounting accessories,
connection terminals and spare fuse
80
Annex

7.3.3 Emergency exit shield FWS320UP

Technical data
Device designation Emergency exit shield FWS320UP (dark)
Emergency exit shield FWS320UP B (illuminated) Function Emergency exit shield Dimensions 55 x 55 x 16(B x H x T)
B x H: Emergency exit shield
T: Distance top edge bearing ring to the fitted ribbon cable Installation In UP-Dose, 60 mm, base range 62.5 mm Operating voltage 24 V DC (±10 %) (only illuminated variant) Power input Max. 30 mA / 24 V (only illuminated variant) Protection class II according to EN 60 950 (in installed state; only illuminated
variant) Range of application Dry rooms Climate conditions -10 to 50 °C Packaging contents Emergency exit shield module, green frame, ribbon cable (only
illuminated variant)
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungAnschlussplanAnnex

7.3.4 Key-operated push button SCT320UP

Technical data
Device designation Key-operated push button SCT320UP Variants white
anthracite
white-aluminium Function Key-operated push button with sabotage monitoring Dimensions 55 x 55 x 41(B x H x T)
B x H: Covering
T: Distance top edge bearing ring to the fitted terminal Installation In UP-Dose, 60 mm, base range 62.5 mm Operating voltage 24 V DC (±10 %) Power input Max. 1 A / 24 V (only illuminated variant Protection class II according to EN 60 950 (in installed state) Range of application Dry rooms Climate conditions -10 to 50 °C Packaging contents Key-operated push button module, connection terminal and spare
fuse
81

7.4 Service menu - service terminal ST220

1. Menu level 2. Menu level 3. Menu level 4. Menu level 5. Menu level 6. Menu level Choice (default setting)
TZ parameter Short-term
unlock
Installation And Commissioning Instructions With Connection Diagram GEZE Door Control Unit
Alarm configuration
T-S interruptible Choice On
Duration Change value 0s..infinite (10s)
Abort Yes
No (Yes)
Post trigger Yes
No (Yes)
Alarm time Pre-alarm time Change value 0s..10min (10s)
Alarm time Change value 10s..2min (30s)
Buzzer Buzzer pre-alarm Volume Pre-alarm Change value 0..15 (15)
Sound pre-alarm Choice Permanent
4s-interval 2s-interval 4 beep 2 beep (2 beep)
Buzzer alarm Volume alarm Change value 0..15 (15)
Sound alarm Choice Permanent
4s-interval 2s-interval 4 beep 2 beep (4s-interval)
Buzzer sabotage Volume Sabotage Change value 0..15 (15)
Sound sabotage Choice Permanent
4s-interval 2s-interval 4 beep 2 beep (4 beep)
Off (On)
Annex
82
1. Menu level 2. Menu level 3. Menu level 4. Menu level 5. Menu level 6. Menu level Choice (default setting)
Custom inputs TZ input1 Configuration TZ1 Choice Sabotage ext.
Unlock Lock Short-term unlock Burglar alarm system Time-switch Fire alarm system Motor lock
Installation And Commissioning Instructions With Connection Diagram GEZE Door Control Unit
Activity TZ1 Choice High-active
TZ input2 Configuration TZ2 Choice (Short-term unlock)
Activity TZ2 Choice (High-active)
TZ input3 Configuration TZ3 Choice (Fire alarm system)
Activity TZ3 Choice (High-active)
Custom outputs TZ output1 Configuration TZ1 Choice Door state
Contact TZ1 Choice Opener
83
Handle Public holiday (Short-term unlock)
Low-active Disabled (High-active)
OM control Drive control Alarm Release Release direct Release indirect Door alarm Sabotage alarm Pre-alarm System fault Traffic light red Traffic light green Door-o. op.cur. Locked Emergency button Short-term unlock Collective alarm Coll. locked Coll. closed (Alarm)
Closer Disabled (Closer)
Annex
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1. Menu level 2. Menu level 3. Menu level 4. Menu level 5. Menu level 6. Menu level Choice (default setting)
TZ output2 Configuration TZ2 Choice Door-o. op.cur.
Contact TZ2 Choice (Closer)
System environment
Installation And Commissioning Instructions With Connection Diagram GEZE Door Control Unit
KL Available Choice Available
Unavailable (Unavailable)
Custom inputs KL input1 Configuration KL1 Choice Sabotage ext.
Unlock Lock Short-term unlock Burglar alarm system Time-switch Fire alarm system Motor lock Handle Public holiday (Burglar alarm system)
Activity KL1 Choice High-active
Low-active Disabled (High-active)
KL input2 Configuration KL2 Choice (Time-switch)
Activity KL2 Choice (High-active)
KL input3 Configuration KL3 Choice (Unlock)
Activity KL3 Choice (High-active)
KL input4 Configuration KL4 Choice (Lock)
Activity KL4 Choice (High-active)
Annex
84
1. Menu level 2. Menu level 3. Menu level 4. Menu level 5. Menu level 6. Menu level Choice (default setting)
Custom outputs KL output1 Configuration KL1 Choice Door state
OM control Drive control Alarm Release Release direct Release indirect Door alarm
Installation And Commissioning Instructions With Connection Diagram GEZE Door Control Unit
85
Contact KL1 Choice Opener
KL output2 Configuration KL2 Choice (Drive control)
Contact KL2 Choice (Closer)
KL output3 Configuration KL3 Choice (Locked)
Contact KL3 Choice (Closer)
KL output4 Configuration KL4 Choice (Door state)
Contact KL4 Choice (Closer)
KL output5 Configuration KL5 Choice (Sabotage)
Contact KL5 Choice (Closer)
KL output6 Configuration KL6 Choice (System fault)
Contact KL6 Choice (Closer)
TT Choice Available
Sabotage contact
TZ Choice Active
Sabotage alarm Pre-alarm System fault Traffic light red Traffic light green Door-o. op.cur. Locked Emergency button Short-term unlock Collective alarm Coll. locked Coll. closed (OM drive)
Closer Disabled (Closer)
Unavailable (Unavailable)
Inactive (Active)
Annex
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungAnschlussplanAnnex
1. Menu level 2. Menu level 3. Menu level 4. Menu level 5. Menu level 6. Menu level Choice (default setting)
SCT Choice (Inactive) KL Choice (Active) TT Choice (Active)
Automatic Inverse
Time-switch Time-switch1 Clock start Hour Change value 0..23 (0)
Installation And Commissioning Instructions With Connection Diagram GEZE Door Control Unit
86
Choice Available
Unavailable (Unavailable)
Minute Change value 0..59 (0)
Clock stop Hour Change value 0..23 (0)
Minute Change value 0..59 (0)
Days Installation Choice Active
Inactive
(Active) Tuesday Choice (Active) Wednesday Choice (Active) Thursday Choice (Active) Friday Choice (Active) Saturday Choice (Inactive) Sunday Choice (Inactive)
Time-switch2 Clock start Hour Change value 0..23 (0)
Minute Change value 0..59 (0)
Clock stop Hour Change value 0..23 (0)
Minute Change value 0..59 (0)
Days Installation Choice Active
Inactive
(Active) Tuesday Choice (Active) Wednesday Choice (Active) Thursday Choice (Active) Friday Choice (Active) Saturday Choice (Inactive) Sunday Choice (Inactive)
Time-switch3 Clock start Hour Change value 0..23 (0)
Minute Change value 0..59 (0)
Clock stop Hour Change value 0..23 (0)
Annex
1. Menu level 2. Menu level 3. Menu level 4. Menu level 5. Menu level 6. Menu level Choice (default setting)
Minute Change value 0..59 (0)
Days Installation Choice Active
Inactive
(Active) Tuesday Choice (Active) Wednesday Choice (Active)
Installation And Commissioning Instructions With Connection Diagram GEZE Door Control Unit
System setup Clock/date Clock Hour Change value 0..23 (12)
Minute Change value 0..59 (00)
Date Day Change value 1..31 (01)
Month Change value 1..12 (09) Year Change value 0..99 (08)
Weekday Change value Installation
87
Bus configuration
Automatic clock change
Language Choice German
Default settings Choice Set system
Bus-address Change value 0..63 (0)
Burglar alarm system
Group1 Choice Bus function off
Group2 Choice (Bus function off)
Change value On
Thursday Choice (Active) Friday Choice (Active) Saturday Choice (Inactive) Sunday Choice (Inactive)
Tuesday
Wednesday
Thursday
Friday
Saturday
Sunday
(Friday)
Off
(Off)
English
French
(German)
Keep settings
Bus function on
Master Bus function
(Bus function off)
Annex
Zu diesem DokumentSicherheit und VerantwortungInstallation und MontageInbetriebnahmeBedienungAnschlussplanAnnex
1. Menu level 2. Menu level 3. Menu level 4. Menu level 5. Menu level 6. Menu level Choice (default setting)
Group3 Choice (Bus function off) Group4 Choice (Bus function off) Group5 Choice (Bus function off)
Fire alarm system
Installation And Commissioning Instructions With Connection Diagram GEZE Door Control Unit
Time-switch Group1 Choice (Bus function off)
Emergency unlock
Sluice Sluice type Choice Active
Diagnosis Alarm memory Display list
version Display
88
Group1 Choice (Bus function off)
Group2 Choice (Bus function off) Group3 Choice (Bus function off) Group4 Choice (Bus function off) Group5 Choice (Bus function off)
Group2 Choice (Bus function off) Group3 Choice (Bus function off) Group4 Choice (Bus function off) Group5 Choice (Bus function off)
Bus function off
Bus function on
(Bus function on)
Passive
Disabled
(Disabled)
Assignment Group1 Choice Assigned
Not assigned
(Not assigned)
Group2 Choice (Not assigned) Group3 Choice (Not assigned) Group4 Choice (Not assigned) Group5 Choice (Not assigned) Group6 Choice (Not assigned) Group7 Choice (Not assigned) Group8 Choice (Not assigned) Group9 Choice (Not assigned) Group10 Choice (Not assigned)
Annex
Annex
89
GEZE GmbH P.O. Box 1363 71226 Leonberg Germany
GEZE GmbH Reinhold-Vöster-Str. 21-29 71229 Leonberg Germany Tel. +49 (0)71 52-203-0 Fax.+49 (0)71 52-203-310
GEZE Online: www.geze.com
GEZE branch offices
Germany
GEZE GmbH
Niederlassung Nord/Ost Bühringstr.8 13086 Berlin (Weissensee) Tel. +49(0)30-47 89 90-0 Fax. +49(0)30-47 89 90-17 E-mail: berlin.de@geze.com
GEZE GmbH
Niederlassung West Nordsternstraße 65 45329 Essen Tel. +49(0)201-830 82-0 Fax. +49(0)201-830 82-20 E-mail: essen.de@geze.com
GEZE GmbH
Niederlassung Mitte Adenauerallee 2 61440 Oberursel (b. Frankfurt) Tel. +49(0)61 71-6 36 10-0 Fax. +49(0)61 71-6 36 10-1 E-mail: frankfurt.de@geze.com
GEZE GmbH
Niederlassung Süd Reinhold-Vöster-Straße 21-29 71229 Leonberg Tel. +49(0)7152-203-594 Fax. +49(0)7152-203-438 E-mail: leonberg.de@geze.com
Subsidiary companies
Germany
GEZE Sonderkonstruktionen GmbH
Planken 1 97944 Boxberg-Schweigern Tel. +49(0)7930-92 94-0 Fax. +49(0)7930-92 94-10 E-mail: sk.de@geze.com
GEZE SERVICE GmbH
Reinhold-Vöster-Str.25 71229 Leonberg Tel. +49(0)7152-92 33-0 Fax. +49(0)7152-92 33-60 E-mail: info@geze-service.com
GEZE SERVICE GmbH
Niederlassung Berlin Bühringstr.8 13086 Berlin (Weissensee) Tel. +49(0)30-47 02 17-30 Fax. +49(0)30-47 02 17-33
Asia
GEZE Industries
(Tianjin) Co., Ltd.
Shuangchenzhong Road Beichen Economic Development Area (BEDA) Tianjin 300400, P.R. China Tel. +86 (0) 22-26 97 39 95-0 Fax. +86 (0) 22-26 97 27 02 E-mail: sales-info@geze.com.cn
GEZE Industries (Tianjin) Co., Ltd. Branch Office Shanghai
Unit 25N, Cross Region Plaza No. 899 Ling Ling Road, XuHui District 200030 Shanghai, P.R. China Tel. +86 (0) 21 523 40 960 Fax. +86 (0) 21 644 72 007 E-mail: gezesh@geze.com.cn
GEZE Industries (Tianjin) Co., Ltd. Branch Office Guangzhou
Room 17C3 Everbright Bank Building, No.689, Tian He Bei Road 510630 Guangzhou, P.R. China Tel. +86 (0) 20 3873842 Fax. +86 (0) 20 38731834 E-mail: gezegz@geze.com.cn
GEZE Industries (Tianjin) Co., Ltd. Branch Office Beijing
No. 6-32 Building Jili Avenue Daxing District 100076 Beijing, P.R. China Tel. +86 (0) 10 87965152 Tel. +86 (0) 10 87975178 Fax. +86 (0) 10 87971476 E-mail: gezebj@geze.com.cn
South Africa
DCLSA Distributors (Pty) Ltd.
1027 Richards Drive, Midrand P.O. Box 7934, Midrand 1685 South Africa Tel. ++27 11 3158286 Fax. ++27 11 31558261 E-mail: info@dclsa.co.za
United Arab Emirates
GEZE Middle East
P.O. Box 17903 Jebel Ali Free Zone Dubai Tel. +971 (0) 4 88 33 112 Fax. +971 (0) 4 88 33 240 E-mail: geze@emirates.net.ae
Europe
France
GEZE France S.A.R.L
ZAC de l"Orme Rond RN 19 77170 Servon Tel. +33 (0) 1 60 62 60 70 Fax. +33 (0) 1 60 62 60 71 E-mail: france.fr@geze.com
Great Britain
GEZE UK Ltd.
Blenheim Way Fradley Park Lichfield Staffordshire WS13 8SY Tel. +44 (0) 15 43 44 30 00 Fax. +44 (0) 15 43-44 30 01 E-mail: info@geze-uk.com
Italy
GEZE Italia Srl
Via Giotto 4 20040 Cambiago (MI) Tel. +39 (0) 02 95 06 95-11 Fax. +39 (0) 02 95 06 95-33 E-mail: italia.it@geze.it
GEZE Engineering Roma Srl
Via Lucrezia Romana 91 00178 Roma Tel. +39 (0) 06 72 65 31 1 Fax. +39 (0) 06 72 65 31 36 E-mail: roma@geze.biz
Benelux
GEZE Benelux B.V.
Industrieterrein Kapelbeemd Leemkuil 1 5626 EA Eindhoven Tel. +31 (0) 40 26 29 08 0 Fax. +31 (0) 40 26 29 08 5 E-mail: benelux.nl@geze.com
Austria
GEZE Austria GmbH
Mayrwiesstraße 12 5300 Hallwang b. Salzburg Tel. +43 (0) 662 66 31 42 Fax. +43 (0) 662 66 31 42-15 E-mail: austria.at@geze.com
Poland
GEZE Polska Sp. z o.o.
Ul. Annopol 21 03-236 Warszawa Tel. +48 (0) 22 440 44 40 Fax. +48 (0) 22 440 44 00 E-mail: geze@geze.pl
Switzerland
GEZE Schweiz AG
Bodenackerstr. 79 4657 Dulliken Tel. +41 (0) 62-285 54 00 Fax. +41 (0) 62-285 54 01 E-mail: schweiz.ch@geze.com
Spain / Portugal
GEZE Iberia S.R.L.
Pol.Ind. El Pla C/Comerc, 2-22, Nave 12 08980 Sant Feliu de Llobregat (Barcelona) Tel. +34 (0) 9 02 19 40 36 Fax. +34 (0) 9 02 19 40 35 E-mail: info@geze.es
Scandinavia
Sweden
GEZE Scandinavia AB
Mallslingan 10 Box 7060 18711 Täby Tel. +46 (0) 8-732 34-00 Fax. +46 (0) 8-732 34-99 E-mail: sverige.se@geze.com
Norway
GEZE Scandinavia AB avd. Norge
Postboks 63 2081 Eidsvoll Tel. +47 (0) 639 572 00 Fax. +47 (0) 639 571 73 E-mail: norge.se@geze.com
Finland
GEZE Finland
Branch office of GEZE Scandinavia AB Postbox 20 Herraliantie 824 15871 Hollola Tel. +358 (0) 10-400 5100 Fax. +358 (0) 10-400 5120 E-mail: finland.se@geze.com
Denmark
GEZE Denmark
Branch office of GEZE Scandinavia AB Høje Taastrup Boulevard 53 DK-2630 Taastrup Tel. +45 46-32 33 24 Fax. +45 46-32 33 26 E-mail: danmark.se@geze.com
In accordance with the defined liabi­lity of the manufacturer for this products in the Product Liability Act, attention should be paid to the infor­mation contained in this brochure (product information, intended use, incorrect use, product performance, product maintenance, duties to supply information and instructions). Non-observance exonerates the manufacturer from his liability.
GEZE representative:
Der
Maßstab
unseres
Handelns
Material No. 132916 • Rev. 01-2009 • Drawing No. 35207-9-0955• Printed in Germany • Subject to change without prior notice
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