Fire Control Panel FCP dc3400 SC - Hotronic Lääne · PDF fileFire Control Panel FCP dc3400 SC ... 4.3.4 CP-PSB1 Power supply board ... The loop wiring system is a monitored 2-wire

Version 2.2 1

Fire Control Panel FCP dc3400 SC

Installation manual

Software Version 2.5

Installation Manual FCP dc3400 SC

Version 2.2 2

detectomat GmbH Headquarter: Phone: +49 (0) 4102 2114 60 An der Strusbek 5 Fax: +49 (0) 4102 2114 670 D – 22926 Ahrensburg Hotline: Phone: See www.detectomat.com Fax: +49 (0) 4102 2114 9670 Manual-No.: 56245 Version 2.2 – 18.02.2013

* Please specify your customer number when contacting the hotline!


Version 2.2 3

Index

1 Installation manual purpose and structure ......................................... 6 1.1 Purpose of this manual .....................................................................................................6 1.2 Structure of the manual ....................................................................................................6

2 General safety notes ............................................................................. 7 2.1 Intended application .........................................................................................................7 2.2 Requirements for the operating company .........................................................................7 2.3 Safety Installations ...........................................................................................................8

3 Product information .............................................................................. 9 3.1 Brief description ...............................................................................................................9 3.2 Environmental conditions ..................................................................................................9 3.3 Technical data ..................................................................................................................9 3.4 New features in Version 2.5 ............................................................................................11

3.4.1 Serial number check..........................................................................................11 3.4.2 Detection of detector change (Type check) ........................................................11 3.4.3 Indication of detector pollution ...........................................................................11 3.4.4 Key lock function ...............................................................................................11 3.4.5 Mappings ..........................................................................................................12 3.4.6 Firmware-Updates .............................................................................................12

4 Installation .......................................................................................... 12 4.1 Requirements .................................................................................................................12 4.2 Inspection for completeness and damage during transport .............................................13 4.3 Internal components of the FCP dc3400 SC ....................................................................14

4.3.1 Location of the components ...............................................................................14 4.3.2 Housing .............................................................................................................14 4.3.3 Mains adapter ...................................................................................................15 4.3.4 CP-PSB1 Power supply board ............................................................................16 4.3.5 CP-CPB Main board ...........................................................................................19 4.3.6 CP-MB basic module .........................................................................................21 4.3.7 CP-LI3120 Loop card .........................................................................................24 4.3.8 CP-DIS Display and control panel (DCP) .............................................................26

4.4 External components ......................................................................................................28 4.5 Housing assembly ..........................................................................................................29

4.5.1 Assembly steps .................................................................................................29 4.6 Line connections ............................................................................................................30

4.6.1 Earthing .............................................................................................................30

5 Commissioning ................................................................................... 31 5.1 First commissioning .......................................................................................................31

5.1.1 Procedure of the commissioning report .............................................................31 5.1.2 Installing the batteries .......................................................................................34 5.1.3 FCP dc3400 SC standard programming .............................................................34 5.1.4 Configuration of the FCP dc3400 SC ..................................................................35 5.1.5 Functional test for commissioning .....................................................................35

5.2 Extend / reduce loop (components) .................................................................................35 5.3 Limits, current calculation ..............................................................................................36

6 Operation of the FCP dc3400 SC ........................................................ 37 6.1 Display ...........................................................................................................................37


Version 2.2 4

6.1.1 Normal Operation Mode .....................................................................................37 6.1.2 Function Keys and Main Menu ...........................................................................38 6.1.3 Message Structure ............................................................................................38

6.2 LED-Display ....................................................................................................................39 6.2.1 Meaning of the LEDs .........................................................................................39

7 Operating States ................................................................................. 40 7.1 Operation........................................................................................................................40 7.2 Alarms ............................................................................................................................41

7.2.1 Alarm "Main Alarm" ..........................................................................................41 7.2.2 Alarm "delay" & "detector/zone dependency" ...................................................41 7.2.3 Alarm "Maintenance Mode" ..............................................................................42

7.3 Faults .............................................................................................................................42 7.4 Maintenance/Service ......................................................................................................43

7.4.1 Disablements ....................................................................................................43 7.4.2 Maintenance mode ............................................................................................43

8 Operation Procedures at events ......................................................... 44 8.1 Alarm (Main alarm) .........................................................................................................44 8.2 Alarms ............................................................................................................................44 8.3 Faults .............................................................................................................................45

9 Operation and Setting ......................................................................... 46 9.1 Operating, authorisation / access levels ..........................................................................46 9.2 Functions in the "In operation" window ..........................................................................47

9.2.1 Reset .................................................................................................................47 9.2.2 Silence alarms ...................................................................................................47 9.2.3 Disabling the "Transmission Unit" .....................................................................47 9.2.4 Mute buzzer .....................................................................................................47 9.2.5 "Delay on/off" ...................................................................................................47

9.3 Enable ............................................................................................................................48 9.4 Disable ...........................................................................................................................48

9.4.1 Disabling detectors ............................................................................................49 9.4.2 Disabling zones .................................................................................................49 9.4.3 Disabling input ..................................................................................................49 9.4.4 Disabling outputs ...............................................................................................50 9.4.5 Disabling external alarm signals ........................................................................50

9.5 Service ...........................................................................................................................51 9.5.1 Viewing the service event log ............................................................................51 9.5.2 Maintenance Mode ............................................................................................51

9.6 System Parameters ........................................................................................................52 9.6.1 Delete event log ................................................................................................52 9.6.2 Bring FCP into Service .......................................................................................52 9.6.3 Extend / reduce loop ..........................................................................................53 9.6.4 Show detectors .................................................................................................53 9.6.5 Factory settings .................................................................................................53 9.6.6 Software Versions..............................................................................................54

9.7 Alarm Counter ................................................................................................................54 9.8 User Interface .................................................................................................................54

9.8.1 Configure display ...............................................................................................55 9.8.2 Language Settings .............................................................................................55 9.8.3 Lamp Test .........................................................................................................55 9.8.4 Set date and time ..............................................................................................56 9.8.5 Set default display configuration ........................................................................56


Version 2.2 5

10 Faults and diagnostics displays ......................................................... 57 10.1 Fault messages ..............................................................................................................57

11 Maintenance ....................................................................................... 59 11.1 Inspections .....................................................................................................................59

11.1.1 Inspection Periods .............................................................................................59 11.1.2 Batteries ............................................................................................................60

11.2 Cleaning .........................................................................................................................60 11.3 Software Updates ...........................................................................................................60 11.4 Environmentally-friendly disposal ...................................................................................60


Version 2.2 6

1 Installation manual purpose and structure

1.1 Purpose of this manual This instruction manual applies to technically qualified users who have been or will be trained

in the operation of the fire control panel dc3400 SC.

As an operator and/or user you are obligated to read and understand this installation manual

in its entirety before proceeding. It contains relevant information on the installation, operation

and maintenance of the FCP dc3400 SC. It will help you to operate the panel safely and

efficiently.

1.2 Structure of the manual The following conventions will be applied in this installation manual:

• Lists provided with bullet points only contain information and no working steps.

• Numbered lists contain a sequence of working steps or hierarchically arranged

information.

• Texts displayed in quotation marks indicate menu options.

• Shortcuts are displayed in squared brackets, e. g. [ Reset ].

Important safety precautions and special information are indicated in the text of the manual

by pictograms. These pictograms have to be followed accord ably.

Attention! Danger of an electric shock

Turn the power off before working on electrical connections.

Severe injuries could be incurred by the user.

Attention!

The user is alerted to practices and circumstances that could result in equipment

damage or economic loss.

Warning!

The user is made aware of precautions when dealing with electro statically sensitive

components.

Note!

The user obtains additional information that is critical for successful application and

understanding of the product.


Version 2.2 7

2 General safety notes

The FCP dc3400 SC meets the present day safety regulations at the time of publication. Nevertheless danger could occur by incorrect operation or from misuse of the equipment: • for life and limb of the user or a third party

• for the FCP dc3400 SC and other material assets of the operator

• for the efficient usage of the FCP dc3400 SC

2.1 Intended application The FCP dc3400 SC is part of a fire detection system, which consists of multiple,

exchangeable and compatible components from small single panel systems up to large

multiple networked detection systems. It is exclusively designed to receive, analyse and

forward measured date received by detection units (for example smoke detectors or manual

call points).

For specified normal operation it is also important to: • attend and follow the safety instructions in this manual

• attend and follow the maintenance instructions in this manual

The detectomat GmbH is not liable for defects which occur due to incorrect usage of the

fire control panel dc3400 SC.

2.2 Requirements for the operating company Installation, maintenance and service of the fire control panel may only be carried out by

companies which are trained and qualified in the fire alarm industry.

Operator control actions at an already installed FCP dc3400 SC may only be done by

authorised and trained staff taking into account your countries safety regulations.

For safety reasons and to avoid malicious operations:

The necessary passwords for operation should only be forwarded to authorised personnel.

This operation manual does not include general or regional regulations. Information about

general and regional regulations and rules are prerequisite for the operations of the FCP

dc3400 SC.


Version 2.2 8

2.3 Safety Installations

Warning!

Removing or decommissioning safety installations may result in material damage or

bodily injuries. Thus, only authorised service technicians are allowed to remedy any

deficiencies with regard to safety installations.

The functionality of the safety installations has to be checked on a regular basis.

The FCP dc3400 SC is equipped with different safety installations:

• Monitored emergency power supply

• Mounting of the batteries

• Short and open circuit tolerant loop card outputs

• Powered by a switch-mode power supply

• Fuse-protected outputs of the power board card

• Monitoring of the external signaller output

• Earthing of all metal parts of the housing


Version 2.2 9

3 Product information

3.1 Brief description The fire alarm system is the central element with regard to the fire protection of a building.

Being an alarm system for dangerous situations, it is used to save lives and to protect

people’s health, the environment as well as material assets. It consists of the central fire

alarm system, the fire detectors as well as the control and alarm organisation.

The dc3400 SC system includes several compatible assemblies as well as small, individual

centre applications. Currently, the FCP dc3400 SC monitors a loop wiring system (loop) which

may include up to 126 loop components which, in turn, can be divided into 100 detector

zones with a line length of up to 3000 m. The loop wiring system is a monitored 2-wire bus

with a ring line. The system guarantees a safe detection of fire areas or impurities due to the

individual identification of the detectors and/or the addressing and control components and

provokes a predefined action.

The different lights on the LED display indicate current alarms, faults and other messages.

The display which can be easily operated and understood provides comprehensible clear text

information with regard to operation, fault and alarm.

3.2 Environmental conditions In order to ensure a safe use of the FCP dc3400 SC it is necessary to observe and comply

with certain environmental conditions when installing the system.

Environmental condition Recommendation

Ambient temperature -5 °C to 40 °C

Relative humidity 5 – 95 % (non-condensing)

Premises no humid rooms

no strong vibrations

3.3 Technical data

Constructive data

Housing Sheet steel, RAL 7035

Dimensions (H x W x D) 300 x 400 x 135 mm

Weight (without batteries)

6,5 kg (without batteries)

Bushes At the top 8 x Ø 20 mm Back top opening 2x (W x H) 95 x 26 mm

P class IP30


Version 2.2 10

Electrical data

Supply voltage 180-264 V AC

Mains frequency 47-63 Hz

Nominal panel voltage 32 V DC

Standby current with the following development:1x CP-DIS, 1x CP-LI3120, 1x CP-MB, 1x CP-PSB1, 1x CP-CPB

300 mA

Nominal loop voltage 30 V DC

Output 24 V DC max. 400 mA

Alarm current with the following development:1x CP-DIS, 1x CP-LI3120, 1x CP-MB, 1x CP-FBI, 1x CP-PSB1, 1x CP-CPB

350 mA

Charging current max. 1.6 A

Imax. a 1,4 A

Outputs of the CP-BM module configurable using the dct 3400 programming tool

3 outputs potential-free (relay) 30 V DC / 2 A

Output 1 default = collective alarm Output 2 default = collective fault (inverted) Output 3 default = extinction out (not changeable) Output monitored (not potential-free) 500 mA default = external signallers)

Batteries max. 2 x 12V/12Ah

Mains Adapter 32 V DC / 250 W

Interfaces

Number of loops 1

Length of the loop line max. 3000 m (depending on loop components)

Number of loop components 126 (per loop)

Number of programmable zones 100

Interfaces 1 x USB for connecting to PC

Display Touch screen display 320 x 240 pixels (1/4 VGA)

Fuses

Fuse holder Mains connection 230 V supply mains adapter 3,15 A delayed-action

CP-PSB1 Power Board Card F200 / Battery fuse 4 A fast-acting F401 / 32 V system voltage 4 A fast-acting F400 / 24 V Ub ext. devices 1 A fast-acting

CP-MB Basic Module F600 / external signallers 500 mA fast-acting

CP-LI3120 loop card F700 / loop 500 mA delayed-action


Version 2.2 11

3.4 New features in Version 2.5

3.4.1 Serial number check

The loop card of the FCP checks the serial number of all read in loop components. If

differences are notified, then a fault message "Serial number changed" appears. This fault

can NOT be reset by pressing "Reset".

To change a polluted or defective detector you can copy the detector data to a new detector.

You need to enter the menu "System parameters" and start "Extend / reduce loop". The new

serial number of the detector will now be saved and the fault message will disappear.

3.4.2 Detection of detector change (Type check)

New is also the perusal of the detector type.

Changing a detector type, for example from an "O" to an "OT" detector, then you need to

start the "Extend / reduce loop" procedure from the menu "System parameters".

The new detector will still be recognized as a new detector, which will automatically be set to

the default zone 9501 and the fault message "Wrong detector type" will be displayed.

You need to reprogram the detector to the desired zone via the dpt software.

The fault message will disappear doing so.

The following conditions lead to the detector change fault (type check): • Concerning detectors have an isolator (3300 series) • There are no further faults in the loop

The type check cannot be done in line operation.

3.4.3 Indication of detector pollution All automatic detectors with a optical measure chamber (O, OT, OTi, Oti Fusion...) are

poluttion monitored. The FCP can determine the grade of pollution in three levels.

Level 1 & 2 do not lead to a fault message, only a notify message will be generated.

Level 1: Pollution >30% = Notify message

Level 2: Pollution >70% = Notify message

Level 3: Pollution >80% = Fault message

A Pollution of >80% will automatically lead to a fault message and the fault relay will be

triggered.

3.4.4 Key lock function A key lock function can be installed from version 2.5 or newer. This key lock function can be

used to unlock the user password levels.

This must be programmed in the dpt software in the system parameters.

Hardware implementation is done via a contact on the "Display and Indication Board".


Version 2.2 12

3.4.5 Mappings

The possible mappings have been extended. Further source and targets have been added.

Additional information can be found in the dpt manual.

3.4.6 Firmware-Updates Firmware updates of the single FCP boards are now only possible via the dpt. A FCP dc3400

SC version 2.1.5 can now be updated to version 2.5. All FCP boards will be updated

automatically. Exception is the Display and Indication Board. The board can be updated

separately to install new languages.

4 Installation

4.1 Requirements The following procedures are to be assured in order to ensure a fault free operation of the

FCP dc3400 SC, the following

• Only install the FCP dc3400 SC in dry, clean and conditionally accessible rooms.

In this connection, observe chapter "3.2 Environmental conditions" on page 9.

• Assemble the FCP dc3400 SC without mechanical stress on a level mounting surface.

The FCP dc3400 SC may only be commissioned after it has been professionally attached

to a wall or mounting surface with sufficient load-bearing capacity.

• Avoid strong electrical / electro-magnetic and mechanical influences. This applies in

particular to the assembly of the FCP dc3400 SC, components and installation lines in the

immediate vicinity of fluorescent lamps or energy cables and the fastening on vibrating,

instable surfaces like, e.g. thin partition walls.

• Do not mount the FCP dc3400 SC in rooms with detrimental influences.

• Connect the PE and FE connection (functional earth) of the FCP dc3400 SC housing with

the PE rail of the distribution/sub-distribution from which the FCP dc3400 SC-is supplied

with mains voltage.

• Do not connect the FCP dc3400 SC to IT voltage supply systems.

• Only install the FCP dc3400 SC in places with normal room temperature in order to

guarantee a perfect life time of the batteries.


Version 2.2 13

4.2 Inspection for completeness and damage during transport

Note!

Before starting with the assembly:

Check all supplied parts of the FCP dc3400 SC for completeness and damage. In

case of damage, contact the manufacturer.

The housing is supplied completely, with the modules that have already been pre-assembled

by the manufacturer:

• "CP-MB" Basic Module

• "CP-PSB1" Power Supply Board

• "CP-CPB" Central Processing Board

• "CP-DIS" Display and control panel

• "CP-LI3120" Loop Card

The batteries are not contained in the delivery and can be acquired from the manufacturer.


Version 2.2 14

4.3 Internal components of the FCP dc3400 SC

Warning! EMC protective measures.

When handling electronically assemblies, always take suitable measures for

discharging static electricity.

Note!

In the FCP dc3400 SC software, the devices connected to the CAN bus are called

“CAN devices” and/or CAN components. In this connection, both terms have the

same meaning.

4.3.1 Location of the components

4.3.2 Housing The housing consists of sheet steel and is provided with a lockable door. It is assembled on

the surface. The lines are either led into the housing at the back or through the upper and

lower bush openings. The housing accommodates the whole electronics and the energy

supply. The modules for the display and the operation are attached to the housing door. In the

lower part of the housing, the batteries for the emergency power supply can be installed.


Version 2.2 15

4.3.3 Mains adapter

Technical Data

Input

Input voltage range 180-264V AC

Mains frequency 47-63Hz

Output

Total output power 250W (32V)

Output voltage 32V DC

Overload protection electronic


Version 2.2 16

4.3.4 CP-PSB1 Power supply board The power supply board card is equipped with a low voltage disconnect. That means that if

the batteries’ final discharging voltage (22.7 Volt) is reached, the FCP dc3400 SC is disabled

in case of a mains fault.

Technical Data

Input voltage (input) 32V Medium power consumption 32 V max. 1600mA (idling, max. charging current)

Output voltage (UbExt.) 24V up to max. 28V DC, 500mA KTY81-210 Temperature sensor ± 1 %

5V supply voltage 5.39V DC (internal) F200 / Battery fuse 4A fast-acting

Batteries 24V (2 x 12V / 26 Ah) in series F400 / 24 V Ub ext. devices 1A fast-acting

Final charging voltage ca. 27.3V / ± 5 % at 20 °C F401 / 32 V system voltage 4A fast-acting

Final discharging voltage 22.7V / ± 5 % at 20 °C Board dimensions 127 x 100 mm

Medium power consumption 32 V 200mA (idling, no charging)


Version 2.2 17

Function The voltage supply of the FCP dc3400 SC and the 24V DC supply voltage for external devices

are located on the power board card. The maximum current load due to external devices is

400mA. CPU The mains adapter’s CPU measures and monitors all voltages and if necessary, forwards

these values via the CAN bus. Additionally, the CPU controls the charging controller for the

connected battery. Sub voltage disablement of the battery If the battery voltage falls below 22.7 V, the battery is disabled. This function can be bridged

using jumper 201 in order to achieve an emergency start function. Please keep in mind that

an exhaustively discharged battery can normally not be used anymore.

Charging controller The battery voltage varies by means of temperature. The current is consistently maintained at

1.6 A. When the final charging voltage is reached, the system will change over into trickle

charge mode. In case of negative temperatures, the battery will not be charged.

Disablement criteria The battery charge is disabled as soon as:

• The actual temperature falls below or exceeds the temperature specified by the battery

manufacturer

• The charging current exceeds 1.8 A

• After 24 hours, if the battery has still not taken up 80% of its charge

• The final charging voltage is not achieved within a predefined period

Temperature compensation If the ext. temperature sensor is not connected, the temperature sensor is analysed in the

processor of the power board card. As soon as the ext. temperature sensor (type KTY 81-218)

is connected, it accepts the battery control function.

Explanation of the two fault messages • Battery fault / missing: Means the battery is actually missing or the voltage is below

14 Volt.

• Battery totally discharged: Means that the battery voltage is below 22,7V and can only

appear in mains operation.

Batteries The power board card is designed for a battery capacity of maximally two batteries (12 Ah)

with the dimensions 100 mm x 151 mm x 99 mm (H x W x D). If the mains voltage fails, the

batteries continue the voltage supply without interruption. Maximum charging current: 1.6 A.

Sign of life LED The sign of life LED must flash every second. If this is not the case, the input voltage has

failed or the power board card is defective. In this case, check the mains adapter connection

and/or the main fuse at the mains connection.


Version 2.2 18

CAN device address of the power supply board A CAN device address must be assigned to address 1.

Identical addresses can be assigned to different CAN devices.

CAN address DIP 1 ( 1 ) 2 ( 2 ) 3 ( 4 ) 4 ( 8 )

1 1 0 0 0

Description of the jumper

Jumper-No. Description

ST100 not set; WD

ST101 not set; JTAG

ST201 not set; Deep discharge protection

ST402 set; PE Measurement

Legend JTAG: Joint Test Action Group

WD: Watchdog


Version 2.2 19

4.3.5 CP-CPB Main board

Technical Data

Power consumption 21mA

Function The CPB is the central control unit of the FCP dc3400 SC.

Interfaces Every main board is equipped with 3 plug sockets.

- 1 RS232 jack for a record printer (not available in the SC version)

- 1 USB jack to connect to a computer (for uploading and downloading the

configuration data using the programming programming tool (dpt from V9.0).

- 1 RS232 jack not in use.

Due to the small housing form factor there is no record printer for dc3400 SC available.


Version 2.2 20

Setting the Sub-Panel Number (SP Number) Here, the number of the sub-panel in the network is set. If there is only one sub-centre, the

SP number “1” must be set. The setting is completed in the binary code. A dc3400 SC

always is a stand-alone system.

SP number DIP 1

(1)

2

(2)

3

(4)

4

(8)

5

(16)

6

(32)

7

(64)

8

(128)

1 1 0 0 0 0 0 0 0

2 0 1 0 0 0 0 0 0

3 1 1 0 0 0 0 0 0

4 0 0 1 0 0 0 0 0

5 1 0 1 0 0 0 0 0

6 0 1 1 0 0 0 0 0

7 1 1 1 0 0 0 0 0

8 0 0 0 1 0 0 0 0

…

255 1 1 1 1 1 1 1 1

Sign of life LED and emergency path The sign of life LED must flash every second. If this is not the case, the main processor of the

central computer has stopped or failed. The FCP dc3400 SC is in emergency operation and a

system fault is displayed. Safe functioning of the FCP dc3400 SC is not guaranteed any more.

There is an alarm display at the CP-DIS display and control panel. The internal buzzer of the

FCP dc3400 SC will sound and the collective fault relay on the CP-MB basic module will

change into fault mode. There is an alarm display at the fire brigade control panel.



JP202 not set; JTAG

JP300 not set; Ext. CAN determ.

JP500 not set; WD

Legend:

JTAG: Joint Test Action Group

WD: Watchdog


Version 2.2 21

4.3.6 CP-MB basic module

Note!

The fault relays are energised in standby by and will de-energised in case of fault conditions

Technical Data

Power consumption 40 – 56mA Inputs / outputs 2 inputs potential-free 24V DC / 5.8mA 3 outputs potential-free 30V DC / 2A 1 output monitored (not potential-free) 500mA


Version 2.2 22

Function The main board provides standard inputs and standard outputs.

Inputs / outputs The outputs are programmed as follows:

Outputs Standard programming

Relay 1 Collective alarm

Relay 2 Collective fault

Relay 3 Default interface (not active)

External signaller 1 External signallers

Jumper description

Jumper No.: Description

J100 not set; JTAG

K115 not set; JTAG

J200 not set; without function




JP400 not set; WD

J400 set by default; Alarm via WD

J401 set by default, Fault relay via WD

J402 set by default, Fault relay via NP

J403 set by default; Alarm via Controller

J404 set by default; Fault relay via Controller

Legende:


NP: Emergency path

WD: Watchdog

Description of the LEDs

LED number Description

D 201 Sign of Life LED

D 405 Alarm relay LED; indicates triggered relay

D 406 Fault relay LED; indicates triggered relay

D 407 Relay 3 LED; indicates triggered relay

D 601 acoustic signal generator relay LED; indicates triggered relay

D 408 Watchdog LED; signals various conditions every few seconds - 3 sec. flash = normal mode

- 1 sec. flash = programming mode (updates)

- 0,1 sec. flash = Emergency mode


Version 2.2 23

Sign of life LED The sign of life LED must flash every second. If this is not the case, the main processor of the

CP-MB basic module has failed. The FCP dc3400 SC is in emergency operation and a system

fault is displayed. Safe functioning of the FCP dc3400 SC is not guaranteed any more. In

emergency operation, corresponding information (alarm / fault) is transmitted through the

emergency paths. Only minimum functions (depending on the settings on the CAN device

cards) (e.g. basic module) can be performed. For more information please refer to chapter

“Sign of life LED and emergency path“ on page 20.

CAN device address of the basic module A CAN device address must be assigned to address 1.


CAN address DIP 1 ( 1 ) 2 ( 2 ) 3 ( 4 ) 4 ( 8 )

1 1 0 0 0

Emergency operation functions Alarm Normal operation: The basic module activates the alarm relay (jumper JP 403 must be

plugged in) and the external signallers.

Emergency operation: The “Alarm” message is forwarded between the CAN devices via

emergency paths. For the “Alarm” relay activation in emergency operation, jumper Jp 401

must be plugged in. For the activation of external signallers, jumper Jp 600 must be plugged

in.

Fault Normal operation: The basic module activates the fault relay. JP 402 must be plugged in.

Emergency operation: The “Fault” message is forwarded between the CAN devices via

emergency paths. For the “Fault” relay activation in emergency operation, jumpers Jp 401

and 402 must be plugged in.


Version 2.2 24

4.3.7 CP-LI3120 Loop card

Technical Data

Power consumption 30 – 380 mA ML connections 2 Terminals / 1 loop or 2 lines Function Communication with the loop components is effected via the loop card. Thus, it is the

connection between central computer and loop components. Sign of life LED The sign of life LED must flash every second. If this is not the case, the main processor of the

loop card has failed. At the FCP dc3400 SC, a system fault is displayed. The status of all

detectors of this loop card is not updated any more.


Version 2.2 25

CAN Device address of the loop card A CAN device address must be assigned to address 1.


CAN address DIP 1 ( 1 ) 2 ( 2 ) 3 ( 4 ) 4 ( 8 )

1 1 0 0 0

Emergency operation functions (Central computer CPU has failed) The “Alarm” and “Fault” emergency paths are activated by the loop card if there is an

emergency operation and a corresponding message. If at least one loop components supplies

an alarm or fault and/or if there is an internal fault on the loop card, the corresponding

emergency path is activated. The corresponding control, independent of the FCP dc3400 SC

programming, however dependent on the settings made on the CAN device cards (e.g. basic

module) is activated, as well. For more information please refer to chapter “Sign of life LED

and emergency path“ on page 20.

Attention!

The CP-LI3120 Loop card does not provide the same diagnostic possibilities as the

detectomat loop-tester LT3000. Use the loop tester LT3000 to check possibly

manual assigned detector addresses and the loop structure on correctness at first

installation or after extending the structure. This can assure a correct and confident

running of the fire control system.



JP100 not set; JTAG

Legende:



Version 2.2 26

4.3.8 CP-DIS Display and control panel (DCP)

Technical Data

Power consumption 35 – 70 mA

Function The DCP constitutes the connection between the operator and the FCP dc3400 SC. Here, any

important information is shown and/or here, the operator is able to send different commands

to the central computer.


Version 2.2 27

Sign of life LED The sign of life LED must flash every two seconds. A continuously glowing signals a

programming status. The FCP dc3400 SC is in emergency operation and a system fault is

displayed if the LED does not light at all. Safe functioning of the FCP dc3400 SC is not

guaranteed any more. In emergency operation, corresponding information (alarm / fault) is

transmitted through the emergency paths.

Only minimum functions (depending on the settings on the CAN device cards) (e.g. basic

module) can be performed. For more information please refer to chapter “Sign of life LED and

emergency path“ on page 20.

Apart from that, an LED shows the status of the watchdog. This LED must also flash every

second. If this LED is not flashing, emergency operation is not possible any more. At the

display, the presentation of information is not possible any more.

Watchdog LED

Signals various conditions every few seconds

- 3 sec. flash = normal mode

- 1 sec. flash = programming mode (updates)

- 0,1 sec. flash = Emergency mode

CAN device address of the display and control panel A CAN device address must be assigned to address 1.


CAN address DIP 1 2 3 4

1 1 0 0 0

Emergency operation functions Only minimum information (alarm/fault) can be presented in the display if the FCP dc3400 SC

is in emergency operation (system fault). If the Display is without function, then the fault

status can still be recognized by the LEDs and the buzzer.



J100 not set; JTAG

JP 101 set by default; Buzzer activation

J102 not set; CAN-Bus termination

J103 External door contact

ST105 not set; JTAG

K201 not set; WD

Legende:


WD: Watchdog


Version 2.2 28

Display calibration

Warning! Danger due to electric shock.

For the display calibration, the FCP dc3400 SC must be energised.

Thus, only authorised and trained service technicians are allowed to calibrate the

display.

Information!

The fault message "Fault CP-DIS 1 Display calibr. took place" will appear after

every display calibration. This is normal and can be reset by pressing [ Reset ].

1 Touch the display anywhere using your finger or a pin with a blunt tip.

2 While still touching the display, press the [ RESET ] button on the back of the CP-DIS DCP.

The information “Loading program …” and afterwards “!Calibration!” appears. Adhere to

the following instructions in the display.

3 Touch the indicated spots in the corners as exactly as possible.

4 Subsequently touch several freely selected points at the display.

5 Press the [ Ok ] button if the presentation of the points is exactly below the touch point.

6 If it has not been possible to complete the display calibration orderly, click on the []

button and repeat the procedure.

4.4 External components The detectors, modules, manual call points and loop components are combined in a loop

using a two-wire line and connected directly to the FCP dc3400 SC.

The maximum length of a loop is 3000m. A loop comprises a maximum of 126 addresses

and/or loop components. The elements like detectors, manual call points, signallers, etc.

must be easily accessible and permanently fastened. Example of Connection Possibilities


Version 2.2 29

4.5 Housing assembly


Assembly and installation of the FCP dc3400 SC must be carried out in a dead-

voltage state!

The FCP dc3400 SC may only be operated with closed housing. Operation is

inadmissible if the housing is open, the housing openings have been manipulated

or if housing plates are missing.

Warning!

Connect the housing to an earth potential in order to avoid electrostatic charging.

Observe the precautions when dealing with electrostatically sensitive components.

The FCP dc3400 SC is to be fitted to the wall so that the displays can easily be read and the

keyboard can easily be used. The mounting height should lie between 1.50 m and 1.80 m.

Display and LED display should be at eye level so that the operator can operate the display

without problems.

The housing is provided without batteries and only with the internal lines. The use of batteries

as replacement power supply is absolutely necessary. For more information please refer to

chapter “5.1.2 Installing the batteries“ on page 34.

4.5.1 Assembly steps

1 For the wall assembly, use S8 dowels and Ø 6 mm cylinder head bolts. Select a screw

length ensuring a stable suspension.

2 Make the upper two borings (Ø 8 mm) in the wall according to the assembly drawing.

3 Insert the dowels and screw two cylinder head bolts into them. When doing so, comply

with a distance between the screw head and the wall of approx. 19 mm. The cylinder

head screws must not bear the housing on the spacers!

4 For the time being, hook up the housing.

5 Mark the dimensions for the bottom borings.

6 Remove the housing again in order to make the bottom borings (Ø 8 mm) into the wall.

7 Hang the housing finally onto the top screws and apply the bottom screws.

8 Make sure that the housing is firmly hanging at the wall and that no mechanical stress is

generated.


Version 2.2 30

4.6 Line connections After the housing assembly, the lines of the external components (detectors and/or modules)

of the FCP dc3400 SC are inserted.

Note!

For concealed wires, use the opening in the housing’s back wall.

For surface-mount wires, use the openings on the top of the housing for cable

connections. In the delivery condition, these openings are closed by means of a

cover plate.

The wires used must be shielded in order to provide protection against

interferences. We recommend using correspondingly prescribed fire alarm lines. In order to avoid short-circuits with other terminals and other earth faults due to not

insulated, blank lines of the drain wire, they should be insulated. This measure must

particularly be complied with in the area of fire-extinguisher cabinets, when connecting

pressure switches in metal housings on IOMs or in assemblies with metal consoles at profiled

sheeting and other metal constructions.

Warning!

Do only complete the line connections if the FCP dc3400 SC is in a dead-voltage

state.

1 Pull off the mains fuse holder at the 230V terminal so that there is no mains voltage after

connection of the voltage supply.

2 Pass the detector lines and the supply line for the voltage supply through the provided

openings into the housing.

3 Attach all signal lines (detectors, sirens, etc.) to the strain relieves. Do, however, not yet

wire them! In limit value detectors you have to make sure that the terminating resistor

5.6kOhm / 0.25W that is installed in the FCP dc3400 SC housing is removed and

installed into the last detector in the line.

4 Connect the supply lines for the voltage supply to the 230 V terminals.

5 Proceed as described in chapter “5 Commissioning“ from page 31.

4.6.1 Earthing Like all electrical devices, the FCP dc3400 SC can be damaged by a strike of lightening. By

means of an orderly earthing, the risk of damage can be minimised.

For this purpose, connect the PE of the mains connection of the FCP dc3400 SC with the PE

rail of the distribution/sub-distribution from which the FCP dc3400 SC is supplied with mains

voltage.


Version 2.2 31

5 Commissioning

5.1 First commissioning


The FCP dc3400 SC must still be in a dead-voltage state.

One prerequisite for the commissioning is an orderly assembly of the FCP dc3400 SC.

This includes the wall assembly incl. all inserted signal lines (detectors, sirens, etc.) that have

not been wired, yet. The CAN devices that are assembled on the top of the connection board on the left and on the

right constitute the CAN bus beginning and the CAN bus end. If more modules are attached to

the CAN devices specified above, the former constitute the bus beginning and the bus end.

All other CAN devices are correspondingly located in the bus centre.

1 Check the correct seat of all CAN devices on the connection board.

2 Wire all open, monitored outputs that are not to be wired with corresponding terminating

resistors:

• Output External signallers

• Monitored outputs loop components

You complete the first commissioning by means of our commissioning record. The

commissioning record supports you in the commissioning and also simplifies the support by

the manufacturer. For wiring the lines use the supplied connection plans of the loop devices.

Note!

Record the completed commissioning action in the supplied commissioning record.

5.1.1 Procedure of the commissioning report The commissioning report contains the chronological order of all necessary steps to

successively commission the FCP dc3400 SC. Document all measurements in the

commissioning report.

The FCP dc3400 SC does not provide the same diagnostic possibilities as the Fire Control

Panel detect 3004 (Order-No.: 31973). Use the loop tester LT3000 (Order-No.:31625) to

check possibly manual assigned detector addresses and the loop structure on correctness at

first installation or after extending the structure of the loop. This can assure a correct and

confident running of the fire control system.

Wiring and checking Lines If available, wire the following lines or check lines that have already been wired (the drain

wire must not be wired to the PE potential, yet!):

• Power supply (do not turn on)

• Signallers

Note!

Only use shielded lines.


Version 2.2 32

Measuring terminating resistors on conventional lines If there are conventional lines, measure the terminating resistors on all conventional lines at

the lines in the FCP dc3400 SC that have not been wired, yet. If the terminating resistor is ok,

you can wire the detector lines.

Measuring cable resistance loop technology on +ML Measure the cable resistance at the lines that have not been wired, yet. Check the wires if

there are any deviations.

Line resistance Corresponding line length Wire diameter Fire alarm cable

max. 76 Ohm 1 km 0.8 mm

Line resistance of the drain wire (shield) Measure the line resistance of the drain wire (shield) per loop. The drain wire must not be

wired in the FCP dc3400 SC, yet.

Line resistance Corresponding line length Drain wire diameter

max. 150 Ohm 1 km 0.5 mm

In case of deviations, check the lines!

Earth-Fault test on power supply board

Note!

Do not connect any devices (Notebook, PC, ...) to a FCP interface (USB, RS232)

during the earth-fault test or if the panel reports an earth fault. This could cause

damages to the dc 3400 SC or to the device.

1 Check that the Jumper 402 (Earth) is set

2 Connect PE-Connection to – and/or + terminal

3 An earth fault should rise after a few seconds

Wiring the loop and the conventional lines Wire the loop and conventional lines according to the connection diagrams to the

corresponding terminals.


Version 2.2 33

Powering the FCP dc3400 SC and Read-in the CAN-Devices If the FCP dc3400 SC is started for the first time, the CAN devices are firstly read in

automatically.

1 Check date and time after the first start and correct them, if necessary!

2 Calibrate the display. For more information please refer to chapter “Display calibration“

on page 28.

Note!

For the operation of the display, please refer to more information in chapter 6

„ Operation of the FCP dc3400 SC “ on page 37.

Warning!

Only unplug and/or plug the CAN devices if the FCP dc3400 SC is in a dead-voltage

state.

1 Push the fuse holder back into place to supply the voltage supply via the 230 V terminals.

The FCP dc3400 SC starts up. At the display, the message “Building up Loop” appears.

2 In the first commissioning, all CAN devices are shown in the beginning. If all CAN devices

are shown in the display correctly, you have t confirm it. If not all CAN devices are

shown, check the correct seat, the addressing and the function standby (sign of life LED)

of the CAN devices. In this case, repeat the CAN device read-in by pressing the [ Scan

FCP mod. again ] button.

3 Press the [ Ok ] button at the display, if all CAN devices have been recognised properly.

Detector Read-in After you have read in the CAN devices, you need to press [ Ok ] to open the read in

functions.

1 Select the desired read in funktion.

Learn loopstructure (SCAN): The existing addresses or those that have first been

assigned manually (easy check) are scanned in. In this way, an existing system can be

extended, i.e. the new detectors are assigned free addresses via the easy check and are

then read-in by means of this scan command.

Readdress loopstructure (AUTO): Comprises the automatic addressing. In the automatic

addressing, loop components are automatically assigned addresses according to the line

run. It is thus suitable for the first commissioning.

Note!

Read-in of the loop components (detectors) can be repeated as often as you want

(e. g. for the troubleshooting in the loop structure).

2 Press the [ Ok ] button if all loop components are displayed correctly. Thus, the “Detector

Read-in” process is completed.

3 Press the [ Ok ] button in order to confirm the display. After the confirmation, the

“Standby” menu appears.


Version 2.2 34

As no batteries have been connected, yet, the “Fault – Open circuit Batteries” error message

still appears in the display and at the LED display. In order to remedy the fault, connect the

specified batteries. More information in chapter „3.3 Technical Data“ from page 9.

Wiring the shield on one side to PE Wire the shield on one side to PE. If it is wired on both sides, the shield must be separated

approximately in the centre of the loop.

Testing the loop communication One after the other, separate the –ML individually. Corresponding loop faults (open circuit L-)

must be displayed.

5.1.2 Installing the batteries The batteries guarantee an emergency power supply for the FCP dc3400 SC in case of a

voltage fault. The batteries are not contained in the delivery. The FCP dc3400 SC is designed

for a maximum of two batteries. Only use the battery types recommended by the manufacturer.

For more information please refer to chapter “3.3 Technical Data“ from page 9.


Installation of the FCP dc3400 SC may only be carried out in a dead-voltage state.

For this purpose, the fuse holder at the mains connection terminal must be opened

in order to disconnect the emergency power supply.

Put the FCP dc3400 SC into a dead-voltage state. (Pull out the detachable mains fuse)

1 Put the batteries into the housing.

Warning!

Pay attention to the polarity of the connections. In case of wrong polarity, the

battery fuse on the power board card will blow.

2 Connect the batteries using the supplied connection lines. For more information see

annex 2. After the batteries have been connected, the battery fault message at the

display disappears.

5.1.3 FCP dc3400 SC standard programming The FCP dc3400 SC automatically sets up a few standard programming's at commissioning.

The relay 1 will be set as an alarm relay, the relay 2 will be set as a fault relay. So the relays

will be triggered in case of an alarm or fault. The external signallers will also be activated in

case of an alarm by default programming from the basic module.

The loop sounders and IO-modules (outputs) will also be activated by default depending on

the loop structure. The default standard programming of the relays and components will also

be downloaded and indicated in the corresponding dpt-explorer of the detectomat

programming tool.


Version 2.2 35

5.1.4 Configuration of the FCP dc3400 SC

Note!

For more information regard to the dpt 3000 detectomat programming tool Art. No.:

30138 (From V9.0 upwards)

5.1.5 Functional test for commissioning Complete the following functional tests:

• Releas automatic and non-automatic detectors

• Test the external signallers

• Test the external activation (if available)

• Test mains fault

• Test the batteries for open circuits

• Test the standby current of the FCP dc3400 SC in case of mains fault

Note!

After you have successfully commissioned the FCP dc3400 SC, store the completed

commissioning record in the FCP dc3400 SC for maintenance purposes. Make a

copy and take it to your documents.

5.2 Extend / reduce loop (components) Compared to the first commissioning, there is already a configuration of the FCP dc3400 SC

that is stored in the EEPROM.

There are the following possibilities for reading in the loop structure. Check and test if the

changes to the loop are still conform to the programming before continuing.

Learn loopstructure (SCAN) Using this option, an existing loop can be extended by one or more loop components. One

prerequisite is that the newly installed loop components must be assigned a free loop

address manually in advance. This manual addressing is exclusively completed using the

“Easy Check” diagnosis and programming device.

1 Read in the detectors via [ Menu | System Parameters | Extend / reduce loop ].

2 Press [ OK ] to confirm.

3 Confirm the selected FCP modul again pressing [ OK ]

4 Press [ Start ]. The existing addresses and/or those that have first been assigned

manually are scanned in and/or read in.


Version 2.2 36

5.3 Limits, current calculation

Standby current in mA Alarm current in mA, in addition

Device: Individually Units Total Individually Units Total

Power board card 47 0

CPU 21 0

Basic module 40 16

DCP 35 33

Loop card >30 0

Loop component

Line length max. 3000m (with Ø 0.8mm)

Operating current max. 36mA (900 current units with ≤ 2000m)

Components max. 126

Detector/Module Standby current Current units

PL 3200 / 3300 O 250 μA 7

PL 3200 / 3300 T 250 μA 7

PL 3200 / 3300 OT 280 μA 7

PL 3300 PBDH 250 μA 7

PL 3300 MCP 250 μA 7

PL 3300 COBT 250 μA 15

PL 3300 Oti/Oti Fusion 250 μA 7

PL 3302 Oti/Oti Fusion 250 μA 7

PL 3300 PA 280 μA 7

LS 3300 VLC 280 μA 150

LS 3300 VXB 400 μA 125

LS 3300 270 μA 125

SDM 3300 250 μA 125

IOM 3311 500 μA 11

IOM 3322 760 μA 19

OMS 3301 500 μA 11

OMS 3301 mini 370 μA 10

TCM 3300 560 μA 14

AMD 3311 /MCP kit 370 μA 10

AOM 3301 400 μA 11

Verso 32 via AOM 3301 400 μA 11

CS 200 via AOM 3301 400 μA 11


Version 2.2 37

6 Operation of the FCP dc3400 SC

The FCP dc3400 SC is housed in a sheet-steel casing. The panel is protected with a key

against unauthorized access. The following operating and display elements can be accessed

from the outside:

• Display

• LED display

6.1 Display The FCP dc3400 SC is equipped with a touch screen display in a landscape format which can

be used to control the program sequence with only a single touch. You can operate the

display with your fingers or by using a PDA pen.

Warning!

Never use a ball point pen or other objects with a sharp tip. Using such objects will lead

to damage of the display.

Clean the display with a soft, dry cloth. Do not use benzene, paint thinners or cleaning

alcohol (spirit).

If the display has been turned on but has not been used for a period of 12 seconds, the

background lighting of the display will disable automatically (normal operation mode).

The background lighting of the display will be automatically activated if a message

(alarm/fault) is detected or if you touch the display.

6.1.1 Normal Operation Mode If the dc3400 SC is in its normal operation mode, i.e. no messages have been received and

no functions have been setup from the main menu, the menu button will be in the top right of

the display. The display and keys have the following meaning.

Display Meaning

Zones in Alarm 0000 Displays the number of any present alarms

Faults 0000 Displays the number of any current faults

Disablements 0000 Displays the number of current disablements

Info 0000 Displays the number of current information messages

Reset Resets any faults or fire that may be displayed. If the cause has not been solved then the fault or fire message will be indicated again.

Silence alarms Silence or enable any sounder outputs

Transm.Unit Alarm on/off* Turns the transmission unit on or off*

Mutes or un-Mutes the internal buzzer during alarms of faults

Delay on/off Enables or disables any delays programmed

Menu Main menu key

* In the present version not available


Version 2.2 38

6.1.2 Function Keys and Main Menu The keys and the menu headings on the display have the following meaning.

Display Meaning

Scroll up

Scroll down

Ok Confirm and select

Back to previous menu

Transm.Unit Alarm on/off* Switches the transmission unit on or off*

Mutes or un mutes the internal buzzer during alarms of faults

Delay on/off Enables or disables any delays programmed

Return to the “Home” screen

Enable Enables detectors, zones, outputs, ext. sounders, which have been disabled

Disable Disables detectors, zones, outputs, ext. sounders.

Service For viewing the event log and to enable/disable the maintenance mode

System parameters To delete the event log, read CAN devices and detectors, reset to default settings and to view the software version of the panel.

Alarm counter Displays the number of main alarms (any alarms generated while in maintenance mode or detector / zone dependencies are not recorded here)

User interface Configure display Select language Lamp test Set date and time Set default display configuration

Keys 0 - 9 numeric keys

deletes a wrong entry

C deletes the whole entry in area 2

1 Panel required information

2 Entry fields Touch the respective box in order to make an entry.


6.1.3 Message Structure The messages in the display are shown as clear text. The graphic to the left provides an

overview of the general message structure. If you scroll using the [] and [] buttons, the

display automatically resets to the first message after 5 seconds. 1 Current date and time

2 Message date and time

3 Message number and text

4 Location (zone/detector number and detector type)

5 Custom text for detectors and/or detector zones

6 Message text (fine text)

7 Display of the last pending message

8 in case of alarm: Indicates further detectors in the zone are in alarm.

in the case of a fault and or a disablement: The display remains empty

1 2

4

5

6

8

7 1

2 3


Version 2.2 39

6.2 LED-Display The LED display automatically indicates an alarm, fault or any other information generated

from the panel.

6.2.1 Meaning of the LEDs The LEDs have the following meaning.

Designation / display Meaning

ALARM (double LED) Red Is illuminated in case of a fire alarm. The corresponding alarm is stored and the internal buzzer is activated.

FAULT (double LED) yellow Flashes when a fault is present. The fault message is stored and the buzzer is activated.

Operation green Is on when the panel is in normal operation mode. Flashes while in service mode.

Dis. Extinguishing Syst.* yellow Not available for the dc3400 SC.

Mains yellow Is lighted when the mains voltage is no longer present and the system is running on batteries.

Battery yellow Is lighted when no batteries are present.

System yellow Is lighted during a system fault.

Ext. Outputs yellow Is lighted if the external sounders are disabled. Flashes in the case of an external sounder fault.

Maintenance Mode yellow Is lighted when the system or zones have been switched to maintenance mode.

Earth Fault yellow Is lighted to indicate an earth fault on the system or loop.

Disabled yellow Is lighted if detectors, zones and modules have been disabled.

Main Alarm Red Is lighted when a main alarm has been triggered.

Fire Brigade Called* Red Not available for the dc3400 SC.

Call Fire Brigade Red The user should alert the fire brigade.

Key Box Sabotage* yellow Not available for the dc3400 SC

Key Box Open* Green Not available for the dc3400 SC

Delay ON yellow Is lighted when a delay has been activated.

Transm. Unit-Alarm* yellow Not available for the dc3400 SC



Version 2.2 40

7 Operating States

The current operating states are shown via an LED and in the display. If an alarm, fault or a

disablement message is generated at the same time, the messages are displayed according

to priority:

1. Alarm messages

2. Fault messages

3. Disablement messages

4. Information

In this case, the message with the higher priority is always displayed.

7.1 Operation The “In operation” state is the normal operating mode of the FCP dc3400 SC. For this

operation, the door of the FCP dc3400 SC must be closed.

LED display • “Operation” LED is on

Display • “In operation” / “! Please touch display for operation!”


Version 2.2 41

7.2 Alarms

7.2.1 Alarm "Main Alarm" The dc3400 SC is in alarm and all programmed relays, sounders and outputs will be activated if

not

LED display • “Alarm” double LED is on.

- The “Alarm” relay from the basic module is activated (standard programming)

• “Main alarm” LED is on.

- External sounders are activated if they have not been disabled or in fault.

• "Call Fire Brigade" LED is on

- Please inform the Fire Service immediately!

Display • On the display, information regarding the device activated and the programmed message

texts are displayed.

• In the centre of the display, in which you can scroll using the [] and [] keys, the first

message is displayed. In the bottom field, you are always shown the last, current or

pending message.

• The alarm display is zone-related. The alarm counter only counts the zones that are in

alarm. If more detectors from one zone are in alarm, the number of detectors is displayed

on the right, between the [] and [] keys (e.g. two more detectors).

In order to view these additional detectors from that zone, touch this key.

7.2.2 Alarm "delay" & "detector/zone dependency" The FCP dc3400 SC is in alarm state of a detector dependency, zone dependency or in delay

action mode. LED display • "Alarm" double LED is flashing at enabled delay action mode

• Yellow LED "Delay ON" is on at enabled delay action mode

• No LED indication (except Operation) at detector/zone dependency The following alarms can occur:

• Detector dependency "Fire D1. knock trig."

Will occur as soon as a detector or MCP from a configured “Detector dependency” zone

goes into alarm. The main alarm will become active as soon as another detector or MCP

from the same zone becomes active.

• Zone dependency "Fire Z1. knock trig."

Occurs as soon as a detector or MCP from a zone configured as “Zone dependency”

goes into alarm. The main alarm is activated as soon as the second defined zone goes

into alarm.

• Alarm with the delay active

Occurs if a delay has been enabled and the corresponding detectors become active. After

receiving the alarm, the "Delay time" starts. If within the “Delay time” the " ” is

pressed, the “Intervention time” will start (main alarm starts if the “Delay time” has

expired or the delay is disabled). If within the “Intervention Time”, the FCP is reset, the

alarm is cancelled. The main alarm will become active once the “Intervention Time” has

expired. The "Delay time" and "Intervention time" can be programmed with the dpt 3000

detectomat programming tool. The total delay time cannot exceed 10 min.


Version 2.2 42

Display • On the display, information regarding the source the alarm and any programmed

message texts are displayed.

• In the centre of the display, where you can scroll using the [] and [] keys, the first

message is displayed. In the bottom field, you are always shown the last message.

• The alarm display is zone-related. The alarm counter only counts the zones that are in

alarm. If more detectors from one zone are in alarm, the number of further detectors are

shown in the display on the right, between the [] and [] keys (e.g. two more

detectors).

In order to view these additional detectors of that zone, touch this key.

7.2.3 Alarm "Maintenance Mode" The FCP dc3400 SC is in "Maintenance Mode" and will not activate the sounders. Triggered

detectors will be indicated in the "Mainten. notes" window. (Maintenance is activated directly

at the FCP dc3400 SC). The alarm status will remain for about 40 seconds LED display • Maintenance mode LED glows yellow when enabled.

Display • If a maintenance alarm is triggered, this will be displayed in the "Mainten. notes". The

zones or detectors in maintenance mode will also be indicated in the "Mainten. notes"

window.

7.3 Faults LED display • “Fault” double LED is flashing in yellow.

Display • A message appears specifying the fault.

• In the centre of the display, where you can scroll using the [] and [] keys, the first


After the fault has been rectified, there are two possibilities for resetting the dc3400 SC:

• Fault is reset automatically (e.g. in the case of an open circuit or a missing detector).

• Fault is reset by pressing the [ Reset ] key.

Warning!

Defective detectors, zones, inputs and outputs will not trigger an alarm. Inform the

Service or maintenance company.


Version 2.2 43

7.4 Maintenance/Service

Warning!

Any detectors which are in maintenance mode will not activate any fire alarm outputs!

7.4.1 Disablements LED display • “Disabled” yellow LED is on.

Display • A message will be displayed specifying the disablement. In this example the Sounder are

disabled.

• In the centre of the display, in which you can scroll using the [] and [] keys, the first


7.4.2 Maintenance mode When the dc3400 SC is in maintenance mode, the system can be tested without activating

alarms.

LED display • The yellow LED “Maintenance Mode” is on.

Display • A message will be displayed specifying which zones, detectors or outputs have been

switched into maintenance mode.

• If a maintenance alarm is triggered, this will be displayed according to the “Alarm

Display”. The triggered detector will be reset after approx. 40 seconds.

* The function "Enable/Disable detectors for maintenance" is in this version not possible.


Version 2.2 44

8 Operation Procedures at events

Attention!

Regard to your alarm organisation in case of fire alarm events

8.1 Alarm (Main alarm) When the dc3400 SC is in alarm (main alarm), the following processes are automatically

started:

• The internal buzzer sounds continually.

• The following LEDs are illuminated:

- “Alarm” double LED is on

- Main alarm” LED is on

- “Call Fire Brigade alarm” LED is on

• The display shows the alarm message with any programmed text.

• According to the dc3400 SC configuration, alarm outputs, control modules and relays are

activated.

Recommendation for the operating sequence 1 Press the [ ] key. The internal buzzer is disabled.

2 In the case of an alarm follow any evacuation procedures, alerting the fire brigade and

the inspection of the activated device.

3 To silence any ext. sounders press the [ Silence alarms ] button.

4 If the cause of the alarm has been rectified, press the [ Reset ] button and all modules

and detectors will be reset to their normal working state.

If the ext. sounders have been disabled they will have to be enabled again via the “Enable”

menu. If the sounders have been silenced using the "Silence alarms" button then after the

reset the sounders are enabled automatically.

8.2 Alarms If the dc3400 SC goes into alarm and is set to a detector or zone dependency, the following

processes are started automatically:

• The internal buzzer sounds continually.

• The alarm messages are shown in the display

• The following alarms are possible:

- Alarm caused via a detector dependency (Fire D1. knock trig.)

- Alarm caused via a zone dependency (Fire Z1. knock trig.)

- Alarm with an enabled delay

- Maintenance mode alarm


Version 2.2 45

• Detector dependency "Fire D1. knock trig."

The main alarm will become active as soon as two detectors or MCP from the same zone

are triggered.

• Zone dependency "Fire Z1. knock trig."

The main alarm is activated as soon as two defined zones go into alarm.

• Alarm with the delay active

The main alarm will become active once the “delay time" or Intervention Time” has

expired.

• Maintenance mode alarm

A maintenance mode alarm will not raise a main alarm and is only for service purposes.

Detectors in maintenance alarm will be indicated for 40 sec. in the "Mainten. notes"

window.

Recommendations for the operating sequence 1 Press the [ ] key. The internal buzzer is disabled.

2 Proceed according to the present Instructions in the case of an alarm.

3 Once the cause of the alarm has been found and rectified, press the [ Reset ] button and

all modules and detectors are reset.

If the ext. sounders have been disabled they will have to be enabled again via the “Enable”

menu. If the sounders have been silenced using the [ Silence alarms ] button then after the

reset the sounders have become enabled.

8.3 Faults The following processes are started automatically if a fault is detected by the FCP dc3400 SC

• The internal buzzer sounds intermittently.

• The “Fault” LED is flashing.

• On the display, the fault message is displayed.

• Depending on the panel configuration, alarm outputs, control modules and relays can be

activated.

Warning!

If a system fault is displayed, the function of the dc3400 SC may be impaired!

You must contact your local service or maintenance company.

Recommendations for the operating sequence 1 Press the [ ] key. The internal buzzer will silence.

2 Examine the displayed fault and/or the reasons for the fault. If possible, rectify the fault.

3 If it is not possible to rectify the fault, note the fault message in the display and inform

your local service company.

4 Press the [ Reset ] button if the fault has been rectified.


Version 2.2 46

9 Operation and Setting

When the FCP dc3400 SC is in its normal “In operation” mode, the main menu key is located

in the top right hand corner of the display. By pressing this menu, you are able to access the

sub menus which you can see in the picture located to the left:

1 Select the corresponding sub-menu using the [] and [] keys.

2 Press the [ Ok ] button.

3 Proceed in the same way in order to access the remaining sub-menus.

9.1 Operating, authorisation / access levels Authorisation for operating the FCP dc3400 SC is by means of different passwords. When

prompted to do so, enter the password directly from the display. Each entered number is

shown by the “*” symbol. After the entry of the password, the [ Ok ] button must then be

pressed. In the case of a wrong entry, the number(s) can either be deleted using the [] key

or the entry can be cancelled using the [] key.

Operation of the FCP dc3400 SC is governed via different password levels which are user

authorisation specific. Password level 2 should only be accessible for authorised operators.

The password level 3 should only be used for the installation and the construction.

Password levels

Operation according to functions 1 2 3

Reset X

Silence alarms X

Transm. Unit Alarm on/off* X

X

Delay enable / disable X

Menu X

Enable X

Disable X

Service X

System parameters X

Alarm counter X

User interface X

Configure display X

Select language X

Lamp test X

Setting date and time X

Set default display configuration X

*without function at present

System parameters (Password level 3 - "33333")

Service configuration (Password level 2 - "22222")

Basic functions (Password level 1 - "no password necessary")


Version 2.2 47

9.2 Functions in the "In operation" window The following functions can be executed in the "In operation" window:

• "Reset"

• "Silence alarms"

• "Transm.Unit Alarm on/off"

• " " • "Delay on/off"

• "Menu"

9.2.1 Reset Resets any fault or fire message if indicated in the display.

Note!

If the cause has not been solved then the fault or fire message will be

indicated again.

9.2.2 Silence alarms This function can only be used during an Alarm. Using the “Silence alarms” button, only the

audible alarm signals are silenced. It has to be noted that they are re activated when another

fire alarm from another zone it triggered.

Note!

The external sounders can only be activated if they are enabled.

1 In the “In operation” screen press: [ Silence alarms ] button.

The information “Silenced sounder” appears.

2 Confirm using the [ Ok ] button. The “Ext. sounders” LED and the disablements LED will

be on.

Note!

When the panel is reset the sounders are no longer silenced.

9.2.3 Disabling the "Transmission Unit" Not available at present.

9.2.4 Mute buzzer ( ) The internal buzzer will be disabled. A new alarm message from a further zone or a new fault

message will reactivate the buzzer again.

9.2.5 "Delay on/off" The delay function will be activated by pressing this button. The delay times can be

programmed in the "dpt detectomat programming tool". Further information can be found in

the "dpt manual (Order-No.: 53656)"


Version 2.2 48

9.3 Enable Via the level 2 password, you can access the “Enable” menu. Disabled elements can be

enabled again. Disabled messages shown in the display and the LEDs are reset.

The dc3400 SC offers the following enabling options:

• Detectors or detector zones

• Input 1 and 2 of the basic module

• Output 1 and 2 of the basic module

• External alarm signals

The enabling procedure is done in the same way as disabling. Instead of selecting the menu

"Disable" you have to select the menu [ Enable ]. Starting from the “In operation” menu,

select the menu sequence [ Menu | Enable ]. All additional steps are similar as described in

the next chapter.

9.4 Disable Via the password level 2, you can access the “Disablement” menu.

The FCP dc3400 SC offers the following disablement options:

• Detectors or detector zones

• Input 1 and 2 of the basic module

• Output 1 and 2 of the basic module

• External alarm signals

1 Starting from the “In operation” screen, press the following key combination:

[ Menu | Disable ].

2 Press the [ Ok ] button. The password prompt appears.

3 Enter the password.

4 Press the [ Ok ] button in order to confirm the entry. The “Disablements” menu opens.

5 Select one of the following options:*

- Detector

- Zone

- Output

- External alarm signals


Version 2.2 49

9.4.1 Disabling detectors In the disable detector menu, you can select which detectors you want to disable. 1 Starting from the “In operation” screen, press: [ Menu | Disable | Detector ], you will see

the following:

2 Touch the [ Zone ] entry field and enter the zone number.

3 Touch the [ from detector ] entry field and enter the detector number as of which

detector in the zone needs to be disabled.

4 Touch the [ to detector ] entry field and enter the detector number up to which detectors

in the zone are to be disabled.

5 Press the [ Ok ] button. On the display a disable message appears specifying which

detectors have been disabled. The disablement counter, located in the top centre of the

display will show the amount of disablements. Also the “Disable” LED will be on.

9.4.2 Disabling zones In the disable zone screen, you can choose which zone(s) you wish to disable. 1 Starting from the “In operation” screen, press [ Menu | Disable | Zone ]. You will then see

the following in the display.

2 Touch the [ from Zone ] entry field and enter the zone number you wish to disable.

3 Touch the [ to Zone ] entry field and enter the zone number up to which zones is to be

disabled.

4 Press the [ Ok ] button. On the display a disablement message appears specifying the

disabled zones. The disablement counter on the display shows the amount of

disablements. The “Disabled” LED is also on.

9.4.3 Disabling input Here you can select which outputs on the corresponding modules are to be disabled:

• Base module

1 Starting from the “In operation” screen press: [ Menu | Disable | Input ].

2 Touch [] or [] in order to select the “Base module” option.

3 Touch the [ Address ] entry field and enter the CAN address of the module on which the

output is located.

4 Touch the [ from Output ] entry field and enter the output number which requires disabling.

5 Touch the [ to Output ] entry field and enter the output number up to which outputs are to

be disabled. 6 Press the [ Ok ] button. In the display a disabled message appears specifying which input

has been disabled.


Version 2.2 50

9.4.4 Disabling outputs Here you can select which outputs on the corresponding modules are to be disabled:

Base module

1 Starting from the “In operation” screen press: [ Menu | Disable | Output ].

2 Touch [] or [] in order to select the “Basic module” option.

3 Touch the [ Address ] entry field and enter the CAN address of the module on which the

output is located.

4 Touch the [ from Output ] entry field and enter the output number which requires disabling.

5 Touch the [ to Output ] entry field and enter the output number up to which outputs are to

be disabled.

6 Press the [ Ok ] button. In the display a disabled message appears specifying which output

has been disabled.

9.4.5 Disabling external alarm signals All outputs configured as “External alarm signals” will react to the “Disable external alarm

signals” command.

• all

All external acoustical and optical sounders/beacons will be disabled

• Acoustical signals (Sounders)

All loop sounders, loop sounder modules like AOM / OMS and the “Ext. sounders output

on the CP-MB basic module. The acoustic sounders can also be temporally disabled

when the [ Silence alarms ] button is pressed. The silenced alarm will be re-activated if a

new alarm / fire is recognised.

• optical signals (Beacons)

All loop beacons will be disabled by selecting "all" or "Beacons".

Note!

The external alarm signals can only be activated by an alarm if they are enabled.

1 Starting from the “In operation” screen, press: [ Menu | Disable | External alarm signals ].

2 Please select if you want to disable all signals or only the audible or only the visual. In the

following example, “all” has been selected. Press the [ Ok ] button. The information

“Disable external alarm signals all?” appears.

3 Press the [ Ok ] button in order to disable all external alarm signals.

The “Ext. sounders” and the “disablements” LED is on.


Version 2.2 51

9.5 Service Via the level 2 password, you can access the “Service” menu. Important information like, for

example, the event log can be viewed. 1 Starting from the “In operation” screen, press: [ Menu | Service ].



4 Press the [ Ok ] button. The “Service” menu opens.

5 Select one of the following options.

• Event log

• Maintenance mode

9.5.1 Viewing the service event log In the “Service Event log” menu, you can view all activities that have occurred, like alarms

and faults. 1 Starting from the “In operation” screen, select the menu sequence:

[ Menu | Service | Event Log ].

You are in the “Service Event log” menu. On the display, the current events appear. The buttons have the following functions:

Display Meaning

Scroll up

Scroll down


!!0379!! Total Event messages, Indicates the last event.

9.5.2 Maintenance Mode In order to test and carry out maintenance work on the fire alarm system without disabling all

outputs this mode should be enabled. Single zones, several zones or even the whole system

can be enabled to maintenance mode.

Enable / disable zones for maintenance 1 Starting from the “In operation” menu, select the menu sequence:

[ Menu | Service | Maintenance mode ].

2 Select the “Enable” or “Disable” option using [] or [] and confirm [ OK ]

3 In the field “from Zone” you have to enter the first zone and in the field “to Zone” the last

zone number which are to be enabled / disabled from the maintenance mode.

4 Press the [ Ok ] button. At the display, you can see in the menu which zones are in

maintenance mode. At the LED display, the “maintenance mode” LED is illuminated in

yellow. Simultaneously, the “Mainten.notes” counter counts up according to the selected

zones.

Enable / disable all groups for maintenance This will set the complete FCP and all programmed zones into maintenance mode.

1 Press [ Menu | Service | Maintenance mode ]

2 Select [ OK ]

3 Select [ Enable / Disable system outputs from maintenance ]

All zones programmed to the FCP will be enabled / disabled from the maintenance mode.


Version 2.2 52

9.6 System Parameters Via password level 3, you can access the “System Parameters” menu that is only intended

for installers. In this menu, FCP dc3400 SC configurations can be changed or deleted.

1 Starting from the “In operation” menu, select the menu sequence:

[ Menu | System Parameters ]- You are in the “System Parameters” menu.



4 Press the [ Ok ] button. The “System Parameters” menu opens.


• Delete event log

• Bring FCP into Service

• Extend / reduce loop

• Show detectors

• Restore to factory presets

• Software versions

9.6.1 Delete event log With this function you have the possibility to delete the event log. All stored messages will be

erased. This function must be confirmed by the [ Ok ] key.

9.6.2 Bring FCP into Service Here, CAN devices and loop structures can scan for detectors or auto address the loop

components connected to the panel. 1 Starting from the “In operation” menu, select the menu sequence:

[ Menu | System parameters | Bring FCP into Service ].

2 Press the [ Ok ] button. The following information text appears:

“Scan for FCP modules and detectors ?”

3 Press the [ Ok ] button. At the display a list with all FCP modules that are installed in the

FCP dc3400 SC and their set address appear.

4 Press the [ OK ] button to open up the next menu where you have the choice of:

"SCAN", or "AUTO" command.

Learn loop structure (SCAN): The existing addresses or those that have first been assigned

manually (easy check) are scanned in. In this way, an existing system can be extended, i.e.

the new detectors are assigned free addresses via the easy check and are then read-in by

means of this scan command.

Warning!

If the loop members have been addressed manually in advance, you must not use

the “AUTO” option! In this case, all addresses are overwritten irrevocably.

Readdress Loop structure (AUTO): Comprises the automatic addressing. In the automatic

addressing, loop members are automatically assigned addresses according to the line run. It

is thus suitable for the first commissioning.


Version 2.2 53

1. Select the desired option and press [ Start ]. The reading process is started. A status bar

indicates the progress of the reading process. At the end, the detected loop members are

shown. Press the [ Ok ] button to confirm the read in detectors. The read in detectors will

now be programmed in the flash.

9.6.3 Extend / reduce loop Here the loop structure can scan for detectors or auto address the loop components

connected to the panel. 1 Starting from the “In operation” menu, select the menu sequence:

[ Menu | System parameters | Extend / reduce loop ].

2 Press the [ Ok ] button. At the display a list with the installed loop cards in the FCP

dc3400 SC and their set address appear.

3 Press the [ OK ] button to open up the next menu where you have to confirm the

"Learn loop structure (SCAN)" command.

4 Press the [ Start ] to beginn.

Learn loop structure (SCAN): The existing addresses or those that have first been assigned

manually (easy check) are scanned in. In this way, an existing system can be extended, i.e.

the new detectors are assigned free addresses via the easy check and are then read-in by

means of this scan command.

9.6.4 Show detectors The last saved loop structure with the detectors will be indicated.

9.6.5 Factory settings When loading the factory settings, any existing programming is deleted and/or parameters

that are important for the function of the FCP dc3400 SC are set to “Standard”. This includes

all zone and detector assignments, customer texts, delays, event log, etc.

Control links are deleted except for the standard control. The loop components are

maintained and are moved into the standard zones.

Zone 9501 for loop card 1. 1 Starting from the “In operation” menu, select the menu sequence

[ Menu | System Parameters | Restore to factory presets ].

You are in the “System Parameters Factory Settings” menu.

2 Press the [ Ok ] button. The following information text appears: “System parameters

Restore to factory presets?”.

Warning!

By means of the Factory settings command, all settings of the FCP dc3400 SC are

irrevocably reset. Before this step, back-up your data.

Press the [ Ok ] button. The FCP dc3400 SC settings are reset to the factory values.


Version 2.2 54

9.6.6 Software Versions In the “Software Versions” menu, you can view the current software versions of the installed

modules in the FCP dc3400 SC.

1 Starting from the “In operation” screen press:

[ Menu | System parameters | Software versions ].

2 Press the [ Ok ] button. The “Software Versions” menu opens.

Displayed is a list with the FCP dc3400 SC modules with their software version. Here, the minimum SW-versions of the panel components in this manual:

Package ver.: 002.005.0000

Display and control panel (CP-DIS): 002.000.0806

Loop carte (CP-LI3120): 003.000.0158

Basic module (CP-MB): 001.003.0251

Power supply board (CP-PSB1): 001.001.0131

Main board (CP-CPB): 002.000.0958

9.7 Alarm Counter In the “Alarm counter” menu, the total number of all the main alarms since the installation of

the FCP dc3400 SC is recorded. The alarm counter can only be deleted via “dpt software”.

9.8 User Interface You have the possibility to change the settings of the display.


[ Menu | User interface ] .

2 Press the [ Ok ] button. The “User interface” menu opens.


• Configure display

• Select language

• Lamp test

• Set date and time

• Set default display configuration


Version 2.2 55

9.8.1 Configure display Here you have the possibility to change the display brightness and contrast.


[ Menu | User interface | Configure display ].

2 The password prompt appears.


4 Press the [ Ok ] button. The “Configure display” menu opens.

5 Select the "Brightness" or "Contrast" and press [ Ok ]

6 You can now change the values with the [ • ] and [ – ] keys.

- Brightness: min. 5 --> max. 20

- Contrast: min. 10 --> max. 40

The default setting for both is: 20.

7 Press [ *1 ] to return to select "Brightness" or "Contrast".

The settings are saved automatically.

9.8.2 Language Settings In the language setting, you can choose between English and the alternatively installed

language.

1 Starting from the “In operation” menu press: [ Menu | User interface | Select language ].


3 Select your desired language using the [] and [] buttons.

4 Press the [ Ok ] button. you need to confirm the selected language in the next window.

5 Press the [ Ok ] button. The menu display now appears in your selected language.

9.8.3 Lamp Test By means of the lamp test you can check whether all LEDs and all pixels from the display are

working and whether the internal buzzer of the FCP dc3400 SC functions properly. The test

takes about two seconds and is reset automatically.

1 Starting from the “In operation” screen press: [ Menu | User interface | Lamp Test ].


• All LEDs should come on.

• The display will go out and come on again.

• The internal buzzer sounds during this test.


Version 2.2 56

9.8.4 Set date and time In the “Set date and time” menu, you have the possibility to change date and time.

During the initial commissioning of the FCP dc3400 SC, you should check the date and time

and correct them if necessary!

The buttons have the following functions:

Display Meaning

/ Changing values (up / down)

/ Moving the cursor from one digit to the next

[ Ok ] Entries are stored


Back to the Home menu

1 Starting from the “In operation” press: [ Menu | User interface | Set date and time ].

2 Press the [ Ok ] button. The “Set date and time” view opens.

3 Adjust time and date.

4 Press the [ Ok ] button. Time and date are saved in the FCP dc3400 SC.

9.8.5 Set default display configuration All display configurations will be reset to the default settings. The language will be set to

"English" and the brightness and contrast will be set to "20".

1 Starting from the “In operation” press: [ Menu | User interface | Set default display

configuration ].

2 The password request window opens.

3 Enter the password and press [ OK ].

4 Confirm to reset the display to default values by pressing [ OK ].

The default values are set.

- Language: English

- Brightness: 20

- Contrast: 20


Version 2.2 57

10 Faults and diagnostics displays

In the following chapter, you are given an overview of the possible problems that could occur

during commissioning and general operation of the FCP dc3400 SC and the possible remedies.

Note!

Faults (like e.g. missing detector, open circuits, etc.) are automatically reset when

the fault has been rectified (self-resetting) and the respective LED goes out. Short-

circuits and system faults are not self-resetting and have to be reset manually.

10.1 Fault messages 1 Current date and current time

2 Message date and message time

3 Message number and message text

4 Location (zone number / detector number / detector type)

5 Customer text for detectors and/or zone

6 Message text

8 in the case of alarm:

the number of further detectors that are in alarm in the displayed zone appears

in case of fault and disablement: the display remains empty

Following the main fault indications:

Message level Message text LED display Cause / Meaning Inspection / troubleshooting

Alarms (general)

1 Alarm Alarm LED on Main alarm LED on Call FB LED on Buzzer on

Main alarm (see message text level 2)

1 Fire Z 1. knock trig. Buzzer on First Alarm in a zone dependency (see message text level 2)

1 Fire D 1. knock trig Buzzer on First Alarm in a detector dependency (see message text level 2)

1 Alarm MCP Alarm LED on Main alarm LED on Call FB LED on Buzzer on

Fire in manual call point zone (see message text level 2)

Faults (general)

1 Fault Fault LED intermittent Buzzer intermittent

Fault (see message text level 2)

1 Fa: Techn. message Fault LED intermittent Buzzer intermittent

Fault message zone (see message text level 2)

Adhere to the alarm organisation

1 Fault Main-CPU Fault LED intermittent System LED intermittent

Buzzer intermittent

Fault (see message text level 2)

Disable (general)

1 Disable Disable LED on Disablement (see message text level 2)

Adhere to the alarm organisation

4

5

6

7 1

2 3


Version 2.2 58

Message level Message text LED display Cause / Meaning Inspection / troubleshooting

Maintenance mode (general)

1 Maintenance mode Maintenance mode LED on Corresponding zone or whole system in maintenance mode.

1 Alarm in maintenance mode

Maintenance mode LED on

Fault messages (specified)

2 Loop member communication

Fault LED intermittent Buzzer intermittent

Communication with the loop device is causing problems.

Check loop device / wiring, change loop device, if necessary.

2 Wrong device type Fault LED intermittent Buzzer intermittent

Another detector type than the one configured in the FCP dc3400 has been used.

Use the correct detector type or change the configuration.

– No display No display Power supply or control panel defective.

Check the “Input” status LED on the power board card.

Check the mains fuse

Check the mains supply

Check the input voltage at the power board card

Try to reboot the system

2 Mains fault Fault LED intermittent Mains LED intermittent Buzzer intermittent

Mains fault Check the mains fuse

Check the mains connection

Check the input voltage at the power board card

2 Open circuit battery Fault LED intermittent Battery LED intermittent Buzzer intermittent

Open circuit between the batteries. Check the battery connection

Check the fuse on the power board card

2 Short-circuit Battery Fault LED intermittent Battery LED intermittent Buzzer intermittent

Short-circuit Batteries Check the battery connection

Check the batteries and exchange them, if necessary.

2 Low voltage Battery Fault LED intermittent Battery LED intermittent Buzzer intermittent

Low batteries voltage. May occur during a longer mains failure; afterwards, the batteries have to be recharged.

Check the batteries and exchange them, if necessary.

2 Earth fault Fault LED intermittent Buzzer intermittent

Earth fault within the fire alarm system.

Check the system for earth faults and rectify.

2 Open circuit Loop (+) Fault LED intermittent Buzzer intermittent

Open circuit on L+ Check the loop wiring

2 Open circuit Loop (-) Fault LED intermittent Buzzer intermittent

Open circuit on L- Check the loop wiring

2 Short-circuit Loop Fault LED intermittent Buzzer intermittent

Short-circuit on the loop Check the loop wiring

2 Open circuit acoustic Fault LED intermittent Ext. Outputs LED intermittent Buzzer intermittent

Open circuit in the wiring of the ext. signals or missing or wrong EOL resistor fitted.

Check wiring of the external signals and/or check the EOL resistor.

2 Short-circuit acoustic Fault LED intermittent Ext. signals LED intermittent Buzzer intermittent

Short-circuit in the wiring of the ext. signals or wrong EOL resistor.

Check wiring of the ext. signals and/or check the EOL resistor.

2 CRC error ROM Fault LED System LED Buzzer

Storage error Card Perform a cold start of the fire alarm system

exchange the card, if necessary


Version 2.2 59

11 Maintenance


Maintenance and repair works at the FCP dc 3400 may only be carried out in a

dead-voltage state. For this purpose, the mains supply at the mains adapter

connection technology (or the mains fuse is to be removed) and the emergency

power supply (batteries) are to be disconnected.

The inspections and maintenance works completed at the FCP dc3400 SC are to be recorded

in an operating log,

11.1 Inspections

11.1.1 Inspection Periods In order to ensure the operating ability of the FCP dc3400 SC, inspections are to be carried

out in regular intervals.

Every day Check the readiness of operation of the FCP dc3400 SC. In case of failures that have

incurred, check whether they are noted in the operating log and whether measures have

been taken for removing the failure.

Every quarter year The FCP dc3400 SC must be inspected and/or tested every three months by an authorised

service technician for the following. Record the implementation in the operating log:

• Entries in the operating log

• Visual inspection of the FCP dc3400 SC and its modules

• Check the external voltage supply

• Check the batteries as well as their charging voltage

• Test at least one detector from each detector zone

• Test the readiness for operation of the alarm signallers

• Test the LEDs on the DCP (lamp test)

Every year In addition to the quarterly inspections, an authorised service technician must individually

inspect each module of the fire alarm system including wiring, all outputs and/or activations.

Each detector of the fire alarm system must be tested at least once per year. Record the

implementation in the operating log.


Version 2.2 60

11.1.2 Batteries The batteries must be exchanged according to the manufacturer’s specifications, after four

years, however, at the latest. For more information please refer to chapter “5.1.2 Installing

the batteries“ on page 34.

1 Turn off the mains voltage. The FCP dc3400 SC is now running in battery operation.

2 After approx. one hour, measure the voltage at the battery terminals. In order to

guarantee the functionality of the FCP dc3400 SC, the battery voltage should exceed 12 V

and be identical at both batteries.

3 Subsequently, turn the mains voltage on again.

11.2 Cleaning To clean the outer housing of the FCP dc3400 SC use a moist, soft, and lint-free cloth. Do not

use cleaning solvent, paint thinners or cleaning agents that contain alcohol (spirit).

If necessary, the inside of the housing may and should only be cleaned by the service

technician.

Clean the display with a soft, dry cloth. Do not use cleaning solvent, paint thinners cleaning

agents that contain alcohol

11.3 Software Updates This option is only available possible by the manufacturer at present.

11.4 Environmentally-friendly disposal The FCP dc3400 SC contains batteries. Exchange these batteries according to the

manufacturer’s specifications. The batteries should only be exchanged by authorised service

technicians.

The batteries should only be disposed in official waste management plants. Your local

environmental authority can provide you with addresses of waste management plants.

Documents

Fire Control Panel FCP dc3400 SC - Hotronic Lääne · PDF fileFire Control Panel FCP dc3400 SC ... 4.3.4 CP-PSB1 Power supply board ... The loop wiring system is a monitored 2-wire