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SSimplex 4100 Fire Alarm

Annunciator and Miniplex Transponder Programming

0 1992 Simplex Time Recorder Co. FA4-41-228 All specifications and other mformation shown were current as of publication, and are sub)ect to change without notice. Ed 12 92 Technical Manuals Online! - http://www.tech-man.com

Technical Manuals Online! - http://www.tech-man.com

TABLE OF CONTENTS

Page

How to Configure the Local Annunciator .................................................................................................................. .l

Unit Info Option ................................................................................................................................................... 3

Layout Option.. .................................................................................................................................................... 4

Program Option. .................................................................................................................................................. 5

How to Configure a Remote Annunciator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..__.__.____.._................................... 8

Programming a 4100 Miniplex Transponder (Remote Unit) ................................................................................... .13

Remote Annunciator/Unit System Capacities .................................................................................................. .15

Annunciator Switch Modes ...................................................................................................................................... 16

Definition ........................................................................................................................................................... 16

Switch Modes for Operator Interface Panel Keys, LCD Annunciator, and RCUs ............................................ .16

Switch Modes for Three-Position Momentary Switches.. .................................................................................. 17

Switch Modes for Three-Position Maintained Switches ................................................................................... .19

Special Switch Modes for Annunciator Switch Types ...................................................................................... .20

LED Modes.. ............................................................................................................................................................ 21

Definitions .......................................................................................................................................................... 21

Alert LED Modes ............................................................................................................................................... 22

Special LED Modes.. ......................................................................................................................................... 24

Non-Alert LED Modes ....................................................................................................................................... 25

High Level Modes with Low Level Conversion ....................................................................................................... .27

Operator Interface Panel Control Key Functions.. ............................................................................................ .27

Operator Interface Panel Functions ................................................................................................................. .28

Point Annunciation Functions ... . ....................................................................................................................... .29

Manual System Point Control Functions.. ........................................................................................................ .30

Manual Override of System Point Functions .................................................................................................... .31

Audio System Control Switch Functions .......................................................................................................... .32

Multi-Channel Audio System Control Switch Functions.. ................................................................................. .33

Firefighter’s Phone System Functions.. ............................................................................................................ .34

Canadian Audio System Functions.. ................................................................................................................. 35


FIGURES

Fiaure

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Paqe

4100 Programming Unit Main Menu ..... . ....................................................................................................... 1

Configuration Submenu ................ ............................................................................................................... 1

Card Configuration Editor.. ........... . ....... . ....................................................................................................... 2

Master Controller Device Select Menu ......................................................................................................... 2

Annunciator Configuration Menu .................................................................................................................. 3

Annunciator Configuration Menu with Unit Info Option Information Entered.. ............................................. .3

Annunciator Configuration Menu, Layout Option, with HELP Window Displayed ....................................... .4

Annunciator Configuration Menu, Layout Option, with Card Choice Window Displayed.. ........................... .4

Annunciator Configuration Menu, Program Option ..................................................................................... .5

High Level Display Card Data Entry Screen with Point Mode Choice Window Displayed.. ........................ .6

Annunciator Configuration Menu, Layout Option, with Card Choice Window Displaying Low Level Cards ....................................................................................................................................... 6

Low Level Display Card Data Entry Screen with Switch Mode Choice Window Displayed.. ....................... .7

Low Level Display Card Data Entry Screen with LED Mode Choice Window Displayed.. .......................... .7

Card Configuration Editor Screen After Selecting Add Card Option.. .......................................................... 8

Selecting the RUI Card ................................................................................................................................. 8

Selecting the Quantity of Cards to be Added ............................................................................................... 9

Card Configuration Editor with RUI Card Selected ...................................................................................... 9

Selecting the Annunciator Menu Option ..................................................................................................... 10

Entering the Annunciator Unit Number ....................................................................................................... 10

Card Configuration Editor Screen After Addition of Card.. ......................................................................... 11

Card Configuration Editor Showing Error Message ................................................................................... 11

Card Configuration Editor Screen Showing Remote Card ......................................................................... 12

Remote Unit Interface Number Prompt ...................................................................................................... 13

Remotely Located Standard 4100 Daughter Card ..................................................................................... 14

Remote Unit Configuration Menu ............................................................................................................... 14

Monitor Card Data Entry Screen ................................................................................................................ 15

Card Configuration Editor Screen Showing Annunciator Card and Daughter Cards Installed in the Same RUI .................................................................................................................................... 15


HOW TO CONFIGURE THE LOCAL ANNUNCIATOR

The 4100 Master Controller board contains the electronics to control a local 64/64 LED/Switch annunciator. The following example will show you how to configure this local annunciator.

To configure the local annunciator, select the Configuration menu option on the 4100 Programming Unit Main Menu (Figure 1).

4100 P R 0 G R A M M E R (Ver 5.03) M A I N MENU

Configure hardware cards, annunciators, point lists & pseudos.

: . : . : . . < . . ; . . . . . . . . . . :.:.: ‘ : .: ‘ : ‘ : ‘ : ‘ : ‘ : ‘ : .~:.~~~~::::

. ; ; . ; ; . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .~.~.~ i f : . r : . : , : , : , :

i :~~~:~~:~ i . : i~~. .~ :~~: : : . : . : . : . : . : . : . : . : .~ . : . . . . . . . . . . . . . . . . . . . . . . . . . . ,..I.'."'."'." _.,.........,, ~~~.:r~.:.:.:.:g::::g::: ,~.~.,.,.,.,.,.,,,,,,, L HELP

, . . . . . . . . . . . . . . . . . . . . . . . . . . ~ , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 IX~:i:iBOlilil~~~~~~~~~~~~~?~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ,...I-...\....- ..,.,....._........i.. .._.A.. ..Z......Z..................................... . . . . . . . . . . . .

Select desired menu using keypad arrow keys, then hit

<ENTER> to display selected submenu.

4100 Job: SYSTEM DEFAULTS, Filename: DEFAULT, Rev: 50, Built Rev: 49

Figure 1 4100 Programming Unit Main Menu

Now, select SYSTEM CARDS on the Configuration Submenu (Figure 2).

SYSTEM CONFIGURATION MENU

Access card configuration editor for system cards.

Select desired function using keypad arrow keys, then hit

<ENTER> to execute selected function

<ES0 to return to MAIN MENU

4100 Job: SYSTEM DEFAULTS, Filename: DEFAULT, Rev: 50, Built Rev: 49

Figure 2 Configuration Submenu

1 Technical Manuals Online! - http://www.tech-man.com

This option places you in the Card Configuration Editor (Figure 3).

CARD CONFIGURATION EDITOR Card No. Card Type Range Type Unit # RUI #

Select card with arrow keys. <E>dit, <A>dd, <D>elete or <M>ove. <ESC> to exit

Figure 3 Card Configuration Editor

Editing the Master Controller card gives you access to the Master Controller Device Select Menu (Figure 4).

MASTER CONTROLLER DEVICE SELECT MENU

1 8 pt cI,ass A/B monitor

2 2 pt cI,ass A signal

3 2 pt aux relay with feedback

~~~z&~~;~,;~~~~ ' .,r'*C" L" ~~.~:~~~~~ 2, Ir ,;*y+;,>; ,+;kyz ~ ,, ,' _ ,,, i ,,,,.I ,ic *> ,, ,,J

5 Display Panel Keys and LEDs

6 Master Troubles

7 Master City Connect/Coded Outputs

8 LED/LCD/Piezo Control points

ANN. UNIT 0 CONFIGLJRATION MENU

Select a device to edit, *ES0 to exit.

Figure 4 Master Controller Device Select Menu


Selection of the Annunciator 0 menu choice places you in the ANNUNCIATOR CONFIGURATION MENU data entry screen. This menu displays three choices; Unit Info, Layout, and Program (Figure 5).

A N N. UNIT 0 CONFIGURATION MENU

I ~~~~~ Layout Program

I Edit Unit, RUI, Dew., and Box information.

Ann. Unit: 0 RUI: L Box 1 of 1 Size 0 (2,4,6) Description: CONTROL PANEL LED/SWITCH ANNUNCIATOR 0 Controllers: 0

Figure 5 Annunciator Configuration Menu

The Unit Info option allows you to input information regarding the location and size of the backbox where the annunciator is located. The description section is available to enter the location of the annunciator for future reference. The last line indicates which LED/switch controller card(s) are associated with this annunciator. Figure 6 shows the Unit Info information entered on the screen.


Edit Unit, RUI, Desc., and Box information. Ann. Unit: 0 RUI: L Box 1 of 1 Size 4 (2,4,6) Description: CONTROL PANEL LEO/SWITCH ANNUNCIATOR 0 Controllers: 0

1 2 3 4 5 6 7 8 Display

ID

CTLR

Master Controller / LCD Display Rou 1

Row 2

Figure 6 Annunciator Configuration Menu with Unit Info Option Information Entered

Now that the Unit Info option screen information has been entered, SAVE your data, and select the Layout option.


LAYOUT OPTION

The Layout option allows you to configure the mode of the display card as well as its physical layout. The <Fl> key, if pressed, will give you HELP with the annunciator layout (Figure 7).


1 Unit Info

"g&#& ,;: Program ,, ,",S. ,,

1 Configure display card layout.

Ann. Unit: 0 RUI: L BOX 1 of 1 Size 4 (2,4,6) Description: CONTROL PANEL LED/WITCH ANNUNCIATOR 0 Controllers: 0

1 2 3 4 5 6 7 8 Display

Master Controller / LCD Display Row 1

Row 2

The valid types for this field can be brought up using cF2>. The <INS> key opens up a space in the layout at the current position. The rest of the layout is shifted down to the right to make room. The new opening is initialized to a type '0409' which may be changed by the user to any valid type- An insert is not necessary to add to the end of the layout. The

Use cursor pad keys to scroll through help text

Figure 7 Annunciator Confiiguration Menu, Layout Option, with

HELP Window Displayed

The annunciator display card choices are listed when the <F2> key is pressed (Figure 8).

0401 - 8 Red LED 0402 - 16 Red-Ye1 LED 0403 - 8 Momen SW/~ Red LED

Config 0404 - 8 Maint Sw/16 Red-Grn LED Ann. 0405*.- 8 Moinen SW16 Red-Ye1 LED Desc %&$:- Annunciator control module Cont 0412 - 1 Channel Audio Control Module

0413 - 2 Channel Audio Control Module 0415 - 3 Channel Speaker Select Module 0416 - Standard Audio Control Module 0417 - UT Annunciator Control Module 0409 - Blank Display Card 0205 - Phone Enclosure

ION MENU

4,6) 0

7 8 Display

Row 1

Cursor keys scroll, ENTER selects and ESC exits choice menu

Figure 8 Annunciator Configuration Menu, Layout Option, with

Card Choice Window Displayed

There are two levels of programming modes that can be used with 4100 Annunciators. These modes are intended to minimize the amount of SMPL that is written for annunciator switches and LEDs. The modes are referred to as High Level modes and Low Level modes.


Previous to Revision 3.01 of the 4100 Programming Unit software, High Level modes could only be used on the Equipment Order Form. With revision 3.01 and later, High Level modes are supported by the Programming Unit. High Level modes are basically a “short cut” method of programming typical annunciator applications. By applying a High Level mode to an annunciator point, you are actually giving functionality to both the switch and the associated LED(s). This speeds the process of identifying annunciator programming needs. However, if you select a High Level display card, all points on that display card must be programmed with High Level programming modes. You can not mix High Level modes with Low Level modes.

Low Level modes are the means by which the 4100 Programming Unit can define operations for individual switches and LEDs. These modes allow each switch or LED to be directly mapped to the state of a valid system point. The switch and LED can be programmed independently, but usually will be programmed in conjunction with each other.

Both High Level display cards and Low Level display cards are listed in the card choice window. The High Level cards are listed first, with each High Level card number preceded by a zero. The Low Level cards are listed after the High Level cards, with each Low Level card number preceded by an ‘I”. The exception is the 0401 card, which is also a Low Level card.

To layout a display card, highlight the location using the cursor arrow keys. Then, select the specific display card desired by pressing the <F2> key for a list of valid High Level and Low Level card numbers. When the highlight bar is on your selection, press the CENTER, key. Now, save your data and select the Program menu option.

PROGRAM OPTION

Selecting the Program menu option allows you to program the LEDs and switches on the annunciator (Figure 9).


Edit display cards to program points. Ann. Unit: 0 RUI: L Box 1 of 1 Size 4 (2,4,6) Description: CONTROL PANEL LED/SWITCH ANNUNCIATOR 0 Controllers: 0

ID

CTLR

1 2 3 4 5 6 7 8 Display

Master Controller / LCD Display Row 1

Row 2

Figure 9 Annunciator Configuration Menu, Program Option

The 4100 looks at the first 64 LEDs as points l-64, and the first 64 switches as points 65128. If an annunciator has more than 64 LEDs or switches, an additional LED/switch controller must be added.

Highlight the first card location and press the <ENTER> key. This allows you to access to the switches and LEDs on the display card listed for that location.


Since a High Level card (card 0408) was previously selected on the Layout Option screen for the first card location, the Programming Unit will automatically select .the High Level Display Card Data Entry screen. Pressing the cF2> key displays the mode choices for the first point on the card (Figure 10).

HICHz;IEL DISPLAY CARD DATA ENTRY

Ann. Unit D Controller Card 0 0408 - Annunciator control module

LED range 1 - 8 Switch range 65 - 72.

Point Mode Reference Address Reference Label ----

1 ~*~~',s,;r~~~y~, #r$~x~y;y;;c ,xx:p,;; :..<,*h::^

3' CD City Disconnect 4 EB Elevator Bypass 5 DB Door tiolder Bypass 6 CB Control Point Bypass 7 ME Manual. Evacuation 8 FT Control Toggle w/Feedback

CL Comn l.oss !Xatus/Acknowledge LT Lamp Test ,I Power on C Control (on/off) F Control w/Feedback LACK @g,&$ Local Acknowledge

~irrY?:.:..,*.h* Alarm Acknowledge


Figure 10 High Level Display Card Data Entry Screen with

Pointt Mode Choice Window Displayed

Use the arrow keys to scroll through the list. Press the <ENTER> key when your choice is highlighted. Then, press the <ENTER> key again. This action allows YOIJ to enter a valid reference address, if required. Enter the rest of the High Level Display Card Data Entry screen information, save the data, and return to the Layout Option screen.

Highlight the second card location and press th’e <F2> key. This time, select a Low Level card (L403) for the second slot from the card choices displayed in the card choice window (Figure 11).

AN

I I.

Configure diq Ann. Unit: Description: Controllers:

1

ID 0408

CTLR 0

0124 - Enhanced Charger Package 0102 - Battery Meters (amp/volt) 0103 - System Meters (amp/volt) L4p2 - 16 Red-Ye1 LED

?$&$# - 8 Momen SW/~ Red LED 'f%& - ei Maint Sw/16 Red-Grn LED L405 - 8 Momen Sw/16 Red-Ye1 LED L408 - Annunciator control module L412 - 1 Channel Audio Control Module L413 - 2 Channel Audio Control Module L415 - 3 Channel Speaker Select Module L416 - Standard Audio Control Module L417 - UT Annunciator Control Module

MENU

8 Display

---=-I

Row 1

Row 2

Figure 11 Annunciator Configuration Menu, Layout Option, with

Card Choice Window Displaying Low Level Cards

Now that a Low Level card has been selected for the second card location, SAVE your data, and select the Program option.


Highlight the second card location and press the <ENTER> key to access the switches and LEDs on that display card.

Since a Low Level card (card L403) was selected for the second card location, the Programming Unit will automatically select the Low Level Display Card Data Entry screen. The first switch mode entry is highlighted. Pressing the cF2> key displays the mode choices for the first switch point on the card (Figure 12).

LOW LEVEL DISPLAY CARD DATA ENTRY

Ann. Unit 0 Controller Card 0 L403 - a Momen swa Red LED

Point SW Mode Reference Address Point LED Mode Reference Address -- --

E 77 78 79 80

ONOFF HOAI HOA TOF PBT PgH DE TDE SPHONE LLACK AS

9 SMPL

SMPL-controlled switch Lamp Test switch On/Off switch Single Relay HOA switch Dual Relay HOA switch Toggle current state Push Button Track switch Push Button Hold switch Disable/Enable Toggle Disable/Enable Phone switch Low-level Alert ACK ACK/SILENCE switch


Figure 12 Low Level Display Card Data Entry Screen with

Switch Mode Choice Window Displayed

When the highlight bar is moved to the LED Mode side of the screen, pressing the <F2> key displays the mode choices for the first LED point on the card (Figure 13).

LOW LEVEL DISPLAY CARD DATA ENTRY II

Ann. Unit 0 Controller Card 0 L403 - 8 Momen SW/8 Red LED

Point SW Mode Reference Address Point LED Mode Reference Address -- --

9 @&.!~ XI /, 73 SMPL

74 SMPL 75 SMPL 76 SMPL 77 SMPL 78 SMPL 79 SMPL 80 SMPL

TROUBLE TALERT LL LA LT LS SUPERV ABALERT SHALERT LPHONE ON

Alarm State only w/ack Alert on Primary State Trouble state only w/ack Alert on Trouble State Local Alert w/ack Local Alarm w/ack Local Trouble w/ack Local Supervisory w/ack Supervisory LED w/ack Abnormal alert only (CL) Shorted alert only (NCL) Standard Phone LED Primary State ON (non-alert)


Figure 13 Low Level Display Card Data Entry Screen with

LED Mode Choice Window Displayed

When there is no desired operation for a switch or LED, apply the SMPL mode to that point. Any time a mode is not specified, the 4100 Programming Unit will default to the SMPL mode. This allows you to directly access the point via SMPL equations.


HOW TO CONFIGURE A REMOTE: ANNUNCIATOR

To configure a remote annunciator, select the Configuration menu option on the 4100 Programming Unit Main Menu and choose the SYSTEM CARDS submenu option. This option places you in the CARD CONFIGURATION EDITOR. From the Card Configuration Menu, press <A> to select the Add Card option. The Programming Unit displays the screen shown in Figure 14.

CARD CONFIGURATION EDITOR

L‘i,..lelay Annunciator audio

Interface Cards: RUI, 2120/RS232, MAPNET, Multi-Function I/O

Select category. <ENTER> to see types. <ES0 to exit.

Figure 14

Total cards: 7

Card Configuration Editor Screen After Selecting Add Card Option

Choose the Interface option and select the Remote Unit Interface (RUI) card. (See Figure 15.)


Interface Cards: RUI, 212WRS232, MAPNET, Multi-Function I/O

(0112) 2120/RS232 Interface. " "' (0110) MAPNET Interface

Select card type to add to system. <ESC> to exit.

Figure 15 Selecting the RUI Card

Total cards: 7

NOTE: The RUI card previously was known as the RAI (Remote Annunciator interface) card.


Now, select the quantity of cards to be added to the system (Figure 16).


Interface Cards: RUI, 2120/RS232, MAPNET, Multi-Function I/O

Figure 16 Total cards: 7

Selecting the Quantity of Cards to be Added

When the <Enter> key is pressed, the Programming Unit displays the screen shown in Figure 17.


Annunciator

Interface Cards: RUI, 212WRS232, MAPNET, Multi-Function I/O

select cara type to aaa to system. <ESC> to exit.

1 cards added to system. Total cards: 8

Figure 17 Card Configuration Editor with RUI Card Selected

Note the card status line at the bottom of the screen (Figure 17). It shows you that a card has been added to the system, and that the system card count has increased to two cards.


Now that you’ve added the RUI card, press thle cEsc> key. Select the Annunciator menu option to add remote annunciator cards, as shown in Figure 18.


I::::“’ LED/switch controllers, SCUs, RCUs, and Graphic drivers.

Select category. <ENTER> to see types. <ES0 to exit.

Figure 18 Total cards: 8

Selecting Ithe Annunciator Menu Option

NOTE: Beginning with 4100 System Software Version 4.02, AUX RELAY cards can be added in remote annunciators.

When you add a remote annunciator card, you are prompted to enter the quantity of cards added and the annunciator unit number that the card (or cards) will be associated with. The Programming Unit shows the next opening. You can also enter the annunciator unit number of your choice. (See Figure 19.)

CARD CONFlGURATlON EDITOR

LED/switch controllers, SCUs, RCUs, and Graphic drivers.

(0302) 24 Pt Graphic Interface (9102) 8 Point RCU (9101) 16 Point SCU (4603-9101) LCD Annunciator

Enter Annunciator unit number:~$ (Next opening is shown)

Enter number for Annunciator Unit, '*LB' for local.

Figure 19 Entering the Annunciator Unit Number

NOTE: Valid annunciator unit numbers are 1 IO 31.


When you press <Enter> key, the Programming Unit again displays the CARD CONFIGURATION EDITOR screen, but now the status line at the bottom of the screen has been updated to reflect the addition of a card to the system. (See Figure 20.)


LED/switch controllers, SC&, RCUs, and Graphic drivers.

iO302j 24 Pt Graphic Interface (9102) 8 Point RCU (9101) 16 Point SW (4603-9101) LCD Annunciator

Select card type to add to system. <ESC> to exit.

1 cards added to system.

Figure 20

Total cards: 9

Card Configuration Editor Screen After Addition of Card

You cannot mix multiple annunciator types in the same annunciator unit. The only exception to this rule is when the RCU and the SCU are used together. (See Figure 21.)


LED/switch controllers, SCUs, RCUs, and Graphic drivers.

(9102) 8 Point RCU (9101) 16 Point SCU (4603-9101) LCD Annunciator

Enter Annunciator unit number: ,$; (Next opening is shown)

Mixing Annunciators types is not permitted

Figure 21 Card Configuration Editor Showing Error Message

You can have multiple annunciator cards/types associated with the same RUI as long as they have different annunciator unit numbers.


When you return to the Card Configuration xreen, the annunciator unit number is displayed (along with its associated RUI number) beside the annunciator cards. (See Figure 22.)

CARD CONFIGURATION EDITOR Card No. Cerd Type Range Type Unit # RUI #

1 (0112) 2120/RS232 Interface 2 (6005) Power Supply/Charger 3 (5012) 8 Zn Class A Monitor (IDC) w/Sup ZNI-8 4 (4032) 6 Ckt Class A Signal (IAC) w/Sup SIG3-8 5 (3001) 4 Pt, 2 Amp Relay w/ Feedback AUX3-6 6 (0110) MAPNET Interface Ml-l - 127 7 (0303/0304) Remote Unit I$er-jace (RI+!), **** RUI , ****

.;gg$$&$QgQ&j< $;,"$g, &#&&&~~, ';i;J;&,: ,~:~~~~~;~~~~~~~.:':~:~~~~~~~~, "::"‘:;;&, &g!,, 3,; wx;, $$ 5.x.:::.,: ,,c., _,: ,,,,,, %,. (1 "' ,., ,*,>,:,, ...Gj, .A., 1 .~ 7, I^, .j *d :i\ i?^ . :.,* ,: II ,.<,I :: ,,,,,,

Select card with arrow k.eys. <E>dit, <A>dd, <D>elete or <M>ove. <ES0 to exit

Figure 22 Card Configuration Editor Screen Showing Remote Card

12


PROGRAMMING A 4100 MINIPLEX TRANSPONDER (REMOTE UNIT)

Version 5 of the 4100 system software allows you to remotely locate standard 4100 daughter cards that were previously restricted to the main panel. All cards are allowed with the exception of the RUI, the Audio Controller, and the Master Phone cards.

To remotely locate a standard 4100 daughter card, go to the Card Configuration Editor menu, and choose the <A>dd card option. Select the Interface menu choice, and then, select an RUI card. After adding the RUI card, press the <Esc> key.

Next, select the specific card category and choose the specific daughter card that you want to add. When you add a remote card, you are prompted to enter the card’s Remote Unit Number, as shown in Figure 23.


8 pt class A/B Monitor cards - Initiating Device Circuits(IDC).

(5001) 8 Zn Class B Monitor (IDC)

(5014) 8 Zn Class A Monitor/Security (5004) 8 Zn Class B Monitor/Security

How many ? 1 I

Enter Unit number: 1 Enter Remote Unit Interface number: *'I .:,di:$(First RUI is shown)

Figure 23 Remote Unit Interface Number Prompt


The Programming Unit shows the next opening. If this is acceptable, press the <Enter> key to select this opening. If you choose, you may enter a different remote unit number. (Valid remote unit numbers are 1 to 31.) When you return to the Card Configuration Editor screen, the remote unit number will be displayed along with its associated RUI number. (See Figure 24.)


0 (7003) 4100+ Master ControlLer 1 (0112) 2120/RS232 Interface 2 (6005) Power Supply/Charger 3 (5012) 8 Zn Class A Monitor (IDC) w/Sup i!Nl-8 4 (4032) 6 Ckt CLass A Signal (IAC) w/Sup ~1~3-8 5 (3001) 4 Pt, 2 Amp E!elay w/ Feedback AUx3-6 6 (0110) MAPNET Interface Ml-l - 127 7 (03@/0304) Remote lJnif,lnterface (RUI) ,, **** R"I , **** ., .: ,... I,tyi,A.:'\.:. : '11,)' , pp.,.r,y$+: <r., ,-;;,:

:~~~~~~~~~~~~s~~~~~~~~~~~::~~~~~~~,~~~~;~:~~~~~~;~:~~~~~~~~~~~~~~~~,~.~~ ?j.<g#yf+&j g$gg&@;& .,., ,,, ,., ,,,_ .~ .:....... ?>\ .+'"- ,. .^ ,,.) :.;.r'.:.?..i;v: .I ~ :I .,.,.,: ., .:r....:.:,l . . . 111 *x..,* .:.r:,,l;:.:,:~..i..;.: : ,1 ,.,., :I-,;,...:,,:z ,, ,r i. d- .*.. ,,x,

Select card with arrow keys. XE>dit, <A>dd, <D>elete or <Wove. <ES0 to exit

Figure 24 Remotely Located Standard 4100 Daughter Card

To edit a remote card, you must first select it from the Card Configuration Editor. When you press the <E>dit key, the Programming Unit displays the screen shown in Figure 25.

REMOTE IJNIT CONFIGURATION MENU

I Unit Info

Access data entry screen for slaves. I/O Unit: 1 RUI: 'I Description: REMOTE I/I) UNIT 1

Figure 25 Remote Unit Configuration Menu


Now, select the desired card from the Remote Unit Configuration Screen and press the <Enter> key. Since the Monitor Card has been selected for this example, when the *Enter> key is pressed, the Programming Unit displays the screen shown in Figure 26.

MONITOR CARD DATA ENTRY

Card No: 8 (5011) 8 i!n Class A Monitor (IDC)

Point

ZN9 ZNIO ZNII ZNl2 ZN13 ZN14 ZNl5 ZNl6

Type

ALARM ALARM ALARM ALARM ALARM ALARM

Custom Label PNIS Code I

MONITOR CARD 8 ZONE NUMBER 9 MONITOR CARD 8 ZONE NUMBER 10 MONITOR CARD 8 ZONE NUMBER 11 MONITOR CARD 8 ZONE NUMBER 12 MONITOR CARD 8 ZONE NUMBER 13 MONITOR CARD 8 ZONE NUMBER 14 MONITOR CARD 8 ZONE NUMBER 15 MONITOR CARD 8 ZONE NUMBER 16

IF11 Data help LF41 Autofill IF101 to exit <ES0 to quit

Press IF21 for a list of allowable types

Figure 26 Monitor Card Data Entry Screen

From this point, data entry is the same as it was prior to Version 5 of the Programming Unit.

Remember, you can mix annunciator cards and daughter cards in the same remote unit. (See Figure 27.)


0 (7003) 4100+ Master Controller 1 (0112) 2120/RS232 Interface 2 (6005) Power Supply/Charger 3 (5012) 8 Zn CIass A Monitor (ID0 w/Sup ZNI-8 4 (4032) 6 Ckt Class A Signal (IAC) w/Sup SIG3-8 5 (3001) 4 Pt. 2 Amp Relay w/ Feedback AUX3-6 6 (0110) MAPNET Interface Ml-l - 127

10 (0302) 24 Pt Graphic Interface 101-24 Ann Unit 1 RUI 1

Select card with arrow keys. <E>dit, <Asdd, <D>elete or <M>ove. *ES0 to exit

Figure 27 Card Configuration Editor Screen Showing

Annunciator Card and Daughter Cards Installed in the Same RUI

Remote Annunciator/Unit System Capacities

The following Remote Annunciator/Unit System capacities are defined at this time:

l Maximum of 32 Annunciator Units/Miniplex Transponders

l Maximum of 4 Remote Unit Interfaces per 4100

l Maximum of 32 Remote Cards per Remote Unit Interface.


ANNUNCIATOR SWITCH MODES

DEFINITION

When a switch is not used or is spare, use the SMPL mode without a reference address. If a switch is programmed with this mode, the only functions that occur are a result of user-generated SMPL or Custom Control. SMPL programming and a switch mode can co-exist for the same switch, and both operations will occur.

SWITCH MODES FOR OPERATOR INTERFACE PANEL KEYS, LCD ANNUNCIATOR, AND RCUs

TOF Reference Address: Signal, .AUX Relay, MAPNET@ Output, Graphic Output, Digital Pseudo, List Pseudos, Analog Sensor with Piezo/Relay base

This is the “TOGGLE ON / TOGGLE OFF” mode. The first key press will turn the reference address ON. The next key press will turn it OFF.

PBT Reference Address: Signal, AUX Relay, MAPNE? Output, Graphic Output, Digital Pseudo, List Pseudos, Analog Sensor with Piezo/Relay base

The “PUSH BUTTON TRACK” mode will turn ON the reference address. It will remain ON as long as the key is pressed. When the key is released, the reference address will turn OFF.

PBH Reference Address: Signal, AUX Relay, MAPNET@ Output, Graphic Output, Digital Pseudo, List Pseudos, Analog Sensor with Piezo/Relay base.

The “PUSH BUTTON HOLD” mode will turn ON the reference address and hold it ON. Another key press of the same key will have no effect on the point. Additional programming must be done to turn the reference address OFF.

OFF Reference Address: Signal, AUX Relay, MAPNET@ Output, Graphic Output, Digital Pseudo, List Pseudos, Analog Sensor with Piez.o/Relay base

The “OFF” mode will turn OFF the reference address.

TDE Reference Address: Monitor, Signal, AUX Relay, MAPNET@ Input/Output, Graphic Input/Output, List Pseudos, Analog Sensors

When a switch is programmed with the “TOGGLE DISABLE/ENABLE” mode, the first key press will disable the referenced point. This will cause a trouble condition to exist in the system. When the key is pressed again, the point which was disabled will be enabled and the trouble condition will automatically clear.


SWITCH MODES FOR THREE-POSITION MOMENTARY SWITCHES

LT Reference Address: Not needed

The “LAMP TEST” mode is for use with Remote Annunciators only. When a switch programmed with this mode is pushed up or down, all LEDs on that annunciator will illuminate.

ONOFF Reference Address: Signal, AUX Relay, MAPNET@ Output, Graphic Output, Digital Pseudo, List Pseudo, Analog Sensor with Piezo/Relay base

When a switch is programmed with the “ONOFF” mode is in the up position, it will turn the reference address ON at its current priority. When in the down position, it will turn the reference address OFF at its current priority. When in the center position, the state of the reference address will remain in the last controlled state. This mode can also be used on three-position maintained toggle switches.

DE Reference Address: Monitor, Signal, AUX Relay, MAPNET@ Input/Output, Graphic Input/Output, List Pseudo, Analog Sensor

When a switch is programmed with the “DISABLE/ENABLE” mode, and is in the up position, it will disable the reference address. If reference address is a monitor type point, this mode will actually cause a hardware disconnect by removing the positive voltage from the field terminals. This will cause a trouble condition to exist in the system for that reference address. When the switch is in the down position, the point which was disabled will be enabled and the trouble condition will automatically clear. When the switch is in the center position, the point will remain in its last controlled state.

Sl Reference Address: Signal, MAPNET@ Outputs, List Pseudo (speakers only)

When a switch is programmed with the “Sl SPEAKER SWITCH” mode, and is in the up position, it will turn ON the reference address (speaker circuit) to channel 1. In the down position, the switch turns the reference address OFF.

s2 Reference Address: Signal, MAPNET@ Output, List Pseudo (speakers only)

When a switch is programmed with the “S2 SPEAKER SWITCH” mode and is in the up position it will turn the reference address (speaker circuit) ON to channel 2. In the down position, the switch turns the speaker circuit OFF and returns it to channel 1. This is meant for Dual Channel Audio Systems.


When a switch is programmed with the “S3 SPEAKER SWITCH” mode and is in the up position it will turn the reference address (speaker circuit) ON to Channel 3. In the down position, the switch turns the reference address OFF and returns it to Channel 1.


When a switch is programmed with the “S4 SPEAKER SWITCH” mode and is in the up position, it will turn the reference address (speaker circuit) ON to channel 4. Pressing it down turns OFF the reference address and returns it to channel 1.

SPHONE Reference Address: Signal, MAPNET@ Output, Digital Pseudo, List Pseudo (phones only)

When a switch is programmed with the “PHONE SWITCH” mode and is in the up position, it will turn the reference address (phone circuit) ON. In the down position, the switch turns it OFF.

PSIL Reference Address: Not Needed

The PHONE PIEZO SILENCE SWITCH activation silences the Piezo during phone operations only.


s21 Reference Address: Signal, MAPNET@ Output, List Pseudo (speakers)

When a switch is programmed with tlie I‘S21 EVACALERT SWITCH” mode and the switch is in the up position, it will turn the speaker circuit(s) ON to the EVAC channel, at priority 7, and play the evacuation message. When the switch is in the down position, it will turn the spe,aker circuit(s) ON to the alert channel, at priority 8, and play the alert message. It will also restart the evacuation message on channel 1, if it is not already playing (Canadian Audio).

S2H Reference Address: Signal, MAPNET@ Output, List Pseudo (speakers only)

When a switch is programmed with the “S2H SPEAKER SWITCH” mode and the switch is pressed up, it will turn the reference address (speaker circuit) ON to channel 1. Pressing the switch down switches the reference address to channel 2. The center position of the switch turns the reference address OFF and routes it to channel 1.

SPAGE Reference Address: Signal, MAPNET@ Output

When a switch is programmed with the “SPACE SWITCH” mode and is in the up position, it will get the speaker circuit ready to switch to the talk channel. The speaker will not actually switch to the talk channel until the microphone is keyed. Placing the switch in the down position (or unkeying the mike), during non-alarm situations, will turn the speaker OFF at priority 9. In an alarm situation, the speaker will switch to the state required by the current alarm status (Canadian Audio).


I . I SWITCH MODES FOR THREE-POSITION MAINTAINED SWITCHES

HOAl Reference Address: Signal, AUX Relay, MAPNET@ Output, Graphic Output, Digital Pseudo, List Pseudo, Analog Sensor with Piezo/Relay base

The “HAND-OFF-AUTO” mode is used for single relay control. When the programmed switch is in the up position, the reference address is turned ON and causes a manual override trouble. When in the down position, the reference address is turned OFF, and a manual override trouble will exist in the system. The relay can not be controlled by any automatic programming when the switch is in the up or down position. If the switch is returned to the center position, the relay will be returned to automatic program control.

I HOA Reference Address: Signal, AUX Relay, MAPNET@ Output, Graphic Output, Digital Pseudo

This “HAND-OFF-AUTO” mode is for dual relay control and uses two consecutively addressed system points. The reference address is entered via the Programming Unit and will automatically take the next consecutive system point. When the programmed switch is in the up position, the first reference address will turn ON, the next point will turn OFF and a manual override trouble will occur. When in the down position, the second point will turn ON, the previous point will turn OFF, and a manual override trouble will exist in the system. In the center position, both points will be turned OFF, and no manual override trouble will exist. The point(s) can not be controlled by any automatic programming when the switch is in the up or down position.

! When used in conjunction with digital pseudo points (i.e., audio switch programming), a manual override trouble will not occur.

S2T Reference Address: Signal, MAPNET@ Output, List Pseudo (speakers only)

When a switch is programmed with the “SZT SPEAKER SWITCH” mode, a switch pressed up turns the reference address (speaker circuit) ON to channel 1. Pressing the switch down switches the reference address to channel 2. The center position of the switch turns the reference address OFF and routes it to channel 1.


SPECIAL SWITCH MODES FOR ANNUNCIATOR SWITCH TYPES

AS (ALARM SILENCE/ALARM ACKNOWLEDGE) Reference Address: Not Needed

This mode is for Alarm Silence and Local Alarm Acknowledge. The activation of the switch will silence the alarm signals and will locally acknowledge any of the following programmed LED modes: ALARM, PALERT, ABALERT and SHALERT. There is one exception. ALARM mode LEDs can be acknowledged either by the “AS” switch or by the 4100 operator interface panel alarm acknowledge key. Either of these methods will acknowledge the annunciator and the 4100 operator interface panel alarm signals.

LLACK (LOCAL ALERT ACKNOWLEDGE) Reference Address: Not Needed

A switch programmed with this mode will only acknowledge points on its own annunciator and will not acknowledge points on the 4100 operator interface panel. This switch mode is used to acknowledge the following LED modes: PALERT, SALERT, TALERT, ABALERT and SHALERT.

LAACK (LOCAL ALARM ACKNOWLEDGE) Reference Address: Not Needed

This mode is used for local acknowledge of alalrm conditions. The activation of this switch will locally acknowledge the following LED modes: ALARM, PALERT, ABALERT and SHALERT. The exception is that the ALARM mode LEDs will be acknowledged at both the annunciator and the 4100 control panel. All other modes will only be acknowledged at the annunciator.

LSACK (LOCAL SUPERVISORY ACKNOWLEDGE) Reference Address: Not Needed

This mode is used for the local acknowledge of the following LED modes: SUPERV and SALERT. If the SUPERV mode is used, it will be acknowledged at the annunciator and the 4100 operator interface panel.

LTACK (LOCAL TROUBLE ACKNOWLEDGE) Reference Address: Not Needed

This mode is used for the local acknowledge of the following LED modes: TROUBLE, TALERT, and HOA2T. The TROUBLE will be acknowledged at the annunciator and at the 4100 operator interface panel.

LOACK (LOCAL OVERRIDE ACKNOWLEDGE) Reference Address: Not Needed

This mode is used for the local acknowledge of the HOA2T LED mode. The OVERRIDE TROUBLE will be acknowledged at the annunciator and at the panel.

LSR (REMOTE SYSTEM RESET) Reference Address: Not Needed

This switch, when programmed, will perform a system reset. It will perform the same function as the system reset key on the 4100 control panel.

LSS (REMOTE ALARM SILENCE) Reference Address: Not Needed

When programmed, this switch will perform an alarm (signal) silence. It will perform the same function as the Alarm Silence key on the 4100 control panel.


LED MODES

DEFINITIONS

PHYSICAL STATE - Any circuit with an EOL Resistor used for supervision purposes.

4100 System Points Monitor Zones

MAPNET II@ input/Output* Notification Appliance [Signal] Circuits

Graphic Input Points

Lists of Monitor Zones

Lists of Notification Appliance Circuits

Lists of Graphic Input Points.

Physical State LED Modes NORM

OPEN ABNORM

ABALERT

SHORT

SHALERT

SYSTEM STATE - Any circuit that causes a status change indicator (alarm, supervisory service, trouble LEDs) to activate on the Operator Interface Panel.

4100 System Points System State LED Modes Monitor Zones ALARM

Notification Appliance Circuits SUPERV

Aux Relay Circuits SALERT

Mapnet Monitor and Control TROUBLE

TrueAlarm Sensors TALERT

Digital Pseudo Points HOA2T (Manual Override)

Graphic Output DISABLE

PRIMARY STATE - All hardware circuits except those with point types that cause a supervisory service condition when the device on the circuit activates, including point lists that contain points meeting this criteria. Both digital and analog pseudo points qualify as well.

The primary state of a point is determined by meeting one of the qualifications from the following list.

l The ALARM state of a monitor point (including MAPNET II@ and Analog Sensor) l The ALARM state of a digital pseudo point or point list pseudo l The ON state of a utility (non-alarm) monitor point l The ON state of a digital, analog, or point list pseudo l The ON state of an output type point (Signal, AUX Relay, MAPNET II@, Graphic).

4100 System Points Monitor Zone

Notification Appliance Circuits

Mapnet Monitor & Control

Aux Relay Circuit Feedback

Graphic Input & Output

Digital Pseudo

Analog Pseudo List Pseudo

Primary State LED Mode PALERT

ON CON

OFF

COFF

There are other special purpose LED modes that are available but do not belong in these categories above.

* MAPNET II@ devices other than TrueAlarm sensors have the possibility of open or current limited states. Short circuit states are software masked to a current limited state for annunciator programming purposes.


When an LED is not used or is spare, use the SMPL mode without a reference address. If an LED is programmed with this mode, the only functions that ~occur are a result of user-generated SMPL or Custom Control. SMPL programming and an LED mode cannot exist for the same LED position.

ALERT LED MODES

The Alert LED is interpreted in the following manner.

l SLOW FLASH - the status change needs to be acknowledged l ON STEADY - the status change i6 acknowledged l FAST FLASH - the point has cleared and needs to be acknowledged l OFF - the point has returned to normal or cleared.

The following Alert LED Modes cause the LED to flash and the Piezo to sound until acknowledged.

ALARM Reference Address: Monitor, MAF’NET II@ Input, Digital Pseudo, List Pseudo, Analog Sensors

Switch Mode needed to acknowledge: LAACK:, AS or the ALARM ACK KEY

Alarm LEDs light on the alarm state of the reference address. In other words, if the reference address, when activated, directlv causes the alarm LED to turn ON, the reference address is in a valid alarm state. LEDs with this mode can be acknowledged at the annunciator or the 4100 operator interface panel. An acknowledge from either location will acknowledge both locations.

PALERT Reference Address: Monitor, Signal, AUX Relay, MAPNET II@ Input/Output, Graphic Input/Output, Digital Pseudo, Analog Pseudo, List Pseudo, Feedback, Analog Sensors

Switch Mode needed to acknowledge: LAACK, AS, LLACK

PALERT LEDs light on the primary state of the reference address.

LEDs with this mode can only be acknowledged at the annunciator.

ABALERT Reference Address: Monitor, Signal, MAPNET II@ Input/Output, Graphic Input/Output, List Pseudo


ABALERT LEDs light on the current limited state of the reference address. LEDs with this mode can only be acknowledged at the annunciator.

SHALERT Reference Address: Monitor, Signal, Graphic Input/Output, List Pseudo


SHALERT LEDs light on the short cir’cuit state of the reference address. LEDs with this mode can only be acknowledged at the annunciator.

SUPERV Reference Address: Monitor, MAPNET II@ Input, Digital Pseudo, List Pseudo

Switch Mode needed to acknowledge: L!SACK or the SUPERVISORY ACK KEY

Supervisory LEDs light ON the supervisory state of the reference address. In other words, if the reference address, when activated, directly causes the supervisory service LED to turn ON, the reference address is in a valid supervisory state. LEDs with this mode can be acknowledged at the annunciator and the 4100 operator interface panel. An acknowledge from either location will acknowledge both locations.

SALERT Reference Address: Monitor, MAPNET II@ Input, Digital Pseudo, List Pseudo

Switch Mode needed to acknowledge: LSACK, LLACK


SALERT LEDs light on the supervisory state of the reference address. LEDs with this mode can only be acknowledged at the annunciator.

TROUBLE Reference Address: Monitor, Signal, MAPNET II@ Input/Output, AUX Relay, Graphic Input/Output, Digital Pseudo, List Pseudo, Analog Sensors

Switch Mode needed to acknowledge: LTACK or the TROUBLE ACK KEY

TROUBLE LEDs light on the trouble state of the reference address. LEDs with this mode can be acknowledged at the annunciator or the 4100 operator interface panel. An acknowledge from either location will acknowledge both locations.

TALERT Reference Address: Monitor, Signal, AUX Relay, MAPNET II@ Input/Output, Graphic Input/Output, Digital Pseudo, List Pseudo, Analog Sensor

Switch Mode needed to acknowledge: LTACK, LLACK

TALERT LEDs light on the trouble state of the reference address. LEDs with this mode can only be acknowledged at the annunciator.

HOA2T Reference Address: Signal, AUX Relay, MAPNET II@ Output, Graphic Output

Switch Mode needed to acknowledge: LOACK, LTACK or the TROUBLE ACK KEY ,

An HOA2T LED lights whenever its reference address or the next consecutive reference address is in the manual override trouble condition. LEDs with this mode can be acknowledged from either the annunciator or the 4100 control panel. Either location will acknowledge the trouble condition at both the annunciator and the 4100 operator interface panel.

LPHONE Reference Address: Signal, MAPNET II’ Output, Digital Pseudo, List Pseudo (phone circuits only)

Switch Mode needed to acknowledge: PSIL

The phone LED mode causes the LED to slow flash which indicates that a phone is plugged in and the phone circuit is OFF. If the LED is ON, it indicates the phone circuit is ON with phone plugged in. When the LED is OFF, it indicates that the phone is not plugged in and the phone circuit is OFF.


SPECIAL LED MODES

The following Special LED modes are usually used along with the Special Switch modes.

LA (LOCAL ALARM CONDITION)

Typical Use: LED corresponds to LAACK Switch

LED Interpretation:

Reference Address: Not needed

l SLOW FLASH - Indicates an unacknowledged alarm point present in this annunciator. l ON STEADY - Indicates an acknowledged alarm point present in this annunciator. l OFF - Indicates no alarms present in this annunciator.

LS (LOCAL SUPERVISORY CONDITION)

Typical Use: LED corresponding to LSACK: Switch

LED Interpretation:


l SLOW FLASH - Indicates an unacknowledged supervisory service point on the annunciator. l ON STEADY - Indicates an acknowledged supervisory service point on the annunciator. l OFF - Indicates no supervisory service conditions are present in this annunciator.

LT (REMOTE TROUBLE INDICATION)

Typical Use: LED corresponds to LTACK Switch

LED Interpretation:


l SLOW FLASH - Indicates an unacknowledged trouble point present in the svstem. l ON STEADY - Indicates an acknowledged trouble point present in the svstem. l OFF - Indicates no trouble conditions present in the system.

LO (LOCAL MANUAL OVERRIDE TROUBLE INDICATION)

Typical Use: LED corresponds to LOACK Switch

LED Interpretation:


l SLOW FLASH - An unacknowledged Manual Override trouble condition on the annunciator. l ON STEADY - An acknowledged Manual Override trouble condition on the annunciator. l OFF - No Manual Override trouble conditions are present on the annunciator.

LL (LOCAL ALERT/STATUS CHANGE)

Typical Use: LED corresponding to LLACK Switch

LED Interpretation:


l SLOW FLASH - An unacknowledged alert type point present in the annunciator. (See note.) 0 ON STEADY - An acknowledged alert type point present in the annunciator. l FAST FLASH - A restored, unacknowledged alert type point present in the annunciator. l OFF - An alert type point not present in this annunciator.

NOTE: For the purpose of the definition of LL LED mode, an alert type point means one of the following: PALERT, SALERT, TALERT, ABALERT, and SHALERT

24


.

NON-ALERT LED MODES

The following non-alert LED modes cause an LED to come ON steady as the result of the appropriate status change of the referenced point. When the condition of the reference point returns to normal, the LED will extinguish without any operator intervention. These LED modes do not need to be acknowledged.

NORMAL Reference Address: Monitor, Signal, MAPNET II@ Input/Output, Graphic Input/Output, List Pseudo

This mode is used to indicate that the reference address is in its normal state. In other words, normal supervisory current is present.

OPEN Reference Address: Monitor, Signal, MAPNET II@ Input/Output, Graphic Input/Output, List Pseudo

This mode is used to track the open circuit state of the reference address.

ABNORM Reference Address: Monitor, Signal, MAPNET II@ Input (see Note), MAPNET II@Output, Graphic Input/ Output, List Pseudo

This mode is used to track the current limited state of the reference address.

NOTE: Addressable monitoring devices (except analog sensors) are in the current limited state when in alarm.

SHORT Reference Address: Monitor, Signal, Graphic Input/Output, List Pseudo

This mode is used to track the short circuit state of the reference address.

ON Reference Address: Monitor, Signal, AUX Relay, Feedback, MAPNET II@ Input/Output, Graphic Input/ Output, Digital Pseudo, Analog Pseudo, List Pseudo, Analog Sensor, RCU Switch

This mode is used to track the primary state of the reference address. (See the definition of PALERT for an explanation of primary state.)

OFF Reference Address: Monitor, Signal, AUX Relay, Feedback, MAPNET II’ Input/Output, Graphic Input/ Output, Digital, Analog, and List Pseudo, Analog Sensor, RCU Switch

This mode is used to track the OFF condition of a reference address that has a primary state. (See the definition of PALERT for an explanation of primary state.)

CON Reference Address: Signal, AUX Relay, MAPNET II@ Output, Analog Sensor with Piezo/Relay, List Pseudo

This mode is used to indicate that the referenced point is on or coding. Added mainly for Analog Sensors with Piezo/Relay base.

COFF Reference Address: Signal, AUX Relay, MAPNET II@ Output, Analog Sensor with Piezo/Relay, List Pseudo

This mode is used to track the OFF condition of a reference address that has a primary state. (See the definition of PALERT for an explanation of primary state,)

ALL Reference Address: List Pseudo only

This mode is used to track that all points in the referenced point list are in the primary (ON) state. (See the definition of PALERT for an explanation of primary state.)


DISABLE Reference Address: Monitor, Signal, AUX Relay, MAPNET II@ Input/Output, Graphic Input/Output, List Pseudo, Analog Sensor

This mode is used to track the disabled state of the reference address.

TRISTAT Reference Address: Monitor, Signal, Graphic Input/Output, List Pseudo

This mode is used to light the LED when the reference address goes into the current limited state and remains ON until the reference address is shorted.

LED Reference Address: Must be a valid LED point address

This mode is used to track the condition of another LED in the system, including the LEDs on the Master Controller.

LPAGE Reference Address: Signal, MAPNET II@ Output, List Pseudo

This mode is used to track the “ready to talk” status of the referenced address (speaker circuit). (Canadian Audio)

LPAGALL Reference Address: List Pseudo (Speakers)

This mode is used to track that all speakers in referenced list are in the “ready to talk” mode. (Canadian Audio)

Ll Reference Address: Signal, MAPNET II@ Output, List Pseudo

SINGLE CHANNEL SPEAKER LED mode indicates that the reference address is ON and switched to channel 1.

L2 Reference Address: Signal, MAPNET II@ Output, List Pseudo

DUAL CHANNEL SPEAKER LED mode indicates that the reference address is ON and switched to channel 2.


TRIPLE CHANNEL SPEAKER LED mode indicates that the reference address is ON and switched to channel 3.


QUAD CHANNEL SPEAKER LED mode indicates that the reference address is ON and switched to channel 4. (Reserved for future use.)

Ll ALL Reference Address: Multi-Channel Signal, List Pseudo.

SINGLE CHANNEL SPEAKER ANNUNC,lATION LED mode is used to indicate that ALL points are ON and routed to Channel 1.

L2ALL Reference Address: Multi-Channel Signal, List Pseudo.

DUAL CHANNEL SPEAKER ANNUNCIATION LED mode is used to indicate that ALL points are ON and routed to Channel 2.


TRIPLE CHANNEL SPEAKER ANNUNCIATION LED mode is used to indicate that ALL points are ON and routed to Channel 3.


QUAD CHANNEL SPEAKER ANNUNCIATION LED mode is used to indicate that ALL points are ON and routed to Channel 4. (Reserved for future use.)


I . HIGH LEVEL MODES WITH LOW LEVEL CONVERSION

Interpretation of High Level Mode Charts

The high level programming modes are categorized by application and are listed in bold type along the right-hand margin. Some high level modes require the use of a reference address and are noted when applicable.

If a high level programming cannot be used the low level conversion is listed below it (i.e., you cannot mix high level and low level programming modes on the same display card). This information can be directly applied to low level programmed display cards as required.

OPERATOR INTERFACE PANEL CONTROL KEY FUNCTIONS

The following functions are typically programmed to the Operator Interface Panel Control Keys. Since the Operator Interface Panel Control keys do not support High Level modes, Low Level modes must be used.

Although these functions are typically programmed at the Operator Interface Panel, they may be applied at a remote LED/switch annunciator or RCU if the conditions warrant. If programmed to an LED/switch annunciator, the appropriate programming mode must be applied according to the type of switch being used.

NOTE: RCUs, Operator Interface Panel Control Keys, and LCD Annunciator Keys do not support High Level modes.

FUNCTION: CITY DISCONNECT

Low Level switch mode: TOF; Reference Address: P34 Low Level LED mode: TROUBLE; Reference Address: P34

HIGH LEVEL MODE: CD

FUNCTION: MANUAL EVACUATION

Low Level switch mode: PBT; Reference Address: P35 Low Level LED mode: ON; Reference Address: P48

HIGH LEVEL MODE: ME

FUNCTION: ELEVATOR BYPASS


HIGH LEVEL MODE: EB

FUNCTION: DOOR HOLDER BYPASS


HIGH LEVEL MODE: DB

FUNCTION: CONTROL POINT BYPASS


27

HIGH LEVEL MODE: CB


OPERATOR INTERFACE PANEL FUNCTIONS

The following programming modes allow functions that are similar to those found on the Operator Interface Panel. These High Level modes do not require a reference address.

FUNCTION: ALARM SILENCE

Low Level switch mode: LSS; Reference Address: N/A Low Level LED mode: ON; Reference Address: P47

HIGH LEVEL MODE: SS

FUNCTION: SYSTEM RESET

Low Level switch mode: LSR; Reference Address: N/A Low Level LED mode: ON; Reference Address: Al 4

HIGH LEVEL MODE: SR

FUNCTION: LOCAL ALERT ACKNOWLEDGE

Low Level switch mode: LLACK; Reference Address: N/A Low Level LED mode: LA: Reference Address: N/A

HIGH LEVEL MODE: LACK

FUNCTION: LOCAL ALARM ACKNOWLEDGE

Low Level switch mode: LAACK; Reference Address: N/A Low Level LED mode: LA; Reference Address: N/A

FUNCTION: LOCAL SUPV ACKNOWLEDGE

Low Level switch mode: LSACK; Reference Address: N/A Low Level LED mode: LS; Reference Address: N/A

FUNCTION: LOCAL TROUBLE ACKNOWLEDGE

Low Level switch mode: LTACK; Reference Address: N/A Low Level LED mode: LT; Reference Address: N/A

FUNCTION: LOCAL MANUAL OVERRIDE ACK

Low Level switch mode: LOACK; Reference Address: N/A Low Level LED mode: LO; Reference Address: N/A

HIGH LEVEL MODE: AACK

HIGH LEVEL MODE: SACK

HIGH LEVEL MODE: TACK

HIGH LEVEL MODE: OACK


POINT ANNUNCIATION FUNCTIONS

The following functions are used to annunciate status of system points. Where noted, the High Level mode requires a valid reference address.

FUNCTION: ALARM/TROUBLE WITH ALERT Reference Address - Zones only

HIGH LEVEL MODE: AT

Low Level LED #l mode: ALARM; Reference Address: ZNx Low Level LED #2 mode: TROUBLE; Reference Address: ZNx

FUNCTION: ON/OFF STATUS INDICATION Reference Address - ZN, SIG, AUX, FB, I/O, Pseudos

Low Level LED #l mode: ON; Reference Address: REFx Low Level LED #2 mode: OFF; Reference Address: REFx

FUNCTION: ALARM/TROUBLE/DISABLE WITH STATUS Reference Address - Zones (See Note)

Low Level switch mode: DE; Reference Address: ZNx Low Level LED #I mode: ALARM; Reference Address: ZNx Low Level LED #2 mode: TROUBLE; Reference Address: ZNx

HIGH LEVEL MODE: 00

HIGH LEVEL MODE: ATD

NOTE: The associated switch will cause a zone disconnect/disable function.


MANUAL SYSTEM POINT CONTROL FUNCTIONS

The following functions allow for manual control of system points at their current priority levels. These High Level modes requires a valid reference address.

FUNCTION: CONTROL POINT TOGGLE: Reference Address - SIG, AUX, Graphic Output, Digital Pseudo

Low Level switch mode: TOF; Reference Address: REFx Low Level LED mode: ON; Reference Address: REFx

HIGH LEVEL MODE: CT

FUNCTION: CONTROL WITH POSITIVE! FEEiDBACK Reference Address - AUX, Graphic Output

Low Level switch mode: TOF; Reference Address: AUXx Low Level LED mode: ON; Reference Address: FBx

or Low Level switch mode: TOF; Reference Address: I/Ox Low Level LED mode: ON; Reference Address: I/Ox+1

FUNCTION: ON/OFF CONTROL WITH TROlJBLE Reference Address - SIG, AUX, Graphic Output

Low Level switch mode: ONOFF; Reference Address: REFx Low Level LED mode: TROUBLE; Reference Address: REFx

FUNCTION: CONTROL POINT ON/OFF WITH STATUS Reference Address - SIG, AUX, Graphic Output, Digital Pseudo

Low Level switch mode: ONOFF; Reference Address: REFx Low Level LED #I mode: ON; Reference Address: REFx Low Level LED #2 mode: OFF; Reference Address: REFx

FUNCTION: CONTROL WITH POSITIVE FEEDBACK Reference Address - AUX, Graphic Output

Low Level switch mode: ONOFF; Reference Address: AUXx Low Level LED mode: ON; Reference Address: FBx

or Low Level switch mode: ONOFF; Reference Address: I/Ox Low Level LED mode: ON; Reference Address: I/Ox+1

FUNCTION: CONTROL WITH ON/TRBL STATUS Reference Address - SIG, AUX, Graphic Output

Low Level switch mode: ONOFF; Refererlce Address: REFx Low Level LED #l mode: ON; Reference Address: REFx Low Level LED #2 mode: TROUBLE; Ref’erence Address: REFx

HIGH LEVEL MODE: FT

HIGH LEVEL MODE: OT

HIGH LEVEL MODE: C

HIGH LEVEL MODE: F

HIGH LEVEL MODE: OTC


I 1

MANUAL OVERRIDE OF SYSTEM POINT FUNCTIONS

The following functions are typically used in Fan Control applications where absolute control (manual override priority) is needed. These functions are commonly known as HOA modes, symbolizing Hand (manual ON), OFF (manual OFF) and Automatic (return to programmed control). These High Level modes require a valid reference address.

FUNCTION: SINGLE RELAY HOA W/O FEEDBACK Reference Address - AUX, Graphic Output

Low Level switch mode: HOAl ; Reference Address: AUXx or I/Ox Low Level LED #I mode: ON; Reference Address: AUXx or VOX Low Level LED #2 mode: OFF; Reference Address: AUXx or I/Ox

HIGH LEVEL MODE: HOAlO

FUNCTION: SINGLE RELAY HOA W/FEEDBACK Reference Address - AUX, Graphic Output

Low Level switch mode: HOAl ; Reference Address: AUXx or I/Ox Low Level LED #1 mode: ON; Reference Address: FBx or l/Ox+1 Low Level LED #2 mode: OFF; Reference Address: FBx or I/Ox+1

I FUNCTION: SINGLE RELAY HOA/DUAL FEEDBACK Reference Address - AUX, Graphic Output

Low Level switch mode: HOAI ; Reference Address: AUXx Low Level LED #l mode: ON; Reference Address: FBx Low Level LED #2 mode: ON; Reference Address: FBx+l

or Low Level switch mode: HOAl ; Reference Address: I/Ox Low Level LED #l mode: ABN; Reference Address: I/Ox+1 Low Level LED #2 mode: SHORT; Reference Address: l/Ox+1

FUNCTION: DUAL RELAY HOA W/O FEEDBACK Reference Address - AUX, Graphic Output

Low Level switch mode: HOA2; Reference Address: AUXx or I/Ox Low Level LED #l mode: ON; Reference Address: AUXx or I/Ox Low Level LED #2 mode: ON; Reference Address: AUXx+l or I/Ox+1

FUNCTION: DUAL RELAY HOA WITH FEEDBACK Reference Address - AUX, Graphic Output

Low Level switch mode: HOA2; Reference Address: AUXx or I/Ox Low Level LED #l mode: ON; Reference Address: FBx or l/Ox+2 Low Level LED #2 mode: OFF; Reference Address: FBx or l/Ox+2

FUNCTION: DUAL RELAY HOA/DUAL FEEDBACK Reference Address - AUX, Graphic Output

Low Level switch mode: HOA2; Reference Address: AUXx Low Level LED #l mode: ON; Reference Address: FBx Low Level LED #2 mode: ON; Reference Address: FBx+l

or Low Level switch mode: HOA2; Reference Address: I/Ox Low Level LED #l mode: ABN; Reference Address: l/Ox+2 Low Level LED #2 mode: SHORT; Reference Address: l/Ox+2

31

HIGH LEVEL MODE: HOAll

HIGH LEVEL MODE: HOA





AUDIO SYSTEM CONTROL SWITCH FUNCTIONS

The following functions are related to 4100 *Audio Systems.

FUNCTION: ALL SPEAKERS EVAC

Low Level switch mode: HOA2; Reference Address: Pi41 Low Level LED mode: ON; Reference Address: P143

FUNCTION: EVACUATION TONE/MESSAGE

Low Level switch mode: HOA2; Reference Address: P87 Low Level LED mode: ON; Reference Address: P89

FUNCTION: ALERT TONE/MESSAGE


FUNCTION: DRILL TONE/MESSAGE

Low Level switch mode: HOA2; Reference Address: P93 Low Level LED mode: ON: Reference Address: P95

FUNCTION: ALL CLEAR TONE/MESSAGE


FUNCTION: AUX 1 TONE/MESSAGE

Low Level switch mode: HOA2; Reference Address: P99 Low Level LED mode: ON; Reference Address: Pi 01

FUNCTION: AUX 2 TONE/MESSAGE

Low Level switch mode: HOA2; Reference .Address: Pi 02 Low Level LED mode: ON; Reference Address: P104

FUNCTION: MANUAL AUDIO OVERRIDE

Low Level switch mode: HOA2; Reference Address: P108 Low Level LED mode: ON; Reference Address: PllO

FUNCTION: ALL SPEAKERS TALK


FUNCTION: SINGLE CHANNEL SPEAKER CONTROL Reference Address - Signals

Low Level switch mode: Sl ; Reference Address: SlGx Low Level LED mode: Ll ; Reference Address: SlGx

FUNCTION: LOCAL SPEAKER TO CHANNEL 1

Low Level switch mode: HOA2; Reference Address: Pi 23 Low Level LED mode: ON; Reference Address: P125

HIGH LEVEL MODE: ASEVAC

HIGH LEVEL MODE: AEVAC

HIGH LEVEL MODE: AALERT

HIGH LEVEL MODE: ADRILL

HIGH LEVEL MODE: ACLEAR

HIGH LEVEL MODE: AUXl

HIGH LEVEL MODE: AUXP

HIGH LEVEL MODE: AOVERID

HIGH LEVEL MODE: ASTALK

HIGH LEVEL MODE: SPl

HIGH LEVEL MODE: Al LOCAL


MULTI-CHANNEL AUDIO SYSTEM CONTROL SWITCH FUNCTIONS

The following functions are for multi-channel audio systems ONLY. Where noted certain High Level modes require a valid reference address.

FUNCTION: DUAL CHANNEL SPEAKER CONTROL Reference Address - Signals

HIGH LEVEL MODE: SP2

Low Level switch mode: S2T; Reference Address: SlGx Low Level LED #1 mode: Ll ; Reference Address: SlGx Low Level LED #2 mode: L2; Reference Address: SlGx

FUNCTION: TRlPLE CHANNEL SPEAKER CONTROL Reference Address - Signals

Low Level switch #1 mode: S2H; Reference Address: SlGx Low Level LED #1 mode: Ll ; Reference Address: SlGx Low Level LED #2 mode: L2; Reference Address: SlGx

or Low Level switch #2 mode: S3; Reference Address: SlGx Low Level LED #3 mode: L3; Reference Address: SlGx Low Level LED #4 mode: TROUBLE: Reference Address: SlGx

FUNCTION: ALL SPEAKERS MINUS TO TALK

Low Level switch mode: HOA2; Reference Address: Plll Low Level LED mode: ON; Reference Address: Pl13

FUNCTION: ALL SPEAKERS TO CHANNEL 1

Low Level switch mode: HOA2; Reference Address: P114 Low Level LED mode: ON: Reference Address: Pl16


Low Level switch mode: HOA2; Reference Address: Pl17 Low Level LED mode: ON: Reference Address: Pll9


Low Level switch mode: HOA2; Reference Address: Pl20 Low Level LED mode: ON; Reference Address: P122

FUNCTION: LOCAL SPEAKER TO CHANNEL 2

Low Level switch mode: HOA2; Reference Address: P126 Low Level LED mode: ON; Reference Address: Pi 28

HIGH LEVEL MODE: SP3

HIGH LEVEL MODE: AMINUS

HIGH LEVEL MODE: Al SPEAK

HIGH LEVEL MODE: APSPEAK

HIGH LEVEL MODE: A3SPEAK

HIGH LEVEL MODE: APLOCAL


FIREFIGHTER’S PHONE SYSTEM FUNCTIONS

The following functions are related to 4100 Phone Systems.

FUNCTION: STANDARD PHONE CIRCUIT Reference Address - Signals

Low Level switch mode: SPHONE; Reference Address: SlGx Low Level LED mode: LPHONE; Reference Address: SlGx

FUNCTION: PHONE PIEZO SILENCE SWITCH

Low Level switch mode: PSIL; Reference Address: N/A Low Level LED mode: ON; Reference Address: P154

FUNCTION: AUDIO/PHONE INTERFACE


HIGH LEVEL MODE: P

HIGH LEVEL MODE: PS

HIGH LEVEL MODE: APHONE


I I CANADIAN AUDIO SYSTEM FUNCTIONS

~ The following functions are related to Canadian Audio Systems.

FUNCTION: ALL EVAC

Low Level switch mode: HOA2; Reference Address: Pi 41 Low Level LED mode: ON; Reference Address: P143

FUNCTION: ALL ALERT (TRIPLE CHANNEL)


FUNCTION: ALL ALERT (SINGLE/DUAL CHANNEL)


~ FUNCTION: ALL TALK

Low Level switch mode: SPAGE; Reference Address: L90 Low Level LED mode: LPAGE; Reference Address: L90

FUNCTION: PAGE Reference Address: Signal, MAPNET@ Output

Low Level switch mode: SPAGE; Reference Address: REFx Low Level LED mode: LPAGE; Reference Address: REFx

35

HIGH LEVEL MODE: CAEVAC

HIGH LEVEL MODE: CAALRT3

HIGH LEVEL MODE: CAALRTl

HIGH LEVEL MODE: CTALK

HIGH LEVEL MODE: PAGE


s@Simplex

Ed 12 92 Simplex Time Recorder Co., l Simplex Plaza l Gardner, Massachusetts 01441-0001 U.S.A.


l ssimplex - fire alarm...

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