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General| Brand | Kenwood |
|---|---|
| Model | TM-D710A (K type) |
| Category | Transceiver |
| Language | English |
Accessing repeaters using standard/non-standard offsets and tone access.
Adjusting transmit frequency relative to receive frequency.
Setting the frequency difference between transmit and receive.
Enabling CTCSS or DCS tones for repeater access.
Understanding memory channel types for simplex or odd-split repeater use.
Procedure to store frequencies and settings for simplex/standard repeaters.
Retrieving stored frequencies and data from memory channels.
Procedure to erase stored data from a memory channel.
Procedure to save transceiver settings into 5 programmable memory channels.
Retrieving saved configurations from programmable memory channels.
Restores programmable memory channels to their default factory settings.
Choosing how the transceiver resumes scanning after detecting a signal.
Monitors all frequencies on the current band for activity.
Monitors all programmed memory channels for signals.
Scans a selected frequency range, similar to VFO Scan.
Monitors a 1 MHz segment of the band around the current frequency.
Monitors the Call channel and either VFO or Memory channel.
Procedure to enable and configure CTCSS for selective listening.
Procedure to enable and configure DCS for selective listening.
Scans for incoming DCS codes to identify repeater settings.
Sending DTMF tones manually via keypad.
Storing and transmitting DTMF codes using 10 dedicated memory channels.
Sending DTMF codes that have been stored in memory.
Disables DTMF transmission keys to prevent accidental presses.
Storing EchoLink callsigns and node numbers in memory.
Sending stored EchoLink callsigns to connect to stations.
Configuring the transceiver to act as an EchoLink node station.
Customizing the message displayed when the transceiver is turned on.
Adjusting the screen brightness for optimal viewing conditions.
Locking front panel keys to prevent accidental operation.
Locking the microphone's programmable function (PF) keys.
Assigning functions to transceiver and microphone PF keys.
Quickly changing frequency using the microphone keypad.
Reduces interference and distortion on crowded VHF/UHF bands.
Opens squelch only for signals meeting a minimum S-meter strength.
Adjusts the delay before squelch closes after signal drops.
Helps eliminate image or harmonic interference on reception frequencies.
Adjusting transmit power for reliable communication and battery saving.
Restricts transmission duration to prevent repeater timeouts or conserve power.
Requires password entry upon transceiver power-on for security.
Conforms to AX.25 protocol for communications between TNCs.
Selecting bands for APRS data transmission and reception.
Selecting data transfer rate for TNC connection.
Configuring the SQC output terminal activation conditions.
Uses APRS format for data comms with GPS receiver for position, weather.
Setting callsign and beacon type (APRS/NAVITRA) for beacons.
Configuring GPS port and setting manual position data if no GPS.
Relaying packets to extend communication range, using packet paths.
Manually setting the transceiver's internal clock date.
Manually setting the transceiver's internal clock time.
Adjusting the transceiver's clock for Universal Time Coordinated offset.
Information shown when a new APRS packet is received.
Accessing the list of received APRS stations.
Selecting cursor control settings for reception list navigation.
Example display of received APRS data for mobile station.
Example display of received APRS data for weather station.
Example display of received APRS data showing position and grid locator.
Sorting the station list by callsign, date/time, or distance.
Displaying only specific types of data from the station list.
Explains indicators like B, !, *, G for received message types.
Procedure to compose and transmit messages to other stations.
Recalling and viewing stored received APRS messages.
Sending stored messages from the message list.
Programming the transceiver's callsign with optional SSID.
Selecting data bands for APRS mode, independent of Packet mode.
Setting the default APRS packet transfer rate.
Setting communication speed for external GPS or weather equipment.
Selecting input source: OFF, GPS receiver, or Weather Station.
Selecting the format for Way Point data sent via GPS terminal.
Storing position data manually for up to 5 locations.
Selecting digits to exclude from precise location data for privacy.
Entering custom status text (up to 42 characters) for position data.
Embedding voice frequency into status text for automatic QSY.
How to tune to a reported frequency after receiving QSY information.
Setting a distance limit to filter received APRS packets.
Selecting types of APRS data (Digipeater, Weather, etc.) to receive.
Choosing a visual icon to represent your station on other monitors.
Selecting transmit method: MANUAL, AUTO, or SmartBeaconing.
Setting low speed threshold for beacon transmission intervals.
Setting high speed threshold for beacon transmission intervals.
Setting minimum value for driving direction change to trigger beacon.
Choosing path types: New-N, Relay, State/Section/Region, or Others.
Using the North American digipeat type.
Using the European digipeat type.
Specifying packet paths using abbreviations for limited areas.
Selecting APRS or ALTNET for data transmission without connection.
Notifying other stations of communication range via beacon tones.
Determining whether to transmit meteorological data from Weather Station.
Setting the interval for transmitting meteorological data.
Setting whether to digipeat packets including your callsign in the path.
Setting whether UIFLOOD digipeat runs and configuring alias substitution.
Setting whether Ul digipeat runs and configuring aliases.
Creating and storing up to 4 phrases for APRS message compilation.
Programming automatic replies to received messages.
Presetting callsigns for automatic reply responses.
Using message group codes to exchange messages within groups.
Configuring beep sounds for different types of received APRS packets.
Emitting special call sound for specific station notifications.
Selecting display area for received data (full, half, or off).
Selecting units for speed (mi/h, km/h, knots) and distance (mile, km, nm).
Selecting format for latitude and longitude display (dd'mm.mm', dd'mm'ss.s").
Setting low speed threshold for beacon transmission intervals.
Setting high speed threshold for beacon transmission intervals.
Setting minimum value for driving direction change to trigger beacon.
Setting additional value for driving direction change in SmartBeaconing.
Displays raw APRS packet data in Terminal Window mode.
Monitors latest DX information from PacketClusters in local area.
Instructions for physically connecting the TM-D710 as a Transporter to an HF transceiver.
Resetting transceiver using key combinations and Tuning control.
Resetting transceiver via menu options and Tuning control.
Provides audio announcements for mode, frequency, and setting changes.
Using a programmed PF key for manual voice announcements.
Recording voice memos using VGS channels and preparing automated responses.
Selecting announcement language (English or Japanese).
Playing back recorded voice memos from VGS channels.
Setting repeater operation to Cross-Band, Locked TX:A-BAND, or Locked TX:B-BAND.
Setting transceiver to remain in transmit mode for 500 ms after signal drops.
Setting transceiver to transmit call sign every 10 minutes.
Steps to prepare for wireless remote control setup.
How handheld DTMF keys function as remote control commands.
Activating or deactivating the Weather Alert function.
Accessing and selecting weather channels for alerts.
Instructions for physically connecting the TM-D710 as a Transporter to an HF transceiver.
Step-by-step guide to start Sky Command operation.
Programming the Commander's callsign via Menu 700.
Programming the Transporter's callsign via Menu 701.
Setting the same tone frequency on both Commander and Transporter.
Programming callsigns for Commander and Transporter.
Programming callsigns for Commander and Transporter.
How Commander microphone keys control the Transporter and HF transceiver.
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