Am2 Inst Eng

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AM2000 Analog fire panelInstallationmanual


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AM2000 Installation Manual INDEXNOTIFIER ITALIA DOC.195.2-AM2000-ENG Rev. A.2 AM2000_MANU_INST

I I N N DDE E X X Cabinet & dimensions 1

Front panel indication & keypad 2

AM-2000 CPU board 3

Connector CN1 on AM-2000 Power Supply Board 4

Serial printer connections 5

Alphanumeric terminal connections 5

LCD-6000 PROGRAMMING 6

SW1 DIP SWITCH 6

SW2 DIP SWITCH 6Connector CN0 on LCD- 6000 7

Siren and AM-2000 Main board wiring 8

SLC Loop analog devices components 8

Detector and Modules wiring - Typical LOOP line (style 6) 9

Class A wiring circuit and line isolators 10

Notes about loop wiring 11

SLC loop shield wiring 15

SIB-600 board 16

Connector CN2 on SIB-600 optional board 16

Annunciator connection 17

ACS Wiring 17

ACM Series 18

LDM Series 19

Appendix 21

AM-2000 Power Supply Board 22

The 220 VAC Power Supply line 23

Current calculation 24

Alarm condition 25

Battery capacity calculation 26


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AM2000 Installation Manual INDEXNOTIFIER ITALIA DOC.195.2-AM2000-ENG Rev. A.2 AM2000_MANU_INST

ADHERENCE TO THE FOLLOWING WILL AID IN PROBLEM-FREE INSTALLATION WITH LONG-TERM RELIABILITY

WARNINGSeveral different sources of power can be connected to this fire alarm control panel. Disconnect all sources of power beforeservicing. Control unit and associated equipment may be damaged by removing and/or inserting cards, modules, orinterconnecting cables while the unit is energized. Do not attempt to install, service, or operate this unit until this manual isread and understood.

CAUTIONThe System and all its components have to be installed in an environment with the following features:Temperature: 0-49 CHumidity: 85% RH (non-condensing) @ 30C.

However, the useful life of the system's standby batteries and the electronic components may be adversely affected byextreme temperature ranges and humidity. Therefore, it is recommended that this system and its peripherals be installed inan environment with a nominal room temperature of 15-27 C.

Verify that wire sizes are adequate for all initiating and indicating device loop. Most devices cannot tolerate more than a 10%I.R. drop from the specified device voltage.

Like all solid state electronic devices, this system may operate erratically or can be damaged when subjected to lightninginduced transients. Although no system is completely immune from lightning transients and interferences, proper groundingwill reduce susceptibility. Overhead or outside aerial wiring is not recommended, due to an increased susceptibility to nearbylightning strikes. Consult with the Technical Services Department if any problems are anticipated or encountered.

Disconnect AC power and batteries prior to removing or inserting circuits boards. Failure to do so can damage circuits.

Remove all electronic assemblies prior to any drilling, filing, reaming, or punching of the enclosure. When possible, make allcable entries from the sides or rear. Before making modifications, verify that they will not interfere with battery, transformer,and printed circuit board location.

Do not tighten screw terminals more than 9 in-lbs. Overtightening may damage threads, resulting in reduced terminal contactpressure and difficulty with screw terminal removal.

This system contains static-sensitive components. Always ground yourself with a proper wrist strap before handling anycircuits so that static charges are removed from the body. Use static suppressive packaging to protect electronic assembliesremoved from the unit.

Follow the instructions in the installation, operating and programming manuals. These instructions must be followed to avoiddamage to the control panel and associated equipment. FACP operation and reliability depend upon proper installation.

Smoke detectors may not sense fire where smoke cannot reach the detectors such as in chimneys, in walls, or roofs, or onthe other side of closed doors. Smoke detectors also may not sense a fire on another level or floor building. Furthermore, alltypes of smoke detectors have sensing limitations.

A fire alarm system will not operate without any electrical power. If AC power fails, the system will operate from standbybatteries only for a specified time.Equipment used in the system may not be technically compatible with the control. It is essential to use only equipment listedfor service with your control panel.

The most common cause of fire alarm malfunctions, however, is inadequate maintenance. All devices and system wiringshould be tested and maintained by professional fire alarm installers following written procedures supplied with each device.System inspection and testing should be scheduled monthly or as required by National and/or local fire codes. Adequatewritten records of all inspections should be kept.


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AM2000 Installation Manual PAGE - 1NOTIFIER ITALIA Doc. M-195.2-AM2000-ENG Rev. A.2 AM2000_MANU-INST

CA BINET D IM ENSION

TOP-VIEW


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PAGE - 2 Installation Manual AM2000AM2000_MANU-INST Doc. M-195.2-AM2000-ENG Rev. A.2 NOTIFIER ITALIA

FRONT PA NEL INDICA TION E KEYPA D


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CON NECTOR CN1 o n A M 2000 POW ER SUPPLY BOA RD

NOTES1) These two outputs CANNOT operate simultaneously. The operatormust select the Type of Connection to employ, from the Control PanelMain Programming Menu (refer to AM-2000 Programming Manual).

2) Alarm and Trouble Controls: voltage FREE contacts Normallyclosed/open selectable with Jumper JALL/JGST. Use to drive resistiveloads only.

Alarm is activated if a detector of the lines is in ALARM condition.Trouble is activated if a detector of the lines is in TROUBLE condition.

3) If a line is programmed as Style 6 (loop line), terminals A are theOUTWARDS and terminals B are the RETURN.

*) In order to execute the Upload/Download operations it is necessary toselect the relative function in the Modify Status menu.


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SERIA L PRINTER CONNECTIO NS

PLUG THE DB-25 CONNECTOR INTO THE EIA-232 PORT OF THE PRINTER.

A LPHA NU M ERIC TERM INA L CON NECTIONS

PLUG DB-25 CONNECTOR INTO THE EIA-232 PORT OF THE CRT TERMINAL.


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LCD 6 000 PROGRA M M ING

SW 1 DIP SW ITCH

DDIIPP ## DDEE NNOO MMIINNAATTIIOO NN UUSS EE 11 NNOO TT UUSS EE DD 22 NNOO TT UUSS EE DD 33 NNOO TT UUSS EE DD 44 NNOO TT UUSS EE DD 55 NNOO TT UUSS EE DD 66 OO NN TTHHEE LL A ASS TT RR EE PP EE A ATTEE RR IITT MMUUSS TT BBEE iinn OO NN PP OO SS IITTIIOO NN 77 IITT MMUUSS TT BBEE iinn OO FF FF PP OO SS IITTIIOO NN 88 NNOO TT UUSS EE DD

NOTE: ON= Last device / OFF= Intermediate device.

The LAST DEVICE is connected on the return lines towards the control panel, directlyconnected to the terminals 23 and 24 of control panel CN1 connector ..

SW 2 DIP SW ITCH

TERMIN. NR. DENOMINATION USE

1 NNOO TT UUSS EE DD 2 OO NN:: EE A ACC HH EE VVEE NNTT IISS SS IIGG NN A ALLLLEE DD VVII A A BBUUZZZZEE RR

A ACC TTIIVV A ATTIIOO NN 3 OO NN:: IITT EE NN A ABBLLEE SS TTHHEE RR EE SS EE TT BBUUTTTTOO NN OO NN LLCC DD

KKEE YYPP A ADD 4 OO NN:: IITT EE NN A ABBLLEE SS A ACC KK BBUUTTTTOO NN OO NN LLCC DD KKEE YYPP A ADD

5 OO NN:: IITT EE NN A ABBLLEE SS TTHHEE SS IIGG NN A ALL SS IILLEE NNCC EE BBUUTTTTOO NN 6 PP A ANNEE LL TTYYPP EE SS EE LLEE CC TTIIOO NN:: OO FFFF == A AMM660000 00 7 NNOO TT UUSS EE DD 8 NNOO TT UUSS EE DD


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CONN ECTOR CN0 O N LCD 6000

TERMIN. NR. DENOMINATION NOTES USE CABLECOLOUR/NUM.

1 EARTH2 NOT USED3 NOT USED4 NOT USED5 NOT USED6 NOT USED7 GND8 LIN + A (OUT) RS 422 CONNECTION TO THE PANEL9 LIN - A (OUT) RS 422 CONNECTION TO THE PANEL10 GND11 LIN + R (IN) RS 422 CONNECTION FROM THE PANEL12 LIN - R (IN) RS 422 CONNECTION FROM THE PANEL

13+ 24 V REPEATER POWER SUPPLY

14 + 24 V REPEATER POWER SUPPLY15 GND REPEATER POWER SUPPLY16 GND REPEATER POWER SUPPLY

EXA M PLE OF CON NECTION A M ON G SEVERA L LCD 6000 REPEA TERS

NOTE: Power supplies are not indicated. By using local power supply the operator must remember that thecontrol panel and LCD-6000 repeaters must share the same negative.


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SIREN A ND A M 2000 M A IN BOA RD W IRING

SLC LOO P A NA LOG D EVICES COM PONENTS

DETECTOR and MODULE COMMUNICATION LINESThe AM-2000 System communicates with intelligent and addressable, monitor and control devices through a2-wire line.The lines can be wired to meet the requirements of an NFPA STYLE 4, STYLE 6 or STYLE 7.

The peripheral devices are powered using the same line as for data communication.ISOLATOR MODULESIsolator modules (ISO-X) permit a group of devices and modules to be electrically isolated from thereminder of the SLC Loop, allowing critical loops components to operate even in case of a short circuit of thecommunication line.

MONITOR MODULES Addressable Monitor Modules (MMX) allow the AM-2000 to monitor N.O. Contacts, alarm initiating devices,manual pull stations, 4-wire conventional smoke detectors, heat detectors, water-flow and supervisorydevices.

CONTROL MODULES

Through addressable Control Modules (CMX) the AM-2000 can selectively activate notification appliancecircuits or FORM-C (Voltage free contacts) output relays.

INTELLIGENT DETECTORSThe AM-2000 can communicate with intelligent ionization, photoelectric, thermal and Rate-of-Rise detectors.


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DETECTOR A ND M OD ULE W IRING


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NO TES A BOUT LOO P W IRING

CLASS A WIRINGTotal lenght of the SLC Loop pair (from the control panel output and back to the control panel) CANNOTexceed 3000 meters.

The DC resistance of the SLC Loop pair CANNOT exceed 40 Ohm.

The measurement must be made by disconnecting Channels A and B at the control panel, shorting the twoleads of Channel A together, and metering the two leads of Channel B.


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CLASS B WIRING

BRANCH RESISTANCE

Short the termination point of one branch at a time and measure the DC resistance, from the beginning of thechannel to the end of that particular branch.The total DC resistance from panel to branch end CANNOT exceed 40 Ohm.Repeat the procedure for all remaining branches.The total of all branches on Channel B CANNOT exceed 3000 meters.

The total of all branches on Channel A and Channel B CANNOT exceed 3000 meters.

For each channel: Add the lenghts of all branches.The total CANNOT exceed 3000 m.(BranchA)+(Branch B)+(Branch C)+(Branch D)+(Branch E)


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ANALOG SYSTEM LINE TEST PROCEDUREBefore powering the control panel lines verify the following values:NOTE: DIGITAL VOLTAGE METER NEEDED

a) Line Resistance

Short positive and negative of one end of the system. Place tester probes on the (+) and (-) sides of the line.

The resistance CANNOT exceed 40 Ohm.

b) Line IsolationRemove the prior short circuit. Place the tester probes on the positive (+) and negative (-) sides of the linewith detectors or modules installed, and verify as follows:

b1)Connect:

Tester (+) / Line (+) and Tester (-) / Line (-)Verify:Resistance: 1 - 1.3 MOhm

b2)Connect:Tester (+) / Line (-) and Tester (-) / Line (+)Verify:Resistance: 0.7 - 0.9 MOhm

c) Line and Cable Shield IsolationPlace one probe of the tester on the line wire shield and the other one on the positive (+) side of the line. Theresistance MUST exceed 15 - 20 MOhm, better if infinite. Performe the same procedure between the shieldand the negative (-) side of the line, and verify that the resistance exceed 15 - 20 MOhm.

d) Line and System Earth IsolationPlace one probe of the tester on the System Earth and the other one on the positive (+) side of the line. Theresistance MUST exceed 15 - 20 MOhm, better if infinite. Performe the same procedure between earth andthe negative (-) side of the line, and verify that the resistance exceed 15 - 20 MOhm.

e) Cable Shield and System Earth IsolationPlace one probe of the tester on the System Earth and the other one on the shield. The resistance MUSTexceed 15 - 20 MOhm, better if infinite.

f) Line VoltageWhen the detector/module line is connected, the LIB output voltage (terminal 1 - 3) must be 24 VDC withoutdevice polling (no Points programmed).

A voltage lower than 14 VDC, indicates a polarity inversion on at least one device.


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CABLE REQUIREMENTS

Type of cable: 2-conductor TWISTED pitch 5 cm. and SHIELDED cable.Sections concerning the line total lenght (for the line STYLE 6" or CLOSED LOOP, the operator mustconsider the loop lenght) which CANNOT exceed 3000 meters and whose resistance must be lower than 40Ohm.

Example: Up to 1.000 meters cable 2 x 1 mm2 18 AWG Belden 9574Up to 1.500 meters . cable 2 x 1.5 mm2 16 AWG Belden 9575Up to 2.000 meters cable 2 x 2 mm2 14 AWG Belden 9581Up to 3.000 meters cable 2 x 3 mm2 12 AWG Belden 9583

As far as the laying of cables is concerned, follow the below listed instructions:

- Suitable pipes;- The cables must run at a proper distance from the power lines and must not be in the vicinity of any HighVoltage.

Troubles often may be caused by:

Air-conditioning installation Engines or electric welding machines Electrical furnaces and elevators Radio links, etc.

ELECTRIC POWERPower supply voltage: 220 V single phase +/- 10%.Frequency: 50 Hz +/- 1 Hz.

NOTE: pay special attention when installing the system near big electromagnetic sources (REPEATERS).

EARTH PLANTThe earth plant must be performed according to the CEI and ISPLES rules. The resistance CANNOT exceed10 Ohm (to be measured at the well with disconnected mains).


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SLC LOO P SHIELD W IRING

FOR SLC LOOP WHICH IS NOT CONTAINED IN PIPING OR METAL PIPING

A) NOTE:Maintain the continuity of the shield wire throughout the loop, BUT DO NOT connect to any devices.Connect the shield wire to the outside of the control panel cabinet and the cabinet to earth.

FOR SLC LOOP WHICH IS CONTAINED IN METAL PIPING OR IN CONDUIT

B) NOTE:In this case, DO NOT allow the shield drain or shield foil to touch the cabinet.For Style 6 field wirings, connect ONLY ONE END of the shield to the negative side of Channel A.Maintain the continuity of the shield wire throughout the loop, BUT DO NOT connect to any devices.


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SIB 600 BOA RD

JUMPER ON RS-485 - 2-WIRE OPEN LINEJUMPER ON RS-422 - 4-WIRE (OUTWARD/RETURN) CLOSED LINE (LOOP)

CON NECTOR CN2 o n SIB 600 OPTIONA L BOA RD

N N O O T T E E : : A Ass f f oo r r wwiir r iinn gg oo f f mm aa xxiimm uumm 11 55 mm ee ttee r r ss uuss ee 223322 ss ee r r iiaa ll lliinn ee ((ttee r r mm iinnaa llss 44 --55 --66 ));; A Ass f f oo r r wwiir r iinngg ee xxcc ee ee dd iinn gg 1155 mm ee ttee r r ss uuss ee 448855 ss ee r r iiaa ll lliinn ee wwiitthh IITT--44 8855 iinn ttee r r f f aa cc ee ((ttee r r mm iinnaa llss 77 --1111 ))..


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A NN UN CIA TOR CON NECTION

AACC SS WWIIRR IINNGG AWG 16 section (1,31 mm2) shielded cable. Maximum lenght: 1800 meters.

Up to 500 meters 0,5 mm2Up to 1000 meters 1 mm2Up to 1500 meters 1,5 mm2

NNOO TTEE :: ACS power supply is not indicated.By using local power supply the operator must remember that the control panel and annunciator repeatersmust share the same negative.


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ANNUNCIATOR DEVICES WHICH CAN BE INTERFACED WITH THE AM-2000 CONTROL PANEL

ACM 16 ACM 16-E ACM 32 ACM 32-E

LDM 32 LDM 32-E ACM-8R

Some basic indications about the different annunciator model configuration are related below.For further informations refer to the relative manuals.

ACM Series

DIP SWITCH SETTING FOR THE AM-2000

DIP 1 OFFDIP 2 INSTALLED EXPANSIONS NoneDIP 3 INSTALLED EXPANSIONS NoneDIP 4 OFFDIP 5 OFFDIP 6 ACS Buzzer Enabled: OFF ACS Buzzer disabled: ONDIP 7 OFFDIP 8 OFF


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POWER SUPPLY TERMINAL BLOCK (TB1)

TERMINAL BLOCK TO CONNECT THE 485 SERIAL (TB2)

LDM Series

7

2


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A PPEND IX


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A M 2000 POW ER SUPPLY BOA RD


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THE 220 VA C POW ER SUPPLY LINE

The AM-2000 control panel requires connection to a separate 220 VAC 50 Hz line, which must be labeledFIRE ALARM.No other equipment may be powered by the circuit employed for the fire alarm system.

Overcurrent protection for this circuit must comply with local normatives.Use proper section wire with minimum 600-volt insulation.

TABLE 1 : 220 VAC SERVICE LINE CURRENT REQUIREMENTS

The table 1 allows to calculate the total amount of corrent, in AC amps, that the AC service line must becapable of supplying to the system.


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CURRENT CA LCULA TION The power Supply must be capable of powering, all internal system devices (and all external devices)continuously during stand-by condition.Use table 2 to determine the stand-by load.Use table 3 to determine the additional current needed during Alarm condition.The requirements for stand-by and alarm current loads cannot exceed the capabilities of the power supply ineither case.The Power Supply provides a 24 VDC current up to 1 amp so that the system could operate during stand-byor alarm condition.

Fill in the table 2 for devices that must be steadly powered only.

NOTE:in table 2 use the current value indicated for the stand-by condition (refer to manufacturers instructions fordetector current draws).Write the alarm condition absorption into table 3.

TABLE 2: STAND-BY CONDITION CURRENT REQUIREMENTS (24 VDC)

NOTE: the total of stand-by load obtained in table 2 CANNOT exceed 1


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A LA RM COND ITION

The table 3 allows the system designer to determine the current load that must be supported by the powersupply during an alarm condition.

The total current drawn from the Power Supply in alarm condition cannot exceed 1 Amp.Enter the number of devices, for each type, the control panel must power simultaneously during alarmconditions.

NOTE:in table 3 use the current value indicated for the alarm condition (refer to manufacturers instructions fordetector current draws).

Table 3: alarm condition current requirements

NOTE: If the total load obtained exceeds 1 Amp (provided by the power supply), the batteries willsupply the current to support alarm conditions.


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BA TTERY CA PA CITY CA LCULA TION

The table 4 allows to determine the size of the batteries needed to support both stand-by condition and fiveminutes of alarm operation.

Table 4 : battery current load required


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NOTIFIER ITALIA S r lA socio unico - 20097 San Donato Milanese (Ml) - Via Grandi, 22 - Tel.: 02/518971 - Fax: 02/5189730 - Capitale Sociale 2.700.000,00 i.v. - C.C.A.A. 1456164 - Trib. Milano Reg. Soc. 348608 - Vol. 8549 Fasc. 8 - Partita IVA IT 11319700156(informativa privacy art. 3 Digs 196/03). UFFICI REGIONALI:10151 Torino - Via Pianezza, 181 - Tel.: 011/4531193 - Fax: 011/4531183 - E-mail: [email protected] - 35128 Padova ViaTurazza, 30 - Tel.: 049/8943911 - Fax: 049/8943930 - E-mail: [email protected] - 40050 Funo di Argelato (BO) - AstaServizi, Bl. 3B, Gall. B n. 85, Centergross - Tel.: 051/864855 - Fax: 051/6647638 - E-mail: [email protected] 50122Firenze - Piazza de'Cimatori.1 Tel/Fax: 055/289177 - 00040 Roma (Morena) - Via Del Casale Santarelli, 51 - Tel.: 06/7988021 -Fax: 06/79880250 - E-mail: [email protected] - 80143 Napoli - Palazzo Prof. Studi - Centre Direzionale, Isola G1, Scala D,Piano 15 - Tel.: 081/7879398 - Fax: 081/7879159 - E-mail: [email protected] - 70125 Bari - Via Delia Costituente, 29 -

20097 Tel: 02/518971San Donato Milanese Fax: 02/5189730(MILANO) www.notifier.it

Via Grandi, 22 E-mail: [email protected] A Honeywell company

Every care has been taken in the preparation of this data sheet but no liability can be accepted for the use of the information therein. Design features may be changed or amended without prior notice.

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