Home

Operating Instructions Fire Alarm System EBL512

1. and Return was used Scroll 4 48 to the wanted menu and press A Display alarms X1 ZONE 123 LAST 789 Display alarms No 003 ACCEPT X1 All fire alarms also several alarm points in one zone will be displayed here in zone address order i e up to 15360 alarms Press A E g ZONE 123 LAST 789 No 003 POINT 123 45 No 001 yn ZONE 123 LAST 789 No 003 ZONE 234 No 002 and so on Display faults X2 ZONE 123 LAST 789 No 003 Press Display faults ACCEPT X2 A E g ZONE 123 LAST 789 No 003 FAULT Battery not connected CU xx Only the fault message for the fault respectively is displayed here not date time and status information Display disablements X3 ZONE 123 LAST 789 No 003 Display disablements ACCEPT X3 Press A E g ZONE 123 LAST 789 No 003 Zone XXX address XX disabled Disable zone X4 ZONE 123 LAST 789 No 003 Disable zone ACCEPT X4 Press A E g ZONE 123 LAST 789 No 003 Disable zone 000 ACCEPT Write zone number and press A If more zones are to be disabled repeat the procedure 36 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 14 2 1 5 Re enable zone X5 ZONE 123 LAST 789 No 003 R nable zon ACCEPT X5 Press A E g ZONE 123
2. 115 According to chapter Access code for maintenance see page 112 Press 0 COM loop 1 BS4 loop 2 Expansion board 1580 3 Addr zone interface 2226 2335 3361 MIO Press A to accept Write the required numbers Press A to accept Continue to re connect or press Return to menu S2 LED Disablements will be turned off if there are no other disablements in the system Scroll or press Return to return to menu H8 Scroll or press Return to log off Matsushita Electric Works Fire amp Security Technology AB MEW00228 30 5 Fault acknowledge Rev 2 EBLS12 Operating Instructions V2 1 x Acknowledge SERVICE signal H8 S4 See chapter Sensors activating SERVICE signal H4 U6 page 94 When service signal from a sensor is acknowledged the sensor is given a default sensor value for a new clean sensor i e first replace the sensor then acknowledge the service signal as soon as possible NOTE Ifa sensor is replaced without activating service signal it has to be reset to the default sensor value see chapter Clear weekly average H8 S5 page 117 n T Scroll to menu S4 Acknowledge SERVIC Sensor XXXXXX needs service NOTE The list order in this menu is as follows a Technical number order in the control unit this menu is opened b Technical number order in the rest of the system The service signal for that sensor is now acknowle
3. 1 Tf code for access level 4 has been used to login to access level 2 new login to access level 4 is not required 24 Matsushita Electric Works Fire amp Security Technology AB MEW00228 8 Rev 2 EBLS12 Operating Instructions V2 1 x Silence Alarm devices 8 1 8 2 8 3 In the control unit on the FBP there is a push button P3 Silence Alarm devices Depending on convention the function can vary Silence before a fire alarm In most conventions is this function not valid since it is a violation to the EN54 2 standard If the push button Silence Alarm devices is pressed before a fire alarm fault the following will happen e LED Disablements L8 will light up steady ON e outputs programmed for sounders type 3 alarm devices will be disabled If case of a fire alarm the sounders will remain turned OFF not sound To reset this function press Silence Alarm devices once more The LED will be turned OFF if there are no other disablements in the system indicating a normal state Silence during a fire alarm If the push button Silence Alarm devices is pressed during a fire alarm the following will happen e LEDs Fire L1 and Alarms queued L2 changes from blinking 0 8 0 8 to steady ON e activated outputs programmed for sounders type 3 alarm devices will be turned OFF In case of a new fire alarm or if the push button Silence Alarm devices is pressed again the soun
4. LED Acknowledge is indicating that the push button Acknowledge has been activated A busy system can cause a time delay up to 10 seconds before the fire alarm is acknowledged 37 Matsushita Electric Works Fire amp Security Technology AB MEW00228 14 2 3 14 3 Rev 2 EBLS512 Operating Instructions V2 1 x Acknowledgement and reset of the alarm is normally done on a 2235 Display unit See also chapter Alarm reset page 41 2 zone address dependence co incidence alarm When only one zone or one zone address alarm point is in alarm status LEDs Fire L1 are blinking 0 8 0 8 sec the buzzer sounds 0 8 5 sec and there is a Co incidence alarm presentation in the display Co incidence alarm detector ZZZ AA or Co incidence alarm zone ZZZ See also chapter Activated 2 zone address dependent zone address H4 U4 page 85 If more than one Co incidence alarm are generated the LEDs Alarms queued L2 are blinking and the Co incidence alarms will be automatically scrolled each 5 second Co incidence alarm is automatically reset i e when the zone alarm point is no longer in alarm status see chapter Alarm reset page 41 Heavy smoke alarm Heavy heat alarm An analog detector generates heavy smoke heat alarm for a higher alarm level than the fire alarm level i e fire alarm is already activated by the same detector Heavy smoke heat alarm is a confirma
5. LEDs Fault Disablements Alarm devices L13 System fault L14 and or Fault Disablements Fire brigade tx L15 may be turned ON as well Output s for routing equipment Fault tx is are activated Output s for general fault general charge fault is are activated A fault message date and time are shown in the control unit s display After the time may be shown More faults more than one fault is generated in the system If Fault latching is selected in Win512 after the time may be shown Serviced the fault is already corrected e Login according to chapter Access page 68 e Use menu H6 access level 2 for fault acknowledge see chapter Acknowledge FAULTS H6 page 109 e All faults have to be individually acknowledged one by one push button Fault acknowledge P6 Use or keys to scroll e Ifa fault has been corrected before it has been acknowledged the text Serviced is added after the time It still has to be acknowledged e When a fault is corrected and acknowledged it will disappear from the list H6 e When all faults have been acknowledged the LED Fault tx activated L11 will be turned off and output s for routing equipment Fault tx is are reset e As long as there are faults not acknowledged faults and or acknowledged but not corrected faults the LED General fault L7 will be lit and general fault general charge fault output s are activated T
6. MEW00228 18 3 18 4 Rev 2 EBLS12 Operating Instructions V2 1 x Now an automatic reset restart will take place see chapter Reset Restart page 65 If the download was not okey the following text message will be shown Checksum fault in downloaded data Control unit will now restart Now an automatic reset restart will take place see chapter Reset Restart page 65 After the normal text message another text message will be shown in the display FAULT Site specific data SSD CU nn Date MM DD Time HH MM This text message means that no SSD have been downloaded and that a new download has to be performed Control Units in a TLON network The SSD for all control units can be downloaded via one control unit Start the download from Win512 The download will now be performed to the control units one at a time according to the chapter Single Control Unit above When the download to a control unit is completed an automatic reset restart will take place in that control unit see chapter Reset Restart page 65 User definable text messages download When a fire alarm is activated e g an addressable alarm point the presentation number Zone amp Address will be shown on the first row in the control units and the ext FBPs alphanumeric display On the second row will be shown a user definable text message if programmed Each alarm point can have a unique text messa
7. Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x Return Enter technical number 000000 Write the sensor s techn number and or press A to accept or press Return to carry out the change of algorithm s Return Alarm algorithms have been changed The affected CU s will now restart ACCEPT A Sensor values Menu U5 will be shown Printout l yes for a few seconds and then the affected control unit s will restart See chapter Reset Restart page 65 NOTE The new algorithm will not be in use until after the restart In case of an automatic log off and one or more algorithms are changed the affected control unit s will restart Sensor values and setting alarm algorithm for the Analog multi detector 3316 The procedure is similar to the procedure for 3304 and 3308 respectively When using gt the smoke detector information will be shown before the heat detector information The algorithms can only be changed one at a time i e if both algorithms are to be changed start with the smoke detector algorithm and continue with the heat detector algorithm as follows If a smoke detector algorithm shall be changed do as for 3304 If a heat detector algorithm shall be changed use gt to pass the smoke detector windows Then do as for 3308 93 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Ope
8. Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 7 Open the Tools menu and open the EBL512 settings dialog box See 3 amp 4 above Click Read In the log view will be shown System information has been uploaded Check the settings change when required See 3 amp 4 above Click Download In the log view will be shown System information has been downloaded Close the dialog box 8 Remove jumper JP BOOT Do a reset restart see 3 above Regarding the reset restart see chapter Reset Restart page 65 Follow the same procedure in each control unit 19 2 Control Units in a TLON network All control units connected to a TLON network shall have the same SW version For download of new SW in each control unit follow the procedure described above Since some control units do not have contact with some control units during the downloading the following faults may be generated FAULT CU xx has no contact with CU xx FAULT CU xx has wrong information The faults have to be acknowledged 63 Matsushita Electric Works Fire amp Security Technology AB MEW00228 20 Rev 2 EBLS12 Operating Instructions V2 1 x EBL512 settings download 20 1 EBL512 settings are normally factory made before delivery It is however possible to download the following on site e The number of addresses max loop units e Serial number
9. Matsushita Electric Works Fire amp Security Technology AB NAIS Operating Instructions MEW00228 Revision 2 Fire Alarm System EBL512 V2 1 x Author Jan Pettersson Date of issue 2002 02 25 Date of rev 2002 12 16 This page has deliberately been left blank Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x Table of contents 1 Introduction 7 2 Definitions Explanations 8 2 1 MFSTech 8 2 2 Alarm points 8 2 2 1 Smoke detector 8 2 2 2 Sensor 8 2 2 3 Analog detector 8 2 2 4 Analog Sensor Base ASB 8 2 2 5 Conventional detector 8 2 2 6 Conventional Detector Base CDB 8 PROS Addressable Detector Base ADB 8 2 2 8 Addressable 9 2 2 9 Old detector 9 2 2 10 External line Conventional zone line 9 2 2 11 ADB input Addressable zone interface 9 2 3 Output unit 9 2 4 Output Control output 9 2 5 Short circuit isolator 9 2 6 Display unit 9 2 7 COM loop 9 2 8 BS4 loop 9 2 9 Control Unit C U C LE 10 2 10 Fire Brigade Panel FBP 10 2 11 Control panel CP 10 2 12 System 10 2 13 Network TLON LonWorks Echelon Node TLON Conn board Gateway Channel Router Repeater 10 2 14 LED 11 2 15 External Indicator LED 11 2 16 Display LCD 11 2 17 Door open Key switch 11 2 18 SSD Site Specific Data 11 2 19 SW Software Syste
10. alarm devices will be collective turned ON This is indicated by the following information in the alphanumeric display Evacuate in progress They will remain turned ON until they are turned OFF by pressing the push button Evacuate P5 again NOTE The alarm devices sounders will always be steady activated sound continuously irrespective of the fact that the outputs can be set to anything else for fire alarm e g intermittent 28 Matsushita Electric Works Fire amp Security Technology AB MEW00228 12 Rev 2 EBLS12 Operating Instructions V2 1 x Door open 12 1 12 2 A special key is used to open the control unit door to get access to the system see chapter Access levels page 21 The same type of key is also used to open the ext FBP door Door open is indicated by LED Door open L10 In Win512 System dialog box Door open tab the following can be programmed default settings shown LED Door open Indication door open affected by Door in any control unit or any external FBP Door open ina C U is indicated by LED Door open in all C U s and in all ext FBPs Door open in an ext FBP is indicated by LED Door open in all C U s and in all ext FBPs O Door in any control unit Door open in a C U is indicated by LED Door open in all C U s and in all ext FBPs Door open in an ext FBP is indicated by LED Door open in that ext FBP only O Door in control unit
11. gt to move the cursor in a menu Use Return to return from a sub menu to the main menu H1 H10 Use Return to log off from a main menu H1 H10 There will be an automatic log off 10 minutes after the last action i e if the key pad a push button is not being used for 10 min 68 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 23 Perform monthly test H1 The control unit and the installation shall be tested on a regular basis If one twelfth of the alarm points are tested each month the whole installation will be tested after one year In test mode only the alarm points are tested i e no outputs no sounders will be activated during the test If a real fire alarm is activated for example by an alarm point not in test mode the normal fire alarm functions will be activated i e fire alarm presentation outputs sounders activated routing equipment fire brigade tx activated etc See also chapter Alphanumeric display in the control unit page 20 NOTE If the control unit door is left open the output s for routing equipment fire brigade tx may be disabled if set so in Win512 There will be an automatic ending of the test mode one hour after the latest tested alarm point zone See also chapter Perform ZONE TEST test mode H7 page 110 Access According to chapter Access see page 68 Perform monthly test ACCE A The
12. 15 2 3 15 2 4 15 2 5 Rev 2 EBLS12 Operating Instructions V2 1 x All outputs for fire alarm have been de activated If a key cabinet is installed the key to the building has to be put back into the key cabinet within 5 minutes If not a fault will be generated and a fault message will be shown in the display see chapter Key cabinet alarm reset page 43 Single encapsulated reset Zone Detector not reset Like Single reset but with the encapsulation function as follows Normally if an alarm point or zone is reset while still in alarm status it will activate a new fire alarm within 20 seconds According to the ENS54 2 standard When Single encapsulated reset is performed an alarm point or zone still in alarm status will not activate a new fire alarm It becomes encapsulated sort of disabled and has to be re enabled via menu H2 B7 before it can activate a new fire alarm again This function set in Win512 is a violation to the EN54 2 standard LED Disablements L8 is blinking indicating that one or more zones alarm points have been encapsulated To re enable see chapter Re enable non reset zone address H2 B7 page 78 NOTE When Multi reset or Single reset is used encapsulated reset can be done by pressing Reset P4 and 0 1 sec later also press Alarms queued P1 and hold them pressed for gt 0 5 sec By Single reset The fire alarm displayed in the LCD first row to the left will
13. LED Key switch is lit the user fire brigade personnel will be able to use the push buttons keypad to P2 Silence the buzzer in the c i e P3 Silence the alarm devices sounders in the system P4 Reset fire alarm s P5 Evacuate start the sounders P7 Paper feed when built in printer is available P8 Get access after login to some menus functions in the system 14 Only valid in the British Standard convention In Polish CNBOP convention this button is used for Alert annunciation Acknowledge S Normally the fire brigade personnel have no access code 21 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 7 3 Access level 2 From access level 1 the user can login to access level 2 which gives access to the following menus B4 Re enable zone B5 Re enable zone address H4 Present system status on display and printer U1 Disablement U3 Show open doors C1 Activated interlocking outputs inputs C2 Activate interlocking output This function is normally not enabled It can be enabled via Win512 but this is a violation to the EN54 2 standard 17 A door is open See chapter Door open page 29 22 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x C3 Reset interlocking output C4 Disable interlocking output C5 Re enable
14. Reset restart will reset delete all FFD i e activated fire alarms faults and disablements When required make notes of the disablements before reset restart so that they can be disabled again after the reset restart Remaining fire alarms and faults will be activated again Reset restart can be performed as follows Action Data etc which Data etc which will be deleted not will be deleted Control unit power OFF and SSW SSD SSI then power ON again FFD SW RESET jumper JP4 on the FFD SSD SSI main board 1556 SW SSW Reset command from Win512 FFD SSD SSI or TLON Manager SW SSW SSD SSI SW SSW Automatically due to external disturbance Automatically after download FFD of site specific data SSD via a PC amp Win512 Reset restart affects the control unit where it is performed and that control unit s data in a system 57 See Safe shut down of control unit above 58 If this happens often call for service personnel engineer 65 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x By reset restart the following will happen The Fault tx output s will be activated The restart begins and will last for up to 2 minutes During this 2 minutes period no fire alarm can be activated and the following text messages will be show in the alphanumeric display Checking program memory And after that if e
15. Scroll to menu H4 Present system status on display and printer ACCEPT H4 Disablement Printout l yes Scroll to menu U2 Disablement by time channel Press 1 for an automatic rint out of all Printout l yes p disablements in the system Press A for presentation in the display When A is pressed the disablements will be shown in the L a list in which you can display e g scroll If there are no isabl t if Zone XXX address XX disabled dirab lement andi Return is pressed menu by time channel p U2 will be shown again Printing started To stop printing press Press A and menu U2 C and 0 simultaneously ACCEPT will be shown again Disablement by time channel Scroll or press Return to menu H4 Scroll or press Printout l yes Return to log off When scrolling in the list the message No more zone addresses disabled by time channel found in the system can be shown 83 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 26 3 Doors open H4 U3 The LED Door open L10 is lit to indicate that one or more doors are open See chapter Door open page 29 This menu is a list of all open doors and it is also possible to get a print out Dii ee Scroll to menu H4 Scroll to menu U3 Present system status on display and printer ACCEPT H4 Disablement Printout Doors open Printout l
16. etc Fire Brigade Panel amp Control Panel see below included or not included Printer included or not included Fire Brigade Panel FBP Unit intended for fire alarm presentation etc for the fire brigade personnel Can be a part of the control unit front or a separate unit an external FBP In the ext FBP a printer can be included or not included Control panel CP A part of the control unit front intended for the building occupier service personnel etc to communicate with the control unit system System Several control units connected via a TLON network co operating control units Network TLON LonWorks Echelon Node TLON Conn board Gateway Channel Router Repeater Brief explanations to the words expressions to be found in connection with a network See also separate TLON Technical description TLON TeleLarm Local Operating Network a LonWorks based network for communication between several control units nodes The protocol is LonTalk and the transmission works with doubly terminated bus topology Echelon FTT 10 To connect a control unit to the network a TLON connection board is plugged in the control unit Some old types of control units not prepared for network connection have to be connected via a serial interface and a Gateway A network can be one channel FTT 10 or several channels connected via routers or repeaters Repeaters are used
17. front with the push button Silence buzzer P2 is required The old front without the push button Silence buzzer results in the following function The buzzer is silenced via the control unit door switch i e the buzzer will be silent as long as the door is open In Win512 System dialog box is the Silence Buzzer By Door Switch check box unmarked as default When this check box is marked required with the old front the buzzer is turned off as long as the control unit door is open but this function is a violation to the EN54 2 standard 26 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 10 Controls ON Controls OFF Via menu H2 B8 all control output types 0 control general 1 fire ventilation 2 extinguishing system can be collective turned OFF disabled indicated by LED Disablements L8 They will remain turned OFF disabled until they are turned ON re enabled again via menu H2 B8 Also the Extinguish equipment output on the German FBP interface board 1583 27 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 11 Evacuate Only valid for the British Standard convention English front with the push button Evacuate P5 is also required When the push button Evacuate P5 is pressed all outputs programmed for sounders type 3
18. is entered all interlocking outputs will be disabled at the same time Up to 200 interlocking outputs can be disabled The LED Disablements L8 is also indicating one or more disabled interlocking outputs In the Chinese convention the LED Interlocking output disabled The LED Disablements are indicating one or more activated interlocking outputs Access According to chapter Access see page 68 Scroll to menu H9 Interlocking outputs and inputs ACCEPT H9 Activated interlocking outputs inputs ACCEPT Cl Scroll to menu C4 e inter output EPT C4 Disable interlocking output area 000 point 00 Write the area and point Disable interlocking output Press A to accept and or Return to menu C3 area 001 point 01 Disable interlocking output Scroll or press Return to EPT C4 menu H9 Scroll or press Return to log off 126 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 31 5 Re enable interlocking output H9 C5 Interlocking outputs Type Interlocking can be re enabled via this menu but not via menu H2 B6 If 000 00 is entered all interlocking outputs disabled via menu H9 C4 and 000 00 will be re enabled at the same time Access According to chapter Access see page 68 Scroll to menu H9 Interlocking outputs and inputs ACCEPT H9 Activated interlo
19. it is also indicated by LED Fault Disablements Alarm devices L13 Check fuses F1 F8 on the output unit p c b Short circuit break on the connected wires Wrong no end of line resistor One or more connected units have been removed stolen FAULT Wire to exting system CU xx Short circuit cut off on the wires from the 1583 German Fire Brigade interface board in control unit No xx to the connected extinguishing system equipment FAULT Wrong type of unit tech no xxxxxx The unit is not the same type as programmed Change the programming or the unit FAULT Zone line input tech no xxxxxx Detector mounted in an ADB 2330 faulty removed detector or Ext line input to an ADB 2330 break on a wire or wrong no end of line resistor or Zone interface 2335 2226 input break on a wire or wrong no end of line resistor or Zone interface 2226 No ext power supply or Multi purpose I O unit 3361 monitored zone line input Z break on a wire or wrong no end of line capacitor short circuit if not programmed for fire alarm at short circuit User programmable text External Programmable input is used for an external fault see fault message 55 Matsushita Electric Works Fire amp Security Technology AB MEW00228 16 2 Rev 2 EBLS12 Operating Instructions V2 1 x Fault acknowledge The LEDs Fault tx activated L11 and General fault L7 are turned ON
20. page 41 Key cabinet alarm One programmable input per control unit can be used to connect a key cabinet The fire brigade uses a key cabinet to store a key to the building NOTE In the DBI Danish convention the key cabinet alarm function is a little different see below Key cabinet opened before a fire alarm If the key cabinet is opened before a fire alarm e g if somebody illegally breaks into a key cabinet a key cabinet alarm a fire alarm will be generated Example Key cabinet alarm xx control unit number POINT KEY xx No 001 Alarm from key cabinet It will be printed like a normal fire alarm when printer is available see chapter Fire alarm page 34 Key cabinet alarm is reset like a normal fire alarm see chapter Fire alarm reset page 41 This alarm will also generate a fault message see chapter Key cabinet alarm reset page 43 It is indicated by LED Fault L8 Note Fault tx output s will not be activated by this fault Key cabinet opened in conjunction with a fire alarm The fire brigade personnel can open the key cabinet in case of a fire alarm No alarm or fault will be generated when the key cabinet is opened i e no key cabinet alarm 4l Input 10 13 or COM loop input unit can be used 39 Matsushita Electric Works Fire amp Security Technology AB MEW00228 14 4 2 1 14 4 3 Rev 2 EBLS512 Operating Instructions V2 1 x Restoring the key after
21. system via Win512 an access code level 5 for PC connection is required For security reasons the default code should be changed NOTE This code require eight 8 digits Action Text in display Comments Access According to chapter Access code for service H5 see page 98 Scroll to menu A9 Change access code for PC communication ACCEPT A9 A Access code _ The digits are replaced New code x x x x Verify F eee ee in the display Incorrect access code NO change The code was not correct Try again Change access code for PC communication The code was correct and ACCEPT A9 is now changed to the new code Scroll or press Return to H5 Scroll or press Return to log off 107 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 27 11 Change access code for service H5 A10 For security reasons the default code should be changed Access According to chapter Access code for service H5 see page 98 eae to menu A10 ica access code for service EPT Al ica 4 Access code _ New code Enter the old code the Access code The digits are replaced new code and the new New code Verify in the display code again Incorrect access code NO change The code was not correct Try again Change access code for service The code was correct and ACCEPT A10 is now changed to the new code Scroll o
22. will stay in test mode until the test mode is ended but after 10 minutes or if you press Return two times you will be logged out from menu H7 Perform the test as quickly as possible since the output s for routing equipment fire brigade tx are disabled also the parts of the zones in test mode not visible for the test personnel are disabled In the tested alarm point the LED will light up and the LEDs Fire L1 in the C U will light up about ten seconds then the alarm point will be automatically reset The printer if available will print out every tested alarm point Zone xxx Address xx Time HH MM A sensor in test mode will not be able to activate fault 110 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x After 10 minutes or Zones in test mode 001 002 003 004 You are no longer in menu Return H7 but still in test mode Return NOTE See chapter Alphanumeric display in the control unit page 20 regarding priority order When required Zone in TEST MODE Press A to end the test Access code Scroll to menu H7 AM 001 002 003 004 End test ACCE mos Perform ZONE TE The LED Test mode is turned OFF If more zones are to be EPT H7 tested continue as above If not scroll or press Return to log off NOTE During the test the following information will be shown in
23. 000003 XXX sensor value Current algorithm nnnnnn Perf Factor see below A Type 3316 this table Sensor 00000N nnnnnn algorithm short Momentary XX X m Weekly XX X m name see separate table gt Sensor 00000N Min XX X m page 87 Perf Factor X XX m Max XX X m 86 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x gt Sensor 00000N Current algorithm nnnnnn gt Sensor 00000N Min XX C Momentary XX C Max XX C gt Sensor 00000N Current algorithm nnnnnn Return Start Sensor 000000 Write the sensor s techn number and or press A to accept or press Return to menu US Sensor values Scroll or press Return Printout l yes to menu H4 Scroll or press Return to log off When scrolling the message Please Wait might be shown for a second and No more sensors found in the system before lowest and after highest possible technical number in the system Here follows the alternative 1 printout Scroll to menu U5 Sensor values Press 1 to accept Printout l yes U5 Start Sensor 000000 Write the techn numbers End Sensor and or press A to accept Printing started To stop printing press Press A and menu U5 C and 0 simultaneously ACCEPT will be shown again Start Sensor 000000 Write the sensor s techn number and or press A to accept or press R
24. LAST 789 No 003 R nable zone ZZZ ACCEPT This is a list of disabled zones Scroll to or write the wanted zone number and press A If more zones are to be re enabled repeat the procedure 14 2 1 6 Control on off X6 ZONE 123 LAST 789 No 003 Control on off ACCEPT X6 Press A E g ZONE 123 LAST 789 No 003 Control on 1 or off 0 1 ACCEPT To activate Control off press 0 and A To activate Control on press 1 and A For more information see chapter Control on Control off H2 B8 page 79 14 2 1 7 Alarm devices on off X7 ZONE 123 LAST 789 No 003 Alarm devices on off ACCEPT X7 Press A E g ZONE 123 LAST 789 No 003 Alarm devices on 1 off 0 1 ACCEPT To activate Alarm devices off press 0 and A To activate Alarm devices on press 1 and A For more information see chapter Alarm devices on Alarm devices off H2 B9 page 80 14 2 2 Alert annunciation Indications print outs actions etc as for a normal fire alarm except output s for routing equipment fire brigade tx which will not be activated This is indicated by the LED Fire brigade tx delay L16 The alarm has to be acknowledged and reset within an acknowledge time and an investigation time respectively otherwise the output s for routing equipment fire brigade tx will be activated See EBL512 Planning Instructions for more information
25. LOA Ary O CE E ATO OTO ENO ut off loop OGI Oy Qe aO Qe A A Ov sO O A Q ut off loop This is indicating a single break on the COM loop x when one or more short circuit isolators 2370 ASF are connected on the loop Communication has to be performed in both directions to find all units The break is to be found in the specified segment e g ASF 3 lt gt CU between short circuit isolator number 3 and the control unit Each 10 minute is an attempt to comm in one direction made again FAULT Display unit xxxxxx Display unit out of work Fault in the display unit EEPROM site specific data Download the data again or change the EEPROM and download the data again 48 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x FAULT Double addresses techn no XXXXXX Two or more units connected to a BS4 loop 1584 board have been given the same address Check the units lt minus CU xx Earth fault is detected Check all cables for damage etc The function of the control unit can not be guaranteed Call for service personnel engineer Earth fault output unit XXXXXX Check all cables connected to the output unit FAULT External FBP x board x CU xx The control unit can not communicate with the ext FBP or data converter Check the conne
26. Not valid for the DBI Danish convention see chapter Key cabinet alarm DBI convention page 40 After reset of the key cabinet alarm fire alarm a fault message is shown in the display to inform the user that the key cabinet has been opened FAULT Key cabinet control unit xx Date MM DD Time HH MM If the key cabinet is closed again the status information Serviced is added This key cabinet fault message is to be acknowledged the same way as a normal fault see chapter Fault acknowledge page 56 When the key cabinet fault is acknowledged the LED General fault L7 will be turned OFF if the key cabinet is closed and if there are no other faults in the system 43 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 16 Fault In case of a fault condition the following has happened will happen in the control unit e The buzzer in the control unit sounds steady ON e Output s for routing equipment Fault tx is are activated e Output s for general fault general charge fault is are activated e LED Fault tx activated L11 is turned ON e LED General fault L7 is turned ON e LEDs Fault Disablements Alarm devices L13 System fault L14 and or Fault Disablements Fire brigade tx L15 may be turned ON as well e A fault message incl date and time is shown in the display Example fault messa
27. P3 Fire brigade tx Reset P4 Operation Evacuate PS Pi P6 P7 P8 P9 Figure 2 The EBL512 front FBP upper black part and CP _ lower grey part The look may vary according to configuration _convention etc English config in figure See also chapt 14 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x The fire brigade personnel use the FBP to see which alarm point zone s having generated fire alarm In the alphanumeric display LCD 2x40 alphanumeric characters the information displayed on the first row is depending on how many alarm points zones having generated fire alarm and also convention On the second row is for an alarm point or a zone a user definable text message shown if programmed Required fire brigade personnel manoeuvres can be performed from the FBP The CP is used to communicate with the system e g for commissioning monthly tests or maintenance Access codes for different access levels are required A keypad is used to get access to the system a menu tree with main and sub menus and for different manoeuvres The CP has several system status LEDs 15 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 5 LED indicators and push buttons LEDs and push buttons can vary according to type and configuration convention country language See a
28. Return to log off 73 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 24 3 Disable control output H2 B3 Control outputs can be individually disabled Disabled output will stay in or return to the normal condition for the output respectively Disabled outputs are listed in menu H4 U1 from which it is also possible to get a print out Access According to chapter Access see page 68 Scroll to menu H2 Disable or re enabl ACCEPT H2 4 Scroll to menu B3 le control output if A Disable output control unit Write C U No and O Loopunit 1 S 2 R 3 RE 4 E EPT press 0 RU4 2265 or SU4 2262 2263 or MIO 3361 1 0 S3 4 ES not valid in Swedish SBF convention 2 RO R1 3 Relay board 1581 4 1583 board output Extinguishing system Press A to accept A le 00 0000 control output 0 Depending on the ACCE chosen type 0 1 2 3 resp 4 the following i Write the data will be shown i Press A to accept ACCEPT LED Disablements L8 will light up relay board 0 output 0 ACCEPT output for extinguishing system board CU 00 ACCEEF A Disable output control unit 00 Type 0 If more disablements O Loopunit 1 S 2 R 3 RE 4 ES ACCEPT shall be done continue like above If not press Return to menu B3 Scroll o
29. a fire alarm When all fire alarms in the system are reset see chapter Alarm reset page 41 the key has to be restored in the key cabinet within 5 minutes If not a fault will be generated see chapter Key cabinet alarm reset page 43 Key cabinet alarm DBI convention NOTE Only valid for the DBI Danish convention When the key cabinet is opened the Fault tx output s will be activated and a key cabinet fault will be generated FAULT Key cabinet control unit xx Date MM DD Time HH MM In Danish FEJL N gleskab central xx When this fault is acknowledged see chapter Acknowledge FAULTS H6 page 109 there is a 5 minutes delay before a new key cabinet fault can be generated again 40 Matsushita Electric Works Fire amp Security Technology AB MEW00228 15 Rev 2 EBLS12 Operating Instructions V2 1 x Alarm reset 15 1 15 2 15 2 1 15 2 2 Pre warning reset Pre warning is automatically reset Fire alarm reset NOTE The detectors having activated the fire alarms shall after reset be inspected tested and replaced when required One of the following alarm reset alternatives is selected via Win512 Multiple reset is default Multiple reset All the fire alarms will be reset by pressing Reset P3 According to the EN54 2 standard NOTE The push button has to be pressed in for min 0 5 sec When all fire alarms are reset LEDs Fire L1 and Alar
30. address H2 B2 73 24 3 Disable control output H2 B3 74 24 4 Re enable zone H2 B4 75 24 5 Re enable zone address H2 B5 76 24 6 Re enable control output H2 B6 77 24 7 Re enable non reset zone address H2 B7 78 24 8 Control on Control off H2 B8 79 24 9 Alarm devices on Alarm devices off H2 B9 80 25 Set calendar and clock H3 81 26 Present system status on display and printer H4 82 26 1 Disablement H4 U1 82 26 2 Disablement by time channel H4 U2 83 26 3 Doors open H4 U3 84 26 4 Activated 2 zone address dependent zone address H4 U4 _ 85 26 5 Sensor values H4 US5 86 26 5 1 Reset of a week average sensor value 88 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 26 5 2 Algorithm setting via menu H4 U5 89 26 6 Sensors activating SERVICE signal H4 U6 94 26 7 Event log H4 U7 95 26 8 Configuration H4 U8 96 27 Service H5 97 27 1 Access code for service H5 98 27 2 Calibration of supervised outputs H5 A1 99 27 3 Sensitive fault detection mode H5 A2 100 27 4 Direction for communication on COM BS4 loop H5 A3 101 27 5 Show information about Site Specific Data H5 A4 ___ 102 27 6 Display current consumption in unit H5 A5 __ 103 27 7 Display current consumption COM BS4 loop H5 A6 __ 104 27 8 Display statistics for COM loop H5 A7 105 27 9 Select unit on COM loop to use for tri
31. buzzer in the C U sounds and all dots in the display are shown for 3 seconds When printer is available it will print out ABCDE be set in TE E NOTE In DBI Danish 22 2 tart E convention only one zone Write zone numbers Zone to be set in TE E Press A to start the test e g 001 002 003 001 002 003 004 st F mode 004 A Zones are set in test LED Test mode L9 wait will light up 69 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x Zone in TEST MODE Perform the tests 001 002 003 004 End test ACC The zone s will stay in test mode until the test mode is ended but after 10 minutes or if you press Return two times you will be logged out from menu H1 Perform the test as quickly as possible since the output s for routing equipment fire brigade tx are disabled also the parts of the zones in test mode not visible for the test personnel are disabled In the tested alarm point the LED will light up and the LEDs Fire L1 in the C U will light up about ten seconds then the alarm point will be automatically reset The printer if available will print out every tested alarm point Zone xxx Address xx Time HH MM A sensor in test mode will not be able to activate fault After 10 minutes or zones im cest modes 00L 002 003 004 You are no longer in men
32. cabinet opened in conjunction with a fire alarm _ 39 14 4 3 Key cabinet alarm DBI convention 40 15 Alarm reset 41 15 1 Pre warning reset 41 15 2 Fire alarm reset 41 15 2 1 Multiple reset 41 15 2 2 Single reset 41 15 2 3 Single encapsulated reset Zone Detector not reset ___ 42 15 2 4 Alert annunciation 42 15 2 5 Co incidence alarm 42 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 15 3 Heavy smoke heat alarm reset 43 15 4 Key cabinet alarm reset 43 16 Fault 44 16 1 Fault messages 45 16 2 Fault acknowledge 56 17 Commissioning an installation 57 17 1 Single Control Unit 57 17 2 Control Units in a TLON network 57 17 2 1 TLON network programming configuration __ _ 58 18 Programming SSD download 59 18 1 Check All Loop Units 59 18 2 Single Control Unit 59 18 3 Control Units in a TLON network 60 18 4 User definable text messages download 60 18 4 1 Download in Control unit 61 18 4 2 Download in Display unit 61 19 New system program SW version download 62 19 1 A single control unit c i e 62 19 2 Control Units in a TLON network 63 20 EBLS12 settings download 64 20 1 Control Units in a TLON network 64 21 Reset Restart 65 21 1 Boot menu 67 22 Access 68 23 Perform monthly test HD_ ________ 69 24 Disable or re enable H2 71 24 1 Disable zone H2 B1 72 24 2 Disable zone
33. chapter Reset Restart page 65 Follow the same procedure in each control unit Control Units in a TLON network All control units connected to a TLON network have the same convention via the SSD download but the number of addresses max loop units and the language can vary if required To change the Max loop units a separate download password is required This password is in conjunction with a Key eight digits and is available from the producer if you are authorized The Key is shown in Win512 and the procedure is described in the Win512 help 64 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 21 Reset Restart FFD Fire alarms faults and disablements SSW Sensor week average values access codes supervised output calibration values log buffers and in some conventions the alarm counter SSD Site specific data i e all the installation programming downloaded from Win512 SSI EBL512 settings downloaded from Win512 SW Software i e the control unit system program Safe shut down of control unit menu H8 S5 will save the SSW data in a Flash ROM which saves the data although the control unit has no power supply Before the first Safe shut down this memory is empty After each Safe shut down the latest SSW data is saved The control unit RAM working memory will then read the saved data when the power supply returns
34. each control unit do as follows 1 Take away the rectifier fuse F1 and a battery fuse F2 or F3 on the charger board 1557 Connect the batteries to the charger board 1557 Connect the rectifier to the mains 230 V AC Replace the rectifier fuse F1 and the battery fuse F2 or F3 on the charger board 1557 LED Operation L6 indicate that the 24 V DC power supply rectifier and or battery is okay An automatic reset restart will now take place see chapter Reset Restart page 65 4 The TLON connection board is to be mounted on the main board 1556 Cable connections are to be made on the connection board 1555 T B P1 57 Matsushita Electric Works Fire amp Security Technology AB MEW00228 17 2 1 Rev 2 EBLS12 Operating Instructions V2 1 x When all control units are running power supplied the TLON network programming configuration has to be done before the site specific data SSD can be downloaded see chapter Programming SSD download page 59 TLON network programming configuration A PC is connected to the modular connector J2 in the control unit main board 1556 The PC program TLON Manager is used see separate TLON network documentation 47 Tf one or more of the control units are to be started up later do as follow Do all the programming for the whole project system in TLON Manager Do all the Win512 programming of SSD for the whole system all control units Wa
35. in many buildings PC SW Win512 is used for programming and commissioning of one or more control units e download backup of site specific data SSD e download of SW settings conventions configurations C U amp system data etc e create and download the user definable text messages shown in the alphanumeric display in the C U ext FBP and in the Display units Win512 shall have the same or higher version number as the EBL512 SW version number e g 2 1 Backup require the same version number in Win512 and EBL512 Old files can be opened and saved in a higher version of Win512 and thereafter downloaded TLON Manager is used for programming of network data addresses etc NEWTEXT DOS based older program can be used to create download the user definable text messages in the Display units connected to the COM loops 13 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 4 Control Unit Figure 1 The EBL512 Control Unit 1548 1549 The look _ may vary according to configuration country etc The control unit c i e is housed in a grey metal cabinet The door has a Plexiglas ahead of the FBP part see Figure 1 When the door is open you fully see the front the Fire Brigade Panel FBP and Control Panel CP see Figure 2 O eeee Extinguishing 7 e o Silence buzzer P2 Ventilation Alarms queued Sience
36. in the system with trigger condition pre warning will be activated if not disabled An analog detector generates pre warning for a lower alarm level than the fire alarm level 24 Pre warning can be used when an early alarm action is required e g a soft computer shut down Normal alarm devices routing equipment etc will not be activated In case of a pre warning the following will happen e The buzzer in the control unit sounds 0 8 sec each 5 sec 0 8 5 sec e LEDs Fire L1 are blinking 0 8 0 8 sec e Outputs programmed for pre warning are activated e On the first row in the control unit display the presentation number zone address is shown for the first pre warning e On the second row a user definable text message that for fire alarm will be shown if programmed Example pre warning zone 123 address 45 within zone 123 Pre warning detector 123 45 user definable text message See EBL512 Planning Instructions Any programmable input can also be used to activate a pre warning Regarding the BS4 exp board 1584 for Autronica devices BS4 loops pre warning can also be generated by detector s connected to address units 25 And outputs programmed for each specific pre warning 33 Matsushita Electric Works Fire amp Security Technology AB MEW00228 14 2 Rev 2 EBLS12 Operating Instructions V2 1 x Example pre warning zone 123 Pre wa
37. indicating a short circuit on input x zone line on the 1580 board The wires cable may have been damaged NOTE As long as there is a short circuit the zone is disabled Each 60 second is an attempt made to re enable the zone again FAULT Short circ loop x BS4 x CU xx 1584 Autronica interface board BS4 Short circuit or current consumption gt 167mA on the BS4 loop short circuit isolator is not connected on the loop Check the loop NOTE As long as there is a short circuit the BS4 loop is disabled Each 10 minute is an attempt made to re enable the loop again FAULT Sh circ loop x CU xx CU lt gt ASFO 53 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x circ loop U xx ASFO lt gt ASF1 circ loop U xx ASF1 lt gt ASF2 h circ loop xx ASF2 lt gt ASF3 h circ loop U xx ASF3 lt gt ASF4 h circ loop xx ASF4 lt gt ASF5 h circ loop xx ASF5 lt gt ASF6 h circ loop U xx ASF6 lt gt ASF7 xx ASF7 lt gt CU xx ASF6 lt gt CU ASF 5 lt gt CU ASF 4 lt gt CU xx ASF3 lt gt CU U xx ASF2 lt gt CU U xx ASF1 lt gt CU U xx ASFO lt gt CU h circ loop h circ loop FAULT FAU FAU FAUI FAUI h circ loop h circ loop h circ loop h circ loop S S S S S S S Sh circ loop S S S S S S S GO AP O O rA OA h circ loo
38. no fire alarm be activated and the sensor value 000 will be shown The Performance factor and Min Max values are updated each night 00 00 i e the values shown are from the previous day Regarding the British Standard Marine Application convention see chapter Algorithm setting via menu H4 U5 page 89 Present system status on displ printer A Disablement Printout l yes Sensor values Printout l yes According to chapter Access see page 68 ay and CCEPT H4 Press A or 1 to accept Here follows the alternative A no printout The alternative 1 printout follows below A Start Sensor 000000 Write the sensor s techn number and or press A to accept E g 000001 A Type 3304 This is a list in which Sensor 000001 you can scroll or use Momentary XX X m Weekly XX X m gt to see the next Depending on gt Sensor 000001 Min XX X m information window the type the Perf Factor X XX m Max XX X m for the selected sensor following will ny sensor 000001 Press Return to the be shown Current algorithm nnnnnn Start Sensor A Type 23xx 22xx amp AUT Scroll or write a new Sensor 000002 techn number or press Momentary XXX Weekly XXX Return to menu U5 A Type 3308 NOTE Sensor 000003 Min XX C XX XI MERX XA Momentary XX C Max XX C obscuration per meter gt Sensor
39. normally not changed e Date normally not changed e Adhesive type Type 1 old Type 2 new acc to EN54 If you wish to download new EBLS12 settings a PC and Win512 are used Before download the PC has to be connected to the D connector J1 in the control unit main board 1556 in question 1 Start Win512 In the Tools menu open the EBL512 settings dialog box 2 Set the c i e in Bootstrap mode i e set jumper JP1 BOOT in position on the main board 1556 3 Do a reset restart i e set jumper JP4 RESET in position momentarily approx 1 second 4 The buzzer will now sound intermittent and LED LD101 starts blinking indicating that the control unit is in Bootstrap mode 5 In the Win512 settings dialog box click Read The buzzer will be silenced the actual settings shown and in the Win512 log view will be shown System information has been uploaded 6 Write the new settings in the fields respectively 7 Do like 3 amp 4 above Click Download The buzzer will be silenced and a Win512 box will be displayed Click OK NOTE If Max loop units are changed a Please enter your password dialog box will be shown 8 When the download is ready in the Win512 log view it will be shown System information has been downloaded 9 Read see 3 4 amp 5 above to verify the new settings 10 Remove jumper JP1 BOOT Do a reset restart see 3 above Regarding the reset restart see
40. or external FBP connected to own control unit Door open in a C U is indicated by LED Door open in that C U and all ext FBPs connected to that C U Door open in an ext FBP is indicated by LED Door open in the C U it is connected to and all ext FBPs connected to that C U O Door in control unit Door open in a C U is indicated by LED Door open in that C U and in all ext FBPs connected to that C U Door open in an ext FBP is indicated by LED Door open in that ext FBP only Outputs for routing equipment Fire brigade tx and Fault tx Disablement of routing equipment No disablement Door open in a C U or an ext FBP will not disable the output s for routing equipment Fire brigade and fault tx O Disable by door in any control unit Door open in any C U will disable the output s for routing equipment Fire brigade and fault tx in all C U s O Disable by door in any control unit or any external FBP Door open in any C U or any ext FBP will disable the output s for routing equipment Fire brigade and fault tx in all C U s Disabled outputs for routing equipment are indicated by the LED Disablements L8 and Fault Disablements Fire brigade tx L15 29 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 13 Technical number Presentation number 13 1 Technical number for COM loop units The technical number NNNNNN
41. replacing both a TLON connection board and a main board do Replace Update and Save in TLON Manager After replacing a main board to another not the TLON connection board do Update and Save in TLON Manager 131 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 36 Battery maintenance The batteries 2 x 12 V 24 Ah are normally placed in the control unit The control unit supervises the batteries and a fault will be activated if something goes wrong They are rechargeable sealed lead acid batteries and maintenance free but the producer s instructions are always to be followed The ambient temperature affects the battery capacity self discharge and life span It shouldn t be higher than normal room temperature For highest safety batteries used in fire alarm installations should never be older than four years 132 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 37 How to avoid unnecessary nuisance fire alarms We all realise when life buildings production facilities etc shall be saved it is of utmost importance that an initial fire is detected as soon as possible That s why more and more automatic fire alarm systems are installed In an automatic fire alarm installation especially if smoke detectors sensors are used everybody in the building needs to be informe
42. some control outputs Are they activated according to programmed control expressions 129 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 34 How to change paper in the printer When the paper roll is almost empty a red line appears on one edge of the paper Change the paper roll before it s completely empty Always have a spare paper roll on site Change the paper roll as follows e Read all instructions before changing the paper roll e Open the control unit door Unlock the metal inner door by removing the screw placed on top to the left of the inner door Open the inner door e Remove the old paper roll carefully cut the paper so that the paper within the printer remains there e Take the new paper roll tape the new paper to the old paper and place the paper roll on the printer e Press the Paper feed button P7 until the new paper comes out of the printer Cut off the paper and lock the inner door Close the control unit door 130 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 35 Replacing a TLON connection board and or a main board By the TLON network programming some unique data will be stored in a memory on the 1590 TLON connection board and some unique data will be stored in a memory on the 1556 main board After replacing a TLON connection board to another or
43. some tests beside the monthly tests To avoid the Fault tx output s to be activated they can be disabled via menu H8 S1 or via an open door se chapter Door open page 29 Regarding the fault condition see chapters Fault page 44 and Fault messages page 45 NOTE Some faults have a delay Each control unit should be tested as follows e Perform monthly test menu H1 e Remove one battery fuse F2 or F3 on the charger board 1557 The following fault message is to be shown FAULT Battery not connected CU xx NOTE xx is depending on control unit e Put back the fuse and acknowledge the fault Menu H6 e Remove fuse F5 not F1 F4 on the connection board 1555 The following fault message is to be shown FAULT Supervised output 0 CU xx NOTE xx is depending on control unit e Put back the fuse and acknowledge the fault When output units type 2262 2263 are installed e Remove the battery fuse F3 on the rectifier p c b The following fault message is to be shown FAULT Battery output unit xxxxxx NOTE xxxxxx is depending on output unit and control unit e Put back the fuse and acknowledge the fault e Remove fuse F8 on the output p c b The following fault message is to be shown FAULT Superv output 3 tech no xxxxxx NOTE xxxxxx is depending on output unit and control unit e Check the manual call points the glass Take required measures Use the manual call point alarm test key e Check
44. specific addressable alarm point will have the same user definable text message in all control units ext FBPs If a specific addressable alarm point has no individual text a default alarm text can be displayed This default text can be different in the different control units Download in Display unit The user definable text messages which are to be displayed in the Display units connected on the COM loops are to be downloaded in each Display unit individually A specific addressable alarm point can have different user definable text message in the different Display units If a specific addressable alarm point has no individual text a default alarm text can be displayed This default text can be different in the different Display units 5l An ext FBP will display the same text that is displayed in the control unit it is connected to 61 Matsushita Electric Works Fire amp Security Technology AB MEW00228 19 Rev 2 EBLS12 Operating Instructions V2 1 x New system program SW version download 19 1 SW download is normally factory made before delivery Latest SW version is then downloaded Due to continual development and improvement different SW versions can be found The valid SW version can be read in menu H3 A single control unit c i e A single c i e must not have a TLON connection board 1590 mounted If you wish to download a new software system program version a PC and Win512 are
45. to activate the sounders i e the outputs for alarm devices P3 Silence Alarm devices Used to silence the sounders i e to reset outputs for alarm red devices CP LED indicators on next page 7 Multiple reset Default All fire alarms in the system will be reset simultaneously Single reset The fire alarm displayed in the LCD first row to the left will be reset When more than one fire alarm is generated LEDs Alarms queued are lit each fire alarm has to be individually reset Single encapsulated reset Fire alarm reset like Single reset Encapsulation function described in EBL512 Planning Instructions chapter System properties settings NOTE 1 When Multi reset or Single reset is used encapsulated reset can be done by pressing Reset P4 and 0 1 sec later also press Alarms queued P1 and hold them pressed for gt 0 5 sec By Single reset The fire alarm displayed in the LCD first row to the left will be encapsulated By Multiple reset The fire alarm displayed in the LCD first row to the left will be encapsulated or the points in alarm status within one zone will be encapsulated or the whole zone conventional will be encapsulated NOTE 2 When Single reset or Single encapsulated reset is used you can make a Multiple reset by pressing Reset P4 and 0 1 sec later also press A in the keypad and hold them pressed for gt 0 5 sec 8 Evacuate is only valid in the British
46. used Before download the PC has to be connected to the D connector J1 in the control unit main board 1556 in question 1 Start Win512 In the Tools menu open the Download software dialog box and do the required settings e g the path for the SW BIN file and or the language SST file Do not forget to mark the checkbox respectively 2 Set the c i e in Bootstrap mode i e set jumper JP1 BOOT in position on the main board 1556 3 Do a reset restart i e set jumper JP4 RESET in position momentarily approx 1 second 4 The buzzer will now sound intermittent and LED LD101 starts blinking indicating that the control unit is in Bootstrap mode 5 Start the downloading click Download The buzzer will now be silenced and LED LD101 is turned on continuously 6 During the download of the SW and or text file some information will be shown in the Win512 log view and when the download is ready Downloading completed successfully will be shown for the SW and text file respectively Close the dialog box 5 When a c i e has a TLON connection board 1590 mounted it is expected to be one c i e in a TLON network and TLON network programming is required 5 Normally only download of the new SW file is required If after the download and restart a message is displayed that a new text language file also is required download it as well Also the LED System fault L14 starts blinking 62
47. will be turned OFF if there are no other disablements in the system Access According to chapter Access see page 68 Scroll to menu H2 le or Scroll to menu B5 address 000 Address 00 If there are no zone addresses to re enable ACC menu B4 will be shown again L a list in which you can scroll If it s the correct zone address to re enable press A to accept If not scroll or write the wanted zone address and press A to accept address If more re enablements EPT B5 shall be done continue like above If not scroll or press Return to menu H2 Scroll or press Return to log off 76 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 24 6 Re enable control output H2 B6 Disabled outputs are listed in menu H4 U1 from which it is also possible to get a print out When all control outputs have been re enabled The LED Disablements L8 will be turned OFF if there are no other disablements in the system Access According to chapter Access see page 68 Scroll to menu H2 Scroll to menu B6 Re enable control Re enable control output type 0 O Loopunit 1 S 2 R 3 RE 4 ES ACCEPT 0 RU4 2265 or SU4 2262 2263 or MIO 3361 1 S0 S3 2 RO0 R1 4 ES not valid in Swedish SBF convention 3 Relay board 1581 4 1583 board output Extinguishing s
48. 0 1 2 or 3 the following will be shown accept ET8 input 0 Board Discon t input technical no 000000 ACCEPT Discon t type 0 0 COM 1 BS4 LED Disablements 2 DET8 3 Loop Unit ACCEPT indicates disconnected loops etc Continue to disconnect or press Return to menu S2 Disconnect loop Scroll or press Return to return to menu H8 Scroll or press Return to log off Don t forget to re connect the loop zone line again via menu H8 S3 114 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 30 4 Re connect loop H8 S3 Disconnected disabled loops zone lines via menu H8 S2 are indicated by LED Disablements and listed in menu H4 U1 NOTE When you re connect a COM loop all the statistics shown in menu H5 A7 will be erased and set to 0 n a Scroll to menu S3 Re connect loop Re connect type 0 0 COM 2 DET8 3 Loop Unit A Re connect COM Loop 0 CU 00 ACCEPT Depending on the EO Ree ae atin en Ee et EE Such chosen type 0 1 2 or Re connect BS4 Loop 0 Board 0 CU 00 3 the following will be ACCEPT shown oo eh Bie Eee Pe eee be ey ee Re connect DET8 input 0 Board 0 CU 00 ACCEPT Re connect input technical no 000000 ACCEPT Re connect type 0 0 COM 1 BS4 2 DET8 3 Loop Unit ACCEPT Re connect loop
49. 1 x 25 Set calendar and clock H3 The RTC component has a built in battery Normally date day of the week and time don t have to be set except when the control unit is powered for the first time but if required the clock may be corrected so that the time stamps for fire alarms faults etc will be correct In this menu is also the SW system program version shown NOTE If you don t want to change anything e g if you only want to see the SW version press Return instead of A to return to menu H3 Access According to chapter Access see page 68 Scroll to menu H3 Set calendar and clock EPT H3 Date YY MM DD Time hh mm ss Here is the SW version shown e g VER 2 0 Weekday W 1 M 7 S VER VVVVVVVVVVVV The time shown is the time when A was pressed in menu H3 Change the date time and or weekday The clock starts again from the date time etc shown in the display NOTE Press Return instead of A if no changes are to be done Set calendar and clock Scroll or press Return to ppr g3 los ott 81 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 26 Present system status on display and printer H4 A printer is factory mounted in control unit 1549 Printer 1558 is an option for control unit 1548 26 1 Disablement H4 U1 A list of all disablements in the system From this m
50. 55 Supervised output S2 is also supplied via F2 and F4 FAULT 24 V for routing equipment CU xx Check the fuses F1 and F3 on the connection board 1555 Supervised output S3 is also supplied via F1 and F3 FAULT ASF COM loop x control unit xx ASF 2370 Addressable short circuit isolator This message is only shown when the control unit works in Sensitive fault detection mode menu H5 A2 A short circuit shorter faster than the time delay for an ordinary fault has occurred on the COM loop Can be used for commissioning maintenance purposes FAULT Battery not connected CU xx e Batteries 2 x 12 V are missing or not correctly connected Fuse es F2 F3 on the charger board 1557 is are blown Other battery fuse is blown e g when the batteries are placed outside the control unit FAULT Battery output unit xxxxxx Check the output unit battery connections fuse F3 on the power supply board in the output unit FAULT Charging ext power supply CU xx The fault is to be found in the external power supply equipment FAULT Checksum system program CU xx A fault in control unit xx SW This is very serious Call for service personnel engineer immediately FAULT Configuration control unit xx Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x Fault in the SSI EBL512 settings downloaded from Win512 FAULT CU xx ha
51. 7 9 Select unit on COM loop to use for trigging H5 A8 This function is used by service engineer and by R amp D for troubleshooting On the pin respectively you will get a pulse to trig an oscilloscope etc COM loop Main board 1556 JP2 upper pin Each unit not giving a correct answer Main board 1556 JP2 lower pin A specific unit is being polled BS4 loop Autronica interface board 1584 in the c i e BY3 left pin A specific unit is being polled Autronica interface board 1584 BY3 right pin 0 V BS4 board Autronica interface board 1584 Access According to chapter Access code for service H5 see page 98 Scroll to menu A amp Select unit on COM BS4 loop to use for trigging ACCEPT A8 Select type of loop 0 0 COM 1 BS4 Select type of loop Press A to accept EPT CU 00 Loop O Address 000 Write control unit number board number 0 3 loop or number and address Press g A A to accept 0O O0 COM 1 BS4 Select type of loop Press A to accept or press Return to menu A8 ACCEPT Select unit on COM BS4 loop to use for Scroll or press Return to trigging ACCEPT A8 H5 Scroll or press Return to log off 106 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 27 10 Change access code for PC communication H5 A9 As a protection against unauthorised personnel programming the
52. AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 31 3 Reset interlocking output H9 C3 All activated interlocking outputs are listed in this menu Interlocking output activated via its control expression and latching output selected in Win512 The output has to be reset via this menu Interlocking output activated via its control expression and latching output not selected The output can be reset via this menu Interlocking output activated via menu H9 C2 The output has to be reset via this menu Access According to chapter Access see page 68 Scroll to menu H9 Interlocking outputs and inputs ACCEPT H9 Activated interlocking outputs inputs ACCEPT Cl Scroll to menu C3 Reset interlocking output EPT C3 Reset interlocking output This is a list in which you can scroll If there are no area 000 point 00 i activated outputs menu C3 will be shown again Press A for reset or Return no reset to menu C3 Reset interlocking output Scroll or press Return to AEE menu H9 Scroll or press Return to log off 125 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 31 4 Disable interlocking output H9 C4 Interlocking outputs Type Interlocking can be disabled via this menu but not via menu H2 B3 The Interlocking Combination Area Point is to be entered to disable the output If 000 00
53. Check address setting and connections on the board Check programming Win512 FAULT 1581 Relay board x CU xx 8 relays expansion board Fault on no communication to 1581 board No x in control unit No xx Check address setting and connections on the board Check programming Win512 FAULT 1582 FBP interface board x CU xx External Fire Brigade Panel interface board Fault on no communication to 1582 board No x in control unit No xx Check address setting and connections on the board Check programming Win512 FAULT 1583 Extinguishing system CU xx Fault in the extinguishing system equipment connected to the 1583 German Fire Brigade Panel interface board in control unit No xx FAULT 1583 GFBP interface board CU xx German Fire Brigade Panel interface board e Fault on no communication to 1583 board in control unit No xx Check address setting and connections on the board Check programming Win512 e Check the fuses F1 and F2 on the 1583 board FAULT 1584 Autronica board x CU xx Autronica interface board Fault on no communication to 1584 board No x in control unit No xx Check address setting and connections on the board Check programming Win512 45 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x FAULT 24 V for ext equipment CU xx Check the fuses F2 and F4 on the connection board 15
54. DIT enabling and accept or change the time max 24 hours Press A to accept LED Disablements L8 will light up Default is current time 3 hours Disable zone 000 If more disablements shall be done continue like above If not press Return to menu B1 Scroll or press Return to menu H2 Scroll or press Return to log off 72 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 24 2 Disable zone address H2 B2 Addressable alarm points also addressable manual call points connected to the COM loop can be individually disabled Disabled alarm points zone addresses are listed in menu H4 U1 from which it is also possible to get a print out Access According to chapter Access see page 68 Scroll to menu H2 Disable or r EPT H2 Scroll to menu B2 Disable address Disable 000 Address Write zone number and Disable 001 Address Press A to accept address e g 001 01 Automatic re enabling 0 0 No 1 Yes Press 1 for aut re Ce Te eine enabling and accept or change the time max 24 hours Press A to accept LED Disablements L8 will light up Default is current time 3 hours Disable zone 000 Address 00 If more disablements shall be done continue like above If not press Return to menu B2 Scroll or press Return to menu H2 Scroll or press
55. Date mm dd Time hh mm Serviced see page 65 there will be a fault activated This fault has to be acknowledged see chapter Acknowledge FAULTS H6 page 109 118 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 30 8 Activate address in alarm mode H8 S7 One alarm point address not a whole zone can be set in alarm status Among other applications this function is used for installations on ships NOTE All outputs standard and programmable which would have been activated by a real fire alarm from the same alarm point will be activated by this manual alarm as well Access According to chapter Access code for maintenance see page 112 Scroll to menu S7 Activate address in alarm mode ACCEPT lect zone 000 address 00 ACCEE Write the zone and lect zone 123 address 45 Press A to accept start address ACCEPT the fire alarm POINT 123 45 ee Normal fire alarm User definable text if programmed presentation in the control unit s FBPs display If more alarm points have to be set in alarm status press Return to select another zone address and continue as above lect zone 000 address 00 ACCE Write the zone and Select zone 012 address 34 Press A to accept start address ACCEPT the fire alarm A POINT 123 45 LAST 012 34 Nocs 002 User definable text if programmed What
56. MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 26 8 Configuration H4 U8 In a control unit the menu H4 U8 can be used to see the following settings made in Win512 Tools menu for that specific control unit Number of addresses that can be used i e xxx 128 256 or 512 set in EBL512 settings dialog box Language The language for texts presented in the alphanumeric display print outs Language file annn SST to be downloaded is selected in Download software dialog box Convention Different countries have different conventions i e country specific functions etc Convention is set changed in Win512 menu Tools Settings Win512 Settings dialog box It is not possible to get a print out from this menu Access According to chapter Scroll to menu H4 Present system status on display and printer ACCEPT Disablement Printout l yes Scroll to menu U8 Show configuration Press A to accept Max number of allowed loop units xxx Press Return to menu Language nnnnnnnnnn Conv ccccccccce U8 Show configuration Scroll or press Return to menu H4 Scroll or press Return to log off 6 To set change the convention in Win512 Level 2 has to be selected and a password is required 96 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 27 Service H5 When commissioning an installation and by maintenance powe
57. Sensitive fault detection mode H5 A2 To increase the possibilities to detect faults during the commissioning it is possible to use the Sensitive fault detection mode The time delay for each fault will be reduced NOTE Don t forget to turn off this mode after the commissioning Gs Scroll to menu A2 Sensitive fault detection mode EPT A2 Sensitive fault detection mode 0 off Sensitive fault detection mode or ACCEPT A2 Mitt A 100 According to chapter Access code for service H5 see page 98 Press A or 1 and A to accept ON is indicated by LED Fault tx activated L11 and the Fault output for routing equipment This mode is ON until turned OFF in this menu A2 Scroll or press Return to H5 Scroll or press Return to log off Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 27 4 Direction for communication on COM BS4 loop H5 A3 The communication direction is normally automatically changed every minute to ensure that the wires are okay all the way To make trouble shooting easier e g during the commissioning it is possible to lock the communication on a COM or BS4 loop in one direction FAULT No reply techn no xxxxxx will be generated with a reduced delay time This function can be used to list all techn numbers after a loop cut off NOTE Loop cut off and short circuit faults can not b
58. Standard convention In Polish CNBOP convention this button is used for Alert annunciation Acknowledge 17 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x LED indicators on the Control Panel CP LED indicator Indicating L7 General fault yellow Fault s i e not acknowledged fault s and or acknowledged but not corrected fault s L8 Disablements yellow Something in the system is disabled disconnected Blinking Single encapsulated reset performed Test mode yellow One or more zones are in test mode L10 Door open yellow A door is open Fault tx activated yellow One or more not acknowledged faults in the system Output s for fault tx routing equipment is are also activated if not disabled before Test of routing equipment in progress see menu H1 Service yellow One or more sensors have reached the service level See menu H4 U6 Fault Disablements One or more supervised outputs type 3 alarm Alarm devices yellow device in the system are disabled Blinking One or more supervised outputs type 3 alarm device have generated fault s L14 System fault yellow EBL512 is not running because of SW CPU memory fault Fault Disablements Output s for fire brigade tx routing equipment Fire brigade tx yellow is are disabled via menu H8 S1 or H2 B3 or via an open door Blinking One or more super
59. a Power off power on reset restart directly 5 Can also be done in Win512 EBL512 settings dialog box Clear SSD 67 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 22 Access To be able to use the key pad in the control unit to get access to the menu tree it is necessary to login with an access code for level 2 3 or 4 See also chapter Access levels page 21 Open the door in the control unit level 1 press the Access button P8 and continue as follows Access Access code _ Enter the code 4 digits Access code The digits are replaced in the display NO ACCESS The access code was not correct Try again Perform monthly test The access code was correct This is menu H1 EPT H1 Press A to accept to perform monthly test or scroll to the following menus H2 H10 Explanations Action in the table use push button key e g signed Access Text in display in the table what is shown in the alphanumeric display in the control unit c i e Use T and NU to scroll between the main menus H1 H10 Use A to accept Some main menus have sub menus Use 1 and J to scroll between the sub menus e g B1 B9 Use A to accept If instead of a menu identification e g B1 the letter L is shown it means that it is a List Use and to scroll in the list Use lt and
60. able 40 characters text message can be displayed if programmed NOTE Zone numbers 001 999 can be used but gt 512 alarm points or zones in one c i e is a violation to the EN54 2 standard 23 The presentation number or a user definable 40 characters text message can also shown in the display units connected to the COM loops 32 Matsushita Electric Works Fire amp Security Technology AB MEW00228 14 Rev 2 EBLS12 Operating Instructions V2 1 x Alarm types 14 1 In case of a fire analog detectors sensors conventional smoke and or heat detectors manual call points and programmable inputs can generate fire alarm When somebody illegally breaks into a key cabinet it will also generate a fire alarm key cabinet alarm The analog detectors can also generate two other types of alarm i e Pre warning and Heavy smoke alarm Heavy heat alarm Two unit dependent addressable alarm points normally only smoke detectors or 2 zone dependent zones can generate a Co incidence alarm The system can handle up to 15360 fire alarms Up to 512 fire alarms will be shown in the c i e display No more fire alarms will be shown until one or more of the 512 alarms are reset Pre warning Pre warning is a programmable option that will not be enabled if not programmed in Win512 Note Pre warnings activated in other control units in the system will always be presented in all control units and all programmable outputs
61. all other c i e displays Zones in test mode 001 002 003 004 In DBI Danish convention only one zone 111 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 30 Maintenance H8 30 1 Access code for maintenance Access code for access level 3 is required for menu H8 NOTE If login to level 2 was made with code for level 3 or 4 no code to access level 3 is required here Access According to chapter Access see page 68 Scroll to menu H8 Maintenance ACCEPT H8 A Access code _ When required see above enter the access code for level 3 Enter the code 4 digits Access code The digits are replaced in the display NO ACCESS The access code was not correct Try again Disable or r nable outputs for The access code was routing equipment ACCEPT S1 correct This is menu S1 Press A to accept or scroll to the following menus S2 S8 112 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x 30 2 Disable or re enable outputs for routing equipment H8 S1 Outputs for routing equipment fire brigade tx fault tx can be disabled via this menu They stay disabled until re enabled again via this menu Can be useful during an installation test period when only local alarms are required Disabled outputs are indicated by LEDs Disablements L8 a
62. be encapsulated By Multiple reset The fire alarm displayed in the LCD first row to the left will be encapsulated or the points in alarm status within one zone will be encapsulated or the whole zone conventional will be encapsulated Alert annunciation Regarding the function see chapter Alert annunciation page 37 and EBL512 Planning Instructions chapt Alert annunciation Reset of the alert annunciation fire alarm s is normally done on a 2235 Display unit push button Reset but can be done via a programmable input or in the c i e push button Reset P4 If more than one alert annunciation alarm are active they will be reset all at a time NOTE Reset via 2235 Display unit or programmable input is only possible to do during the alert annunciation period i e alert annunciation fire alarm s only Normal fire alarms can not be reset Co incidence alarm Co incidence alarm is automatically reset i e when the zone alarm point is no longer in alarm status See also chapter 2 zone address dependence co incidence alarm page 38 42 Matsushita Electric Works Fire amp Security Technology AB MEW00228 15 3 15 4 Rev 2 EBLS512 Operating Instructions V2 1 x Heavy smoke heat alarm reset If a heavy smoke heat alarm has been activated it will be automatically reset at the same time as the corresponding fire alarm is reset and resp output s will be de activated Key cabinet alarm reset
63. c PC SW A PC SW is a program used for programming commissioning etc It has a version number File name K PRO FIRE S12 Doc 2 1x MEW00228 doc Matsushita Electric Works Fire amp Security Technology AB MEW00228 2 Rev 2 EBLS12 Operating Instructions V2 1 x Definitions Explanations 2 1 2 2 2 2 1 2 2 2 2 2 3 2 2 4 2 2 5 2 2 6 2 2 7 Definitions explanations abbreviations etc frequently used or not explained elsewhere in the document MFSTech Matsushita Electric Works Fire amp Security Technology AB Alarm points Units which can generate fire alarm in the control unit i e a sensor a conventional detector a manual call point etc Smoke detector Two types of analog and conventional smoke detectors are available photo electric optical and ionization Sensor Sensor Analog detector Analog detector Contains an A D converter The Control Unit pick up the digital values sensor values for each detector individually All evaluations and decisions are then made in the C U Analog detectors are addressable an address setting tool is used for detector types 33xx and a DIL switch in the ASB see below for detectors 2xxx An analog detector has to be plugged in an ASB Analog Sensor Base ASB A sensor is plugged in an ASB which is connected to a COM loop see below Sensor Base types 2xxx have a DIL switch for COM loop address setting Conven
64. cking outputs inputs Scroll or press Return to H9 Il ACCEPT C1 menu H9 Scroll or press Return to log off Interlocking combination area point activated interlocking output input timestamp for resp and total number of activated interlocking inputs 123 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 31 2 Activate interlocking output H9 C2 The output in each interlocking combination area point can be manually activated via this menu The corresponding interlocking input will be monitored in the same way as if the output was activated by its control expression Reset has to be performed via menu H9 C3 In the Chinese convention the LED Output is indicating one or more activated interlocking outputs Access According to chapter Access see page 68 Scroll to menu H9 Interlocking outputs and inputs ACCEPT H9 Activated interlocking outputs inputs ACCEPT CI Scroll to menu C2 Activate interlocking output ACCEPT C2 Activate interlocking output area 000 point 00 Write the area and point Activate interlocking output Press A to accept and or Return to menu C2 area 001 point 01 Activate interlocking output Scroll or press Return to p menu H9 Scroll or press ACCEPT C2 Return to log off 124 Matsushita Electric Works Fire amp Security Technology
65. cking outputs inputs i ACCEPT Cl Scroll to menu C5 ocking output ACCEPT C5 R le interlocking output This is a list in which you can scroll If there are no disabled outputs menu C5 will be shown again area 000 point 00 ACC Press A for re enable or Return not re enable to menu C5 R nable interlocking output Scroll or press Return to menu H9 Scroll or press ACCEPT C5 Return to log off 127 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 32 Change access code for daily duties H10 For security reasons the default code should be changed Access According to chapter Access see page 68 Scroll to menu H10 Change access code for daily duties ACCEPT H10 A Access code _ New code Enter the old code the Access code The digits are replaced new code and the new New code Verify in the display code again Incorrect access code NO change The code was not correct Try again Change access code for daily duties The code was correct and is now changed to the new ACCEPT H10 code Scroll or press Return to log off 128 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 33 Annual control The building occupier is highly recommended once a year to do
66. ctions Check the cable break Check address DIL switch in the ext FBP Is correct address set Several ext FBPs have the same address Faulty ext FBP External fuses control unit xx The fault is to be found in the external power supply blown fuses etc FAULT External power supply CU xx The fault is to be found in the external power supply connected to input in control unit xx FAULT Fuse 1580 8 zones board x CU xx DET8 1580 8 zones expansion board Check for blown fuse on the 1580 board 49 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x FAULT Fuse 1582 FBP board x CU xx External Fire Brigade Panel interface board 1582 Check for blown fuses on the 1582 board FAULT Fuse 1584 Autron board x CU xx Autronica interface board BS4 Blown fuse on the 1584 board The fuse is not replaceable The board has to be replaced The fuse is not replaceable The main board 1556 has to be replaced FAULT Fuse output unit techn no xxxxxx Fuse F9 on the output unit p c b is blown FAULT High Current loop x 1584 x CU xx Autronica interface board BS4 The current consumption is gt 60 mA on the BS4 loop FAULT High Voltage 1584 board x CU xx Autronica interface board BS4 The BS4 loop voltage is gt 16V normally it is 14V 0 1V FAULT ID fault display unit xxxxxx The display unit i
67. ctric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 24 Disable or re enable H2 A whole zone one or more alarm points within a zone and or control outputs can be disabled via menus H2 B1 B3 This possibility can be used when a temporary disablement is wanted e g craftsmen working in the premises etc The function Enhanced disablement is enabled as default i e disabled alarm points will not activate Pre warning fire alarm or fault If this function is not enabled via Win512 fault can be activated but not pre warning or fire alarm This is a violation to the EN54 2 standard Addressable manual call points can be disabled but shall normally not be disabled However when a whole zone is disabled the addressable manual call points will not be disabled for safety reasons Up to 512 whole zones can be disabled via menu H2 B1 Up to 200 alarm points zones address can be individually disabled via menu H2 B2 and or COM BS4 loops zone interface inputs and or MIO inputs can be disabled via menu H8 S2 Alarm points disabled via time channels are not limited and must not be counted Up to 200 outputs can be individually disabled via menu H2 B3 Disabled output will stay in or return to the normal condition for the output respectively Control OFF via menu H2 B8 and Alarm devices OFF via menu H2 B9 are not limited and must not be counted Up to 200 Interlocking outputs ca
68. d how to avoid so called unnecessary nuisance fire alarms To avoid trouble and unnecessary expenses there are a couple of things to bear in mind Here are some advice and tips Tobacco smoke The detectors sensors can not sense the difference between smoke and smoke They can not separate tobacco smoke from smoke from a fire Intensive tobacco smoking in connection with bad ventilation can cause a fire alarm Welding grinding cutting sawing amp drilling These kind of jobs cause smoke Carpet welding Welding of plastic carpets causes a smoke that can be almost invisible but it still influences the smoke detectors sensors Cooking fumes toasting amp candles It is not only normal smoke that influences smoke detectors sensors It is all kinds of combustion products caused by cooking frying grilling toasting etc Warning Be careful when there are smoke detectors sensors near such activity Special environments In certain premises a special environment can exist which can influence smoke detectors sensors and cause alarm It can be ions from plastics flour dust oil haze aerosols strong perfumes strong ventilation insecticides disinfecting sprays etc If many odd and unnecessary alarms occur the environment must be examined and perhaps other detector types have to be chosen Steam hot air Smoke and heat detectors are influenced by steam and hot air e g from an oven dry blower heate
69. d 1557 is blown FAULT Low voltage control unit xx System voltage lt 21 V DC FAULT Mains control unit xx e Loss of mains i e no 230 V AC the fault is activated after 51 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 1 300 minutes e Blown fuse 230 V AC FAULT Mains ext power supply CU xx Loss of mains i e no 230 V AC to the ext power supply equipment the fault is activated after 1 300 minutes Check 230 V AC fuses FAULT Mains output unit XxXXXXX Loss of mains i e no 230 V AC the fault is activated after 1 300 minutes Check 230 V AC fuses and fuses F1 F5 on the output unit rectifier p c b FAULT No reply techn no XXXXXX In spite of the control unit is communicating in both directions one or more units can not be found Check the unit s address DIL switch in some unit or with programming tool 3314 in some units Faulty unit Double break on the COM BS4 loop Note Single break gives the fault message FAULT Cut off FAULT Output unit techn no xxxxxx e Fault in the output unit RAM e Fault in the output unit EPROM e Fault in the output unit EEPROM site specific data Replace the output unit output unit p c b FAULT Read write site data SSW CU xx Some external influence has caused a fault in the SSW data that is changed during operation i e sensor values access codes e
70. ders i e the outputs will automatically be turned ON again and LEDs Fire and Alarms queued starts blinking Alarm device on Alarm device off Via menu H2 B9 all outputs programmed for sounders type 3 alarm devices can be collective turned OFF disabled indicated by LED Disablements L8 and LED Fault Disablements Alarm devices L13 steady ON In case of a fire the sounders will remain turned OFF disabled i e the alarm devices will not sound They will remain turned OFF disabled until they are turned ON re enabled again via menu H2 B9 2 When more than one fire alarm is activated 25 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 9 Silence buzzer The buzzer in the control unit will sound for e pre warning 0 8 5 sec e 2 zone dependent or 2 unit dependent fire alarm When only one zone or one zone address alarm point is in alarm status 0 8 5 sec e fire alarm 0 8 0 8 sec e fault steady e disablements and faults when the door to the C U is being closed 1 sec e activated interlocking input 0 4 0 4 sec if this option is selected via Win512 Press Silence buzzer P2 to silence the sounding buzzer When the buzzer is silenced via P2 it will sound again re sound for a new alarm fault activated interlocking input Old front For the function described above the new
71. dged and the next sensor will be shown in the display Sensor yyyyyy needs service According to chapter Access code for maintenance see page 112 If there are no sensors to acknowledge menu S4 will be shown again L a list in which you can scroll If it is the correct sensor to acknowledge press Fault acknowledge If not scroll or write the wanted sensor and press Fault acknowledge or press Return to S4 If more service signal acknowledgements shall be done continue like above If not press Return to menu S4 Acknowledge S E signal EPT S4 Scroll or press Return to menu H8 Scroll or press Return to log off LED Service L12 will be turned of when all sensors have been acknowledged 116 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x 30 6 Clear weekly average H8 S5 If a sensor analog smoke detector is replaced without having generated SERVICE signal its week average sensor value has to be set to the default value otherwise the new clean sensor will inherit the old sensor s value It is possible to clear the week average sensor value for each sensor individually NOTE Authorised service personnel only must do the reset to default value Used incorrectly it can cause nuisance fire alarms The first week average sensor value after clearing will be calculated within one hour and after tha
72. e generated since they require communication in both directions at the same time The locking only works as long as you see the text COM loop is currently communicating in A direction alternatively B direction in menu A3 When you log out or if you are automatically logged out after 10 min the communication will start in the A direction Access According to chapter Access code for service H5 see page 98 Scroll to menu A3 Direction for communication on COM BS4 loop EPT A3 Select type of loop 0 0 COM 1 BS4 Press A or 1 and A toa t EPT SEE Write loop number board t number and control unit number Press A to Lock direction on BS4 loop 0 Board 0 Control unit 00 1 2 AN accept COM loop is currently communicating in Maybe the B direction is A direction shown instead P A t hi See NOTE above gai er ee direction Press Return When you select a BS4 loop the text in this menu will still be to finish the locking and COM loop return to menu A3 Direction for communication on Scroll or press Return to H5 Scroll or press Return to log off COM BS4 loop EPT A3 An Autronica interface board 1584 is required in the control unit 101 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x 27 5 Show information about Site Specific Data H5 A4 Information regardi
73. ee chapter Clear weekly average H8 S5 page 117 See also chapter Acknowledge SERVICE signal H8 S4 page 116 NOTE Authorised service personnel only must do the reset to default value Used incorrectly it can cause nuisance fire alarms 65 If some other short name is wanted it can be changed in Win512 Up to six characters can be used In the DBI Danish convention up to five characters Low sensitivity and or slow detection 35 s might not fulfil the EN54 7 specifications Analog multi detector 3316 only 88 Matsushita Electric Works Fire amp Security Technology AB MEW00228 26 5 2 Rev 2 EBLS12 Operating Instructions V2 1 x Algorithm setting via menu H4 U5 NOTE Algorithm setting via menu H4 U5 is only valid for the British Standard Marine Application convention The alarm algorithm can be set changed via menu H4 U5 for the following detectors 3304 in NORMAL mode 3308 3309 in NORMAL mode 3316 in NORMAL mode the Decision algorithm is not possible to use No alternative algorithm can be used No values offset level etc can be set via menu H4 US i e these values have to be set via Win512 The Short name set in Win512 can be lt 5 characters When scrolling the message Please Wait might be shown for a second and No more sensors found in the system before lowest and after highest possible technical number in the system NOTE If an algorithm is
74. enu it is also possible to get a print out Access According to chapter Scroll to menu H4 Present system status on display and printer ACCEPT H4 Disablement Press 1 for an automatic rint out of all Printout l yes Pr i disablements in the system Press A for presentation in the display When A is pressed the disablements will be shown in the L a list in which you can display Some examples scroll If there are no i disablements and if Zone XXX address XX disabled a Return is pressed menu U1 will be shown again or Zone XXX is disabled A or Alarm points are disabled by B time channel in CU XX Printing started To stop printing press Press A and menu U1 C and 0 simultaneously ACCEPT will be shown again Disablement Scroll or press Return to menu H4 Scroll or press Printout l yes Return to log off On this row can also be shown adding information e g e Automatic re enablement HH MM e by open door B Disablements by time channel s are listed in menu H4 U2 82 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 26 2 Disablement by time channel H4 U2 A list of all disablements by time channel s in the system From this menu it is also possible to get a print out Note Other disablements are listed in menu H4 U1 Access According to chapter Access see page 68
75. et zone address ACCEPT B7 Zone address 000 00 non reset If there are no zone addresses to re enable Re enable push ACC menu B7 will be shown again L a list in which you can scroll If it s the correct zone address to re enable press A to accept If not scroll or write the wanted zone address and press A to accept R nable non reset zone address If more re enablements ACCEPTE Ba shall be done continue like above If not scroll or press Return to menu H2 Scroll or press Return to log off 78 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x 24 8 Control on Control off H2 B8 Outputs programmed as type 0 control general type 1 fire ventilation and or type 2 extinguishing system can be disabled all at the same time Control off means that even if the control expression trigger condition for the output respectively is fulfilled the outputs will not be activated Control off is indicated by LED Disablements L8 and is shown in menu H4 U1 The outputs will be off until re enabled again via this menu Access According to chapter Access see page 68 Scroll to menu H2 Disable or r EPT H2 Disable EPT Bl Scroll to menu B8 Control on Control off EPT B8 Control off 0 or control on Press 1 or 0 and press A to accept Control on Cont
76. eturn to menu US Sensor values Scroll or press Return Printout l yes to menu H4 Scroll or press Return to log off Perf Factor Performance factor Low min 0 The detector is mounted in a stable environment High max 2 55 The detector is mounted in an unstable environment See also Planning Instructions chapter Performance factor Table showing the algorithms and the shortenings respectively 87 Matsushita Electric Works Fire amp Security Technology AB MEW00228 26 5 1 EBLS12 Operating Instructions V2 1 x Algorithm Short name nnnnnn Normal sensitivity amp Normal detection 15 s N 15 High sensitivity amp Normal detection 15 s H 15 Low sensitivity amp Normal detection 15 s L 1566 Normal sensitivity amp Slow detection 35 s N 35 High sensitivity amp Slow detection 35 s H 35 Low sensitivity amp Slow detection 35 s 1 35 Heat algorithm Class A1 Al Heat algorithm Class A2 S A2 Heat algorithm Class B S B Decision algorithm Dec Default is N 15 and A1 respectively Reset of a week average sensor value If a sensor analog smoke detector is replaced without having generated SERVICE signal its week average sensor value has to be set to the default value otherwise the new clean sensor will inherit the old sensor s value It is possible to clear the week average sensor value for each sensor individually s
77. faults and faults in relation to pollings Bit are the received number of bit faults and faults in relation to pollings Answer are the received number of answer faults no answers and faults in relation to pollings All values are set to 0 after reset restart and or after re connection of COM loop menu H8 S3 The Parity Bit and Answer values shall normally be 0 or as close to 0 as possible If not there are some communication problems that have to be investigated Check the COM loop connections and the loop units Access According to chapter Access code for service H5 see page 98 Scroll to menu A7 Display statistics for COM loop ACCEPT A7 For which CU 00 and COM loop 0 shall Write control unit and loop statistics be displayed ACCEPT number Press A to accept If the control unit don t exist or don t answer this message will be shown Pollings 1234567 Parity 000000 00 0 a Bit 000000 00 0 Answer 000000 00 0 Press A to menu A7 Display statistics for COM loop Scroll or press Return to ACCEPT A7 H5 Scroll or press Return to log off Note The values are not live updated To see the actual values press A to menu A7 press A and write control unit and loop number again and press A Normally is only the Pollings value changed 105 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 2
78. fy in the display code again Incorrect access code NO change The code was not correct Try again Change access code for maintenance The code was correct and is now changed to the new ACCEPT S9 code Scroll or press Return to menu H8 Scroll or press Return to log off 122 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 31 Interlocking outputs and inputs H9 31 1 Activated interlocking outputs inputs H9 C1 In the Chinese convention the information is shown in Kanji characters In the Chinese convention the LED Input is indicating one or more activated interlocking inputs In the Chinese convention the LED Output is indicating one or more activated interlocking outputs Access According to chapter Access see page 68 Scroll to menu H9 Interlocking outputs and inputs ACCEPT H9 Activated interlocking outputs inputs ACCEPT C1 A Output AAA PP activated at HH MM This is a list in which you can scroll Depending on activated User definable text message if progr output and or input the AAA interlocking comb F Output AAA PP act HH MM input act HH MM following will be area shown User definable text message if progr PP interlocking comb Input AAA PP activated at HH MM Pees Press Return to menu User definable text message if progr c Activated interlo
79. ge FAULT No reply techn no xxxxxx Date MM DD Time HH MM e Ifmore than one fault is activated the text More faults is added after the time e Ifa fault has been corrected before it has been acknowledged the status text Serviced is added after the time e Fire alarm presentation has higher priority than the fault messages During fire alarm presentation the faults can be shown via the special fire alarm menu X1 see page 36 Faults have to be acknowledged which is done via menu H6 see page 109 This menu is a list of all not acknowledged and acknowledged but not corrected faults If a fault can not be corrected it is important to contact service personnel engineer immediately Note As a warning faults and disablements are also indicated by a 2 sec beep when an open control unit door is being closed Tn Win512 fault latching or not fault latching can be selected Fault latching default the faults always have to be acknowledged Not fault latching corrected faults will automatically be removed from the fault list menu H6 44 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 16 1 Fault messages Below follows a list of all fault messages in alphabetical order FAULT 1580 8 zones board x CU xx 8 zones expansion board DET8 Fault on no communication to 1580 board No x in control unit No xx
80. ge When several alarms are activated in one or more zones only the zone numbers are shown and each zone can have a unique text message Each zone line input can have a unique text message The user definable text messages will also be printed out when a printer is available See also chapter Fire alarm page 34 Downloading is performed in a consecutive order i e 0 1 2 3 4 29 amongst the selected control units but the control unit where the PC is connected will automatically be the last one to get the SSD downloaded 60 Matsushita Electric Works Fire amp Security Technology AB MEW00228 18 4 1 18 4 2 Rev 2 EBLS12 Operating Instructions V2 1 x Unique user definable text messages for each alarm point and each zone line input can also be shown in Display units connected on the COM loops All user definable text messages up to 40 alphanumeric characters each are created and downloaded via Win512 See Planning Instructions chapter User definable text messages An older DOS based PC program NEWTEXT can also be used see Planning Instructions chapter Display units addressable See also Win5 12 help Download in Control unit The user definable text messages which are to be displayed in the control units ext FBPs alphanumeric display can be downloaded in one control unit for the whole the system The user definable text messages are downloaded together with the SSD A
81. gging H5 A8 ___ 106 27 10 Change access code for PC communication H5 A9 __ 107 27 11 Change access code for service H5 A10 ___ 108 28 Acknowledge FAULTS H6 109 29 Perform ZONE TEST test mode H7 110 30 Maintenance H8 112 30 1 Access code for maintenance 112 30 2 Disable or re enable outputs for routing equipment H8 S1 113 30 3 Disconnect loop H8 S2 114 30 4 Re connect loop H8 S3 115 30 5 Acknowledge SERVICE signal H8 S4 116 30 6 Clear weekly average H8 S5 117 30 7 Safe shut down of control unit H8 S6 118 30 8 Activate address in alarm mode H8 S7 119 30 9 Synchronize the control units H8 S8 121 30 10 Change access code for maintenance H8 S9 122 31 Interlocking outputs and inputs H9 123 31 1 Activated interlocking outputs inputs H9 C1 123 31 2 Activate interlocking output H9 C2 124 31 3 Reset interlocking output H9 C3 125 31 4 Disable interlocking output H9 C4 126 31 5 Re enable interlocking output H9 C5 127 32 Change access code for daily duties H10 128 33 Annual control 129 34 How to change paper in the printer 130 35 Replacing a TLON connection board and or a main board 131 36 Battery maintenance 132 37 How to avoid unnecessary nuisance fire alarms 133 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 38 Information regarding radioactive radiation source135 39 Revision history 136 Matsushita Electric Works Fire amp Security Techn
82. happens by reset of the fire alarm s is depending on a if you still are in menu H8 S7 b if you are logged out by pressing Return two times or automatically after 10 minutes 119 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x Alternative a Activate address in alarm mode Scroll or press Return to 7 A ACCEPT S7 menu H8 Scroll or press Reset Return to log off Alternative b Blank Reset NOTE The description above is valid for Multiple reset default By Single reset each point has to be reset individually 7 Alarm reset is selected in the Win512 System dialog box 120 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 30 9 Synchronize the control units H8 S8 The control units have to be synchronized when e The following fault message is shown FAULT CU xx has wrong information e After Status Checking has been enabled in Win512 When using Win512 you can use the Synchronize toolbar button Access According to chapter Access code for maintenance see page 112 Scroll to menu S8 Synchronize the control units ACC Shall control units be synchronized 0 Press A to start the a yess ye ae AEGLDTS synchronisation r G Synchronization will take about 30 sec Press Return after having AEE EAT read this info
83. hat SSD 72 Logical Name as written in Win512 dialog box System Properties tab System Data 102 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 27 6 Display current consumption in unit H5 A5 Control unit shows the total current consumption including the charging current at 24V for the whole control unit c i e Charging shows the charging current only NOTE Control unit current gt 3800 mA is presented as gt 3800 mA Charging current lt 100 mA can not be correctly presented Access According to chapter Access code for service H5 see page 98 Scroll to menu A5 Display current consumption in unit ACCEPT A5 From which control unit shall current Write control unit number Press A to accept consumption be displayed 00 ACCEPT If the control unit don t exist or don t answer this message will be shown Current consumption control unit 00 Control unit xxx mA Charging xxxx mA Display current consumption in unit Scroll or press Return to H5 Scroll or press Return to log off ACCEPT A5 103 Matsushita Electric Works Fire amp Security Technology AB MEW00228 27 7 Action Rev 2 EBLS512 Operating Instructions V2 1 x Display current consumption COM BS4 loop H5 A6 The current consumption an average value for each COM loop and BS4 loop can be displayed NOTE N
84. he list in menu H6 shows a maximum of 200 faults not acknowledged faults and or acknowledged but not corrected faults When a fault is acknowledged and corrected it will be removed from the list and a new fault can be shown Corrected faults are shown in the event log menu H4 U7 56 Matsushita Electric Works Fire amp Security Technology AB MEW00228 17 Rev 2 EBLS512 Operating Instructions V2 1 x Commissioning an installation 17 1 17 2 Before you connect the power supply to a control unit all other cable connections shall be made Check once more that they are correct Single Control Unit l Take away the rectifier fuse F1 and a battery fuse F2 or F3 on the charger board 1557 Connect the batteries to the charger board 1557 Connect the rectifier to the mains 230 V AC Replace the rectifier fuse F1 and the battery fuse F2 or F3 on the charger board 1557 LED Operation L6 indicate that the 24 V DC power supply rectifier and or battery is okay An automatic reset restart will now take place see chapter Reset Restart page 65 The site specific data SSD can now be downloaded see chapter Programming SSD download page 59 Control Units in a TLON network In a TLON network there are two or more control units connected A TLON connection board 1590 is required in each control unit connected to the network When the 1590 board is on place and the cables connected for
85. ic Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x FAULT Site specific data SSD CU nn Date MM DD Time HH MM This text message means that no SSD have been downloaded and that a new download has to be performed 21 1 Boot menu NOTE Only authorised personnel shall use the Boot menu The Boot menu is opened as follows Perform a reset restart e Power off power on or e Jumper JP4 on the main board The following text messages will be show in the alphanumeric display Checking program memory And after that BOGE ING o euas When the text Booting appears press Access and 0 1 sec later also press 1 and the Boot menu will be shown 1 Reset 2 Clear mem 4 Read AD 5 MSClo ck 6 Checksum 7 Cursor 8 Texts Press 1 to perform a reset restart i e you will also leave the Boot menu Press 2 to open the Clear memory menu see below The other alternatives are for R amp D use only The Clear memory menu 1 SSD 2 SSW 3 SysInfo 4 Echel oninfo 5 Texts Press 1 to clear the SSD memory Press 2 to clear the SSW memory The other alternatives are for R amp D use only Erasing SSD and Erasing SSW respectively will be shown and then will the Clear memory menu be shown again Press Return go back to the Boot menu NOTE After clearing the SSW perform
86. interlocking output H10 Change access code for daily duties access level 2 7 4 Access level 3 From access level 2 8 the user can login to access level 3 which gives access to the following menus normally used by service personnel Same menus as in access level 2 plus the following S1 Disable or re enable outputs for routing equipment Fire brigade tx amp Fault tx S2 Disconnect loop S3 Re connect loop S8 Synchronize the control units S9 Change access code for maintenance access level 3 S Tf code for access level 3 or 4 has been used to login to access level 2 new login to access level 3 is not required 23 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 7 5 Access level 4 From access level 2 the user can login to access level 4 which gives access to the following menus normally used by Service Commissioning Engineers AS Display current consumption in control unit A8 Select unit on COM loop and BS4 loop to use for trigging A9 Change access code for PC communication access level 5 A10 Change access code for service access level 4 7 6 Access level 5 Used by Service Commissioning Engineers when a PC is to be connected to the control unit i e when Win512 is to be used for backup downloading site specific data downloading SW settings configurations C U and system data on line status checking etc
87. is menu it is possible to get a print out The events can be listed Via display See Alternative A below Via a print out See Alternative 1 below NOTE open The event logging is disabled as long as menu H4 U7 is nil Be et Scroll to menu H4 Scroll to menu U7 Alternative A Alternative 1 Write number of events to be printed e g 010 Present system status on display and printer ACCEPT H4 Disablement Printout l yes Event log Printout l yes When A is pressed an event will be shown in the display e g FIRE ALARM zone 123 address 45 MM DD HH MM XX ALARM zone 456 A alarms in zone MM DD HH MM XX How many events should be printed 000 ACCEPT How many events should be printed 010 ACCEPI According to chapter Access see page 68 Press A for display presentation or Press 1 for print out The most recent event will be shown i e use AX to scroll upwards in the list Press Return to menu U7 XX in the example control unit number XX 99 Win512 Press A to start print out A Printing started C and 0 simultaneously ACCEPT To stop printing press Show event log Printout l yes Scroll or press Return to menu H4 Scroll or press Return to log off More than one alarm point in zone 456 have activated fire alarm 95 Matsushita Electric Works Fire amp Security Technology AB
88. is used when programming all units connected to the COM loops Technical number is also used to identify which unit has generated a fault 000 127 The address on the COM loop Avoid address 000 Start at 001 Don t have to be in sequence The connections on the COM loop don t have to be in sequence The address is set on a DIL switch in some units and with a programming tool 3314 in some units 0 3 COM loop number 00 29 The control unit address number Don t have to be in sequence The connections to the TLON network don t have to be in sequence The address is set with a PC SW TLON Manager Regarding DIL switch address setting see dwg 512 71 Regarding the Address setting tool 3314 Addresses 001 127 can be set not 000 30 Matsushita Electric Works Fire amp Security Technology AB MEW00228 13 2 Rev 2 EBLS12 Operating Instructions V2 1 x Technical number for BS4 loop units Autronica interface board 1584 four BS4 loops is required in the control unit The technical number NNNNNN is used when programming all units connected to the BS4 loops Technical number is also used to identify which unit has generated a fault NN NNN 01 99 The address on the BS4 loop Don t have to be in sequence The connections on the BS4 loop don t have to be in sequence The address is set on DIL switches in each unit 0 3 BS4 loop number 4 7 Board number 00 29 The control
89. it to do the download the SSD until the TLON Network programming is ready for the control unit respectively Start up the wanted control units according to chapter Control Units in a TLON network page 57 i e power on and TLON Network programming of the control unit respectively Since not all control units are started up in the project system FAULT CU xx has no contact with CU xx will be shown for the missing control units Later when one or more control units are stated up do also Update all and Save all in TLON Manager 58 Matsushita Electric Works Fire amp Security Technology AB MEW00228 18 Rev 2 EBLS12 Operating Instructions V2 1 x Programming SSD download 18 1 18 2 The PC program Win512 is used for programming of the site specific data SSD and to download it into the EBL512 control unit s When the control units is running power supplied and when required the TLON network programming configuration is done the SSD download can start The PC has to be connected to the D connector J1 in the control unit main board 1556 Start Win512 Now you have to be authorised i e you have to log onf to the control unit In Win512 menu Tools Download you select the control unit s to which the SSD is be downloaded Check All Loop Units In the Win512 COM loop icon pop up menu can Check All Loop Units be selected This function can be used after or before the down
90. lected which is a violation to the EN54 2 standard 7 And outputs programmed for each specific fire alarm 28 Only the ten first fire alarms will be displayed in the ext FBPs More than one alarm point in the same zone If no user definable text message is programmed the text Many alarms in zone will be shown 34 Matsushita Electric Works Fire amp Security Technology AB MEW00228 14 2 1 Rev 2 EBLS12 Operating Instructions V2 1 x Only one alarm point in each zone POINT 123 45 LAST 789 01 No 003 User definable text message for 123 45 LAST The most recent zone address that activated fire alarm No The total number of zones where fire alarm is activated User definable text message For an alarm point it is the individual free text for the alarm point if programmed or the default control unit text if programmed User definable text message For a zone it is the individual free text for the zone if programmed or the text Many alarms in zone LEDs Alarms queued L2 blinking 0 8 0 8 sec More than one fire alarm is activated To scroll through the zones use the push button Scroll P1 The fire alarms are stored in a circular buffer and when scrolling from the last to the first alarm the LEDs Alarms queued will be turned off for three seconds The first alarm will be automatically dispayed again 20 seconds after the latest time the Scroll button was used The printe
91. ll be disabled This is indicated by the LED Printer disabled The printer will be disabled until re enabled again i e P7 and C are pressed simultaneously All information that should have been printed while the printer was disabled will be lost not printed 19 Matsushita Electric Works Fire amp Security Technology AB MEW00228 6 Rev 2 EBLS12 Operating Instructions V2 1 x Normal operation 6 1 When the control unit system is in normal operation i e no fire alarm and normally no fault no disablement no service signal no zones in test mode no activated interlocking in outputs and or no open doors only the LED Operation L6 is to be lit Alphanumeric display in the control unit In normal operation there shall be no information shown in the alphanumeric display in the control unit but some information can be shown The type of information and the priority order is as follows 1 Fire alarms Co incidence alarms Pre warnings Be ee O Evacuate information only valid in British Standard and British Standard Marine Application conventions Faults not acknowledged Disablements Zones in Test mode Os oh i Interlocking inputs outputs active not valid in Chinese convention NOTE The different type of alarms faults etc are described in other parts of this document Fire alarm have a log off function i e if a menu window is open when a fire alarm is activated a
92. load of SSD The function is as follows The control unit will find all units that are connected on the COM loop The addresses 0 127 will be reported to Win512 For all 33xx units and some of the other units the type of unit will also be reported All differences compared to the Win512 SSD will be listed in the Win512 log view and can be saved and or printed out NOTE During this check the COM loop will be disconnected disabled and no alarms or faults can be activated Disconnected COM loop is indicated by the LED Disablements L8 Single Control Unit Start the downloading from Win512 A text message will be shown in the alphanumeric display in the control unit Download in progress Block nnnn out of xxxx When the download is completed the following text message will be shown Download completed successfully Control unit will now restart 48 Access code for level 5 shall be entered via the PC Win512 4 It is recommended to select only one control unit at a time but of course it is depending on the SSD quantity i e the number of COM loop units texts outputs etc Up to three control units are normally okay NOTE After the automatic reset restart of a control unit a number of faults might be generated This will cause heavy traffic on the network which might affect the SSD download to other control units 59 Matsushita Electric Works Fire amp Security Technology AB
93. lso Figure 2 page 14 LED indicators on the Fire Brigade Panel FBP LED indicator Indicating Fire 5 red Fire alarm also pre warning heavy smoke heat alarm key cabinet alarm amp co incidence alarm L1 L2 Alarms queued 2 red More than one unit zone have generated fire alarm L3 Extinguishing red Output s for extinguishing equipment activated Ventilation yellow Output s for fire smoke ventilation equipment activated Fire brigade tx red Output s for fire brigade tx routing equipment activated Test of routing equipment in progress see menu H1 Operation green Power on i e the power supply rectifier and or battery are connected and working properly FBP push buttons on next page L3 L5 can be individually programmed to indicate when its normal trigger condition is met or when a programmable input is activated e g L5 can be turned on when an input is activated by a Fire brigade tx output 16 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x Push buttons on the Fire Brigade Panel FBP Push button Operation function Alarms queued black Used when LEDs Alarms queued L2 are lit to scroll browse through the queued alarms zones Silence buzzer Used to silence the buzzer in the c i e yellow Reset green Used to reset the fire alarm s Has to be pressed for gt 0 5 sec Evacuate green Used
94. m program 11 3 Overview 12 3 1 The EBL512 system 12 3 1 1 Expansion boards 12 33122 Printer 12 3 2 SW versions 12 3 3 Documents 13 3 4 Applications 13 3 5 PCSW 13 4 Control Unit 14 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x 5 LED indicators and push buttons 16 6 Normal operation si i t CC 2Os 6 1 Alphanumeric display in the control unit 20 7 Access levels 21 7 1 Access level 0 21 7 2 Access level 1 21 7 3 Access level 2 22 7 4 Access level 3 23 7 5 Access level 4 24 7 6 Access level 5 24 8 Silence Alarm devices 25 8 1 Silence before a fire alarm 25 8 2 Silence during a fire alarm 25 8 3 Alarm device on Alarm device off 25 9 Silence buzzer 26 10 Controls ON Controls OFF 27 11 Evacuate 28 12 Door open 29 12 1 LED Door open 29 12 2 Outputs for routing equipment Fire brigade tx and Fault tx 29 13 Technical number Presentation number 30 13 1 Technical number for COM loop units 30 13 2 Technical number for BS4 loop units 31 13 3 Presentation number 32 14 Alarm types 33 14 1 Pre warning 33 14 2 Fire alarm 34 14 2 1 Fire alarm menu 35 14 2 2 Alert annunciation 37 14 2 3 2 zone address dependence co incidence alarm _ 38 14 3 Heavy smoke alarm Heavy heat alarm 38 14 4 Key cabinet alarm 39 14 4 1 Key cabinet opened before a fire alarm 39 14 4 2 Key
95. makes the control unit the microprocessor work It is factory downloaded but a new version can be downloaded in EBL512 on site 11 Matsushita Electric Works Fire amp Security Technology AB MEW00228 3 Rev 2 EBLS12 Operating Instructions V2 1 x Overview 3 1 3 2 The EBL512 system EBL512 is a microprocessor controlled intelligent fire alarm system intended for analog addressable smoke detectors as well as conventional detectors and manual call points Programmable control outputs and output units are available Up to 512 addresses can be connected to each control unit c i e EBLS512 is available in several types versions and configurations It can be connected to a TLON network a system with up to 30 independent control units Each control unit has total access to all information EBL512 is designed according to the European standard EN54 part 2 and 4 Expansion boards In the control unit c i e it is possible to mount up to six expansion boards The following types are available 1580 8 zones expansion board 1581 8 relays expansion board 1582 External FBP interface board 1583 German FBP interface board 1584 Autronica interface board four BS4 loops Regarding the expansion boards see also the EBL512 Planning Instructions and drawings Printer Control unit 1549 is equipped with a printer In control unit 1548 it is possible to mount a 1558 Printer SW versions Due to conti
96. ms queued L2 are turned OFF and the display is empty All outputs for fire alarm have been de activated If a key cabinet is installed the key to the building has to be put back into the key cabinet within 5 minutes If not a fault will be generated and a fault message will be shown in the display see chapter Key cabinet alarm reset page 43 Single reset Each fire alarm has to be reset one by one This function set in Win512 is a violation to the EN54 2 standard Press Reset P3 to reset the fire alarm shown in the display on the first row to the left NOTE The push button has to be pressed in for min 0 5 sec Output s programmed for this fire alarm is are de activated If more than one fire alarm is activated i e LEDs Alarms queued L2 are lit the next fire alarm in the queue is now shown in the display on the first row to the left It has to be reset the same way as the first one When all fire alarms are reset LEDs Fire L1 and Alarms queued L2 are turned OFF and the display is empty 4 Tf there is a fault condition e g caused by the fire a fault message will now be shown in the display 8 When Single reset or Single encapsulated reset is used you can make a Multiple reset by pressing Reset P4 and 0 1 sec later also press A in the keypad and hold them pressed for gt 0 5 sec 41 Matsushita Electric Works Fire amp Security Technology AB MEW00228
97. n automatic menu log off will be take place and the fire alarm will be presented in the alphanumeric display instead Some information is available and some actions are possible to perform via the Fire alarm menu see chapter Fire alarm page 34 20 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 7 Access levels The control unit has six access levels for different kind of users Access level0 Door closed Anybody Scroll browse through the queued alarms Access level 1 Open door Fire brigade personnel Fire alarm handling key is needed Access level 2 Access code for Building occupier Installation handling level 2 or 3 or 4 monthly tests is required disablements etc Access level 3 Access code for Service personnel Service maintenance level 3 or 4 is required Access level 4 Access code for Service Service commissioning level 4 is commissioning the system etc required engineer Access level 5 Access code for Service Code to connect a PC level 5 is commissioning i e for Win5 12 required engineer The access codes can be changed To change a code you have to know the valid code or use a code for a higher access level 7 1 Access level 0 With the door closed anybody has access to the push button Alarms queued P1 to scroll browse through the queued alarms 7 2 Access level 1 After the door has been opened
98. n be individually disabled via menu H9 C4 All interlocking outputs disabled via 000 00 are not limited and must not be counted It is not possible to exceed the limits A warning message will be shown Max disablements reached Disablement not performed ACCEPT Don t forget to re enable via menus H2 B4 B6 B8 or B9 H8 S3 H9 C5 or use automatic re enablement for zones and alarm points Disablements are indicated by LED Disablements L8 and are also shown in the display An example Zone 001 is disabled More More is indicating two or more disablements Disablements and faults are indicated by a 2 sec beep when an open control unit door is being closed NOTE See chapter Alphanumeric display in the control unit page 20 regarding priority order 71 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x 24 1 Disable zone H2 B1 When a whole zone is disabled all alarm points within the zone are disabled exept the addressable manual call points Disabled zones are listed in menu H4 U1 from which it is also possible to get a print out Access According to chapter Access see page 68 Scroll to menu H2 Disabl EPT H2 EPT Bl Disable Write zone number e g Disable Press A to accept 001 Automatic re enabling 0 0 No 1 Yes Press 1 for aut re EE EN ACCE
99. nd Fault Disablements Fire brigade tx L15 Disabled outputs are listed in menu H4 U1 Access According to chapter Access code for maintenance see page 112 ioe or r nable outputs for Lee equipment Routing equipment for FIRE 1 LT To move the cursor press gt Edit and or press A l enabled O disabled to accept Disable or r nable outputs for Scroll or press Return to routing equipment ACCEPT return to H8 Scroll or press Return to log off 113 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 30 3 Disconnect loop H8 S2 Before physical connection disconnection of loop units etc to a loop or zone line the loop shall be disconnected disabled i e there will be no voltage on the loop to avoid damage on the units and the control unit BS4 loop require an Autronica interface board 1584 in the control unit DET8 loop zone line require an 8 zones expansion board 1580 in the control unit Access According to chapter Access code for maintenance see page 112 Scroll to menu S2 Disconnect loop Disconnect type 0 0 COM Press 2 DET8 3 Loop Unit I 0 COM loop 1 BS4 loop 2 Expansion board 1580 3 Addr zone interface 2226 2335 or 3361 MIO Press A to accept A j t 0 Write the required numbers Press A to Depending on the chosen type
100. ne resistor in the last alarm point ADB input Addressable zone interface Unit with an input ext line conventional zone line intended for one or more conventional alarm points End of line resistor in the last alarm point Output unit Addressable unit with programmable control outputs To be connected to a COM loop see below Output Control output Defined or programmable function Relay or supervised monitored voltage output in the C U or an output unit Short circuit isolator Addressable unit for automatic disconnection of a part of a COM loop see below in case of a short circuit on the loop Display unit Addressable unit for fire alarm presentation incl user definable text messages if programmed Connected to a COM loop see below COM loop Loop a cable with two wires to which all the addressable MFSTech units can be connected It starts in the C U and it returns back to the C U BS4 loop Loop a cable with two wires to which all the addressable Autronica BS100 units can be connected It starts in the C U EBL512 and it returns back to the C U Matsushita Electric Works Fire amp Security Technology AB MEW00228 2 9 2 10 2 11 2 12 2 13 Rev 2 EBLS12 Operating Instructions V2 1 x Control Unit C U C LE Control Unit C U Control and Indicating Equipment Unit to which the alarm points are connected e g EBL512 Indicates fire alarm fault condition
101. ng the current site specific data SSD is shown New SSD can be downloaded via a PC and Win512 Access According to chapter Access code for service H5 see page 98 Scroll to menu A4 Show information about site specific data EPT A4 2 Y Y year MM month DD day 7 Name XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Downloaded YY MM DD hh mm ACCEPT see NOTE below hh hour mm minute Show information about Scroll or press Return to H5 Scroll or press Return to log off site specific data EPT A4 If there is no SSD downloaded to the control unit the following text message will be shown No SSD downloaded NOTE In the British Standard Marine Application convention it is possible to change the alarm algorithm for some type of analog detectors see chapter Algorithm setting via menu H4 U5 page 89 If one or more alarm algorithms are changed the following infor mation will be shown instead of the information shown above Name XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Y Y year MM month DD day Modified by CU YY MM DD hh mm ACCEPT day hh hour mm minute If an algorithm is set changed via menu H4 US5 the site specific data SSD in the c i e is not equal to the SSD file downloaded from Win512 i e a back up is required to update the SSD file xxxxxx 512 Modified by CU will be changed back to Downloaded after the next SSD download and the alarm algorithms will be according to t
102. nsors e g EBLS512 the affected detectors can be individually disabled or whole zones when the work is in progress Bear in mind that the smoke spreads and consideration must be taken to adjacent detectors zones Disablements can be done automatically via a time channel built in or external or via menu H2 B1 B3 Automatic re enabling can be used e Ifthere is an alarm organisation for the personnel on site alert annunciation can be used e Pre warning can be used 134 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 38 Information regarding radioactive radiation source The installation might contain smoke sensors detectors of the ionization type They contain a small radioactive radiation source Americium 241 When the sensor detector gets dirty and when service signal has been activated in the system contact your local dealer for cleaning replacement of the sensors detectors Metal objects must absolutely not be stuck into the sensor detector Static electricity may destroy the detector Defective faulty discarded and replaced sensors detectors shall be taken care of as radioactive waste They shall be packed in chock absorbing material to make a stable parcel PLEASE NOTE Damaged sensors detectors shall also be packed in a sealed packet whose surface must not be contaminated that is not be soiled with loose radioactive dus
103. nual development and improvement different SW versions can be found When installing a new control unit in a system with older control units you may have to update the SW in the old control units It is highly recommended to have the same SW version in all control units but the SW version 2 X x require the same SW version in all control units gt Max two 1582 boards per control unit 4 Max one 1583 board per control unit 1583 board is not possible to use in Swedish SBF convention gt Max four 1584 boards per control unit 1584 board is only possible to use in Swedish SBF convention 12 Matsushita Electric Works Fire amp Security Technology AB MEW00228 3 3 3 4 3 5 Rev 2 EBLS12 Operating Instructions V2 1 x Documents The following documents are available e Planning instructions e Drawings e Operating instructions Normally information that is found in one document is not to be found in another document i e the documents complement each other Applications The EBL512 system is intended for small medium and large installations The intelligent control units offer the system designer and end user a technically sophisticated range of facilities and functions Programming PC SW Win512 and commissioning of the control unit system is very easy Start with one control unit and then when required add more units The TLON network makes it possible to install the control units in one building or
104. o or very small current consumption can not be presented correctly precisely Text in display Display current consumption on COM BS4 loop ACC Select type of loop 0 0 COM ACCE Display current consumption on COM loop 0 CU 00 ACCEF Display current consumption on BS EPT A6 1 BS4 PT 4 loop 0 board 0 CU 00 ACCEPT Current consumption on COM loop control unit 00 is xxxx mA motion on BS4 loop 05 trol uni 00 is xxx Display curre nsumption on COM BS4 loop ACC 0 0 mA EPT A6 Comments According to chapter Access code for service H5 see page 98 Select type of loop Press A to accept Write loop number board number 0 3 and control unit number Press A to accept If the control unit don t exist or don t answer this message will be shown The current consumption accuracy is 5 mA Scroll or press Return to H5 Scroll or press Return to log off An Autronica interface board 1584 is required in the control unit 104 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 27 8 Display statistics for COM loop H5 A7 The statistics can be used during commissioning service etc Pollings are the number of pollings questions sent out by the control unit to the units connected on the COM loop Parity are the received number of parity
105. ology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 1 Introduction EBL512 Operating Instructions is a document intended to be used by the end user and the fire brigade personnel as well as service commissioning engineers Due to continual development and improvement different SW versions are to be found This document is valid for SW version 2 1 x On the date of revision 2 is x 3 Since the EBL512 control unit c i e is produced for many countries the look the texts the functions etc may vary Products Consists of one or more parts HW according to a Product Parts List A product has e atype number e g 1548 e an article number often the type no and sometimes is a country code added e g 1548SE e a product name e g EBL512 control unit 128 addresses without printer HW A HW e g a printed circuit board has e atype number e g 1556 e an article number often the type no and sometimes is a country code added e g 1556SE e aproduct name e g Main Board 128 addr e ap c b number e g 9261 3A and can also have a configuration e g CFG 1 and a revision e g REV 2 e sometimes a SW SW A SW has e aversion number e g V2 1 1 e sometimes additional information such as Convention different functions facilities Language Number of addresses et
106. ology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 29 Perform ZONE TEST test mode H7 Normally zones are tested during the monthly test menu H1 Via this menu H7 it is possible to perform the zone test only In test mode only the alarm points are tested i e no outputs no sounders will be activated during the test If a real fire alarm is activated for example by an alarm point not in test mode the normal fire alarm functions will be activated i e fire alarm presentation outputs sounders activated routing equipment fire brigade tx activated etc See also chapter Alphanumeric display in the control unit page 20 NOTE If the control unit door is left open the output s for routing equipment fire brigade tx may be disabled if set so in Win512 There will be an automatic ending of the test mode one hour after the latest tested alarm point Action Text in display Comments Access According to chapter Access see page 68 Scroll to menu H7 Perform ZONE TEST ACCEPT H7 Zone to be set in TE E NOTE In DBI Danish BRD ERP OS BIR 292 t E convention only one zone Write zone numbers Zone to be set in TE E Press A to start the test e g 001 002 003 001 002 003 004 E mode 004 A Zones are set in test LED Test mode L9 wait will light up Zone in TEST MODE Perform the tests 001 002 003 004 End test ACCE The zone s
107. on per meter XX X 3 m XX X m Perf Factor see below this table N 15 short name see separate table page 87 Press Return to Enter technical number or press Access to change the algorithm If login was made with code for level 3 no code is needed The digits are replaced in the display Change algorithm 000001 Current N 15 Use gt or L5 i 35 NAISS N 35 H 15 H 85 gt Change algorithm 000001 Current N 15 15 35 N 15 N 35 H 15 4H 35 90 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x A Algorithm for sensor 000001 is changed from N 15 to N 35 Enter technical number 000000 Write the sensor s techn number and or press A to accept or press Return to carry out the change of algorithm s Return Alarm algorithms have been changed The affected CU s will now restart ACCEPT A Sensor values Menu U5 will be shown Printout l yes US for a few seconds and then the affected control unit s will restart See chapter Reset Restart page 65 NOTE The new algorithm will not be in use until after the restart In case of an automatic log off and one or more algorithms are changed the affected control unit s will restart Perf Factor Performance factor Low min 0 The detector is mounted in a stable environment High max 2 55 The de
108. p X Short circuit on the COM loop x one or more short circuit isolators 2370 ASF are connected on the loop Check the specified and isolated segment on the loop e g CU lt gt ASFO between the control unit and short circuit isolator number 0 Each 10 minute is an attempt made to re enable the isolated segment again FAULT Site specific data SSD CU xx Some external influence or after download has caused a checksum fault in the from Win512 downloaded Site Specific Data SSD An SSD download is required This is very serious Call for service personnel engineer immediately FAULT Supervised output x CU xx If the output is programmed for sounders alarm devices it is also indicated by LED Fault Disablements Alarm devices L13 x 0 SO Short circuit break on the connected cable equipment and or blown fuse F5 or F6 on the connection board x 1 S1 Short circuit break on the connected cable equipment and or blown fuse F7 or F8 on the connection board x 2 S2 Short circuit break on the connected cable equipment x 3 S3 Short circuit break on the connected cable equipment e Connected equipment may be stolen e Resistor s missing or not correct value see dwg 512 42 54 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x FAULT Superv output x tech no XXXXXX If the output is programmed for sounders alarm devices
109. r will print each fire alarm e g xxx Fire Alarm Point 123 45 Time HH MM Date MM DD User programmable text message if progr or Zone 123 Time HH MM Date MM DD User programmable text message if progr Reset of the fire alarms see chapter Alarm reset page 41 Fire alarm menu During the fire alarm presentation a special fire alarm menu can be used If this menu is excluded via Win512 it is a violaton to the ENS54 2 standard Press Access and the user definable text message will be replaced ZONE 123 LAST 789 No 003 Display alarms ACCEPT X1 A Y A gt and Return are used like in the normal menu tree see chapter Access page 68 30 In Chinese convention the total number of alarm points 31 Up to 512 alarms can be presented in the display Alarm ZONE and or ZONE ADDRESS depending on zone or point alarm presentation but all possible alarms 15360 can be stored 32 In Chinese convention after 3 minutes 3 When printer is available e g control unit 1549 34 Not valid in Chinese convention 35 Matsushita Electric Works Fire amp Security Technology AB MEW00228 14 2 1 1 14 2 1 2 14 2 1 3 14 2 1 4 Rev 2 EBLS12 Operating Instructions V2 1 x The original presentation the user definable text message will be automatically displayed again 20 seconds after the latest time any of the push buttons A 4 A gt
110. r etc 133 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x Exhausts Exhausts from cars trucks lift trucks lawn mowers etc influences smoke detectors sensors If windows and doors are open exhausts can slip in that way Lack of maintenance Smoke detectors sensors are influenced by their environment and become dirty In an analog system like EBL512 a Service signal is given when it is time to clean or exchange the smoke detectors sensors The alternative is to exchange detectors at even intervals to be on the safe side Change in activities or wrong choice of detector If the activities in the premises are altered the detector choice might also need altering Due to special environments see above an in appropriate detector type might have been chosen from the beginning and thus cause unnecessary alarms Miscellaneous Choosing another type of detector can solve certain problems Bear also in mind that the coverage area can be different for different types of detectors It is however not always the best action to change detector type Here is a list of other actions programmed via Win512 which can be used e Another alarm algorithm can be used e Alarm delay for smoke detectors sensors can be used e Two zone or two unit dependent co incidence fire alarm activation can be used e Inan installation with addressable detectors se
111. r definable text message if progr AA address According to chapter Access see page 68 Scroll to menu H4 Present system status on display and printer ACCEPT H4 Disablement Printout l yes Scroll to menu U4 Activated 2 zone address dependent Press 1 for an automatic zone address Printout l yes print out Press A for presentation in the display When A is pressed the active zone amp address or zone This is a list in which you will be shown in the display e g can scroll If there are no Co incidence alarm detector ZZZ AA alarms and if Return is pressed menu U4 will be or shown again Co incidence alarm zone Printing started To stop printing press Press A and menu U4 C and 0 simultaneously ACCEPT will be shown again Activated 2 zone address depend Scroll or press Return to zone address Printout l yes menu H4 Scroll or press Return to log off When two or more zones or units zone addresses dependent on each other are in alarm status at the same time normal fire alarm will be activated in the system 85 Matsushita Electric Works Fire amp Security Technology AB MEW00228 26 5 H I Scroll to menu H4 Scroll to menu U5 Rev 2 EBL512 Operating Instructions V2 1 x Sensor values H4 U5 The very first week average sensor value is calculated within 2 minutes after SSD download amp restart During these 2 minutes can
112. r level 4 Access code The digits are replaced 4 digits in the display NO ACCESS The access code was not correct Try again Calibration of supervised outputs The access code was correct This is menu H5 A1 Press A to accept scroll or press ACCEPT Al return to menu HS 98 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 27 2 Calibration of supervised outputs H5 A1 The voltage outputs SO S3 in each control unit are supervised monitored as well as the outputs 0 3 in each output unit type 2262 and 2263 When all alarm devices sounders etc have been connected including required resistors and when the SSD download is ready a calibration has to be done NOTE Each output s logic is programmable via Win512 i e normally low default or normally high 24V During the calibration the outputs have to be low i e a normally high output will be low during the calibration a few seconds Access According to chapter Access code for service H5 see page 98 Calibration of supervised outputs ACCEPT Al Please wait an ma Calibration of supervised outputs Calibration is ready II R t AGEPI AT Scroll or press Return to H5 Scroll or press Return to log off 99 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 27 3
113. r on and programming a control unit a system menu H5 is used to get certain information and help Only authorised personnel have access to level 4 menus Access code for level 4 is required Via a PC and Win512 access code for level 5 you can e download backup site specific data SSD e download of SW settings configurations C U amp system data e create and download the user definable text messages shown in the alphanumeric display in the C U ext FBP and in the Display units Via a PC and TLON Manager you can do the TLON network programming configuration TLON Manager is used for programming of network data addresses etc NEWTEXT a DOS based older program can be used to create download the user definable text messages shown in the Display units connected to the COM loops Connected to the D connector J1 on the main board 1556 70 Connected to the modular connector J2 on the main board 1556 97 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 27 1 Access code for service H5 Access code to level 4 is required If login to level 2 was made with code for level 4 no code is required here Access According to chapter Access page 68 Perform monthly test EPT H1 Scroll to menu H5 Service EPT H5 Access code _ If login was made with code for level 4 no code is needed Enter code fo
114. r press Return to H5 Scroll or press Return to log off 108 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x 28 Acknowledge FAULTS H6 Regarding fault indication etc see chapter Fault page 44 See also chapter Fault acknowledge page 56 All faults fault status are stored in the event log and can be listed see chapter Event log H4 U7 page 95 In menu H6 are up to 200 faults listed not_acknowledged and acknowledged but not corrected faults Action Text in display Comments Access According to chapter Access see page 68 Scroll to menu H6 Acknowledge FAULTS ACCEPT H6 A FAULT XXXXXXXX This is a list in which Date MM DD Time HH MM See comments you can scroll If the fault is corrected the text Serviced is shown To acknowledge the fault shown in the display press Fault acknowledge Fault acknowledge FAULT XXXXXXXX The fault is now acknow Date MM DD Time HH MM Acknowledged ledged If when the fault is corrected it is no longer shown in this list Scroll in the list e g to acknowledge more faults or press Return to menu H6 Return Acknowledge FAULTS Scroll or press Return EPT H6 to log off 75 When the list is empty i e when all faults are acknowledged and corrected you will automatically return to menu H6 109 Matsushita Electric Works Fire amp Security Techn
115. r press Return to menu H2 Scroll or press Return to log off 74 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 24 4 Re enable zone H2 B4 Disabled zones are listed in menu H4 U1 from which it is also possible to get a print out Re enabling via this menu has higher priority than automatic re enabling When all zones have been re enabled The LED Disablements L8 will be turned OFF if there are no other disablements in the system Access According to chapter Access see page 68 a Po na If there are no zones to re enable menu B4 will be shown again L a list in which you can scroll If it s the correct zone to re enable press A to accept If not scroll or write the wanted zone and press A to accept If more re enablements oa ae shall be done continue like above If not scroll or press Return to menu H2 Scroll or press Return to log off 75 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x 24 5 Re enable zone address H2 B5 Disabled alarm points zone addresses are listed in menu H4 U1 from which it is also possible to get a print out Re enabling via this menu has higher priority than automatic re enabling When all alarm points have been re enabled The LED Disablements L8
116. rating Instructions V2 1 x 26 6 Sensors activating SERVICE signal H4 U6 Service signal is indicated by LED Service L12 The sensor week average value is below or over the service level respectively for one or more sensors Regarding the service signal levels see Planning Instructions chapter Service signal Menu H4 U6 is a list of the sensor s activating service signal NOTE Service signal is only an information that the sensors have to be cleaned replaced soon The service signal has to be acknowledged see chapter Acknowledge SERVICE signal H8 S4 page 116 It is not possible to get a print out from menu H4 U6 Access According to chapter Scroll to menu H4 Present system status on display and printer ACCEPT H4 Disablement Printout l yes Scroll to menu U6 Sensors activating S E signal Press A to accept Sensor xxxxxx needs service L a list in which you can scroll Press Return to menu U6 If there are no sensors in the list menu U6 will be shown again Sensors activating S E signal Scroll or press Return to menu H4 Scroll or press Return to log off 94 Matsushita Electric Works Fire amp Security Technology AB MEW00228 26 7 Rev 2 Event log H4 U7 EBLS12 Operating Instructions V2 1 x This is a list of events Type and number of events in the list etc can be set in Win512 see Planning Instructions and Win512 help From th
117. remains a new ten minutes period starts and so on If the fault is acknowledged and the break is corrected during a ten minutes period it will not disappear from the list until the end of the ten minutes period FAULT Cut off input x 1580 board x CU xx 8 zones expansion board DET8 This is indicating a break or missing end of line resistor on input x 47 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS512 Operating Instructions V2 1 x zone line on the 1580 board A detector may have been removed stolen from its base FAULT Cut off loop x BS4 x CU xx 1584 Autronica interface board BS4 Cut off break on the BS4 loop This is indicating a single break on the loop Communication has to be performed in both directions to find all units Each 10 minute is an attempt made to comm in one direction again loop x CU xx CU lt gt ASFO loop CU xx ASF 0 lt gt ASF xx ASF 1 lt gt ASF xx ASF 2 lt gt ASF xx ASF 3 lt gt ASF xx ASF 4 lt gt ASF xx ASF 5 lt gt ASF xx ASF 6 lt gt ASF xx ASF 7 lt gt CU xx ASF 6 lt gt CU xx ASF 5 lt gt CU xx ASF 4 lt gt CU xx ASF 3 lt gt CU U xx ASF 2 lt gt CU U xx ASF 1 lt gt CU U xx ASF 0 lt gt CU loop loop loop loop loop loop loop loop loop FAU FAU FAU FAUI FAU loop loop t off loop OF OAL On O
118. rmation text Shall control units be synchronized 0 Wait until the syncro nization is ready Press Yes 0 No ACCEPT Return to menu S8 Synchronize the control units Scroll or press Return to menu H8 Scroll or press Return to log off ACC 77 Tf the control unit restart in conjunction with this fault the synchronization will start automatically otherwise the synchronization has to be started via this menu 78 Normally a syncronization is done in conjunction with the fault message above When the syncronization is ready the fault will be indicated as Serviced If a syncronization is done via Win512 i e normally no fault message there is no syncronization is now ready indication The syncronization time is depending on the amount of data faults disablements etc stored If a new syncronization is started before a syncronization is ready the syncronization will start from the beginning again 121 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 30 10 Change access code for maintenance H8 S9 For security reasons the default code should be changed Access According to chapter Access code for maintenance see page Scroll to menu S9 Change access code for maintenance ACCEPT S9 Access code _ New code Enter the old code the Access code The digits are replaced new code and the new New code Veri
119. rning zone 123 user definable text message If more than one pre warning are generated the LEDs Alarms queued L2 are blinking and the pre warnings will be automatically scrolled each five seconds Pre warning is automatically reset see chapter Alarm reset page 41 Fire alarm See also chapter Alphanumeric display in the control unit page 20 According to the EN54 2 standard in case of a fire alarm the following will happen e The buzzer in the control unit sounds 0 8 sec each 0 8 sec 0 8 0 8 sec e LEDs Fire L1 are blinking 0 8 0 8 sec e Output s for routing equipment Fire brigade tx is are activated e Outputs for sounders type 3 alarm devices are activated e Outputs for fire alarm are activated e Inthe control unit display and ext FBP display the fire alarms are presented as follows Only one alarm point activated in a zone is presented as zone address POINT or LAST Two or more alarm points activated in a zone is presented as zone ZONE or LAST One alarm point POINT 123 45 No 001 User definable text message for 123 45 More than one alarm point in a zone or A conventional zone zone line input ZONE 123 No 001 User definable text message for zone 193 More than one zone ZONE 234 LAST 567 No 002 User definable text message for zone 234 Via Win512 can Point alarm presentation be se
120. rol off Scroll or press Return to menu H2 Scroll or press Return to log off EPT B8 amp Also the Extinguish equipment output on the German FBP interface board 1583 79 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 24 9 Alarm devices on Alarm devices off H2 B9 Outputs programmed as type 3 alarm device sounder can be disabled all at the same time Alarm devices off means that even if the control condition expression for resp output is fulfilled the outputs will not be activated Alarm devices off is indicated by LED Fault Disablements Alarm devices L13 and LED Disablements L8 and is also shown in menu H4 U1 The outputs will be off until re enabled again via this menu NOTE This function is not the same as push button Silence alarm devices P3 see chapter Silence Alarm devices page 25 This function has higher priority than Silence alarm devices Access According to chapter Access see page 68 Scroll to menu H2 L or Scroll to menu B9 1 devices on Alarm devices off ACCEP devices Press 1 or 0 and press A to accept devices devices on Alarm devices off Scroll or press Return to ACCE menu H2 Scroll or press Return to log off 80 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2
121. s no contact with CU xx Can be shown in conjunction with new SW download e Check the TLON network cable connections e Faulty TLON connection board 1590 e No power supply to the control unit FAULT CU xx has wrong information Can be shown in conjunction with new SW download One or more control units have data stored which is not the same in all control units If a control unit restarts in conjunction with this fault a synchronization will start automatically otherwise a synchronization has to be started via menu H8 S8 NOTE It is important that all control units that are supposed to exist SSD downloaded via Win512 are running and are connected to the TLON network The TLON network programming has to be done FAULT CU xx high current consumption The control unit current consumption is over 2 5A and because of this the battery charging is turned off Normally this fault only appears when starting up expanding a system FAULT Cut off COM loop x CU xx This is indicating a single break on the loop Communication has to be performed in both directions to find all units May also be shown after a short circuit on the loop when short circuit isolators are used communication in both directions A double break will give the message FAULT No reply NOTE Communication in both directions lasts for about ten minutes when a new attempt to communicate in one direction is performed If the break
122. s not the same type as programmed Change the programming or the unit Interlocking input AAA PP An interlocking input is not activated within the time set for fault activation 5 255 seconds The time is counted from the activation of the output in the interlocking combination area point 50 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x FAULT Key cabinet control unit xx The key cabinet has been opened without a prior fire alarm i e if somebody has opened the key cabinet illegally or The key cabinet has not been closed within 5 minutes after reset of all fire alarms in the system FAULT L C mixed COM loop x CU xx The two wires L SA and C SB have been mixed alternated Check so that the wire connections are correct according to drawing 512 41 FAULT LON board 1590 control unit xx TLON connection board 1590 No communication connection with the TLON network The board has to be changed FAULT Loop unit technical number xxxxxx The communication with the unit is all right i e the unit is out of order faulty FAULT Low battery capacity CU xx Battery voltage lt 21 9 V when a load resistor is connected The battery is presumably too old FAULT Low main PWS control unit xx e Mains voltage below 187 V AC Blown fuse 230 V AC or no voltage Rectifier voltage below 21 V DC Fuse F1 on the charger boar
123. set changed via menu H4 US the site specific data SSD in the c i e is not equal to the SSD file downloaded from Win512 i e a back up is required to update the SSD file xxxxxx 512 If an algorithm is set changed via menu H4 U5 the information in menu H5 A4 will be changed from Downloaded xxxx to Modified by CU xxxx Follow the instructions for 3304 3308 3309 and 3316 respectively 89 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 Show sensor values and setting photo electric detector 3304 EBLS12 Operating Instructions V2 1 x alarm algorithm for the Analog il rT S SY Scroll to menu H4 Scroll to menu US Present system status on displ printer Sensor values Printout l yes Enter technical number 000000 According to chapter Access see page 68 ay and ACCEPT H4 A Disablement Printout 1 yes To make a printout press 1 else press A to accept Write the sensor s techn number and or press A to accept Enter code for level 3 4 digits 000001 Momentary XX X m Sensor 000001 X XX m Sensor Perf Factor 000001 Current algorithm Sensor N 15 code EKEK Weekly XX X m Min Max This is a list in which you can scroll or use gt to see the next information window for the selected sensor Press Return to Enter technical number NOTE XX X m XX X obscurati
124. t 135 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 39 Revision history Revision 1 Elucidation and small corrections EBL512 software version 2 1 1 e Chapter Fault acknowledge page56 The note about the Danish convention is removed Danish convention is now like all other conventions Revision 2 SW version 2 1 3 Chapter 5 e Tables L5 amp L11 added information Chapter 23 e Menu H1 extended Test of routing equipment Elucidation and small corrections Chapter 16 1 e Information updated Chapter 17 2 17 2 1 e Footnote added Chapter 19 1 e Information added Chapter 19 2 e Information added Chapter 28 e Footnote added 136 This page has deliberately been left blank a Matsushita Electric Works Fire amp Security Technology AB NAIS Citadellsv gen 23 SE 211 18 Malm Sweden Tel 46 0 40 697 70 00 e Fax 46 0 40 697 70 99 Internet www mfstech com e E mail info mfstech com
125. t each week Access According to chapter Access code for maintenance see page 112 Scroll to menu S5 Clear weekly average Enter technical number to clear 000000 Write the wanted techn ACCEPT no and or press A to accept Clear weekly average Scroll or press Return to return to menu H8 Scroll or press Return to log off 117 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 30 7 Safe shut down of control unit H8 S6 It s not recommended to power off a control unit without doing a safe shut down This is because data can get lost Safe shut down also put the CPU at rest NOTE By reset restart and power off the Fault tx output s will be activated Before a Safe shut down see chapter Reset Restart page 65 Access According to chapter Access code for maintenance see page Scroll to menu S6 Safe shut down of control unit ACCEPT A Shut down control unit 00 0 1 Yes 0 No ACCEE Write the C U number Ready for shut down break the power Count down starts from 1 yes and nnn 300 seconds Se Automatic restart within nnn seconds A Disconnect the power supply mains and battery When the power supply is connected again or if powered all time after 300 seconds there will be an automatic reset restart FAULT Restart CU xx code xx yyyyyyy After restart power on
126. tc This is very serious Call for service personnel engineer immediately FAULT Restart CU nn code xx yyyyyyyyyy Control unit restart reset has occurred 4 The time is programmable in Win512 Max 30 min according to the ENS54 2 standard Default value depending convention 52 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x mn Control unit number 00 29 xx 00 Power On Reset Power supply connected xx 01 Watchdog Reset xx 02 Accidental jump to reset vector xx 03 External reset caused by external watchdog user e g after SSD download or RESET jumper JP4 on the main board 1556 has been used xx 4 19 Unexpected interrupt xx 20 SW monitoring fault If xx 01 02 or 04 20 appear often call for service personnel engineer yy y memory address before restart FAULT Sensor techn no XXXXXX e The sensor is removed from its sensor base e Faulty sensor e Analog detector types 33xx in NORMAL mode The built in self verification function has reported a fault status FAULT Short circuit COM loop x CU xx Short circuit on COM loop x short circuit isolator is not connected on the loop Check the loop NOTE As long as there is a short circuit the COM loop is disabled Each 10 minute is an attempt made to re enable the loop again FAULT Sh cire input x 1580 board x CU xx 8 zones expansion board DET8 This is
127. tector is mounted in an unstable environment See also Planning Instructions chapter Performance factor 91 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x Sensor values and setting alarm algorithm for the Analog heat detector 3308 3309 Access According to chapter Access see page 68 Scroll to menu H4 Present system status on display and printer ACCEPT H4 A Disablement Printout 1 yes U1 Scroll to menu U5 Sensor values To make a printout press Printout 1 else press A to accept Enter technical number 000000 Write the sensor s techn number and or press A to accept A Sensor 000003 ae o This is a list in which Momentary XX C o you can scroll or use gt to see the next information window for the selected sensor Press Return to Enter technical number gt Sensor 000003 A1 short name see Current algorithm A1 separate table page 87 Press Return to Enter technical number or press Access to change the algorithm Access Access code _ If login was made with code for level 3 no code is needed Enter code for level 3 4 Access code The digits are replaced in the display Change algorithm 000003 Current A1 Use gt or Al A2 B 3 Change algorithm 000003 Current A1 gt Al A2 B A Algorithm for sensor 000003 is changed from A1 to B 92
128. tion on that the smoke or heat is increasing and can be used for special actions e g automatic activation of smoke ventilation etc In case of a heavy smoke heat alarm the following will happen e Outputs for heavy smoke heat alarm are activated e Each heavy smoke heat alarm is printed e g In Polish CNBOP convention the Evacuate P5 push button can be used for Alert annunciation Acknowledge 37 When two or more zones or units zone addresses dependent on each other are in alarm status at the same time normal fire alarm will be activated in the system See also EBL512 Planning Instructions 38 See EBL512 Planning Instructions And outputs programmed for each specific heavy smoke heat alarm 4 When printer is available e g control unit 1549 38 Matsushita Electric Works Fire amp Security Technology AB MEW00228 14 4 14 4 1 14 4 2 Rev 2 EBLS512 Operating Instructions V2 1 x kee Heavy smoke A Point 123 45 Time HH MM Date MM DD User programmable text message if progr or Zone 123 Time HH MM Date MM DD User programmable text message if progr BOERS Heavy Neat T 7 Point 123 45 Time HH MM Date MM DD User programmable text message if progr or Zone 123 Time HH MM Date MM DD User programmable text message if progr Heavy smoke heat alarm will be reset when the fire alarm respectively is reset see chapter Alarm reset
129. tional detector Detector with two states normal or fire alarm The detector contains a closing contact and a series alarm resistor Some types are plugged in an ADB see below or a CDB see below Some types are also available as addressable to be connected to a COM loop see below Normally plugged in a CDB see below connected to a conventional zone line with end of line resistor Conventional Detector Base CDB A conventional detector is plugged in a CDB connected to an external line an addressable zone interface conventional zone line etc Addressable Detector Base ADB A conventional detector is plugged in an ADB connected to a COM loop see below Matsushita Electric Works Fire amp Security Technology AB MEW00228 2 2 8 2 2 9 2 2 10 2 2 11 2 3 2 4 2 5 2 6 2 7 2 8 Rev 2 EBLS12 Operating Instructions V2 1 x Addressable A unit with a built in address device i e each unit is individually identified handled and indicated in the control unit The unit can consequently be an addressable zone interface to which one or more conventional alarm points can be connected Old detector Conventional detector with a closing contact short circuit no alarm resistor or detector with two breaking contacts External line Conventional zone line Input to an ADB an addressable zone interface or expansion board intended for one or more conventional alarm points End of li
130. to increase the maximum cable length C U to C U in a network LonWorks A summing up name for the market of Echelon Corporation Inc technology 10 Matsushita Electric Works Fire amp Security Technology AB MEW00228 2 14 2 15 2 16 2 17 2 18 2 19 Rev 2 EBLS12 Operating Instructions V2 1 x Router or Repeater is the same type of unit different configuration All network programming configuration are made with the PC program TLON Manager LED LED Light Emitting Diode Yellow green or red optical indicator lamp External Indicator LED A unit with an LED Connected to an ASB ADB CDB or a detector with a built in LED Lit when the built in LED is lit Display LCD LCD Liquid Crystal Display Display for presentation of fire alarms fault messages etc Normally alphanumeric characters and backlight Door open Key switch In most EBL512 configurations there is a door switch which is activated when the control unit door is opened In some configurations does a key switch replace this door switch The LED Key switch is indicating door open key switch in position access SSD Site Specific Data This data is unique for each installation All alarm points presentation numbers user definable text messages programmable outputs etc are programmed configured in the PC program Win512 and has to be downloaded in EBLS12 SW Software System program The SW
131. u Return H1 but still in test mode Return NOTE See chapter Alphanumeric display in the control unit page 20 regarding priority order When required Zone in TEST MODE Press A to end the test Access code 001 002 003 004 End test ACC mode NAT Test of routing equipment 0 The LED Test mode is 1 Yes 0 No E turned OFF Some national regulations say that the routing equipment shall also be routine tested Press A for no test and press 1 and A to start such a test The following will happen in the system e The Fault tx output will be activated indicated by the LED Fault tx activated e After 30 seconds the Fire brigade tx output will also be activated indicated by the LED Fire brigade tx e After 60 seconds the test will be stopped and the outputs and LED indications will return to normal status I A Test of routing equipment in progress nn starts at 60 and will nn seconds left count down to 00 ooo Monthly test is completed A Perform monthly test Scroll or press Return to EPT log off NOTE During the test the following information will be shown in all other c i e displays Zones in test mode 001 002 003 004 In DBI Danish convention only one zone 6 This is also valid for corresponding programmable outputs NOTE This output is activated in normal state i e it will be de activated 70 Matsushita Ele
132. unit address number Don t have to be in sequence The connections to the TLON network don t have to be in sequence The address is set with a PC SW TLON Manager NOTE In the technical number for unit connected to a BS4 loop the board number 4 Autronica interface board 0 the board number 5 Autronica interface board 1 the board number 6 Autronica interface board 2 and the board number 7 Autronica interface board 3 in the control unit In fault messages for Autronica interface boards the following information is shown Control unit 00 29 BS4 board 0 3 and if required BS4 loop 0 3 2 Can only be used in Swedish SBF convention 31 Matsushita Electric Works Fire amp Security Technology AB MEW00228 13 3 EBLS12 Operating Instructions V2 1 x Presentation number For each fire alarm point input zone a presentation number NNN NN has to be programmed This number is shown in the FBP display s to identify the point zone generating fire alarm It is also used to disable re enable fire alarm points zones and in control conditions expressions to activate the programmable outputs NNN NN 00 99 01 99 The address within the zone 00 Zone number only will be displayed e g for one or more conventional detectors connected to a zone interface ADB MIO or 8 zones expansion board input 001 999 Zone number Together with the zone number and the address a user defin
133. verything is all right else see Memory fault below Booting A fault is now generated in the system and the following text message will be shown in the display FAULT Restart CU nn code xx yyyyyyyyyy Date MM DD Time HH MM Regarding code xx and yy y see page 52 This fault is also indicated by LEDs Fault tx activated L11 and General fault L7 After fault acknowledge menu H6 the LEDs will be turned OFF if there are no other faults After reset a synchronization of the control units starts automatically See also chapter Synchronize the control units H8 S8 page 121 After reset required disablements have to be done Memory fault In case of a fault in the SW system program the following text message will be shown in the display Memory fault in program area Xxx This is also indicated by LED System fault L14 and the buzzer sounds steady The Fault tx output is activated A new download of SW system program is required NOTE After download of SSD see chapter Programming SSD download page 59 the following message might be shown in the display Checksum fault in downloaded data Control unit will now restart After the reset restart see above and the text message FAULT Restart CU nn code xx yyyyyyyyyy Date MM DD Time HH MM Serviced another text message will be shown in the display 66 Matsushita Electr
134. vised outputs type 4 routing equipment have generated fault s Fire brigade tx delay Alert annunciation is activated i e Acknowledge yellow time or Investigation time is running and output s for routing equipment fire brigade tx are not activated Push buttons Keypad on the Control Panel CP Key push button Operation function P6 Fault acknowledge Used to acknowledge the faults shown in menu H6 See also chapter Silence Alarm devices Silence before a fire alarm page 25 10 See chapter Door open page 29 Alert annunciation function described in EBL512 Planning Instructions chapter Alert annunciation 18 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x Teton TC Paper feed white Used for paper feed when a built in printer is available Access white Used to log on i e to get access to the menu tree via an access code to carry out disablements etc Ka Return white Used to stop input of data leave a menu one step up and to log off ER 1 9 and 0 Numeric keys for the figures 0 9 Used to clear delete just written data E Used to accept a menu and accept input of data Left right keys are used to move the cursor in a menu Jp down keys are used to scroll between the menus 12 In Chinese convention only the following is valid If P7 and C are pressed simultaneously the printer wi
135. yes When A is pressed open doors will be shown in the display Two examples Door open CU 00 or Door open FBP x board x CU xx Printing started To stop printing press C and 0 simultaneously ACCEPT Doors open Printout l yes 84 According to chapter Access see page 68 Press 1 for an automatic print out of all open doors Press A for presentation in the display L a list in which you can scroll If there are no open doors and if Return is pressed menu U3 will be shown again Press A and menu U3 will be shown again Scroll or press Return to menu H4 Scroll or press Return to log off Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBLS12 Operating Instructions V2 1 x 26 4 Activated 2 zone address dependent zone address H4 U4 Two unit dependent in Win512 When only one zone or one zone address alarm point is in alarm status the LEDs Fire L1 are blinking 0 8 0 8 sec the buzzer in the c i e sounds 0 8 4 sec and there is a Co incidence alarm presentation in the c i e display The unit s or zone s in Co incidence alarm status is are shown in this menu from which it is also possible to get a print out Co incidence alarm detector ZZZ AA One alarm point or zone User definable text message if progr has activated a Co or incidence alarm Co incidence alarm zone Z2ZZ ZZZ zone number Use
136. ystem Press A to accept A le 00 0000 output 0 If there are no outputs to Depending on the Hest 5 re enable menu B6 will be chosen type 0 1 2 3 le control unit 00 SO shown again resp 4 the following EPT L L a list in which you can will be shown 1 l1 unit 00 RO scroll ACCEPT L Ifit s the correct output to re enable press A to l unit 00 relay board 0 eee accept If not scroll or write the wanted output output for extinguishing 1583 board CU 00 ACCEP and press A to accept Re enable control output type 0 If more re enablements O Loopunit 1 S 2 R 3 RE 4 ES ACCEPT shall be done continue like above If not press Return to menu B6 Scroll or press Return to menu H2 Scroll or press Return to log off 77 Matsushita Electric Works Fire amp Security Technology AB MEW00228 Rev 2 EBL512 Operating Instructions V2 1 x 24 7 Re enable non reset zone address H2 B7 See chapter Single encapsulated reset Zone Detector not reset page 42 LED Disablements L8 blinking is indicating that one or more alarm points have been encapsulated and have to be re enabled before they can generate a fire alarm again Access According to chapter Access see page 68 Scroll to menu H2 EPT H2 Disable zone EPT Bl Scroll to menu B7 R nable non res

Operating Instructions Fire Alarm System EBL512

Contents

Download Pdf Manuals

Related Search

Related Contents