Monroe One-Net SE User manual

FLEXIBLE EMERGENCY MESSAGING PLATFORM
Monroe Electronics, Inc. / Digital Alert Systems
100 Housel Ave • Lyndonville, NY 14098
One-Net™ SE & DASDEC™-II
Version 3.0
USER MANUAL
Provided by: Mega Hertz 800-883-8839 [email protected] www.go2mhz.com

FCC Informaon
FCC ID: R8VDASDEC-1EN
The One-Net SE and DASDEC-1EN comply with Part 11 (47 CFR 11) of the FCC’s rules for EAS encoders
and decoders, including a Declaraon of Conformity for Common Alerng Protocol (CAP) compliance,
and are registered with the FCC under idencaon number: R8VDASDEC-1EN.
This equipment has been tested and found to comply with the limits for a Class A digital device,
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protecon against
harmful interference when the equipment is operated in a commercial environment. This equipment
generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance
with the instrucon manual, may cause harmful interference to radio communicaons.
Operaon of this equipment in a residenal area is likely to cause harmful interference in which case
the user will be required to correct the interference at his/her own expense.
Copyright © 2004-2016 Monroe Electronics, Inc. All rights reserved.
Monroe Electronics® is a registered trademark of Monroe Electronics, Inc.
Alert Agent™, DASDEC™, EAS-Net™, MulPlayer™, MulStaon™, One-Net™, OmniLingual™, PureCAP™, and TDX™ are
trademarks of Monroe Electronics, Inc. All other trademarks menoned in this document or website are the property of
their respecve owners. While every precauon has been taken in the preparaon of this document, Monroe Electronics
assumes no responsibility for errors or omissions.
Neither is any liability assumed for damages resulng from the use of the informaon contained herein.
Safari is a registered trademark of Apple Inc.
CODI is a registered trademark of Chyron Corporaon.
Chrome is a registered trademark of Google Inc.
VDS-830, VDS-840, Starmu and Star-8 are trademarks of Keywest Technology, Inc.
Internet Explorer is a registered trademark of Microso Corporaon
Firefox is a registered trademark of the Mozilla Foundaon
SAGE & ENDEC are trademarks of Sage Alerng Systems, Inc.
SqueezeMax is a trademark of Utah Scienc, Inc.
Contact Informaon:
Monroe Electronics, Inc. / Digital Alert Systems
100 Housel Ave • Lyndonville, NY 14098-9508
Technical Support:
Oce: 585-765-1155
Disclaimer
MONROE ELECTRONICS, INC. MAKES NO WARRANTY OF ANY KIND WITH REGARD TO THIS MATERIAL, INCLUDING, BUT NOT LIMITED
TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. Monroe Electronics shall not be
liable for errors contained herein or for incidental or consequenal damages in connecon with the furnishing, performance, or use
of this material. The only warranes for Monroe Electronics products and services are set forth in the express warranty statements
accompanying such products and services. Nothing herein should be construed as constung an addional warranty. Monroe
Electronics shall not be liable for technical or editorial errors or omissions contained herein.

Table of Contents
Introducon
Icons
Highlights
Organizaon
Convenons
Chapter 1: Hardware Overview
Introducon
Front Panel
Back Panel
Chapter 2: Hardware Connecons
Installaon
Network Connecons
Radio Antennas
Audio Wiring
AES Digial Audio Wiring
Video Wiring
General Purpose Input/Output (GPIO)
Serial Port Wiring
MPEG Encoder Card Wiring
Power Connecons
Chapter 3: Inial Setup
Making First Contact
Web Interface Login
Chapter 4: Web Interface
Tabs, Buons, Hyperlinks, Pull-Downs, Check Boxes, and Text Fields
Web Interface Layout
Web Interface Navigaon
How to Make Changes and Updates
Chapter 5: Setup Tab
Server Setup
Network Setup
Time Setup
Users Setup
Email Setup
Audio Setup
Video/CG Setup
Alert Agent Setup
Staon Setup

Demo/Pracce Setup
Net Alert Setup
GPIO Setup
Printer Setup
Alert Storage Setup
Chapter 6: Alert Events Tab
Incoming Alerts
Incoming/Decoded Alerts
Forwarded Alerts
Originated/Forwarded Alerts
Originated Alerts
All Alerts
Chapter 7: Send Alerts Tab
General Alerts
One-Buon Alert
Custom Message
Chapter 8: System Tab
Help
Status
Logs
Debug Logs
Chapter 9: Appendix
Hardware and Soware Specicaons
The Emergency Alert System
Peripherals
EAS Protocol
Terms & Denions
One-Net and Digital Alert Systems Chart
EAS Device Setup Worksheet

One-Net/DASDEC User Manual iv3.0 | r0616
INTRODUCTION to the One-Net™ and DASDEC™
The One-Net™ (model R189SE) and DASDEC II Emergency Alert System (EAS) Analog
and Digital CAP/Encoder/Decoder plaorms are easy to use and relavely easy to learn.
Generally, the web-based interface screens (web pages) are self-explanatory. Some
users may be able to experiment with features with sasfactory results. However,
both plaorms oer a large number of features and automated funcons, as well as a
variety of shortcuts (hyperlinks). Referring to this manual frequently will increase un-
derstanding and decrease learning me for successful, customized operaon.
This manual combines the features and funcons of both the One-Net and the
DASDEC. Generic language such as EAS device, EAS plaorm, and device/plaorm
indicate informaon relevant to both. References to features specic to each plaorm
are called out throughout the manual. See the Icon Guide below.
ICONS
Icons are used in this manual to highlight informaon.
Type Icon Description
Note Denotes addional topic-specic
informaon.
Aenon Brings aenon to a specic topic.
Cauon Discusses possible issues involved with a
feature or conguraon seng.
Warning Warns of possible issues when ulizing a
feature or conguaon seng.
External Link Provides a link to addional informaon on
an external website, such as the FCC.
Internal Link Provides a link to addional informaon
on the Monroe Electronics or Digital Alert
Systems website.
Glossary Proivdes a glossary denion for a term
used in the manual.
One-Net Denotes Monroe Electronics One-Net
specic informaon.
DASDEC Denotes Digital Alert Systems DASDEC-
specic informaon.
Note
A number of One-Net
and DASDEC features
are licensed. Licensing
these features enables
users to customize the
unit to the specic needs
of its applicaon. Note
that this manual reviews
every screen and explains
all features and opons,
regardless of the user’s
licensing permissions.

One-Net/DASDEC User Manual iiv3.0 | r0616
HIGHLIGHTS
• The Table of Contents presents chapters in the most ecient way to congure the
One-Net and DASDEC units in a step-by-step tutorial.
• An explanaon of how the web interface screens are organized, and how to
navigate within the web interface, is included in Chapter 4, Web Interface and
Navigaon.
• An electronic version of this manual is available on the Monroe Electronics and
Digital Alert Systems websites, www.monroe-electronics.com and
www.digitalalertsystems.com.
• New features connue to be added to the One-Net and DASDEC plaorms. This
manual is updated either in enrety, or by addendum, as new features become
available.
ORGANIZATION
The manual describes the plaorm features, provides step-by-step instrucons, and
includes sample screen shots for quick reference. Early chapters provide hardware
informaon and conguraon details; later chapters detail soware features of the
soware of your One-Net or DASDEC II. Advanced features are included later in the
manual, including integrang with other soware applicaons and hardware.
Chapters 2 and 5 pertain to the setup of both hardware and soware components.
These tasks are presented in the order they should be completed. The order guides a
rst-me user through basic setup in the most ecient way to congure the EAS device
step-by-step.
CONVENTIONS
The following convenons are used throughout this manual.
• The > symbol indicates movement within the web interface, such as clicking on a
tab or selecng a radio buon. For example, Setup > Server > Upgrade means you
should select the Setup tab, then the Server buon, and then the Upgrade
sub-tab.
• Screen names/page tles are presented in bold.
Screenshots are provided to show the items visible on the monitor when selecons
are made or acvity is ongoing. The image demonstrates a feature or parcular setup.
A screenshot is generally the result of following the instrucons in the manual for a
parcular task. Each screenshot is labeled with the name of the screen or web page.
Buons and links are presented as you would see them on the screen. In many cases,
these images will only show a small poron of the complete screenshot, so as to focus
on that specic topic.
Features on the interacve web page are typically presented from top to boom
within each secon of the page. Many screens are divided into secons by one or more
horizontal lines. The lines indicate the grouping of related funcons. A feature on the
interacve page is typically presented in bold type, followed by a discussion of its use
and instrucons.
Aenon
This manual is organized
in a sequenal fashion
to assist rst-me users
in the step-by-step
conguraon of the EAS
device. For best results,
rst-me users should
follow the instrucons in
the order in which they
are presented.
Your Comments
Please let us know
how we can serve you
beer. Send quesons,
comments, and
suggesons to Monroe
Electronics at eas@
monroe-electronics.com.

One-Net/DASDEC User Manual 1-1v3.0 | r0616
Hardware Overview
INTRODUCTION
The One-Net and DASDEC are 2U rack-mounted EAS devices ulizing standard
computer technology in a dedicated chassis with broadcast quality connectors. The
PC motherboard uses industry standard connectors for USB, PS/2, serial, VGA, HDMI,
networking, and audio. In addion to the standard motherboard connecons, the
plaorms feature broadcast quality video, audio, antenna, contact closure, and power
connectors. All external connectors are located in the rear of the unit. An LCD, buon,
status/alert LEDs, and an internal speaker are located on the front of each unit.
FRONT PANEL
Front Panels of the One Net and DASDECII Units
The front panel features a 2 line x 20 character backlit LCD that indicates power-on
and real-me device status. Two LEDs (1 green, 1 red) are used for a variety of status
indicaons. A small grill provides audio from an internal speaker. The push-buon
iniates a simple weekly test.
Liquid Crystal Display (LCD)
The backlit green LCD shows real-me status. The LCD has numerous purposes
indicang system and/or encoding/decoding and acve alert along with buon acon
status.
• When the EAS device is powered on, the LCD lights up, indicang power-on state.
• As system soware is boot loaded, the LCD displays the following sequence:
1. DigitalAlertSystems / *DASDEC – 1EN*
2. ** Startup 3 **
3. 8x scrolling asterisks on the rst line, and the me [HH:MM:SS] and date
[DD Month, YY] on the second line
4. The scrolling asterisks are then replaced by either OneNet: Starng.. or
DASDEC: Starng..
5. Once the startup sequence is complete, the LCD will enter its normal
display state, where the rst line of the LCD will display either OneNet:
ON or DASDEC:ON, followed by the Server Name and the IP address of
the device. The second line connues to display the current clock me
and date.
Note
Server Name refers to the
individual device’s given
name. Default names
are OneNet-1F EAS and
DASDEC-1F, respecvely.
To change the Server
Name, log in to the web
browser interface and
navigate to Setup > Server
> Main/License.

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• If the system soware is manually stopped or temporarily restarted due to an
internal problem, the LCD displays a Server Stopped message unl the soware
restarts to a ready state.
• During the decoding of an incoming alert, the LCD displays informaon about the
source and the stage of the decoding.
• While decoded, forwarded, or originated alerts are acve, the top line repeats,
displaying pernent idencaon for each acve alert.
• When a backup conguraon is loaded, or when the server soware is restarted,
the LCD indicates when the server is down or running again.
• During a soware upgrade, the LCD display progresses through server down states,
and eventually displays Upgrading. When the upgrade is complete, the LCD returns
to the normal display state.
Status LEDs
The system’s two Light Eming Diodes (LEDs) are used for a variety of status
indicaons.
System Status – Green LED Alert Status – Red LED
When the unit is rst powered on, the
green LED is dark.
When the unit is rst powered on, the
red LED is dark.
When the system begins to boot, the LED
begins to blink.
Aer the system is operaonal in a ready
state (green LED is solid), the red LED
indicates decoding, alert sending status,
and unacknowledged, un-forwarded
acve decoded alerts.
When the system nears a ready state, the
LED blinks rapidly.
If the LED is blinking quickly, with pauses,
the server is decoding an incoming alert.
When the system is ready, the green LED
light is solid green, indicang that the
system is operaonal.
If the LED is solid, the unit is sending an
EAS alert.
If the LED starts blinking, the server has
become non-operaonal. This can hap-
pen during soware restart or upgrades.
If the LED is blinking slowly and regularly,
an acve alert has been decoded and has
not been forwarded or acknowledged.
Alerts are acknowledged by pressing
the front panel buon or by pushing the
Acknowledge Pending Alert buon for
the alert on the web browser interface.
If the LED is blinking quickly and regularly,
an acve alert is being held pending GPI 1
input closure.

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Select Buon
The Select buon on the front panel is used to manually iniate a Required Weekly Test
(RWT), or to acknowledge unforwarded acve alerts.
• Press the Select buon once to being a manual RWT; the second line of the LCD
displays Press again for RWT. Press the Select buon a second me to begin the
RWT alert. (See Chapter 7 - One Buon Alert for more informaon.)
• When an alert has been decoded and is waing to be forwarded, press the Select
buon to acknowledge that alert. The LCD temporally shows Acknowledging.
BACK PANEL
The back panel provides all of the connecons necessary for the EAS device.
Back Panel
1Program Audio / Aux. Audio 4
Terminal Block
10 Main Audio - Line Input 1 & 2
2Radio Antenna Connectors
(Radio 1, 2, & 3)
11 Triple Port Gigabit Ethernet
Expansion (oponal)
3General Purpose Input/Output
Terminal Block
12 Main Network Interface
4BNC Video Out (oponal) 13 USB Ports
5Power Switch 14 Second Network Interface
6Expansion Slot 15 VGA
7AES Program Audio (oponal) 16 Serial Port (COM1)
8Aux. Audio - Line Input 3 & 4 17 PS/2 Port
9EAS Audio Out 18 Power Receptacle
Note
The unit provides
soware support
for the Video Out,
Ethernet Expansion,
and AES Program Audio
as licensed opons.
Any connecons not
labeled, such as HDMI,
are not supported and
are not operaonal.

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Hardware Connecons
INSTALLATION
The One-Net and DASDEC frames mount in an EIA-compliant equipment rack by means
of four rack screws fastened through the front mounng ears.
For safe, long-term reliability:
•Ensure the ambient air temperature surrounding the EAS device is within the
product’s specied operang temperature range.
• Maintain adequate venlaon within the rack.
• Ensure that adequate space exists on all sides of the frame for sucient airow.
It is recommended a 1RU space be maintained between equipment, to avoid the
transfer of heat between devices.
• Ensure the locaon of the EAS device is accessible, dry, and free of dust.
Rack Units Height Depth Width Weight
2RU 3.50”
(8.89 cm)
12.0”
(30.48 cm)
19.0”
(48.26 cm)
15 lbs
(6.8 kg)
NETWORK CONNECTIONS
Network Connecons
The EAS device comes with two network interface ports (Main and 2nd Network
Interfaces). These are industry standard RJ45 ports, and support standard networking
protocols. The Main Network Interface port is where your inial network connecon
should be established. By default, this is the only acve network interface. The
addional network interfaces must be acvated via the web interface.
More detailed informaon about networking can be found in Chapter 5 - Network
Setup in this manual.
Note
In facilies that require
supplementary network
connecvity, addional
networking hardware
may be installed. This
oponal network
expansion will enable
the 3rd & 4th Network
Interface ports. The
5th network port is
non-funconal, and
is not supported by
this device. Navigate
to Setup > Network
> Conguraon to
congure the network
ports via the web
interface.
Cauon
The rack and screws
should be sucient
to carry the load of
the unit, including the
weight of accompanying
cables. However, it
is recommended a
horizontal lacer bar be
installed behind the
back panel to alleviate
cable stress, ensure
cables stay connected,
and provide eecve
cable management.

One-Net/DASDEC User Manual 2-2v3.0 | r0616
RADIO ANTENNAS
If the EAS device is equipped with internal radio receivers, there will be industry
standard F-type connectors for each receiver (up to three total). Review your states’
Emergency Alert System Plan for the appropriate monitoring assignments; these
assignments will assist in determining the proper antenna for the frequencies that
need to be monitored.
The EAS device’s internal radios are designed to receive the following frequencies:
Band Frequencies
FM 87.9 - 107.9 MHz
NOAA 162.440 - 162.550 MHz
AM 530 - 1700 KHz
For proper recepon, use a good quality, shielded RG6 coaxial cable and connectors.
The quality of the incoming audio signal will aect the operaon of the audio decoders,
and the quality of the forwarded audio messages.
AUDIO WIRING
The One-Net and DASDEC plaorms have two types of analog audio: EAS Audio and
Program Audio. EAS Audio Inputs feed the internal EAS decoders for processing. Only
signals with EAS informaon should be directed to these inputs. EAS Audio Outputs
only send EAS decoded audio. Program Audio connecons are used for internal
switching of program audio.
Analog EAS Audio inputs are intended for line-level audio input from external radio
receivers and/or other EAS devices. These audio signals are fed to internal decoders for
EAS processing. There are numerous ways to congure the number of incoming audio
sources for decoding. To establish the best way to wire/connect the audio sources, it is
important to rst understand the origin of the incoming audio signals.
See the back panel graphic on the next page for references to specic components.
• Each audio line connector (3.5mm TRS) supports two EAS decoders. The le side of
the input is decoded separately from the right side.
• The Main Audio – Line 1 & 2 inputs (10) are disabled if internal radio receivers are
being used for Main Audio L1 & L2.
• When Radio 3 is in use, the Auxiliary Audio 4 (terminal block) input (1) is ulized
for a line-level input (Auxiliary Audio 1 R2).
• For conguraons where only two internal radios are being used (Main Audio L1
and R1), ulize the Auxiliary Audio – Line Input 3 & 4 (8) for line-level audio.
• The EAS Audio Out (9) can be used to monitor radio receivers, selecvely play out
stored EAS alert messages, and play out acve EAS alert messages. This output is
intended for audio monitoring, feeding audio to other EAS devices, and feeding
audio to the oponal MPEG card.
Note
The FCC provides a
lisng of each state’s
EAS Plan, along with
contact informaon
for individual
state emergency
communicaons
personnel, at hps://
www.fcc.gov/public-
safety-and-homeland-
security/policy-and-
licensing-division/
alerng/general/state-
eas-plans.

One-Net/DASDEC User Manual 2-3v3.0 | r0616
Back Panel
Analog Audio Wiring
The rst type of inputs connects to internal EAS decoders (8, 10). These inputs are
ulized to process broadcast EAS messages, and are aached to external radio
receivers or other EAS equipment. 3.5mm TRS audio jack (mini) connectors are used for
these inputs. Each EAS decoder accepts a mono audio signal. This single stereo input
jack feeds two separate EAS decoders.
EAS Audio Connectors
The second type of analog audio inputs (1) are connected to the main program audio
when internal switching of the audio signal is to be performed within this EAS device.
These balanced audio inputs are only ulized for program audio switching, and do not
e to the EAS decoders. A screw type, pluggable terminal connector is used.
Program Audio Connectors
Note
A dual RCA to 3.5 mm
jack input adapter can
be used to connect two
separate mono input
signals to an EAS unit
line input jack.
Note
This feature is typically
used in call-leer
broadcast facilies
where the main
programs’ audio signal
is bypassed during
EAS alerts. Internal
switching of a single
audio signal is not an
eecve means of
interrupng audio in
facilies where mulple
programs need to be
switched during alerts.

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Analog Audio Outputs
There are two types of Analog Audio Outputs: EAS Audio and Program Audio. The EAS
Audio output provides EAS decoded audio only. The Program Audio output provides
decoded EAS audio. When Program Audio inputs are connected to an incoming audio
source, these outputs deliver a switched program signal.
The EAS Audio output jack (9) is used to monitor EAS messages, provide an input to
other EAS devices, and feed EAS audio to the oponal MPEG card. The jack is a 3.5mm
TRS (mini) connector that is the same as the Analog Audio Inputs.
Program Audio outputs (1) are adjacent to the Program Audio inputs, found on the
same pluggable terminal connector. These balanced audio outputs deliver a connuous
audio program stream that switches between the Program Audio inputs and EAS audio
during an alert.
When the output audio connecons are complete, navigate to Setup > Audio > Audio
Output Levels/Tests to ensure proper connecvity, and set proper audio levels.
AES DIGITAL AUDIO WIRING
An oponal AES audio input/output funcon is available for the DASDEC plaorm. This
includes the capability for an AES digital audio output, along with a switching AES audio
output when an AES audio input is connected. A DE-9 to Male XLR and Female XLR
breakout cable is provided. Refer to the diagrams below for cabling of the AES audio
inputs and outputs.
AES Digital Audio Wiring
VIDEO WIRING
Video Output is an oponal feature included in some precongured devices. When
enabled, an NTSC analog composite video signal is available from the BNC jack located
on the back panel. This video signal provides visual, full-screen emergency alert details
during alert forwarding and/or alert originaon.
This feature is specic to
the DASDEC II.

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GENERAL PURPOSE INPUT/OUTPUT (GPIO)
The EAS plaorm comes standard with two General Purpose Input (GPI) contact
closures and two General Purpose Output (GPO) relays. They are located in the upper
middle of the back panel (3) via a 7-pin pluggable terminal connector.
GPIO Terminal Connector
GPO relay outputs are programmable. Triggering can be ltered against specic alert
FIPS Groups and EAS Group codes. Events that can trigger a GPO relay include:
• Remain closed during EAS audio playout
• Momentarily closed at start of EAS audio playout
• Momentarily closed at start of an alert that has been decoded but not forwarded,
• Remain closed if an alert is held or delayed pending a GPI acon.
The EAS device comes with two General Purpose Input (GPI) contact closures. They can
be programmed to trigger a variety of acons, such as:
• Issue a Required Weekly test
• Trigger originaon of an alert header/aenon signal, pausing for voice dub of the
audio message, followed by trigger of the EOM audio
• Review of audio poron of an acve alert
• Acve alert acknowledgment
• Re-enabling of acve alert forwarding capability
• Forwarding of a monthly test with original audio
Addional Expansion GPIO Opons
For installaons that require addional GPIs and GPOs, there are several opons
available that will expand the standard capabilies. An internal GPIO card may
be installed in the PCI expansion slot (6) to enable eight addional GPIs and eight
addional GPOs. If the PCI expansion slot is not available, there are several network
connected GPIO devices, such as the R190a Remote LAN Hub Controller / Net GPIO.
The One-Net and DASDEC plaorms can mix and match any combinaon of internal
and network connected GPIO devices.
Note
See Chapter 5 - GPIO
Setup for more
informaon and
available funcons.
Note
See Chapter 5 - Net
Alerts Setup > Hub
Controller/Net GPIO.

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SERIAL PORT WIRING
Each EAS device is equipped with one RS232 serial port on the back panel. The serial
ports connect to and drive a variety of external video character generators and
BetaBrite LED signs. The soware supports a wide variety of serial protocols, including
the most commonly used protocols in legacy EAS equipment, such as TFT Standard and
Sage Generic.
An oponal USB/serial port expander can provide up to four addional RS232 serial
ports. This opon is useful when addional character generators and LED signs are
needed.
Each serial port has the same pin-out, as shown below.
Serial Port Connecons (Chassis Side)
MPEG ENCODER CARD WIRING
For units equipped with an oponal MPEG2 Encoder card, see the image below for wir-
ing the MPEG2. The video output needs to be loop cabled back into the video input of
the Encoder card. In addion, one audio output needs to be cabled to the MPEG audio
input port.
Oponal MPEG2 Encoder Card Audio/Video Connecons
This feature is specic to
the DASDEC II.
Note
For conguraon of
serial port protocols,
see Chapter 5 - Video/
CG.
Note
Pins 2, 3, and 5 are
the transmit/receive
and ground pins, and
are the minimum
connecons needed
for a serial interface.
Make sure to swap the
transmit and receive
pins (2 and 3) when
making your own
cables.

One-Net/DASDEC User Manual 2-7v3.0 | r0616
POWER CONNECTIONS
Once all connecons are completed, power can then be applied to the device. A panel-
mounted IEC compliant AC power receptacle, found in the lower le corner of the
device’s back panel (19), delivers power to the internal AC power supply. Use only an
approved IEC 320 C-13 type line cord rated for a minimum 10A at 250V. A power cord is
supplied with your EAS device. Connect the cable’s female IEC connector to the power
receptacle on the frame, and connect the three-prong male connector to an AC outlet.
Press the Power rocker switch (5) to iniate the start up sequence. Pressing this buon
a second me will iniate the shut down sequence.
Warning
The safe operaon of
this product requires
that a protecve earth
connecon be provided.
This is provided by the
grounding conductor in
the equipment’s supply
cord. To reduce the risk
of electrical shock to
operator and service
personnel, this ground
conductor must be con-
nected to an earthed
ground.

One-Net/DASDEC User Manual 3-1v3.0 | r0616
Inial Setup
MAKING FIRST CONTACT
The One-Net and DASDEC plaorms contain an embedded web server that allows
you to eecvely communicate with the EAS plaorm via a standard web browser.
Changes to conguraons/control sengs, iniang EAS alerts, and viewing EAS alerts
are all performed through familiar web browsers such as Apple Safari, Google Chrome,
Microso Explorer, or Mozilla Firefox. You will connect to the same network as the EAS
device, launch a web browser, and input the devices’ IP address.
To be on the same network as the EAS device, a customer-supplied laptop or desktop
computer must be physically networked to the EAS device.
• This inial contact is necessary to make changes to the network sengs within the
EAS device so they correspond with your facilies’ computer network addressing
scheme.
• Once the EAS devices’ network address is congured to match those of your
facility, the EAS device will be accessible by authorized users within your computer
network.
• During this rst log in, the system requires you to change the default password.
Physical connecons to the EAS device can be done in two ways:
1. A direct connecon
2. By means of a network hub or switch
In both scenarios, the EAS device and customer-supplied computer are linked via their
associated network interface ports by standard CAT-5/5e or CAT-6 cables with RJ45
(8P8C) connectors. Below are examples of what these physical connecons look like,
and a descripon on how to network these two devices.
Once the EAS device is correctly wired:
1. Turn on the EAS device by pressing and releasing the power switch (5) on the upper
right side of the back panel.
2. The LCD screen will light during the power on.
3. Allow the device me to boot. (See the Liquid Crystal Display (LCD) secon for
complete startup sequence.)
4. On the front panel, a solid green System Status LED indicates when the system is
completely booted and ready.
5. The rst line of the LCD screen should display OneNet: ON or DASDEC:ON, followed
by the devices’ IP address.
6. The IP address of each new EAS device is set to 192.168.0.200.
Note
The EAS device is
shipped with a CAT-5
crossover cable that is
intended for the direct
connecon scenario.

One-Net/DASDEC User Manual 3-2v3.0 | r0616
Direct Connecon
Direct Connecon
1. Connect one end of the factory supplied CAT-5 network crossover cable to the
Main Network Interface port (12) at the back of the EAS device, and the other end
to the network interface port of a standalone PC or laptop computer.
Once the EAS plaorm is powered up and completely booted, it can be accessed
via a web browser launched from the directly connected, customer-supplied
standalone computer.
2. Congure the standalone computer to use the stac IP address 192.168.0.100 with
a subnet mask of 255.255.0.0. The standalone computer and the EAS device should
now be able to communicate.
3. Launch a web browser and type hp://192.168.0.200/ into the address bar. If a
log-in screen similar to the one shown below appears, communicaon with the EAS
device has been achieved. Skip to the EAS Device Login secon of this chapter for
instrucons on logging into the device.
Web Interface Login Screen
4. Once the EAS devices’ IP address and subnet mask have been congured to
correspond with your facilies’ computer network addressing scheme, it will no
longer be accessible from the standalone computer.
5. Reset the standalone computers’ network conguraon back to its original sengs,
remove the network crossover cable from both devices, and plug a house network
cable into the EAS device.
6. The EAS device will now be accessible via a web browser running on any remote
computer on the local area network.
7. Type the EAS devices’ new IP address into the address bar of a web browser to
access the login screen.
Aenon
It is advised that you
contact a network
administrator before
starng the following
procedure, as a valid
IP address and subnet
mask sengs are
required to complete
this inial setup.
Working knowledge
of how to change the
network sengs of the
standalone computer is
also necessary.
Note
Write down the current
IP address and subnet
mask sengs of your
local computer before
making changes.
This informaon
will be useful when
reconguring back to its
original sengs.

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Hub/Switch Connecon
Hub/
Switch Connected
The primary dierence between this type of connecon and the direct connecon
method is the inclusion of addional networking hardware.
1. Connect a standard CAT-5 network cable to the Main Network Interface port (12) at
the back of the EAS device and the other end into the open port of a roung hub or
other network switching device.
2. Once the EAS device is powered up, booted, and operaonal, it should be
accessible via a web browser running on any remote computer on the local area
network routed to see the address 192.168.0.200.
3. Congure the remote computer to use the stac IP address 192.168.0.100, with a
subnet mask of 255.255.0.0. The remote computer and the EAS device should now
be able to communicate.
4. Launch a web browser and type hp://192.168.0.200/ into the address bar. If a
log-in screen similar to the shown below appears, communicaon with the EAS
device has been achieved. Skip to the EAS Device Login secon of this chapter for
instrucons on logging into the device.
5. Once the EAS devices’ IP address and subnet mask have been congured to
correspond with your facilies’ computer network addressing scheme, it will no
longer be accessible from the remote computer.
6. Reset the standalone computers’ network conguraon back to its original sengs.
7. The EAS device will now be accessible via a web browser running on any remote
computer on the local area network.
8. Type the EAS devices’ new IP address into the address bar of a web browser to
access the login screen.
WEB INTERFACE LOGIN
Web Interface Login Screen
Aenon
Consult with a network
administrator to
ensure the default
network address of
192.168.0.200 and
192.168.0.100 will be
visible on the network,
and will not clash with
an exisng node. If
this method of inially
accessing the EAS
device is not successful,
refer to the Direct
Connecon procedure.
Note
If you are aempng to
perform the following
procedure, exisng
network sengs
within these addional
network hardware
components may
prevent the ability to
communicate with the
EAS device.

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Launch a web browser applicaon from a computer located on the same local
area network (LAN) as the One-Net or DASDEC device you intend to reach. Type
the EAS devices’ IP address in the address bar of the web browser (for example,
hp://192.168.0.200). When the EAS device successfully connects, it will present a
screen simliar to the one shown above.
If this is the rst me logging in, use the following default credenals:
• Default User Name: Admin
• Default Password: dasdec
Click the Login buon.
If the user name or password is incorrect, a Login failed message will display next to
the Login buon, indicang the problem.
Edit Server User Account Prole Screen
If this is your rst me logging in to the system, you will be taken to the Edit Server
User Account Prole screen, where the default password must be changed.
1. Enter the current default password in the Enter Current Password eld, and then
enter the new password in the next two elds.
2. Pressing the Submit Changes? buon enters the new login credenals for the
Admin user.
3. The user is then directed to the Setup > Server screen (below). Near the top of this
screen are 14 radio buons, with the Server buon highlighted in blue.
4. Click the Network radio buon. The Server Network Conguraon Screen will
be displayed (see below). This is the screen where the network sengs are
modied.
Note
Mulple login sessions
are allowed at the same
me.
Note
Review the New
Password Policy
when creang a new
password. See Users
Setup.