1912XR Program Manual

User Manual: 1912XR Program Manual AlarmHow.net Library

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MODEL 1912XR
COMMAND PROCESSOR PANEL
PROGRAMMING MANUAL

Do Not Throw Away!
This programming manual contains information you need to program and
service the 1912XR panel and should be kept along with your other DMP
technical documentation.

123
2841 E. Industrial Drive

Springfield, MO 65802-6310

800-641-4282

LT-0171 (10/95)

MODEL 1912XR PROGRAMMING MANUAL

When using the Series 1912XR control for any UL, NFPA, CSFM, or other listing
organization's approved methods, refer to this manual and the 1912XR Installation Guide
(LT-0169). These documents outline the installation and programming requirements of
all applications for which the 1912XR is approved.

Information furnished by DMP is believed to be accurate and reliable.
This information is subject to change without notice.
ii

TABLE OF CONTENTS
Section
INTRODUCTION
Before You Begin ............................................................................................ 1.1
Getting Started ................................................................................................ 1.2
Programmer Operation .................................................................................... 1.3
Programmer Access Codes ............................................................................. 1.4
Reset Timeout ................................................................................................. 1.5
Special Keys .................................................................................................... 1.6
Entering Alpha Characters .............................................................................. 1.7
Entering Spaces with Alpha Characters .......................................................... 1.8
Keypad Prompts Display Curent Programming ............................................... 1.9
INITIALIZATION
Initialization ...................................................................................................... 2.1
Clear All Codes ................................................................................................ 2.2
Clear All Schedules ......................................................................................... 2.3
Clear Display Events Memory ......................................................................... 2.4
Clear Loop Information .................................................................................... 2.5
Clear Area Information .................................................................................... 2.6
Clear Communication and Remote Options .................................................... 2.7
Set to Factory Defaults .................................................................................... 2.8
COMMUNICATION
Communication ................................................................................................ 3.1
Communication Type ....................................................................................... 3.2
Check-in .................................................................................................... 3.2.1
Existing Wireless ....................................................................................... 3.2A
Existing Printer .......................................................................................... 3.2B
2nd Phone Line ............................................................................................... 3.3
Test Frequency ......................................................................................... 3.3A
Account Number .............................................................................................. 3.4
Transmit Delay ................................................................................................ 3.5
DTMF ............................................................................................................... 3.6
Events Manager .............................................................................................. 3.7
Defer Test ........................................................................................................ 3.8
Test Frequency ................................................................................................ 3.9
Test Time ......................................................................................................... 3.10
Receiver 1 Programming ................................................................................. 3.11
Alarm Reports ........................................................................................... 3.12
Supervisory and Trouble Reports ............................................................. 3.13
Opening and Closing Reports by User ...................................................... 3.14
Test Report ............................................................................................... 3.15
Backup Reporting ...................................................................................... 3.16
First Telephone Number ........................................................................... 3.17
Second Telephone Number ...................................................................... 3.18
Receiver 2 Programming ................................................................................. 3.19
Pager Reporting .............................................................................................. 3.20
DEVICE SETUP
Device Setup ................................................................................................... 4.1
Maximum Partitions ......................................................................................... 4.2
Device Definition .............................................................................................. 4.3
Partition Number .............................................................................................. 4.4
REMOTE OPTIONS
Remote Options ............................................................................................... 5.1
Remote Key ..................................................................................................... 5.2
Manufacturer Authorization ............................................................................. 5.3
Armed Rings .................................................................................................... 5.4
Disarmed Rings ............................................................................................... 5.5
Alarm Receiver Authorization .......................................................................... 5.6
iii

TABLE OF CONTENTS
Section
REMOTE OPTIONS continued
Service Receiver Authorization ....................................................................... 5.7
Remote Phone Number ................................................................................... 5.8
Remote Disarm ................................................................................................ 5.9
SYSTEM REPORTS
System Reports ............................................................................................... 6.1
Abort Reports .................................................................................................. 6.2
Bypass Reports ............................................................................................... 6.3
Schedule Change Reports .............................................................................. 6.4
Code Change Reports ..................................................................................... 6.5
Access Keypad Reports .................................................................................. 6.6
Ambush Reports .............................................................................................. 6.7
SYSTEM OPTIONS
System Options ............................................................................................... 7.1
Close Wait ....................................................................................................... 7.2
Entry Delay Times ........................................................................................... 7.3
Cross Zone Time ............................................................................................. 7.4
Loop Retard Delay ........................................................................................... 7.5
Power Fail Delay ............................................................................................. 7.6
Swinger Bypass Trips ...................................................................................... 7.7
Reset Swinger Bypass .................................................................................... 7.8
Video/Alarm Verification .................................................................................. 7.9
OUTPUT OPTIONS
Output Options ................................................................................................ 8.1
Bell Cutoff Time ............................................................................................... 8.2
Automatic Bell Test .......................................................................................... 8.3
Bell Action ........................................................................................................ 8.4
Fire Type ................................................................................................... 8.4A
Burglary Type ............................................................................................ 8.4B
Supervisory Type ...................................................................................... 8.4C
Panic Type ................................................................................................ 8.4D
Emergency Type ....................................................................................... 8.4E
Auxiliary 1 Type ........................................................................................ 8.4F
Auxiliary 2 Type ........................................................................................ 8.4G
Output Action ................................................................................................... 8.5
Cutoff Output ............................................................................................. 8.5A
Output Cutoff Time .................................................................................... 8.5B
Communication Failure Output ................................................................. 8.5C
Fire Alarm Output ...................................................................................... 8.5D
Fire Trouble Output ................................................................................... 8.5E
Ambush Output ......................................................................................... 8.5F
Entry Output .............................................................................................. 8.5G
Exit Output ................................................................................................ 8.5H
Ready Output ............................................................................................ 8.5I
Phone Trouble Output ............................................................................... 8.5J
Late To Close Output ................................................................................ 8.5K
Device Fail Output ..................................................................................... 8.5L
MENU DISPLAY
Menu Display ................................................................................................... 9.1
Armed Status ................................................................................................... 9.2
Time ................................................................................................................. 9.3
Arm/Disarm ...................................................................................................... 9.4

TABLE OF CONTENTS
Section
STATUS LIST
Status List ...................................................................................................... 10.1
Display Keypads ............................................................................................ 10.2
System Monitor Troubles ............................................................................... 10.3
Fire Loops ...................................................................................................... 10.4
Burglary Loops .............................................................................................. 10.5
Supervisory Loops ......................................................................................... 10.6
Panic Loops ................................................................................................... 10.7
Emergency Loops .......................................................................................... 10.8
Auxiliary 1 Loops ........................................................................................... 10.9
Auxiliary 2 Loops ........................................................................................... 10.10
PRINTER REPORTS
Printer Reports .............................................................................................. 11.1
Arm and Disarm Reports ............................................................................... 11.2
Loop Reports ................................................................................................. 11.3
User Command Reports ................................................................................ 11.4
Door Access Reports ..................................................................................... 11.5
Supervisory Reports ...................................................................................... 11.6
AREA INFORMATION
Area Information ............................................................................................ 12.1
Partition Number ............................................................................................ 12.2
Mode .............................................................................................................. 12.3
Exit Delay ...................................................................................................... 12.4
Burglary Output ............................................................................................. 12.5
Opening and Closing Reports ....................................................................... 12.6
Closing Check ............................................................................................... 12.7
Closing Code ................................................................................................. 12.8
Any Bypass .................................................................................................... 12.9
Area Schedules ............................................................................................. 12.10
Primary/Secondary Schedules ...................................................................... 12.11
Area Number ................................................................................................. 12.12
Area Name .................................................................................................... 12.13
Account Number ............................................................................................ 12.14
Automatic Arming .......................................................................................... 12.15
Bad Loops ..................................................................................................... 12.16
Automatic Disarming ..................................................................................... 12.17
Armed Output Number .................................................................................. 12.18
Bank Safe and Vault ...................................................................................... 12.19
Common Area ............................................................................................... 12.20
LOOP INFORMATION
Loop Information ............................................................................................ 13.1
Loop Number ................................................................................................. 13.2
Loop Name .................................................................................................... 13.3
Loop Type ...................................................................................................... 13.4
Loop Type Specifications ........................................................................ 13.4A
Partition Number ............................................................................................ 13.5
Area Number ........................................................................................... 13.5A
Area Perimeter ........................................................................................ 13.5B
Arming Loop Area Assignment ............................................................... 13.5C
Next Loop ...................................................................................................... 13.6
Alarm Action .................................................................................................. 13.7
Disarmed Open ............................................................................................. 13.8
Report To Transmit ................................................................................. 13.8A

TABLE OF CONTENTS
Section
LOOP INFORMATION continued
Output Number ........................................................................................ 13.8B
Output Action .......................................................................................... 13.8C
Swinger Bypass ............................................................................................. 13.9
Fast Response .............................................................................................. 13.10
Restoral ......................................................................................................... 13.11
Cross Zone .................................................................................................... 13.12
Priority ........................................................................................................... 13.13
Setup Loop Expanders .................................................................................. 13.14
Program Transmitter ............................................................................... 13.14A
Connect Transmitter ................................................................................ 13.14B
Connect Command Transmitter .............................................................. 13.14C
Existing DNET ......................................................................................... 13.14D
Existing Printer ........................................................................................ 13.14E
Prewarn Addresses ....................................................................................... 13.15
Entry Delay .................................................................................................... 13.16
Loop Retard ................................................................................................... 13.17
Presignal Addresses ...................................................................................... 13.18
STOP
Stop ............................................................................................................... 14.1
SET ACCESS CODE
Set Access Code ........................................................................................... 15.1
APPENDIX
Events Manager ............................................................................................ 16.1
Loop Type Descriptions ................................................................................. 16.2
Diagnostics Function ..................................................................................... 16.3

New and recent additions
Sec.

Description

Date

Sec.

1.5

Revised the Reset Timeout description.

6/95

3.2

Description
Added the Host Communication Type.

Date
7/95

Added the Contact ID format option.

6/95

3.2.1

3.2A

Added Existing Wireless display description.

6/95

3.3

Added Host option for 2nd phone line.

3.2B

Added Existing Printer display description.

6/95

3.20

Added Pager Direct™ reporting option.

7/95

3.3

Added Cellular prompt for 2nd phone line.

6/95

3.3

Added "area code" for cellular reporting

10/95

3.18

Added description of alternate dial sequence.

6/95

4.3

Added new single loop modules.

6/95

6.2

Abort report during Transmit Delay description. 6/95

7.9

Added Video/Alarm Verification description.

6/95

8.5

Revised the Output Action description.

6/95

11.1

Added Printer Reports sections (11.1 to 11.6).

6/95

12.3

Revised Home/Away description.

6/95

12.18

Revised Armed Output Number description.

6/95

13.6A Added Wireless programming instructions.

6/95

13.8A Added programming caution note.

6/95

14.1

Revised the Stop Routine function description.

6/95

16.3

Revised the Test 881 function description.

6/95

Added Check-in Time for Host Communication. 7/95
7/95

1-INTRODUCTION

Introduction
1.1

Before You Begin
About this Manual
This manual provides programming information for the DMP 1912XR Command Processor panel.
After this Introduction, the remaining sections describe the functions of each programming menu
item along with the available options. The 1912XR contains all of its programming information in an
on board processor and does not require an external programmer. After resetting the panel from
jumper J16, you can perform all programming tasks through any DMP alphanumeric keypad
connected to the system.
Reading the Contents
Before starting to program, we recommend you read through the contents of this manual. The
information contained here allows you to quickly learn the programming options and operational
capabilities of the 1912XR panel.
In addition to this manual, you should also read and be familiar with the following 1912XR
documents:
• 1912XR Installation Guide (LT-0169)
• 1912XR Product Specification (LT-0170)
• 1912XR Security Command® User's Guide (LT-0172)
Programming Information Sheet
Included with each 1912XR panel are the Programming Information Sheets. These list the various
keypad prompts and available options for programming the panel. Before starting, we recommend
you completely fill out each sheet with the programming options you intend to enter into the panel.
Having completed programming sheets available while entering data helps to prevent errors and can
shorten the length of time you spend programming. Completed sheets also provide you with an
accurate account of the panel's program you can keep on file for future system service or expansion.
The remainder of this Introduction provides instructions for starting and ending a 1912XR
programming session using the alphanumeric keypad.

1.2

Getting Started
The 1912XR Command Processor panel and all loop expansion devices must be completely
installed before you begin programming. Make sure the panel is properly grounded. Connect AC
power and a battery to the appropriate panel terminals.
Initializing the Panel
When programming a 1912XR panel for the first time, or changing the program of an existing
1912XR, we reccomend you use the Initialization function. See section 2. Initializing the panel
clears previously programmed information from the panel's memory.
Program from any Keypad Address
All 1912XR programming is done through keypads correctly addressed and connected to the
system. See the 1912XR Installation Guide (LT-0169) for keypad addressing and installation
information. If you're programming a panel that does not have a keypad, you can temporarily use an
alphanumeric keypad set to address zero (all switches down). While programming with a keypad set
to address zero, you cannot program from any other address.
Select address zero by placing all switches on the switchblock inside the keypad to the down
position.

Digital Monitoring Products, Inc.

1912XR Programming

Page 1

1-INTRODUCTION
1.2

Getting Started continued
Accessing the Programmer
To access the Programmer function of the 1912XR:
1. Install the reset jumper across the two J16 reset pins for two seconds. See Figure 1.
2. Remove the reset jumper and place it over just one pin for future use.
3. Enter the code 6653 (PROG) into any Security Command keypad.
4. Press COMMAND.
5. The keypad displays: PROGRAMMER.
You are now ready to start programming the 1912XR panel. Pressing the COMMAND key scrolls
you through the programming functions listed in section 1.3. Each of these functions are described
in detail in sections 2 to 15 of this manual.

J16
Command Processor Reset
Battery Only Restart

J16

B+

B-

5 BELL

GND

RED

YEL

GRN

10 BLK

11 SMK

L5+

L5-

15 GND

GND

Cold Water Pipe
Earth Ground
1k Ω

1k Ω

3.3k Ω Resistor
DMP Model 309

Figure 1: Installing the reset jumper on J16
1.3

Programmer Operation
Once at the PROGRAMMER display, pressing the COMMAND key scrolls you through the
programming menu. There are 14 programming sections to choose from:
Menu Item
Initialization
Communication
Device Setup
Remote Options
System Reports
System Options
Output Options
Menu Display
Status List
Printer Reports
Area Information
Loop Information
Stop
Set Access Code

Section in this manual
2
3
4
5
6
7
8
9
10
11
12
13
14
15

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1912XR Programming

Page 2

1-INTRODUCTION
1.3

Programmer Operation continued
To select a section for programming, press any one of the top row SELECT keys when the name of
that section is displayed on the keypad. The detailed instructions for each programming step are
found in sections 2 to 15 of this manual.

1.4

Programmer Access Codes
The 1912XR panel allows you to enter the programming function without a code using the steps 1 to
5 listed in section 1.2. We recommend, however, that you install an Access Code that restricts
programming to only those persons your company authorizes. You can do this by using the SET
ACCESS CODE feature in the programmer.
Use this new Access Code to restrict any unauthorized programming of the panel.
Installing an Access Code
After entering the programming function, the keypad displays PROGRAMMER. Press the
COMMAND key to advance through the programming sections until SET ACCESS CODE is
displayed (after STOP). Press any top row SELECT key and then enter a 1 to 5 digit programmer
access code.
Note: There are certain codes used by the panel that cannot be used for an Access Code. When
programming an Access Code, do not:
• Enter a number larger than 65,535
• Use 6653 (PROG), 2313 (DIAG), or any 3-digit code starting with 98 (such as 984).
These codes must be left available for the panel's use.
Press COMMAND. The displays shows ENTER AGAIN. Enter the new access code again and
press COMMAND. The display shows CODE CHANGED. The new code number must now be
entered before the programmer function can be accessed.
This code number should be kept in a secure place with access limited to only those persons
authorized by your company to program the panel.

Lost Access Code requires factory reset: If you lose or forget the Access Code, the panel must
be sent back to the factory to be reset. There is no field option for gaining access to the panel
without a valid access code.
1.5

Reset Timeout
The 1912XR has a feature that requires you to enter the Programmer within 30 minutes of resetting
the panel. After 30 minutes, if you attempt to program by entering the 6653 (PROG) code, the
keypad displays: RESET PANEL. You must reset the panel and enter the program code within the
next 30 minutes.
If you are already in the Programmer and do not press any keys on the programming keypad for 30
minutes, the panel terminates programming. As an additional safeguard, all data entered up to that
time is saved in the panel's memory.

Digital Monitoring Products, Inc.

1912XR Programming

Page 3

1-INTRODUCTION
1.6

Special Keys
SELECT Keys

6
MNO

4
GHI

DEF

ABC

7
PQR

POWER

JKL

STU

VWX
COMMAND

COMMAND Key

ARROW Key

Figure 2: Keypad Function keys
COMMAND Key
The COMMAND key is used to step ahead in programming. Pressing the COMMAND key allows
you to go forward through the programming menu and through each step of a programming section.
As you go through the programming, the keypad display shows any current programming already
stored in the panel's memory.
If the information is not to be changed, press the COMMAND key to advance to the next step.
The COMMAND key is also used to enter information into the panel's memory such as phone
numbers or loop names. Press the COMMAND key after you've entered the information and it's
being displayed correctly on the keypad.
ARROW Key
Use the ARROW key to back up one step while in the programming menu or within a programming
section. The ARROW key is also used when an error is made while entering information. Press the
ARROW key once to erase the last character entered.
SELECT Keys
The top row of keys are called the SELECT keys. Each time a SELECT key is to be used, the
keypad displays the function or options above the key. Displaying choices above the individual
SELECT keys allows them to be used for many different applications. For example, you can enter
AM or PM when programming the automatic test time or answer YES or NO for a system option.
During programming, the SELECT keys also allow you to change information currently in the panel's
memory. As you step through each program option, the keypad displays the current information. To
change this information, press the appropriate SELECT key under the display then enter the new
information through the keypad.
If you are changing a phone number or account number, press the appropriate digit keys. If entering
a communication type or choosing a programming option, the keypad displays the available
response options above the SELECT keys. When there are more than four response options
available, the keypad displays the first four. Pressing the COMMAND key brings up the next 1 to 4
options on the display. Pressing the ARROW key allows you to review the previous four choices.
The SELECT keys are also used for selecting a section from the programming menu. This is done
by pressing any one of the SELECT keys when the name of the programming section you want is
displayed.

Digital Monitoring Products, Inc.

1912XR Programming

Page 4

1-INTRODUCTION
1.7

Entering Alpha Characters
Some options during programming require you to enter alpha characters. To enter an alpha
character, press the key that has that letter written below it. The keypad displays the number digit of
the key. Next, press the SELECT key that corresponds to the location of the letter under the key.
Pressing a different SELECT key changes the letter. When another digit key is pressed, the last
letter displayed is retained and the process is started over.

SYSTEM ON

Center Character

Left Character

Right Character

Figure 3: Keypad display and top row keys
1.8

Entering Spaces With Alpha Characters
To enter a space in an alpha entry, press the 9 digit key followed by the third SELECT key. The
three characters on the 9 digit key are Y, Z, and space.

1.9

Keypad Prompts Display Current Programming
Each programming prompt displayed at the keypad shows the currently selected option in the
panel's memory. These options are either shown as a number, a blank, or a NO or YES. To change
a number or blank to a new number, press any top row SELECT key. The current option is replaced
with a dash. Press the number(s) on the keypad you want to enter as the new number for that
prompt.
It is not necessary to enter numbers with leading or trailing zeros. The 1912XR automatically right
justifies the number when you press the COMMAND key.
To change a programming prompt that requires a NO or YES response, press the top row SELECT
key under the response not selected.
For example, if the current prompt is selected as YES and you want to change it to NO, press the
third top row SELECT key. The display changes to NO. Press the COMMAND key to go to the next
prompt. See Figure 4.

BELL TST

YES

BELL TST

The keypad display changes to the newly
selected option. Press COMMAND.

Press the top row select key.

Figure 4: Changing the current option selected.

Digital Monitoring Products, Inc.

1912XR Programming

Page 5

2-INITIALIZATION
2.1

INITIALIZATION

This function allows you to clear selected parts of the panel's memory back to the
factory defaults in preparation for system programming.
After you select YES to clear a section of memory the panel asks if you are sure
you want to clear the memory. This is a safeguard against accidently erasing part
of your programming. No memory is cleared from the programming until you
answer yes to the SURE? YES NO question.
A description of each selection follows:

2.2

2.3

2.4

2.5

2.6

2.7

CODES?

YES

SURE?

YES

SCHEDS? NO

YES

SURE?

YES

SURE?

YES

LOOPS?

SURE?

YES

AREAS?

SURE?

YES

EVENTS?

YES
NO

COM/RMT? NO YES
SURE?

2.8

YES

CLEAR ALL SCHEDULES - YES clears all primary, secondary, permanent,
temporary, and output schedules.

CLEAR DISPLAY EVENTS MEMORY - YES clears the Security Command
keypad display events memory.

CLEAR LOOP INFORMATION - YES clears the loop information for all loops. All
loops are marked * UNUSED * and must be renamed before being able to
display on any system keypad.

CLEAR AREA INFORMATION - YES clears the area information for all areas. All
areas are marked * UNUSED * and must be renamed before being able to
display on any system keypad.

CLEAR COMMUNICATION AND REMOTE OPTIONS - YES clears the
communication and remote options programming to factory defaults.

DEFAULTS NO YES
SURE?

CLEAR ALL CODES - YES clears the user code memory and assigns the
user code number 99 to the highest user position in each area.

SET TO FACTORY DEFAULTS - YES sets the panel's programming back to the
factory default selections. Selecting Factory Defaults does not clear the panel's
Event Memory or user codes.

Digital Monitoring Products, Inc.

1912XR Programming

Page 6

3-COMMUNICATION
3.1

COMMUNICATION

This section allows you to configure the communication options for the 1912XR
panel. The information you'll program varies with the Communication Type.

3.2

COMM TYPE: NONE

COMMUNICATION TYPE - Specifies the communication method the panel uses
to contact the SCS-1 Receiver. Press any SELECT key to display the following
communication options:

NONE DD MPX DDMX

NONE - For local systems. Selecting this ends communication programming.
DD - Dialer connection to a DMP SCS-1 Receiver.
MPX - Multiplex connection to a DMP SCS-1 Receiver.
DDMX - Dialer connection during disarmed periods with multiplex connection
established after the last area in the system arms. After selecting DDMX, the
display changes to DDMX PHONE NO., press COMMAND to enter the multiplex
phone number.

DNET

CID

HST

DNET - Data network connection to a DMP SCS-1 Receiver following multiplex
rules. This option requires the use of the 862 Network Interface Card. You can
also use the backup dialer capability of the 1912XR by selecting the option 2ND
LINE as YES. See section 3.3.

You cannot select DNET if you are using the 872 HARD-WIRE-LESS™ or 862P Printer
Interface Cards: If you attempt to program DNET while using either card, the keypad
displays an error message. See sections 3.2A and 3.2B.
CID - This option allows the panel to communicate to non-DMP receivers using
the Ademco Contact ID format. When selected, the panel sends all of its alarm,
trouble, and supervisory reports to the Contact ID receiver programmed in
Receiver 1 and 2 Programming.
HST (Host) - Asynchronous communication using the 862N Network Interface
Card. The DMP Host/Output reporting format is transmitted over an
asynchronous computer or radio network to the SCS-1 Receiver. All loop alarms
and restorals transmitted on the Host Channel are also duplicated on the 2ND
LINE (section 3.3) if it's selected.
If the Host channel fails to receive a proper acknowledgment after five attempts,
the panel sends a WARNING: NETWORK TROUBLE (S72) report on the 2ND
LINE. The next time a report is sent by the panel over the Host channel, the
panel sends a NETWORK RESTORED (S73) report over the 2ND LINE.
3.2.1 CHECKI N:

CHECKI N: –

3.2A

CHECK-IN TIME - Enter two digits (00 to 60) to specify the time delay in minutes
the panel uses to send the next Check-in report. This prompt is only displayed if
HST is selected in section 3.2. Since HST is not a polled communication method,
the Check-in time allows the SCS-1 Receiver to get a Check-in report (s070)
periodically to verify continuous communication with the panel. SCS-1/805
firmware is required in the SCS-1 Receiver. Entering zero causes the Check-in
report to not be sent. Press COMMAND to continue.
AA

EXISTING WIRLESS

Selecting AA instead of entering a Check-in time causes the panel to send the
Check-in report at random times. When all areas are disarmed, the report is sent
randomly but always within 60 minutes. If any area is armed, the report is sent
every six minutes. The SCS-1 Receiver verifies that the next Check-in report is
received at the appropriate time. SCS-1/805 firmware is required in the SCS-1
Receiver.
EXISTING WIRELESS - Wireless loops have been programmed for one or more
of the addresses 100 to 199. This display is followed by the loop number and
loop name for each wireless loop. You must remove the wireless loop
programming to use the DNET option for interfacing with a data network.

Digital Monitoring Products, Inc.

1912XR Programming

Page 7

3-COMMUNICATION
3.2B EXISTING PRINTER

EXISTING PRINTER - One or more options in Printer Reports has been enabled.
See section 11.1. You must remove any Printer Reports programming before
using the DNET option to interface with a data network.

3.3

2ND PHONE LINE - Allows you to use a second phone line to send reports to the
SCS-1 Receiver should the first phone line fail. If 2ND LINE is YES, you'll need
to install a DMP 893 Dual Line Module to connect both the main and secondary
phone lines. The 893 provides supervision of both phone lines.

2ND LINE:

NONE

Both DD and MPX type systems can be backed up with a dialer or cellular line.
Multiplex lines cannot be used as a secondary line.
NONE DD CELL HST

NONE - A second line is not used.
DD - Dialer communication to a DMP SCS-1 Receiver.
CELL - Cellular communication with Cell-Miser™ restrictions. When Cell-Miser is
selected, the following call restrictions apply to the panel.
1. Only loop alarms, Ambush, Line 1 Trouble, Abort, Recall Test, and Delayed
Events can be sent over the cellular system. Delayed Events are only sent
if the cellular call was made for one of the other allowed reports.
2. Line 1 Trouble in sent only once during each armed period.

Area code selection for cellular communication: Version 1912XR/112 firmware allows you to
enter a letter "C" in the first or second phone number in the panel's Communication section of the
Programmer. When entered, the characters before the "C" are only used when a 2nd LINE Cellular
call is being made. All other calls made on the main line will only use the characters entered after
the letter "C". The letter "C" is never dialed and is recognized by the panel as a marker only.
HST (HOST) - DTE asynchronous communication to a DMP SCS-1 Receiver or
Host automation system. If HST is selected as the Communication Type in
section 3.2, HST will not be displayed as an option in 2ND LINE. If HST is
selected for 2ND LINE, all loop alarms and restorals are duplicated on the
asynchronous channel in addition to the main communication method.
When HST is used as the main or 2ND LINE communication method, the
account number must not begin with a number that matches a line number being
used for multiplex service on the same SCS-1 Receiver. This allows the
Redisplay Non-Restored status list to work properly in receivers with SCS1/805
firmware.
3.3A TEST FREQ: NONE
NONE REG

7 30

TEST FREQUENCY - Specifies the communication test interval for the second
phone line. This is displayed if 2ND LINE is programmed as DD or CELL.
NONE - No communication test is made on the second line.
REG - A 2ND LINE communication test is made each time the regular
communication test is completed.
7 - A communication test is made every 7 days at the test time programmed for
the regular communication test. Test time deferrals are disregarded.
30 - A communication test is made every 30 days at the test time programmed
for the regular communication test. Test time deferrals are disregarded.

If the 2ND LINE test fails to communicate after 10 attempts, the regular communication channel
sends a WARNING: PANEL BACKUP COMMUNICATION FAIL (S12) report. The next time the
panel sends a report over the 2ND LINE, the regular communication channel sends a BACKUP
COMMUNICATION LINE RESTORED (S04) report.

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1912XR Programming

Page 8

3-COMMUNICATION
3.4

ACCT NO: 1 2 3 4 5

ACCOUNT NUMBER - Enter the account number sent to the SCS-1 Receiver.
DD, CID, and HST - The range of valid account numbers for a panel using
these Communication Types is 1 to 65,535. For account numbers of four
digits or less, it is not necessary to enter leading zeros. The panel
automatically right justifies the account number.
MPX, DDMX, and DNET - A 5-digit account number is required for panels
using either of these formats. The first digit is the receiver line number. The
second digit is always zero. The last three digits are the panel's account
number. This number must be between the range of 000 and 127.
If 2ND LINE (3.3) is NO, COMMUNICATION programming ends after the
account number is entered.

3.5

XMIT DELAY:

TRANSMIT DELAY- Enter the length of time the panel waits before sending
burglary reports to the SCS-1 Receiver. The available range is 1 to 60 seconds.
Alarm bells and relay outputs are not delayed during this period. Burglary
Outputs in section 8 must be programmed for pulsed or steady. Set Abort
Reports in section 6 to YES if Opening and Closing reports are not being sent.
Enter zero to disable Transmit Delay.

3.6

DTMF

3.7

EVENT MGR: SEND

SND

YES

DLY

KEEP

DTMF - YES enables tone dialing. NO enables rotary dialing.
EVENTS MANAGER - Specifies when non-alarm reports are sent to the receiver.
This selection does not affect loop alarm, loop trouble, loop restoral, supervisory,
or serviceman messages. Closing reports are not delayed if you've programmed
a YES for the Closing Wait option. See Section 7.2.
SND - If send is selected, all reports are sent to the receiver as they occur.
DLY - All non-alarm reports are held until the panel's memory buffer contains
66 events, or until the panel's next communication with the receiver.
KEEP - All non-alarm reports are held in the panel's memory buffer until
they're over written by new activity. You can view the contents of the memory
buffer using the DMP Remote Access™ software or the display events
feature in the User Menu.
Refer to the Appendix for a table listing the delayed report types.

3.8

DFR TEST

3.9

TEST FREQ:

3.10

DEFER TEST TIME - Select YES to allow the programmed test report to be
deferred if the panel communicates with the SCS-1 Receiver within the time set
in Test Frequency. See section 3.9. Select NO to send the test report as
programmed regardless of previous panel communication.
0

Press COMMAND to show the enter test time display.

TEST TIME
0:00

A M PM

TEST DAY:

TEST FREQUENCY - Allows you to set how often the panel's test report is sent
to the SCS-1 receiver. Enter from 1 to 60 days. This prompt is not displayed if
Defer Test Time is set to NO.

ALL

Enter the time of day the panel sends the test report to the SCS-1 Receiver. Use
only entries of 00:01 to 12:00 and then choose AM or PM.
When Defer Test Time is set to NO, this option allows you to program the day of
the week the test report is sent. Choose one day of the week or all days.

3.11

RECEIVER 1 PRGMG Allows you to set the options for the first receiver the 1912XR panel attempts to
contact when sending reports. The panel supports two receivers.

3.12

ALARM

YES

ALARM REPORTS - YES sends alarm and alarm restoral reports to this receiver.

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1912XR Programming

Page 9

3-COMMUNICATION
3.13

SPV/TRBL

YES

SUPERVISORY/TROUBLE REPORTS - YES enables supervisory, trouble, and
trouble restoral reports, and serviceman messages to be sent to this receiver.

3.14

O/C USER

YES

OPENING/CLOSING AND USER REPORTS - Enter YES to enable opening/
closing, door access, schedule and code changes, bypass, and sensor reset
reports by user to be sent to this receiver.

3.15

TEST RPT

YES

TEST REPORT - Enter YES to enable the system test report to be sent to this
receiver. Reports are sent according to the programming in sections 3.9 to 3.10.

3.16

BACKUP

3.17

FIRST PHONE NO.

BACKUP REPORTING - Enter YES to enable this receiver to be a backup to the
other receiver in the event the other receiver cannot be contacted.

–

3.18

FIRST TELEPHONE NUMBER - This is the first number the panel dials when
sending reports to this receiver. Phone numbers can be up to 15 characters in
length. You can program a three second pause in the dialing sequence by
entering the letter P. You can program a dial tone detect by entering the letter D.
These characters are counted as part of the 15 allowable characters.

SECOND PHONE NO. SECOND TELEPHONE NUMBER - The panel dials the second number when
two successive tries using the first number have failed. If the panel cannot reach
–
the receiver after two attempts using the second number, it returns to the first
number and makes two additional attempts. A total of ten dialing attempts are
made using the first and second phone numbers.
Should all ten attempts fail, the panel clears the communication buffer and then
makes one communication attempt each hour to send a TRANSMIT FAILED
(S87) report to the central station receiver. The report information that was not
sent to the receiver is available from the Display Events feature of the User Menu
and can be downloaded with the Remote Access™ software from DMP.
Each number can be up to 15 characters in length including any P or D
characters entered for pause and dial tone detect. Important: Do not program
any letters other than P or D.

3.19

RECEIVER 2 PRGMG Repeat steps 3.12 through 3.18 when using a second receiver. Defaults for
Receiver 2 are factory set as NO.
If you select YES for any of the second receiver options, you must have at least
one phone number programmed in Receiver 2 programming.

3.20

PAGER?

YES PAGER REPORTING - YES allows the panel to send Alarm, Trouble, Opening,
Closing, and Late to Close reports to a numeric pager. The panel uses DTMF
tones to generate the account and report information sent over the pager terminal
equipment. Selecting NO allows you to use the Receiver 2 Programming to send
panel reports to a second SCS-1 Receiver.

3.20A FIRST PHONE NO.

FIRST TELEPHONE NUMBER - Enter the phone number the panel will dial to
send reports to the numeric pager. Phone numbers can be 15 characters in
length. You can program a three second pause in the dialing sequence by
entering the letter P. You can program a dial tone detect by entering the letter D.
These characters are counted as part of the 15 allowable characters.

3.20B PAGER I D NUMBER PAGER IDENTIFICATION NUMBER - Enter a pager identification number if your
pager uses one. If it does, the panel waits for nine seconds after having dialed the
First Phone Number before sending the Pager ID. After the Pager ID has been
transmitted, the panel waits another three seconds before sending the actual
pager message containing the panel reports.
Digital Monitoring Products, Inc.

1912XR Programming

Page 10

4-DEVICE SETUP
4.1

This section allows you to define the physical configuration of the 1912XR panel.
Enter the number of partitions in the system and the types of devices installed at
each address along with their assigned partition. You can install and address up
to eight devices on the keypad data bus.

DEVICE SETUP

A description of each option follows:
4.2

MAX PARTITION: 1

Maximum number of partitions you want in this system. You can choose from 1 to
4. To change the number displayed, press any SELECT key, enter the number of
partitions you want to enable, and press COMMAND.

Changing the number of partitions resets user codes: Whenever you change the number of
partitions on the 1912XR, all programmed user codes are cleared. The only code available after a
partition change is the factory default of 99.
Partitions
Enabled

Areas Available

User Code Numbers

Partition 1

1 to 8

1 to 99

Partitions 1 & 2

Partitions 1 to 3

Partitions 1 to 4

Partition 1 - 1 to 8

Partition 1 - up to 50

Partition 2 - 1 to 4

Partition 2 - up to 50

Partition 1 - 1 to 8

Partition 1 - up to 25

Partition 2 - 1 to 4

Partition 2 - up to 25

Partition 3 - 1 to 4

Partition 3 - up to 25

Partition 1 - 1 to 8

Partition 1 - up to 25

Partition 2 - 1 to 4

Partition 2 - up to 25

Partition 3 - 1 to 4

Partition 3 - up to 25

Partition 4 - 1 to 4

Partition 4 - up to 25

Figure 5: Areas and user codes available with partitioning

4.3

DEVICE 1: STNDRD

Description of the device set to this address. Leave the default STNDRD for 670,
770, and 771 Security Command keypads and for all expander modules.
If the device description does not match the device installed for this address,
press any SELECT key and choose the correct one from those displayed.

STD

NONE

STANDARD - The device is either a 670, 770, or 771 keypad, a 711, 714, or 715
Loop Expander, a 6155LX PIR, or a 5845LX Glassbreak.
NONE - No device is set for this address.
Press the SELECT key under the correct device description to change the current
selection. If you entered 2, 3, or 4 in section 4.2 MAX PARTITION, the keypad
displays the following prompt. If there is only one partition programmed in section
4.2, the keypad does not display the partition assignment prompt.

4.4

PARTITION NO:

Enter the partition number where the current device being programmed is
assigned. For systems with only one partition, leave this entry at one. For
systems with more than one partition, press any top row SELECT key then enter
a 2, 3, or 4. Press COMMAND to program the next device.

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5-REMOTE OPTIONS
5.1

This section allows you to enter the information needed for Remote Command/
Remote Programming operation.

REMOTE OPTIONS

A description of the Remote Options follow:
5.2

REMOTE KEY - This option allows you to enter a code of up to eight digits for
use in verifying the authority of an alarm or service receiver to perform a remote
command/programming session. The receiver must give the correct key to the
panel before being allowed any remote functions. All panels are shipped from the
factory with the key preset as blank.

RMT KEY:

To enter a remote key or change the current one, press a top row SELECT key
and enter any combination of up to eight digits. Press COMMAND. The current
key is never displayed.
5.3

MFG AUTH NO

MANUFACTURER AUTHORIZATION - Enter YES to allow DMP service
technicians to access the panel when required during system service or
troubleshooting. This authorization automatically expires within one hour.

DMP remote service is provided on a read only basis: DMP technicians can look at the system
programming and make suggestions only. Alterations can only be accomplished by the installing
company's service personnel.
5.4

ARM

RINGS:

5.5

DISARM

5.6

ALR RCVR NO

RINGS: 0

ARMED RINGS - Enter the number of rings the panel counts before answering
the phone line when all areas of the system are armed. Any number from 1 to 15
can be entered. If zero is entered, the panel does not answer the phone when all
areas of the system are armed.
DISARMED RINGS - Enter the number of rings the panel counts before
answering the phone line while any areas of the system are disarmed. Any
number from 1 to 15 can be entered. If zero is entered, the panel does not
answer the phone when any area of the system is disarmed.
ALARM RECEIVER AUTHORIZATION - Enter YES to enable remote
commands and programming to be accepted from the alarm SCS-1 Receiver.
The Remote Key option can also be required.
With YES selected, the panel requests the receiver key during its first
communication with the first SCS-1 receiver. The panel retains this alarm
receiver key in memory and allows remote commands to be accepted from the
alarm receiver. If an alarm occurs during a remote connect, the alarm report is
immediately sent to this receiver only.
When NO is selected, remote commands and programming are not accepted
from the alarm SCS-1 Receiver.

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Page 12

5-REMOTE OPTIONS
5.7

SVC RCVR

YES

SERVICE RECEIVER AUTHORIZATION - YES enables remote commands and
programming to be accepted from a secondary service receiver other than the
alarm SCS-1 Receiver. The Remote Key option can also be required.
With YES selected, the panel requests the service receiver key the first time it's
contacted by the service receiver. The panel retains this service receiver key in
memory and accepts remote commands from the service receiver.
If an alarm occurs during a remote connect, the panel disconnects from the
service receiver and calls the alarm receiver. Alarm reports are only sent to the
alarm receiver. It is important that the alarm receiver key and the service
receiver key programmed at the central station are NOT the same so the panel
can determine the difference between receivers.
When NO is selected remote commands and programming are not accepted
from a secondary service receiver.

5.8

REMOTE PHONE NO.
–

REMOTE PHONE NUMBER - Press COMMAND to enter the phone number the
panel dials whenever remote programming is requested. After entering a phone
number, the panel allows remote commands and programming only after it has
first been called by the authorized receiver, disconnected itself, and has redialed
the remote phone number.
Note: If a Remote Phone Number is entered, and the function 984 + COMMAND
is entered at the keypad, a remote options menu appears. This menu contains
the following options:

NBR RMT PICKUP

NUMBER - The panel allows you to enter into the keypad a phone number you
want the panel to dial. Use must use any required prefixes and area codes.
REMOTE - The panel dials the phone number programmed in Remote Phone
Number. See section 5.8.
PICKUP - The panel picks up the phone line as Remote Access is dialing in. The
phone must be ringing before selecting PICKUP.
If a Remote Phone Number is NOT entered, the panel allows remote commands
and programming without disconnecting and redialing. The phone number can be
up to 15 digits in length. Enter a D for dial tone detect and a P for a 3 second
pause.
Important: Do not program any letters other than P or D.

5.9

DISARM

REMOTE DISARM - Enter YES to enable the panel to be disarmed remotely.
Selecting NO disables remote disarming.

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6 -SYSTEM REPORTS
6.1

SYSTEM REPORTS

This function allows you to select the reports the 1912XR sends to the SCS-1
Receiver.

6.2

ABORT

ABORT REPORT - YES allows the panel to send an alarm abort report to the
receiver any time an alarm report has also been sent and the bell is still
sounding. The area must be disarmed and no alarmed loops can still be armed.

Abort reports are also sent when the system is disarmed during Transmit Delay
and the Bell Output is active. See section 3.5.
6.3

BYPASS

YES

BYPASS REPORTS - YES allows the panel to send all loop bypasses, resets,
and force arm reports to the receiver. The bypass report includes the loop
number, loop name, and the user number of the individual operating the system.

6.4

SCHD CHG

YES

SCHEDULE CHANGE REPORTS - YES allows the panel to send all permanent
and temporary, primary and secondary, schedule changes to the receiver. The
report includes the day, opening time, closing time, and the user number of the
individual making the change.

6.5

CODE CHG

YES

CODE CHANGE REPORTS - YES allows the panel to send all code additions,
changes, and deletions to the receiver. The code change report includes the user
number added or deleted and the user number of the individual making the
change.

6.6

ACS KEY: - - - - - - - -

ACCESS KEYPADS - Enter the Security Command keypad addresses that send
door access reports to the receiver. A report is sent with each door access made
from the selected keypads. Keypads at addresses not selected still operate the
door strike relay but do not send door access reports. The report includes the
user number and the keypad address used.

6.7

AMBUSH

AMBUSH - YES allows an ambush report to be sent anytime user code number
one is entered at a Security Command keypad. Selecting NO disables the
ambush report and allows user code number one to operate the same as all
other codes.

There is one Ambush code available for each active partition programmed into
the panel.

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7 -SYSTEM OPTIONS
7.1
7.2

This section allows you to select system wide parameters used in the operation of
the 1912XR system. A description of each System Option follows:

SYSTEM OPTIONS
CLS WAIT

CLOSING WAIT - When YES, the keypad displays SYSTEM ON followed by
ONE MOMENT... while the system waits for an acknowledgment from the receiver
before arming the selected area(s). Exit delays begin after this period.

Opening/Closing reports must be YES to enable Closing Wait. See section 3.14.
7.3

ENTRY DLY 1:

ENTRY DLY 2:

ENTRY DLY 3:

ENTRY DLY 4:

120

ENTRY DELAY 1 - Enter the Entry Delay time for all Exit type loops programmed
to use Entry Delay 1. When an armed Exit type loop is faulted, the keypad prewarn
tone begins sounding and ENTER CODE:- displays on all keypads programmed
to prewarn for that loop. The area must be disarmed before the delay expires or an
alarm report is sent to the receiver. All loops in that area are delayed along with
the Exit loop. Entry Delay times can be from 1 to 250 seconds.
Repeat the above for each entry delay being used in the system.

7.4

CRS ZONE TM:

CROSS ZONE TIME - Enter the time allowed between loop faults. When loops are
cross zoned, a second cross zoned loop in the same partition must fault within this
time in order for an alarm report from the first loop to be sent to the receiver. If the
cross zone time expires without the second loop faulting, only a loop fault from the
first loop is reported. Cross zone time can be from 4 to 250 seconds. Entering zero
disables this function.

7.5

RETARD DLY:

LOOP RETARD DELAY - Enter the retard time assigned to Fire, Supervisory,
Auxiliary 1, and Auxiliary 2 type loops. The retard delay only functions when the
loop is shorted. The loop must remain shorted for the entire length of the Retard
Delay before being recognized by the panel. The Loop Retard Delay can be from 1
to 250 seconds. Entering a zero disables this function.

7.6

PWR FAIL HRS:

7.7

SWGRBYPS TRIPS: 3

POWER FAIL DELAY - This option tracks the duration of an AC power failure.
When the AC power is off for the length of the programmed delay time, an AC
power failure report is sent to the receiver. The delay time can be from 1 to 9
hours. Entering a zero sends the AC power failure report within 15 seconds.
SWINGER BYPASS TRIPS - Enter the number of times a loop can go into an
alarm or trouble condition within one hour before being automatically bypassed.
You can select from 1 to 7 trips. Entering a zero disables this function.
The panel's hour timer starts at 59 minutes past the hour. If the hour timer expires
before the trip counter is exceeded, the trip counter returns to zero. If the trip
counter is exceeded before the hour expires, the loop is automatically bypassed
by the panel. A report of the automatic bypass is sent to the receiver if Bypass
Reports has been selected as YES. See section 6.3.
Bypassed loops are automatically reset when the area they're assigned to is
disarmed. All 24 hour loops are reset when any area of the system is disarmed.
Swinger Bypass Trips can be set at 1 to 7. Enter zero to disable this function.

7.8

RST SBYP

7.9

VIDEO

YES

RESET SWINGER BYPASS - When YES is selected, an automatically bypassed
loop is reset if it remains in a normal condition for one complete hour after being
bypassed. A report of the automatic reset is sent to the receiver if Bypass Reports
has been selected as YES. See section 6.3.
VIDEO/ALARM VERIFICATION - Selecting YES forces the panel to wait for 60
seconds after a successful communication with a central station receiver before
making any additional communication attempts. This 60 second period can be
used to allow video transmission or alarm verification (such as 2-way voice)
equipment to use the phone line. After the 60 second timer, the panel can once
again seize the phone line and send any reports being buffered.
The Video option must be set to NO if any fire protection is connected to the
1912XR.

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Page 15

8-OUTPUT OPTIONS
8.1

OUTPUT OPTIONS

OUTPUT OPTIONS - This function allows you to program the panel's Bell Output
functions and certain Relay Output options. Dry contact relays and voltage
outputs are available using the output harness on the 1912XR board. Refer to
the 1912XR Installation Guide (LT-0169) for complete information.
A description of each output option follows:

8.2

8.3
8.4

BELL CUTOFF:

BELL TST

BELL CUTOFF TIME - Enter the maximum time the Bell Output remains on. If
the Bell Output is manually silenced or the area is armed or disarmed, the cutoff
time is reset. The Bell Cutoff Time can be from 1 to 99 minutes. Enter zero to
provide continuous bell output.
AUTOMATIC BELL TEST - When YES is selected, the Bell Output is turned on
for two seconds each time a partition is completely armed.

BELL ACTION . . . . .

BELL ACTION defines the type of Bell Output for loop alarms. Trouble conditions
do not activate the Bell Output. There are seven loop types you can program
individually for Bell Output.
To provide a steady Bell Output, enter S. For a pulsed output, enter P. For no
Bell Output, enter N.
Below is a list of the bell action for seven of the loop types:

8.4A

FIRE

TYPE: P

Defines Bell Action for Fire Type Loops

8.4B BURGLARY TYPE: S

Defines Bell Action for Burglary Type Loops. If N is selected, Exit Error is not
indicated locally but the Exit Error report will still be sent to the central station.

8.4C SUPRVSRY TYPE: N

Defines Bell Action for Supervisory Type Loops

8.4D PANIC

Defines Bell Action for Panic Type Loops

TYPE: N

8.4E EMERGNCY TYPE: N

Defines Bell Action for Emergency Type Loops

8.4F AUXLRY I TYPE: N

Defines Bell Action for Auxiliary 1 Type Loops

8.4G AUXLRY 2 TYPE: N

Defines Bell Action for Auxiliary 2 Type Loops

8.5

This option allows you to define the operation of the 1912XR relay outputs. The
panel provides two Form C relays (1 and 2) and four 12 VDC voltage outputs (3
to 6) rated at 50mA each. You can expand the system with up to 100 additional
relay outputs using multiple 716 Output Expander Modules.

OUTPUT ACTION . . .

8.5A CO OUTS: - - - - - -

CUTOFF OUTPUT - Outputs 1 to 6 can be entered here to turn off after a time
specified in CUTOFF TIME. See section 8.5B. To disable this option, press any
SELECT key to clear the display of output numbers and then press COMMAND.
The Cutoff Output displays NONE when no outputs are selected.

8.5B CUTOFF TIME:

OUTPUT CUTOFF TIME - If a Cutoff Output is assigned in section 8.5A, you can
enter a Cutoff Time of up to 99 minutes for the output to remain on. If the output
is turned off, the cutoff time is reset. The Cutoff Time can be from 1 to 99
minutes. Enter zero to provide continuous output.

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Page 16

8-OUTPUT OPTIONS
8.5C

COMMUNICATION FAILURE OUTPUT - This output is turned on when any of
the following conditions occur:

COM FAIL OUT: 0

• a DD system fails to communicate on three successive dial attempts
• a MPX system does not communicate with the receiver for 150 seconds or if
the backup communication module transmits a report
Enter zero to disable this output.
8.5D

FIRE ALR OUT:

FIRE ALARM OUTPUT - This output is turned on any time a fire type loop is
placed in alarm. The output is turned off using the Sensor Reset option while no
additional fire type loops are in alarm. Enter zero to disable this output.

8.5E FIRE TRB OUT:

FIRE TROUBLE OUTPUT - This output is turned on any time a fire type loop is
placed in trouble or when a supervisory type loop is placed in alarm or trouble.
The output is turned off when all fire and supervisory type loops are restored to
normal. Enter zero to disable this output.

8.5F AMBUSH OUT:

AMBUSH OUTPUT - This output is turned on any time an Ambush code is
entered at a keypad. The output is turned off using the Sensor Reset option.
Enter zero to disable this output.

8.5G ENTRY OUT:

ENTRY OUTPUT - This output is turned on at the start of the entry delay time.
The output is turned off when the area is disarmed or the entry delay time
expires. Enter zero to disable this output.

8.5H

EXIT OUT:

EXIT OUTPUT - This output is turned on any time an exit delay time starts in any
area of the system. The output is turned off when the area arms or when the
arming has been stopped. Enter zero to disable this output.

8.5I

READY OUT:

READY OUTPUT - This output is turned on whenever all disarmed burglary loop
types are in a normal state. The output is turned off when any disarmed burglary
type loop is in a bad state. Enter zero to disable this output.

8.5J

PH TRBL OUT:

PHONE TROUBLE OUTPUT - This output is turned on any time the phone line
monitor detects a voltage below 3 VDC. The output is turned off when phone
voltage rises above 3 VDC. Enter zero to disable this output.

8.5K

LATE CLS OUT:

LATE TO CLOSE OUTPUT - This output is turned on any time a programmed
area in a closed period remains disarmed. The output is turned off when the area
is armed, the closing is extended, or the schedule is changed.

8.5L

DVC FAIL OUT:

DEVICE FAIL OUTPUT - This output is turned on any time an addressed device
fails to respond to polling from the panel. The output is turned off when the
device responds to polling or is removed from the system. Enter zero to disable
this output.

Any Output Option can be used with output numbers 1 through 6 and 100 through 199.

Digital Monitoring Products, Inc.

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Page 17

9-MENU DISPLAY
9.1

MENU DISPLAY

Menu Display allows you to select at which keypad addresses the user can
access the following functions.
A description of each menu option follows:

9.2

ARM STAT 12345678

ARMED STATUS - Enter the keypad addresses that show the armed areas for
their partitions. For example: if address 1 is enabled here, it can display the
armed areas within its partition. Each armed area is displayed with its name and
area number.

9.3

TIME DSP 12345678

TIME - Enter the keypad addresses that can display the time and day of the
week.

9.4

ARM/DIS

ARM/DISARM - Enter the keypad addresses from which users can arm and
disarm areas in a partition.

12345678

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Page 18

10-STATUS LIST
10.1

STATUS LIST

This function allows you to select the loop alarms and troubles, and system
monitor troubles displayed at the keypads. The Status List function operates
automatically when the keypad is not performing any other function.
The keypad stays in the Status List until the user chooses to go to system
arming/disarming or a menu option. Status List alternates with the armed status,
on keypad addresses selected in section 9.2. You can choose to have System
Monitor troubles placed in the list, the different loop types placed in the list, and
at which keypad addresses they'll be displayed.
A description of how each is displayed in the Status List follows:

10.2

DISPLAY KEYPADS:

10.3 SYS TRB

12345678

This section defines which keypad addresses display the various status
information. Any combination of addresses can be entered to display the status
items that follow. If you don't want a particular status item to display, do not enter
any addresses.
SYSTEM MONITOR TROUBLES - Specifies the addresses where any trouble on
a System Monitor is displayed. The System Monitors are:
AC Power
Battery Power
Panel Box Tamper
Phone Line 1
Phone Line 2 (requires the 893 Dual Phone Line Module)
The name of the System Monitor is placed in the Status List and the keypad
steady trouble buzzer sounds. The buzzer remains on until the monitor restores
or any top row SELECT key is pressed on the keypad. The name remains in the
list until the condition is restored.

10.4

FIRE

10.5

BURGLRY 12345678

12345678

FIRE LOOPS - Specifies the addresses where all fire loop alarms and troubles
are displayed. The loop name is displayed and, if it's a trouble condition, the
keypad steady trouble buzzer sounds. The buzzer remains on until any top row
SELECT key is pressed. The name remains in the list until the user clears it with
the Sensor Reset function.
BURGLARY LOOPS - Specifies the addresses where all burglary loop alarms
and troubles are displayed. Burglary loops include Night, Day, and Exit type
loops. Burglary loop troubles remain in the list until the loop restores.
For loop alarms, only the last burglary loop tripped remains in the list. The alarm
remains in the list until another burglary loop goes into alarm or any area of the
system is disarmed. This ensures that if a burglary is in progress the last loop
tripped remains in the list even if the loop has been restored.
The keypad buzzer sounds for one second on burglary alarms.

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10-STATUS LIST
10.6

SPRVSRY 12345678

SUPERVISORY LOOPS - Specifies the addresses where all supervisory loop
alarms and troubles are displayed. Supervisory loops are entered in the status
list and sound the keypad buzzer until a valid user code is entered at any keypad
address.

10.7

PANIC

PANIC LOOPS - Specifies the addresses where all panic loop alarms and
troubles are displayed. The name of the loop remains in the list until the loop
restores. The keypad buzzer does not sound for panic alarms or troubles.

--------

10.8 EMERGCY- - - - - - - -

EMERGENCY LOOPS - Specifies the addresses where all emergency loop
alarms and troubles are displayed. The name of the loop remains in the list until
the loop restores. The keypad buzzer does not sound for emergency alarms or
troubles.

10.9

AUX 1

--------

AUXILIARY 1 LOOPS - Specifies the addresses where all Auxiliary 1 loop alarms
and troubles are displayed. The name of the loop remains in the list until the loop
restores. The keypad buzzer does not sound for Auxiliary 1 alarms or troubles.

10.10 AUX 2

--------

AUXILIARY 2 LOOPS - Specifies the addresses where all Auxiliary 2 loop alarms
and troubles are displayed. The name of the loop remains in the list until the loop
restores. The keypad buzzer does not sound for Auxiliary 2 alarms or troubles.

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Page 20

11-PRINTER REPORTS
11.1

PRINTER REPORTS

PRINTER REPORTS - This section allows you to define the operation of a local
printer connected to the panel through the use of a DMP 862P Printer Interface
Card. The 862P allows you to connect the DMP SCS-PTR or other compatible 40
or 80 character serial printer to the 1912XR panel.
New Security Command keypad display
The User Menu interface has been changed to add a PRINT option in the Display
Events menu. Once the user has entered Display Events, they'll see FRST
LAST PRINT. Pressing the SELECT key under PRINT sends the contents of the
panel's event buffer to the local printer. The PRINT option is visible whether or
not an 862P card is attached to the panel.
Restrictions on using the 862P card
The 862P card cannot be used on 1912XR panels using the 862N Network
Interface Card or 872 HARD-WIRE-LESS™ Interface Card. Additionally, if you
attempt to program PRINTER REPORTS and DNET is selected in
COMMUNICATION, or there are one or more wireless loops programmed in
LOOP INFORMATION, you will get the display EXISTING DNET or EXISTING
WIRLESS.

11.2 ARM/DIS

NO YES

ARM AND DISARM REPORTS - Prints arming, disarming, and Late to Close
reports. Includes the area number, name, and action (armed, disarmed, or late),
the user number, user name, and time and date.

11.3 LOOP

NO YES

LOOP REPORTS - Prints changes in the status of active loops. Includes the loop
number, name, and type as well as the action (alarm, trouble, bypass, etc.) user
number (if applicable) and the area name.

11.4 USR CMDS NO YES

USER COMMAND REPORTS - Prints user code changes, outputs turned on or
off, schedule changes, and User Menu functions.

11.5 DOOR ACS NO YES

DOOR ACCESS REPORTS - Prints door access activity. Includes the door
number, user number and name, and the time and date.

11.6 SUPV MSG NO YES

SUPERVISORY REPORTS - Prints system monitors (see section 10.3) and
system events.

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12-AREA INFORMATION
12.1 AREA INFORMATION

AREA INFORMATION - Allows you to assign functions to the different areas
within a partition. All non-24 hour loops must be assigned to an active area. See
Loop Information in section 13.1.
You activate an area by assigning it a name. See section 12.13. A name is given
to each active area in place of a number to assist the user during arming and
disarming.

12.2 PARTITION NO:

PARTITION NUMBER - Enter the partition number to program. Partition 1 using
area arming can have up to eight areas on the 1912XR panel. Partitions 2, 3, and
4 using area arming can each have up to four independent areas.
This prompt is not displayed if you only entered one partition in Device Setup.

12.3 MODE: AREA SYS

AREA A / P

H/A

MODE - This option allows you to program how the areas in this partition
operate. The options you can choose are:
AREA ARMING - in which all areas of the partition can be programmed and
operated independently. Partition 1 provides up to eight areas and partitions 2 to
4 each provide up to four areas.
ALL/PERIMETER - in which only areas one and two are activated and operate as
a perimeter and interior system only.
HOME/AWAY - in which three areas can be used: Perimeter, Interior, and
Bedrooms. If you assign loops to the Bedrooms area, the keypad display shows
HOME SLEEP AWAY when the user goes to arm the system. If you do not
assign loops to the Bedrooms area, the keypad only displays HOME AWAY to
the end user.
With the HOME SLEEP AWAY option, the user can:
1. Select HOME to arm just the perimeter.
2. Select SLEEP to arm the perimeter and interior (non bedroom areas).
3. Select AWAY to arm all three areas.

12.4

EXIT DELAY:

EXIT DELAY - Enter the exit delay time for all exit type loops in this partition.
When the exit delay time starts, all activity on that loop and other non-24 hour
loop types in the area are ignored until the exit delay expires. This delay
countdown is displayed on the keypad. If an exit type loop is placed in a bad
condition at the end of the exit delay, the system sounds the alarm bell for 15
seconds and sends an exit error report to the alarm receiver. The output cannot
be turned on from the Outputs On/Off option of the User Menu.
If any other loop type is placed in a bad condition at the end of the exit delay an
alarm is indicated. The exit delay can be from 1 to 250 seconds. Enter zero to
disable the Exit Delay feature.

12.5

BURGLARY OUT: 0

BURGLARY OUTPUT - This output is turned on any time a burglary type loop in
this partition is placed in alarm. The output is turned off by a Cutoff Time (see
section 8.5B) or when you disarm the area in which the alarm occurred and no
other burglary type loops are in alarm. Outputs can also be turned off by a user
through the Alarm Silence and Outputs On Off User Menu options.

12.6

OPN/CLOS

OPENING/CLOSING REPORTS - This option allows an Opening report to be
sent to the SCS-1 Receiver whenever an area within this partition is disarmed.

YES

A Closing report is also sent to the SCS-1 Receiver when any area within this
partition is armed.

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12-AREA INFORMATION
12.7 CLS CHK

CLOSING CHECK - Enter YES to enable the panel to verify that all areas in this
partition have been armed after temporary or permanent schedules have expired.
If the Closing Check finds any areas disarmed past the scheduled time, the
keypad selected to display System Trouble Status emits a steady beep and
displays CLOSING TIME!.
If you select Area Schedules in section 12.10, the appropriate area name is
displayed followed by - LATE. The keypad's steady beep is silenced by pressing
any top row SELECT key. If the system is not armed or a temporary schedule not
extended within ten minutes, a No Closing Report is sent to the SCS-1 Receiver.
If the area has been disarmed outside of any permanent or temporary schedule,
the closing check sequence occurs one hour after the area was disarmed.

12.8

CLS CODE NO

CLOSING CODE - When YES is selected, a code number is required for system
arming. If NO is selected, a code number is not required for system arming.

12.9

ANY BYPS

ANY BYPASS - When YES is selected, loops can be bypassed without a code
number during the arming sequence. A code number is always required to use
the Bypass Loops option from the menu.

12.10 AREA SCH

AREA SCHEDULES - Enter YES to allow each area in this partition to set its own
permanent and temporary, or primary and secondary user disarming schedules.
Enter NO to provide 1 set of disarming schedules for each partition.

12.11 PRI/SEC

PRIMARY/SECONDARY SCHEDULES - Enter YES to provide primary and
secondary schedules for this partition or each area within this partition depending
on the Area Schedules option selected in section 12.10. Enter NO to use
permanent and temporary schedules.

12.12 AREA NO: –

AREA NUMBER - Enter the number of the area in this partition you are
programming. In an area system, partition 1 can have up to eight areas.
Partitions 2 to 4 can each have up to 4 areas. After entering the area number,
press COMMAND to enter the area name.

12.13 NAME: –

AREA NAME - The area name can be up to 10 alphanumeric characters. Only
those areas having loops assigned to them are given names. All others are
marked unused. For instructions on entering alphanumeric characters, refer to
section 1.7.
To mark an area unused, delete the old name by pressing a top row SELECT
key, then press the COMMAND key. The programmer automatically programs
the name as *UNUSED*. If you have already cleared Area Information during
Initialization, all areas will be marked * UNUSED *. See section 2.6.

12.14 ACCOUNT NO: 12345

ACCOUNT NUMBER - Enter the account number to be sent to the SCS-1
Receiver for this area. If the panel communicates in multiplex (MPX), you must
choose account numbers in the multiplex range. See section 3.4 for additional
information on communication types.

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12-AREA INFORMATION
12.15 AUTO ARM NO

AUTOMATIC ARMING - Selecting YES allows this area to arm automatically
according to permanent, temporary, or extended schedules.
If closing check is selected as YES, the automatic arming function does not take
place until the expiration of a ten minute closing check delay. See section 12.7. If
the area has been disarmed outside of any permanent or temporary schedule,
the closing check sequence occurs one hour after the area is disarmed.
At arming, bad loops are handled according to the option selected in section
12.16. If a closing report is sent, the user number is indicated as SCH on the
SCS-1 Receiver.
NO disables automatic arming by schedule for this area.

12.16 BAD LOOPS: BYP

BYP FORC

REF

BAD LOOPS - At the time of automatic arming, some loops in the area may not
be in a normal condition. This option allows you to program the panel's response
to these bad loops. This option is not displayed if AUTO ARM is NO.
BYP - All bad loops are bypassed. A report of the bypass is sent to the receiver if
bypass reports has been selected as YES. See section 6.3. The report indicates
SCH as the user number.
FORC - All bad loops are force armed. Loops force armed in a bad condition are
capable of restoring and reporting an alarm if tripped. A report of the forced loop
is transmitted if Bypass Reports has been selected as YES. See section 6.3. The
report indicates SCH as the user number.
REF - The automatic arming is refused and no arming takes place. A No Closing
report is sent to the receiver regardless of the Closing Check selection. See
section 12.7.

12.17 AUTO DIS NO

AUTOMATIC DISARMING - NO disables automatic disarming by schedule for
this area. When YES is selected, the area automatically disarms according to
permanent or temporary schedules. If an opening report is sent to the receiver,
the user number is indicated as SCH.

12.18 OUTPUT NO: 0

ARMED OUTPUT NUMBER - Enter the output to turn on when this area is
armed. The output is turned off when this area is disarmed. The output cannot be
turned on from the Outputs On/Off option of the User Menu.

12.19 BANK/SAF NO

BANK SAFE AND VAULT - NO disables the Bank Safe and Vault feature for this
area. When selected as YES, schedules set for this area and the time of day
cannot be changed while the area is armed.

Program schedules before arming: A Bank Safe and Vault area can only be
disarmed during scheduled times. If you arm the area before programming a
schedule, the panel must be reset to disarm the area or the Bank Safe and Vault
option in Loop Programming must be turned to NO.
Loops in areas programmed for Bank Safe and Vault cannot be bypassed or
force armed.
12.20 COMMON NO

COMMON AREA - Select YES to enable this area to operate as a common area.
This area is armed when the last area in the partition is armed and is disarmed
when the first area in the partition is disarmed. You can have multiple common
areas in each partition.

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Page 24

13-LOOP INFORMATION
13.1 LOOP INFORMATION

Loop Information allows you to define the operation of each protection loop used
in the system. All protection loops, whether located on a command processor
panel, Security Command keypad, or loop expander are programmed the same
way.
A description of each specification follows:

13.2 LOOP NO:

LOOP NUMBER - Enter the number of the loop you intend to program. Press
COMMAND to enter a loop name. For instructions on entering alphanumeric
characters, see section 1.7.

–

13.3 NAME: * UNUSED *

LOOP NAME - Loop names can have up to 10 alphanumeric characters. A name
must be given to each loop in the system. The name can display at the keypads
during arming and disarming so the user does not have to memorize loop
numbers. Users can associate a loop name with a particular protection point. A
loop that is not part of the system must be marked unused.
To mark a loop unused, delete the old name by pressing a top row SELECT key,
then press the COMMAND key. The programmer automatically programs the
name as * UNUSED *. If you have already cleared Loop Information during
Initialization, the loops will be marked * UNUSED *. See section 2.5.

13.4

LOOP TYPE: BLANK

LOOP TYPE - The Loop Type defines the panel's response to the loop being
opened or shorted. This is called the Alarm Action. There are up to 13 possible
alarm action responses depending on the loop type and any restrictions it may
have. See the chart in section 13.4A.
When you assign a Loop Type to a loop, responses are made automatically for
the loop. There are 12 Loop Types to choose from. The functional details of each
response are described in section 13.4A. Application descriptions for each loop
type can be found in the Appendix section of this manual.
To enter a new Loop Type, press a top row SELECT key. The display lists four
Loop Types at a time.

––

Blank, Night, Day, or Exit. Press COMMAND to display additional loop types.

Fire, Panic, Emergency, or Supervisory. Press COMMAND to display additional
loop types.

Auxiliary 1, Auxiliary 2, Fire Verify, or Arming (keyswitch). Press the ARROW key
to display the previous loop types.
When the Loop Type you want to select is displayed, press the SELECT key
beneath it. The chart in section 13.4A gives a detailed outline of the Alarm Action
for each Loop Type.
If you select Blank, Night, Day, Exit, Auxiliary 1, Auxiliary 2, or Arming as the
Loop Type, the loop must be assigned to an area so it can be armed and
disarmed.
If you select Fire, Panic, Emergency, or Supervisory as the Loop Type, it's a 24
hour loop that is always armed and no area assignment is needed. Press
COMMAND to continue.

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13-LOOP INFORMATION
13.4A LOOP TYPE SPECIFICATIONS

Cross Zone

A 1

S N

1 N

N N N

to P

T to

to P

to P or thru to or thru or

Y or or

FV AR 1-4 1-8

M L

or Y

Abbr.

100
to
199

NT
DY
EX
FI
PN
EM
SV
A1
A2
FV
AR

T
-

0
0
0

T
-

0
0
0

A1 A2

Priority

Restoral

Action

Fast Response

Output

Presignal

Message

Entry Delay

Action

Prewarn

Output

BDRM

Swinger

Message

1 N

Action

Output

NIGHT
DAY
EXIT
FIRE
PANIC
EMERGENCY
SUPERVISORY
AUXILIARY 1
AUXILIARY 2
FIRE VERIFY
ARMING

Armed
Short

Action

Loop Type Defaults

Armed
Open

FI PN
EM SV

Assign Retard and Presignal
for FI, SV, A1, A2, FV only

INT

Disarmed
Short

Output

Assign Prewarn and Entry Delay
for EX only

Disarmed
Open
Message

- - NT
Assign Area & Disarmed condition
for NT, DY, EX, A1, A2, AR only DY EX

Area

Message

Type
Partition Number

LOOP INFORMATION

Retard Delay

The 1912XR panel contains 12 default loop types for use in configuring the system. These loop
types provide the most commonly selected functions for their applications. All loop types except the
Arming loop type can be customized by changing the variable options listed below.

PERIM

T
T

0
0

A
A

0
0

M L

100
to
199

A
A
A
T
T
T
T
T
T
T

0
0
0
0
0
0
0
0
0
0

M Y 8

100
to
199

A
A
A
A
A
A
A
A
A
A

0
0
0
0
0
0
0
0
0
0

4 Y

8 Y

D
Y
Y
Y 1-8 1
N
N
N
N
N
N
N

N
N
N

+
+
+

N
N
N
N
N
N
N
N
N
N

Y
Y
Y
Y
Y
Y
Y
Y
Y
Y

N
N
N
N
N
N
N
N
N

N
N
N
N
N
N
N
N
N
N

– = This function is not enabled for this loop type.
+ = Retard must be YES before Presignal can be selected.
= These loop functions are not available for this loop type.

Description of the programmable loop options
Below is a description of the various loop options shown on the table above. For additional
information, read through the Loop Information section of this manual.
Loop Type Defaults - These are complete spellings of the abbreviations used for the loop types.
Type - These are the abbreviations used for the loop types.
Report - A = alarm report, T = trouble report, L = local with no report, - (dash) = no report.
Output - These are the six on-board and 100 off-board relay outputs.
Action - This selects the action of the output: S = steady, P = pulse, M = momentary, and F = follow
Swinger - The loop can be automatically shunted after a programmed number of trips.
Prewarn - This selects the keypad address that sounds the entry prewarn for this loop.
Entry Delay - This is the entry delay timer selected as the default for this loop.
Retard - Provides a programmed retard time before an alarm is initiated from a shorted loop.
Presignal - Provides a keypad tone for loops in retard delay.
Fast Response - Provides a 167ms loop response instead of the normal 500ms response.
Restoral - Allows the loop to send restore reports. N = no, Y = yes, and D = sent at disarming.
Cross Zone - Provides cross zoning with any of the 137 available loops.
Priority - Requires this loop to be in a normal condition before the area can be armed.
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13-LOOP INFORMATION
13.5

PARTITION NO:

13.5A AREA NO:

PARTITION NUMBER - Enter the area's partition number where this loop is
being assigned.
AREA NUMBER - If you are programming an area system, enter the area
number where this loop is being assigned.

13.5B AREA : PERIMETER

AREA ASSIGNMENT - For Area systems, enter the area number. All/Perimeter,
choose INTERIOR or PERIMETER. Home/Away,choose PERIMETER,
INTERIOR, or BEDROOMS. Press a SELECT key under your selection.

13.5C AREAS : 1 2 3 4

ARMING LOOP AREA ASSIGNMENT - If the loop has been programmed as an
Arming Type (AR), the only information to enter after the type selection are the
areas it controls. If the partition has been programmed as an All/Perimeter or
Home/Away, then Area 1 = Perimeter and Area 2 = Interior.
When the loop is shorted, the selected areas are armed. When restored to
normal, the selected areas are disarmed and any alarm bells are silenced. If the
loop is opened from a normal (disarmed) state, a trouble is reported. If opened
from a shorted (armed) state, an alarm is reported and the loop is disabled until
you disarm the area(s) from either a keypad or Remote Access™ computer.
To visually indicate the armed state of the area(s), you can assign an Armed
Output and use a remote LED at the keyswitch. The LED turns on or off to
indicate to the user the armed state of the area(s). If any bad loops are present
when the keyswitch loop is armed, the LED delays lighting for five seconds. If
during the five second delay the keyswitch is turned to the disarmed position, no
arming takes place. If the keyswitch stays in the armed position for the entire five
seconds, the bad loops are force armed and the LED turns on.

13.6

NEXT LP? NO

YES

NEXT LOOP - When YES is selected, the programming for the loop terminates
and the display returns to section 13.2 allowing you to enter a new loop number.
To make any alterations to the Alarm Action for a loop, answer the Next Loop
prompt with NO. The Alarm Action is then defined in sections 13.7 through 13.17.

Loops 100 through 199 have wireless capability: If you are programming loops 100 to 199,
selecting NO to NEXT LOOP - NO YES displays the prompt WIRELESS NO. This display is not
visible unless you are programming loops in this range. If the loop you are programming is intended
for wireless devices, select YES and refer to the programming instructions below. Select NO to
continue programming non-wireless loops in the 100 to 199 range.
13.6A WIRELESS NO

WIRELESS - Select YES if you are programming a wireless loop. Press the
COMMAND key to continue with wireless programming.

13.6B CHECK I N TM: 60

CHECK IN TIME - You can set transmitters to check in automatically every 10,
30, or 60 seconds or not at all. To change the default of 60 seconds, press any
SELECT key to display the default display of NONE 10 30 60. Press the
SELECT key under the check in time you want for this loop. Use NONE for the
C100 ad FA100 Wireless Receivers.

NONE 10 30 60

13.6C INT CONT NO

INTERNAL CONTACT - Select YES to use an internal contact on the wireless
transmitter. Select NO to use an external contact. When NO, the following two
prompts are displayed.

13.6D E O L

END OF LINE - Select YES to supervise an external contact connected to the
transmitter. At the contact, install a 2.2k Ω End Of Line resistor in parallel for
Normally Open contacts and in series for Normally Closed contacts.

13.6E NRM OPEN

YES NORMALLY OPEN - Select NO if the contact connected to the transmitter is a
Normally Closed type.

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Page 27

13-LOOP INFORMATION
13.7

ALARM ACTION . . . .

ALARM ACTION - The Alarm Action section allows you to change the standard
definitions of any Loop Type. The Alarm Action for a loop is stored in memory
when the Loop Type is specified in section 13.4.
If the Loop Type is Blank, Night, Day, Exit, Auxiliary 1, or Auxiliary 2 it's a non-24
hour loop and the Alarm Action programing begins with Disarmed Open.
If the Loop Type is Fire, Panic, Emergency, or Supervisory it's a 24 hour loop that
is always armed and the Alarm Action programming begins with Armed Open.
The Fire Verify Loop Type functions the same as Fire Type, with the following
exceptions: When a Fire Verify loop initiates an alarm, the panel performs a
Sensor Reset. If any Fire Verify loop initiates an alarm within 120 seconds after
the reset, an alarm is indicated. If an alarm is initiated after 120 seconds, the
cycle is repeated and a loop fault report is sent to the receiver.

Do NOT program Fire Verify Loop Types for Loop Retard. See section 13.17.
13.8

DISARMED OPEN - Defines the action taken by the panel when the loop is
opened while the area is disarmed. There are three actions to define:

DISARMED OPEN

Report to transmit
Relay Output to activate
Relay Output action
You must also make these selections for the Disarmed Short, Armed Open, and
Armed Short loop conditions. Press the COMMAND key to continue.
A description of each selection follows:
13.8A MSG: TROUBLE

REPORT TO TRANSMIT - You can send two report types to the SCS-1
Receiver: Alarm and Trouble. These are programmed by the characters A and T.
Press any top row SELECT key to display the following report options.
-

A - Selecting A, allows an alarm report to be sent to the receiver and the bell
output to activate according to loop type. See section 8.4, Bell Action. The loop
name appears in the panel's alarmed loops and status lists.
T - Selecting T allows a trouble report to be sent to the receiver and the loop
name to appear in the panel's alarmed loops and status lists.
L - When you select L, an alarm report is NOT sent to the receiver. The bell
output still activates according to loop type and the loop name appears in the
panel's alarmed loops and status lists.

If you have selected the panel's Communication Type as NONE, do NOT program the
loops for L (local): Doing so can prevent the Alarm Silence function or a valid disarming
from silencing an alarm bell.
– - When you select a – (dash), reports are NOT sent to the receiver. The bell
output does not activate and there is no display in the panel's alarmed loops or
status list. Only the relay output selected in section 13.8B operates.
13.8B OUTPUT NO: 0

OUTPUT NUMBER - You can specify any of the Relay Outputs on the 1912XR
to be activated by a loop condition. The output can be activated regardless of the
report to transmit or whether or not the loop is programmed as local. An output
activated by an armed loop is turned off when the loop's area is disarmed by a
user.
To enter an output number, press a top row SELECT key followed by the output
number. Press the COMMAND key.

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Page 28

13-LOOP INFORMATION
13.8C OUTPUT: NONE

OUTPUT ACTION - Entering an output in section 13.8B displays this prompt that
allows you to assign an output action to the relay.
A description of the available output actions is given below:

STD PLS MOM FOLW STEADY - The output is turned on and remains on until the area is disarmed, an
output cutoff time expires, or the output is reset from the keypad menu.
PULSE - The output alternates one second on and one second off.
MOMENTARY - The output is turned on only once for one second.
FOLLOW - The output is turned on and remains on while the loop is in an off
normal, or bad condition. When the loop restores, the output is turned off.
After you've made the three selections in sections 13.8A through 13.8C, the display prompts you for
the same three selections for Disarmed Short, Armed Open, and Armed Short conditions. If the loop
is a 24 hour type, only the Armed Open and Armed Short conditions are displayed. When you've
programmed all of the loop conditions, the Swinger Bypass selection is then displayed.

13.9

SWGR BYP

YES

SWINGER BYPASS - YES allows the loop to be bypassed by the panel
according to the specifications programmed in sections 7.7 and 7.8. Selecting
NO disables swinger bypassing for this loop.

13.10 FAST RSP NO

FAST RESPONSE - Selecting YES provides for a loop response time of 167ms.
Selecting NO provides a normal loop response time of 500ms. Loops 100 to 199
have a fixed response time of 200ms and do not display this prompt.

13.11 RESTORAL: YES

RESTORAL - This option allows you to control when and if a restoral report is
sent to the SCS-1 Receiver. Press a top row SELECT key to display the
available options.

NO YES DISARM

NO - Disables the restoral report option for this loop. The loop continues to
operate but does not send a restoral report to the SCS-1 Receiver.
YES - enables a loop restoral to be sent to the SCS-1 Receiver whenever the
loop restores to normal from a bad condition.
DISARM - Loop restorals generated during the area's armed state are held in the
panel's memory until the area is disarmed. At that time, the loop restoral report is
sent to the SCS-1 Receiver.

13.12 CRS ZONE NO

CROSS ZONE - Select YES to enable cross zoning for this loop. Cross zoning
requires one or more armed loops to fault within a programmed time before an
alarm report is sent to the receiver.
When a cross zoned loop trips, the bell action assigned to the loop activates. The
cross zone time specified in section 7.4, System Options, begins to count down.
If another cross zoned loop in the same area faults, or if the first loop restores
and faults again before the cross zone time expires, the panel sends an alarm
report.
If no other cross zoned loop in the same area trips before the cross zone time
expires, the panel sends only a loop fault report to the receiver.

Cross zoning is not compatible with all loop types: You cannot enable cross zoning for Fire
verify loops or for any Fire loop type that has Retard Delay set to YES.

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13-LOOP INFORMATION
13.13 PRIORITY NO
LOOP NO: –

PRIORITY - Selecting YES allows you to provide additional protection for a loop
by requiring it to be in a normal condition before its assigned area can be armed.
LOOP NUMBER - Enter the loop number to program next. Return to section 13.2
and follow the descriptions of each programming prompt. If all loops are
programmed, press the ARROW key at the LOOP NO: – display to continue.

13.14 SETUP LPX NO YES SETUP LOOP EXPANDER - Select YES to automatically enter into the panel's
program all expansion modules connected to the LX-Bus™ of an interface card.
SETTING UP LPX
Press the right SELECT key to start the setup loop expander function.
LPX SETUP DONE

Setup LPX is not needed when adding only wireless loops but, if you have
combined wireless and hardwire loops on the 872 card, you should run the setup
to check for any overlapped addresses.
After the setup program is complete, the keypad display goes back to LOOP
INFORMATION to allow you to add any additional devices.
Select NO to go directly to individual transmitter programming. The following
prompts are displayed:

13.14A PRG XMTR? NO YES PROGRAM TRANSMITTER - Select YES to begin programming wireless
transmitters. Select NO to return to LOOP INFORMATION.
13.14B CONNECT XMTR: *** CONNECT TRANSMITTER - Connect the transmitter, whose loop number is
displayed, to the Programming Connector on the 872 HARD-WIRE-LESS Card using
the 620 Programming Cable. RESET THE TRANSMITTER. The keypad display
prompts you for transmitters starting from the lowest loop number to the highest.
At the CONNECT XMTR: prompt, you can also press a SELECT key and enter in
any wireless loop number (100 to 199 or 000 for the C100 and FA100
Receivers). After programming all transmitters, press the COMMAND key.
13.14C CONNECT C100 P 1 CONNECT COMMAND TRANSMITTER - Connect the C100 or FA100 you want
assigned to the partition shown (P1 = Partition 1) to the 872 Card. Press the Alert
button on the receiver to initiate programming. Repeat the programming for each
partition. To use the Alert button on the receiver as a panic, program AMBUSH
as YES in System Reports.

You cannot select WIRELESS if you are using the 862N Network Interface or 862P
Printer Interface Cards: If you attempt to program wireless loops while using either card,
the keypad displays an error message. See sections 13.14D and 13.14E.
13.14D EXISTING DNET

EXISTING DNET - This prompt informs you that DNET has been selected as the
panel's communication type. You cannot use wireless loops and the 862N
Network Interface Card together on the same system.

13.14E EXISTING PRINTER

EXISTING PRINTER - This prompt informs you that one or more options in
Printer Reports has been enabled. See section 11.1. You must remove any
Printer Reports programming before using wireless loops on the system.

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13-LOOP INFORMATION
Additional Loop Programming
The remaining Loop Information you need to specify varies with the different Loop Types. Below is a
list of the remaining information needed and the appropriate section numbers that define each step:
Loop Type

Remaining Information

Section Numbers

Night, Day,
Panic, Emergency

None, programming complete

N/A

Exit

Prewarn addresses and Entry Delay

Sections 13.15 to 13.16

Fire, Supervisory,
Auxiliary 1 and 2

Retard and Presignal addresses

Sections 13.17 to 13.18

13.15 PREWARN: 12345678 PREWARN ADDRESSES - At the start of the entry delay, all keypad addresses
selected here display ENTER CODE:-. If you want the prewarn to sound at all
eight addresses, leave the default as shown.
To delete an address, press the matching number on the keypad. To disable
prewarning at all keypads, press a top row key to clear the addresses shown.
Press the COMMAND key when the address selection is complete.
13.16 ENTRY DELAY: 1
13.17

RETARD

ENTRY DELAY - Select the entry delay timer for this loop. Entry delay timers 1 to
4 are programmed in section 7.3.
LOOP RETARD - When you select YES, the loop operates with the retard delay
specified in section 7.5. The retard functions only in loop short conditions.
The loop must remain shorted for the full length of the retard delay before the
panel recognizes its condition. If you select NO, the loop operates without a
retard delay.

13.18 PRESGNL: NONE

PRESIGNAL ADDRESSES - You can enable any combination of keypad
addresses to sound a presignal tone during the time a loop is in retard delay. The
presignal tone silences when the loop restores or the retard delay expires.
To enable a presignal address, press any top row SELECT key followed by the
number of the keypad address. You can enable the presignal for all eight keypad
addresses. To disable a presignal address press the matching number digit
again. Press the COMMAND key when the address selection is complete. The
Presignal prompt is only displayed when Retard is selected as YES.

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1912XR Programming

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14-STOP
14.1

STOP

At the STOP prompt, pressing any SELECT key allows you to exit the
Programmer function of the 1912XR panel. When selected, the panel performs
an internal reset and exits the programmer.
The STOP routine causes the following conditions to occur:
• All areas in all partitions are DISARMED
• All loops in all partitions are DISARMED
• The panel's Status List is CLEARED
During the reset, all keypad displays are momentarily blank for two seconds.
After the reset, the programming function is terminated and the keypads return to
the status list display.

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15-SET ACCESS CODE
15.1 SET ACCESS CODE

SET ACCESS CODE - Pressing COMMAND at the Stop prompt displays SET
ACCESS CODE. This allows you to program a code that will then be required to
gain access to the panel's internal Programmer through the keypad. You can
change this code at any time to any combination of numbers from 1 to 5 digits
long.
Once you have changed the code, it is important that you write it down
somewhere and store it in a safe place. Lost access codes require the panel to
be sent back to DMP for repair.
Access Code restrictions
Do not set an Access Code higher than 65,535. Do not use the codes 6653,
2313, or any 3-digit code that begins with 98. All of these codes are reserved by
the 1912XR panel for various functions.

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16-APPENDIX
16.1

Events Manager
The 1912XR Events Manager function allows you to delay sending certain reports to the central
station receiver. Reports can be kept in the panel's memory until overwritten by new activity or held
until the memory buffer reaches 66 events. When the buffer is filled, the panel automatically sends
the stored reports to the central station receiver. Below is a list of 1912XR reports that can be
delayed using the Events Manager option:
Immediately
Y
Y
Y

Delayed

Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y

16.2

Report Type
Alarm
Trouble
Restore
Opening
Closing
Bypass
Reset
Supervisory
Add Codes
Delete Codes
Change Codes
Permanent Schedule Change
Temporary Schedule Change
Door Access
Late to Close
Force Armed Loop

Loop type descriptions
This section describes applications for the default loop types in Loop Information programming.
NT (Night Loop) - Controlled instant loop used for perimeter doors and windows and interior devices
such as PIRs and Glassbreak detectors.
DY (Day loop) - Used for emergency doors or fire doors to sound the keypad buzzer and display the
loop name when the loop is faulted. Day loops also will send alarm reports to the receiver during the
system's armed periods.
EX (Exit loop) - Initiates the entry delay timer when its assigned area is fully armed. Also, can initiate
an exit delay timer to allow a user to exit an area after the arming process has started.
PN (Panic loop) - Used for connecting to mechanical devices that allow a user to signal an
emergency alarm. Panic loops can provide either a silent or audible alarm with or without reporting
to a central station receiver.
EM (Emergency loop) - These are used for reporting medical or other non-panic emergencies to the
central station receiver.
SV (Supervisory loop) - Used to provide 24-hour loop supervision to devices associated with fire
systems. Typical applications are tamper switches on Post Indicator Valves (PIVs), gate valves, and
low and high temperature gauges.
FI (Fire loop) - Used for any type of powered or mechanical fire detection device. Typical
applications are for smoke detectors, sprinkler flowswitches, manual pull stations, and beam
detectors. Retard, cross zoning, and pre-signal options are available for the Fire loop type.
FV (Fire Verify loop) - Used primarily for smoke detector circuits to verify the existence of an actual
fire condition. When a Fire Verify loop initiates an alarm, the panel performs a Fire Reset. If any Fire
Verify loop initiates an alarm within 120 seconds after the reset, an alarm is indicated. If an alarm is
initiated after 120 seconds, the cycle is repeated.
A1 and A2 (Auxiliary 1 and Auxiliary 2) - These loops are similar to a Night loop and are typically
used to protect restricted areas within a protected premises.
AR (Arming loop) - This loop allows you to connect a keyswitch on a loop and use it to arm and
disarm one or more areas within a partition.

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1912XR Programming

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16-APPENDIX
16.3

Diagnostics function
The 1912XR panel contains a diagnostics function that allows you to conduct a test of the 881
Expansion Interface Card, individual loop locations, and the current state of any loop on the panel.
From the Status List, enter in the diagnostics code of 2313 (DIAG) and press Command.
Test 881
The keypad display changes to TEST 881. This function allows you to test the ability of the 862N,
862P, 872, and 881 Interface Cards to communicate with loop and output expanders connected to
their LX-Bus™. The TEST 881 function requires that you have (or momentarily set) the address of
one of the expanders on the LX-Bus to address 00 (zero, zero).
Although you can use any of the interface card's loop or output expanders, if you select the
expander farthest from the panel, you can also verify that the communication link to all expanders is
within acceptable limits.
To continue, press any top row SELECT key. The keypad display changes to TESTING 881. The
panel now polls address 00 exactly 100 times and records the number of no responses to its polling.
If all polls are received back by the panel correctly, the keypad displays 0/100 FAILURES. The 0
(zero) represents the number of failed polling responses.
If one or more polling attempts fail, the keypad displays * * * / 100 FAILURES. (The * * * represents
the number of polling attempts out of 100 that failed.) A display of 100 / 100 FAILURES indicates a
problem with the interface card or its LX-Bus wiring such as a bad or broken wire, harness not
properly connected, or excessive noise or distance.
Loop Finder
Press the Command key to display LOOP FINDER. This function allows you to identify individual
loops connected to either the 881, the panel, or any loops on the keypad data bus. To use LOOP
FINDER, press any top row SELECT key. The display changes to FAULT LOOP. The next loop on
the system that changes from a normal to an open or shorted state is displayed as LOOP NO: * * *.
Press the ARROW key twice to return to LOOP FINDER.
Loop State
Press the Command key to display LOOP STATE. This function allows you to enter any loop
number and check its current hardware state. Press any top row SELECT key. The display changes
to LOOP NUMBER: _ . Enter in the number of the loop you want to check and press COMMAND.
The panel then displays the current state of the loop as either OPEN, NRML, (normal), or SHORT.
To exit the diagnostics function, press the ARROW key until you see the display STOP then press
any top row SELECT key. The keypad returns to the Status List display.

Digital Monitoring Products, Inc.

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Digital Monitoring Products, Inc.

123

2841 E. Industrial Drive Springfield,
MO 65802-6310 800-641-4282
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1912XR Programming

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