Digital Monitoring Products XF6 Series Installation and operating manual

DIGITAL MONITORING PRODUCTS, INC.
COMPLIANCE LISTING GUIDE
XF6 Series

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
2
MODEL XF6 FIRE CONTROL PANEL
COMPLIANCE GUIDE
FCC NOTICE
This equipment generates and uses radio frequency energy and, if not installed and used properly in strict accordance
with the manufacturer’s instructions, may cause interference with radio and television reception. It has been type tested
and found to comply with the limits for a Class A computing device in accordance with the specification in Subpart J
of Part 15 of FCC Rules, which are designed to provide reasonable protection against such interference in a residential
installation. If this equipment does cause interference to radio or television reception, which can be determined by
turning the equipment o and on, the installer is encouraged to try to correct the interference by one or more of the
following measures:
Reorient the receiving antenna
Relocate the computer with respect to the receiver
Move the computer away from the receiver
Plug the compute into a dierent outlet so that computer and receiver are on dierent branch circuits
If necessary, the installer should consult the dealer or an experienced radio/television technician for additional
suggestions. The installer may find the following booklet, prepared by the Federal Communications Commission, helpful:
“How to identify and Resolve Radio-TV Interference Problems.”
This booklet is available from the U.S. Government Printing Oce, Washington D.C. 20402
Stock No. 004-000-00345-4
© 2023 Digital Monitoring Products, Inc.
Information furnished by DMP is believed to be accurate and reliable.
This information is subject to change without notice.

XF6 Fire Control Panel Compliance Listing Guide Digital Monitoring Products
3
Before You Begin
Wiring Diagrams
System Diagrams..............................................5
866 with NAC Extender .................................6
LX-Bus™ Module Connection ....................... 7
Model 860 Relay Module Connection ......8
System Sensor 2-Wire Smoke
Detectors .............................................................9
System Sensor i4 Series Smoke and CO
Detectors Using A Single COSMOD2W
Module................................................................. 10
System Sensor i4 Series Smoke and CO
Detectors Using Multiple COSMOD2W
Module...................................................................11
Control Units for Fire-Protective
Signaling Systems ANSI/UL 864,
NFPA 72
Sprinkler Supervisory.....................................12
Fire Protective Signaling Systems Using
Internet/Intranet/Cell Networks................12
Cellular Communication Failure Test
Procedure ...........................................................13
Remote Programming ...................................13
Connecting Devices........................................13
Cross Zoning......................................................13
Ground Fault......................................................13
Programming Requirements
System Programming Option
Requirements ...................................................... 14
Panel Programming Options ........................ 14
Testing/Maintenance
System Maintenance ....................................... 20
Wireless Testing................................................ 20
Battery Replacement Period........................ 20
Compatibility
Compatible 2-Wire Smoke Detectors ........21
Notification Appliances....................................21
Accessory Devices ............................................22
System Configurations
Minimum System Configuration for
Commercial Fire Applications ......................23
System Power/Size
Transformer for Fire Installations............... 24
Standby Batteries............................................. 24
Power Requirements....................................... 24
Zone Type Descriptions..................................26

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
4
BEFORE YOU BEGIN
This guide provides compliance information for the DMP XF6 Series Control Panels. After this Introduction, the
remaining sections describe the functions along with the available options. Before starting, we recommend that you
read through the contents of this guide. The information contained here allows you to quickly learn the operation,
functionality, and programming options of the panel to meet specific applications.
This guide covers all the requirements for the following panels:
• XF6-100/XF6-100K
• XF6-500/XF6-500K
Note: Model XF6-100K and Model XF6-500K come with the Model 630F Remote Annunciator installed in the door.

XF6 Fire Control Panel Compliance Listing Guide Digital Monitoring Products
5
WIRING DIAGRAMS
System Diagrams
The following pages show examples for wiring requirements.
28 VAC 130 VA wire-in transformer
Maximum 12/24VDC output per circuit
(Cannot exceed 3.5 amps combined
output)
24 VDC Circuits:
• NAC 1 - 2.5 A
• NAC 2 - 2.5 A
• Battery Charging - 2.3 A
• SMK/AUX - .75 A
(Special Application)
12 VDC Circuits
• Keypad - 1 A
• LX-Bus - .70 A each
• X-Bus - .7 A each
NAC Circuit:
Supervised, Power Limited Battery
Backup
Regulated 0.25A
Special Application 2.5A
Maximum Line Loss 2V
NAC circuits sync individually and not
with each other
Smoke/Auxiliary Power:
Supervised (Ground Only), Power Limited
Battery Backup
24 VDC nominal rated voltage
Form C Relays
Programmable
3.0 VDC, 1 A, 0.35 power factor, Resistive,
Power Limited
All circuits are inherent Power Limited
except the red battery wire and AC
terminal.
Open Collector Outputs 3-6,
Programmable
12V 30mA
The open collector output must be
connected to devices located within the
same room as the panel.
WARNING: Incorrect connections
may cause damage to the unit.
Listed Resistors
10k Ohm - DMP Model 308
3.3k Ohm - DMP Model 309
1k Ohm - DMP Model 310
1k Ohm - DMP Model 311
Use Listed Power Supervision Relay
rated at 24 VDC.
Smoke
Detector
Zone Expander
Model 715
7 mA @ 12 VDC
Models 715-8, 715-16
20 mA @ 12 VDC
1k Ohm
S
= Supervised Circuit
Zone
5
Zone
6
22 gauge minimum 22 gauge minimum 22 gauge minimum
22 gauge minimum
RED
YELLOW
GREEN
BLACK
Zone Expander
Model 714
7 mA @ 12 VDC
Models 714-8, 714-16
20 mA @ 12 VDC
RED
YELLOW
GREEN
BLACK
ss
s s s s
ss
S S S S S S S S
S S
S SS SS S
Zone
Expander
Model 711
or 711S
7mA @ 12
VDC
1k Ohm 1k Ohm 1k Ohm 1k Ohm
RED
BLACK
Zone
1
Zone
2
Zone
3
Zone
4
All zones use 3.3k Ohm Resistors
All zones use 3.3k Ohm Resistors
AC AC B+ B- AUX GND RED YEL GRN BLK SMK GND NAC1+ NAC1- NAC2+ NAC2- Z1+ Z1- Z2+ Z2- Z3+ Z3- Z4+ Z4- Z5+ Z5- Z6+ Z6-
Cell Module
Ethernet (Supervised)
RESET
LOAD
PROG LX600 LX700 LX800 LX900
LX500
BAT T STA RT
TAMPER
OUTPUT 1 OUTPUT 2
1100 WIRELESS XBUS
(Supervised)
EXP
XF6 Series Panel
To pre-installed 130 VA power
supply
Connect to 120V 60 Hz circuit
with 1.3 Amp not controlled
by switch
24 VDC Connections
12 VDC Connections (Supervised)
The XF6-100 only
contains one
LX-Bus connection
3.3k Ohm EOL
FOR FUTURE USE
12 VDC Connection
NAC
1
NAC
2
s
s
ssssssssssssss
ss
PWR
Maximum impedance is 100 Ohmns
LINK LED ACTIVITY LED
Use Model 305 Relay
for Outputs 1 and 2
CAUTION: DO NOT USE LOOPED WIRE UNDER
TERMINALS. BREAK WIRE RUN TO PROVIDE
SUPERVISION OF CONNECTIONS.
Using verification
delays is optional. Use
the delays marked on
the smoke detectors.
Wiring on terminals 7 through 16 must exit right and maintain 1/4"
separation from the Battery and Auxiliary wiring.
Intended Installation Environment - Indoor/Dry
All Circuits (Class B):
Impedance value for testing at
which open circuit faults, short
circuit faults, and ground faults
prevent normal operation.
Open - Infinite
Shorts - 0.1 Ohms
Ground - 0.1 Ohms
7830F Keypad
Outputs 3-6
To 24 VDC battery
LX and Keypad Bus:
Use one bus per notification
area (zone)
¼"
¼"
AC AC B+ B- AUX GND RED YEL
Nominal circuit voltage 24 VDC
Maximum short circuit current 62mA

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
6
866 with NAC Extender
BELL
SILENCE
NORMAL
MODEL 866
2-WIRE
(CLASS B)
Bell Silence Toggle
5
6
7
8
4
3
2
1
AUX
PWR
GND
ALARM
INPUT
BELL
PWR +
INPUT
BELL +
OUTPUT
BELL -
OUTPUT
BELL
TRBL
BELL
TRBL
To Panel Keypad Bus Red
To Panel Keypad Bus Black
To Panel Relay Output
From Power Supply +
+
–
To Bell Output –
To Bell Output +
10k EOL
To Wired Zone
To Wired Zone
866 Module Trouble Contacts
Normal = Contacts Shorted
Trouble = Contacts Open
RED YEL GRN BLK
OUTPUT 1 OUTPUT 2
Program output as a
Fire Alarm Output and
configure to provide
+ 12 V in alarm
Gray (Common) wire from
XF6 panel 431 harness to
RED on keypad bus
Orange (Normally Open) wire
from 866 Module Terminal 3
to XF6 panel 431 harness

XF6 Fire Control Panel Compliance Listing Guide Digital Monitoring Products
7
LX-Bus™ Module Connection
Model 716 Output
Expander Module
13 mA at 12 VDC
To additional
LX-Bus Modules
Red
Yellow
Green
Black
LX-Bus™ Wiring
Each LX-Bus Module must have its
own independent address ranging
from 00 to 99. A Supervisory zone
must be programmed into the panel to
properly supervise each module.
S
S
S
S
S
S
S
S
S= Supervised Circuit
Open Collector
Annunciator Outputs
Relay 1
Relay 2
Relay 3
Relay 4
Optional LED wiring
50mA at 50VDC resistive
Form C Contacts
Typical
Normally Closed
Common
Normally Open
AC AC B+ B- AUX GND RED YEL GRN BLK SMK GND NAC1+ NAC1- NAC2+ NAC2- Z1+ Z1- Z2+ Z2- Z3+ Z3- Z4+ Z4- Z5+ Z5- Z6+ Z6-
Cell Module
Ethernet
RESET
LOAD
PROG LX600 LX700 LX800 LX900
LX500
BAT T STA RT
TAMPER
OUTPUT 1 OUTPUT 2
XBUS
EXP
XF6 Series Panel
12 VDC Connections
24 VDC Connections
LX-Bus: Use one bus per
notification area (zone)

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
8
Model 860 Relay Module Connection
{
{
{
{
+12 VDC
Relay 4
Relay 3
Relay 2
Relay 1 Common
J2
Model 860
Relay Module
Programmable Relay contact rating: 1 Amp @ 30VDC, Resistive, Power Limited
4-wire
Harness
Assembly
1
2
3
4
RED
YEL
GRN
BLK
N/C
N/O
AC AC B+ B- AUXGND RED YEL GRN BLK SMK GND NAC1+ NAC1- NAC2+ NAC2- Z1+ Z1- Z2+ Z2- Z3+ Z3- Z4+ Z4- Z5+ Z5- Z6+ Z6-
Cell Module
Ethernet
RESET
LOAD
PROG LX600 LX700 LX800 LX900
LX500
BATT START
TAMPER
OUTPUT 1 OUTPUT 2 XBUS
EXP
XF6 Series Panel
12 VDC Connections
24 VDC Connections

XF6 Fire Control Panel Compliance Listing Guide Digital Monitoring Products
9
System Sensor 2-Wire Smoke Detectors
12
11
10
9
8
7
1
2
3
4
5
6
RED
BLACK
TEMPORAL
SYSTEM SENSOR 2WTA-B or
2WTR-B SMOKE DETECTORS
Brown
White
Orange
Yellow
3.3K
Model 312
470 Ohm or
(2) Model 311
1k in Parallel
3.9K EOL
to transformer
RRS-MOD SYSTEM SENSOR REVERSING RELAY/SYNCHRONIZATION MODULE
T+
PWR +
PWR -
OUT +
OUT -
IN +
IN -
+
+
-
RA
+
RA
-
+
+
-
RA
+
RA
-
Z6+
SMK
GND
IN+
IN-
Z6-
2W-MOD2
SYSTEM SENSOR LOOP
TEST & MAINTENANCE MODULE
CAUTION: DO NOT USE
LOOPED WIRE UNDER
TERMINALS. BREAK WIRE
RUN TO PROVIDE
SUPERVISION OF
CONNECTIONS.
RSS-MOD
Wiring Harness
(Flying Leads)
AC AC B+ B- AUX GND RED YEL GRN BLK SMK GND NAC1+ NAC1- NAC2+ NAC2- Z1+ Z1- Z2+ Z2- Z3+ Z3- Z4+ Z4- Z5+ Z5- Z6+ Z6-
Cell Module
Ethernet
RESET
LOAD
PROG LX600 LX700 LX800 LX900
LX500
BATT STA R T TAMPER
OUTPUT 1 OUTPUT 2
XBUS
EXP
XF6 Series Panel
24 VDC Connections
12 VDC Connections
Red, Black, and Temporal must all be in conduit

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
10
System Sensor i4 Series Smoke and CO Detectors Using A Single COSMOD2W Module
To Panel or Zone Expander Zone
To Panel or Zone Expander GND
Zone EOL
Zone EOL
Zone EOL IDC +
IDC -
To detector (+)
To detector (-)
To 716 Output Common (Gray)
To COSMOD2W Power In (-)
N/C to COSMOD2W
Power In (+) (Violet)
Install 3.9K EOL
Resistor at last
detector
(supplied with
COSMOD2W)
To next
COSMO-2W.
Up to 12
detectors can
be installed
for each
COSMOD2W
COSMOD2W
COSMO-2W
0
1
2
3
4
5
6
7
8
9
0
1
2
3
4
5
6
7
8
9
J1
K1
K2
K3
K4
TX D
O
N
E S
T
E
N S
Rotary
Switches
716
Output Expander
To Panel
LX-Bus
Power Supply***
+ DC —
*Optional Power Supply connection
If using optional Power supply, program
Output Options Fire Output for the 716
relay to provide Sensor Reset capability.
To Panel SMK or Optional Power Supply*
To GND from Panel or Power Supply
To Panel or Zone Expander
To Panel or Zone Expander GND
To Panel or Zone Expander Zone
To Panel or Zone Expander GND
Program Smoke zone
as type Fire (FI)
** The COSMOD2W sends a smoke maintenance
inquiry to the smoke detectors every 24 hours. If a
response indicating a maintenance condition is
received, such as the detector needs cleaning, the
maintenance zone will indicate a trouble condition.
The CO detector reports any maintenace conditions on
the Supervisory zone.
Power In +
Power In -
Smoke +
Smoke -
Maint +
Maint -
CO Alarm +
CO Alarm -
See i4 Series Interface Module Installation and Maintenance Instructions for additional information.
*** Listed for Fire Applications, output limited power, regulated
Loop Class B
To silence detectors
perform a Sensor
Reset from the panel
keypad

XF6 Fire Control Panel Compliance Listing Guide Digital Monitoring Products
11
System Sensor i4 Series Smoke and CO Detectors Using Multiple COSMOD2W Module
Zone EOL
Zone EOL
IDC +
IDC -
COSMOD2W
Power In +
Power In -
Smoke +
Smoke -
Maint +
Maint -
CO Alarm +
CO Alarm -
Zone EOL
Zone EOL
IDC +
IDC -
COSMOD2W
Power In +
Power In -
Smoke +
Smoke -
Maint +
Maint -
CO Alarm +
CO Alarm -
If installing multiple COSMOD2W Interface modules, connect the
Bell In terminal to a N/O relay output to turn on ALL COSMOD2W
smoke detector sounders during a fire alarm. Connect the Output
Common to the panel SMK or optional Power Supply positive
terminal (+). In Bell Options, program Bell Output for the relay
output number. Program the Bell Output Bell Action as Temporal
(T).
To turn on ALL CO detector sounders installed on multiple
COSMOD2W modules during a CO alarm. Connect the Output
Common to the panel SMK or optional Power Supply positive
terminal (+). In Zone Information Alarm Action, program each
COSMOD2W Supervisory Zone (CO Alarm) for the COSMO-2W to
turn on the relay output Steady (STD) when the zone is in a shorted
condition.
To Panel power SMK terminal
or Optional Power Supply
Common
Common
N/O to Bell In
Bell In
Bell In
Connect the Bell In terminal in
parallel with a all COSMOD2W
Interface Modules.
See i4 Series Interface Module Installation and Maintenance Instructions for additional information.
RELAY

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
12
CONTROL UNITS FOR FIRE-PROTECTIVE
SIGNALING SYSTEMS ANSI/UL 864, NFPA 72
SPRINKLER SUPERVISORY
Any zone used for sprinkler supervisory must be programmed with “SPRINKLR XXX” as the zone name. The last three
characters in the zone name may be assigned a number to identify the zone.
FIRE PROTECTIVE SIGNALING SYSTEMS USING INTERNET/INTRANET/CELL
NETWORKS
A Performance Based Technologies system as defined in UL 864 10th Edition may be configured as NET Primary using
a hardwire IP network or CELL Primary using a Model 263LTE Cellular Communicator with or without a backup path.
The system may be configured as one of the following:
PATH 1 TYPE NET OR CELL PRIMARY WITH NO BACKUP*
Path 1 Programming
Comm Type = NET or CELL Checkin Min = 58
Path Type = Primary Failtime Min = 60
Test Rpt = No Sub Code = Yes
Checkin = Yes Send Comm Trbl = Yes
*Device Setup must have a Fire Device
PATH 1 TYPE NET PRIMARY AND PATH 2 TYPE CELL BACKUP
Path 1 Programming Path 2 Programming
Comm Type = NET Comm Type = CELL
Path Type = Primary Path Type = Backup
Test Rpt = Yes Test Rpt = Yes
Test Freq = 1 Dy Test Freq = 1 Dy
Checkin Min = 238 Checkin Min = 238
Fail Min = 240 Fail Min = 240
Send Comm Trbl = Yes Send Comm Trbl = Yes
*Device Setup must have a Fire Device
PATH 1 TYPE CELL PRIMARY AND PATH 2 TYPE NET BACKUP
Path 1 Programming Path 2 Programming
Comm Type = CELL Comm Type = NET
Path Type = Primary Path Type = Backup
Test Rpt = Yes Test Rpt = Yes
Test Freq = 1 Dy Test Freq = 1 Dy
Checkin Min = 238 Checkin Min = 238
Fail Min = 240 Fail Min = 240
Send Comm Trbl = Yes Send Comm Trbl = Yes
*Device Setup must have a Fire Device

XF6 Fire Control Panel Compliance Listing Guide Digital Monitoring Products
13
CELLULAR COMMUNICATION FAILURE TEST PROCEDURE
For commercial fire systems configured with cell only communication, the following test procedure can be used to
demonstrate local annunciation of a communication path failure where required by the AHJ.
1. For system configuration, refer to sections (CELL Primary with No Backup) and Remote Annunciators.
2. Program the appropriate settings for the central station receiver and allow the panel to check in with the receiver.
3. Enter the programming menu and change the receiver port number to an invalid (closed) port.
4. Exit panel programming and allow the panel to return to the default screen.
5. The panel will unsuccessfully attempt to communicate and the keypad will display COMM PATH - TRBL in
approximately 200 seconds.
6. After successfully demonstrating local annunciation, return to the programming menu and change the receiver
port back to the correct (open) port to verify communication.
REMOTE PROGRAMMING
When a FIRE type device, such as a 7830F Fire Command Keypad or Model 630F Remote Annunciator is
programmed, remote programming of the panel requires a lockout code to be entered at any keypad while the Status
List is displayed. The panel will not allow remote programming without entering the lockout code.
See LT-2777 XF6 Series Installation and Programming Guide, Set Lockout Code for instructions. After entering the
lockout code, remote programming must start within 30 minutes.
CONNECTING DEVICES
Connections for On-board Zones 1-6, LX-Bus and Keypad Bus are provided through Terminals 17-28, PROG, LX500,
LX600, LX700, LX800, LX900, and XBUS 4-pin headers. LX-600-LX900 are available for XF6-500 models only.
Several factors determine the DMP LX-Bus™ and keypad bus performance characteristics: the wire length and gauge
used, the number of devices connected, and the voltage at each device. When planning an LX-Bus™ and keypad bus
installation, keep in mind the following information:
1. DMP recommends using 18 or 22-gauge unshielded wire for all keypad and LX-Bus circuits. Do not use twisted
pair or shielded wire for LX-Bus and keypad bus data circuits.
2. On keypad bus circuits, to maintain auxiliary power integrity when using 22-gauge wire do not exceed 500 feet.
When using 18-gauge wire do not exceed 1,000 feet. To increase the wire length or to add devices, install an
additional power supply that is listed for Fire Protective Signaling, power limited, and regulated (12 VDC nominal)
with battery backup.
Each panel allows a specific number of supervised keypads. Add additional keypads in the unsupervised mode.
Refer to the Keypad Bus section for the specific number of supervised keypads allowed.
3. Maximum distance for any one bus circuit (length of wire) is 2,500 feet regardless of the wire gauge. This
distance can be in the form of one long wire run or multiple branches with all wiring totaling no more than 2,500
feet. As wire distance from the panel increases, DC voltage on the wire decreases. Maximum number of LX-Bus
devices on the first 2,500 foot circuit is 40 devices.
4. Maximum voltage drop between the panel (or auxiliary power supply) and any device is 2.0 VDC. If the voltage at
any device is less than the required level, add an auxiliary power supply at the end of the circuit. When voltage is
too low, the devices cannot operate properly. Maximum line loss is 8 Ohms.
CROSS ZONING
When using cross zoning, there must be a minimum of two detectors installed in each protected space and the detector
installation spacing must be 0.7 times the linear spacing in accordance with National Fire Alarm Code, NFPA 72.
GROUND FAULT
For supervised circuits, ground fault is detected at 0 (zero) Ohms.

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
14
PROGRAMMING REQUIREMENTS
SYSTEM PROGRAMMING OPTION REQUIREMENTS
NOTICE TO USERS, INSTALLERS, AUTHORITIES HAVING JURISDICTION, AND OTHER INVOLVED PARTIES
This product incorporates field-programmable software. In order for the product to comply with the requirements of
a certificated installation, certain programming features or options must be limited to specific values or not used at all
as indicated below.
Program feature or option Standard Permitted? Possible settings Settings permitted
System Reports, RESTORAL ANSI/UL 864 Y NO, YES YES
System Options, PWR FAIL HRS ANSI/UL 864 Y 0, 1-15 1-3
System Options, RETARD DELAY for
Waterflow Applications ANSI/UL 864 Y 0, 1-250 minutes 1-90 minutes
System Options, ZONE RETARD
DELAY ANSI/UL 864 N 0, 1-250 minutes 0
System Options, SWINGER BYPASS
TRIPS ANSI/UL 864 N 0, 1-6 times 0
Bell Options, FIRE TYPE ANSI/UL 864 Y STEADY, PULSED,
TEMPORAL, NONE PULSED OR TEMPORAL
Zone Information, ZONE TYPE for
Zones 1-6 ANSI/UL 864 Y FI FV SV CO FI FV SV CO
Zone Information, TRANSMITTER
SUPERVISION TIME for Model 1103 ANSI/UL 864 Y 0, 3, 60, 240 minutes 3 minutes
Zone Information, SWINGER BYPASS ANSI/UL 864 N NO, YES NO
Zone Information, ZONE RETARD
DELAY ANSI/UL 864 N NO, YES NO
Zone Information, RETARD for
Smoke Detectors ANSI/UL 864 N NO, YES NO
SET LOCKOUT CODE for Remote
Programming ANSI/UL 864 Y 00000 (DISABLED); 00001-65535 00001-65535
Communication, CHECKIN MINUTES ANSI/UL 864 Y 3-240 3-58 (Single Path)
3-238 (Dual Path)
Communication, FAIL TIME ANSI/UL 864 Y 3-240 3-60 (Single Path)
3-240 (Dual Path)
PANEL PROGRAMMING OPTIONS
Initialization
INITIALIZE ALL
NO - Leaves existing programming intact.
YES - Clears all memory then displays Reset Panel.
INITIALIZE CODES
NO - Leaves existing codes intact.
YES - Clears the user code and user profile memory and assigns user code number 99 to
the highest user position.
INITIALIZE EVENTS
NO - Leaves existing event memory intact.
YES - Clears the events memory.
INITIALIZE ZONES
NO - Leaves existing zone information intact.
YES - Clears the zone information for all zones. All zones are marked * UNUSED * and must
be renamed before being able to display on any system keypad.
INITIALIZE OUTPUTS
NO - Leaves existing output information intact.
YES - Clears all programmed Output names and any output cuto assignment.
INITIALIZE COMMUNICATION AND
REMOTE OPTIONS
NO - Leaves existing communication and remote options intact.
YES - Returns communication and remote options to factory defaults.
RESTORE TO FACTORY DEFAULTS
NO - Leaves existing panel programming intact.
YES - Sets the panel’s programming back to factory default selection. Selecting YES
does not clear the panel’s event memory, zone, or user code information. It also sets
Programming and User Language to English.
Communication
ACCOUNT NUMBER
The Account Number is a 1- 5 digit number. The range of valid account numbers for a panel
is 1 to 65535. Do not enter leading zeros.

XF6 Fire Control Panel Compliance Listing Guide Digital Monitoring Products
15
COMMUNICATION PATH
Program up to eight paths designated as a primary or backup communication route. Each
primary path establishes a new path group. A path group is made up of the primary path
and its subsequent backup paths.
COMMUNICATION TYPE
Specify the communication method on this path to report system events.
NONE - For local systems.
NET - Network communication using the onboard network connection.
CELL - 263LTE Cellular Communicators
PATH TYPE
Primary or Backup. Because Path 1 is Primary, this prompt only displays for paths 2-8.
Default is Backup.
TEST REPORT
Reports are sent according to the programming. Default is Yes.
Select YES to send the test report on the path currently being programmed.
Select DEFER to not send a test report. if the panel communicates any message to the
receiver within the time set.
Select NO to not send test reports on this path.
TEST TIME
Use this option to select the time of day for Test Reports. Select the hour, minute and AM/
PM. Enter 0:00 AM to disable this feature.
CHECK IN
This option displays if the COMM TYPE is NET or CELL. For NET the default is YES. For
CELL the default is NO.
Select YES to enter the number of minutes between check-in reports, from 2-240 for NET
or 4-240 for CELL.
FAIL TIME
This option displays if CHECKIN is set to YES. Entering a FAIL TIME allows the receiver to
miss multiple check-ins before logging that the panel is missing. The maximum fail time is
240 minutes.
RECEIVER IP
This option displays if the COMM TYPE is NET or CELL. Enter the Receiver IP address
where the panel sends network messages.
ADVANCED PROGRAMMING
Select Yes to enter the Advanced Programming menu for the communication path
currently being programmed.
FAIL TEST HOURS
This option sets the frequency for a Backup path to send a test report when the closest
previous path fails within its path group.
Range is 0 to 6 hours.
PROTOCOL
This option displays when COMM TYPE is NET. Select TCP or UDP protocol for communica-
tion.
RETRY SECONDS
This option displays when COMM TYPE is NET. Enter 6-15 seconds for the panel to wait
before retrying to send a message to the receiver if an acknowledgment was not received.
If TCP is enabled, the minimum Retry Time programmed is 6 seconds.
DUPLICATE ALARMS
This prompt displays for BACKUP paths. If Yes is selected, the current backup path
duplicates all alarms occurring on its group primary path.
SEND PATH INFORMATION
This prompt displays for each path and if YES, each panel message includes path
information such as path number, communication type, and path type.
Network Options
DHCP
Select YES for the panel to use a dynamic IP address. The panel operates using DHCP and
does not use the Local IP Address number. Select NO for the panel to use the IP address
entered in Local IP Address.
LOCAL IP ADDRESS
Enter the local IP address.
GATEWAY ADDRESS
Enter the local gateway address to exit your local network.
SUBNET MASK
Enter the local subnet mask assigned to the panel.
DNS SERVER
Enter the IP address of the DNS (Domain Name System) used by the panel to resolve
domain names into IP addresses.
Remote Options
FIRST/SECOND GPRS APN
Enter the first and second APN (Access Point Name) for cellular communication to connect
to a DNS network. The APN may contain two lines of 16 characters to equal 32 characters.
ENTRÉ CONNECTION
This option displays only if the panel has network capability. Select NET to allow a
dedicated network connection with Entré.
ENTRÉ INCOMING TCP PORT
This option displays only if NET is chosen for the Entré connection. Enter the programming
port number for the incoming Entré connection.
ENTRÉ IP ADDRESS
This option displays only if NET is chosen for the Entré connection. Enter the Entré IP
address where the panel sends network messages.
ENTRÉ OUTBOUND TCP PORT
This option displays only if NET is chosen for the Entré connection. Enter the programming
port number for the outbound Entré connection.
ENTRÉ BACKUP IP ADDRESS
This option displays only if NET is chosen for the Entré connection. Enter the IP backup
address where the panel sends network messages if the first Entré IP Address fails.

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
16
ENTRÉ BACKUP TCP PORT
This option displays only if NET is chosen for the Entré connection. Enter the backup
programming port number for the outbound Entré connection in case the connection to
the primary IP fails.
ENTRE ZONE REPORTS
Select YES to send changes in the status of active zones to Entré. The messages include
the zone number, name, type, the action (alarm, trouble, bypass, etc.), user number (if
applicable), and area name. For a Walk Test, Verify and Fail messages are sent for each
zone.
ENTRE USER COMMAND REPORTS
Select YES to send user code change events to Entré.
ENTRE SUPERVISORY REPORTS
Select to send system monitor reports, such as AC and battery, and system event reports
to Entré.
ENTRÉ CHECKIN
Select the rate at which check-in messages are sent over the Entré connection. Select 0
(zero) to disable check in messages. Range is 0, 3-240 minutes.
ENTRÉ PASSPHRASE
Enter an 8 to 16-character Passphrase using alphanumeric characters. If you leave the
Passphrase blank, the data is not encrypted.
INTEGRATOR CONNECTION
This option displays only if the panel has network capability. Select NET to allow a
dedicated network connection with an integrator.
INTEGRATOR INCOMING TCP PORT
This option displays only if NET is chosen for the integrator connection. Enter the
programming port number for the incoming integrator connection.
INTEGRATOR IP ADDRESS
This option displays only if NET is chosen for the integrator connection. Enter the
Integrator IP address where the panel sends network messages.
INTEGRATOR OUTBOUND TCP PORT
This option displays only if NET is chosen for the integrator connection. Enter the
programming port number for the outbound integrator connection.
INTEGRATOR BACKUP IP ADDRESS
This option displays only if NET is chosen for the integrator connection. Enter the IP
backup address where the panel sends network messages if the first integrator IP Address
fails.
INTEGRATOR INCOMING TCP PORT
This option displays only if NET is chosen for the integrator connection. Enter the backup
programming port number for the outbound integrator connection in case the connection
to the primary IP fails.
INTEGRATOR IP ADDRESS
This option displays only if NET is chosen for the integrator connection. Enter the
integrator IP address where the panel sends network messages.
INTEGRATOR OUTBOUND TCP PORT
This option displays only if NET is chosen for the integrator connection. Enter the
programming port number for the outbound integrator connection.
INTEGRATOR BACKUP IP ADDRESS
This option displays only if NET is chosen for the integrator connection. Enter the IP
backup address where the panel sends network messages if the first integrator IP Address
fails.
INTEGRATOR BACKUP TCP PORT
This option displays only if NET is chosen for the integrator connection. Enter the backup
programming port number for the outbound integrator connection in case the connection
to the primary IP fails.
INTEGRATOR ZONE REPORTS
Select YES to send changes in the status of active zones to the integrator. The messages
include the zone number, name, type, the action (alarm, trouble, bypass, etc.), user number
(if applicable), and area name. For a Walk Test, Verify and Fail messages are sent for each
zone.
INTEGRATOR USER COMMAND REPORTS
Select YES to send user code change events to the integrator.
INTEGRATOR SUPERVISORY REPORTS
Select to send system monitor reports, such as AC and battery, and system event reports
to the integrator.
INTEGRATOR PASSPHRASE
Enter an 8 to 16-character Passphrase using alphanumeric characters. If you leave the
Passphrase blank, the data is not encrypted.
APP KEY
Enter the 8-digit App Key obtained in your Dealer Settings tab at vk.securecomwireless.
com. This option is a security feature of the Virtual Keypad iPhone/Android App used
only when your Dealer Settings at vk.securecomwireless.com have “EasyNet” set as the
Communication Type.
Device Setup
DEVICE NUMBER
Enter an address of 1-8 (for XF6-100) or 1-16 (for XF6-500) for the device being
programming.
DEVICE NAME
A device name must be given to each device in the system. Press CMD to accept the
default name or enter a new name up to 32 alphanumeric characters.
DEVICE TYPE
Allow selection of the device type.
System Options
CROSS ZONE TIME
Enter the time allowed (4-250 seconds) between zone faults. When zones are cross
zoned, the same zone or a second cross zoned zone must fault within this time in order
for an alarm report for both zones to be sent to the receiver. If the cross zone time expires
without the second zone faulting, only a zone fault from the first zone is reported.

XF6 Fire Control Panel Compliance Listing Guide Digital Monitoring Products
17
ZONE RETARD DELAY
Enter the retard time (1-250 seconds) assigned to Fire, Fire Verify, Supervisory, or Carbon
Monoxide (CO) type zones. The retard delay only functions when the zone is shorted.
The zone must remain shorted for the entire length of the Retard Delay before being
recognized by the panel.
POWER FAIL DELAY
This option tracks the duration of an AC power failure. When the AC power is o 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 15 hours.
For UL fire installations, Power Fail Delay shall be programmed as required by the service
of the panel.
SWINGER BYPASS TRIPS
Enter the number of times (1-6) a zone can go into an alarm or trouble condition within
one hour before being automatically bypassed. Bypassed zones are automatically reset
when the area they are assigned to is disarmed.
TIME ZONE CHANGES
This function allows the panel to request automatic time changes from the DMP
SCS-1R Receiver on Path 1. For the receiver to send time changes, it must be programmed
to send time changes and must be receiving time change updates from the network
automation computer at least every 24 hours.
When time zone is programmed YES, enter the number (0-23) that indicates the dierence
between the Greenwich Time zone (GMT) and where the panel is located.
LATCH SUPERVISORY ZONES
Selecting YES latches supervisory zone alarms on the keypad display until the sensor reset
operation is performed.
Selecting NO automatically clears the alarm from the keypad display when the supervisory
zone restores to a normal condition.
PROGRAMMING MENU LANGUAGE
Select to change the primary programming language.
ENG = English (ENGLISH)
SPN = Spanish (ESPANOL)
FRN = French (FRANCAIS)
USER MENU AND STATUS LIST
LANGUAGE
Select the primary user language.
ENG = English (ENGLISH)
SPN = Spanish (ESPANOL)
FRN = French (FRANCAIS)
Selecting a secondary user language allows the user to view the User Menu and Status List
text in English, Spanish, or French. If SEC LANG: is set to NONE, the option to choose a
language does not display.
HOUSE CODE
When using DMP wireless, enter a house code between 1 and 50.
DETECT WIRELESS JAMMING
This option displays when the House Code entered is for a DMP 1100 Series Wireless
system (1-50). Select YES to enable jamming messages to display in the Status List. Select
NO to disable jamming messages.
1100 ENCRYPTION
Allows programmer to select if 1100 series wireless use only encrypted transmitters, only
unencrypted transmitters, or allows both encrypted and unencrypted transmitters.
1100 PASSPHRASE
8 character passphrase for use with 1100 series wireless encryption. Only shown if 1100
Encryption is set to “ALL” or “BOTH. Only allows Hex characters (0-9, A-F) to be entered.”
TROUBLE AUDIBLE
This option displays when the House Code entered is for a DMP 1100 Series Wireless
system (1-50). Select the keypad buzzer annunciation method for wireless low battery and
missing messages.
Select ANY to enable annunciation anytime.
Select DAY to enable annunciation except during sleeping hours (9 PM to 9 AM). Select
MIN (minimum) to annunciate only Fire and Fire Verify zones during daytime hours (9 AM
to 9 PM).
Bell Options
BELL CUTOFF TIME
Enter the maximum time from 3 to 99 minutes the Bell Output remains on. Enter 0 (zero)
to provide continuous bell output. The default is 15 minutes.
NAC 1 SYNC PROTOCOL
If NAC 1 is programmed to use DMP, it will follow the BELL ACTIONS that have been
programmed. Otherwise, it will perform the sync protocol selected for Fire only.
NAC 2 SYNC PROTOCOL
If NAC 2 is programmed to use DMP, it will follow the BELL ACTIONS that have been
programmed. Otherwise, it will perform the sync protocol selected for Fire only.
SELECTIVE SILENCE
This prompt will only display when either NAC 1 or NAC 2 is programmed to something
other than DMP. Selective Silence allows the bell and strobe function of the field device to
be turned o separately.
BELL OUTPUT
Enter the output number when needed to follow the panel Bell Output operation for all
action and o conditions. Enter 0 (zero) to disable.
When BELL ACTION is set to T for Temporal Code 3, the Bell Output action for an LX-Bus
output is pulse.

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
18
BELL ACTION
This section defines the type of Bell Action for zone alarms.
S for a Steady Bell Output
P for a Pulsed output
T for a Temporal Code 3 output
N for no Bell Output.
4 for Carbon Monoxide (CO) output.
Trouble conditions do not activate the Bell Output.
Fire Bell Action Fire Type zones default is T.
Supervisory Bell Action for Supervisory Type zone default is N.
Output Options
CUTOFF OUTPUT
Outputs 1 to 6 can be entered here to turn o after a time specified in CUTOFF TIME. To
disable this option, clear the display then press CMD.
OUTPUT CUTOFF TIME
If a Cuto Output (1-6) is assigned, enter a Cuto Time of 1 to 99 minutes for the output to
remain on. Enter 0 (zero) for continuous output.
COMMUNICATION FAIL OUTPUT
Enter the output number to turn on when communication fails after one minute.
FIRE ALARM OUTPUT
Enter the output number to turn on when a fire type zone is placed in alarm. The output is
turned o using the Sensor Reset option while no additional fire type zones are in alarm.
FIRE TROUBLE OUTPUT
Enter the output number to turn on when a fire type zone is placed in trouble, when a
supervisory type zone is placed in trouble, or when any system monitor (AC, Battery) is
placed in trouble. The output turns o when all fire and supervisory type zones, or system
monitors are restored to normal.
DEVICE FAIL OUTPUT
Enter the output number to turn on when an addressed device fails to respond to polling
from the panel. A Missing Device report is sent to the receiver. The output is turned o
when the device responds to polling or is removed from programming in the system.
SENSOR RESET OUTPUT
Enter the output number to turn on when a Sensor Reset is performed at a keypad. The
output turns o automatically 5 seconds later. This function can be used to reset smoke
detectors that are operated by an external power supply through a Model 716 Output
Expander Module.
SUPERVISORY ALARM OUTPUT
Enter the output number to turn on when a supervisory zone type is placed into an alarm.
The output turns o when all supervisory type zones are restored to normal.
AC FAIL OUTPUT
This output turns on when the panel detects no AC. The output turns o when AC power is
detected.
CARBON MONOXIDE ALARM OUTPUT
Turn on this output when a Carbon Monoxide (CO) type zone is in alarm. The output is
turned o using Sensor Reset option while no additional CO type zones are in alarm.
Output Information
OUTPUT NUMBER
Enter an output number. Entry range is 1 to 6 and 500-999.
OUTPUT NAME
Enter up to a 32-character alphanumeric name for any output numbers.
OUTPUT REAL-TIME STATUS
Selecting YES allows Real-Time Status reports of a hardwire device, such as Output ON,
OFF, PULSE, or TEMPORAL to be sent. Selecting NO disables Real-Time Status for this
output device.
Output Groups
OUTPUT GROUPS
This function allows you to assign outputs to groups. Output groups can be assigned to
other areas of programming such as Output Options or Alarm Action of Zone Information.
GROUP NUMBER
Enter a group number from 1 to 20. Up to 20 dierent groups may be assigned.
GROUP NAME
Enter up to 32 characters for the group name.
OUTPUT NUMBER
Enter the Output number. Entry range is 1 to 6, 500 to 999 (outputs), and G1 to G20
(groups). The maximum number that can be assigned to a specific group is eight.
Zone Information
ZONE NUMBER
Enter the number of the zone you intend to program.
ZONE NAME
Zone names can have up to 32 alphanumeric characters. A name must be given to each
zone in the system.
ZONE TYPE
When you assign a Zone Type to a zone, automatic zone responses are made. There are 4
Zone Types to choose from:
Fire, Fire Verify, Supervisory, or Carbon Monoxide (CO).

XF6 Fire Control Panel Compliance Listing Guide Digital Monitoring Products
19
FIRE BELL OUTPUT
This output is turned on any time a Fire, Fire Verify, or Supervisory zone is placed in alarm.
The output is turned o by any the following actions:
• When the User Menu Alarm Silence function is performed.
• When a valid user code is entered to silence the bell.
• When the Silence key is pressed on the 7830F Fire Command Keypad or Model 630F
Remote Annunciator.
• Using the Outputs On/O function in the User Menu.
• The expiration of the Bell Cuto time.
NEXT ZONE
Select YES to terminate zone programming. The display returns to Zone Number, allowing
you to enter a new zone number. Select NO to make alterations to the Alarm Action for a
zone. To program zones for wireless operation, select NO at the NEXT ZONE.
DMP WIRELESS
For a DMP 1100X Series Wireless Receiver set the House Code from 1 to 50 in System
Options. Zones 500 through 999 can be programmed as Wireless zones.
WIRELESS
Select YES to program this zone as a DMP wireless zone.
ALARM ACTION
This option allows you to change any Zone Type standard definitions. When the Zone Type
is specified, the Alarm Action for that zone is stored in memory.
If the Zone Type is Fire or Supervisory it is a 24-hour zone and the Alarm Action
programming begins with Armed Open.
The Fire Verify Zone Type functions the same as Fire Type, with the following exceptions:
When a Fire Verify zone initiates an alarm, the panel performs a Sensor Reset. If any Fire
Verify zone 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 zone fault report is sent to
the receiver.
Do NOT program Fire Verify Zone Types for Zone Retard.
OUTPUT NUMBER
Specify any of the Relay Outputs on the panel to be activated by a zone condition
(1 to 6, 500 to 999 if Model 716 used, G1-G20).
OUTPUT ACTION
Assign an output action to the relay: Steady, Pulse, Momentary, or Follow.
Some wireless devices whether powered using an AC adaptor or a battery, ignore some
output action programming.
STEADY - The output is turned on and remains on until the area is disarmed, an output
cuto time expires, or the output is reset from the keypad menu.
PULSE - The output alternates one second on and one second o.
The pulsing rate for a Model 716 relay attached to the LX-Bus is 1.6 seconds.
MOMENTARY - The output is turned on only once for one second.
FOLLOW - The output is turned on and remains on while the zone is in an o normal, or
bad condition. When the zone restores, the output is turned o.
SWINGER BYPASS
Selecting YES allows the zone to be swinger bypassed by the panel according to the
specifications programmed in Swinger Bypass Trips and Reset Swinger Bypass. The Bypass
condition displays in the keypad Status List. Selecting NO disables swinger bypassing for
this zone.
ZONE RETARD DELAY
When you select YES, the zone operates with the zone retard delay. The retard functions
only in zone short conditions.
The zone must remain shorted for the full length of the retard delay before the panel
recognizes its condition. If you select NO, the zone operates without a retard delay.
PRESIGNAL KEYPAD ADDRESSES
Enable any combination of keypad addresses to sound a presignal tone during the time
a zone is in retard delay. The presignal tone silences when the zone restores or the retard
delay expires.
FAST RESPONSE
Select YES to provide a zone response time of 167ms. Select NO to provide a normal zone
response time of 500ms. Zones 500 to 999 have a fixed response time and do not display
this prompt.
FIRE PANEL SLAVE INPUT
This option is available on Fire Zones (FI) only and allows a fire zone the ability to provide
slave communication operation for a separate fire alarm control panel. If YES, this zone will
transmit a restoral immediately when restored by the fire panel being monitored. A sensor
reset is not required to generate the restoral message.
If NO, this zone will operate as a standard fire type zone and a sensor reset is required
before the zone will return to normal. Default is NO.

Digital Monitoring Products XF6 Fire Control Panel Compliance Listing Guide
20
TESTING/MAINTENANCE
SYSTEM MAINTENANCE
To ensure continuous satisfactory operation of any alarm system, proper installation and regular maintenance by
the installing alarm company and frequent testing by the end user is essential. Oering a maintenance program and
acquainting the user with the correct procedures for system use and testing is also the responsibility of the installing
alarm company.
WIRELESS TESTING
When using the 1100X or 1100XH Wireless Receiver for Fire Protective Signaling, after all transmitters are in
position, the WLS option of the panel’s Walk Test must be operated and all transmitters programmed for Fire (FI) or
Supervisory (SV) must show that their checkin message was received.
BATTERY REPLACEMENT PERIOD
DMP recommends replacing the battery every 3 to 5 years under normal use.