Uniden BC780XLT manual Programming a Hybrid System

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3. Select the size code for the first block using , , or VFO.

4. Press E, SELECT, or VFO.

The next available block displays.

5.Repeat step 3 and 4 until you have selected a size code for each block.

For details about each size code, see Fleet Map Size Codes in the Appendix.

Programming a Hybrid System

A Hybrid system is simply a Type I system with some blocks designated as Type II blocks. To program a Hybrid system, follow the steps listed in Programming a Fleet Map in the previous section. However, if you want a block to be Type II, select Size Code S-0.

When you begin searching a trunking bank with a Hybrid Fleet Map, you will see both types of system IDs. That is, Type II IDs usually appear as an even number without a dash; Type I IDs appear as a three or four digit number, followed by a hyphen, followed by a one or two digit number.

Setting the Base, Spacing Frequencies and Offset Channel for Motorola VHF/UHF Trunked Systems

To properly track Motorola VHF and UHF trunked systems you must enter what is known as the base, the spacing frequencies and offset channels for each system.

To find these out, check the www.trunktracker.com or www.bearcat1.com/free.htm and other web sites and frequency resources.

To enter the base, spacing frequencies and offset channel: (You can set up to three sets of these, but almost all systems only use one set)

1.Press MENU.

2.Select TRUNK DATA - BANK NO. - TRUNK TYPE (TYPE2 UHF or VHF) - BASE CONFIG using , or VFO and pressing E, SELECT or VFO.

3.Enter a new base frequency with the keypad.

4. Press E.

The display changes for entering the spacing frequency.

5. Enter a new spacing frequency with the keypad.

Note: You can only enter within a range of 5-100 kHz, and 5 or 7.5 or 12.5 kHz multiples.

6.Press E.

The display changes for entering the offset channel.

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Contents BC780XLT Introduction Front View and Display Rear View Page Page Contents Inside back cover Important Notice Terminology What is Scanning?What is Searching? What is Trunk Tracking?Page Feature Highlights Information on the Internet Where to Obtain More InformationIncluded with Your Scanner Optional Antenna SetupConnecting an Antenna Mounting an AntennaMounting the Scanner in Your Vehicle Typical Mounting MethodsApplying Power for Vehicle Installation Desktop Installation Applying Power Using Standard AC PowerConnecting an External Speaker Listening Safely Connecting an EarphoneConnecting the Clone Cable Connecting the Tape RecorderSetting the Squelch Basic OperationTurn the Scanner On Understanding the Menu System 2SCREEN Mask Menu Description and Numeric Keypad Equivalents10BANK TAG 6STEPS 7I-CALLMOTOROLA and Edcs 0CONTROL CH only Motorola 800 & 900 Systems 3ATTENUATOR Storing Frequencies into Channels ProgrammingAssigning a Text Tag to a Channel Duplicate Frequency AlertStoring Text Tags Assigning a Bank Tag to a BankAssigning the beep alert to a channel Beep AlertProgramming Tips Deleting a Stored FrequencyScanning To directly access a specific channelSetting the Delay Mode RF Attenuation FeatureLockout in Manual Mode Lockout in Scanning ModeChannel Lockout Restoring a Locked-out Channel Restoring All Locked-out ChannelsPriority Scan Changing the Priority Channel Searching Setting a Search RangeSearch Hold Feature Data SkipFrequency Skip Auto Storing Storing Search FrequenciesSquelch SQ Mode Additional Menu Options for Searching Service Search Skip Service SearchTesting the Alert Siren Weather Channel SearchNWR-SAME Alert Programming Fips Code Trunked Systems Programming Trunking Frequencies Programming and Receiving Trunked SystemsSelecting Trunking System Type Selecting Trunking Programming Menu ModeTrunked Search Receiving Trunked SystemsID Lockout ID Hold and Direct Entry ID Hold ModeTo unlock all locked out IDs in a bank at once Channel Activity IndicatorsRestoring Locked-out IDs To unlock a single ID, follow these stepsScan Lists Programming ID Scan Lists ManuallyTo enter a Type I ID Program ID Manually with the Menu Mode To enter an Edacs IDTo enter a LTR ID ID Scan Mode Moving between Scan List Memories Setting Priority in Trunking ModeProgramming Scan Lists During Search Deleting a Stored IDMotorola Type Call Motorola/EDACSMulti-Track Calls in Scan and Manual ModeScan & Search Icons Edacs Tracking Edacs ReceptionAn EDACSTrunked system AFS Partial Entry Feature Special Edacs FeaturesLTR Tracking LTR ReceptionMotorola Tracking Motorola ReceptionSelecting Preset Fleet Map Fleet Map ProgrammingProgramming a Fleet Map Programming a Hybrid System Toggling the Status Bit Control Channel Only Mode Disconnect Tone Detect Option End Code SmartScan Mode Remote InterfaceTo connect Scanner to PC To perform the SmartScan Download To connect Scanner to External ModemPage Menu for SmartScan Bank LockTransfer Speed Smart Scanner Tips Flow ControlDial Type Page PC Control Parameter Remote PC Control ModeStart Remote Mode To program your scannerClone Mode Change Transfer SpeedTo connect the scanner to scanner Complete displays Key Beep Option Additional FeaturesDimmer Enter LockMute On/Off Reverse ModeReceiving Mode Selection Frequency and Channel Tuning with the VFO ControlCare and Maintenance Troubleshooting Page Specifications Glossary of terms Glossary of TermsPage Page Appendix Preset Fleet MapsS11 S12 Type I Programming Information User Defined Fleet MapsSize Code Restrictions Fleet Map Size CodesNWR-SAME Event Code Reverse List Ctcss Frequency List Hz DCS Tone Code Memo Memo Memo Page Page Page Page Uniden America Corporation One Year Limited WarrantyCovered under one or more of the following U.S. patents

BC780XLT specifications

The Uniden BC780XLT is a versatile and popular scanner that has made a name for itself among scanning enthusiasts and professionals alike. Released in the early 2000s, this model is known for its extensive feature set, allowing users to monitor a wide range of frequencies and communications.

One of the primary features of the BC780XLT is its capability to scan multiple frequency bands, including VHF, UHF, and 700/800 MHz frequencies. This makes it an ideal choice for monitoring public safety communications, utility services, and various other two-way radio frequencies. The scanner operates in an impressive frequency range of 25 MHz to 1.3 GHz, allowing users to enjoy a broad spectrum of signals.

The BC780XLT features TrunkTracker technology, which enables it to follow trunked radio systems. This is crucial for monitoring communications from agencies that operate on these complex frequency systems, like police and fire departments. The scanner can decode both Motorola and EDACS trunked systems, providing extensive coverage of public safety communications.

User-friendly controls and advanced features make the BC780XLT accessible for both beginners and experienced users. The numeric keypad allows for quick entry of frequencies, while the large LCD display provides easy visibility of channel information, including frequency and mode. The 10-channel pre-programmed memory allows users to store their favorite frequencies and easily scan between them.

In addition to its scanning capabilities, the BC780XLT also supports close call technology. This feature allows the scanner to automatically detect nearby signals, instantly alerting users to any active frequencies in their vicinity. This is particularly useful for users in urban areas, where multiple frequencies may be in use simultaneously.

The BC780XLT also has a robust battery-saving feature, making it an excellent option for those who need to scan on the go. This functionality, coupled with its ability to operate on AC or DC power, adds to its versatility, ensuring uninterrupted scanning during extended use or in field operations.

In conclusion, the Uniden BC780XLT Scanner stands out for its comprehensive feature set, including TrunkTracker technology, extensive frequency coverage, and user-friendly design. Whether for hobbyists, emergency responders, or professionals needing reliable communication, the BC780XLT continues to be a valuable tool in the world of scanning. Its enduring popularity speaks to its performance and adaptability in a rapidly evolving technological landscape.