Honeywell ESSER Fire Alarm Control Panel Compact Installation and operation manual

GB
798238.GB0
G 212165
Technical changes reserved!
10.2014 / AB © 2014 Honeywell International Inc.
Commissioning Instruction
Fire Alarm Control Panel Compact

Fire Alarm Control Panel Compact
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Intended use
This product may only be used for the applications outlined in the catalogue and the technical description and in
combination with external devices and components which have been recommended or approved by us.
Warning
To ensure correct and safe operation of the product, all instructions concerning its proper transport, storage,
installation and mounting must be observed and it must be operated with care.
Safety-relevant user information
These instructions include all information required for the intended use of the products described
The term “qualified personnel” in the context of the safety information included in these instructions or on the
product itself designates:
project planning personnel that are familiar with the safety guidelines concerning fire alarm and
extinguishing systems.
maintenance personnel that have been instructed in the operation of the components of fire alarm and
extinguishing systems and are familiar with the information on their operation as included in these
instructions.
trained installation and service personnel with the necessary qualification for carrying out repairs on
such components of fire alarm and extinguishing systems or who are authorised to commission, ground
and label electrical circuits and devices/systems according to the standards of security technology.
Safety warnings
The following information is given in the interest of your personal safety and to prevent damage to the
product described in these instructions and all devices connected to it.
Safety information and warnings to prevent hazards to life and health of users or maintenance personnel and
to prevent damage to property are marked by the symbols defined below. Within the context of these
instructions, these symbols have the following meaning:
Indicates that serious injury, fatality or considerable property damage might result if the
specified precautions are not complied with.
Draws particular attention to important information about the product or a part of the
instructions.
§
Instructions regarding the configuration and commissioning according to national and local
regulations, requirements and applicable standards must be complied with.
Dismantling
In accordance with Directive 2002/96/EC (WEEE), the electrical and electronic equipment can
be returned to the manufacturer for proper disposal after it has been dismantled.

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Table of contents
1General / Application.................................................................................................................................................. 4
2Preparing for commissioning..................................................................................................................................... 4
2.1 Installation of the programming software tools 8000......................................................................................... 5
2.2 Connection between the FACP and service PC ............................................................................................... 6
3System configuration via panel keyboard ................................................................................................................ 7
3.1 Display and keyboard.......................................................................................................................................... 7
3.2 Memory concept .................................................................................................................................................. 9
3.1 Access authorisation.......................................................................................................................................... 10
4Service menu............................................................................................................................................................ 11
4.1 Event log............................................................................................................................................................. 12
4.2 Battery information............................................................................................................................................. 13
4.3 Earth fault information........................................................................................................................................ 13
5Configuration ............................................................................................................................................................ 14
5.1 Configuration exit ............................................................................................................................................... 14
5.2 Zone menu ......................................................................................................................................................... 15
5.3 >Overview zones< / >Overview< / >Select single assignment< menu ......................................................... 16
5.4 Type menu ......................................................................................................................................................... 17
5.5 Configuration ...................................................................................................................................................... 20
5.6 Single assignment ATU output incl. parallel triggering .............................................................................. 24
6Settings ..................................................................................................................................................................... 32
6.1 Display functions................................................................................................................................................ 32
6.2 System timings................................................................................................................................................... 34
6.3 Switching times .................................................................................................................................................. 37
6.4 Special days ....................................................................................................................................................... 38
7Verify and save......................................................................................................................................................... 39
8Revision menu.......................................................................................................................................................... 40
8.1 Programming an output as ‘unused’ ................................................................................................................ 41
8.2 Deactivation of FIP / FOP activation................................................................................................................. 42
9Fault diagnosis and correction ................................................................................................................................ 43
9.1 Battery fault ........................................................................................................................................................ 43
9.2 Zone fault............................................................................................................................................................ 44
9.3 ATU fault / Acoustic fault / FPE fault................................................................................................................. 45
10 Templates ................................................................................................................................................................. 46

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1 General / Application
The operating and data entry sequences and also the contents of the display of the fire alarm control panel
Compact are dependent on the installed software and programming and can also differ from the illustrations
shown in this manual due to current software updates.
The FACP is configured using service and programming software tools 8000 from version V1.20 onwards.
The fire alarm control panel ES Line may only be commissioned by trained personal with training
specific to this FACP.
The object specific design and planning documents of the FAS must be observed.
Additional and updated Information
The described features, specifications and product related information in this manual correspond to
the date of issue (refer to date on the front page) and may differ due to modifications and/or
amended Standards and Regulations of the System design, Installation and Commissioning.
Updated information and declaration of conformity are available for comparison on the
www.esser-systems.com homepage.
esserbus®and essernet®are registered trademarks in Germany.
Associated Documents
798236.xx Operating Instruction Fire Alarm Control Panel Compact
798237.xx Installation Instruction Fire Alarm Control Panel Compact
798239.xx Brief instruction Fire Alarm Control Panel Compact
798654 Technical Information Manufacturer's instruction for the commissioning and maintenance of fire alarm systems
Online help for the tools 8000 programming software
2 Preparing for commissioning
The information in this documentation refers to the following software versions:
FACP system software tools 8000 programming software
from version V02.05R000 onwards from version V1.20 R000 onwards

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2.1 Installation of the programming software tools 8000
When installing the programming software tools 8000 of version V1.16 or higher, it is also necessary to update
the USB drivers for the PC interface. This update takes place automatically along with the installation.
Fig. 1: Installation of the programming software tools 8000
Fig. 2: Installation of the required USB drivers
USB drivers
If the USB drivers have accidentally been deleted or damaged on the service PC, they can be
installed later as well, after installation of the programming software.
The USB drivers are located in the directory >Firmware | USB> on the installation CD for the
programming software tools 8000.

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2.2 Connection between the FACP and service PC
The service PC and the FACP are connected via USB for configuring / programming the FACP Compact.
NL1PE
BATT
+
-
TEMP
HOUSING
BAT T SER VICE RE SET
EA RTH AL A RM
THRES
SYSERR
OUT_1 OUT_3
OUT_4
R_ 4
FIRE P ROT. ZONE ZONE/ESSERBUS
GND
IN_3
- 1 + - 2 + - 3 + - 4 + - 5 + - 6 + - 7 + - 8 +
GND +24 V
GND +OUT_1
RS 485
AB
SLOT1 SLOT2
1234 56 78
SYSERR
SYSERR
AL A RM BOOT OP USB
EXTENSION BOARD
TO HMIAUX
PC
R_2 R_3 R_4 R_5
EXT STD NC NO NC NO NC NO NC NO
FIRE
PROT
9 10111213141516 17181920212223 242526272829 3031
IN_ 1 - OU T _2 +OUT_2 IN_ 2 GND - OU T _3 +OUT_3 - OU T _4 +OUT_4
FE 1234 56 123456
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
R_2 R_3 R_4 R_5R_ 1 R_ 1
GND
IN_4
DI S
42V
A+ A- B+ B-
LOOP
FAULT
LOOP
COM M
X1
X2
1
2
3
46
5
NL1PE
BAT T
+-
TEMPHOUSING
BATT SERVICE RESET
EARTH ALARM
THRES
SYSERR
OUT_1 OUT_3
OUT_4
R_4
FIR E PROT. ZO NE ZONE/ ESS E RBU S
GND
IN_ 3
-1 + - 2 + -3 + - 4 + -5 + - 6 + -7 + - 8 +
GND +24 V GND +OUT_1
RS485
AB
SLOT1 SLOT2
123 4 56 78
SYSERR
SYSERR
ALARM BOOT OP USB
EXT ENSIO N B OA RD
TO HMIAUX
PC
R_2 R_3 R _4 R_5
EXT STD NCNONC NO NCNO NCNO
FIRE
PROT
9 1011 12 1314 15 16 1718 19 20 2122 23 24 2526 27 28 2930 31
IN_1 -OUT_ 2 +OUT_2 IN_2 GND -OUT_ 3 +OUT_3 -OUT_ 4 +OUT_4 FE123456123456
1 2 3 4 5 6 7 8 9 101112 13 1415 16 17 1819 20 21 2223 24 25 2627 28 29 3031
R_2 R_ 3 R_4 R_5
R_1 R_1
GND
IN_ 4
DIS
42V
A+ A- B+ B-
LOOP
FAULT
LOOP
COMM
X1
X2
1
2
3
46
5
ES Lin e Ze ntr a l
Fig. 3: Service PC  FACP at USB port on the 1st control module
The communication between the service PC and the fire alarm control panel Compact is shown in the lower left
corner of the programming interface tools 8000 with the green symbols for data exchange and USB connection.

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3 System configuration via panel keyboard
The FACP Compact is configured by using the programming software tools 8000.
Quick and some usual temporary settings, excepted esserbus® devices, may be configured via the display menu
of the Fire Alarm Control Panel.
Basically there are two different access levels to operate the FACP with level 3 (Installer) and 4 (System)
features. The menu of the system level (4) provides extended configuration options.
The service functions for the installer are only displayed in access level 3!
The display content can differ from the illustrations in this document due to building-specific
programming.
1 language : english
2 date : 01.06.2012
3 time : 17:44:55
4 template : factory setting
5 safe modifications
configuration
The language, date, time and optionally the
configuration template settings are displayed after
the FACP has been switched on for the first time.
Fig. 4: Settings
3.1 Display and keyboard
3 3
1
6
3
2
6
5
-
4
Fig. 5: Symbols in the display
Unchangeable option
Selected / found in quick selection menus, the current selection is shown
Cursor position (blinks during operation)
Option cannot be selected at this stage of extension
Function is being executed
2 Access level 2 (operator password)
3 Access level 3 (installer level)
4 Access level 4 (system level)

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Navigation
Key Function
12ABC 3DEF
4GHI 5JKL 6MNO
7PQRS 8TUV 9WXYZ
0
Selection of a menu item and branching off to submenus. For some menu items, the
keys allow a direct selection (toggle function) for changing the configuration.
In the case of menu items with value entry, the cursor jumps directly to the value to be
changed and the new value can then be entered directly.
Navigation between data records
(recognisable by the arrows on the right and left in the first line).
Scrolling to the previous or next page in the case of a multi-page menu.
Scroll the display with the key and the key; the current page number and
number of pages will be displayed.
CLR
Deleting the character at the current cursor position.
Cancelling the change is done with the ESC key.
ESC
Exiting the sub-menu. If the data was not saved, you will be asked if the data should be
saved.
Stores the set values.
Exit levels 2...4 and query for saving the changes.
Entering text
Key Function
12ABC 3DEF
4GHI 5JKL 6MNO
7PQRS 8TUV 9WXYZ
0
Entering a character. Entered character are “inserted” towards the left.
Text can be entered in the same way as with an SMS keypad.
Moving the cursor to the next position.
CLR
Deleting the current cursor position and moving the cursor and all following characters
one place to the left.
ESC
Exiting the input mode without saving the data. The condition before the start of the text
processing will be restored.
Exiting the input mode with saving of the data. If the data record has not been changed,
a ”*“ will appear at the top left. The key must then be pressed again to save the data
to RAM.
Function keys F1 to F3 *
The function keys are programmed in accordance with local requirements. The programmed functions can be
entered in the following table:
Key Function
F1
F2
F3
* Please enter selected programming

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3.2 Memory concept
The data processed during the configuration is always the customer data record that was loaded into the RAM
memory. These are:
the current customer data or
the backup of the current customer data or
the existing configuration templates .
If this data record is changed, the current customer data record is overwritten when the data is saved. The FACP
works with this data record. The backup of the current data record may still contain the “old” data record.
It is therefore possible to test the new configuration and load the “old” data record again in the event of an incorrect
programming. Save the new configurationif the fire alarm control panel works as wanted with the new data record.
The current data record will then be the same as the backed-up data record. The “old” version is then irrevocably
overwritten. If you do not save the configuration changes, the current customer data will remain unchanged.
The FACP always works with the current customer data record.
3
1 underground garage
2 house alarm
3 Scool
4 factory setting
template
3
3
1 underground garage
2 house alarm
3 Scool
4 factory setting
template
3
3
1 underground garage
2 house alarm
3 Scool
4 factory setting
template
3
1 4
3
2
3
1 edit current configuration
2 edit backup configuration
3 backup actual configuration
4 load template
configuration
3
copy of the program memory
RAM
template
save
current data
record
current data
record
3
1 underground garage
2 house alarm
3 Scool
4 factory setting
template
3
Fig. 6: Principle of the memory management
Working with configuration templates
Various templates are available for a quick configuration. These have been pre-programmed in factory-set for the
desired use (e.g. underground car park, house alarm, construction site operation, etc.) and can be loaded into the
RAM memory as the current data record. Specific data relating to the object requirements and the loop operation
must be configured with the programming software tools 8000.
Own “building-specific” configuration templates
Own templates can be produced by creating a data record or by loading a configuration template. You do this by
programming the configuration as desired and then writing this data record into the backup memory area . If
changes were made to this building configuration, a “*” will be displayed in front of the building name at the
building level. These changes can be saved in the RAM memory with the key.
When a template is loaded the existing configuration for the loop is deleted.
For configuration templates see Chapter 10.

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3.1 Access authorisation
Keyboard entry is inhibited during normal operation. Access is only possible at access level 2.
ESSER
by Honeywell
28.06.2012 12:00:00
Compact
Fig. 7: Display during normal operation of the FACP
Press key and enter the code for access level 2.
Access level 3 (installer level)
Only qualified staff may make changes, settings or enter data at this access level. An incorrect setting or data
entry can impair the function of the FACP.
1 information
2 overview
3 operate
4 enter access level 3
main menu
2 2
12ABC 3DEF
4GHI 5JKL 6MNO
7PQRS 8TUV 9WXYZ
ESC 0 CLR
Selection by entering digits 1-4.
Fig. 8: Service menu
code entry
code: ****
To enable, enter the access code (which must not exceed 8
digits) and then confirm by pressing the key.
Fig. 9: Entry of access code
Access code for keyboard enable at the installer level
The numeric code for access level 3 (installer level) set by the factory is listed in the following table.
This code should be changed after the installation technician has finished commissioning and the new code
should be entered in the table.
123 factory default setting for access level 3 (no more than 8 digits)

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1 information
2 overview
3 operate
4 service
5 revision
main menu
3 3
The main menu of the installer level is displayed after entry of
the access code.
Fig. 10: Main menu of the installer level
1. information
2. overview
3. operate
4. service see Chapter 3
5. revisionsee Chapter 6
Refer to the Operating Instruction (Part No. 798236.GB0) for information on menu items
>Information<, >Overview< and >Operate< .
4 Service menu
This menu contains the main functions for the configuration of the FACP.
3
service
1 event log
2 battery information
3 earth fault information
4 configuration
5 access level 4
- maintenance mode
12ABC 3DEF
4GHI 5JKL 6MNO
7PQRS 8TUV 9WXYZ
ESC 0 CLR
Selection by entering digits 1 - 5
Fig. 11: Service menu
1. Event log The event log is displayed with serial number and the current event in
chronological order.
2. Battery information Information on the batteries.
3. Earth fault information Display of the values for the automatic earth fault measurement and the setting
for the earth fault information display.
4. Configuration Individual options can be deleted from and/or added to the FACP configuration
in this menu.
5. Access level 4 Service functions (event log / delete, alarm counter / delete)
- Maintenance mode Future function expansion
Only qualified staff may make changes, settings or enter data at access level 3. An incorrect
setting or data entry can impair the function of the fire alarm control panel.

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4.1 Event log
Display of the event log
The event log can be displayed at access level 3. The last 10,000 events, such as alarm, fault, switch-off,
keyboard enable, are stored in the event log in chronological order. The last event is always displayed first.
The events are automatically assigned with a message serial number. A higher number therefore means a later
event (i.e. serial number 001 = oldest event).
3
service
1 event log
2 battery information
3 earth fault information
4 configuration
5 access level 4
- maintenance mode
Fig. 12: >Service< menu screen
1Select >Event log< menu item.
3
event log
3
1 Show :
2 Time : off
3 Object : All
4 Event : 5/5
Fig. 13: >event log< menu screen
The event display can be filtered by 'Time', 'Object' and 'Event'
here.
The event log can be searched for specific events with the cursor keys.
3
event no. : 01360
time : 09:58:06 19.06.2012
event : access level 3 com.
object : panel
label 1 :
label 2 :
add. info :
eventlog <-01360-> 01360
Fig. 14: Event log menu and cursor keys
Fig. 15: Cursor keys
Next 10 events (+10)
Next event (+1)
Previous 10 events (-10)
Previous event (-1)
Confirm selection/entry shown in the display

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4.2 Battery information
Information on the batteries of the emergency power supply is shown in the display. The permissible limit values
are shown in the brackets.
3
1 refresh
main board
voltage in V [>21.2] : 26.9
int. resistance mOhm [< 600] : 290
temp. (degree C) [-5...+45] : 24.0
charging current [<1.4] : 0.0
battery information 1/2
3
Fig. 16: >Battery information< menu screen
1Select the >Refresh< function.
In this example, the current battery voltage is 26.9 V
and in the permissible range of > 21.2 V.
A battery fault alarm occurs if the battery voltage is less
than < 21.2 V.
4.3 Earth fault information
The current measurement value for the earth fault monitoring is shown in the display. A fault alarm occurs if an
earth fault measurement is outside of the tolerance range. The earth fault measurement can be switched off
(ON) permanently or temporarily for commissioning or service work in order to suppress fault alarms. All other
fault alarms can be diverted via the fault output. The earth fault monitoring can also be switched off.
3
1 suppress earth fault information
lower threshold : 10539
upper threshold : 18539
nominal value : 13539
actual value : 13500
earth fault information
3
Fig. 17: >Earth fault information< menu screen
Select >Suppress earth fault information< menu item.
3
1 status : off
2 duration (days) : 99
suppress earth fault information
3
Suppression of the earth fault information:
Status OFF: Display of the earth fault measurement
(factory default)
Status ON: Earth fault information suppressed
Fig. 18: >Suppress earth fault information< menu screen
A time period (in days) can be selected if the suppression of the earth fault information is switched on. The earth
fault measurement is switched off and the display of the fault is suppressed during this period. The remaining
days of the period are shown in the “Duration in days“ line.
3
1 status : off
2 duration (days) : 99
suppress earth fault information
3
Fig. 19: >Duration in days< menu screen
2Switch on earth fault information suppression (ON)
A number between 0 and 99 can be entered directly
after the “Duration in days“ menu item has been
selected.
The remaining time will be automatically displayed if
a suppression has already been set. This value can
be increased or reduced.
Observe standards and local requirements!
Observe the information on the configuration and commissioning of the FACP in accordance
with national standards/directives and local requirements.
The set earth fault information suppression is automatically deleted if a different configuration
template is selected.

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5 Configuration
The current configuration can be saved and the current data record can be edited with one of the 6
configurations (current, backup + 4 templates).The selected configuration will then be loaded into RAM. A query
for the permanent saving of the edited configuration in RAM occurs when you exit the configuration menu.
A warning message appears if the current or saved configuration is protected by an access code.
3
1 edit actual configuration
- edit backup configuration
3 backup actual configuration
4 load template
configuration
3
3DEF
Fig. 20: >Configuration< menu screen
Backup current configuration (3)
The hourglass shows that the backup of the current configuration
is in progress. If the current configuration was saved or if there is
already a backup configuration in memory, option (2) “Edit backup
configuration“ will be displayed.
The configuration of the FACP can be edited as desired. In the event of an incorrect programming, the
previously saved “old“ configuration can be loaded again from the backup memory (see Chapter 3.2 “Memory
concept“).
3
1 example text template 1
2 example text template 2
3 example text template 3
4 example text template 4
template
3
4GHI
Fig. 21: >Template< menu screen
New from template
Select the >Load template< function.
A query will appear if the configuration is protected by a code entry. The configuration can be edited after entry
of the correct code and confirmation with the keys.
code entry
code: ****
Fig. 22: >Code entry< menu screen
In the case of a protected configuration, enter the correct code
and confirm with the key.
5.1 Configuration exit
3
1 yes
2 no
3 cancel
save modifications
3
or
The display for exiting the configuration appears after the >Menu<
or the >Key< is pressed. The entry mode is terminated
immediately without modification of the configuration.
Yes Save the current configuration
No Cancel changes
Cancel Back to the configuration menu
Fig. 23:: >Save modifications< menu screen
If the modifications are saved, the modified configuration is saved to RAM memory of the FACP.
However, an older configuration may still be stored in the backup memory (see Chapter 3.2
“Memory concept”).

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5.2 Zone menu
The menu of the 8 zones (1) allows the display of an overview of the configured zones and a programming of
individual zones.
3
1 Gruppe
2 Steuergruppen
- Melder/Koppler
4 Ausbau
5 Einstellungen
6 Überprüfen und speichern
Konfiguration
3
3 3
zone
zone : <- 0021->
type : system input
hardware : IN_1
text1 : ATU activated
text2 : IN_1 Mainboard
1
1
2ABC
3DEF
3
- Übersicht kompakt
2 Übersicht
3 Einzelauswahl
- Sammelzuweisung
Gruppen
3
1 type : system input
2 hardware : IN_1
latched : off
4 ctrl. funct. : ATU active
5 for ctrl. zone : 0001
6 label 1 : [ATU activated ]
7 label 2 : [IN_1 Mainboard ]
zone <-0021-> 1/2
3
1 0001 : O-Detectors 6x esserbus
2 0021 : ATU activated IN_1 Mainboard
3 0022 : FTU fault IN_2 Mainboard
4 0023 : ESI activated IN_3 Mainboard
5 0024 : ESI fault IN_4 Mainboard
6 0025 : Control Input F1 HMI
7 0026 : Control Input F2 HMI
zone overview <- -> 001 / 002
3
1 zones
2 control zones
- detector/transponder
4 configuration
5 settings
6 verify and save
configuration
3
3
1 overview compact
2 overview
3 select single assignment
- multiple assignment
zones
3
Fig. 24: >Zone< menu screens
The panel keyboard can only be used to edit zones that are not assigned to the loop. The
esserbus®subscribers must be configured using the service and programming software tools 8000.

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5.3 >Overview zones< / >Overview< / >Select single assignment< menu
Select the zone with the 0-9 key.
In the >Select single assignment< menu, an existing zone can be selected by searching with the left/right arrow
keys or by directly entering the number with the panel keyboard.
The additional text – if programmed – and the “tick” are displayed if the entered number is found in the customer
data.
3
- overview compact
2 overview
3 select single assignment
zones
3
Select the desired zone from the corresponding list
(1, 2, 3) – example with zone 0021.
3 3
zone
zone : <-0021->
type : system input
hardware : IN_1
text 1 : ATU activated
text 2 : IN_1 Mainboard
1
2ABC
1 type : system input
2 hardware : IN_1
latched : off
4 ctrl. funct. : ATU active
5 for ctrl. zone : 0001
6 label 1 : [ATU activate ]
7 label 2 : [IN_1 Mainboard ]
zone <-0021->
Fig. 25: Control inputs
When the panel keyboard is used for configuration, no new
zones can be created. Only existing zones can be edited.
The zone menu has several pages. The individual items toggle
between On and Off or, in the case of multiple options, have a
sub-menu. The menu items are displayed dynamically according
to type (see next Fig.). In the case of >Hardware<, the location
and an identification number is assigned and displayed.
If “control input” is selected as a type, all now no longer
available menu items will be directly filtered. The number of
coming and going events are displayed for the control function
menu item.
1 type : system input
2 hardware : IN_1
latched : off
4 ctrl. funct. : ATU active
5 for ctrl. zone : 0001
6 label 1 : [ATU activated ]
7 label 2 : [IN_1 Mainboard ]
Gruppe <-0021->
Fig. 26: System inputs
In the case of system inputs, the individual control function (e.g.
ATU triggered) is directly displayed because a system input is
only assigned to a single control function.

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5.4 Type menu
The desired zone type is selected in this menu.
A zone type is always assigned certain functions and parameters.
3
- overview compact
2 overview
3 select single assignment
- multiple assignment
zones
3
Select the desired zone from the list (1,2,3) -
(example with zone 0001)
1
3
type
1 fire
2 techn. alarm
3 pre-alarm
4 fault
5 control input
6 system input
7 unused
Fig. 27: >Type< menu screen
The currently selected type is marked with a tick in the >Type<
sub-menu of a zone.
After a zone type has been selected, the program automatically
jumps to the sub-menu for the configuration of the selected zone
type.
This means that the zone menu and the possible setting options
change automatically according to the selected type.
Unused zones
The setting (if programmed) for zones with the >unused<
function type remains stored for any future applications.
Unused zones are not active. The wiring of the connection
terminals with a terminating element (EOL-I or 10K resistor) is
not necessary.
Selection Type Zone activation function
1 fire The FACP buzzer will be activated and the “FIRE” LED goes on. All control
devices programmed as “FIRE” type will be activated. (ATU, alarm signalling
devices, etc.)
2 techn.
alarm
The FACP buzzer will be activated and the “TECH. ALARM” LED goes on. All
control devices programmed as “TAL” type will be activated. (ATU, Alarm
signalling devices, fire protection equipment will not be activated)
3 Pre-alarm Die “Pre-Alarm” LED goes on. All control devices programmed as “Pre-Alarm”
type will be activated. (ATU, alarm signalling devices or fire protection equipment
will not be activated until the fire alarm condition (e.g. 2-zone dependency) is
fulfilled.)
4 fault The FACP buzzer will be activated and the “FAULT” LED goes on. All control
devices programmed as “FAULT” type will be activated. (ATU, alarm signalling
devices, etc.)
5 control
input
One switching function will be executed when the zone is activated. 4 functions per
fire alarm zone can be executed for each “coming” and “going” activation.
6 system
input
A system state will be set on activation of the zone. Control functions that react to
this system state will be executed. The relating control zone must be defined
during the programming.
7 not used Unused zones are not active. The settings (if programmed) are retained for later
activation. A wiring of the connection terminals with a termination element
(10K resistor or EOL-I) is not necessary.

Fire Alarm Control Panel Compact
18 FB 798238.GB0 / 10.14
5.4.1 Zone-type control input
If control input was selected as type, two functions can be defined for both the coming and going event.
3
1 signal 2 on (IQ8)
2 signal 3 on (IQ8)
3 signal 3 on (IQ8)
4 signal off (IQ8)
5 disable control
6 enable control
7 line on
function
5JKL
4GHI
1 coming 1 : panel reset
2 going 1 : none
3 coming 2 : none
4 going 2 : none
5 coming 3 : none
6 going 3 : none
7 coming 4 : none
8 going 4 : none
18TUV
to
3
3
1 delay on
2 delay off
3 sound on
4 sound off
5 start evacuation
6 stop evacuation
7 signal 1 on (IQ8)
function
3
1 start OTG testmode
- start verification mode
3 start testmode zone
4 O-sensor line off
5 G-sensor line off
6 sensors line on
7 O-sensor zone off
function
3
1 G-sensor zone off
2 sensors zone off
3 zone/detector on
4 sensor detector off
5 zone/detector off
6 zone/detector on
- start verification mode line
function
3
1 none
function
3
1 type : control input
2 hardware : IN_1
3 latched : off
4 crtl. funct. : 0 coming / 0 going
5 label 1 : [ATU activated ]
6 label 2 : [IN_1 Mainboard ]
zone <-0021->
3
3
type
1 fire
2 techn. alarm
3 pre-alarm
4 fault
5 control input
6 system input
7 unused
Fig. 28 : >Control input< menu screens

Fire Alarm Control Panel Compact
FB 798238.GB0 / 10.14 19
If system input was selected:
6MNO
3
1 ATU active
2 ATU fault
3 FPI activated
4 FPI fault
5 ESI activated
6 ESI fault
7 sound activated
function
3
1 sound fault
2 activate revision
3 activate access level 2
4 start verification
5 buzzer off
6 panel reset
7 lamp test
3
1 none
3
type
1 fire
2 techn. alarm
3 pre-alarm
4 fault
5 control input
6 system input
7 unused
function
function
Fig. 29 : >System input< menu screens
5.4.2 Latching
This setting relates to the triggering of the zone and can be switched between ON or OFF unless already
predefined via the “Fire” type.
3
1 type : control input
2 hardware : IN_1
3 latched : off
4 crtl. funct. : 2 coming / 3 going
5 label 1 : [ATU activated ]
6 label 2 : [IN_1 Mainboard ]
zone <-0021->
3
Fig. 30 : >Latching< menu screen

Fire Alarm Control Panel Compact
20 FB 798238.GB0 / 10.14
5.5 Configuration
The interfaces and the inputs and outputs of the mainboard are configured in this menu. Only the EDP protocol
is implemented for the RS485 interface.
4GHI
3
1 mainboard
2 slot 1
3 slot 2
4 expansion module
configuration
3
1
3
3
mainboard 1/2
3
1 zones
2 control zones
- detector/transponder
4 configuration
5 settings
6 verify and save
configuration
3
mainboard 2/2
1 Out-1 : monitored
2 Out-2 : monitored
3 Out-3 : EOL-O
4 Out-4 : EOL-O
IN-1 : open / closed
IN-2 : open/ closed
7 IN-3 : 3.3k / 680 Ohm
1 IN-4 : open / closed
- zones
- esserbus
4 RS485 : unused
5 RS232 : unused
Fig. 31: > Configuration< menu screens
RS485 toggle between unused, FIP / FOP and WINMAG
The WINMAG setting serves the connection to a higher-level
Management Systems with the EDP protocol.
RS232 for future use