olympia electronics BS-634, BS-636 User Manual

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BS-634, BS-636

4 and 6 zone Fire Detection Panels

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Thank you for purchasing this product of Olympia Electronics. A European manufacturer.

GENERAL

The family of fire detection panels consist of 2 types( 4 and 6 zone) with identical operation and indications. The panels have 2 independent siren outputs, Alarm relay, Programmable output for telephone operators and a relay per zone . The required battery for the panels is the type Α-986 (12V/7Ah). All functions and indications are according to European Norms ΕΝ 54-2 and EN 54-4.

To p c o ve r re t a in ing s c rew s

Co n t ro l Key b oar d a n d in d i ca tio n l eds

Mo u n ti ng ho l es

Ba t t er y com p art m e nt Α- 9 8 6

MO D E s el ect i on mi c r os wit c h

Re l a y pe r zon e co n n ec tio n t erm i n al s

Zo n e c on nec t ion t e r mi nal

Ge n e ra l out p ut co n n ec tio n ( Sir e n s, re l a y al arm , 24V )

Op e r at ion a d jus t m en t of z o n e re lay

Ma i n s vo lta g e con n e ct ion te r m in al bl o ck (2 2 0 -2 40V AC )

Figur e 1. Schema tic d iagr am of t he panel

Mo u n ti ng ho l e

Ex t r a ea rth te r m in als

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High Quality European based Manufacturers

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Ind icat ion LE D desc ript ion

The schematic shows the control keyboard and the indication plate of a 6 zone BS-636 panel. Starting from the top left side we can see 4 indicators marked 'General'. The 'Disable' LED lights in every DISABLE condition. The 'Test' LED lights in every TEST condition .The panel does not has test condition as specified in 11 of EN 54-2. The 'Fault' LED lights in every FAULT condition. Blinks when we have a FAULT and the buzzer is silenced. The 'Alarm' LED lights when we have an ALARM condition. Blinks when we have an ALARM and the buzzer is silenced. The next group of indicators is the 'Alarm' indication LEDs.

These indicators light when a corresponding zone issues an ALARM condition. Below this group we have the 'Fault/Disable' indication for each zone. When the panel monitors an open or short circuit conditions in a zone then the corresponding LED will blink. If a zone is disabled the corresponding LED will light. Below the `General` indicator group we can find the indication group called `Fault`. The 'Batt' LED and 'Power' LED in combination, show us faults concerning the power supply. These combination are shown in the panel below.

Ba t t F a u l t

Po w e r F a ult

La c k o f

AC v o l t a g e

Ba t t e r y

Ov e r c h a rgin g

Ba t t e r y

Di s c h a r ged

Ba t t e r y Ab s e n t

Ch a r g e r

Er r o r

Lights

----

Lights

Blinks

Lights

Blinks

The 'CPU' LED lights to indicate a problem with the main processor unit (System fault). The green 'Power' LED lights to indicate valid internal voltages and blinks when the mains AC power supply fails. . The LEDs marked 'Siren1' and 'Siren2' correspond to the siren outputs. If a siren out has a short circuit or open circuit then the corresponding LED will blink. If a siren is disabled the corresponding LED will light.

Con trol k eybo ard de scri pti o n/o p era tion

The panel is controlled/ operated using the six numeric keys (1 to 6) found on the front panel. When a key is pressed a short tone is issued.

The panel has three access levels.

Access level 1:

has all the functions that can be done directly from the user without using a code. These operations are: Buzzer silence / Buzzer reactivation . If an alarm of fault condition is issued then the internal buzzer will sound. Pressing the "1" key will silence the buzzer. ( The buzzer sounds periodically once every minute.) Pressing this key again will reactive the buzzer.

Viewing disabled sirens-zones/Lamp test. Pressing the "2" key will have the following affect. If any sirens are disabled then the panel will issue 3 short tones, by lighting the ‘General Disable’ LED, and the disabled sirens will be shown by lighting the corresponding LEDs Siren1 and Siren2 of the disabled sirens. Then the LEDs will stop lighting and the panel will issue again 3 short tone, by lighting the ‘Zone Disable’ LED, and the disable zones will be shown by lighting the corresponding LEDs of the disabled zones. After a while these indicators are switched off and a lamp test is conducted by lighting the LEDs. The panel then returns to normal operation. The above tests can be conducted only if the panel is in quiescent state (No fault or alarm conditions).

Access level 2:

Includes all the functions that the user can do and an access code is required. The code is "34”, it is the same for all panels and cannot be changed. The functions that can be implemented using this code are the following:

Siren Silence. When an alarm is issued and we want to silence the sirens then we must enter the user code ( 34 ) and then the keys number '5' and '5'. The sirens are silenced but the internal buzzer continues to sound. The panel

remains in normal operation. A new alarm from another zone will resound the sirens.

Panel Reset. When an alarm or fault condition has occurred and we want to reset the panel we must enter the user code (34) and then the keys number '5' and '6’. The panel lights all LEDs in sequence and then enters normal operation.

Zone enable/disable. If we want to disable the operation of specific zones then we must enter the user code ( 34 ) and then the keys number '5' and '4'. The LED marked 'General disable' start to blink, and if a zone is disabled the

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Access level 3:

These functions are implemented during the installation and need the technical code to be accessed. The technical code is

"364", it is the same for all panels and cannot be changed. These functions that can be implemented using the technical

code are activation methods used for the relays and can be done only if the panel has not issued an alarm or fault condition. These functions are ancillary and not required by the EN 54-2.These methods of programming are:

AUX RELAY programming. If we want to program the operation behaviour of the AUX RELAY we must enter the technical code ( 364 ) and then press the number key '5'. The 'General fault' and 'General alarm' LEDs start to blink . The Alarm LED of zone 1 and zone 2 show the way the AUX RELAY is programmed according to the table below.

corresponding 'Alarm' LED lights to indicate this. Using the keys 1, 2, 3, 4, 5 and 6 we can enable or disable the respective zones. The disabled zones light the corresponding LED. The panel exits this mode if no key is pressed for more than 30 seconds. The panel then conducts an automatic RESET and enters normal operation mode. All disabled zones are supplied with the proper voltage but cannot issue an alarm or fault condition. If we have disabled zones then this is indicated with the indicators 'General disable' and the corresponding Disable LED zone and the buzzer sounds once every minute.

Siren enable/disable: If we want to disable the operation of specific sirens the we must enter the code (34) and then the keys numbers '6' and ‘6’. The LED marked 'General Test' start to blink, and if a siren is disabled Siren1 LED lights for siren 1 and Siren2 LED lights for the siren 2. Using the keys 1 and 2 we can enable or disable the respective sirens. The disabled sirens have a LED lighted. The panel exits this mode if no key is pressed for more than 30 seconds. The panel then conducts an automatic RESET and enters normal operation mode. All disabled sirens are supplied with the proper voltage but the panel cannot enable them or read their condition. If we have disabled sirens then this is indicated with the indicator 'General disable' and the buzzer sounds once every minute.

The default setting of this relay is set to be activated from a general alarm and immediately with no delay. In this programming mode if the keys '1' and '2' are pressed , we can toggle the LEDs ON or OFF until we archive the desired behaviour according to the table above. In order to exit this programming mode and to store the settings in memory press the key '6' or do not press any key for more than 30 seconds. This system will conduct an automatic RESET and will enter normal operation mode.

ZONE RELAY programming. If we want to program the operation behaviour of the zone relays then we must enter the technical code ( 364 ) and then press the number key '5'. The 'General fault' and 'General alarm' LEDs start to blink. The Fault/Disable LED of zone 1 and zone 2 show the programmed activation method of the zone relays according to the table below.

The default operation method for the zone relay is set to permanent activation. Using the keys '3' and '4' we can toggle the ON or OFF state of the LEDs until the desired activation programming has been reached. In order to exit this programming mode and to store the settings in memory press the key '6' or do not press any key for more than 30 seconds. This system will conduct an automatic RESET and will enter normal operation mode. We can also program the RELAY so that it can cooperate with BS-680 or BS-684 type electrovalves by shorting the adjustment jumper. In this case the RELAYS are activated for 10sec. during the alarm. After 10sec. they are deactivated.

RESOUND sirens. It is possible to configure to automatically re-sound the sirens following an alarm in another zone. You must enter the technical code (364) and then press the number key '5'. The 'General fault' and 'General alarm' LEDs start to blink. If the Alarm zone 4 led is off the sirens resound following an alarm in another zone else if the led is on the sirens does not resound. By pressing the key '5' you can change the configuration.

LE D A larm zo n e 2

Fa u l t z o ne 2

LE D A larm zo n e 1

Fa u l t z o ne 1

Ge n e r a l Al a r m

Di r e c t a ctiv a t i on

Pe r m a n ent

ac t i v a tion

Ge n e r a l Al a r m

De l a y 4 5 sec

Ac t i v a ted fo r

10 s e c

Ge n e r a l Al a r m

De l a y 2 m i n

Ac t i v a ted fo r

30 s e c

Ge n e r a l Faul t

Di r e c t a ctiv a t i on

Ac t i v a ted fo r

60 s e c

LED Off

LED On

LED Off

LED On

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Conne ct ions

The two panels in the family have the same connections. The main differences in these panels is the number of zone available and the number of zone relays. The common outputs, the maximum consumption and the operation procedures are identical for all the panels.

Connecting detectors and break-glass call points to zones.

By default each zone terminal block has a pre-installed terminal resistor (5Κ6). This resistor must be removed and installed on the last device of the zone or is left connected on the zone terminals if the zone is not used. The connections to all the zone are identical. What is shown in figures 2, 3 and 4 for zone 1 is valid for all the zones.

The total number of connected devices per zone is 30. All cable zones must be insulated, to earth ground, to meet EMC requirements. The cable length for each zone must not exceed the 1.5 kilometres with a cross section cable of 1.5mm².

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Figur e 2. Connec tin g 4 dete cto r bases to zo ne 1. Each ba se can acce pt BS-655 , BS-660 or B S-667 detec tors. A remote i ndicati on LED BS-5 72 is c onne cte d to one of the d etector s.

Figure 3. Connecting 2 ca ll poi nts BS -536 a nd 2 det ecto r base s to the s ame zo ne.

Figur e 4. Connec tin g

these d etector s mus t also be con nected to t he termin als 2 4V_M in ord er to be supp lied with p ower.

3 Gas det ectors BS -68 5 or BS-686 . Besides t he connec tio ns to the zon e termina ls

Ζ1 Ζ2 Ζ3Ζ1 Ζ2 Ζ3

5Κ6

BS-572

remote

LED

Terminal

resist or

Ζ1 Ζ2 Ζ3

Break-glass

call point

BS-536

OUT IN

Break-glass

call point

BS-536

OUT IN

Detect or

base

Detect or

base

Detect or

base

Detect or

base

5Κ6

Terminal

resist or

Ζ1

F_ O U T

24 V _ M

Ζ2

5Κ6

Terminal

resist or

ZON E

10- 30V

NCNO C

Gas

Detector

BS-685

ZON E

10- 30V

NCNO C

BS-685

Gas

Detector

ZON E

10- 30V

NCNO C

BS-685

Gas

Detector

-R

Detect or

base

Detect or

base

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Besides the terminals t hat we re des crib ed up to n ow the p anel a lso ha s the fo llowing outputs :

24V_M: A 24Vdc output tha t is interrupted i n the event of a pane l r eset . It is mainly used f or powering gas detectors or other device s t hat need an inte rrupted power sup ply when the pan el is res etti ng. If this outp ut is short-circuited th en the L ED mar ked 'G ener al fau lt' is l ight ed.

24V_P: A 24Vdc power output that is not interrupted in th e event of a reset. It ca n be used to power electromagnetic doo r latc hes.

Relay AUX : Vol tage f ree relay con tacts that b y default are p rogrammed to ope rate w hen the p anel i ssues an alarm condition.

Zone Relays : Voltage free relay contacts that are activated in the event of an ALARM on the corresponding zone. A ll panels offer a relay per zone. We can use these conta cts to activate devices or operations that mus t be d one w hen a spec ific zone issues an alarm ( i.e. Activating electrom agne tic d oor latches, activating e lect ro-v alve s ). Fig ure 6 sh ows su ch an in stallation.

ATTENTION: Zones and aux relays are rate d a t 3 0VDC an d 5A maximum. No 230VAC signals can b e connected to this r elay s.

F_OUT ( Faul t Output) : T his output is by default pro gram med to operate in every faul t condition issued by the panel. If it is required that this output be activat ed b y an alarm condi tion the n we mus t set the MODE swi tch 2 to the ON positi on ( To mee t th e re quir ements paragraph 8.8 of E N 54 -2 the MOD E switch 2 must be placed to OFF positi on). This output is an open-collector out put suitable fo r controlling the BS- 489 telephone operator. OUTPUT +A,-A. This output is used o nly for p rodu ctio n propo ses. This m ust not be use d by any other technician only techn icia n from o lymp ia ele ctro nics .

Sir en - Sou nder C onne ctio ns

Each panel offers 2 independent circuits for connecting sirens, bells or other devices that need 24Vdc in order to operate. Each circuit can supply a maximum of 300mA. Each terminal block by default has a pre-installed terminal resistor (5Κ6). This terminal resistor is either removed and installed on the last siren of the line or is left on the terminal block if the circuit is not used. The connections of both circuits are identical.

Figure 5. Connect ing 2 BS -531 s iren s to the AL ARM 2 ou tput . Thi s connection requires polarity.

BS-531

Siren with

Beacon

BS-531

Siren with

Beacon

5Κ6

AL ARM 1 A LA RM2

5Κ6

Termi nal Res istor

Figure 6. Connecting zone 1 and the other by zone 2.

2 electromagnetic doo r latc hes BS -510 /24 to t he pan el. On e is act ivat ed by

ZO NE 1 ZO NE 2

24 V_P

C C

NO NONC N C

24 V D C 24 V D C

BS-5 1 0 /2 4BS-5 1 0 /2 4

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Ins tall atio n

In orde r t o m e e t EM C re q ui r em e nt s , co n ne c ti o ns o f pe r ip h er a ls t o t he p an e l mu s t be d o ne u si n g shiel d e d c a bl es .

(220- 2 4 0 V AC)

The pan e l h a s ho l es o n t he b a ck s id e f or a l l th e w ir in g t o pa s s th r ou gh . Yo u c a n c on n ec t ca b le s w it h max. Co n d u ct o r di a me t re o f 2. 5 mm t o t he p a ne ls t e rm i na l b lo ck s . The mains power supply wiring must use a double insulation cable.

The con n e c ti o n wi t h th e m ai ns p o we r s up p ly m us t b e do n e to t h e te rm i na l b lo c ks l oc a te d o n th e pa n el s up left a r e a . Fi g ur e 8 .

Bat tery c onne ctio n

The bat t e r y c om pa r tm e nt h a s th e ap p ro p ri at e d im e ns i on s fo r Α -9 8 6 ba t te ry o f o ly m pi a e le ct r on i cs . The ch a r gi ng unit on PCB is also calcul a t e d for the sp e c i fi c bat t e r y. Repla c e the ba t te r y only wi th one of the same typ e .

From the PCB , are conn e c t ed two ba t t e ry wire s with a spec i a l te r m i na l on the ed g e . They mus t be conne c t e d to the two b at t er y p o l e s. C o n n ec t t h e bl a c k w i r e t o th e neg a t i ve po l e (m a r k ed ( - ) or a b l ac k mark) and th e red wire to pos i t i ve pol e (mar k e d (+ ) or a r ed ma r k ) .

The ins t a l la t io n o f th e p an el m u st b e c ar r ie d ou t b y qu a li f ie d pe r so n ne l o nl y. Disco n n e ct p o we r b ef o re s er v ic i ng . Never i n s e rt o r r em o ve b o ar ds o r c om p on e ts w it h t he p o we r o n. Durin g i n s ta l la t io n u se g ro u nd e d an t is ta t ic w r is t b an d to p r ot e ct t h is e qu i me n t fo r m ES D. The pan e l m u st b e i ns t al l ed p er m an e tl y. It is not a l l o we d t o co n ne ct t h e de v ic e d ir ec t ly t o a ny s o ck et outle t .

Mount i n g t h e pa ne l t o th e w al l

The sit e c h o s en f or t h e lo c at i on o f th e p an e l sh ou l d be c l ea n a nd d ry a n d no t s ub j ec t to s h oc k o r vibra t i o n. In page 1 s h o w s th e m ou n ti n g ho le s o f th e p an e l. The pan e l m u st b e p la c ed a b ov e 1m f r om t h e fl o or a nd a n d 1m b e lo w t he c ei l in g a nd m u st h av e dista n c e 3 0c m f ro m a ny o t he r d ev ic e s. N o o th e r po we r l in e s mu st p a ss b e hi n d th e pa n el , o nl y t he suppl y c a b le s o f th e p an e l.

Cabli n g

Each sc r e e n or s h ie l d br a id m us t p ro p er l y be c on n ec t ed t o t he e ar t h te r mi n al b lo c k pr o vi d ed , th u s ensur i n g t he s h or t es t p os ib l e pa t h. The max i m u m co n du c to r d ia me t er s i ze , w h ic h ca n b e te r mi n at ed , i s 2, 5 mm ²

Conne c t i n g th e ma i ns p o we r s up pl y

The main supply must include an earth conductor connected to the fixed installation earthing system of the building.

Figur e 7 . C o n ne ct i on d i ag r am o f BS - 48 9 t el e ph on e o pe r at o r.

24 V_P

Mo d e 2 O N - Al a r m Mo d e 2 O F F - Fau l t

F_OUT

Fir e Dete ctio n

Pan el

In orde r t o u s e t he B S- 4 89 i n a la rm condi t i o ns

fault c o n d it i on s

we must s e t t h e M OD E

switc h 2 t o t h e O N po si t io n , wh il e

we must s e t t h e M OD E

switc h 2 t o t h e O FF p os i ti o n.

Connecting the BS-489 telephone operator

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Bat tery d ispo sal .

I s not al l o w e d t o di s ca rd ba t t er i es in to com m o n tr a sh bi n s , t h ey mu s t be di s c ar d ed on l y

Wa rnin gs.

1. Serv i c e a nd m a in t en c e ac t iv it i es s h ou l d be d on e o nl y w he n t he d e vi ce i s d is c on n et ed f r om t h e

mains p o w e r s up pl y a nd t h e ba t te ry.

2. Duri n g t h e i ns ta l la t io n t he c o nn ec t io n s to t h e ma in s p ow e r su p pl y a nd t he b a tt e ry m u st b e done af t e r a l l ot he r c on n ec t io ns a r e fi n is h ed .

3. The pa n e l c o nn ec t io n w it h t he m a in s su p pl y m us t b e do n e vi a a1 0 A exte r n a l fu s e or a n autom a t i c c ir cu i t br e ak e r ra te d a t 10 A .T hi s f us e h as t o b e a se p ar at e , la b el e d fu se .

4. Al w ay s u se c a bl e s wi th d o ub l e in s ul a ti on .

5. The di a m e t er o f th e c ab l e mu s t be a t le a st 1 m m. ( Fi gu r e 9)

6. The in n e r i n su la t io n o f ea c h ca b le m us t n ot b e c ut m o re t ha n 1 cm ( F ig u re 9 )

7. The ou t e r i n su la t io n m us t n ot b e c ut m or e t ha n 1 cm a w ay f ro m t he i n te r na l in s ul a ti o n.

8. The pa n e l ' s in te r na l f us e i s T2 5 0m AL 2 50 V w it h 5 x2 0 di m en s io n s.

9. The ba t e r y f us e is a r e se t ab l e fu se 3 A in s i d e th e p an e l.

When the connections to zones, sirens and other required outputs are finished the n w e m u s t c o n n e c t t h e m a i n s power supply. In order to aid the installer during the initial i n s t a l l a t i o n , t h e p a n e l o ffers a special c o n f i g u r a t i o n . This configuration is entered by setting MODE switch 1 to the ON position. Af t e r e n t e r i n g t h i s m o d e t h e p a n e l c o n d u c t s an auto reset and the 'Power', 'Zone disable' and 'General disable' LEDs blink. The special functions that aid in working out various problems that might arise are :

If all the pr oblems ar e corrected and th e installation is opera tin g normal ly th en the MODE switc h 1 must be place d in the OFF position. The panel con duc ts a au to- res et an d is r ead y for opera tio n.

By using a special operation mode we can conduct a walk test of th e sys tem . To enter walk-test mode set the MOD E swi tch 1 to t he ON po sit ion . The ' Pow er' , ' Zon e dis able' and 'G ene ral d isable' L EDs blink. If an al arm i s m anu all y given by ei ther activating a BS -53 6 call point or by activating a sm oke detector with sm oke or simul ate d smoke particles th e corresponding Alarm LED of the zone will light and the sire n wi ll soun d for 2 seconds. Usi ng this met hod we can test the oper ati on of th e zones. In this state if we pre ss the nu mbe r k eys 1, 2, 3, 4, 5 a nd 6 then the corresponding zon e r ela y w ill be ac tiv ate d. All devices that are connected to the se rel ays will also be activated indicating that the y are opera tin g prop erl y. Afte r finishing the walk t est set th e MODE s wit ch 1 to the O FF position. The pane l con ducts an au tom atic r ese t and en ter s normal operation mode .

The optional function w hic h is pr ovi ded b y the p ane l is th e fir e ala rm de vic es pa ragraph 7.8 of 54-2.

t i in bat t e r y

recyc l i n g p o i n t s.

Initi al I nstal la tion

When a zone has an open circu it then the internal buzzer sou nds and the corr esp ond ing LED ligh ts. If the problem is corrected then th e buz zer i s dea cti vat ed an d the L ED is e xti ngu ish ed. When a zone has a sh ort circuit then the internal buzzer sounds and the correspon din g LED blink s. If the pro ble m is corrected then the buzzer is deactivated and the LED is extinguished. When a siren out put has an ope n ci rcu it the n th e in ter nal buzzer is act iva ted and the correspondin g faul t LE D lights. If the problem is corrected then the buzzer is deactivated and the LED is extinguished. When a sir en outpu t has a sho rt circu it then the inter nal buzzer soun ds and the correspondin g LED blin ks. If the problem is corrected then the buzzer is deactivated and the LED goes Off. When a bat ter y fault e xis ts then t he 'Batt fa ult ' LED lig hts and the ' Pow er fault' LE D blinks. If the problem is corrected then the LEDs are deactivated.

Walk - Testing

Optional Function of EN 54-2.

Figure 8. Panels connection with 220-240V AC.

220- 2 40V AC

1 cm

Fuse: T250mAL250V (5x20)

1 cm

Figure 9. Panels co nnec tion w ith 22 0-24 0V AC

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Certification

The 6 zo n e fire de t e c t i o n pa n e l BS-636 is ce r t i f ie d from VdS. Al s o VdS con t r o l s th e production un d e r CP D number:

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BS-6 3 6 6 zone f i re d etect i on pane l

KOLI N DROS P I ER IAS GREE C E

Prov i ded op t io ns: Outp u t to fire a la rm devi c e(s)

0786 - CPD- 2 10 16 10 EN-5 4 -2: 19 9 7/ AC:19 99 , EN-5 4 -4: 19 9 7/ AC:19 99

0786

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Tec hnica l Sp ecifi ca tions

BS- 634

4 zo n e f i r e

de t e c t i on pane l

BS- 636

6 zo n e f i r e

de t e c t i on pane l

Mains p o w e r su p pl y 22 0 - 2 4 0 VA C 50/60 H z

48 VA

On e 1 2 V 7A h m a x i m umLe a d a c i d s ealed

St a b i l i zed pow e r s u p ply 13. 8 V / m a x . 4 00mA

36 h o u r s ( w ithou t u s i n g the out p u t s 2 4 V_M and 2 4 V _ P )

Two 24V ci r c u i ts that a r e m o n i tored f o r o p e n a nd sho r t c i r c uit con d i t i o ns

(m a x i m u m curr e n t 3 0 0 mA ea c h). Eac h o u t p u t is pro t e c t e d

wi t h a s e l f -rese t i n g e lectr o n i c f u se.

26 V D C ( ± 3 V DC) pe r m a n e nt outp u t

Th e o u t p u t is pro t e c t e d with a se l f - r e setin g e l e c troni c f u s e .

wi t h m a x i mum cur r e n t o utput 0 . 3 A

AB S - p o l y c arbon a t e

Consu m p t io n

Batte r y t y p e

Charg i n g c ir c ui t

Auton o m o us d u ra t io n

Zone ci r c u it s

Alarm c i r c ui t s

Outpu t 2 4 P

Const r u c ti o n ma t er i al

4 ci r c u i t s monit o r e d f or

sh o r t a n d o pen cir c u i t

co n d i t i ons (ma x i m u m curre n t 3 5 m A )

6 ci r c u i t s monit o r e d f or

sh o r t a n d o pen cir c u i t

co n d i t i ons (ma x i m u m curre n t 3 5 m A )

26 V D C ( ± 3 V DC) re s e t i n t errup t e d o u t put wit h m a x i mum cur r e n t o u tput 0. 3 A

Th e o u t p u t is pro t e c t e d with a se l f - r e setin g e l e c troni c f u s e .

Outpu t 2 4 M

On e Aux re l a y a n d

ea c h . U n d er no cir c u m s tance s s h o u l d volta g e s o r c urren t s o u t s ide lim i t s

be c o n n e c ted. All rel a y s o u t put mus t b e p r o tecte d w i t h a f u se of the s a m e r a t ing.

6 re l a y s c o ntact s a r e r a ted at 30 V D C a n d 5 A ma x i mum Outpu t s AUX, Zon e R e l ay s

32 5 x 2 4 0 x 8 5 m m

20 4 0 g r ( 4 030gr w i t h b a ttery )

ΕΝ 5 4 - 2 , Ε Ν 5 4-4

2 ye a r s

Dimen s i o ns

We ig h t

Produ c e d i n ac c or d an c e to

Guara n t e e

Op e n c o l l ector o u t p u t signa l a s s p e c ified i n 8 . 8 o f E N 54.2 (m a x . 3 0 V DC/6m A )Outpu t F _ O U T

Up t o 9 5 % r e l ative h u m i d ityHumid i t y

0 to 5 0 C

Opera t i o n te m pe r at u re

Th e t o t a l outpu t c u r r e nt ( zone s c i r c uits, s i r e n c i rcuit , o u t p uts 24P, 2 4M)

mu s t n o t e x ceed 7 0 0 m A .

Total l o a d

IP 3 0

Ca b l e s f o r fire ra t e d c a bles sy s t e m s s uch a FIP 2 0 0 , MICC, P Y R O F I L

Th e p a n e l h as only o n e s e r vicea b l e f u s e to prot e c t i n comin g m a i n s s upply.

Th i s f u s e i s mu s t b e r e p laced w i t h a f u se

of t h e s a m e type an d r a t i n g

T2 5 0 m A L 250V

Cable s

Fuse ra t i n gs

4 ci r c u i t s monit o r e d f or

sh o r t a n d o pen cir c u i t

co n d i t i ons (ma x i m u m curre n t 3 5 m A )

6 ci r c u i t s monit o r e d f or

sh o r t a n d o pen cir c u i t

co n d i t i ons (ma x i m u m curre n t 3 5 m A )

25 VA

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