FBII XL-4, XL-5, XL-4B Programming Manual

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Conventions Used in This Manual ..................................................................................................................iii

New Features of Version 4 ................................................................................................................................ iv

Section 1 - Introduction...................................................................................................................................1–1

Section 2 - System Overview...........................................................................................................................2–1

General.............................................................................................................................................................2–1

Partitions..........................................................................................................................................................2–1

Zone ..................................................................................................................................................................2–2

Keypads............................................................................................................................................................2–3

Users.................................................................................................................................................................2–3

Section 3 - Programming Mode - LCD Keypad...........................................................................................3–1

Entry Into Keypad Programming Mode.........................................................................................................3–1

Exit From Programming Mode.......................................................................................................................3–1

Section 4 - Function Keys................................................................................................................................4–1

Section 5 - Display Format..............................................................................................................................5–1

Section 6 - Question Selection Modes ...........................................................................................................6–1

General.............................................................................................................................................................6–1

Sequential Method .............................................................................................................. .............................6–1

Direct Method ..................................................................................................................................................6–1

Section 7 - Programming Questions Overview..........................................................................................7–1

Section 8 - LCD Keypad Programming Questions ....................................................................................8–1

General.............................................................................................................................................................8–1

CS Communications ........................................................................................................................................8–1

User Definition ..............................................................................................................................................8–14

System Attributes..........................................................................................................................................8–17

System Timing...............................................................................................................................................8–28

System Function Codes.................................................................................................................................8–32

Alarm Types...................................................................................................................................................8–37

Trouble Types.................................................................................................................................................8–43

Zone Definition ..............................................................................................................................................8–48

Keypad Conditions.........................................................................................................................................8–60

Partitions........................................................................................................................................................8–61

Auto Dump Parameters ................................................................................................................................8–63

Section 9 - System Defaults.............................................................................................................................9–1

CS Communications ........................................................................................................................................9–1

User Attributes................................................................................................................................................9–1

System Attributes............................................................................................................................................9–2

System Function Codes...................................................................................................................................9–2

Alarm Types.....................................................................................................................................................9–3

Trouble Types...................................................................................................................................................9–3

Zone Attributes................................................................................................................................................9–4

Keypad Conditions...........................................................................................................................................9–5

Partition Information ......................................................................................................................................9–6

Auto Dump Parameter....................................................................................................................................9–6

Section 10 - Keypad Programming Summary ..........................................................................................10–1

Index......................................................................................................................................................................I-1

LIST OF TABLES

Table 1 - PID Event Codes ..............................................................................................................................8–6

Table 2 - Double Digit Event Reporting.........................................................................................................8–7

Table 3 - Zone PID Event Codes...................................................................................................................8–52

Page 3

Conventions Used in This Manual

Before you begin using this manual, it is important that you understand the meaning of the following symbols (icons).

ON: AWAY . . . . . . .

. . . Exit now . . .

These notes include specific information th at must be followed if you are inst alling this system for a UL Listed application.

These notes include information that you should be aware of before continuing with the installation, and which, if not observed, could result in operational difficulties.

This symbol indicates a critical note that could seriously affect the operation of the system, or could cause da mage to the system. Please read each warning carefully. This symb ol also denotes warnings about physical harm to the user

In the text of this manual, LCD Keypad messages are shown in a single-line box.

iii

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New Features of Version 4

The following new features have been added to the system in Version 4: Common keypad showing armed status - If selected, entering # 0 User Code # will change the

keypad to a status keypad and display the armed status of each partition (Question 53). Auto arming by day by partition - If selected, the day and time can be set for auto arming of

each partition (Question 34). Even zones can be defined as tampers for odd zones - If selected, all even zones will report a

tamper in the partition that the previous odd zone was enabled in. (Question 83). A common partition – All zones considered as parts of a common partition are programmed to

partition 8. 2-Call Feature used in downloading the panel - To use this feature, dial the panel, let the

phone ring once and hang up. Redial the panel and the panel will answer on the first ring. All remote features can be performed.

XL-4705 Relay Module - The XL-4705 relay module is now supported.

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SECTION 1

Introduction

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The control panel can be completely programmable through the LCD keypad. The panel is shipped from the factory with preprogrammed default characteristics, which will suit many typical installations. These default values are displayed in the section of this manual titled System Defaults.

Installer programming through a 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 control panel can be programmed through the EZ-MATE PC Based Downloader.

System keypad programming is a ccomplished 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.

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.

This manual covers the models XL-4, XL-4B, and XL-5 control pa nels . The XL-4 is a Household Burglary and Fire system, the XL-4B is the Commercial Burglary system, and the XL-5 is a larger Burglary and Fire system.

Keypad programming can only be performed while the system is in a disarmed state.

Failure to program the control panel as described for UL Listed applications, is a violation of the Listing Mark of Underwriters Laboratories.

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

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SECTION 2

System Overview

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

General

♦

Partitions

♦

Zone

♦

Keypads

♦

Users

♦

••••••••••••••••••••••••••••••••••••••••••••••••••

General

The system can be setup in a partitioned configuration. Partitioning allows the panel to look like as many as 8 different protected locations to the Central Station. Each partition will be assigned zones, users and keypads. The account numbers transmitted for each partition are definable. Partitions can be setup to protect different functional areas of the same location (example, office area vs. warehouse) or different premises within close proximity (example, shopping center or multi family complex).

The control panel’s strong point is its flexibility. Zones, keypads, users, keypad functions, relay outputs, CS monitoring and output triggers can be configured to satisfy a myriad of security and monitoring applications. Unfortunately, flexibility breeds complexity; and, unless a few basic things are understood, its programming can be confusing.

First, the control panel comes pre-programmed from the factory. The DEFAULT program is listed in the System Defaults Section of this manual. You should be familiar with this program so that each new program can be thought of as simply modifying the defaults. There are numerous programming options but for standard applications, only a few of them need to be changed. For example, to modify the system to operate as a local system with no CS Reporting, set QUESTION #16 (CS Dialer Enable) to NO.

Second, sometimes the answer to many questions simply is not important. For example, many CS reporting codes can be ignored if their respective question which controls its reporting path is NONE. As another example, suppose a zone 's type is not selected to be an Exit/Entry (programming question #143). Then, the Entry Delay selection (programming question #165) has no bearing on that zone's operation.

Last, several system characteristics should be understood. The following definitions should help in programming.

Partitions

As mentioned before, the system can be partitioned. This allows it to look like 8 different systems. Partitioning is enabled by assigning zones, keypads and users to each partition (questions #155, #180 and #028, respectively). Each partition can have its own account number or they can all share the same account number for CS monitoring purposes (questions #182 and #183). Each partition is independently armed and disarmed. In addition, they can all be armed or disarmed at the same time by enabling two options (programming questions #053 and #061).

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

Additionally, partition 8 is a common partition. All zones that are to be considered in the common partition must be programmed to partition 8 and all zones in partition 8 must be ready to arm or the last partition to arm in the system will not arm. Partition 8 will only arm if all other partitions in the system are armed and if any partition is disarmed, partition 8 will disarm.

If a partitioned or double area installation is configured, UL requires that the following installation requirements be observed.

1. All partitions or areas

2. All partitions or areas

3. The audible alarm device(s) areas.

4. The control cabinet itself that any unauthorized access to the control cabinet will cause an alarm.

must be must be

must be

owned and managed by the same person(s).

part of one building at one street address.

placed where it/they can be heard in all partitions or

tamper protected and connected to a 24-hour type zone so

Zone

Any of the zones (1 - 72) can be assigned to any partition to suit a particular installation's needs. For example, a typical installation might be an 8 partition, 72-zone system, where each partition has 9 zones. The only limitation is that each zone can be assigned to one partition (question #155). Each can be programmed for different zone types: Instant, Exit/Entry, Interior EE Follower, Interior, Fire - Smoke, Fire - Pull Station or Keyswitch (programming question #143).

A zone can be programmed to provide a different response depending on whether it is opened or shorted. Each zone has a group of programming options called ALARM ON OPEN, ALARM ON SHORT, TROUBLE ON OPEN and TROUBLE ON SHORT (programming question #160 through #163, respectively). With these a zone can be enabled for an alarm response that is distinct from a troub le response. In general, trouble can only occur when the panel is disarmed unless 24-Hour Trouble is enabled for that zone. Similarly, an alarm can occur only when the panel is armed, unless 24-Hour Alarm is enabled for that zone. In addition, a zone can be connected without the EOL resistor by simply selecting its particular loop type. For example, for a Normally Open Alarm Loop: ALARM ON OPEN = NO, ALARM ON SHORT = YES, and for a Normally Closed Alarm Loop: ALARM ON OPEN = YES, ALARM ON SHORT = NO. When the alarm conditions are met, the panel responds according to the ALARM TYPE assigned to that zone (programming question #158). Similarly, when the trouble conditions are met, the panel responds according to the TROUBLE TYPE assigned to that zone (programming question #159).

An ALARM TYPE is a list of options (programming questions #108 through #128) that the panel will perform when a zone, which has been, assigned that Alarm Type trips into alarm. There are 16 available Alarm Types. The options controlled by the Alarm Type include Relay 1 output, Relay 2 output, Trigger outputs, CS Reporting Path, Keypad Buzzer and Keypad Display. For example, the tripping of a zone into alarm will only make the bell ring if the RELAY 1 option is set in its Alarm Type; it will only report to the Central Station if the CS REPORTING PATH option is set in its Alarm Type; it will only display on the keypad if the DISPLAY ON ALARM option is set in its Alarm Type. In general, zones can share the Alarm Type if their alarm responses are the same. Initially the DEFAULT ALARM TYPES can be used specifying type 01 for a Fire Zone, type 02 for an Audible Emergency Zone and type 03 for a Burglary Zone. As the need arises, Alarm Types can be modified to suit a particular need. The most common reason to modify an Alarm Type is to set its CS reporting code for double digit reporting (ex: 4 X 2) to the CS. In this case, the CS CODE in the Alarm Type is the first digit and the CS CODE in the Zone Attributes is the second digit.

TROUBLE TYPES work just like the Alarm Types previously explained but with regard to trouble conditions. There are 8 available Trouble Types. It is important to realize that each of the system troubles: LOW BATTERY, SYSTEM ERROR and AC FAILURE are assigned a

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Keypads

Section 2 - System Overview

Trouble Type to define what should happen when that trouble occurs. For example, LOW BATTERY will be reported to the CS if the CS REPORTING PATH option is set in its Trouble Type.

A zone can be defined by both alarm and trouble conditions. The most common use of this dual state reporting is a Fire Zone, which when shorted must ring the bell and send an alarm code, but when opened must ring the keypad buzzer and send a trouble code. Any specific panel response can be performed by selecting the appropriate options in the ZONE ATTRIBUTES, ALARM TYPES and/or TROUBLE TYPES options for any zone.

The control panel supports up to 16 keypads consisting of 8 LED and LCD keypads. Their address will identify them to the control panel. All LED keypads must have their own unique address (1 - 8) and all LCD keypads must have their own unique address (9 -16). Each keypad that is connected must be addressed and its unique address must be assigned to a single partition (programming question #180). Any partition can have more than one keypad assigned to it. The only limitation is that a keypad shows the status of the partition to which it is assigned. However, a keypad can temporarily show other partitions' status through the multi–partition mode (programming question #053).

The factory default settings enable only th e first LCD keypad in the system. Therefore, only a single LCD keypad addressed as #9 should be connected for first time power up of the system. Additional keypads must be first enabled in programming prior to connecting them.

Users

Unlike zones and keypads, each of the 64 (XL-4 and XL-4B) or 128 (XL-5) users can be assigned to multiple partitions (programming question #028). Also, users can be enabled to send Opening/Closing signals to the CS by partition (programming question #029). Once enabled, the user's functions (arming, disarming, bypass, etc.) in the partition depends on its AUTHORIZATION LEVEL (programming question #026). Depending on its authorization level some users can define, modify or delete users through the keypad. To prevent users from performing modifications across part itions each of the users contain a MASTER PARTITION value (programming question #030), which means that users with the proper authorization level can modify only those users having the same master partition number.

In addition, a feature known as SUPER USER allows all users with an authorization level of 1 to be able to alter user partition assignments within all the partitions of the system (programming question #060). Similarly, all users with an authorization level of 2 are able to alter user partition assignments but only within their own assigned partitions. However, USER #001 is ONLY allowed to have its partition assignment altered by itself.

In a partitioned system, caution must be taken when assigning users across partitions. If numerous users are enabled in multiple partitions, then an authorization level 1, 2 or 3 user can only modify another user of equal or lesser authorization level (ex: level 1 is the highest) having the same master partition number, unless the current partition is the same as the master partition of the user to be modified. If assigned in all the partitions, then a modification can be done IN ANY PARTITION by a user of authorization level 1, 2 or 3 to itself and to another user of equal or lesser authorization level having the same master partition value. USER #001 IS ONLY ALLOWED TO BE MODIFIED BY ITSELF; ITS ACCESS CODE MUST NEVER BE MISPLACED AND ITS AUTHORIZATION LEVEL MUST BE SELECTED ONLY AS 1, 2 OR 3. IN ORDER TO RESET USER #001 A COMPLETE SYSTEM DEFAULT RESET MUST BE DONE. The example in the next table illustrates this better.

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

USER NUMBER

USER AUTH. LEVEL

USER MASTER PART.

USER PART. ASSIGNMENT

001 1 1 Y Y Y N N N N N 002 4 1 Y Y Y N N N N N 003 2 2 Y Y Y N N N N N 004 4 2 Y Y Y N N N N N 005 3 3 Y Y Y N N N N N 006 4 3 Y Y Y N N N N N

Only users with an authorization level of 1, 2 or 3 can modify other users.

While the keypad is viewing the following partitions:

PARTITION #1: USER #001 is a master user and can modify itself and user #002; USER #003 can modify itself and users #002 and 004; USER #005 can modify itself and users #002 and 006.

PARTITION #2: USER #001 is a master user and can modify itself and users #002, 003, and 004; USER #003 can modify itself and user #004; USER #005 can modify itself and users #004 and 006.

PARTITION #3: USER #001 is a master user and can modify itself and users #002, 005, and 006; USER #003 can modify itself and users #004, 005 and 006; USER #005 can modify itself and user #006.

Common Partition Example

The following figure provides a simple diagram of how a common partition system may be configured for a small office building. In this figure, the occupants of Office 1 and Office 2 need to enter the building through a common lobby.

To program the system for this type of arrangement, zones and users should be defined as follows:

1. Assume Zones 2 and 4 are for Windows and code these zones as an INSTANT ALARM TYPE.

2. Assume Zones 1 and 3 are Interior Doors and code these zones as EXIT/ENTRY.

MAIN ENTRANCE

COMMON LOBBY

PARTITION 8 - ZONE 5

KEYPAD KEYPAD

OFFICE # 1

PARTITION 1

ZONES 1 AND 2

OFFICE # 2

PARTITION 2

ZONES 3 AND 4

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Section 2 - System Overview

3. Assume Zone 5 is the Main Entrance Door and code this zone as EXIT/ENTRY. (The Entry/Exit Delay for this zone must be adequate for the user to enter the main door, pass through the lobby, and enter their office to disarm the system from their keypad.)

4. Provide User 1 with access to partitions 1, 2, and 8.

5. Provide User 2 with access to partitions 1 and 8.

6. Provide User 3 has access to partitions 2 and 8.

With this programming in th e system and the system armed, when User 2 enters through the main entrance and into office 1 to disarm the system, the disarming of partition 1 will also disarm partition 8 and partition 2 will remain in an armed state. With the system armed, when User 3 enters through the main entrance and into office 2 to disarm the system, the disarming of partition 2 will also disarm partition 8 and partition 1 will remain in an armed state.

When the first user exits the building and arms their partition, only their partition will be armed because the other office is still disarmed. When the last user exits and arms their partition, partition 8 will also arm.

If a partitioned or double area installation is configured, UL requires that the following installation requirements be observed.

1. All partitions or areas

2. All partitions or areas

3. The audible alarm device(s) areas.

4. The control cabinet itself that any unauthorized access to the control cabinet will cause an alarm.

must be must be

must be

owned and managed by the same person(s).

part of one building at one street address.

placed where it/they can be heard in all partitions or

tamper protected and connected to a 24-hour type zone so

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

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SECTION 3

Programming Mode - LCD Keypad

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

Entry Into Keypad Programming Mode

♦

Exit From Programming Mode

♦

••••••••••••••••••••••••••••••••••••••••••••••••••

Entry Into Keypad Programming Mode

LCD Keypad programming can be entered as follows:

Where

[CODE] is the CODE key on the keypad [✴] Is the Asterisk key on the keypad [INSTALLER CODE] is the six-digit installer code reserved for entry to installer

[1] The digit 1 on the keypad

During keypad programming the function keys perform different functions. See section 4 of this manual for further information.

Exit From Programming Mode

After performing the desired system programming, the session can be terminated as follows:

Press the SHIFT and ABORT keys (

from the programming state and return to normal operation.

If ✴ and # are depressed too long, keypad panic will be tripped.

[CODE] [

functions such as keypad programming.

SHIFT + ABORT (Also known as the

] [INSTALLER CODE] [1]

✴

and #) at the same time.

✴

The control panel will exit

and # keys)

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

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SECTION 4

Function Keys

••••••••••••••••••••••••••••••••••••••••••••••••••

When the control panel has been placed into programming mode the keys have a dedicated meaning. The keystrokes used during keypad programming are summarized below:

LCD KEYPAD PROGRAMMING

ENTER: CODE ✴ [Installer Code] 1 EXIT: ✴ #

Next Letter Advances to next character

[ ✴ 7 for rapid scroll] 7 to stop

(Press ✴ and # at the same time)

1 2 3

4 5 6

7 8 9

✴

Shift

Toggle Advances between choices (ex. YES/NO)

0 #

STAY

BYPASS

INSTANT

CODE

Erase

✴

8 Will erase from current position to EOL [Text/num fields ]

Next Question/ Jump to Question Advance to the next programming question. [✴ STAY to jump to another question]

Previous Question Go to previous programming question.

Forward Advance to next data entry field on display.

Backward Move to previous data entry field on display.

Previous Letter Moves to previous character

[ ✴ 9 for rapid scroll] 9 to stop

NEXT QUESTION [STAY KEY]

This function key processes the information entered on the display and advances to the next programming display. The next display depends on the response made to the current question. The questions have been organized to skip questions that are not necessar y 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 [BYPASS KEY]

The PREVIOUS QUESTION key will sequence the display backward to the previous question of the programming sequence. This key can be used scroll backwards through the questions.

FORWARD [INSTANT KEY ]

Advances the cursor position toward the right within the second line of the display. The forward key does not change information. If the question type a numerical or text then the

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

FORWARD key will advance the cursor to the right 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. If the display contains text, then the forward key will advance to the next character.

BACKWARD [CODE KEY]

Similar to the forward key except that the cursor will be moved to the previous position.

NEXT LETTER [7 KEY]

The NEXT LETTER key is used only for text questions. Text questions request entry of characters. This includes the letters A-Z, numbers 0-9, space character as well as the other characters that would normally be seen on a typewriter or computer keyboard. Entry of text information is accomplished through use of the next letter key. The cursor must be positioned to the desired position and the next letter key will advance the display through the character set one character at a time. When the desired character has been reached hit the FORWARD key to advance the cursor to the next position. When all the desired entries have been completed for the text field hit the NEXT QUESTION key.

In addition to the NEXT LETTER key advancing one character at a time, depression of the SHIFT (✴) key followed by the NEXT LETTER ( 7 ) key will advance through the character sequence more rapidly. When the desired character has been reached depress the NEXT LETTER (7) key again to stop the display.

The character sequence includes the letters A - Z along with the following: A - Z { | } space ! " # $ % & ` ( ) ✴ + , - . / 0 1 2 3 4 5 6 7 8 9 : ; =? @

Alphabetic characters can be entered as lower case or upper case values.

ERASE FLD [8 KEY]

The ERASE FIELD function is performed by depressing the SHIFT key (labeled ✴ in normal operation) followed by the ERASE FIELD key (normally the 8 key). This will blank out the entire field from the current cursor position to the end of the field and applies only to numerical and text fields only.

NOTE: After the SHIFT key is depressed, the Arm light will be lit.

PREV LETTER [9 KEY]

The PREVIOUS LETTER is similar to the NEXT LETTER key, however scrolls backward through the character set for text entry. The character sequence begins with the last letter accessed by the syste m .

In addition to the PREVIOUS LETTER key advancing one character at a time, depression of the SHIFT key followed by the 9 key will advance through the character sequence rapidly. This will make one complete pass through the character set. When the desired character has been reached depress the 9 key to stop the display.

TOGGLE [0 KEY]

The TOGGLE key is used for YES/NO q uestions and multiple-choice displays. The toggle key will advance the second line of the display through the available choices for the question. For example, in a YES/NO question the TOGGLE key will change the answer from YES to NO if the initial value was YES. The second line of the LCD display shows the current value. The toggle key advances the display through the available choices for the programming question. After the last available choice has been reached, the display will return to the first choice.

When the desired choice has been obtained, the NEXT QUESTION key will finalize the entry and advance to the next disp lay.

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SECTION 5

Display Format

••••••••••••••••••••••••••••••••••••••••••••••••••

Installer programming of the system 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;

NNN TTTTTTTTTTTT VVVVVVVVVVVVVVVV

Where:

NNN

The programming questions are assigned sequentially and are grouped together based on th e type of question. 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 the char acteristics of all of the zones.

TTTTTTTTTTTTT

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 Z063 for zone #63). For a complete explanation of each programming question consult section LCD Keypad Programming section of this manual.

VVVVVVVVVVVVVVVV

Displays the current contents of the question. This information can be viewed or modified. The questions consis t 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.

Question number (000-255.)

Question Text

Value

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

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SECTION 6

Question Selection Modes

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

General

♦

Sequential Method

♦

Direct Method

♦

••••••••••••••••••••••••••••••••••••••••••••••••••

General

The keypad programming quest ions can be obtained either sequentially or directly as described in the following paragraphs.

In order to use either question selection method you must already be in the Installer Keypad Programming mode.

Sequential Method

A fast method to scroll through the sequence of programming questions involves the successive use of the NEXT QUESTION (or STAY) key. This will advance forward through the programming questions in sequential order without changing any of the current values. The questions presented will depend on the Installer Programming level and the values in previous questions.

FORMAT:

Direct Method

Using the direct method any specific programming question can be obtained through the question sequence number. This method provides instant access to any programming question through the three-digit sequence number. A master listing containing all the programming questions can be found later in this manual.

FORMAT:

where: SHIFT NEXT QUESTION is the depression of the SHIFT [✴] key followed by NEXT

QUESTION [STAY] function key. NNN is the three-digit sequence number of the question desired.

NEXT Q. NEXT Q. NEXT Q

SHIFT NEXT QUESTION NNN

The system must already be in the Programming mode.

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

EXAMPLE: SHIFT NEXT QUESTION 003 After depressing the SHIFT key followed by the NEXT QUESTION key the following display

will appear:

DIRECT ACC. MODE ENTER QUES.#_

Enter 0 0 3. This will obtain question number 003 as follows;

003 CS#1 PH. # 234

In this particular example, the primary Central Station telephone number question was obtained. At this point, the contents of this field can be modified or another question can be obtained. If the question requested belongs to an area that contains multiple offsets then the direct access method will first obtain the selection display for that group. Specifically, this applies to the following groups:

USERS ALARM TYPES TROUBLE TYPES ZONE DEFINITIONS KEYPAD CONDITIONS PARTITION KEYPAD DEFINITION

For example, if requesting the Zone CS Code question, the Zone selection question will first appear. After entry of the desired zone, the first question will appear for that zone.

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SECTION 7

Programming Questions Overview

••••••••••••••••••••••••••••••••••••••••••••••••••

The LCD keypad programming questions have been organized into the following functional categories:

CENTRAL STATION COMMUNICATIONS [Questions 001 - 024]

This area defines the telephone numbers and dialing options for the control panel to communicate with a Central Station and the remote programming devices.

USER DEFINITION [Questions 025 - 030]

Defines the characteristics of the users maintained within the panel. This includes the authorization levels, CS reporting codes and partition assignment.

SYSTEM ATTRIBUTES [Questions 031 - 066]

Defines the values that are common to all zones and partitions within the control panel.

SYSTEM TIMING [Questions 067 - 082]

Contains the various programmable timing features (delays and time-outs).

SYSTEM FUNCTION CODES [Questions 083 - 107]

System function codes specify the codes transmitted to the Central Station for various conditions.

ALARM TYPES [Questions 108 - 128]

Alarm types are used to define the reporting codes and characteristics for different alarm conditions. When setting up a zone an alarm type will be necessary. The system contains up to sixteen alarm types.

TROUBLE TYPES [Questions 129 - 141]

Trouble types are used to define the reporting codes and characteristics for different trouble conditions. When setting up a zone a trouble type will be requested. The system contains up to eight trouble types.

ZONE DEFINITION [Questions 142 - 172]

The XL-4 and XL-4B contains eight to sixteen hardwired zones and up to 64 multiplex zones while the XL-5 contains eight to sixteen hardwired zones and up to 120 multiplex zones. The zones are fully programmable and the zone definitions are used to customize the zones to suit your needs.

KEYPAD CONDITIONS [Questions 173 - 178]

In addition to the hardwired zones, conditions can be activated through the keypad for situations such as FIRE, PANIC, MEDICAL, and DURESS. This section as ks the questio ns to tailor these conditions to your installation.

PARTITION ASSIGNMENT [Questions 179 - 183]

The control panel can be configured to look like multiple systems to the Central Stations. In this section defines the keypads that are assigned to each partition.

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

AUTO-DUMP PARAMETERS [Questions 184 - 194]

One feature of the system is the capability to transmit a log of system activity to a local or remote serial printer. These questions define the frequency of this transmission (daily, weekly, and monthly) along with text to identify each account.

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SECTION 8

LCD Keypad Programming Questions

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

General

♦

CS Communications

♦

User Definition

♦

System Attributes

♦

System Timing

♦

System Function Codes

♦

••••••••••••••••••••••••••••••••••••••••••••••••••

Alarm Types

♦

Trouble Types

♦

Zone Definition

♦

Keypad Conditions

♦

Auto Dump Parameters

♦

General

This section describes keypad programming and applies to the XL-4, XL-4B, and XL-5 systems. The sample displays in this section show the format of the keypad programming questions. The valu es that are displayed are meant to demonstrate the type of input for each question rather than the default values. The factory default values for the programming questions are shown in the appropriate section of this manual. NOTE:

can only be performed through a LCD keypad.

Keypad programming

CS Communications

The following paragraphs define programming procedures for telephone numbers and dialing options for control panel communication with a Central Station receiver and remote programming devices.

Callback Telephone Number

001 CALLBACK # _

The system can be programmed and operated remot ely from the Alarm Company location. This optional two-way capability includes remote programming (uploading, downloading) and remote commands.

All remote activations are performed over a dedicated telephone line at the Alarm Company known as the Callback Number. This number should be common to all control panels installed or maintained by the same company. The callback capability is only an option and is not required in order to perform remote operations. Enter the Callback Number that will represent the fixed telephone number dedicated to your EZ-MATE PC Downloader within your alarm company.

The Callback number is an additional security feature that prevents unauthorized stations from accessing your control panels. If the Callback number is left blank then the panel will not call back the Alarm Company location during remote communications, allowing remote communication with the alarm company after validation of the Central Station ID code.

The Callback telephone number should not be confused with the Central Station Receiver numbers. In addition, if the device will never be operated remotely, then the Callback Number should be left blank.

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

Telephone Number Entry

All phone number should be entered with any area codes or access characters needed to dial the telephone number from the control panel location. The valid digits for all phone numbers are 0- 9,B, C, or D. The phone digits are entered as follows:

0-9 Actual telephone number digits B (Shift 2) ✴ C (Shift 3) 3 Second delay D (Shift 4) #

The SHIFT key is the ✴ (asterisk) shift key on the keypad as shown on the programming overlay.

Do not enter blanks or separators between the digits as this will be interpreted as the end of the telephone number. A totally blank phone number indicates that the phone number does not exist. For example, a blank CS#2 Phone number indicates that the panel does not communicate with the secondary Central Station.

To blank out an existing telephone number move the cursor to the first position and depress the SHIFT key (✴) followed by the 8 key. To advance the next programming question press the NEXT QUESTION (or STAY) key. Telephone numbers within the control panel can contain up to 32 digits. Since the LCD display contains only sixteen characters a secondary display will automatically appear if a phone number greater than 16 characters is entered. This secondary display will be denoted with a small left arrow in the last position of the first

line.

Dump Telephone Number

002 DUMP PH. # _

The control panel stores the last 128 events that have occurred. This system log information can be viewed by an Installer through a LCD keypad, remotely read by the EZ-MATE PC Software, or dumped automatically to a remote serial printer. The remote printer can be located at the Alarm Company, Central Station or other remote location The DUMP telephone number defines the telephone number of this remote printer and modem and can vary from account to account.

In addition the system log can be output to a local serial printer. In order to utilize the local serial printer leave the DUMP phone number blank (enter ✴ 8 to clear a phone number).

The local printer function requires use of the Seria l Print er Interfac e mod ule (mod el 713 0).

If the panel should not transmit system log information then leave this question blank. The DUMP telephone number can contain up to 32 digits. Additional information for the Auto Dump function is defined in questions 184-194. The Auto Dump feature requires a modem or module 7130 and serial printer capable of 300-baud operation.

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Primary Central Station Receiver

003 CS1 PH. # 234

The system can transmit digital alarm signals to two separate Central Station numbers. Enter the complete telephone number of the primary Central Station receiver line. The telephone number should be entered with the correct area code or access control digits necessary to dial the Central Station receiver from the panel location.

The primary CS receiver (CS#1) telephone number can contain up to 32 digits. If the panel does not communicate with the primary Central Station or the panel is being used in a local only application (see question 016) then leave this question blank.

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 for a full explanation of telephone number entry.

CS#1 Receiver Type

004 TYPE CS1 FBI SUPER 2300HZ

The control panel transmits in a variety of DTMF and pulse formats to the Central Station receiver. This question selects the type of CS transmission made to CS#1. The valid options are:

Section 8 - LCD Keypad Programming Questions

FBI SUPER 1400HZ FBI Superf ast Fo rmat 1400 HZ Handsh ake FBI SUPER 2300HZ FBI Superf ast Fo rmat 2300 HZ Handsh ake ADEMCO Point ID ADEMCO Point ID format 4x2 Express ADEMCO 4x2 Express format BFSK 2300 RADIONICS BFSK 2300HZ handshake 10P 1400 STAND 10 Pulses Per Second, 1400 Hz handshake, Standard Format 10P 2300 STAND 10 Pulses Per Second, 2300 Hz handshake, Standard Format 10P 1400 ACC+2 10 Pulses Per Second, 1400 Hz handshake, 3x2 or 4x2 Format 10P 2300 ACC+2 10 Pulses Per Second, 2300 Hz handshake, 3x2 or 4x2 Format 10P 1400 EXTEND 10 Pulses Per Second, 1400 Hz handshake, Extended Format 10P 2300 EXTEND 10 Pulses Per Second, 2300 Hz handshake, Extended Format 10P 1400 PART EX 10 Pulses Per Second, 1400 Hz handshake, Partial Extended 10P 2300 PART EX 10 Pulses Per Second, 2300 Hz handshake, Partial Extended 20P 1400 STAND 20 Pulses Per Second, 1400 Hz handshake, Standard Format 20P 2300 STAND 20 Pulses Per Second, 2300 Hz handshake, Standard Format 20P 1400 ACC+2 20 Pulses Per Second, 1400 Hz handshake, 3x2 or 4x2 Format 20P 2300 ACC+2 20 Pulses Per Second, 2300 Hz handshake, 3x2 or 4x2 Format 20P 1400 EXTEND 20 Pulses Per Second, 1400 Hz handshake, Extended Format 20P 2300 EXTEND 20 Pulses Per Second, 2300 Hz handshake, Extended Format 20P 1400 PART EX 20 Pulses Per Second, 1400 Hz handshake, Partial Extended 20P 2300 PART EX 20 Pulses Per Second, 2300 Hz handshake, Partial Extended 40P 1400 STAND 40 Pulses Per Second, 1400 Hz handshake, Standard Format 40P 2300 STAND 40 Pulses Per Second, 2300 Hz handshake, Standard Format 40P 1400 ACC+2 40 Pulses Per Second, 1400 Hz handshake, 3x2 or 4x2 Format 40P 2300 ACC+2 40 Pulses Per Second, 2300 Hz handshake, 3x2 or 4x2 Format 40P 1400 EXTEND 40 Pulses Per Second, 1400 Hz handshake, Extended Format 40P 2300 EXTEND 40 Pulses Per Second, 2300 Hz handshake, Extended Format

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

40P 1400 PART EX 40 Pulses Per Second, 1400 Hz handshake, Partial Extended 40P 2300 PART EX 40 Pulses Per Second, 2300 Hz handshake, Partial Extended

Use the 0 key to toggle through the available choices. The following receivers/formats are compatible for UL listed systems:

FBI Model CP220: All formats except 4x2 Express ADEMCO Model 685: All formats except FBI Superfast Silent Knight Model 9000: 10PPS, Standard no Parity

This question will be skipped if signals are not transmitted to CS#1 (Question 003).

CS Format Examples

The control panel can transmit a variety of formats to the Central Station. Listed below is an explanation of each format and the overall format of the digits transmitted. Further information concerning the definition of the codes can be located in the appropriate questions within this manual. Consult your Central Station manager to determine the formats acceptable to your Central Station.

Point ID (PID) Format

This is a DTMF format that transmits the following information:

ACCT 18 QXYZ GG CCC

Where:

ACCT = Four Digit Account Number 18 = Identifies PID format Q = Event Type

1 = New Event or Opening 3 = Restore or Closing 6 = Previously reported event

XYZ = Event Code. Dedicated event types exist to designate the type of event. These codes will generate English language printouts on both the FBI CP220 and ADEMCO 685 receivers. The valid event codes are described in Table 1 - PID Event Codes and Table 3 Zone PID Event codes.

GG = Group or Partition initiating the signal CCC = Zone or user number (in Decimal), depending on the signal type

This format requires a High/Low handshake frequency from the CS receiver.

8–4

FBI Superfast

DTMF Format transmitting the following information:

ACCT AZZ S

Where:

ACCT = Four Digit Account Number

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Section 8 - LCD Keypad Programming Questions

A = Alarm Type (Burglary, Fire, etc.) ZZ = Zone number (in Hexadecimal) S = Signal Type (Bypass, Restore, Trouble, etc.)

Select the required handshake frequency: 1400HZ or 2300HZ.

4x2 Express

DTMF format transmitting a four-digit account number followed by a two-digit event code.

Example: 1234 35

This format requires a High/Low handshake frequency from the CS receiver.

Standard Format

Typically involves a 3 or 4 digit account number followed by a single digit event code.

Examples: 123 3, or, 5434 2.

Extended Format

Transmits two lines of information. The first line usually includes the account number (3 or 4 digits), event code, parity bit (if selected), repeats the 3 or 4 digit account number, and repeats the event code. The second line repeats the event code equal to the number of digit s in the account number before identifying the zone (or condition) code. In the following example, the account number is 1234, event code is E, parity bit is P, and zone or condition is

7. Example:

1234 E P 1234 E EEEE 7

Partial Extended

The partial extended format transmits a standard signal for alarm conditions and an extended message for restores and other system conditions.

Examples:

Alarm Condition 853 1

Restore Condition 853 E EEE 1

ACC + 2

This format transmits either a three or four-digit account number followed by a two-digit event code. This format is sometimes called 4x2 or 3x2 format. Example:

123 43 or 5467 35

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

PID Event Codes

When using ADEMCO PID format, the control panel sends dedicated PID event codes. The following table lists the PID Event Codes.

Table 1 - PID Event Codes

EVENT PID EVENT CODE ZONE/POINT/USER #

Opening

Closing

Abort

Cancel

Zone Bypass

Fire Bypass

Dedicated Code, not programmable; sends 1 “Opening” as Event Type followed by 402 “Group O/C”

Dedicated Code, not programmable; sends 3 “Closing” as Event Type followed by 402 “Group O/C”

Dedicated Code, not programmable; sends 406 “Cancel”

Dedicated Code, not programmable; sends 458 “User on Premise”

Dedicated Code, not programmable; sends 570 “Zone Bypassed”

Dedicated Code, not programmable; sends 571 “Fire Bypassed”

Reports programmed 3 digit user CS code from question #27

Reports programmed 3 digit user CS code from question #145

24HR. Zone Bypass

Burg. Bypass

Clock Set

System Test

AC Loss

Dedicated Code, not programmable; sends 570 “Zone Bypassed”

Dedicated Code, not programmable; sends 573 “Burglary Bypassed”

Dedicated Code, not programmable; sends 625 “Time/Date Set”

Dedicated Code, not programmable; sends 602 “Periodic Test Report”

Dedicated Code, not programmable; sends 301 “AC Loss”

Reports programmed 3 digit user CS code from question #145

Dedicated Code, not programmable; by #3: reports #001, by installer: reports #255

Reports programmed 3 digit in CS Test ID Code from question #93

Reports programmed 3 digit in AC Loss ID Code from question #94

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Section 8 - LCD Keypad Programming Questions

EVENT PID EVENT CODE ZONE/POINT/USER #

Low Battery

System Error

Download

Zone Alarms

Zone Troubles

Dedicated Code, not programmable; sends 302 “Low System Battery”

Dedicated Code, not programmable; sends 300 “System Trouble”

Dedicated Code, not programmable; sends 306 “Panel Program Changed”

Programmable

question #146 Zone PID Code; sends 3 digits according to the Zone PID Types

Dedicated Code, not programmable; sends 373 “Fire Trouble” for Fire Zones, sends 370 “Protection Loop” for Burg. Zones

Reports programmed 3 digit in Low Battery ID Code from question #95

Reports programmed 3 digit in System Error ID Code from question #96

Reports programmed 3 digit in Download ID Code from question #97

Reports programmed 3 digit in Zone CS Code from question #145

Zone Restores

Keypad Conditions

Double Digit Event Reporting

The following table lists the Event Codes for double-digit event reporting formats: 3X1 Ext., 4X1 Ext., 3X2, and 4X2.

EVENT

Opening

Dedicated Code, not programmable; sends 3 “Restore” as Event Type followed by programmable PID Code (question #146)

Programmable

question #175 Keypad PID Code; sends 3 digits according to the Zone PID Types

Table 2 - Double Digit Event Reporting

FIRST DIGIT OF

EVENT CODE

Quest. #087, Opening Code; program as 0-F

Reports programmed 3 digit in Zone CS Code from question #145

Reports programmed 3 digit in Keypad CS Code from question #174

✴ SECOND DIGIT OF EVENT CODE

Quest. #027, User CS Code; program as 000015: reports as 0-F

Closing

Quest. #088, Closing Code; program as 0-F

Quest. #027, User CS Code; program as 000015: reports as 0-F

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

EVENT

Abort

Cancel

Bypass

Clock Set

System Test

AC Loss

Low Battery

FIRST DIGIT OF

EVENT CODE

Quest. #086, Abort Code; program as 0-F

Quest. #090, Cancel Code; program as 0-F

Quest. #084, Bypass Code; program as 0-F

Quest. #089, Clock Set Code; program as 0-F

Quest. #092, System Test Funct. Code; program as 0-F

Quest. #131, AC Loss Trouble Type CS Code; program as 0-F

Quest. #131, Low Battery Trouble Type CS Code; program as 0F

✴ SECOND DIGIT OF EVENT CODE

Quest. #027, User CS Code; program as 000015: reports as 0-F

Quest. #145, Zone CS Code; program as 000015: reports as 0-F

Dedicated Code; by installer mode reports as 1; by #3 reports as F

Quest. #093, System Test CS Code; program as 000-015: reports as 0-F

Quest. #094, AC Loss CS Code; program as 000-015: reports as 0-F

Quest. #095, Low Battery CS Code; program as 000-015: reports as 0-F

System Error

Download

Zone Alarms

Zone Troubles

Zone Restores

Keypad Conditions

✴ Note: Due to the limitation of representing hexadecimal numbers using a single digit, a maximum of 16 zones and 16 users can be reported.

Quest. #131, System Error Trouble Type CS Code; program as 0-F

Quest. #097, Download Funct. Code; program as 0-F

Quest. #110, Alarm Type CS Code; program as 0-F (Find Alarm Type for zone in quest. #158)

Quest. #131, Trouble Type CS Code; program as 0-F (Find Trouble Type for zone in quest. #159)

Quest. #111, Alarm Type CS Restore Code or quest. #132, Trouble Type CS Restore Code; program as 0-F

Quest. #110, Alarm Type CS Code; program as 0-F (Find Alarm Type for condition in quest. #177)

Quest. #096, System Error CS Code; program as 000-015: reports as 0-F

Quest. #098, Download CS Code; program as 000-015: reports as 0-F

Quest. #145, Zone CS Code; program as 000015: reports as 0-F

Quest. #174, Keypad Condition CS Code; program as 000-015: reports as 0-F

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CS#1 Account Size

005 CS1 ACC SIZE 4 DIGIT ACC

This question indicates whether a three or four digit account number will be transmitted to CS#1. If a three-digit account number is selected then any fourth digit will be ignored. Depression of the 0 key will toggle between 3 and 4-digit account number.

The actual account number transmitted to the Central Station #1 is defined in question 182.

The FBI Superfast, 4x2 Express, and ADEMCO PID (point ID) formats utilize a four-digit account number.

CS#1 Parity Selection

006 PARITY CS1 YES

Enter the desired parity setting for CS#1 transmissions. Parity is an error detection scheme that is used in certain CS transmission formats. If you are unsure about the parity setting for your receiver please contact your Central Station manager.

Section 8 - LCD Keypad Programming Questions

This question will be skipped if signals are not transmitted to CS#1 (question 003).

Sescoa Format CS#1

007 SESCOA NO

This question indicates whether the Sescoa format for fixed digit timing will be transmitted to CS#1. Depression of the 0 key will toggle between YES and NO. Note: This only applies to the various pulse based CS transmission formats and will be skipped if signals are not transmitted to CS#1 (question 003).

Secondary Central Station Receiver

This option shall not be used for UL listed systems.

008 CS2 PH. # _

The control panel can transmit digital alarm signals to two separate Central Station numbers. Enter the complete telephone number of the secondary Central Station receiver line. The telephone number should be entered with the correct area code or access control digits necessary to dial the Central Station receiver from the panel location.

The secondary CS receiver (CS#2) telephone number can contain up to 32 digits. If the panel does not communicate with the secondary Central Station or the panel is being used in a local only application (see question 016) then leave this question blank.

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

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 for a full explanation of telephone number entry. For explanations of the CS transmission formats see question 004.

CS#2 Receiver Type

009 TYPE CS2 FBI SUPER 2300HZ

The control panel transmits in a variety of DTMF and pulse formats to the Central Station receiver. This question selects the type of CS transmission made to CS#2. The valid options are:

Use the 0 key to toggle through the available choices.

8–10

See CS#1 for compatible receivers for UL installations. Contact the Central Station manager of your monitoring facility to determine the formats

compatible with your Central Station.

This question will be skipped if signals are not transmitted to CS#2 (Question 008).

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CS#2 Account Size

010 CS2 ACC SIZE 4 DIGIT ACC

This question indicates whether a three or four digit account number will be transmitted to CS#2. Depression of the 0 key will toggle between 3 and 4-digit account size. If a three-digit account number is selected then any fourth digit will be ignored.

This question will be skipped if there is no transmission to CS#2 (question 008).

The FBI Superfast, 4x2 Express, and ADEMCO PID (point ID) formats utilize a four-digit account number.

The actual account number transmitted to the secondary CS is defined in question 183.

CS#2 Parity Selection

011 PARITY CS2 YES

Enter the desired parity setting for CS#2 transmissions. Parity is an error detection scheme that is used in certain CS transmission formats. If you are unsure about the parity setting for your receiver please contact your Central Station manager.

Section 8 - LCD Keypad Programming Questions

This question will be skipped if signals are not transmitted to CS#2 (question 008).

Sescoa Format CS#2

012 SESCOA NO

This question indicates whether the Sescoa format for fixed digit timing will be transmitted to CS#2. NOTE: This only applies to the various pulse based CS transmission formats and will be skipped if there is no telephone number defined for CS#2 (question 008).

Panel Installer Code

This option shall not be used for UL listed systems. This question will be skipped if signals are not transmitted to CS#2 (question 008).

013 INSTAL CODE 123456

The system contains a series of functions that 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 instal ler 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: If the default lockout option (Question #063) is selected then this value will not be overwritten with a system default. To erase the installer code press ✴ 8.

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

Special care should be made whenever changing the installer code value since subsequent keypad programming sessions will require the code entered.

Dialing Type

014 DIAL TONE

Selects the method that this control panel will use to dial the Central Station and is common to both Central Station phone numbers. Depression of the 0 key will toggle through the following options:

TONE Touch Tone Dialing FAST TONE Fast Touch Tone PULSE Pulse (or rotary dialing) ADAPTIVE Touch Tone with Pulse Backup

1. The option labeled fast tone transmits the touch tone frequencies at twice the normal speed, and will automatically revert to normal touch-tone if unsuccessful. This fast tone option may not be valid in all telephone exchanges. In the ADAPTIVE dialing mode the control panel will attempt to dial in normal touch tone and if dial tone is not broken revert back to pulse dialing.

2. This question will be skipped if all the telephone numbers are blank.

Dial Tone Detection

015 DIAL TONE NO

Indicates whether the control panel will look for dial tone before attempting any dialing attempt. If dial tone detection is selected then the panel will immediately dial if dial tone is detected. This option can speed up outgoing dialing without the normal delays. If dial tone is not present then the system will undergo the anti-jam sequence as described in question 023.

If the dial tone detection option is not selected then the system will follow the anti-jam procedure as described in question 023.

Central Station Dialer Enable

016 DIAL ENAB YES

This question indicates whether the communicator section will 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 = YES.

Remote Operation

017 REM ENAB YES

Indicates whether remote actions of any kind will be permitted on this panel. This includes uploads, downloads, arms/disarms, bypasses and status checks. Remote operations can be initiated through the EZ-Mate PC downloading software.

Questions 18 - 20 indicate specifically which remote actions will be permitted.

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Remote Disarm Enable

018 REM DISARM YES

Indicates whether this panel can be disarmed remotely through the EZ-MATE PC Based Downloader. This question provides an additional layer of security for remote operations. This question will be skipped if the answer to the Remote Operations question 17 is NO. If the system is programmed for transmission of closing signals then the signal will be sent after completion of the downloading session.

Section 8 - LCD Keypad Programming Questions

Remote Arm Enable

Remote Bypass Enable

This question must be answered "NO" for UL listed systems.

019 REM ARM YES

Indicates whether this panel can be armed remotely through the EZ-MATE PC Based Downloader. This question provides an additional layer of security for remote operations. This question will be skipped if the answer to the Remote Operations question 17 is NO. If the system is programmed for transmission of opening signals then the signal will be sent after completion of the downloading session.

020 REM BYPASS NO

Indicates whether this panel can have individual zones bypassed or unbypassed remotely through the EZ-MATE PC Based Downloader. This question will be skipped if the answer to the Remote Operations question 17 is NO. If the system is programmed for transmission of bypass signals, then the signal will be sent after completion of the downloading session.

Number Of Attempts

This question must be answered "NO" for UL listed systems.

021 # ATTEMPTS 08 (01-16)

Indicates the number of 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 the Central Station reporting path transmits signals to either receiver telephone numbers then transmission will alternate between the two numbers if either line is busy.

Default value = 08, 16 means 16 attempts.

For UL Listed applications this shall be programmed for a value between 5 and 10 attempts.

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XL-4, XL-4B, and XL-5 LCD Keypad Programming Manual Version 4

Ring Count

022 # RINGS 08 (01-16)

Whenever the Alarm Company attempts to communicate remotely with the system it will dial the telephone number attached to the control panel. This question determines how many rings are necessary for this control panel to pickup. NOTE: After the first ring the control panel will listen into the telephone line to determine whether there is an EZ-Mate downloader present. If the downloader is present then the control panel will pick up the line, after the ring count has occurred.

The number of rings should be selected not to interfere with normal operation of the protected premise. For example, if the system were connected to the existing telephone line of the location a value of one ring for pickup would probably be undesirable since the panel would pickup and seize the telephone line every time the premise telephone would ring.

If an answering machine is present at the control panel site, then the number of rings should be set greater than the number of rings for the answering machine to pickup.

Default value = 8.

Extended Antijam Time

023 EXT ANTIJAM NO

The control panel contains an anti-jam feature before it performs any communicator dialing. The anti-jam feature will disconnect the internal telephone line and perform a hang-up on any external connection. The standard hang-up time is 4 seconds, and the extended option will hang up for 30 seconds prior to dialing.

The anti-jam 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.

The anti-jam sequence will be utilized if dial tone detection is not selected or if dial tone detection is selected and dial tone is not present at the time of dialing (see question 015). Default = NO.

Extended Acknowledgment

024 EXTENDED ACK NO

Indicates whether the panel should wait up to 120 seconds for an acknowledgment from the Central Station receiver, otherwise the panel will wait 30 seconds. Press the 0 key to toggle between the available choices. Default = NO.

This option must be programmed as "NO" for UL Listed Systems.

User Definition

The XL-4 and XL-5 control panels contain up to 64 user codes while the XL-5 contains up to 128 user codes. Each user has a unique four-digit user code, an authorization code, partition assignments, open/close assignments, and a master partition. This section of the Installer keypad programming is used to setup the authorization levels and user partition assignments within the panel.

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The definition of the actual user codes is not performed within the Installer Keypad Programming sequence. Definition or modification of user codes can be performed through keypad entry by the end user or installer or remotely by an authorized operator through the EZ- Mate PC software.

Select User Number

025 SEL USER # 000 000=SKIP

This question indicates the desired user number to be modified. Entry of 000 will skip to the next group of questions (System Attributes). The XL-4 and XL-4B can contain up to 64 different users while the XL-5 can contain up to 128 different users. The user numbers range from 001 to 065 for the XL-4 and XL-4B. The user numbers range from 001 to 128 for the XL-

User Authorization Level

026 US LEV #XXX _ (1-7)

Authorization levels within the control panel determine the functions that each user may perform within the control panel. The values range from 1 (highest) to 7 (lowest) as defined below:

Section 8 - LCD Keypad Programming Questions

LEVEL 1 SUPER USER

LEVEL 2 Arm, Disarm, Bypass, Program Users, and Change Partition Assignments in

LEVEL 3 Arm, Disarm, Bypass, and Program Users LEVEL 4 Arm, Disarm, and Bypass LEVEL 5 Arm and Disarm LEVEL 6 DURESS CODE LEVEL 7 Arm ONLY Code (Maid Code)

Consult the Installation and Setup Guide or User Guide for further information on the functions performed by various users. NOTE: Users with authorization levels of 1,2 or 3 are considered Master Users.

User CS Open/Close ID

027 O/C ID #xxx ___ 001- 255

This indicates the digits to be transmitted to the Central Station when this user opens or closes the premise. The default value for each user CS code will be the user number. If Open/Close signals are not transmitted or if the reporting format does not transmit O/C by user ID (example STANDARD) then this value will be ignored.

The user code transmitted to the Central Station may be restricted by the type of transmission format selected. For example, if you are transmitting in either the standard, extended or 4x2 formats there is onl y one digit to transmit a user code, therefore you can only identify user codes in the 0 - 15 range. The Point ID (PID) format will allow you to transmit any desired user code from 001 - 255.

Arm, Disarm, Bypass, Program Users, Change Partition Assignments in ALL partitions

own partitions

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If transmitting in the Point ID Format then enter the exact value you wish to transmit for the user code. Since the default value is the physical user number then the default value may be sufficient (example, user number 62 will appear at the receiver as 062).

If a hexadecimal value is desired for transmission (example 4x2, standard or extended formats), enter the decimal equivalent. For example, to transmit an open/close user ID of B, enter 011. This will only be required if transmitting a format such as 4x2. Examples: A = 010, B=011, C=012, D=013, E=014, F=015.

User Partition Assignment

028 US PART #XXX YNNNNNNN

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 that 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 (INSTANT) and BACKWARD (CODE) keys are used to move the cursor to the desired position and the TOGGLE (0) key allows YES/NO selection for the partition. For example, the first position represents partition #1; the second position is partition #2 etc.

If using the common partition feature, user codes should only be enabled in active partitions.

User Open/Close Transmit Enable

For UL Listed systems, all users shall be assigned to partition 1.

029 O/C EN #xxx YYYYYYYY

This question indicates whether this user should transmit open/close signals to the Central Station by partition.

For example, the owner of a partitioned system may have access to all of the partitions, however signals should only be sent to the CS if this user initiates an opening or closing from partition number 1. NOTE: All activity will still be maintained within the system log.

The user must also be programmed within the desired partition and an open/close code must be defined in order for transmission to occur.

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User Master Partition

030 US MAST #xxx __ (1-8)

The system contains the capability to define, modify and delete users through the keypad. This capability is determined by the authorization level of the user (levels 1 - 7 as defined in question 026). As an additional precaution against users performing modifications across

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partition boundaries each of these users will contain a master partition value, such that users with the proper authority level can program only those users that have the same master partition number.

For example, to prevent authorized users within partition one from changing user codes assigned to partition two, simply program the users in partition #1 to have a master partition of one, and the users in partition two to have a master partition of two.

System Attributes

The System Attributes defines the parameters that are common to all zones and partitions within the control panel.

Expansion Modules

031 EXPAND MODE NO EXPAND

This question selects which zone expansion module is present in the control panel. Press the 0 key to toggle through the available choices:

NO EXPAND Zone expander slot empty - Control panel contains 8 hardwired zones

8 ZONE EXP. Model 7105 zone expander module is present. Total of 16 zones

Section 8 - LCD Keypad Programming Questions

only.

consisting of the 8 zones on-board and 8 additional hardwired zones through the expander module.

MUX EXPAND 1 Multiplex expansion module present. Multiplex expansion module

model 7120 is used for the XL-4 and XL-4B and expansion module model 7126 is used in the XL-5 The system contains 8 hardwired zones plus up to 64 multiplex points (XL-4 and XL-4B) or 120 multiplex points (XL-5), using a two wire multiplex bus. The multiplex zones are known as 9 – 72 (XL-4 and XL-4B) or 9 – 128 (XL-5).

The MUX EXPAND 1 option will scan the multiplex bus upon reset and will find the active points connected to the bus. Using this auto scan mode, the active devices must be programmed within the programming sequence to the desired attributes and connected to the bus and be operational prior to the system reset. NOTE: The reset occurs during a total power-up or after exiting programming (keypad or remote).

MUX EXPAND 2 Multiplex expansion module present. Multiplex expansion module

Under MUX EXPANDER 2 the valid zones connected to the multiplex bus are determined by the zone definitions. An active multiplex zone will be defined as any zone (9 – 72 or 9 - 128) which contains a zone definition with at least one condition that can cause an alarm/trouble. See questions 160 - 163. In this mode an inactive zone would be a zone that would contain the alarm/trouble on open/short questions all programmed as NO.

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If any of the expander modules are defined within this question then the module must be connected to the control panel.

External Relay Modules

032 XTRIG MODE NO

This question selects if a XL-4705 relay module is connected to the control panel. Press the 0 key to toggle between the available choices.

Open/Close CS Reporting Path

033 OP/CL PATH NONE

Specifies the transmission path for opening and closing signals. If the system i ncludes exception reporting then opening and closings mean that the events occurred within the schedule time for that day. The options are:

CS#1 ONLY Primary rec. only CS#2 ONLY Secondary rec. only CS#1 & CS#2 Both receivers always CS#1 BU CS#2 CS#1 backed up by CS#2 CS#2 BU CS#1 CS#2 backed up by CS#1 NONE No O/C transmissions

Press the 0 key to toggle through the available choices.

The opening and closing reporting path will cover all partitions in a multi-system installation.

Partition Auto Arming By Day

Openings and closings shall be enabled in UL Listed Commercial Burglary applications.

034 ENAB AUTOARM NNNNNNNN

This question indicates whether Auto Arming by partition by day should be enabled. To enable this function for a partition, advance to the partition desired and depress the 0 key (toggle) to change the N (no) to Y (yes). When this function is enabled, an auto-arming schedule must be entered into the system. To enter an auto arming schedule proceed as follows:

1. Exit the programming mode.

2. Enter #3 from the keypad. The keypad will display:

System clock (1) Clock (2) Arm

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Section 8 - LCD Keypad Programming Questions

The clock must be set prior to entering an auto-arming schedule. If the clock is not already set, refer to the Quick Commands section of the Installation and Setup Guide.

3. Press 2. The keypad will display:

Su Autoarm HR 12:00 a Part 1

The Part number will be the partition number the keypad is enabled in.

4. Set the hour by entering a number from 1 to 12 for the desired hour (HR).

5. Press the Instant key. The HR portion of the display will change to MIN.

6. Set the minute by entering a number from 0 to 59 for the desired minute (MIN).

7. Press the Code key to change from AM (a ) to PM (p). NOTE: The CODE key must be

pressed at least once before you can exit this mode.

8. Press the Stay key to advance to the desired day of the week. Note that if the # key is

pressed while in the auto arm mode, the display will show --:-- meaning that the time is disabled and there will be no auto arm for that day.

9. Re-enter the programming mode to continue programming.

Clock Set Reporting Path

035 CLOCK PATH NONE

Specifies the transmission path for the Schedule Change reporting code to the CS. A clock set signal can be transmitted to the Central station every time the time on the clock is changed at the keypad. The options are:

CS#1 ONLY Primary rec. only CS#2 ONLY Secondary rec. only CS#1 & CS#2 Both receivers always CS#1 BU CS#2 CS#1 backed up by CS#2 CS#2 BU CS#1 CS#2 backed up by CS#1 NONE No transmission

Press the 0 key to toggle through the available choices.

This reporting path will cover all partitions in a multi-system installation based on the exception reporting option specified in question 035. The code transmitted for clock set is defined in question 089.

Test Signal Reporting Path

036 TEST CS PATH NONE

Specifies to which Central Station the periodic system test signals is transmitted. The options are:

CS#1 ONLY Primary rec. only CS#2 ONLY Secondary rec. only

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CS#1 & CS#2 Both receivers always CS#1 BU CS#2 CS#1 backed up by CS#2 CS#2 BU CS#1 CS#2 backed up by CS#1 NONE No Test transmissions

Press the 0 key to toggle through the available choices.

System Test Interval

Test code transmission shall be enabled in UL Listed applications.

037 TEST FREQ 24 HOUR

Indicates the frequency of automatic system test reports. Test reports can be transmitted to the Central Station on a daily (every 12 or 24 hours) or on a weekly basis. System Test signals will be transmitted only if a transmission path is specified in question 036. The test code transmitted,depending on the format selected, is entered in System Test questions (#092 and #93). The time of day (hour and minute) for transmission of system test is entered in questions 038 & 039. Press 0 to toggle between the following options:

12 HOUR 24 HOUR SUNDAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY

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System test will report the account number for partition #1 in a multi-partitioned system.

Test Time - Hour

The test frequency shall be 12 or 24 hours for UL listed applications.

Enter the hour of the day, in 24-hour time, for transmission of system test signal. For example, 5PM = 17. The test time is only applicable if there is a test signal and transmission path defined.

038 TEST TIME HR 23 (00 - 23)

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Test Time - Minute

039 TEST TIME MN 00 (00 - 59)

Enter the minute within the hour, for transmission of a system test signal.

Download Reporting Path

040 DOWN PATH NONE

Specifies the Central Station transmission path for a signal confirming a system download. This signal will be sent upon any valid remote communications connection with the control panel. This allows the Central Station to be notified upon a remote communications session (upload/download or remote commands). The options are:

CS#1 ONLY Primary rec. only CS#2 ONLY Secondary rec. only CS#1 & CS#2 Both receivers always CS#1 BU CS#2 CS#1 backed up by CS#2 CS#2 BU CS#1 CS#2 backed up by CS#1 NONE No Download transmissions

Press the 0 key to toggle through the available choices.

Section 8 - LCD Keypad Programming Questions

Bypass Reporting Path

041 BYPASS PATH NONE

Specifies the Central Station transmission path for system bypasses. The options are:

CS#1 ONLY Primary rec. only CS#2 ONLY Secondary rec. only CS#1 & CS#2 Both receivers always CS#1 BU CS#2 CS#1 backed up by CS#2 CS#2 BU CS#1 CS#2 backed up by CS#1 NONE No Bypass transmissions

Press the 0 key to toggle through the available choices.

Disable Bypass On Stay

042 DIS BYP STAY NO

Indicates whether a bypass signal transmission will be disabled when performing STAY arming. If answered as NO then bypasses will be transmitted to the Central Station. If YES then bypasses will not be transmitted.

In either case, the bypasses will be reflected in the system log. Press the 0 key to toggle between the available choices.

This question also determines whether bypasses will be transmitted when performing group bypasses. If answered as NO then individual bypasses will be transmitted to the Central Station. If YES, then bypasses will not be transmitted when a group bypass is performed.

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Bypass Transmission Type

043 XMIT BYPASS ON BYPASS

Specifies when bypasses are transmitted to the Central Station. The options are:

ON BYPASS Transmit at time of bypass ON ARMING Transmit upon system arming

Bypassing can be enabled or disabled by zone.

Auto Unbypass Enable

Arming Output Level

This must be programmed "ON BYPASS" for UL Listed systems.

Press the 0 key to toggle between the available choices.

044 AUTO UNBY EN YES

Indicates whether bypassed zones will automatically be unbypassed upon system disarm. Bypasses will be generated for the bypassed zones if a bypass code has been defined. This option will only unbypass zones if there are no other alarm or trouble conditions present.

This must be programmed "YES" in UL Listed systems.

Press the 0 key to toggle between the available choices.

045 ARM OUT LEV HIGH

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 that 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 HIGH and LOW. Press the 0 key to toggle between the available choices.

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Bell Test At Arming

046 BELL TST ARM NO

Indicates whether a bell test will be performed when the system is armed. Default = NO.

The bell output is assumed to be relay 1, and will only operate with relay 1.

This must be programmed as "YES" in UL Listed Commercial Burglary applications.

Press the 0 key to toggle between the available choices.

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Bell Ringback At Closing

047 BELL RBAK NO

Indicates whether there will be a bell ringback at closing. If YES then the bell (relay 1) will pulse several times indicating a successful closing signal to the Central Station. If the system is partitioned then this can occur for each of the partitions. Default = NO. Press the 0 key to toggle between the available choices.

Sounder Ringback

048 SOUND RBAK YES

Indicates whether a keypad sounder ringback will occur and applies to all signals transmitted to the Central Station. This is similar to the bell ringback option described in the previous question except this involves the keypad sounder. If the system is pa rtitioned then the sounder ringback will occur at the keypads defined for the partition that has closed. Default = Yes. Press the 0 key to toggle between the available choices.

Section 8 - LCD Keypad Programming Questions

Fire Verification

Reset Key Function

For UL applications either question 47 or 48 must be "YES".

049 FIRE VERIF YES

Indicates whether relay number 2 will be used as a fire (or smoke) reset for the hardwired zones of the system. If YES then relay #2 will be dedicated to the fire reset function.

If Fire Verification is not used then relay #2 is available for other purposes providing that no zones are defined for FIRE- SMOKE purposes in qu estion 143.

This question must be set to NO if relay 2 is desired for operation other than as a smoke detector reset.

If a fire zone is programmed in the system and fire verification is set to NO, the panel will automatically reset this question to YES.

If four wire smoke detectors are used in conjunction with multiplex adapters then the smoke reset will originate from relay # 2.

Press the 0 key to toggle between the available choices.

050 ENAB RESET NO

Indicates whether the system reset function can be performed through depression of the ✴ key. This is an alternative to entry of a valid user code. The RESET function would be used to acknowledge system activity such as alarms or troubles and to exit the alarm memory mode.

If YES, then system reset can be performed using the ✴ key or a valid user number. If NO then only a valid user code is accepted.

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Restores To Follow Loop

In UL Listed systems this option must be "NO".

Press the 0 key to toggle between the available choices.

051 RES FOL LOOP NO

Indicates whether all restore signals are to follow the loop or after bell cutoff. If NO then restores occur after the bell cutoff period and the loop has returned to the normal condition, or if the system is disarmed after alarm and the zone is not recycled. Default = NO.

If selecting this option then the action on abort (question 052) should be programmed for "no abort".

In UL Listed systems this option must be "NO".

Press the 0 key to toggle between the available choices.

Action On Abort

052 ACT ON ABORT NO ABORT

Indicates the action to be t aken on an abort. The options are:

ABORT CODE Transmit the abort code instead of the alarm code STOP DIALING Stop the transmission, send nothing NO ABORT No abort capability; send alarm code RESTORE Transmit the restore code instead of the alarm code Press the 0 key to toggle between the available choices.

The abort action is system wide and will be used for all zones within all partitions. Additional notes on the ab ort feature:

Only alarms caused by actual zones (not keypad emergency conditions) are abortable. Zones must have an alarm type specifying a dial delay to be abortable (even if the dial delay time is set to 0). If dial delay is set to NO in the alarm type then there is no capability to abort the signal.

Zones are abortable until receipt of handshake All formats (except PID) will transmit the abort action followed by the zone code. PID format will transmit the cancel code (406) and the user number.

Multi-Partition Mode

053 CROSS PART YES

This option enables an authorized user at one keypad to access other partitions within the system through the # 0 command. Authorized users will be able to view the status of other partitions and perform commands from the keypad. Press the 0 key to toggle between the available choices.

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Enable Quick Arming

054 QUICK ARM YES

Indicates whether the quick arming command [ # 1 ] will be available to users of the system.

This enable i s system-wide in a multi-partitioned system.

Quick arming will transmit the CLOSE code, if programmed, along with the first user number defined for the partition if the transmission format sends a user code.

Enable Quick Forced Arming

055 QUICK F-ARM YES

Indicates whether the quick forced arming command [ # 2] will be available to users of the system.

If quick forced arming is enabled then it will be available throughout all partitions of a multi-partitioned system.

Section 8 - LCD Keypad Programming Questions

Quick forced arming will transmit the CLOSE signal, if programmed for CS transmission, along with the first user code defined for that partition if the transmission format sends a user code.

Secure Forced Arming

In UL Listed systems this option must be "NO".

Press the 0 key to toggle between the available choices.

056 SECURE F-ARM YES

This indicates whether the forced arming function will be permitted within the system. The forced arm sequence requires a user code as follows: BYPASS [User Code] BYPASS. This applies to all partitions within the system. This option is independent of the quick forced arm option in the previous question.

In UL Listed systems this option must be "NO".

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Enable Keypad Zone Directory

057 ZONE DIR YES

The system has a user initiated keypad function (LCD keypads only) which can scroll through the zone descriptions for all zones assigned to the partition ( # 4 ). This question enables or disables the keypad directory function. Press the 0 key to toggle between the available choices.

Enable Quick Bypass Arming

058 QUICK BYPASS YES

Indicates whether the quick bypass command [ # 5 ] will be available to users of the system. NOTE: If quick bypass is enabled then it will be available throughout all partitions of a multi-partitioned system.

Enable Chime Control

Super User Enable

In UL Listed systems this option must be "NO".

Press the 0 key to toggle between the available choices.

058 CHME CNTRL YES

Indicates whether the keypa d option to turn the system chime on and off [ # 6 ] will be available to users of the system.

If chime control is enabled then it will be available throughout all partitions of a multi-partitioned system.

Each zone has an individual option to select whether the zone can activate the chime (question 169). Press the 0 key to toggle between the available choices.

060 SUPER USER YES

Selects whether user authorization level 1 will be able to alter user partition assignments within all partitions of the system. Press the 0 key to toggle between the available choices.

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Multi-Partition Operation

061 MULTI PART ARM/DISARM

Selects the functions that are available through the multi-partition operation command [# 0 ]. The multi-partition option allows an authorized user to turn any keypad into an active keypad for any selected partition, or to group arm or disarm the system. Press the 0 key to toggle through the following multi-partition functions:

ARM/DISARM Allows multiple partition arming and disarming by authorized users. DISABLED Multi partition function [ # 0 ] is not permitted.

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TO DISARM Only multiple partition disarming is permitted. TO ARM Only multiple partition arming is permitted.

7 Digit User Code

062 USER# + CODE NO

The control panel can be operated with either a four or seven digit user code. This question indicates whether the user code required throughout the system will be the 4 digit user code or the User # followed by the user code (seven digit). Default = NO

If YES, then a seven-digit entry will be required for all actions which require a user code. For example, if user # 7 has a user code of 1234 then that user would enter 0071234 to perform actions on the system.

This option affects all users for all partitions. Press the 0 key to toggle between the available choices.

Default Lockout Option

063 CS/INST DEF YES

This option is known as the default lockout option and determines whether the CSID and Installer Code will be modified upon initiating a system default. To obtain default lockout protection, answer NO to this question.

Section 8 - LCD Keypad Programming Questions

If the Default Lockout option is selected then a system default will reset all of the programmable options except the CSID and the Installer Code. Press the 0 key to toggle between the available choices.

Keypad Programming

064 KPAD PROG YES

This question indicates whether keypad programming will be enabled. If keypad programming is disabled then the system can only be programmed through the EZ-Mate PC Software package.

If this question is answered as NO you will be unable to reenter keypad programming.

Default = YES. Press the 0 key to toggle between the available choices.

Daylight Savings Time

065 DAYLITE SAV NO

Indicates whether this location observes daylight savings time. If YES then the syst em will automatically switch the time when appropriate each season. Press the 0 key to toggle between the available choices.

AC Line Frequency

066 AC FREQ 60 HZ

Indicates the line frequency of the incoming AC power line. The choices are 60 Hertz or 50 Hertz [Default = 60 HZ]. The 0 key will toggle between the choices of 60hz and 50hz. This

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question must be answered correctly based on the input power in order to insure an accurate system time clock.

The standard value for the US is 60Hz.

In UL Listed systems this option must be 60Hz.

System Timing

The System Timing section allows programming of the various timing options of the control panel.

Bell Delay Time

Amount of time in 15 second increments prior to activating the bell (relay #1) upon system activity. The value is specified in steps of 15 seconds from 00 to 14, with 15 meaning an infinite delay. Example 00 = No delay, 03= 45 second delay.

Each alarm type has a programmable option (question 112) indicating whether the alarm type adheres to bell delay. This allows certain emergency conditions to bypass the bell delay if desired.

In UL Listed systems this option must be 00.

067 BEL DEL 15S 01 (00-15)

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Dialer Delay

Exit Delay #1

068 DIAL DEL 15S 01 (00-15)

Indicates the amount of time before dialer activation in 15-second intervals. Similar to the bell delay, an option exists to override the dialer delay for certain conditions.

In UL Listed systems this option must be 00.

069 EXIT DL1 15S 04 (00-15)

Specifies the exit delay in 15-second increments. The exit delay can be defined from 0 to 14 fifteen-second intervals, with 15 indicating an infinite exit delay.

The zone attributes (question # 164) allows selection of the desired exit delay.

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Section 8 - LCD Keypad Programming Questions

Exit Delay #2

Entry Delay #1

This shall not exceed 60 seconds in UL Listed systems.

070 EXIT DL2 15S 04 (00-15)

Specifies the exit delay in 15-second increments. The exit delay can be defined from 0 to 14 fifteen-second intervals, with 15 indicating an infinite exit delay.

The zone attributes (question # 164) allows selection of the desired exit delay.

This shall not exceed 60 seconds in UL Listed systems.

071 ENT DEL1 15S 02 (00-15)

The control panel contains two separate entry time periods. This allows different entry times for different zones. For example a keypad placed by a garage door might require more time than a keypad located next to the front door. Each zone allows selection of either entry time (see question #165).

Specify entry delay #1 in 15 second increments. The entry delay can be defined from 0 to 14 fifteen-second intervals, with 15 indicating an infinite exit delay.

Entry Delay #2

Specifies entry delay #2 in 15 second increments. The entry delay can be defined from 0 to 14 fifteen-second intervals, with 15 indicating an infinite exit delay. When defining individual zones an option exists to select entry delay 1 or 2 (see question 165).

AC Loss Delay

Indicates the time delay in 15-minute intervals for transmission of an AC loss signal. AC failure must exist for the AC loss period before an AC loss signal will be transmitted.

In UL residential applications the entry delay shall not exceed 45 seconds, or 15 seconds for UL Commercial Burglary applications.

072 ENT DEL2 15S 04 (00-15)

In UL residential applications the entry delay shall not exceed 45 seconds, or 15 seconds for UL Commercial Burglary applications.

073 AC LOSS 15MN 01 (00-15)

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A value of 00 indicates that AC failure should be sent immediately, while a value of 15 indicates that AC loss should never be sent. Default value = 2 (30 minutes).

Exit Triggers

074 EXIT TRG NNNNNNNN

Indicates whether any of the eight programmable voltage level output triggers will be activated upon an exit condition. The position of the Y or N indicates the trigger number. This trigger will be latched for the duration of the exit interval. When the relay module is enabled in question 032, the position of the Y or N becomes the arming status for partitions 1 though 8 for corresponding relay 1 through 8. Default = NNNNNNNN.

The triggers are active high and go from 0 - 12 volts, 25mA maximum current. The FORWARD (INSTANT) and BACKWARD (CODE) keys are used to position the cursor

to the desired position while the TOGGLE (0) key will change the Yes/No status of that trigger. The first position represents trigger #1, the second position trigger #2, etc

Entrance Triggers

075 ENT TRG NNNNNNNN

Indicates whether any of the eight programmable voltage level output triggers will be activated upon an entrance condition. The position of the Y or N indicates the trigger number. This trigger will be latched for the duration of the entrance interval. Default = NNNNNNNN.

The triggers are active high and go from 0 to 12 volts, 25mA maximum current. The FORWARD (INSTANT) and BACKWARD (CODE) keys are used to position the cursor

to the desired position while the TOGGLE (0) key will change the Yes/No status of that trigger. The first position represents trigger #1, the second trigger #2, etc.

Triggers 7 and 8 should be set to N if relay module XL-4705 is enabled.

Cutoff Timer #1

076 TIMEOUT1 1MN 14 (00-15)

The control panel contains three different bell cutoff times that can be selected for the alarm and trouble types. Enter the duration of timeout #1 in one minute intervals.

Cutoff Timer #2

077 TIMEOUT2 2MN 15 (00-15)

The control panel contains three different bell cutoff times that can be selected for the alarm and trouble types. Enter the duration of timeout #2 in two minute intervals.

The cutoff timers are selected in the alarm and trouble type and relate to whichever relay is used for that particular alarm or trouble type.

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Cutoff Timer #3

078 TIMEOUT3 3MN 02 (00-15)

The control panel contains three different bell cutoff times that can be selected for the alarm and trouble types. Enter the duration of timeout #3 in three minute intervals.

The cutoff time selected for the alarm bell in residential applications shall be a 4-minute minimum.

Section 8 - LCD Keypad Programming Questions

Global Bell Lockout Counter

Local Bell Lockout Counter

The cutoff time selected for the alarm bell in UL Commercial Burglary applications shall be a minimum of 16 minutes.

079 GLOB BELL LK 15 (00-15)

Indicates the total number of bell activations from all zones of the panel that will cause bell lockout. This counter will be reset with each arming of the system and will only be incremented by controllable zones that have been defined with the lockout feature enabled (question #166). The bell lockout feature merely prevents repeating activity from triggering the bell. Signals will continue to be transmitted to the Central Station in accordance with the zone definition. If signals are to be suppressed, then the dialer lockout feature should be considered. Default = 15 (None). If you do not want bell lockout enter 15.

For UL Listed systems this option shall be prog rammed "15".

080 LOC BELL LK 15 (00-15)

Indicates the number of bell activations for an individual zone that will cause a bell lockout. This counter will be reset with each arming of the system and applies only to burglary zones that have been defined with lockout enabled (see question #166). Default = 15 (None). If you do not want bell lockout enter 15.

Global Dialer Lockout Counter

For UL Listed systems this option shall be prog rammed "15".

081 GLOB DIAL LK 15 (00-15)

Indicates the number of dialer activations from all zones of the panel that will cause a dialer lockout. This counter will be reset with each arming of the system and applies only to

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burglary zones that have been defined with lockout enabled. Dialer lockout does not effect the bell activation. Default = 15 (None).

If multiplex capability is present then the global lockout counter will be used to determine the number of individual point supervision faults that will lock out the dialer. Default = 15 (None).

If you do not want global dialer lockout enter 15.

Local Dialer Lockout Counter

For UL Listed systems this option shall be prog rammed "15".

082 LOC DIAL LK 15 (00-15)

Indicates the number of dialer activations from an individual zone that will cause a dialer lockout. This counter will be reset with each arming of the system and applies only to burglary zones that have been defined with lockout enabled.

If multiplex capability is present then the local lockout counter will be used to determine the number of bus supervision faults that will lock out the dialer. Default = 15 (None).

If you do not want local dialer lockout enter 15.

For UL Listed systems this option shall be prog rammed "15".

System Function Codes

The System Function Codes section defines the codes (0-9, A-F) that will be transmitted to the Central Station when various conditions occur. The values A-F can be entered into any of these questions as follows:

8–32

DIGIT KEYSTROKES OR ASHIFT 1 ✴ 1

BSHIFT 2 ✴ 2 CSHIFT 3 ✴ 3 DSHIFT 4 ✴ 4 ESHIFT 5 ✴ 5 FSHIFT 6 ✴ 6

The SHIFT key is the ✴ (asterisk) key as shown on the programming overlay.

Enable Zone Tamper

083 EN ZONE TAMP NO

This option determines whether the system will have a tamper zone for each zone. When enabled, all even zones will report tamper in the partition that the previous odd zone is

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enabled in. The even zone will display the previous odd zone number and/or description. For example, if Zone 10 is violated, armed, or disarmed, it will display zone 9 tamper. NOTE: If this feature is enabled, then the total zone capacity of the system will be reduced by one-half (for example, a 128 zone system becomes 64 zones plus 64 tampers).

Bypass Code

084 BYPASS CODE 6 ( 0 - F )

Indicates the system reporting code for a bypass. An option exists per zone to determine whether bypasses are reported. Bypasses will be reported to the Central Station based on the bypass option selected in question #167.

If transmitting the PID format then the following dedicated bypass codes will be transmitted based on the type of event:

Zone Bypass 570 Fire Bypass 571 Burg Zone Bypass 573

Bypass Restore Code

085 BYP RES CODE E ( 0 - F )

Indicates the system reporting code for a bypass restore. An option exists per zone to determine whether bypasses are reported. Bypasses will be reported to the Central Station based on the bypass option selected in question #167.

Section 8 - LCD Keypad Programming Questions

If transmitting in PID format then the bypass code transmitted will be the fixed code as described in the Bypass code question with an indication that the signal is a restore.

Abort Code

086 ABORT CODE D ( 0 - F )

Indicates the reporting code for an abort. This abort code will only be transmitted if the action on abort (question #052) specifies Abort. Abort codes will be followed by the zone code for conventional formats and the user code in the PID format.

If PID format is used then a code of 406 will be transmitted.

Opening Code

087 OPEN CODE B ( 0 - F )

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 partition where the opening occurred. In addition if the transmission format selected includes the user code then the user number will also be included based on the Open/Close transmission path defined in question

033.

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For PID formats the code transmitted will be 402 with the new event indication.

Closing Code

088 CLOSE CODE C ( 0 - F )

Indicates the reporting code for a closing. If the system is partitioned then the account number transmitted to the Central station will depend on the partition where the closing occurred. In addition if the transmission format selected includes the user code then the user number will be included based on the transmission path defined in question 033.

For PID format the CLOSE code is 402 with the restore indication.

Clock Set Code

089 Clock CODE 0 ( 0 - F )

This defines the code to be transmitted to the Central Station if any clock set change is performed at the keypad. This signal will be transmitted based on the reporting path defined in question 035.

If PID Format is selected then an event code of 625 will be transmitted.

Cancel Code

090 CANCEL CODE F (0 - F)

This code is transmitted to the Central Station if the system is disarmed after an alarm condition. If the format supports 2 digits, the second digit will be the user ID that disarmed the system. This signal will be transmitted based on the reporting path defined in question

091.

If PID Format is selected then an event code of 458 will be transmitted.

Cancel Path

091 CANCEL PATH NONE

This indicates the CS transmission path for cancel codes. Press 0 to toggle through the available choices:

CS#1 ONLY Primary Receiver Only CS#2 ONLY Secondary Receiver Only CS#1 & CS#2 Both Receivers always CS#1 BU CS#2 CS#1 backed up by CS#2 CS#2 BU CS#1 CS#2 backed up by CS#1 NONE No cancel transmissions

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CS Test Code

092 CS TEST CODE 8 ( 0 - F )

Indicates the reporting code for a s ystem test. The specific type of system test (12 hour , 24 hour or weekly) and the time of system test are defined in questions 037 - 039. Test signals will be transmitted based on the path defined in question 036. The system test code represents the entire panel rather than a specific partition and the account numbers for partition 1 will be used.

Enter a single digit for the system test code. In a 4x2 format this will represent the first digit transmitted for system test. For PID format the event code is defined in the next question.

CS Test ID Code

093 TEST ID CODE 253 000 - 255

If the Central Station reporting format selected is Point ID then this will define the zone identification to be transmitted to the CS. If PID Format is selected then an event code of 602 will be transmitted. If a 4x2 or extended format is used then this question will represent the second digit of the transmission. The code needs to be entered in decimal format (example 1 through 9 = 001 through 009, A=010, B=011, C=012, D=013, E=014, F=015).

AC Loss ID Code

094 AC ID CODE 250 000 - 255

Section 8 - LCD Keypad Programming Questions

If the Central Station reporting format selected is Point ID (PID) then this defines the zone identification number to be transmitted to the CS. If PID Format is selected then an event code of 301 will be transmitted. If a 4x2 or extended format is used then this question will represent the second digit of t he transmission. The code needs to be entered in decimal format (example 1 through 9 = 001 through 009, A=010, B=011, C=012, D=013, E=014, F=015).

Low Battery ID Code

095 LOW BATT ID 251 000 - 255

If the Central Station reporting format selected is Point ID then this defines the point ID reporting condition to be reported to the CS for a low battery condition. If PID Format is selected then an event code of 302 will be transmitted. If a 4x2 or extended format is used then this question will represent the second digit of the transmission. The code needs to be entered in decimal format (example 1 through 9 = 001 through 009, A=010, B=011, C=012, D=013, E=014, F=015).

System Error ID Code

096 SYS ERR ID 254 000 - 255

If the Central Station reporting format selected is Point ID then this defines the id (zone) to be transmitted to the CS upon sensing a system error. If PID Format is selected then an event code of 300 will be transmitted.

If a 4x2 or extended format is used then this question will represent the second digit of the transmission. The code needs to be entered in decimal format (example 1 through 9 = 001 through 009, A=010, B=011, C=012, D=013, E=014, F=015).

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Download Code

097 DOWN CODE F 0-F

The EZ-MATE Downloading software can transmit database information from the Alarm Company to the control panel. Upon completion of a communications session (upload/download or remote commands) 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 Download code reporting path (question 040).

The Download code will transmit the account number for partition #1.

Download Code ID Code (PID Format)

098 DOWN ID CODE 255 000 - 255

If the Central Station reporting format selected is Point ID then this defines the ID (zone) to be transmitted to the CS when the system completes a communications session with the EZ-Mate PC Downloading Software. If PID Format is selected then an event code of 306 is transmitted. If the Extended, Partial Extended, or 4 X 2 format is selected, this will be the second digit transmitted following the download code (question 097).

Buzzer On AC Loss

099 BUZ AC LOSS YES

Indicates whether the buzzer should be activated upon AC Loss.

Buzzer On Low Battery

100 BUZ LOW BATT YES

Indicates whether the buzzer should be activated upon a low battery condition.

Buzzer On System Error

101 BUZ SYS ERR YES

Indicates whether the buzzer should be activated upon a system error condition. A system error will occur if there is a missing keypad or the system is having trouble communicating with a keypad that has previously existed.

24 Hour - AC Loss

102 24HR AC LOSS YES

Indicates whether the buzzer should be activated when the system is armed and a loss of AC power is detected.

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24 Hour - Low Battery

103 24HR LOW BAT YES

Indicates whether the buzzer should be activated when the system is armed and a low battery condition is detected.

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24 Hour - System Error

104 24HR SYS ERR YES

Indicates whether the buzzer should be activated if the system is armed and a system error condition exists.

Trouble Type - AC Loss

105 TR T AC LOSS 1 (1-4)

Indicates the Trouble Type used upon sensing an AC loss. Default = 1.

The Trouble Types are defined in questions 129 through 141 and represents the actions to be taken when a trouble occurs. This includes the description that would appear on the LCD display, reporting codes, trigger outputs etc.

Trouble Type - Low Battery

106 TR T LOW BAT 2 (1-4)

Indicates the Trouble Type used upon sensing a low battery. Default = 2.

Section 8 - LCD Keypad Programming Questions

Trouble Type - System Error

Alarm Types

Select Alarm Type

107 TR T SYS ERR 4 (1-4)

Indicates the Trouble Type used upon sensing a system error. Default = 4.

Alarm types are used to define the reporting codes and characteristics when a zone goes into an alarm condition. Each zone definition specifies an alarm type.

The alarm type includes information such as the description, CS reporting code, reporting type and trigger outputs. For example the system may contain more than one BURGLARY alarm type with slight differences such as a different bell output, or different CS reporting type.

The control panel contains sixteen different alarm types.

The Alarm Type questions below display the Alarm Type number as ATxx, where xx will be the actual alarm type from 01 - 16.

Each zone contains a programmable option to define the alarm type to be used with that zone.

108 SEL AL TYPE 00 00=SKIP

The alarm type selection display requests the desired alarm type for maintenance. The valid choices are 01-16 and an entry of 00 will skip the alarm type questions and proceed to the Trouble Types. After completion of the last Alarm type question , the selection question will reappear and display the next alarm type value. For example after completion of alarm type #2 the display will proceed to alarm type #3.

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Alarm Type Description

109 DESCR ATxx __________

The Alarm Type descriptions are used to provide English language prompts on the face of the LCD keypad. The descriptions are not transmitted to the Central Station.

Enter the description, up to ten characters, to be associated with this alarm type. If the system contains a LCD display then this description will appear on the first line of the display when an alarm condition has activated.

An explanation of how to enter text through the LCD display can be found in section 4 of this manual.

Examples of alarm type descriptions would include BURGLARY, FIRE, HOLDUP, LOW TEMP., etc. The alarm type description should apply to the general condition rather than the specific zone. When an alarm condition exists, the second line of the LCD display will display the sixteen character zone description which is defined in question #144, or the keypad emergency zone description defined in question #176.

Alarm Type CS Code

110 CS CODE ATxx _ ( 0 - F )

Indicates the code transmitted to the Central Station for this Alarm type. The placement of the code in the transmission depends on the formats selected for CS#1 & CS#2.

The control panel can transmit to two separate Central Stations and these two receivers can have different formats. NOTE: For all 2-digit reporting formats (3x1 partial or ext., 4x1 partial or ext., 3x2, and 4x2) this represents the first of the 2 digits. The second digit is the respective zone CS code. In a standard format (3x1 or 4x1) this code is not used. The only code is the respective zone CS code.

The following examples ar e provided for the different formats for transmissions of alarm conditions;

STANDARD

Example: 123 Z

where Z= Zone CS code (question # 145)

The value entered for the Alarm Type CS code will not be used.

EXTENDED

123 A AAA Z

where: A = Alarm type CS Code (defined in this question) and Z is the CS code contained

in the zone definition (question 145).

This format can contain either three or four digits within the account number.

PARTIAL EXTENDED For Alarms

123 Z

where: Z = Zone CS code (question #145). The Alarm Type CS code is not used for this

format.

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For Openings, Closings, Troubles etc.

123 A AAA Z

where: A = Alarm type CS Code (defined in this question) and Z is the CS code contained

in the zone definition (question 145).

The partial extended format transmits a single round signal for alarm conditions and an expanded message for system condit ions such as openings, closings, troubles etc.

This format can contain either three or four digits within the account number.

4x2

1234 AZ

where: A= Alarm type CS code (defined in this question) and Z is the CS code contained in

the zone definition (question #145).

FBI Superfast Format

1234 AZZA

where: A = Alarm type CS code (defined in this question) and Z is the decimal equivalent

(00-16) of the zone CS code (question #145).

Point ID Format

Within the point ID format, the alarm type CS code will not be utilized. All alarm signals will be sent with the "new condition" indication. See format explanations within question

008.

CS Restore

111 CS REST ATxx _ ( 0 - F )

Indicates the restore code to the Central Station for this alarm type. This code will be transmitted if the specific zone has the restore option enabled (question 154).

Alarm Type CS Transmission Path

112 CS REP ATxx CS#1 ONLY

Specifies to which Central Station number this alarm type will be transmitted . The options are:

CS#1 ONLY Primary rec. only CS#2 ONLY Secondary rec. only CS#1 & CS#2 Both receivers always CS#1 BU CS#2 CS#1 backed up by CS#2 CS#2 BU CS#1 CS#2 backed up by CS#1 NONE No Alarm Transmission (Local condition)

Press the 0 key to toggle between the available choices.

For UL Listed systems this option shall not be programmed "NONE".

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Bell Delay

113 BELL DL ATxx YES

Indicates whether this alarm type should use the system bell delay. If YES then the delay time will be the duration indicated in the System Timing question (067). The type of bell output is selected in question #121 (Relay 1 Select). The bell delay option will also apply to the action selected for relay #2 (question #122) if the relay is not used for smoke detector reset.

Alarm Type Dialer Delay

114 DIAL DL ATxx YES

Indicates whether this alarm type should wait for the dialer delay time before communicating with the Central Station. The dialer delay time is defined in question #068. If NO dialer delay is selected then this alarm type will transmit immediately. Additionally, if this question contains yes, the transmissions can be aborted.

Alarm Type Buzzer Enable

115 BUZ EN ATxx YES

Indicates whether the buzzer (keypad sounder) will be active for this alarm type. If the condition should be silent at the keypad then enter NO. If the system is partitioned then this question will relate to all of the keypads defined within that partition.

Display Alarm Option

116 DISPLAY ATxx YES

Specifies whether this alarm type should visually be displayed at the keypads when an alarm condition exists. This option should be set to NO only if the condition being defined should not be annunciated at the keypad (example, silent panic).

If the YES option is selected then an alarm will generate a blinking zone ID light on the LED display or the appropriate English language display on the LCD display. Press the 0 key to toggle between the available choices.

Alarm Type Bell Cutoff Select

Alarm Type Priority

Except for sil ent panic or duress, this option shall be "YES" for UL Listed systems.

117 TIMEOUT ATxx __ (1-3)

Indicates which of the three system bell cutoff periods applies to this alarm type. The system time-outs have been entered as questions 076 - 078 and relate to whichever relays have been selected in questions 121 and 122 for this alarm type.

118 PRIOR ATxx __ (01-16)

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The control panel contains a priority structure in the event that multiple alarms occur at the same time. 01=Highest priority, 16=lowest.

For UL Listed systems the priorities assigned must use the following order

1. Fire Alarms

2. Burglary Alarms

3. Other zone types programmed as silent

Alarm Type Momentary Triggers

119 MOM TRG ATxx NNNNNNNN

Indicates which of the voltage level triggers will be activated for a momentary basis with this Alarm Type. The triggers are selected by placing a Y in the appropriate trigger position. The triggers sit normally at 0V and upon activation go to 12V, with 25mA available current. The FORWARD (INSTANT) and BACKWARD (CODE) keys will move the cursor position to the desired trigger position, which indicates the trigger number. The TOGGLE (0) key will change the Yes/No status of the trigger.

Triggers 7 and 8 must be set to N if the XL-4705 relay module is used.

Section 8 - LCD Keypad Programming Questions

Alarm Type Latched Triggers

120 LAT TRG ATxx NNNNNNNN

Indicates which of the voltage level triggers will be activated for a maintained duration with this Alarm Type. The triggers are selected by placing a Y in the appropriate trigger position. The triggers sit normally at 0V and upon activation go to 12V, with 25mA available current. The FORWARD (INSTANT) and BACKWARD (CODE) keys will move the cursor position to the desired trigger position, which indicates the trigger number. The TOGGLE (0) key will change the Yes/No status of the trigger.

Triggers 7 and 8 must be set to N if the XL-4705 relay module is used.

Relay 1 (Bell) Select

121 RELAY 1 ATxx NONE

Indicates the action taken for this alarm type on relay #1. Relay #1 typically will be the bell output for the panel. If a bell is not being used then the relay can be programmed for another application. The options include;

NONE PULSED LATCHED

In UL Listed systems fire zones shall be programmed for PULSED bell output, burglary zones as "Latched", and silent zone types as NONE.

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Relay 2 Select

122 RELAY 2 ATxx NONE

Indicates the action taken for this alarm type on relay #2. If smoke reset verification function is being utilized within the system then relay #2 will be dedicated to this application and the relay type should be NONE.

Relay #2 can be used for purposes other than smoke detector reset if question 049 is disabled and there are no zones programmed with a zone type specifying smoke detectors (question

143).

The options include:

NONE PULSED LATCHED

Press the 0 key to toggle between the available choices.

If desired both relays can be selected for a specific alarm type and the timeout selected will be used for both relays.

External Relay Address 1

External Relay Address 2

External Relay Address 3

For UL Listed systems this option shall be prog rammed "NONE".

123 XTRIG 1 ATxx xx (00-40)

Selects a relay in the XL-4705 relay module for this alarm type. The number entered represents the address as set on the dip switch in the XL-4705 relay module. (00 =Disable, over 40 is invalid.)

124 XTRIG 2 ATxx xx (00-40)

Selects a relay in the XL-4705 relay module for this alarm type. The number entered represents the address as set on the dip switch in the XL-4705 relay module. (00 =Disable, over 40 is invalid.)

125 XTRIG 3 ATxx xx (00-40)

Selects a relay in the XL-4705 relay module for this alarm type. The number entered represents the address as set on the dip switch in the XL-4705 relay module. (00 =Disable, over 40 is invalid.)

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External Relay Address 4

126 XTRIG 4 ATxx xx (00-40)

Selects a relay in the XL-4705 relay module for this alarm type. The number entered represents the address as set on the dip switch in the XL-4705 relay module. (00 =Disable, over 40 is invalid.)

External Momentary Relays

127 MOM TRG ATxx NNNN

Indicates which of the external relays (1-4) will be activated on a momentary basis with this Alarm Type. The triggers are selected by placing a Y in the appropriate trigger position. The FORWARD (INSTANT) and BACKWARD (CODE) keys will move the cursor position to the desired trigger position, which indicates the trigger number. The TOGGLE (0) key will change the Yes/No status of the trigger.

If the relays are all N in questions 127 and 128, the relays are considered latched.

Section 8 - LCD Keypad Programming Questions

External 24-hr Latch Relays

Indicates which of the external relays (1-4) will be activated for a maintained duration of the faulted zone. The triggers are selected by placing a Y in the appropriate trigger position. The FORWARD (INSTANT) and BACKWARD (CODE) keys will move the cursor position to the desired trigger position, which indicates the trigger number. The TOGGLE (0) key will change the Yes/No status of the trigger.

After completion of this question the system will return to question 108 with the next sequential alarm type. After completion of the last alarm type (alarm type 16) the display will advance to question 129.

24-Hour relays override momentary and latched relays.

Trouble Types

The 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.

128 24HR TRGATxx NNNN

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 English text 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.

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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 on-board relays or triggers much like an alarm condition. Typically troubles will be used for applications which have a trouble condition which requires annunciation such as Fire Trouble, or Foil Break.

Troubles can not activate relays in the XL-4705 relay module. Troubles can only activate the onboard relays.

Trouble types are used to define the reporting codes and characteristics for different trouble conditions. Each zone definition will define the physical parameters that constitute the trouble condition as questions 162 & 163. In addition each zone will specify a Trouble Type.

The TROUBLE Type questions below display the TROUBLE Type number as TRBx where x will be the actual Trouble Type from 1-8.

Select Trouble Type

129 SEL TRB TYPE 0 0 = SKIP

This display requests the Trouble Type that you want to access. The valid choices are 1-8 and an entry of 0 will skip the Trouble Type questions and proceed to the zone definitions.

After completion of the last question of the Trouble Type sequence this display will appear with the next sequential Trouble Type as the selected value.

Trouble Type Description

130 DESCR TR x __________

The Trouble Type descriptions are used to provide English language text on the first line of the LCD keypad. The descriptions are not transmitted to the Central Station.

Enter up to a 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 144. An explanation of how to enter text through the LCD display can be found in section 4 of this manual.

Trouble Type Central Station Code

131 CS CODE TR x _ ( 0 - F )

Indicates the code transmitted to the Central Station for this Trouble type. The placement of the code in the transmission depends on the Central Station receiver format selected.

The control panel can transmit to two separate Central Stations and these two receivers can have different formats. NOTE: For all 2-digit reporting formats (3x1 partial or ext., 4x1 partial or ext., 3x2, and 4x2) this represents the first of the 2 digits. The second digit is the respective CS code, ex: zone CS code, low batt CS code. etc. In a standard format (3x1 or 4x1)

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Section 8 - LCD Keypad Programming Questions

this code is not used. The only code is the respective CS code, ex: zone CS code, low batt code, etc.

The following examples are provided for the different formats for transmissions of alarm conditions:

POINT ID FORMAT

Not Applicable. If the point ID format is selected the trouble type code will be ignored.

The system will transmit the troubles as a condition code 300 followed by the zone number.

STANDARD

Example: 123 T

where: T= Trouble Type CS code

The value entered for the Trouble Type CS code (question #131) will not be used.

EXTENDED

123 T TTT Z

where: T = Trouble type CS Code and Z is the CS code contained in the zone definition

(question 145).

This format can contain either three or four digits within the account number.

PARTIAL EXTENDED For Alarms

123 T where: T= Trouble Type CS code. The value entered for the Trouble Type CS code

(question #131) will not be used.

For Openings, Closings, Troubles etc.

123 T TTT Z where: T = Trouble type CS Code and Z is the CS code contained in the zone definition

(question 145).

This format can contain either three or four digits within the account number. The partial extended format transmits a single round signal for alarm conditions and an expanded format for trouble conditions.

4x2

1234 TZ

where: F= Alarm type CS code and Z is the CS code contained in the zone definition

(question #145).

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FBI Superfast Format 4x3x1

1234 TZZT

where: T = Trouble type CS code and Z is the decimal equivalent (00-16) of the zone CS

code (question #145).

Trouble Type Restore Code

132 CS REST TR x _ (0 - F)

Indicates the restore code transmitted for this trouble type. Enter the value 0 - F. This value will be the first digit designation for extended and 4x2 formats. NOTE: The restore code does not apply to point ID format.

Trouble Type CS Transmission Path

133 CS REP TR x CS#1 ONLY

Specifies to which Central Station number this trouble type will be transmitted. The options are:

CS#1 ONLY Primary rec. only CS#2 ONLY Secondary rec. only CS#1 & CS#2 Both receivers always CS#1 BU CS#2 CS#1 backed up by CS#2 CS#2 BU CS#1 CS#2 backed up by CS#1 NONE No Trouble transmissions

Press the 0 key to toggle between the available choices. NOTE: For UL Listed systems this must not be programmed as NONE.

Trouble Type Dialer Delay

134 DIAL DL TR x YES

Indicates whether the dialer delay specified in the System Timing questions (#068) should be used for this Trouble Type. If dialer delay option = NO then this trouble condition will activate the dialer immediately after the condition occurred.

Trouble Type Bell Delay

Trouble Type Timeout Select

For UL Listed systems this option shall be prog rammed "NO".

135 BEL DL TRBx YES

Indicates whether the system bell delay (question #067) should be used for this trouble type. If bell delay = NO then this trouble condition will immediately activate the bell (relay #1), The type of bell output is indicated in question 140.

136 TIMEOUT TR x __ (1-3)

Indicates which of the three system bell cutoff timeout periods applies to this Trouble Type. This applies to the relay actions programmed in questions 140 & 141. The actual bell cutoff times are programmed in questions 076 - 078. Enter the desired cutoff timer ( 1 2 or 3).

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Priority Selection

137 PRIOR TR x _ (0 -F)

Indicates the processing pri ority for this trouble condition relative to other events for dialing purposes. 0 = Highest priority, F = Lowest priority.

Trouble Type Momentary Triggers

138 MOM TRG TR x NNNNNNNN

Indicates which of the voltage level triggers will be activated for a momentary time duration for this Trouble Type. Triggers 1 - 8 are active high, they normally sit at 0V and upon activation go to 12V, with 25mA maximum available current.

The FORWARD (INSTANT) and BACKWARD (CODE) keys will move the cursor position to the desired trigger position, while the TOGGLE (0) key will change the Yes/No status of the trigger.

Triggers 7 and 8 must be set to N if the XL-4705 relay module is used.

Section 8 - LCD Keypad Programming Questions

Trouble Type Latched Triggers

139 LAT TRG TR x NNNNNNNN

The FORWARD (INSTANT) and BACKWARD (CODE) keys will move the cursor position to the desired trigger position, while the TOGGLE (0) key will change the Yes/No status of the trigger.

Triggers 7 and 8 must be set to N if the XL-4705 relay module is used.

Trouble Type Relay 1 (Bell) Selection

140 RELAY 1 TR x NONE

Indicates the action taken for this Trouble Type on relay #1. Relay #1 is typically the bell output. If a bell is not used then relay #1 can be utilized for another application. The options include:

NONE PULSED LATCHED

Press the 0 key to toggle between the available choices.

For UL Listed systems this option shall be prog rammed "NONE".

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Trouble Type Relay 2 Select

141 RELAY 2 TR x NONE

Indicates the action taken for this Trouble Type on relay #2. Relay #2 is typically used for smoke detector reset as defined in question 049. If smoke detector reset from the control panel is not utilized and no zones are programmed for “Fire - Smoke” in question 143, then the relay can be utilized for other applications . The options include:

NONE PULSED LATCHED

Press the 0 key to toggle between the available choices.

For UL Listed systems this option shall be prog rammed "NONE".

After completion of this question the Trouble Type selection question (#129) will appear with the next trouble type as the selected value. The only exception to this situation is after trouble type 8 , and the display will advance to question 142.

To advance to any other programming question press ✴ STAY followed by the desired question number.

Zone Definition

The zone definition section descri bes the attributes of the zones connected to the control panel.

The control panel can be expanded using two methods of zone expansion: hardwired expander (model 7105), or multiplex expansion module (model 7120 or 7126). The zones are numbered as follows:

TOTAL

ZONES

Each display contains a different zone attribute question. The zone number being defined is indicated by the Zxxx notation in the right hand corner of the first line of the display.

IMPORTANT NOTES FOR MULTIPLEX ZONES 1- The zone numbers must be set within the multiplex device. This typically involves setting

2- Do not duplicate zone numbers of multiplex accessories. NOTE: The multiplex accessories

3- There are two separate methods to determine the points (zones) connected to the

MUX EXPANDER 1 is an auto scan mode where the system will read the multiplex buss and determine the valid addresses present upon reset (power-up or exit from programming).

EXPANSION

MODULE

8 NONE 1-8 NONE NONE 16 7105 1-8 9-16 9-16 72 7120 1-8 9-72 N/A

128 7126 1-8 N/A 9-128

of dip switches, consult the Installation Instructions for these devices for further information.

for multiple points (2 point and 8 point modules) will contain switch settings for the starting address of the device. For example, an eight-zone module set with a starting address of 9 will cover zones 9 - 16. This means that there should not be other devices within the system within this range.

multiplex bus. The options are described in the zone expansion module question # 031.

XL-4, XL-4B, AND XL-5

BASIC HARDWIRED ZONES

XL-4 AND XL-4B

EXPANSION ZONES

XL-5

EXPANSION ZONES

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Using this method it is necessary to define the zone numbers for each multiplex point. In addition the points must be physically connected to the bus and operational at the time of reset. If adding additional points to the buss, it is necessary to define the points within the programming sequence then exit programming to cause the system to read the buss and recognize the points.

If the multiplex buss or any module is disconnected and the panel is reset, the respective zones will not be identified. As a result, multiplex zones are not fully supervised by this method. This method should be selected only to confirm the address settings on multiplex modules because it identifies only the connected zones upon reset.

The second method (MUX EXPANDER 2) relies on the zone definitions to determine the points connected to the multiplex bus. An active point on the multiplex buss will be any point (zone 9 - 72 for XL-4 or 9 - 128 for XL-5) which contains any condition that will cause either an alarm or trouble condition on open or short. Also, the point must be connected for it to be an active zone. In order for a zone to be inactive then questions 158 - 161 must all be answered as NO. NOTE: If the multiplex buss or any module is disconnected and the panel is reset, the respective zones will be identified as missing. As a result, multiplex zones are fully supervised by this method. This method should always be selected.

Select Zone Number

142 SEL ZONE 000 000 = SKIP

Section 8 - LCD Keypad Programming Questions

The zone selection display requests the zone number to be defined. Enter the zone desired for modification (001 - 072 for XL-4, 001-128 for XL-5) based on the zone numbers indicated above. To skip the zone defini tion questions entirely enter 000. Upon completion of th e programming questions for a particular zone, the selection display will reappear with the next sequential zone number as the current value.

If the zone multiplex adapter or 8 zone expander has not been enabled (question 031) then zone numbers greater than 8 are not applicable.

Zone Type

Indicates the zone type with the following options:

NOTES:

FIRE - SMOKE - This zone type is used to define a conventional or multiplex smoke detector. The smoke detector will adhere to the Fire Verification and Reset logic. If the smoke detector is an integrated multiplex device then it will obtain its reset signal through the multiplex bus. If the smoke detector is connected to a hardwired zone or through a multiplex adapter then Relay #2 will be used for the smoke power reset.

FIRE - PULL STATION - This type should be used for a fire device such as a pull station that does not require verification and reset logic.

143 ZN TYPE Zxxx INSTANT

Instant Exit/Entry Interior EE Follower Interior Fire - Smoke Fire - Pull Station Keyswitch

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KEYSWITCH - This type will be used for a keyswitch arming.

If Keyswitch is selected, the question 156 (Zone 24 Hour Alarm) must be set to YES.

Zone Description

CS Reporting Code

FIRE - PULL STATION

144 DESCR Zxxx BOBS BEDROOM

Enter up to sixteen characters as a description for this zone. Zone descriptions will appear on the second line of an LCD keypad when a condition from this zone has activated. This description will appear for alarms, troubles , bypasses and NOT READY conditions for this zone. The zone description should probably contain the location or purpose of the zone.

NOTE: An explanation of how to enter text through the LCD display can be found in section 4 of this manual.

145 CS CODE Zxxx ___ 000 - 255

Indicates the code transmitted to the Central Station for this zone. The method that the code is transmitted to the Central Station depends on the format selected (questions 004 and 009). Enter the desired zone code from 000 - 255.

If the desired code to be transmitted to the Central Station should be a hex code then that code must be entered in decimal as follows: A=010, B=011, C=012, D=013, E=014, F=015. For example, if you wish to transmit a C as the zone code, enter 012 into this programming question.

NOTE: For all 2-digit reporting formats (3x1 partial or ext., 4x1 partial or ext., 3x2, and 4x2) this represents the second of the 2 digits. The first digit is the Alarm Type CS or Trouble Type code. In a standard format (3x1 or 4x1) this zone code is the only one reported. The following examples are provided for the different formats for transmissions of alarm conditions:

POINT ID FORMAT

OVERALL FORMAT - ALARM CONDITIONS

where: SSSS = Account Number

and

KEYSWITCH

SSSS 18 1XYZ GG CC C

18 = Point ID Format Code (Fixed) 1 = Indicates a new event (alarm) XYZ = PID Event Code (question 146) GG = Group (partition number 01 - 08) CCC = Zone number (this question)

The three digits entered will be t h e zone identifier (sometimes referred to as sensor ID within the point ID terminology). Typically, this will reflect the physical zone number of the point or device. Enter the desired value in decimal format (example zone 62 =

062).

zone types ar e not permitted in UL Listed systems.

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Section 8 - LCD Keypad Programming Questions

STANDARD

Example: 123 Z

where: Z = Zone CS code

The value entered for the Alarm Type CS code will not be used. Enter the desired zone CS code in decimal format. For example to transmit a code of 3 enter 003. If your receiver supports reporting digits in hex, and you wish to transmit a hexadecimal code, then enter the decimal equivalent (example B = 011).

EXTENDED

123 A AAA Z

where: A = Alarm type CS Code (question #110) and Z is the zone CS code. If the condition

will initiate a trouble signal then the "A" will originate from the Trouble Type entered

in question #131. NOTE: This format can contain either three or four digits within the account number. Enter the desired zone CS code in decimal format. For example to transmit a 6 enter 006.

If your receiver supports reporting digits in hex, and you wish to transmit a hexadecimal code, then enter the decimal equivalent (example B = 011).

PARTIAL EXTENDED For Alarms

123 Z where: Z = Zone CS code. The value entered for the Alarm Type CS code will not be used.

For Openings, Closings, Troubles etc.

123 A

AAA Z where: A = Alarm type CS Code (question #110) and Z is the zone CS code. If the condition

will initiate a trouble signal then the "A" will originate from the Trouble Type entered

in question #131. NOTE: This format can contain either three or four digits within the account number.

Enter the desired zone CS code in decimal format. For example to transmit a 6 enter 006. If your receiver supports reporting digits in hex, and you wish to transmit a hexadecimal code, then enter the decimal equivalent (example B = 011).

4x2

1234 AZ where: A = Alarm type CS code (question #110), or trouble type code (question 131), and Z

is the zone CS code. Enter the desired zone CS code in decimal format. For example to

transmit a 6 enter 006. If your receiver supports reporting digits in hex, and you wish

to transmit a hexadecimal code, then enter the decimal equivalent (example B = 011).

FBI Superfast Format 4x3x1

1234 AZZA where: A = Alarm type CS code (question #110), or Trouble Type code (question #131). The

desired zone CS code (displayed above as ZZ) should be entered in decimal. For

example, a desired zone code of 71 should be entered as 071. The control panel will

translate the zone number into its hex equivalent, and the English language printout

of the CP220 receiver will display the correct zone number in decimal format.

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Zone PID Type (PID Format)

146 CS PID ZNxxx ___ 001 - 422

This question only applies when using the ADEMCO PID format. The Point ID format transmits an event code value known as the PID code. This identifies the type of condition being reported from the zone. This differs from the zone number and is defined in a fixed table of event codes. Within the description of the Point ID format this typically is shown as XYZ (event code) . This event code will provide fixed text at the FBI CP220 or ADEMCO 685 receiver and many Central Station Automation Systems.

Enter the three-digit number (001 - 422) corresponding to the desired event type. If an invalid selection is made the keypad will not accept the input. The valid event codes are displayed below:

Table 3 - Zone PID Event Codes

ALARMS

100 Medical 101 Pendant Transmitter 110 Fire Alarm 111 Smoke 112 Combustion 113 Water Flow 114 Heat 115 Pull Station 116 Duct 117 Flame 118 Near Alarm 120 Panic Alarm 121 Duress 122 Silent 123 Audible 130 Burglary 131 Perimeter 132 Interior 133 24 Hour (Safe) 134 Entry/Exit 135 Day/Night 136 Outdoor 137 Tamper 138 Near Alarm

140 General Alarm 150 24 Hour Non Burg 151 Gas Detected 152 Refrigeration 153 Loss of Heat 154 Water Leakage 155 Foil Break 156 Day Trouble 157 Low Bottled Gas Level 158 High Temperature 159 Low Temperature 161 Air Flow Loss

SUPERVISORY

200 Fire Supervisory 201 Low H2O Pressure 202 Low CO2 203 Gate Valve Sensor 204 Low Water Level 205 Pump Activated 206 Pump Failure

TROUBLES

300 System Trouble 310 Ground Fault 320 Sounder/Relay Trouble

321 Trbl Bell 1 322 Trbl Bell 2 323 Trbl Alarm relay 324 Trouble Relay 325 Reversing Relay 330 System Peripheral 350 Communication Trbl 351 Telco Fault 1 352 Telco Fault 2 355 Loss of Radio Supervision 370 Protection Loop 373 Fire Trouble 380 Sensor Trouble

O/C/REMOTE ACCESS 409 Keyswitch O/C 421 Access Denied 422 User Access Gained

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Right Loop (Multiplex Zones Only)

147 RT LOOP ZN xxx NO

This question only applies to multiplex points that are part of the two point multiplex adapters. Each two-point module contains a left loop and a right loop. The address set on the dip switches of the device will be the zone number of the left loop , and the right loop will be the next sequential zone number. For example, if the module is set with an address of 22 then the left loop will be zone number 22 and the right loop will be zone 23. Left loops can be EOL supervised, while right loops are not EOL supervised. Press the 0 key to toggle between the available choices.

If the zone is a right loop within a two-point multiplex adapter module then answer YES to this question.

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You must use the left loop on a 2-point module before you can use the right loop. If you have not used the left loop, then the right loop can not be enabled..

Zone Bypass Enable

148 EN BYP Zxxx YES

Indicates whether this zone is bypassable. Zone bypassing can be performed by an authorized user from the keypad or from a remote programming device. Bypasses can be performed whether the system is armed or disarmed by an authorized user. Press the 0 key to toggle between the available choices.

This location should be programmed "NO" for fire zones.

Auto Bypass Option

149 AUTO BY Zxxx NO

Section 8 - LCD Keypad Programming Questions

The auto bypass mode allows the zone to be automatically bypassed when the system is armed in the AWAY mode and the entry zone has not been violated. This option allows selected zones to be automatically bypassed without having to manually bypass the zone. This option could be used for interior zones to have selected zones bypassed while remaining in the location. Press the 0 key to toggle between the available choices.

This location should be programmed "NO" for fire zones.

Arm Faulted

150 ARM FLT Zxxx NO

This option allows the system to be armed even if the zone is not ready. For example, if the front door is open normally the user would be unable to arm the system because the system is not ready. If this option is selected for the front door, then the system can be armed while the zone is violated, however the door must be returned to normal status by the end of the exit time period. This opti on can be selected for Exit/Entry or Interior EE follower zones only. The zone must restore to normal after the exit time. Press the 0 key to toggle through the available choices.

Force Arm Faulted

151 EN VENT Zxxx NO

This option will allow the system to be armed even if this zone is faulted. If selected, the system will be armed and the zone will be bypassed. Effectively this option will perform a forced arming of the system without the need to enter the forced arming commands.

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For example, if the location has a window that they normally leave open, this option will allow system arming even if the window is open. If the zone is faulted at the time of arming it will be bypassed.

Group Enable

This shall be programmed as "NO" in UL Listed systems.

Press the 0 key to toggle between the available choices.

152 GRP ENAB NO

This question indicates whether this zone is part of a group. Grouping allows multiple zones within the same partition to be grouped together for bypassing and alarm transmission purposes. The group number will be determined by the alarm type, or trouble type if there is no alarm condition. For example, the zones defined as part of a group utilizing alarm type 3 will be known as group 3. The zones within group 3 will include all zones within the same partition that have the same alarm type (or trouble type) and have the group enable question answered as yes. There can be up to 24 groups per partition (groups 1-16 for alarm types plus groups 17-24 for trouble types).

Group bypasses can be performed through the command: BYPASS [USER] ✴ 1 [GRP #] where [GRP #] is the group number 01 - 24.

Group unbypasses can be performed through the command: BYPASS [USER] ✴ 2 [GRP #] where [GRP #] is the group number 01 - 24.

Alarms will only be transmitted for the first zone within the group that goes into alarm. Subsequent alarm conditions from other zones within the group will not transmit to the CS. Local conditions such as keypad display, keypad sounder and bell output will occur as per programming and all individual activity will enter the system log.

Restores for groups will only be transmitted after all of the zones within the group have restored. In addition, the restore code will be transmitted for the first zone number in the group that went into alarm.

Zone Trouble Enable

153 CS TRB Zxxx YES

Indicates whether this zone reports trouble conditions to the CS. Press the 0 key to toggle through the available choices.

Zone CS Restore Enable

For UL Listed systems this shall be "YES".

154 CS REST Zxxx YES

Indicates whether this zone should transmit restore signals to the Central Station. If restores are transmitted then they will be handled as follows based on the type of CS format (questions 004 & 009). Press the 0 key to toggle through the available choices.

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Section 8 - LCD Keypad Programming Questions

For UL Listed systems this shall be programmed as "YES".

POINT ID FORMAT - RESTORES

Restores will be transmitted as follows:

SSSS 18 3XYZ GG CC C where: SSSS = Account Number

18 = Point ID Format Code (Fixed)

3 = Indicates a new restore

XYZ = PID Event Code (Question 146)

GG = Group (partition number 01 - 08)

CCC = Zone (contact) number (Question 138) FBI Superfast Format 4x3x1

1254 AZZR where: A = Alarm type CS code (question #110) for this zone

ZZ = The zone CS code which identifies the zone number (defined in question 145

R = Restore code (question #111) defined for the alarm type programmed for this zone.

This format identifies a restore by the zone number and type of alarm.

STANDARD

Example:

123 R

where R = Restore code defined for the alarm type of this zone (question #111) The value entered for the Zone CS code (question #145) will not be used.

EXTENDED

123 R

RRR Z where: R = Restore Code (question #111) and Z is the zone CS code( question #145).

NOTE: This format can contain either three or four digits within the account number. PARTIAL EXTENDED

123 R

RRR Z

where: R = Restore Code (question #111) and Z = Zone CS code (question #145).

The partial extended format transmits a single round signal for alarm conditions and

an expanded message for system condi ti ons such as openings, closings, troubles etc.

NOTE: This format can contain either three or four digits within the account number.

4x2

1234 RZ where: R = Restore code (question #111) and Z is the zone CS code (question #145).

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Partition Selection

155 PART Zxxx _ (1-8)

Indicates the partition assignment for this zone. Each zone can be defined to only one partition. If the panel has been setup as a single partition then all zones should be assigned to partition number 1.

Zone 24 Hour Alarm

Zone 24 Hour Trouble

For UL Listed systems, all zones shall be in partition 1.

156 EN 24AL Zxxx NO

Indicates whether the alarm portion of this zone should be active 24 hours a day regardless of the arming status of the panel.

This question should be answered YES for either a keyswitch, smoke detector or other fire circuits.

For UL Listed systems, fire zones must be programmed as 24-hour zones.

Press the 0 key to toggle through the available choices.

157 EN 24TR Zxxx NO

Indicates whether the trouble portion of this zone should be active 24 hours a day regardless of the arming status of the panel.

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Audible Trouble can only be silenced by entering a valid user code (sounder does not follow zone restore).

For UL Listed systems, fire zones must be programmed as 24-hour zones.

Press the 0 key to toggle through the available choices.

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Zone Alarm Type

158 AL TYPE Zxxx __ (01-16)

Specifies the Alarm Type for this zone. The Alarm Type defines the conditions that should occur when this zone goes into alarm. The alarm types are described as questions 108 - 128.

Zone Trouble Type

159 TRB TYP Zxxx _ (1-8)

Specifies the Trouble Type for this zone. The Trouble Type defines the conditions that should occur if this zone goes into trouble. If the zone does not have a trouble condition as specified in questions 162 and 163 then the value placed in this field will be ignored. The trouble types are defined in questions 129 - 141.

Zone Alarm On Open

160 AL OPEN Zxxx YES

Indicates whether this zone activates an alarm condition on an open circuit. This question will depend on the sensing characteristics of the device connected to this zone. For example, this should be answered as YES for a keyswitch, and NO for a smoke detector.

Section 8 - LCD Keypad Programming Questions

Zone Alarm On Short

Zone Trouble On Open

For UL Listed systems, fire zones shall be "NO".

Press the 0 key to toggle through the available choices.

161 AL SHRT Zxxx YES

Indicates whether this zone activates an alarm condition on a short circuit. This question will depend on the sensing characteristics of the device connected to this zone. For example, this should be answered as YES for a keyswitch, and YES for a smoke detector.

For UL Listed systems, fire zones shall be "YES".

Press the 0 key to toggle through the available choices.

162 TR OPEN Zxxx NO

Indicates whether this zone activates a trouble condition on an open circuit. This question will depend on the sensing characteristics of the device connected to this zone. For example, this should be answered as YES for a smoke detector.

For UL Listed systems, fire zones shall be "YES".

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Press the 0 key to toggle through the available choices.

Zone Trouble On Short

163 TR SHRT Zxxx NO

Indicates whether this zone activates a trouble condition on a short circuit. This question will depend on the sensing characteristics of the device connected to this zone. For example, this should be answered as NO for a s moke detector. Press the 0 key to toggle through the available choices.

Zone Exit Delay

164 EXT DEL Zxxx DELAY #1

Specifies which of the system exit delay times should be used for this zone. The TOGGLE (0) key will switch between DELAY1 & DELAY2. The duration of the exit delays is defined in questions 69 & 70.

This question is only used if the zone type is an Exit/Entry or Interior EE follower.

Zone Entry Delay

165 ENT DEL Zxxx DELAY #1

Specifies which of the system entry delay times should be used for this zone. The TOGGLE (0) key will switch between the two values. The duration of the delays is defined in questions 71 - 72.

This question is only used if the zone type is an Exit/Entry or Interior EE follower.

Zone Lockout Enable

166 EN LOCK Zxxx YES

Indicates whether this zone participates in either bell or dialer lockout. If YES then the various lockout information defined in questions 79 - 82 will be used for this particular zone.

Lockouts shall be disabled in UL Listed applications.

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CS Bypass

167 CS BYP Zxxx NO

Indicates whether this zone will transmit a bypass code to the Central Station.

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Zone Buzzer On Trouble

168 TRB BUZ Zxxx YES

Indicates whether the keypad buzzer (sounder) will be active upon a trouble condition. If YES the trouble buzzer will be activated at all keypads within the partition where this zone has been defined.

In order to silence the trouble buzzer it is necessary to enter a valid user code or perform the RESET (✴) command (based on the question 050). Press the 0 key to toggle through the available choices.

Section 8 - LCD Keypad Programming Questions

Zone Chime Enable

Zone 750ms Response (HW Zones Only)

In UL Listed systems, fire zones must be programmed as YES.

169 EN CHME Zxxx NO

Specifies whether this zone should activate the chime feature. If the chime mode is enabled then this particular zone will activate the chime audible signal at the keypad every time the zone is faulted. This will occur only when the system is disarmed. Press the 0 key to toggle through the available choices.

170 EN 750M Zxxx YES

Indicates whether this zone has 750-millisecond response. If not enabled, the normal zone response is approximately 250 milliseconds.

This question only relates to hardwired zones (either the first 8 zones on the control panel or the eight additional zones available through the 7105 zone expander module.

Press the 0 key to toggle through the available choices.

Zone Pulse Count Time

171 PUL CT Zxxx __ (MINUTES)

The zone pulse count feature can be configured to require that this individual zone undergo a certain number of activations (debounces) within a defined time period before an alarm condition is tripped. Enter the time in minutes. A value of 15 indicates that the feature is disabled for this zone. Default value = 15.

For UL Listed systems this must be programmed a s " 15".

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Zone Pulse Count Number

172 # PULSE Zxxx __ (00-15)

Enter the number of transitions or pulses that are required for this zone within the time period defined above to activate an alarm condition. A value of 00 indicates that the each transition triggers an alarm condition. Default value = 00.

If a latch transmission occurs before or at the end of the pulse count time-out, the zone will trip into alarm.

After answering the last zone question the system will return to the select zone number question #142. The zone number will automatically be incremented to the next zone or you can enter the desired zone. To proceed to a question other than the Zone Attributes, press the ✴ key followed by the STAY key and the desires three digit question number.

Keypad Conditions

In addition to the physical hardwired zone alarm conditions, (both hardwired and multiplex) there are four conditions which can be user activated directly from the keypad. The keypadinitiated conditions will react as defined within this section based on the partition assignment of the keypad where the condition is activated.

The keypad conditions can be initiated as follows:

CONDITION KEYPAD SEQUENCE 1 ✴ + # 2 ✴ + 1 33 + # 4 DURESS SIGNAL

The Duress condition will be activated upon entry of any user code with an authorization level of 6. See question 026 for user authorization levels.

If any of the keypad conditions are defined then they will be active at all keypads and partitions throughout the system.

Select Keypad Function

173 SEL KPAD TYP _ 0 = SKIP

This question indicates the desired keypad function to be modified. Entry of 0 will skip to the next group of questions. The keypad functions can be configured to meet the needs of each installation for conditions such as FIRE, PANIC, AUXILIARY, etc.

Keypad CS Code

174 CS CODE Kxxx ___ 000 - 255

Indicates the code transmitted to the Central Station when this keypad condition is activated. Enter the value in decimal for the desired code transmitted to the CS. The value Kxxx displays the keypad condition number being modified. This CS Code is similar to the zone code and will follow the examples provided in the zone section (see question 143).

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Keypad PID Code

175 CS PID KP#x ___ 000 - 422

If either of the CS formats selected is PID (point ID) format then enter the event code to be transmitted for this keypad condition. Consult the PID Event Codes table (see question number 139) for the valid event codes. The value must be in the range 000 - 422.

Keypad Condition Description

176 DESCR KP#x ________________

Indicates the description associated with the keypad condition. This sixteen-character description will appear on the second line of an LCD display when the condition is activated. The first line of the display will originate from the alarm or trouble type description.

Alarm Type

177 AL TY KP#x __ 01-16

Enter the alarm type to be used for this keypad function. This defines the characteristics for this keypad function to follow upon activation.

Special care should be made when selecting these alarm types since many of the keypad conditions may require special handling such as no bell or no display etc.

Section 8 - LCD Keypad Programming Questions

Enable Restore

Partitions

Partition Selection

178 CS REST KP#x YES

Indicates whether the keypad condition will send a restore code to the central station. If enabled, a restore code will accompany the event code.

This section of the Installer Programming sequence assigns the keypads to the partitions. The control panel can accommodate up to sixteen keypads consisting of eight LCD and eight LED keypads. Each partition can handle multiple keypads, however each keypad can be assigned to only one partition. If the panel is set up in a non-partitioned configuration, then all active keypads should be assigned to partition number 1. Keypad numbers 1-8 are LED keypads, while the LCD keypads are known as 9- 16.

Each partition display will contain sixteen indicators reflecting whether that keypad has been assigned to the partition. Entry of a Y indicates that the keypad belongs to the partition while an N indicates that the keypad does not belong. Note: Whenever a keypad is assigned to a partition it will be removed from any previously defined partition.

179 SEL PART # 0 0 SKIP

Enter the desired partition number for keypad definition. To skip the partition questions enter 0. If the system has been configured as a non-partitioned panel then select partition 1.

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Keypad Assignment Partition

180 KPAD PART x NNNNNNNNYNNNNNNN

Enter the keypad assignment for the partition number indicated by x. To access each of the sixteen keypads within the partition use the FORWARD (INSTANT) and BACKWARD (CODE) keys and the TOGGLE (0) key will change the Yes/No status of each keypad. Remember, keypads 1-8 are LED while keypads 9-16 are LCD.

If you intend on performing keypad progra mmi ng you must have at leas t one LCD keyp ad assigned to th e system.

Partition Description

Primary CS Account Number

For UL Listed systems, all keypads must be assigned to a single partition, the same partition as the zones and user codes.

181 DESCR PARTx ________________

A sixteen-character description can be entered for each partition. This allows customization for each installation. This description will appear on the second line of the SYSTEM READY display of LCD keypads. Examples could include SMITH RESIDENCE, or STOCK ROOM #3, etc.

182 CS1 ACC P # _ ____

Enter the account number to be reported to CS#1 (Question #3). 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#1 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 0-9 and A-F (SHIFT 1 SHIFT 6). Enter the account number exactly the way it would be seen at the receiver.

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The programming sequence accepts entry of both 0 and A as valid account number digits. Depending on the format transmitted some of these digits may not be valid. Consult your Central Station Manager to determine the valid digits accepted by your receiver for the format transmitted.

Secondary CS Account Number

183 CS2 ACC P# _ ____

Enter the account number to be reported to CS#2 (Question #8). The portion of the display labeled P# indicates the partition number being entered.

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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 t he SHIFT key followed by the 8 key.

Valid entries for the account number question includes the digits 0-9 and A-F (SHIFT 1 SHIFT 6). Enter the account number exactly the way it would be seen at the receiver.

Auto Dump Parameters

The control panel contains a system log feature which stores the past 128 events that have occurred in time sequence. This log can be viewed at the keypad by an authorized installer, retrieved through the EZ-Mate PC Downloader, or transmitted to a remote serial printer and modem and to local serial printer through the addition of the 7130 Serial Printer Interface.

The transmission of the information to a remote or local printer is known as the Auto Dump Feature. This feature can be used for locations that require a printed record of system activity. This Auto Dump feature is in addition to any signals transmitted to the Central Station.

The Auto Dump feature will transmit the system log information to a remote printer located at the DUMP phone number (see question # 002). If this number is blank then the Remote Auto Dump feature has not been selected but the Local Auto Dump feature is still enabled. The DUMP phone number can be located at the Central Station, Alarm Company or any location with a modem and printer. The Dump phone number can vary from account to account.

The Auto Dump feature can be programmed to transmit automatically upon either of the following conditions:

- DAILY

- WEEKLY

- MONTHLY

Section 8 - LCD Keypad Programming Questions

If many of your customers utilize the Auto Dump feature then it is important to stagger their transmission times especially if they all transmit to the same Dump telephone number.

Auto dump is transmitted only once. If the signal is missed, the transmission will not be repeated.

The auto-dump feature will require the installation of dedicated equipment at the auto dump location for receiving and printing the log dump information. This equipment includes:

MODEM - 300 Baud, 8 data bits 1 stop bit, auto-answer. Since this modem will be connected directly to the telephone line and may be unattended, the modem parameters should be selectable through the modem (example dip switches).

PRINTER - SERIAL printer capable of operation at 300 Baud, 8 data bits, 1 stop bit In addition the system log information can be transmitted to a local serial printer through

addition of the 7130 Serial Printer Interface module. The Auto Dump feature can be disabled in question #184. If the local printer feature is used, then the printer will activate using the frequency specified within the programming sequence.

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Auto Dump Type

Day Of Month

Day Of Week

The Auto Dump feature has not been tested by Underwriters Laboratories Inc.

This question selects the type of auto dump (both remotely and locally). The options include:

Press the 0 key to toggle through the available choices. NOTE: This relates to either the local or remote transmission.

If the Auto Dump type is monthly, then this question will specify the day of the month that the transmission is desired. If the date selected does not exist in a particular month (example Feb. 30) then the transmission will occur on the next available day.

If the reporting type is weekly, then this question will be asked for the desired day of the week for transmission. The TOGGLE (0) key will scroll through the days of the week from Sunday through Saturday.

184 AUTO DUMP NONE

NONE DAILY WEEKLY MONTHLY

185 DAY OF MONTH 01 (01 - 31)

186 DAY OF WEEK SUNDAY

Hour Of Day

187 REPORT HOUR 00 (00-23)

Enter the desired hour, in military (24 hour) time for the transmission of the system log. This question will be asked if the auto dump type is monthly, weekly, or daily.

Minute Of Hour

188 REPORT MIN. 00 (00-59)

Enter the desired minute for the t ransmission of the system log. This question will b e asked if the auto dump type is monthly, weekly, or daily.

Memory Dump - # Of Events

189 DUMP MAX #EV 99 (00-99)

The optional Auto Dump feature can be triggered to transmit when the number of events stored reaches a certain level. Enter the number of events required to activate an Auto Dump.

This value can act as a threshold in the event of above average system activity. For example, an account might normally be programmed to transmit monthly activity on a certain date and time. To suppress the au tomatic transmission of event history, enter 00.

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Auto Dump Account Number

190 AUTO DMP ACC 0000

Enter a four-digit account number that will be sent whenever this account transmits system log information. This account number is for reference purposes only and will be printed at the top of the remote report for identification purposes.

This account number has no bearing on the account numbers transmitted to the Central Station for alarm activity.

Auto Dump Description 1

191 AUTO DMP D#1 ________________

The printer at the DUMP phone number merely answers the telephone number and prints the information that is transmitted. Provision is made for the entry of four lines of comments to be transmitted as a heading for each printout.

This description should be used to identify the account at the remote printer with information such as account name, address, special instructions, etc.

Enter the first line of descriptive information.

Auto Dump Description 2

192 AUTO DMP D#2 ________________

Section 8 - LCD Keypad Programming Questions

Enter the second line of descriptive information.

Auto Dump Description 3

193 AUTO DMP D#3 ________________

Enter the third line of descriptive information.

Auto Dump Description 4

194 AUTO DMP D#4 ________________

Enter the fourth line of descriptive information.

Refer to the KEYPAD PROGRAMMING SUMMARY for a quick guide to programming. If you have any questions, please call our Technical Service Department at (800) 645-7492.

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SECTION 9

System Defaults

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

CS Communications

♦

User Attributes

♦

System Attributes

♦

System Timing

♦

••••••••••••••••••••••••••••••••••••••••••••••••••

System Function Codes

♦

Alarm Types

♦

Trouble Types

♦

Zone Attributes

♦

CS Communications

001 Callback Number NULL 002 Dump Telephone Number NULL 003 CS #1 Rcvr. Tel. Number 234 004 CS #1 Receiver Type FBI SUPER

2300HZ

005 CS #1 ACCT # (3/4 Digit) 4 DIGIT 006 CS #1 Parity Selection YES 007 CS #1 Sescoa Format NO 008 CS #2 Rcvr. Tel. Number NULL 009 CS #2 Receiver Type FBI SUPER

2300HZ

010 CS #2 ACCT # (3/4 Digit) 4 DIGIT 011 CS #2 Parity Selection YES

012 CS #2 Sescoa Format NO 013 Installer Code 123456 014 Dialing Type TONE 015 Dial Tone NO 016 CS Dialer Enable YES 017 Rem. Commands Enable YES 018 Rem. Disarm Enable YES 019 Remote Arming YES 020 Remote Bypass NO 021 # Attempts 08 022 # of Rings to Pickup 08 023 Extended Antijam NO 024 Extended Acknowledge NO

User Attributes

025 Select User Number (001 - 064)

025 ✴ 027 026 030 028 029

User Access User User Auth. User Master User Part. O/C Part. Number Code CS ID Level Partition Assignment Enable

001 1234 001 1 1 Y N N N N N N N Y Y Y Y Y Y Y Y 002 002 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 003 003 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 004 004 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 005 005 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 006 006 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 007 007 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 008 008 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 009 009 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 010 010 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 011 011 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 012 012 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 013 013 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 014 014 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 015 015 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y

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016 016 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 017 017 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 018 018 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 019 019 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 020 020 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 021 021 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 022 022 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y 023 023 4 1 Y N N N N N N N Y Y Y Y Y Y Y Y

NOTE: Users 024 - 064 follow similarly as Users 002 - 023. ✴ The User Access Code cannot be modified while in installer mode programming. It can be modified

through User Code Programming and by the EZ-Mate Downloader Software.

System Attributes

031 Zone Expansion Modules NO EXPAND 032 External Relay Module NO 033 Open/Close CS Rep. Path NONE 034 Part. Auto Arming By Day NNNNNNNN 035 Clock Set CS Path NONE 036 Test CS Reporting Path NONE 037 Test Frequency 24 HOUR 038 Test Time - Hour of Day 23 039 Test Time - Minute of Day 00 040 Download Confirm Path NONE 041 Bypass Transmission Path NONE 042 Disable Bypass on Stay NO 043 Transmit Bypass on Arming ON BYPASS 044 Auto Unbypass Enable YES 045 Arm Outputs Level HIGH 046 Bell Test At Arming NO 047 Bell Ringback at Closing NO 048 Sounder Ringback Enable YES

System Timing

067 Bell Delay 01 (15 sec.) 068 Dialer Delay 01 (15 sec.) 069 Exit Delay #1 04 (60sec.) 070 Exit Delay #2 04 (60sec.) 071 Entry Delay #1 02 (30sec.) 072 Entry Delay #2 04 (60sec.) 073 AC Loss Delay 01 (15min.) 074 Exit Triggers NNNNNNNN

049 Fire Reset Verification YES 050 Enable Reset Key Function NO 051 En. Rest. to Follow Loop NO 052 Action on Abort NO ABORT 053 En. Multi Part. Mode YES 054 Enable Quick Arming YES 055 En. Quick Forced Arming YES 056 Secure Forced Arm Enable YES 057 Enable Zone Directory YES 058 Enable Quick Bypass YES 059 Enable Chime Control YES 060 Enable Super User (Lev 1) YES 061 En. Multi Part Arm/Disarm ARM/DISARM 062 Enab. 7 Digit User Code NO 063 CSID Inst. Default YES 064 Keypad Programming YES 065 Daylight Savings Time NO 066 AC Line Frequency 60HZ

075 Entry Triggers NNNNNNNN 076 Timeout #1 14 (14min.) 077 Timeout #2 15 (30min.) 078 Timeout #3 02 (6min.) 079 Global Bell Lockout 15 080 Local Bell Lockout 15 081 Global Dialer Lockout 15 082 Local Dialer Lockout 15

System Function Codes

083 Enable Zone Tamper No 084 Bypass Code 6 085 Bypass Restore E 086 Abort Code D 087 Opening Code B 088 Closing Code C 089 Clock Set Code 0

9–2

090 Cancel Code F 091 Cancel Path NONE 092 System Test Funct. Code 8 093 System Test CS Code 253 094 AC Loss CS Code 250 095 Low Battery CS Code 251 096 System Error CS. Code 254

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097 Download Funct. Code F 098 Download CS. Code 255 099 Buzzer on AC Loss YES 100 Buzzer on Low Battery YES 101 Buzzer on System Error YES 102 24 Hour AC Trouble YES

103 24 Hour Low Battery YES 104 24 Hour System Error YES 105 Trouble Type AC Failure 1 106 Trouble Type Low Battery 2 107 Trouble Type System Error 4

Alarm Types

108 Select Alarm Type (01 - 16) 109 Description

01 = FIRE !!!! 02 = EMERGENCY 03 = BURGLARY 04 = BURGLARY 05 = SIL. PANIC 06 = EMERGENCY 07 = MEDICAL 08 - 16 = SPARE

108 Alarm Types 1 23456789 - 16 110 CS Code 1 2335224F

111 CS Restore Code E EEEEEEEE 112 CS Reporting Path CS #1 CS #1 CS #1 CS #1 CS #1 CS #1 CS #1 CS #1 CS #1 113 Bell Delay NO NO NO NO NO NO NO NO NO 114 Dialer Delay NO NO NO NO NO NO NO NO NO 115 Buzzer Enabled YES YES YES YES YES YES YES YES YES 116 Display Alarm YES YES YES YES YES YES YES YES YES 117 Timeout Selection 2 11111111 118 Alarm Priority 1 23322233 119 Momentary Triggers NONE on all 120 Latched Triggers NONE on all 121 Relay 1 Select P LLLNNNNN 122 Relay 2 Select N NNNNNNNN 123 Ext. Relay Address 101 0509131721252933 124 Ext. Relay Address 202 0610141822263034 125 Ext. Relay Address 303 0711151923273135 126 Ext. Relay Address 404 0812162024283236 127 Ext. Momentary Relays NONE NONE NONE NONE NONE NONE NONE NONE ALL 128 Ext. 24hr Relays NONE NONE NONE NONE NONE NONE NONE NONE NONE

NOTE: P = PULSED, L = LATCHED and N = NONE

Trouble Types

129 Select Trouble Type (1 - 8) 130 Description

1 = AC LOSS 2 = LOW BAT. 3 = GND FAULT 4 = SYSTEM ERROR 5 = FIRE TRBLE 6 = TROUBLE 7 = TROUBLE 8 = TROUBLE

129 Trouble Types12345678 131 CS Code FFFFFFFF

132 CS Restore CodeEEEEEEEE 133 CS Reporting Path NONE NONE NONE NONE NONE NONE NONE NONE 134 Dialer Delay NO NO NO NO NO NO NO NO 135 Bell Delay NO NO NO NO NO NO NO NO 136 Timeout Selection11111111 137 Reporting Priority11111111 138 Momentary Triggers NONE on all 139 Latched Trigger NONE on all 140 Relay 1 Select NONE NONE NONE NONE NONE NONE NONE NONE 141 Relay 2 Select NONE NONE NONE NONE NONE NONE NONE NONE

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Zone Attributes

142 Select Zone Number. Valid zone numbers are 001 to 72 for the XL-4 and XL4B and 001 to 128 for the XL-5.

142 Zone 143 Zone Type 144 Description 1 EXIT/ENTRY ZONE 1

2 INT. EE FOLL ZONE 2 3 INSTANT ZONE 3 4 INSTANT ZONE 4 5 INSTANT ZONE 5 6 INSTANT ZONE 6 7 INSTANT ZONE 7 8 FIRE - SMOKE ZONE 8 9 INSTANT ZONE 9 10 INSTANT ZONE 10 11 INSTANT ZONE 11 12 INSTANT ZONE 12 13 INSTANT ZONE 13 14 INSTANT ZONE 14 15 INSTANT ZONE 15 16 INSTANT ZONE 16 17 INSTANT ZONE 17 18 INSTANT ZONE 18 19 INSTANT ZONE 19 20 INSTANT ZONE 20 21 INSTANT ZONE 21 22 INSTANT ZONE 22 23 INSTANT ZONE 23 24 INSTANT ZONE 24 25 INSTANT ZONE 25 26 INSTANT ZONE 26 27 INSTANT ZONE 27 28 INSTANT ZONE 28 29 INSTANT ZONE 29 30 INSTANT ZONE 30 31 INSTANT ZONE 31 32 INSTANT ZONE 32 33 INSTANT ZONE 33 34 INSTANT ZONE 34 35 INSTANT ZONE 35 36 INSTANT ZONE 36 37 INSTANT ZONE 37 38 INSTANT ZONE 38 39 INSTANT ZONE 39 40 INSTANT ZONE 40 41 INSTANT ZONE 41 42 INSTANT ZONE 42 43 INSTANT ZONE 43 44 INSTANT ZONE 44 45 INSTANT ZONE 45

NOTE: Zones 46 and up are similar to Zones 9 - 45.

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Section 9 - System Defaults

142 Zone 12345678910111213141516 145 CS Code 001 002 003 004 005 006 007 008 009 010 011 012 013 014 015 016 146 PID Type Code 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 147 Right Loop N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 148 Enable Bypass YES YES YES YES YES YES YES NO YES YES YES YES YES YES YES YES 149 Auto Bypass NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO 150 Arm Faulted NONONONONONONONONONONONONONONONO 151 Force Arm Faulted NONONONONONONONONONONONONONONONO 152 Group Enable NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO 153 CS Trouble YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES 154 CS Restore YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES 155 Partition Selection1111111111111111 156 24 Hour Alarm NO NO NO NO NO NO NO YES NO NO NO NO NO NO NO NO 157 24 Hour Trouble NO NO NO NO NO NO NO YES NO NO NO NO NO NO NO NO 158 Alarm Type 3333333133333333 159 Trouble Type 6666666566666666 160 Alarm on Open YES YES YES YES YES YES YES NO YES YES YES YES YES YES YES YES 161 Alarm on Short YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES 162 Trouble on Open NO NO NO NO NO NO NO YES NO NO NO NO NO NO NO NO 163 Trouble on Short NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO 164 Exit Delay 1111111111111111 165 Entry Delay 2222222222222222 166 Enable Lockout YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES 167 CS Bypass YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES 168 Enable Trbl. Buzzer NO NO NO NO NO NO NO YES NO NO NO NO NO NO NO NO 169 Enable Chime NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO 170 Enable 750ms Resp. NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO 171 Pulse Count Time 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 172 # Pulses 0000000000000000

NOTE: Zones 17 and up are similar to Zones 1 - 16.

Keypad Conditions

173 Select Keypad Function # (1 - 4)

173 176 174 175 177 178

Function Description CS Code PID Format Alarm Type Enable Restore

1 EMERGENCY 242 120 2 NO 2 MEDICAL 244 102 7 NO 3 KEYPAD FIRE 241 115 1 NO 4 DURESS 242 121 5 NO

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Partition Information

179 Partition Selection (1 - 8)

180

Keypad Assignment

179 181 182 183 LED LCD

Partition Description CS#1 ACCT #CS#2 ACCT # 12345678 12345678

1 1234 FFFF N N N N N N N N Y N N N N N N N 2 FFFF FFFF NNNNNNNN NNNNNNNN 3 FFFF FFFF NNNNNNNN NNNNNNNN 4 FFFF FFFF NNNNNNNN NNNNNNNN

NOTE: Only LCD keypad #1 is enabled. Therefore only a single LCD keypad addressed as keypad #1 should be connected for first time power up of the system. Additional keypads should only be connected after they have been assigned in programming.

Auto Dump Parameter

184 Auto Dump Type NONE 185 Day of Month 01 186 Day of Week SUNDAY 187 Report Hour 00 188 Report Minute 00 189 Memory Dump # Events 99 190 Auto Dump Account # 0000 191 Auto Dump Description #1 192 Auto Dump Description #2 193 Auto Dump Description #3 194 Auto Dump Description #4

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SECTION 10

Keypad Programming Summary

••••••••••••••••••••••••••••••••••••••••••••••••••

The questions list ed below will be asked when entering the keypad programming mode on the control panels.

CS COMMUNICATIONS

001 Callback Number 002 Dump Telephone Number 003 CS #1 Rcvr. Tel. Number 004 CS #1 Receiver Type 005 CS #1 ACCT # (3/4 Digit) 006 CS #1 Parity Selection 007 CS #1 Sescoa Format 008 CS #2 Rcvr. Tel. Number 009 CS #2 Receiver Type 010 CS #2 ACCT # (3/4 Digit) 011 CS #2 Parity Selection 012 CS #2 Sescoa Format 013 Installer Code 014 Dialing Type 015 Dial Tone Detection 016 CS Dialer Enable 017 Rem Commands Enable 018 Remote Disarm Enable 019 Remote Arming 020 Remote Bypass 021 # of Attempts 022 # of Rings to Pickup 023 Extended Antijam 024 Extended Acknowledge

USER ATTRIBUTES ✴✴ 025 Select User Number 026 User Authorization Level 027 User CS ID 028 User Partition

Assignment 029 O/C Part Enab. 030 User Master Partition

NOTE: The group of questions with a double asterisk (✴✴) are selection questions. The first question of each group must have the proper choice selected in order to advance through the remaining questions. Otherwise the group will be skipped.

SYSTEM ATTRIBUTES

031 Zone Expansion Modules 032 External Relay Modules 033 Open/Close CS Rep. Path 034 Part. Auto Arming By Day 035 Clock Set CS Path 036 Test CS Reporting Path 037 Test Frequency 038 Test Time - Hour of Day 039 Test Time - Minute of Day 040 Download Confirm Path 041 Bypass Transmission Path 042 Disable Bypass on Stay 043 Transmit Bypass on

Arming 044 Auto Unbypass Enable 045 Arm Outputs Level 046 Bell Test At Arming 047 Bell Ringback at Closing 048 Sounder Ringback Enable 049 Fire Reset Verification 050 Enable Reset Key

Function 051 En. Rest to Follow Loop 052 Action on Abort 053 En. Multi Part. Mode 054 Enable Quick Arming 055 En Quick Forced Arming 056 Secure Forced Arm Enab 057 Enable Zone Directory 058 Enable Quick Bypass 059 Enable Chime Control 060 Enable Super User (Lev1) 061 En. Multi Part

Arm/Disarm 062 Enab. 7 Digit User Code 063 CSID Inst. Default 064 Keypad Programming 065 Daylight Savings Time 066 AC Line Frequency

SYSTEM TIMING

067 Bell Delay 068 Dialer Delay

069 Exit Delay #1 070 Exit Delay #2 071 Entry Delay #1 072 Entry Delay #2 073 AC Loss Delay 074 Exit Triggers 075 Entry Triggers 076 Timeout #1 077 Timeout #2 078 Timeout #3 079 Global Bell Lockout 080 Local Bell Lockout 081 Global Dialer Lockout 082 Local Dialer Lockout

SYS FUNCT. CODES

083 Enable Zone Tamper 084 Bypass Code 085 Bypass Restore 086 Abort Code 087 Opening Code 088 Closing Code 089 Clock Set Code 090 Cancel Code 091 Cancel Path 092 System Test Funct. Code 093 System Test CS Code 094 AC Loss CS Code 095 Low Battery CS Code 096 System Error CS. Code 097 Download Funct. Code 098 Download CS. Code 099 Buzzer on AC Loss 100 Buzzer on Low Battery 101 Buzzer on System Error 102 24 Hour AC Trouble 103 24 Hour Low Battery 104 24 Hour System Error 105 Trouble Type AC Failure 106 Trouble Type Low Battery 107 Trouble Type System

Error

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ALARM TYPES ✴✴

108 Select Alarm Type 109 Description 110 CS Code 111 CS Restore Code 112 CS Reporting Path 113 Bell Delay 114 Dialer Delay 115 Buzzer Enabled 116 Display Alarm 117 Timeout Selection 118 Alarm Priority 119 Momentary Triggers 120 Latched Triggers 121 Relay 1 Select 122 Relay 2 Select 123 External Relay Addr. 1 124 External Relay Addr. 2 125 External Relay Addr. 3 126 External Relay Addr. 4 127 Ext. Momentary Relays 128 Ext. 24hr Latch Relays

TROUBLE TYPES ✴✴

129 Select Trouble Type 130 Description 131 CS Code 132 CS Restore Code 133 CS Reporting Path 134 Dialer Delay 135 Bell Delay 136 Timeout Selection 137 Reporting Priority 138 Momentary Triggers 139 Latched Triggers 140 Relay 1 Select 141 Relay 2 Select

ZONE ATTRIBUTES ✴✴

142 Select Zone Number 143 Zone Type 144 Description 145 CS Code 146 PID Type Code 147 Right Loop 148 Enable Bypass 149 Auto Bypass 150 Arm Faulted 151 Force Arm Faulted 152 Group Enable 153 CS Trouble 154 CS Restore 155 Partition Selection 156 24 Hour Alarm 157 24 Hour Trouble 158 Alarm Type 159 Trouble Type 160 Alarm on Open 161 Alarm on Short 162 Trouble on Open 163 Trouble on Short 164 Exit Delay 165 Entry Delay 166 Enable Lockout 167 CS Bypass 168 Enable Trouble Buzzer 169 Enable Chime 170 Enable 750MS Response 171 Pulse Count Time 172 # Pulses

KEYPAD COND. ✴✴ 173 Select Keypad Function # 174 CS Code 175 PID Format 176 Description 177 Alarm type 178 Enable Restore

PARTITION INFO. ✴✴

179 Partition Selection 180 Partition Keypad Assign. 181 Partition Description 182 CS #1 ACCT # 183 CS #2 ACCT #

AUTO DUMP PARAM.

184 Auto Dump Type 185 Day of Month 186 Day of Week 187 Report Hour 188 Report Minute 189 Memory Dump # Events 190 Auto Dump Account # 191 Auto Dump Description #1 192 Auto Dump Description #2 193 Auto Dump Description #3 194 Auto Dump Description #4

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Index

••••••••••••••••••••••••••••••••••••••••••••••••••

Alarm Types

Programming ........................................................ 8–37

Alarm Types, Programming

Alarm Type CS Code............................................. 8–38

Alarm Type Description........................................ 8–38

Bell Cutoff Select .................................................. 8–40

Bell Delay.............................................................. 8–40

Buzzer Enable....................................................... 8–40

CS Restore............................................................. 8–39

CS Transmission Path.......................................... 8–39

Dialer Delay.......................................................... 8–40

Display Alarm Option........................................... 8–40

External 24-Hr Latch Relays............................... 8–43

External Momentary Relays ................................ 8–43

External Relay Address...............................8–42, 8–43

Latched Triggers................................................... 8–41

Momentary Triggers............................................. 8–41

Relay Select..................................................8–41, 8–42

Select Alarm Type................................................. 8–37

Type Priority......................................................... 8–41

Auto-Dump

Programming ........................................................ 8–63

Auto-Dump, Programming

Account Number ................................................... 8–65

Day Of Month........................................................ 8–64

Day Of Week ......................................................... 8–64

Description............................................................ 8–65

Hour....................................................................... 8–64

Minute................................................................... 8–64

Number Of Events................................................ 8–64

Type....................................................................... 8–64

CS Communications

Programming .......................................................... 8–1

CS Communications, Defaults................................... 9–1

CS Communications, Programming

Account Size...................................................8–9, 8–11

Callback Telephone Number.................................. 8–1

Central Station Dialer Enable............................. 8–12

CS Format Examples.............................................. 8–4

Dial Tone Detection.............................................. 8–12

Dialing Type.......................................................... 8–12

Dump Telephone Number...................................... 8–2

Entended Antijam Time....................................... 8–14

Extended Acknowledgment.................................. 8–14

Number Of Attempts............................................ 8–13

Panel Installer Code............................................. 8–11

Parity Selection..............................................8–9, 8–11

Primary Central Station Receiver.......................... 8–3

Receiver Type.................................................8–3, 8–10

Remote Arm Enable.............................................. 8–13

Remote Bypass Enable......................................... 8–13

Remote Disarm Enable......................................... 8–13

Remote Operation................................................. 8–12

Ring Count ............................................................ 8–14

Secondary Central Station Receiver...................... 8–9

Sescoa Format................................................8–9, 8–11

Display Format............................................................5–1

Double Digit Event Reporting...............................8–7

Function Keys..............................................................4–1

Keypad Conditions

Programming.........................................................8–60

Keypad Conditions, Programming

Alarm Type.............................................................8–61

Enable Restore.......................................................8–61

Keypad Condition Description..............................8–61

Keypad CS Code.....................................................8–60

Keypad PID Code...................................................8–61

Select Keypad Function.........................................8–60

Keypad Programming

Alarm Types...........................................................8–37

Auto Dump Parameters.........................................8–63

CS Communications................................................8–1

General.....................................................................8–1

Keypad Conditions.................................................8–60

Partitions ...............................................................8–61

System Attributes..................................................8–17

System Function Codes.........................................8–32

System Timing.......................................................8–28

Trouble Types ........................................................8–43

User Definition ......................................................8–14

Zone Definition ......................................................8–48

Keypads........................................................................2–3

Partitions .....................................................................2–1

Programming.........................................................8–61

Partitions, Programming

CS Account Number ..............................................8–62

Keypad Assignment...............................................8–62

Partition Description.............................................8–62

Partition Selection.................................................8–61

PID Event Codes.......................................................8–6

Programming Mode

Entry Into.................................................................3–1

Exit From.................................................................3–1

Programming Questions

Overview ..................................................................7–1

Programming Questions Overview

Alarm Types.............................................................7–1

Auto-Dump Parameters ..........................................7–2

Central Station Communications ...........................7–1

Keypad Conditions...................................................7–1

Partition Assignment...............................................7–1

System Attributes....................................................7–1

System Function Codes...........................................7–1

System Timing.........................................................7–1

Trouble Types ..........................................................7–1

User Definition ........................................................7–1

Zone Definition ........................................................7–1

Programming Summary

Keypad....................................................................10–1

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Question Selection Modes

Direct Method ......................................................... 6–1

General.................................................................... 6–1

Sequential Method.................................................. 6–1

System Attributes

Programming ........................................................ 8–17

System Attributes, Programming

7 Digit User Code.................................................. 8–27

AC Line Frequency............................................... 8–27

Action On Abort.................................................... 8–24

Arming Output Level............................................ 8–22

Auto Unbypass Enable......................................... 8–22

Bell Ringback At Closing...................................... 8–23

Bell Test At Arming.............................................. 8–22

Bypass Reporting Path......................................... 8–21

Bypass Transmission Type................................... 8–22

Clock Set Reporting Path..................................... 8–19

Daylight Savings Time......................................... 8–27

Default Lockout Option........................................ 8–27

Disable Bypass On Stay ....................................... 8–21

Download Reporting Path .................................... 8–21

Enable Chime Control.......................................... 8–26

Enable Keypad Zone Directory............................. 8–26

Enable Quick Arm................................................. 8–25

Enable Quick Bypass Arming.............................. 8–26

Enable Quick Forced Arming............................... 8–25

Expansion Modules............................................... 8–17

External Relay Modules....................................... 8–18

Fire Verification.................................................... 8–23

Keypad Programming........................................... 8–27

Multi-Partition Mode............................................ 8–24

Multi-Partition Operation.................................... 8–26

Open/Close CS Reporting Path............................ 8–18

Partition Auto Arming By Day............................. 8–18

Reset Key Function............................................... 8–23

Restores To Follow Loop....................................... 8–24

Secure Forced Arming.......................................... 8–25

Sounder Ringback................................................. 8–23

Super User Enable................................................ 8–26

System Test Interval ............................................ 8–20

Test Signal Reporting Path.................................. 8–19

Test Time......................................................8–20, 8–21

System Defaults

Alarm Types............................................................ 9–3

Auto Dump Parameter ........................................... 9–6

CS Communications................................................ 9–1

Keypad Conditions.................................................. 9–5

Partition Information ............................................. 9–6

System Attributes................................................... 9–2

System Function Codes .......................................... 9–2

System Timing............................................................ 2

Trouble Types.......................................................... 9–3

User Attributes....................................................... 9–1

Zone Attributes....................................................... 9–4

System Function Codes

Programming ........................................................ 8–32

System Function Codes, Programming

24-Hour AC Loss..........................................8–36, 8–37

24-Hour Low Battery............................................ 8–36

24-Hour System Error.......................................... 8–37

Abort Code............................................................. 8–33

AC Loss ID Code....................................................8–35

Buzzer.....................................................................8–36

Bypass Code...........................................................8–33

Bypass Restore Code..............................................8–33

Cancel Code............................................................8–34

Cancel Path............................................................8–34

Clock Set Code.......................................................8–34

Closing Code...........................................................8–34

CS Test Code..........................................................8–35

CS Test ID Code.....................................................8–35

Download Code ......................................................8–36

Download Code ID Code........................................8–36

Enable Zone Tamper..............................................8–32

Low Battery ID Code.............................................8–35

Opening Code.........................................................8–33

System Error ID Code ...........................................8–35

Trouble Type..........................................................8–37

System Timing

Programming.........................................................8–28

System Timing, Programming

AC Loss Delay........................................................8–29

Bell Delay Time .....................................................8–28

Cutoff Timer.................................................8–30, 8–31

Dialer Delay...........................................................8–28

Entrance Triggers..................................................8–30

Entry Delay............................................................8–29

Exit Delay.....................................................8–28, 8–29

External Triggers...................................................8–30

Global Bell Lockout Counter.................................8–31

Global Dialer Lockout Counter.............................8–31

Local Bell Lockout Counter...................................8–31

Local Dialer Lockout Counter...............................8–32

Trouble Types

Programming.........................................................8–43

Trouble Types, Programming

Bell Delay...............................................................8–46

Central Station Code.............................................8–44

CS Transmission Path...........................................8–46

Dialer Delay...........................................................8–46

Latched Triggers....................................................8–47

Momentary Triggers..............................................8–47

Priority Selection...................................................8–47

Relay Selection.............................................8–47, 8–48

Restore Code ..........................................................8–46

Select Trouble Type...............................................8–44

Timeout Select .......................................................8–46

Trouble Type Description......................................8–44

User Definition

Programming.........................................................8–14

User Definition, Programming

Select User Number...............................................8–15

User Authorization Level......................................8–15

User CS Open/Close ID.........................................8–15

User Master Partition...........................................8–16

User Open/Close Transmit Enable.......................8–16

User Partition Assignment....................................8–16

Users ............................................................................2–3

Zone Definition

Programming.........................................................8–48

Zone Definition, Programming

750mS Response....................................................8–59

I-2

Page 99

Index

Arm Faulted.......................................................... 8–53

Auto Bypass Option.............................................. 8–53

CS Bypass.............................................................. 8–58

CS Reporting Code................................................ 8–50

Force Arm Faulted................................................ 8–53

Group Enable........................................................ 8–54

Partition Selection................................................ 8–56

Pulse Count..................................................8–59, 8–60

Right Loop............................................................. 8–52

Select Zone Number.............................................. 8–49

Zone 24-Hr Alarm................................................. 8–56

Zone 24-Hr Trouble............................................... 8–56

Zone Alarm On Open............................................ 8–57

Zone Alarm On Short............................................ 8–57

Zone Alarm On Trouble........................................ 8–57

Zone Alarm Type................................................... 8–57

Zone Buzzer On Trouble........................................8–59

Zone Bypass Enable...............................................8–53

Zone Chime Enable................................................8–59

Zone CS Restore Enable........................................8–54

Zone Description.................................................... 8–50

Zone Entry Delay...................................................8–58

Zone Exit Delay......................................................8–58

Zone Lockout Enable.............................................8–58

Zone PID Type .......................................................8–52

Zone Trouble Enable..............................................8–54

Zone Trouble On Short..........................................8–58

Zone Trouble Type.................................................8–57

Zone Type...............................................................8–49

Zone PID Event Codes...........................................8–52

Zones ............................................................................2–2

I-3

Page 100

¬19Al

N9145V2 10/98

Subsidiary of Pittway Corp.

149 Eileen Way, Syosset, New York 11791

FBII XL-4, XL-5, XL-4B Programming Manual

Table of Contents

Introduction

System Overview

Programming Mode - LCD Keypad

Function Keys

Display Format

Question Selection Modes

Programming Questions Overview

LCD Keypad Programming Questions

System Defaults

Keypad Programming Summary

Index