Notifier INA User Manual

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Document 15092 05/30/01 Rev:

P/N 15092:I 0 1 - 1 4 9

Fire Alarm System Limitations

While a fire alarm system may lower insurance rates, it is not a substitute for fire insurance!

An automatic fire alarm system–typically made up of smoke detectors, heat detectors, manual pull stations, audible warning devices, and a fire alarm control with remote notification capability–can provide early warning of a developing fire. Such a system, however, does not assure protection against property damage or loss of life resulting from a fire.

The Manufacturer recommends that smoke and/or heat detectors be located throughout a protected premise following the recommendations of the current edition of the National Fire Protection Association Standard 72 (NFPA 72), manufacturer's recommendations, State and local codes, and the recommendations contained in the Guide for Proper Use of System Smoke Detectors, which is made available at no charge to all installing dealers. A study by the Federal Emergency Management Agency (an agency of the United States government) indicated that smoke detectors may not go off in as many as 35% of all fires. While fire alarm systems are designed to provide early warning against fire, they do not guarantee warning or protection against fire. A fire alarm system may not provide timely or adequate warning, or simply may not function, for a variety of reasons:

Smoke detectors may not sense fire where smoke cannot reach the detectors such as in chimneys, in or behind walls, on roofs, or on the other side of closed doors. Smoke detectors also may not sense a fire on another level or floor of a building. A second-floor detector, for example, may not sense a first-floor or basement fire.

Particles of combustion or "smoke" from a developing fire may not reach the sensing chambers of smoke detectors because:

• Barriers such as closed or partially closed doors, walls, or chimneys may inhibit particle or smoke flow.

• Smoke particles may become "cold," stratify, and not reach the ceiling or upper walls where detectors are located.

• Smoke particles may be blown away from detectors by air outlets.

• Smoke detectors may be drawn into air returns before reaching the detector.

The amount of "smoke" present may be insufficient to alarm smoke detectors. Smoke detectors are designed to alarm at various levels of smoke density. If such density levels are not created by a developing fire at the location of detectors, the detectors will not go into alarm.

Smoke detectors, even when working properly, have sensing limitations. Detectors that have photoelectronic sensing chambers tend to detect smoldering fires better than flaming fires, which have little visible smoke. Detectors that have ionizing-type sensing chambers tend to detect fast-flaming fires better than smoldering fires. Because fires develop in different ways and are often unpredictable in their growth, neither type of detector is necessarily best and a given type of detector may not provide adequate warning of a fire.

Smoke detectors cannot be expected to provide adequate warning of fires caused by arson, children playing with matches (especially in bedrooms), smoking in bed, and violent explosions (caused by escaping gas, improper storage of flammable materials, etc.).

Heat detectors do not sense particles of combustion and alarm only when heat on their sensors increases at a predetermined rate or reaches a predetermined level. Rate-of-rise heat detectors may be subject to reduced sensitivity over time. For this reason, the rate-of-rise feature of each detector should be tested at least once per year by a qualified fire protection specialist.

Heat detectors are designed to protect

property, not life.

IMPORTANT!

Smoke detectors must be installed in the

same room as the control panel and in rooms used by the system for the connection of alarm transmission wiring, communications, signaling, and/or power.

cated, a developing fire may damage the alarm system, crippling its ability to report a fire.

Audible warning devices such as bells may not alert people if these devices are located on the other side of closed or partly open doors or are located on another floor of a building. Any warning device may fail to alert people with a disability or those who have recently consumed drugs, alcohol or medication. Please note that:

• Strobes can, under certain circumstances, cause seizures in people with conditions such as epilepsy.

• Studies have shown that certain people, even when they hear a fire alarm signal, do not respond or comprehend the meaning of the signal. It is the property owner's responsibility to conduct fire drills and other training exercise to make people aware of fire alarm signals and instruct them on the proper reaction to alarm signals.

• In rare instances, the sounding of a warning device can cause temporary or permanent hearing loss.

A fire alarm system will not operate without any electrical power. If AC power fails, the system will operate from standby batteries only for a specified time and only if the batteries have been properly maintained and replaced regularly.

Equipment used in the system may not be technically compatible with the control. It is essential to use only equipment listed for service with your control panel.

Telephone lines needed to transmit alarm signals from a premise to a central monitoring station may be out of service or temporarily disabled. For added protection against telephone line failure, backup radio transmission systems are recommended.

The most common cause of fire alarm malfunction is inadequate maintenance. To keep the entire fire alarm system in excellent working order, ongoing maintenance is required per the manufacturer's recommendations, and UL and NFPA standards. At a minimum, the requirements of Chapter 7 of NFPA 72 shall be followed. Environments with large amounts of dust, dirt or high air velocity require more frequent maintenance. A maintenance agreement should be arranged through the local manufacturer's representative. Maintenance should be scheduled monthly or as required by National and/ or local fire codes and should be performed by authorized professional fire alarm installers only. Adequate written records of all inspections should be kept.

If detectors are not so lo-

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Installation Precautions

Adherence to the following will aid in problem-free installation with long-term reliability:

WARNING -

nected to the fire alarm control panel.

of power before servicing. Control unit and associated equipment may be damaged by removing and/or inserting cards, modules, or interconnecting cables while the unit is energized. Do not attempt to install, service, or operate this unit until this manual is read and understood.

CAUTION -

Changes.

must be tested in accordance with NFPA 72 Chapter 7 after any programming operation or change in site-specific software. Reacceptance testing is required after any change, addition or deletion of system components, or after any modification, repair or adjustment to system hardware or wiring.

All components, circuits, system operations, or software functions known to be affected by a change must be 100% tested. In addition, to ensure that other operations are not inadvertently affected, at least 10% of initiating devices that are not directly affected by the change, up to a maximum of 50 devices, must also be tested and proper system operation verified.

This system meets NFPA requirements for operation at 0-49° C/32-120° F condensing) at 30° C/86° F. However, the useful life of the system's standby batteries and the electronic components may be adversely affected by extreme temperature ranges and humidity. Therefore, it is recommended that this system and all peripherals be installed in an environment with a nominal room temperature of 15-27° C/60-80° F.

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

Several different sources of power can be con-

Disconnect all sources

System Reacceptance Test after Software

To ensure proper system operation, this product

and at a relative humidity of 85% RH (non-

Like all solid state electronic devices, this system may operate erratically or can be damaged when subjected to lightning-induced transients. Although no system is completely immune from lightning transients and interferences, proper grounding will reduce susceptibility.

Overhead or outside aerial wiring is not recommended, due to an increased susceptibility to nearby lightning strikes.

cal Services Department if any problems are anticipated or encountered.

Disconnect AC power and batteries prior to removing or inserting circuit 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 all cable 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. Over-tightening may damage threads, resulting in reduced terminal contact pressure and difficulty with screw terminal removal.

Though designed to last many years, system components can fail at any time. This system contains static-sensitive components. Always ground yourself with a proper wrist strap before handling any circuits so that static charges are removed from the body. Use static-suppressive packaging to protect electronic assemblies removed from the unit.

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

Consult with the Techni-

FCC Warning

WARNING: This equipment generates, uses, and can

radiate radio frequency energy and if not installed and used in accordance with the instruction manual, may cause interference to radio communications. It has been tested and found to comply with the limits for class A computing device pursuant to Subpart B of Part 15 of FCC Rules, which is designed to provide reasonable protection against such interference when operated in a commercial environment. Operation of this equipment in a residential area is likely to cause interference, in which case the user will be required to correct the interference at his own expense.

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Canadian Requirements

This digital apparatus does not exceed the Class A limits for radiation noise emissions from digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications.

Le present appareil numerique n'emet pas de bruits radioelectriques depassant les limites applicables aux appareils numeriques de la classe A prescrites dans le Reglement sur le brouillage radioelectrique edicte par le ministere des Communications du Canada.

Precau-Lg.p65 01/18/2000

Table of Contents

HAPTER ONE INSTALLATION .............................................................. 8

SECTION 1 INA FEATURES ............................................................................................................................................... 8

1.1 PRODUCT FEATURES ............................................................................................................................................................ 8

1.2 RELATED DOCUMENTATION .................................................................................................................................................. 9

1.3 DIAGNOSTIC I NDICATORS AND CONTROLS ............................................................................................................................ 10

SECTION 2 INA MOUNTING CONNECTIONS ...............................................................................................................11

2.1 INA CONTROL/DISPLAY PANEL ......................................................................................................................................... 11

2. 2 INA MOUNTING .............................................................................................................................................................. 11

2.2.1 ABS-4D Cabinet .......................................................................................................................................................... 11

2.2.2 ABF-4 Cabinet ............................................................................................................................................................ 12

Annunciator Key Switch (AKS-1) or Shunt Plug................................................................................................................. 13

2.2.3 CAB-3 Cabinets ........................................................................................................................................................... 14

2.3 EIA-232 Communications Connections ......................................................................................................................... 14

Installing an Ancillary Device on the EIA-232 Communications Circuit .............................................................................. 14

2.4 THE CRT TERMINAL ........................................................................................................................................................ 18

2.5 Printers .......................................................................................................................................................................... 18

2.6 EIA-485 ACS Annunciator Interface ............................................................................................................................. 21

2.7 Powering the INA .......................................................................................................................................................... 23

2.7.1 The Main Power Supply (MPS-24A or MPS-24AE) .................................................................................................... 24

2.7.2 THE M AIN POWER SUPPLY (MPS-24B OR MPS-24BE) ................................................................................................... 25

2.7.3 REMOTE SUPPLY ............................................................................................................................................................ 26

2.8 APPLYING/REMOVING POWER TO THE INA ......................................................................................................................... 26

CHAPTER TWO OPERATION ............................................................. 27

ABOUT NVRAMS ................................................................................................................................................................. 28

ABOUT THIS CHAPTER ............................................................................................................................................................. 28

ABOUT THE PASSWORDS .......................................................................................................................................................... 28

ABOUT THE SOFTWARE ............................................................................................................................................................ 28

ABOUT GROUPS AND LINKING .................................................................................................................................................. 29

ABOUT ANNUNCIATOR OPERATION WITH THE INA ..................................................................................................................... 30

ABOUT THE DISPLAY TIME ...................................................................................................................................................... 30

ABOUT THE BACKSPACE KEY ................................................................................................................................................... 31

ABOUT THE PRINT TIME ...........................................................................................................................................................31

ABOUT PRIORITIES .................................................................................................................................................................. 31

SECTION 1 THE KEYPAD AND LIQUID CRYSTAL DISPLAY (LCD) ........................................................................... 32

1.1 NORMAL OPERATION ........................................................................................................................................................ 32

1.2 READ STATUS ................................................................................................................................................................... 33

SECTION 2 FIRE ALARMS .............................................................................................................................................. 39

2.1 Acknowledging a Fire Alarm ......................................................................................................................................... 47

SECTION 3 SECURITY ALARM, SUPERVISORY AND TROUBLE SIGNALS............................................................. 48

3.1 SECURITY A LARM, SUPERVISORY, AND TROUBLE S IGNALS FROM AM2020/AFP1010, AFP-200 AND AFP-300/400 SLC LOOP

DEVICES .......................................................................................................................................................................... 48

3.2 TROUBLE ......................................................................................................................................................................... 49

3.2.1 Trouble With AM2020/AFP1010 Disabled Zones ...................................................................................................... 49

3.2.2 Trouble With AM2020/AFP1010, AFP-200 and AFP-300/400 Equipment ................................................................... 50

3.2.3 Trouble With AM2020/AFP1010 Annunciators ......................................................................................................... 50

3.2.4 Trouble With INA and NCS Equipment ...................................................................................................................... 51

3.2.5 Trouble With Network Communications ..................................................................................................................... 51

3.3 BLOCK ACKNOWLEDGE .................................................................................................................................................... 52

3.4 ACKNOWLEDGING TROUBLES IN RECEIVING UNIT MODE ..................................................................................................... 53

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3.5 DISPLAYING CURRENT ALARMS AND TROUBLES .................................................................................................................. 53

SECTION 4 REMOTE PERIPHERALS ............................................................................................................................ 54

4.1 PRINT FUNCTIONS ............................................................................................................................................................. 54

SECTION 5 THE SPLIT HISTORY BUFFER ................................................................................................................... 55

CHAPTER THREE PROGRAMMING .................................................... 56

SECTION 1 INA PROGRAMMING .................................................................................................................................. 57

1.1 INTRODUCTION ................................................................................................................................................................. 57

1.1.2 PROGRAMMING ANNUNCIATOR POINTS ............................................................................................................................. 58

1.2 THE INITIAL PROGRAMMING OUTLINE ................................................................................................................................58

SECTION 2 THE MAIN PROGRAMMING MENU ........................................................................................................... 59

2. 1 PARTIAL SYSTEM PROGRAMMING ....................................................................................................................................... 61

2. 2 PARTIAL POINT PROGRAMMING ......................................................................................................................................... 65

2.2.1 INA ACS PROGRAMMING EXAMPLE ................................................................................................................................67

2.3 FULL POINT PROGRAMMING .............................................................................................................................................. 68

2. 4 POINT R EMOVAL .............................................................................................................................................................. 68

2. 5 PASSWORD ....................................................................................................................................................................... 68

2.6 MESSAGE ........................................................................................................................................................................ 69

SECTION 3 THE INA ALTER STATUS MENU ................................................................................................................. 69

APPENDIX A POWER SUPPLY CALCULATIONS ................................... 72

APPENDIX B SOFTWARE TYPE IDS ................................................... 74

APPENDIX C PROGRAMMING SHEET ................................................ 76

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INTELLIGENT NETWORK ANNUNCIATOR

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CHAPTER ONE

INSTALLATION

INTELLIGENT NETWORK ANNUNCIATOR

CHAPTER ONE INSTALLATION

SECTION 1 INA FEATURES

1.1 PRODUCT F EATURES

The following features are available with the INA:

 Optically isolated EIA-232 printer interface

 Optically isolated EIA-232 CRT interface

 Optically isolated EIA-485 ACS annunciator interface

 Status LEDs indicate:

- Power

- Fire Alarm

- Security Alarm

- Supervisory

- System Trouble

- Signals Silenced

- CPU Failure

 Piezo electric sounder

 Alphanumeric keypad with tactile and audible feedback

 40-character, 2-line Liquid Crystal Display (LCD) with backlight

 Accepts NOTIFIRENET Media Interface Boards (MIB)

 Nonvolatile Real-Time Clock (RTC)

 Requires 24 VDC only

 Optional power supply supervision (in-cabinet supply)

 Acknowledge (Network Wide and Local to INA)

 Silence (Network Wide)

 Reset (Network Wide)

 Lam p Test (Local to INA)

 Read Status (Network Wide)--AM2020, AFP1010, AFP-300, AFP-400 systems only

 Alter Status (Network Wide)--AM2020, AFP1010, AFP-300, AFP-400 systems only

 Split History Buffer (20% alarms, 80% events)

- 500 Events

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1.2 RELATED DOCUMENTATION

To obtain a complete understanding of specific features in the INA or to become familiar with functions in general, make use of the documentation noted in Table 1.2-1. The NOTIFIER document (DOC-NOT) chart provides the current document revision. A copy of this document is included with every Notifier shipment.

TITLE NUMBER TITLE NUMBER

AM2020/AFP1010 15088 ANNUNCIATOR CONTROL SYSTEM 15842

FIRE ALARM CONTROL PANEL

LIQUID C RYSTAL D ISPLAY (LCD-80) 15037 LAMP D RIVER MODULES (LDM) 15885

NETWORK CONTROL STATION (NCS) 51095 VOICE A LARM MULTIPLEX 15889

INTELLIGENT NETWORK A NNUNCIATOR (INA) 15092 THE XP SERIES TRANSPONDER SYSTEM 15888

UNIVERSAL Z ONE CODER INSTALLATION 15216 NETWORK A DAPTOR MODULE (NAM-232) 50038

PRODUCT I NSTALLATION DOCUMENT (CCM-1) 15328 THE UDACT UNIVERSAL D IGITAL 50050

PRODUCT I NSTALLATION DOCUMENT (MPS-TR) 15331 FCPS-24/FCPS-24E FIELD 50059

AM2020/AFP1010 OPERATOR INSTRUCTIONS 15337 VIDEO G RAPHICS ANNUNCIATOR S YSTEM 50251

NOTIFIER DEVICE C OMPATIBILITY D OCUMENT 15378 MEDIA INTERFACE BOARD (MIB) 50255

ANALOG F IRE PANEL (AFP-200) 15511 REPEATER (RPT) 50256

CANADIAN REQUIREMENTS FOR THE 15631 NOTI-FIRE-NET

NETWORK INTERFACE B OARD (NIB-96) 15666 TELEPHONE/PANEL I NTERFACE (TPI-232) 50372

ANALOG FIRE P ANEL (AFP-300/AFP-400) 50253/50259/ FZM INSTALLATION INSTRUCTIONS 1172-02

ACT-2 AUDIO COUPLING T RANSFORMER 51118 CHG-120 BATTERY CHARGER 50641

(UZC-256)

ALARM COMMUNICATOR/TRANSMITTER

CHARGER/POWER SUPPLY I NSTALLATION ,

OPERATION AND APPLICATION M ANUAL

(VGAS) INSTALLATION MANUAL

AM2020/AFP1010

SMOKE CONTROL M ANUAL 15712 AUTOMATIC F IRE A LARM 50705

WARDEN STATION SERIES

PRODUCT INSTALLATION D RAWING

50260

50257

APS-6R AUXILIARY P OWER SUPPLY 50702 XP5 SERIES T RANSPONDERS 50786

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RM-1 REMOTE MICROPHONE 51138 VEC 25/50 VOICE EVACUATION 50686

CONTROL P ANEL

NBG-12LX PULL STATION 51093

Table 1.2-1 Related Documentation

1.3 DIAGNOSTIC INDICATORS AND CONTROLS

The INA has diagnostic LED indicators (refer to Figure 1.31) which aid in troubleshooting and assist the installer in connecting the system. Refer to Table 1.3-1 for a list of diagnostic LED indicators and their descriptions. The function keys of the INA, as displayed in Figure 1.3-1, are detailed in Chapter Two of this document.

DEL

rotacidnIroloCnoitpircseD

REWOPneerG.nosirewopelihwsetanimullirotacidniehT

MRALAERIFdeR.langismralaerifagnirudsetanimullI

YTIRUCES

MRALA

YROSIVREPUSwolleY

METSYS

ELBUORT

SLANGIS

DECNELIS

ERULIAFUPCwolleY

wolleY.langismralaytirucesagnirudsetanimullI

wolleY

Table 1.3-1 Identifying LED Indicators

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.langisssecorplacitircnon

noitacifitontahtetacidniotsetanimullI

.decnelisneebevahsecnailppa

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Figure 1.3-1: INA Indicators and Switches

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SECTION 2 INA MOUNTING CONNECTIONS

2.1 INA CONTROL/DISPLAY PANEL

The INA consists of a board which is factory-mounted to the back of the INA Control/Display Panel (refer to Figure 2.1-

1) using six screws. The ribbon cable from the display is connected to J6 on the INA board. The entire assembly must then

be mounted in an enclosure.

Figure 2.1-1 INA Control/Display Panel

2.2 INA MOUNTING

The enclosures required to mount the INA are listed below and detailed in the following paragraphs.

 Cabinet (ABS-4D or ABS-4DR)

 Trim Ring (TRABS-4D or TRABS-4DR)

 Cabinet (ABF-4)

 Cabinet (CAB-3)

 19 inch(48.26 cm) Rack Mount - The INA can be mounted to a listed, 19-inch rack. When used with the ADP-4RM rack

mount dress plate, the INA may be connected to a 19-inch (48.26 cm) rack mount cabinet, such as the NOTIFIER RACK51 or RACK-67.

Note: Effective September 2000, rack-mounting options have been discontinued.

2.2.1 ABS-4D Cabinet

This cabinet (refer to Figure 2.2.1-1) is available in two colors; the ABS-4D is gray and the ABS-4DR is red. Color is the only difference, everything else is identical. The cabinet has a hinged door with a key lock (to diminish unauthorized use) and a transparent LEXAN® window (LEXAN is a registered trademark of GE Plastics, a subsidiary of General Electric Company). The mounting panel and door are both hinged at the bottom for easy access. Power must be supplied externally if the cabinet is surface mounted. Knockouts are provided for use with a 1/2-inch (12.7mm) conduit. The height of the cabinet is 12 inches (30.48 cm), the width is 19-7/8 inches (50.483 cm), and the depth is 3-1/2 inches (8.9 mm). If the cabinet is a surface mount, the door adds an additional 1-1/4 inches (31.75) to the depth. A trim ring will be required if the cabinet is a semi-flush mount. The trim ring is available in red (TRABS-4DR) and gray (TRABS-4D) to coordinate with the cabinets.

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Figure 2.2.1-1 ABS-4D Cabinet

2.2.2 ABF-4 Cabinet

The ABF-4 Cabinet (refer to Figure 2.2.2-1) is a flush mounting annunciator box. Power must be supplied externally. Knockouts are provided for use with a 1/2-inch (12.7 mm) conduit. The height of the cabinet is 9-15/16 inches (50.643 cm), the width is 17-3/8 inches(44.133 cm), and the depth is 2-1/2 inches (63.5 mm). The dimensions of the trim plate (included with the cabinet) are 11 inches (27.94 cm) high and 19-3/8 inches (49.213 cm) wide.

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Figure 2.2.2-1 ABF-4 Cabinet

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Annunciator Key Switch (AKS-1) or Shunt Plug

The AKS-1 provides access security for the control switches on the INA. The AKS-1 kit includes a key and hardware for mounting to the ABF-4. Unless intended for use as the network point of acknowledgment, the AKS-1 or the shunt plug (part number 08125) must be employed (refer to Figure 2.2.2-2). When employing the AKS-1, the switch must be mounted to the ABF-4 trim plate. Plug the switch leads from the AKS-1 into Connector J3 on the INA. To disable the keypad, install the shunt plug across both terminals of Connector J3 on the INA . Install the shunt on only one terminal of Connector J3 to enable the keypad. The INA keypad must be disabled via the AKS-1 or shunt plug when not in use.

Trim Plate

(Rear View)

Figure 2.2.2-2 AKS-1 Mounted on an ABF-4 Cabinet

Shunt Plug

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2.2.3 CAB-3 Cabinets

The INA can be mounted in a CAB-3 cabinet utilizing the Annunciator Dress Panel (ADP-4) (refer to Figure 2.2.3-1). This CAB-3 cabinet comes in four styles; CAB-A3, CAB-B3, CAB-C3, and CAB-D3 and is suitable for use with internal power supply.

ADP-4

The ADP-4 provides the cabinet mounting of the INA. The INA Control/Display Panel assembly is positioned on six studs on the ADP-4 and secured by screws. The ADP-4 then hinge-mounts to a CAB-A3, B3, C3, or D3 cabinet by securing the hinge assembly to the cabinet with two screws.

Figure 2.2.3-1 ADP-4 Annunciator Dress Panel

Vented Dress Panel (VP-2)

Use the VP-2 when the ADP-4 is installed in the top row of a NOTIFIER CAB-A3, B3, C3, or D3 cabinet. The VP-2 covers the gap between the ADP-4 and the top of the cabinet and secures to the cabinet with two screws.

Figure 2.2.3-2 VP-2 Vented Dress Panel

2.3 EIA-232 COMMUNICATIONS CONNECTIONS

CRTs and printers may be utiliz ed wi th the IN A. CRT and pr int er co nne cti ons are made to term ina l TB 2 (r efe r to Figure 2.3-

1). TP I-232 modem s may be emplo yed for re mot e loc ati on of a CRT or pr int er. Th e CRT m ust remain within the pr ote cte d

premises and the keyboard must be removed or locked when not in use. CRT and printer connections are power limited. Installation of the printer cable is detected, however some printer cable conductors are not supervised. In this manual, the term PRN is used in reference to PRN-4 and PRN-5 printers.

Installing an Ancillary Device on the EIA-232 Communications Circuit

An ITE listed supplemental signaling device such as a printer or the PageNet-1 can be connected to the EIA-232 serial printer port connection on the fire alarm system to provide a supplemental signaling capability. Additionally, some devices such as PageNet-1 can be actuated by means of dry contacts from the fire alarm system. For more detailed instructions pertaining to the installation of an ancillary device, refer to the specific device manual. (See Figure 2.3-5.)

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PRN Printer

CRT-2

Figure 2.3-1 INA Connections

Printer outputs are power limited and are not supervised. Where a printer is required, make connections in conduit (20 feet (6.096 m) maximum) with an overall foil/braided-shield twisted-paired cable suitable for EIA-232E applications (refer to Figure 2.3-4). The Keltron printer DIP switches should be set as shown in Table 2.3-1.

Switch Setting Switch Setting Switch Setting Switch Setting

SP1-1 OFF SP1-5 OFF SP2-1 OFF SP2-5 OFF

SP1-2 ON SP1-6 ON SP2-2 OFF SP2-6 OFF

SP1-3 OFF SP1-7 OFF SP2-3 OFF SP2-7 ON

SP1-4 ON SP1-8 ON SP2-4 OFF SP2-8 OFF

6able 2.3-1 DIP Switch Settings

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Figure 2.3-2 EIA-232 Communications Connection

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:LAIRES

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:RCOTUAFFO:LOCOTORPFFOX/NOX

:EGAUGNALHSILGNE:TESRETCARAHCDRADNATS

:RAETOTUAS1:OREZ.1SNO

:FLOTUAFFO

:NOITPOROLOCDELLATSNITON:KCOLNEMLLA

:NELMROF

:REPAP

:SENIL06=IPL6:1NIBSEHCNI27/21

:DRADNATS5.01EVITUCEXE

:2NIBEHCNI27/21

SEHCNI

5-NRPROFK04

POTS

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:ELGNISSEHCNI27/21

:ARTHSUPSEHCNI27/21

:ARTLLUPSEHCNI27/21

:LLORPAPSEHCNI27/21

:TPOPAPON

Table 2.3-2 Recommended PRN Printer Option Settings

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Keltron Printer

Model No. VS4095/5

50 Feet (15.24 m) Max

(Typical)

Wiring Distance Limited by Cable Capacitance. Refer to the EIA-232 Standard.

INA Connector TB2

Plug this DB-25 Connector into the EIA-232 Port of the PRN Printer.

Main Power Supply

MPS-24A/ MPS-24AE

TB3- 3

(+)

and

TB3-4 (-)

Figure 2.3-4 Keltron Printer Connections

Twisted-Pair

TB2-6 TB2-5

TB2-6 TB2-4

DC IN -

Keltron Printer

Model No. VS4095/5

EIA-232 Reference Transmit to Printer

EIA-232 Reference Ready/Busy from Printer

+ DC IN

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PG-ancillary.wmf

TB2 on the INA

Figure 2.3-5 Ancillary Connections

2.4 THE CRT TERMINAL

The CRT Terminal, including keyboard, features an 80 column, 25-line display. Function keys allow you to execute INA commands from the keyboard.

Primary and Secondary Power

The CRT requires 120 to 240 VAC, 50/60Hz primary power. A secondary power source (battery backup) is not provided; the use of a separate Uninterruptable Power Supply (UPS), UL listed for Fire Protective Signaling, is recommended (refer to

Figure 2.5-1).

Electrical Specification

The electrical specifications for the CRT are as follows:

Vo lt ag e 90  264 VAC

Frequency 47  63 Hz

Current 0.5  0.2 A

Installation

Connection between the INA and the CRT is provided through an EIA-232 interface on the INA. Assemble a custom cable for connection to the EIA port on the CRT. The Parallel (PAR), Auxiliary (SER2-AUX), and EIA (SER1-EIA) ports are located on the back of the CRT-2 Monitor as shown below.

PAR SER2-AUX SER1-EIA

2.5 PRINTERS

A PRN printer may be connected to the INA to supply a hard-copy printout, documented with the time and date, of all status ch anges with in t he system, local his tor y bu ffer, an d lo cal pro gra mming. The PRN may pro vid e up to 8 0 co lum ns o f data on standard 9 inch by 11 inch tractor-feed paper. Outputs are power limited, but not supervised. Connections must be made with overall foil/braided-shield twisted pair cable within 20 feet (6.096 m) in conduit. Near Letter Quality (NLQ) mode cannot be employed on the PRN printer.

Installation

The PRN printer requires 120 VAC and 50/60Hz of primary power. A singular Uninterruptable Power Supply (UPS) 50 W minimum is recommended and therefore a secondary power source (battery backup) is not provided (refer to Figure 2.5-1).

Printer Configuration

Refer to the documentation supplied with the PRN printer for menu control instructions. Table 2.5-1 contains recommended printer option settings.

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Figure 2.5-1 120 VAC UPS Supervision for Printer/CRT

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Negative Bar Positive Bar

The inverter is equipped with

automatic transfer. Refer to the

schematic in the instruction

manual for internal wiring.

Note:

DC Ou tput

Charger #1

TS-2

TS-1

Load

DC/AC Inverter

Invert er Failure

Input

(Optional)

47k ELR

Charger #2

AC Line

Utility

Failure

To MPS-24A (P5)

Note: Wiring should be in the same cabinet or use less than

3 feet (0.9 m) of conduit

DC Ou tput

TS-2

Use cable P/N 71033 from MPS-24A connector P5 to UPS. Cut and strip wires as needed. Make all connections in conduit

TS-1

Remot e

Equalize

Figure 2.5-2 Wiring Diagram for UPS Supervision for Printer/CRT

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Remot e

Sense (+)

Remot e

Sense (-)

Load Sharing

Rectifier

Failure

Current

Low

Remot e

Equalize

Load Sharing

Remot e

Sense (-)

Sense (+)

Rectifier

Failure

Current

Low

Battery

SLC

UPS3a.cdr

Software Type ID

MTRB

MMX

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2.6 EIA-485 ACS ANNUNCIATOR INTERFACE

ACM-16AT

The Annunciator Control Module-16AT contains 16 red alarm and 16 yellow trouble LEDs, 16 momentary keypad switches for controlling each point, a system trouble LED, an ON LINE/POWER LED, and a local piezo sounder with a silence/acknowledge switch for audible indication of alarm and trouble conditions at each annunciator.

AEM-16AT

The Annunciator Expander Module 16AT expands the ACM-16AT by 16 annunciator points. Up to three of these expander modules can be supported by an ACM-16AT, to a maximum of 64 annunciator points.

The ACM-32A

The Annunciator Control Module-32A contains 32 red alarm LEDs, a system trouble LED, an ON LINE/POWER LED, and a local piezo sounder with a silence/acknowledge switch for audible indication of alarm and trouble conditions at each annunciator.

AEM-32A

The Annunciator Expander Module-32A expands the ACM-32A by 32 annunciator points. One expander module can be supported by an ACM-32A, providing a maximum of 64 points.

For more details on the Annunciator Control System, refer to the ACS Manual.

The LDM-32

The LDM-32 Lamp Driver Annunciator Module provides 32 alarm or 16 alarm and 16 trouble lamp driver outputs, corresponding to 32 annunciator points which can be connected to external devices such as a custom graphic annunciator. When configured to provide 16 alarm and 16 trouble outputs, 16 sw itc h in puts ar e availabl e for control of system functions such as signal silence, system reset, and control module activation.

The LDM-E32

The Lamp Driver Annunciator Expander Module LDM-E32 expands the LDM-32 by 32 annunciator points (maximum of 64 points).

The LDM-R32

The LDM-R32 Relay Expander Module LDM-R32 provides the LDM-32 or LDM-E32 with 32 dry Form-A (normally open) contacts. The relay module replaces the lamp driver outputs with relay outputs; one LDM-R32 for each LDM32 or LDM-E32.

For more details on the LDM-32 Series Lamp Drivers, refer to the LDM Manual.

SCS-8*

The Smoke Control Station (SCS-8) module uses eight groups of four annunciator points for fan shutdown control or other heating, ventilation or air conditioning functions.

SCE-8*

The Smoke Control Expander (SCE-8) is used to expand the SCS-8 by an additional eight

ACKNOWLEDGE/

LAMP TEST

FAN

FLOOR

FAN

FLOOR

FAN

FLOOR

FAN

FLOOR

LOCAL

ALL AUTO

MANUAL

EXHAUST

FAN

AHU

AUTO

FLOOR

OFF

TROUBLE

FAN

AUTO

FLOOR

OFF

TROUBLE

FAN

AUTO

FLOOR

OFF

TROUBLE

FAN

AUTO

FLOOR

OFF

TROUBLE

groups of four annunciator points. Only one expander can be used per SCS-8.

SCS-8L

The Smoke Control Lamp Driver Station (SCS-8L) module uses eight groups of four annunciator points for fan shutdown control or other heating, ventilation or air conditioning functions. Must be mounted in custom graphic annunciator panel.

SCE-8L

The Smoke Control Expander (SCE-8L) is used to expand the SCS-8L by an additional eight groups of four annunciator points. Only one expander can be used per SCS-8L. Must be mounted in custom graphic annunciator panel. Use of the Smoke Control System is limited to HVAC mode when used with the INA.

An SCS annunciator can physically connect to the INA or fire panel, but not both.

For more details on the SCS Smoke Control System, refer to the SCS Manual.

The UDACT

The UDACT is capable of transmitting the status of software zones (Alarm and Trouble), System Trouble, Panel Off-Normal, Supervisory, Bell Trouble, Low Battery, and AC Fail. The UDACT communicates vitalsystem status including: Independent zone fire alarm, Independent zone non-fire alarm, Independent zone trouble, Independent zone supervisory, AC (mains) Power Loss (programmable), Low Battery and Earth Fault, System Off-Normal, 12 or 24 hour test signal, Abnormal Test Signal per new UL requirements and EIA-485 Communication Bus Failure.

*NOTES: 1. In the current release, smoke control annunciators (SCS-8/SCS-8L) are only supported in HVAC manual mode. 2. The SCS-8 and SCS-8L firmware has been updated in conjunctionwith Software Release 2.8. Software Part Numbers 73631 and 73845 are not compatible with INA combinations after M2.7. Part #SCSV2.8 is not compatible with FACP/INA combinations prior to M2.8.

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EIA-485

Reference

Slide Switch 1 to the left when the INA is at one end of the EIA-485 circuit.

1 2 3+

TB1

5+ 67

SW1

INA

EIA-485 circuit characteristic impedance of twisted pair wiring should be approximately 120 ohms.

43-

TB2

2+ 1+

AMG-1

ACM-16AT

See Appendix A of the AM2020/AFP1010 manual for EIA-485 circuit ratings and limitations

Figure 2.6-1 EIA-485 to INA Connections

43-

TB2

2 1+

ACM-32A

EIA485INA.cdr

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Slide Switch 1 to the right (away from the connector) when the INA is not at the beginning or end of the EIA-485 circuit.

Figure 2.6-2 INA/EIA-485 Circuit Terminating Diagram

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The EIA-485 Reference (TB1-1) on the INA must be connected to any ACS device that is not within the same cabinet or is not powered by the INA power supply. Connect TB1-1 of the INA to: ACM-16AT/LDM-32 at TB1-4, AMG-1/E power supply (MPS-24A/MPS-24AE) at TB2-2, SCS-8L at TB1-4, LCD-80 at P1-4, RPT485W Ref. A at TB1-5, RPT-485W Ref. B at TB2-5, or RPT-485WF Ref. A at TB1-5.

TB1

Figure 2.6-3 EIA-485 Circuit Maximum INA/AMG Configuration

An AMG-1 cannot be installed in another network node if one or more AMGs has been installed in an INA. More than one INA may contain AMGs if the INAs are not located in the same group (see Chapter Three, Groups and Linking). Up to four AMGs may be installed in one INA (see Figure 2.6-3).

The Remote Page function cannot be used when an AMG and FFT have been installed in an INA. An ACM-16AT annunciator (set to address 1) is required to operate the AMG(s) and speaker circuits in the INA. Points on the ACM-16AT may act as shadow points (see About Annunciator Operation with the INA in Chapter Two). This annunciator may be programmed into another node but does not physically need to be installed at any other node. When there is no AMG installed in any INA, the use of AMGs and ACM-16AT annunciators at the local panel is permitted in the usual fashion. See the Voice Multiplex System Manual.

2.7 POWERING THE INA

The INA may be powered from one of three different sources, a Main Power Supply MPS-24A/MPS-24AE mounted in the same cabinet, a MPS-24B/MPS-24BE in the same cabinet, or an externally mounted power supply.

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2.7.1 The Main Power Supply (MPS-24A or MPS-24AE)

The MPS-24A/MPS-24AE may be mounted externally or in the same cabinet (CAB-3) as the INA. When powered from an MPS-24A/MPS-24AE mounted in the same cabinet, power is supplied to the INA through the main power harness (from P2 or P4 on the MPS-24A/MPS-24AE to J4 on the INA). For calculation of the primary and secondary power requirements refer to Appendix A of this document.

Four-Wire Smoke Detector Power

Secondary Power

27.6 VDC, supervised and power-limited. Fast charge = 2 amps, trickle charge = 20 mA.

Battery -

Battery +

Primary Power

120 VAC, 50/60 HZ, 1.8 amps max. (MPS-24A) 220/240, 50/60 HZ, 0.9 amps max. (MPS24AE) Neutral Out Hot In

Neutral In Hot Out

Earth Ground

Connect to chassis via a Grounding Cable Assembly.

+ -

24 VDC (200 mV ripple), 1 amp max. Filtered and resettable. Power-limited but must be supervised via a Power Supervision Relay.

Notification Appliance/Annunciator Power

Power-limited, filtered, non-resettable, 3 amps

(in alarm) max. JP5 may be cut to convert this notification appliance power (TB3 Terminals 3 and 4) to a resettable, 2-amp maximum circuit. This output can also be used to power ACS series annunciators (do not cut JP5).

Power Supervision Ribbon Cable Connector

Connect to J9 on the INA.

Power Harnesses (P2, P4)

Connect to J4 on the INA (3 amps max, P2 and P4 combined) or any other module or board requiring internal power.

Cut JP1 to disable the battery charger when employing the CHG-120 remote battery charger.

Figure 2.7.1-1 Field Wiring the MPS-24A/MPS-24AE

Battery Fuse (10A, 3AG)

MPM-2 Voltmeter/Ammeter Connector

Not used with the INA

Cut R27 to disable Earth Fault Detection. Earth Fault Detection is required in Canada.

LED Indicators

Earth Ground Fault Battery Failure AC Power Failure NiCad High Charge Rate (not supported by INA)

JP5: Cut to make Notification appliance power on TB3 Terminals 3 and 4 a resettable 2amp max circuit.

JP2: Must be cut, otherwise a short on the Notification appliance power circuit (Terminals 3 and 4) would register incorrectly as a loss of primary (AC) power.

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2.7.2 THE MAIN POWER SUPPLY (MPS-24B OR MPS-24BE)

The MPS-24B/MPS-24BE may be mounted externally or in the same cabinet (CAB-3) as the INA. When powered from a MPS-24B/MPS-24BE mounted in the same cabinet, power is supplied to the INA through the main power harness (from P2 on the MPS-24B/MPS-24BE to J4 or TB3 on the INA). For calculation of the primary and secondary power requirements, refer to Appendix A.

Four-Wire Smoke Detector/Annunciator Power

24 VDC (200 mV ripple), 200 mA max. Filtered and resettable*. Power-limited but when used for four-wire detectors, must be supervised by a UL listed Power Supervision Relay. Power run to ACS Annunciators is inherently supervised.

Notification Appliance Power

24 VDC power-limited, RMS-regulated, nonresettable, 2.0 amps (in alarm) max. Power is supervised by output module (such as an ICM-4). Not for annunciators!

120 VAC, 50/60 HZ, 1.8 amps max. (MPS-24B)

220/240 VAC, 50/60, 0.9 amps max (MPS-24BE)

Neutral

Earth Ground

Connect to chassis with a Grounding Cable Assembly (Cable # 71073).

Primary Power

Cut R55 to Disable Earth Fault Detection.

Hot

Power Harness

Connect to J4 on the INA

Secondary Power

27.6 VDC, 6.5 to 17 AH. Supervised and powerlimited. Fast charge =750mA max., trickle charge = 20 mA (typ).

Battery +

Battery -

Power Ribbon Connector

Connect to J9 on the INA

LED Indicators

Earth Ground Fault Battery Fail AC Power Fail

Not used on the INA

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Cut JP2 to disable the battery charger when employing the CHG-120 Remote Battery Charger.

Figure 2.7.2-1 Field Wiring the MPS-24B/MPS-24BE

JP3 must be cut for use with the INA.

* Cut JP1 to make FourWire Smoke Detector Power on TB2 Terminals 1 and 2 a non-resettable circuit.

2.7.3 REMOTE SUPPLY

When the INA is powered from a source external to the INA cabinet, it must be connected as illustrated in Figure 2.7.3-1. An optional connection is illustrated, and is normally used only when the INA is being powered from an external source. For calculation of the primary and secondary power requirements, refer to Appendix A of this document.

Keltron Printer Power (Model

No. VS4095/5)

To Other Devices*

MPS-24A/MPS-24AE - TB3 Terminals* 4 3

MPS-24B/MPS-24BE - TB2 Terminals* 4 3

Nonresettable 24 VDC remote power supply listed for Fire Protective Signaling*

Figure 2.7.3-1 INA 24 VDC External Power Connection

TB3

TB2

TB1

SW1

* Warning

When powering ACS Series Annunciators or other EIA-485 devices from these terminals use separate wires. Do not "T-Tap" or damage may result during abnormal conditions.

2.8 APPLYING/REMOVING POWER TO THE INA

After completing the proper installation of all cables and components, apply power in the following manner:

 Apply AC power

 Connect the battery/secondary power terminals as described in Section 2.7.3 of this manual

When servicing the INA, perform the following steps before removing or connecting any power or supervisory cables:

 Remove all EIA-485 connections

 Remove battery/secondary power

 Remove AC power

 Wait 60 seconds

WARNING: Never remove or install boards, internal cables or components with power applied. Failure to follow the procedure outlined above can result in irreparable damage to the system components. This damage may adversely affect the operation of this control unit but its effect may not be readily apparent.

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NTELLIGENT NETWORK ANNUNCIATOR

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CHAPTER TWO

OPERATION

INTELLIGENT NETWORK ANNUNCIATOR

CHAPTER TWO OPERATION

ABOUT NVRAMS

Improper power down or up of the INA causes the NVRAMS to set their internal partitions disabling write capability. The INA software verifies the state of the partitions on the nonvolatile static RAMs on initial power on. If a NVRAM problem has been detected on the power up cycle, the INA will display the error message, TROUBL CATASTROPHIC INA NON VOLATILE RAM FAILURE. If this condition occurs, call the factory for immediate assistance.

ABOUT THIS CHAPTER

This chapter covers the operation of the INA and the control features available to the operator presented through the perspective of the keypad and the 80 character LCD.

ABOUT THE PASSWORDS

The INA functions in one of three levels: Operational Level, Level One, and Level Two. In Operational mode, the operator can perform the following keypad or menu-displayed functions:

 Acknowledge alarms, troubles, and restorations (clears).  View acknowledged alarms and troubles.  Silence the sounding of fire alarm notification appliances.  Simultaneously reset all panels which are associated through programming.  Point Read Status for network devices and local INA annunciator points  Test the INA LED indicators, Liquid Crystal Display (LCD), terminal, and printer.  View or print the event history stored in nonvolatile memory.

Access to keypad or menu levels one and two require entry of specific passwords. These levels allow an authorized programmer to initialize or alter the programming of the INA. Entry requirements are defined as follows:

 A Level One password is required for Alter Status.  A Level Two password is required for Programming.

If the main operator of the system requires access to a function which is password protected, contact the NOTIFIER Distributor who installed the system for the required password(s). For more information on programming or altering the status of the INA, refer to Chapter 3 (Programming) of this document.

Whenever the operator selects a menu, the INA begins a one-minute timer. If no key is pressed during this minute, the function selected will be aborted and control will return to the INA state prior to selection of that menu.

An AKS-1 Annunciator Keyswitch is required for each INA unless it is installed in a lockable cabinet such as a CAB-3 series. The AKS-1 is used to enable and disable the INA keypad. Only one INA can have the keypad enabled; all other INA keypads must be disabled using the AKS-1 or the shorting plug shipped with the INA on J3. If an NCS is installed on the network, all the INA keypads must be disabled.

ABOUT THE SOFTWARE

Depending on the particular release of software in your system, some menu functions and system features may not be operable. If you attempt to execute a function that is not operable, the panel will respond with the message "FUNCTION IS NOT ENABLED".

Contact your NOTIFIER Distributor for information on the latest software features available for the INA.

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ABOUT GROUPS AND LINKING

The INA may be programmed to link to a user defined group of network nodes or to all nodes on the network (autoprogramming). If the operator programs the INA for a defined group of nodes, the INA will only respond to that group and will ignore messages received from any other nodes, including alarm and trouble indications, off-line indications, etc. The INA will only transmit commands (acknowledge, signal silence, reset, read/alter status, etc.) to the group of nodes linked to the INA. The group and linking feature does not affect time synchronicity with the INA, and therefore, if the INA is the master time keeper of the network, it will transmit the time-synch message to all nodes on the network whether or not they are linked to the INA.

Autoprogramming

Autoprogramming the INA links the INA to all nodes on the network. If autoprogramming is selected, all nodes communicating on the network will be programmed into the INA's network map. Any nodes previously linked to the INA that are no longer communicating on the network will be removed from the INA's network map during autoprogramming.

Overlapping Groups

Network nodes may exist in two separate INA groups. If INAs overlap in a group, they must be programmed into each other's group. Refer to the example in Figure 2.0-1 bel ow.

NCS

INA

(Node 3)

Group = Nodes 2,4,5,6,7,8

(Node 2)

INA

(Node 4)

Group = Nodes 2,3,8,9,10

FACP

(Node 5)

FACP

(Node 6)

FACP

(Node 7)

FACP

(Node 8)

FACP

(Node 9)

FACP

(Node 10)

Figure 2.0-1: Overlapping Nodes with the INA Groups and Linking Feature

In the figure above, Node 3 has been programmed to include Nodes 4,5,6,7,8, and the NCS in its group. Because the INA at Node 3 includes the INA at Node 4 in its group, Node 4 must include Node 3 in its group. This allows reporting nodes on the network to transmit signals to each other. The NCS communicates with all nodes on the network and therefore must be programmed into every INA group. For more information on the NCS, refer to the NCS Manual mentioned in the Related Documentation Chart at the beginning of this manual.

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ABOUT ANNUNCIATOR OPERATION WITH THE INA

The INA's Annunciator Control System (ACS) has the ability to display status on any network fire alarm control panel (FACP). The ACS may be used for simple zone annunciation or may be used to control the state of control devices mapped to a FACP's local annunciator point. The INA ACS displays point information for AM2020/AFP1010 FACPs and zone information for AFP-200s. NOTES: 1. In the current release, smoke control annunciators (SCS-8/SCS-8L) are

only supported in HVAC mode. 2. The SCS-8 and SCS-8L firmware has been updated in conjunction with Software Release 2.8. The new SCS firmware is not backward compatible with older revisionns of software.

Annunciator Points

INA annunciator points can map to any network zone or mimic an AM2020/AFP1010 FACP local annunciator point. When an INA annunciator point mimics or follows the state of a predetermined and programmed remote node annunciator point, the point is referred to as a shadow annunciator point. Information displayed on the INA shadow annunciator point is identical to what is displayed on the FACP's annunciator. Programming to determine whether the ACS point is an input or output point is performed on the FACP. SCS annunciator points and AMGs may be mimicked by an INA

shadow annunciator point, but SCS annunciators and AMGs cannot physically be located at both the INA and a fire panel in the same INA group.

INA ACS points may be mapped to AFP-200 zones. In the AFP-200 the individual ACS points are the zones. When the AFP-200 zone becomes activated, the INA ACS point mapped to that zone becomes activated. Note: If an FACP's local

annunciator point or zone is mimicked by an existing INA shadow ACS point that corresponds to a network node not included in the INA's group, that ACS point will not function.

Audio Message Generators as Annunciator Panels

Each INA in the network can communicate with 1 to 32 annunciator panels. Each annunciator panel can have up to 64 points. The ACS can also communicate with devices that emulate annunciator panels such as Audio Message Generators. When using an AMG for networked voice evacuation, pressing the All Call button on the AMG which is connected to the INA, will cause a network All Call message to be sent to all FACPs in that INA's group. This message will cause the FACPs in the group to activate all installed SPKR circuits. Subsequently, depressing the AMG All Call button will cause all installed SPKR circuits to deactivate. If a shadow INA ACS point for networked voice evacuation is mimick-

ing an ACS point at an FACP, the annunciator should be programmed into the FACP but does not need to be physically installed. If an AMG is installed at the INA, it cannot physically be installed at any other node in the INA's group.

IMPORTANT!

All Call on the INA will only work for the nodes programmed into the INA. If multiple INAs employing AMGs exist on the network, the group of nodes programmed into the INAs must not overlap. If the groups overlap, the

possibility exists of one INA initiating All Call and another INA turning it off. To avoid this possibility, each INA/

AMG must only affect a specific group of network nodes that no other INA/AMG can affect.

Annunciator Mapping

A network zone can be mapped to any annunciator point on the INA. There are no restrictions to node or zone mappings. The annunciator point will then display the current state of the network zone. Restrictions exist regarding the use of some ACS devices with the INA. These restrictions are described in detail in the Installation and Programming chapters.

Manual Mode

If manual mode operation is used for an annunciator or SCS then all annunciator control points must be mapped/shadowed to the same FACP mode for each annunciator address.

ABOUT THE DISPLAY TIME

The INA has a time field in the text displayed for each event that occurs in the system.

All Systems Normal: During periods of no activity, the time field reflects the current time.

Single, Unacknowledged Event: When an event has occurred but has not been acknowledged, and no other event has

occurred, the CRT terminal and the INA will display the time that the event occurred.

Multiple, Unacknowledged Events: The display will show the actual time that the first unacknowledged event occurred. After all unacknowledged events have been acknowledged with the Acknowledge command, the INA will display the highest priority acknowledged event on the network with the INA's internal current time. This time does not represent the time the event occurred. Only the history buffer retains the date and time an event occurred.

Single/Multiple Previously Acknowledged Events: The time shown for an acknowledged event is the time at which that event was last placed in the display by activation of the ACK STEP key (not the time at which the event occurred). Only the history buffer retains the date and time an event occurred.

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ABOUT THE BACKSPACE KEY

The Backspace key serves two purposes:

1. At a menu prompt, pressing "aborts" the selection of that menu.

2. Wh en ent erin g dat a o r m akin g a sel ecti on fr om a men u, pre ssi ng era ses th e las t c hara cte r, or me nu choice entered.

BACK

SPACE

➪

BACK

SPACE

➪

ABOUT THE PRINT TIME

Output from the printer for a particular event (alarm, trouble, acknowledgment, etc.), includes the time the event was sent to the printer, which in most cases is identical to the time the event occurred. In extreme cases, when many events have occurred within a few seconds, the time printed for a particular event may differ from the actual event time by up to one minute. After events have been acknowledged, only the event history buffer (which may be printed) and the system printer will provide a record of the time at which events occurred.

ABOUT PRIORITIES

Every AM2020/AFP1010, AFP-300/400 and AFP-200 event the INA displays is prioritized. Security alarms will increment the trouble counter on the terminal status line of the CRT. The INA processes and displays AM2020/AFP1010, AFP-300/ 400 and AFP-200 events under the following priorities (the highest priority is displayed first and the lowest priority is displayed last).

1) Fire Alarms 9) Cleared Fire Alarms

2) Security Alarms 10) Cleared Security Alarms

3) Supervisory Signals 11) Cleared Supervisory Signals

4) Device Troubles 12) Cleared Device Troubles

5) Disabled Zones 13) Cleared Disabled Zones

6) System Troubles 14) Cleared System Troubles

7) Annunciator Troubles 15) Cleared Annunciator Troubles

8) Local INA Troubles and 16) Cleared Local INA Troubles and Remote INA and NRT Troubles Remote INA and NCS Troubles

In addition, detectors have a higher priority than modules within each detector/module category; the lower the address, the higher the priority (see list below). The display of certain events can be preempted by others at the time they are acknowledged. Pay careful attention to the display when acknowledging events. The Node Address will determine priority only if the same event on the same point occurs on multiple nodes. In that case, the event on the node with the lower node address has the highest priority.

Node 1, Loop 1 Detector 1, Loop 1 Detector 2, Loop 1 Detector 3 . Loop 10 Detector 99 (followed in priority by) Node 1, Loop 1 Module 1, Loop 1 Module 2, Loop 1 Module 3 . Loop 10 Module 99 (followed in priority by) Node 1, Zone 1, Zone 2, Zone 3 . Zone 240 (followed in priority by) Node 1, System Trouble Indication (in Hex) T00, T01, T02 . TFF (followed in priority by) Node 1, Annunciator Trouble Indication (in Hex) N00, N01, N02 . . NFF

ABOUT ADDRESSES

For certain functions such as READ STATUS, the operator must enter a device, software zone, or annunciator point address. Leading zeroes are not required. The address assumes the following format:

LXX(D/M)YY, ZXXX or AXXPYY

SLC Loop

Enter "L" followed by 1 to 10 for AM2020. Enter "L" followed by 1 to 4 for AFP1010.

SLC Loop Device

Enter "D" for an intelligent detector or "M" for an addressable module followed by an address in the range 1 to 99.

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Software Zone

Enter "Z" followed by 1 to 240.

Annunciator Point

Enter "A" followed by 1 to 32 for the annunciator module address, then "P" followed by the module point 1 to 64.

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SECTION 1 THE KEYPAD AND LIQUID CRYSTAL DISPLAY (LCD)

1.1 N

ORMAL OPERATION

In a normal operating condition, when no alarms or troubles exist, the system will display the following:

Custom 40-Character User Label

ANY CUSTOM MESSAGE

ALL SYSTEMS NORMAL 04:32P 03/01/00

Current Time and Date Hour:Minute Month/Day/Year

The operator can perform the functions associated with the following keys without having to enter a password: The READ STATUS and the SPL FUNCT keys are described in the following pages.

READ

STATUS

ACK

STEP

(a description of the READ STATUS key follows)

History Buffer and Print Functions

S (

SPL

FUNCT

SIGNAL

SILENCE

SYSTEM

RESET

Not Enabled at this Time

ACTIVATE

SIGNALS

LAMP

TEST

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INA 15092:I 05/30/01

1.2 READ STATUS

The Read Status feature provides local INA and network device status information. If a new event, such as an alarm or trouble message, is received by the INA during Read Status, the Read Status function will be aborted and the event will be displayed. To execute Read Status:

Press and the display will show:

PRESS@1=PSYS,2=PTREAD,3=NETPTREAD :

Enter 1 for Display System Configuration. This selection provides information on any of the system parameters programmed into the INA, such as NFN node address, MIB-W communication thresholds, keyswitch enabled, annunciator modules installed, etc.

Enter 2 for Point Read. This selection provides information on the status of any annunciator point programmed into the INA.

Enter 3 for Network Point Read. This selection provides information on the status of any device or zone on the network. Only devices and zones on nodes that have been programmed into the INA can be accessed under the Read Status command.

Note: Read Status is not supported on the AFP-200.

READ

STATUS

READ

STATUS

READ

DISPLAY SYSTEM CONFIGURATION

STATUS MENU OPTION 1

Selecting 1 from the Read Status Menu allows the operator to review the various system parameters entered into the INA from the following System Configuration Menu:

INA 15092:I 05/30/01

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PRESS@1=NFN,2=KEY,3=CABLE,4=ANN,5=UDACT, 6=EXTEQ,7=LOCP :

Once a menu choice is entered, the status for that menu choice will be displayed.

MENU CHOICE STATUS DISPLAY

1=SYSTEM,2=NETMAP

1=SYSTEM: Option 1 under the Read Status NFN option, displays system parameters as illustrated in the next display screen..

ADDR = Network Node Address MIBA = Channel A MIB Threshold Setting

MIBB = Channel B MIB Threshold Setting PORTS = Single or Dual Port Monitoring

ADDR=211,MIBA=H,MIBB=L,PORTS=1

2=NETMAP: Option 2 under the Read Status NFN option, displays all the nodes programmed into the INA as illustrated in the next two display screens. The user may have to press ENTER to scroll through all nodes.

THE FOLLOWING NODES ARE PROGRAMMED IN (PRESS ENTER TO CONTINUE UNTIL DONE)

001,002,045,078,009,078,240

Key = Is the key switch enabled?

KEY=Y

Cable = Is local power supply monitoring enabled?

CABLE=N

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INA 15092:I 05/30/01

Due to its size, the Annunciator Read Status display is separated into two screens, as illustrated below. Pressing ENTER invokes the next display.

THESE ANNUNCIATORS ARE INSTALLED: (PRESS ENTER TO CONTINUE UNTIL DONE)

1=Y, 2=N, 3=N, 4=N, 5=Y, 6=Y, 7=N, 8=N, 9=Y,10=N,11=N,12=Y,13=Y,14=Y,15=N,16=N,

17=Y,18=N,19=N,20=N,21=Y,22=Y,23=N,24=N, 25=Y,26=N,27=N,28=Y,29=Y,30=Y,31=N,32=N,

UDACT=01

UDACT= Base address of the UDACT (blank for none installed)

TSUPR = Is the connection to the terminal supervised? If TSUPR = N, the terminal will not audibly indicate style changes (i.e., no bell characters will be sent).

PMON = Is the connection to the printer monitored?

PAGER = Is Page-1 enabled?

TSUPR=N,PMON=N,PAGER=N,MODEM=N

MODEM=Is Modem enabled?

Is the INA programmed for Receive Mode?

RECEIVE MODE=N

NOTE: The INA is programmed for Block Acknowledge or Receive Mode. If programmed for Receive Mode, Block Acknowledge is disabled.

INA 15092:I 05/30/01

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READ

POINT READ

STATUS MENU OPTION 2

Selecting 2 from the Read Status Menu allows the operator to review annunciator point parameters entered into the INA. The INA prompts the operator for the address of the point to be read.

ENTER AXXPYY FOR PT. STATUS (BCKSPC TO ABORT) :

Upon entering the address, the INA will display a distinct screen format as illustrated below:

Annunciator Points

Status: Disable, Alarm/On, Trouble, Alarm/ On/Trouble, Normal or Blank

NORMAL ANNUNCIATOR ONE NETWORK ANNUN POINT N001 A1P1

Software Type ID

20-Character Custom Label

Node Mapping

Point Address

READ

NETWORK POINT READ

STATUS MENU OPTION 3

Selecting 3 from the Read Status Menu allows the operator to view the status of any device, annunciator panel, annunciator point, or zone on the network for all AM2020/AFP1010 nodes linked to the INA. The INA prompts the operator for the address of the network point to be read:

ENTER NXXXLYY(D/M)ZZ, NXXXZYYY, NXXXAYY, NXXAYYPZZ (BCKSPC TO ABORT) :

Only nodes programmed into the INA can be accessed with this feature. If the operator attempts to use the Network Point Read function on a node that is not present on the network system or not programmed into the INA, the following error message will occur:

After the operator enters the desired point, the display will indicate that a Read Status is in progress until the point information is received. If the INA does not receive a message from the network node within 20 seconds, the INA will display the error message above followed by an "All Systems Normal" message or system event (if present). Once the information is received, it will be displayed for one minute or until the operator presses ENTER, at which time the CBE information for that point will be displayed for one minute. If the point is a reverse zone, the CCBE information will be displayed for one minute.

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NODE XXX IS OFF-LINE OR NOT PROGRAMMED INTO THE SYSTEM

INA 15092:I 05/30/01

The information received by the INA from the network node during a Network Point Read Status, will be displayed in a distinct screen format, depending on the particular type of device being read, as illustrated below and on the following pages.

If the operator presses the Backspace key at any time during the Read Status, the Read Status will abort and all messages received from the network node will be ignored by the INA. The INA will then display the information that was displayed prior to the Read Status operation.

Detectors

20-Character Custom Label

Status: DISABL, ALARM:, TROUBLE, NORMAL

Node Address

STATUS N130 PHOT COMPUTER ROOM PHOTO D A T K V000 M 034 L02D26

Type ID

D = Disabled

A = Alarm T = Trouble K = Tracking

Control Modules

Status: DISABL, ON, TROUBL, OFF, OFHOOK, NORMAL

STATUS N130 CON COMPUTER ROOM BELL D CF A T W S L02M36

Device Disabled

Control Module CO = On CF = Off

Device Activated

Node Address

Device in Trouble

Verification Counter

Type ID

Participates in Walk Test

Sensitivity Setting

Percentage of alarm threshold

Signal Silence Enabled

Device Address

20-Character Custom Label

Device Address

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Monitor Modules

Fire Status: DISABL, ALARM:, TROUBL, NORMAL Non-fire and Security Status: DISABL, ON, TROUBL, OFF

Type ID

Node Address

STATUS N130 SACM COMPUTER ROOM DOOR D MO A T K L04M12

20-Character Custom Label

Device Disabled

Module On (Non-fire and Security only)

Device in Alarm

Software Zones

Status: DISABL, ALARM:, TROUBL, NORMAL

Node Address

STATUS N130 FZON ATTIC DEVICE ZONE D A T Z024

Zone Disabled

Zone in Alarm

Device in Trouble

Type ID

Zone in Trouble

Tracking Selected

Device Address

20-Character Custom Label

Zone Address

Annunciator Points

Status: ON, TROUBL, OFF, REQEST or blank

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20-Character Custom Label

Type ID

Node Address

OFF N130 AZON THIRD FLOOR ZONES A01P23

Annunciator Point Address

INA 15092:I 05/30/01

SECTION 2 FIRE ALARMS

The following example illustrates the system format used to display fire alarm conditions received from an AM2020/ AFP1010, AFP-300/400 or AFP-200 system. For more information refer to the AM2020/AFP1010 Manual and for type ID definitions see the Software Type ID section of the AM2020/AFP1010 Programming Chapter. Messages on the AFP-200 or AFP-300/400 fire alarm panels are different than those displayed on the INA or NCS (see Table 2.0-1).

SEPYTECIVED

rotceteDeludoM

THPFNMCN

RHTFLUPM

REHTNOM

DNOILLUP

HNOINOCS

NOIRPUS

TOHPTAW

TAEHTCAD

Node Address

(Range is from 1 to 240)

Device Status

ALARM: N211 PHOT@@@@@@@@ COMPUTER ROOM FOURTEENTH FLOOR 04:32P 03/01/00 124

Software Zone Label

of the first software zone that the device was mapped to during programming of the network node.

RSALKMSM

TLUMTHM

FERA)knalb(

VOHPRNAM

VNOILDRM

BMOC

USPS

Time and Date

Hour:Minute Month/Day/Year

Custom Device Label

that was entered during programming of the AM2020/ AFP1010 network node.

Device Address

(Range is from 01-99)

Loop Number

(Range is from 1 to 9, with 0=Loop 10)

NOTE: The piezo sounder will pulse for fire alarm conditions.

INA 15092:I 05/30/01

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002-PFA

.D.IepyT

002-PFA

egasseM

DCLANI

egasseM

SCN

egasseM

YROSIVREPUSEVITCA:detavitca

40M00/60/3P04:10

yrosivrepuS

40M

50M00/60/3

repmaT

60M00/60/3P70:20

eriF-noN

70M00/60/3P33:20

trelAdrazaH

70M

80M00/60/3P12:30

lortnoCeriF

90M00/60/3P70:30

hctiwStrobA

90M

01M00/60/3P43:40

esaeleR.naM

01M

21M

noMelbuorT

21M

lebalenozlebaltniopmotsuc

40100/60/3

YROSIVREPUSLBUORT:elbuort lebalenozlebaltniopmotsuc 00/60/3P70:20TIUCRICNEPO

motsucREPMATEVITCA:detavitca

P02:20lebalenozlebaltniop

50100/60/3

motsucREPMATLBUORT:elbuort

NEPOlebalenozlebaltniop

50M00/60/3P34:20TIUCRIC

ERIFNONEVITCA:detavitca

lebalenozlebaltniopmotsuc

60100/60/3P70:20

motsucERIFNONLBUORT:elbuort

NEPOlebalenozlebaltniop

60M00/60/3P12:20TIUCRIC

TRELADRAZAHEVITCA:detavitca

lebalenozlebaltniopmotsuc

70100/60/3

TRELADRAZAHLBUORT:elbuort

lebalenozlebaltniopmotsuc

00/60/31P74:20TIUCRICNEPO

LORTNOCERIFEVITCA:detavitca

lebalenozlebaltniopmotsuc

80100/60/3P12:30

LORTNOCERIFLBUORT:elbuort

lebalenozlebaltniopmotsuc

80M00/60/3P53:30TIUCRICNEPO

HCTIWSTROBAEVITCA:detavitca

lebalenozlebaltniopmotsuc

90100/60/3P70:30

HCTIWSTROBALBUORT:elbuort

lebalenozlebaltniopmotsuc

00/60/3P71:40TIUCRICNEPO

ESAELER.NAM:MRALA:detavitca

lebalenozlebaltniopmotsuc

01100/60/3P43:40

ESAELER.NAMLBUORT:elbuort

lebalenozlebaltniopmotsuc

00/60/3P85:40TIUCRICNEPO

NOMELBUORTLBUORT:detavitca

lebalenozlebaltniopmotsuc

00/60/3A42:80TIUCRICTROHS

NOMELBUORTLBUORT:elbuort

lebalenozlebaltniopmotsuc

00/60/3A63:80TIUCRICNEPO

USPS210NVREPUS::detavitca

400Zlebaltniopmotsuc

P04:10ELBUORTRLKNRPS

USPS210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

40100/60/3P70:20TIUCRIC

USPS210NVREPUS:detavitca

400Zlebaltniopmotsuc

P02:20ELBUORTRLKNRPS

USPS210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

50100/60/3P34:20TIUCRIC

AON210NEVITCA:detavitca

40ENOZlebaltniopmotsuc

AON210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

60100/60/3P12:20TIUCRIC

USPS210NLBUORT:detavitca

400Zlebaltniopmotsuc

P33:20ELBUORTRLKNRPS

USPS210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

70100/60/3P74:20TIUCRIC

ANON210NEVITCA:detavitca

40ENOZlebaltniopmotsuc

ANON210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

80100/60/3P53:30TIUCRIC

ANON210NEVITCA:detavitca

19ENOZlebaltniopmotsuc

ANON210NLBUORT:elbuort

NEPO190Zlebaltniopmotsuc

90100/60/3P71:40TIUCRIC

NOM210N:MRALA:detavitca

19ENOZlebaltniopmotsuc

NOM210NLBUORT:elbuort

NEPO190Zlebaltniopmotsuc

01100/60/3P85:40TIUCRIC

BRTM210NLBUORT:detavitca

TROHS400Zlebaltniopmotsuc

21100/60/3A42:80TIUCRIC

BRTM210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

21100/60/3A63:80TIUCRIC

00/60/3

00/60/300:70:41

00/60/3

00/60/300:63:80

SCNehtniwodniwtnevEeriFnoNdnawodniwtnevEtnerruC,reganaMyrotsiHniylnodeyalpsideblliW*

rtnMyrsvrpSyrosivrepuS:detavitca

lebalenozlebaltniopmotsuc

00/60/300:04:314M1L21N

yrsvrpSyrosivrepuSelbuorT:elbuort

lebalenozlebaltniopmotsucrtnM

00:70:414M1L21NtiucriCnepO

rtnMyrsvrpSyrosivrepuS:detavitca

lebalenozlebaltniopmotsuc

00/60/300:02:415M1L21N

yrsvrpSyrosivrepuSelbuorT:elbuort

lebalenozlebaltniopmotsucrtnM

00:34:415M1L21NtiucriCnepO

motsucmralAnoNevitcA*:detavitca

6M1L21Nlebalenozlebaltniop

motsucmralAnoNelbuorT:elbuort

tiucriCnepOlebalenozlebaltniop

00/60/300:12:416M1L21N

trelAdrazaHyrosivrepuS:detavitca

lebalenozlebaltniopmotsuc

00/60/300:33:417M1L21N

drazaHyrosivrepuSelbuorT:elbuort

lebalenozlebaltniopmotsuctrelA

00:74:417M1L21NtiucriCnepO

noMmlAnoNevitcA*:detavitca

lebalenozlebaltniopmotsuc

00/60/300:12:518M1L21N

noMmlAnoNelbuorT:elbuort

nepOlebalenozlebaltniopmotsuc

00/60/300:53:518M1L21NtiucriC

hctiwStrobAevitcA*:detavitca lebalenozlebaltniopmotsuc

00/60/300:70:519M1L21N

drazaHyrosivrepuSelbuorT:elbuort

lebalenozlebaltniopmotsuctrelA

00:71:619M1L21NtiucriCnepO

esaeleRnaM:mralA:detavitca

lebalenozlebaltniopmotsuc

00/60/300:43:6101M1L21N

esaeleRnaMelbuorT:elbuort

nepOlebalenozlebaltniopmotsuc

00/60/300:85:6101M1L21NtiucriC

rotinoMlbrTelbuorT:detavitca

lebalenozlebaltniopmotsuc

00/60/300:42:8021M1L21N

motsucrotinoMlbrTelbuorT:elbuort

21M1L21Nlebalenozlebaltniop

Table 2.0-1: AFP-200 Messages As They Appear on the INA and NCS (page 1 of 2)

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INA 15092:I 05/30/01

002-PFA

.D.IepyT

002-PFA

egasseM

DCLANI

egasseM

SCN

egasseM

ALARALGRUBEVITCA:detavitca

31M00/60/3A25:80

alAralgruB

31M00/60/3A33:90

41M00/60/3

ecneliS

51M00/60/3P40:21

tibihnIsaP

61M00/60/3P12:21

teseRmetsyS

71M00/60/3P64:21

tceteDekomS

81M00/60/3P61:20

tceteDtaeH

91M00/60/3P81:30

wolFretaW

mralA-erP

lebalenozlebaltniopmotsuc

ALARALGRUBEVITCA:elbuort

lebalenozlebaltniopmotsuc

motsucECNELISEVITCA:detavitca

A43:11lebalenozlebaltniop

41100/60/3A43:11

motsucECNELISLBUORT:elbuort

NEPOlebalenozlebaltniop

41M00/60/3A54:11TIUCRIC

TIBIHNISAPEVITCA:detavitca

lebalenozlebaltniopmotsuc

51100/60/3A40:21

TIBIHNISAPLBUORT:elbuort

NEPOlebalenozlebaltniopmotsuc

51M00/60/3P01:21TIUCRIC

TESERMETSYSEVITCA:detavitca

lebalenozlebaltniopmotsuc

61100/60/3A12:21

TESERMETSYSLBUORT:elbuort

NEPOlebalenozlebaltniopmotsuc

61M00/60/3P93:21TIUCRIC

TCETEDEKOMS:MRALA:detavitca

lebalenozlebaltniopmotsuc

71100/60/3A64:21

TCETEDEKOMSLBUORT:elbuort

NEPOlebalenozlebaltniopmotsuc

71M00/60/3P60:20TIUCRIC

TCETEDTAEH:MRALA:detavitca

lebalenozlebaltniopmotsuc

81100/60/3P61:20

TCETEDTAEHLBUORT:elbuort

lebalenozlebaltniopmotsuc

81M00/60/3P62:20TIUCRICNEPO

WOLFRETAW:MRALA:detavitca

lebalenozlebaltniopmotsuc

91100/60/3P81:30

WOLFRETAWLBUORT:elbuort

NEPOlebalenozlebaltniopmotsuc

91M00/60/3P82:30TIUCRIC

EKOMSMLAERP:detavitca

:TRELAlebaltniopmotsuc)OTOHP(

10D00/60/3P12:50%05.1/13.1

10100/60/3

)elbacilppaton(:elbuort

MRAS210NLBUORT:detavitca

YTIRUCES400Zlebaltniopmotsuc

31100/60/3A25:80REPMAT

MRAS210NLBUORT:elbuort

YTIRUCES400Zlebaltniopmotsuc

31100/60/3A33:90REPMAT

00/60/300:33:90

ANON210NEVITCA:detavitca

40ENOZlebaltniopmotsuc

00/60/300:43:11

ANON210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

41100/60/3A54:11TIUCRIC

ANON210NEVITCA:detavitca

40ENOZlebaltniopmotsuc

ANON210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

51100/60/3A01:21TIUCRIC

ANON210NEVITCA:detavitca

40ENOZlebaltniopmotsuc

ANON210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

61100/60/3A93:21TIUCRIC

NOM210N:MRALA:detavitca

40ENOZlebaltniopmotsuc

NOM210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

71100/60/3P60:20TIUCRIC

NOM210N:MRALA:detavitca

40ENOZlebaltniopmotsuc

NOM210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

81100/60/3P62:20TIUCRIC

TAW210N:MRALA:detavitca

40ENOZlebaltniopmotsuc

00/60/300:81:51

TAW210NLBUORT:elbuort

NEPO400Zlebaltniopmotsuc

91100/60/3P82:30TIUCRIC

TOHP210NLBUORT:detavitca

190ZTRELAMLAERP002PFA

P12:50QERECNANETNIAM

)elbacilppaton(:elbuort

rotinoMaerAytiruceS:detavitca

lebalenozlebaltniopmotsuc

00/60/300:25:8031M1L21N

aerAytiruceSelbuorT:elbuort

enozlebaltniopmotsucrotinoM

31M1L21NrepmaTytiruceSlebal

motsucecneliSevitcA*:detavitca 41M1L21Nlebalenozlebaltniop

motsucecneliSelbuorT:elbuort

tiucriCnepOlebalenozlebaltniop

00/60/300:54:1141M1L21N

tibihnIsaPevitcA*:detavitca

lebalenozlebaltniopmotsuc

00/60/300:40:2151M1L21N

motsuctibihnIsaPelbuorT:elbuort

tiucriCnepOlebalenozlebaltniop

00/60/300:01:2151M1L21N

teseRmetsySevitcA*:detavitca

lebalenozlebaltniopmotsuc

00/60/300:12:2161M1L21N

teseRmetsySelbuorT:elbuort

nepOlebalenozlebaltniopmotsuc

00/60/300:93:2161M1L21NtiucriC

tceteDekomS:mralA::detavitca

lebalenozlebaltniopmotsuc

00/60/300:64:2171M1L21N

tceteDekomSelbuorT:elbuort

nepOlebalenozlebaltniopmotsuc

00/60/300:60:4171M1L21NtiucriC

tceteDtaeH:mralA:detavitca lebalenozlebaltniopmotsuc

00/60/300:61:4181M1L21N

tceteDtaeHelbuorT:elbuort

nepOlebalenozlebaltniopmotsuc

00/60/300:62:4181M1L21NtiucriC

motsucwolFretaW:mralA:detavitca

91M1L21Nlebalenozlebaltniop

motsucwolFretaWelbuorT:elbuort

tiucriCnepOlebalenozlebaltniop

00/60/300:82:5191M1L21N

)otohP(ekomSmralAerP:detavitca

mralA-erPTRELAMLAERP002PFA

00/60/300:12:711D1L21NtrelA

)elbacilppaton(:elbuort

Table 2.0-1: AFP-200 Messages As They Appear on the INA and NCS (page 2 of 2)

See Section 3.1 of this Chapter for a description of the format used to display troubles received from an AM2020/AFP1010, AFP-300/400 or AFP-200.

INA 15092:I 05/30/01

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.SCNehtniwodniwtnevEeriFnoNdnawodniwtnveEtnerruC,reganaMyrotsiHniylnodeyalpsideblliW*

004/003-PFA

.D.IepyT

004/003-PFA

egasseM

DCLANI

egasseM

SCN

egasseM

:MRALA:)trohs(mralaSekom

Dtcetelebalenozlebalecived

ekomS tceteD

taeH

tceteD

noitatSlluP

121M00/70/30

rotinoM

121M00/70/30p00:72:10

EKOMSELBUORT:elbuort

DILAVNI50ZlebalecivedTCETED

121M00/70/30p00:72:10YLPER

TAEH:MRALA:)trohs(mrala

lebalenozlebalecivedTCETED

121M00/70/30p00:72:10

TCETEDTAEHLBUORT:elbuort YLPERDILAVNI50Zlebalecived

121M00/70/30p00:72:10

LLUP:MRALA:)trohs(mrala

lebalenozlebalecivedNOITATS

121M00/70/30p00:72:10

NOITATSLLUPLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30p00:72:10

ROTINOM:MRALA:)trohs(mrala

p00:72:10lebalenozlebalecived

ecivedROTINOMLBUORT:elbuort

YLPERDILAVNI50Zlebal

121M00/70/30p00:72:10

trohs(mralaMRALA:):232N

12100/70/30p72:10

12100/70/30

12100/70/30p72:10

12100/70/30

ekomS:mralA:)trohs(mrala

lebalenozlebalecivedKMSM

KMSM232NELBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p72:10YLPER

THM232N:MRALA:)trohs(mrala

p72:10lebalenozlebalecived

THM232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p72:10YLPER

232N:MRALA:)trohs(mrala

lebalenozlebalecivedLLUP

LLUP232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p72:10YLPER

NOM232N:MRALA:)trohs(mrala

p72:10lebalenozlebalecived

NOM232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p72:10YLPER

tceteDlebalenozlebalecived

00/70/300:72:1012M1L232N

tceteDekomSelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:72:1012M1L232N

tceteDtaeH:mralA:)trohs(mrala

lebalenozlebalecived

00/70/3000:72:1012M1L232N

tceteDtaeHelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:72:1012M1L232N

noitatSlluP:mralA:)trohs(mrala

lebalenozlebalecived

00/70/3000:72:1012M1L232N

noitatSlluPelbuorT:elbuort

YLPERDILAVNlebalecived

12M1L232N00/70/30p00:72:10

rotinoM:mralA:)trohs(mrala

lebalenozlebalecived

00/70/3000:72:1012M1L232N

rotinoMelbuorT:elbuortecived

12M1L232NylpeRdilavnIlebal

00/70/3000:72:10

lebalecived:MRALA:)trohs(mrala

00/70/3000:p72:10lebalenoz

121M

)knalb(

50ZlebalecivedLBUORT:elbuort

p00:72:10YLPERDILAVNI

121M00/70/30

TROBAEVITCA:)trohs(mrala

lebalenozlebalecivedHCTIWS

trobA

hctiwS

.naM

esaeleR

121M00/70/30p00:72:10

HCTIWSTROBALBUORT:elbuort

YALPERDILAVNI50Zlebalecived

121M00/70/30p00:72:10

.NAM:MRALA:)trohs(mrala

lebalenozlebalecivedESAELER

121M00/70/30p00:72:10

ESAELER.NAMLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30p00:72:10

12100/70/30

232N:MRALA:)trohs(mrala

p72:10lebalenozlebalecived

00/70/30

ecived232NLBUORT:elbuort

YLPERDILAVNI500Zlebal

12100/70/30p72:10

22NEVITCA:)trohs(mrala

lebalenozlebalecivedwsba

12100/70/30p72:10

WSBA232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p72:10YLPER

232N:MRALA:)trohs(mrala

lebalenozlebalecivedRNAM

12100/70/30p72:10

RNAM232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p72:10YLPER

mralA:)trohs(mralalebalecived

00:72:1012M1L232Nlebalenoz

lebalecivedelbuorT:elbuort

12M1L232NylpeRdilavnI

00/70/30p00:72:10

hctiwStrobAevitcA:)trohs(mrala

lebalenozlebalecived

00/70/3000:72:1012M1L232N

hctiwStrobAelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:72:1012M1L232N

.naM:mralA:)trohs(mrala

lebalenozlebalecivedesaeleR

00/70/3000:72:1012M1L232N

esaeleR.naMelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:72:1012M1L232N

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Table 2.0-2: AFP-300/400 Messages As They

Appear on the INA and NCS (page 1 of 5)

INA 15092:I 05/30/01

004/003-PFA

.D.IepyT

121M00/70/30

ecneliS

teseRmetsyS

ytiruceS

NOMelbuorT

121M00/70/30

tibihnISAP

egaPllaCllA

repmaT

004/003-PFA

egasseM

ECNELISEVITCA:)trohs(mrala

p00:04:21lebalenozlebalecived

ecivedECNELISLBUORT:elbuort

YLPERDILAVNI50Zlebal

121M00/70/30p00:04:21

METSYSEVITCA:)trohs(mrala

lebalenozlebalecivedTESER

121M00/70/30p00:04:21

TESERMETSYSLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30p00:04:21

EVITCA:)nepodnatrohs(mrala

lebalenozlebalecivedYTIRUCES

121M00/70/30p00:04:21

YTIRUCESLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30p00:04:21

ELBUORTLBUORT:)trohs(mrala

TROHS50ZlebalecivedNOM

121M00/70/30p00:04:21TIUCRIC

NOMELBUORTLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30p00:04:21

ecivedTIBIHNISAPEVITCA:mrala

p00:04:21lebalenozlebal

TIBIHNISAPLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30p00:04:21

LLACLLAEVITCA:)trohs(mrala

lebalenozlebalecivedEGAP

121M00/70/300p00:04:21

EGAPLLACLLALBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30p00:04:21

REPMATEVITCA:)trohs(mrala

p00:04:21lebalenozlebalecived

121M00/70/300

ecivedREPMATLBUORT:elbuort

YLPERDILAVNI50Zlebal

121M00/70/30p00:04:21

ERIFEVITCA:)trohs(mrala

lebalenozlebalecivedLORTNOC

121M79/70/30p00:04:21

DCLANI

egasseM

232NEVITCA:)trohs(mrala

lebalenozlebalecivedLIS

12100/70/30p04:21

LIS232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p04:21YLPER

232NEVITCA:)trohs(mrala

lebalenozlebalecivedTSRS

12100/70/30p04:21

TSRS232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p04:21YLPER

232NLBUORT:)trohs(mrala

500ZlebalecivedUCES

p04:21MRALAYTIRUCES

12100/70/30

UCES232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p04:21YLPER

232NLBUORT:)trohs(mrala 500ZlebalecivedBRTM p04:21TIUCRICTROHS

12100/70/30

BRTM232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p04:21YLPER

232NEVITCA:)trohs(mrala

lebalenozlebalecivedISAP

12100/70/30p04:21

ISAP232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p04:21YLPER

232NEVITCA:)trohs(mrala

lebalenozlebalecivedGPLA

12100/70/30p04:21

GPLA232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p04:21YLPER

232NLBUORT:)trohs(mrala

lebalecivedPMAT

ELBUORTRELKNIRPS

12100/70/30p04:21

PMAT232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30p04:21YLPER

232NEVITCA:)trohs(mrala

lebalenozlebalecivedNOCF

12100/70/30p04:21

SCN

egasseM

ecivedecneliSevitcA:)trohs(mrala

12M1L232Nlebalenozlebal

00/70/3000:04:21

ecivedecneliSelbuorT:elbuort 12M1L232NylpeRdilavnIlebal

00/70/3000:04:21

teseRmetsySevitcA:)trohs(mrala

lebalenozlebalecived

00/70/3000:04:2112M1L232N

teseRmetsySelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:04:2112M1L232N

ytiruceS:)nepodnatrohs(mrala

lebalenozlebalecivedalAralgruB

00/70/3000:04:2112M1L232N

ecivedalAralgruBelbuorT:elbuort

12M1L232NylpeRdilavnIlebal

00/70/3000:04:21

noMelbuorTlbuorT:)trohs(mrala

tiucriCtrohSlebalecived

00/70/3000:04:2112M1L232N

ecivednoMelbuorTelbuorT:elbuort

12M1L232NylpeRdilavnIlebal

00/70/3000:04:21

tibihnIsaPevitcA:)trohs(mrala

lebalenozlebalecived

00/70/3000:04:2112M1L232N

ecivedtibihnIsaPelbuorT:elbuort

12M1L232NylpeRdilavnIlebal

00/70/3000:04:21

ecivedegaPllacllA:)trohs(mrala

12M1L232Nlebalenozlebal

00/70/3000:04:21

ecivedegaPllacllAelbuorT:elbuort

12M1L232NylpeRdilavnIlebal

00/70/3000:04:21

repmaTyrosivrepuS:)trohs(mrala

lebalenozlebalecived

00/70/3000:04:2112M1L232N

ecivedrepmaTelbuorT:elbuort 12M1L232NylpeRdilavnIlebal

00/70/3000:04:21

lortnoCeriFevitcA:)trohs(mrala

lebalenozlebalecived

00/70/3000:04:2112M1L232N

INA 15092:I 05/30/01

www.PDF-Zoo.com

lortnoCeriF

DILAVNI50Zlebalecived

LORTNOCERIFLBUORT:elbuort

121M00/70/30p00:04:21

12100/70/30

232NELBUORT:elbuort 500ZlebalecivedNOCF

p04:21YLPERDILAVNI

00/70/3000:04:21

ecivedlortnoCeriFelbuorT:elbuort

12M1L232NylpeRdilavnIlebal

Table 2.0-2: AFP-300/400 Messages As They

Appear on the INA and NCS (page 2 of 5)

004/003-PFA

.D.IepyT

004/003-PFA

egasseM

DCLANI

egasseM

SCN

egasseM

.ELETEVITCA:)trohs(mrala

lebalenozlebalecivedEGAP

egaP.eleT

rotinoM.bmoC

121M00/70/30

sySrelknirpS

tohSdnoceS

yalDleRnaM

trelAdrazaH

yrosivrepuS

wolfretaW

121M

121M00/70/30

121M00/70/30P00:51:30

EGAP.ELETLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30P00:51:3

.BMOC:MRALA:)trohs(mrala

lebalenozlebalecivedROTINOM

121M00/70/30P00:51:3

.BMOCLBUORT:elbuort

50ZlebalecivedROTINOM

P00:51:3YLPERDILAVNI

:MRALA:)trohs(mrala

lebalecivedSYSRELKNIRPS

00/70/30P00:51:3lebalenoz

SYSRLKNIRPSLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30P00:51:3

DNOCESEVITCA:)trohs(mrala

P00:51:3lebalenozecivedTOHS

TOHSDNOCESLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30P00:51:3

LERNAM:MRALA:)trohs(mrala

lebalenozlebalecivedYALD

121M00/70/30P00:51:3

YALDLERNAMLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30P00:51:3

DRAZAHEVITCA:)trohs(mrala lebalenozlebalecivedTRELA

121M00/70/30P00:51:3

DRAZAHLBUORT:elbuort

DILAVNI50ZlebalecivedTRELA

121M00/70/30P00:51:3YLPER

EVITCA:)trohs(mrala

enozlebalecivedYROSIVREPUS

121M00/70/30P00:51:3lebal

YROSIVREPUSLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30P00:51:3

:MRALA:trohsmrala

enozlebalecivedWOLFRETAW

121M00/70/30P00:51:3lebal

WOLFRETAWLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

121M00/70/30P00:51:3

12100/70/30

232NEVITCA:)trohs(mrala

12100/70/30P51:3

12100/70/300P51:3

12100/70/30P51:3

lebalenozlebalecivedGPLT

GPLT232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30P51:3YLPER

232N:MRALA:)trohs(mrala

lebalenozlebalecivedBMOC

BMOC232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30P51:3YLPER

232N:MRALA:)trohs(mrala

lebalenozlebalecivedUSPS

USPS232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30P51:3YLPER

232NEVITCA:)trohs(mrala

lebalenozlebalecivedHSPS

HSDS232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30P51:3YLPER

232N:MRALA:)trohs(mrala

lebalenozlebalecivedLDRM

LDRM232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30P51:3YLPER

232NLBUORT:)trohs(mrala

RLKNIRPSlebalecivedAZAH

12100/70/30P51:3LBUORT

AZAH232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30P51:3YLPER

232NVREPUS:)trohs(mrala

RLKNIRPSlebalecivedRPUS

12100/70/30P51:3LBUORT

0070/30

RPUS232NLBUORT:elbuort

DILAVNI500Zlebalecived

12100/70/30P51:3YLPER

232N:MRALA:)trohs(mrala

lebalenozlebalecivedTAW

RETAWLBUORT:elbuort

500ZlebalecivedWOLF

P51:3YLPERDILAVNI

00/70/3000:51:51

egaPeleTevitcA:)trohs(mrala

lebalenozlebalecived

00/70/3000:51:5112M1L232N

ecivedegaPeleTelbuorT:elbuort

12M1L232NylpeRdilavnIlebal

bmoC:mralA:)trohs(mrala

lebalenozlebalecivedrotinoM 00/70/3000:51:5112M1L232N

rotinoM.bmoCelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:51:5112M1L232N

sySrelknirpS:mralA:)trohs(mrala

lebalenozlebalecived

00/70/3000:51:5112M1L232N

sySrlknirpSlbuorTelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:51:5112M1L232N

tohSdnoceSevitcA:)trohs(mrala

lebalenozlebalecived

0070/3000:51:5112M1L232N

tohSdnoceSelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:51:5112M1L232N

yalDleRnaM:mralA:)trohs(mrala

lebalenozlebalecived

0070/3000:51:5112M1L232N

yalDleRnaMelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:51:5112M1L232N

drazaHyrosivrepuS:)trohs(mrala

lebalenozlebalecivedtrelA

0070/3000:51:5112M1L232N

trelAdrazaHelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:51:5112M1L232N

yrosivrepuS:)trohs(mrala

enozlebalecivedyrosivrepuS

00:51:5112M1L232Nlebal

yrosivrepuSelbuorT:elbuort

ylpeRdilavnIlebalecived

00/70/3000:51:5112M1L232N

wolFretaW:mralA:)trohs(mrala

lebalenozlebalecived

0070/3000:51:5112M1L232N

ecivedwolFretaWelbuorT:elbuort

12M1L232NylpeRdilavnIlebal

www.PDF-Zoo.com

Table 2.0-2: AFP-300/400 Messages As They

Appear on the INA and NCS (page 3 of 5)

INA 15092:I 05/30/01

004/003-PFA

.D.IepyT

004/003-PFA

egasseM

DCLANI

egasseM

SCN

egasseM

*noitaicnunnAoN:no

lortnoC

yaleR

DILAVNI50Zlebal

tiucriClleB

tkCebortS

tiucriCnroH

tkCelbiduA

lleBdnEleR

tkCesaeleR

LORTNOCLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

101M00/61/30P00:70:21

*noitaicnunnAoN:no

ecivedYALERLBUORT:elbuort

*noitaicnunnAoN:no

TIUCRICLLEBLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

101M00/61/30P00:70:21

*noitaicnunnAoN:no

TKCEBORTSLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

101M00/61/30P00:70:21

*noitaicnunnAoN:no

TIUCRICNROHLBUORT:elbuort YLPERDILAVNI50Zlebalecived

101M00/61/30P00:70:21

*noitaicnunnAoN:no

TKCELBIDUALBUORT:elbuort

YLPERDILAVNI50Zlebalecived

101M00/61/30P00:70:21

*noitaicnunnAoN:no

LLEBDNELERLBUORT:elbuort

YLPERDILAVNI1RZlebalecived

101M00/61/30P00:70:21

*noitaicnunnAoN:no

TKCESAELERLBUORT:elbuort YLPERDILAVNI1RZlebalecived

101M00/61/30P00:70:21

10100/61/30

004PF232NEVITCA:no

P70:21ECIVEDTUPTUO

NOC232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P70:21YLPER

004PFA232NEVITCA:no

P70:21ECIVEDTUPTUO

LER232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P70:21YLPER

004PFA232NEVITCA:no

P70:21ECIVEDTUPTUO

LLEB232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P70:21YLPER

004PFA232NEVITCA:no

P70:21ECIVEDTUPTUO

CRTS232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P70:21YLPER

004PFA232NEVITCA:no

P70:21ECIVEDTUPTUO

nroH232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P70:21YLPER

004PFA232NEVITCA:no

P70:21ECIVEDTUPTUO

BDUA232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P70:21

004PFA232NEVITCA:no

P70:21ECIVEDTUPTUO

LBER232NLBUORT:elbuort

DILAVNIZlebalecived

10100/61/30P70:21YLPER

004PFA232NEVITCA:no

P70:21ECIVEDTUPTUO

TKCR232NLBUORT:elbuort

YLPERDILAVNIZlebalecived

10100/61/30P70:21

00/61/3

00/61/300:70:21

00/61/3

00/61/300:70:21

00/61/3

.ylno,reffuByrotsiHehtnideyalpsideblliw'noitaicnunnAoN'yastahtsegassem004/003-PFAllA*

tuptuO004PFAevitcA:no

00:70:2112M1L232NeciveD

ecivedlortnoCelbuorT:elbuort

12M1L232NylpeRdilavnIlebal

tuptuO004PFAevitcA:no

00:70:2112M1L232NeciveD

ecivedyaleRelbuorT:elbuort

12M1L232NylpeRdilavnIlebal

tuptuO004PFAevitcA:no

00:70:2112M1L232NeciveD

tiucriClleBelbuorT:elbuort

ylpeRdilavnIlebalecived

00/61/300:70:2112M1L232N

tuptuO004PFAevitcA:no

00:70:2112M1L232NeciveD

tkCebortSelbuorT:elbuort

ylpeRdilavnIlebalecived

00/61/300:70:2112M1L232N

tuptuO004PFAevitcA:no

00:70:2112M1L232NeciveD

tiucriCnroHelbuorT:elbuort

ylpeRdilavnIlebalecived

00/61/300:70:2112M1L232N

tuptuO004PFAevitcA:no

00:70:2112M1L232NeciveD

tkCelbiduAelbuorT:elbuort

ylpeRdilavnIlebalecived

00/61/300:70:2112M1L232N

tuptuO004PFAevitcA:no

00:70:2112M1L232NeciveD

lleBdnEleRelbuorT:elbuort

ylpeRdilavnIlebalecived

00/61/300:70:2112M1L232N

tuptuO004PFAevitcA:no

00:70:2112M1L232NeciveD

tkCesaeleRelbuorT:elbuort

ylpeRdilavnIlebalecived

00/61/300:70:2112M1L232N

INA 15092:I 05/30/01

www.PDF-Zoo.com

Table 2.0-2: AFP-300/400 Messages As They

Appear on the INA and NCS (page 4 of 5)

004/003-PFA

.D.IepyT

004/003-PFA

egasseM

DCLANI

egasseM

SCN

egasseM

*noitaicnunnAoN:no

10100/61/30

clUtkCleR

CLUTKCLERLBUORT:elbuort

YLPERDILAVNI1RZlebalecived

101M00/61/30P00:55:40

*noitaicnunnAoN:no

10100/61/30

elbiduAleR

ELBIDUALERLBUORT:elbuort

YLPERDILAVNI1RZlebalecived

101M00/61/30P00:55:40

*noitaicnunnAoN:no

10100/61/30

ltStesernoN

LTCTESERNONLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

101M00/61/30P00:55:40

*noitaicnunnAoN:no

10100/61/30

enohpeleT

ENOHPELETLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

101M00/61/30P00:55:40

*noitaicnunnAoN:no

10B00/61/30

lleBedoCleR

EDOCLERLBUORT:elbuort

1RZlebalecivedLLEB

*noitaicnunnAoN:no

10100/61/30

eleRtnatsnI

ELERTNATSNILBUORT:elbuort YLPERDILAVNI50Zlebalecived

101M00/61/30P00:55:40

*noitaicnunnAoN:no

10100/61/30

CmroFaeleR

CMROFAELERLBUORT:elbuort YLPERDILAVNI1RZlebalecived

101M00/61/30P00:55:40

*noitaicnunnAoN:no

10100/61/30

rekaepS

REKAEPSLBUORT:elbuort

YLPERDILAVNI50Zlebalecived

101M00/61/30P00:55:40

004PFA232NEVITCA:no

P55:40ECIVEDTUPTUO

CLUR232NLBUORT:elbuort

10100/61/30P55:40

YLPERDILAVNIZlebalecived

004PFA232NEVITCA:no

P55:40ECIVEDTUPTUO

DUAR232NLBUORT:elbuort

YLPERDILAVNIZlebalecived

004PFA232NEVITCA:no

P55:40ECIVEDTUPTUO

RNON232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P55:40YLPER

004PFA232NEVITCA:no

P55:40ECIVEDTUPTUO

ELET232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P55:40YLPER

004PFA232NEVITCA:no

P55:40ECIVEDTUPTUO

LBCR232NLBUORT:elbuort

DILAVNI10RZlebalecived

10B00/61/30P55:40YLPER

004PFA232NEVITCA:no

P55:40ECIVEDTUPTUO

LERI232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P55:40YLPER

004PFA232NEVITCA:no

P55:40ECIVEDTUPTUO

CMFR232NLBUORT:elbuort

DILAVNI10RZlebalecived

10100/61/30P55:40YLPER

004PFA232NEVITCA:no

P55:40ECIVEDTUPTUO

RKPS232NLBUORT:elbuort

DILAVNI500Zlebalecived

10100/61/30P55:40YLPER

00/61/3

00/61/300:55:61

.ylno,reffuByrotsiHehtnideyalpsideblliw'noitaicnunnAoN'yastahtsegassem004/003-PFAynA*

eciveDtuptuO004PFAevitcA:no

00/61/300:55:611M1L232N

CLUtkCleRelbuorT:elbuort

ylpeRdilavnIlebalecived

00/61/300:55:611M1L232N

eciveDtuptuO004PFAevitcA:no

00/61/300:55:611M1L232N

ecivedelbiduAleRelbuorT:elbuort

1M1L232NylpeRdilavnIlebal

eciveDtuptuO004PFAevitcA:no

00/61/300:55:611M1L232N

ltCtesernoNelbuorT:elbuort

ylpeRdilavnIlebalecived

00/61/300:55:611M1L232N

eciveDtuptuO004PFAevitcA:no

00/61/300:55:611M1L232N

ecivedenohpeleTelbuorT:elbuort

1M1L232NylpeRdilavnIlebal

eciveDtuptuO004PFAevitcA:no

00/61/300:55:611B232N

lleBedoCleRelbuorT:elbuort

1B232NylpeRdilavnIlebalecived

eciveDtuptuO004PFAevitcA:no

00/61/300:55:611M1L232N

lebalecivedeleRtnatsnI:elbuort

00:55:611M1L232NylpeRdilavnI

eciveDtuptuO004PFAevitcA:no

00/61/300:55:611M1L232N

CmroFaeleRelbuorT:elbuort

ylpeRdilavnIlebalecived

00/61/300:55:611M1L232N

eciveDtuptuO004PFAevitcA:no

00/61/300:55:611M1L232N

ecivedrekaepSelbuorT:elbuort

1M1L232NylpeRdilavnIlebal

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Table 2.0-2: AFP-300/400 Messages As They

Appear on the INA and NCS (page 5 of 5)

INA 15092:I 05/30/01

2.1 ACKNOWLEDGING A FIRE A LARM

The following must be completed to acknowledge a fire alarm condition:

Push  and the ALARM: device status will change to ACK AL (Acknowledged Fire Alarm).

ACK

STEP

When the fire alarm condition clears (either automatically in the case of devices programmed for Tracking or by depression of the SYSTEM RESET key), the panel will display CLR AL and the piezo will resound. The following must be completed to acknowledge the clearing of a fire alarm:

Push  and the CLR AL status will change to ACL AL (Acknowledged Clear Fire Alarm).

ACK

STEP

When multiple events have occurred, the system will display the first event that occurred (with the exception of the first fire alarm always overriding any previous sprinkler supervisory or trouble). When the ACK STEP key is pushed, the operator will have acknowledged the event that is being displayed on the CRT Monitor and INA LCD. The acknowledged message for this event will be displayed for several seconds, followed by display of the next unacknowledged event. The piezo sounder will be silenced only after all events have been acknowledged.

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S EC TI ON 3 S ECURITY ALARM, SUPERVISORY AND TROUBLE SIGNALS

3.1 SECURITY ALARM, SUPERVISORY, AND TROUBLE SIGNALS FROM AM2020/AFP1010, AFP-200

The following example illustrates the format used to display security alarms, supervisory, and trouble signals received from an AM2020/AFP1010, AFP-300/400 and AFP-200. Refer to the AM2020/AFP1010, AFP-200 and AFP-300/400 Manuals. The INA will only display security alarm, supervisory, and trouble signals for the network nodes that have been programmed into the INA.

AND AFP-300/400 SLC DEVICES

SEPYTECIVED

rotceteDseludoM

THPFNOMADNPGLUPNRKPSTAW

RHTFDNPASAGNOMREYTCRT

REHTMRASAGVEGAPMLDRM

DNOICXMCCAGRNONRNAM

HNOINOCCSSELET)knalb(

NOITCADLBERLBCRTHM

TOHPMQESTKCRLERIUSPS

TAEHLERCLURCRTSRPUS

RSALLLEBCMFRAONMYSS

TLUMNROHDUARANONELET

FERABDUACTGEGAPBRTM

OBMCRKPSCFWCRWPDNPT

VOHPMCRFSFWLLUPSRT

VNOICROFNMCNNOCSKMSM

NOTE: For a more detailed explanation of Software Type Identification, refer to the Programming Chapter in the AM2020/AFP1010 Manual or the AFP200 and AFP-300/400 Manuals.

Device Status

Software Zone

The first zone that the device was mapped to during programming of the network node.

Node Address

(Range is from 1 to 240)

TROUBL@@N211@@@@@@PHOT @COMPUTER ROOM Z087@MAINTENANCE@@REQ 04:32P 03/01/00 124

rotceteDeludoM

TSETDELIAFTEDDELBASIDECIVEDTRELAYTIRUCES

DELBASIDECIVEDYLPERDILAVNIMOCONYTIRUCES

ECNARELOTTFIRDTIUCRICNEPOREPMATYTIRUCES

YLPERDILAVNIELBUORTTNIOPTIUCRICTROHS

EULAVREBMAHCWOLMRALAYTIRUCESELBUORTRELKNIRPS

QERECNANETNIAM

TRELAMRALA-ERP

Time and Date

Hour:Minute Month/Day/Year

Loop Number

(Range is from 1 to 9, with 0=Loop 10)

SELBUORTFOSEPYT

Custom Device Label

that was entered during programming of the network node.

Device Address

(Range is from 01-99)

AFP-300/400 bell circuit range is B01B04

AFP-300/400 panel circuit range is P11P88

NOTE: The piezo sounder will sound steadily for unacknowledged security alarm, supervisory, and trouble conditions.

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INA 15092:I 05/30/01

3.2 TROUBLE

3.2.1 Trouble With AM2020/AFP1010 Disabled Zones

The following example illustrates the format used to display disabled zone trouble conditions received from AM2020/ AFP1010 nodes that have been programmed into the INA. Refer to the AM2020/AFP1010 Manual.

NOTE: For a more detailed explanation of Software Type Identification, refer to the Programming Chapter in

Device Type:

FZON RZON

the AM2020/AFP1010 Manual.

Node Address

(Range is from 1 to 240)

Device Status

TROUBL@@N211@@ FZON FIRST@FLOOR Z10@@ZONE@DISABLED@@04:32P@03/01/00 Z001

Software Zone

Th e first zo ne that was mapped during programming of the network node.

NOTE: The piezo sounder will sound steadily for unacknowledged trouble conditions.

Fixed Field

Time and Date

Hour:Minute Month/Day/Year

Custom Zone Label

that was entered during

programming.

Zone Address

(Range is from Z001-Z240)

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3.2.2 Trouble With AM2020/AFP1010, AFP-300/400 and AFP-200 Equipment

The following example illustrates the format used to display equipment trouble signals received from an AM2020/AFP1010, AFP-300/400 or AFP-200.

Node Address

(Range is from 1 to 240)

Device Status

TROUBL N211 CATSTRPHC LOOP INTRFAC BOARD 2@COMMUNICATION FLT @04:32P 03/01/00@T19

Time and Date

Hour:Minute Month/Day/Year

NOTE: Messages for System Troubles are the same for AFP-200, AFP-300/400, INA and NCS.

Specific Trouble Message

Trouble Index

Provide this index to your

NOTIFIER Representative for

troubleshooting.

3.2.3 Trouble With AM2020/AFP1010 Annunciators

The following example illustrates the format used to display trouble conditions with the Annunciator Control System modules received from an AM2020 or AFP1010.

Node Address

(Range is from 1 to 240)

Device Status

TROUBL N211 ANN 01 INSTALLATION ERROR ANNUNCIATOR 1 @@@@@@@04:32P 03/01/00 N00

Custom Label

Label that was entered during programming.

NOTE: The piezo sounder will sound steadily for unacknowledged trouble conditions.

Hour:Minute Month/Day/Year

Annunciator Module

Time and Date

Specific Trouble Message

Trouble Index

Provide this index to your NOTIFIER Representative

for troubleshooting.

INA 15092:I 05/30/01

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3.2.4 Trouble With INA and NCS Equipment

Signals originating at INAs and NCSs will be transmitted to other reporting nodes (i.e, NCS or another INA) on the network. Network node off-line conditions depend on the local settings (grouping and linking) of the INA and are detected individually by all reporting nodes on the network. The following example illustrates the format used by the INA to display equipment trouble signals from local and remote INAs and NCSs. Local INA troubles and remote INA and NCS troubles have a lower priority than AM2020/AFP1010, AFP-300/400 or AFP-200 unacknowledged alarms and troubles. Refer to Chapter Two, About Priorities.

Node Address

(Range is from 1 to 240)

Device Status

TROUBL N211 @@ MPS-24@MONITOR@CABLE DISCONNECTED@@@@@@@ 04:32P 03/01/00 T02

Specific Trouble Message

Time and Date

Hour:Minute Month/Day/Year

Trouble Index

Provide this index to your NOTIFIER Representative

for troubleshooting.

3.2.5 Trouble With Network Communications

The INA will display a node communications trouble for any node that was present on the network but stopped communicating. The following example illustrates the format used to display Network Communications Trouble.

Local INA Node Address

(Range is from 1 to 240)

Device Status

TROUBL N211 NODE@01 COMMUNICATIONS FAILURE@@@@@@@@@@@@@04:32P 03/01/00 T01

Hour:Minute Month/Day/Year

Address of node that stopped communicating

Time and Date

Specific Trouble Message

Trouble Index

Provide this index to your

NOTIFIER Representative

for troubleshooting.

NOTE: The piezo sounder will sound steadily for unacknowledged trouble conditions.

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3.3 BLOCK A CKNOWLEDGE

The function of block acknowledge gives the user the ability to acknowledge multiple trouble conditions with a single depression of the ACK STEP key. The INA will function as follows:

 An INA block acknowledge command is transmitted to every programmed node, including display nodes.

Local INA troubles will also be acknowledged if present.

 Upon the initiation of a block acknowledge command, local troubles, including any off-line conditions, will

be acknowledged at all programmed nodes, including display nodes.

 Acknowledged messages are not recorded as individual events once the block acknowledge message has

been displayed.

 Cleared events will be recorded individually as they occur in the history buffer and on the printer. Cleared

events will not be displayed on the LCD.

 Cleared events do not have to be acknowledged.

 Signals may come and go without being acknowledged. For this reason, the tracking option in the AM2020/

AFP1010 must not be enabled for security input devices.

 Upon completion of block acknowledge, the INA will enter the "display acknowledged events" mode of

operation. Refer to the Displaying Current Alarms and Troubles section within this manual.

The block acknowledge function can be disabled.

Push  to execute block acknowledge. The following message will appear:

ACK

STEP

NETWORK@BLOCK@ACKNOWLEDGE@INITIATED BY NODE XXX@@@@@@@@@@@@@@ 04:32P@03/01/00

After a node has completed block acknowledge, a message will be transmitted to the INA. The INA, at that point, will show XXX to represent the FACP node which completed the block acknowledge. The following message will be displayed for approximately 1.5 seconds:

BLOCK@ACKNOWLEDGE@@@@COMPLETED BY NODE XXX@@@@@@@@@@@@@ 04:33P@03/01/00

A separate message will be displayed for every node which completed a block acknowledge. Note: When employing Block Acknowledge operation with the INA, all nodes on the network must be configured for Block Acknowledge to establish proper network operation.

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3.4 ACKNOWLEDGING TROUBLES IN RECEIVING UNIT MODE

(Block Acknowledge Disabled)

The receiving unit mode of operation acknowledges each individual trouble received by the INA. To acknowledge a trouble condition in receiving mode:

Push and the TROUBLE status will change to ACK TB (acknowledged trouble).

When the trouble condition clears, the panel will display CLR TB and the piezo will sound again. To acknowledge the clearing of a trouble condition:

Push and the CLR TB status will change to ACL TB (acknowledged clear trouble).

When multiple troubles have occurred, the INA will display the first event that occurred (with the exception of fire alarms which always override any non-sprinkler supervisory trouble). When the ACK STEP key is pushed, the operator will have acknowledged the highest priority event, not necessarily the event presently being displayed. The acknowledged message for the first prioritized event will be displayed for several seconds, followed by display of the next priority unacknowledged event. Note: Local INA troubles are acknowledged in the same manner that fire panel

troubles are acknowledged.

When employing Receiving Unit Mode with the INA, all nodes on the network must be configured for Receive Mode to establish proper network operation.

ACK

STEP

ACK

STEP

3.5 DISPLAYING CURRENT A LARMS AND TROUBLES

The following must be completed to display alarms and troubles which have been acknowledged but not cleared:

Push

Depressing the ACK STEP key repeatedly will display all acknowledged signals on the network; the INA will review every signal. In this review mode, the INA will display all acknowledged fire alarms on the node with the lowest node address. It will then display all fire alarms on the node with the next highest node address. This will continue until all acknowledged fire alarms have been displayed, at which time the first trouble on the node with the lowest address will be displayed. The acknowledged troubles will be displayed in the same manner as the acknowledged fire alarms. When the INA is finished with all node information it will display its local and remote INA/NCS acknowledged information. When all troubles have been displayed, the cycle repeats.

ACK

STEP

and the next acknowledged event in the NOTIFIRENET system will be displayed on the INA LCD. All events which are not restored to normal can be reviewed by depressing the ACK STEP key repeatedly.

INA 15092:I 05/30/01

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SECTION 4 REMOTE PERIPHERALS

The INA will support the installation of optional remote video display terminals and printers.

The CRT Terminal displays all network information. The CRT is provided with a keyboard that can be used to operate the INA provided the following conditions are met:

 The CRT with keyboard must be located in the same room as the INA.

 When not in use, the keyboard must be removed or it must be locked up.

4.1 PRINT FUNCTIONS

The printer can be used to provide a permanent record of all system events, the local history buffer, or local programming. Alarms, troubles, and acknowledgments are recorded on the printer as they occur in the system. The CRT and printer will not function during a primary power failure. For this reason, the use of an uninterruptable power supply (UPS) is recommended.

When printing the local history buffer or local programming, printing will be done out of background until the function is complete or the operator aborts printing. If an event is received by the INA, it will be printed immediately and no special attempts will be made to distinguish the new event from the events printed from the local history buffer. New events, should they occur, will be interspersed throughout the printout. Print functions are accessed by pressing the Special Function key.

Press and the display will show:

S (

SPL

FUNCT

PRESS 1=RPTS,2=HIS :

After the operator chooses "1" to print reports, the following display will appear:

PRESS 1=PROG,2=HIS ALARM,3=HIS EVENTS :1

Choosing 1 for programming, enables the INA to print its local programming information. System programming will print first, followed by annunciator panel programming and then annunciator point programming. Choosing 2 for alarm or 3 for event history buffer, enables the INA to print out all fire alarms or events stored in the selected buffer, starting with the first event that occurred. After selecting programming information (1), history alarm (2), or history events (3), the following screen appears.

PRESS 1=REQUEST,2=ABORT :1

Choosing 1 starts the action requested and choosing 2 aborts the action.

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INA 15092:I 05/30/01

SECTION 5 THE SPLIT HISTORY BUFFER

The history buffer on the INA is split into two separate viewing options, alarms and events. The history buffer contains a total of 500 events with 100 entries for alarms and 400 entries for events. The history buffer is accessed through the Special Function key.

Press and the display will show:

S (

SPL

FUNCT

PRESS 1=RPTS,2=HIS :

After the operator enters 2 for the history buffer, the following will be displayed:

PRESS 1=HIS ALARM,2=HIS EVENTS :

The operator must choose 1 to view alarms and 2 to view events. The alarm buffer contains new alarms, acknowledged alarms, clear alarms, and acknowledged clear alarms. The event buffer contains all events, including alarm conditions. The Prior key steps through the history buffer in a reverse direction. The Next key steps through the history buffer in a forward direction.

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INA

NTELLIGENT NETWORK ANNUNCIATOR

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CHAPTER THREE

PROGRAMMING

INA 15092:I 05/30/01

INTELLIGENT NETWORK ANNUNCIATOR

CHAPTER THREE PROGRAMMING

SECTION 1 INA PROGRAMMING

1.1 I

This chapter covers the programming options of the INA and features available to the programmer. This chapter is presented through the perspective of the CRT-2 Monitor. The prompts are displayed on the CRT screen in the order that they appear (top to bottom) on the pages that follow. If a CRT is not employed, the prompts will appear on the 40-character, two-line INA liquid crystal display as displayed in Chapter Two, Operation.

NTRODUCTION

Menus

At the top of each sub-menu in this programming guide, a string of keys is displayed to illustrate the sequence of keys needed to reach a particular menu.

Passwords

 A Level One password is required for Alter Status.  A Level Two password is required for Programming.

If the main operator of the system requires access to a function which is password protected, contact the distributor who installed the system for the required password(s). The INA is shipped with initial Level One and Level Two passwords of five zeroes (00000).

Backspace Key V

The backspace key serves several purposes. At a menu prompt, the backspace key aborts the selection of that option. When entering data or making a selection from the menu, the Backspace key erases the last character or digit entered.

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1.1.2 Programming Annunciator Points

Refer to Appendix B, Software Type IDs, for a definition of annunciator types supported by the INA ACS.

Network Annunciator Point Programming

A shadow annunciator point is one which mimics or follows the state of a predetermined and programmed remote node annunciator control system point. An INA annunciator point can mimic an FACP annunciator point. For example, for the INA to mimic A4P18 on node 25, the user must program A4P18 on the INA as an NAPT point, and then specify Node 25. This implies that there must be a direct mapping between an INA annunciator point and an FACP annunciator point. In addition, A4P18 must be programmed on the local panel. In order for the NAPT point to function, the FACP to which it corresponds must be programmed into the INA's group.

If the point programmed on the FACP is a control point, the corresponding INA annunciator point will also become a control point. It can control whatever is mapped to that point on the FACP. If the point programmed on the FACP is simply an input point, the corresponding INA annunciator point will only shadow the FACP point. No control can be executed from the INA in this case.

The FACP's annunciator panel does not have to be physically installed. Depending on the particular release of software in your system, the annunciator panel may have to be programmed into the panel temporarily to actually program the annunciator points needed and then later removed from programming to clear any trouble conditions. Contact your NOTIFIER Distributor for information on the latest software features available for the INA.

Telephone points must be mapped on the local panel as ATEL points, consistent with local operation. On the INA, the same point must be programmed as a NAPT point, and the node address specified to shadow the local panel.

NOTE: The INA supports shadow annunciation for all AM2020/AFP1010 ACS points. It supports shadow annunciation for the two special, point programmable, annunciators on the AFP-300/400. Shadow annunciation on the AFP-200 is not supported.

1.2 THE INITIAL PROGRAMMING OUTLINE

For initial programming of the INA, or for major changes and additions, the following basic procedure is recommended to prevent errors resulting in reprogramming and wasted time.

 Make copies of the Programming Sheets (contained in Appendix C) in the back of this manual.

 Use these work sheets to record the exact information for every annunciator point in the network system. Pay

special attention to the Software Type IDs. For voice systems, pay close attention to AMG annunciator point commands as described in the Voice Multiplex System Manual.

 Assemble and apply power to the INA as described in the Installation Chapter of this document (also the Voice

Multiplex System manual, if appropriate). All annunciator modules must be physically installed.

 The Level One and Level Two passwords can be changed. The INA is delivered from the factory with passwords

of 00000. Write down or memorize your passwords! To change the passwords, enter the following:

Then enter the new

D 00000 X 6 X (1 OR 2) X

password.

Enter Full Point Programming. Use the work sheets developed in the second step of this outline and enter

changes and additions.

 Cycle power to the INA (power must be off for a minimum of 70 seconds).

 Install all nodes and thoroughly test the entire network.

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information on all annunciator points in the network. Enter Partial System Programming for major

INA 15092:I 05/30/01

SECTION 2 THE MAIN PROGRAMMING MENU

The Programming Mode is accessed by entering the following (a Level Two password is required):

D } X

After entering the Programming Mode, the display will show the following Main Programming menu:

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG :

The Main Programming menu has six options shown below. NOTE: Option 2 of the Main Programming menu is reserved for future use.

1=PSYS Partial System Programming - Selective programming of INA functions

3=PPRG Partial Point Programming - Selectively altering the operating parameters of annunciator

points.

4=FPRG Full Point Programming - Complete programming of annunciator points and their

respective operating parameters.

5= REMV Remove - Permits the selective removal (from INA memory) of any of the annunciator

points.

6=PSWD Password - Allows the programmer to assign custom five-digit Level One and Level Two

passwords.

7=MSG Messa ge - Allows the Level Two programmer to define the custom 40-Character User Label

displayed on the CRT Monitor and the INA's Liquid Crystal Display (LCD).

Refer to Figure 2.0-1 for a flow chart of the Main Programming menu. Detailed information on the Main Programming Options follows.

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Press PROG Key

Enter Level Two

Password

Valid

Password?

Yes

Select Main

Programming Menu

Option 1, 3-6

No Error Message

1 = PSYS

(Partial System Programming)

3 = PPRG

(Partial Point Programming)

4 = FPRG

(Full Point Programming)

5 = REMV

(Selective Removal of

Annunciator Points)

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6 = PSWD

(Assign or Alter Passwords)

7 = MSG

(Assign or Alter Message

Displayed on Control Panel)

Figure 2.0-1 Main Programming Menu Flow Chart

INA 15092:I 05/30/01

2.1 PARTIAL SYSTEM PROGRAMMING D }X1X

The Partial System Programming menu has the following seven options:

1=NFN NOTIFIRENET - Changing the node address, selecting communication threshold,

specifying groups and linkages and selecting the network configuration.

2=KEY Keyswitch - Enable or disable the INA keyswitch input.

3=CABLE Power Supervision Cable - Enable or disable the INA power supervision cable.

4=ANN Annunciator Module Programming - Install or remove annunciator (EIA-485) devices

from the INA.

5=UDACT Universal Digital Alarm Communicator Transmitter-Program and specify the base

annuniciator protocol address in the system.

6=EXTEQ External Equipment - Change any optional features associated with the CRT monitor,

printer(s), Page-1 interface, or the modem interface.

7=LOCP Local Parameters - Selectively programs the INA for either Block Acknowledge or

Receiving Unit Mode operation.

1 = PSYS

Select Partial

System

Programming

Options 1-7

1 = NFN

NOTIFIRENET

2 = KEY

(Keyswitch)

3 = CABLE

(Power Supervision

Cable)

4 = ANN

(Annunciator Module

Programming)

5 = UDACT

(UDACT Programming)

6 = EXTEQ

(External Equipment)

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7 = LOCP

(Local Parameters)

Figure 2.1-1 Partial System Programming Menu Flow Chart

Refer to Figure 2.1-1 for a flow chart of the of the Partial System Programming menu. Detailed information on the Partial System Programming menu options follows.

1=NFN - NOTIFIRENET D }X1X1X

Option 1 from the Partial System Programming menu allows the user to program the INA, change the NOTIFIRENET node address, select the network configuration, or select the communication threshold for the MIB-W or MIB-WF. The INA may be autoprogrammed to include all nodes on the network in its group or manually programmed to include only selected nodes. For more information on INA groups and autoprogramming, refer to About Groups and Linking in C hapter Two of this manual.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 1 PRESS 1=NFN,2=KEY,3=CABLE,4=ANN,5=UDACT,6=EXTEQ,7=LOCP : 1 DO@YOU@WANT@TO@CHANGE@THE@NFN@ADDRESS?@(Y=YES,@N=NO)@@@@@@@@@@@@@@@@@@@@:@Y ENTER@THE@ADDRESS@(1-240)@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ :@211 DO@YOU@WANT@TO@CHANGE@THE@MIB-W@THRESHOLD@FOR@CHANNEL@A?@@@@@@@@@@@@@@@@:@Y ENTER@THE@MIB-W@THRESHOLD@FOR@CHANNEL@A@(H=HIGH,L=LOW)@@@@@@@@@@@@@@@@@@:@H DO@YOU@WANT@TO@CHANGE@THE@MIB-W@THRESHOLD@FOR@CHANNEL@B?@@@@@@@@@@@@@@@@:@Y ENTER@THE@MIB-W@THRESHOLD@FOR@CHANNEL@B@(H=HIGH,L-LOW)@@@@@@@@@@@@@@@@@@:@L DO@YOU@WANT@TO@CHANGE@MIB@DATA@PORT@USAGE@(Y=YES,N=NO)@@@@@@@@@@@@@@@@@@:@Y DO@YOU@WANT@TO@USE@BOTH@MIB@DATA@PORTS?@(Y=YES,N=NO)@@@@@@@@@@@@@@@@@@@@:@Y DO YOU WANT TO CHANGE THE NETWORK MAP (Y=YES,N=NO) : Y DO YOU WANT TO AUTOPROGRAM THE INA FOR THE CURRENT NETWORK? (Y=YES,N=N) : N IS NODE 002 TO BE ADDED/DELETED TO THE NETWORK MAP (Y=ADDED,N=DELETED) ; Y IS NODE 003 TO BE ADDED/DELETED TO THE NETWORK MAP (Y=ADDED,N=DELETED) : Y

A unique address must be assigned at each node in the network. Using both MIB data ports changes the network to a Style 7 operation. Note: Programming steps will be aborted if any new events are received by the INA.

2=KEY - Keyswitch D }X1X2X

Option 2 from the Partial System Programming menu allows the programmer to enable or disable the INA keyswitch input. When the keyswitch is enabled and in the OFF position, the INA keypad will not accept user input. If the keyswitch is enabled and in the ON position, the keypad will accept input. When the keyswitch is disabled, the keypad is always ready to accept user input.

To enable the keyswitch, install the shunt on only one terminal of Connector J3. To disable the keypad without using the keyswitch, install the shunt plug across both terminals of Connector J3 on the INA . For more information on the keyswitch and shunt plug, refer to Chapter One, Section 2.2.2 of this manual.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7MSG : 1 PRESS 1=NFN,2=KEY,3=CABLE,4=ANN,5=UDACT,6=EXTEQ,7=LOCP : 2 DO@YOU@WANT@THE@KEYSWITCH@ENABLED?@(Y=YES,N=NO)@@@@@@@@@@@@@@@@@@@@@@@@@:@Y

3=CABLE - Power Supervision Cable D }X1X3X

Option 3 from the Partial System Programming menu allows the programmer to enable or disable the INA power supervision cable. When the power supervision cable is enabled, the INA will supervise the main power supply. When the power supervision cable is disabled, the INA will not supervise the main power supply. If the INA is sharing a power supply with an AM2020/AFP1010 panel, the power supervision cable should be disabled because the AM2020/AFP1010 supervises the main power supply.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 1 PRESS 1=NFN,2=KEY,3=CABLE,4=ANN,5=UDACT,6=EXTEQ,7=LOCP : 3 DO@YOU@WANT@THE@POWER@SUPPLY@CABLE@ENABLED?@(Y=YES,N=NO)@@@@@@@@@@@@@@@@ : Y

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INA 15092:I 05/30/01

4=ANN - Annunciator Module Programming D }X1X4X

Option 4 from the Partial System Programming menu allows the programmer to install and remove annunciator (EIA-485) devices from the INA. The modules must still physically be installed or removed from the system to prevent a local trouble condition.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 1 PRESS 1=NFN,2=KEY,3=CABLE,4=ANN,5=UDACT,6=EXTEQ,7=LOCP : 4 ENTER@THE@ANNUNCIATOR@NUMBER@TO@CHANGE@(1@-@32)@@@@@@@@@@@@@@@@@:@1 IS@ANNUNCIATOR@01@TO@BE@INSTALLED@IN@SYSTEM?@(Y=YES,N=NO)@@@@@@@:@Y ENTER@20@CHARACTER@CUSTOM@LABEL :@ANNUNCIATOR@ONE DO@YOU@WANT@TO@CHANGE@ANOTHER@ANNUNCIATOR?@(Y=YES,N=NO)@@@@@@@@@:@N

NOTES: 1. When removing annunciator modules, all installed points on the affected annunciators should first be removed from programming for proper system operation. 2. The SCS-8 and SCS-8L firmware has been updated in conjunction with Software Release 2.8. The new SCS firmware is not backward compatible with older revisions of software.

5=UDACT - UDACT Installation D }X1X4X

This option allows the installer to program a Notifier UDACT (Universal Digital Alarm Communicator Transmitter) and specify its base annunciator protocol address in the system. The following example illustrates programming a UDACT.

 Before programming a UDACT into an INA system, the number of annunciator addresses required must be deter-

mined. First, take the number of annunciator points in the system and add 8 points (for the UDACT). Then, divide the total by 64 to obtain the number of annunciator addresses required (round up to next whole number if decimal).

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 5 PRESS 1=NFN,2=KEY,3=CABLE,4=ANN,5=UDACT,6=EXTEQ,7=LOCP : 5 DO YOU WANT TO CHANGE THE UDACT PROGRAMMING? (Y=YES,N=NO) : Y DO YOU WANT A UDACT INSTALLED? (Y=YES,N=NO)@@@@@@@@@@@@@@@@@@@@@@@ :@Y ENTER THE BASE ADDRESS FOR UDACT OPERATION (1-32)@@@@@@@@@@@@@@ @ :@1

Notes:

 The UDACT must be programmed at an installed annunciator address. Once programmed, the first 8 annunciator

protocol points (base address only) automatically become unique fire panel status indicators (see UDACT Manual, Document 50050). These 8 functions required by the UDACT override any previous INA annunciator point programming. When a UDACT is installed, the first 8 INA annunciator points associated with the UDACT base address cannot be reprogrammed/removed and have no read status functionality. Any previous programming of these 8 points is removed.

 Multiple annunciator addresses may need to be programmed depending upon the range specified by the UDACT

annunciator address switches.

 The UDACT cannot be used in systems containing an AVPS-24, AA-30, AA-120 or XP Transponder since a primary

power failure signal transmission will not be delayed as required for this application.  The UDACT can not be used in a system with a NIB-96.  When a UDACT is programmed into the system, both the red and yellow LEDs will illuminate on an annunciator point

mapped to a supervisory input during the presence of a supervisory signal for that point.  Off-premesis transmission of security alarms using the UDACT must be made by mapping input points with the

software type ID "SACM" and "SEQM" to annunciator points within the range of the UDACT. Use of other security

type IDs for this purpose will result in simultaneous transmission of a trouble signal.  Multiple UDACT usage per INA system is not permitted.

INA 15092:I 05/30/01

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6=EXTEQ - External Equipment D }X1X6X

Option 6 of the Partial System Programming menu allows the user to change any optional features associated with the CRT monitor, printer(s), Page-1 interface, or modem interface.

Terminal Supervision: Electrical supervision of the CRT monitor. Unless terminal supervision is selected, the CRT will not beep (i.e. no bell characters will be sent) when unacknowledged troubles or unacknowledged alarms are present.

Printer Monitoring: The INA will monitor the printer's Ready/Busy line for off-line, out of paper, or buffer full error conditions. This option only functions for PRN or Keltron printers.

Pager: The pager must be enabled when a compatible pager is connected to the auxiliary printer port.

Modem: If selected, the following remote device (CRT) functions are inhibited: ACK STEP, SIGNAL SILENCE, SYSTEM

RESET, PROGRAMMING and ALTER STATUS. This option must be employed when a modem is used to receive signals from an off-premise device. See the TPI-232 manual.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 1 PRESS 1=NFN,2=KEY,3=CABLE,4=ANN,5=UDACT,6=EXTEQ,7=LOCP : 6 DO@YOU@WANT@TO@CHANGE@THE@TERMINAL@SUPERVISION?@(Y=YES,N=NO)@@@@@@@@@@@ : Y DO@YOU@WANT@THE@TERMINAL@SUPERVISION@ENABLED?@(Y=YES,N=NO)@@@@@@@@@@@@ : Y DO@YOU@WANT@TO@CHANGE@THE@PRINTER@MONITORING?@(Y=YES,N=NO)@@@@@@@@@@@@ : Y DO@YOU@WANT@THE@PRINTER@MONITORING@ENABLED?@(Y=YES,N=NO)@@@@@@@@@@@@@@@@: Y DO@YOU@WANT@TO@CHANGE@THE@PAGER@PROGRAMMING?@(Y=YES,N=NO)@@@@@@@@@@@@@@ :@Y DO@YOU@WANT@THE@PAGER@ENABLED?@(Y=YES,N=NO)@@@@@@@@@@@@@@@@@@@@@@@@@@@ :@Y DO YOU WANT TO CHANGE THE MODEM PROGRAMMING? (Y=YES,N=NO) : Y DO YOU WANT THE MODEM ENABLED? (Y=YES,N=NO) : Y

7=LOCP - Local Parameters D }X1X7X

Option 7 of the Partial System Programming menu allows the user to change the INA mode of operation from Block Acknowledge to Receiving Unit Mode . Note: If the mode of operation is changed, all nodes in the INA's group must be

reprogrammed for the same operational mode. If an NCS, AFP-300/400 or AFP-200 fire alarm panel is present on the NOTIFIRENET network, Receiving Unit Mode can not be selected. The NCS, AFP-300/400 and AFP-200 do not support receiving unit mode at this time.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 1 PRESS 1=NFN,2=KEY,3=CABLE,4=ANN,5=UDACT,6=EXTEQ,7=LOCP : 7 DO@YOU@WANT@TO MODIFY NFPA LISTING? (Y=YES,N=NO) @@@@@@ @@@ : Y SELECT NFPA LISTING (1=RCV) : 1 DO YOU WANT TO PROGRAM OR REMOVE THIS LISTING? (Y=PRG,N=RMV) : N

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INA 15092:I 05/30/01

2.2 PARTIAL POINT PROGRAMMING D }X3X

The Partial Point Programming menu has the following two options:

1=TYPID Type ID - Change the type ID of an annunciator point connected to the INA.

2=NMAP Netwo rk Mapping - Change the network zone or FACP mapping of the annunciator point.

Refer to Figure 2.2-1 for a flow chart of the of the Partial Point Programming menu. Detailed information on the Partial Point Programming menu options is found on the following pages.

Each option under Partial Point Programming prompts the user to enter the address of the annunciator point or network zone affected. Leading zeros are not required. The addresses assume the following formats:

Annunciator Point Address - AXXPYY Network Node - NYYYZXXX

module 1 to 32

3 = PPRG

Select Partial System

Programming

Option 1-2

annunciator point 1 to 64annunciator

Network Node

Node Zone

1 to 240

1 = TYPID

(Type I.D.)

2 = NMAP

(Network Mapping)

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Figure 2.2-1 Partial Point Programming Menu Flow Chart

1=TYPID - Type IDD }X3X1X

Option 1 from the Partial Point Programming menu allows the programmer to change the software type ID of an annunciator point connected to the network.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 3 PRESS 1=TYPID,2=NMAP : 1 ENTER@AXXPYY@FOR@PT.@CHANGE@(BCKSPC@TO@ABORT)@@@@@@@@@@@@@@@@@@@@@@@@@: A3P14 ENTER@TYPE@ID@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@: ARES

For a description of software type IDs, refer to Appendix B of this document.

2=NMAP - Network Mapping D }X3X2X

Option 2 from the Partial Point Programming menu allows the programmer to change the network zone or FACP mapping of the entered annunciator point. Specific AM2020/AFP1010 and AFP-300/400 ACS points may be mimicked by an INA ACS point. On the AFP-200, INA ACS points may only be mapped to zones.

NOTES:

1) Only type NZON annunciator points can be mapped to a network zone.

2) Annunciator points can only be mapped to a single network zone.

3) NAPT points can be mapped to only one node, therefore they will mimic only one local annunciator point.

Example for Network Zone Annunciator map programming:

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 3 PRESS 1=TYPID,2=NMAP : 2 ENTER@AXXPYY@FOR@PT.@CHANGE@(BCKSPC@TO@ABORT)@@@@@@@@@@@@@@@@@@@@@@@@@: A3P15 ENTER@NYYYZXXX@FOR@MAPPING@TO@NETWORK@NODE@AND@ZONE@@@@@@@@@@@@@@@@@@ : N3Z20

Example for Network Shadow Annunciator map programming:

ENTER@AXXPYY@FOR@PT.@CHANGE@(BCKSPC@TO@ABORT)@@@@@@@@@@@@@@@@@@@@@@@@@@: A3P16 ENTER@NODE@ADDRESS@NXXX@FOR@NETWORK@ANNUNCIATOR@POINT@@@@@@@@@@@@@@@@@@: N3

When programming a shadow annunciator point, make sure that the INA shadow annunciator point has the same address as the annunciator point on the corresponding node. In the example above, shadow point A3P16 on the INA, mimics A3P16 on Node 3. For more information on shadow annunciator points, refer to Section 1.1.2 of this chapter,

Programming Annunciator Points.

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INA 15092:I 05/30/01

2.2.1 INA ACS Programming Example

In the example below, the INA's network node address is N4. N4 annunciator points A1P1, A1P2, and A1P3 are shadow annunciator points. AM2020/AFP1010 and AFP-300/400 FACPs at Node 5, Node 6, and Node 7 are included in the INA's group .

A1P1 on Node 4 mimics A1P1 on Node 5. A1P2 on Node 4 mimics A1P2 on Node 6. A1P3 on Node 4 mimics A1P3 on Node

7. Programming for this example is as follows:

 N5A1P1 is programmed with an annunciator point Type ID

 N4A1P1 is programmed with Type ID NAPT

 N6A1P2 is programmed with an annunciator point Type ID

 N4A1P2 is programmed with Type ID NAPT

 N7A1P3 is programmed with an annunciator point Type ID

 N4A1P3 is programmed with Type ID NAPT

In the above example:

 The INA shadow annunciator point address must be the same as the address of the FACP annunciator point that

the programmer wishes to mimic.

 The INA shadow annunciator points are mapped to the FACP points (Nodes 5, 6 and 7) through Full Point

Programming with type NAPT or through network mapping (NMAP) under Partial Point Programming.

 The FACP annunciator point being mimicked by the INA shadow annunciator point must be installed in FACP

programming, but an annunciator module does not have to be physically installed at the FACP.

 If a device or zone activates the FACP annunciator point through annunciator point mapping, the corresponding

shadow INA annunciator point will also be activated.

INA ACS annunciator points can be mapped to AFP-200 and AFP-300/400 zones. INA ACS points cannot mimic AFP-200 ACS points and only AFP-300/400 ACS points can be mapped to the special annunciators. INA ACS points are mapped to AFP-300/400 zones during full-point programming with Type ID NZON. INA ACS points are mapped to AFP-200 CCBE Zones through Full Point Programming or under Partial System Programming with the Type ID NZON. Note that only one non-alarm device can be mapped to a CCBE zone on an AFP-200 when the zone is mapped to an INA ACS point. When the AFP-200 or AFP-300/400 zones are activated, the INA ACS point mapped to that zone is also activated. For more information on AFP-200 and AFP-300/400 zones, refer to the appropriate manual.

ACM-16AT annunciators which operate with an AMG may also contain shadow annunciator points programmed with Type ID NAPT. An activated ACM-16AT shadow annunciator point activates the AMG voice evacuation. When employing INA shadow ACM-16AT/AMG shadow annunciator points, do not physically install the annunciator or AMG at any other node in the INA's group.

Note: For more information on annunciator mapping on the AM2020/AFP1010, refer to Chapter Three of Document

15088. For more information on shadow annunciator points, refer to Section 1.1.2 of this chapter. For more information on annunciator mapping on the AFP-300/400, refer to Appendix A of Document 50253.

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2.3 FULL POINT PROGRAMMING D }X4X

Option 4 from the Programming Menu allows the programmer to completely program all of the annunciator points in the INA. For a description of each of the parameters programmed here, refer to the section on Partial Point Programming.

4 = FPRG

Enter Annunciator Point

(Backspace to exit mode)

Enter Software

Type ID

Enter Network

Mapping

Example for zone mapping:

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 4 ENTER@AXXPYY@FOR@PT.@INSTALL@(BCKSPC@TO@ABORT)@@@@@@@@@@@@@@@@@@@@@@@@@: A3P14 ENTER@TYPE@ID@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ : NZON ENTER@NYYYZXXX@FOR@MAPPING@TO@NETWORK@NODE@AND@ZONE@@@@@@@@@@@@@@@@@@ : N3Z20

Example for shadow mapping:

ENTER@AXXPYY@FOR@PT.@INSTALL@(BCKSPC@TO@ABORT)@@@@@@@@@@@@@@@@@@@@@@@@@: A3P14 ENTER@TYPE@ID@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@: NAPT ENTER@NODE@ADDRESS@NXXX@FOR@NETWORK@ANNUNCIATOR@POINT@@@@@@@@@@@@@@@@@@: N3

NOTES:

1) Only type NZON annunciator points can be mapped to a network zone.

2) Annunciator points can only be mapped to a single network zone.

3) NAPT points can be mapped to only one node, therefore they will shadow only one local annunciator point.

The control panel continuously loops back through the Full Point Programming routine, allowing the operator to enter annunciator points one after the other. Pressing the backspace key will abort Full Point Programming.

2.4 POINT REMOVAL D }X5X

Option 5 from the Programming Menu allows the programmer to remove annunciator points from INA memory. After an INA annunciator point has been removed, the LEDs associated with that point will turn off and stay off. Annunciator points that are removed will not function in any capacity until reinstalled under Full Point Programming.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 5 ENTER@AXXPYY@FOR@PT.@REMOVAL@(BCKSPC@TO@ABORT)@@@@@@@@@@@@@@@@@@@@@@@@@: A3P14

2.5 PASSWORD D }X6X

Option 6 from the Programming Menu allows the programmer to change the Level One and Level Two passwords for the INA.

The INA is shipped with initial Level One and Level Two passwords of 00000. As a security measure, the control panel does not echo password digits to the liquid crystal display and CRT screen. Rather, it displays an asterisk (*) for each digit entered. After entering five password digits, pressing ENTER places the new password into operation. Acceptable characters for a password are the digits 0 through 9.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 6 PRESS 1=LEVEL ONE,2=LEVEL TWO @@@@@@@@@@@@@ : 2 ENTER LEVEL TWO PASSWORD: *****

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A Forgotten Password?

If a Level One or Level Two password is incorrectly entered, the panel will respond by displaying a special code word and prompt the programmer to reenter the password. If the password has been forgotten, record this code word and contact NOTIFIER. After proper authentication, the original password can be determined by deciphering the code word. An example of this code word follows:

ENTER LEVEL ONE PASSWORD: ***** INVALID PASSWORD: 7129406 @@@@@@@@ REENTER PASSWORD:

2.6 MESSAGE

Option 7 from the Programming Menu allows the programmer to change the 40-Character Custom User Label for the system. Acceptable characters for the label include Letters A through Z, digits 0 through 9, periods (.), dashes (-), and spaces.

PRESS 1=PSYS,3=PPRG,4=FPRG,5=REMV,6=PSWD,7=MSG : 7

ENTER 40 CHARACTER CUSTOM USER LABEL : NOTIFIER

D |X7X

SECTION 3 THE INA ALTER STATUS MENU

The Alter Status mode is accessed by entering the following (a Level One password is required):

C | X

After entering the Alter Status mode, the display will show the following Main Alter Status Menu:

PRESS 1=DIS,2=CTL,4=TIME,7=GZON

1=DISABLE

Option 1 from the Alter Status menu allows the programmer to disable specific devices or zones.

C |X1X

PRESS@1=DIS,2=CTR,4=TIME,7=GZON@@@@@ @@@@@@@@@@@@@@@@@@@@@@@: 1 ENTER NXXXLYY(D/M)ZZ OR NXXXZYYY FOR POINT CHANGE@@@@@@@@@ : N100L10D20 DO YOU WANT THIS POINT DISABLED (Y=YES,N=NO) @@@@@@@@@@: Y

Note: To make sure that the device or zone being altered actually changed states, conduct a read status after using the alter status command.

2=CONTROL MODULE

Option 2 from the Alter Status menu allows the programmer to turn specific control modules on or off.

PRESS@1=DIS,2=CTR,4=TIME,7=GZON@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@: 2 ENTER NXXXLYYMZZ FOR CONTROL MODULE CHANGE@@@@@@@@@@@@@@@ @: N100L10M78 DO YOU WANT THE POINT TO BE ON OR OFF? (Y=ON,N=OFF) @@@@: Y

Note: To make sure that the control module being altered is actually a control module or if the module is already on or off, conduct a read status prior to using the alter status command.

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C |X2X

4=TIME

C |X4X

Option 4 from the Alter Status menu allows the programmer to reset the time/date system clock.

PRESS@1=DIS,2=CTL,4=TIME,7=GZON @@@@@@@@@@@@@@@@@@@@@@@@@@@@: 4 ENTER THE MONTH@(1-12)@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@: 3 ENTER THE DAY-OF-MONTH@(1-31)@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@: 1 ENTER THE YEAR (0-99)@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ : 96 ENTER THE DAY-OF-WEEK@(1-SUN,...,7-SAT)@@@@@@@@@@@@@@@@@@@@@@@@@@@: 2 ENTER THE HOURS IN MILITARY TIME@(0-23)@@@@@@@@@@@@@@@@@@@@@@@@@@@: 15 ENTER THE MINUTES (0-59)@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@: 37 NOTIFIER @@@@@@@@@@@@@@ @ALL SYSTEMS NORMAL@@03:37P 03/01/00

NOTES:

1) Military time and conventional time are the same for the hours of 1:00 am to noon. To convert conventional time to a military equivalent for the hours of 1:00 p.m. to midnight, add 12. Example: 1:00 p.m. conventional time is equal to 1300 hours military time (refer to Table 3-1).

2) On the NOTIFIRENET network, node clocks are synchro-

nized every hour according to the time and date on the master clock node. The last INA, AM2020/AFP1010, AFP-300/400 or NCS on the network where the time and date were manually programmed is the master clock node.

Convention

Time

1:00 am 0100 hours

2:00 am 0200 hours

3:00 am 0300 hours

4:00 am 0400 hours

5:00 am 0500 hours

6:00 am 0600 hours

7:00 am 0700 hours

8:00 am 0800 hours

9:00 am 0900 hours

10:00 am 1000 hours

11:00 am 1100 hours

12 Noon 1200 hours

1:00 pm 1300 hours

2:00 pm 1400 hours

3:00 pm 1500 hours

4:00 pm 1600 hours

5:00 pm 1700 hours

6:00 pm 1800 hours

7:00 pm 1900 hours

8:00 pm 2000 hours

9:00 pm 2100 hours

10:00 pm 2200 hours

11:00 pm 2300 hours

12 Midnight 2400 hours

Military

Equivalent

7=GROUP ZONE DISABLE

Option 7 from the Alter Status menu allows the programmer to a group zone

PRESS@1=DIS,2=CTL,4=TIME,7=GZON @@@@@@@@@@@@@@@@@@@@@@@@@@@@: 7 ENTER NXXXZYYY FOR GROUP ZONE : N100Z150 DO YOU WANT THIS GROUP ZONE DISABLED? (Y=YES,N=NO) : Y

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Table 3-1 Conventional and Military Time

C |X7X

INA 15092:I 05/30/01

NOTES

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INTELLIGENT NETWORK ANNUNCIATOR

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APPENDIX A

POWER SUPPLY

CALCULATIONS

INA 15092:I 05/30/01

INTELLIGENT NETWORK ANNUNCIATOR

POWER

APPENDIX

SUPPLY CALCULATIONS

This Appendix permits the calculation of the primary and secondary power requirements for a power supply local to the INA (same cabinet).

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=]460.0[x =]600.0[x =]260.0[x

=]530.0[x =]820.0[x

=]710.0[x =]710.0[x =]710.0[x

=][x =][x =][x

=]040.0[x =]200.0[x =]001.0[x

=][x =][x

=]610.0[x =]610.0[x

=][x =][x =][x

=]020.0[x

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=]460.0[x =]600.0[x =]260.0[x

=]530.0[x =]820.0[x

=]710.0[x =]710.0[x =]710.0[x

=][x =][x =][x

=]650.0[x =]810.0[x =]001.0[x

=][x =][x

=][x =][x =][x

=]020.0[x =][x

=][x =][x

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=]530.0[x =]820.0[x

=]710.0[x =]710.0[x =]710.0[x

=][x =][x =][x

=]540.0[x =]050.0[x =]520.0[x

=]040.0[x =]200.0[x =]050.0[x

=][x =][x

=]610.0[x =]610.0[x

=][x =][x =][x

=]020.0[x

=][x

=][x =][x

mrala-non,yradnoceS

:latot

tnerruCmralAeriF-noN,yradnoceS

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Table A-1 INA Current Draw Calculations

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APPENDIX B

SOFTWARE TYPE IDS

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APPENDIX

SOFTWARE TYPE IDS

All annunciator points must declare an appropriate software type identification during programming. The declaration of a software type allows the INA to identify the type and configuration of specific devices mapped to it.

Each type ID is categorized by groups. There are 3 separate groups of software type IDs which are defined in the tables below. Each table consists of the following format:

Type ID - This is the software type entered by the programmer for a particular point.

Display Label - This is the form that the INA displays the Software Type ID on the CRT

Monitor and the LCD.

Type of De vi ce - Type of devices compatible and description of operating parameters for the

particular type ID.

The INA will not permit the changing of a Software Type ID in one group to a Software Type ID in another group. To accomplish this, the point must be reinstalled with the Software Type ID of the desired group by using the Full Point Programming option of the Main Programming Menu.

Network Annunciator Control

.D.IepyTlebaLyalpsiDeciveDfoepyT

TSAAPETS/KCANNA puorgANIehtnisedonllarofPETS/EGDELWONKCAetucexeotdesutnioProtaicnunnA

PMLATSTPMALNNATSETPMALlacoletucexeotdesutnioProtaicnunnA

SERATESERNNA puorgANIehtnisedonllarofTESERMETSYSetucexeotdesutnioProtaicnunnA

SGSA

Network Annunciator Zone

.D.IepyTlebaLyalpsiDeciveDfoepyT

NOZN

Network Annunciator Point

.D.IepyTlebaLyalpsiDeciveDfoepyT

TPAN

LISGISNNA puorgANIehtnisedonllarofECNELISLANGISetucexeotdesutnioProtaicnunnA

ENOZKROWTEN enozkrowtenPCAFnaotpamotdesutnioProtaicnunnA

TNIOPNUNNAKROWTEN tnioProtainunnAPCAFnawodahsotdesutnioProtaicnunnA

Note: For a complete description of Software Type IDs for specific devices and zones, refer to the AM2020/AFP1010 manual.

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APPENDIX C

PROGRAMMING SHEET

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Address

(AxxPyy)

Model Type I.D.

Network Annunciator Points

Alphanumeric Label (20 characters max)

Network Mapping Notes

Job Name: Sheet of Completed by: Engineer:

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Date:

Job Takeoff Form:

NOTES

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Limited Warranty

NOTIFIER® warrants its products to be free from defects in materials and workmanship

for eighteen (18) months from the date of manufacture, under normal use and service. Products are date stamped at time of manufacture. The sole and exclusive obligation of NOTIFIER® is to repair or replace, at its option, free of charge for parts and labor, any part which is defective in materials or workmanship under normal use and service. For products not under NOTIFIER® manufacturing date-stamp control, the warranty is eighteen (18) months from date of original purchase by NOTIFIER®'s distributor unless the installation instructions or catalog sets forth a shorter period, in which case the shorter period shall apply. This warranty is void if the product is altered, repaired or serviced by anyone other than NOTIFIER® or its authorized distributors or if there is a failure to maintain the products and systems in which they operate in a proper and workable manner. In case of defect, secure a Return Material Authorization form from our customer service department. Return product, transportation prepaid, to NOTIFIER®, 12 Clintonville Road, Northford, Connecticut 06472-1653.

This writing constitutes the only warranty made by NOTIFIER® with respect to its products. NOTIFIER® does not represent that its products will prevent any loss by fire or otherwise, or that its products will in all cases provide the protection for which they are installed or intended. Buyer acknowledges that NOTIFIER® is not an insurer and assumes no risk for loss or damages or the cost of any inconvenience, transportation, damage, misuse, abuse, accident or similar incident.

NOTIFIER® GIVES NO WARRANTY, EXPRESSED OR IMPLIED, OF

MERCHANTABILITY, FITNESS FOR ANY PARTICULAR PURPOSE, OR OTHERWISE WHICH EXTEND BEYOND THE DESCRIPTION ON THE FACE HEREOF. UNDER NO CIRCUMSTANCES SHALL NOTIFIER® BE LIABLE FOR ANY LOSS OF OR DAMAGE TO PROPERTY, DIRECT, INCIDENTAL OR CONSEQUENTIAL, ARISING OUT OF THE USE OF, OR INABILITY TO USE

NOTIFIER® PRODUCTS. FURTHERMORE, NOTIFIER® SHALL NOT BE LIABLE

FOR ANY PERSONAL INJURY OR DEATH WHICH MAY ARISE IN THE COURSE OF, OR AS A RESULT OF, PERSONAL, COMMERCIAL OR INDUSTRIAL USE OF ITS PRODUCTS.

This warranty replaces all previous warranties and is the only warranty made by

NOTIFIER®. No increase or alteration, written or verbal, of the obligation of this warranty

is authorized.

"NOTIFIER" is a registered trademark.

Technical Publishing Document WarNBg-G.P65 03/08/2001

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World Headquarters

12 Clintonville Road, Northford, CT6472-1653 USA

203-484-7161  Fax 203-484-7118

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Notifier INA User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual