Technical Documentation. Fire alarm system FMS-3000 for sea-going vessels

Transcription

1 Technical Documentation Fire alarm system for sea-going vessels modification level Version Date Author approved remarks STO HN revises STO HN One man testing STO HN Configurationstool STO HN Software Version STO HN Software Version STO DOE Software version 3.X.X STO DOE Installation Instructions FWU STO VDR Messages STO FWU Comissioning Page I of 33

2 Table of contents 1. Structure of the plant Description of the System 2.1 Transformer module TR01-E Power supply module NM1-E Output module AM01-E Fire alarm module FM01-E Printer module DM01-E VDR module VM01-E Main/ Repeater panel HT01-E operation of the 3.1 Overview Indicating and control elements Normal operation Fire alarm Fault alarms Control functions of the system Switching the loops - loop On/Off Switching the outputs output on/off Dimmers Lamp test Special function/menu functions Adjusting the time History Reset the whole system Roll baking mechanism Indication of Firmware-Version Info/Control-- One man testing One man testing SFMS Functions OFMS Functions Installation Instructions 7.1 Cable requirement Connection of different Fire detectors Sensor and Base instructions Start-up of the 5.1 Adjusting of the node numbers End of Line resistors Use of the module/components Organization of the Software-Versions Commissioning Maintenance 6.1 Überprüfung der Feuermelder Überprüfung bzw. wechsel der internen Batterien mechanical specifications overview error and fire messages Moduldefinitation Drawings 34 and folowing Page II of 33

3 1. Structure of the plant The fire alarm system is developed as a modular system. The individual modules are connected by an internal bus and a common voltage supply (24V). All modules, with exception of the Main- and repeater Panels are intended for the mounting rail assembly. The Main- and repeater Panel are design for recess mounting into a Desk Panel. These single modules are built together in a metal switchgear cabinet. The system can be design alternatively for the wall mounting or for recessed mounting when using the Main panel as an external unit to fit directly into the Panel. Example recess mounting Main Panel (nessesary for every system) Repeater panel 1 Repeater panel 2 (option) (option) Trafo module (nessesary for every system) Voltage Supply module (nessesary for every system) Output module (nessesary for every system) Fire alarm module Loop 1-8 (nessesary for every system with 8 Loops) Fire alarm module Loop 9-16 Fire alarm module Loop Printer module (option) VDR Module (option) (nessesary for every system with 16 Loops) (nessesary for every system with 24 Loops) Page 3 of 33

4 Example surface mounting Trafo module (nessesary for every system) Connection box/ switchgear cabinet Voltage Supply module (nessesary for every system) Repeater panel 1 (option) Repeater panel 2 (option) Output module (nessesary for every system) Fire alarm module Loop 1-8 (nessesary for every system with 8 Loops) Fire alarm module Loop 9-16 Fire alarm module Loop Printer module (option) VDR Module (option) (nessesary for every system with 16 Loops) (nessesary for every system with 24 Loops) Page 4 of 33

5 2. Description of the modules 2.1 Transformer module TR01-E Drawing S 3469 Contains input for main- and emergency supply, 230VAC or alternatively 115V AC Contains fuses for supply, 230VAC/ 115V AC and for the internal 24V DC Generally The Transformer module is fitted with a transformer which can be switched from 230V AC to 115V AC. The selection of the Power Supply will be made by turning the voltage selector and changing the relays 230VAC or 115 V AC. Power supply terminals Page 5 of 33

6 2.2 Power supply module NM01-E Drawing S 3947 Contains Main Processor for the whole Fire alarm system, Power Supply unit 24V DC and battery charger for the external 24V DC stand-by battery. Charging unit for the stand-by batteries 24V DC up to 12Ah depending upon load of the entire plant. Generally The power supply module represents the communication master in the RS485 communication system. Apart from the power distribution for the remaining modules contain the power supply module the emergency power supply (with external accumulators), a charging circuit, safety circuit and an energy management system. Further the power supply module possesses a real-time clock, a History memory and a static text memory for the keeping of reporting places and causes of malfunction. The power pack has 9 connection boards for modules, for which altogether for a currant 10A can be supplied. Page 6 of 33

7 2.3 Output module AM01-E Drawing S 3460 Technical feature 8x potential free relay outputs max of 250V 2A for the following possibilities programmable: Fire alarm, Fault alarm, Power Supply failure and delayed Fire alarm. 2x 24V DC outputs for fire bells max 1A for each output fire alarm programmable. Quiescent current supervised by an end of line resistor. 3 KΩ Tone sequence selectable, steady tone or intermitted tone. 1x 24V DC output for door magnet, max 1A disconnection with fire alarm, programmable for the selection of the fire loops. 1x input for external Push button in order to activate manually the 24V of bell outputs. General The Output module contains eight relays, as well as three 24V outputs and an input for an external Push button or switch. A micro CONTROLLER activate the relays, the 24V outputs, the push button input and communicates with the Power Supply module. Voltage supply The 24V input voltage is led across a polarity protection diode, a throttle and filter capacitors on an electrically isolating DC/DC transducer. The transducer supplies 5V for the micro CONTROLLER and the control and monitoring of the OPC exits. The 24V supply voltage is connected with the +5V output of the DC/DC transducer. The digital ground of the circuit rests upon thereby - 5V related to the 24V Operation voltage. The RS485 driver and the associated circuit are supplied via a step down automatic controller with 5V. RS485-Driver The communication is made by a RS485 driver. The driver lies with its mass on 24v-gnd and is therefore galvanically over opto couplers from the micro CONTROLLER and the other circuits separate. Page 7 of 33

8 Relays Terminals JR1 and JR2 The relays are normal open contact with 2A permanent current and a rated voltage of 220V and are programmable for fire alarm, fault alarm, voltage failure and/or general alarm (2min delayed). Output interfaces Terminals JOC1 and JOC 2 The 24V DC outputs are design as a short circuit proof output with a maximal currant of 1A and are programmable for fire alarm, fault alarm, voltage failure and/or general alarm (2min delayed). Two outputs (1 and 2) are assign for Firearm which are connected to the Push button input and can activated by this input. One output (3) is assign for Door magnets and has no connection with the push button input. In case of a short circuit the loop will be disconnected for up to 3 sec and then automatically reconnected. Additional each loop has a switchable connection max 8mA to check the 3 K Ohm end of line resistor. Push button input Terminals JOC2 The module contains an input for the connection an external push button. The voltage supply for the input becomes secured against short-circuits. The voltage amounts to in the no-load operation 24V. The input switches the bell outputs on manually. With pressed key the bell outputs are switched on. After disconnection of the button the outputs are again turned off. Page 8 of 33

9 2.4 Fire-alarm module FM01-E Drawing S 3461, S 3462, S 3463 Technical feature The module contains eight fire detection loops and eight pot. free outputs which can be programmed for fire- fault alarm or both. Two micro CONTROLLERS operate and supervise the fire detection loops and outputs and communicate with the Power supply module. Expandable up to 4 modules (32 loops) Voltage supply The 24V input voltage is led across a polarity protection diode, a throttle and filter capacitors on an electrically isolating DC/DC transducer. The transducer supplies ±5V for the micro CONTROLLER, the controlling, current measurement and monitoring of the fire detecting loops and OPC outputs. The 24V supply voltage is connected with the ground connection of the DC/DC transducer. The digital ground of the circuit lies thereby on the 24V-supply voltage. The tensions, related to 24V GND, are 19V for the -5V-supply and 29V for the +5V-supply. The RS485 driver and the associated circuit are supplied via a step down automatic controller with 5V. RS485-Driver The communication is made by a RS485 driver. The driver lies with its measures on 24v-gnd and is therefore galvanically separately over opto couplers from the micro CONTROLLER and the other circuits separate. Maximal numbers of detectors The fire alarm module FM01-E are constructed to connect on each loop up to 16 conventional detectors. Please pay attention to the local requirement of the classification societies which can require a lower quantity of the detectors. Page 9 of 33

10 Fire detecting loops Terminals JLN and JNP In normal operation the quiescent currant will be measured the in the last detector installed 3 K Ohm end of line resistor and in case of failure will be report this to the power supply module. In case of a fire alarm on one connected detector the system measure the 470 Ohm alarm resistor of this depending detector and will report the fire alarm to the power supply module. All detection loops will be protected against short circuit. In case of a short circuit the loop will be disconnected and after 30 sec reconnected. The maximal currant on each loop is 400mA. The sum of all detection loops do not exceed more than 1,6A. If the currant is higher than 1,6A the controller will be disconnect the loop with the highest currant and report this to the power supply module. Relay outputs Terminals JAN and JAP The relays are normal open contact with 0,5A permanent current and a rated voltage of 24V DC and each 4 outputs are connected with the common line together. Outputs are programmable for fire alarm, fault alarm or both. Page 10 of 33

11 2.5 Printer module DM01-E Drawing S 3464 Technical feature Interface module for the connection of a Centronics of printer that the messages, as in the display are indicated, prints. Alarm text, time, date, status General The printer connection is made by a 25pol. SubD plug (Socket). To the Centronics printer module can be attached a compatible printer. Important messages such as alarms or disturbances are spent automatically on. Example: Date Time Status Alarm text :33:02 NEW FIRE loop 1 section :34:12 ACCP FIRE loop 1 section 4 Voltage supply The 24V input voltage is led across a polarity protection diode, a throttle and filter capacitors on an electrically isolating DC/DC transducer. The transducer supplies 5V for the micro CONTROLLER and the drivers of the printer exits. The 24V GND connection is connected with the 5V-GND connection of the DC/DC transducer. The digital mass of the circuit lies thereby on 24v-gnd. Printer drivers The printer drivers are implemented as CMOS LINE Driver. RC filters in the connecting cables protect the drivers. A micro CONTROLLER (ATmega16) receives the printer data over the RS485 interface and heads for the printer drivers. Page 11 of 33

12 2.6 VDR module VM01-E Drawing S 3460 Technical feature Output card laid out for communication interface for TS35 mounting rail assembly Output for VDR over a RS422 interface. The VDR module sends data over RS485 or RS232 to a VDR (Voyage DATA recorders). The module is alternatively configured with drivers for RS485 or RS232. The communication profile of the VDR interface depends on the following specification: IEC part 1 single of talker and multiple listeners IEC extra requirement for the UAIS IEC extra requirement for the Voyage DATA recorder Voltage supply The 24V input voltage is led across a polarity protection diode, a throttle and filter capacitors on an electrically isolating DC/DC transducer. The transducer supplies 5V for the micro CONTROLLER and the drivers of the VDR outputs. The 24V GND connection is connected with the 5V-GND connection of the DC/DC transducer. The digital mass of the circuit lies thereby on 24V-gnd. VDR Output The micro CONTROLLERS an ATmega162 with two serial interfaces, communicates over one of the interfaces with the control Panel and with the other one over one of the two alternatively equipped drivers for RS485 or RS232. VDR Example Messages $--FIR, ,FS,01,02,05,,V,Section 01 Loop 05,*040a --- Firealarm in $--FIR, ,FS,01,02,05,,A,Section 01 Loop 05,* module 1, Loop 5 $--ALA, ,FR,OT,01,911,H,V,Section 01 Loop 08,* Faultalarm in case $--ALA, ,FR,OT,01,914,H,A,Section 01 Loop 08,* of a cable break $--ALA, ,FR,OT,01,935,H,V,Batt. Power Fault,*070e --- Faultalarm in case of a $--ALA, ,FR,OT,01,936,H,A,Batt. Power Fault,*060f --- Batteryfault $--ALA, ,FR,OT,01,930,H,V,AM01 N01,* Faultalarm in case of any $--ALA, ,FR,OT,01,931,H,A,AM01 N01,* missing module Page 12 of 33

13 2.7 Main Panel/Repeater Panel HT01-E Drawing S 3466/ S3467 Usually built in the visible desk plate of the control desk of the Commando bridge. Text display is background-lit, readable also during sun exposure, 2 lines with 20 letters each. All buttons and Fire, fault indicators are background-lights up. General In direct proximity of the fire alarm system is attached the Main panel. Hereby the can be observed and operated. The connection of maximally 2 repeater panels in up to 500 meters distance is possible. The Main Panel contains one LC display (2 lines to ever 20 letters), 10 keys, 40 LED s and a Buzzer for acoustic signaling. In order to be able to adapt the LED s optimally to the locally dominant lighting conditions, the intensity is adjustable. The adjustment of the contrast and the background lighting is just as flexible in the case of the display. Voltage supply The 24V input voltage is led across a polarity protection diode, a throttle and filter capacitors on an electrically isolating DC/DC transducer. The transducer supplies 5V for the micro CONTROLLER. The 24V GND connection is connected with the 5V-GND connection of the DC/DC transducer. The digital mass of the circuit lies thereby on 24v-gnd. The LED s are supplied via pre-resistors and PWM voltage regulator with 24V. Display The display is controlled via 8-bits a data bus as well as over R-S, RW and E (Clock) by the micro CONTROLLER. Page 13 of 33

14 LEDs The LED s are divided in two groups (alarm and normal). The groups are independent of each other in the brightness controllable. But two PWM voltage regulator made of RC element with following transistor switching are used. Two LED s in the group "alarm" are in each case switched one behind the other. Because in the group "normal" also individual LED s are headed for, it is necessary to operate also two LED s parallel in order to achieve an even brightness over the dimming range. Buttons The button lines are over pull up resistances on digitally high. With pressed key the line is drawn on digitally 0. Buzzer The Buzzer is switched over a driver transistor and over a haven line of the micro CONTROLLER. For an external Buzzer a 24V interface is intended. Repeater panel HT01-E A special function of the HT 01E is the Repeater panel function. By using a special connection into the plug of the HT01E the panel will be configured as a repeater panel with restricted functions. The can be observed and operated also from the repeater Panel (selectable). The connection of maximally 2 repeater panels in up to 500 meters distance is possible. The Repeater Panel contains one LC display (2 lines to ever 20 letters), 10 keys, 40 LED s and a Buzzer for acoustic signaling. In order to be able to adapt the LED s optimally to the locally dominant lighting conditions, the intensity is adjustable. The adjustment of the contrast and the background lighting is just as flexible in the case of the display. Page 14 of 33

15 3.0 Operation of the 3.1 Overview The visible components of the fire alarm system is the Main panel and if necessary the repeater panel, which have a reduced functionality. As further signaling elements serves the open Collector outputs of the fire detecting loops, which activated LED s from an external mimic panel. To all inputs on the control panel applies, which must press first the UNLOCK button. The activation applies until 30 second after last pressing of one button or by pressing the UNLOCK button again. The unlocking of the buttons will be signaled by a yellow LED over the button UNLOCK. Illustration: The front plate of the Main panel in English Page 15 of 33

16 Illustration: The front plate of the Main panel in German 3.2 Indicator and operation elements The Main panel and the repeater panel differ in the indicating and control elements. The repeater panel possesses only locally limited characteristics. Confirming and resetting alarms are not made possible. The repeater panel announces itself when switching on with the text:. HIT.. Only the Main panel is to be switched able the detection loops and switching outputs of the plant. The power-up message of a main panel is:... In the case of an alarm can this exclusively by the Main panel confirmed and resettet. The announcement of the alarm conditions takes place on all panels identically. To the condition and alarm display are intended an acoustic signal generator (buzzer), an LCD announcement and two lit key fields with the labels FIRE and Fault. Occurrence an appearance of several fire alarms at the same time the red LED ALARM IN SEQUENCE shines. Page 16 of 33

17 3.2.1 Normal state In a normal state only the green LEDs for background lighting the LCD announcement announces STATUS and shows date and time at STATUS 14:33: Fire alarm With the activation at least one fire-detector, Sounds the buzzer on all displays (steady tone), flashes the red light emitting diode with the inscription FIRE in full brightness, the LCD announcement announces NEW FIRE and in the second line the alarm place. Should several alarms fit at the same time, shines the LED ALARM IN SEQUENCE red. The LC display changes the text for the alarm place to pressing on the key FIRE and/or the keys UP and DOWN. If the alarm was not confirmed after 2 minutes, the general alarm is activated automatically and the text FIRE DLY. For the delayed fire alarm in the first line of the display indicates. By pressing of the button Fire the actual alarm is confirmed and the buzzer grows silent. It takes place an appropriate entry in the History, and if connected at the alarm printer and VDR recorder. Button FIRE confirming of new alarms and stopping the buzzer. (This function is without pressing the UNLOCK button available) Page 17 of 33

18 If several alarms should indicated, then the key FIRE must be pressed for accepting the alarms several times. The Fire Led will flash as long as not all new Fire alarms was accepted, after accepting all Fire alarms the Led change to steady light. In order to show all Fire alarms in the display you can scroll with the arrow Up- Down buttons or by pressing the FIRE button several times. LCD- Announcement with a fire alarm: NEW FIRE 22.12/14:35 Engineroom Port LCD-Announcement after releasing the delayed fire alarm (after 2 min delay): FIRE DLY /14:37 Engineroom Port LCD announcement after confirming a fire alarm (with the key ' FIRE '): ACK FIRE 22.12/14.4 Engineroom Port The fire alarm will be finally reset if the button reset will be pressed. In this case the voltage on the depending loop wills shortly disconnected and the detector reset. Each individual fire alarm has to be accepted individually by pressing the Fire button, only after the accepting it can be reset. Only the Fire/ Fault alarm can be reset with are actual indicated in the display. A common rest of all alarms is not possible. If the fire alarm are announcing again the detector are actual in alarm case. Button RESET will reset the accepted Fire alarms. (This function is only with pressing the UNLOCK button available) Page 18 of 33

19 3.2.3 Fault Alarm The appearance of a Fault alarm the buzzer with an interval clay/tone sounds, the yellow LED (Fault) flashes and the LCD announcement describes the disturbance e.g. OPEN LP /14:45 Main Deck Button FAULT confirms new alarms and stopping the buzzer. (This function is without pressing the UNLOCK button available) By pressures of the keys Unlock and afterwards Fault by the operator, which the fault signal were recognized, confirms. Thereupon the buzzer grows silent and the yellow light emitting diode (Fault) change in the steady light. The display shows: ACK ERR /14:45 Main Deck It expires automatically, if the disturbance with Reset were acknowledged. If the cause of the fault was not repaired, renewed releasing of the fault alarm takes place. Only the Fault alarm with is shown in the display can be resetted. A general reset of all alarms is not possible. Button RESET will reset the accepted Fault alarms. (This function is only with pressing the UNLOCK button available) Page 19 of 33

20 During all inputs on the main or repeater panel applies, the buttons must be unlocked for operation with the key Unlock. This function discontinued after 30 sec from the last input or can discontinued by pressing the Unlock again. This is a prescribed protective function against unplanned inputs. An overview of the possible alarm and error messages of the supplies appendix A-4. Overview error and fire messages 3.3 Control functions of the Fire detection panel Switching the loops - LOOP OFF-ON With this button Loop OFF-ON fire detection loops can be deactivated. The deactivated loops do not announce a fire! After the manipulation display appears to this button a request for input, in order to be able to select those loops which can be switched on the LCD. Depending upon activation status of the fire reporting loop the text appears: loop is active or. Schleife ist aktiv loop is not active or. Schleife nicht aktiv These selections of the loop which can be switched are selectable by the UP/DOWN buttons right beside the display. Out switching on effected via repeated operates the button loop off-on. After switching a loop off remains the lit key field actively (yellow), until all loops were again activated. To leave this menu item by pressing the Unlock button. The deactivated loops can be shown on the Display without pressing the Unlock button by pressing Loop ON-OFF. By pressing the button 1 st it will indicate loop 1-8 by pressing the button 2 nd it will indicate the loop 9.16 by pressing the button 3 rd it will indicate the loop 17-24, buy pressing the button again the Display will change to normal State. The indication will be shown as follow: LOOP SET: YYYYYYYY 1-8 Actual: YNYYNYYY Set is indication the normal condition of the loop Actual will indicate the actual condition. Example: Loops 2 and 5 are disconnected. Page 20 of 33

21 3.3.2 Switching the Outputs - Output On/Off With this button Output Off-On outputs can be deactivated. The deactivated outputs also during renewed release of the associated alarm are not activated! After the manipulation of this button display appears a request for input, in order to be able to select that output which can be switched on the LCD. Depending upon activation status of the output the text appears: output is active or. Ausgang ist aktiv output is not active or. Ausgang ist nicht aktiv This selection of the outputs which can be switched does not take place actively with UP/DOWN the buttons right beside the display. Out switching on takes place via repeated operates the button output off-on. After disconnecting an output, the led field remains active (yellow), until all outputs were again activated. To leave this menu by pressing the Unlock button. The deactivated outputs can be shown on the Display without pressing the Unlock button by pressing Output OFF-ON. By pressing the button 1 st it will indicate output 1-8 by pressing the button 2 nd it will indicate the output 9-11 (24V DC), buy pressing the button again the Display will change to normal State. The indication will be shown as follow: Output SET: YYYYYYYY 1-8 Actual: YNYYNYYY Set is indication the normal condition of the output and Actual will indicate the actual condition. Example: Output 2 and 5 are disconnected. Page 21 of 33

22 3.3.3 DIMMER The button serves DIMMERS for adjusting the background lighting. After a unique manipulation of the button the brightness of the selected background lighting with the keys can be adjusted UP/DOWN. Further pressing on the button Dimmer selects the next dimmer function. The following lighting can be dimmed: Green background lighting Yellow background lighting Contrast LCD Background lighting LCD Please note: This function is not possible with an not acknowledged fire alarm! To leave this menu by pressing the Unlock button LAMP TEST The lamp test, which is dark under normal conditions (no announced error). Further the signal outputs of the attached loop maps are activated for 5 seconds. Please note: This function is not possible with a not acknowledged fire alarm! Page 22 of 33

23 3.4 Special functions/menu functions On the basis of the standard announcement that can be called UP/DOWN keys the menu by manipulation. STATUS :12:04 At present the following menu options are available: STATE standard announcement. Project announcement of the project name. History announcement of announced fire/disturbances (to 127). See item Info/control eg. delete the history. See item Adjust time adjusting the time system. See item RESET RESET of the system. See item Firmware announcement of the DECKMA of project name reference. See item SFMS Functions Special function for combination with Smoke detection system see OFMS Functions Special function for combination with Local protection system see Please note: The menu functions cannot be used with a not acknowledged fire alarm! Adjusting of the time The fire-alarm station has a real-time clock to the announcement of time and date (in 24 hours format). The time can be manual adjusted. The menu option ' Adjust time ' is selected with the Unlock key. The adjustments take place by means of that UP/DOWN keys. The following Menu items is indicated, which pages through by means of unlock button become can: hour hour selection 0,,23 minute minute selection 0,,59 day daily selection 1,,31 month monthly selection 1,,12 year yearly selection 4,,99 save with button UP exit with button unlock To storing the adjustment is to be pressure at that corresponding menu option the UP key. Seite 23 von 33

24 3.4.2 History page Through the last 127 message/alarms, which were spent by the fire alarm system in the History are stored. After pressing Up-Down button the user arrives to the unlock button and following pressures that into a menu field. Under the point History can call the user by means of the unlock button the History function. With the Up-Down keys can be shown the History. With not occupied History points the text is spent history item #. For the distinction of the History of entries of normal fire or failure reports, in the date of registration a large H is inserted. ACCP ERR H14:45 Bridge Deck RESETS to all modules In some situations it is necessarily to reset the whole fire alarm system. In addition the menu option system RESET is intended in the menu of the Main panel. After operation of the unlock button all modules of the plant are reset automatically Roll baking mechanism The should come once into a not foreseen condition, ensures roll-back mechanism for an alignment of the status buffer in the individual modules. roll-back mechanism announces itself by the text roll-back in the upper line of the display and the activation of the RELEASE. After 60 seconds appears thereupon again the normal status indication of the. Example: With a plant with a Main- and repeater panel precipitates the main display discontinues. This failure report will only on the repeater panel indicated, at which it cannot be confirmed and acknowledged however. After the main display communicates again with the master, roll-back mechanism provides after some minutes for a balanced system. The announced error on the auxiliary display is not any longer indicated Indication of Firmware-Version This menu item shows the actual firmware version of all modules which are installed With the UP-/Down buttons you can show each module. Example: For the power supply module will be indicated the following text:: Version: N00_NM01: In node 0 (N00) of the power supply module (NM01) are Version 1.0 with software from used. Seite 24 von 33

25 3.4.6 Info/Control-- One man testing The menu option info/control contains the following sub functions. By pressing the UNLOCK button you can scroll the pages as follow: - Node: 08 show the node number of the Main panel. - RS 485 errors: show the internal communication errors. (for service purposes) - CLEAR History by pressing the UP key you delete you all entries in history file press UP keys. - RS 485 message shows current communication of the plant. (for service purposes) - module error indicator of the module errors. (for service purposes) - One one testing activates the one man testing function. press UP key This function will activate the internal alarm counter and automatic accept/resets function. See item exit press UNLOCK To leave this menu press the button UNLOCK One man testing In order to test the Fire alarm system with only one person you can activate the one man testing function. This will start the alarm counter and the automatic RESET function. All output functions will be not affected. All output can be separate disconnected by using the Output OFF-On The fire alarm system counts now all arriving fire alarms (independently of any detection loops). All Fire alarms will be additional stored into the history file. To indicate that the one man testing mode is activated, the Fire Led will flash and the Display will show One-Man-Test and the counter will show the numbers of released Fire alarms. With the activation at least one fire-detector, Sounds the buzzer on all displays (steady tone), flashes the red light emitting diode with the inscription FIRE in full brightness, the LCD announcement announces NEW FIRE and in the second line the alarm place. After a time of 5 seconds this alarm will be automatically accepted, the buzzer grown silent and the red light emitting diode changes in steady light. After further 5 seconds the alarm will be reset. The number of the Fire alarms will be indicated in the Display. The number of released alarms is indicated independently of all fire reporting loops. Importantly: In order to terminate the One Man testing function is a RESET to all modules to be made. See Seite 25 von 33

26 3.4.7 SFMS Function In order to control the Smoke detection System SFMS remotely the following function are from the FMS 3000 available. The Menu item SFMS functions contains the following Fan 1 Status Fan 2 Status Fan 1 Start Start Fan 1. Fan 2 Start Start Fan 2. Fan Stop Stopping Fan or Fan 2. Indication if Fan 1 running or Standby. Indication if Fan 1 running or Standby. SFMS Reset Send reset signal to SFMS SFMS Function End Ends the SFMS functions OFMS Function In order to control the Local Protection System OFMS remotely the following function are from the FMS 3000 available. The Menu item OFMS functions contains the following Pump Status Indication if Pump running or Standby. Pump Start Start the Pump. Pump Stop Stopping the Pump. OFMS Reset Send reset signal to OFMS OFMS Function End Ends the OFMS functions Seite 26 von 33

27 4.0 Installation Instruction 4.1 Cable requirements The following cables are recommended for a safe operation of the Fire whole system Power Supply Main and Emergency unshielded cable min 3x1,5mm² 24V DC outputs unshielded cable min 2x075mm² Pot free output contacts unshielded cable min 2x0,75mm² Fire detector Loops unshielded cable min 2x0,75mm² Diameter depending of length of Loop VDR output shielded twisted pair 2x2x0,75mm² Printer output shielded Standard parallel printer cable Main operating Panel shielded twisted pair 2x2x0,75mm² max length 500m Repeater Panel shielded twisted pair 2x2x0,75mm² 4.2 Connection of different Fire detectors For connecting the conventions detectors and Devices to one Loop module please see the attached drawing (every Loop module is designed for 8 conventional Loops). All terminals are lockable plug terminal After the installation please secure all terminals. Seite 27 von 33

28 4.3 Sensor and Base Installation instructions Introduction The conventional Sensors SLR-EM, DCD-AE3M and DCD-CE3M can all use a Common Mounting Base (YBN-R6M) which is electronics free. Follow the guidelines below before installation and maintenance. Deckma cannot guarantee a sensor's performance if these guidelines are not followed. Caution The CDX range sensors cannot be used to prevent fire itself, they are only intended to detect a certain characteristic of fire. The sensor DCD-AE3M and DCD-CE3M are used to detect conditions and changes in temperature and cannot detect smoke and other phenomena. When installing the sensor, check that the location of each one has been planned according to appropriate fire regulations or recommendations. The sensor and base combination should be installed to the following guidelines: - Ensure the Sensors and Bases are installed in accordance with Local Standards or Regulations. - Sensor and Base combinations should only be installed where ambient temperatures are between -10 C to +50 C and where the condensation and moisture levels are between 10% to 95% RH - Non condensing (at 40 C). - Only install in suitable environments, the following should be avoided. - Situations in which condensation exists. - Situations in which corrosive gases exist. - Situations in which dust or steam exists. - Situations in which obstacles exist, which could impede air flow to the sensor. - Non Ex detectors in Hazardous areas. Do not use a high voltage tester on the Sensor or Base. Certain actions can cause permanent damage to the sensor. If the sensor is subjected to any of the following it should not be used: - Dis-assembly and re-assembly. - Impact or shock. If damage is suspected after a fire has occurred, the sensor should be replaced. After installation, all sensors on the fire alarm system should be tested to confirm correct operation. Installation and maintenance should only be carried out by suitably trained engineers. Sensor operation should not be tested with a naked flame or open fire. Operation should only be checked by equipment that is capable of exceeding the required detection threshold. The sensor must be subject to periodic maintenance during regular service visits. This period should be outlined in the appropriate standards or recommendations. If there are no such standards existing, we recommend that the minimum period of maintenance should be 1 year and that the following should be taken into account: - A regular operation test should be performed. - A visual check for staining and mechanical damage should be made. A dust cover is included with the sensor to prevent contamination during installation. The dust cover must be removed for the sensor to operate. Seite 28 von 33

29 5.0 Start-up of the In the following one the start-up of the fire alarm system is described. The consists of 6 different modules, which are fastened on a DIN rail. Two modules (display and loop module) can be used several times in the plant. With these modules is to be paid attention to the correct selection of the node number. 5.1 Adjusting of the node numbers: All loop modules FM01-E have an entrance to a turning switching on the right side of the housing. The node number is to be adjusted for the first module to 0. The second module receives the number 1 and third the 2. The repeater panel PT01-E can be likewise several times in the plant present. For the assignment of a node number a bridge must be put in the Sub D 15 socked. Node number 8 main Panel no bridge Node number 9 repeater panel 1 bridge between pin 6 and pin 14 Node number 10 repeater panel 2 bridge between pin 7 and pin 15 Additional does have to be set to the last panel in each case in the RS485-Bus a terminal resistance (120 ohms). This resistance is activated by a bridge between the pin 12 and 4. In the case of only one display this bridge is to be also set! Once if several identical node numbers are present in a RS485 net, it comes to heavy communication disturbances. A trouble free operation of the plant is not possible any longer. 5.2 End of line resistors All fire detecting loops must be having a 3k Ohm end of line resistor, fitted in the last detector. All 24VDC-outputs must be having a 3k Ohm end of line resistor, fitted in the last bell or sounder. 5.3 Use of the module/components: For the setting up of a fire alarm system only the components approved from the classes (GL/LR) may be used (and directly something similar). Beside the approved 7 AH batteries may be used batteries up to 12 AH (if case of application this permits). 5.4 Organization of the software-versions: It is to be paid attention which the different modules are installed only with identical software-versions in a plant (documentation!). Thereby no plants with mixed SW conditions may be operated! 6.5 Schedule for the commissioning Step 1 connect all the detectors and outputs. Step 2 Check the cables to earth fault, short circuit, reverse polarity and external voltages. Step 3 Turning on the FMS and check the overall condition. Step 4 check the Fire detection loops. Step 5 Checking the outputs and additional panels or other peripheral devices. Seite 29 von 33

30 6.0 Maintenance of, ' 6.1 Review of Fire Detectors The fire alarm must be checked at yearly intervals on its functionality. Contaminated and defective detectors are immediately exchanged. Defective or missing fire alarms generate an fault alarm. 6.2 Review or change the internal batteries. The average lifetime of the internal backup battery is at an ambient temperature 25 C at about 4-5 years. These are then exchanged. The average lifetime of the lithium battery for data backup type CR 2023 is at an ambient temperature of 25 C at about 10 years. These are then exchanged. Leg exchange of lithium battery is important to ensure that the system is necessarily supported by at least one power supply. Seite 30 von 33

31 6.0 mechanical specifications Main Panel in a desk installation housing HT01-E Dimensions 144x144mm, depth 53mm plus the SUB-D Connector Seite 31 von 33

32 Switchbox/ Main cabinett Assembly connection box/switchgear cabinet the first shot and evaluation box which voltage supply and power pack module, output module, printer interface, fire detection module and the output card for communication interface contains. This box is usually installed within the control desk on the wheelhouse and connected with one up to 3m long interwiring plug-in with the control panel. The dimension of this cabinet varying according the numbers of used modules. For further information please see the attached specific system drawings. 530 Seitenansicht Kabeleinführung Befestigungsabmessungen Mounting Measurement Seitenansicht Kabeleinführung Ø 8,5 mm Seitenansicht Netzteilkarte Material Stahlblech 1,5mm Montageplatte Stahlblech 3mm Lackierung Grau RAL 7035 Deckelbefestigung mittels 4 Schrauben M6 Ausgangskarte Feuermeldekarte Feuermeldekarte Feuermeldekarte Loop 1-8 Loop 9-16 Loop Kundenkabelkanal Draufsicht/ Anordnung Module Seite 32 von 33

33 8.0 overview error and fire messages This chapter describes the implemented messages and message texts. In the first line of the display the error header and the reporting time are registered. The second line describes either the project-specific reporting place (loop 4 deck 3, engines room for etc..) or spends a special error message. The following table shows the possible messages. Header Text line 2 description NEW FIRE project-specific reporting place place a fire was announced by the loop module FIRE DLY. project-specific reporting place a fire alarm 2 minutes long not confirmed ACCP FIRE project-specific reporting place confirmed firalarm SHORT LP project-specific reporting place short-circuit of an fire detection loop LOOP OPEN project-specific reporting place Cable break of an fire detection loop MAINS ERR Batt. Power Fault The emergency batterie is not connected MAINS ERR Main Power Fault The main supply is missing MAINS ERR Emcy Power Fault The emergency supply is missing ACCP ERR project-specific reporting place The fault alarm was confirmed SHORT OUT project-specific reporting place Short-circuit on an 24V DC output OPEN OUT project-specific reporting place Cable break on an 24V DC output MODUL ERR See below item 9.1 Communication failure between modules EARTH LP. project-specific reporting place Earth fault on one firedetection loop EARTH MD. MODUL GROUND or MODUL 24V Earth fault on the 24V DC internal Voltage Overview error and fire messages 8.1 module definition: The FMS3000 has module loss recognition. The texts for the failure report ' MODULE ERR ' is as follows defined: NM01 Power Supply module AM01 Output module FM01, FM02, FM03 Fire detecting module 1 to 3 VM01 VDR module DM01 Printer module HT01 Control panel - main panel PT01, PT02 Repeater panel 1 and 2 Seite 33 von 33