background image

 

ID-E299-001GB 

35 

ML3-1240 

17 – 18 

+  -  – 

LK3 monitoring line 

ML3-1240 

37 – 38 

+  -  – 

LA3alarm line 

ML3-1240 

19 – 39 – 40 

NO – C – NC 

P27 general fault relay 

MZ-4212 

Z5; Z6 

+  -  – 

24 V ext. devices power supply (max. 0.8A) 

12  

MAINTENANCE 

12.1  

GENERAL RULES 

Fire alarm systems, as safety installations, must be continuously kept at full efficiency, therefore they 
require  proper  maintenance.  The  premises  user  is  obliged  to  ensure  the  installation  maintenance, 
best of all by signing an agreement with a maintenance technician.  

The maintenance consists in carrying out periodical inspections and removal of possible faults. The 
maintenance technician should thoroughly study this manual. He should know exactly the operating 
principles of the control panel and interoperating manual and automatic fire warning devices, as well 
as  other  devices  connected  to  the  control  panel.  It  is  highly  recommended  to  pass  a  training 
organized by the manufacturer that covers fire alarm systems application, installation and operation. 
The  maintenance  technician  should  also  know  the  premises  territory,  displacement  of  the  system, 
detector  line  routes,  arrangement  of  fire  detectors  and  manual  call  points,  and  environmental 
conditions that may influence the devices work. 

12.2 

PERIODICAL TESTING 

The periodical checks consist in operation tests of every line element installed in the detection lines, 
the control panel and its output circuits: the lines that control external acoustic signalling devices or 
fire-fighting  devices,  as  well  as  the  protecting  device  monitoring  line  and  the  monitoring  system 
circuits.  

The periodical tests should be executed in accordance PKN-CEN/TS 54-14: 2006 standard. 

Periodical testing frequency:  the manufacturer recommends executing the periodical tests at least 
once  per  year.  Nevertheless,  the  system  owner,  in  agreement  with  the  system  designer  and  the 
maintenance technician, should increase the test frequency, if the system operating conditions are 
hard (high humidity, corrosion environment, dusting, etc.). 

The periodical testing consists in: 

-

 

event  memory  readout  (using  a  computer),  in  order  to  check  the  control  panel  attending 

personnel appropriate work and possible signals indicated by the control panel; 

-

 

inspection  (testing)  of  every  signalling  diode  and  acoustic  signalling  device  of  the  control 

panel; 

-

 

consecutive  testing  of  every  fire  detector  (e.g.  using  imitators)  and  manual  call  points 

installed in every detector line, utilising a possibility to switch any line for testing; 

-

 

visual evaluation of the fire detectors technical condition (level of dirt, corrosion, permanent 

soil)  and  of  manual  call  points,  especially  in  case  of  their  longer  operation,  that  should  be 
carried out during a device testing; 

-

 

if necessary, cleaning of the fire detectors and  their replacement or regeneration; 

-

 

checking  the  external  signalling  devices  and  connected  protective  and  fire-fighting  devices 

under condition that the premises user is informed and taking necessary measures to avoid 

Содержание Ignis 1000

Страница 1: ...IGNIS 1000 CONVENTIONAL FIRE DETECTION AND ALARM SYSTEM IGNIS 1240 FIRE DETECTION AND ALARM CONTROL PANEL Operation and Maintenance Documentation ID E299 001GB IVA Edition ...

Страница 2: ...CNBOP 1438 Polon Alfa Spółka z ograniczoną odpowiedzialnością Sp k 155 Glinki Street PL 85 861 Bydgoszcz POLAND 09 1438 CPD 0152 EN 54 2 1997 A1 2006 IGNIS 1240 fire detection and alarm control panel Conventional for indoor use Provided options fire alarm devices output output signal delays interdependent alarming A type dependence testing mode alarm counter and additional functions inputs and out...

Страница 3: ... LEVEL 13 5 2 1 Current date and time setting 13 5 2 2 Zone detection line testing mode disablement re enablement 13 5 2 3 Zone disablement re enablement 14 5 2 4 Faults readout 14 5 2 5 Disablement re enablement of all zones simultaneously 15 5 2 6 Alarm counter readout 15 5 3 CONTROL PANEL FUNCTIONS AT 3 RD ACCESS LEVEL 16 5 3 1 Alarming lines signalling devices operation option setting 16 5 3 2...

Страница 4: ...D CONFIGURATION 27 8 1 COMMISSIONING 27 8 2 STANDARD CONFIGURATION LOADING 28 9 SOFTWARE FOR EVENT MEMORY READOUT 29 9 1 EVENT MEMORY GENERAL DESCRIPTION 29 9 2 HARDWARE REQUIREMENTS 29 9 3 CONTROL PANEL COMPUTER CONNECTION 29 9 4 SOFTWARE LAUNCHING AND EVENT MEMORY READOUT 30 10 CONTROL PANEL SPECIAL APPLICATIONS 31 10 1 EXPLOSION ENDANGERED PREMISES PROTECTION 31 11 INPUT AND OUTPUT CIRCUIT CONN...

Страница 5: ...ed as the 1st protection class devices and can be used only in the case of application of additional protection against electric shocks such as zeroing or protective grounding 230 V 50 Hz mains supply circuits insulation is reinforced and resists 2800 V voltage test low voltage circuits below 42 V insulation is able to resist test voltage of 700 V DC After connecting the mains power supply conduct...

Страница 6: ...r operation mode is indicated Alarm fire mode an operation mode the control panel triggers after receipt of a fire detection information from fire warning devices Disablement mode an operation mode in which it is deliberately blocked the control panel ability to receive signals from any fire warning devices and to evoke alarms or the control panel output and or transmission path to any fire detect...

Страница 7: ...nt mode from mains 800 mA from batteries 16 24 detection lines 170 228 mA Current draw in alarm mode from mains 800 mA from 17 Ah battery max 600 mA External devices power supply voltage 24 V 25 15 Admissible current draw from external devices power supply output max 800 mA Number of detection lines Standard 16 with ML 3 module application 24 Detection line resistance max 2 x 120 Ω Detection line ...

Страница 8: ...xternal devices power supply output 72 h 17 Ah 0 mA 30 h 17 Ah 40 mA 12 h 17 Ah 800 mA 3 GENERAL OPERATION PRINCIPLE The IGNIS 1240 is a conventional fire alarm control panel interoperating with non addressable fire detectors installed in detection lines that are terminated with end of line resistors Detection of a fire hazard by a detector evokes the control panel triggering an alarm mode and ala...

Страница 9: ...ich is actuated with the PERSONNEL push button The 2nd access level is intended for the persons especially responsible for the premises security that are properly trained and authorised to operate the control panel The access to the 2nd level is obtained by turning the key It allows for access to all push buttons located on the control panel front side The 3rd access level is designed for the pers...

Страница 10: ...YSTEM a yellow colour diode signalling with steady light a fault in the microprocessor circuit operation or a falsification of the configuration data 12 EXTERNAL DEVICES a yellow colour diode that signals with steady light a fault of at least one detection line 13 SIGNALLING DEVICES a yellow colour diode indicating with steady light a fault of at least one external signalling device 14 EARTH FAULT...

Страница 11: ...o Jumper position Function ZW1 1 2 Support of 16 detection lines two line modules 2 3 Support of 24 detection lines three line modules ZW2 1 2 Unused 2 3 Unused ZW3 1 2 2 3 ZW4 ZW10 Unused ZW11 1 2 2 3 Service mode without alarm receipt delays ZW12 1 2 2 3 Software version display after pressing ACKNOWLEDGEMENT push button Fig 6 presents the view of the MZ 4212 power supply unit module that contai...

Страница 12: ...ionally the LCD supports the panel operating personnel displaying information concerning the control panel status or the functions of activated push buttons During the control panel quiescent mode the LCD displays the date and time All other information except the alarm mode is displayed momentarily After some seconds the control panel automatically switches to the date and time displaying mode 1 ...

Страница 13: ...urrent date and time setting should start from entering the date and time setting function using the FUNCTION push button The LCD display shows a date with the first digit tens of years flashing The digit flashing means that it is possible to alter its value with the SET push button The SELECTION push button pressing moves the cursor to the next digit In this way it is possible to set all the digi...

Страница 14: ...ton the following indication on the display Afterwards using the SET push bu on recall the messages informing on the current faults registered in the system The below table lists the possible faults with their clarifications BZ3 FUSE FAULT BZ3 fuse fault BATT VOLTAGE DECR Battery voltage drop MAINS POW SUP FAULT 230 V mains power supply fault BATTERY FAULT Battery cluster or its circuit fault EART...

Страница 15: ...on line 24 circuit SHORT OF LINE 1 Short circuit in detection line 1 circuit SHORT OF LINE 2 Short circuit in detection line 2 circuit SHORT OF LINE 24 Short circuit in detection line 24 circuit LACK OF FAULTS No fault detected in IGNIS system 5 2 5 Disablement re enablement of all zones simultaneously X no changes 1 zones enabled 0 all zones disabled ZONES ON OFF X Note Disablement or re enableme...

Страница 16: ... ACCESS LEVEL It is possible to use the functions available at the 3rd access level after the control panel door opening Fig 5 The P1 FUNCTION P2 SELECTION P3 SET and P4 SET push bu ons located inside the control panel allows for the following functions application external signalling devices operation option setting general alarm signal transmission delay value setting event memory reset general ...

Страница 17: ...should actuate the general alarm relays immediately e g a detection line with ROP manual call points installed Any detecting line acknowledged alarm with a delay enabled which value is set using the DELAY function causes properly delayed general alarm relay activation Lack of alarm acknowledgment shortens the delay time to 30 s In the personnel absent mode the control panel reduces the delay time ...

Страница 18: ... Note The variant 2 zone interdependence loading takes place automatically in both detection lines constituting the interdependent pair One stage alarm Programming using the FUNCTION push button select the function with the SELECTION and SET push buttons choose the proper zone number and variant number equal to 0 using the FUNCTION push button select the function with the SELECTION and SET push bu...

Страница 19: ...Programming using the FUNCTION push button select the function with the SELECTION and SET push buttons choose the proper zone number z 01 and variant number 1 using the FUNCTION push button select the function with the SELECTION and SET push buttons choose the proper zone number and 0 on the last display position that results in the chosen zone delay disablement Two stage alarm with a preliminary ...

Страница 20: ...on select the function with the SELECTION and SET push buttons set the number of the first interdependent zone and enter 1 on the last display position that results in the chosen zone delay enablement repeat the above operation for the second zone of the interdependent zones pair so that each zone of the pair has the delay enabled Note Entering the variant 2 for any zone results in an automatic cr...

Страница 21: ... of zone relay 0 16 24 12 P 12 The function enables to assign to each of 16 24 zones 0 4 zone relays that will switch the contacts over when a given zone enters the alarm mode the same relay can be assigned to different zones the contacts return to the rest position takes place after the control panel alarm mode reset to program 0 4 zone relays actuation is such the manner that the contacts switch...

Страница 22: ... the delay time to 30 seconds After the delay time elapse without transmission disablement the control panel evokes the 2nd stage alarm 5 5 2 Fire alarm verification by the attending personnel The control panel enables an occurrence verification by the personnel in case a fire alarm has been revealed It is required that the attending person approaches the panel and confirms an alarm receipt within...

Страница 23: ... circuits A repeated actuation of any detector in the same detector zone line within 60 s will be treated as the general 2nd stage fire alarm Lack of a repeated actuation of the same or another element in the same zone within the 60 s period after the initial reset will entail that the control panel treats the previous signal as false and returns to the quiescent mode Two stage alarm with a prelim...

Страница 24: ...is necessary to check the control panel configuration settings and eventually correct them If the signalling still persists after such checking correcting it means that the control panel is damaged It is necessary to switch the control panel power supply off and call the service personnel 5 7 DISABLEMENT MODE In the control panel it is possible to disable every zone equivalent with the detection l...

Страница 25: ...by the SIGNALLING DEVICES OFF ON 16 push button but the push button operation depends on programmable 0 or 1 option for a given line In case the 0 option is programmed in the alarm mode the ACKNOWLEDGEMENT push button silences both internal and external sound signalling At the same time the SIGNALLING DEVICES 16 push button can disable and re enable the external signalling devices without obtainin...

Страница 26: ... supply to the reserve one is carried out automatically without any break in power supply The control panel supplied from the batteries only without any additional device power consumption is able to operate within 72 h in the quiescent mode and 0 5 h in the alarm mode The control panel may operate being supplied from a battery cluster of higher capacity up to 36 Ah In this case the battery cluste...

Страница 27: ...ithout batteries 7 2 WIRING Detection monitoring and controlling lines should be routed according to the commonly applicable principles used in telecommunications They can be placed on walls under the plaster in the ground or as overhead lines The lines must be continuous and terminated with end of line resistors Before the wire connection it is necessary to check whether the conductors resistance...

Страница 28: ...oltage should amount to 27 1 27 6 V reset the event memory p 5 3 4 8 2 STANDARD CONFIGURATION LOADING The IGNIS 1240 control panel is delivered to a customer with initially programmed operation conditions determined by the manufacturer described as the standard configuration The control panel programming by the customer changes the factory default settings optimally adapting its parameters to the ...

Страница 29: ...rrences is exceeded new events are recorded at the memory beginning in the place of the oldest ones The entire memory contents readout or printout is possible after sending the data from the control panel to a PC computer through the RS 232C serial port the control panel is equipped with The data transmission takes place after activation of the event memory readout software It is possible to delet...

Страница 30: ...n indicator located on the computer screen starts to be filled in wait about 20 seconds until the data transmission is finished the indicator is full The events will appear in a program window ready for readout In order to print the occurrence list out the option print should be chosen from the file menu NOTES if the control panel is connected to a computer supplied from the mains the control pane...

Страница 31: ...y safe flame detector 1 pc KDB certificate limitation or ROP intrinsically safe manual call points with 1 kΩ 0 5 W resistor 10 pcs or 10 other manufacturer e g Det Tronics detector connectors that require an installation in parallel of an alarm 1 kΩ 0 5 W resistor NOTE A detection line short circuit behind a separator is signalled as a fire alarm A line short circuit between the separator and the ...

Страница 32: ... additional protecting devices or to transfer information about the control panel mode to a monitoring centre Every relay is equipped with a set of switchable contacts NO C NC Fault signal relay output P25 in the ML1 1240 module Contacts of the general fault relay on the connection blocks NO C NC are marked in the position when the control panel is switched off from the supply voltage During the c...

Страница 33: ... 1240 33 34 L6 detection line ML1 1240 15 16 L7 detection line ML1 1240 35 36 L8 detection line ML1 1240 17 18 LK1 monitoring line ML1 1240 37 38 LA1 alarm line ML1 1240 19 39 40 NO C NC P25 general fault relay ML1 1240 20 TW line to the TW 35 panel ML2 1240 20 TW line to the TW 35 panel ML2 1240 1 21 41 NC C NO P9 zone alarm relay ML2 1240 2 22 42 NC C NO P10 zone alarm relay ML2 1240 3 23 43 NC ...

Страница 34: ...NC C NO P17 zone alarm relay ML3 1240 2 22 42 NC C NO P18 zone alarm relay ML3 1240 3 23 43 NC C NO P19 zone alarm relay ML3 1240 4 24 44 NC C NO P20 zone alarm relay ML3 1240 5 25 45 NC C NO P21 zone alarm relay ML3 1240 6 26 46 NC C NO P22 zone alarm relay ML3 1240 7 27 47 NC C NO P23 zone alarm relay ML3 1240 8 28 48 NC C NO P24 zone alarm relay ML3 1240 9 10 L17 detection line ML3 1240 29 30 L...

Страница 35: ...utput circuits the lines that control external acoustic signalling devices or fire fighting devices as well as the protecting device monitoring line and the monitoring system circuits The periodical tests should be executed in accordance PKN CEN TS 54 14 2006 standard Periodical testing frequency the manufacturer recommends executing the periodical tests at least once per year Nevertheless the sys...

Страница 36: ...unit packing reducing free movement possibility and eliminating damage occurrence during loading and transportation The following data are marked on the package the name and or the trade mark of the manufacturer the name and the type of the control panel Additionally the following marking is placed on the package CAUTION FRAGILE UPPER SIDE DON T TURN OVER KEEP DRY or equivalent marks according to ...

Страница 37: ...ID E299 001GB 37 Fig 1 Control panel front side view ...

Страница 38: ...38 ID E299 001GB Fig 2 IGNIS 1240 design and dimensions ...

Страница 39: ...ID E299 001GB 39 Fig 3 Control panel mounting ...

Страница 40: ...40 ID E299 001GB 1 Openings for wire introduction 2 Clamps for screens screened wires 3 Line modules terminal blocks Fig 4 Connection clamps arrangement Fig 5 Control panel controller view ...

Страница 41: ...ID E299 001GB 41 Fig 6 Control panel Power supply unit view ...

Страница 42: ...42 ID E299 001GB The illustration does not contain end of line resistors that should be installed at the end of the lines Fig 7 Control panels parallel operation ...

Страница 43: ...ID E299 001GB 43 Fig 8 G 35 base connection method into detection line ...

Страница 44: ...44 ID E299 001GB Fig 9 G 40 base connection method into detection line ...

Страница 45: ...P 40 Multi sensor heat and flame detector 90 µA 30 model range conventional detectors PUO 35 Flame detector 100 µA Intrinsically safe detectors DUR 40Ex Universal optical smoke detector 60 µA PUO 35Ex Flame detector 100 µA TUN 38Ex Universal heat detector no base needed 100 µA Manual call points ROP 63 Manual call point 0 µA ROP 63H Manual call point 0 µA 1 maximum current drawn from a detector li...

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