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7744F17788 F
CORPORATION For Alarm Monitoring
RF Subscriber Unit
UL Fire, AA Burglary and NFPA -72 Compliant
• Options for Full Data for
UL Listed
Fire and Burglary
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UL Listed Central
Station I % /�'� � � i ° � � ° �' • Available in 7744E & 7788E
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Remote Station i i. ;, . �— Zone Configurations
864 Ed 9, 827, 1610, ' I 1 0,] •
365, 681 e , •
> •_ Built -in Power Supply and
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CSFM ( . g Battery Charger
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NFPAV' • p :.
RF Section 8 6 3.5 r.=
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Co r tionally Approved......... I I
See . a to. Follow........•...... C I
Advanced Wireless Alarm Monitoring -
The 7744F/7788F smart subscriber unit links an alarm panel to P 1 N i ber. � — i riA A
an alarm monitoring central station. This 2 -way transceiver and ; I 44 :: 110 ' O - WAIT. it
repeater in one is housed in a full size locking steel cabinet f �#67'f.� /1•.. .n. ' t_____, �,�y a
superior us s «�� • Y •.
erior erformance. The 7744F/7788F supports a wide range lD 0 In �®--� ^FTM�N
P performance. PP 9 E. usreo :�...��:.. -PA
of inputs such as NO /NC /EOL and direct voltage. It automatically
senses wire and antenna cuts, and monitors battery and AC =, "'"" - ---9
power status. Advanced status reporting, self - diagnostics and a . --
n
built -in power supply make the 7744F/7788F the first choice for
all wireless alarm communication needs. fI '" ' - . . - �_T
_
Full Data for Fire and Burglary , t !
Use with the optional Firetap for full fire data or the IntelliTap for a ' ; .� I . 4 1
full fire and burglary data 1 Wireless mesh networking is an
i nnovative technology adopted by
-- .:J many industries with applications
Avaifable Conflgurations Available = Options that need to communicate data over
7744F — 4 reversing FireTap 7770 - a large geographic area with a high
polarity inputs plus 4 IntelliTap 7067 _:y level of reliability at a low total cost
' =5 of ownership.
programmable EOL inputs
NEMA 4 Enclosure
-- The advanced design and 2 - way
7788F — Programmable EOL High Gain Antenna 1 communications capability provides
inputs with 8 zones Additional Back Up Battery y easy installation, expansion, and
Available in Burglary Beige El management when compared to
alternative communication methods,
or Fire Red both wired and wireless.
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OFFICE COPY
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AES_7744F 7788F qxd 8/24/2009 11.04 AM Page 2
4) .
7744F/7788F
RF Subscriber Unit
Technical Specifications Available configurations
Radio AC Status i • 7788F, 8 EOL inputs
Standard CSAA frequency ranges: Reports to central station after
450 -470 MHz and 130 -174 MHz, VHF approximately 60 minutes without AC • 7744F, 4 EOL inputs w/4
and UHF. Others available power, reports power restored after reverse polarity inputs
Standard Output Power approximately 60 minutes of restor
2 watts (requires FCC license) power. programmable from 60 to 180
it
minutes Ft
Power Input Antenna Cut (local reporting) -
16.5 VAC, 40VA UL listed
Class II transformer required Form 'C' Contact 1 AMP
Voltage Size
12 VDC nominal 13.25'H x 8.5'W x 4.3'D
34cm x 21.5cm x 11cm -
Current
175mA standby; 800mA transmit Weight
Alarm Signal Inputs 6.4 Ibs, 2 Kilograms
(excluding battery)
• 4 individually projrarriniable Zone`s': .
.NO/NC/EOL, C /EOL, trouble restore Colors r.
r • AS?132oa,.��..:, • -t• ... ,: ° °t'" ss"AVellable in standard _
• Reversipg.voltage (7744F'only)"12
Burglary Beige or Fire Red
▪ ' 24 VDC Please specify when ordering ; ii
': Operating Range Available Options _.
WIG:) 50°C;'3 ° td 1 2 2 °F " , • 7748F RF subscriber unit
' "Sttrdg_'Temperati>ire Range "wi 8 EOL inputs
• 1O tofi8 °C, 14° to•140 °F - _- 7yb4F RF su bscriber unit with 4
COL inputs and 4 reverse polarity
=Relative Humi -- -- — inputs
0 -85% RHC non - condensing .7770 FireTap Si
Back up Battery • 7067 - IntelliTap
12V, 7.5 AHr
• NEMA 4 Enclosure
Low Battery Reporting . f-' ' H
22.5- minute test cycle Please specify when ordering _A
q
AES - IntelliNet' is the industry leader in delivering high quality wireless mesh _A
networks to the fire and security industry in commercial, corporate, government, TA
and educational applications with its broad line of products and advanced network - ''
management tools. Users of AES - IntelliNet networks have gained significant revenue.
communications, and cost advantages while meeting the high standards of reliability =
required for the fire and secunty industry. AES - IntelliNet alarm monitonng systems are l
deployed at hundreds of thousands of locations in over 130 countries O.
_
:: A ES Intelil ..s.
CORPORATION For Alarm Monitoring
For more information —
Call 800 -AES -NETS (800 - 237 -6387)
AES Corporation 1 285 Newbury Street I Peabody, MA 01960 USA ih Copyright 2009 AES Corporation
E:::::41 AES- InfeltNet is a registered trademark of AES Corporation
Tel. +1 978- 535 -7310 Fax +1 978- 535 -7313 I Email info @ores- intellinet.com EiS
Web www aes- intellinet.com 7744F17788F/08/09
1
Current Draw Worksheet
Device # of Devices Current per Device Standby Alarm Current
Current
For each device use this formula: This column X This column = Current per number of devices.
7744F/7788F Standby: 75 mA 175 mA
1 Alarm: 135 mA 800 mA
Standby: 25 mA mA
(3 max.) Alarm: 40 mA mA
7181 (2 max) by configuration Standby: 38 mA mA
4 -wire to 2 -wire
Alarm: 61 mA mA
Class A Style D Standby: 38 mA mA
to Class B Style B
Alarm: 176 mA mA
Class B Style B Standby: 52 mA mA
to Class A Style Alarm: 90 mA mA
Total System Current 175 mA 800 mA
Smoke Detectors
Standby: mA mA
Alarm: mA mA
Standby: mA mA
Alarm: mA mA
Standby: mA mA
Alarm: mA mA
Standby: mA mA
Alarm: mA mA
Smoke Detector Current mA mA
Notification Appliances
Alarm: mA mA
Alarm: mA mA
Alarm: mA mA
Alarm: mA mA
Notification Appliances Current mA
Additional Devices
Standby: mA
Alarm: mA
Standby: mA
Alarm: mA
Additional Devices Current mA
Total current ratings of all devices in system .175 mA mA
Number of standby hours (24 or 60 for NFPA 72, chapter 1, 1- 5.2.5): 24 H
Total standby AH 4.2 AH
Alarm sounding period in hours. .4998 H
Total alarm AH .402 All
* Total ampere hours required 4.6 AH
RESPONSE SYSTEMS
Radio Installation
This is the fire alarm dialer submittal for the Tigard - Tualatin School District location (9000
SW Durham Rd, Tigard, OR 97223). The AES - intellinet 7788F will be the pathway of
communication and will be connected to the existing Panel. We will not alter the existing fire
system in any way; we will only be eliminating the phone lines which are currently monitoring the
fire system and replace them with an AES - intellinet 7788F.
The NFPA 72 AES - intellinet network is designed to transmit data from each transceiver and
arrive to the central station via one of two IP- links. An IP -Link is used to collect data from radio
signals supplied from a subscriber unit that are then forwarded using one of two communication
paths. Those methods are a POT's line, which is a dedicated copper twisted pair phone line & an
IP (internet) connection. The IP -Links are installed according to UL & NFPA 72 installation
requirements
Transceiver supervision will be obtained by the following: each antenna is supervised on
the 7788F and in the event of the antenna being cut, local acknowledgement and annunciation will
be provided at the panel. In addition, the radio communicator will provide a timer test every 12
hours. If a transceiver is too far to reach an IP -Link directly, it simply hops the data to the next
closest transceiver and that transceiver relays it to the IP -Link. The Central Receiver is
responsible for data to the alarm automation software. If any data cannot be relayed via one route,
the mesh network automatically selects the next best route from 8 available routes at any given
time. Our network dynamically and automatically adapts to changes in the network caused so it is
highly redundant and reliable.
The AES - intellinet wireless mesh network has been accepted under NFPA 8.6.3.5 One
Way Private Radio section. This section is approved by meeting the criteria in Annex A under the
One Way Private Radio section. AES - intellinet has also been received SSFM (California State
Fire Marshal) approved and UL listed 864 (9, 827, 1610, 365, 681 editions). The manufacturer
AES Corp. has acquired all UL certifications for the following equipment used; (2) 7705i central
station receivers, (2) 7170 IP Link subassembly, and all 7788F 8 zone two -way RF Transceivers.
First Response Systems has also acquired and FCC license to broadcast at the frequency of
542.7875 MHZ valid through 7 -16 -2019 within a 59.7 miles radius.
4970 SW Griffith Drive #201 Beaverton, OR 97005 • Phone (503) 641 -6795 • Fax (503) 207 -5301
CCB# 111713 I www.fr- inc.comisystems
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_ Tigard Tualatin School District Flow Diagram Using NFPA 72 8.6.3.5 One Way Radio Primary Reference Annex A for criteria for approval
H
Z1 -HEAT DETECTOR -FIRE IP -Links 1 & 2
AES 7788F D - FIRE BELL ANNUCIATOR are connected via radio
Z3 -PULL STATION -FIRE IP -LINK 1 path to the AES 7788F
24- TAMPER - SUPERVISORY A001 with a constant check in
25- TAMPER - SUPERVISORY to the central station
26- TAMPER - SUPERVISORY Radio receivers.
12v 7ah Z7- TAMPER - SUPERVISORY
1 120v ac 28 -PANEL TAMPER POTS
1 12v 7ah I IP Connection
Testing 1120v AC
*Each Routing table from AES 7788F must show both IP- links. Radio signal converted to Data
* If the Antenna is not present it should display locally on the FACP.
* In case of a down IP Connection, the moden in the IP -LINK
should become the Primary communication path until the IP connection is .
restored. IP -LINK 2
POTS A002
Central Station Reciever 1 Primary IP Connection
Data from IP -Links
POTS < POTS
Central Station Reciever 2 Secondary IP Connection 12ah 7ah IP Connection
1120v AC
All data is received and sent to automation software. Both Reciever are Radio signal converted to Data
supplied with their own independant IP connections & dedicated POTS
lines. The Central Station Reciever are located in a UL listed and Approved Central station.