LEGEND - 100 INSTALLER

PROGRAMMING

LCD KEYPAD PROGRAMMING MANUAL

Revision 3.2.

A Subsidiary of Pittway Corp.
163 Eileen Way, Syosset, NY 11791 (800) 645-5430 l (516) 921-8666

Fl2345A REV 4191

,,._. LEGEND-100 KEYPAD PROGRAMMING ,. ~.

.Revision 3.1

MANUAL

/\ ,/-

CHAPTER 1: Introduction... 1. CHAPTER 2: Programming Mode -LCD Keypad..-... 2 CHAPTER 3: Display Format.... 4 CHAPTER 4: Question Types... 5 CHAPTER 5: Question Selection Modes.. 7 CHAPTER 6: Programming Questions Overview... 9 CHAPTER 7: Programming Levels.. ,.a. CHAPTER 8: Sample Programming Session.. 11 CHAPTER 9: Keypad Programming Questions... :.12 Programming Level.. CS Communications.. User Definition... System Attributes.. SystemTiming..12.12.18.19.2 1.23.2 5.2 8.3 0.3 3.3 4.35
System Function Codes.. AlarmTypes.. TroubleTypes... ZoneDefinition.. KeypadConditions.
Partitions.. Upload Parameters..
CHAPTER 10: Programming Levels...37 Quick.37 Intermediate. 38 Partitioned...39 Advanced.~.~.40 . CHAPTER 11: System Defaults.;.1:..:.-.::.!..ii..41. 3. I.* ,. r r? ,

1. INi-RODUCTION

The LEGEND - 100 panel is completely programmable through the LCD keypad. The panel is shipped from the factory with preprogrammed default characteristics which will suit many LEGEND installations. These default values are displayed in the section of this manual titled LEGEND - 100 System Defaults. Installer programming through an LCD keypad can be used to setup the panel during the initial installation or to modify programmable values at a later date. In addition, the LEGEND-l 00 can be programmed through the EZ-MATE Programmer (model 7150 using the model 7160 cartridge) or EZ-MATE PC Based Downloader. LEGEND-l 00 keypad programming is accomplished through a series of questions presented on the LCD keypad display. These displays contain easy to understand, simple english language prompts. The programming questions are described in detail in the LCD Keypad Programming Questions section of this manual. The keypad programming sequence has been designed to take into account typical LEGEND installations. You only have to answer the questions that are applicable to the level of your installation. Keypad programming is reserved for installer use only and is secured by the installer code. Functions such as user code modification can be performed through keypad entry without the need to enter the keypad programming mode. If your LEGEND installation includes only LED keypads, and you want to perform keypad programming,then an LCD keypad can temporarily be connected to program the unit through the keypad. Note: Keypad programming can only be performed while the system Is In a disarmed state.
LEGEND-l 00 KEYPAD PROGRAMMING Page 1
2. PROGRAMMING MODE - LCD KEYPAD
When the LEGEND panel has been placed into programming mobe the keys have a dedicated meaning. Since,this differs from the normal key definition a programming overlay exists to display the descriptions during Installer Programming.
Next Question Fire Burglary Instruments Installer Programming LCD KeypadOverlay Entry into Programmingmode: CODE l /fnaaNer Code) 1 Where: CODE l is the Codekey followed by l. [Installer Code] is six digit code 1 is the digit 1. Exit from ProgrammingMode: + + # (or SHlkT + ABORT) Pressthe * and# keys at the sametime.

Next Letter

Previous Questlon

Toggle

.O 0 0

Fomard

Prev. Letter

7693 I- 2373

Backwards
LCD KEYPAD - PROGRAMMING MODE NEXT QUESTION This function key processes the information entered on the display and advances to the next programming display. The next display depends on the programming level and the response made to the current question. The questions have been organized to skip questions which are not necessary based on previous responses. For example, if a secondary receiver telephone number is not defined, then the related questions dealing with the secondary number will be skipped. Therefore, do not be alarmed if the NEXT QUESTION key does not always obtain the next sequential question number. PREVIOUS QUESTION The PREVIOUS QUESTION key will sequence the display backwards to the previous question of the programming sequence. This key can be used scroll backwards through the questions. FORWARD Advances the cursor position forward within the second line of the display. The forward key does not change information. If the question type a numerical or text then the FORWARD key will advance the cursor to the left by one position. If the display contains multiple Yes/No questions then the forward key will move the cursor to the next slot on the display. BACKWARD Similar to the forward key except that the cursor will be moved to the previous position.

LEGEND-100 KEYPAD PROGRAMMING Page 3

3.,, DISPLAY FORMAT

Installer programming of the LEGEND-l 00 is performed through a series of questions appearing in the two line display area of the LCD keypad. The display area of the LCD keypad has the following format during Installer Programming;
Where: NNN Question number (000-255.)
The programming questions are assigned sequentially and presented in order based, on the programming level. In addition any programming question can be accessed directly using this sequence number. Some of the questions contain multiple displays to define all of the attributes. For example, there are multiple displays required to define all of the characteristics of a zone. TTTTlTlTlTllT Question Text
Up to twelve characters to describe the question being asked. Due to space limitations some question titles are abbreviated. If the question deals with an area containing multiple offsets such as zones or users then the display will contain a reference to the particular value being defined (example ZNOl for zone #l). For a complete explanation of each programming question consult section 9 of this manual. VVVVVVVVVVVVVVVV Value Displays the current contents of the question. This information can be viewed or modified. The questions consist of the following types; Multiple Choice, Yes/No; Numerical, Hexadecimal, or Text. If the question contains more than sixteen characters then a second display will appear when inputting a value greater than sixteen characters. This secondary display contains a left arrow in the last position of the first line indicating continuation of the first display. This relates primarily to the telephone numbers which can contain up to 32 digits.
LEGEND-100 KEYPAD PROGRAMMING Page 4
A numerical input display will generally show the valid range of responses for the question. For example, if a question requires input between 1 and 16 this will generally appear on the LCD display. The FORWARD and BACKWARD keys can be used to move the cursor position to edit existing digits. Note: Data entry generally requires that the maximum number of digits be entered. For example an entry of 3 into a two digit field will require entry of 03. EXAMPLE:
Enter the desired number of attempts (01 i 16) followed by depression of the NEXT QUESTION key. HEXADECIMAL Hexadecimal questions allow input of the digits O-9and A- F. The values O-9are entered directly from the keypad while A-F are input as follows; VALUE ENTRY SEQUENCE

SHIFT 1 A B SHIFT 2 SHIFT 3 C D SHIFT 4 E SHIFT 5 F SHIFT 6 For example, entry of an F requires depression of the SHIFT key followed by the 6. NOTE: After the SHIFT key has been pressed the Ready light will be lit. EXAMPLE
For example, to enter an account number of A397 type SHIFT 1,3,9,7. TEXT
The text questions enter the English language descriptions used within the LEGEND panel. Valid entry consists of the letters A - Z, 0- 9, space, and selected special characters. The letters are presented as a sequence using the NEXT LETTER and PREVIOUS LETTER keys. These keys will scroll through the character set one letter at a time. When the desired character has been reached,.use the FORWARD key to advance the cursor position to the next position. After the entire text field has been entered, the NEXT QUESTION, (or PREVIOUS QUESTION), key will advance the display and save the text field entered. Note: The characters sequence will always being with the last letter accessed. EXAMPLE:
The character sequence contains the following : A - Z, [ ] * _ a - z ( } - ! @ # % & < > * + -. / o-9 : : = ?
LEGEND-100 KEYPAD PROGRAMMING Page 5

i-7 I k.

Enter the desired number of attempts (01 - 16) followed by depression of the NEXT QUESTION key. HEXADECIMAL Hexadecimal questions allow input of the digits O-9and A- F. The values O-9 are entered directly from the keypad while A-F are input as follows; VALUE A B C D E F ENTRY SEQUENCE SHIFT SHIFT SHIFT SHIFT SHIFT SHIFT 5 6
For example, entry of an F requires depression of the SHIFT key followed by the 6. NOTE: After the SHIFT key has been pressed the Ready light will be lit. EXAMPLE
For example, to enter an account number of A397 type SHIFT 1,,3,9, 7. TEXT The text questions enter the English language descriptions used within the LEGEND panel. Valid entry consists of the letters A - Z, 0- 9, space, and selected special characters. The letters are presented as a sequence using the NEXT LETTER and PREVIOUS LETTER keys. These keys will scroll through the character set one letter at a time. When the desired character has been reached, use the FORWARD key to advance the cursor position to the next position. After the entire text field has been entered, the NEXT QUESTION, (or PREVIOUS QUESTION), key will advance the display and save the text field entered. Note: The characters sequence will always being with the last letter accessed. EXAMPLE:

kEGEND- 00 KEYPAD PROGRAMMING Page 9

7. PROGRAMMING LEVELS

r^\ / I 1
Programming the LEGEND-l 00 through the LCD keypad has been simplified through the use of installer Programming Levels. The purpose of the programming levels is to ask only the programming questions applicable to the installation. Any questions that are skipped will remain at the preprogrammed FBI default values. When entering keypad programming, the first question ( #OOO) requests the programming level. Based on programming level selected the appropriate questions will be asked. The questions which are asked for each of the programming levels are shown in section 10 of this manual. The Programming level question is as follows;
The following Programming Levels exist within the LEGEND-loo; QUICK The quick programming level relies mainly on the FBI default values. The installation is intended as a non partitioned system using the default reporting codes and timing attributes. The zone types will adhere to the types as described in the System Defaults. Using the quick mode, it is only necessary to answer some of the communications questions. INTERMEDIATE The intermediate level is similar to the quick mode except the installer has additional flexibility in programming reporting codes, timing options and some of the zone characteristics. This programming level will probably be sufficient for most residential single partitioned installations. PARTITIONED Similarto the Intermediate level except that the panel is partitioned. The zones, users and keypads will be assignable to partitions and account numbers can be programmed for each partition. ADVANCED In the advanced level all of the programming questions will beasked. This level would be for the installation requiring control over more of the advanced features of the LEGEND-loo. NOTE: if questions are accessed directly, thi? will still adhere to the programming level selected. For example, if the QUICK mode is selected, then a request for a programming question contained in advanced mode

will skinned.

LEGEND-100 KEYPAD PROGRAMMING Page-10
8. SAMPLE LCQKEYPAD PROG. SESSl@l
1. ENTER THE KEYPAD PROGRAMMING MODE:
CODE + * [Installer Code] 1 where; CODE CODEkeyon keypad * Asteriskkey (alsolabeled SHFl) [Installer Code]Six Digit installercoderequired gainaccess installeronly functo to tionssuchaskeypad programming. 1 Entryof 1 from keypad Place Programming the overlay thekeypad observe purpose thekeysduring over to the of keypad programming.
2=SeLECT PROGRAMMING LEVEL

plYOt~sA~l 1

This question selects the speed for transmissions to CS#l. The valid options are; 1OPPS Pulses Per Second wfth a 1400 Hz handshake 1OPPS Pulses Per Second with a 2300 Hz handshake 2OPPS Pulses Per Second wfth a 1400 Hz handshake 20PPS Pulses Per Second with a. 2300 Hz handshake 4OPPS Pulses Per Second with a 1400 Hz handshake 40PPS Pulses Per Second with a 2300 Hz handshake BFSK BFSK Format FBI FBI Format (4x3~1) Note: This question will be skipped if signals are not transmitted to CS#l (question 003). CS#l PARITY SELECTION
The LEGEND-100 stores the last 128 events that have occurred. This system log information can be viewed by an Installer through an LCD keypad, read by the EZ-MATE Programmer or Downloader, or dumped automatically to a remote printer. The remote printer can be located at the Alarm Company, Central Station or other remote location such as a guard shack or corporate security off ice. The DUMP telephone number defines the telephone number of this remote printer and modem and can vary from account to account. If the panel should not transmit system log information then leave this question blank. The DUMP telephone number can contain up to 32digtts. Additional information for the Auto Dump function is defined in
LEGEND-l 00 KEYPAD PROGRAMMING Page-l 3

lOOSP+UTY NO

CSii I
Enter the desired parity setting for CS#i transmissions. Parity is an error detection scheme which is used in certain CS transmission formats. If you are unsure about the parity setting for your receiver please contact your Central Station manager. Note: This question will be skipped if signals are not transmitted to CS#l (question 003). CS#l MESSAGE FORMAT
4x2 - All messages are sent with a two digit condition code in a single transmission. The account number transmitted depends on the numberof digits defined in the account number field. Example; Note: The format entered in this question will be ignored if the answer to question #004 is either BFSK or FBI. SECONDARY CENTRAL STATION RECEIVER

n j / i

lz!3 Enter the telephone number of the secondary Central Station receiver line. If the panel only communicates with the primary receiver, leave this field blank. The secondary phone number can containup to 32 digits. To erase an entire existing telephone number, position the cursor at the first digit and depress the SHIFT key followed by the 8 key. See the Callback Number description for explanation of telephone entries. CS#2 PULSES PER SECOND pi!Ezq This question selects the desired speed for signals transmitted to CS#2. Select from the following options; 10 PPS Pulses Per Second with a 1400Hz handshake. 10 PPS Pulses Per.Second wfth a 2300 Hz handshake 20 PPS Pulses Per Second with a 1400.Hz handshake 20 PPS 2300 20.Pulses Per Second with a 2300 Hz handshake 40 PPS Pulses Per Second wfth a 1400 Hz handshake 40 PPS Pulses Per Second with a 2300 Hz handshake BFSK Format BFSK FBI Format (4x3~1). FBI Note: This question will be skipped if messages are not transmitted to CS#2 (question 007). CS#2 PARITY SELECTION pEEEy Enter whether parity should be sent on transmissions to CS#2. Parity is an error detection scheme which is used in certain CS transmission c-=LEGEND-l 00 KEYPAD PROGRAMMING Page-l 4 f.

Specifies the message format transmitted to CS#l. The message format indicates the method used by the control panel to transmit the account number and information to the Central Station. Since the terminology used by different manufacturers varies, please refer to the examples below+to select the desired format. the options are as follows; STANDARD - All transmissions contain account numbers of three or four digits followed by a single digit alarm code. For example, 1236 - or This format may also be known as 3x1,4x1 or non extended. EXTENDED -All transmissions in extended format. In this fomiat the first round contains an expansion digit which appears as the account number in the second round. This format is sometimes also known as expanded or universal format. For example; 123.Extended format messages may contain either three or four digit account numbers. PARTIAL EXT. Alarms cot&ions are transmitted as single line messages, however non alarm conditions such as restoresOpens, Closes, Troubles,. etc. are extended messages. Example; ALARM 1233 RESTORE 123E EEE 3
formats. If you are unsure about the parity setting please contact your Central Station manager. Note: This question will be skipped if there is no transmission to CS#2 (question 007). CS#2 MESSAGE FORMAT
Note: The format entered in this question will be ignored if the answer to question #004 is either BFSK or FBI. NUMBER OF PARTITIONS
Specifies the message format transmitted to CS#l. The message format indicates the method used by the control panel to transmit the account number and information to the Central Station. Since the terminology used by different manufacturers varies, please refer to the examples below to select the desired format. the options are as follows; STANDARD - All transmissions contain account numbers of three or four digits followed by a single digit, alarm code. For example, 1236 or This format may alsobe known as 3x1,4x1 or non -extended. EXTENDED -All transmissions in extended format. In this format the first round contains an expansion digit which appears as the account number in the second round. This format is sometimes also known as expanded or universal format. For example; Extended format messages may contain either three or four digit account numbers. PARTIAL EXT. Alarms conditions are transmitted as single line messages, however non alarm conditions such as restores,CIpens, Closes, Troubles, etc. are extended messages. Example; ALARM 1233 RESTORE 123E: EEE 3 4x2 - All messages are sent with a two digit condition code in a single transmission. The account number transmitted depends on the number of digits defined in the account number field. Example; 5482 31.

The LEGEND-100 can be set up to look like multiple control panels to the Central Station. These independent subdivisions are known as partltlons. Enter the number of partitions for this installation. If the system is non partitioned then the number of partitions should be 1. The zones, keypads and users associated with each partition will be defined in later questions. Default value = 1. Partitioning can be used for applications such as townhouses, apartment buildings, shopping centers, industrial complexes or office suites where separate, independent areas are needed. Each partition can contain any number of keypads and zones. In addition each user code can be granted or denied access to any of the partitions. PRIMARY CS ACCOUNT NUMBER :
Enter the account number to be reported to CS#l (Question #3). The account number questions (12 and 13) will be repeated for the number.of partitions specified in question number 11. The portion of the display labeled P# indicates the partition number being entered. The account numbers can be up to four digits. If a three digit account number is desired then enter XXXb, where XXX is the desired three digit account number followed by a blank (depression of the SHIFT. key followed by the 8). If the partition should not report to CS#l then enter a blank account number. To erase an existing account number position the cursor on the first digit and depress the SHIFT key followed by the 8 key. Valid entries, for the account number question includes the digits O-9or B-E (SHIFT 2 - SHIFT 6). Enter the account number exactly the way it would be seen at the receiver. Consult your Central Station Manager to determine the valid digits accepted by your receiver.
LEGEND-100 KEYPAD PROGRAMMING Page-15
SECONDARY CS ACCOUNT NUMBER pizEq Enter the account number to be reported to CS#2 (Question #8). The account number questions (12 and 13) will be repeated for the number of partitions entered in question number 11. The portion of the display labeled P# indicates the partition number being entered. The account numbers can be up to four digits. If a three digit account number is desired then enter XXXb, where XXX is the desired three digit account number followed by a blank (depression of the SHIFT key followed by the 8). If the partition should not report to CS#2 then enter a blank account number. To erase an existing account number position the cursor on the first digit and depress the SHIFT key followed by the 8 key. Valid entries for the account number question includes the digits 0-Sor A-E. Enter the account number exactly as it would be seen at the receiver. Consult your Central Station manager to determine the valid digits for your receiver. PANEL INSTALLER CODE 71, The LEGEND-l 00 contains a series of functions which can only be performed by an authorized installer. These functions include keypad programming, walk test, time setup, and system log view. In order to perform any of these installer reserved functions entry of this six digit installer code will be necessary. Each alarm company should select a six digit code in order, to secure their panels from other installers. The code should probably be kept uniform for each Alarm company. The factory default value for the installer code is 123456. NOTE: Special care should be made whenever changing the installer code value since subsequent keypad programming sessions will require the code entered.

TO&H TONE DIALING ENABLE pGxErI Indicates whether touch tone dialing should be enabled for the panel. If. touch tone dialing is not selected then pulse dialing will be performed. Default value = NO This question will be skipped if all of the telephone numbers have been defined as blanks. CENTRAL STATION DIALER ENABLE i
This question indicates whether the communicator section wiil be active for the panel. If the system is being operated as a local alarm only or the dialer operation should be suspended enter NO. Default F YES. REMOTE OPERATION pGzy;,,, Indicates whether remote.actions of any kind witI be permitted on this panel. This includes uploads, downloads, arms/disarms, bypasses and status checks. These commands can be performed through an EZ-MATE, Programmer or EZ-MATE PC Based Downloader. Questions 18 and 19 will specify which remote actions will be permitted. REMOTi.ARM/DISARM ENABLE p i
Indicates whether this panel can be armedand disarmed remotely through an EZ-MATE Programmer or EZ-MATE PC Based Downloader. This question provides an additional layer of security for remote operations. REMOTE BYPASS ENABLE
Indicates whether this panel can have individual zones bypassed or unbypassed remotely through an LEGEND-100 KEYPAD PROGRAMMING Page-16
EZ-MATE Programmer or EZ-MATE PC Based Downloader. Thk question will be skipped if the answer to the Remote Operations question 17 is NO. NUMBER OF AtiEMPTS

I020 # ATTEMPTS 1

extended option will hang up for 30 seconds prior to dialing. The antijam time represents the amount of time that the panel will wait between the time that the dialer has seized the line to the time that the dialing begins. Default = NO. EXTENDED ACKNOWLEDGMENT

SEC ACK

I_ (01-16) I Indicates thenumberof attempts made by the dialer to reach the Central Station receiver. Transmission will repeat up until the maximum number of attempts if a transmission is unsuccessful. If there are two Central Station telephone numbers defined and the type of signal should be sent to both receivers, then transmission will alternate between the two numbers if either line is busy. Default value = 8, 16 means 16 attempts. RING COUNT
Indicates whether the panel should waft up to 120 seconds for an acknowledgment from the.Central Station receiver, otherwise the panel will wait 30 seconds. Default = NO.

USER PARTITION ASSIGNMENT.-I cc
This question defines the partition assignment for this user. Users can be defined for multiple partitions which means that their user access codes will be accepted at the keypads associated with more than one partition. If the system is being operated as a single partition then all active users should be defined to partition number 1. If a user is active in more than one partition then the account number transmitted will depend on the partition where the signal was initiated. The FORWARD and BACKWARD keys are used to move the cursor to the desired position and the TOGGLE key allows YES/NO selection for the partition.For example, the first position represents partition#l , the second position is partition #2 etc. This question will be skipped if the installation is non-partitioned. USER MASTER PARTITION

1 -U-8)

028USMAST#xx
The LEGEND-l 00 panel contains the capability to define, modify and delete users from the keypad. Users can modify other users only if they have been defined as a level 1 user. As an additional precaution against users performing modifications across partition boundaries each level 1 user will contain a mast,er partition value. This indicates the partition where they are permitted to modify users. This question will be skipped if the system is not partitioned, or the user is not defined as a level 1 user.
LEGEND-100 KEYPAD PROGRAMMING Page-18

9.4. SYStiM AITRIBUIES

The System Attributes defines the parameters which are common to all zones and partitions within the control panel. OPEN/CLOSE CS REPORTING TYPE vr Specifies to which Central Station opening and closing signals are transmitted. The options are; Primary rec. only CS#l ONLY CS#2 ONLY Secondary rec. only Both receivers always CS#l & CS#2 CS#l THEN CS#2 CS#l backed up by CS#2 NONE No O/C transmissions TEST SIGNAL REPORTING TYPE

~gIT~IT~~~cs\

ENABLE 16 ZONE OPERATION pzzzzq The LEGEND-100 panel contains eight zones on the main control board with an additional eight zone capability through an expansion board. If the expansion board is present in the system answer YES to this question. Default = NO. NOTE: Only answer YES to the question if the zone expansion board is present. BYPASS TRANSMISSION TYPE VI Specifies when bypasses are transmitted to the Central Station. The options are; Transmit at time of bypass BY PASS Transmit upon system arming ARM Bypassing can be enabled or disabled by zone. AUTO UNBYPASS ENABLE 71 Indicates whether bypassed zones will automatically be unbypassed upon system disarm. Restores will be generated for the bypassed zones if a restore code has been defined. ARMING OUTPUT LEVEL 71 Indicates the desired voltage level on trigger output for arming status. The system contains one voltage output located on the trigger connector of the control panel which represents the current arming state for the entire panel. If the system contains multiple partitions then this output will be at the selected level if any of the partitions are armed. The options are are HIGH and LOW. BELL TEST AT ARMING piJEzE/ Indicates whether a bell test will be performed when the system is armed. Default = NO. NOTE: The bell output is assumed to be relay 1.

l~;UiYliT6ODE 1,

AC LOSS CODE ,(, pgzy
Indicates the reporting code for AC failure. AC loss will pnly be reported to the Central Station if the loss is greater than the time period specified in question #052. AC loss is a system wide condition and will report using the account numbers for the first partition. AC RESTORE CODi
Indicates the reporting code for an abort. This abort code will only be transmitted if the ,action on abort (question #042) specifies Abort. OPENING &DE
Indicates the restore code transmitted upon restore of.AC. Indicates the reporting code for an opening. If the system is partitioned then the. account number transmitted to the Central station will depend on the LEGEND-100 KEYPAD PROGRAMMING Page-23

LOW BATTERY CODE

Iy;;UZLOWBATTI
Indicates whether the buzzer should be ,activated \ upon a low battery condition. Reporting code for low battery condition. Low battery transmission will occur if the battery voltage drops below 11.5 volts. Low battery conditions will be reported with the account number for,patlition #l. LOW BATTERY RESTORE CODE p$zyGEq Reporting code for low battery restore condition. SYSTEM ERROR CODE -1 Indicates the reporting code for system error. condition. SYSTEM ERROR RESTORE CODE

1072SYSERRREST

BUZZER ON SYSTEM ERROR ppE&Tiq Indicates whether the buzzer should be activated upon a system error condition. AMBUSH TYPE prGy This determines whether a valid user code altered by + or - one will be interpreted as an ambush cod8.lf NO then user #16 can be interpreted as a systemwide ambush code based on the information entered in question 78. DEFAULT = NO. USER 16 AMBUSH pzizzq ,-,

I- (0-F)

Indicates the reporting code for system error restore condition. DOWNLOADER CODE
This determines whether user #16 will b8 interpreted as a system wide ambush code. An answer of NO to this question and question 077 means that there is no ambush code capability within the system. If both questions 077 and 078 are YES then US8r#16 will be used as the ambush code. 24 HOUR - AC LOSS 07924 HRACLOS
The EZ-MATE Programmer and the PC Based Downloader can transmit database information from the Alarm Company to the LEGEND-l 00. Upon completion of a downloading session the panel can transmit a signal to the Central Station receiver to verify that a downloading has taken place. This download code will be sent based on the reporting type specified in the test type question 030. The Download code will transmit the account number for partition #l. BUZZER ON AC,,LOSS
Indicates whether the buzzer should be activated if the system is armed and an AC loss occurs. 24 HOUR- LOW BATTERY

08024HRLOBAT

Indicates whether the buzzer should be activated upon AC Loss. BUZZER ON LOW BATTERY

After completion of question #099 the system will return to question 085 with the next sequential alarm type. After completion of the last alarm type (alarm type 16) the display will advance to question 100.
LEGEND-100 KEYPAD PROGRAMMING Page-27

9.8. TROUBLE TYPES

The Legend-l 00 system.differentiates between fault (or NOT READY) conditions and troubles. Troubles are latched conditions and require entry of a valid user code or the reset function to clear. In addition troubles can be defined to transmit signals to the Central Station, and activate relays or triggers much like an alarm conditions. System faults will clear as the condition clears. For example, if the system is disarmed and a non 24 hour zone is activated (door or window opened) the keypad will display the NOT READY condition. For an LED display this means the zone indicator light solidly on, and on an LCD display Englishtext showing which zone is not ready. In either case, the indication will disappear when the door or window is closed. After all faults are removed the system is READY. Troubles, on the other hand, are latched conditions and require entry of a valid user code or the reset function to clear. In addition troubles can be defined to transmit signals to the Central Station, and activate relays ortriggers much like an alarmcondition. Typically troubles will be used for applications which have a trouble condition which requires annunciation such as Fire Trouble, or Foil Break. Trouble types are used to define the reporting codes and characteristics for different trouble conditions. Each zone definition will define the physical parameters which constitute the trouble condition as questions 119, 125 and 126. In addition each zone will specify a Trouble Type. Note: The TROUBLE Type questions below display the TROUBLE Type number as TRBx where x will be the actual Trouble Type from l-8. SELECT TROUBLE TYPE pgE=q

TROUBLE TYPE DESCRIPTION

The Trouble Type descriptions are used to provide english language text on the first lineof the LCD keypad. The descriptions are not transmitted to the Central Station. Enter the ten character description to be associated with this Trouble Type. If the system contains an LCD display then this description will appear on the first line of the display when a trouble condition has activated. Examples of Trouble Type descriptions might include FIRE TRB, TROUBLE, LOW BATTERY, SYS ERROR, etc. The Trouble Type description should apply to the general condition rather than the specific zone. The second line of a trouble display on an LCD keypad will contain the sixteen character zone description entered in question 113. TROUBLE TYPE CENTRAL STATION CODE

The following the LEGENDlist shows the programming 100 panel. questions presented in the intermcdiatc programming level within
000 Installer Programming

SYS FUNCTION

077 078

& TROUBLE CODES

CS COMMUNICATIONS
Callback Number CS #l Receiver Number Pulses Per Second CS#I Parity CS#l Format CS#l CS #2 Receiver Number Pulses Per Second CS#2 Parity CS#2 Format CS#2 Account Number 1 Account Number 2 Installer ,Code Touch Tone Dialing
Bypass Code Abort Code Opening Code Closing Code SystemTest Code AC Failure Code AC Restore Code Low Battery Code Low Battery Restore System Error Code + - Ambush Enable User 16 Ambush Code

ALARM TYPES

093 Select Alarm Type Description CS Code CS Reporting Type CS Restore Code Bell Delay Dialer Delay Buzzer Enabled Display Alarm

USER ATTRIBUTES

024 Select User Number 025 User Authorization Level 026 User CS ID

SYSTEM AtiRIBUTES

Open/Close CS Reporting Test CS Reporting Type Test Frequency Enable 16 Zone Operation Type

TROUBLE TYPES

100 Select Trouble Type 101 Description 106 CS Code CS Reporting Type Dialer Delay Bell Delay Timeout Selection

033 Bypass Transmission

SYSTEM TIMING
Bell Delay Dialer Delay Exit Delay Entry Delay #l Entry Delay #2 CS Test Time AC Loss Delay Exit Triggers

ZONE ATTRIBUTES

111 Select Zone Number 112 Description 113CSCode 114 Enable Bypass 115 Enable Trouble 116 CS Restore

054 Entry Triggers

KEYPAD CONDITIONS
Select Keypad Function # CS Code Description Alarm Type
LEGEND-100 KE(IPAD PROGRAMMING Page 38

PARTITIONED PROGRAMMING

The following questions arc presented when the programming Level level is partitioned;

014 015

Callback Number CS #I Receiver Number Pulses Per Second CS#l Parity CS#l Format CS#l CS #2 Receiver Number Pulses Per Second CS#2 Parity CS#2 Format CS#2 # of Partitions Account Number 1 Account Number 2 installer Code Touch Tone Dialing
Bypass Code Abort Code Opening Code Closing Code System Test Code AC Failure Code AC Restore Code Low Battery Code _. Low Battery Restore System Error Code + - Ambush Enable User 16 Ambush Code

.TROUBLE TYPES

123Alarm on Open 124Alarm on Short 125Trouble on Open 126Trouble on Short 127 Entry Delay 128 EnableLockout. 129CS Bypass 130 EnableTrouble Buzzer 131 EnableChime 132 Enable75OMSResponse 133Enableas Keyswitch 134EnableVerification. 135 SilenceAfter Fire Restore 136PulseCount Tie 137# Pulses
138 SelectKeypad Function # 139CS Code 140Description 141Alarm type 142 EnableRestore

PARTITION DEFINLTION

024 SelectUserNumber 025 User Authorization Level 026 User CS ID 027 User Partition Assignment 028-UserMaster Partition
029 Open/CloseCS Rep.Type 030 Test CS ReportingType 031 Test Frequency 032 Enable 16Zone Operation 033 BypassTransmissionType 034 Auto UnbypassEnable 035 Arm OutputsLevel 036 Bell Test At Arming 037 Bell Ringbackat Closing 038 SounderRingbackEnable
062 BypassCode 063 Abort Code 064 OpeningCode 065 Closing Code 066 SystemTest Code 067 AC Failure Code 068 AC RestoreCode 069 Low Battery Code 070 Low Battery RestoreCode 071 SystemError Code. 072 SystemError Reset 073 Download Code 074 Buzzer on AC Loss 075 Buzzer on Low Battery 076 Buzzer on System Error 077 + - Ambush Enable. 078 User 16 Ambush Code Hour AC Trouble

Hour Low Battery

100 SelectTrouble Type 101 Description 102CSCcde 1 103CS ReportingType 104 Dialer Delay 105Bell Delay 106Timeout Selection 107MomentaryTriggers 108LatchedTriggers 109 Relay 1 Select 110 Relay 2 Select

ZONE ATTRIBUTES.

143Partition Select&~ 144 Partition Keypad: 145Partition Description

AUTO UPLOAD PARAM.

08124 Hour SystemError
111 SelectZone Number 112 Description 113CS Code 114 EnableBypass 115EnableTrouble 116CS Restore 117Partition Selection 11824HourAlarm 11924 Hour Trouble 120AlarmType -I 121Trouble Type 122Zone Type
146Auto Upload Type 147Day of Month 148 Day of Week 149ReportHour 150 ReportMinute 151Memory Dump # Events 152Auto Dump Account # 153Auto Dump Description#l 154Auto Dump Description#2 155Auto Dump Description#Auto Dump Description#4
LEGEND-l 00 KEY PAD PROGRAMMING Page 40

11. SYSTEM DEFAULTS

. Report Date: 4-6-89
CUSTOMERNO: ,777777 PAGE #1 ---i----------c-CUSTOMERMASTER INFORMATION --------------System Defau.ltsLegend-100 NAME: Revision 3.1 ADDR: STATE: ZIP: 0 CITY: DEVICE TYPE: Legend 100

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CENTRAL STATION C@4hkATIONS :iCS CALLBACK NUMBER: h!DUkfP PHONE NUMBER: "CS. #l PHONE NUMBER: 234 CS #2 PHONE NUMBER: cs #l -ks #2 -# PULSES: 20 PPS 2300 # PULSES: 20 PPS 2300