InstallatIon GuIde
XR2500F addRessaBle
FIRe alaRM ContRol Panel
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taBle oF Contents
Overview ...................................................................................................... 1
System Components...................................................................................... 1
Power Specifications ...................................................................................... 1
Communication ............................................................................................. 1
Keypad Bus................................................................................................... 1
LX-Bus™....................................................................................................... 2
Outputs ........................................................................................................ 2
Relays .......................................................................................................... 2
1.10 Zone Reference ............................................................................................. 2
1.11 Compliance Instructions................................................................................. 2
Mounting the Enclosure.................................................................................. 3
Surface Mounting .......................................................................................... 3
Flush Mounting.............................................................................................. 3
Metal Backplate............................................................................................. 3
Wiring Diagram ............................................................................................. 4
16 VAC Transformer ...................................................................................... 5
Earth Ground (GND) ..................................................................................... 5
Description.................................................................................................... 6
Description.................................................................................................... 7
Connection.................................................................................................... 7
Bell Silence/Bell Trouble................................................................................. 7
Description.................................................................................................... 8
XR2500F On-board LX-Bus ............................................................................ 8
Installing the 481 Card................................................................................... 8
Description.................................................................................................... 9
Connection.................................................................................................... 9
Jumper Settings ............................................................................................ 9
Digital Dialer ................................................................................................. 9
J10 893A Connector....................................................................................... 9
Ground start.................................................................................................. 9
Notification ..................................................................................................10
7.10 FCC Registration ..........................................................................................10
Description...................................................................................................11
Connection...................................................................................................11
Zone Expansion............................................................................................12
Output Expansion.........................................................................................12
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10.1 Wiring Diagram ............................................................................................13
10.2 Lightning Protection......................................................................................13
10.3 Accessory Devices ........................................................................................14
11.1 Battery Only Restart .....................................................................................16
11.2 Battery Replacement Period...........................................................................16
11.3 Discharge/Recharge......................................................................................16
11.4 Battery Supervision.......................................................................................16
11.5 Battery Cutoff...............................................................................................16
12.6 XR2500F Power Requirements.......................................................................16
11.7 XR2500F Standby Battery Calculations ...........................................................17
11.8 Standby Battery Selection .............................................................................19
12.1 Terminals 5 and 6.........................................................................................20
13.1 Description...................................................................................................20
13.2 Terminal 7 - RED ..........................................................................................20
13.3 Terminal 8 - YELLOW....................................................................................20
13.4 Terminal 9 - GREEN ......................................................................................20
13.5 Terminal 10 - BLACK.....................................................................................20
13.6 J8 Programming Connection..........................................................................20
13.7 OVC LED......................................................................................................20
14.1 Terminals 11 and 12 .....................................................................................21
14.2 Current Rating..............................................................................................21
15.1 Terminals 25–26 and 27–28 ..........................................................................21
15.2 Compatible 2-Wire Smoke Detector Chart.......................................................22
16.1 Terminals 13–24...........................................................................................23
16.2 Operational Parameters.................................................................................23
16.3 Zone Response Time.....................................................................................23
16.4 Keyswitch Arming Zone.................................................................................23
17.1 Description...................................................................................................24
17.2 Contact Rating .............................................................................................24
17.3 Output Harness Wiring..................................................................................24
18.1 Description...................................................................................................25
18.2 Model 300 Harness Wiring.............................................................................25
18.3 Model 860 Relay Module ...............................................................................25
19.1 Description...................................................................................................25
20.1 Description...................................................................................................26
20.2 LX-Bus Interface Cards..................................................................................26
20.3 LX-Bus LEDs.................................................................................................26
20.4. OVC LED ........................................................................................................26
21.1 Description...................................................................................................26
21.2 Serial Connector LEDs...................................................................................26
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22.1 Description......................................................................................................27
22.2 Ethernet LEDs ..............................................................................................27
23.1 J16 Reset Header ........................................................................................27
23.2 J4 Tamper Header .......................................................................................27
24.1 Introduction.................................................................................................28
25.1 Introduction.................................................................................................28
25.2 Wiring..........................................................................................................28
25.3 Control Outside of Protected Area..................................................................28
25.4 Police Station Phone Numbers .......................................................................28
25.5 Bypass Reports.............................................................................................28
25.6 System Maintenance.....................................................................................28
25.7 Listed Receivers............................................................................................28
25.8 Power Supply Supervision .............................................................................28
25.9 Wireless Tamper...........................................................................................28
25.10 Wireless External Contact..............................................................................28
25.11 Wireless Supervision Time.............................................................................28
25.12 Detect Wireless Jamming ..............................................................................28
26.1 Ownership ...................................................................................................29
26.2 Annunciation................................................................................................29
26.3 Trouble Display.............................................................................................29
26.4 Closing Wait.................................................................................................29
26.5 Local Bell Supervision ...................................................................................29
27.1 Audible Devices............................................................................................29
27.2 Auxiliary Circuits...........................................................................................29
27.3 Bell Cutoff....................................................................................................29
27.4 Entry Delay..................................................................................................29
27.5 Exit Delay ....................................................................................................29
27.6 Weekly Test..................................................................................................29
27.7 Wireless Audible Annunciation Option ............................................................29
28.1 Opening/Closing Reports...............................................................................29
28.2 Closing Wait.................................................................................................29
28.3 Entry Delay..................................................................................................29
28.4 Exit Delay ....................................................................................................29
28.5 Proprietary Dialer .........................................................................................30
28.6 DACT Central Station ....................................................................................30
28.7 Bell Cutoff....................................................................................................30
28.8 Standard or Encrypted Line Security...............................................................30
28.9 Wireless Audible Annunciation Option ............................................................30
or Encrypted Line Security ............................................................................31
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29.1 ANSI/UL 1610 Required ................................................................................32
29.2 1100X Wireless Receiver ...............................................................................32
29.3 Wireless Supervision Time.............................................................................32
29.4 LED Display..................................................................................................32
29.5 Jamming Detection.......................................................................................32
29.6 Local Alarm..................................................................................................32
29.7 Message to Transmit.....................................................................................32
29.8 Wireless Audible Annunciation Option ............................................................32
30.1 System Trouble Display.................................................................................32
30.2 Digital Dialer Telephone Number....................................................................32
30.3 Test Time.....................................................................................................32
30.4 Closing Wait.................................................................................................32
31.1 System Trouble Display.................................................................................32
31.2 Entry Delay..................................................................................................32
31.3 Exit Delay ....................................................................................................32
31.4 Bell..............................................................................................................33
31.5 Bell Cutoff....................................................................................................33
31.6 Automatic Bell Test.......................................................................................33
31.7 Standard or Encrypted Line Security...............................................................33
31.8 Wireless Audible Annunciation Option ............................................................33
or Encrypted Line Security ............................................................................34
32.1 Mercantile....................................................................................................35
32.2 Entry Delay..................................................................................................35
32.3 Exit Delay ....................................................................................................35
32.4 Bell..............................................................................................................35
32.5 Wireless Audible Annunciation Option ............................................................35
33.1 Panel Designation.........................................................................................35
33.2 Compatible Devices ......................................................................................35
34.1 Introduction.................................................................................................36
34.2 Wiring..........................................................................................................36
34.3 Transformer .................................................................................................36
34.4 End-of-Line Resistor......................................................................................36
34.5 System Trouble Display.................................................................................36
34.6 Fire Display..................................................................................................36
34.7 Police Station Phone Number.........................................................................36
34.8 System Maintenance.....................................................................................36
34.9 Audible Alarm...............................................................................................36
34.10 Fire Zone Programming.................................................................................36
34.11 Style D Zones...............................................................................................36
34.12 Listed Receivers............................................................................................36
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35.1 Power Supply ...............................................................................................37
35.2 Zone Restoral Reports...................................................................................37
35.3 Power Fail Delay...........................................................................................37
35.4 Sprinkler Supervisory....................................................................................37
35.5 DACT Systems..............................................................................................37
35.7 Local Protective Signaling Systems.................................................................37
35.8 Remote Station Protective Signaling Systems..................................................37
35.10 Combination Systems....................................................................................37
35.11 Remote Annunciators....................................................................................37
35.12 Notification Appliances .................................................................................38
35.13 Cross Zoning..................................................................................................38
35.14 Ground Fault...............................................................................................38
36.1 Bell Output Definition....................................................................................38
36.2 Audible Devices............................................................................................38
36.3 Auxiliary Circuits...........................................................................................38
36.4 Bell Cutoff....................................................................................................38
37.1 Bell Output Definition....................................................................................39
38.1 Introduction.................................................................................................39
38.2 Digital Dialer and Network Communication.....................................................39
38.3 Wiring..........................................................................................................39
38.4 Communication Programming........................................................................39
38.5 Additional Requirements ...............................................................................39
39.1 Prewired 866 Modules with NAC Extender ......................................................40
39.8 Dual Style D Zone Module Installation............................................................45
39.9 Remote Station Reversing Relay Connection ...................................................46
39.10 Second LX-Bus™ with Auxiliary Power Supply .................................................47
39.11 LX-Bus™ Module Connection .........................................................................48
39.12 Model 860 Relay Module Connection..............................................................49
39.13 Powered Burglary Devices...............................................................................49
Mounting Instructions..............................................................................................52
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IntRoduCtIon
Introduction
1.1 Overview
The DMP XR2500F Addressable Fire Alarm Control Panel (FACP) is an expandable 24 VDC Fire Alarm Control
with built-in DACT and LCD Fire Command Center keyboard with membrane keyswitch. A complete system
can provide:
• 574 programmable inputs and outputs for commercial and industrial fire alarm service.
• Eight on-board grounded zones
• Two on-board 12 VDC Class B, Stye A powered zones
Connect a 12 or 24 VDC regulated, power limited power supply listed for Fire Protective Signaling Systems
to distribute notification appliance power between the two class B style W NAC outputs. Additional NAC
outputs can be added with conventional supervision modules or addressable power supply/boosters.
Addressable smoke detectors and input modules round out the XR2500F to deliver a truly flexible and
expansive fire detection and notification system. The Fire Alarm Control Panel is shipped pre-wired in a red
metal enclosure housing the necessary components to monitor and control fire alarm notification appliances.
The enclosure dimensions are as follows: 32” H x 14.5” W x 4” D. The lid adds about 0.5” to each side.
1.2 System Components
The XR2500F FACP consists of the following pre-wired components:
• One Model XR2500F Command Processor panel • One Model 893A Dual Phone Line module
• Two Model 866 Class B Style W NAC modules
• One 16 VAC, 56 VA transformer
• One Model 630F PCB and membrane switch
• Two Model 305 Plug-in Relays
• One Model 481 Zone Expansion Interface Card • One Metal Backplate
1.3 Power Specifications
Transformer Input: Primary input: 120 VAC, 60 Hz, Secondary output: 16 VAC 56 VA
Standby Battery:
Auxiliary:
Bell Output:
12 VDC, 1.0 Amps Max. charging current
12 VDC output at 1.0 Amp Max*
12 VDC at .7 Amp Max*
Note: The combined Auxiliary and Bell outputs total cannot exceed 1.9 Amps with a 56 VA Transformer.
All circuits are inherent Power Limited except the red battery wire and AC terminal.
* For Commercial Fire installations, see the Compliance Instructions section.
1.4 Communication
Built-in dialer or network communication to DMP Model SCS-1R Receivers
Built-in Contact ID communication to non-DMP receivers
893A Dual Phone Line Module with phone line supervision
Can operate as a local panel
1.5 Panel Zones
Eight 1k Ohm EOL burglary zones (zones 1 to 8). Connect to 869 Class A module for burglary applications.
Two 3.3k Ohm EOL powered zone with reset (zones 9 and 10).
Note: Use the supplied DMP Model 311 1k Ohm and DMP Model 301 3.3k Ohm resistors.
1.6 Keypad Bus
You can connect up to 15 of the following supervised keypads and expansion modules to the keypad bus:
• Alphanumeric Fire Command Centers or keypads
• Four- and/or single-zone expansion modules
• Single-zone detectors
• Access control modules
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IntRoduCtIon
1.7 LX-Bus™
You can connect the following devices to the LX-Bus™ provided by the DMP 481 (supplied) or by the 462N,
481, 462P, 463G, and 472 Interface Cards up to the maximum number of LX-Bus™ addresses. See Accessory
Devices.
• Model 521LX or 521LXT Smoke Detectors with CleanMe
• Sixteen-, eight-, four- and/or single-zone expansion modules
• Single-zone detectors
• Relay output expansion modules
• Graphic annunciator modules
1.8 Outputs
The XR2500F provides two pre-installed Model 305 Single Pole, Double Throw (SPDT) relay outputs, each
rated 1 Amp at 30 VDC (power limited sources only).
The XR2500F also provides four programmable open collector outputs rated for 30 VDC @ 50mA each. The
open collector outputs provide ground connection for a positive voltage source. A Model 300 Output Harness
is required to use these outputs and may be connected to a Model 860 Relay Output Module.
1.9 Relays
The XR2500F ships with two Model 305 Relays pre-installed to allow zone alarm control for the 866 NAC
Modules. When a fire alarm occurs the bell output is factory programmed to turn on and provide power to
the contacts of the relays. Specific zone programming determines whether one or both relays turn on signal
voltage to the 866 NACs. This allows control of the NACs by zone.
1.10 Zone Reference
The XR2500F has been pre-wired in the factory. The first 866 NAC module connects to Zone 1. The second
866 NAC module connects to Zone 2.
1.11 Compliance Instructions
For applications that must conform to a local authorities installation standard or a National Recognized Testing
Laboratory certificated system, please see the Wiring Diagrams for Notification Appliances and the Listed
Compliance Specifications section near the end of this guide for additional instructions.
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IntRoduCtIon
Mounting
2.1 Mounting the Enclosure
The XR2500F must be mounted in a secure,
3/4" X 1/2" Knockouts
dry location to protect the unit from damage
due to tampering and the elements. The
enclosure can be either flush mounted or
surface mounted and includes a hinged door
with lock. The hole in the enclosure door
allows access to the Fire Command Center
without opening the door. Figure 1 illustrates
the mounting hole locations for the panel
enclosure.
Hole for Flush
Mounting
The enclosure dimensions are 32” tall, 14.5”
wide, by 4” deep. The lid adds about 0.5” to
each side.
Holes for Surface Mounting
2.2 Surface Mounting
The enclosure center hole should be attached
to a wall stud. Due to the enclosure weight,
especially the batteries, it is extremely
important to mount the enclosure on the
stud. Attach the two holes beside the center
hole to sheetrock to secure enclosure. When
mounting the enclosure, be sure to leave
room for the panel door to swing open. The
door lock should be easily accessible.
Holes for 1" screws for
Flush Mounting
2.3 Flush Mounting
The enclosure can also be flush mounted. Use
1” screws to secure the enclosure between
two studs using the two sets of holes on
the sides of the enclosure. Use the top and
bottom holes to secure to horizontal studs, if
necessary.
2.4 Fire Command Center LCD
Keyboard
A Fire Command Center LCD Keyboard
has been factory installed on the XR2500F
enclosure. A keyswitch has also been
installed and pre-wired to the left of the
keyboard. The user can turn the keyswitch to
enable the four function keys without opening
the enclosure door.
Battery Shelf
Additional Holes for Surface Mounting
Hole for Flush Mounting
2.5 Metal Backplate
The XR2500F components are pre-wired
and installed on a metal backplate. The
Figure 1: Mounting the XR2500F Enclosure
backplate can be easily removed to keep components safe during pre-wire activities.
Remove AC and battery power from the XR2500F panel before removing the backplate. Disconnect all
battery, transformer, and the Fire Command Center LCD keyboard wires. From the panel, disconnect the AC
wires from terminals 1 and 2. Disconnect the battery wires either from the batteries or the panel terminals
3 and 4. Finally, disconnect the keyboard wires from panel terminals 7, 8, 9, and 10.
Remove the screws securing the backplate to the enclosure. Loosen the two top screws that the backplate
hangs on. After loosening and removing the screws, lift the backplate up slightly and pull the backplate
toward you. When reinstalling the backplate, be sure all connections are secure.
Figure 2 illustrates the backplate and the components. The backplate is shown in light gray.
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2.6 Wiring Diagram
The XR2500F system below shows the component layout. The wires shown in this guide have been factory
installed and connected. The dashed lines represent wires running underneath or behind a component.
Detailed wiring diagrams for each supplied component appear in following sections of this guide.
WARNING
THIS UNIT MAY BE PROGRAMMED TO USE AN ALARM VERIFICATION FEATURE THAT RESULTS IN DELAY OF THE
Control Unit Smoke
Detector
Delay
Verification
Zones
SYSTEM ALARM SIGNAL FROM THE INDICATED CIRCUITS. THE TOTAL DELAY (CONTROL UNIT PLUS SMOKE
DETECTORS) SHALL NOT EXCEED 60 SECONDS. NO OTHER SMOKE DETECTOR SHALL BE CONNECTED TO THESE
CIRCUITS UNLESS APPROVED BY THE LOCAL AUTHORITY HAVING JURISDICTION (AHJ).
Delay
Model
Zones 9, 10, and all expanded
zones are suitable for Class B
(as applicable for the initiating
and signaling line circuits per
ANSI/UL 864 Table 48.2 or
48.3). Installation limits under
local Authority Having
S
Use Marking
S
S
Commercial and Residential
Fire, Burglar, Holdup, and
Access Protected Premise Unit
Jurisdiction (AHJ).
866
Module
866
Module
See LT-0759, Two 866
NAC Modules section for
complete 866 information.
GREEN/
YELLOW
Connected to
Enclosure Door
56 VA
Transformer
16 VAC
See LT-0759, 893A
S
S
S
S
Dual Phone Line
Module section
for complete 893A
information.
To Notification
Appliances
10K EOL
To Telco
S
S
10K EOL
TYPES OF SERVICE
Suitable for Mercantile Local
and Police Station Connect.
Suitable for Proprietary, PPU,
other technologies, local.
Suitable for Signaling and
Remote Station PPU DACT
Service.
J3
Phone
Line
J4
Tamper
XR2500F
Suitable for manual fire alarm,
automatic fire alarm, sprinkler
supervisory, or water flow
alarm.
Command
Processor™
Panel
J1
Link LED
Power LED
Ethernet
Power
LED
Suitable for Standard or
Encrypted Central Station with
NET or CELL communication.
R
L
X
J22
OVC
Output 1
Output 2
Battery
Start
Suitable for Household Fire and
Household Burglary.
3
4
5
J16
Reset
J8
PROG
Outputs 3-6
Suitable for Coded and March
Time signaling.
AC AC +B –B BELL GND RED YEL GRN BLK SMK GND Z1 GND Z2 Z3 GND Z4 Z5 GND Z6 Z7 GND Z8 Z9+ Z9– Z10+ Z10–
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
Expansion Zones
1
2
3
4
5
6
7
8
9
NFPA 72
This equipment should be
installed in accordance with
the National Fire Alarm Code,
ANSI/NFPA 72 (National Fire
Protection Association,
To Fire Command Center on enclosure door
From XR2500F
panel to 12 VDC.
Batterymarch Park, Quincy, MA
02269). Printed information
describing proper installation,
operation, testing,
maintenance, evacuation
planning, and repair service is
to be provided with this
equipment.
-
+
-
+
XR2500F Secondary Power Supply
1 Amp maximum charge current.
Use only 12 VDC rechargeable batteries.
Two 12 VDC batteries
Refer to LT-0759, Standby
Battery Selection section
for battery standby times and
numbers of batteries to use.
connected in parallel with a
Model 318 Dual Battery
Harness. See Secondary
Power Supply section.
Replace every 3 to 5 years.
12 VDC battery
12 VDC battery
Battery Compartment
Figure 2: XR2500F System
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AC Connection
3.1 Transformers and AC Power Connection
The AC connection should be completed by a licensed electrician.
Never share the Fire Alarm Control Panel circuit with any other equipment.
The XR2500F comes supplied with a 16 VAC 56 VA transformer. The 16 VAC transformer white leads and black
leads must be connected to an unswitched 120 VAC 60 Hz power source with at least .87A available. Observe
wire colors and connect the transformer wires:
The Black transformer wires to the Black 120 VAC wire
The White transformer wires to the White 120 VAC wire
The Green/Yellow ground wire to the electrical ground
Bracket
Nut
S
S
L-Bracket
GREEN/
YELLOW
Connected to
Enclosure Door
56 VA
Transformer
16 VAC
56 VA
Bracket
Nut
Transformer
Violet Gray
Terminal 1 Terminal 2
To XR2500F Panel
Figure 3: Transformers and AC Power Connection
Always ground the panel before applying power to any devices! Use 18 AWG or larger for all power
connections. The XR2500F must be properly grounded before connecting any devices or applying power
to the panel. Proper grounding protects against Electrostatic Discharge (ESD) that can damage system
components.
3.2 16 VAC Transformer
The 16 VAC 56 VA transformer supplies power to the XR2500F panel and is factory pre-wired. See Figure 3:
Transformers and AC Power Connection. Also refer to Figure 11: XR2500F Panel Wiring Diagram.
3.3 Earth Ground (GND)
The XR2500F terminal 4 must be connected to earth ground using 14 AWG or larger wire to provide proper
transient suppression. DMP recommends connecting to a cold water pipe, building ground, or ground rod
only. Do not connect to an electrical ground or conduit, sprinkler or gas pipes, or to a telephone company
ground.
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Secondary Power Supply
4.1 Description
The XR2500F system includes pre-wired cables for connecting 12 VDC battery to the XR2500F panel. Observe
polarity when connecting all batteries.
Use sealed lead-acid batteries only. Use the DMP Model 367, 368, 369, 365, 366, 12 VDC sealed lead-acid
rechargeable batteries. Batteries supplied by DMP have been tested to ensure proper charging with DMP
products.
Gel cell batteries cannot be used with the XR2500F panel.
4.2 Battery Connection to XR2500F Command Processor panel
For 12 VDC battery operation to the XR2500F, connect the black battery lead to the battery negative
terminal. The black battery wire connects to XR2500F panel terminal 4.
Connect the red battery lead to the battery positive terminal. The red battery wire connects to XR2500F
panel terminal 3. See Figure 11 and Figure 2.
Add a second battery in parallel using the DMP Model 318 Dual Battery Harness. When wiring two batteries
with the Model 318 Dual Battery Harness, plug the Dual Battery Harness red male end into the panel red
female battery lead. Plug the Dual Battery Harness black male end into the panel black female battery
lead. Attach both Dual Wiring Harness female leads to the two batteries as described above. See Table 3:
Battery Calculations.
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Two 866 NAC Modules
5.1 Description
Each 866 provides one style W indicating circuit for supervising listed polarized notification appliances,
such as bells, strobes, and horns. See Table 1: Notification Appliances for a list of approved notification
appliances.
5.2 Connection
Each 866 module is pre-installed on the removable backplate using the standard three-hole configuration.
The modules are factory pre-wired to each other and the XR2500F panel. Refer to the figure below and to
Figure 2: XR2500F System for wiring connections.
Connect a 12 or 24 VDC regulated, power limited power supply listed for Fire Protective Signaling Systems to
terminals 2 and 4 of each module to provide Notification appliance power. Connect notification appliances
to terminals 5 and 6 of each module. Each module provides a zone of notification and can be activated
separately.
Normal/Silence Switch
866
Module #1
1 AUX PWR
2 GND
3 Alarm In
To XR2500F Output #1 (J2 pin #2)
To XR2500F terminal 13 (Zone 1)
4 Bell PWR In
5 Bell Out +
6 Bell Out -
7 Bell Trouble
8 Bell Trouble
Listed, Polarized
Notification Appliances
See the Notification
Appliance section
Pre-installed 1K EOL
Normal/Silence Switch
866
Module #2
1 AUX PWR
2 GND
To XR2500F terminal 7
To 24 VDC Power Supply DC -
To XR2500F Output #2 (J2 pin #5)
3 Alarm In
Listed, Polarized
Notification Appliances
To 24 VDC Power Supply DC +
4 Bell PWR In
5 Bell Out +
6 Bell Out -
7 Bell Trouble
8 Bell Trouble
See the Notification
Appliance section
Pre-installed 1K EOL
To XR2500F terminal 15 (Zone 2)
To 24 VDC Power Supply
Figure 5: 866 Modules Wiring
5.3 Bell Silence/Bell Trouble
A bell silence switch on the 866 module is provided to prevent indicating devices from sounding during
system testing. When the Silence position is selected, a 15-second delay occurs before the 866 bell trouble
contacts (terminals 7 and 8) open. Select the Normal position after testing to return the 866 module to
normal operation.
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LX-Bus™ Operation
6.1 Description
The XR2500F Command Processor™ panel supports LX-Bus operation directly from the panel. Each LX-Bus
circuit provides 100 additional zones. Use J22 LX-Bus Header for the first 100 zones. Use the installed 481
Zone Expansion Interface Card for the next 100 zones. This provides a total of 200 expansion zones. To
install up to four additional Interface Cards use a Model 461 Interface Adaptor Card.
6.2 XR2500F On-board LX-Bus
To enable J22 to operate as an LX-Bus, place a jumper on the two pins next to the letter “L” on the J23
6-Pin header. When using J22 as an LX-Bus, connect a DMP Model 300 4-wire Harness to the J22 4-pin
header labeled LX-BUS. This provides the first 100 LX-Bus zones numbered 500-599. Respect wire colors
when connecting devices and use all four wires. Reset the panel using the J16 jumper to activate LX-Bus
operation. See Connecting LX-Bus and Keypad Devices section for maximum wiring distances.
Note: Do NOT use shielded wire when using the LX-Bus. Do NOT connect the wires from the 4-wire harness
to the panel terminals.
6.3 LX-Bus 481 Zone Expansion Interface Card
The 481 Zone Expansion Interface Card provides an additional 100 zones to the XR2500F. When used in
conjunction with the on-board J22 LX-Bus the 481 LX-Bus zones are numbered 600 to 699.
6.4 Installing the 481 Card
Remove AC and battery power from the XR2500F panel and ground yourself before handling and
installing the 481 Card.
1. Align the 481 Card 50 pin connector with the XR2500F panel J6 connector.
2. Press the 481 onto the J6 connector while applying even pressure to both sides.
Command Processor
Panel
481 Zone
J6 Interface Card
Expansion
Connector
Interface
Card
Zone Expansion
Harness Connectors
B
To LX-Bus Modules
Red—Auxiliary Power
Yellow—Data In
Z5 GND Z6 Z7 GND Z8 Z9+ Z9- Z10+ Z10-
Green—Data Out
18 19 20 21 22 23 24 25 26 27 28
Black—Ground
Figure 6: 481 Wiring
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893A Dual Phone Line Module
7.1 Description
The 893A is a dual telephone line supervision module that allows the panel to indicate a phone line failure
to the premises and the central monitoring station. After the 893A senses a failure on the main line, it
switches to the backup, or secondary, phone line. The 893A installs on the removable backplate above the
XR2500F circuit board.
7.2 Connection
The pre-wired 893A connects the panel to the public telephone network through an installed DMP 356 RJ
Cable between the XR2500F panel J3 connector and the 893A Module J3 connector labeled PANEL.
Factory pre-wired
893A Dual Telephone Line Module
to XR2500F panel
Phone Jack
Connector, J3
J3
PANEL
P10
Communication Jumpers:
Both Set both Jumpers
DD
Factory pre-wired
to XR2500F panel
J10 Connector
MPX
J1
DD
J2
MPX
J4
MAIN
J5
BACKUP
To Primary
telephone line
Processor
Stopped Buzzer
To Secondary telephone line
Figure 8: 893A Dual Phone Line Module Wiring
7.3 Jumper Settings
The 893A module has two sets of jumpers. Both communication jumpers must be set for DD (digital dialer)
operation. Do not set the 893A jumpers next to MPX. The 893A Module supports multiplex operation, but
the XR2500F panel does not.
7.4 Digital Dialer
You can configure the 893A to provide two lines of digital dialer. Maximum line impedance is 100 Ohms. The
XR2500F is preset at the factory for Digital Dialer. The Main modular jack (J4) is used for the primary digital
dialer line. The Backup modular jack (J5) is used for the secondary digital dialer line.
7.5 Phone Line Monitor
The 893A uses a phone line monitor for the main and backup phone lines. When sending a report, the 893A
verifies the main phone line is working before sending data. If the line is bad, the module tests the backup
phone line. The 893A sends the report on the first working phone line.
The phone line monitor has a two-minute trouble delay and a one-minute restore delay. Phone line trouble
is displayed in the Fire Command Center LCD Status List as a System Trouble. The Fire Command Center
LCD is factory programmed to display system troubles in the Status List.
7.6 Processor Fail Buzzer
The 893A module also monitors the panel CPU and sounds a trouble buzzer whenever either the panel
processor is reset using J16 or the processor stops functioning.
7.7 J10 893A Connector
The 893A Dual Phone Line Module connects to the XR2500F J10. Refer to the 893A Installation Sheet
(LT-0135) for complete information.
7.8 Ground start
Ground start phone service cannot be used on commercial or residential fire applications.
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IntRoduCtIon
7.9 Notification
The user must not repair registered terminal equipment. In case of trouble, immediately unplug the device
from the telephone jack. The factory warranty provides for repairs. Registered terminal equipment may
not be used on party lines or in connection with coin telephones. Notify the telephone company with the
following information:
a. The particular line(s) where the service is connected
b. The FCC registration number
c. The ringer equivalence
d. The device make, model, and serial number (see the serial # sticker on the panel)
7.10 FCC Registration
The Model XR2500F complies with Part 68 of the FCC rules and the requirements adopted by the ACTA. On
the outside of the enclosure of this equipment is a label that contains, among other information, a product
identifier in the format US:CCKAL00BXR500. If requested this number must be provided to the telephone
company.
A plug and jack used to connect this equipment to the premises wiring and telephone network must comply
with the applicable FCC Part 68 rules and requirements adopted by the ACTA. See installation instructions
for details.
The Ringer Equivalence Number (REN) is used to determine the number of devices that may be connected
to a telephone line. Excessive RENs on a telephone line may result in the devices not ringing in response to
an incoming call. In most but not all areas, the sum of RENs should not exceed five (5.0). To be certain of
the number of devices that may be connected to a line, as determined by the total RENs, contact the local
telephone company.
If the XR2500F causes harm to the telephone network, the telephone company will notify you in advance
that temporary discontinuance of service may be required. But if advance notice isn’t practical, the
telephone company will notify the customer as soon as possible. Also, you will be advised of your right to
file a complaint with the FCC if you believe it is necessary.
The telephone company may make changes in its facilities, equipment, operations or procedures that could
affect the operation of the equipment. If this happens the telephone company will provide advance notice
in order for you to make necessary modifications to maintain uninterrupted service.
If trouble is experienced with the Model XR2500F, for repair or warranty information, please contact DMP at
the address and telephone number listed on the back of this document. If the equipment is causing harm to
the telephone network, the telephone company may request that you disconnect the equipment until the
problem is resolved.
If your premises has specially wired alarm equipment connected to the telephone line, ensure the
installation of the XR2500F does not disable your alarm equipment. If you have questions about what will
disable alarm equipment, consult your telephone company or a qualified installer.
Caution: To ensure proper operation, this equipment must be installed according to the installation
instructions in this manual. To verify that the equipment is operating properly and can successfully report an
alarm, this equipment must be tested immediately after installation, and periodically thereafter, according
to the test instructions in this document and the XR500 Series Programming Guide (LT-0679). Additionally,
verification of Line Seize capability should be made immediately after installation, and periodically
thereafter, in order to ensure that this equipment can initiate a call even when other equipment (telephone,
answering system, computer modem, etc.) connected to the same line is in use.
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Fire Command Center
8.1 Description
The XR2500F provides an LCD display and 20-key keyboard for programming and system user operation. The
Fire Command Center is installed on the XR2500F enclosure door. A keyswitch is installed and pre-wired
to the left of the keyboard. The user must turn the keyswitch to enable the four function keys. See the
illustration below.
Fire Command Center
POWER
TROUBLE
ALARM
SILENCE
ABC
MNO
YX
DEF
PQR
GHI
STU
JKL
RESET
TEST
1
5
9
2
6
0
3
7
4
8
ENABLE
VWX
DRILL
COMMAND
Figure 10: Fire Command Center LCD and Keyboard
8.2 Connection
The display and keyboard are factory pre-wired to the XR2500F panel terminals 7, 8, 9, and 10. For standby
battery calculations, the display draws 92mA of current in normal standby or alarm condition. See Panel
Standby Battery Calculations. The keyswitch is pre-wired to the membrane keyboard.
8.3 Remote Fire Command Center
Up to fifteen Model 630F Remote Fire Command Centers may be remotely attached to the XR2500F system.
See the 630F Installation Guide (LT-0741) for additional information.
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IntRoduCtIon
Expansion
9.1 Zone Expansion
Up to 574 fire and burglary zones are available on the XR2500F using DMP Security Command keypad remote
zone capability and zone expansion modules. The panel keypad data bus supports up to sixteen supervised
device addresses with each address supporting up to four programmable expansion zones.
Up to 500 zones are available using the on-board LX-Bus along with additional expansion modules. Use the
461 Interface Adaptor, 462N, 462P, 463G, or 481 interface cards, and any combination of sixteen, eight, four,
and single point zone expander modules and single point LX-Bus detectors.
Combined current requirements of additional modules may require an additional power supply. See the
710/710F Bus Splitter/Repeater Installation Guide (LT-0310). Refer to the Standby Battery Calculations
section when calculating power requirements.
Note: Do not use shielded wire for LX-Bus or Keypad Bus circuits.
9.2 Output Expansion
Note: Do not use shielded wire for LX-Bus or Keypad Bus circuits.
In addition to the two SPDT relays and four programmable open collector outputs on the XR2500F, you can
also connect up to 25 programmable Model 716 Output Expansion Modules to each LX-Bus. These modules
can provide an additional 500 programmable SPDT relays.
The XR2500F provides 100 Output Schedules you can use for programming the 716 to perform a variety of
annunciation and control functions. You can also assign the 716 outputs to any panel Output Options such as
Fire Alarm, Communication Fail, or Phone Trouble Outputs. Refer to the 716 Installation Guide (LT-0183).
The LX-Bus™ also supports the Model 717 Graphic Annunciator Module. Each 717 module supplies 20
switched ground outputs that follow the state of their assigned zones.
Note: The 717 supports the first eight keypad bus zones. To follow Keypad Bus zones nine through 16, install
multiple 716 modules. Refer to the 717 Installation Guide (LT-0235) and 716 Installation Guide (LT-0183).
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InstallatIon
Accessory Devices
10.1 Wiring Diagram
The XR2500F system below shows some of the accessory modules for use in various applications. A brief
description of each module follows.
s
s
XR2500F
Front
Tamper
Form C Relays (J2)
Command Processor™
AC Wiring must be in conduit and exit
out the left side of the enclosure.
Output Color Code–Model 431 Harness
Output 2 N/O Orange/White
Output 2 Com White/Gray
Output 2 N/C Violet/White
Output 1 N/O Orange
s
Panel
J4
J3
Phone Line
Rear
Tamper
Tamper
Wiring on terminals 5 through 22 must
exit right and maintain 1/4" separation
from the AC and battery positive wiring.
Link LED
Power LED
Output 1 Com Gray
Output 1 N/C Violet
Heat detectors, pull
stations, or any other
contact devices listed
for Fire Protective
Signaling can be
connected to zones
9 and 10.
s
J1
Ethernet
Annunciator Outputs (J11)
Output Color Code
Output 3
Output 4
Output 5
Output 6
Red
J21
s
Yellow
Green
Black
J23
Power
LED
RS-232
Zones 9 and 10 and
Model 715 compatibility
identifier: A
R
L
X
¼"
J22
LX-Bus
J6
OVC
Listed Resistors
Output 1
K6
Output 2
Maximum operating
range: 9.8 VDC to
14.0 VDC.
1.0k Ohm - DMP Model 311
3.3k Ohm - DMP Model 309
10K Ohm - DMP Model 308
J2
J10
Battery
Start
J11
3
K7
J16
Reset
4
5
6
Class B (Style A).
J8
PROG
Outputs 3-6
AC AC +B –B BELLGND RED YEL GRN BLK SMK GND Z1 GND Z2 Z3 GND Z4 Z5 GND Z6 Z7 GND Z8 Z9+ Z9– Z10+Z10–
Zones 9, 10, and all
expanded zones are
suitable for Class B (as
applicable for the
DMP Transformer
16 VAC 56 VA
Class 2 Wire-in.
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17
18 19 20 21 22 23 24 25 26 27 28
initiating and signaling
line circuits per ANSI/UL
864 Table 48.2 or 48.3).
Installation limits under
local Authority Having
Jurisdiction (AHJ).
s
Zone
9
Zone
10
s
Secondary Power Supply
1.0 Amps Max. charging
current. Use only 12 VDC
rechargeable batteries.
DMP Models 365, 366, 367,
368, or 369. Replace
batteries every 3 to 5 years.
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
s
s
1k 1k
Ohm Ohm
1k 1k
Ohm Ohm
1k 1k
Ohm Ohm
1k 1k
Ohm Ohm
S
S
S
S
Using verification delays
on zones 9 and 10 is
optional. Use the
delays marked on the
smoke detectors or
the smoke detector
installation wiring
diagram.
RED
s
= Supervised Circuit
3.3k
3.3k
Ohm
Resistor Resistor
BLACK
Ohm
Cold Water
Pipe Earth
Ground
s
s
s
s
s
Auxiliary Power
GROUND
Total current combined from
terminals 7, 11, 25, and 27
1.9 Amp Max
Bell
10k
Ohm
12 VDC nominal
Minimum cutoff time is
5 minutes.
Verification Control Unit Smoke
Model
______
Detector
Delay
____sec.
Bell
Bell cutoff time
range is 5 to 99
minutes marchtime
and non-coded.
Zones
______
Delay
13.6 sec.
RED
.7 Amp Max
Zone Expander
Model 715
7mA @ 12 VDC
Models 715-8, 715-16
20mA @ 12 VDC
RED
Keypads
YELLOW
GREEN
BLACK
Model 630F
60mA at 8 to 14.5 VDC
Fire Command Center
POWER
TROUBLE
ALARM
SILENCE
RESET
TEST
s
Keyswitch Arming
can be connected
to any zone. See
LT-0681.
Zone
Expander
Model 711
7mA @ 12
VDC
Zone Expander
Model 714
7mA @ 12 VDC
Models 714-8, 714-16
20mA @ 12 VDC
ABC
MNO
YX
DEF
PQR
GHI
STU
JKL
s
1
5
9
2
6
0
3
7
4
8
ENABLE
VWX
DRILL
COMMAND
WARNING: Incorrect
connections may cause
damage to the unit.
S
S
S
S
S
S
S
S
3.3k Ohm3.3k Ohm 3.3k Ohm 3.3k Ohm
Smoke
Detector
CAUTION: DO NOT USE LOOPED WIRE
UNDER TERMINALS. BREAK WIRE RUN TO
PROVIDE SUPERVISION OF CONNECTIONS.
S
S
S
S
S
S
S
S
1k Ohm
1k Ohm 1k Ohm 1k Ohm
Use UL Listed Power
Supervision Relay
rated at 12 VDC.
WARNING
THIS UNIT MAY BE PROGRAMMED TO USE AN ALARM VERIFICATION
FEATURE THAT RESULTS IN DELAY OF THE SYSTEM ALARM SIGNAL FROM
THE INDICATED CIRCUITS. THE TOTAL DELAY (CONTROL UNIT PLUS
SMOKE DETECTORS) SHALL NOT EXCEED 60 SECONDS. NO OTHER
SMOKE DETECTOR SHALL BE CONNECTED TO THESE CIRCUITS UNLESS
APPROVED BY THE LOCAL AUTHORITY HAVING JURISDICTION (AHJ).
1k Ohm
Figure 12: Typical XR2500F Wiring Diagram
10.2 Lightning Protection
Metal Oxide Varistors and Transient Voltage Suppressors help protect against voltage surges on XR2500F input
and output circuits. Additional surge protection is available by installing the DMP 370 or 370RJ Lightning
Suppressors.
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10.3 Accessory Devices
Interface Adaptor and Interface Cards
461 Interface Adaptor Card
Allows you to connect two or more expansion interface cards to the XR2500F panel. The 461 is an
expansion board that plugs into the panel J6 Interface Connector and is required when using two or more
Interface Cards. Use combinations of Interface Cards for expanding zones, network interfacing, and local
printing.
462N Network Interface Card
462P Printer Interface Card
Allows you to connect the XR2500F to any compatible data network and use its communication capability
in place of standard dial out telephone lines. The 462N also provides an LX-Bus™ for connecting zone and
output expansion modules to the panel.
Allows you to connect the XR2500F to any compatible serial printer providing the user with real-time event
recording. The 462P also provides an LX-Bus™ for connecting zone and output expansion modules.
463G Digital Cellular Communicator
Card
Allows you to connect the XR2500F to any compatible GPRS/SMS network and use its communication in
place of standard dial out lines. The 463G also provides and LX-Bus™ for connecting zone and output
expansion modules to the panel.
481 Expansion Interface Card
Provides one LX-Bus for connecting up to 100 zone and output expansion modules.
Zone and Output Expansion Modules
710/710F Bus Splitter/Repeater
Allows you to increase keypad or LX-Bus™ wiring distance to 2500 feet. Model 710F is for 24 VDC
applications.
711 Single Point Zone Expanders
714, 714-8, 714-16 Zone Expanders
715, 715-8, 715-16 Zone Expanders
Provides one Class B zone for connecting devices.
Provides Class B zones for connecting non-powered fire devices.
Provides 12 VDC Class B powered zones for connecting smoke detectors, glassbreak detectors, and other
2- or 4-wire devices.
725 Zone Expanders
Provides 24 VDC Class B powered zones for connecting smoke detectors, glassbreak detectors, and other 2-
or 4-wire devices. Requires 710F Bus Splitter/Repeater.
716 Output Expander
Provides four Form C relays (SPDT) and four switched grounds (open collector) for use in a variety of
remote annunciation and control applications.
717 Graphic Annunciator Module
Provides 20 zone following annunciator outputs (open collector) for use in a variety of remote annunciation
and control applications for use on the keypad bus only.
733, 734 Wiegand Interface Cards
Provides system codeless entry, and arming and disarming using access control readers.
Indicating and Initiating Devices
865 Supervised Style W or X
Notification Circuit Module
Provides supervised alarm current when using the XR2500F panel bell output and up to 5 Amps at 12 or 24
VDC when using a listed auxiliary power supply. The 865 can supervise 2-wire or 4-wire style circuits for
opens and shorts with individual LED annunciation.
866 Style W Notification Circuit
Module
Provides supervised alarm current using the XR2500F panel bell output and up to 5 Amps at 12 or 24 VDC
when using a listed auxiliary power supply. The 866 can supervise 2-wire Style W circuits for opens and
shorts.
867 Style W LX-Bus Notification
Circuit Module
Provides supervised alarm current using the XR2500F panel bell output and up to 5 Amps at 12 or 24 VDC
when using a listed auxiliary power supply. The 867 connects to the XR2500F panel LX-Bus™ and provides
one 2-wire Style W notification circuit for open and short conditions. Individual Bell Relay addresses Bell
Ring styles.
869 Dual Class A Style D Initiating
Module
Provides two Class A, Style D, 4-wire initiating zones for connecting waterflow switches and other
non-powered fire and burglary devices.
Accessory Modules and Keypads
893A Dual Phone Line Module
Allows you to supervise two standard phone lines connected to an XR2500F panel. The 893A module
monitors the main and backup phone lines for a sustained voltage drop and alerts users when the phone
line is bad.
* ePAD™ Virtual Keypads
Allows users to control the security system from any computer in the world using the Internet.
LCD keypads
Allows you to control the panel from various remote locations. Connect up to sixteen supervised Model
630F Remote Fire Command Center, Model 690, 790, 693/793 Security Command™ keypads, 7060, 7063,
7070, 7073, 7160, 7163, 7170, 7173 Thinline™ keypads, 7060A, 7063A, 7070A, 7073A Aqualite™ keypads,
or 7760 Clear Touch™ keypad to the keypad bus using terminals 7, 8, 9, and 10.
Addressable Smoke Detectors
521LX, 521LXT
Single-zone, addressable module conventional smoke/smoke heat detectors that connect to the LX-Bus.
Includes remote maintenance reporting, drift compensation, and multi-criteria detection.
* These devices have not been investigated and shall not be used in listed installations.
Table 5: Accessory Devices
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InstallatIon
10.4 Mounting Keypads and Zone Expansion Modules
LCD keypads have removable covers that allow mounting the keypad to a wall or other flat surface using the
screw holes on each corner of the base. Before mounting the base, connect the keypad wire harness leads
to the keypad cable from the panel and to any device wiring run to that location. Then attach the harness to
the pin connector on the PC board, mount the base, and install the keypad cover making sure all of the keys
extend through their respective holes.
For mounting keypads on solid walls, or for applications where conduit is required, use the Model 695 1-1/2”
deep or the Model 696 1/2” deep backboxes.
The DMP 711, 714, 715, 716, and 717 modules are each contained in molded plastic housings with removable
covers. The base provides you with mounting holes for installing the unit to a wall, switch plate, or other
surface.
10.5 Connecting LX-Bus and Keypad Bus Devices
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.
Note: Each panel allows a specific number of supervised keypads. Add additional keypads in the
unsupervised mode. Refer to the panel installation guide 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.
For additional information refer to the LX-Bus/Keypad Bus Wiring Application Note (LT-2031).
Expansion Interface Cards (Models 481, 462N, 462P, 463G, and 472)
The LX-Bus provided on these cards requires only a 4-wire cable between the card and any devices
connected to the bus. You can connect devices (zone or output expansion modules) together on the same
cable or provide separate runs back to the card. Each LX-Bus provides up to 100 zones or outputs.
Note: Do not use twisted pair or shielded wire when connecting an LX-Bus or keypad bus.
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InstallatIon
Battery Information
11.1 Battery Only Restart
When powering up the XR2500F panel without AC power, briefly short across the battery start pads to pull in
the battery cutoff relay. The leads need a momentary short only. Once the relay has pulled in, the battery
voltage holds it in that condition. If the XR2500F panel is powered up with an AC transformer, the battery
cutoff relay is pulled in automatically. For battery start pad location refer to Figure 11.
11.2 Battery Replacement Period
DMP recommends replacing the battery every 3 to 5 years under normal use.
11.3 Discharge/Recharge
The XR2500F battery charging circuit float charges at 13.9 VDC at a maximum current of 1.0 Amps using a
56 VA transformer. Listed below are the various battery voltage level conditions:
Battery Trouble:
Battery Cutoff:
Battery Restored:
Below 11.9 VDC
Below 10.2 VDC
Above 12.6 VDC
11.4 Battery Supervision
The XR2500F tests the battery when AC power is present. The test is done every three minutes and lasts for
five seconds. During the test, the panel places a load on the battery; if the battery voltage falls below 11.9
VDC a low battery is detected. If AC power is not present, a low battery is detected any time the battery
voltage falls below 11.9 VDC.
If a low battery is detected with AC power present, the test repeats every two minutes until the battery
charges above 12.6 VDC indicating the battery has restored voltage. If a weak battery is replaced with a
fully charged battery, the restored battery is not detected until the next two minute test completes.
11.5 Battery Cutoff
The panel disconnects the battery any time the battery voltage drops below 10.2 VDC. This prevents battery
deep discharge damage.
12.6 XR2500F Power Requirements
During AC power failure, the XR2500F panel and all auxiliary devices connected to the XR2500F draw their
power from the battery. All devices must be taken into consideration when calculating the battery standby
capacity. On the following page is a list of the XR2500F panel power requirements.
• XR2500F Command Processor™ Panel
• The Fire Command Center
• 893A Dual Phone Line Module
• Two 866 NAC modules
• 481 Zone Expansion Interface Card
Then add the additional current draw of Remote Fire Command Centers, Security Command keypads, zone
expansion modules, smoke detector output, and any other auxiliary devices used in the system for the total
current required. The total is then multiplied by the number of standby hours required to calculate the total
ampere-hours required.
See the XR2500F Standby Battery Power Calculations chart on the following page and the Standby Battery
Selection information on the next page.
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InstallatIon
11.7 XR2500F Standby Battery Calculations
Standby Battery Power Calculations
Standby Current
Alarm Current
XR2500F Control Panel
Relay Outputs 1-2 (ON)
Switch Grounds 3-6 (ON)
Active Zones 1-8
Qty ___ 1_
Qty ______
Qty ______
Qty ______
Qty ______
Qty ______
x
x
x
x
x
x
180mA __180_mA Qty ____1_
x
x
x
x
x
x
180mA __180_mA
30mA ______
5mA ______
30mA ______
5mA ______
1.6mA ______
4mA ______
0.1mA ______
Qty ______
Qty ______
Qty ______
Qty ______
Qty ______
*2mA ______
30mA ______
0.1mA ______
1500mA ______mA
50mA ______
7mA ______
Active Zones 9-10
2-Wire Smoke Detectors
Panel Bell Output
893A Dual Phone Line Module
461 Interface Adaptor Card
Qty ______
x
12mA ______
7mA ______
50mA ______
50mA ______
21mA ______
15mA ______
Qty ______
x
x
x
x
462N Network Interface Card
462P Printer Interface Card
Qty ______
Qty ______
Qty _______
Qty ______
Qty _______
x
x
Qty ______
Qty ______
Qty _______
Qty ______
Qty _______
50mA ______
50mA ______
21mA ______
15mA ______
463G Digital Cellular Communicator Card
481 Expansion Interface Card
x
x
x
x
860 Relay Output Module (one relay active)
x
34mA ______
138mA ______
x
34mA ______
138mA ______
All four relays active
865 Style Y or Z Notification Module
866 Style W Notification Module
867 LX-Bus Style W Notification Module
630F Remote Fire Command Center
690 Security Command Keypad
Qty ______
Qty ______
Qty ______
Qty ______
Qty ______
Qty ______
x
x
x
26mA ______
45mA ______
30mA ______
63mA ______
77mA ______
Qty ______
Qty ______
Qty ______
Qty ______
Qty ______
x
x
x
85mA ______
76mA ______
86mA ______
92mA ______
84mA ______
x
x
x
x
x
693/793 Security Command Keypad
Active Zones (EOL Installed)
92mA ______
Qty ______
Qty ______
x
x
120mA ______
*2mA ______
1.6mA ______
790 Security Command Keypad
Active Zones (EOL Installed)
Qty ______
x
77mA ______
1.6mA ______
Qty ______
Qty ______
x
x
84mA ______
*2mA ______
7060/7060A/7160 Thinline Keypad
7063/7063A/7163 Thinline Keypad
Qty ______
Qty ______
Qty ______
x
x
x
80mA ______
86mA ______
Qty ______
Qty ______
x
x
84mA ______
112mA ______
7070/7070A/7170 Thinline Keypad
Active Zones (EOL Installed)
72mA ______
Qty ______
Qty ______
x
x
87mA ______
*2mA ______
1.6mA ______
7073/7073A/7173 Thinline Keypad
Active Zones (EOL Installed)
Qty ______
x
93mA ______
Qty ______
Qty ______
x
x
112mA ______
*2mA ______
1.6mA ______
733 Wiegand Interface Module
Active Zones (EOL Installed)
Annunciator (ON)
Qty ______
Qty ______
x
30mA ______
Qty ______
Qty ______
Qty ______
Qty ______
Qty ______
Qty ______
x
30mA ______
*2mA ______
20mA ______
30mA ______
*2mA ______
20mA ______
x
1.6mA ______
x
x
x
x
x
734 Wiegand Interface Module
Active Zones (EOL Installed)
Annunciator (ON)
Qty ______
Qty ______
x
x
30mA ______
1.6mA ______
______mA
Sub-Total Standby
Sub-Total Alarm ______mA
Copy Sub-Totals to next page
*Based on 10% of active zones in alarm.
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InstallatIon
Standby Battery Power Calculations
Standby Current
Alarm Current
736P POPIT Interface Module
Qty ______
x
25mA ______
Qty ______
x
25mA ______
Radionics Popex, POPITs, OctoPOPITs
Qty ______
Qty ______
Qty ______
Qty ______
x
x
x
x
___mA ______
32mA ______
40mA ______
11mA ______
Qty ______
Qty ______
Qty ______
Qty ______
x
x
x
x
___mA ______
32mA ______
40mA ______
11mA ______
710 Bus Splitter/Repeater Module
710F Fire Bus Splitter/Repeater Module
711 Zone Expansion Module
Active Zones (EOL Installed)
Qty ______
Qty ______
x
x
1.6mA ______
7mA ______
Qty ______
Qty ______
x
x
*2mA ______
7mA ______
714 Zone Expansion Module
Active Zones (EOL Installed)
Qty ______
Qty ______
x
x
1.6mA ______
20mA ______
Qty ______
Qty ______
x
x
*2mA ______
20mA ______
714-8, 714-16 Zone Expansion Module
Active Zones (EOL Installed)
Qty ______
Qty ______
x
x
1.6mA ______
7mA ______
Qty ______
Qty ______
x
x
*2mA ______
7mA ______
715 Zone Expansion Module
Active Zones (EOL Installed)
2-Wire Smokes
Qty ______
x
4mA ______
Qty ______
x
*30mA ______
Qty ______
Qty ______
x
x
.1mA ______
20mA ______
Qty ______
Qty ______
x
x
.1mA ______
20mA ______
715-8, 715-16 Zone Expansion Modules
Active Zones (EOL Installed)
2-Wire Smokes
Qty ______
x
4mA ______
Qty ______
x
*30mA ______
Qty ______
Qty ______
x
x
.1mA ______
13mA ______
Qty ______
Qty ______
x
x
.1mA ______
13mA ______
716 Output Expansion Module
Active Form C Relays
Qty ______
Qty ______
x
x
12mA ______
10mA ______
717 Graphic Annunciator Module
Annunciator Outputs
Qty ______
Qty ______
x
x
10mA ______
8.8mA ______
Qty ______
Qty ______
x
x
1mA ______
*28mA ______
521LX, 521LXT Smoke Detectors
Aux. Powered Devices on Terminals 7 and 11
Other than Keypads and LX-Bus Modules
______mA
______mA
______mA
______mA
Sub-Total Alarm ______mA
This page only
Sub-Total Standby
Sub-Total Standby
Sub-Total Alarm ______mA
Sub-Totals from previous page
*Based on 10% of active zones in alarm
Total Standby ______mA
Total Alarm ______mA
Total Standby______mA x number of Standby Hours needed ______ =
_______mA-hours
Total Alarm ______mA +_______mA-hours
Total _______mA-hours
X
.001
= _______Amp-hrs
Required
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InstallatIon
11.8 Standby Battery Selection
To choose the type and number of batteries needed for 24, 60, or 72 hours of standby power based on the
Amp Hours Required calculation from the XR2500F Power Requirements section, perform the following:
1. Select the desired standby hours required from the table below: 24, 60, or 72 hours
2. Select the desired battery size: Model 368 (12 VDC 4.5 Ah), Model 369 (12 VDC 7 Ah),
Model 367 (12 VDC 7.7 Ah), Model 365 (12 VDC 9 Ah), Model 366 (12 VDC 18 Ah).
3. Select a Max. Ah Available number that is just greater than the number calculated as the Amp Hours
Required.
4. Install the number of batteries shown in the corresponding No. of Batteries required column.
Example: If the Amp Hours Required calculation equals 22 Ah for 24 hours of standby time and 4.5 Ah
batteries are desired, install six (6) Model 368 (12 VDC, 4.5 Ah) batteries.
For listed installations, all batteries shall be installed in a DMP Model 341, 349, 350, or 352S enclosure
and all wiring shall run through conduit. The enclosure shall be installed to the left of the XR2500F
enclosure to ensure Battery and AC wire separation.
24 hours of standby power
4.5 Ah Batteries
Max. Ah No. of
Available Batteries
7 Ah Batteries
Max. Ah No. of
Available Batteries
7.7 Ah Batteries
Max. Ah No. of
Available Batteries
9 Ah Batteries
Max. Ah No. of
Available Batteries
18 Ah Batteries
Max. Ah No. of
Available Batteries
8
2
3
4
5
6
7
8
9
10
6
1
2
3
4
5
6
7
6
1
2
3
4
5
6
8
1
2
3
4
5
16
32
48
1
2
3
12
16
20
24
28
32
36
40
12
18
24
31
37
43
13
20
27
34
41
16
24
32
40
Note: 48 hours is the typical battery recharge time for any of the Number of
Batteries shown in this section.
60 hours of standby power
7 Ah Batteries
Max. Ah No. of
Available Batteries
7.7 Ah Batteries
Max. Ah No. of
Available Batteries
9 Ah Batteries
Max. Ah No. of
Available Batteries
18 Ah Batteries
Max. Ah No. of
Available Batteries
13
20
27
33
40
47
54
60
67
2
3
4
5
6
7
8
9
10
14
22
29
37
44
52
59
67
2
3
4
5
6
7
8
9
17
26
34
43
52
61
69
2
3
4
5
6
7
8
17
34
52
69
1
2
3
4
Note: 48 hours is the typical battery
recharge time for any of the Number
of Batteries shown in this section.
72 hours of standby power
9 Ah Batteries
Max. Ah No. of
Available Batteries
18 Ah Batteries
Max. Ah No. of
Available Batteries
16
25
33
42
50
59
67
2
3
4
5
6
7
8
16
33
50
67
1
2
3
4
Note: 72 hours is the typical battery recharge time required for any of the Number
of Batteries shown in this section.
Note: If the Amp Hours Required calculation is greater than any Max. Ah Available number shown on a table, then
add power supply(s) to power some system devices allowing the Amp Hours Required calculation to be reduced. See
the 710/710F Bus Splitter/Repeater Installation Guide (LT-0310).
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InstallatIon
Bell Output
12.1 Terminals 5 and 6
Terminal 5 supplies positive 12 VDC regulated power for alarm bells or horns. This output can be steady,
pulsed, or temporal depending upon the Bell Action specified in Output Options. Terminal 6 is the ground
reference for the bell circuit. This supervised output detects 10k Ohms or less as normal. The indicating
appliance can supply this resistance. If using a horn or siren, a 1k Ohm 1/2 W EOL resistor (provided) should
be added across the bell circuit to provide supervision. See the Notification Appliance section for a list of
approved notification appliances and the Wiring Diagrams for connections.
Keypad Bus
13.1 Description
XR2500F panel terminals 7, 8, 9, and 10 are for the keypad bus. In addition to Fire Command Centers and
Remote Fire Command Centers, you can connect up to fifteen supervised keypads and multiple unsupervised
keypads to the XR2500F. In addition to Security Command keypads, you can also connect any combination
of zone expansion modules, 5845LX Glassbreak detectors, and 6155LX PIRs to the data bus. Refer to the
specific device Installation sheet for the maximum number of keypad Bus devices.
Refer to the section titled LX-Bus for complete information about the LX-Bus 4-pin header and expansion
slot.
Note: Do not use shielded wire for LX-Bus/Keypad Bus circuits.
13.2 Terminal 7 - RED
This terminal supplies positive 12 VDC regulated to power Fire Command Centers and zone expansion
modules. Terminal 7 also supplies power for any auxiliary device. The ground reference for terminal 7 is
terminal 10.
The output current is shared with the smoke power output on terminal 11 and Zones 9 and 10. Current draw
for all connected devices must not exceed the panel maximum current rating. See Power Supply in the
Compliance section for maximum current in a fire listed application.
13.3 Terminal 8 - YELLOW
Terminal 8 receives data from keypads and zone expansion modules. It cannot be used for any other
purpose.
13.4 Terminal 9 - GREEN
Terminal 9 transmits data to keypads and zone expansion modules. It cannot be used for any other purpose.
13.5 Terminal 10 - BLACK
Terminal 10 is the ground reference for Fire Command Centers, zone expansion modules, and all auxiliary
devices being powered by terminal 7.
13.6 J8 Programming Connection
A 4-pin header (J8) is provided to connect a keypad when using a DMP Model 330 Programming Cable. This
provides a quick and easy connection for panel programming.
You may also use the J8 Programming Header to connect Keypad Bus devices. This is an alternative to
connecting keypad bus devices to terminals 7, 8, 9, and 10.
13.7 OVC LED
The Overcurrent LED (OVC) lights Red when the devices connected to the Keypad Bus and LX-Bus(es) draw
more current than the panel is rated for. The OVC is located above Outputs 1 and 2 on the panel and turns a
steady Red when lit. When the OVC LED lights Red, the LX-Bus(es) and Keypad bus are shut down.
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InstallatIon
Smoke and Glassbreak Detector Output
14.1 Terminals 11 and 12
Terminal 11 supplies positive 12 VDC regulated to power 4-wire smoke detectors and other powered devices.
This output can be turned off by the user for five seconds using the Sensor Reset User Menu option to allow
latched devices to reset. Terminal 12 is the ground reference for terminal 11.
14.2 Current Rating
The Output current from terminal 11 is shared with terminals 7, 25, and 27.
The total current draw of all devices powered from the panel must be included with terminal 11 calculations
and must not exceed the maximum output rating.
Powered Zones for 2-Wire Smoke Detectors
15.1 Terminals 25–26 and 27–28
Panel terminals 25 through 28 provide two resettable Class B, Style A, 2-wire powered zones. For
programming purposes the zone numbers are 9 and 10.
Note: The maximum wire length for either zone 9 or zone 10 is 3000 feet using 18 AWG or 1000 feet using
22 AWG. The maximum voltage is 14 VDC and the maximum normal standby current is 1.25mA DC. The
maximum line impedance is 100 Ohms. The maximum short circuit current is 56mA.
When using 725 Zone Expansion Modules, use included, listed 6.8k Ohm EOL resistors. The compatibility
identifier for the zones using 725 Zone Expansion Modules is B. When using 715 Zone Expansion modules,
use listed 3.3k Ohm EOL resistors, Model 309. For all other zone expansion modules, use listed 1.0k Ohm
Model 310 EOL resistors. The compatibility identifier for the zones is A.
Note: Do not mix detectors from different manufacturers on the same zone.
Caution: Performing a Sensor Reset momentarily drops power to the devices on Zones 9 and 10. The panel
views these zones (9 and 10) as “Open” while the power is absent.
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InstallatIon
15.2 Compatible 2-Wire Smoke Detector Chart
Manufacturer
Model
Detector
ID
Base
Base
ID
DC
# of
Zone
Panel
Voltage Detectors Expansion Zones
Range (12V/24V) Modules
Detection Systems
Detection Systems
DS230, DS230F
B/A
B
MB2W, MB2WL
MB2W, MB2WL
A
A
8.5-33
10
725
715, 715-8,
715-16, 725
DS250, DS250TH
8.5-33
10/12
9 & 10
9 & 10
715, 715-8,
715-16
Detection Systems
Detection Systems
DS250HD
DS260
B
MB2W, MB2WL
MB2W, MB2WL
A
A
8.5-33
8.5-33
10
B/A
17
725
DS282, DS282TH,
DS282THC,
715, 715-8,
715-16, 725
Detection Systems
B
8.5-33
10/12
9 & 10
DS282THS
DMP/Hochiki
DMP/Hochiki
SLR-835
HD-3
HD-6
NS6-100
N/A
HB-55
8-35
8-35
7/14
7/14
725
725
9 & 10
9 & 10
SLR-835B
SLR-835B-2
SLR-835BH-2
Hochiki
Hochiki
Hochiki
HD-6
HD-3
HD-3
N/A
8-35
15-33
15-33
14
15
15
725
725
725
9 & 10
9 & 10
9 & 10
SLR-24, SLR-24H
NS4-220
NS4-220
HB-3
HB-3
SIJ-24, DCD-190,
DCD-135
Hochiki
Hochiki
Hochiki
SLR-24, SLR-24H
SIJ-24
HD-3
HD-3
HD-3
NS6-220
NS6-220
NS6-220
HB-3
HB-3
HB-3
15-33
15-33
15-33
15
20
16
725
725
725
9 & 10
9 & 10
9 & 10
DCD-190, DCD-135
429AT, 521B, 521BXT,
521NB, 521NBXT
715, 715-8,
715-16
Sentrol/ESL
Sentrol/ESL
Sentrol/ESL
S09A
S10A
S11A
6.5-20
8.5-33
8.5-33
12
12
12
9 & 10
429C, 429CT,
521B/BXT
725
725
429CRT, 429CST,
429CSST, 521CRXT
711U, 712U,
713-5U, 713-6U,
721U, 721UT
701E, 70-1U,
702E, 702U
Sentrol/ESL
Sentrol/ESL
S10A
S11A
S00
S00
8.5-33
8.5-33
12
12
725
725
701E, 701U,
702E, 702U,
702RE, 702RU
731U, 723U
715, 715-8,
715-16
System Sensor
System Sensor
System Sensor
System Sensor
1400
A
A
A
A
8.5-35
8.5-35
8.5-35
8.5-35
10
10/10
10
9 & 10
9 & 10
9 & 10
9 & 10
715, 715-8,
715-16, 725
1151, 2151
1451, 2451TH
1451DH
B110PL, B401
B401, B401B
DH400
715, 715-8,
715-16
715, 715-8,
715-16
10
2100T, 2100B,
2100TB, 2100D,
2100TD
715, 715-8,
715-16
System Sensor
A
8.5-35
10
9 & 10
2400, 2400AT,
2400AIT, 2400TH
715, 715-8,
715-16
System Sensor
System Sensor
System Sensor
System Sensor
A
A
A
A
8.5-35
8.5-35
8.5-35
8.5-35
10
10
10
10
9 & 10
9 & 10
9 & 10
9 & 10
B401, B401B,
DH400
715, 715-8,
715-16
2451
715, 715-8,
715-16
2W-B, 2WT-B
DH100P, DH100LP
715, 715-8,
715-16, 725
Table 6: Compatible 2-Wire Smoke Detectors
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InstallatIon
Protection Zones
16.1 Terminals 13–24
Zones 1 to 8 (terminals 13 to 24) on the XR2500F panel are all grounded burglary zones. For programming
purposes, the zone numbers are 1 through 8. Listed below are terminal 13 to 24 connection functions.
Terminal
Function
Zone 1 voltage sensing
Ground for Zones 1 and 2
Zone 2 voltage sensing
Zone 3 voltage sensing
Ground for Zones 3 and 4
Zone 4 voltage sensing
Terminal
Function
Zone 5 voltage sensing
Ground for Zones 5 and 6
Zone 6 voltage sensing
Zone 7 voltage sensing
Ground for Zones 7 and 8
Zone 8 voltage sensing
13
14
15
16
17
18
19
20
21
22
23
24
Note: Zones 1 and 2 have been pre-wired to the two 866 NAC modules. All other zones are available.
The voltage sensing terminal measures the voltage across a 1k Ohm End-of-Line resistor to ground. Use
DMP Model 311 1k Ohm resistors. Dry contact sensing devices can be used in series (normally-closed) or in
parallel (normally-open) with any of the burglary protection zones.
1K Ohm
Normally
Closed
1K Ohm
Normally Open
1K Ohm
Combination Normally Open
and Normally Closed
Figure 12: Protection Zone Wiring
16.2 Operational Parameters
Each protection zone detects three conditions: Open, Normal, and Short. Listed below are voltage and
resistance parameters for each condition:
Condition
Open
Resistance on zone
over 1300 Ohms
Voltage on zone terminal
over 2.0 VDC
Normal
Short
600 to 1300 Ohms
under 600 Ohms
1.2 to 2.0 VDC
under 1.2 VDC
16.3 Zone Response Time
A condition must be present on a zone for 500 milliseconds before it is detected by the XR2500F panel.
Ensure detection devices used on the protection zones are rated for use with this delay. Zones 1-10 can also
be programmed for a fast response delay of 160 milliseconds.
16.4 Keyswitch Arming Zone
Using a keyswitch on an Arming type zone allows you to arm and disarm selected areas without having to
enter a user code.
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InstallatIon
Dry Contact Relay Outputs
17.1 Description
The XR2500F panel provides two programmable auxiliary SPDT relays with the two DMP Model 305 relays in
K6 (Output 1) and K7 (Output 2) and a Model 431 Output Harness on the J2 6-pin Header. Each relay provides
one SPDT set of contacts that can be operated by any of the functions listed below:
1) Activation by zone condition: Steady, Pulsing, Momentary, and Follow
2) Activation by 24-hour 7-day schedule: One on and one off time a day for each relay
3) Manual activation from the Security Command keypad menu
4) Communication failure
5) Armed area annunciation
6) Fire Alarm, Fire Trouble, or Supervisory
7) Ambush Alarm
8) Exit and Entry timers
9) System Ready
10) Late to Close
Refer to the XR500 Series Programming Guide (LT-0679) for specific information.
17.2 Contact Rating
The Model 305 relay contacts are rated for 1 Amp at 30 VDC (allows .35 power factor). Connect auxiliary
power to the Relay Output 1 common terminal by installing the gray harness wire to terminal 7. Current
draw for all connected devices must not exceed the panel maximum current rating.
17.3 Output Harness Wiring
The Output Harness is pre-installed on the 6-pin header labeled J2. Output 2 uses the top three prongs,
and Output 1 uses the bottom three prongs. Outputs 1 and 2 are pre-wired to the 866 NAC modules located
within the XR2500F enclosure. For reference, the wire harness and contact locations are shown below:
Contact
Output 1 normally closed
Output 1 common
Color
Violet
Gray
Output 1 normally open
Output 2 normally closed
Output 2 common
Orange
Blue
White
Yellow
Output 2 normally open
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InstallatIon
J11 Annunciator Outputs
18.1 Description
The four programmable annunciator outputs can be programmed to indicate the activity of the panel zones
or conditions occurring on the system. Annunciator outputs do not provide a voltage but instead switch-
to-ground a voltage from another source and are rated at a maximum 30 VDC @ 50mA. The outputs can
respond to any of the conditions listed in the Description section of Dry Contact Relay Outputs.
18.2 Model 300 Harness Wiring
Access the open collector outputs by installing DMP 300 Harness on the 4-pin header labeled J11. The
output locations are shown below.
Note: For UL applications, devices connected to the outputs must be located within the same room as
the panel.
Output
Color
Red
Yellow
Wire
1
2
Output
Color
Green
Black
Wire
3
4
3
4
5
6
18.3 Model 860 Relay Module
Connect a Model 860 Relay Module to the J11 on the XR2500F panel to provide relays for outputs 3-6. Use
these relays for electrical isolation between the alarm panel and other systems or for switching voltage
to control various functions. Power is supplied to the relay coils from a single wire connected to the
panel auxiliary power terminal 7. The module includes one relay and provides three additional sockets for
expansion of up to four relays. Mount the 860 inside the panel enclosure using the 3-hole pattern and plastic
standoffs. Refer to the 860 Module Install Sheet (LT-0484) as needed.
Model 305 Relay Contact Rating:
1 Amp at 30 VDC (allows .35 power factor)
J23 6-Pin Header
19.1 Description
The XR2500F Command Processor™ panel supports RS-232, LX-Bus and Wireless Bus expansion operation.
These operations cannot function at the same time. Install a jumper on one pair of J23 headers to indicate
how the panel is programmed to operate. Refer to the table below when installing a jumper on J23. When
a jumper is installed or moved on the 6-pin header, briefly reset the panel using the J16 jumper to activate
the selected operation.
J23 6-Pin Header
Letter
Operation
Standard RS-232
LX-Bus
R
L
X
Wireless Bus
J21
LEDs
Xmit
Rec
J23
RS-232
R
L
X
J22
LX
Overcurrent
(OVC) LED
Figure 14: J23 6-Pin Header
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InstallatIon
J22 LX-Bus Expansion Connector
20.1 Description
J22 LX-Bus and J21 RS-232 connectors cannot be used at the same time. Either use J21 to connect a serial
device for PC Log Reporting, or use J22 to connect an LX-Bus or Wireless device. This is determined by
where you install the jumper on J23 6-Pin Header. Reset the panel using J16 jumper to activate selected J23
operation. See the Connecting LX-Bus and Keypad Bus Devices section for maximum wiring distances.
Note: Do NOT use shielded wire when using the LX-Bus. Do NOT connect the wires from the 4-wire harness
to the panel terminals.
20.2 LX-Bus Interface Cards
Refer to the following tables to identify zone locations and numbers relative to J22 operation.
461 Adaptor Card and
J22 LX-Bus Enabled
One Interface Card
Multiple Interface
Cards
LX-Bus Zone Numbers
LX-Bus Zone Numbers
LX-Bus Zone Numbers
AND
OR
1
500-599
2
600-699
2 (A)
3 (B)
4 (C)
5 (D)
600-699
700-799
800-899
900-999
461 Adaptor Card and
Multiple Interface
Cards
One Interface Card
J22
LX-Bus
NOT
LX-Bus Zone Numbers
LX-Bus Zone Numbers
1
500-599
1 (A)
2 (B)
3 (C)
4 (D)
5 (E)
500-599
600-699
700-799
800-899
900-999
OR
Enabled
20.3 LX-Bus LEDs
The two LEDs, located near the bottom-right corner of J21 indicate data transmission and receipt. The
top LED flashes green to indicate the panel is transmitting LX-Bus data. The bottom LED flashes yellow to
indicate the panel is receiving LX-Bus data.
20.4. OVC LED
The Overcurrent LED (OVC) lights Red when the devices connected to the Keypad Bus and LX-Bus(es) draw
more current than the panel is rated for. The OVC is located above Outputs 1 and 2 on the panel and turns a
steady Red when lit. When the OVC LED lights Red, the LX-Bus(es) and keypad bus shut down.
J21 Serial Connector
21.1 Description
Note: J22 LX-Bus and J21 RS-232 connectors cannot be used at the same time. Either use J21 to connect a
serial device, or use J22 to connect an LX-Bus or Wireless device. This is determined by where you install
the jumper on the J23 6-Pin Header. Reset the panel using J16 jumper to activate selected J23 operation.
The maximum line impedance is 100 Ohms.
To enable J21 to operate in RS-232 mode place a jumper on the two pins next to the letter “R” on the J23
6-Pin header. The Serial Connector allows the XR2500F panel to transmit PC Log Reports directly to an
RS-232 device.
21.2 Serial Connector LEDs
The two LEDs, located near the bottom-right corner of J21 indicate data transmission and receipt. The
top LED flashes green to indicate the panel is transmitting serial data. The bottom LED flashes yellow to
indicate the panel is receiving serial data.
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J1 Ethernet Connector
22.1 Description
The J1 Ethernet Connector is available to connect directly to an Ethernet network using a standard patch
cable. The maximum line impedance is 100 Ohms.
Link LED
Activity LED
J1
Ethernet
Figure 15: J1 Header and LEDs
22.2 Ethernet LEDs
The two LEDs, located to the left of J1 Ethernet Connector, indicate network operation. The top, Activity
LED flashes green to indicate the network traffic is good. The bottom, Link LED flashes yellow to indicate
messages are being sent and received.
Reset and Tamper Headers
23.1 J16 Reset Header
The reset header is located just above the terminal strip on the right side of the circuit board and is used
to reset the XR2500F microprocessor. To reset the panel when first installing the system, install the reset
jumper before applying power to the panel. After connecting the AC and battery, remove the reset jumper.
To reset the panel while the system is operational, for example, prior to reprogramming, install the reset
jumper without powering down the system. Remove the reset jumper after one or two seconds.
After resetting the panel, begin programming within 30 minutes. If you wait longer than 30 minutes, you
must reset the panel again.
J3
Phone Line
J4
Tamper
J6
Interface
Card
Link LED
Activity LED
Expansion
Connector
Momentarily place the Reset
jumper over both of the J16
pins to reset the panel.
J1
Ethernet
J21
J23
Power
LED
RS-232
J22
R
L
X
LX-Bus
OVC
J2
Output 1
K6
Output 2
J10
Battery
Start
J11
3
4
5
6
K7
J16
Reset
J8
PROG
Outputs 3-6
AC AC +B –B BELLGND RED YEL GRN BLK SMK GND Z1 GND Z2 Z3 GND Z4 Z5 GND Z6 Z7 GND Z8 Z9+ Z9– Z10+Z10–
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
Figure 16: XR2500F Panel Showing the Reset Jumper
23.2 J4 Tamper Header
The J4 header is for use with the optional DMP 306 Tamper Harness. The harness connects to one or more
tamper switches mounted inside the panel enclosure to supervise against unauthorized enclosure opening or
removal. Refer to the wiring diagram on the enclosure door for correct tamper switch wiring.
How the Tamper Works
If the enclosure is opened or removed while one or more of the system areas are armed, a panel tamper
alarm is indicated. If all areas are disarmed, a panel tamper trouble is indicated.
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Listed Compliance Specifications
24.1 Introduction
For applications that must conform to a local authorities installation standard or a National Recognized Testing
Laboratory certificated system, please see the following sections.
Universal UL Burglary Specifications
25.1 Introduction
The programming and installation specifications contained in this section must be completed when installing
the XR2500F panel in accordance with any burglary standards. Additional specifications may be required by a
particular standard. See the XR500 Programming Guide (LT-0679).
25.2 Wiring
All wiring must be in accordance with NEC, ANSI/NFPA 70, ANSI/UL 681. All transformer wires must be
installed in conduit.
25.3 Control Outside of Protected Area
A Potter EVD or Sentrol 5402 should be used in place of a lined cabinet when the panel is installed outside
of the protected area. Front and rear tamper switches are required. Refer to the system wiring diagram
and Figure 2.
25.4 Police Station Phone Numbers
The digital dialer telephone number programmed for communication must not be a police station phone
number.
25.5 Bypass Reports
The Bypass Reports option must be programmed as YES for all listed burglary applications.
25.6 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. Offering 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.
25.7 Listed Receivers
Operation has been verified with the DMP SCS-1R, Sur-Gard SG-HLR2-DG, FBII CP220PB, Osborne-Hoffman
Quick-Alert, and Radionics D6500 receivers. It is the installer’s responsibility to verify compatibility between
the XR2500F and the receiver used during installation. The installer shall verify the compatibility of the
receiver and the system on a yearly basis.
25.8 Power Supply Supervision
For commercial burglary applications the power supply for all local bells shall be under 24-hour protection.
Refer to the Secondary Power Supply section in this document.
25.9 Wireless Tamper
The Zone Information Disarmed Open Message to Transmit must be programmed Trouble (T). (Not applicable
to ANSI/UL 1023).
25.10Wireless External Contact
When used, the External Contact of 1101 or 1102 must be programmed Normally Closed.
25.11Wireless Supervision Time
The Zone Information Supervision Time cannot be set to 0 (zero).
25.12Detect Wireless Jamming
The Detect Wireless Jamming option must be programmed YES. (Not applicable to ANSI/UL 1023).
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Area Information
26.1 Ownership
The control unit system shall be under one ownership.
26.2 Annunciation
The System shall be installed so that when arming any area from any keypad, the local bell shall annunciate.
26.3 Trouble Display
The Status List programming shall be set to annunciate all trouble messages at all keypads.
26.4 Closing Wait
The Closing Wait option must be programmed YES.
26.5 Local Bell Supervision
When a local bell is employed, the power supply for the bell shall be under 24-hour protection. Proper
personnel for maintenance or security of the system shall be able to disarm that area.
Household Burglar-Alarm System Units
ANSI/UL 1023
27.1 Audible Devices
At least one listed audible device (Ademco AB12M) rated to operate over the voltage rate of 11.7 VDC to
12.8 VDC and rated at 85 DB minimum must be used.
27.2 Auxiliary Circuits
At least one burglary alarm initiating device shall be used on the system. If the voltage for the device is
applied by the control unit the burglary alarm initiating device shall be rated to operate over the range of
11.5 VDC to 12.7 VDC.
27.3 Bell Cutoff
The Bell Cutoff time cannot be less than five minutes.
27.4 Entry Delay
The maximum entry delay used must not be more than 45 seconds.
27.5 Exit Delay
The maximum exit delay used must not be more than 60 seconds.
27.6 Weekly Test
The product should be tested weekly.
27.7 Wireless Audible Annunciation Option
The Wireless Audible option must be selected as DAY for residential applications.
Central-Station and Proprietary Burglar-Alarm Units
ANSI/ UL 1610 AND ANSI/UL 1076
28.1 Opening/Closing Reports
The Opening/Closing Reports option must be programmed as YES.
.
28.2 Closing Wait
The Closing Wait option must be programmed YES.
28.3 Entry Delay
The maximum entry delay used must not be more than 60 seconds.
28.4 Exit Delay
The maximum exit delay used must not be more than 60 seconds.
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28.5 Proprietary Dialer
The Model XR2500F provides proprietary service when configured as a digital dialer.
28.6 DACT Central Station
DACT Central Station service can be provided under by adding an Ademco AB12M bell and bell housing.
28.7 Bell Cutoff
The Bell Cutoff time cannot be less than 15 minutes.
28.8 Standard or Encrypted Line Security
Standard Line Security is provided when configured as a Path 1 NET system using an XR500N panel. The NET
Check-in time must be set to 06 minutes or RDM. When programmed for Standard Line Security, Exit Time
Restart is disabled. When a dialer is required for 06 minute check-in time, an attack resistant enclosure
(DMP Model 350A) is required. When the check-in time is set to a number less than 200 seconds, an attack
resistant enclosure is not required.
To provide Encrypted Line security, install an XR500E panel.
For Encrypted Line security operation, communication between the Premise and Supervising Station provides
128 bit encryption when using an XR500E panel or an XR500 panel with an iCOM-E Encrypted Network Alarm
Router.
The Model XR500 Series Protected Premises Control Unit is suitable for Standard Line Security service when
configured for NET communication with SCS-1R receiving system. This configuration is approved for the
following:
AMCX - Central Station Alarm Units
APOU - Proprietary Alarm Units
28.9 Wireless Audible Annunciation Option
The Wireless Audible option must be selected as ANY for commercial applications.
28.10 Model 463G CELL Only, Standard or Encrypted Line Security
Standard or Encrypted Line Security is provided when programmed using CELL with no backup. XR500
cellular communication is used as primary with a 3 minute check-in when armed or disarmed.
Path 1 programming
Comm Type: = CELL
Path Type: = Primary
Encrypt: = NO or YES*
Sub Code: = NO or YES
Checkin: = 3 minute
Fail Time: = 3 minute
Test Rpt: = NO
*For Encrypted Line Security, program a Passphrase in Network Options.
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28.11 Model 463G NET with CELL as Alternate Primary and Dialer Backup, Standard or
Encrypted Line Security
Standard or Encrypted Line Security is provided using NET communication with CELL as an alternate primary
and with digital dialer as a backup. XR500 network communication is used as primary with a 6 minute
check-in when armed, and a random check-in over a 60 minute period when disarmed. CELL is the backup
path and set to daily test. Should the NET primary path become disabled, CELL adapts the same check-in
time programmed for the primary communication and becomes an alternate primary path. The dialer path
is used as the backup if both NET and CELL fail to receive acknowledgement from the receiver.
This method of operation causes the CELL alternate primary to adapt to the 6 minute NET primary check-in
rate when the NET primary is unavailable maintaining line supervision and precludes the need for a central
station runner to respond to the NET primary failure.
Path 1 programming
Comm Type: = NET
Path Type: = Primary
Path 2 programming
Path 3 programming
Comm Type: = CELL
Path Type: = Backup
(operates as alternate
primary)
Comm Type: = DD
Path Type: = Backup
(operates as second
method)
Test Rpt: = NO
Checkin: = 6 minute, or RND
(random)
Test Rpt: = YES
Test Freq: = Daily
Test Rpt: = YES
Test Freq: = Daily
Fail Time: = 6 minute, or RND
(random)
Checkin: = ADAPT
Duplicate Alarms: = YES
Encrypt: = NO or YES*
Sub Code: = YES
Encrypt: = NO or YES*
Sub Code: = Shared
*For Encrypted Line Security, program a Passphrase in Network Options.
28.12 Model 463G NET with CELL as Backup and Adaptive Primary, Standard or
Encrypted Line Security
Standard or Encrypted Line Security is provided when programmed using NET communication and CELL as
backup and as needed adapts and takes over as primary. XR500 network communication is used as primary
with a 6 minute check-in when armed, and a random check-in over a 60 minute period when disarmed.
CELL is the backup path and set to daily test. Should the primary path become disabled, the CELL adapts
to a special 3 minute check-in time and because of that check-in rate becomes the primary without the
requirement of a backup. This method of operation causes the CELL backup to adapt to the 3 minute check-
in rate when the NET primary is unavailable becoming a standalone primary without the need for a backup.
This maintains line supervision and precludes the need for a central station runner to respond to the NET
primary failure.
Path 1 programming
Comm Type: = NET
Path Type: = Primary
Path 2 programming
Comm Type: = CELL
Path Type: = Backup (operates as second
method)
Test Rpt: = NO
Test Rpt: = YES
Checkin: = 6 minute, or RND
(random)
Test Freq: = Daily
Fail Time: = 6 minute, or RND
(random)
Checkin: = ADAPT3
Encrypt: = NO or YES*
Sub Code: = YES
Encrypt: = NO or YES*
Duplicate Alarms: = YES
Sub Code: = Shared
*For Encrypted Line Security, program a Passphrase in Network Options.
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Holdup Alarm Units
ANSI/UL 636
29.1 ANSI/UL 1610 Required
The programming and installation specifications contained in this section must be completed in addition to
ANSI/UL 1610 Specifications when installing a Model 1142 with a Model XR500 Series panel.
29.2 1100X Wireless Receiver
The Model 1100X Wireless Receiver in conjunction with the Model 1142 Holdup Alarm Transmitter must be
installed in the system.
29.3 Wireless Supervision Time
The Zone Information Supervision Time must be a maximum of 240 minutes.
29.4 LED Display
The LED Operation option display must be set to NO when using a Model 1142 Holdup Alarm Transmitter.
29.5 Jamming Detection
The Detect Wireless Jamming option must be set to YES.
29.6 Local Alarm
The Bell Action for a PN (Panic) type zone must be programmed as N (None).
29.7 Message to Transmit
The Armed Open and Armed Short messages for a PN (Panic) type zone must be programmed to A (Alarm).
29.8 Wireless Audible Annunciation Option
The Wireless Audible option must be selected as ANY for commercial applications.
Digital Burglar Alarm Communicator System Units
ANSI/ UL 1635
30.1 System Trouble Display
The Status List Display must include at least one keypad that displays system monitor troubles.
30.2 Digital Dialer Telephone Number
Both programmed telephone numbers must begin with a P.
30.3 Test Time
The Test Time option must be programmed so that the XR2500F sends a report once every 24 hours.
30.4 Closing Wait
The Closing Wait option must be programmed YES.
Police Station Connected and Local Burglar Alarm Units
ANSI/UL 365
31.1 System Trouble Display
The Status List Display must include at least one keypad that displays system monitor troubles.
31.2 Entry Delay
The maximum entry delay used must not be more than 60 seconds when using Model 350A or 350H Attack
housing.
31.3 Exit Delay
The maximum exit delay used must not be more than 60 seconds.
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31.4 Bell
A local audible signal appliance must be used such as Ademco AB12M bell and bell housing.
The alarm housing for a mercantile alarm system without a remote alarm transmission connection shall be
mounted on the outside of the building, visible from a public street or highway. It shall be accessible for
examination and repair. It shall also be located not more than four stories above the street level unless:
a) A second alarm sounding device and housing, intended for outside service, is mounted adjacent to the
premises or area of the building in which the alarm system is installed or
b) A second alarm sounding device, intended for inside service, is mounted within the premises.
In either case, the outside alarm sounding device and housing may be mounted as high as the seventh floor.
31.5 Bell Cutoff
The Bell Cutoff time cannot be less than 15 minutes.
31.6 Automatic Bell Test
The Automatic Bell Test option must be programmed as YES.
31.7 Standard or Encrypted Line Security
Standard Line Security is provided when configured as a Path 1 NET system using an XR500N panel or an
XR500 panel with an iCOM™ Network Alarm Router. The NET Check-in time must be set to 06 minutes or
RDM. When programmed for Standard Line Security, Exit Time Restart is disabled. When a dialer is required
for 06 minute check-in time, an attack resistant enclosure (DMP Model 350A) is required. When the check-in
time is set to a number less than 200 seconds, an attack resistant enclosure is not required.
To provide Encrypted Line security, install an XR500E panel or an XR500 panel with an iCOM-E™ Encrypted
Network Alarm Router.
For Encrypted Line security operation, communication between the Premise and Supervising Station provides
128 bit encryption when using an XR500E panel or an XR500 panel with an iCOM-E Encrypted Network Alarm
Router.
31.8 Wireless Audible Annunciation Option
The Wireless Audible option must be selected as ANY for commercial applications.
31.9 Model 463G CELL Only, Standard or Encrypted Line Security
Standard or Encrypted Line Security is provided when programmed using CELL with no backup. XR500
cellular communication is used as primary with a 3 minute check-in when armed or disarmed.
Path 1 programming
Comm Type: = CELL
Path Type: = Primary
Encrypt: = NO or YES*
Sub Code: = NO or YES
Checkin: = 3 minute
Fail Time: = 3 minute
Test Rpt: = NO
*For Encrypted Line Security, program a Passphrase in Network Options.
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31.11 Model 463G NET with CELL as Alternate Primary and Dialer Backup, Standard or
Encrypted Line Security
Standard or Encrypted Line Security is provided using NET communication with CELL as an alternate primary
and with digital dialer as a backup. XR500 network communication is used as primary with a 6 minute
check-in when armed, and a random check-in over a 60 minute period when disarmed. CELL is the backup
path and set to daily test. Should the NET primary path become disabled, CELL adapts the same check-in
time programmed for the primary communication and becomes an alternate primary path. The dialer path
is used as the backup if both NET and CELL fail to receive acknowledgement from the receiver.
This method of operation causes the CELL alternate primary to adapt to the 6 minute NET primary check-in
rate when the NET primary is unavailable maintaining line supervision and precludes the need for a central
station runner to respond to the NET primary failure.
Path 1 programming
Comm Type: = NET
Path Type: = Primary
Path 2 programming
Path 3 programming
Comm Type: = CELL
Path Type: = Backup (operates
as alternate primary)
Comm Type: = DD
Path Type: = Backup
(operates as second
method)
Test Rpt: = NO
Checkin: = 6 minute, or RND
(random)
Test Rpt: = YES
Test Freq: = Daily
Test Rpt: = YES
Test Freq: = Daily
Fail Time: = 6 minute, or RND
(random)
Checkin: = ADAPT
Duplicate Alarms: = YES
Encrypt: = NO or YES*
Sub Code: = YES
Encrypt: = NO or YES*
Sub Code: = Shared
*For Encrypted Line Security, program a Passphrase in Network Options.
31.12 Model 463G NET with CELL as Backup and Adaptive Primary, Standard or
Encrypted Line Security
Standard or Encrypted Line Security is provided when programmed using NET communication and CELL as
backup and as needed adapts and takes over as primary. XR500 network communication is used as primary
with a 6 minute check-in when armed, and a random check-in over a 60 minute period when disarmed.
CELL is the backup path and set to daily test. Should the primary path become disabled, the CELL adapts
to a special 3 minute check-in time and because of that check-in rate becomes the primary without the
requirement of a backup. This method of operation causes the CELL backup to adapt to the 3 minute check-
in rate when the NET primary is unavailable becoming a standalone primary without the need for a backup.
This maintains line supervision and precludes the need for a central station runner to respond to the NET
primary failure.
Path 1 programming
Comm Type: = NET
Path Type: = Primary
Path 2 programming
Comm Type: = CELL
Path Type: = Backup (operates as second
method)
Test Rpt: = NO
Test Rpt: = YES
Checkin: = 6 minute, or RND
(random)
Test Freq: = Daily
Fail Time: = 6 minute, or RND
(random)
Checkin: = ADAPT3
Encrypt: = NO or YES*
Sub Code: = YES
Encrypt: = NO or YES*
Duplicate Alarms: = YES
Sub Code: = Shared
*For Encrypted Line Security, program a Passphrase in Network Options.
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Police Station Connected and Local Burglar Alarm Units
ANSI/UL 609
32.1 Mercantile
For Mercantile and Police Station Connect operation the Model XR500 Series must be mounted in an Attack
Resistant Housing, (DMP Model 350A or 350H).
32.2 Entry Delay
The maximum entry delay used must not be more than 60 seconds when using the Model 350A or 350H housing.
32.3 Exit Delay
The maximum exit delay used must not be more than 60 seconds.
32.4 Bell
A local audible signal appliance must be used such as Ademco AB12M bell and bell housing.
In a mercantile burglar alarm system, a mercantile alarm sounding device located within a building but outside
the protected area, is acceptable, provided it is rated for outside service and alarm conditions are transmitted to:
a) The dispatch location of the law enforcement agency having jurisdiction over the protected property or
b) A central station or residential monitoring station complying with the Standard for Central Station Alarm
Services, UL 827.
In a mercantile burglar alarm system, an alarm sounding device located within the area of greatest
protection, or outside the area of greatest protection but within an area protected by an alarm system and
that shares a common control unit with the system installed in the area of greatest protection, is acceptable
provided it is rated for inside service and alarm conditions are transmitted to:
a) The dispatch location of the law enforcement agency having jurisdiction over the protected property or
b) A central station or residential monitoring station complying with the Standard for Central Station Alarm
Services, UL 827.
An inside sounding device shall be mounted at least 10 feet (3.05 m) above the floor or at the surface of the
ceiling. When there is fixed construction within the area that could provide access for an intruder, the alarm
sounding device shall also be mounted at least 4 feet (1.2 m), as measured horizontally, away from the
edges of the fixed construction or at least 10 feet (3.05 m) above it so as to minimize access by an intruder.
32.5 Wireless Audible Annunciation Option
The Wireless Audible option must be selected as ANY for commercial applications.
Access Control System Units
ANSI/UL 294
33.1 Panel Designation
The XR2500F is designated as a stand alone unit.
33.2 Compatible Devices
The following devices are compatible with the XR2500F panels.
Access Control
733 Wiegand Interface Module
734 Wiegand Interface Module
OP-08CB Motion Detector
Proximity reader connector
Programmable proximity reader connector
Infrared sensor.
* PB-2 REX Button
Exit control push button
PP-6005B Proxpoint Plus® Reader
MP-5365 Miniprox® Reader
PR-5455 ProxPro® II Reader
MX-5375 Maxi-Prox™ Reader
Proximity reader
Slimline proximity reader
Long range reader with sounder
Long range reader compatible with 1351 Prox Pass
* This device has not been investigated and shall not be used in listed installations.
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Universal Fire Alarm Specifications
34.1 Introduction
The programming and installation specifications contained in this section must be completed when installing
the Model XR2500F in accordance with any of the ANSI/UL or NFPA fire standards. Additional specifications
may be required by a particular standard. See the XR500 Series Programming Guide (LT-0679).
34.2 Wiring
All wiring must be in accordance with NEC, ANSI/NFPA 70.
34.3 Transformer
Use the supplied 16 VAC 56 VA transformer.
34.4 End-of-Line Resistor
The DMP Model 310 1K Ohm EOL resistor should be used on all 1K Ohm EOL fire zones.
34.5 System Trouble Display
The Status List Display must include at least one keypad that displays system monitor troubles.
34.6 Fire Display
The Status List Display must include at least one keypad that displays troubles and alarms on fire type zones.
34.7 Police Station Phone Number
The digital dialer telephone number programmed for communication must not be a police station phone
number, unless that phone number is specifically provided for that purpose.
34.8 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. Offering 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.
34.9 Audible Alarm
Fire Type zones must be programmed to activate an audible alarm. The Bell Action for Fire Type zones must
not be programmed as “N”.
34.10Fire Zone Programming
If a retard delay is used on a waterflow zone, it cannot exceed 90 seconds and any retard delay in the
waterflow initiating devices must be subtracted from the 90 seconds allowed. The retard delay should not be
used on a zone with smoke detectors.
34.11Style D Zones
If required, the DMP 869 Dual Style D Initiating Module provides for connection of two Style D zones to the
Model XR2500F. See the 869 Installation Guide (LT-0186) and this guide for wiring information.
34.12Listed Receivers
Use the DMP SCS-1R (SDLC), Sur-Gard SG-HLR2-DG (CID), FBII CP220PB (CID), and Osborne-Hoffman Quick-
Alert (CID) receivers.
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Control Units for Fire-Protective Signaling Systems
ANSI/UL 864, NFPA 72
35.1 Power Supply
For listed installations, the total current combined from Auxiliary and Bell Power cannot exceed:
1.2 Amps with a 56 VA transformer; .5 Amp Max for Auxiliary Power and .7 Amp Max for Bell
Combined total current from Terminals 7, 11, 25, and 27 cannot exceed 1.2 Amps.
35.2 Zone Restoral Reports
The Restoral Reports option must be selected as YES or Disarm. .
35.3 Power Fail Delay
The Power Fail Delay option must be selected as required by the service of the panel. For Central Station or
Remote Station service: 1.
35.4 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. The Model 893A Dual
Phone Line Module must be used on all sprinkler supervisory systems.
35.5 DACT Systems
Two phone lines must be used. The two phone lines cannot be ground start or party lines. The 893A Dual
Phone Line Module is used to provide two phone line connections to the system. The 2ND Phone Line
communication option must be selected as DD.
Two different phone numbers must be programmed for digital communication. The Test Time option must be
programmed so that the XR2500F sends a report every 24 hours.
35.7 Local Protective Signaling Systems
The DMP Model 865, 866, or 867 Notification Circuit Module must be used on the bell circuit for detection of
shorts and grounds. See this guide for wiring diagrams. Any burglary or other off premises communication
must be done with the Model 893A Dual Phone Line Module. For local commercial fire installations, the 893A
is required.
35.8 Remote Station Protective Signaling Systems
You must provide 60 hours of standby battery. See this guide for standby battery calculations. Two
Radionics Model D127 Reversing Relay Modules provide two reversing polarity telephone connections. See
the D127 Installation Instruction sheet for wiring details. A DMP Model 893A is used to provide two line dialer
communication.
35.9 Fire Protective Signaling Systems using Internet/Intranet Networks
The XR2500F panel must be programmed as described below for Fire Protective Signaling Systems using NET
Communication Type.
• SUB CODE must be programmed as YES
• CHECKIN must be programmed as 3
• FAIL TIME must be programmed as 5
• SEND COMM TRBL must be programmed as YES
35.10Combination Systems
For combination fire and burglary systems, powered burglary devices (PIR, Glassbreak, etc.) must be
powered from a separate listed power supply (DMP Model 505-12). This requirement is not needed for non-
powered burglary devices (door contacts, etc.) which only connect to the zone input of zone expanders or
keypads. Refer to Powered Burglary Devices in this document.
For combination fire and burglary systems, burglary sounding devices such as sirens and bells must be
energized using panel relays, 860 relays, or 716 relays. Programming the output to activate the relay must
occur using the Burglary Bell Output option in Area Information or by the Alarm Action output option of Zone
Information. The Burglary Bell Action option of the panel Bell Options must be programmed as None.
35.11Remote Annunciators
At least one Model 630F Remote Annunciator must be used on the system. All fire alarms, fire troubles and
supervisory alarms or troubles must be annunciated only on the 630F. All burglary alarms or troubles must
only be annunciated on non-fire keypads. See Status List options of the XR500 Series Programming Guide
(LT-0679).
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35.12Notification Appliances
The following table indicates the approved notification appliances that can be used with the XR2500F
system.
Wheelock Model No. Description
12V
24V
Max No. of Detectors
using 56 VA
MB-G6-12-R
MB-G10-12-R
MT-12/24
Motor Bell, 6”
X
X
X
X
X
X
X
16
16
8
Motor Bell, 10”
Multi-tone Horn
X
RSS-12575W-F
RSSP-121575W-F
SM-12/24-R
DM-12/24-R
MIZ-24
Multi-Candela Strobe
Multi-Candela Strobe with Retrofit Plate
Sync Module, Single circuit
Sync Module, Dual circuit
Mini Horn
5
5
X
X
X
X
X
X
X
X
X
X
X
X
X
AH-24
Horn
AH-24WP
Weatherproof Horn
MB-G6-24-R
MB-G10-24-R
RSS-2475C-FW
RSS-24MCW-F
RSSP-24-MCW-F
NS-24MCW-F
AS-24MCW-F
ASWP-2475W
6-Inch Bell
10-Inch Bell
Weatherproof Strobe
Multi-Candela Strobe
Multi-Candela Strobe with Retrofit Plate
Multi-Candela Horn Strobe
Multi-Candela Audible Strobe
Weatherproof Audible Strobe
35.13 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.
35.14 Ground Fault
For supervised circuits, ground fault is detected at 0 (zero) Ohms.
Household Fire Warning System Units
ANSI/UL 985, NFPA 72
36.1 Bell Output Definition
The Model XR2500F panel Bell Output must be programmed to operate steady on burglary alarms and pulsed
or temporal on fire alarms.
36.2 Audible Devices
At least one listed audible device rated to operate over the voltage rate of 11.7 VDC to 12.8 VDC and rated
at 85 DB minimum must be used.
36.3 Auxiliary Circuits
At least one fire alarm initiating device shall be used on the system. If the voltage for the device is applied
by the control unit the fire alarm initiating device shall be rated to operate over the range of 11.5 VDC to
12.7 VDC.
36.4 Bell Cutoff
The Bell Cutoff time cannot be less than five minutes.
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California State Fire Marshal Specifications
37.1 Bell Output Definition
The Model XR2500F panel Bell Output must be programmed to operate steady on burglary alarms and pulsed,
temporal, or California School Code on fire alarms.
New York City (MEA) Specifications
38.1 Introduction
The programming and installation specifications contained in this section must be completed when installing
the XR500 Series panel for New York City (MEA) fire alarm installations that provide a digital dialer with
network IP communication as backup. Fire alarm installations that use two digital dialer telephone lines do
not need to comply with these specifications.
38.2 Digital Dialer and Network Communication
When used with a central office communicator or a transmitter, the installation and operation of the
equipment and devices shall comply with 3RCNY 17-01. The installation shall employ the digital dialer as
the primary communicator (using telephone line) with network IP communication as backup or secondary
means of communication. It shall have the capability of transmitting separate and distinct signals to
indicate manual pull station alarm, automatic detection alarm, sprinkler waterflow alarm, supervisory signal
indications and trouble indications.
38.3 Wiring
All wiring must be in accordance with NEC, ANSI, and NFPA 70. All network cabling must be installed in
accordance with NFPA 70 for communication circuits.
38.4 Communication Programming
For digital dialer communication with supervised network backup, program the following:
PRIMARY COMM TYPE = DD
FIRST PHONE NUMBER = Central Station Receiver Phone Number
BACKUP COMM TYPE = NET
RECEIVER
ALARMS = YES
38.5 Additional Requirements
Program and install the equipment to comply with NFPA basic fire requirements. Refer to the Universal Fire
Alarm Specifications and ANSI/UL 864, NFPA 72 in this document.
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Wiring Diagrams
39.1 Prewired 866 Modules with NAC Extender
Prewired to XR2500F panel
Normal/Silence Switch
Model 310
1K EOL
Model 310
1K EOL
1 AUX PWR
2 GND
3 Alarm In
4 Bell PWR In
5 Bell Out +
6 Bell Out -
DMP Model 866
45mA @ 12 VDC
PowerPath NAC Extender
Models
PS-8
7 Bell Trouble
8 Bell Trouble
The 866 Notification
Note: Terminals 3
Appliance Circuit
PS-8E
PS-6
PS-6E
and 4 jumper together
Module in alarm draws
to supply Bell Power
up to 31mA through
from the panel
its Terminal 3 Alarm
Normal/Silence Switch
Input and 45mA from
its Terminal 1 Aux
See PowerPath installation for
detailed connection
instructions
Power Input.
1 AUX PWR
2 GND
See the 866
Installation (LT-0059)
3 Alarm In
4 Bell PWR In
5 Bell Out +
6 Bell Out -
7 Bell Trouble
8 Bell Trouble
The Bell Output programming for Fire type zones must be set to Steady
39.2 Prewired 866 Class B Style W Modules using Single Notification Appliance
Prewired to XR2500F panel
Normal/Silence Switch
Model 310
1K EOL
Model 310
1K EOL
1 AUX PWR
2 GND
3 Alarm In
DMP Model 866
45mA @ 12 VDC
4 Bell PWR In
5 Bell Out +
6 Bell Out -
7 Bell Trouble
8 Bell Trouble
Model 308
10K EOL
The 866 Notification
Appliance Circuit
Module in alarm draws
up to 31mA through
its Terminal 3 Alarm
Input and 45mA from
its Terminal 1 Aux
Power Input.
The maximum
Note: Terminals 3
voltage drop
between the panel
Bell Output and the
Model 308 EOL is 1
VDC when a
and 4 jumper together
to supply Bell Power
from the panel
Normal/Silence Switch
See the 866
Installation (LT-0059)
separate power
supply is not used.
1 AUX PWR
2 GND
3 Alarm In
4 Bell PWR In
5 Bell Out +
6 Bell Out -
7 Bell Trouble
8 Bell Trouble
Model 308
10K EOL
Listed, Polarized
Notification Appliance
See the Notification
Appliance section for a
list of appliances.
Only one notification appliance may be used when not using a sync module.
The Bell Output programming for Fire type zones must be set to Temporal.
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39.3 Prewired 866 Class B Style W Modules with Multiple Notification Appliances
Prewired to XR2500F panel
Model 310
1K EOL
DMP Model 866
45mA @ 12 VDC
Normal/Silence Switch
SM-12/24 Module
The maximum voltage drop
between the panel Bell Output and
the Model 308 is 1 VDC when a
separate power supply is not used.
The 866 Notification
Appliance Circuit
1 AUX PWR
2 GND
Module in alarm draws
up to 31mA through
its Terminal 3 Alarm
Input and 45mA from
its Terminal 1 Aux
Power Input.
3 Alarm In
4 Bell PWR In
5 Bell Out +
6 Bell Out -
7 Bell Trouble
8 Bell Trouble
Model 308
10K EOL
Note: If an
See the 866
Installation (LT-0059)
auxiliary power
supply is not used,
Terminals 3 and 4
jumper together to
supply Bell Power
from the panel
Listed, Polarized
Notification Appliances
The Bell Output
programming for Fire
type zones must be set
to Steady
Normal/Silence Switch
SM-12/24 Module
Sync module required when using
multiple notification appliances
1 AUX PWR
2 GND
3 Alarm In
4 Bell PWR In
5 Bell Out +
6 Bell Out -
7 Bell Trouble
8 Bell Trouble
Model 308
10K EOL
See the Notification Appliance
section for a list of appliances.
When using a separate power supply, the
maximum current is 3 Amps.
Auxiliary Power Supply must be Listed for Fire
Protective Signaling Service. Power Supplies
must have battery backup.
J6
505-12 Power
Supply
12 VDC @ 5 Amps
+ DC -
Green
LED
AC
Red
LED
DC
Battery
J3
Start
AC
Batt
J2
Trouble Trouble
J4
AC
+ BAT -
The Auxiliary Power Supply and Notification Circuit
Module trouble contact zone must be programmed
as a Supervisory Type zone and must be selected
for display in the keypad status list.
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39.4 Prewired 866 Class B Style W Modules with Dual Notification Appliance Circuits
Prewired to XR2500F panel
DSM-12/24 Module
Model 310
1K EOL
DMP Model 866
45mA @ 12 VDC
Normal/Silence Switch
The 866 Notification
Appliance Circuit
The maximum voltage drop
between the panel Bell Output and
the Model 308 is 1 VDC when a
separate power supply is not used.
1 AUX PWR
2 GND
+OUT
1
+IN
1
MINUS
1
+AUD
-AUD
+OUT
2
+IN
2
MINUS
2
Module in alarm draws
up to 31mA through
its Terminal 3 Alarm
Input and 45mA from
its Terminal 1 Aux
Power Input.
3 Alarm In
4 Bell PWR In
5 Bell Out +
6 Bell Out -
7 Bell Trouble
8 Bell Trouble
See the 866
Installation (LT-0059)
Listed, Polarized
Notification Appliances
Model 308
10K EOL
Note: If an
auxiliary power
supply is not used,
Terminals 3 and 4
jumper together to
supply Bell Power
from the panel
See the Notification Appliance
section for a list of appliances.
DSM-12/24 Module
The Bell Output
programming for Fire
type zones must be set
to Steady
Normal/Silence Switch
Sync module required when using
multiple notification appliances
1 AUX PWR
2 GND
+OUT
1
+IN
1
MINUS
1
+AUD
-AUD
+OUT
2
+IN
2
MINUS
2
3 Alarm In
4 Bell PWR In
5 Bell Out +
6 Bell Out -
7 Bell Trouble
8 Bell Trouble
Listed, Polarized
Notification Appliances
Model 308
10K EOL
When using a separate power supply, the
maximum current is 3 Amps.
J6
505-12 Power
Supply
12 VDC @ 5 Amps
Auxiliary Power Supply must
be Listed for Fire Protective
Signaling Service. Power
Supplies must have battery
backup.
+ DC -
See the Notification Appliance
section for a list of appliances.
Green
LED
AC
Red
LED
DC
Battery
J3
Start
AC
Batt
J2
Trouble Trouble
J4
AC
+ BAT -
The Auxiliary Power Supply and Notification Circuit
Module trouble contact zone must be programmed
as a Supervisory Type zone and must be selected
for display in the keypad status list.
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39.5 867 Class B Style W Notification Appliance Circuit
To initiating zone
Normal/Silence Switch
Model 310
1K EOL
DMP Model 867
30mA @ 12 VDC
Ground Fault LED
Bell Trouble LED
Bell In + 1
Bell In - 2
The 867 must have its
own independent
Bell Out + 3
Bell Out - 4
Bell Trouble 5
Bell Trouble 6
PWR Mon. 7
Mon. RTN 8
address ranging from
500 to 999. A
Supervisory zone must
be programmed into the
XR500 Series to properly
supervise each module.
Auxiliary Power Supply must be Listed for
Fire Protective Signaling Service. Power
Supplies must have battery backup.
TENS ONES
Bell Ring Style (Steady)
Bell Relay
Address
J6
TENS ONES
505-12 Power
Supply
Power Supply Monitor LED
Data LED
Supervisory
Address
12 VDC @ 5 Amps
+ DC -
Only one notification appliance may be
used when not using a sync module.
Green
LED
AC
Red
LED
DC
Battery
J3
Start
AC Batt
Trouble Trouble
J4
LX-Bus Wiring
J2
AC
+ BAT -
Model 308
10K EOL
The Auxiliary Power Supply and Notification
Circuit Module trouble contact zone must be
programmed as a Supervisory Type zone and
must be selected for display in the keypad
status list.
Listed, Polarized
Notification Appliances
See the Notification Appliance section
for a list of appliances.
39.6 867 Class B Style W Multiple Notification Appliance Circuit
To initiating zone
Normal/Silence Switch
DMP Model 867
30mA @ 12 VDC
Auxiliary Power Supply must be Listed for Fire
Protective Signaling Service. Power Supplies
must have battery backup.
Model 310
1K EOL
Ground Fault LED
Bell Trouble LED
The 867 must have its
own independent
address ranging from
500 to 999. A
Supervisory zone must
be programmed into the
panel to properly
Bell In + 1
Bell In - 2
When using an SM Sync Module, the
maximum current is 3 Amps.
Bell Out + 3
Bell Out - 4
Bell Trouble 5
Bell Trouble 6
PWR Mon. 7
Mon. RTN 8
supervise each module.
TENS ONES
Bell Ring Style (Steady)
Bell Relay
Address
J6
505-12 Power
Supply
TENS ONES
Power Supply Monitor LED
Data LED
12 VDC @ 5 Amps
Supervisory
Address
+ DC -
Green
LED
AC
Red
LED
DC
Battery
J3
Start
AC
Batt
LX-Bus Wiring
J2
SM-12/24 Module
Trouble Trouble
J4
AC
+ BAT -
The Auxiliary Power Supply and Notification
Circuit Module trouble contact zone must be
programmed as a Supervisory Type zone and
must be selected for display in the keypad
status list.
Sync module required when using multiple notification appliances
Model 308
10K EOL
Listed, Polarized Notification Appliances
See the Notification Appliance section for a list of appliances.
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39.7 867 Class B Style W Multiple Notification Appliance Circuits
To initiating zone
Normal/Silence Switch
DMP Model 867
30mA @ 12 VDC
Auxiliary Power Supply must be Listed for Fire
Protective Signaling Service. Power Supplies
must have battery backup.
Model 310
1K EOL
Ground Fault LED
Bell Trouble LED
The 867 must have its
own independent
address ranging from
500 to 999. A
Supervisory zone must
be programmed into the
panel to properly
Bell In + 1
Bell In - 2
When using an DSM Sync Module, the
maximum current is 3 Amps.
Bell Out + 3
Bell Out - 4
Bell Trouble 5
Bell Trouble 6
PWR Mon. 7
Mon. RTN 8
supervise each module.
TENS ONES
Bell Ring Style (Steady)
J6
Bell Relay
Address
505-12 Power
Supply
12 VDC @ 5 Amps
TENS ONES
Power Supply Monitor LED
Data LED
Supervisory
Address
+ DC -
Green
LED
AC
Red
LED
DC
Battery
J3
Start
AC
Batt
J2
DSM-12/24 Module
Trouble Trouble
J4
LX-Bus Wiring
AC
+ BAT -
The Auxiliary Power Supply and Notification
Circuit Module trouble contact zone must be
programmed as a Supervisory Type zone and
must be selected for display in the keypad
status list.
Sync module required when using
multiple notification appliances
+OUT
1
+IN
1
MINUS
1
+AUD
-AUD
+OUT
2
+IN
2
MINUS
2
Model 308
10K EOL
Model 308
10K EOL
Listed, Polarized Notification Appliances
See the Notification Appliance section
for a list of appliances.
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39.8 Dual Style D Zone Module Installation
J4
Tamper
J3
J6
Interface
Card
Expansion
Connector
XR2500F
Command Processor™
Panel
J1
J21
J23
RS-232
R
L
X
J22
J2
J10
Battery
Start
J11
K6
K7
J16
Reset
J8
AC AC +B –B BELL GND RED YEL GRN BLK SMK GND Z1 GND Z2 Z3 GND Z4 Z5 GND Z6 Z7 GND Z8 Z9+ Z9– Z10+ Z10–
Dual Style D Initiating Module
DMP Model 869
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
25mA Standby, 75mA Alarm
@ 12 VDC
S
S
S
S
Model 869
GND
Fault A
S = Supervised Circuit
S
A1
S
S
A1
A2
Zone A
A2
Zone A
GND
S
Aux Power
Zone B
B1
S
B1
B2
S
S
Heat Detectors, manual pull stations, or any other
listed shorting device. Unlimited number of units.
Zone B
B2
S
GND
Fault B
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39.9 Remote Station Reversing Relay Connection
XR2500F
Command Processor™
Panel
J4
Tamper
J3
J6
Interface
Card
Expansion
Connector
J1
J21
J23
J2 Output Header
All outputs must be located within
the same room as the control panel.
R
L
X
RS-232
J22
Model 431
Output Harness
J2
J10
NO
C
NC
NO
C
Battery
Start
J11
3
K6
K7
J16
Reset
4
5
6
NC
AC AC +B –B BELL GND RED YEL GRN BLK SMK GND Z1 GND Z2 Z3 GND Z4 Z5 GND Z6 Z7 GND Z8 Z9+ Z9– Z10+Z10–
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
S
S
S
S
S
Note: Output 1 must be programmed as a Fire Alarm
Output and Output 2 must be programmed as a Fire
Trouble Output. See Output Options section of the
XR500 Series Programming Guide (LT-0679).
S = Supervised Circuit
Reversing Relay Module
Radionics Model D127
5mA Standby, 55mA Alarm
@12 VDC
–
+
–
+
Fire Alarm Output 6 -
White/Orange
Alternate Alarm
Combo Alarm
Auxiliary Power In
+ Signal Voltage In
+ To Remote Receiver
– To Remote Receiver
– Signal Voltage In
EARTH GROUND
GROUND
To Telephone Line
Up to 60 hours of battery standby time can be supplied
using multiple, sealed, Lead-Acid batteries.
See section titled Standby Battery Calculations.
To connect four batteries to the XR2500F Command
Processor™ Panel, use three Model 318 Battery Harnesses.
GROUND
Intended for connection to a
polarity reversal circuit of a
remote station receiving unit
having compatible ratings.
–
+
–
+
Fire Trouble Output 5 -
White/Yellow
Alternate Alarm
Combo Alarm
Auxiliary Power In
+ Signal Voltage In
+ To Remote Receiver
– To Remote Receiver
– Signal Voltage In
EARTH GROUND
GROUND
To Telephone Line
All modules must be installed in a
listed enclosure connected by no
more than 20 feet of conduit.
GROUND
Reversing Relay Module
Radionics Model D127
5mA Standby, 55mA Alarm
@12 VDC
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39.10Second LX-Bus™ with Auxiliary Power Supply
LX-Bus Expansion Cards:
DMP Models 481, 462N, 462P,
463G, and 472 Interface Cards
D
A
B
C
E
J4
J3
Tamper
Phone Line
481
XR2500F
Command
J1
Processor™ Panel
Ethernet
J21
J23
Power LED
RS-232
R
L
J22
X
LX-Bus
Output 2
K7
Output 1
K6
J10
J2
J11
Battery
Start
3
4
5
6
J16
Reset
J8
PROG
AC
1
AC
2
+B
3
-B BELL GND RED YEL GRN BLK SMK GND Z1 GND Z2
Z3 GND Z4
Z5 GND Z6
Z7 GND Z8 Z9+ Z9- Z10+ Z10-
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
LX-Bus 2
Connect the red wire to Smoke
Output (terminal 11).
LX-Bus 1
= 521LX or 5212LXT
Addressable Smoke Detector
S
100 zones on LX-Bus 1, Numbered 500 to 599.
Black
Green
Yellow
Red
S
S
S
S
S
S
Do not connect
the red wire
between the
Interface Card
and the first
device.
Black
Green
S
Yellow
Red
100 zones on LX-Bus 2, Numbered 600 to 699.
Black
Green 710
Yellow
Red
S
S
S
S
S
Refer to LT-0310 for more
information about the 710/710F
Bus Splitter/Repeater Module.
Black
Green
S
Yellow
Red
N/O C N/C
716
Black
Green
Program the 716 Output
Expander Module as
Sensor Reset Output.
S
S
Yellow
Red
DMP
505-12
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39.11LX-Bus™ Module Connection
LX-Bus Expansion
Interface Card
DMP Models 481, 462N,
462P, 463G, or 472
Each LX-Bus Module must
have its own independent
address ranging from 00 to
S
99. A Supervisory zone must
be programmed into the
XR500 Series to properly
supervise each module.
S
S
S
Red
Yellow
Green
Black
S
S
S
To additional LX-Bus Modules
S
LX-Bus™ Wiring
= Supervised Circuit
S
Open Collector
Annunciator Outputs
Optional LED wiring 50mA at
50 VDC resistive
Form C Contacts
Typical
S
S
S
Relay 4
Normally Closed
Common
Normally Open
S
Model 716 Output
Expander Module
13m at 12 VDC
Optional LED wiring 50mA at
50 VDC resistive
Model 717 Graphic
Annunciator
Module
10m at 12 VDC
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39.12Model 860 Relay Module Connection
J4
Tamper
XR2500F
Command Processor™
Panel
J3
J6
Interface
Card
Expansion
Connector
K3
J2 Output Header
J1
All outputs must be located
within the same room as
the control panel.
J21
RED
YEL
GRN
BLK
J23
Model 860
RS-232
R
L
X
Relay Module
J22
1
2
N/C
Common
N/O
Relay 1
3
{
J2
J10
4
Battery
Start
J11
J2
K6
K7
4-wire
Harness
Assembly
J16
Reset
Relay 2
{
Relay 3
{
AC AC +B –B BELL GND RED YEL GRN BLK SMK GND Z1 GND Z2 Z3 GND Z4 Z5 GND Z6 Z7 GND Z8 Z9+ Z9– Z10+Z10–
Relay 4
{
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
+12 VDC
Relay contact rating:
1 Amp @ 30 VDC, resistive
Red
39.13Powered Burglary Devices
J4
Tamper
J3
XR2500F Series
Command Processor™
Panel
J1
J21
J23
RS-232
J22
R
L
X
J2
J10
Battery
Start
J11
K6
K7
J16
Reset
J8
AC AC +B –B BELL GND RED YEL GRN BLK SMK GND Z1 GND Z2 Z3 GND Z4 Z5 GND Z6 Z7 GND Z8 Z9+ Z9– Z10+ Z10–
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
Zone Expander
Z5+
Z5-
Z6+
Z6-
Z9+
Z9-
Z13+
Z1+
Z1-
Z2+
Z2-
KYPD LX
Z13-
Z14+
Z14-
J2
TENS ONES
Z10+
Z10-
TXD
Red
Z7+
Z7-
Z11+
Z11-
Z15+
Z15-
RED
YEL
Z3+
Z3-
Zone
Connection
Yellow
Green
Black
Z8+
Z12+
Z16+
GRN
Z4+
Z8-
Z12-
Z16-
BLK
Z4-
J3
J14
J7
J10
J12
J5
PIR or
Glassbreak
– +
1k
EOL
12 VDC
– +
505-12 Power
Supply
7060 Keypad
XR2500F Installation Guide
Digital Monitoring Products
49
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RevIsIons
Revisions to This Document
This section explains the changes made to this document during this revision. It lists the version and
identifies the change(s) made, the related section number and section heading, and a summary of the
change.
Ver Section Number and Heading
1.03 31.4 Bell
Quick Explanation of Changes
Added mercantile information
Removed section
Added mercantile information
Removed section
32.4 Mercantile Safe & Vault
32.4 Bell
32.6 Bank Safe
1.02 The following changes were implemented for ANSI/UL 864 9th Edition compliance
Complete Document
1.1 Overview
1.3 Power Specifications
1.7 LX-Bus
Removed all references to the 504-24 Power Supply
Added reference to optional power supply
Added reference to Compliance Instruction section
Added reference to 463G
1.8 Outputs
Added output rating
1.11 Compliance Instructions
2.6 Wiring Diagram
Added section
Removed 504-24, 24 VDC batteries, and transformer
Updated Types of Service
3.1 Transformers and AC Power
5.2 Connection
Removed 100 VA transformer
Added reference to optional power supply
Updated Figure 5 for Notification Appliances
Moved to Compliance section
Updated 710, 711, 716, 866, and 867 current draw
Added maximum impedance
5.4 Notification Appliances
6.8 Power Requirements
7.4 Digital Dialer
10.1 Wiring Diagram
10.3 Accessory Devices
Replaced 790F keypad with 630F
Added 463G, updated 865, 866, 867, and 869 descriptions, removed
reference to 690F, and 790F.
11.7 Standby Battery Calculations
11.8 Standby Battery Selection
12.1 Terminal 5 and 6
13.2 Terminal 7 - RED
15.1 Terminals 25-26 and 27-28
Added 463G, and 7100 keypads
Added 341, and 352S as optional battery enclosures
Added reference to Notification Appliance section
Added reference to Power Supply section
Added maximum voltage, maximum normal standby, maximum line
impedance, and ground fault detection
Added power factor statement
Added maximum ratings
17.2 Contact Rating
18.1 J11 Description
18.3 Model 860 Relay Module
19.1 J23 Description
Added power factor statement
Added Wireless Bus reference
24.1 Listed Compliance Specification
25.8 - 26.12 Universal Burglary
27.7 Wireless Audible
Added section
Added sections
Added section
28.8 - 28.13 ANSI/UL 1610
29.1 - 29.8 ANSI/UL 636
31.8 - 31.13 ANSI/UL 365
32.1 - 32.7 ANSI/UL 609
35.1 Power Supply
Added sections
Added sections
Added sections
Split from ANSI/UL 365
Added section
35.9 Fire Protective Signalling
35.10 - 35.14 ANSI/UL 864
38.4 Communication Programming
39.1 - 39.7 Wiring Diagrams
39.10 Wiring Diagrams
Updated to reflect current panel programming options
Added sections
Updated to reflect current panel programming options
Added wiring diagrams
Added reference to 463G
39.11 Wiring Diagrams
Removed reference to 867 module
Digital Monitoring Products
50
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OPERATING INSTRUCTIONS
MODEL XR2500F PANELS
NORMAL STANDBY CONDITION
When the system is in the normal standby condition, the keypad shows either the time of day or a blank display.
ALARM CONDITION
When the system is in an alarm condition, the keypad display shows the violated zone name(s) followed by an
alarm display.
ALARM SILENCE
To silence the alarm while the bell or siren is sounding, enter your code number and press the COMMAND key.
This silences the alarm but does not cancel any alarm reports to the central station.
RESETTING DETECTORS
To reset a smoke or other detector, enter the User Menu by pressing the COMMAND key until MENU? NO YES
appears in the display. Press the top row key under YES. The display shows ENTER CODE: -. Enter your code
number and press COMMAND. The keypad display now shows ALARM SILENCE? if your code allows. Press the
COMMAND key until SENSOR RESET? appears in the display. Press any top row key.
TROUBLE CONDITION
When a device is in a trouble condition, the keypad tones and displays the zone or device name followed by
TRBL. Press any top row key to silence.
SYSTEM TESTING
You should test the security system weekly to ensure proper operation. You can do this through a function in the
User Menu. After entering the User Menu, press the COMMAND key until SYSTEM TEST? displays. Press the left
most top row Select key. The system bell, battery, and communication to the central station receiver system is
then tested.
ALARM SERVICE
If service is required for this system, please contact:
Company_____________________________________________
Address ______________________________________________
Telephone____________________________________________
Mounting Instructions
Listings and Approvals
California State Fire Marshal (CSFM)
FCC Part 15
Attach the above operating instructions
to the front, or framed and located
adjacent to, the panel or a keypad with
an alphanumeric display.
FCC Part 68 Registration ID CCKAL00BXR500
New York City (MEA)
Underwriters Laboratories (UL) Listed
Commercial and Residential Fire, Burglar, Holdup, and
Access Protected Premise Unit
ANSI/UL 294 Access Control System Units
ANSI/UL 365 Police Connected Burglar
ANSI/UL 609 Local Burglar
ANSI/UL 636 Holdup Alarm Units Systems Accessory
ANSI/UL 1023 Household Burglar
ANSI/UL 1076 Proprietary Burglar
ANSI/UL 1610 Central Station Burglar
ANSI/UL 1635 Digital Burglar
ANSI/UL 985 Household Fire Warning
ANSI/UL 864 Fire Protective Signaling 9th Edition
UL Standard Line Security
UL Encrypted Line Security
800-641-4282
www.dmp.com
Made in the USA
INTRUSION • FIRE • ACCESS • NETWORKS
2500 North Partnership Boulevard
Springfield, Missouri 65803-8877
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