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WARN
Municipal Wireless with AES Intellinet is truly the
most effective, inexpensive, and reliable way to provide radio fire alarm
monitoring of the properties in your community.
Did you know???:
According to NFPA 72
a fire department receiving
alarms from protected premises can fall under NFPA 72 Chapter 8 Supervising
Station and/or Chapter 9 Public Safety reporting.
Supervising Station systems are clearly required to include key safety features
that Public Safety systems are not!
Don't be mislead - the differences are critical! Don't
take unnecesssary risks with anything less than the very best.
Don't take our word for it check it out yourself and see why
wise, well informed fire departments choose the
intelligent and safe
choice: The AES IntelliNet Supervising Station
system.
Click here for a very important comparison between the two systems
Creating a Regional County wide dispatch system?
WARN by Easton Electronics provides a simple to
use yet highly informative and redundant seemless integration between existing
reporting systems as well as the AES IntelliNet radio reporting system
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Click
here to see when our next AES Seminar is scheduled
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How
it works:
The
AES Intellinet is an intelligent network consisting
of wireless transceivers (combination transmitter and
receiver units) that are installed at each property
throughout the city/town and used to monitor the fire
detection system installed at the premises. The transceivers
work together to form an intelligent "web"
of protection throughout the city/town. Each unit is
not only a transmitter and receiver but also a repeater.
The units furthest away from the receiver "bounce"
their signals off the nearest transceiver, which in
turn passes the signal to the next closest transceiver.
The signals continue to be passed from transceiver to
transceiver until the signal arrives at the actual receiver
(usually installed at the fire department). The signals
are received by the receiver usually sooner than a hardwired
communicator could even finish dialing a phone number
or a master box could finish sending one round of code.
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Unmatched reliability:
The
network is incredibly reliable because of its inherent
redundancy. The transceivers are constantly adapting
to their environment by monitoring their paths to the
receiver. If one path fails it simply re-routes it’s
signal through other transceivers. Typical radio master
boxes rely on one path to the receiver. If environmental
conditions or other factors such as new construction
block it the signal has no other way to get through
to the receiver. The transmission will not be received!
Unlike the AES Intellinet, typical radio master boxes
do not receive any acknowledgement from the receiver
so the transmitter will never know that the transmission
was not received!
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Integrated Alarm Automation Dispatch Software:
The
AES system includes state-of-the-art alarm automation
and dispatch software. This software allows unlimited
flexibility in automatic critical dispatch information.
The software allows all the information you need to
appear instantly on screen with critical data such as:
Type of alarm, location of the alarm, CAD graphics showing
the building layout, operation of outputs at the protected
premises, and any data you may need to know about the
property such as Hazmat information, contents stored
on site, and much more. This eliminates the old method
of having to read an account or master box number and
then having to manually look up the property information
related to the alarm. With the AES system this information
appears instantly when an alarm is received saving valuable
time and allowing for a more accurate response.
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Seamless Integration with Existing Telegraph/100mil Systems:
Our
optional MCP (Municipal Circuit Processor) allows for
a seamless integration between the old telegraph/100mil
technology (hardwired master and street boxes) and the
state-of-the-art technology of the AES IntelliNet system.
The MCP allows a city/town/campus to phase over to their
new AES IntelliNet system at their own pace or keep
the old system and simply integrate it into the new.
The
MCP accomplishes this integration by allowing continued
usage of the existing in-house signaling method (usually
house bells or gongs) but further enhances this method
by additionally signaling alarms received via the AES
radios. Any alarms received from existing street or
master boxes will sound the house bells as they always
have but will now also be displayed on the automation
computer along with unlimited pertinent data stored
for that property such as name, address, contact information,
etc. Secondly, any alarms received from the AES radios
are also displayed on the same automation screen but
will also code the house bells to signal the radio account
number of the radio sending the alarm. This exclusive
option keeps the alarm signaling method familiar making
the transition to the new system simple and well accepted
by all.
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AES Intellinet |
Typical
Radio Master Box |
| Multiple
paths to the receiver. The network automatically
routes transmissions through the quickest path
to the receiver |
One path
to the receiver. If the path is blocked the
transmission will not be received |
| Self-healing
adaptive network. The network automatically
reroutes signals around obstructions caused by
environmental changes, new construction, etc.
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One path
to the receiver. If the signal is blocked
the transmitter must be physically adjusted or
relocated |
| Transceiver
receives an acknowledgement of the transmission
from the receiver assuring the signal was
received |
Transmitter
blindly sends transmissions to the receiver
without receiving back any acknowledgement
from the receiver. |
| Programmable
from the receiver |
Must
be programmed on-site |
| Transceivers
are self-enrolling in the network. Each unit
automatically "learns" the best path to the receiver
and automatically relocates new paths if one should
become blocked |
Transmitters
must be adjusted and located to obtain the
best single signal path to the receiver and manually
re-adjusted if that path becomes blocked |
| Ability
to review the network paths of the transceivers
from the receiver |
Only
has one path |
| Each
transceiver is a transmitter and a repeater.
Each transceiver bounces signals off the next
unit closest to the receiver until the transmission
arrives at the receiver forming a "web" of repeaters
and multiple paths to the receiver. The more units
installed the stronger the network becomes |
Each
unit is simply a transmitter that sends a
blind transmission via one single path that hopefully
reaches the receiver |
| Transceivers
installed cost: LESS
than $1900
for most
installations |
Transmitters
installed cost: MORE
than $5000 for most installations |
| Transmits
and receives using advanced digital packet technology
highly resistant to jamming |
Uses
AM/FM transmissions |
| Most
installations require "rubber ducky" antennas
simply mounted right on the unit within the building
dramatically reducing installation costs and
lightning exposure |
Installations
require antennas mounted high atop the building
increasing installation costs and lightning exposure |
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| Compare
the facts and decide for yourself!
The Choice
is clear
The AES Intellinet
provided by Easton Electronics
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top ]
For more information please call us
at: 1(800) 879-3117 ext. 10 |
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Click
here for details and specifications on the
AES IntelliNet Series Fire Radio Subscriber Unit
(300KB pdf file) |
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Click
here for details and specifications on the
7700 / UL-AA and NFPA-72 Listed Receiving System Info
(2MB pdf file)
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Stay
ahead of the competition join today!
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© 2003 Easton Electronics, Inc.
All Rights Reserved
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