Technical Documentation. Local Protection System FWBLAFFS OFMS-3000 for sea-going vessels

Transcription

1 Technical Documentation Local Protection System FWBLAFFS OFMS-3000 for sea-going vessels Revisions Version Date Author Approved Remarks STO HN 1st issue Page 1 of 44

2 Table of contents 1. Introduction 3 2. Construction Example of the 10 Line main cabinet Example of the Release Panel Components of the OFMS Different applications OFMS3000 Stand Alone System OFMS3000 combination with FMS/AFMS Description of Modules 3.1 Pump/Fanmodule LM01-E Pump display LD01-E Fire detector module FM01-E Output module AM01-E Printer module DM01-E VDR-Module VM01-E Repeater Panel HT01-E Release Panel AT01-E Operation of the OFMS Overview Indicator and operation elements Normalmode Fire alarm Fault alarm Operator functions Menu functions Pump status Operation of Release panel Start up of the OFMS Mechanical Specification Construction Main Cabinet up to 10 Objects Construction man release button Construction man release panel AT-01E Repeater Panel Overview Fault and Fire messages Module Definition Spare parts 8.1 Spare parts main cabinet Angle of view Flame detector HF Drawings 10.1 Connection drawing pump module LM01-E Connection drawing loop module 1-3 FM01-E Connection drawing loop module SM01-E Connection drawing Repeater panel HT01-E Connection drawing release panel AT01-E Connection drawing man release button 44 Page 2 of 44

3 1. Introduction On modern ships is the engine room often driven unmanned. Therefore, a water spray-on fire extinguisher FWBLAFFS risk objects contain flammable liquids such as Main engines, boilers and separators, as automatic fire-extinguishing system. Each object is protected by 2 Fire detectors, which are specially designed ultraviolet radiation as they flickering flames to be seen. If one of these flame detectors detects a fire, then by sirens and signal light alerted the crew. This has the possibility to see what the reason of the fire is and do the required action to extinguish the fire. In the vicinity of each object is a local release button is installed to release the extinguishing manually. It is also possible with the external installed release panel to activate and deactivate the extinguishing process. If the second detector of an object simultaneously detects a fire, then automatically the corresponding magnetic valve activated and the burning object is sprayed with water mist to the fire. On the possible transfer of the alarms is usually on the bridge a Repeater panel installed, which by a 4-wire data line Local protection system in Engine room is connected. All functions of the Local protection system can also operate from this panel.. As an option, the Local protection system OFMS 3000 can combine with the conventional fire alarm system FMS3000 or addressable fire alarm system AFMS In this case, the repeater panel is not necessary and the OFMS 3000 can be monitored and controlled by the Fire detection system FMS or AFMS It is also possible to connect of a printer with a parallel interface and / or a VDR recorder (NMEA 0183) and to all alarms and other business-relevant data to transmit or print. Page 3 of 44

4 WATER BASED LOCAL APPLICATION FIGHTING SYSTEM RELEASE INCINERATOR EXTINGUISHING WATER BASED LOCAL APPLICATION FIGHTING SYSTEM RELEASE BOILER EXTINGUISHING WATER BASED LOCAL APPLICATION FIGHTING SYSTEM RELEASE GENERATOR EXTINGUISHING DIS CHARGE LÖSCHEN OBJEKT 1 DIS CHARGE LÖSCHEN OBJEKT 2 DIS CHARGE LÖSCHEN OBJEKT 3 DIS CHARGE LÖSCHEN OBJEKT 4 DIS CHARGE LÖSCHEN OBJEKT 5 DIS CHARGE LÖSCHEN OBJEKT 6 DIS CHARGE LÖSCHEN OBJEKT 7 DIS CHARGE LÖSCHEN OBJEKT 8 DIS CHARGE LÖSCHEN OBJEKT 9 DIS CHARGE LÖSCHEN OBJEKT 10 DIS CHARGE LÖSCHEN OBJEKT 1 DIS CHARGE LÖSCHEN OBJEKT 2 DIS CHARGE LÖSCHEN OBJEKT 3 DIS CHARGE LÖSCHEN OBJEKT 4 DIS CHARGE LÖSCHEN OBJEKT 5 DIS CHARGE LÖSCHEN OBJEKT 6 DIS CHARGE LÖSCHEN OBJEKT 7 DIS CHARGE LÖSCHEN OBJEKT 8 DIS CHARGE LÖSCHEN OBJEKT 9 DIS CHARGE LÖSCHEN OBJEKT 10 OPERATING MANUAL 1.1 Overview of the OFMS-3000 ENGINE ROOM BRIDGE RS 485 Datenbus 2 x 2 x 0,75 MAIN ENGINE BOILER RS 485 Datenbus 2 x 2 x 0,75 2 x 2 x 0,75 1 x 2 x 0,75 2 x 2 x 0,75 1 x 2 x 0,75 Power Supply Pump 440V /60Hz Power Supply 110V-230V AC 3x2,5 3x1,5 4 x 2 x 0,75 WATER BASED LOCAL APPLICATION FIGHTING SYSTEM 4 x 2 x 0,75 4 x 2 x 0,75 4 x 2 x 0,75 ENGINE CONTROL ROOM PUMP ROOM RS 485 Datenbus 2 x 2 x 0,75 SEPARATOR EMERGENCY GENERATOR 1 x 2 x 0,75 1 x 2 x 0,75 1 x 2 x 0,75 1 x 2 x 0,75 3 x 2,5 2 x 2 x 0,75 1 x 2 x 0,75 2 x 2 x 0,75 1 x 2 x 0,75 M WATCH STATION 1.1 Example overview of a typical arrangement for a 4 Line Local protection system Page 4 of 44

5 2. Construction The Local protection system is constructed for a modular design. All modules are connected via a internal RS 485 bus. The modules with exception the panels are designs for TS 35 rail mounting, the panels are designs for recess mounting. All modules and modules are installed into on Steel cabinet which are designs for wall mounting. 2.1 Example construction of the main cabinet for 10 Objects T1 4 T2 6 T3 2 T1 4 T2 6 T3 Page 5 of 44

6 2.2 View of the Release Panel 2.3 Components from the OFMS3000 OFMS 3000/2 Main cabinet for up to 2 Objects Drawing S OFMS 3000/6 Main cabinet for up to 2 Objects Drawing S OFMS 3000/10 Main cabinet for up to 2 Objects Drawing S AT01-E Release Panel for up to 10 Objects Drawing S 3994 Release button Local release button Drawing S 3996 HT-01E Repeater Panel Drawing S 3466 HF-24 UV-Flame detector with base HF-24+YBN+YBF/RL/4H5+MBB-1 For more technical details see the depending drawing Page 6 of 44

7 LÖSCHEN OBJEKT 1 LÖSCHEN OBJEKT 2 LÖSCHEN OBJEKT 3 LÖSCHEN OBJEKT 4 LÖSCHEN OBJEKT 5 LÖSCHEN OBJEKT 6 LÖSCHEN OBJEKT 7 LÖSCHEN OBJEKT 8 LÖSCHEN OBJEKT 9 LÖSCHEN OBJEKT 10 LÖSCHEN OBJEKT 1 LÖSCHEN OBJEKT 2 LÖSCHEN OBJEKT 3 LÖSCHEN OBJEKT 4 LÖSCHEN OBJEKT 5 LÖSCHEN OBJEKT 6 LÖSCHEN OBJEKT 7 LÖSCHEN OBJEKT 8 LÖSCHEN OBJEKT 9 LÖSCHEN OBJEKT 10 LÖSCHEN OBJEKT 1 LÖSCHEN OBJEKT 2 LÖSCHEN OBJEKT 3 LÖSCHEN OBJEKT 4 LÖSCHEN OBJEKT 5 LÖSCHEN OBJEKT 6 LÖSCHEN OBJEKT 7 LÖSCHEN OBJEKT 8 LÖSCHEN OBJEKT 9 LÖSCHEN OBJEKT 10 LÖSCHEN OBJEKT 1 LÖSCHEN OBJEKT 2 LÖSCHEN OBJEKT 3 LÖSCHEN OBJEKT 4 LÖSCHEN OBJEKT 5 LÖSCHEN OBJEKT 6 LÖSCHEN OBJEKT 7 LÖSCHEN OBJEKT 8 LÖSCHEN OBJEKT 9 LÖSCHEN OBJEKT 10 OPERATING MANUAL 2.4 Different applications OFMS 3000 Stand alone Stand alone system with 2 release panels The local protection system can be connected via the internal RS 485 connection with maximum 2 release panels AT01E and one repeater Panel. Controlling and indication of alarms are from each panel available OFMS 3000 Combination Combined system with FMS/AFMS 3000 The Local protection system OFMS 3000 can be connected to the Fire alarm system FMS/AFMS 3000 via a RS 485 bus connection. The whole Local protection system can be controlled and operated from this Fire alarm system. Page 7 of 44

8 3.0 Description of modules 3.1 Pump/ Fan module LM01-E Drawing S 3862 Generally The fan module represents the communication master in the RS485 communication system, it include the main/emergency power supply input for the distribution of the system. Additional the module includes the protection and output for the both fans. Power Supply The both power supplies will be connected to 2 separate terminals witch are marked JNO-M and E. With a selector switch it is possible to change the voltage from 115V AC to 230V AC. If one power supply fails the fan module will be automatically change to the other supply. Both supplies will be monitored and in case of a failure it will be indicated as an optical and acoustical alarm. Both supplies are protected with internal fuses. The 24V voltage is led across a polarity protection diode, a throttle and filter capacitors will be provided for the whole system. With an internal voltage regulator the internal 5V for the microcontroller and other logic components will be provided. RS485-Driver The communication is made by a RS485 driver. The driver lies with its mass on 24v-gnd and is therefore galvanic ally over opto couplers from the micro CONTROLLER and the other circuits separate. Page 8 of 44

9 Relay Outputs 5x potential free relay outputs max of 250V 2A for the following possibilities programmable: Fire alarm, Fault alarm, Power Supply failure and delayed Fire alarm. All outputs are free programmable according the ships requirement. 24V DC Output 3x 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. Connection to Pump relays It is possible to connect 2 pumps via separate terminals marked with JN-1 and JN-2. Connection Pump display To operate the smoke detection system locally the Fan display is installed into the Front door of the smoke detection cabinet. This Fan display is connected directly via an I2 C- port to the fan module. The necessary 5V supply will be also provided by this connection. Connection data module The communication with the data module can be done via a RS 232 driver. This plug also provides the 5V supply for the memory. In a standard smoke detection system it is not required to use this data module. This will be provided from the internal memory into the Fan module. Connection Slave module with combination to AFMS/FMS 3000 On the port of the data module it is also possible to connect the slave module in order to connect the Local protection system to the Fire alarm system FMS 3000 or AFMS With this connection it is possible to control and indicate the whole Local protection system from the installed Fire alarm system FMS 3000 or AFMS No repeater panel is required. 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. Page 9 of 44

10 Input-/output terminals JNO-Main Main supply JNO- Emgy. Emergency supply JN1-Fan1 Output Pump relay 1 JN1-Fan2 Output Pump relay 2 JP5 pot free relay output 1-4 JP8 24V DC output JP9 pot free relay output 5 JSM1 Slave Module for combination with FMS/AFMS 3000 JP9 from FMS/AFMS 3000 NM01E Page 10 of 44

11 3.2 Pump display LD01-E Drawing S 3863 General The pump display is designed to connect directly on the fan module for operating and indicating elements. The connection will be made via a flat cable directly in to the fan module. Connection This Pump display is connected directly via an I2 C- port to the fan module. The necessary 5V supply will be also provided by this connection. Display The LCD display will indicated 2 lines with up to 8 letters each. Contrast, brightness and background light are fixed. The display will be operated by the microcontroller from the fan module. The connection will be done by an I2 C port to the fan module with are the master of the whole system. LEDs and push buttons The 6 led s and 4 push buttons are mounted directly on the PCB. The display will be operated by the microcontroller from the fan module. The connection will be done by an I2 C port to the fan module with are the master of the whole system. Page 11 of 44

12 3.3 Fire detector module FM01-E (Conventional) Drawing S 3461, S 3462, S 3463 Inputs of up to 8 fire detection lines according to the quiescent current principle. 8 pot free relays outputs, they are programmed with the special function for the OFMS that they have a combination of 2 loops. Relay 1 is for activating the external sounder; relay 2 is for activation of the external release valves. Expandable up to 3 modules (10 Objects and 4 switching inputs) General The module contains eight fire detection loops and eight pot. free outputs witch 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. 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. Page 12 of 44

13 Detection loops Terminals JLN and JNP In normal operation the quiescent currant will be measured the in the last detector installed 3 KΩ 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 Ω 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. Connection for Flame detectors and manual release button In these examples was shown the connection of one Object with 2 Flame detectors and one release button. The wiring will be made thru the manual release button. For further detail see drawing S3996. Page 13 of 44

14 3.4 Output module AM01-E (Optional) Drawing S x 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 14 of 44

15 Relais Terminal 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 witch 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 than automatically reconnected. Additional each loop has a switchable connection max 8mA to check 3 KΩ 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 15 of 44

16 3.5 Printer Module DM01-E (Optional) Drawing S 3464 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 loop 1 section :34:12 ACCP 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 16 of 44

17 3.6 VDR-Module VM01-E (Optional) Drawing S 3460 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. Page 17 of 44

18 3.7 Repeater panel HT01-E Drawing S General The Local protection system can be viewed and controlled by the HT01E It is possible to connect 1 repeater panel up to 500m away from the Local protection system. This repeater panel has one LC-Display with 2 lines with each 20 letters, 10 push buttons, 40 led s and a internal buzzer. All led s and the display are dimmable, the display is background illuminated. 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. 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. Page 18 of 44

19 3.8 Release panel AT01-E Drawing S 3994 Allgemein The whole Local protection system can be displayed and controlled from the AT 01E It is possible to connect 2 release panels up to 500m away from the Local protection system. This release panel has 18 push buttons, 48 led s and a internal buzzer. All led s are dimmable. 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. 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. Relay outputs 2 relay outputs are available, one for fire alarm and the second for fault alarm. Page 19 of 44

20 4. 0 Operating of the OFMS Overview The visible component of the Local protections system is the Pump display with is normally mounted in the front door of the Local protection system and the repeater panel witch can be installed into the Bridge desk. Additional the relay outputs from the pump module, output module and Fire detector module witch can clearly indicate the depending loop. It is also possible to connect directly a mimic panel to indicate all necessary alarms. Picture: The Fan display with text in english. Page 20 of 44

21 4.2. Indicating and control elements The Pump display which is normally mounted into the front door of the main cabinet. The start up message is normally: OFMS3000 Stand by From the Pump display it is possible to switch on/off the pump, connect and disconnect different objects and accept/reset Fire and Fault alarms. In case of an alarm it can be accepted and reset from the fan display. The indication of an new alarm is he letter N and for an accepted alarm is A In order to get a clear indication the alarm will be displayed by an internal buzzer, an LCD display and 2 illuminated fields with Fire or Fault. In case of one or more alarms the led s Fire and/or Fault will flashing Normal condition no Alarms In the normal operation of the Local protection system, the green Led Mains will light up. The LCD display shows SFMS stand by and in a continues change Stand alone or Combination - Stand alone means: that the local protection system works independently with no connection to other systems. - Combination means: that the local protection system works in connection with the Fire detection system FMS 3000 or AFMS OFMS3000 Stand by Page 21 of 44

22 Fire alarm In case of minimum one Fire detector indicates a fire alarm, the internal buzzer sounds a steady signal, and the red Fire led will flash with full brightness. The LCD display shows in the first line e.g. Loop 1 and the second line shows Fire N for new. If more than one Fire alarm occurs the red Led Fire will flash so long until the last new fire alarm is accepted. If the Fire alarm will be not accepted within 2 min the configured output for General alarm will be activated. By pressing the Enter button the new Fire alarm will be accepted, the buzzer stops and the display change from Fire N fire new to Fire A fire accepted. Button Enter for accepting of Fire alarm and stopping the buzzer. In case of more than one Fire alarms the Enter button must be pressed so often as new alarms are. The red Fire Led will flash until all new fire alarms are accepted after that the led will change to steady light. In order to show in the display all new and/or accepted alarms the arrow up or arrow down button has to be pressed. LCD- Indication by a new Fire Alarm: Loop 2 Fire N LCD- Indication after accepting the new fire alarm (accepting by pressing Enter ): Loop 2 Fire A Page 22 of 44

23 A accepted fire alarm can be reseted by pressing the Enter button a second time. The Fire detector will be reactivated by short power off switching. Each fire alarm has to be accepted individually by pressing the Enter button and can be reset only after accepting the alarm. It is only possible to reset this fire alarm with is actually shown into the display. In order to show in the display all new and/or accepted alarms the arrow up or arrow down button has to be pressed. A general reset of all alarms is not possible. If the fire alarm will be indicated again after the reset the detector has already fire alarm. Button Enter to reset a fire alarm Page 23 of 44

24 4.2.3 Fault alarm In case of a fault alarm, the internal buzzer sounds with a intermitted signal, the yellow Fault led will flash with full brightness. The LCD display shows in the first line e.g. Loop 1 and the second line shows Fire N for new. Loop 2 Fault N LCD- Indication by a new Fault Alarm: Button Enter for accepting of Fault alarm and stopping the buzzer.. By pressing the Enter button the new Fault alarm will be accepted, the buzzer stops and the display change from Fault N fault new to Fault A fault accepted. In case of more than one Fire alarms the Enter button must be pressed so often as new alarms are. The yellow Fault Led will flash until all new fault alarms are accepted after that the led will change to steady light. In order to show in the display all new and/or accepted alarms the arrow up or arrow down button has to be pressed. LCD- Indication after accepting the new fault alarm (accepting by pressing Enter ): Loop 2 Fault A A accepted fault alarm can be rested by pressing the Enter button a second time. The Fire detector will be reactivated by short power off switching. Each fault alarm has to be accepted individually by pressing the Enter button and can be reset only after accepting the alarm. It is only possible to reset this fault alarm with is actually shown into the display. In order to show in the display all new and/or accepted alarms the arrow up or arrow down button has to be pressed. A general reset of all alarms is not possible. If the fault alarm shows again after reset the origin of the fault is not solved. Button Enter to reset a fault alarm Page 24 of 44

25 4.3 Operator function of the Local protection system Menu function Pump status By pressing the Menu button the fan operation menu will activated. A. By pressing the MENU button one time the display change to: Pump Status Pressing the Enter button open the Fan 1 menu witch indicate: Pump standby Stand by or: Pump running in Operation B.By pressing the MENU button twice the display change to: Pump Start By pressing Enter button the Pump will be started. The led Pump will lite, the Pump will be activated and the display changed to: Pump running Page 25 of 44

26 C.By pressing the MENU button third time the display change to: Pump Stop By pressing Enter button the pump will be stopped. D.By pressing the MENU button fourth time the display change to: Set Loop ON/OFF By pressing Enter button the disconnection page will opend. Objekt 02 S on A off Object 02 S= configured as on A= actual off With the arrow up and down button the depending object can be selected. Disconnection will be done by the Enter button E.By pressing the MENU button fifth time the display change to: Lamptest By pressing Enter button the lamp test will be activated. F.By pressing the MENU button sixth time the display change to: RESET OFMS By pressing Enter button the system will be reset. G.By pressing the MENU button seventh time the display change to: 12345M 001 This indication shows the project number. If within 30 sec no operator input will be made the system change automatically to main menu. By pressing the Menu button again the main menu will be reached. Page 26 of 44

27 4.4 Operating of the Repeater panel Normal case In the normal case no alarm all led are indicating in white color. In case of an communication failure with the master module, the Fault led will flashes, the buzzer sounds and the internal fault contact will be activated. Page 27 of 44

28 Fire alarm In case of an new Fire alarm from minimum one detector the buzzer sounds, the red Led Fire will flash together with the led from the depending object. If both detectors from one Object give Fire alarm will be additional shows on the Discharge Led with activating the Pump output and the Pump will be activated and shows for operation indication green light. By pressing the Fire button the buzzer stops and the Fire alarm will be confirmed. If the accepted alarm will be switched of the Led stops illuminating and change to the white background light. The Fire alarm can be reset only by using the Pump display LD 01-E. Page 28 of 44

29 Fault Alarm In case of an new Fault alarm from minimum one detector the buzzer sounds, the yellow Led Fault will flash. By pressing the Fault button the buzzer stops and the Fault alarm will be confirmed. If the accepted alarm will be switched of the Led stops illuminating and change to the white background light. The Fault alarm can be reset only by using the Pump display LD 01-E. PUMP The button Pump is for manual start and stopping the pump. If the pump in operation the green Led Pump will light. By pressing the button again the pump will be stopped. Manuell Release/Stopp Release After pressing UNLOCK and RELEASE button the extinguishing process for one Object can be started, that the LED RELEASE shows the extinguishing, the Pump will be automatically started, the external sounder and the valve will be activated. To stop the extinguishing process be pressing the button RELEASE again. Page 29 of 44

30 DIMMER The button MAINS used to set the LED brightness. After the button to UNLOCK may have been released after pressing the button MAINS, the brightness of the button LAMPTEST regulated. After each press increases the brightness by 10%, to exceed the maximum brightness that jumps to 10%. If the desired brightness reached, press again the button MAINS to the value permanently store. Please note: This function is not possible with a not acknowledged fire alarm! LAMPENTEST Further the signal outputs of the attached loop maps are activated for 5 seconds. The lamp test, which is dark under normal conditions (no announced error). Please note: This function is not possible with a not acknowledged fire alarm! Automatic pumps start One input of OFMS-3000 configuration is such that a pressure switch in the direction pumps monitored. If the pressure drops in the pipe for at least 3 sec from the pump automatically starts. After repeating the pressure, the pump stopped. If after about 30 seconds the pressure is not rebuilt, a fault alarm is triggered. Disconnection of Objects One input of OFMS-3000 configuration is such that a timer for the temporary disconnection of the detecting loop can be connected. This will be annunciated on the pump display. Please note during this input is active no automatic release is available!!! Page 30 of 44

31 5.0 Start up of the OFMS-3000 Page 31 of 44

32 6.0 Mechanical Spezification The main cabinet includes the Power supply, Pump module, Printer module, VDR Module, Fire detector module and the output module. This cabinet is typically installed into the engine room with a buss connection up to 500m to the repeater panel and the release panels. The main cabinet is one standard Steel housing from Rittal series AE with have an IP 66 class according DIN EN Typical Arrangement for main cabinet for up to 10 Objects. 6.2 Manual release button The manual release button will be installed into standard polycarbonate housing with IP 65 according DIN EN WATER BASED LOCAL APPLICATION FIGHTING SYSTEM Seite 32 von 44

33 6.3 Release Panel recess mounting AT01-E Outside dimensions 288x144mm, depth 53m plus the SUB-D plug. Panel cut out 280x137mm IP protection class IP 44 if recess mounted according DIN EN Repeater Panel recess mounting HT01-E Outside dimensions 144x144mm, depth 53m plus the SUB-D plug. Panel cut out 137x137mm IP protection class IP 44 if recess mounted according DIN EN Seite 33 von 44

34 7.0 Overview Fire and Fault alarms This chapter describes the internal messages and alarm texts. In the first line of the display the fault header will be indicated e.g. Fire N. The second line describes the location of the alarm e.g. Loop 4. The below marked list shows all available fire and fault messages. Header Text Line 2 Deskription N Specific location e.g. Loop 4 A Firealarm will be detected by the Fire detector module A Specific location e.g. Loop 4 A accepted Firealarm FAULT N Specific location e.g. Loop 4 A Faultalarm will be detected by the Fire detector module FAULT A Specific location e.g. Loop 4 A accepted Fault alarm Tablet: Overview of Fault and Fire alarm messages 7.1 Module definition: The OFMS3000 contains a monitoring of all configured modules. The following fault messages will be indicate additional to MODUL ERR : LM01 Fan module AM01 Output module FM01, FM02, FM03, FM04 Fire detector module 1 to 4 VM01 VDR-module DM01 Printer module HT01 Operating panel Main panel PT01, PT02 Repeater panel 1 and 2 Seite 34 von 44

35 2 T1 4 T2 6 T3 2 T1 4 T26 T3 OPERATING MANUAL 8.0 Spare Parts 8.1 View Main cabinett Buchstabe Bezeichnung Typ Artikelnummer A Pump relays B Output relays C Transformer 230V/24V LDA 30F D Pump module LM-01E E Fire detector module FM -01E F Fier detector module FM -01E G Fire detector module FM -01E H Over currant relays J Pump display LD-01E Seite 35 von 44

36 9.0 Angle of view Flame detector HF 24 1,0 m Flame from Candle,lighter Flame from wad of Newspaper, burning flame 1,0 m 3,0 m 8,0 m Angle 23 with reducer L= 40mm Angle 30 with reducer L=30mm Angle 43 with reducer L= 20mm Angle 77 with reducer L= 10mm Angle 120 without reducer Torbeck Angle of view Flamdetector HF-24 for Local Apprication System 1 1 Not to scale Seite 36 von 44

37 10.1 Connection drawing pump module 10.0 Drawings Torbeck S 3989 Pump Module OFMS3000 LM01-E Connection Drawing Local Application system OFMS Not to scale Seite 37 von 44

38 10.2 Connection drawing Fire detector module 1 (Objects 1-2) Torbeck S 3991 Firedetector Loopcard Object 1-2 OFMS-3000 FM01-E2 Connection Drawing Local Application Systen 1 1 Not to scale Seite 38 von 44

39 10.3 Connection drawing Fire detector module 2 (Objects 3-6) Torbeck S 3992 Firedetector Loopcard Object 3-6 OFMS-3000 FM01-E2 Connection Drawing Local Application Systen 1 1 Not to scale Seite 39 von 44

40 10.4 Connection drawing Fire detector module 3 (Objects 7-10) Torbeck S 3993 Firedetector Loopcard Object 7-10 OFMS-3000 FM01-E2 Connection Drawing Local Application Systen 1 1 Not to scale Seite 40 von 44

41 10.5 Connection drawing Slave module Torbeck S 3986 Slave Modul SM-01E for Connection to FMS/AFMS 3000 Smokedetection System SFMS 3000 Local Protection System OFMS Not to scale Seite 41 von 44

42 10.6 Connection drawing Repeater Panel Torbeck Revision: Date: Revision: Date: 53 DECKMA GmbH / Drawing No.: S 3987 Repeater Panel SFMS3000 HT01-E Connection Drawing Page 1 1 Dimension Drawing Scale Smokedetection System SFMS 3000 Not to scale Design: Date: Checked: Date: Seite 42 von 44

43 10.7 Connection drawing Release Panel Torbeck S 3994 Releasepanel AT01-E OFMS-3000 FM01-E2 Connection Drawing Local Application Systen 1 1 Not to scale Seite 43 von 44

44 10.8 Connection Drawing Manual release button WATER BASED LOCAL APPLICATION FIGHTING SYSTEM Torbeck S MANUAL RELEASE UNIT Local Application System OFMS Not to scale Seite 44 von 44