DMP Network Zone Expander Module Installation Guide

ABOUT THE 714N-POE

The 714N-POE Network Zone Expander Module allow you to add 4 zones to XR150/XR550 Series panels using IP network capability. The 714N-POE is compatible with 1k to 10k resistors, giving a wide variety of options for takeovers.

Power Supply

714N-POE module operates at 12 VDC from a power supply. The 714N-POE can also be powered from POE.

Zone Terminals

Four input zones are provided to allow connection of nearby burglary devices.

Programming Connection

The module also provides a keypad programming connection for use with a standard DMP LCD keypad for initial setup. Programming can be completed using a keypad connected to the module or from XR150/XR550 panels.

PCB FEATURES

   Figure 1: PCB Features

INSTALL THE 714N-POE

1.Mount the Module

The module comes in a high‑impact plastic housing that you can mount directly to a wall, backboard, or other flat surface.
For easy installation, the back and ends of the 734 housing have wire entrances. The back also contains multiple mounting holes that allow you to mount the module on a single‑gang switch box. DMP recommends mounting the 734 near the protected door. Refer to Figure 2 for mounting hole locations on the housing base.

1. Remove the PCB from the plastic housing by loosening the clips on one side and gently lifting it out of the housing base.
   
2. Insert the included screws in the desired mounting hole locations and tighten them to secure the housing to the surface.
3. Reinstall the PCB in the housing base.

2. Wire the Zone Terminals

Terminals 5-9 connect grounded zones 1 through 3. Zone 4 terminals provide a non-powered Class B, Style A zone. The valid range of EOL resistors is 1k to 10k, allowing for a wider range of takeovers. Refer to the panel programming guide for programming instructions. See Figure 3 for more information on wiring the zone terminals.

 Figure 3: Zone Terminal Wiring

3. Network Connection

Connect an IP network cable from the LAN/WAN connection to the 714N-POE Network connector. The 714N-POE module communicates AES encrypted TCP with panels that have network installed.
Two LEDs are located on the Ethernet jack. The green LED indicates data sent to the panel.
The yellow LED indicates the speed of the transmission. A solid yellow LED indicates the network is connected at 100 Base-T. A flashing yellow LED indicates the network is connected at 10 Base-T.

4. Set the Module AddressNote

For XR Series Version 192 firmware and lower, the 714N-POE must be programmed as a network door. In Version 193 firmware and higher, the 714N-POE should be programmed as a network expander. Refer to the XR Series panel programming guide (LT-1232) as needed.

Keypad Bus Addresses

DMP XR150/XR550 Series panels use keypad bus addresses 1 through 16. Each keypad bus address can accommodate one 714N-POE. A module with an address of 2 on the keypad bus would represent Door 2 and zones 21-24. A module with a keypad address of 14 would represent Door 14 and zones 141-144.

AX-Bus Addresses (XR550 only)

DMP XR550 panels are capable of access control expansion using any of the five AX/LX-Bus headers (AX/LX500, 600, 700, 800, and 900). The 714N-POE takes up an AX-Bus address that can no longer be used for a door. The 714N-POE module shares AX-bus addresses with the 734N, which limits the number of devices to 16. A module with an address of 501 on AX500 would represent zones 501-504. A module with an address of 505 on AX500 would represent zones 505-508. A module with an address of 701 on AX700 would represent zones 701-704.

Setting the 714N-POE Addresses

Only valid zone numbers can be assigned 714N-POE in device setup. For complete keypad and AX-Bus address mapping, see the chart below.

Table 1: Device Addresses and Zone Numbers

PROGRAM THE MODULE

When you program the 714N-POE module, you must use a keypad connected to the programming header and set to address 1.
You can also program the module from an XR150/XR550 Series panel. Initial programming of device and communication must be performed with a keypad. Afterwards, device programming and 714N-POE options may be programmed from the panel’s programming interface. The panel’s programming overrides any programming performed from a keypad connected to the module.

Reset Header

To reset the module when first installing the system, short the two pins on the reset header before applying power to the module.
To reset the module while the system is operational, short the two pins on the reset header for one or two seconds without powering down the system.

Program Start Display

When you connect the keypad to the module, the version number and release date display. Press 6653 (PROG) then CMD to enter the Programming Menu.

Initialization Option

These options can set the 714N-POE module programming memory back to factory defaults. Press any select key or area to enter the initialization menu.

Initialize Confirm Option

The module displays SURE? YES NO for confirmation to clear the memory. This is a safeguard against accidentally erasing the programming. No memory is cleared from the programming until you answer YES to the SURE? option. Selecting NO leaves communication options unchanged.

Communication Menu

Press any select key or area to enter the Communication menu. Select NET as the communication type.

714N DHCP

Select YES to use dynamic IP address information for the module’s IP Address, Subnet Mask, and Gateway Address. Select NO to enter static IP information.

714N IP Address

Enter the static IP address of the module if the DHCP is set to NO. Default is 192.168.0.201.

Subnet Mask

Enter the local subnet mask assigned to the module. Default is 255.255.255.0.

Gateway Address

Enter the local gateway address of the module. Default is 192.168.0.1

Panel IP Address

Enter the IP address of the panel. Default is 192.168.0.1.
Note: This IP address must match the address programmed in the panel at the Local IP Address option in Network Options. The DHCP programming in the panel must be set to NO.

Panel IP Port

Enter the port number that the module uses to send communication to the panel. This must be the same port that is programmed in the 714N-POE Listen Port in Network Options programming of the panel. The panel IP port cannot be the same as the panel network programming port. Default is 2002.

714N-POE Passphrase

You must enter an 8-16 character alphanumeric passphrase to encrypt communication with the panel. The passphrase for the 714N-POE must match the 734N passphrase entered in Network Options programming of the panel. If no 734N has been installed, a passphrase is still required for the 714N-POE to communicate with the panel. The passphrase is blank by default.

714N-POE NETWORK SPECIFICATIONS

The 714N-POE was designed to have minimum impact on network performance.
If required, all of the traffic between the module panel can be completely isolated from the rest of the existing network by connecting all of the 714N-POE modules and the panel to the same switch, then connecting the switch to the remainder of the network. As a result, all traffic between the modules and the panel is confined to the switch they are connected to, while still allowing the panel to communicate with the central station through the normal network.
The 714N-POE is a single. purpose network device. The module establishes outbound panel communication using the TCP/IP protocol that remains open indefinitely. No inbound communication is allowed. This prevents attackers from making any type of connection with the modules through the network.
All communication between the 714N-POE and the control panel is encrypted using 128-bit AES encryption. This is the same encryption standard approved and used by the U.S. government, including the National Security Agency for encrypting secret information.
The socket can be closed by the 714N-POE or panel after a time-out. The connection is re-established by the 714N-POE after the time-out.
A pair of supervision packets are sent every 5 seconds:

• The payload for each packet is 18 bytes and the total traffic, including overhead, is approximately 2 kB per minute for each 714N-POE.
• Non-Supervision messages have a payload range of 18-50 bytes.

714N-POE encryption has not been evaluated by UL.

COMPLIANCE LISTING SPECIFICATIONS

Commercial Burglary (XR550 Series Panels)
When using the zones of the 714N-POE in a listed application, place the module in a listed enclosure and connect a DMP Model 307 Clip-on Tamper Switch to the enclosure programmed as a 24-Hour zone. The 714N-POE zones can be used in a Low Risk application

PRODUCT SPECIFICATIONS

Primary Power 8.5 VDC to 28.5 VDC if 12 VDC
Current Draw
Standby/Alarm 75 mA at 12 VDC
When powered from POE
Standby/Alarm 25 mA
Output Voltage (POE) 12 VDC
Maximum Power Draw (POE) 12.95 W
Available Output Current 750 mA
Zones 5 VDC, 2 mA max
Dimensions 4.5 W x 2.75 H x 1.75 D in
11.43 W x 7 H x 4.45 D cm
Weight 8 oz (0.23 kg)

CERTIFICATIONS

FCC Part 15
Underwriters Laboratory (UL Listed)
ANSI/UL 294 Access Control System Units
ANSI/UL 609 Local Burglar Alarm Units And Systems
ANSI/UL 1076 Proprietary Burglar Alarm Units And Systems
ANSI/UL 1610 Central Station Burglar-Alarm Units

FCC INFORMATION

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:

1. This device may not cause harmful interference, and
2. This device must accept any interference received, including interference that may cause undesired operation.
   Changes or modifications made by the user and not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
   Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

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

DMP XR150 CONTROL PANEL

IDENTIFY PANEL COMPONENTS

Identify the following panel components using the panels in front of you, or the on-screen photo of the XR.

1. AC Power terminals
2. Cellular pins
3. 100 Series antenna
4. Reset header
5. On-board zone
6. Programming
7. header
8. terminals
9. Network connection
10. EXP header
11. Outputs
12. Connection

POWER UP THE CONTROL PANEL

1. Connect AC power to terminals 1 & 2
   1. Transformer type: 16.5VAC 50VA
2. Connect battery backup to terminals 3 & 4
3. Connect alarm bell to terminals 5 & 6
   1. Normal 12VDC is supplied to terminal 5, terminal 6 is the ground reference
   2. 1/2 W 1K Ohm resistor should be added across the bell circuit for supervision

ENTER PANEL PROGRAMMER

1. Reset the panel using the RESET JUMPER
2. Enter 6653 (PROG) and press CMD
3. Press CMD to navigate through the panel programmer menus:
   • Initialization
   • Communication
   • Network Options
   • Device Setup
   • Remote Options
   • System Reports
   • System Options
   • Bell Options
   • Output Options
   • Output Information
   • Output Groups
   • Status List
   • Menu Display
   • PC Log Reports
   • Area Information
   • Zone Information
   • Stop
   • Set Lockout Code
   • Feature Upgrade

ADJUST COMMUNICATION TYPE

1. Navigate to COMMUNICATION and press a top-row select area
2. Press a top-row select area to clear the default ACCOUNT NUMBER
3. Enter in an ACCOUNT NUMBER
4. Press CMD to navigate to PATH
5. Press 1 to program PATH 1
6. Press a top-row select area to display the COMMUNICATION types
7. Select NET
8. Press CMD to navigate to RECEIVER IP
9. Press a top-row select area and enter in the DMP Tech Support receiver IP Address
   1. 209.248.148.051 (Port 2001)
10. Press CMD to exit COMMUNICATION

ADD A KEYPAD

1. Navigate to DEVICE SETUP and press a top-row select area
2. Enter a DEVICE NUMBER and press CMD
   1. The valid range for an XR150 panel is 1-8, XR550 is 1-16
3. Press a top-row select area and enter a DEVICE NAME
4. Press CMD to confirm the DEVICE TYPE
5. Press CMD to exit DEVICE SETUP

ADJUST THE KEYPAD ADDRESS

GRAPHIC TOUCHSCREEN KEYPAD

1. Select OPTIONS from the carousel
2. Select the INSTALLER OPTIONS icon
3. Enter 3577 (INST) and press CMD
4. Select KEYPAD OPTIONS (KPT OPT)
5. Press a top-row select area and enter a new keypad address
6. Press CMD to exit Keypad Options
7. Select STOP to save keypad programming

THINLINE KEYPAD

1. Press and hold the BACK ARROW and CMD for 2 seconds
2. Enter 3577 (INST) and CMD
3. Select KEYPAD OPTIONS (KPD OPT)
4. Press a top-row select area or key to change the keypad address
5. Press CMD to exit KEYPAD OPTIONS
6. Select STOP to save keypad programming

CONFIGURE SYSTEM OPTIONS

1. Navigate to SYSTEM OPTIONS and press a top-row select area
2. Press CMD to navigate to ENTRY DELAY 1
3. Press a top-row select area and choose a time from 30 to 250 seconds
4. Repeat this process for ENTRY DELAY 2
5. Press CMD to navigate to HOURS FROM GMT
6. Press a top-row select area, enter in the hours from GMT for your location and press CMD
7. Using CMD, navigate to HOUSE CODE
8. Press a top-row select area and enter a house code from 1-50 and press CMD
9. Using CMD, navigate to ENTER WEATHER ZIP CODE
10. Press a top-row select area and enter a local ZIP code to display weather alerts on the keypad

ADD AN AREA

1. Navigate to AREA INFORMATION and press a top-row select area
2. Enter an AREA NUMBER and press CMD
3. Press CMD until EXIT DELAY displays
4. Press a top row select key or area and enter a time between 45 and 250 seconds
5. Press a top-row select area to clear any text and enter in a new area name
6. Exit AREA INFORMATION and navigate to STOP to save changes

ADD A WIRELESS ZONE

1. Navigate to ZONE INFORMATION and press a top-row select area
2. Enter a ZONE NUMBER and press CMD
3. Press a top-row select area and enter a ZONE NAME
4. Press a top-row select area and select a ZONE TYPE
5. Press the top-row select area to display the list of available areas and select the appropriate area
6. At the NEXT ZONE? prompt, select NO to program a wireless zone
7. At the WIRELESS? prompt, select YES and press CMD
8. Enter a SERIAL NUMBER and press CMD to navigate to the NEXT ZONE? Prompt

ADD A WIRED ZONE

1. Add ZONE 1 as a hard-wired zone in the ZONE INFORMATION menu
   • EOL resistor value defaults to 1k, but you can change the value up to 2.2k for taking over an existing panel in System Options.

STANDARD WALK TEST

1. At the keypad, enter 8144 (WALK) to enter the WALK TEST menu
2. Select STD to begin the standard walk test
3. Trip wired and wireless zones to complete the standard walk test

WIRELESS CHECK-IN TEST

1. At the keypad, enter 8144 (WALK)
2. Select WLS to begin the wireless check-in test

PIR WALK TEST

1. At the keypad, enter 8144 (WALK)
2. Select PIR to begin the PIR walk test

DIAGNOSTIC MENU

1. At the keypad, enter 2313 (DIAG) to enter the DIAGNOSTIC MENU
2. Press CMD until the keypad displays COMM STATUS and presses a top row select area
3. Press 1 to test COMMUNICATION PATH 1
4. When the signal strength is displayed, select YES to continue the test
   1. Cellular Communication Only
5. Press CMD and select STOP to exit the DIAGNOSTIC MENU

EDIT AREA NAMES

1. Press CMD to navigate to AREA INFORMATION
2. Press a top-row select area to enter AREA INFORMATION
3. Enter an AREA NUMBER and press CMD
4. Press CMD until EXIT DELAY displays
5. Press a top row select key or area and enter a time between 45 and 250 seconds
6. Press a top-row select area to clear any text and enter in a new area name
7. Exit AREA INFORMATION and navigate to STOP to save changes
8. Arm, disarm, and trip an alarm in the Area system type

ARM & DISARM

Arm the system, trip an alarm and disarm

CHANGE THE SYSTEM TYPE TO A/P

1. Enter the panel programmer by entering 6653 (PROG) at the keypad
2. Navigate to SYSTEM OPTIONS and press a top-row select area
3. Press a top-row select area to display the list of system types
4. Select A/P as the system type
5. Exit SYSTEM OPTIONS and navigate to STOP to save changes
6. Arm, disarm and trip an alarm in A/P system type

CHANGE THE SYSTEM TYPE TO H/S/A

1. Enter the panel programmer by entering 6653 (PROG) at the keypad
2. Navigate to SYSTEM OPTIONS and press a top-row select area
3. Press a top-row select area to display the list of system types
4. Select H/S/A as the system type
5. Exit SYSTEM OPTIONS and navigate to STOP to save changes
6. Arm, disarm and trip an alarm in the H/S/A system type

CREATE A SCHEDULE

1. At the keypad, press CMD until the USER MENU?prompt displays
2. Select YES and enter 99+CMD to enter the USER MENU
3. Using CMD, navigate to SCHEDULES? and press a top-row select area
4. Select TIMES
5. To create a time schedule, select ADD
6. Press 1 to create Schedule 1
7. Press a top row area to name the schedule ACCESS
8. Press CMD and select a day of the week.
9. Enter the BEGIN and END times for the chosen day
10. Set times for each day of the week
11. Create another schedule named LIGHTS

CREATE A PROFILE

1. At the keypad, press CMD until the USER MENU?prompt displays
2. Select YES and enter 99+CMD to enter the USER MENU
3. Using CMD, navigate to PROFILES? and press a top-row select area
4. Select ADD and enter 11 to create Profile 11
5. Press a top row area to name the profile ACCESS
6. Assign ARM/DISARM AREA 2 and press CMD
7. Assign ACCESS AREA 2 and press CMD
8. Press CMD until DISARM? displays and select YES
9. Navigate to DOOR ACCESS and confirm it is set to YES
10. Navigate to FIRST ACCESS SCHEDULE and press the third select area to enter the schedule number for the access schedule
11. LIST will show the schedule names
12. Press CMD until PROFILE 11 ADDED is displayed
13. Create another profile named MANAGEMENT using Profile 12
    1. The instructor will provide settings for this profile
       ADD A USER CODE WITH A PIN
14. Enter the USER MENU and navigate to the USER CODES? prompt
15. Press a top-row select area to add a USER CODE
16. Select ADD
17. Select the USER NUMBER and press CMD
    1. The fourth top row select area will display the lowest available user number
18. Enter in a 5-digit user code and press CMD
19. Press a top-row select area to add a USER NAME and press CMD
20. Press a top row select area and enter 12 to assign PROFILE 12 to this user
    1. LIST will display the profile names
21. Press CMD until USER ADDED displays

ADD A USER CODE WITH A CARD

1. Enter the USER MENU and go to USER CODES?
2. Press a top-row select area to add a USER CODE
3. Select ADD
4. Select the USER NUMBER and press CMD
5. Scan the card by waving it over the blue status LED
6. Press a top-row select area and add a USER NAME and press CMD
7. Press a top-row select area and enter 11 to assign PROFILE 11 to this user.
8. Press CMD until USER ADDED displays

PROGRAM AN ANNUNCIATOR OUT-PUT

1. Remove all power from the panel
2. Connect a 4-wire harness to the OUTPUTS header on the panel
3. Connect the POSITIVE leg of the LED to the RED terminal on the panel
4. Connect the other leg of the LED to OUTPUT 3 on the panel
5. Power the panel back up
6. Enter the Programmer by entering 6653 (PROG) at the keypad
7. Navigate to AREA INFORMATION and press a top-row select area
8. Navigate to settings for AREA 1
9. Navigate to ARMED OUTPUT and press a select area to clear the current setting
10. Set the output to 3
11. Navigate to STOP to save changes and exit the Programmer
12. Arm AREA 1 to confirm the output is working

PROGRAM A RELAY

1. Remove all power from the panel
2. Plug a MODEL 305 relay into the socket for OUTPUT 1
   1. Make sure the relay is oriented correctly
3. Connect the MODEL 431 harness to the header between the output sockets
4. Connect the POSITIVE leg of the LED to the RED terminal on the panel
5. Connect the other leg of the LED to the second ORANGE wire on the harness
6. Connect the second GRAY wire to the BLACK terminal on the panel
7. Power the panel back up
8. Enter the Programmer by entering 6653 (PROG) at the keypad
9. Navigate to ZONE INFORMATION and press a top-row select area
10. Navigate to settings for ZONE 1
11. Program ZONE 1 as a NIGHT type zone in AREA 1
12. At the NEXT ZN? prompt, select NO
13. Navigate to DISARMED SHORT and press CMD until OUTPUT NO is displayed
14. Press a select area to set the output to 1.
15. Set the output action to FOLLOW
16. Navigate to STOP to save changes and exit the Programmer
17. Press the button to trip ZONE 1.
    1. Notice the output state follows the zone state.

CREATE AN OUTPUT SCHEDULE

1. Enter the user menu and press CMD until SCHEDULES? is displayed.
2. Press a select area, then select TIMES, then ADD.
3. Enter 1 for the schedule number, then name the schedule LED.
4. Set begin and end times for each day of the week.
5. When all times are set, press the BACK ARROW until SAVING SCHEDULES is displayed on the keypad.
6. Re-enter the schedule programming section. Press CMD and select OUTPUT.
7. Enter output 1, then schedule 1.
8. Press the BACK ARROW to exit scheduled programming.
9. Advance panel time to test the beginning and end times for the schedule.

QUESTIONS

What else would you like to learn about the XR series?

DMP System Link User Guide

Use System Link™ to:

• set up new alarm system users and operators
• change and maintain user codes
• configure new panel accounts
• set up arming/disarming, door, holiday schedules, output, and favorite schedule
• silence alarms
• arm or disarm a system
• bypass zones
• monitor system status

FEATURES

• Easily manage your DMP alarm panels from your personal computer
• Remotely manage all DMP XR Series™ and XT Series™ panels
• Customize remote connection options for network, dial-up, and direct connection panel accounts Restrict operators to perform only certain functions
• Get immediate answers with context-sensitive help and comprehensive user’s guide
• Stores database of panel programming files and event buffers
• Display or print comprehensive system reports
• Easily retrieve events for review
• Sort and print user codes by name, code, and number.

MAINTAIN SUBSCRIBER ACCOUNTS

Using a set of program screens, System Link™ allows you to easily set up and maintain subscriber account files and connect with panels to download and upload information. System Link also allows you to print copies of account and operator activity.

FREE DOWNLOADS FOR DMP DEALERS

DMP dealers can download System Link updates from the DMP website free of charge.

EASY TO USE

System Link installs in a few minutes. Select any of the menus by simply pressing a few keys on the keyboard or by clicking on the menu title. The windows provide you with the necessary information to quickly maintain subscriber accounts.

CHOICE OF CONNECTIONS

Connect to your alarm panel accounts through a data network, the Internet, a telephone line, or directly from your computer.

PROGRAMMING AND CONTROL OPTIONS

You have the freedom to remotely program and control all DMP XR Series and XT Series panels using System Link. Additionally, you can program the panels directly from a laptop or Windows tablet.

SYSTEM LINK TOOL BAR

System Link provides a customized toolbar to assist you when performing common tasks. The toolbar displays just below the menu bar. Simply place a button on the toolbar to quickly open the needed window without using the menu bar and drop-down menus.

CUSTOMIZE FIELDS

Rename field titles and drop-down list items to customize program software.

OPERATOR CONFIGURATION 

Customized levels of authority allow you to restrict each operator to access specific functions only. Operators must be logged in, providing a record of all changes made.

SYSTEM LINK HELP 

Get detailed help immediately! When you have a question in System Link, press the F1 key to view the help text that relates directly to the screen or field where you are working. The User’s Guide also provides additional help and information.

ADVANCED REPORTING MODULE 

The Advanced Reporting Module allows you to create custom reports using realtime events from PC Log Reports or from a previously retrieved Panel Event Buffer. Events may be filtered using different report categories, allowing you to create reports that suit your specific needs, including the following categories:

• Arming
• Disarming
• Area Late to Close
• Door Access Granted
• Door Access Denied
• System Monitors
• System Events

EXPORT CAPABILITIES 

Save reports in a variety of available file types. Open the reports in programs, such as Microsoft Excel, and integratethe data into other documents or archive them. Supported file types include:

•  Text File (*.TXT)
• Comma Separated (*.CSV)
• HTML document (*.HTM)
• Excel spreadsheet (*.XLS)
• Rich Text Format (*.RTF)
• Windows Metafile (*.WMF)

ALARM MONITORING 

Add Alarm Monitoring to workstations where you want to monitor and printevents for subscriber accounts. The modules allow you to monitor door access events at the site, providing a higher level of security by monitoring who comes and goes and when. You can send your subscribers reports of their openings and closings to keep for their records

HYPERLINK SUBSCRIBER INFORMATION

Hyperlink to files containing additional information about the site, allowing operators to give proper information to the authorities such as the site password and address.

EASY-TO-USE INTERFACE

When an alarm signal is received, the Alarm Monitoring Alarm List or the Command Center Alarm Grid displays automatically on top of any open windows, and an alert tone sounds to identify the alarm. Operators may view the Alarm List or Alarm Grid at any time.

ALARM LIST DISPLAY 

Depending on the monitor settings, each new signal displays on a violet background in the Alarm List. Once the alarm is acknowledged, the background color changes to represent the type of signal. For example, acknowledged fire alarms display on a red background. By color-coding alarms, operators can determine the priority of the alarm signal at a glance. This ensures that operators acknowledge and respond to the most important signals before responding to non-emergency signals, such as a low AC signal.

ACCOUNT GROUPS MODULE 

The Account Groups module saves time when maintaining profiles, schedules, output schedules, holidays, users, and user codes on grouped XR500N  XR500E, XR550DN, and XR550DE panels. For convenience, associate the groups by location, business, or other logical grouping. Create profiles that define the authority for a user code, then simply select the appropriate user code for each user to specify their authority type/level. Using Batch Programming, operatorscan maintain profiles, schedules, output schedules, and holidays for multiple XR100/XR500/XR550 panels at once. With the Schedules feature, operators  can assign auto arm/disarm of specified areas by hour and day.

SQL MODULE 

The SQL Module allows larger corporate users to take advantage of redundant Microsoft SQL server installations they already have in place. This module allows an administrator to configure an ODBC connection to an existing Microsoft SQL server installation. The SQL Module then creates the database structure necessary to store all of the panel programming information. The module also allows the administrator to export all existing panel programming information from the standard System Link DBISAM database and then import that information into the newly created Microsoft SQL database. The SQL Module comes with five seats/licenses. If more than five are required, additional SQL MODULE ADDs must be purchased, offering single licenses to add to your Remote Link and System Link programs.

LINK SERVER APPLICATION 

System Link is designed and licensed specifically for use on a single workstation. Link Server software accommodates larger installation and service environments where multiple computers are used to upload/download panel information. When installed on a network server, Link Server allows multiple client computers to simultaneously access System Link.

USB PROX READER 

Use the unique desktop unit with System Link to greatly reduce time spent entering proximity credentials manually. Simply press the Scan Card button and present the proximity device to the 1301N USB Prox Reader. The device quickly and automatically assigns a code to the selected user.

SIMPLE INSTALLATION

Power for the USB prox reader and communication to the PC is provided via a standard USB connection.

PROXIMITY DEVICE FORMATS 

The USB prox reader is specifically designed for all DMP HID formats, making any proximity device that is compatible with DMP panels compatible with the USB prox reader.

ADD-ONS

Advanced Reporting Module

Advanced Reporting Module Provides specific advanced filtering for customer reports.

Alarm Monitoring Module 

Allows monitoring center operators to easily acknowledge alarms and accountinformation.

Account Groups Module 

Allow monitoring center operators to maintain profiles, schedules, output schedules, holidays, and user codes on multiple XR500/XR550 Series panels at the same time.

Link Server Application 

Provide multiple networked operators with simultaneous access.

Admin Reader 

Enroll credentials directly into System Link to save time.

SQL Module 

Allows use of MS SQL database

ACCESSORIES

399 Programming Cable 1301N Nano USB Prox Reader

SOFTWARE LICENSE LEVELS

Order the level to fit the number of accounts monitored. Call DMP Customer Service to upgrade to the next level.

• 10 accounts
• 50 accounts
• 100 accounts
• 500 accounts
• 1000 accounts
• 2500 accounts
• 5000 accounts

DESCRIPTION

1184 is a 3 V battery-powered wireless carbon monoxide (CO) detector that provides early warning when the electrochemical sensing technology measures CO levels in the air.

The detector has an electrochemical  CO sensor assembly coupled with an 1100 Series wireless transmitter and an audible sounder. The transmitter can send alarm, trouble, tamper, and low battery condition messages to the alarm panel.
The detector works well for difficult wiring locations, for critically aesthetic applications, or for areas where hazardous materials exist.

Compatibility

• All DMP 1100 Series Receivers and

Panels.
What is Included?

•  1184 Carbon Monoxide Detector with DMP wireless transmitter installed
• 3V lithium Model CR123-FIRE battery
•  Hardware pack

PROGRAM THE TRANSMITTER IN THE PANEL

1.  In ZONE INFORMATION, enter the wireless ZONE NO: – and press CMD.
2. Enter the ZONE NAME and press CMD.
3. Select CO for ZONE TYPE and press CMD.
4. At NEXT ZN?, select NO.
5.  Select YES when WIRELESS? displays.
6.  Enter the eight-digit SERIAL#:- and press CMD.
7. Enter the SUPRVSN TIME and press CMD.

Detector Annunciation Notifications 
The1184 provides the following transmitter messages, LED display, and audible annunciations:

Table 1: Detector Notifications

SELECT A LOCATION

Install the transmitter away from large metal objects which impair wireless performance. For the LED Survey Operation completes the following steps before proceeding:

1. Use a separate 1100 Series Transmitter for the LED Survey Operation such as 1106 since 1184 transmitter PCB is not visible.
2. Find the survey button on the 1106 transmitter PCB and the survey LED near the survey button location.
   The transmitter PCB Red Survey LED turns on whenever data is sent to the receiver then immediately turns off when the receiver acknowledgment is received.
3. Press and release the tamper switch to send data to the receiver to confirm the operation.
   √ Confirmed: If communication is confirmed, for each press or release of the tamper switch, the LED blinks immediately on and immediately off.
   × Faulty: If communication is faulty, the LED remains on for about 8 seconds or flashes multiple times in quick succession. Relocate the [generic product] or receiver until the LED confirms clear communication.
4. Test the communication between the control panel and the detector using the panel walk test feature.
   See Test the Detector Alarm.

General Location Guidelines
In addition to NFPA 720, use the following location guidelines to optimize performance from the CO detector:

•  Install ceiling-mounted detectors at least 12 inches from any wall
•  Install wall-mounted detectors at least as high as the light switch and 6 inches below the ceiling.
•  Mount the detector on a firm permanent surface
•  Locate the detector in environmentally controlled areas where the temperature does not exceed 104° F (40° C) or drop below 32° F (0° C).
• When mounting to suspended ceiling tile, the tile must be secured with the appropriate fastener to prevent tile removal
•  Install in the vicinity of flame-fueled appliances, but no closer than 10 feet.
• Keep detectors away from vents and the reach of children and pets.

MOUNT THE DETECTOR

When setting up a wireless system, it is recommended to program zones and connect the wireless receiver before installing batteries in the transmitters.

1. Use the two screws provided to mount the base in the location previously surveyed for proper communication.
2. Use the alignment notch on the lip of the mounting base as a guide to align the detector with the alignment tabs.
3. Insert the detector into the mounting base and turn clockwise approximately 15 degrees to snap into place.

To remove the detector from the mounting base, grasp the detector and turn it counterclockwise approximately 15 degrees. The detector snaps off of the mounting base. See Figure 3.

INSTALL OR REPLACE THE BATTERIES

Caution: Properly dispose of used batteries. Do not recharge, disassemble, heat above 212°F (100°C), or incinerate. Risk of fire, explosion, and burns.
Observe polarity when installing the battery. Use only 3.0 V lithium batteries, DMP Model CR123-FIRE or Panasonic Model CR123A.
Note: When setting up a wireless system, it is recommended to program zones and connect the receiver before installing batteries in the transmitters.

1. Remove the detector from the mounting base. See the final section of Install the Detector.
2. The battery is located on the inside of the detector. The detector is supplied with a pre-installed battery. During the initial installation simply remove the battery pull tab to begin operation.
3. If replacing the battery, remove the old battery and dispose of it properly.
4.  Observing correct polarity, insert the new 3V lithium battery into the battery compartment and replace the cover. Use only new batteries when replacing old ones.
5. Reattach the detector to the mounting base.
6.  Test the detector. See Test the Detector Alarm.

Note: The power cell degrades predictably over its 6-year life. As it ages, a timer runs, and compensation is applied. When the timer expires, the detector enters end-of-life trouble. In end-of-life trouble, the red LED will flash once every 10 seconds, and the sounder will chirp every 45 seconds and can’t be silenced. End-of-life trouble is latching and unable to be reset. At this time, the detector must be replaced.

TEST THE DETECTOR ALARM

Wireless Communication
The control panel alarm and all auxiliary functions should be verified for a complete test of the system. See the panel programming guide for additional information.

1. To conduct the Walk Test, reset the control panel. From the keypad, enter code 8144 (WALK). The keypad displays WALK TEST. Select STD for Standard Walk Test. Refer to the panel programming guide for complete information on Walk Test operation.
2. Insert a small screwdriver into the Test hole on the front of the detector to activate the test, sound the detector’s audible, and send a message. Verify that the walk test trip counter increments to indicate a successful test.
3.  Select END to stop the Walk Test. When the Walk Test ends or a 20-minute time-out expires, a final Sensor Reset occurs. Faulted zones then display on the keypad.

Detector Sensitivity

Before testing, be sure to notify the central station to avoid false alarms.

1. With a small screwdriver, press and hold the recessed Test switch on the detector for approximately 2 seconds. The detector will temporarily sound an alarm and the red LED will illuminate.
2.  Within a few seconds, the green LED will start to blink rapidly indicating the detector is in functional test mode awaiting gas entry.
3. Spray a very small amount of Solo TM brand C6 canned CO, available at most local security distributors or online, into one of the 3 small gas entry holes located on the top center of the detector.Upon successful gas entry and if functioning properly, the detector will alarm by sounding in a Temporal 4 patterns with the red LED blinking. An alarm signal will be sent to the panel providing verification of the alarm signal.
   The alarm condition at the detector will time out in 20 to 60 seconds or when the CO gas has cleared.

FCC INFORMATION

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:

1.  This device may not cause harmful interference, and
2. this device must accept any interference received, including interference that may cause undesired operation.

The antenna used for this transmitter must be installed to provide a separation distance of at least 20 cm (7.874 in.) from all persons. It must not be located or operated in conjunction with any other antenna or transmitter.
Changes or modifications made by the user and not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.

Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a  particular installation. If this equipment does cause harmful interference to radio or television reception, which  can be determined by turning the equipment off and on, the user is encouraged to try to correct the  interference by one or more of the following measures:

1. Reorient or relocate the receiving antenna.
2.  Increase the separation between the equipment and receiver.
3. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
4. Consult the dealer or an experienced radio/TV technician for help.

Note: The 1100 Series wireless system is a two-way supervised wireless design. It is compliant with FCC rules as they pertain to 900 MHz Spread Spectrum devices. In rare instances, it has been observed that certain 900 MHz cordless telephones may occasionally experience a clicking sound on the telephone while in use. If this occurs, it may be resolved by selecting a different channel on the cordless telephone or replacing the cordless phone with a different brand or model of 900 MHz telephone or other cordless telephones.

INDUSTRY CANADA INFORMATION

This device complies with Industry Canada Licence-exempt RSS standards. Operation is subject to the following two conditions:

1. This device may not cause interference, and
2.  this device must accept any interference, including interference that may cause undesired operation of the device.

This system has been evaluated for RF Exposure per RSS-102 and is in compliance with the limits specified by Health Canada Safety Code 6. The system must be installed at a minimum separation distance from the antenna to a general bystander of 7.87 inches (20 cm) to maintain compliance with the General Population limits.

1184
Specifications
Sensor Life Expectancy – Minimum of 3 years, maximum of 6 years
Battery
Life Expectancy – Minimum of 2 years (normal operation) 3 V Lithium
Low Battery 2.7 V – CR123-FIRE
Frequency Range  – 905 – 924 MHz
Dimensions  – 5.8” x 2.2”(14.3 cm x 6.1 cm)
Color –  White

Designed, engineered, and manufactured in Springfield, MO using U.S. and global components.
LT-1196 1.03 20115
© 2020

Patents
U.S. Patent no. 7,239,236
Certifications
California State Fire Marshal (CSFM)
FCC Part 15: CCKPC0104
New York City 1100 Series Wireless (FDNY COA #6167)
Industry Canada: 5251A-PC0104
Underwriters Laboratory (UL) Listed
ANSI/UL 2075 Gas and Vapor Detectors and Sensors

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