Notifier IPDACT-2-2UD User Manual

IPDACT-2/2UD

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DN-60408:D2

FireWatch™

IP Series:

IP Fire Alarm Communicator

General

The new FireWatch™ IPDACT-2 and IPDACT-2UD are IP
Communicators from NOTIFIER. These IP Communicators
are UL 864 listed for signaling under Other Transmission Tech­nologies and comply with NFPA 72 requirements.

Refer to the IPDACT Series Installation Document PN 53109
for more information.

Both models connect to the primary and secondary communi­cation ports of the panel's DACT, converting the analog signals
into digital signals at the panel for transmission to a compatible
Teldat VisorALARM PLUS IP receiver at a central station. The
panel operates normally during an alarm, supervisory or trou­ble event and sends contact-ID formatted analog information
out of the telephone ports to the IP Communicator. The IP
Communicator reformats the data into highly encrypted Ether­net UDP packets for transmission to a compatible receiver at
the central station. This new listing only requires an IP connec­tion. No backup analog phone line is necessary. Customers
can still use a traditional backup phone line from the panel's
second phone port if desired.

With compatible Contact ID DACT-equipped panels, the IP
Communicators allow for faster and more economic digital
alarm transmissions, improving response times and decreas­ing costs found with traditional analog systems. They offer
supervised line functionality, where a central station can detect
any off-line alarm panels within seconds. On the central station
side, a compatible VisorALARM® Plus IP receiver from the
Teldat Corporation emulates popular receiver formats and
allows seamless integration into existing conventional central
station architectures.

The benefit of an IP Communicator is that it is always on,
increasing the security and supervision of the central station
connection from once every 24 hours for a supervisory test
signal to once every 30 - 90 seconds.

The IPDACT-2UD allows a programmer to upload and down­load data between the user's PC and a supported fire alarm
panel. The panel and PC can be anywhere on the world wide
web or within a corporate intranet.

The user’s computer runs a program called UDPORT.exe to
capture the modem signals from PS-TOOLS panel program­ming software. In UDPORT.exe the user enters the main IP
address of the VisorALARM receiver, the UDP port to use,
username, and password. Instead of using the PC’s modem,
this process communicates between the IPDACT-2UD’s
modem at the panel and the panel’s own modem. While speed
is still limited to the baud rate of the panel's modem, panel
communications are now 100% digital over IP from the remote
program PC all the way to the remote panel installation. This
eliminates any dropouts in modem communications caused by
noise or other factors. If an alarm should occur during upload
or download, the panel is able to interrupt modem communica­tions immediately and transmit the alarm to the central station.

Each IPDACT-2UD is registered in the VisorALARM Receiver
with a unique serial number. A subscriber number must be
entered into the subscriber number database field for each
IPDACT-2UD. This same number is entered into the subscriber
telephone number field (panel to call) in PS-TOOLS as if call­ing the panel on a telephone. If these numbers match, and the

Miscellaneous

master username and password are correct, full duplex com­munication is permitted to the panel.

NOTE: UL 864 Ninth Edition prohibits downloading to a panel with­out entering a local panel password. Uploading is permitted at any
time without entering a password.

Features

• Listed to UL Standard 864, Ninth Edition when used with
Notifier UL 864 Ninth Edition-listed panels.

• Eliminates the cost of two dedicated phone lines. Only the
customer’s shared IP equipment is required.

• Can use newer low-cost, non-analog, digital telephone ser­vices such as cable or fiber optics.

• Increases connection supervision to the central station from
the once-a-day test signal to once every 30 - 90 seconds.

• Requires no change to the existing panel configuration. The
IP Communicator connect directly to the primary and sec­ondary analog panel telephone ports.

• Fast alarm transmission (less than 10 second transmission
time).

• Works over any type of customer-provided Ethernet 10/100
Base network connection (LAN or WAN), DSL modem or
cable modem.

• Data transmits over standard contact-ID protocol but is
secured with the industry’s highest level of encryption (AES
512 bit).

• Supports both dynamic (DHCP) or Public and Private Static
IP addressing.

• Supports dual-destination IP receiver address for high
redundancy configurations: all signals are sent to a second­ary address should the primary become unavailable.

• User programmable UDP ports for flexibility and compatibil­ity with firewalls and other network security components.

• Supports an optional third maintenance receiver installed at
the end user’s facility that permits local alarm monitoring.
Alarms are received simultaneously at both the central sta­tion and the customer’s facility. A filter can be applied to

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annunciate specific alarm types such as trouble-only

IPBRKTinstall3.wmf

Mounting in the

Control Panel Enclosure

52424300ULX.wmf

Fire Alarm

Control Panel

(FACP)

Circuit Board

Primary

Phone

Line

Metal conduit

Mounting in the HP300ULX Power Supply

IP
Communicator

HP300ULX
Power Supply

events.

• Supports upload/download using existing, familiar program­ming tools.

• Two supervised inputs and two outputs.

Easy to Program

There are three ways to configure the IP Communicator:

1. Console terminal using the HyperTerminal™ software

program found on all Microsoft® operating systems.

2. Local or remote Telnet session via Ethernet connection.

3. Windows-based configuration software (shipped with IP

Communicator).

The IP Communicator can be pre-programmed. The program­mer enters all central-station information and an auto-registra­tion password. This is saved to the unit’s flash memory. When
the IP Communicator is installed at the site and connected to
the Internet/Intranet, it registers itself with the central station
receiver. This eliminates the need for a PC at the remote site
for programming. The IP receiver at the monitoring station will
automatically configure other parameters during registration.

• For most installations, the only required parameters are:

• Selection of either DHCP or Static IP

• Destination primary and secondary receiver IP addresses

• Account identification number (CID)

• Port number

• Installation password

All of these parameters are assigned by the central station.
See “Installation Requirements” for full details.

Panel Capabilities

The IPDACT-2/2UD unit is compatible with the following UL
864 Ninth Edition fire alarm panels: NFS-320, NFS2-640,
NFS2-3030, NCA-2, FireWarden-100-2 (NFW2-100), FireWar­den-50 (NFW-50), SFP-5UD, and SFP-10UD. The IPDACT-2/
2UD is also compatible with Notifier legacy Fire Alarm Control
Panels. See the IPDACT Series Installation Document PN
53109 for more information on compatibility and use of the
UDACT Universal Digital Alarm Communicator Transmitter.
Use 411 or 411UD Slave Dialer and HP300ULX power supply

to connect to Alarm Trouble and Supervisory relay outputs of
any competitive fire panel.

If using 411 or 411UD Slave Dialer with a competitive fire
panel, the HP300ULX power supply is required for mounting
and powering the IP Communicator. Order bracket kit PN:
IPBRKT separately. Both enclosures must be close-nippled to
the FACP.

The following panels may use an internal mounting bracket
(PN IPBRKT) for use with the common enclosure or can use
the HP300ULX power supply when more power is required:

– NFW-50
– NFW2-100
– SFP-5UD
– SFP-10UD

NOTE: See “Installation Requirements” for current draws.

VisorALARM PLUS® IP Receiver

The FireWatch™ IP Communicator reports to the
VisorALARM-PLUS IP receiver (manufactured by the Teldat
Corporation). Each IP receiver can manage up to 3,000 IP
Communicator accounts and is compatible with existing cen­tral station alarm monitoring software.

The VisorALARM IP receiver is based on high-availability
router technology and uses a high-performance embedded
operating system for higher reliability and efficiency. All IP
receiver configuration and operating data is backed up to a
smart card. This allows for an immediate equipment replace­ment within 60 seconds with almost no downtime and no infor­mation loss. The Primary and Secondary receiver
configurations provide maximum level of redundancy and both
can be backed up by additional “clustered” receivers for the
highest reliability available in the industry. Both receivers com­municate in real-time over the network to keep information
synchronized and up-to-date. Each VisorALARM Plus
Receiver can handle up to 20 concurrent TCP/IP connections
from Upload/Download Users.

Installation Requirements

The following are required for proper installation of the IP
Communicator:

• 24 VDC nonresettable, filtered, regulated power:

– IPDACT-2UD : 155 mA in alarm; standby 98 mA.
– IPDACT-2: 136 mA in alarm; 93 mA standby.

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• Ethernet network connection (ITE-listed router/gateway).

To Alarm, Trouble,

Supervisory

Output Relays

on FACP

(2.2KS ELRs at FACP)

Communicator Fault

to monitor module

on FACP SLC Loop

or in-line of

NAC on FACP

Connecting the IPDACT, 411UD and HP300ULX

HP300ULXto411ud2.wmf

• Although not required to meet NFPA, a small UPS is recom­mended to provide backup power for customer-provided
router/switch (the HP3-300ULX can provide 12 VDC
backup power for small 12 volt routers drawing 500 mA or
less for over 24 hours).

• Dynamic or static IP address (dynamic addressing requires
DHCP server present on the local network. NOTE: DSL and
cable modems typically use dynamic addressing as sup­plied by network providers).

• UDP port for IP communication with the monitoring station
(default port: 80 may be changed by central station).

• Destination IP addresses of the IP receivers where the
communicator will be sending alarms and other events (If
installed on a private Intranet, the gateway address of the
public router will be required to allow the IP card to access
the Internet and the public router at the central station).

• Panel account ID number (CID).

• Installer password (provided by the monitoring station man­aging the IP receiver).

• Separate username and password supplied by central sta­tion for upload/download operation. (Note: this is different
than installation password.)

MOUNTING METHODS

There are four mounting methods depending on project
requirements and panel used.

1. The IP Communicator can be mounted directly inside the
common enclosure used with the NFW-50, NFW2-100,
SFP-5UD, and SFP-10UD. When mounting inside the com­mon enclosure the IPBRKT is used as shown on the previ­ous page. A special polycarbonate cover is supplied that
serves to protect the unit from installed batteries.

2. The IP Communicator can be mounted in a CAB-3/4
Series Cabinet using the IP Communicator Chassis Mount­ing Kit P/N IPCHSKIT. The IPCHSKIT mounts onto a CHS­4/N, CHS-4L, CHS-M3, or NFS2-640 Chassis. If the sys­tem configuration does not support the installation of the
IPCHSKIT, use the IPENC enclosure.

3. The IP Communicator can be mounted inside the small
add-on IPENC enclosure. This is typically used with previ­ous panels that did not use the common enclosure. This will
be connected to the fire alarm panel with a short piece of
conduit.

NOTE: The 411UD application for monitoring Alarm, Trouble and
Supervisory relays of a competitive FACP requires mounting both
the 411UD and IPDACT-2UD inside the HP300ULX.

4. When more power is required, the IP Communicator can
be mounted inside the HP300ULX power supply. The power
supply should be connected to the fire alarm panel with a
short piece of conduit.

NOTE: Refer to the IP Communicator Series Installation Docu­ment PN 53109 for additional installation information.

PROGRAMMING OPTIONS

1. Console terminal using the HyperTerminal software pro­gram found on all Microsoft operating systems. Requires
serial programming cable PN ALMSC-119.

2. Local or remote Telnet session via Ethernet connection.
Requires either switch/hub connection or Ethernet cross­over cable from laptop to Ethernet Port and programming
PC. The PC’s IP address must be set to the default range of
the IPDACT-2/2UD such as 192.168.0.XX.

3. Windows-based configuration software (shipped with IP
Communicator version 6.0 or higher). Version 6.0 permits
use of either Ethernet Crossover cable or Serial Cable.

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ORDERING OPTIONS

IPDACT-2: IP Communicator. Includes configuration software,
manuals, and prepared 30" telephone cable for connection to
panel’s DACT telco ports.

IPDACT-2UD: IP Communicator with upload/download capa­bility (2UD modem daughter board). Includes configuration
software, manuals, and prepared 30" telephone cable for con­nection to panel’s DACT telco ports.

2UD: Optional modem daughter board for upgrading an
IPDACT-2 to an IPDACT-2UD.

IPBRKT: Mounting bracket kit consisting of screws and battery
shield with standoffs. Required for mounting in lower enclo­sure section of NFW-50, NFW2-100, SFP-5UD, and SFP­10UD. Required for use with 411 and HP300ULX in competi­tive fire panels.

IPENC: External mounting enclosure consisting of mounting
bracket IPBRKT, and screws. Enclosure must be “close-nipple”
to a panel. (Red; order IPENC-B for black.)

IPSPLT: Y adaptor option to allow connection of both panel
dialer outputs to one cable input to IPDACT-2/2UD.

ALMSC-119: Serial programming cable.

HP300ULX: Honeywell Power Products UL 1481-listed auxil-

iary power supply. Enclosure must be “close-nipple” to a panel
via conduit. Requires IPBRKT purchased separately.

IPCHSKIT: IP Communicator Chassis Mounting Kit. For
mounting an IPDACT-2/2UD onto a CHS-4/N, CHS-4L, CHS­M3, or NFS2-640 Chassis.

System Architecture/Operating Theory

The FireWatch IP Communicators and an Ethernet connection
simply replace the telephone lines as the primary communica­tions path to the central station. It connects to customer sup­plied network equipment with a gateway to the Internet. The
communicators provide supervised telephone line voltage to
both panel DACT ports. Upon network communication loss,
telephone line voltage is dropped to the panel and panel
reports communication loss trouble. The communicators moni­tor the connectivity to both the primary and secondary receiver
at the central station. Upon failure of a central station receiver
the backup automatically and instantly assumes the primary
role. The communicator supervises the connection to the cen­tral station at a minimum of once every 90 seconds.

For a Fire or Trouble event, The Fire Alarm Panel will send
Contact ID alarm event information from its DACT port. The
communicator will sense the off-hook status of the panel and
accept all data. The IP Communicator will then immediately
packetize the Contact ID information into UDP protocol and
encrypt it with 512 bits of AES encryption and send it to the
central station. The central station receiver will decrypt and
unpacketize the Contact ID information and present it to the
central station automation software. Upon operator acknowl­edgement the kiss-off signal will be sent back to the panel.

In addition to Contact ID alarm communication, the IPDACT­2UD version 6.0 supports upload and download to the panel
from anywhere on the Internet. This communication uses stan­dard modem control signals wrapped up in TCP/IP packets.
Standard programming software such as PS-TOOLS are used
on the remote programming PC. A separate application

(UDPORT.exe) is started on the programming PC. This soft­ware contains settings that include central station receiver IP
address, port number, upload/download username and pass­word (supplied by central station). UDPORT is set to a specific
communication port that will be used by the programming soft­ware. The PK-PLUS program is also set to this same commu­nication port. The programming software must contain a
subscriber number that matches the desired remote IPDACT­2UD card’s subscriber number set at the central station. PK­PLUS “dials” the remote via standard ATDT modem com­mands. The IPDACT-2UD v.32 modem daughter card sees the
modem commands via TCP/IP and provides a RING to the
panel. The modem on the panel handshakes with the local
IPDACT-2UD modem and communications begin. While com­munications are limited to the panel’s baud rate, the advantage
is that all communications from the remote site programming
PC all the way to the remote panel are fully digital and are not
subject to drop outs due to phone line noise.

Temperature and Humidity Ranges

This system meets NFPA requirements for operation at 0 ­49°C/32 - 120°F and at a relative humidity up to 93% ± 2%RH
(non-condensing) at 32°C ± 2°C (90°F ± 3°F) However, the
useful life of the electronic components may be adversely
affected by extreme temperature ranges and humidity. There­fore it is recommended that this system and its peripherals be
installed in an environment with a normal room temperature of
15-27°C/60 - 80°F.

Agency Listings and Approvals

The listings and approvals below apply to the IP Communica­tor. In some cases certain modules may not be listed by cer­tain approval agencies, or listings may be in process. Consult
factory for latest listing status.

• UL: S2424, S624

• CSFM: 7300-0075:223.

FireWatch™ is a trademark and Notifier® is a registered trademark of
Honeywell International Inc. HyperTerminal™ is a trademark of Hilgrave Inc.

Microsoft® is a registered trademark of the Microsoft Corporation.
VisorALARM® is a registered trademark of the Teldat Corporation.

©2012 by Honeywell International Inc. All rights reserved. Unauthorized use
of this document is strictly prohibited.

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This document is not intended to be used for installation purposes.

We try to keep our product information up-to-date and accurate.

We cannot cover all specific applications or anticipate all requirements.

All specifications are subject to change without notice.

For more information, contact Notifier. Phone: [phone], FAX: [phone].

www.notifier.com