operating the ds9400 fire alarm...

Operating the DS9400 Fire AlarmOperating the DS9400 Fire AlarmControl/CommunicatorControl/Communicator

255

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DETECTIONSYSTEMS

DS9400 FIRE CONTROL/COMMUNICATOR

255

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SupervisedSilencedTroublPower

Alarm

DS9400 Training Seminar 2

OutlineOutline

I. Description

II. Features

III. Installation

IV. System Operation

V. System Programming

VI. UL Requirements

VII. Fire Safety

VIII. System Options


What is the DS9400 AddressiFire 255Fire Alarm Control/Communicator?

I.I. DescriptionDescription

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DETECTIONSYSTEMS


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Alarm



• The DS9400 AddressiFire™ 255 FireAlarm Control/Communicator is a four-zone panel (expandable to eight zones) thatcan support up to 20 conventional two-wire detectors per loop, or any number offour-wire detectors (depending onavailable power).

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DETECTIONSYSTEMS


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• Two Notification Appliance Circuits(NACs) provide up to 4A of 24V power tooperate horns, strobes, bells and othernotification appliances.

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FIRE

FIRE



• By adding a DS9431 Multiplex ExpansionModule, the DS9400’s conventional systemfeatures are enhanced by addingaddressable point capability, increasing thenumber of relay outputs and allowing formore system users.

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II.II. FeaturesFeatures

BUILT-IN ALPHA KEYPAD SUPPORT:

• The keypad built into the Control/Communicator isan alphanumeric keypad that provides a two-line, 16-character (per line) LCD display.

• Text is freely programmable for zone descriptions.

• The system is completely keypad programmable. Noneed for expensive hand-held programmers.



REMOTE ALPHA KEYPAD SUPPORT:

• The DS9447 Remote LCD Keypad functions like thebuilt-in keypad on the DS9400. It provides a two-line,16-character (per line) LCD display. Text is freelyprogrammable for zone descriptions. Up to fourDS9447 Remote LCD Keypads are allowed persystem.

•Maximum Wire Length per DS9447: 1,000 ft.

• Maximum Wire Length Total in System: 4,000 ft.

• Wire Type: 4-conductor #22 AWG or #18 AWG.

• NOTE: No more than 2 keypads are allowed on any1,000-ft. run.



EASY USER INTERFACE:

• Nine labeled function keys allow the user to easilysilence bells/sirens, reset smoke detectors or viewhistory events. Menu-driven keypad programmingallows for customizing of the control panel.

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Function Keys: Clear, Prog, Cmnd, Drill, Disable Test, History, Silence, Reset



16 PERSONAL ID NUMBERS (PINs):

• The system supports 16 4-digit PINs.

• The PINs may contain any combination of digits, andmay be programmed with 4 different levels of authority.

• These PINs may be restricted from silencing, resetting,disabling and/or programming the system.



ZONES:

• The DS9400 accepts up to 4 (expandable to 8) inputzones. These zones are completely flexible and can beprogrammed to provide several different functions.

• Zone Inputs: 4 circuits, expandable to 8; 2.21K End-of-Line resistor

• Initiating Circuits: All zones work with two-wire orfour-wire smoke detectors. 20 two-wire detectorsmaximum per zone. 3mA maximum total detectorstandby current per point.



SMOKE DETECTOR ALARM VERIFICATION:

• Should an alarm occur, the DS9400 may beprogrammed to perform an automatic reset on the smokedetectors.

• If a second alarm on any zone occurs within theverification window, an immediate fire alarm results.

• Potential false alarm occurrences are reduced, and fastresponse to an alarm is still provided.



100 EVENT HISTORY BUFFER:

• A 100 event history buffer, which can be read at thebuilt-in keypad or the DS9447 Remote LCD Keypads,keeps track of events by time and date.



FLEXIBLE DIGITAL COMMUNICATION:

• The communicator will work into most alarm receiversthat are in use today. The DS9400 supports these formats:

• SIA (100 or 300 Baud)

• Contact ID

• BFSK

• 4/2 Tone Burst

• 3/1 Tone Burst



THREE TELEPHONE NUMBERS:

• The system supports two 20-digit telephone numberswith a three or four digit account code for each.

• Each phone number can be individually configured forthe type of communication format and choice of pulse ortone dialing.

• The third phone number is reserved for remoteprogramming.



EE MEMORY:

• The panel uses EEPROM technology, thereby allowingit to retain all program memory through a total powerfailure.

• None of the system programming or user codes will belost.



ENCLOSURE:

• The standard enclosure is manufactured from 18 Ga.,cold-rolled steel.

• A keyed lock is included, and the LEDs and display arevisible through the door.

• The transformer and backup batteries are housed insidethe enclosure.

• Dimensions: 15 in. W x 20.75 in. H x 4.25 in. D



POWER REQUIREMENTS:

• Input Power: 120 VAC, 1.5 A

• NAC Power: 20 - 30 VDC unfiltered, 4 A

• Auxiliary Power: 20 - 30 VDC unfiltered, 1 A

• Initiating Circuit (Smoke) Power: 20.4 - 28.2 VDCfiltered, 1A

• Option Bus Power: 12 V ± 5%, 500 mA

• Optional Standby Batteries: Two 12 V (in series),7 - 40 AH



ON-BOARD OUTPUTS AND RELAYS:

• Outputs: There are two on-board NAC outputs (NAC1 and NAC 2) on the DS9400 board. These are 24 Voutputs for notification appliances with up to 2.5 Acapacity (limited by overall 4.0 A capacity) on eachcircuit. Both outputs are wired for standard Class Boperation.

• Relays: The DS9400 has two on-board Form “C”relays rated at 1 A, 28 VDC. These relays can beprogrammed for a variety of system events.



REMOTE ANNUNCIATORS:

• The DS9400 supports a maximum of 8 DS9445 LCDAnnunciators. These annunciators can identify thelocation of a fire alarm for up to eight zones.

• Maximum Wire Length: 1,000 ft.

• Wire Type: 4-conductor, unshielded #18 AWG quadfire rated wire; can be home-run or daisy-chained

• Maximum Wire Length Total: 4,000 ft. per bus

• NOTE: No more than one annunciator is recommendedon any 1,000 ft. run.



MULTIPLEX EXPANSION TECHNOLOGY:

• The addition of a DS9431 Multiplex Expansion Moduleenhances the DS9400’s conventional system features:

• Expands the base system to 255 total points

• Increases the number of relay outputs to 58

• Adds an additional 400 events to the history buffer for atotal of 500 non-volatile events

• Allows for up to 100 system users (an addition of 84PINs to base system)



LISTINGS:

• Commercial Fire Alarm

• Type Service: Auxiliary, Local, Central Station andRemote Station

• Initiating: Automatic, Manual, Sprinkler Supervisoryand Waterflow

• UL Standard UL864



BOARD LAYOUT:

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Drill

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LCD Display

Keypad

DS9431 MuliplexExpansion Module

Connector Pins

Option BusTerminal Strip

Telco Terminal Strip

Relay Terminal Strip

Zone InputTerminal Strip

NAC TerminalStrip

DS9434Point ExpanderConnector Pins

Auxiliary PowerTerminal Strip

DS9482ENAC ModuleConnector Pins

IMPORTANT!IMPORTANT!

Before servicing this equipment, remove all power includingthe transformer, battery and phone lines.


III.III. InstallationInstallation

When Installing the DS9400:

The control panel must be installed in accordance to theNational Electrical Code (NFPA 70), the National FireAlarm Code (NFPA 72) and the Authority HavingJurisdiction.

The DS9400’s enclosure should be mounted in aconvenient location for servicing and maintenance.

Mount the DS9400’s enclosure to the desired wall andthe DS9400 board in the enclosure using the suppliedhardware in accordance to the installation guide.

Field wiring is routed into and out of the enclosure viaknockouts provided on the enclosure.

When all circuits are determined to be free of earthgrounds and wire-to-wire shorts, connect the primarypower to the DS9400 board and then install the batteriesin the locations provided in the enclosure.



Terminal Connections: Power Supply

White

Black

Primary

Red

Brown

To unswitched 120 V,60 Hz circuit

WARNING!WARNING!

Incorrect connections to any of the terminals can result inpersonal injury and damage to the DS9400.



Terminal Connections: Backup Batteries

Backup Batteries

Battery # 1 Battery # 2

Red

Black

Battery # 1 Battery # 2

(+)(-)

(+)

Red

Black(-)

Battery connection for 24V operation.

BATT 1 BATT 2Battery

• 24V operation requires two 12V batteries connected inseries for a combined voltage of 24V.


Replace the batteries every three to five years.



Terminal Connections: Typical Fire Wiring

Smoke Power: 24V, 1.0A max. (filtered)Refer to Technical Service Note P/N: 31142

for compatible devices.

Aux. Power: 24V, 1.0A max.(unfiltered)

Earth Ground

supervisedswitched

unsupervisedunswitched

Input Points 1-4:(supervised) Points are intended for

connection of Normally Open/Normally Closed alarm contacts.

They may also be used for compatible2-wire smoke detectors.

All EOL resistors are P/N: 25899,UL listed.

Initiating devices are Class B, Style B.

Two-Wire Compatibility Identifier “A”.

EOLResistor

Class B, Style B(supervised)

• Two-wire Detector Wiring

See the System Option section for more details on detector wiring.


Only use UL Listedcompatible smoke detectors!

NOTE:NOTE:



Terminal Connections: Typical Fire Wiring

• Four-wire Detector Wiring

Smoke Power: 24V, 1.0A max. (filtered)Refer to Technical Service Note P/N: 31142

for compatible devices.

Aux. Power: 24V, 1.0A max.(unfiltered)

Earth Ground

supervisedswitched

unsupervisedunswitched

Input Points 1-4:(supervised) Points are intended for

connection of Normally Open/Normally Closed alarm contacts.

They may also be used for compatible2-wire smoke detectors.

All EOL resistors are P/N: 25899,UL listed.

Initiating devices are Class B, Style B.

Two-Wire Compatibility Identifier “A”.

SmokeDetector

EOLRelay

EOLResistor

Smoke Power+

Loop Power +

Smoke Power -

Loop Power -


Only use UL Listedcompatible smoke detectors!

See the System Option section for more details on detector wiring.NOTE:NOTE:



Terminal Connections: NAC Wiring

EOL

supervised

FIRE

FIRE

FIRE

FIRE

EOL

supervised

FIRE

FIRE

FIRE

FIRE

+24V while in alarm; ground while in standby.

Ground while in alarm; supervisory voltage while in standby.

NOTIFICATION APPLIANCE CIRCUIT:

BAT -BAT +

Requires two 12V batteries, in series, for a combined voltage of24V. Charge current = 1.1A, max.

+24V while in alarm; ground while in standby.Ground while in alarm; supervisory voltage while in standby.

NOTIFICATION APPLIANCE CIRCUIT:

Caution: Do not short terminals - explosion and burn hazard.

BATTERIES:

NAC 2+NAC 2-

NAC 1+NAC 1-


Only use UL Listedcompatible NACdevices!

Shared cable is not recommended for NAC wiring.NOTE:NOTE:



Terminal Connections: Option Bus

• All option bus devices must be connected to the same bus,either Bus A or Bus B.

• Do not connect some devices to Bus A data terminals(“YA”, “GA”) and some to Bus B data terminals (“BA”,“BB”).

• Power (“RA”, “RB”) and ground (“BA”, “BB”) terminalsmay be connected interchangeably to either set of terminals.

RA BA GA YA RB BB GB YB

Option Bus A Option Bus B

Data15mA max

Data15mA max

Option Power (A + B) 500mA, max

Supervised, Style 4

+12 Com+12 Com1 2 3

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Drill

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History

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SilencedPower

Silence

®

Shared cable is not recommended for Option Bus wiring.NOTE:NOTE:



Terminal Connections: Relays

Relay 2

Relay 1

Contactsrated at

5.0A, 24V

unsupervised

unsupervised

For connection tolisted power limitedClass 2 or Class 3sources only.



Terminal Connections: Phones

Phone Line 2(Supervised)

Phone Line 1(Supervised)

R2

HR2

HT2

T2

R1

RH1

TH1

T1

Shared cable is not recommended for telephone wiring.NOTE:NOTE:


IV.IV. System OperationSystem Operation

Understanding the Built-in Keypad

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SYSTEM NORMAL

SILENCED LED: the yellow SilencedLED lights when an alarm or troublecondition has been manually silencedby the user. It turns off when the conditionthat was silenced is corrected.

ALARM LED: the red Alarm LEDlights whenever the system hasregistered an alarm and has not beenreset.

TROUBLE LED: the yellow Trouble LED is litwhenever the system has detected a problemwith its wiring or internal circuitry. The TroubleLED flashes while programming mode is active,and whenever inputs are not active, as duringsmoke power reset or alarm verification.

POWER LED: the green Power LEDis on when AC power is present, andflashes when the unit is operating frombattery power.




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SYSTEM NORMAL

DRILL Key: The Drill key is used toactivate the NACs manually. It createsa history log entry and can optionallybe reported to the central station.

DISABLEKey: The Disable Keyallows the system to disable orre-enable inputs, NACs or relays(outputs) and the dialer.

TEST Key: The Test Key allowsone of 7 special test modes tobe selected.

HISTORY Key: The HistoryKey allows the record ofsystem events to be viewed.

CLEAR Key: The Clear Key can be used todelete incorrectly entered data. Whileprogramming, it can be used to exit menusor exit the programming mode entirely.




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SYSTEM NORMAL

RESET Key: The Reset Key briefly turnsoff power to the detectors to reset themand clears any off-normal conditions.

SILENCE Key: The Silence Key quiets thebells/sirens for an alarm or trouble conditionif the system has been configured accordingly.

CMND Key: The Command Keyis used to accept data when inthe programming mode.

PROG Key: The Programming Keywill select the programming mode.



Understanding the DS9447 Keypad

Reset

Drill

Disable

Test

History

AlarmSilenced

Power

Silence

®Trouble

Prog CmdClear

• The DS9447 Remote LCD Keypad is an alphanumeric LCDkeypad.

•Up to 4 of these keypads can be mounted apart from the maincontrol/communicator to provide additional locations for systemstatus and control.

•The LCD display and keys operate identically to those of thebuilt-in keypad on the control panel.




Reset

Drill

Disable

Test

History

AlarmSilenced

Power

Silence

®Trouble

Prog CmdClear

To adjust the volume,press and hold the [*] key.

To decrease the volume,press the [4] key.

To increase the volume,press the [1] key.




Reset

Drill

Disable

Test

History

AlarmSilenced

Power

Silence

®Trouble

Prog CmdClear

To adjust the display backlightintensity, press and hold the [*] key.

To increase the displaybacklight intensity, pressthe [3] key.

To decrease the displaybacklight intensity, pressthe [6] key.




• Any of special test modes can be selected using the Test Keyfound on the built-in and DS9447 keypads: Walk Test,Communicator Test, Call for Remote Programming, TestBattery/NAC Circuits, Answer for Remote Programming,Manually Activate Outputs, Read Zone Input Levels, AddressablePoint Test (MUX Test) and Sensitivity Test.

Reset

Drill

Disable

Test

History

AlarmSilenced

Power

Silence

®Trouble

Prog CmdClear



Modes of Operation

There are three modes of system operation for theDS9400 Control/Communicator:

• ALARM

• TROUBLE

• NORMAL



Modes of Operation: ALARM

• When an alarm occurs, the top line of the display will show“FIRE ALARM”, or a similar message depending on the typeof alarm. This display will override any other system display.

• The second line of the display will show the number of the

point that is in alarm, alternating with the programmed

description for that point.

• If more than one alarm (or other off-normal condition) isactive, they will be shown on the second line of the displayone after another.

• The built-in sounder turns on with a steady tone and outputsprogrammed to activate with the current alarm condition(s)will activate.

• When the panel is not scanning the inputs, as during smokepower reset, alarm verification delay, or on-site programming,the trouble LED flashes to indicate this condition.




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• If the system is configured to allow alarm silencing, the[Silence] key turns off the horns/bells, but does not reset thealarm status and does not return the tripped input to normalservice.

• Detectors that were tripped will stay in alarm and can bechecked (usually by means of an LED on the detector) to seewhich one caused the alarm.

• Once the detector(s)causing the alarm has beenidentified, the systemshould be reset to return itto normal service.




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• The [Reset] key clears the system alarm status and brieflyturns off the power to reset the detectors.

• This command is required after any fire alarm affecting apoint programmed for latching operation (the normalconfiguration).

• This operation is alsorequired to reset a Class A,Style 6 MultiplexSignaling Line Circuit(SLC) wiring faulttroubles, and to resettrouble indications fromDS9411 Class A ZoneConverters.



Modes of Operation: TROUBLE

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SYSTEM TROUBLE

• When a trouble condition occurs (e.g. wiring for a point is cut,AC power fails, etc.), the sounder will activate with a beepevery 10 seconds.

• The Trouble LED will light and the LCD will display“SYSTEM TROUBLE”, followed by a description of thetrouble condition.

• The system can diagnose anddisplay a variety of troubleconditions, including thoseaffecting the input points, NACcircuits, power, battery, systemgrounding and internal operationsof the fire panel.


Notify the installing company immediately if the system troublemessage is displayed!




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SYSTEM TROUBLE

• The system trouble beep can be silenced with the [Silence]key. After the problem has been fixed, press the [Reset] key toclear the “SYSTEM TROUBLE” display.

• To prevent intermittent system faults (such as ground fault orinitiating loop open fault) from interfering with central stationoperations, the panel has a feature to limit reporting to 100trouble reports in 24 hours.

• When this limit isexceeded, the panel transmitsa “DATA LOST” report andinhibits additional troublereports. Non-trouble reportsare not limited

• The 24-hour period resets at9:00 AM or when a manualtest report is sent.




• Control panel alarms and problems are indicated by one of thefollowing messages on the top line of the display:


Contact the installing company if these problems persist.

OFF-NORMAL DISPLAYS

DISPLAY DESCRIPTION

FIRE ALARM

SUP’VISORY ALARM

SYSTEM TROUBLE

POINT TROUBLE

DISABLED DEVICE

One or more points is in alarm.

A supervisory condition exists (e.g. a shut-off valve is closed).

A trouble condition exists (e.g. wiring for a point is cut, AC power fails, etc.).

One of the points is not responding to the control panel.

An input or output device has been disabled.



Modes of Operation: NORMAL

• When the system is operating normally, it displays “SYSTEMNORMAL” on the top line of the display, the Power LED is onsteady and no other LEDs are lit.

• If the system is programmed to require a PIN, the second lineof the LCD screen will display “ENTER PIN”.

• If no PIN is needed, the control panel will show a rotatingmenu of possible user actions.

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SYSTEM NORMALENTER PIN _ _ _ _



Basic Use of System: Scrolling Menus

• Once a PIN number, if required, has been entered, the keypadwill display “SYSTEM NORMAL” on the top line and“SELECT:” on the bottom line followed by these scrollingmenu items: PROG/0, CMND/#, TEST, HISTORY, DISABLEand DRILL.

• The scrolling menu items will flash one at a time at 1-secondintervals through the list and then start over.

SYSTEM NORMAL

SELECT: PROG/0

SELECT: CMD/#

SELECT: TEST

SELECT: HISTORY

SELECT: DISABLE

SELECT: DRILL

Scrolling items



Basic Use of System: Selecting Menu Items

• Depending on what system level you are at (menu, sub menu,sub-sub-menu, etc.), there are 3 ways to select an item:

1) In the Main Menu, TEST, HISTORY, DISABLE andDRILL each have an exclusive button on the keypad. To selectone of these menu items, press the corresponding button.

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SYSTEM NORMAL

SELECT: TEST




2) As in the cases of Main Menu items PROG and CMND, thePROG and CMND keys are not exclusive - they are sharedwith other characters. The character sharing the correspondingkey is displayed in the second line following a forward slash.To select one of these items, press the corresponding key.

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SYSTEM NORMAL

SELECT: PROG/0




3) The corresponding key to a sub-menu item may be displayedin the second line preceding a dash. Press the correspondingkey to select that item.

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PROG MODES

1 - PROG TIMES

While a menu like this is active, you do not have to wait for thedesired menu item to appear before making your selection. Anyitem on the current menu rotation can be selected at any time.NOTE:NOTE:



Basic Use of System: Other Functions

• Once You Have Selected a Main Menu Item: When a MainMenu item is selected, the keypad may prompt you to enteryour PIN. If so, enter your number and press the [Cmnd/#]key. The display will automatically go to the sub-menu display.

• Backtracking Through a Menu: To return to a previousscreen at any time, press the [Clear/*] key. To return to theSYSTEM NORMAL display, press the [Clear/*] key andbacktrack out of the menu until you reach SYSTEMNORMAL.

• Entering Data: When a sub-menu item prompts you to enterdata, do so followed by the [#] key. If data already exists at aparticular location, it will be displayed. You can either acceptthat data or enter new data over it. When the [#] key is pressedto enter the data, the display will return to the sub-menu displayyou were previously in.




• Drill: The drill command activates all NACs and no relays. Itcreates a history log entry and can optionally be reported to thecentral station.

• Disable: The disable command is used to disable input points,outputs or the dialer. When any device is disabled, the systemwill show this condition on the LCD and on the system troubleLED. The “disable all” inputs operation takes several secondsto perform, during which time the system display remainsfixed.

• History: The history option lists all the system events thathave occurred. This option can be selected from the Main Menuby pressing the [History] key. After pressing the [History] key,the most recent system event will be displayed on the top lineof the LCD with the time and date below it.




• History example: You have already started at the Main Menuand pressed the [History] key.

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12/12 DRILL:OVER

08:13 102999

Event#

Total # ofstored events

Event

Time Date (mm/dd/yy)

• Press [7] tobacktrackthrough thehistory buffer.

• Press [9] toscroll to the nextevent record.

In systems without a DS9431 Multiplex Expansion Module, allhistory events will be cleared if the system loses all power.




Point/Zone Mapping

• The panel supports a flexible system to map input points tooutput points.

• The system is defaulted so that all NAC outputs are activatedby a fire alarm.

• By programming output zones, you can implement almost anydesired output activation scheme, such as “floor above/floorbelow” activation or conditional elevator recall.

• Input Points: Initiating devices such as smoke detectors, pullstations, etc.

• Zone: A group of input points (Zones 1-50 are configurable,52-63 are activated automatically).

• Output Points: NAC devices such as bells, strobes, etc.Relays are also output points.


Inputs activate zones; zones activate outputs.



Point/Zone Mapping


Inputs activate zones; zones activate outputs.

Input Points Zones Output Points



Point/Zone Mapping

Zones 1-50 are available for the installer to program.Each input may activate one zone, however, any numberof inputs may drive the same zone.

Zones above 50 are automatically activated by inputs.For example, any input that is configured as a“waterflow” type will activate Zone 61 when it isalarmed. Any output driven by Zone 61 will activatewhen any waterflow type point is alarmed.

Zones drive outputs. Up to 4 zones may drive eachoutput, and when any of the zones driving an output areactive, the output will be active.



Personal Identification Numbers

Your system may have up to 100 different PINs.Each PIN is 4 digits long.

A PIN may be assigned to each User Number 00-15.

User codes 16-99 are available with the installationof a DS9431 Multiplex Expansion Module.

There is one PIN for each User Number. Attempting toassign the same PIN to multiple User Numbers will resultin the 3-beep error tone, and the change will not be made.

User Number 00 is designated as a Master Code. It can beused to silence alarms, reset, disable and program the unit.



PIN Authority Levels

Authority levels are assigned to PINs to determine whichfunctions each user will be able to perform.

PINs should never be programmed with common sequences suchas 1111, 1234 or 2468 because they are easily violated.


PIN AUTHORITY LEVELS

PIN Authority Level Allowed Operations

Maximum (1)

Medium (2)

Minimum (3)

None (0)

All panel operations, including programming.

System test modes, fire drill, reset, disable, silence, view history.

Silence, view history.

None.


V.V. System ProgrammingSystem Programming

How to Program: Point Programming

• Each of the points in the system can be programmed with itsown characteristics.

• Point functions simplify the programming of points byallowing you to define a common set of characteristics forsimilar points, and then assigning those characteristics toselected points as a point function.

• There are 16 point functions, each of which has theseprogrammable features:

• Configuration (fire, waterflow, etc.)

• Local Only Operation

• Silencing

• Loop Response

Function:An action; it does something.8 total.

Point Function:Pre-programmed “package”, or“slot” to be filled with functions.16 total.




• Each point is assigned to use the characteristics of one pointfunction, and then is individually programmed for theseadditional characteristics:

• Response to an Open Circuit

• Enabled Status

• Output Zone

• Verification

• Latching

• Point Description




• Before programming the panel, it is best to first determine thetypes of functions that are required, and then map the variousinput points to the functions.

• For example, you may determine that you have the followingfunctions:

• 1 = pull station • 5 = supervisory input

• 2 = smoke detector • 6 = monitor input

• 3 = reset keyswitch • 7 = local test

• 4 = silence keyswitch • 8 = waterflow sensor




• This table shows the characteristics that correlate with eachfunction:

Fire No No Fast1. Pull Station

Fire No No Fast2. Smoke Detector

Reset Yes No Fast3. Reset Keyswitch

Silence Yes No Fast4. Silence Keyswitch

Supervisory No Yes Fast5. Supervisory Input

Monitor Yes Yes Fast6. Monitor Input

Fire Yes Yes Fast7. Local Test

Waterflow No No Programmed8. Waterflow Sensor

Function Configuration Local Only? Silenceable? Loop Response

NOTE:NOTE:

A point function consists of the function and the programmed settingsfor Configuration, Local Only?, Silenceable and Loop Response.




• As shown above, a function can be assigned to a point function,which can be assigned to several different zones.

Functions

F1

F8

Point Functions

PF1

PF16

Zones

Z1

Z255

Functions1 - 8

PointFunctions

1 - 16

Zones1 - 255



How to Program: Alpha Programming

• When programming thePoint Descriptions, thenumeric keys are used toenter alphanumericinformation similar to theway telephone buttons areused to processinformation over phonelines - each key represents4 or more letters orsymbols.

• A different character willbe entered each time anumeric key is pressed.

* Press [1] nine times toreach this value.

** Press the listed key 4times to reach this value.

B

1

2

3

4

5

6

7

8

9

0

SILENCE

DISABLE

CLEAR

#CMND

SPACE 1 , ‘ & / # ! -*

A C

D E F

G H I

J K L

M N O

P

Q

R S

T U V

W X Y

Z

2**

3**

4**

5**

6**

7**

8**

9**

0

Enters the description and returns to the programming menu.

Returns to the programming menu without entering changes.

Moves the cursor one space to the right.

Moves the cursor one space to the left.

Key Values



How to Program: Format Programming

• 4/2: When 4/2 format is used, reports generated by pointsconsist of an event type (1st digit) and a point number (2nddigit). Digits may be programmed for fire alarm, fire restoral,waterflow alarm, supervisory alarm, point trouble, troublerestore, point disable, disable restoral and monitor alarm. Thesame event type (1st digit) will be sent for any point. The pointnumber is the second digit. Each point may be programmed to adifferent digit.

•SIA: The report that is sent by the SIA format when the panel issilenced may be programmed. By default, the panel will send“KB” when silenced. Any letters may be programmed to be sentfor this condition by entering the hexadecimal ASCII code. Allother SIA reports are fixed and do not need to be programmed.



How to Program: Format Programming

• BFSK: 5 system events may be programmed for two uniquedigits each when the BFSK format is used.

•Contact ID: The Contact ID reports are all fixed and do notneed to be programmed.

• 3/1: The 3/1 reporting codes are determined by theprogramming of the 4/2 codes. Only Digit 1 (left digit of the two-digit code) is transmitted. Also, only the first 3 digits of theaccount number are transmitted.



How to Program: Understanding Shortcuts

• Shortcuts provide speedy instructions to panel programming byreducing repetition.

• Shortcuts list the buttons to push to get to the desired level.

• Three levels in programming shortcut:

• Level 1: Main Menu. <PROG/0> is Main Menu choicefor all system programming. First number in shortcut is 0.

• Level 2: Provides 8 options to choose from: PROG TIME,SECURITY, PROG SYSTEM, PROG INPUTS, PROGOUTPUTS, PROG ACCOUNTS, PROG FORMATS andHISTORY DEFAULTS. Second shortcut number enters theLevel 2 option and brings you to Level 3. DS9431Multiplex Expansion Module adds ninth option:PROGRAM MUX.

• Level 3: Third shortcut number represents Level 3options.



How to Program: Understanding Shortcuts

Shortcut = 0 1 2

Press “0” to select PROGfrom the Main Menu whichscrolls at the System Normaldisplay.

Press “1” to selectPROG TIMEfrom Sub-Level 2.

Press “2” to select AUTO TESTfrom Sub-Level 3. At this point,you should follow the proceduraldescription.

Lvl 1 Lvl 2 Lvl 3

LEVEL 1(MAIN MENU) LEVEL 2 LEVEL 3 LEVEL 4

PROG/0

1- PROG TIME

1- SYSTEM

2- AUTO TEST

TEST FREQ

TEST TIME

First numberin shortcut

Second numberin shortcut

Third numberin shortcut

The above example is the shortcut to TEST FREQ and TESTTIME.NOTE:NOTE:



Programming: Menus

SYSTEM NORMAL

SELECT: PROG/0

SELECT: CMD/#

SELECT: TEST

SELECT: HISTORY

SELECT: DISABLE

SELECT: DRILL

Main Menu PROG/0

1- PROG TIME

2- SECURITY

3- PROG SYSTEM

4- PROG INPUTS

5- PROG OUTPUTS

6- PROG ACC’NTS

Programming Menu

8- HISTORY DEFLTS

9- PROGRAM MUX

7- PROG FORMATS

In the Programming Menu, Option #9 is only possible with theaddition of a DS9431 Multiplex Expansion Module.NOTE:NOTE:



PROG TIME

Level 1(Main Menu) Level 2 Level 3 Level 4 Level 5

1- SYSTEM

2 - AUTO TEST

3 - DAYLIGHT SAV

1- PROG TIMEPROG/01- TEST TIME2- TEST FREQ

1- DISABLE2- ENABLE

Programming Tree for PROG TIME functions:



PROG TIME: System

PROG TIME

1- SYSTEM

2- AUTO TEST

3- DAYLIGHT SAV

PROG TIME Menu

SystemShortcut: 0- PROG, 1- PROG TIME, 1- SYSTEM

ENTER DATE

MMDDYY: ________Enter the date followed by the [#] key.

ENTER TIME

HHMM: __________Enter the time followed by the [#] key.



PROG TIME: Auto Test

PROG TIME

1- SYSTEM

2- AUTO TEST

3- DAYLIGHT SAV

PROG TIME Menu

Automatic Test: Test TimeShortcut: 0- PROG, 1- PROG TIME, 2- AUTO TEST, 1- TEST TIME

This feature allows you to program the time of day at which theautomatic tests occur and uses a 24-hour clock (11:00 pm = 2300).

Enter the time followed by the [#] key.AUTO TEST TIME

HHMM: ________



PROG TIME: Auto Test

Automatic Test: Test FrequencyShortcut: 0- PROG, 1- PROG TIME, 2- AUTO TEST, 2- TEST FREQNCY

This feature allows you to program how often the automatic test reports are sent.The first test will be sent when the programmed test time matches the system time.Subsequent reports will be sent according to the selected interval.

Scrolling Menu

Current Setting

Press the number key that corrsponds to your selection.

AUTO FREQNCY (_)

1- 6 HOURS2- 12 HOURS3- 24 HOURS4- 7 DAYS5- 28 DAYS

PROG TIME

1- SYSTEM

2- AUTO TEST

3- DAYLIGHT SAV

PROG TIME Menu



PROG TIME: Daylight Savings

Daylight SavingsShortcut: 0- PROG, 1- PROG TIME, 3- DAYLIGHT SAV

This feature enables automatic adjustment of system time for Daylight Savings.The dates for the adjustment are pre-programmed in the system.

Press [1] disable the Daylight Savings feature,or press [2] to enable it.

DAYLIGHT SAV

1- DISABLE2- ENABLE

PROG TIME

1- SYSTEM

2- AUTO TEST

3- DAYLIGHT SAV

PROG TIME Menu



SECURITY

Programming Tree for SECURITY functions:


PROG/01- PROGRAMR2- USERS1- PINS

2- AUTHORITY2 - SECURITY



SECURITY: PINs

PINs: Programmer PINShortcut: 0- PROG, 2- SECURITY, 1- PINS, 1- PROGRAMR PIN

Press [1] for Programmer PIN.

SECURITY

1- PINS

2- AUTHORITY

SECURITY Menu

The Programmer PIN is the code used by the installer to configure and operate the panel.Factory default code is 9876 and may be changed at any time.

PROGRAM PINS

1- PROGRAMR PIN2- USER PINS

USER 0

ENTER PIN: _____Enter the PIN and press [#].

PINs should never be programmed with common sequences suchas 1111, 1234 or 2468 because they are easily violated.




SECURITY: PINs

PINs: User PINsShortcut: 0- PROG, 2- SECURITY, 1- PINS, 2- USER PINS

Press [2] for User PINS.

Up to 15 additional user codes (or up to 100 when the DS9431 is installed) can be programmedfor the unit to protect the system from unauthorized operation and allow a record to be kept ofactions by individual system users.

PROGRAM PINS

1- PROGRAMR PIN2- USER PINS

Enter the user for which you want to program a PINand press [#]. For example, for User 5, press [5].

PROGRAM PINS

1- PROGRAMR PIN

2- USER PINS

PIN Menu

USER 5

ENTER PIN: _____

OTHER PINS

USER (01-15)

Enter the PIN and press [#].



SECURITY: Authority

AuthorityShortcut: 0- PROG, 2- SECURITY, 2- AUTHORITY

Enter the user for which you want to program authorityand press [#].

This feature determines which system actions a user can perform.

SECURITY

1- PINS

2- AUTHORITY

SECURITY Menu

AUTHORITY

USER (01-15)

Press the number key that corresponds to your selection.

USER 1 ATHRY ( )

0- NONE

1- MAXIMUM

2- MEDIUM

3- MINIMUM

Current Setting

Scrolling Menu Choices



PROG SYSTEM

Programming Tree for PROG SYSTEM functions:


1- SMOKE RESET

2 - AC FAIL DELAY

3 - AUTO SILENCE

4 - (reserved)5 - DISPLAY RATE

1- LOCAL2- REMOTE

1- UPDATE BUS2- SETUP KEYPADPROG/0

1- (reserved)

2 - TIMERS

3 - AC LINE SYNC

4 - OPTION BUS

5 - PIN REQUIRED?

6 - (reserved)

7 - REMOTE PGM

3- PROG SYSTEM



PROG SYSTEM: Program Timers

Program TimersShortcut: 0- PROG, 3- PROG SYSTEM, 2- TIMERS

Press [1] to program the Smoke Reset Timer.

From the PROG SYSTEM Menu, press [2] to reach the Program Timers Menu.

PROG SYSTEM Menu

PROG SYSTEM1- (reserved)2- TIMERS3- AC LINE SYNC4- OPTION BUS5- PIN REQURED?6- (reserved)7- REMOTE PGM

TIMERS

1- SMOKE RESET

2- AC FAIL DLY

3- AUTO SILENCE

4- (reserved)

5- DISPLAY RATE




Program Timers: Smoke ResetShortcut: 0- PROG, 3- PROG SYSTEM, 2- TIMERS, 1- SMOKE RESET

This feature designates the length of time that the smoke detector power is turned off after reset.No alarms are registered by the system for 5 seconds after the power is turned back on.

Program Timers Menu

TIMERS

1- SMOKE RESET

2- AC FAIL DLY

3- AUTO SILENCE

4- (reserved)

5- DISPLAY RATE

SMOKE RESET ( )

(0-16 SECS): _____

From the Program Timers Menu, press [1] for Smoke Reset.Enter the value and press [#].

Current Setting




Program Timers: AC Fail DelayShortcut: 0- PROG, 3- PROG SYSTEM, 2- TIMERS, 2- AC FAIL DLY

This feature sets the number of hours the DS9400 will wait after an AC failurebefore sending an AC Failure report.

Program Timers Menu

TIMERS

1- SMOKE RESET

2- AC FAIL DLY

3- AUTO SILENCE

4- (reserved)

5- DISPLAY RATE

Option 1, Wait for DC, causes the AC fail report to be sent whenthe battery has been 25% depleted based on the measured voltageof the battery. Press [1] if this is the desired setting. When Waitfor DC is the current selection, the Enter Time menu will display24 as the time in hours.

Option 2, Enter Time, allows you to set the time when the AC failreport is sent. Press [2] if this is the desired setting.

AC FAIL DELAY

1- WAIT FOR DC

2- ENTER TIME

Current SettingAC FAIL DLY ( )

(01-24 HRS): _____

Enter the time and press [#].




If the condition is not rectified after an alarm is silenced(automatically or manually), the alarm will sound again after 24hours. The system must be reset after silencing to allow the alarmedzones to restore and detect new alarms.IMPORTANT!IMPORTANT!

Program Timers: Auto SilenceShortcut: 0- PROG, 3- PROG SYSTEM, 2- TIMERS, 3- AUTO SILENCE

This feature will silence the sounding of an alarm condition on selected NACs aftera certain amount of time.

Program Timers Menu

TIMERS

1- SMOKE RESET

2- AC FAIL DLY

3- AUTO SILENCE

4- (reserved)

5- DISPLAY RATE

Enter the desired length of time (or 0 to disable) and press [#].

Entering 0 will disable the feature and the only way to turn off an alarm will be to manuallysilence it. Entering between 5 and 99 minutes means that the alarm will sound for thatmuch time before automatically silencing.

Current Setting

From the Program Timers menu, press [3] for Auto Silence.

AUTO SILENCE ( )

(0, 5-99 min): _____




Program Timers: Display RateShortcut: 0- PROG, 3- PROG SYSTEM, 2- TIMERS, 5- DISPLAY RATE

This feature allows you to set the speed at which menus are displayed on theLCD (in units of ¼ sec.).

Program Timers Menu

TIMERS

1- SMOKE RESET

2- AC FAIL DLY

3- AUTO SILENCE

4- (reserved)

5- DISPLAY RATE

Enter the desired value and press [#].

Current Setting

From the Program Timers menu, press [5] for Display Rate.

AUTO SILENCE ( )

(0, 5-99 min): _____



PROG SYSTEM: AC Line Synch

AC Line SynchShortcut: 0- PROG, 3- PROG SYSTEM, 3- AC LINE SYNCH

When AC power is available, the panel uses the line frequency to stabilize the realtime clock. This setting must match the frequency of the local AC power (60 Hz in US).

Press the number key that corresponds to your selection and press [#].

From the PROG SYSTEM menu, press [3] for AC Line Synch.

PROG SYSTEM Menu

PROG SYSTEM

1- (reserved)

2- TIMERS

3- AC LINE SYNCH

4- OPTION BUS

5- PIN REQURED?

7- REMOTE PGM

6- (reserved)

Current SettingAC LINE SYN ( )1- 50 Hz2- 60 Hz



PROG SYSTEM: Option Bus

Be sure the device count displayed when this operation completesmatches the number of devices installed on both buses. Devices notdetected during the update bus operation will not operate and willnot be supervised.IMPORTANT!IMPORTANT!

Option Bus: Update BusShortcut: 0- PROG, 3- PROG SYSTEM, 4- OPTION BUS, 1- UPDATE BUS

When devices are added or removed from the option buses, this feature queries bothbuses and updates the list of connected devices. This enables the new devices andremoves supervision from devices no longer present.

From the PROG SYSTEM menu, press [4] for Option Bus.From the Option Bus menu, press [1] for Update Bus.

The above window will appear once the Update Bus operation is complete.

OPTION BUS Menu

OPTION BUS

1- UPDATE BUS

2- SETUP KEYPADS

UPDATE COMPLETETOT BUS DEVS: X



PROG SYSTEM: Option Bus

Option Bus: Setup KeypadShortcut: 0- PROG, 3- PROG SYSTEM, 4- OPTION BUS, 2- SETUP KEYPAD

This feature tells the system how many keypads should be supervised. It automaticallyperforms an update bus operation as it finishes.

From the OPTION BUS menu, press [2] for Setup Keypad.

Enter the desired value and press [#].

OPTION BUS Menu

OPTION BUS

1- UPDATE BUS

2- SETUP KEYPADS

# OF KEYPADS ( )(0-4): _____



PROG SYSTEM: PIN Required?

Pin Required?: LocalShortcut: 0- PROG, 3- PROG SYSTEM, 5- PIN REQUIRED?, 1- LOCAL

A PIN can be required before operations can be performed using the local, built-in keypad.

From the PROG SYSTEM menu, press [5] for Pin Required?.From the Pin Required? menu, press [1] to require a PIN at the local keypad.


PIN REQUIRED? Menu

PIN REQUIRED?

1- LOCAL

2- REMOTE

LOCAL KEYPD PIN?____ :YES (1) NO (2)Current

Setting



PROG SYSTEM: PIN Required?

A PIN can be required before operations can be performed using theremote keypads on the option bus. If the remote keypads are nototherwise secured, this option must be set to YES to comply withNFPA and UL requirements.IMPORTANT!IMPORTANT!

Pin Required?: RemoteShortcut: 0- PROG, 3- PROG SYSTEM, 5- PIN REQUIRED?, 2- REMOTE

A PIN can be required before operations can be performed using aDS9447 Remote LCD Keypad.

From the PROG SYSTEM menu, press [5] for Pin Required?.From the Pin Required? menu, press [2] to require a PIN at the remotekeypad.


PIN REQUIRED? Menu

PIN REQUIRED?

1- LOCAL

2- REMOTE

REMOTE KEYPD PIN?____ :YES (1) NO (2)

CurrentSetting



PROG SYSTEM: Remote Programming


According to NFPA 72-1996, a complete functional checkout of thecontrol unit operation is required after any programming,especially remote programming.

Remote ProgrammingShortcut: 0- PROG, 3- PROG SYSTEM, 7- REMOTE PGM

Remote programming allows the panel to be called by phone from a remote site toreconfigure any of the programmable options. This option should be left set to DISABLE.

From the PROG SYSTEM menu, press [7] for Remote Programming.

Press [0] to select DISABLE, or [1] to ENABLE.

REMOTE PGM Menu

REMOTE PGM

0- DISABLE

1- ENABLE

REMOTE PGM0- DISABLE1- ENABLE



PROG INPUTS

Programming Tree for PROG INPUTS functions:


0 - FUNCTION1 - ALARM/TROUBLE2 - OUTPUT ZONE3 - VERIFICATION4 - LATCHING5 - DESCRIPTION<DRILL> NEXT PNT<HIST> PREV PNT 1 - FIRE

2 - WATERFLOW3 - SUPERVISORY4 - MONITOR5 - RESET6 - SILENCE

1 - LOCAL ONLY2 - (reserved)3 - SILENCEABLE4 -LOOP RESPONSE5 - (reserved)<DRILL> NEXT FCT<HIST> PREV FCT

0 - CONFIGURE

1- POINT NUMBER

2 - POINT FUNCTION

3 - POINT COPY 1- COPY FROM POINT ___

2 - COPY TO FIRST POINT ___

3 - COPY TO LAST POINT ___

PROG/0 4 - PROG INPUTS



PROG INPUTS: Point Number

Point NumberShortcut: 0- PROG, 4- PROG INPUTS, 1- POINT NUMBER

ScrollingMenu


Pressing the [DRILL] button will bring you to the next point(for example: If you are programming Point 2, the [DRILL]button will move you to Point 3).

Pressing the [HIST] button will return you to the previouspoint (for example: If you are programming Point 2, the [HIST]button will move you to Point 1).

Version 2.0 of the DS9400 firmware introduces the concept of “point functions”.Point functions allow for quick programming of similarly functioning points withcommon settings (for example: pull stations, smoke detectors).

PROG INPUTS

1- POINT NUMBER

2- POINT FUNCT

3- POINT COPY

PROG INPUTS Menu

POINT NUMBER

(1-4): _____

PROG POINT

1- ALARM/TROUBL

2- OUTPUT ZONE

3- VERIFICATION

0- FUNCTION

4- LATCHING

5- DESCRIPTION

<DRILL> NEXTPNT

<HIST> PREV PNT




Assigning Point FunctionsShortcut: 0- PROG, 4- PROG INPUTS, 1- POINT NUMBER, 0- FUNCTION

This feature is for assigning each point to one point function. A point function is a setof characteristics that you can assign to selected points. There are 16 point functionsto choose from.

POINT NUMBER Menu

PROG POINT

1- ALARM/TROUBL

2- OUTPUT ZONE

3- VERIFICATION

0- FUNCTION

4- LATCHING

5- DESCRIPTION

<DRILL> NEXTPNT

<HIST> PREV PNT

From the Point Number menu, press [0] to select Point Function.

POINT FUNC. ( )

(01-16): _____

Enter the function number you wish to assign to the point and press [#].

Current Setting




Alarm/Trouble StatusShortcut: 0- PROG, 4- PROG INPUTS, 1- POINT NUMBER, 1- ALARM/TROUBL

This feature allows you to program the system to an open loop condition. A shorted loop willalways cause an alarm condition. ALARM: when a point goes into an open circuit state, thesystem alarms. TROUBLE: when the point goes into an open circuit state, the system respondswith a trouble condition.

POINT NUMBER Menu

PROG POINT

1- ALARM/TROUBL

2- OUTPUT ZONE

3- VERIFICATION

0- FUNCTION

4- LATCHING

5- DESCRIPTION

<DRILL> NEXTPNT

<HIST> PREV PNT

From the Point Number menu, press [1] to select Alarm/Trouble Status..

OPEN STATUS ( )

1- ALARM

Press [1] to select ALARM on open loop and ALARM on shorted loop, or press [2] toselect TROUBLE on open loop and ALARM on shorted loop.

Current Setting

2- TROUBLE




Output ZonesShortcut: 0- PROG, 4- PROG INPUTS, 1- POINT NUMBER, 2- OUTPUT ZONE

POINT NUMBER Menu

PROG POINT

1- ALARM/TROUBL

2- OUTPUT ZONE

3- VERIFICATION

0- FUNCTION

4- LATCHING

5- DESCRIPTION

<DRILL> NEXTPNT

<HIST> PREV PNT

From the Point Number menu, press [2] to select Output Zone.

OUTPUT ZONE ZZZ

(00-50): _____

Enter the point number you wish to program and press [#]. Press the number key thatcorresponds to your selection. ZZZ indicates the point being programmed.

Current Setting




VerificationShortcut: 0- PROG, 4- PROG INPUTS, 1- POINT NUMBER, 3- VERIFICATION

POINT NUMBER Menu

PROG POINT

1- ALARM/TROUBL

2- OUTPUT ZONE

3- VERIFICATION

0- FUNCTION

4- LATCHING

5- DESCRIPTION

<DRILL> NEXTPNT

<HIST> PREV PNT

From the Point Number menu, press [3] to select Verification.

ALARM VERIF (ZZZ)

_____:YES (1) NO (2)

Press either [1] to verify or [0] to not verify. ZZZ indicates the point being programmed.

CurrentSetting

This feature resets the detector once to see if the alarm recurs before annunciating orsending a signal. The total delay introduced by this feature is equal to the smoke powerreset time plus 5 seconds. Alarm verification cannot be selected for points that are configuredas WATERFLOW or SUPERVISORY types.




LatchingShortcut: 0- PROG, 4- PROG INPUTS, 1- POINT NUMBER, 4- LATCHING

POINT NUMBER Menu

PROG POINT

1- ALARM/TROUBL

2- OUTPUT ZONE

3- VERIFICATION

0- FUNCTION

4- LATCHING

5- DESCRIPTION

<DRILL> NEXTPNT

<HIST> PREV PNT

From the Point Number menu, press [4] to select Latching.

LATCHING? ZZZ

_____:YES (1) NO (2)

Press the number key that corresponds to your selection.ZZZ indicates the point being programmed.

CurrentSetting

If a zone is non-latching, the system will reset alarm status automatically (but not resetsmoke power) when the input restores to the standby condition. Otherwise, the systemmust be manually reset.




Point DescriptionShortcut: 0- PROG, 4- PROG INPUTS, 1- POINT NUMBER, 5- DESCRIPTION

POINT NUMBER Menu

PROG POINT

1- ALARM/TROUBL

2- OUTPUT ZONE

3- VERIFICATION

0- FUNCTION

4- LATCHING

5- DESCRIPTION

<DRILL> NEXTPNT

<HIST> PREV PNT

From the Point Number menu, press [5] to select Point Description.

PNT DSCRPTN ZZZ:

_________________Enter the description using the numeric, SILENCE andHISTORY keys, then press [#] to save the description.

For this feature, the numeric keys are used to enter alphanumeric information to identifyeach input (initiating circuit). One 16-character description is allowed per input.



PROG INPUTS: Point Function

Point FunctionShortcut: 0- PROG, 4- PROG INPUTS, 2- POINT FUNCTION

From the PROG INPUTS menu, press [2] to select Point Function.

POINT FUNC. ( )

(01-16): _____

Enter the function number you wish to program and press [#].

There are 16 point functions, each of which has programmable features for configuration(fire, waterflow, etc.), local only operation, silencing and loop response.

PROG INPUTS Menu

PROG INPUTS1- POINT NUMBER

2- POINT FUNCT

3- POINT COPY

Current Setting

PROG FUNCT

1- LOCAL ONLY

2- (reserved)

3- SILENCEABLE

0- CONFIGURE

4- LOOP RESPONS

5- (reserved)

<DRILL> NXT FCT

<HIST> PREV FCT

Enter the function you wish to program.




ConfigureShortcut: 0- PROG, 4- PROG INPUTS, 2- POINT FUNCTION, 0- CONFIGURE

Fire: When activated, point displays “FIRE ALARM” on panel and keypads, activates selectedoutput devices and sends a fire alarm report (if programmed). Fire points are forced to alatching characteristic when first configured.

Waterflow: When activated, point displays “WATERFLOW ALARM” on panel and keypads,activates selected devices and sends a waterflow alarm report (if programmed). Waterflowpoints are forced to a non-verify characteristic when first configured.

Supervisory: When activated, point displays “SUPERVISORY ALARM” on panel andkeypads, and sends a supervisory alarm report (if programmed). Supervisory points areforced to a non-verify characteristic when first configured.

Monitor: When activated, point displays “MONITOR ALARM” on panel and keypads, activatesselected devices and sends a fire alarm report (if programmed). If using the SIA format forcommunication to the central station, a “UA” alarm will be sent instead of an “FA” alarm.

Reset: When activated, point initiates a panel reset operation to clear alarms and resetsmoke detectors. Only Points 1-8 can be configured as reset points.

Silence: When activated, point initiates a panel silence operation to turn off sounders if thepanel is configured to allow silencing. Only Points 1-8 can be configured as silence points.




ConfigureShortcut: 0- PROG, 4- PROG INPUTS, 2- POINT FUNCTION, 0- CONFIGURE

POINT FUNCTION MenuPROG FUNCT

1- LOCAL ONLY

2- (reserved)

3- SILENCEABLE

0- CONFIGURE

4- LOOP RESPONS

5- (reserved)

<DRILL> NXT FCT

<HIST> PREV FCT

From the Point Function Menu, press [0] for Configure.

ACTVTN TYPE ( )

1- FIRE

2- WATERFLOW

3- SUPERVISORY

4- MONITOR

5- RESET

6- SILENCE

Current Setting





Local OnlyShortcut: 0- PROG, 4- PROG INPUTS, 2- POINT FUNCTION, 1- LOCAL ONLY

POINT FUNCTION Menu

PROG FUNCT

1- LOCAL ONLY

2- (reserved)

3- SILENCEABLE

0- CONFIGURE

4- LOOP RESPONS

5- (reserved)

<DRILL> NXT FCT

<HIST> PREV FCT

From the Point Function Menu, press [1] for Local Only.

CurrentSetting

Press either [1] to enable or [0] disable.

Enabling this feature means the input point gives local annunciation onlywith no communicator report.

LOCAL ONLY

_____:YES (1) NO (2)




SilenceableShortcut: 0- PROG, 4- PROG INPUTS, 2- POINT FUNCTION, 3- SILENCEABLE

POINT FUNCTION Menu

PROG FUNCT

1- LOCAL ONLY

2- (reserved)

3- SILENCEABLE

0- CONFIGURE

4- LOOP RESPONS

5- (reserved)

<DRILL> NXT FCT

<HIST> PREV FCT

From the Point Function Menu, press [3] for Silenceable.

Press either [1] to enable or [0] disable.FF indicates the function being programmed.

This feature determines if a user may silence the system or not.

SILENCABLE? (FF)

_____:YES (1) NO (2)

NOTE:NOTE:

When an output is controlled by at least one zone activated by asilenceable point or a silenceable zone (Zone 53), it becomes asilenceable output even if other non-silenceable zones activate it.




Loop ResponseShortcut: 0- PROG, 4- PROG INPUTS, 2- POINT FUNCTION, 4- LOOP RESPONS

POINT FUNCTION Menu

PROG FUNCT

1- LOCAL ONLY

2- (reserved)

3- SILENCEABLE

0- CONFIGURE

4- LOOP RESPONS

5- (reserved)

<DRILL> NXT FCT

<HIST> PREV FCT

From the Point Function Menu, press [4] for Loop Response.


This feature allows you to to configure points to activate with standard response time(Setting 1) or one system-wide programmed response time (Setting 2).

RESPNS TIME ( )1- FAST (0.5 sec)2- PRGRMMD

Current Setting




Loop ResponseShortcut: 0- PROG, 4- PROG INPUTS, 2- POINT FUNCTION, 4- LOOP RESPONS

When a programmed response time is selected, the system will prompt you to enter a responsetime from 1-89 seconds which will be applied to ALL functions. All functions share a singleprogrammable response time setting. If this time is set for multiple functions, the last time set willbe used. Multiplex points installed on the DS9431 have a response time tolerance of +/- 3 secondsand on-board points have a tolerance of +/- 1 second.

A limit of 20 points may be assigned to point functions that have beenprogrammed with a response time other than Fast. If more than 20 pointsare assigned to functions programmed with a response time other thanFast, an error message will be displayed: MAX PROGRAMD POINTSEXCEEDED. Switching a point function from Fast to Programmed maycause this, depending on how many points reference the point function.




PROG INPUTS: Point Copy

Point CopyShortcut: 0- PROG, 4- PROG INPUTS, 3- POINT COPY

From the PROG INPUTS Menu, press [3] for Point Copy.

Enter the point you wish to copy fromand press [#].

Point Copy allows you to copy settings you have entered for one pointto one or more other points.

Enter the first point you wishto copy from and press [#].

Enter the last point you wishto copy from and press [#].

The description is not copied by this feature.

PROG INPUTS Menu

PROG INPUTS

1- POINT NUMBER

2- POINT FUNCT

3- POINT COPY

COPY FROMPOINT: _____

COPY TO FIRSTPOINT: _____

COPY TO LASTPOINT: _____



PROG OUTPUTS

Programming Tree for PROG OUTPUTS functions:


PROG/0 5- PROG OUTPUTS

NAC # 2NAC # 3NAC # 4

SAMEOPTIONS

AS NAC # 1

OUTPUT ZONE

1- (reserved)2 - CONFIGURATION3 - ZONE ASSIGNS1- NACs

2 - RELAYS

NAC # 1

CHOOSE RELAY #



PROG OUTPUTS: NACs

Programming NACsShortcut: 0- PROG, 5- PROG OUTPUTS, 1- NACs

From the PROG OUTPUTS Menu, press [1] for NACs.

Press the number key that correspondsto your selection.

The main panel includes two local NACs (NAC 1 and NAC 2). It may be expandedwith a DS9482 ENAC Module to add NAC 3 and NAC 4. The DS9400 can also supportup to two DS9484 Remote NAC Expanders, which offers a total of 8 remote NACs(4 NACs per RNAC).

PROG OUTPUTS Menu

PROG OUTPUTS

1- NACs

2- RELAYS

NAC OUTPUTS1- LOCAL2- REMOTE 13- REMOTE 2



PROG OUTPUTS: NACs

Programming NACs: Local NACsShortcut: 0- PROG, 5- PROG OUTPUTS, 1- NACs, 1- LOCAL

From the NAC OUTPUTS Menu, press [1] for Local NACs.

NAC OUTPUTS MenuNAC OUTPUTS1- LOCAL2- REMOTE 13- REMOTE 2


ONBOARD NAC1- NAC #12- NAC #23- NAC #34- NAC #4

PROG NACs1- (reserved)2- CONFIGURATION3- ZONE ASSIGNS




PROG OUTPUTS: NACs



Press [2] to select Configuration.

NAC CONFIG ( )1- STEADY2- PULSING3- TEMPORAL4- WHEELOCK


Current Setting

This controls the pattern (code) for the selected NAC.Press the number key that corresponds with the desired pattern.

Steady: output turns on and stays on while NAC is active.

Pulsing: output turns on and off each second.

Pulsing: output turns on and off to implement ANSI standard evacuation pattern (Code 3).

Wheelock: output is configured to support Wheelock devices with sync capability, includingthe ability to silence the horn of a combination horn/strobe. The Wheelock configuration isnot supported by remote NACs implemented using a DS9484 Remote NAC Power Supply.



PROG OUTPUTS: NACs



Press [3] to select Zone Assignments.

OUTPUT ZONE A (XX)(00 - 63):


Enter the desired zone to activate this output and press [#]. You will beprompted to enter up to 4 zones (A, B, C, D). Enter “00” (or leave set at“00”) for any unused zones to prevent unintentional output activation.

Current Setting



PROG OUTPUTS: NACs

Pressing the CLEAR key will enter 00 for the current zoneselection and continue onto the next zone. The CLEAR key willNOT exit this menu.NOTE:NOTE:

• Select from this table when entering zone assignments forLocal NAC programming:

52

53

54

57

58

59

60

61

62

63

General Fire Alarm (non-silenceable)

General Fire Alarm (silenceable)

Ground Start

Communication Trouble

General Supervisory Alarm (silenceable)

Alarm Verification

AC Failed

General Waterflow Alarm (silenceable)

General Alarm (non-silenceable)

General Trouble

Zone Pre-assigned Condition



PROG OUTPUTS: NACs

Programming NACs: Remote NACsShortcut: 0- PROG, 5- PROG OUTPUTS, 1- NACs, 2- REMOTE 1, 3- REMOTE 2


Press the number key that corresponds with the NAC you want to program.

Use only with the DS9484 Remote NAC Power Supply.

From the NAC Outputs menu, press [2] for Remote NAC 1, or [3] for Remote NAC 2.

REM EXP NAC #11- NAC #12- NAC #23- NAC #34- NAC #4

REM EXP NAC #21- NAC #12- NAC #23- NAC #34- NAC #4

OR

The Remote NAC options are the same as for Local NACs,except that the Wheelock configuration is not supported on remote NACs.




PROG OUTPUTS: Relays

Programming RelaysShortcut: 0- PROG, 5- PROG OUTPUTS, 2- RELAYS

From the PROG OUTPUTS Menu, press [2] for Relays.


The main panel includes two on-board relays (Relay 1 and Relay 2). The DS9400can also support up to two DS7488 OCtal Relay Modules (Remote Relay 1 andRemote Relay 2), which offers a total of 16 remote relays (8 relays per module).

PROG OUTPUTS Menu

PROG OUTPUTS

1- NACs

2- RELAYS

RELAY OUTPUTS1- LOCAL2- REMOTE 13- REMOTE 24- MULTIPLEX

The option for multiplex relay programming will only be visibleif the DS9431 Multiplex Expansion Module is installed.NOTE:NOTE:




Programming Relays: Local RelaysShortcut: 0- PROG, 5- PROG OUTPUTS, 2- RELAYS, 1- LOCAL

From the Relay Outputs Menu, press [1] for Local Relays.

Enter the number corresponding with the relayto be programmed and press [#].

Relay Outputs Menu


ONBOARD RELAY(1-2):

OUTPUT ZONE A: __(00 - 63): ____

Enter the first zone (00-63) you want to map to drive this output and press [#]. A similardisplay for Zones B, C and D will appear to allow up to 4 zones to drive this output.





• Select from this table when entering zone assignments forLocal Relay programming:

52

53

54

57

58

59

60

61

62

63



Ground Start



Alarm Verification

AC Failed



General Trouble


An output point cannot be assigned to more than 4 zones.However, it is not necessary that each output be mapped to 4zones. Each zone can have any number of outputs mapped to it.NOTE:NOTE:




Programming Relays: Local RelaysShortcut: 0- PROG, 5- PROG OUTPUTS, 2- RELAYS, 2- REMOTE 1, 3- REMOTE 2

From the Relay Outputs Menu, press [2] for Remote Relay 1 or [3] for Remote Relay 2.

Enter the relay you wish to assign and press [#].

Relay Outputs Menu


REMOTE RELAY @ x(1 - 8):

OUTPUT ZONE A: __(00 - 63): ____

Enter the output number (00-63) you want to map to Zone A and press [#].A similar display for Zone B.

The @_ shows the address of the relay module in the system.The lower # address is Relay 1; the higher one is Relay 2.





• Select from this table when entering zone assignments forRemote Relay programming:

52

53

54

57

58

59

60

61

62

63



Ground Start



Alarm Verification

AC Failed



General Trouble






Programming Relays: Local RelaysShortcut: 0- PROG, 5- PROG OUTPUTS, 2- RELAYS, 4- MULTIPLEX

From the Relay Outputs Menu, press [4] for Multiplex Relays (only with DS9431).

Relay Outputs Menu


MUX OUTPUT(009 - 255):

OUTPUT ZONE A: __(00 - 63): ____

Enter the first zone (00-63) you want to map to drive this output and press [#].A similar display for Zones B, C and D will be displayed.

Enter the number corresponding with the output to be programmed and press [#].To determine the output number of a multiplex relay, note that multiplex relays arethe second point of an I/O module. Adding 1 to the address of the I/O module givesthe address of the relay in the module. Once the relay is selected, the display willprompt you to enter 4 zones to activate this output.




PROG ACCOUNTS

Programming Tree for PROG ACCOUNTS functions:


PROG/0 6 - PROG ACC’NTS

1- PHONE #12- PHONE #2

1- PHONE NUMBERS

2 - PHONECONTROL

3 - RPT STEERING

4 - RING COUNT

5 - COMM. TRIES

6 - MACH. BYPASS

3 - COMPUTER PHONE

1- NUMBER

2 - FORMAT3 - ACCT NUMS

4 - TONE

1- MONITOR2- DIALING TYPE1- LINE #1

2- LINE #2(SAME OPTIONS

AS LINE #1)

1- NONSUP ALRM

2 - SUPVSRY ALRM

3 - NONSUP RSTR

4 - SUPVSRY RSTR

5 - TROUBLE

6 - TESTS

7 - SILENCE

8 - RESET

9 - FIRE DRILL



PROG ACCOUNTS: Phone Numbers

Phone NumbersShortcut: 0- PROG, 6- PROG ACC’NTS, 1- PHONE NUMS

From the PROG ACC’NTS Menu, press [1] for Phone Numbers.

PROG ACC’NTS Menu

PROGRAM ACC’NTS1- PHONE NUMS2- PHON CONTROL

4- RING COUNT5- COMM. TRIES

3- RPT STEERING

6- MACH. BYPASS

The system can be programmed with two reporting phone #s. Phone #1 is used withAccount #1; Phone #2 is used with Account #2. Remote programming occurs on PhoneLine 1 using Phone #3 (COMPTR PHONE). For installations with only one phoneline, set Line Monitor = No, Format = 0 to disable a phone line.

PHONE NUMBER

1- PHONE #12- PHONE #2

3- COMPTR PHONE Press the number key that corresponds with your selection.

Press the number key that corresponds with the phone number youwish to configure (example is Phone #1. Phone #2 programming issame as Phone #1.).




Phone Numbers: NumberShortcut: 0- PROG, 6- PROG ACC’NTS, 1- PHONE NUMS, 1- NUMBER

From the Phone #1 Menu, press [1] to set the Phone Number.

Enter the phone number and press [#].

Phone #1 Menu

PHONE NUMBER #11- NUMBER2- FORMAT

4- TONE3- ACCT NUMS

PHN NMBR 1: ????????????????????

[TEST] 1

[TEST] 2

[TEST] 3

[TEST] 4

*

#

/

>

Touch Tone “*”

Touch Tone “#”

3-second Delay

Wait for Dial Tone

Press See Action

Some keys can assistwhen entering phone numbers:

[SILENCE]

[DISABLE]

[RESET]

Advance to next position

Go back one position

Clear position

Press Action

Several special control characters can beincluded in the phone number by pressing

the [TEST] key followed by a digit:




Phone Numbers: FormatShortcut: 0- PROG, 6- PROG ACC’NTS, 1- PHONE NUMS, 2- FORMAT

From the Phone #1 Menu, press [2] for Format.


Phone #1 Menu


4- TONE3- ACCT NUMS

This feature allows you to select which communication format to use or disablescommunication for the phone number. To disable the dialer, set the format for PhoneLines 1 and 2 to “disabled” and turn off the monitoring features of both lines.

PHONE FORMAT ( )0- DISABLE

2- 4/2 REPORT

4- SIA, 110 RPRT3- BSFK REPORT

1- 3/1 REPORT

5- CONTACT ID6- SIA, 300 RPRT

Current Setting




Phone Numbers: Account NumbersShortcut: 0- PROG, 6- PROG ACC’NTS, 1- PHONE NUMS, 3- ACCT NUMS

From the Phone #1 Menu, press [3] for Account Numbers

Phone #1 Menu


4- TONE3- ACCT NUMS

The account numbers identify the panel when it reports to the central station.

ACCOUNT #1: 0000NEW NUMBER: 0000

The existing number is shown on the top line. Enter the new number on thesecond line and press [#]. The hexidecimal digits A - F can be entered bypressing the [TEST] key: 1 = A, 2 = B, 3 = C, 4 = D, 5 = E and 6 = F.




Phone Numbers: ToneShortcut: 0- PROG, 6- PROG ACC’NTS, 1- PHONE NUMS, 4- TONE

From the Phone #1 Menu, press [4] for Tone.

Phone #1 Menu


4- TONE3- ACCT NUMS

The tone/freq. programming items modify the reporting format when 3/1 or 4/2 tone burstreporting is selected for the format. Three parameters are selected with one setting: datatone frequency, acknowledge tone frequency and data rate. The frequency that the paneluses to send data pulses may be set for 1900 Hz (19D) or 1800 Hz (18D). The frequencyof the acknowledge tone from the receiver that the panel will respond to can be set to1400 Hz (14A) or 2300 Hz (23A). Finally, the rate at which the data pulses are sent canbe set from 10, 20 or 40 pulses per second (10PS, 20PS or 40PS).

FREQ ( )1- 19D, 14A, 10PS2- 18D, 23A, 10PS3- 19D, 14A, 20PS4- 18D, 23A, 20PS5- 19D, 14A, 40PS6- 18D, 23A, 40PS




PROG ACCOUNTS: Phone Control

Phone ControlShortcut: 0- PROG, 6- PROG ACC’NTS, 2- PHON CONTROL

From the PROG ACC’NTS Menu, press [2] for Phone Control.

PROG ACC’NTS Menu

In addition to features that are associated with each phone number,there are features that are associated with each phone line.


PROG ACC’NTS1- PHONE NUMS2- PHON CONTROL

4- RING COUNT3- RPT STEERING

5- COMM. TRIES6- MACH. BYPASS

PHONE CONTROL1- LINE #12- LINE #2




Phone Control: Monitor LineShortcut: 0- PROG, 6- PROG ACC’NTS, 2- PHON CONTROL,1- LINE #1 or 2- LINE #2, 1- MONITOR LINE

From the Phone Control Menu, press [1] for Monitor Line.

The phone line monitor can be disabled for each phone line.

Press [1] for Yes or [0] for No.MONITOR LINE #1____:YES (1) NO (2)

Phone Control Menu

PHONE CONTROL # 11- MONITOR LINE2- DIALING TYPE

NOTE:NOTE:

Line #1 is shown above as an example. Line #2 is programmedin the same manner as Line #1.




NOTE:NOTE:

Line #1 is shown above as an example. Line #2 is programmedin the same manner as Line #1.

Phone Control: Dialing TypeShortcut: 0- PROG, 6- PROG ACC’NTS, 2- PHON CONTROL,1- LINE #1 or 2- LINE #2, 2- DIALING TYPE

From the Phone Control Menu, press [2] for Dialing Type


Phone Control Menu

PHONE CONTROL # 11- MONITOR LINE2- DIALING TYPE

This feature determines what format the panel will use for dialing on eachphone line. The tone/pulse setting will first try tone dialing, and if that fails,will switch to pulse dialing.

PHONE CONTRO ( )1- PULSE ONLY2- TONE/PULSE3- TONE ONLY



PROG ACCOUNTS: Report Steering

Report SteeringShortcut: 0- PROG, 6- PROG ACC’NTS, 3- RPT STEERING

From the PROG ACC’NTS Menu, press [3] for Report Steering.

Different classes of reports can be directed to different phone numbers. Non-supervisoryalarms include fire alarms, waterflow alarms and monitor alarms. Supervisory alarms comefrom points configured as a supervisory type. Non-supervisory restorals include fire, waterflowand monitor restorals. Supervisory restorals come only from points configured as a supervisorytype. Trouble reports include all point and system troubles and restorals. Tests include autotests, manual tests and off-normal at test reports. The panel allows the special reports“silence”, “reset” and “drill” to be individually directed.

PROG ACCOUNTS Menu

PROG ACC’NTS1- PHONE NUMS2- PHON CONTROL3- RPT STEERING4- RING COUNT5- COMM. TRIES6- MACH. BYPASS



PROG ACCOUNTS: Report Steering

Report SteeringShortcut: 0- PROG, 6- PROG ACC’NTS, 3- RPT STEERING

From the PROG ACC’NTS Menu, press the number key that corresponds to your selection.This window’s heading will vary depending on selection. For this example, 1- NONSUP ALRMhas been chosen.

Report Steering Menu

REPORT STEERING1- NONSUP ALRM2- SUPVSRY ALRM3- NONSUP RSTR4- SUPVSRY RSTR5- TROUBLE6- TESTS7- SILENCE8- RESET9- FIRE DRILLS

NONSUP ALRM ( )

1- PHONE 1 ONLY2- PHONE 2 ONLY3- PHON 1 AND 24- PHN 2 BACKUP5- NO REPORT


PHONE 1 ONLY: Report sent to Phone #1 only.PHONE 2 ONLY: Report sent to Phone #2 only.PHONE 1 AND 2: Report sent to Phones #1 and #2.PHONE 2 BACKUP: Report sent to Phone #1, then to Phone #2 if #1 fails.NO REPORT: No report is sent.



PROG ACCOUNTS: Ring Count

Ring CountShortcut: 0- PROG, 6- PROG ACC’NTS, 4- RING COUNT

The number of phone rings before the panel will seize the line to attempt remoteprogramming must be left set to “0” for UL864 local, auxiliary or remote station installations.

PROG ACCOUNTS Menu


From the PROG ACC’NTS menu, press [4] for Ring Count.

RING COUNT

(01-15, 00=DIS)An entry of “00” will disable ring detection.Enter the information and press [#].



PROG ACCOUNTS: Communication Tries

Communication TriesShortcut: 0- PROG, 6- PROG ACC’NTS, 5- COMM. TRIES

The system will always attempt 10 times to communicate an event to each phone number.The parameter determines after which attempt the system will indicate a failure condition.

PROG ACCOUNTS Menu


From the PROG ACC’NTS menu, press [5] for Communication Tries.

Enter the information and press [#].COMM ATTMPTS ( )

(01-10): _____

NOTE:NOTE:

Attempts are counted separately for each phone number. Ifyou program 10 attempts, 10 attempts will be made on PhoneNumber 1 and 10 attempts will be made on Phone Number 2.This gives a total of 20 attempts.



PROG ACCOUNTS: Machine Bypass

Machine BypassShortcut: 0- PROG, 6- PROG ACC’NTS, 6- MACH. BYPASS

PROG ACCOUNTS Menu


From the PROG ACC’NTS menu, press [6] for Machine Bypass.

Enter the information and press [#].MACHINE PYPASS

_____: YES(1) NO (2)

The downloading computer dials back if an answering machine answers the phone before thecontrol. If the control detects the phone line ringing within one minute of when the last ringingcycle stopped, then it will answer on the first ring and seize the phone line.



PROG FORMATS

Programming Tree for PROG FORMATS functions:


PROG/0

1- 4/2 POINT RPT

2- 4/2 RPT CODS

3- 4/2 BFSK CODS

4- 4/2 SIA SIL RPT

7- PROGFORMATS



PROG FORMATS

Program FormatsShortcut: 0- PROG, 7- PROG FORMATS

[History]: A

This feature offers the use of hex digits (0 through F). Because the specific keys A through Fare not available on the keypad, the keys listed below have been substituted.

PROG FORMATS Menu

PROG FORMATS

1- 4/2 ZONE REPT

2- 4/2 RPT CODS

3- BFSK RPT CODS

4- SIA SIL RPT

[Test]: B

[Disable]: C

[Drill]: D

[Silence]: E

[Reset]: F



PROG FORMATS: 4/2 Zone Report

Program Formats: 4/2 Zone ReportShortcut: 0- PROG, 7- PROG FORMATS, 1- 4/2 ZONE REPT

4/2 reports consist of an event type (first digit) and a point number (second digit).These reports apply to points, and only when 3/1 or 4/2 format has been selected.

PROG FORMATS Menu

PROG FORMATS

1- 4/2 ZONE REPT

2- 4/2 RPT CODS

3- BFSK RPT CODS

4- SIA SIL RPT

4/2 ZONE RPT

1- FIRE RSTR D1

2- WATERFLOW D1

3- SUPERVISE D1

4- TROUBLE D1

0- FIRE ALRM D1

5- TRBL RSTR D1

6- DISABLE D1

7- DSBL RSTR D1

8- MONITOR

9- MORE

From the PROG FORMATS menu, press [1] for 4/2/ Zone Report.

Press the number key that correspondswith your selection of event type.D1 stands for Digit #1.





Pressing [9] for MORE will bring you to the second digit options (point numbers).

PROG FORMATS Menu

PROG FORMATS

1- 4/2 ZONE REPT

2- 4/2 RPT CODS

3- BFSK RPT CODS

4- SIA SIL RPT


4/2 ZONE RPT

1- POINT 1 D2

2- POINT 2 D2

3- POINT 3 D2

9- MORE

4- POINT 4 D2

5- POINT 5 D2

6- POINT 6 D2

7- POINT 7 D2

8- POINT 8 D2






Press the number key that corresponds with your selection. a window allowing entry of hexdigits will display (heading is dependent on item previously selected).

4/2 ZONE RPT

1- POINT 9 D2

2- POINT 10 D2

3- RETURN TO D1

FIRE ALARM D1 ( )

0 THRU 9

<HISTORY>:

<TEST>:

<DISABLE>:

<DRILL>:

<SILENCE>:

<RESET>:

A

B

C

D

E

F

Enter the hex digit that should be reported for the selected condition by pressing a numberkey or one of the special keys if a hex character is needed. Press [#] to continue.



PROG FORMATS: 4/2 Report Codes

Program Formats: 4/2 Report CodesShortcut: 0- PROG, 7- PROG FORMATS, 2- 4/2 RPT CODS

4/2 Report Codes apply to system conditions but only when 3/1 or 4/2 format hasbeen selected. Two digits can be programmed to be sent for each condition. Theconditions that can be programmed are as follows:

PROG FORMATS Menu

PROG FORMATS

1- 4/2 ZONE REPT

2- 4/2 RPT CODS

3- BFSK RPT CODS

4- SIA SIL RPT

system in test, system in test restore: sent for walk test operationssilence: sent when the [Silence] key is pressedfire drill, fire drill restore: sent for fire drill operationsopen reset report: sent when the reset key is pressedlow battery, low battery restore, AC failure, AC failure restore: sent for power problemstest report: sent for manual or automatic communicator testsoff normal at test: sent if the panel is off-normal at the automatic test timephone trouble, restore: sent for phone line problemssystem trouble, restore: sent for general system problems






PROG FORMATS Menu

PROG FORMATS

1- 4/2 ZONE REPT

2- 4/2 RPT CODS

3- BFSK RPT CODS

4- SIA SIL RPT


4/2 ZONE RPT

1- POINT 1 D2

2- POINT 2 D2

3- POINT 3 D2

9- MORE

4- POINT 4 D2

5- POINT 5 D2

6- POINT 6 D2

7- POINT 7 D2

8- POINT 8 D2




Program Formats: 4/2 Report CodesShortcut: 0- PROG, 7- PROG FORMATS, 2- 4/2 RPT CODS

Press the number key that corresponds to your selection.Pressing [9] will returns you to the previous reporting codes.

SYSTM IN TST ( )

0 THRU 9

<HISTORY>:

<TEST>:

<DISABLE>:

<DRILL>:

<SILENCE>:

<RESET>:

A

B

C

D

E

F

4/2 RPT CODS

0- AC FAIL RST

1- TEST REPORT

2- OFF NORM TEST

3- PHONE 1 TRB

4- PN 1 TRB RST

5- PHONE 2 TRBL

6- PN 2 TRB RST

7- SYSTEM TROUB

8- SYS TRB RST

A window allowing entry of two hex digits will display (heading is dependent onitem previously selected). Enter digits that should be reported for the selectedcondition by pressing the number key or one of the special keys if a hex characteris needed. Press the [#] to continue.



PROG FORMATS: BFSK Report Codes

Program Formats: BFSK Report CodesShortcut: 0- PROG, 7- PROG FORMATS, 3- BFSK RPT CODS

When BFSK reporting is used, most reporting codes are fixed and do not to beprogrammed. 5 reports that the panel can send that are not standard BFSK codescan be programmed, however.

Off normal at test: sent if the panel is off-normal at the automatic test timeOpen reset report: sent when the reset key is pressedSilence: sent when the silence key is pressedFire drill, fire drill restore: sent for fire drill operations

PROG FORMATS Menu

PROG FORMATS

1- 4/2 ZONE REPT

2- 4/2 RPT CODS

3- BFSK RPT CODS

4- SIA SIL RPT

From the PROG FORMATS menu, press [3] for BFSK Report Codes.

BFSK RPT CDS

1- OFF NORM TEST

2- OPEN/RESET

3- SILENCE

4- FIRE DRILL

5- FR DRIL RSTR

Press the number key that corrsponds to your report code selection.A window allowing entry of two hex digits will display.



PROG FORMATS: SIA SIL RPT

Program Formats: SIA SIL RPTShortcut: 0- PROG, 7- PROG FORMATS, 4- SIA SIL RPT

When SIA reporting is used, all reporting codes but one are fixed and do not need to be programmed.The silence report is not a standard SIA code and can be programmed, however. The requiredASCII calue is entered using hexadecimal numbers, one for the left character/byte, and one forthe right character/byte. It is recommended that the factory default “KB” = 0x4B, 0x42 be used.

PROG FORMATS Menu

PROG FORMATS

1- 4/2 ZONE REPT

2- 4/2 RPT CODS

3- BFSK RPT CODS

4- SIA SIL RPT

From the PROG FORMATS menu, press [4] for SIA SIL RPT.

Press [1] to select the left byte.Enter the digits and press [#].

SIA SIL RPT

1- LEFT BYTE

2- RIGHT BYTE

LEFT BYTE ( )

0 THRU 9

<HISTORY>:

<TEST>:

<DISABLE>:

<DRILL>:

<SILENCE>:

<RESET>:

A

B

C

D

E

F

The right byte is entered in a similar fashion.



HISTORY DEFAULTS

Programming Tree for HISTORY DEFLTS functions:


PROG/0

1- CLEAR HSTRY

2- DEFAULT EE

3- ALT 4/2 CDES

8- HISTORYDEFLTS



HISTORY DEFAULTS: Clear History

History Defaults: Clear HistoryShortcut: 0- PROG, 8- HISTORY DEFLTS, 1- CLEAR HSTRY

It is possible to clear some or all of the history records in the system using this menu item.

From the HISTORY DEFLTS menu, press [1] for CLEAR HSTRY.

Enter the number of history events you wish to deleteand press [#].

HISTORY DEFLTS Menu

PROG DEFAULTS

1- CLEAR HISTRY

2- DEFAULT EE

3- ALT 4/2 CDES

HIST ITEMS= _____

DEL OLDEST 00



HISTORY DEFAULTS: Default EE


All programming, including zone configurations and option installations, willbe lost when this operation is performed. It is necessary to turn panel poweroff and back on after defaulting to reinstall the four zone expander, local NACexpander and MUX expander. It is necessary to update the option bus andsetup keypads (PROG SYSTEM menu) to reinstall option bus devices.

History Defaults: Clear HistoryShortcut: 0- PROG, 8- HISTORY DEFLTS, 2- DEFAULT EE

It is possible to set the panel back to the original factory-programming configurationwith this option. This option is available only from the local keypad.

From the HISTORY DEFLTS menu, press [2] for DEFAULT EE.

This operation takes several minutes when the DS9431 is installed.The previous menu will appear when this operation is complete.

HISTORY DEFLTS Menu

PROG DEFAULTS

1- CLEAR HISTRY

2- DEFAULT EE

3- ALT 4/2 CDES

SETTING EEPROM

TO DEFAULT...



HISTORY DEFAULTS: Alt 4/2 Codes

History Defaults: Alt 4/2 CodesShortcut: 0- PROG, 8- HISTORY DEFLTS, 3- ALT 4/2 CDES

It is possible to set all of the programming for 4/2 codes to an alternative set of defaultreports. To completely default the panel, it is necessary to first use the default EE option,followed by this option if desired.

From the HISTORY DEFLTS menu, press [3] for ALT 4/2 CDES.

The previous menu will appear when this operation is complete.

HISTORY DEFLTS Menu

PROG DEFAULTS

1- CLEAR HISTRY

2- DEFAULT EE

3- ALT 4/2 CDES

PROG DEFAULTS

PLEASE WAIT...



PROGRAM MUX

Programming Tree for PROGRAM MUX functions:


PROG/0

1- MUX EDIT

2- MUX PROGRAM

3- MUX BUS TYPE

9- PROGRAMMUX

0- NO DEVICE

2- SINGLE INPUT

3- I/O MODULE

4- MUX SMOKE

5- SMOKE W/ FRZ

6- DUAL INPUT

7- OCTAL INPUT

1- NORMAL

2- FAST

1- CLASS A

2- CLASS B



PROGRAM MUX


Unprogrammed devices on the bus will not operate or be supervised.Do not install more than one device programmed to the same addresson the bus. Doing so may inhibit alarm reporting from both devices.

Program MUXShortcut: 0- PROG, 9- PROGRAM MUX

This menu is accessible only when the DS9431 Multiplex Expansion Module is installed.Intermittent trouble reports from a particular MUX point address may indicate that morethan one device has been programmed to that address.

PROGRAM MUX Menu

PROGRAM MUX

1- MUX EDIT

2- MUX PROGRAM

3- BUS TYPE



PROGRAM MUX: MUX Edit

Program MUX: MUX EditShortcut: 0- PROG, 9- PROGRAM MUX, 1- MUX EDIT

To add MUX devices to the system without programming an address into the device itself, usethe MUX Edit option. Each device must have a unique address programmed, however, perhapsusing the MUX Program option on another panel, or using a hand-held programmer.

PROGRAM MUX Menu

PROGRAM MUX

1- MUX EDIT

2- MUX PROGRAM

3- BUS TYPE

From the PROGRAM MUX menu, press [1] for MUX Edit.

DEVICE TYPE ( )

2- SINGLE INPUT

3- I/O MODULE

0- NO DEVICE

4- MUX SMOKE

5- SMOKE W/FRZ

6- DUAL INPUT

7- OCTAL INPUT

Press the number key that corrsponds with the device being added,or select [0] if you are removing a device.

Description Model #

2- SINGLE INPUT DS7457

3- I/O MODULE DS7465

0- NO DEVICE

4- MUX SMOKE MX280, MX280TH

5- SMOKE W/FRZ MX280THL

6- DUAL INPUT DS7460

7- OCTAL INPUT DS7432



PROGRAM MUX: MUX Edit

Program MUX: MUX EditShortcut: 0- PROG, 9- PROGRAM MUX, 1- MUX EDIT

Enter the address of the point being added and press [#].The device type window will display to allow additional devices to be added.

POINT NUMBER

(009 - 255) 009

OUTPUT ZONE A: __

(00 - 63): ____

If the device being added is an I/O module, you will be prompted to enterthe four zones to drive the relay output

Enter the first zone (00-63) you want to map to drive this output and press [#].A similar display for Zones B, C and D will appear to allow up to 4 zones to drivethis output.

NOTE:NOTE:

Pressing the [Clear] key will enter 00 for the current zone selection,and continue onto the next zone. The [Clear] key will not exit thismenu.



PROGRAM MUX: MUX Program


All devices must be removed from MUX Bus A before starting programming byremoving power from the system, disconnecting the wires to the field devices andre-powering the system. Failure to disconnect devices will result in all devices onLoop A being programmed to the new address.

Program MUX: MUX ProgramShortcut: 0- PROG, 9- PROGRAM MUX, 2- MUX PROGRAM

To simultaneously add MUX devices while programming an address into the device itself, usethe MUX Program option. This programs a specified address into the device and also sets thedevice. The DS7432 is programmed by switches, and thus cannot be added using the MUXProgram feature - use MUX Edit instead.

From the PROGRAM MUX menu, press [2] for MUX Program.

Select normal programming to add one or two devices.Select fast programming to program larger quantitiesof identical devices to sequential addresses.

PROGRAM MUX

2- FAST

1- NORMAL

If there are no devices on Bus A, the following window will display.Otherwise, an error message will display.


All programming is performed on Bus A, including addresses 129-255 which canonly be installed on Bus B for operation. Connect devices with addresses 129-255to Bus B, not Bus A.



PROGRAM MUX: MUX ProgramProgram MUX: MUX Normal Programming

Shortcut: 0- PROG, 9- PROGRAM MUX, 2- MUX PROGRAM, 1- NORMAL

DEVICE TYPE ( )

2- SINGLE INPUT

3- I/O MODULE

0- NO DEVICE

4- MUX SMOKE

5- SMOKE W/FRZ

6- DUAL INPUT

7- OCTAL INPUT

Press the number key that corrsponds with the device being added,or select [0] if you are removing a device.

Description Model #

2- SINGLE INPUT DS7457

3- I/O MODULE DS7465

0- NO DEVICE

4- MUX SMOKE MX280, MX280TH

5- SMOKE W/FRZ MX280THL

6- DUAL INPUT DS7460

7- OCTAL INPUT DS7432

POINT NUMBER

(009 - 255) 009Enter the address of the point being added and press [#].

The display will prompt you to attach the device being programmedto the terminals for MUX Bus A. The device wires can simply be heldon the terminals for the few seconds it takes to program. Theprogramming operation will retry up to 3 times if the devices is notconnected right away. The display will automatically show the followingwindow.

POINT NUMBER 009

ATTACH DEVICE

POINT NUMBER 009

PROGRAMMING



PROGRAM MUX: MUX ProgramProgram MUX: MUX Normal Programming

Shortcut: 0- PROG, 9- PROGRAM MUX, 2- MUX PROGRAM, 1- NORMAL

If the device added is an I/O module, you will be prompted to enter the 4 zonesto drive the relay output.

OUTPUT ZONE A: __

(00 - 63): ___

Enter the first zone (00-63) you want to map to drive this output and press [#].A similar display for Zones B, C and D will appear to allow up to 4 zones to drive this output.

Then it will confirm the programming operation and return to the previous menu.

POINT NUMBER 009

PROGRAMMED

If a device is defective, or not connected properly, the panel will display an error message.

ERROR -

DEVICE FAILED

NOTE:NOTE:

Pressing the [Clear] key will enter 00 for the current zone selection,and continue onto the next zone. The [Clear] key will not exit thismenu.



PROGRAM MUX: MUX Program

Program MUX: MUX Fast ProgrammingShortcut: 0- PROG, 9- PROGRAM MUX, 2- MUX PROGRAM, 2- FAST

Fast programming proceeds the same as normal programming, except thatwhen the device is programmed you will be prompted as follows:

From the MUX PROGRAM menu, press [2] for Fast programming.

You will then be prompted to attach the next device at the next address.

MUX PROGRAM Menu

PROGRAM MUX

1- NORMAL

2- FAST

POINT NUMBER 009

REMOVE DEVICE

POINT NUMBER 009

ATTACH DEVICE

This process will continue until you press the [Clear] key.All devices to be programmed must be of the same type.



PROGRAM MUX: MUX Bus Type

MUX Bus TypeShortcut: 0- PROG, 9- PROGRAM MUX, 3- BUS TYPE

This option allows the MUX buses to be configured as two independent Class B, Style 3.5buses allowing addresses up to 255, or a single Class A, Style 6 bus allowing addresses upto 128. When installed as a Class A, Style 6 bus, both MUX bus + terminals are connectedwith a field wire loop, and both MUX bus - terminals are connected with a field wire loop.Then, MUX devices are connected between the loops.

From the Program MUX menu, press [3] for Bus Type.

Program MUX Menu

PROGRAM MUX

1- MUX EDIT

2- MUX PROGRAM

3- BUS TYPE

MUX BUS TYPE ( )

1- CLASS A

2- CLASS B

Press the number key that corresponds with the desired bus type.


DS7432 devices may not be used on a Class A, Style 6 Bus. The panelcannot supervise the integrity of the data wiring due to the externalpower wires for this module.


VI.VI. UL RequirementsUL Requirements

UL Listings:

• Commercial Fire Alarm

• Type Service: Auxiliary, Local, Central Station and RemoteStation

• Type Initiating: Automatic, Manual, Sprinkler Supervisoryand Waterflow

• The DS9400 shall be installed in accordance with NFPA 72for Commercial Fire installations.

Failure to install and program the DS9400 in accordance with ULrequirements voids the listing mark of Underwriters Laboratories, Inc.




Installation Considerations:

Points must be connected to UL Listed compatible devices.

The DS9400 control board must be mounted indoors andwithin the protected area.

The total nominal current must not exceed 1,140 mA instandby nor 4 A when in alarm.

The standby battery capacity is 40 Ah @ 24 VDC.

Grounding must be in accordance with Article 250 of theNEC (NFPA 70).



Installation Considerations:

The system must be tested after installation and after anyreprogramming, including programming preformed bydownloading.

The ground wire provided with the enclosure must beconnected between the door and the enclosure using thesupplied nuts.

The ground start feature shall not be programmed.

Phone monitoring must be selected if the DACT featureis used.


VII. Fire SafetyVII. Fire Safety

NO FIRE DETECTION DEVICE ORSYSTEM IS 100% FOOLPROOF!

• The DS9400 can provide early warning of a developing fire. Itdoes not ensure protection against property damage or loss of liferesulting from a fire!

• The DS9400 must be tested regularly (when installed, servicedand once annually thereafter) to ensure continued reliableoperation in accordance with NFPA 72-1996.




If Installed in Family Residences

STARTS AT HOMESTARTS AT HOMEFIRE SAFETYFIRE SAFETY

Adherence to NFPA 72-1996 can lead to reasonable fire safetywhen the following items are practiced:

Provide a fire warning system!

Minimize Hazards!

Smoking in bed, leaving children home alone and cleaningwith flammable liquids are the three traditional fire killers.

Most fire deaths occur in the home, the majority during sleepinghours. The minimum level of protection requires smoke detectorsto be installed outside of each separate sleeping area and on eachadditional story of the dwelling.

For added early warning protection, installdetectors in basements, bedrooms, diningrooms, utility rooms, hallways and otherseparated areas.




A fire warning system may be wasted unless the family hasplanned in advance for a rapid and safe exit.

Draw a floor plan of entire house. Show two exits fromeach bedroom and two from the house. Provide exits fromwindows (if stairways are blocked).

Pre-arrange a meeting place outside and away fromresidence. All members should immediately go there onceout of building.

Provide a barricade between family members and fire,smoke and toxic gases (close all bedroom and hallwaydoors before retiring for the night.

Teach children how to open bedroom windows and safelyexit through them. If exiting is not possible, they shouldopen them and shout out for help until it arrives.




PRACTICE THE PLAN WITH ALL FAMILY MEMBERS!

If fire occurs after retiring for night, wake children byshouting to them from behind your closed door. Tell themto keep their bedroom doors closed.

If the top of bedroom door is uncomfortably hot, do notopen it! Shout to all family members to keep their doorsclosed and exit via alternate routes.

If the top of the door is not uncomfortably hot, brace thebottom of the door with your foot and the top with one handand open it one inch. Slam the door if there is any pressureagainst it or if any hot air rushes in.

If there is no excessive heat or pressure, leave room and shutdoor. Shout appropriate instructions to others. Drop to handsand knees and crawl if heavy smoke is present.




Proper location of detection devices is one of the most criticalfactors in a fire alarm system:

Avoid “dead air” spaces or areas close to ventilating or airconditioning outlets when installing smoke detectors - smokemay be circulated away from detectors. Locations near airinlets should be favored.

Avoid areas subject to normal smoke concentrations such askitchens, garages or fireplaces.

Do not install smoke detectors where normal air temperaturesare above 100°F (38°C) or below 32°F (0°C).

Avoid areas of high humidity and dust concentrations.

The edge of ceiling mounted detectors should be no closerthan 4 inches (10 cm) from any wall. Place the top edge ofwall mounted detectors between 4 and 12 inches (10 & 30 cm)from the ceiling.




• Refer to NFPA 72-1996 when considering detectors for residentialapplications.

A smoke detector should be located on eachstory including basements, but excluding

crawl spaces and unfinished attics.

Bedroom Hall

Basement

= Smoke Detector

Bedroom

DiningRoom

LivingRoom

Rec Room

Kitchen

Locate smoke detectors betweensleeping areas and family livingareas.

= Smoke Detector

BedroomDiningRoom

LivingRoom Bedroom

Bedroom


VIII. System OptionsVIII. System Options

DS7432 Addressable Eight-Point Remote Module

Provides eight supervised points for connection of additionalNormally Open inputs. Connects to multiplex bus.

21 34 5 6

7 8 9#

Cmnd0

Prog*Clear

Disable

Drill

Test

History

Reset

Silence

TroubleSilenced

PowerAlarm

+ – 2 3 4 5 6 7 8POWER

12V Power (-)

12V Power (+)

EOLResistor

P/N: 28010

SmokeDetector

SmokeDetector

EOLRelay

Bus (-)

Bus (+)

Power + may be connected to RA or RB on theFACP Option Bus terminal strip. Power - may beconnected to BA or BB on the FACP Option Bus.

Bus + and Bus - areconnected to MUX A

terminals for addresses 9 - 128. MUX B terminals arefor addresses 129 - 255.

Example:DS250 in aMB4W base

Example:EOL200

DS9400 FACP

DS9431MultiplexExpansion Module

I/O Module for theDS9431 Multiplex

Expansion Module

DS7432 Eight Input Remote Module1-L+2-3-L+4-

AUX-AUX+

SMK+

24V SmokePower (-)

24V Smoke Power (+)

SMK-

+ – 1BUS



DS7457 Single Point Input Module

Provides one supervised input zone for connection ofconventionally Normally Open inputs. Connects to multiplexbus.

21 34 5 67 8 9

#Cmnd

0Prog*Clear

Disable

Drill

Test

History

Reset

Silence

TroubleSilenced

PowerAlarm

Bus + and Bus - are connected to MUXA terminals for addresses 9 - 128. MUXB terminals are for addresses 129 - 255.

DS9400 FACP

DS9431 Multiplex Expansion Module


Expansion Module

1-L+2-3-L+4-

AUX-AUX+

Smoke Detector(e.g.:DS250/MB4W)

SMK-SMK+

NOTE:Bus A or Bus Bmay be used

OrangeBlack

RedBlack

Tamper Switch(Normally Closed)

Bus

Alarm

Tamper

+–+–+–

DS7457

EOL Relay(e.g.:EOL200)

EOL P/N: 28010



DS7460 Dual Point Input Module

Provides two supervised input zones for connection ofconventional Normally Open inputs. Connects to multiplexbus.

21 34 5 67 8 9

#Cmnd

0Prog*Clear

Disable

Drill

Test

History

Reset

Silence

TroubleSilenced

PowerAlarm


DS9400 FACP



Expansion Module

1-L+2-3-L+4-

AUX-AUX+


SMK-SMK+



EOL P/N: 28010

DS7460

Loop 2+

Ground

Loop 1+

Multiplex Bus -

Multiplex Bus +

N/C N/O

EOL P/N: 2801047K ohm



DS7465 Input/Output Module

Provides one supervised input for connection of conventionalNormally Open inputs. Also provides one Form “C” relay which canbe programmed to follow system events or the status of specificzones. Connects to addressable bus. Up to 20 per bus can be used onthe DS9400.

21 34 5 67 8 9

#Cmnd

0Prog*Clear

Disable

Drill

Test

History

Reset

Silence

TroubleSilenced

PowerAlarm


DS9400 FACP

DS9431Multiplex Expansion Module

I/O Module for theDS9431 MultiplexExpansion Module

1-L+2-3-L+4-

AUX-AUX+


SMK-SMK+



EOL P/N: 28010

DS7465

Form CDry Contactsrated at 1A @

30VDC



DS7488 Octal Relay Module

Provides eight Form “C” relay outputs. These outputs arefully programmable and can be activated by several differentsystem events. Connects to option bus. Up to 2 per DS9400system.

21 34 5 67 8 9

#Cmnd

0Prog*Clear

Disable

Drill

Test

History

Reset

Silence

TroubleSilenced

PowerAlarm

DS9400 FACP

1-L+2-3-L+4-

AUX-AUX+SMK-SMK+

NCNO C NCNO C NCNO C NCNO C NCNO C NCNO C NCNO C NCNO C1 2 3 4 5 6 7 8

1 2 4 8

R

B

G

Y

DS7488



DS9411 Class A Zone Converter

Converts a Class B, Style B initiating circuit on the panel toa Class A, Style D circuit for connection to field wiring. TheDS9411 connects to one of the panel’s conventional inputs.

DS9400 FACP

21 34 5 67 8 9

#Cmnd

0Prog*Clear

Disable

Drill

Test

History

Reset

Silence

TroubleSilenced

PowerAlarm

2-3-L+4-

AUX-AUX+SMK-SMK+

DS9411

Earth Ground

To Field Wiring

L+1-

Red

Black

Green/Yellow

+White

-Green

-Violet

+Yellow



DS9414 Class A to Class B NAC Converter

Converts a reversing Class B Notification Appliance Circuit(NAC) to a Class A circuit. It is compatible with any ClassB, Style Y NAC that uses a 2.2K ohm EOL resistor. Whenused on a Class B, Style Y NAC, the DS9414 implements aClass A, Style Z NAC. The DS9414 connects to the NACoutput on the panel.

DS9400

+Orange

-Black

+Yellow

-Green

-Violet

+White

To NACfield wiring

DS9414




Provides either two 2-wire (Class B, Style 4) multiplex busesor a 4-wire (Class A, Style 6) multiplex bus for connectingup to 247 remote points. The DS9431 connects directly tothe DS9400. Only 1 DS9431 per DS9400 system.

21 34 5 67 8 9

#Cmnd

0Prog*Clear

Disable

Drill

Test

History

Reset

Silence

TroubleSilenced

PowerAlarm

Insert standoffs here

Insert standoffs here

Mount DS9431onto standoffs

DS9400 connector pinsAlign properly with DS9431

Groundingwire



DS9434 Four-Point Expander

The DS9434 plugs into the control and provides four additionalClass B, Style B loops that are identical in characteristics to theloops on the control. Only 1 per DS9400 system.

21 34 5 67 8 9

#Cmnd

0Prog*Clear

Disable

Drill

Test

History

Reset

Silence

TroubleSilenced

PowerAlarm

DS9434

Standoffs

Standoffs

Connector Pins

To Terminal 21(earth ground)



DS9436 Fire Annunciator Keypad

4-wire LCD annunciator keypad is capable ofshowing all messages normally displayed on theDS9400 via a 2-line, 16-char. Display. 4 LEDs foreasy reading of annunciator status from a distance.Silence and Reset keys for system control aresecured with a keyswitch. Connects to the optionbus. Up to 4 allowed per DS9400 system.

RB BB GB YB


Data15mA max

Data15mA max


+12 Com+12 Com

R

B

G

Y

RA BA GA YA

DS9436Connector

May connect toeither option bus



DS9445 LED Annunciator

Identifies the location of a fire for up to eight zones.Connects to the option bus. Up to 8 are allowed perDS9400 system.

RB BB GB YB


Data15mA max

Data15mA max


+12 Com+12 Com

R

B

G

Y

RA BA GA YA

DS9445Terminal Strip

May connect toeither option bus



DS9447 Remote LCD Keypad

4-wire alphanumeric keypad that combines systemannunciator and controller functions. It operatesidentically to the built-in user interface on theDS9400. Up to 4 allowed per DS9400 system.

RB BB GB YB


Data15mA max

Data15mA max


+12 Com+12 Com

RB

G

Y

RA BA GA YA

DS9447Terminal Strip



DS9484 Power NAC 6A

Remote NAC power supply that adds 4 NFPA 72 ClassB, Style Y NACs via the option bus, and is supervisedby the control panel. The DS9484 connects to either 4-wire option bus on the DS9400. Up to 2 allowed perDS9400 system.

RB BB GB YB


Data15mA max

Data15mA max


+12 Com+12 Com

DS9484 Option Bus

TX

RX

RTN

+12V

YellowGreenBlackRed

RA BA GA YA

DS9400 Option Bus



MX280 Series Smoke Detectors

Multiplex Photoelectric Smoke Detectors with ChamberCheck® Self Diagnostics. MX280TH includes 135°Fheat sensor. MX280THL includes 135°F heat sensor andlow temperature detector. Connects to the multiplex bus.

MUX Class A, Series Connection

All terminals are supervised

MUX A+

1 2 3 41 2 3 4

+– – +

MUX A-

MX280 Series Terminals

I/O Module for theDS9431 MUX

Expansion Module

+– – +

MUX B+MUX B-

MUX Class B, Series Connection


MUX A+

1 2 3 41 2 3 4

+– – + +– – +

MUX A-



Expansion Module

MUX Class B, “T” Tap Connection


MUX A+

1 2 3 41 2 3 4

+– – + +– – +

MUX A-



Expansion Module


DS9400 QuizDS9400 Quiz

Directions: This is an open-book quiz. You may use the handouts you were given to complete this quiz. Pleasecircle the letter that represents your answer.

1) How many zones does the DS9400 system consist of?

A) 2 B) 6 C) 2, expandable to 4 D) 4, expandable to 8

2) How many on-board NACs are there on the DS9400?

A) 4 B) 2 C) 8 D) 4 with the DS9431 MUX Expansion Module

3) Which is not a feature added by the DS9431 MUX Expansion Module?

A) Increased number of relay outputs B) Allows for more system users

C) Adds additional NACs D) Adds addressable point capability

4) The DS9400’s Event History Buffer can hold up to 100 events. When the DS9431 MUX Expansion Moduleis added, the capacity of the Event History Buffer is expanded to:

A) 500 events B) 400 events C) 200 events D) None of these

5) Which reporting format is supported by the DS9400?

A) SIA B) 4/2 Tone Burst C) BFSK D) All of these

6) The DS9400 supports three phone numbers. What is the third number used for?

A) Account #1 B) Keypad programmingC) Remote programming D) Account #2

7) Which choice best defines an input point?

A) A group of point functions B) A NAC device

C) A group of zones D) A smoke detector

8) How many point functions are there to choose from when programming the DS9400?

A) 16 B) 4, expandable to 8 C) 10 D) 100

9) What does a point function consist of?

A) A point, a zone and a detector B) A point, a zone and a NAC

C) A function and settings for Configuration, Local Only, Silenceable and Loop Response

D) Settings for Local Only, Silenceable and Loop Response

10) What does the second number represent in this shortcut: 0-4-2-2?

A) Security Menu B) Programming Level 2

C) The second digit in the factory default PIN D) None of these

Detection Systems, Inc. 130 Perinton Parkway, Fairport, New York 144450-9199(716) 223-4060 • Customer Service: (800) 289-0096 • Fax: (716) 223-9180

11/99 P/N: 43098B

operating the ds9400 fire alarm...

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