PRO-96 Digital Trunking
Handheld Scanner
Catalog # 20-526
PRO-96 Preloaded Data Addendum
TABLE OF CONTENTS
ABOUT THE PRELOADED DATA ...................................... 2
USING THE PRELOADED DATA ....................................... 3
Preloaded Data Basics ...................................................... 3
Monitoring Wide Area Multi-Site Motorola Systems .......... 6
Monitoring Wide Area Multi-Site EDACS Systems ............ 7
Using the Preloaded Conventional Data ........................... 8
Using Open and Closed Modes ........................................ 9
Encrypted Communications ............................................ 10
Recommended Reading ................................................. 10
PRELOADED DATA DIRECTORY .................................... 11
1
ABOUT THE PRELOADED DATA
Your RadioShack PRO-96 Digital Trunking Handheld
Scanner features Radio Shack’s innovative V-Scanner
feature, which makes it possible for you to store up to
eleven complete scanner configuration data sets in VScanner “folders”, in the scanner’s internal memory. Ten of
these folders (0-9) are intended for use as folder storage
locations. The eleventh location (“.”) is intended for use as
a temporary storage location, or scratchpad, so you can
easily move V-Scanner data around in the scanner. The
scratchpad folder is represented with a pound sign (#) in
the PRO-96 display. For more information on V-Scanner
operations, please refer to the “Working with V-Scanners”
section of your PRO-96 Owner’s Manual.
For your convenience, the ten folder storage locations (0-9)
are preloaded with the frequencies, talkgroups and
configuration data for the top 100 trunked radio systems in
the United States. Radio Shack gratefully acknowledges
the staff at The Trunked Radio Information Homepage for
providing this trunked radio system configuration data. For
more information on trunked radio systems worldwide,
please visit http://www.trunkedradio.net. Additionally,
conventional radio system information is included for
certain major metropolitan areas that may not be using
trunked radio systems yet. The scanner’s working memory
and the scratchpad folder (“.”) are not preloaded with any
data. If you are just getting started in the exciting hobby of
monitoring trunked public safety communications, this
preloaded data will help you get up and running faster. If
you are a seasoned expert, the preloaded data can save
you time and effort. In either case, we hope you find the
preloaded data to be useful and enjoyable.
There are literally thousands of trunked radio systems in
use throughout the United States. Your PRO-96’s VScanner storage system is capable of holding ten sets of
scanner configuration data, with a maximum of ten trunked
radio systems per set, for a total of 100 trunked radio
systems. The preloaded top 100 systems were selected by
analyzing the system page hit counters at The Trunked
Radio System Information Homepage. Non-public safety
systems, airport systems, transit systems, federal systems
and military systems were not included in the selected
data. By selecting the top 100 systems, it is our hope that
systems in your area are loaded and ready for you to use.
2
However, it is not possible to include every system in the
United States. If the systems in your area are not
preloaded, you may find it useful to review the preloaded
data to see how trunked radio systems are set up in the
PRO-96. You may also wish to save selected preloaded
data for those occasions when you travel.
It is also important to note that the accuracy of the
preloaded talkgroup and system configuration data is
subject to errors in the data reported to The Trunked Radio
System Information Homepage, and system configuration
changes that a system operator may make from time to
time. Field-testing the preloaded data at every trunked
radio system was not feasible. For corrected or updated
data, be sure to visit The Trunked Radio System Information Homepage frequently. Neither RadioShack nor The
Trunked Radio System Information Homepage can be held
responsible for errors, omissions or outdated data.
USING THE PRELOADED DATA
Preloaded Data Basics
There are three basic steps that are required in order for
you to use the preloaded data in your PRO-96 Digital
Scanner.
* Examine the list of preloaded systems to see if your
system is included.
* Identify the V-Scanner folder that contains the desired
system.
* Load the appropriate V-Scanner folder into your
scanner’s working memory.
* Enable or disable scan banks as needed to select the
systems you wish to monitor.
This section will take you through this process step by
step. For the purpose of discussion, let’s assume that you
live in the Broward County, Florida area, and wish to
monitor the trunked radio system used by Broward County.
First, review the directory of preloaded data. You will find
that Broward County, Florida is included, and can be found
in V-Scanner Folder #4, in Bank 0.
3
1. Press PGM, then press FUNC PGM. The scanner will
display the V-Scanner menu:
Before proceeding, you may wish to save any work that
you have already done in the scanner’s working
memory. You can save the contents of working memory
to the scratchpad folder location (“.”), or you can
overwrite the preloaded data in any V-Scanner folder if
you decide that you will not need it in the future. If you
do not need to save your scanner’s current working
memory configuration, proceed to Step 2. To save the
contents of working memory, press 1. The scanner will
display:
Press the key that corresponds with the V-Scanner folder
you wish to save the working memory configuration to. Use
the “.” key to save to the scratchpad, or 0-9 to save to a
storage folder. Your selected folder location and the name
of any previously stored V-Scanner will appear in the
display. The scanner will display ** BLANK ** if the folder
location is empty. For example, assume you are saving to
the scratchpad folder and have previously stored a VScanner configuration with the name “My V-Scanner” in
that location. If you choose the V-Scanner Scratchpad
folder (“.”), the scanner will display:
Press ENTER to accept the choice, another number key
to change your selection, or CLR to abort and return to
the V-Scanner menu. The scanner gives you one final
opportunity to abort before proceeding:
4
Press ENTER to confirm your choice and proceed with
the V-Scanner save operation.
While saving, the scanner will display:
When the save operation is complete, press ENTER to
return to the V-Scanner main menu.
2. To load your selection (V-Scanner #4, with Broward
County in Bank 0) into working memory, press 2. The
scanner will display:
Press the number 4 to select V-Scanner #4. The
scanner will prompt you to verify your choice. The VScanner number is shown in the second line, and the
name assigned to that V-Scanner is shown in the fourth
line. In this example:
Press ENTER to accept the choice. The scanner gives
you one final opportunity to abort before proceeding press ENTER again to continue, or CLR to abort:
While loading, the scanner will display:
When the scanner has completed the V-Scanner load
operation, press ENTER, then CLR to exit the VScanner menu. The scanner will reboot to get a clean
start with the newly loaded data.
5
3. Congratulations! You have successfully loaded the
contents of V-Scanner #4 into the working memory of
your PRO-96 scanner. Now you are ready to begin
monitoring the preloaded systems. In our example, we
are interested in Broward County, which is stored in
Bank 0. When you first press SCAN to start scan
operation, all ten banks (0-9) are enabled by default. To
isolate and scan Bank 0, press the number keys that
correspond with the banks you wish to disable while the
PRO-96 is scanning. In this example, you can press 1,
2, 3, 4, 5, 6, 7, 8, then 9 to disable all banks except for
Bank 0. To enable banks, simply press the number
key(s) again. Pressing a number key while scanning
toggles enabled/disabled status for the corresponding
bank. Of course, you don’t have to scan just Broward
County. You may wish to enable the bank for the MiamiDade system to the south. This system is a part of VScanner #4, which you have already loaded - simply
press the 5 key to toggle this bank on or off.
Monitoring Wide Area Multi-Site Motorola
Systems
Some of the systems that are preloaded in your scanner
are wide area, multi-site Motorola systems, such as
Smartzone and OmniLink systems. These systems are
designed to cover very large areas by using multiple
networked transmitter sites, each with its own set of
frequencies. An example of this type of system is the State
of Louisiana system stored in Bank 1 of V-Scanner #1.
In order to save space in the scanner, we have programmed the frequencies that carry the system control
channel data for each tower site in the network into a single
bank. When monitoring these systems, your scanner will
typically lock on to a single control channel frequency and
track the system using that control channel, unless you
happen to travel beyond its coverage area. In this case, the
scanner will locate a new control channel and use it to track
the system.
6
If the scanner is used in locations where it is possible to
receive more than one control channel, you may find that it
sometimes locks on to a more distant site, even when a
closer one is available. You can force the scanner to ignore
other sites by manually stepping through the channels in
the bank where the networked system is stored, locking
out any control channels for sites that you would like the
scanner to ignore. Be sure to enable these channels again
if you change your location and would like to be able to
scan the locked out sites. For more information on locking
and unlocking channels, refer to “Locking Out Channels or
Frequencies” in your Owner’s Manual.
Monitoring Wide Area Multi-Site EDACS
Systems
Your scanner is also preprogrammed with wide area, multisite EDACS systems. An example of this type of system is
the LCRA system which serves certain areas in Central
Texas. This system can be found in V-Scanner #1, Bank 4.
EDACS multi-site system programming requires a separate
bank for each networked EDACS site, unlike Motorola
system programming, where one bank can be used.
Programming every site for systems of this type could
easily occupy every bank in a V-Scanner folder, and may
require additional banks in multiple V-Scanners! This would
use up space that could be assigned to other systems. In
order to limit the amount of space these systems consume,
we have selected one site to be preloaded in the scanner.
This will typically be a site that is located in a large
metropolitan area.
If you would like to monitor the other sites in large EDACS
networks such as the LCRA system, we recommend that
you visit The Trunked Radio System Information Homepage
at http://www.trunkedradio.net to obtain the frequency
assignments for the desired sites.
7
Using the Preloaded Conventional Data
Programming trunking systems normally does not require
the use of all channels in a bank. Where appropriate, we
have included programming for conventional, non-trunked
systems in large metropolitan areas. Loading and using this
data is similar to the process used to load and use the
preloaded trunked radio system data. The PRO-96 will
monitor trunked systems and conventional channels
simultaneously if both are in range of the scanner. Optionally, if you do not wish to monitor the trunked radio system
that shares the bank with the conventional channels, you
should step through the bank manually and lock out the
channels assigned to the trunked radio system. On a
similar note, you may not wish to monitor the conventional
channels that share a bank with a trunked radio system.
These can be identified and locked out as well. For more
information on locking and unlocking channels, refer to
“Locking Out Channels or Frequencies” in your Owner’s
Manual.
The majority of conventional radio systems use CTCSS
subaudible squelch encoding. To help you take advantage
of this, the preloaded conventional frequencies are
configured for CTCSS mode with a squelch code setting of
“Code Search.” If CTCSS is present on a conventional
transmission, you will see it displayed on the bottom line of
the LCD. The “S” next to the lightning bolt indicates a
CTCSS search hit. You can press ENTER to automatically
store the found code with the channel setting. This will lock
in the found code so future transmissions on the frequency
will not be heard unless the stored code is present with the
transmission.
If you do not see a code displayed during a transmission, it
is likely that a DCS code is in use, or the system is not
using encoded squelch. Press the MODE key once during
a transmission to step the mode setting to DCS, and follow
the steps above for storing the code if a the Code Search
identifies a found DCS code. If you do not see a search hit
on either the CT or DC modes, it is likely that the transmission is using carrier squelch with no encoding. Refer to
“Programming Channels for CTCSS and DCS Operation”
in your Owner’s Manual for more information on CTCSS
and DCS operation.
8
Using Open and Closed Modes
Where possible, the preloaded data includes talkgroup IDs
and text labels for public safety talkgroups. Non-public
safety talkgroups are not included, such as those used for
local government services.
You can use your scanner’s open and closed modes to
determine which talkgroups the scanner will receive. All
preloaded systems are programmed for open mode
operation by default, so you can hear all of the traffic on the
systems you monitor, including talkgroups that have not
been entered into the ID list. If a bank is set to closed
mode, the scanner will only receive talkgroups that are
specifically programmed into the ID list.
You can lock out undesired talkgroups by pressing the
L/OUT key while the talkgroup is active. This may be
necessary to block the reception of talkgroups that carry
data messages or traffic that is not of interest to you. When
you lock out a talkgroup in this manner, the radio stores the
undesired ID in the ID list and locks it out at the same time.
This will block traffic on the locked out talkgroup in both
open and closed modes.
Open and closed mode status for the current bank is
toggled by pressing FUNC, then 5. For more information
on open and closed mode operation, see “Open and
Closed Mode Operation” in your Owner’s Manual.
When scanning trunked systems in open mode, you can
press TRUNK to automatically store new talkgroup IDs in
the ID list. This will allow you to scan the new talkgroups
you find when operating in closed mode. When you store
talkgroups IDs this way, the scanner assigns a text label
automatically, consisting of the talkgroup ID. You can
change this default talkgroup ID by pressing PROG, then
TRUNK, then scroll to the ID you wish to label, then press
TEXT and update the label using the keypad. Refer to
“Storing Talkgroup IDs” and the “Text Input Chart” in your
Owner’s Manual for more information.
9
Encrypted Communications
It is possible that some of the preloaded data may include
frequencies and trunking talkgroups that carry encrypted
communications. Voice radio encryption is used to
scramble the voice information so only the intended
recipient can understand the message. In some cases,
encrypted frequencies and talkgroups are encrypted all of
the time, in others, encryption is activated as needed by the
users, with most traffic transmitted in clear mode.
Voice radio encryption has different sounds. Encrypted
digital traffic sounds like rapid random syllables. Other
methods of encryption make a rushing sound, as if the
squelch control was turned fully counterclockwise, or use
frequency inversion, where you can hear but not understand the voice information.
Your PRO-96 is not capable of receiving encrypted
communications. You may wish to lock out any frequencies
or talkgroups that routinely carry encrypted traffic.
Recommended Reading
This addendum is intended as a basic introduction to the
preloaded data in your PRO-96 scanner. Your Owner’s
Manual is the best source of detailed operating information
for your PRO-96. Reading it will enhance your enjoyment of
the preloaded systems. Specifically, we suggest that you
become familiar with the following sections:
* Operating Your Scanner
* Working With V-Scanners
* Trunking Special Features
10
PRELOADED DATA DIRECTORY
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