Panasonic EBL128 Planning Instructions Download Page 44 | Manualshive

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Panasonic EBL128 Planning Instructions Download Page 44

Panasonic Eco Solutions Nordic AB

MEW01622

Rev: -

EBL128 Planning Instructions V2.0.x

42

4452

Photoelectric smoke detector.  Replaces 4352, see above.  Like
4352  but  4452  has  a  little  different  design  than  the  4352
detector (see 4401 above) and the smoke chamber net has even
smaller holes.  This will keep insects and particles

larger than

smoke particles out of the chamber.

4375

Heat detector. Fixed temperature heat detector, 60°C, class

A2S

(static response temp. range 54-70°C), latching.

Min./

typical

/max. ambient temp. -10/

+25

/+40°C.

The detector has unleaded soldering. Has replaced 6275.
To be plugged in a base 2324.

4376

Heat detector. Fixed temperature heat detector, 80°C, class

BS

(static response temp. range 69-85°C), latching.

Min./

typical

/max. ambient temp. -10/

+40

/+60°C.

The detector has unleaded soldering. Has replaced 6276.
To be plugged in a base 2324.

6295

Heat detector: Enclosed (IP67)

42

. Fixed temperature (57°C)

heat detector, class

A2 S

(static response temp. range 54-70°C),

latching. Min./

typical

/max. ambient temp. -40/

+25

/+50°C.

Built-in LED that is lit to indicate that the detector has
generated fire alarm. Terminals for ext. LED 2217 / 2218.

6296

Heat detector: Enclosed (IP67)

43

. Fixed temperature (72°C)

heat detector, class

B S

(static response temp. range 69-85°C),

latching. Min./

typical

/max. ambient temp. -40/

+40

/+65°C.

Built-in LED that is lit to indicate that the detector has
generated fire alarm. Terminals for ext. LED 2217 / 2218.

6297

Heat detector: Enclosed (IP67). Fixed temperature (87°C) heat
detector, class

C S

(static response temp. range 84-100°C),

latching. Min./

typical

/max. ambient temp. -40/

+55

/+80°C.

Built-in LED that is lit to indicate that the detector has
generated fire alarm. Terminals for ext. LED 2217 / 2218.

6298

Heat detector: Enclosed (IP67). Fixed temperature (117°C) heat
detector, class

E S

(static response temp. range 114-130°C),

latching. Min./

typical

/max. ambient temp. -40/

+85

/+110°C.

Terminals for ext. LED 2217 / 2218 (to indicate that the
detector has generated fire alarm).

NOTE!

No built-in LED.

42

As from July 2013, this detector holds the ATEX classification:

Ex II 3 G Ex ic IIC T5 Gc, Ex II 3 D Ex ic IIIC T100°C Dc,

-40°C < T

a

< 50°C

.

43

As from July 2013, this detector holds the ATEX classification:

Ex II 3 G Ex ic IIC T5 Gc, Ex II 3 D Ex ic IIIC T100°C Dc,

-40°C < T

a

< 65°C

.

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Summary of Contents for EBL128

Page 1: ...Planning Instructions MEW01622 Revision Fire Alarm System EBL128 V2 0 x Author Jan Pettersson Date of issue 2013 10 08 Date of rev ...

Page 2: ...This page has deliberately been left blank ...

Page 3: ...________________________________ 11 2 8 Control Unit C U C I E __________________________ 11 2 9 Fire Brigade Panel FBP ___________________________ 11 2 10 Control panel CP ________________________________ 12 2 11 LED____________________________________________ 12 2 12 External Indicator LED ___________________________ 12 2 13 Display LCD ____________________________________ 12 2 14 Door open Key ...

Page 4: ...rol __________________________________ 31 5 5 3 Zone control _________________________________ 31 6 Peripheral devices__________________________ 32 6 1 COM loop units___________________________________ 32 6 1 1 Input units ___________________________________ 34 6 1 2 Addressable I O units __________________________ 45 6 1 3 Alarm devices addressable _____________________ 47 6 1 4 Short circuit iso...

Page 5: ...nit output beacon _______________________ 73 9 11 The 4383 unit output Light indicator _________________ 73 10 Output programming _______________________ 74 10 1 Type ___________________________________________ 74 10 2 Logic ___________________________________________ 75 10 3 Supervised_______________________________________ 75 10 4 Output signal period _______________________________ 75 10 5 Cont...

Page 6: ...incidence alarm 103 13 9 Delayed alarm ___________________________________ 103 13 10 Alarm Verification Facility_______________________ 104 13 11 Alert Annunciation _____________________________ 105 13 12 Alarm Acknowledgement Facility AAF ____________ 106 13 13 Quiet alarm ___________________________________ 109 13 14 Fire alarm type A and Fire alarm type B_____________ 109 13 14 1 Fire alarm typ...

Page 7: ...ttery faults____________________________________ 121 14 2 1 FAULT Battery _____________________________ 121 14 2 2 FAULT Low battery capacity __________________ 121 14 3 Watchdog reset __________________________________ 122 14 4 Routing equipment isolate disable __________________ 122 14 5 Acknowledged alarm _____________________________ 122 15 Advanced mode___________________________ 123 15 1 Pul...

Page 8: ...Save_______________________________________ 138 18 1 5 Save As ____________________________________ 138 18 1 6 Print labels__________________________________ 138 18 1 7 Exit _______________________________________ 139 18 2 The View menu__________________________________ 139 18 2 1 Tree view___________________________________ 139 18 2 2 Deviations __________________________________ 139 18 2 3 Selec...

Page 9: ...M loop cable length_____________________ 159 23 Current consumption ______________________ 162 24 Power supply_____________________________ 167 24 1 Charger functions ________________________________ 167 24 1 1 Battery charging functions _____________________ 168 24 1 2 Security functions ____________________________ 168 24 2 Current consumption calculations____________________ 169 24 3 Main power...

Page 10: ...o continual development and improvement different S W versions are to be found This document is valid for the EBL128 S W version 2 0 x On the date of this document is x 0 EBL128 S W version 2 0 x support and some functions require the EBL128 main board 4556 with p c b no 9285 6A This S W version also support main board with p c b no 9285 6A e g 9285 5A EBL128 is produced for many countries accordi...

Page 11: ...e a configuration e g CFG 1 and a revision e g REV 2 sometimes is a S W software downloaded S W A S W has a version number e g V2 0 0 sometimes is additional information such as Convention different functions facilities Language etc added PC S W A PC S W is a program used for programming commissioning etc It has a version number ...

Page 12: ...sed In the Advanced mode the alarm algorithms are stored in the detector instead of the control unit Analog detectors are addressable an address setting tool is used for address and mode settings An analog detector has to be plugged in an ASB 2 2 4 Analog Sensor Base ASB A sensor is plugged in an ASB which is connected to a COM loop see below 2 2 5 Conventional detector Detector with two statuses ...

Page 13: ...ontrol output Defined or programmable function Relay or supervised monitored voltage output in EBL128 or an output unit 2 5 Short circuit isolator Addressable unit for automatic isolation of a segment on a COM loop see below in case of short circuit on the loop 2 6 Display unit D U Unit for fire alarm presentation incl alarm texts if programmed Connected to an RS485 line 2 7 COM loop Loop a cable ...

Page 14: ...ctivated in order to get access to the push buttons on the front Indicated by the LED Door open 2 15 Site Specific Data SSD This data is unique for each installation All alarm points presentation numbers alarm texts programmable outputs etc are programmed configured in the PC program EBLWin and has to be downloaded in EBL128 2 16 Software S W Firmware System program The S W makes EBL128 the microp...

Page 15: ...ote 4580 8 zones expansion board 4581 8 relay outputs expansion board 4583 In and outputs expansion board Regarding the expansion boards see also chapter Expansion boards 458x page 24 and EBL128 drawings 3 1 2 Power supply The main power source is a built in switched power supply rectifier 4557 230 V AC 0 6 A 24 V DC 1 8 A The second power source is a backup battery 2 x 12 V In the c i e is space ...

Page 16: ...d for programming and commissioning i e to create download upload backup the site specific data SSD download new S W version language text file EBL128 settings e g convention etc create download the alarm texts shown in the display in EBL128 ext FBP and or AA units The EBLWin S W shall have the same version number as the EBL128 S W version number e g 2 0 x Only x may be different Old SSD files can...

Page 17: ...oop units are connected Connections and more information see drawing 128 21 o Two programmable supervised voltage outputs S0 S1 Default programmed as outputs for alarm devices Connections and more information see drawing 128 22 o One programmable relay output R0 Default programmed as output for fire alarm routing equipment Fire brigade tx Connections and more information see drawing 128 23 o One n...

Page 18: ... 128 25 o 24 V DC power supply output for a Web server 1598 Connections and more information see drawing 128 25 Built in power supply rectifier and space for back up batteries Connections and more information see drawing 128 24 Space for optional expansion board holder Expansion boards mounting kit 4551 Up to four expansion boards can be mounted in the holder Space for routing equipment DIN rail a...

Page 19: ...cess to the menu tree i e main and sub menus for data input output manoeuvres etc The CP also holds several system status LEDs 4 1 COM loop EBL128 has one COM loop 0 to which the loop units are connected Connections to J1 1 4 according to drawing 128 21 On the COM loop can theoretically 255 COM loop units be connected i e address 1 255 The exact number of units that can be used and the cable lengt...

Page 20: ...one after another until it is not possible to turn on any more isolator i e the isolator closest to a short circuit will not be turned on alt the isolator closest to just before a break will be turned on In case of short circuit on the COM loop only the segment s between the now turned off isolators will be isolated In case of a break no segment s will be turned off One or more fault messages will...

Page 21: ...t all units are found when communicating in the A direction only and not when communicating in both directions there must be two or more breaks on the COM loop A no reply fault see above will be generated for each unit not found There will also the following fault message FAULT Cut off SCI nn SCI nn nn A B 00 01 02 03 and up to 63 depending on if none one or several isolators are used A B are the ...

Page 22: ...tage outputs S0 S1 The outputs S0 S1 are normally supervised monitored 8 One to five 33K resistors can be connected9 Connections to J1 5 8 according to drawing 128 22 When the connections are finished a calibration has to be performed9 See also the EBL128 Operating Instructions chapter Calibration of supervised outputs menu H5 A1 Each output has to be programmed via EBLWin regarding Type Control F...

Page 23: ... fault tx R1 Connections to J1 20 22 according to drawing 128 23 Not programmable relay output 12 This output for fault routing equipment Fault tx is activated during normal operation and will be de activated when a fault is generated in EBL12815 De activated output is also indicated by the LED Fault tx activated This output can be disabled via door open or via menu H2 B10 This output can be teste...

Page 24: ...board 4556 where an optional RS485 transceiver communication module 4552 can be mounted This transceiver provides an interface screw terminals J1 15 16 for up to eight Display Units i e ext FBP 182618 1828 and or AAU 1735 1736 and or EPU 1728 running in S W mode xxxx 158719 The data rate in this mode is 9600 baud and max cable length is 1200 m Connections to J1 15 16 according to drawing 128 23 On...

Page 25: ...drawing 128 24 4 10 Internal Power supply Connector for the Web server II 1598 power supply 24 V DC16 output 3 ways Molex connector Max 500 mA Fuse F921 Connections to J4 according to drawing 128 25 20 Batteries are not included in the c i e type number i e batteries have to be ordered separately 21 Fuse F9 is also for the 24 V DC power supply output for external equipment see drawing 128 22 ...

Page 26: ...rd plugged as a piggy back to an Application board Fan Generic or Zone The Application board is connected to the COM loop and to 24 V DC Up to four 4582 boards can always be used and up to eight if no expansion boards of type 4580 4581 or 4583 are used Figure 4 I O Matrix board 4582 Each expansion board 4580 4583 has to have an expansion board address 0 7 set via jumpers on the expansion board res...

Page 27: ... Up to four 4580 boards can be used Each board has to be programmed via EBLWin regarding Address set via the jumpers JP2 JP4 see Figure 5 above The 4580 board has eight conventional zone line inputs 0 7 intended for conventional detectors In the last alarm point on each zone line an end of line device has to be connected depending on the selected Type of zone line input see below Connections to J1...

Page 28: ...one line current consumption is 1 0 mA 5 2 2 Input states Each input will be in one of six different states 5 2 2 1 Normal state This is the normal zone line input state i e no alarm no fault etc and the nominal voltage is 24 V DC23 From this state any other state can be reached activated 5 2 2 2 High current state Max current consumption limit24 for the zone line input is exceeded which is indica...

Page 29: ...s to be programmed via EBLWin regarding Type i e output for Control Alarm devices etc Output signal period steady pulse delay etc Logic i e normally open NO or normally closed NC contacts26 Control expression one or more trigger conditions For more information see chapter Programmable outputs page 70 The terminals support a wire size up to 1 13 mm2 1 2 mm 5 4 Inputs and outputs expansion board 458...

Page 30: ...ally closed Control expression containing one or more trigger conditions Output 2 J1 11 12 Normally open high resistance 3K3 or Normally closed low resistance 680R German extinguishing system Löschanlage See also chapter Programmable outputs page 70 Input 0 4 has to be programmed via EBLWin regarding Type trigger condition Supervised Not supervised Logic i e Normally open high resistance 3K3 when ...

Page 31: ...ly connected to the 4582 board The I O Matrix board 80 x 63 mm is plugged piggy back connection to the Application board respectively and has 16 inputs and 48 outputs The COM loop and 24 V DC is connected to Application board Three different application board types can be selected via jumpers JP4 JP5 on the I O Matrix board Generic control and indicating panel Mimic panel alt New Zealand indicatio...

Page 32: ... test on Input 15 The 4582 board has 48 LED outputs and 16 switch inputs 0 15 Depending on if the Application board is of the type Generic Fan or Zone the outputs and inputs are programmed differently 5 5 1 Generic Used for application board type Generic Each output 0 47 has to be added and programmed via EBLWin regarding Output no 0 47 Properties like for any programmable relay output Each input ...

Page 33: ...255 Name Fan control I O unit normally not changed Fan control information I O Matrix fan control Fan control fan 0 3 Supervised or not supervised Input In0 Output latched or not latched Enhanced fan control function or not 29 Fault detection time Input In0 30 255 seconds Properties for Re0 29 like any programmable output Normally stopped or Normally running 5 5 3 Zone control Used for application...

Page 34: ...n Fire Brigade Control Panels Feuerwehr Bedienfeld FBF 20033 and or German Fire Brigade Indicator Panels Feuerwehr Anzeigetableau FAT 20023 are connected to the RS485 interface in EBL128 Routing equipment Fire brigade tx Fault tx is normally connected to the R0 R1 outputs in EBL128 Regarding the Fire brigade tx see chapter Fire alarm type A and Fire alarm type B page 109 German routing equipment k...

Page 35: ...d on the Australian market only Obsolete loop units listed below can be found in old installations and can be used in EBL128 installations as well 2300 2304 plugged in base 2312 2304 4301 3304 in 2312 mode NOTE When one or more of the Obsolete loop units listed above are used on a COM loop only technical address 1 127 can be used Address setting Technical address Each COM loop unit has to have a u...

Page 36: ...ts only Alternative Alarm algorithm Time Channel if you wish some units only Figure 7 An example of an EBLWin dialog box is the Analog photo electric smoke detector 4301 4401 Normal mode properties dialog box Connections if nothing else is specified see drawing 128 21 6 1 1 1 Analog Sensor Bases ASB 3312 Analog Base An analog detector Sensor is to be plugged in 3312 Terminals for ext LED 2217 2218...

Page 37: ...set with Address setting tool 3314 4414 The call point has an address label on which the programmed technical address is to be written 3333 is to be surface mounted in the supplied red backbox or flush mounted in a Swedish 65mm circular mounting box For indoor use and in dry premises The Address setting tool is also used for mode setting NORMAL mode Flashing or not flashing LED see Product leaflet...

Page 38: ...etector To be plugged in a base 3312xx 3379 4313 Built in LED that is lit to indicate that the detector has generated fire alarm Prepared for mechanical lock screw attached The technical address is set with Address setting tool 3314 4414 The detector has an address label on which the programmed technical address is to be written The Address setting tool is also used for mode setting NORMAL mode 33...

Page 39: ...7 Can be used to disable one of the detectors during working hours and in control expressions for programmable outputs The detector unit has one technical address set with Address setting tool 3314 4414 used for programming and fault presentation Another technical address will automatically be occupied i e 4300 occupies two technical COM loop addresses b One presentation number address The detecto...

Page 40: ...nd less smoke is required to activate fire alarm Very little smoke require a high temperature to activate fire alarm and very much smoke will activate fire alarm also at a low temperature 0 10 20 30 40 50 60 70 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 Smoke value Temperature Figure 8 When the calculated value in the decision algorithm exceeds the lower graph pre warning will be activated When ...

Page 41: ...and particles41 larger than smoke particles out of the chamber The COM loop address Technical address is set with the Address setting tool 3314 4414 The detector has an address label on which the programmed technical address can be written The Address setting tool is also used for mode setting Advanced mode 4400 has to be set to Advanced mode via the Address setting tool 4414 Note the Address sett...

Page 42: ...n this mode base 3312 works like the smoke detector 2321 base 2330 2312 mode 4301 in this mode base 3312 works like the smoke detector 2304 base 2312 4401 Analog photo electric smoke detector Replaces 4301 see above Scattered light i e reflection of infrared light is used to detect smoke The detector has unleaded soldering Shall be plugged in base 3312xx 3379 4313 Built in LEDs red are blinking to...

Page 43: ...tional Detectors 4318 Combination heat detector Rate of rise and fixed temperature 59 C heat detector class A1 R Static response temp range 54 65 C ambient temp min typical max 10 25 50 C Has replaced 2318 To be plugged in a CDB 2324 4350 Multi detector This detector will be deleted and not replaced A smoke detector and a heat detector within one housing Scattered light i e reflection of infrared ...

Page 44: ...in LED that is lit to indicate that the detector has generated fire alarm Terminals for ext LED 2217 2218 6296 Heat detector Enclosed IP67 43 Fixed temperature 72 C heat detector class B S static response temp range 69 85 C latching Min typical max ambient temp 40 40 65 C Built in LED that is lit to indicate that the detector has generated fire alarm Terminals for ext LED 2217 2218 6297 Heat detec...

Page 45: ...ormation A connection cable with crocodile clips and tab terminals is supplied with the tool and can be used when required 4414 orange front will replace 3314 grey front but 4414 is only required when the 4400 and 4401 detectors shall be used in Advanced mode Turn on the tool On Off CLR button A blinking curser and mode M0 will be shown in the display Plug the detector s SA SB terminals onto the t...

Page 46: ...ut Re0 NC or NO contacts set via EBLWin Relay output Re1 NC or NO contacts set via EBLWin Connections and examples see drawings 128 21 26 The unit s dimensions L x W x H 90 x 70 x 32 mm A plastic protection cover is attached The cover s dimensions L x W x H 129 x 73 x 45 mm The unit is intended to be surface mounted and for indoor use in dry premises When required the unit can be mounted in a Wate...

Page 47: ... no connection communication with EBL128 The unit also has two inputs i e one for power supply 24 V DC and one for Mains OK VO0 Normally low or high set via EBLWin 24 V DC 1 A 51 VO1 Normally low or high set via EBLWin 24 V DC 1 A 51 VO2 Normally high 24 V DC 1 A 51 Fire door closing function 24 V DC From an external power supply unit 3366 or EBL128 Mains OK From an external power supply unit 3366...

Page 48: ...ons page 174 4477 Addressable siren Replaces 3377 see above 4477 is like the 3377 unit but it also has a built in short circuit isolator The function is described at page 49 The isolator does not use any COM loop address The technical address is set with Address setting tool 3314 4414 The siren has an address label on which the programmed technical address is to be written The Address setting tool...

Page 49: ... data see the Product Leaflet The COM loop address is set with the Address setting tool 3314 4414 The unit has an address label on which the programmed COM loop address can be written The Address setting tool is also used for mode setting NORMAL mode Used for 4380 in system EBL128 2330 mode Not used in system EBL128 2312 mode Not used in system EBL128 4383 Light indicator 4383 is a light indicator...

Page 50: ... will be minimised 4313 is power supplied via the COM loop For more information see the Product Leaflet The COM loop address is set with the Address setting tool 3314 4414 The unit has an address label on which the programmed COM loop address is to be written The Address setting tool is also used for mode setting NORMAL mode Used for 4313 in system EBL128 2330 mode Not used in system EBL128 2312 m...

Page 51: ...3 B If more isolators have to be added the sequence numbers have to be updated via EBLWin e g if one isolator is put in between isolator no 00 and no 01 in the figure the new isolator has to have sequence number 01 and the old no 01 has to be changed to no 02 and so on Short circuit cut off break on the COM loop See chapter COM loop page 17 See also chapter Fault messages in the EBL128 Operating I...

Page 52: ... entries and two end of line resistors 10K with an area 230 mm2 are supplied Box dimensions L x W x H 175 x 125 x 150 mm BASEEFA ATEX classification EEx ia IIC Tamb 60 C 2822 Isolated zone interface The Isolated zone interface 2822 contains of a waterproof box IP66 67 that is supplied with four compression glands for the cable entries an Isolated zone interface board 2823 mounted on a DIN rail a D...

Page 53: ...ammed as an analog photoelectric smoke detector 4401 in NORMAL mode but it has to be connected to a COM loop via an IS barrier unit 2842 DEKRA Ex II 1 G Ex ia IIC T5 Ga 2842 and 2843 have to be ordered separately 6 1 5 3 Intrinsically Safe heat detectors DCD 1E IS Intrinsically Safe heat detector 2811 A conventional intrinsically safe Rate of Rise heat detector fixed temperature 60 C class A1 shal...

Page 54: ...nit has a 24 V DC56 power supply output for external equipment with up to 2 1 A or 0 85 A continuous current consumption at the same time as the battery charging is in progress 57 In case of no battery charging the continuous current consumption can be up to 4 A It has a number of security functions e g against to high current output and to low battery voltage etc For more information see the Tech...

Page 55: ...y Via EBLWin can Selective alarm presentation be programmed i e you can select which alarms that shall be presented in each unit see the Technical Description for the unit respectively 6 2 1 External Fire Brigade Panels 1826 External Fire Brigade Panel ext FBP A light grey metal housing HxWxD 288 x 400 x 95 mm with a door A key is required to open the door which has a Plexiglas ahead of the FBP fr...

Page 56: ... x 50 mm made of grey high impact ABS Fitted with a supplementary O ring gasket it will comply with IP61 in respect of dust and moisture The unit has no door i e the front is accessed directly but a key is required to get access to the push buttons They are disabled until they are supposed to be used The unit shall be wall mounted Two compression glands are attached In all other respects it is lik...

Page 57: ...ration i e the AA function is enabled in the system A time channel can be used to enable the AA function Fire brigade alerted indicating that the Fire brigade tx output is activated in EBL128 because the activated fire alarm is not an AA alarm the AA function has been ended e g the acknowledge or investigation time respectively has run out etc Acknowledge indicating that the AA alarm has been ackn...

Page 58: ...m if programmed in EBL128 Furthermore at least 617 texts can for selected fire alarms be stored in the unit and will in such a case be shown instead of the texts sent out from EBL128 for these alarms These text messages will be downloaded to the unit via EBL128 Any fault in the system will be presented as General fault in system The buzzer will sound 62 It can be silenced Any disablement in the sy...

Page 59: ...cordance with DIN 14662 The front s designation texts are in German Serial RS485 interface for IHD protocol The unit is power supplied from EBL128 or an ext power supply Up to 1200 m cable can be used 6 3 Units connected to the RS232 interface J5 6 3 1 Web servers 1598 Web server II This unit can be used a for presentation of the actual c i e status in a PC using the web browser Microsoft Internet...

Page 60: ...BL128 c i e RS232 to connect the web server to other PC system RJ45 10 BASE T to connect the web server to Internet an intranet LAN Molex 3 5 to connect the web server to a power supply 24 V DC max 65 mA e g to J4 in the EBL128 c i e 6 4 Units connected to the RS232 interface J3 J3 is a 9 ways female D connector This interface is used only for connection of a PC with the PC program EBLWin to an EB...

Page 61: ...be used for cable entry The unit has the following LEDs Fire indicating fire AA alarm Operation indicating that the unit is in operation i e the AA function is enabled in the system A time channel can be used to enable this function Fire brigade alerted indicating that the Fire brigade tx output is activated in EBL128 because the activated fire alarm is not an AA alarm the AA function has been end...

Page 62: ...es according to drawing 128 22 For addressable sounders see page 47 6 5 4 Door release magnets In the Panasonic product range are no Door release magnets Door release magnets shall always be provided with a suppresion diode e g 1N4004 in parallel with the coil like in the alarm devices see drawing 128 22 6 5 5 Boxes 3362 Waterproof box IP66 67 A grey polycarbonate box with ingress protection ratin...

Page 63: ...ed but used as Interlocking input it is recommended to add some identification information Type Trigger condition Supervised or not supervised Not valid for 3361 Logic Normally open high resistance 3K3 when supervised or Normally closed low resistance 680R when supervised Ext Fault Text only for trigger cond External fault Ext time channel Name only for trigger cond External time channel Technical...

Page 64: ...ng on the selected logic Normally open high resistance or Normally closed low resistance the following table is valid Line resistance R Normally open high resistance Normally closed low resistance R 6K8 Open circuit cut off Open circuit cut off 6K8 R 2K nom 3K3 Not activated Activated 2K R 70 nom 680 Activated Not activated R 70 Short circuit Short circuit 7 1 2 1 Input line fault If open circuit ...

Page 65: ...22 Rev EBL128 Planning Instructions V2 0 x 63 7 2 3361 unit Inputs In0 Z In1 Connections see drawing 128 26 NOTE The input In0 Z can be used as a general input In0 or as a monitored zone line input Z requiring an end of line capacitor 470 nF ...

Page 66: ...nnunciation Reset 9 Door Closing Test Input 10 Evacuate one input 11 External Fault up to 50 12 External Time Channel one input per time channel 13 Extinguishing alarm 14 Extinguishing start 15 Extinguishing stop 16 Extinguishing system fault one input 17 Extinguishing system released one input 18 Fault Signal External Fuses one input 19 Fault Signal External Power Supply one input 20 Fault warnin...

Page 67: ...Operating Instructions for more information 8 Like 7 9 Fire door closing outputs will be activated for 20 seconds by this trigger condition 10 Activated input will activate all programmable outputs of type Alarm devices steady continuous 11 Ext fault will activate a fault in EBL128 A user definable fault message text with up to 40 characters will be shown 12 External clock timer key switch switch ...

Page 68: ...ply 20 Activated input will generate a fault in EBL128 The following fault message will be shown FAULT Fault warning routing equipment 21 A special detector push button etc can activate a fire alarm in EBL128 Zone no and Address user definable text 22 A feed back from the equipment activated by the corresponding interlocking output Activated input is shown in menu H9 C1 See also chapter Interlocki...

Page 69: ... will be activated 29 The Addressable multipurpose I O unit 3361 monitored input In0 used as zone line input Z for conventional detectors 8 2 Logic The logic has to be set in the EBLWin dialog box Input Properties 8 2 1 Not supervised default Normally open low Normally open contact normally low optocoupler input 3361 Normally closed high Normally closed contact normally high optocoupler input 3361...

Page 70: ...dressable beacon 4380 and Addressable Light indicator 4383 can also be connected on the COM loop i e these units have no physical output only a siren sounder beacon etc NOTE Units type 3377 3378 3379 4477 max 50 Units type 4380 max 10 Each output is programmed via EBLWin when applicable regarding Name Normally not changed Type Output signal period continuous pulse delay etc Logic NO normally low o...

Page 71: ...g box Addressable siren 3377 The dialog box for 3378 3379 is similar For Addressable siren with isolator 4477 also a Sequence number 9 1 Control unit outputs S0 S1 EBL128 has two programmable supervised monitored 66 voltage outputs S0 Supervised monitored voltage output 24V DC67 max 500 mA Fuse F8 66 Supervised as default but via EBLWin it is possible to set each output individually as not supervi...

Page 72: ... Relay output NO or NC contacts programmable Output 2 Relay output NO or NC contacts programmable Output 3 Relay output NO or NC contacts programmable Output 4 Relay output NO or NC contacts programmable Output 5 Relay output NO or NC contacts programmable Output 6 Relay output NO or NC contacts programmable Output 7 Relay output NO or NC contacts programmable Relay contact ratings Max 2A 30 V DC ...

Page 73: ...tput siren Each unit has one programmable output Output Siren with three priority levels and three sound types Connections and more information see drawing 128 21 9 8 The 3378 unit output sounder Each 3378 unit has one programmable output Output Sounder with three priority levels and three sound types Connections and more information see drawing 128 21 9 9 The 3379 unit output sounder Each 3379 un...

Page 74: ... menu H9 C1 70 Collectively disabled via menu H2 B4 all control outputs Re enabled via menu H2 B8 71 Collectively disabled via menu H2 B4 all ventilation outputs Re enabled via menu H2 B8 LED Ventilation is indicating activated output 72 Collectively disabled via menu H2 B4 all extinguishing outputs Re enabled via menu H2 B8 LED Extinguishing is indicating activated output 73 Collectively disabled...

Page 75: ... S0 S1 page 20 10 4 Output signal period Each output uses an Output signal period which controls the output s activation The following are available Steady continuous Intermittent 0 8s 0 8s User defined 1 User defined 2 User defined 3 User defined 4 User defined 5 User defined 6 User defined 7 User defined 8 User defined 1 8 can be built up with type and time The following types are available Stea...

Page 76: ... x 74 Figure 13 Delay time Pulse length Pulse off and or De Activation have to be set for the Signal period respectively For types 1 4 the x and y times must be equal and max 5 6s For types 2 5 the x time must be max 5 6s NOTE There are limitations according to the following table ...

Page 77: ...ermittent X X XXX XX 2 One pulse X X XXX 3 Steady continuous delayed activation X X X X X X X X X 4 Intermittent delayed activation X X XXX XX 5 One pulse delayed activation X X XXX 6 Steady continuous delayed de activation X X X X X X X X Figure 14 The types that can be used in the Output signal period for the programmable output respectively X Output type can be used XX Output type can be used b...

Page 78: ...sion is true Figure 15 In any output dialog box click the right mouse button in the large white field Select Alarm Interlocking Disablement or Other to open a Trigger conditions list Depending on the selected trigger condition different arguments data have to be entered In the figure is the trigger condition General Fire Alarm selected 10 5 1 Trigger conditions Some trigger conditions require addi...

Page 79: ...o Address Dependent Fire Alarm Zone no Address 14 Two Zone Dependent Fire Alarm Zone no 15 Multiple Detector Alarm 16 One Detector Alarm 17 Key Cabinet Alarm 18 AAF Zone Alarm AAF Zone no 19 Quiet Alarm Zone Zone no 20 Quiet Alarm Zone Address Zone no Address 21 General Fire Alarm Reset 10 5 1 2 Interlocking 22 Interlocking Input Area Activated Area no 23 Interlocking Input Area Point Activated Ar...

Page 80: ... Technical Warning techn warning 56 General Technical Warning Comments to the trigger conditions functions Alarm 1 Fire alarm For more information regarding fire alarm see EBL128 Operating Instructions MEW01623 Output is activated when the specified Zone is in alarm 2 See 1 Output is activated when the specified alarm point is in alarm 3 See 1 Output is activated when any alarm point or Zone is in...

Page 81: ...ependence is in fire alarm state For more information see EBL128 Operating Instructions MEW01623 15 Output activated when Multiple detector alarm is true i e fire alarm type A 77 16 Output activated when One detector alarm is true i e fire alarm type B77 17 General Key cabinet alarm activated For more information see EBL128 Operating Instructions MEW01623 18 Alarm Acknowledgement Facility Australi...

Page 82: ...ut shall be type Control neutral 32 The control expression is true output activated when all control outputs of the types Control Fire ventilation and Extinguishing are disabled via menu H2 B4 79 This output shall be type Control neutral 33 The control expression is true output activated when all control outputs of type Alarm device are disabled via menu H2 B9 This output shall be type Control neu...

Page 83: ...ions MEW01623 43 Output activated for Door open in the control unit or in any Ext Fire Brigade Panel in the system 85 44 This trigger condition plus the OR operator shall be used for each detector Zone Address controlling a fire door normally two detectors Type of output is normally Control neutral 86 Output activated see chapter Fire Door Closing function page 92 45 Output activated when Service ...

Page 84: ...s generated 83 55 Output activated when the specified technical warning is generated 88 56 Output activated when one or more technical warnings are generated 10 6 Logical operators The logical operators available in EBLWin are in priority order parentheses changes priority order NOT not function inverts is written NOT in EBLWin AND and function is written AND in EBLWin OR or function is written OR...

Page 85: ...1 1 1 1 10 6 1 2 OR a OR b OR c y y is true if at least one of the conditions a b c is true i e a 1 or b 1 or c 1 makes y 1 This is also shown in the following table a b c y 0 0 0 0 0 0 1 1 0 1 0 1 0 1 1 1 1 0 0 1 1 0 1 1 1 1 0 1 1 1 1 1 10 6 1 3 NOT Inverts a condition e g NOT b NOT 0 1 A OR NOT b AND c y This is shown in the following table a b c y ...

Page 86: ...s are added which makes a differance This is shown in the following table a b c y 0 0 0 1 0 0 1 1 0 1 0 1 0 1 1 0 1 0 0 1 1 0 1 1 1 1 0 1 1 1 1 1 10 6 1 5 Control expressions The AND operator has priority i e a AND b OR c a AND b OR c This is perhaps more obvious if you write it a b c NOTE a AND b OR c a AND b OR c Here follows some examples and explanations to show how to build a control expressi...

Page 87: ...closed Example 3 Output Voltage output VO0 Control expression Fire Alarm Zone 23 AND Fire Alarm Zone 24 AND NOT General Fault Explanation Fire alarm activated in zone 23 and zone 24 will activate the output VO0 only if there are no faults in the system at the same time Example 4 Output Voltage output S1 Control expression Consecutive Fire Alarm 10 10 10 19 1 OR Consecutive Fire Alarm 10 21 10 40 1...

Page 88: ...tput will be indicated in menu H9 C1 Name It is recommended to add information e g the interlocking combination s presentation number Area Point 11 1 2 Interlocking input The Input dialog box is to be used Triggered by Interlocking Input is to be selected Activated input will be indicated in menu H9 C1 Name It is recommended to add information e g the interlocking combination s presentation number...

Page 89: ...lect one output and one input in the list respectively 90 Press Select and the selected output and input will be shown in the Selected output and Selected input field respectively Text Interlocking text to be shown in the menu H9 C1 Can be written in this field or in the Texts dialog box see chapter Creating the alarm texts via EBLWin page 114 Buzzer checked activated interlocking input will turn ...

Page 90: ... page 90 In menu H9 C1 information will be shown as follows Output AA PP activated at HH MM Interlocking text or Output AA PP act HH MM input act HH MM Interlocking text or Input AA PP activated at HH MM Interlocking text AA Interlocking combination Area PP Interlocking combination Point within the Area HH Hours MM Minutes Use to scroll between several interlocking combinations 11 3 2 Activate int...

Page 91: ...rlocking can be disabled via menu H9 C4 A disabled output will stay in or return to the normal condition for the output respectively The Interlocking Combination i e Area Point is to be entered to disable the output All interlocking outputs can be disabled collectively via menu H2 B4 11 3 5 Re enable interlocking output H9 C5 Interlocking outputs i e Output Type Interlocking can be re enabled via ...

Page 92: ...ablement any of the programmed detectors or the involved zone s A definite time every day if programmed via EBLWin The output will be activated for 20 seconds Via a programmable input trigger condition no 9 Door Closing Test Input The output will be activated for 20 seconds NOTE For safety reasons should an I O unit 3361 output not be used 94 If there is short circuit or a double break on the COM ...

Page 93: ...mory in EBL128 and each week these stored sensor values are used for a week average sensor value calculation 96 This is done for each analog smoke detector individually In Figure 17 the digital week average sensor values during a certain time are represented by the graph Week average sensor value B Each analog smoke detector has a default sensor value 0 1 m and a week average sensor value 0 1 m i ...

Page 94: ...inuous Sensor Information for one or several detectors Also via the Web server II 1598 you can get Sensor Information for one or several analog detectors on a COM loop The smoke detector sensor values are presented as obscuration in per meter m Heat detector values as C 13 3 Decision value In order to secure real fire alarms and reduce the nuisance alarms a decision value is calculated The decisio...

Page 95: ...tivity Default Fire alarm offset is 3 0 smoke obscuration per meter High sensitivity Fire alarm offset is 2 4 smoke obscuration per meter i e less than for normal sensitivity Can be used when an early fire alarm is wanted Low sensitivity Fire alarm offset is 3 6 smoke obscuration per meter i e more than for normal sensitivity Can be used to reduce nuisance alarms97 Normal detection time 15 sec Def...

Page 96: ...l decision value is X the decision value is set equal to the new sensor value If the difference is X the decision value is increased or reduced by X X The Step Value It is different depending on the sensitivity and detection time i e it is depending on the selected alarm algorithm see Figure 18 The decision value can consequently not be increased decreased with a value exceeding the X value even i...

Page 97: ... according to Figure 18 but the principle is the same In this example the sensor values and decision values at start are approx equal 10 When smoke comes into the detector the sensor values will increase and by the fourth polling be approx 27 Since 27 10 X 5 the decision value 10 is increased by X 5 to 15 Next polling the sensor value is approx 45 i e the decision value 15 is increased by X 5 to 2...

Page 98: ...ing level will be lowered to a level right between the original pre warning level and the smouldering level The fire alarm level will be lowered to a level right between the original fire alarm level and the pre warning level If the decision value has reached the pre warning level but not the fire alarm level after additional 90 minutes 2 4 in the figure the pre warning and fire alarm levels will ...

Page 99: ...l and the pre warning level and the fire alarm level are lowered A 90 minutes timer is started 3 The decision value has here reached the pre warning level and pre warning is activated 4 After the 90 minutes the decision value is still over the pre warning level but has not reached the fire alarm level The pre warning level and the fire alarm level are lowered again A 120 minutes timer is started 5...

Page 100: ...r alarm algorithm that is normally used and one Alternative alarm algorithm that is turned on off via a time channel internal or external E g class A1 can be used during night time and class B can be used during daytime the alternative alarm algorithm is used to reduce nuisance alarms during working hours The actual algorithm can be read in menu H4 U3 When the c i e has picked up a sensor value ab...

Page 101: ...vel is 50 C Heavy heat alarm level is 90 C 13 5 3 Class B S algorithm Conforms to Class B S Typical max application temperature 40 50 C Max min static response temperature 69 85 C The algorithm is as follows Fire alarm level is 74 C Pre warning level is 64 C Heavy heat alarm level is 90 C The Class B S algorithm can be used when the application temperature is high compare with the Class A1 an A2 S...

Page 102: ...nwanted false alarms nuisance alarms A time channel can turn on off this function 13 8 1 2 zone dependence Each zone in the system can be programmed to be Two zone dependent for fire alarm activation The zone has to belong to one of ten Two zone dependent groups 1 10 100 Function Two or more zones in the same group have to be in fire alarm state 101 at the same time to activate fire alarm in the c...

Page 103: ...ront and will be automatically reset 5 min after it is no longer in fire alarm state 13 8 3 Reset of 2 zone 2 address dependence co incidence alarm The unit zone having activated a Co incidence alarm will be latched in this status for at least 5 minutes and then automatically reset During these 5 minutes the push button Reset on the c i e front FBP can be used to manually reset the Co incidence al...

Page 104: ...m is indicated in the control unit c i e as follows The buzzer sounds like for pre warning 0 8 5 sec Information in the c i e LCD e g for a detector Delayed alarm detector ZZ AA 13 10 Alarm Verification Facility In some premises AVF can be used to avoid unwanted false alarms nuisance alarms Note this function is a violation to the EN54 2 standard This function is valid for any zone line input but ...

Page 105: ...aytime working hours only A time channel can turn on off enable disable the AA function When the AA function is turned on enabled it is indicated by the LED Routing equipment Fire brigade tx delay on the c i e front Normally only one time channel is used for this function but two or more channels can be used The AA function can as an alternative be continuously on NOTE The AA function can be de ac...

Page 106: ...s can be allowed Acknowledge and Reset is done on the Alert annunciation unit 1735 1736 or Alert annunciation controller 1740 A programmable output Alert Annunciation Activated for indication and programmable inputs Alert Annunciation Acknowledge and Alert Annunciation Reset can also be used In some conventions can this also be done in the c i e with the dark grey button with no text The Acknowled...

Page 107: ...The AA Process starts and the AAF buzzer sounds An Acknowledgement Period starts AP 0 120 sec programmable If it is a false alarm acknowledge the alarm on the AAFC before the AP is ended After acknowledgement an Investigation Period starts and the AAF buzzer is silent IP 0 9 min programmable If all the detectors in the AAF zone becomes normal again i e goes below the fire alarm level respectively ...

Page 108: ...ector in alarm Yes No Detector LED OFF AAFC LED OFF AAFC LED OFF Figure 23 Alarm Acknowledgement Facility AAF flow chart During the AAF process an AAF alarm will be indicated in the c i e display during the acknowledgement period AP AAF zone xx activated during the investigation period IP AAF zone xx investigation in progress If more than one AAF zones have been activated only the first is shown i...

Page 109: ... sec Programmable outputs for quiet alarm e g 3361 outputs controlling supply air fans and standard fans i e any output with a control expression containing trigger conditions Quiet Alarm Zone or Quiet Alarm Zone Address Quiet alarms are non latching i e they will be automatically reset when the alarm point zone is no longer above alarm level NOTE Quiet alarm can also be programmed for a 3361 unit...

Page 110: ...ub menus For more information see the EBL128 Operating Instructions MEW01623 chapter Disable or re enable H2 Regular disablements are made via time channels see chapter Time channels page 142 When alarm reset method Single with automatic disablement is selected via the EBLWin System Properties the function will be as follows If an alarm point or zone is in alarm state when being reset it will not ...

Page 111: ...e normal condition for the output respectively until Re enable via menu H2 B7 13 15 4 Disable all control ventilation exting or interlocking outputs The control outputs of type Control general Fire ventilation Extinguishing system or Interlocking can be collectively disabled via menu H2 B4 Disabled outputs will stay in or return to the normal condition for the output respectively until Re enable v...

Page 112: ... via menu H7 but only four zones via menu H1 For more information see the EBL128 Operating Instructions The LED Test mode indicates one or more zones in Test mode Zones in Test mode are also simultaneously shown in the EBL128 display 110 In order to shorten the testing time any time delay for the detectors zones in test mode will be shortened i e fire alarm will be activated faster than normally 1...

Page 113: ... smoke detector The sensitivity will normally increase in most environments This can after some time result in unwanted false alarms nuisance alarms since conventional smoke detectors normally have a fixed fire alarm level Conventional smoke detectors have no service signal output Analog smoke detector The sensitivity will automatically be constant113 up to a fixed service level when Service signa...

Page 114: ...esentation number When an alarm point is activated both the zone number and the address ZZ AA will be shown When a zone line input e g on a 4580 board address AA 00 is activated only the zone number ZZ will be shown See also EBL128 Operating Instructions chapter Fire alarm Alarm text User definable alarm texts with up to 40 alphanumeric characters are created and downloaded via EBLWin Each address...

Page 115: ...es i e MIO unit 3361 zone line inputs and 8 zones expansion board 4580 zone line inputs programmed with address 00 i e ZZZ 00 Only the texts have to be typed edited in the Text column NOTE In system EBL128 is the highest possible zone number 099 since only two digits can be shown in the display Text column Shows already programmed alarm point zone texts Texts can be typed edited NOTE If any alarm ...

Page 116: ...ectively has to be typed edited here In this display unit the text in the Text column will now be shown instead of the text in the Text in control unit column for the alarm point zone respectively 13 22 2 Downloading texts to the DUs 1728 1735 1736 and ext FBPs 1826 1828 The display units have to be connected to EBL128 and the address and mode117 have to be set in the display units The texts will ...

Page 117: ...real time clock Up to five on off times per day can be set for each time channel The time channels can be used to disable and re enable alarm points zones turn ON enable OFF the Alert Annunciation function activate programmable control outputs turn ON enable OFF the alternative alarm algorithm for analog detectors The properties for each Time channel 2 14 and each Day Monday to Sunday National Hol...

Page 118: ...time for the fault Loss of main power source can be set via EBLWin to 0 300 minutes default is 30 minutes A delay time 30 minutes is a violation to the EN54 2 standard 13 27 2 LCD backlight In order to reduce the current consumption the LCD backlight will never be turned on during loss of the main power source Exceptions Australian convention The LCD backlight will be turned on also during loss of...

Page 119: ... remain turned ON until they are turned OFF by pressing the soft key Evacuate off P7 122 NOTE 1 The alarm devices sounders will always be activated steady sound continuously irrespective of the fact that the outputs can be set to anything else for fire alarm e g intermittent 122 Alt when the programmable input is de activated ...

Page 120: ...s lower priority than fire alarms but higher than other disablements and faults NOTE The inside switch has no function if the outside switch see below is activated ON 14 1 2 New Zealand FB Silence switch outside switch The New Zealand FB Silence switch is called the outside switch since it is placed outside the c i e The outside switch is a key switch and connected to a programmable input with the...

Page 121: ...ated alarm A fire alarm will automatically change state to Isolated alarm when the outside switch see above is turned OFF i e when it is not activated any more see above The following is valid for an isolated alarm LED s Fire on the front will not be activated The c i e built in buzzer will not be activated Presented as isolated alarm see the example above ISO Programmable outputs will not be acti...

Page 122: ...t else it will try to restart again and again and again 14 4 Routing equipment isolate disable If any output for routing equipment Fire brigade tx or Fault tx are disabled and the door is being closed the built in c i e buzzer will beep for two seconds In the LCD will be displayed Routing equipment left disabled This message has lower priority than fire alarms but higher than other disablements an...

Page 123: ... address setting tool 3314 The conventional detector 4452 uses some of the advanced mode functions see the function respectively below in this chapter Artificial Intelligence AI function uses combined smoke and heat sensing for the fire judgement as well as variable sensitivity and time delay based on the smoke and temperature changes just before the alarm level is reached This will secure the rea...

Page 124: ...the rate of rise function deltaT will not be used for alarm activation 15 1 Pulse up down counter The detector have a pulse up down counter starting at 0 and cannot be negative 15 1 1 Pulse up down counter for smoke When the smoke obscuration S m the alarm threshold level 1 is added to the counter every second When S the alarm threshold level 2 is subtracted from the counter every second 15 1 2 Pu...

Page 125: ... mode in the following tables and a delay time which is dependent on if the cause of alarm is smoke S temperature T or deltaT or a combination of smoke and temperature 2S deltaT and also the area alarm algorithm When the counter shows 9 i e at the earliest after nine seconds in case of S or 2S deltaT and after three seconds in case of T or deltaT the delay time starts and has to run out before a f...

Page 126: ... sum of the difference between the smoke obscuration value S and the alarm threshold level every second for nine seconds after the counter shows 9 data2 The sum of the difference between the 2S deltaT value and alarm threshold level every second for nine seconds after the counter shows 9 NOTE Max alarm delay time is 60 seconds If the cause of alarm is T or deltaT the alarm delay time will be 9 sec...

Page 127: ...iring a very clean and stable environment i e the values for all the other types of areas level 1 2 and 3 must not be exceeded 15 5 1 1 Smoke Steam area level 1 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 36h 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 A learning period contains twenty 36h periods i e 20 x 36h 720h 30 days one month During each 36h period it ...

Page 128: ...k for level 1 level 2 and level 3 respectively during the learning period i e no check mark what so ever The Clean area Alarm algorithm cannot be adapted until earliest one month after c i e power on The Clean area Alarm algorithm will be changed back to the Normal area Alarm algorithm directly if any 36h period for level 1 level 2 and level 3 respectively gets a check mark i e any check mark what...

Page 129: ... actual CCF It will normally be higher because of contamination After another 18 hours i e in total 36 hours the CCF will be changed if the average value is lower or higher than the actual CCF and it will be saved in the detector s EEPROM i e it can be used e g after the detector has been without power supply A new 18 18 36 hours period starts with an average value calculation every 13th minute Ma...

Page 130: ...the Address setting tool 3314 4414 i e as long as the address is 000 The address should be set in the interval 001 255 NOTE 4414 is required when Advanced mode shall be used 15 10 Polling LED The green polling LED in the detectors 4401 and 4400 can in Advanced mode be set via EBLWin to be blinking 20 ms 7 s indicating that it receives the commands from the c i e correctly NOTE When the detector is...

Page 131: ...t number An EBL128 control unit has to have no 0 No other number is allowed Name Normally not changed but can be changed when required 16 1 2 Configuration Not valid for EBL128 MMI board default Printer 16 1 3 Misc Configured number of alarm points EBL128 control unit can only have 256 Suppress buzzer during fault from other control units Not valid for EBL128 Use Pre warning This check box shall b...

Page 132: ...e control unit to be able to select use them 16 2 1 Reset alarm counter The control unit has an alarm counter that can be reset if required Level 2 i e a special access code is required 16 2 2 Software version The control unit software S W version will be displayed 16 2 3 Show event log Three different event log lists Alarm 500 events Interlocking 500 events and General log 500 events can be shown...

Page 133: ...ntrol unit via this menu command 16 2 5 Delete The selected control unit can be deleted 16 2 6 Properties See beginning of this chapter Control unit properties dialog box 16 2 7 Add Web server The following dialog box will open For more information see Operating Instructions EBLWeb V2 0 X for Web server II 1598 MEW01643 ...

Page 134: ...own in the control unit display in quiescent condition See also EBL128 Operating Instructions MEW01623 17 1 3 System properties Page 1 17 1 3 1 Alert Annunciation See also chapter Alert Annunciation page 105 Acknowledgement time 30 sec 30 is default 0 120 2 min is possible Investigation time 3 min 3 is default 0 9 is possible NOTE According to EN54 2 the total delay of fire alarm routing equipment...

Page 135: ...l outputs to fire alarm routing equip disabled by open door More 17 1 3 4 Alarm reset method One of the following alternatives shall be selected All default All fire alarms will be reset simultaneously by pressing the Reset button on the c i e front once Single One fire alarm i e the fire alarm shown in the control unit display will be reset by pressing the Reset button once Any other fire alarm h...

Page 136: ... 00 Backward 1 hour the last Sunday in October 03 00 02 00 Checkbox not marked Daylight saving time is not used Button Silence alarm devices disables alarm devices Function see page 120 See also Operating Instructions chapter Silence alarm devices Can be used in all conventions Silence Buzzer With Door Switch If the buzzer in the c i e shall be silenced when the door is opened this checkbox shall ...

Page 137: ...o the EN54 2 standard Use special menu during fire alarm Function see Operating Instructions MEW01623 chapter Fire alarm menu X1 X9 17 1 4 1 Door closing by time Active If all fire doors trigger condition Fire Door Closing shall be closed at a definite time every day this checkbox shall be marked and the time hh mm set e g 23 00 17 1 4 2 Main power loss fault delay time minutes A fault will be act...

Page 138: ...andard Windows dialog box Save As Alarm points A list of all alarm points will be saved in a file Alarm points report htm via a standard Windows dialog box Save As Outputs affected by alarm points A list of all programmable outputs and which alarm points that will activate them will be saved in a file Alarm points outputs report htm via a standard Windows dialog box Save As 18 1 4 Save To save an ...

Page 139: ...right will the tabs Deviations and Selected loop be available 18 2 1 Tree view Visible open by default If the tree view for some reason has been closed it can be opened again via menu View and Tree view The tree view shows the system and will be updated for every unit added to the system The colour of the control unit symbol is black in a new system or if its properties have been revised or units ...

Page 140: ...efault COM loop units can be added two ways Via the tree view COM loop pop up menu or via the Selected loop tab Click a COM loop unit symbol to add the unit to the list Then edit its properties The Selected loop list and the tree view will show the same information 18 2 4 Alarm points To the right of the of the tree view can the Alarm points tab be available This is a list for the whole system sho...

Page 141: ...xternal faults and their properties The list can be sorted by clicking the column header respectively Double click an external fault row to open its dialog box You can print and save what you see in the list A filter function is available 18 2 7 Technical warnings To the right of the tree view can the Technical warnings tab be available This is a list for the whole system showing all technical war...

Page 142: ...ction is available 18 3 The System menu 18 3 1 Properties The same dialog box opens as in Figure 25 page 134 18 3 2 Time channels Time channel Always off Time channel Always on Time channels 2 14 are controlled by the built in RTC real time clock Up to five on off times per day can be set for each time channel The time channels 1 14 can be used to disable and re enable alarm points zones set Alert...

Page 143: ... displayed Move the cursor in the day field In the Cursor Time area will the corresponding time be displayed In the correct time position e g 07 00 click the left mouse button and drag the cursor to the right or left to the next time position e g 16 00 and drop the cursor There will now be a box in the day field indicating the time interval when the time channel is on The time interval e g 07 00 1...

Page 144: ...8 Current day The programmed time intervals when the time channel is on for the selected day are shown here Cursor time The cursor position time in the day field respectively is shown here Time channels 3 14 are programmed the same way as time channel 2 18 3 3 Alarm algorithms The following is not valid for the detectors 4400 and 4401 in Advanced mode See chapter Advanced mode page 123 In Normal m...

Page 145: ...to 3 1 obscuration per meter 129 The step value gives the alarm delay time to the algorithm respectively see chapter Functions Services Features page 93 The following example is for the N 15 algorithm for the 4301 detector The values for other algorithms are different Offset smouldering Offset value default 15 1 5 m Offset pre warning Offset value default 22 2 2 m Offset alarm Offset value default...

Page 146: ...C Rise time Default 8 Step down Default 20 NOTE Changing these parameters will affect the sensitivity and detection time and should be done by authorised personnel only In addition a special password is required to change the fire alarm parameters 18 3 3 3 Parameters for combined decision algorithm Valid for the detectors 4300 4400 All in NORMAL mode Offset see Parameters for smoke algorithms abov...

Page 147: ...to something that describes the output signal e g Steady or what it is meant for e g Alarm devices Type Steady continuous default Intermittent Pulse Steady delayed activation Intermittent delayed activation Pulse delayed activation Steady delayed de activation Depending on the selected type one or more of the following fields might have to be filled in Delay time Can be set to 0 255 x 0 8 0 204 se...

Page 148: ... the calendar with the left mouse button If Microsoft Outlook is installed on your PC the national holidays can be automatically added in the list by clicking Import holidays from Outlook 131 Mark the checkbox Recurring if a holiday recur the same date every year e g Christmas Day Boxing Day etc Figure 28 In this example the first row is selected blue marked 130 NOTE ON OFF times for each time cha...

Page 149: ...rs for the two zone dependent zones min two zones in the white field line Use comma as punctuation mark between the zone numbers or a sequence e g xxx yyy NOTE Check so that two or more zones are programmed in each group A single zone in a group will never be able to activate any fire alarm 18 3 7 System information In this dialog box you can read the following information This is what has been pr...

Page 150: ...54 2 User level Building officer gives access to the menus H1 H4 H6 H7 H9 and H10 Level 2C according to EN54 2 User level Service personnel gives access to the menus H1 H10 Level 3A according to EN54 2 For more information regarding user names passwords user levels logon to a control unit etc see EBL128 Operating Instructions MEW01623 18 4 The Tools menu The EBLWin menu Tools is used when the PC i...

Page 151: ...rased Also the SSW see Operating Instructions will be erased NOTE An EBLWin key is required Reset user passwords When connected and logged on to an EBL128 If any password is changed via the control unit menu H10 or via a Web server it will be reset to the password downloaded via the SSD i e the passwords in the EBLWin dialog box User data found in the menu System Download Software When connected a...

Page 152: ...he Web server configuration to EBLWin Download EBLWeb configuration When connected to a Web server For download of the configuration to a Web server NOTE An EBLWin key 5094 is required Download EBLWeb software When connected to a Web server For download of the software to a Web server NOTE An EBLWin key 5094 is required 18 5 The Help menu View help A link to a help document Normally a link to the ...

Page 153: ...nload the control unit will restart A number of faults might then be generated e g due to not connected units Disconnected at startup Normally this function is not used in EBL128 since this control unit has only one COM loop In the COM loop Properties dialog box it is possible to select the option Disconnected at startup The COM loop will then be disabled directly after the download restart and th...

Page 154: ...OTE If any Obsolete units are connected the result might be incorrect The units connected to the COM loop will be identified by EBLWin and added to the COM loop with some auto generated settings which can be edited before saved and downloaded as SSD to the control unit 19 2 SSD download to the Control Unit Start the SSD download from EBLWin see page 153 Information in the control unit display Down...

Page 155: ...ll be shown in the control unit display and in the ext FBP 1826 1828 display134 together with its alarm text All alarm texts up to 40 alphanumeric characters each are created and downloaded included in the site specific data SSD via EBLWin When a printer is available e g in an Ext FBP 1826 the alarm text will be printed with the presentation number A fault message for an alarm point zone or zone l...

Page 156: ...download a new software firmware version a PC and EBLWin135 are used The BIN file that shall be downloaded contains both the software and a text file i e there is one BIN file for each language country Connect the PC to the RS232 port J3 in the control unit and start EBLWin Do not logon Check that the EBLWin key is plugged in a PC spare USB port 1 In the Tools menu select Download Software to open...

Page 157: ...lick Start 4 The download status is indicated by the progress bar 5 When the progress bar has gone from red to green the download is completed and the following dialog box opens 6 Remove the jumper from the two pins marked BOOT JP2 7 Click Yes and the control unit will restart Regarding the restart see also Operating Instructions chapter Restart Restart code 00 8 LED Operation L5 on the front shal...

Page 158: ...uired NOTE If screened cable is used the screen shall be connected as close as possible to each loop unit and only incoming or outgoing cable screen to the EBL128 earth point see drawing 128 01 21 2 Ext FBP EPU AAU cables RS 485 See drawing 128 23 Cable length 1200 m to the furthest situated ext FBP EPU AAU LIHCH TP 2 x 2 x 0 75 mm2 or equivalent twisted pairs 21 3 Conventional zone line cables Se...

Page 159: ...e external line 2 Graph with circular dots when no old conventional smoke detectors requiring 15 V are used Has to be used when at least one of the following units are used 2300 2304 2226 2821 2330 4318 4350 4352 4452 and all other conventional types except 2316 2317 2318 or 2321 plugged in base 2330 2324 2335 3361136 4318 4350 4352 4452 and all other conventional types except 2316 2317 2318 or 23...

Page 160: ...otal COM loop unit current consumption Conductor resistance Ohm mA Figure 30 Graphs showing the total conductor resistance in relation to the COM loop units total current consumption NOTE The graphs start at 0 mA but graph 1 ends at 320 mA and graph 2 ends at 350 mA End of graph max allowed loop current NOTE The total conductor resistance ohm L conductor ohm C conductor ohm ...

Page 161: ...aphs showing the cable length in relation to the COM loop units total current consumption NOTE The graphs start at 0 mA and 863 m cable length respectively but graph 1 ends at 320 mA and graph 2 ends at 350 mA End of graph max allowed loop current 863 m cable length 42 3 ohm NOTE The graphs are valid for the cable type ELQYB 2 x 1 mm 0 75mm2 with the conductor resistance 24 5 ohm km The total cond...

Page 162: ...ormal state quiescent mA Alarm state active mA Control unit 4550 backlight off on 138 51 109 67 125 8 zones expansion board 4580 P c b 9287 2B 139 22 2 see footnote 22 2 see footnote 8 zones expansion board 4580 P c b 9287 3A 140 15 15 8 relays expansion board 4581 15 15 Inputs and outputs expansion board 4583 No units connected 15 15 RS485 transceiver comm module for Display Units 4552 14 14 Web ...

Page 163: ...oint 2333 2 5 Addressable manual call point 3333 3339 2 5 Addressable manual call point with isolator 4433 4439 1 6 2 7 Alarm Acknowledge Facility Control AAFC 146 2 5 Addressable detector base 2330 detector Incl external line 1 7 3 5 3 9 147 13 2 NOTE On each COM loop up to 5 sensors detectors can have their LEDs lit at the same time 141 External indicator LED current consumption 2216 add 2 mA 22...

Page 164: ...pply 3366 15 15 Addressable siren 3377 1 13 Addressable siren with isolator 4477 1 8 10 Addressable sounder base 3378 low high 2 6 12 Addressable sounder base 3379 0 75 2 5151 Addressable beacon 4380 1 7 5 Light indicator 4383 1 5 4 I O matrix board 4582 6 6 Fan control application board 4594 152 6 6 148 Detector not included 149 Only if the input In 0 is used as a zone line input else approx 2 2 ...

Page 165: ...24 V 88 12 V Alert Annunciation unit 1735 1736 26 24 V 48 12 V 42 24 V 79 12 V External FBP 1826 1828 26 24 V 48 12 V 49 24 V 88 12 V Printer 1835 for ext FBP 1826 153 4 24 V 7 12 V 4 24 V 7 12 V Alarm devices sounders etc 0 Acc to the producer Door release magnets Acc to the producer 0 Alert annunciation controller 1740 10 40 NOTE Regarding the 1728 1735 1736 1826 1828 and 1835 units see the next...

Page 166: ...5 Units 1728 1735 1736 1826 1828 one 154 printer 1835 4 25 500 21 420 4 80 3 34 680 28 560 10 200 2 50 1000 42 840 16 320 1 100 max 1200 84 max 1200 18 360 Explanation 25 ohm 25 ohm wire resistance per 1000 m 1000 m but the wire goes from the c i e to the last unit and back to the c i e again i e the cable length 1000 m 2 500 m NOTE The table is based on the recommended cable type If a cable with ...

Page 167: ...ply block diagram Fuse F2 Ceramic One ceramic 2 A fuse is connected in series between the two batteries EBL128 is a very flexible system The number of and types of loop units the number of and types of ext FBPs ext equipment etc can vary from one control unit to another 24 1 Charger functions According to EN 54 4 section 5 3 1 b The charger shall be designed and rated so that a battery discharged ...

Page 168: ... shape when the charging started 24 1 2 Security functions The battery charging will be turned off if the current from the Rectifier 4557 to the Main board 4556 exceeds 1 8 A i e the EBL128 current consumption exceeds 0 8 A The battery charging will remain turned off as long as the EBL128 current consumption exceeds 0 75 A It will generate a fault and the following fault message will be shown FAUL...

Page 169: ...quired back up battery capacity the total EBL128 current consumption excl battery charging current has to be calculated NOTE There is no battery charging when fire alarm is activated in EBL128 Use the values in chapter Current consumption page 162 to calculate the following current consumptions ICN the current consumption for EBL128160 in normal state IRN the current consumption for all other equi...

Page 170: ...second power source are two 12 V batteries Only batteries with a specified Final voltage of 10 5 V must be used Find out the required battery back up time164 both in normal state and in alarm state Calculate the battery capacity required in normal state QN and the battery capacity required in alarm state QN respectively QN Ah ITN A x battery backup time in normal state h QA Ah ITA A x battery back...

Page 171: ...orm Table of current consumption Some national regulations require different forms tables regarding current consumption to be filled in In such a case an ampere meter shall be used instead of calculating the current consumption A tip Disconnect the mains and use a clamp current meter to read the current consumption from the battery i e the total control unit consumption ...

Page 172: ... no 9287 3A 2 0 4 2 0 4 4580A 8 zones expansion board P c b no 9216 1A 1 0 4 1 0 2 4581 8 relays expansion board 1 0 2 1 0 0 4582 I O Matrix board 1 0 4 1 0 2 4583 Inputs and Outputs expansion board 1 0 2 1 0 0 1728 Ext Presentation Unit EPU 1 4 1 1 4 1 1735 1736 Alert Annunciation unit AAU 1 4 1 1 4 1 1826 1828 Ext Fire Brigade Panel FBP 1 4 1 1 4 1 EBLWin 2 0 2165 2 0 2 1588 Web server Cannot be...

Page 173: ...1 x 416 x 123 See also drawing 128 01 Weight kg 12 2 excl batteries Colour Metal cabinet Aluminium light grey NCS S 1500 N PMS Cool Gray 2 Approvals EBL128 is fully compliant with the European standard EN54 parts 2 and 4 and the front is fully SS3654 compliant 167 The rated output voltage is 24 V DC 1 for the main power source rectifier Max ripple 300 mVp p The rated output voltage is 21 30 V DC f...

Page 174: ...of detectors and or manual call points 512169 Max number of AAF zones 50 Max number of detectors per AAF zone 5 Max number of I O Matrix boards If no expansion boards 4 4 4 Max number of outputs per c i e incl all kinds of outputs 200 Max number of inputs 128 4380 units 10 168 Up to 256 ZONEs and or ZONE ADDRESSes can be programmed but only the zone numbers 01 99 can be used 169 Max number of alar...

Page 175: ...This will be the default convention for every new installation 171 It is however possible to change the convention in the EBLWin dialog box EBLWin settings The conventions that can be selected are listed in the valid EBLWin version menu Tools EBLWin Settings NOTE To change convention is Advanced functions Level 2 required For this is a Level 2 password required Also note that the convention will b...

Page 176: ...v EBL128 Planning Instructions V2 0 x 174 29 Drawings connection diagrams All dimensions quoted are approximate only and subject to change without notice as are other technical features and data resulting from continual development and improvement ...

Page 177: ...Panasonic Eco Solutions Nordic AB MEW01622 Rev EBL128 Planning Instructions V2 0 x 175 30 Revision history ...

Page 178: ...This page has deliberately been left blank ...

Page 179: ...Panasonic Eco Solutions Nordic AB Jungmansgatan 12 SE 211 19 Malmö Sweden Tel 46 0 40 697 70 00 Fax 46 0 40 697 70 99 E mail info pesn eu panasonic com Internet http pesn panasonic se ...

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