Page 1
Function Reference (FUNC)
For
TK-2180/ TK-3180/
TK-2180/ TK-3180/
TK-7180/ TK-7180H/
TK-7180/ TK-7180H/
TK-8180/ TK-8180H
TK-8180/ TK-8180H
(MPT version)
(MPT version)
Version: 2.00
Last Updated: October, 2005
Language: English
Type: K
© Kenwood Corporation
Page 2
About Copyright
All copyrights and other intellectual property rights for this technical document and relevant in-depth manuals as well as
the software described in this technical document, relevant in-depth manuals, and help texts and manuals attached to the
software are owned by Kenwood Corporation.
A right to use the software described in this technical document and relevant in-depth manuals is granted to a licensee by
Kenwood Corporation; however, the title to and ownership of the software shall be owned by Kenwood Corporation. Refer
to the help texts attached to this software for details.
Kenwood Corporation does not warrant quality and performance of the software described in this technical document and
relevant in-depth manuals to conform to the applicability of any use, and Kenwood Corporation shall be free from liability
for any defects, damage or loss, or from any warranty to anything other than expressly described in this technical
document and relevant in-depth manuals.
Revision history
Date Description
1) High-power model (TK-7180H/ TK-8180H) was added.
TK-7180H and TK-8180H were added to model name.
Transmit Power was added.
2) The following items were added.
2.1.4 Searching for Control Channel
8.16.6 Emergency Display
8.17.5 Codeword Error Counter
10.3.4 Transceiver Operation after Manually Changing the Call Address during the Group Scan
17.4 PC COM port Polarity
20.1.2 Clear Down.
2005.10
3) The following items were deleted.
3.6.4 Display Language
8.4.3 Call Address Display
8.4.4 Changing Call Address Display Mode
10.8 Conventional Monitor
10.9 Revert Call Address
20.1.10 Mic Sense
4) The description of 8.4 Block Select was modified.
5) The description 20.1.10 Mic Sense was moved to 20.1.1 External PTT.
6) Correction was made to correct errors and update information due to change in the specifications.
7) The version number was changed from 1.00 to 2.00.
Cover 2
Page 3
CONTENTS
1 DESCRIPTION.......................................... 1
1.1 Functions and Panel Layout ........................... 1
1.1.1 TK-2180/ TK-3180.......................................... 1
1.1.2 TK-7180/ TK-7180H/ TK-8180/ TK-8180H.......1
1.2 Description of MPT Trunking System ............. 2
1.3 Transmit and Receive Frequencies ................ 2
1.4 Transmit Power............................................... 2
1.5 Channel Spacing............................................. 3
2 BASIC OPERATION................................. 4
2.1 Turning the Transceiver ON/ OFF .................. 4
2.1.1 Power ON....................................................... 4
2.1.2 Power OFF..................................................... 6
2.1.3 Power Switch Status Memory (TK-7180/
TK-7180H/ TK-8180/ TK-8180H only)............ 6
2.1.4 Searching for Control Channel....................... 6
2.2 Adjusting the Volume...................................... 7
2.3 Using Function Keys....................................... 7
2.4 Changing the Call Address ............................. 7
2.5 Changing the Channel .................................... 8
2.6 Receive........................................................... 8
2.6.1 Receiving in MPT Trunking System............... 8
2.6.2 Receiving in Conventional Mode.................... 8
2.7 Transmit.......................................................... 9
2.7.1 Transmitting in MPT Trunking System........... 9
2.7.2 Transmitting in Conventional Mode................ 9
2.8 Mic PTT (TK-7180/ TK-7180H/ TK-8180/
TK-8180H only)............................................. 10
2.9 Compander ................................................... 10
2.10 Key Lock (TK-2180/ TK-3180 only)............... 11
2.11 Keypad Operation......................................... 11
2.12 Site Lock ....................................................... 11
4 SOUNDS................................................. 18
4.1 Tone Patterns ............................................... 18
4.1.1 Power-on Tone............................................. 18
4.1.2 Control Tone ................................................ 18
4.1.3 Warning Tone............................................... 18
4.1.4 Reception Tone............................................ 19
4.1.5 MPT Tone .................................................... 19
4.1.6 Transpond Tone........................................... 19
4.1.7 Locator Tone ................................................ 19
4.2 Minimum Volume .......................................... 19
4.3 Maximum Volume
(TK-2180/ TK-3180 only) .............................. 20
4.4 Tone Level .................................................... 20
4.5 Pre-alert (MPT Trunking) .............................. 20
4.6 Timed Power-off Pre-alert (TK-7180/
TK-7180H/ TK-8180/ TK-8180H only)........... 21
4.7 Stack Alert..................................................... 21
4.8 Public Address (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only)............................. 21
4.9 Ringer Tone on Call...................................... 22
4.10 Alert Tone Pattern......................................... 22
5 PASSWORD ........................................... 23
5.1 Transceiver Password .................................. 23
5.2 Read Authorization Password....................... 24
5.3 Overwrite Password...................................... 24
6 EMBEDDED MESSAGE......................... 25
6.1 Embedded Message..................................... 25
6.2 Embedded Message with Password............. 25
3 DISPLAY................................................. 12
7 IGNITION SENSE (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only) ...................... 26
3.1 Busy LED...................................................... 12
3.2 Transmit LED................................................ 12
3.3 LCD Display.................................................. 12
3.3.1 Available Characters on the Main Display
and Sub Display ........................................... 12
3.3.2 Lamp (TK-2180/ TK-3180 only).................... 13
3.3.3 LCD Brightness (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only) ............................ 13
7.1 Usage of the Ignition Sense Terminal........... 26
7.1.1 Turning the Transceiver ON/OFF using the
Ignition Sense Terminal ............................... 26
7.1.2 Turning the Transceiver ON/OFF using the
Ignition Sense Terminal and the
Power Switch ............................................... 26
7.2 Timed Power-off(TK-7180/ TK-7180H/
TK-8180/ TK-8180H only)............................. 26
3.4 Icons ............................................................. 13
3.4.1 Signal Strength Indicator.............................. 14
3.4.2 Battery Status/ Warning
(TK-2180/ TK-3180 only).............................. 14
3.5 Sub-LCD Display .......................................... 15
3.6 Main Display ................................................. 16
3.6.1 Network Name ............................................. 16
3.6.2 Personal Name ............................................ 17
3.6.3 Channel Name ............................................. 17
3.6.4 Power-on Text.............................................. 17
8 MPT TRUNKING..................................... 27
8.1 Individual Call................................................ 27
8.1.1 Making an Individual Call ............................. 27
8.1.2 Receiving an Individual Call......................... 29
8.2 Group Call..................................................... 30
8.2.1 Making a Group Call .................................... 30
8.2.2 Receiving a Group Call ................................32
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CONTENTS
8.3 Status Call .....................................................33
8.3.1 Making a Status Call.....................................33
8.3.2 Receiving a Status Call.................................33
8.4 Block Select...................................................34
8.4.1 Entering a Block Number..............................34
8.4.2 Call Address Display.....................................35
8.4.3 Decode Group Address ................................37
8.5 AUX Input Status Message (TK-7180/
TK-7180H/ TK-8180/ TK-8180H only) ...........37
8.6 AUX Output Status Message (TK-7180/
TK-7180H/ TK-8180/ TK-8180H only) ...........37
8.7 Power-on Status Message ............................38
8.8 Power-off Status Message ............................38
8.9 Data Call........................................................39
8.10 SDM (Short Data Message) ..........................40
8.10.1 Entering a Message......................................40
8.10.2 Sending a Message ......................................42
8.10.3 Receiving a Message ...................................42
8.11 NPD...............................................................43
8.11.1 Sending NPD ................................................43
8.11.2 Receiving NPD .............................................44
8.11.3 NPD Function ...............................................44
8.12 PABX Call......................................................46
8.13 PSTN Call......................................................46
8.14 View Stack.....................................................47
8.14.1 Voice Stack...................................................47
8.14.2 Status Stack..................................................47
8.14.3 Data Stack ....................................................48
8.14.4 Stack Clear ...................................................48
8.14.5 Time Stamp ..................................................49
8.15 FOACSU (Full Off Air Call Set Up) ................51
8.16 Emergency Call .............................................51
8.16.1 Emergency Cycle..........................................52
8.16.2 Duration of Locator Tone 1 ...........................53
8.16.3 Transmit Duration .........................................53
8.16.4 Duration of Locator Tone 2 ...........................53
8.16.5 Receive Duration ..........................................53
8.16.6 Emergency Display.......................................53
8.16.7 Emergency Text............................................54
8.16.8 Emergency Mode Type.................................54
8.16.9 Locator Tone.................................................54
8.16.10 Emergency Mic Sense..................................54
8.16.11 Emergency LED............................................54
8.16.12 Background Transmission ............................55
8.16.13 Man-down (TK-2180/ TK-3180 only) ............55
8.16.14 Man-down Delay Time
(TK-2180/ TK-3180 only) ..............................55
8.16.15 Man-down Pre-alert
(TK-2180/ TK-3180 only) ..............................55
8.16.16 Man-down Logic Type
(TK-2180/ TK-3180 only) ..............................55
8.17 Function Menu...............................................56
8.17.1 Own Prefix, Fleet and Ident Display .............57
8.17.2 Control Channel Select.................................57
8.17.3 Current Control Channel Number Display......58
8.17.4 Current System Display ................................58
8.17.5 Codeword Error Counter...............................58
8.17.6 Beep Volume ................................................58
8.17.7 Ringer Volume ..............................................59
8.17.8 Speaker Mute ...............................................59
8.17.9 Lamp (TK-2180/ TK-3180 only)....................60
8.17.10 Current Traffic Channel Number...................60
8.17.11 Temporary Receive/ Transmit Group ...........60
8.18 Transmit Power in Trunking Mode.................61
8.19 Searching for the New Control Channel........62
8.20 QT/DQT Decode/Encode (MPT Trunking) ....62
8.21 Out of Service Alert .......................................62
8.22 Dialing List.....................................................63
8.23 Control Codes................................................64
9 CONVENTIONAL MODE........................66
9.1 General..........................................................66
9.1.1 Manual Entry.................................................66
9.1.2 Auto Entry .....................................................66
9.2 Trunking Search Delay Time.........................66
9.3 QT/DQT Decode/Encode (Conventional)......67
9.3.1 With STE (Squelch Tail Eliminator) ..............67
9.4 Transmit Power .............................................68
9.5 Wide/ Narrow.................................................68
9.6 Busy Channel Lockout...................................68
9.7 Beat Shift.......................................................69
9.8 Squelch Off....................................................69
9.9 Time-out Timer (TOT)....................................70
9.9.1 Time-out Timer .............................................70
9.9.2 TOT Pre-alert................................................70
9.9.3 TOT Rekey Time ..........................................70
9.9.4 TOT Reset Time ...........................................70
10 SCAN ...................................................... 71
10.1 Scan Operation (Conventional Mode) ...........71
10.1.1 Conditions to Start Scanning ........................71
10.1.2 Conditions to Resume Scanning ..................71
10.1.3 Operation after Manually Changing the
Channel during the Scan ..............................71
10.1.4 Transceiver Operation when Manually
Changing the Channel..................................71
10.1.5 Transceiver Operation during the Scan........71
10.2 Scan Configuration (Conventional Mode)......72
10.2.1 Scan Delete/Add (Conventional Mode) ........72
10.2.2 Revert Channel Display................................72
10.2.3 Revert Channel.............................................72
10.2.4 Dropout Delay Time......................................72
10.2.5 Dwell Time ....................................................73
10.2.6 Off-hook Scan (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only).............................73
10.3 Scan Operation (MPT Trunking System).......73
10.3.1 Conditions to Start the Group Scan..............74
10.3.2 Conditions for Toggling Delete/Add by
Pressing the Clear Key .................................75
10.3.3 Receiving Party’s Transceiver Operation
after Executing the Clear Down Operation
during the Group Scan..................................75
10.3.4 Transceiver Operation after Manually
Changing the Channel during the Scan........75
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CONTENTS
10.4 Scan Configuration
(MPT Trunking System) ................................ 75
10.4.1 Scan Restart Delay ...................................... 75
10.4.2 Off-hook Scan (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only) ............................ 75
10.4.3 Power-on Scan............................................. 76
10.4.4 Revert Call Address Display ........................ 76
11 KEY ASSIGNMENT ................................77
11.1 Assigning Functions to PF Keys
(Conventional)............................................... 77
11.2 Assigning Functions to PF Keys
(MPT Trunking)............................................. 78
12 DTMF ...................................................... 81
12.1 Manual Dial................................................... 81
12.2 DTMF Sidetone............................................. 81
12.3 DTMF Hold Time........................................... 81
13 VOICE SCRAMBLER .............................82
13.1 Configuring the Voice Scrambler .................. 82
13.2 AQUA Scrambler .......................................... 82
13.3 Scrambler (Optional)..................................... 83
13.4 Scrambler Status Memory ............................ 84
14 HORN ALERT (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only) ......................85
14.1 Configuring the Horn Alert to be Enabled or
Disabled........................................................ 85
14.2 Horn Alert Logic Signal ................................. 86
14.3 Off-hook Horn Alert....................................... 86
14.4 Horn Alert Mode............................................ 86
15 CLOCK....................................................87
15.1 Current Time Display .................................... 87
15.2 Power-on Clock Display................................ 87
15.3 Clock Configuration....................................... 88
15.4 Adjustment Time........................................... 89
16 VGS (VOICE GUIDE & STORAGE
UNIT).......................................................90
16.1 Auto Recording ............................................. 90
16.2 Voice Memo (Manual Recording) ................. 90
16.3 Auto Reply Message..................................... 91
16.4 Message Playback........................................ 93
16.5 Voice Guide .................................................. 96
16.5.1 Call Address Guide ...................................... 96
16.5.2 Function Guide............................................. 96
16.6 GPS Data Storage (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only)............................. 97
16.6.1 GPS Data Storage (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only) ............................ 97
16.6.2 Reading GPS Data Storage ......................... 97
17 DATA INTERFACE................................. 98
17.1 COM port .................................................... 98
17.2 PC COM port Baud Rate ............................ 98
17.3 PC COM port Stop Bit................................. 99
17.4 PC COM port Polarity ................................. 99
17.5 SDM2 Format ............................................. 99
17.6 MAP27 (Mobile Access Protocol for
MPT1327)................................................... 99
17.7 Kenwood Protocol....................................... 99
17.8 Conversation Mode................................... 100
17.9 Voice COM port Output (Alert232)............ 100
17.10 Status COM port Output (Gpsm1) ............ 100
17.11 Status COM port Output Enable Block ..... 100
17.12 ACKB ........................................................ 100
17.13 Quiet Pip ................................................... 101
18 GPS (TK-7180/ TK-7180H/ TK-8180/
TK-8180H only) .................................... 102
18.1 GPS Data Communication.......................... 102
18.2 Map Header ................................................ 103
19 REMOTE CALL .................................... 104
20 FUNCTION PORT (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only) .................... 105
20.1 Assigning Functions to AUX Input .............. 105
20.1.1 External PTT .............................................. 105
20.1.2 Clear Down ................................................ 105
20.1.3 Dialing Select A/ Dialing Select B/
Dialing Select C/ Dialing Select D .............. 105
20.1.4 Speaker Mute............................................. 105
20.1.5 Mic Mute..................................................... 106
20.1.6 External Squelch Off .................................. 106
20.1.7 External Hook............................................. 106
20.1.8 Emergency ................................................. 106
20.1.9 AUX Input Status Message 1/
AUX Input Status Message 2..................... 106
20.2 Assigning Functions to AUX Output............ 106
20.2.1 LOK............................................................ 106
20.2.2 COR ........................................................... 107
20.2.3 TOR............................................................ 107
20.2.4 AUX A ........................................................ 107
20.2.5 AUX B ........................................................ 107
20.2.6 Idle ............................................................. 107
20.2.7 PTT Output................................................. 107
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CONTENTS
20.2.8 Transceiver Busy ........................................107
20.2.9 COR or Transceiver Busy...........................107
20.2.10 TOR or Transceiver Busy ...........................107
20.2.11 TXS.............................................................107
20.2.12 AUX Output Status Message 1/
AUX Output Status Message 2...................108
20.2.13 Trunking System.........................................108
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About this Manual
About Notations
This In-depth manual describes the functions of the
TK-2180/ TK-3180/ TK-7180/ TK-7180H/ TK-8180/
TK-8180H and explains how to configure its various
functions.
How to Read this Manual
This manual has the following sections. Each function
has reference data that allows you to find the crossreferenced information. Refer to “Configuration using
KPG-96D” for functions that can be configured using
KPG-96D. The abbreviations of section names are used
to specify the reference.
(Function Reference: FUNC)
This In-depth manual describes all functions of the
TK-2180/ TK-3180/ TK-7180/ TK-7180H/ TK-8180/
TK-8180H. “2 BASIC OPERATION” describes basic
functions and explains how to use various functions.
(Field Programming Reference: FPRG)
This In-depth manual describes how to configure data of
the TK-2180/ TK-3180/ TK-7180/ TK-7180H/ TK-8180/
TK-8180H by using KPG-96D.
The following notations are used in this manual.
[ ]
The characters in parentheses indicate the name of the
operating portion of the TK-2180/ TK-3180/ TK-7180/
TK-7180H/ TK-8180/ TK-8180H and the keys of the PC.
“ ”
The characters in quote marks indicate the name of the
functions, buttons, and menus shown on the displays of
KPG-96D and characters displayed on the display of the
TK-2180/ TK-3180/ TK-7180/ TK-7180H/ TK-8180/
TK-8180H.
Bold Letters
The characters in bold letters indicate the name of the
windows, tabs, and checkboxes for KPG-96D, and
functions assigned to the operating portion of the
TK-2180/ TK-3180/ TK-7180/ TK-7180H/ TK-8180/
TK-8180H.
[ ] + [ ]
This notation is used for pressing 2 keys at the same time
using the keyboard of the PC. When the notation is [Shift] +
[a], you must press the [a] key and shift key at the same time
to enter A (uppercase character).
Programmable Function (PF) Key
This notation is used when a function is assigned to a key
on the transceiver. If Call is assigned to the [C>] key, the
[C>] key is described as Call key.
FUNC (K)/Ver. 2.00 Confidential CONTENTS INDEX I
Page 8
Terms Modification for the
TK-2180/ TK-3180/ TK-7180/
TK-7180H/ TK-8180/ TK-8180H
In the in-depth manual, conventional ambiguous function
names, function names that do not correspond to
operations, grammatical mistakes, and lack of unity in
terms are revised. Therefore, some function names were
changed even though operations are not changed. Refer
to the comparison list for new and old function names.
New Name Old Name
2-tone 2 Tone
3 Reference Levels
Adjustment
5 Reference Levels
Adjustment
Autodial Auto Dial
Battery Saver Battery Save
End of Transmit End of TX
Key Beep Key Press Tone
Key-entry Error Tone Key Input Error Tone
Low Transmit Power Low Power
Low Transmit Power RF Power Low
Manual Dialing Manual Dial
Off-hook Off Hook
On-hook On Hook
Optional Board Option Board
Optional Signaling Option Signaling
OST Status Memory OST Back Up
Password Authorization Tone Password agreement Tone
Power-on Scan Power On Scan
Power-on Text Power On Text
Power-on Tone Power On Tone
Pre-alert Pre-Alert
Read Authorization Password Read Password
Receive Frequency RX Frequency
Ringer Tone Ringing Tone
Scrambler Status Memory Scrambler Backup
Sidetone Side Tone
Signal Strength Indicator Signal Meter
Single Reference Level
Adjustment
Store & Send Store&Send
Stun-off Tone Stun Off Tone
Stun-on Tone Stun On Tone
Time-out Timer Time Out Timer
Tone Off Selectable No Tone
TOT T.O.T.
Transceiver Radio
3 Point Adjustments
5 Point Adjustments
1 Point Adjustment
New Name Old Name
Transceiver Password Radio Password
Transceiver-kill Radio-kill
Transmit Frequency TX Frequency
Transmit Power TX Power
Trunking Logic Board Trunking Board
Turn-off Code Turn off Code
Transmit Inhibit while
Receiving
Warning Tone Warning Alert Tone
While Transmitting On TX
Zone-name Text Length Zone Name Text length
TX Inhibit on Receive
Abbreviations Used in this
Document
The following abbreviations are used in the in-depth
manual since this manual is created in English.
Abbreviations Full Spelling or its meaning
ACK Acknowledgement
ANT Antenna
AQUA Kenwood's audio signal processing IC
AUX Auxiliary
BCL Busy Channel Lockout
CH Channel
COM port Communication port
COR Carrier Operated Relay
Dec ID Decode ID code
deg degree(s)
Del Delete
DI Data Input
DQT Digital Quiet Talk code
DTC Data Transmission Control
DTMF Dual Tone Multi Frequency
Enc ID Encode ID code
ETX End of Text
External PTT an external PTT switch
FEC Forward Error Correction
FOACSU Full Off Air Call Set Up
GID Group ID code
GPS Global Positioning System
GTC Go to Channel
Hi High
I/O Input/ Output
LOK Link OK (connected to the repeater)
II INDEX CONTENTS Confidential FUNC (K)/Ver. 2.00
Page 9
Abbreviations Full Spelling or its meaning
MI2 Microphone Input II
Mic Microphone
Mid Medium
MPT Ministry of Post and Telecommunication
MSK Minimum Shift Keying
NPD Non-Prescribed Data
OST Operator Selectable Tone
PA Public Address
PABX Private Automatic Branch Exchange
PF Programmable Function
PSTN Public Switched Telephone Network
PTT ID PTT (Push-to-talk) ID code
QT Quiet Talk signaling
RSSI Received Signal Strength Indication
RTC Real Time Clock
RX Reception, Receiver
RXD Received exchange data
RXVCO Receiver's voltage controlled oscillator
SDM Short Data Message
STX Start of Text
SW Switch
TEL Telephone
TOR Tone Operated Relay
TOT Time-out Timer
TSC Trunking System Controller
TX Transmission, Transmitter
TX LED Transmit LED
TXD Transmitted exchange data
TXS Transmission Sense
TXVCO Transmitter's voltage controlled oscillator
UTC Universal Coordinated Time
VGS-1 Voice Guide and Storage Unit
With QT/DQT With QT signaling and DQT code
With STE With Squelch Tail Eliminator
About Trademark
FleetSync® and FleetSync® II are registered trademarks
of Kenwood Corporation.
®
IBM
is a trademark or a registered trademark of
International Business Machines Corporation.
®
Microsoft, Windows
Windows
®
XP and Windows logo are registered
98, Windows®Me, Windows®2000,
trademarks of Microsoft Corporation.
All other product names referenced herein are
trademarks or registered trademarks of their respective
manufacturers.
Transceiver Description
About the TK-2180/ TK-3180
TK-2180/ TK-3180 is a VHF/UHF portable transceiver
that supports Conventional and MPT Trunking
Systems.
About the TK-7180/ TK-7180H/ TK-8180/
TK-8180H
TK-7180/ TK-7180H/ TK-8180/ TK-8180H is a
VHF/UHF mobile transceiver that supports
Conventional and MPT Trunking Systems.
Features
• A maximum of 8 network can be configured.
• A maximum of 250 Individual Addresses and
Group Addresses can be configured.
• A maximum of 32 Conventional channels can be
configured.
• Single head remote is available. (TK-7180/
TK-7180H/ TK-8180/ TK-8180H only)
• The transceiver supports QT Encode/Decode,
DQT Encode/Decode and DTMF Encode.
• The transceiver has a D-sub 25-pin connector on
its rear panel. (TK-7180/ TK-7180H/ TK-8180/
TK-8180H only)
• The transceiver has a built-in entry level Scrambler
function.
FUNC (K)/Ver. 2.00 Confidential CONTENTS INDEX III
Page 10
• The transceiver supports the following Optional
Boards.
Voice Scrambler: SC20-460 (Transcrypt)
GPS Receiver: GPS35-HVS, GPS-15L (Garmin)
(TK-7180/ TK-7180H/ TK-8180/
TK-8180H only)
Voice Guide & Storage Unit: VGS-1 (Kenwood)
• The transceiver has a password function to protect
its configuration data.
• The transceiver displays the remaining battery
capacity. (TK-2180/ TK-3180 only)
• The transceiver has a time display function.
About the Programming Software
Functions of the TK-2180/ TK-3180/ TK-7180/ TK-7180H/
TK-8180/ TK-8180H can be configured using the
KPG-96D software. Configuration data configured using
KPG-96D can be written to the transceiver by connecting
the TK-2180/ TK-3180/ TK-7180/ TK-7180H/ TK-8180/
TK-8180H to a PC using the KPG-36/ KPG-46
programming cable. In this manual, the description of
each function in the Function Reference may have a
corresponding reference in the Field Programming
Reference. Therefore, you can configure the function by
referring to the information also appearing in the Field
Programming Reference.
IV INDEX CONTENTS Confidential FUNC (K)/Ver. 2.00
Page 11
1 DESCRIPTION
1.1 Functions and Panel Layout
1.1.1 TK-2180/ TK-3180
Speaker
The speaker emits the received audio signals and
alert tones.
LCD Display
The channel number and the transceiver’s status
appear on this display.
PF Key
Press a PF key to activate the function assigned to
that function key.
Keypad
Press keys on the keypad to enter characters or
numbers. (The transceivers with a 12-key Keypad only)
1.1.2 TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Figure 1-1 Front View of the TK-2180 and TK-3180
Antenna
This is the antenna of the transceiver.
Selector
This selector can be used to change the Call Address
or channel.
Power Switch/ Volume Control
Turn this switch to turn the transceiver ON.
The Volume control allows a user to adjust the
volume level from the speaker.
Transmit LED/ Busy LED
These LEDs light when the transceiver sends or
receives signals.
Side 1 Key
Press this key to activate the assigned function.
PTT Switch
Press the PTT switch to talk.
Microphone
Speak into the microphone to talk.
Side 2 Key
Press this key to activate the assigned function.
AUX Key
Press this key to activate the assigned function.
SA BC
Figure 1-2 Front View of the
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Power Switch
Press this switch to turn the transceiver ON and press
this switch again to turn the transceiver OFF.
[ ]/ [ ] Keys
These keys allow a user to adjust the volume level
from the speaker.
LCD Display
The channel number and the transceiver’s status
appear on this display.
[ ]/ [ ] Keys
These keys can be used to change the Call Address
or channel.
Speaker
The speaker emits the received audio signals and
Alert Tones.
Transmit LED/ Busy LED
These LEDs light when the transceiver sends or
receives signals.
Microphone Connector
A microphone can be connected to this connector.
PF Key
Press a PF key to activate the function assigned to
that function key.
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1 DESCRIPTION
Table 1-1 Function Fixed Keys
TK-7180/
Key Name
Power Switch O -
[] Key
[] Key
Power Switch/
Vol ume Control
[] Key
[] Key
Selector -O
PTT Switch
Keypad
*1
Indicates keys on the external microphone.
TK-7180H/
TK-8180/
TK-8180H
O-
O-
O-
O-
*1
*1
TK-2180/
TK-3180
Turns the
transceiver
ON/ OFF.
Increases the
speaker volume.
Press and hold this
key for 1 second to
increase the volume
level by 1 step every
100 ms.
Decreases the
speaker volume.
Press and hold this
key for 1 second to
decrease the
volume level by
1 step every 100 ms.
Increases or
decreases the
speaker volume.
-O
This switch can also
be used to turn the
transceiver ON or
OFF.
Selects the target
party and status to
be sent.
Press this switch to
O
make a call and
communicate.
Enables dialing and
data entry in
MPT1343 and
DTMF transmission.
A 12-key or 16-key
microphone is
available if the
transceiver is
O
TK-7180/ TK-7180H/
TK-8180/ TK-8180H.
The 16-key keypad
has [A], [B], [C] and
[D] keys and these
keys can be
configured by using
KPG-96D.
Description
1.2 Description of MPT Trunking System
MPT stands for Ministry of Post and Telecommunication
and MPT Trunking Systems utilize signaling compliant
with MPT1327.
1200 bps FFSK is used as the signaling type in an MPT
Trunking System. The control channel is duplex (allowing
transmission and reception at the same time) and half
duplex control channels and full duplex control channels
are used for the transceiver. Dedicated type control
channels and undedicated type control channels can be
used. Communication takes place on the traffic channel.
1.3 Transmit and Receive Frequencies
This is a frequency pair used for transmitting and
receiving data.
Table 1-2 Transmit and Receive Frequencies
Transmit Frequency and
Model
TK-2180 136 to 174
TK-3180
TK-7180/ TK-7180H 136 to 174
TK-8180/ TK-8180H
Receive Frequency Range
[MHz]
400 to 470
450 to 520
400 to 470
450 to 520
1.4 Transmit Power
Low can be configured for the transmit power to reduce
battery consumption if the repeater or the receiving party
is nearby.
This configuration also extends the operating time of the
TK-2180/ TK-3180 transceiver.
Transmit power of the transceiver can be configured for
each channel in Conventional Mode by using KPG-96D.
Transmit power can be configured for the transceiver in
MPT Trunking System.
Following are the available transmit power settings.
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Table 1-3 Transmit Power: Low/ High
1 DESCRIPTION
Model
TK-2180/
TK-3180
TK-7180 30 5
TK-7180H 50 10
30: 400 to 490 MHz
TK-8180
TK-8180H
(including 490 MHz)
25: 490 to 520 MHz
(excluding 490 MHz)
45: 400 to 490 MHz
(490 MHz is included.)
40: 490 to 512 MHz
(490 MHz is excluded.
512 MHz is included.)
35: 512 to 520 MHz
(512 MHz is excluded.)
Transmit Power [W]
High Low
51
5
10
Configuration using KPG-96D
• Configuring the Transmit Power for each channel
(Refer to FPRG 6.3.9 Conventional (Channel)
Window.)
• Configuring the Transmit Power in MPT Trunking
System (Refer to FPRG 6.3.2 Trunking Features
Window.)
1.5 Channel Spacing
Channel Spacing is the channel bandwidth used for
communication.
Channel Spacing of the transceiver can be configured for
each channel in Conventional Mode by using KPG-96D.
Channel Spacing of the transceiver can be configured for
each network system in MPT Trunking System.
Table 1-4 Channel Spacing: Wide/ Narrow
Channel Spacing [kHz]
Wide Narrow
25 12.5
Configuration using KPG-96D
• Configuring the Channel Spacing (Wide or Narrow)
for each Channel (Refer to FPRG 6.3.9
Conventional (Channel) Window.)
• Configuring the Channel Spacing in MPT Trunking
System (Refer to FPRG 6.1.1 Network Information
Window.)
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2 BASIC OPERATION
2.1 Turning the Transceiver ON/ OFF
2.1.1 Power ON
Turn the Power switch clockwise to turn ON the
transceiver if the transceiver is TK-2180 or TK-3180.
Press the Power switch to turn ON the transceiver if the
transceiver is TK-7180/ TK-7180H/ TK-8180/ TK-8180H.
The transceiver emits Power-on Tone for 500 ms when
the transceiver is turned ON and all LCD segments
appear. In this case, the transceiver checks for firmware
and available frequency data.
Turn the transceiver ON.
If no data is available
in the transceiver:
"UNPROGRAM" appears.
If MPT ESN is not correctly
configured:
"ESN ERROR" appears.
If MPT Trunking Option is not
correctly configured:
"UPG ERROR" appears.
When available data exits
in the transceiver:
Display and Operation
All Segments on the LCD Appear
z
The transceiver emits Power-on Tone A for 500 ms
when the transceiver is turned ON and all
segments on the LCD appear.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Note: Timed Power-off is disabled when the transceiver is
turned ON by pressing and holding the Power switch for
more than 1 second while Ignition Sense is configured
for “Ignition & Switch”. In this case, the transceiver
emits Power-on Tone B to notify a user that Timed
Power-off is disabled. (Refer to 7.2 Timed Power-off
(TK-7180/ TK-7180H/ TK-8180/ TK-8180H only) on
page 26.)
z Unprogram Display
“UNPROGRAM” appears on the main display if
there is no available data.
If the Transceiver Password
is configured:
"PASSWORD" appears.
(Refer to 5.1 Transceiver
Password on page 23.)
If the Power-on Text is
configured:
Display appearing while
searching a control
Call Address Name Display
Note: Transceiver operation may vary depending on the Power
Switch Status Memory configuration if the transceiver is
TK-7180/ TK-7180H/ TK-8180/ TK-8180H. (Refer to
2.1.3 Power Switch Status Memory (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only) on page 6.)
If the Transceiver Password
is not configured:
* The Power-on Tone A
sounds for 500 ms.
* All LCDs light.
If the Power-on Text is not
configured:
The Unit Number appears
for 2 seconds.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
z Power-on Text Display
If the Power-on Text is configured for the
transceiver, the message appears on the main
display for 2 seconds. (Refer to 3.6.4 Power-on
Text on page 17.)
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2 BASIC OPERATION
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
z Unit Number Display
The Unit Number appears on the main display for
2 seconds if no Power-on Message is configured.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Note: The clock appears on the display for 2 seconds if Clock
is configured for Power-on Message Type.
(Refer to 15.2 Power-on Clock Display on page 87.)
z Display Appearing while Searching a Control
Channel
When the Power-on Message display or Unit
Number display disappears, the transceiver
checks if an available control channel stored in
memory is available.
If the transceiver cannot find a control channel
stored in memory within a certain period, the
transceiver searches for another control channel.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
z Call Address Display
The Call Address Name (a maximum of 12
alphanumeric digits) configured for the transceiver
appears on the main display.
If no Call Address Name is configured for the
transceiver, “DR*” (* is a Call Address number)
appears on the display.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
z Channel Name Display
When the transceiver is turned OFF and ON in
Conventional Mode, the Channel Name configured
for the transceiver appears on the main display
after displaying the Unit Number for 2 seconds.
If no Channel Name is configured for the
transceiver, “CH*” (* is a channel number) appears
on the main display.
“ ” scrolls from left to right on the main display if
the transceiver is searching for a control channel.
The transceiver cannot make a call while “ ” is
displayed.
The “ ” icon appears and the Call Address stored
in the transceiver memory appears on the display
TK-2180/ TK-3180
when an available control channel is found. “SVC”
appears on the sub display.
“ ” does not appear during registration.
The triangle mark starts scrolling when registration
fails.
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
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2 BASIC OPERATION
2.1.2 Power OFF
Turn the Power switch fully counterclockwise to turn OFF
the transceiver if the transceiver is TK-2180/ TK-3180.
Press the Power switch while the transceiver is turned
ON to turn OFF the transceiver if the transceiver is
TK-7180/ TK-7180H/ TK-8180/ TK-8180H.
Only the clock function works when the transceiver is
turned OFF.
2.1.3 Power Switch Status Memory
(TK-7180/ TK-7180H/ TK-8180/
TK-8180H only)
When the power connector is connected, this function
can be used to turn the transceiver ON or OFF in
conjunction with the Power switch status stored in the
transceiver.
Power Switch Status Memory can be configured to be
enabled or disabled by using KPG-96D.
Power Switch Status Memory Enabled
The transceiver turns ON and activates if the power
connector is removed while the transceiver is turned
ON, and then the connector is re-connected. The
transceiver remains OFF if the power connector is
removed while the transceiver is turned OFF, and
then the connector is re-connected. The transceiver
does not activate unless the Power switch is pressed.
Power Switch Status Memory Disabled
The transceiver is always turned ON when the power
connector is connected regardless of the transceiver
power status.
Note: Power Switch Status Memory does not work if Ignition
Sense is enabled.
Configuration using KPG-96D
• Configuring the Power Switch Status Memory to
be Enabled or Disabled (Refer to FPRG 6.4.1
Common Page 1 Tab >
Memory (TK-7180/ TK-7180H/ TK-8180/
TK-8180H only).)
Power Switch Status
2.1.4 Searching for Control Channel
Search for the control channel can be executed by
activating the following hunt sequence.
Hunt
This hunt sequence is enabled under the following
conditions:
• When the transceiver is turned ON.
• When the network is changed with Network Select.
• When Random Access fails.
The hunt sequence is enabled in the following order
and the transceiver can receive a control channel if
conditions are met at each hunt sequence.
Table 2-1 Hunt Sequence
Order Hunt Sequence Description
Resuming a Control
1
Channel Sequence
Single Channel Hunt
2
Sequence
Preferential Hunt
3
Sequence
Normal Hunt
4
Sequence
Comprehensive Hunt
5
Sequence
Note: Refer to the MPT-1343’s instruction manual for details of
the hunt sequences.
Background Hunt
This sequence is the hunt sequence executed by the
transceiver in the background.
If a possible channel is found in the Background Hunt,
the hunt sequences shown in Table 2-1 activate and
the tranceiver tries to receive the channel.
This sequence is used to resume
hunting for a control channel.
This sequence is used to receive
a single channel.
This sequence is a preferential
hunt sequence. This sequence
has the following 3 steps.
• Preferential NDD Sub-set Hunt
Stage
• Preferential Sampled Hunt
Stage
• Preferential Area Hunt Stage
This sequence is a normal hunt
sequence.
This sequence is a
comprehensive hunt sequence.
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2 BASIC OPERATION
Vote Now
This hunt sequence is enabled when the transceiver
receives the Vote Now Message (Broadcast
Message, SYSDEF = 00101) sent from the TSC. The
transceiver detects the level on the specified channel
when the transceiver receives a Vote Now Message
and receives a control channel.
Following hunt sequences are available in Vote Now:
Normal Vote Now and RegioNet43.
Conditions to receive a control channel vary
depending on the hunt sequence type.
Note: Refer to the Vote Now’s instruction manual for details of
the hunt sequence in Vote Now.
2.2 Adjusting the Volume
The volume level is increased when the Volume control
is turned clockwise and the level is decreased when the
Volume control is turned counterclockwise.
Press the [] key to increase the volume level from the
speaker and the [] key to decrease the volume level
from the speaker if the transceiver is TK-7180/ TK-7180H/
TK-8180/ TK-8180H.
2.3 Using Function Keys
Press any key to activate the function assigned to that
function key. (Refer to 11 KEY ASSIGNMENT on page
77.)
2.4 Changing the Call Address
Use the Selector, Call Address Up key or Call Address
Down key to change the Call Address in MPT Trunking
System. (Refer to 11 KEY ASSIGNMENT on page 77.)
The transceiver skips unregistered Call Addresses when
the Call Address is changed.
The Rollover Tone sounds when the smallest Call
Address is selected. (Refer to 4.1 Tone Patterns on page
18.)
Transceiver Operation
z Using the Selector (TK-2180/ TK-3180 only)
• Turn the Selector clockwise.
The Call Address number is increased by 1
step.
• Turn the Selector counterclockwise.
The Call Address number is decreased by 1
step.
z Using the PF Keys
• Press the Call Address Up key.
The Call Address number is increased by 1
step.
• Press and hold the Call Address Up key for
more than 1 second.
The Call Address number keeps increasing by
1 step every 200 ms.
• Press the Call Address Down key.
The Call Address number is decreased by 1
step.
• Press and hold the Call Address Up key for
more than 1 second.
The Call Address number keeps decreasing by
1 step every 200 ms.
Configuration using KPG-96D
• Assigning the Call Address Up and Call Address
Down to PF keys (Refer to FPRG 6.5 Key
Assignment Window.)
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2 BASIC OPERATION
2.5 Changing the Channel
Use the Selector, Channel Up key or Channel Down
key to change the channel in Conventional Mode.
(Refer to 11 KEY ASSIGNMENT on page 77.)
Although the transceiver pauses scanning if the channel
is changed during the scan, the transceiver resumes
scanning after 1 second. (Refer to 10 SCAN on page 71.)
The transceiver skips unregistered channels if the
channel is changed.
The Rollover Tone sounds when the smallest channel is
selected. (Refer to 4.1 Tone Patterns on page 18.)
Transceiver Operation
z Using the Selector (TK-2180/ TK-3180 only)
• Turn the Selector clockwise.
The channel number is increased by 1 step.
• Turn the Selector counterclockwise.
The channel number is decreased by 1 step.
z Using the PF Keys
• Press the Channel Up key.
The channel number is increased by 1 step.
• Press and hold the Channel Up key for more
than 1 second.
The channel number keeps increasing by 1
step every 200 ms.
• Press the Channel Down key.
The channel number is decreased by 1 step.
• Press and hold the Channel Down key for
more than 1 second.
The channel number keeps decreasing by 1
step every 200 ms.
2.6 Receive
2.6.1 Receiving in MPT Trunking System
Refer to “8 MPT TRUNKING on page 27” for reception in
MPT Trunking System.
2.6.2 Receiving in Conventional Mode
The transceiver unmutes and emits the received audio
when the transceiver receives a carrier. If the QT/DQT
code is configured, the transceiver unmutes and emits
the received audio when the QT/DQT matches.
Receive Frequency and QT/DQT Decode must be
configured by using KPG-96D.
Transceiver Operation
1. Select the target channel. (Refer to 2.5 Changing
the Channel.)
2. Adjust the volume level if needed when the
transceiver receives a call. (Refer to 2.2 Adjusting
the Volume on page 7.)
Configuration using KPG-96D
• Configuring the Receive Frequency
(Refer to FPRG 6.3.9 Conventional (Channel)
Window.)
• Configuring the QT/DQT Decode (Refer to FPRG
6.3.9 Conventional (Channel) Window.)
Configuration using KPG-96D
• Assigning Channel Up and Channel Down to PF
keys (Refer to FPRG 6.5 Key Assignment
Window.)
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2 BASIC OPERATION
2.7 Transmit
2.7.1 Transmitting in MPT Trunking System
Refer to “8 MPT TRUNKING on page 27” for transmission
in MPT Trunking System.
2.7.2 Transmitting in Conventional Mode
The transceiver transmits voice when a user speaks while
pressing the PTT switch. When a QT/DQT is configured:
The transceiver sends the QT/DQT code when the PTT
switch is pressed to transmit. If the sent QT/DQT code
matches the QT/DQT code configured in the receiving
party’s transceiver, the caller can communicate with the
receiving party.
The transceiver sends Reverse Burst if QT is used or
sends the Turn-off code if DQT is used to mute the
speaker of the receiving party’s transceiver, when the
PTT switch is released.
Transmit Frequency and QT/DQT Encode not to sound a
Squelch tail, must be configured by using KPG-96D.
2. Press the Conventional key.
The transceiver enters Conventional Mode and the
previously selected channel name appears on the
main display.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Note: If the transceiver has exited from Conventional
Mode during the scan, the transceiver resumes
scanning.
3. Select a channel.
Select a channel using the Selector or Channel
Up or Channel Down key.
Display and Operation
1. Turn the transceiver ON.
The transceiver attempts to register an available
channel in MPT Trunking System. When the
registration completes, the Call Address appears
on the display.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Note: If the transceiver is turned OFF in Conventional Mode,
the transceiver stores the status in the memory. In this
case, the transceiver activates in Conventional Mode
when the transceiver is turned ON.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
4. Press the PTT switch.
The transceiver transmits voice on the selected
channel.
LED lights red.
TK-2180/ TK-3180
LED lights red.
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
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2 BASIC OPERATION
Configuration using KPG-96D
• Configuring the Transmit Frequency
(Refer to FPRG 6.3.9 Conventional (Channel)
Window.)
• Configuring the QT/DQT Encode (Refer to FPRG
6.3.9 Conventional (Channel) Window.)
2.8 Mic PTT (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
Mic PTT is the PTT switch on the KMC-35/ KMC-36
microphone. This switch can be used for normal
conversation.
Mic PTT can be configured by using KPG-96D.
The following functions are available for Mic PTT.
Note: Mic PTT is compliant with KMC-9C/ KMC-30/ KMC-32/
KMC-35/ KMC-36.
Connect to Modulation Line
Configure the modulation line for the Mic PTT.
Following is the modulation line list. The default
modulation line is the Mic line.
• Mic Line: The audio line of the Mic located on the
front of the transceiver
• MI2 Line: The audio modulation line of the D-sub
connector located on the rear of the transceiver
• DI Line: The data modulation line of the D-sub
connector located on the rear of the transceiver
With QT/DQT
Configure the QT/DQT for a Conventional channel to
be replaced when the transceiver sends code by a
user pressing the Mic PTT. Normally, only QT/DQT is
replaced.
Configuration using KPG-96D
• Configuring the Connect to Modulation Line
(Refer to FPRG 6.7.5 Modulation Line Tab
(TK-7180/ TK-7180H/ TK-8180/ TK-8180H only).)
• Configuring the With QT/DQT (Refer to FPRG
6.7.5 Modulation Line Tab (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only).)
• Configuring the With STE (Refer to FPRG 6.7.5
Modulation Line Tab (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only).)
2.9 Compander
This function improves the quality of the received audio
signal by reducing the amount of electrical noise.
It is used to improve the S/N ratio of voice
communications by compressing the audio of the
transmitting party at the transmit end of the
communication path and expanding the audio of the
receiving party at the receiving end.
Compander can be used in MPT Trunking System and
Conventional Mode.
Compander can be configured for normal voice
communications and voice communications using the
telephone line.
Compander can be configured to be enabled or disabled
by using KPG-96D. The transmitting party and the
receiving party must have the same configuration.
Configuration using KPG-96D
• Configuring the Compander (MPT Trunking) to be
Enabled or Disabled (Refer to FPRG 6.3.2
Trunking Features Window > Option 1 Tab.)
• Configuring the Compander (Conventional Mode)
to be Enabled or Disabled (Refer to FPRG 6.3.9
Conventional (Channel) Window.)
With STE
Configure the STE (Squelch Tail Eliminator) to be sent
after sending the QT/DQT code for a Conventional
channel by a user pressing the Mic PTT. Normally,
the transceiver sends STE.
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2 BASIC OPERATION
2.10 Key Lock (TK-2180/ TK-3180 only)
This function disables operation of the transceiver. This
is useful to prevent accidentally changing the transceiver
configuration while using a belt clip, etc.
Key Lock can be assigned to a PF key on the transceiver
by using KPG-96D.
Key Lock is enabled when the Key Lock key is pressed
and held for 1 second. Key Lock is disabled when the
Key Lock key is pressed and held for 1 second again.
Keys other than the PTT switch and Power switch cannot
be used while Key Lock is enabled.
The PF keys assigned with the following functions still
function even if Key Lock is enabled.
Conventional: Key Lock, Squelch Off, Lamp
MPT Trunking: Emergency, Lamp, Key Lock, Clear,
Call
Display and Operation
“LOCKED” appears on the main display for 500 ms
and the Key-entry Error Tone sounds in the following
conditions:
• When pressing and holding the Key Lock key for
1 second.
• When pressing an inoperable key while Key Lock
is enabled.
TK-2180/ TK-3180
Note:
The Key Lock status is stored in the memory even if the
transceiver is turned OFF.
Transceiver Password is enabled before Key Lock is
enabled if the Transceiver Password is configured. Key
Lock is enabled when Transceiver Password is disabled.
2.11 Keypad Operation
Keypad Operation can be configured according to the
usage of the transceiver.
Dialing codes and DTMF codes can be directly entered
using the keypad.
This function can be enabled only if a keypad is equipped
on the TK-2180 or TK-3180.
This function can be enabled when 12-key or 16-key is
configured for Mic Keypad by using KPG-96D if the
transceiver is TK-7180/ TK-7180H/ TK-8180/
TK-8180H.
Keypad Operation can be configured by using KPG-96D.
Configuration using KPG-96D
• Configuring the Keypad Operation
(Refer to FPRG 6.5 Key Assignment Window.)
2.12 Site Lock
Site Lock can be used to remain on the current control
channel.
When Site Lock is enabled, the transceiver remains on
the current control channel even if a control channel
having higher signal strength is detected. If Site Lock is
disabled, the transceiver jumps to another control
channel when a control channel having higher signal
strength is detected.
Site Lock can be assigned to a PF key on the transceiver
by using KPG-96D.
Display and Operation
1. Press and hold the Site Lock key for 1 second.
The transceiver is locked on the current site.
“SITE LOCKED” appears on the main display for
500 ms and the Key Beep A sounds.
Configuration using KPG-96D
• Assigning the Key Lock to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
TK-2180/ TK-3180
2. Press and hold the Site Lock key for 1 second
again.
Site Lock is disabled. In this case, the Key Beep B
sounds.
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3 DISPLAY
The transceiver has the following displays and indicators.
• LED (Transmit/ Busy)
• LCD Display
3.1 Busy LED
The Busy LED is used to notify a user that the transceiver
is receiving a carrier. The Busy LED lights green when
the transceiver receives a carrier.
Note: This function is only available in Conventional Mode.
The Busy LED does not light in MPT Trunking System.
3.2 Transmit LED
The Transmit LED is used to notify a user that the
transceiver is transmitting. The Transmit LED lights red
while the transceiver is transmitting.
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Sub display Icon display area
Main display
Figure 3-2 TK-7180/ TK-7180H/ TK-8180/ TK-8180H
LCD Display
3.3.1 Available Characters on the Main Display and Sub Display
The following characters are available on the main
display and sub display.
3.3 LCD Display
The following displays are available.
TK-2180/ TK-3180
Sub display Icon display area
Main display
Figure 3-1 TK-2180/ TK-3180 LCD Display
Figure 3-3 Available Characters on the Main Display and
Sub Display
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3.3.2 Lamp (TK-2180/ TK-3180 only)
The backlight LEDs are located behind the LCD and the
front keypad. With this function, a user can view the LCD
in dark places or at night by using the backlight LEDs.
The LEDs light in the following conditions.
Pressing the Lamp Key
When the Lamp key is pressed, the backlight LED
lights.
Using the Auto Backlight Functions
The backlight LED lights when a key other than the
PTT switch or Volume control is used while Auto
Backlight is enabled.
Note:
The backlight LED lights for 5 seconds and automatically turns
Off if no key is pressed after the backlight LED turns On.
The illumination time is updated every time a key is pressed
while the backlight LED is lit and the illumination time of the
backlight LED extends for 5 seconds.
The backlight LED turns Off when the Lamp key is pressed
while the backlight light LED is lit.
Configuration using KPG-96D
• Assigning the Lamp Function to a PF key
(Refer to FPRG 6.5 Key Assignment Window.)
• Configuring the Auto Backlight to be Enabled or
Disabled (Refer to FPRG 6.4 Optional Features
Window > 6.4.1 Common Page 1 Tab.)
3.3.3 LCD Brightness (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
With this function, a user can decrease the brightness of
the backlight LED when using the transceiver in dark
places or at night. When the LCD Brightness key is
pressed, the brightness of the backlight LED changes.
The brightness changes in the following order: High
Low Off.
The brightness status of the backlight configured by using
the LCD Brightness key is retained even if the
transceiver is turned OFF.
The brightness of the backlight LED can be configured
using KPG-96D.
Configuration using KPG-96D
• Assigning the LCD Brightness to a PF key
(Refer to FPRG 6.5 Key Assignment Window.)
• Configuring the LCD Brightness Level
(Refer to FPRG 6.4 Optional Features Window >
6.4.1 Common Page 1 Tab.)
3.4 Icons
The following icons indicate the transceiver’s status.
Each icon appears in the icon display area of the LCD.
Table 3-1 Icon List
Icons Function
• RSSI Icon
Displays the received signal level (RSSI).
This icon does not appear while searching
for a control channel.
• Monitor Open Icon
Conventional:
This icon indicates the transceiver’s
status while Squelch Off is enabled.
MPT Trunking System:
Not used
• Scan Mode Icon
Conventional:
This icon indicates the scan status.
The Scan Mode icon has 2 statuses.
Solid: The transceiver is scanning or has
paused scanning while scanning.
Flashing: When the scan is disabled
while the transceiver is in Scan
Mode.
MPT Trunking System:
Solid: The transceiver is doing a group
scan.
• Telephone ID Icon
Conventional:
Not used
MPT Trunking System:
Flashing: When Own Call Diversion is
enabled.
• Message Stack Icon
This icon indicates Message Stack status.
The Message Stack icon has 2 statuses.
Solid: When a message is stacked.
Flashing: When a new message is stored.
• Horn Alert Icon (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only)
Conventional:
Not used
MPT Trunking System:
This icon indicates the Horn Alert state.
• Scrambler Icon
This icon indicates the status of
Scrambler.
• Public Address Icon (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only)
Conventional:
Not used
MPT Trunking System:
This icon indicates the status of Public
Address.
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3 DISPLAY
Icons Function
• Low Transmit Power Icon (TK-2180/
TK-3180 only)
Conventional:
This icon indicates the status of Low
Transmit Power.
MPT Trunking System:
Not used
• Scan Channel Add Icon
Conventional:
This icon indicates the status of Scan
right
left
center
left
right
Channel Add.
MPT Trunking System:
This icon indicates the status of Group
Scan ID Add.
• AUX A Icon
Conventional:
Not used
MPT Trunking System:
This icon indicates the AUX A status.
• AUX B/ AUX Icon
Conventional:
Not used
MPT Trunking System:
This icon indicates the status of
AUX B and AUX.
• Auto Recording Icon
This icon indicates the status of Auto
Recording.
• Auto Reply Message Icon
Conventional:
Not used
MPT Trunking System:
This icon appears when the transceiver
is in Auto Reply Message Mode.
• Battery Indicator Icon (TK-2180/ TK-3180
only)
This icon indicates the status of Battery
Indicator.
The Battery Indicator icon has 3 statuses.
Solid: High, Sufficient, Low
Flashing: Very Low
Off: When alkaline batteries are used.
3.4.1 Signal Strength Indicator
This function is used to indicate the received signal
strength at the transceiver.
When this function is enabled, the signal strength of the
received signal appears.
Table 3-2 Signal Strength
Signal Strength (dBm)
Icons Status
High Above -80 Above -74
Medium -95 to -80 -92 to -74
Low -110 to -95 -110 to -92
Very
weak
None No signal No carrier No carrier
Note: Value shown represents signal strengths as measured at
room temperature.
TK-2180/ TK-3180
When a carrier is
detected to -110
TK-7180/ TK-7180H/
TK-8180/ TK-8180H
When a carrier is
detected to -110
3.4.2 Battery Status/ Warning (TK-2180/ TK-3180 only)
This function is used to indicate the remaining battery life
of the transceiver battery.
When Battery Status is enabled, the battery status is
displayed in 4 stages according to the remaining battery
capacity.
If Battery Warning is enabled, the transceiver emits a
beep or displays a warning message if the battery voltage
level is low.
Battery Status/ Warning can be configured to be enabled
or disabled by using KPG-96D.
Table 3-3 Battery Status Icon List
Icons Status
High
Sufficient
Low
Very Low
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3 DISPLAY
Table 3-4 Battery Warning Operations
Battery Warning Operation
Transmits as usual and no battery
Off
While Transmitting
Always The LED flashes red continuously.
Always with Beep
Note:
The status of alkaline batteries cannot be displayed.
The transceiver operates in conjunction with the “While
Transmitting” configuration if “Always” or “Always with Beep” is
selected while alkaline batteries are used.
warning is given regardless of battery
voltage status.
The LED flashes red while the
transceiver is transmitting.
The LED flashes red continuously and
the Battery Warning Tone sounds.
Configuration using KPG-96D
• Configuring the Battery Warning (Refer to FPRG
6.4 Optional Features Window > 6.4.2 Common
Page 2 Tab.)
• Configuring the Battery Status (Refer to FPRG 6.4
Optional Features Window > 6.4.2 Common Page
2 Tab.)
Display and Operation
z SVC Display
Normally, “SVC” appears on the sub display.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
z Signal Strength (dBm) Display
The signal strength (dBm) appears on the sub
display if Signal Strength Level is configured.
TK-2180/ TK-3180
3.5 Sub-LCD Display
A maximum of 3 alphanumeric digits can be displayed on
the sub display.
Normally, “SVC” appears on the sub display.
When the Sub-LCD Display key is pressed, the sub
display switches in the following order: SVC display
Signal Strength display [dBm] Control Channel display
or Traffic Channel display.
Sub-LCD Display can be assigned to a key on the
transceiver by using KPG-96D.
Note: This function is only available in MPT Trunking System.
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
The signal strength appears on the sub display
depending on the signal strength level of the
received signal.
• When the signal strength level of the
received signal is between -120 dBm to
-70 dBm.
A value between “120” (-120 dBm) and “70”
(-70 dBm) appears on the sub display in steps
of 1 dBm every 500 ms.
• When the signal strength level of the
received signal is less than -120 dBm.
“> - -” appears on the display.
• When the signal strength level of the
received signal is larger than -70 dBm.
“>70” appears on the display.
FUNC (K)/Ver. 2.00 Confidential CONTENTS INDEX 15
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3 DISPLAY
z Control Channel Display or Traffic Channel
Display
The control channel number appears on the sub
display when a control channel is used and the
traffic channel number appears when a traffic
channel is used.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
The following characters appear on the sub display
depending on the specific situation.
Table 3-5 Sub Display List
Sub Display Function
00 to 31 Status No.
R01 to R03 Redial No.
N1 to N8 Network No.
01 to 32 Stack No.
EMG Emergency Call Display (Flash)
CAL Individual Call Display (Flash)
GRP Group Call Display (Flash)
BCC Broadcast Message Display (Flash)
NEW New Status Display
SS
S
HAD Home Address
V01 VGS Recording Mode
ID Own Prefix, Fleet, Ident Display
CNM Control Channel Select
CH Current Control Channel Number
SYS Current System
CEC Codeword Error Counter
B V Beep Volume
R V Ringer Volume
SIL Speaker Mute
LMP Lamp (TK-2180/ TK-3180 only)
C D Current Traffic Channel Number
GR1 to GR7 Temporary Receive/Transmit Group
Transmit Power Display
(SS: High, S: Low)
Configuration using KPG-96D
• Assigning the Sub-LCD Display to a PF key
(Refer to FPRG 6.5 Key Assignment Window.)
3.6 Main Display
The following items relevant to the main display can be
configured:
• Network Name
• Personal Name
• Channel Name
• Power-on Text
Note: The following alphanumeric digits and symbols can be
entered using KPG-96D.
Table 3-6 Available Characters using KPG-96D
0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P
Q R S T U V W X Y Z a b c d e f g h i j k l m n o p q r
s t u v w x y z
À Á Â Ã Ä Å Æ Ç È É Ê Ë Ì Í Î Ï Ð Ñ Ò Ó Ô Õ Ö × Ø
Ù Ú Û Ü Ý Þ ß à á â ã ä å æ ç è é ê ë ì í î ï ð ñ ò ó ô
õ ö ÷ ø ù ú û ü ý þ ÿ
! " # $ % & ' ( ) ~ + - , . / : ; < = > ? @ [ \ ] ^ _ ` { } * |
(space)
3.6.1 Network Name
Network Name can be used to assign a name to the
network. Normally, these icons only appear in the
KPG-96D window.
A maximum of 12 alphanumeric digits can be configured
for each network.
Network Name can be configured by using KPG-96D.
Configuration using KPG-96D
• Configuring the Network Name (Refer to FPRG
6.1.1 Network Information Window.)
16 INDEX CONTENTS Confidential FUNC (K)/Ver. 2.00
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3.6.2 Personal Name
Personal Name can be used to assign a name to
personal data. This function is only available in MPT
Trunking System.
The personal name appears on the main display when
selecting a network by using the Network Select key.
A maximum of 12 alphanumeric digits can be configured
for each personal data.
Personal Name can be configured by using KPG-96D.
Configuration using KPG-96D
• Configuring the Personal Name (Refer to FPRG
6.3.1 Personalization Window.)
3.6.3 Channel Name
3 DISPLAY
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
The configured text appears for 2 seconds after all
segments on the LCD disappear.
Channel Name can be used to assign a name to a
channel. The function is only available in Conventional
Mode.
A maximum of 12 alphanumeric digits can be configured
for each channel. Channel Name can be assigned to
allow easy recognition of each channel.
Channel Name can be configured using KPG-96D.
Configuration using KPG-96D
• Configuring the Channel Name (Refer to FPRG
6.3.9 Conventional (Channel) Window.)
3.6.4 Power-on Text
Power-on Text can be used to display characters on the
display when the transceiver is turned ON.
The message configured for Power-on Text appears for
2 seconds after the transceiver is turned ON.
Power-on Text can be configured using KPG-96D.
Display and Operation
1. Turn the transceiver ON.
Power-on Tone A sounds for 500 ms when the
transceiver is turned ON and all segments on the
LCD appear.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
When the registration completes, the Call Address
appears on the main display.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Configuration using KPG-96D
• Configuring the Power-on Text (Refer to FPRG
6.4 Optional Features Window > 6.4.2 Common
Page 2 Tab.)
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4 SOUNDS
4.1 Tone Patterns
The transceiver emits the following tones.
Table 4-1 Tone List
Ton e Type Type
Power-on Tone A
Power-on Tone
Control Tone
Warning Tone
Reception Tone Phone Tone
MPT Tone
Transpond Tone Transpond Tone
Locator Tone Locator Tone
4.1.1 Power-on Tone
The transceiver emits this tone when the transceiver is
turned ON.
Function Description
Power-on Tone A
Power-on Tone B
(TK-7180/ TK-7180H/
TK-8180/ TK-8180H only)
Power-on Tone B (TK-7180/ TK-7180H/
TK-8180/ TK-8180H only)
Key Beep A
Key Beep B
Key Beep C
Key-entry Error Tone
Rollover Tone
Warning Alert Tone
TOT Pre-alert Tone
Battery Warning Tone (TK-2180/ TK-3180
only)
Stack in Tone
Stack Alert Tone A/ B
Pre-alert
Timed Power-off Pre-alert
Trunking Tone
PLL Unlock Tone
CSUIP (Calling)/ Call Queued Tone
(Tone A)
Called Party Ringing Tone (Tone B)
System Busy Tone (Tone C)
Unavailable Tone (Tone D)
Called Party Busy Tone (Tone E)
Number Unobtainable Tone (Tone F)
Call Clear Indication Tone (Tone H)
Alert Tone (Tone I)
Transaction Confirmed Tone (Tone J)
GTC Blip Tone (Tone K)
Table 4-2 Power-on Tone List
The transceiver emits this tone
when the transceiver is turned
ON.
The transceiver emits this tone
to notify a user that Timed
Power-off is disabled when the
transceiver is turned ON by
pressing and holding the Power
switch for more than 1 second.
4.1.2 Control Tone
The transceiver emits this tone when a function activates.
Table 4-3 Control Tone List
Function Description
The transceiver emits this tone when
Key Beep A
Key Beep B
Key Beep C
Key-entry Error Tone
Rollover Tone
a function is enabled by pressing a
key.
The transceiver emits this tone when
a function is disabled by pressing a
key.
The transceiver emits this tone when
the password matches or data, such
as Test Mode adjustment value, is
written to the transceiver by pressing
a key.
The transceiver emits this tone when
the operation activated by pressing a
key is denied.
The transceiver emits this tone when
a key with no function assigned or
an inoperable key is pressed.
The transceiver emits this tone when
the smallest Call Address number or
channel number is selected.
4.1.3 Warning Tone
The transceiver emits this tone to warn a user.
Table 4-4 Warning Tone List
Function Description
The transceiver emits this tone until
the PTT switch is released if
transmission is restricted with the
Time-out Timer or there is no
Warning Alert Tone
TOT Pre-alert Tone
Battery Warning Tone
(TK-2180/ TK-3180 only)
Stack in Tone
Stack Alert Tone A/ B
Pre-alert
transmit frequency. The transceiver
emits this tone until the PTT switch
is released while Busy Channel
Lockout is enabled in Conventional
Mode.
The transceiver emits this tone to
notify a user that the transmission is
going to be restricted by the Timeout Timer.
The transceiver emits this tone when
the battery level reaches low.
The transceiver emits this tone when
a message is stored.
The transceiver emits this tone when
an unread message is stored.
The transceiver emits this tone to
notify a user that the transmission is
going to be restricted in MPT
Trunking System.
18 INDEX CONTENTS Confidential FUNC (K)/Ver. 2.00
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4 SOUNDS
Function Description
The transceiver emits this tone to
Timed Power-off
Pre-alert
Trunking Tone
PLL Unlock Tone
notify a user that the transceiver is
going to be turned OFF by Timed
Power-off.
The transceiver emits this tone when
a control channel is found during the
Trunking Search.
The transceiver emits this tone when
the PLL circuit is unlocked.
4.1.4 Reception Tone
The transceiver emits this tone when the transceiver
receives a call.
Table 4-5 Reception Tone List
Function Description
Phone Tone
The transceiver emits this tone when
the transceiver receives a call.
4.1.5 MPT Tone
Function Description
The transceiver emits this tone when
Transaction Confirmed
Tone (Tone J)
GTC Blip Tone (Tone K)
the transceiver receives an ACK
corresponding to a transaction
executed for the TSC.
The transceiver emits this tone when
the transceiver receives a GTC
message from the TSC.
4.1.6 Transpond Tone
When an available channel for the Auto Reply Message is
found, the transceiver sends a Greeting Message (I am
not available. Leave your message.) and transmits the
Transpond Tone (2100 Hz) for 1 second. The transceiver
only modulates this tone and does not emit the tone from
the speaker.
4.1.7 Locator Tone
The transceiver emits this tone before the transceiver
transmits or receives in Emergency Mode.
The transceiver emits the following tones in MPT
Trunking System.
Table 4-6 MPT Tone List
Function Description
The transceiver emits these tones
CSUIP (Calling)/ Call
Queued Tone (Tone A)
Called Party Ringing
Tone (Tone B)
System Busy Tone
(Tone C)
Unavailable Tone
(Tone D)
Called Party Busy Tone
(Tone E)
Number Unobtainable
Tone (Tone F)
Call Clear Indication
Tone (Tone H)
Alert Tone (Tone I)
when the transceiver of the
transmitting party is in CSUIP or the
transceiver is waiting to receive a
call.
The transceiver emits this tone when
the transceiver receives ACKI
(QUAL ‘0’) from TSC.
The transceiver emits this tone when
the transceiver receives a message
indicating a system overload from
the TSC.
The transceiver emits this tone when
the receiving party does not respond.
The transceiver emits this tone when
the transceiver receives a message
indicating a call failure from the TSC.
The transceiver emits this tone to
notify a user that a dialing cannot be
identified or processed.
The transceiver emits this tone to
clear a call.
The transceiver emits this tone to
warn a user.
4.2 Minimum Volume
The Minimum Volume function differs between the
TK-2180/ TK-3180 and TK-7180/ TK-7180H/ TK-8180/
TK-8180H transceivers.
Minimum Volume can be configured by using KPG-96D.
TK-2180/ TK-3180
This function can be used to limit the minimum volume
level if the volume control is turned to its lowest level.
With this function, the user can hear communication
even if the Vol ume control is unintentionally turned to
its lowest level. The volume level does not change
from most counterclockwise position configured for
Minimum Volume. The transceiver mutes completely
if the Vol ume control is turned to the most
counterclockwise position while Minimum Volume is
not configured.
FUNC (K)/Ver. 2.00 Confidential CONTENTS INDEX 19
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4 SOUNDS
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
z When Preset is configured for Minimum
Volume Type:
This function can be used to configure the
Minimum Volume level for the volume level when
the transceiver is turned ON even if the volume
level was completely turned down and the
transceiver was turned Off.
z When Lowest Limit is configured for Minimum
Volume Type:
This function can be used to limit the minimum
volume level if the Vol ume control is turned to its
lowest level. With this function, a user can hear
communication even if the Vol ume control is
unintentionally turned to its lowest level. The
volume level increases from the Minimum Volume
Level when turning the Volume control. The
transceiver mutes completely if the Volu me control
is turned to the most counterclockwise position
while Minimum Volume is not configured.
Configuration using KPG-96D
• Configuring the Minimum Volume (Refer to FPRG
6.4 Optional Features Window > 6.4.2 Common
Page 2 Tab.)
• Configuring the Minimum Volume Type
(Refer to FPRG 6.4 Optional Features Window >
6.4.2 Common Page 2 Tab.)
4.4 Tone Level
Tone Level can be used to configure the tone volume.
The transceiver emits tones from the speaker at the
configured volume level.
Tone Level can be configured by using KPG-96D.
The following Tone Levels are available.
Table 4-7 Available Tone Levels
Tone Level Operation
Current
1 to 31
Off The transceiver does not emit any tones.
The transceiver emits tones in conjunction
with the volume level.
The transceiver emits tones with a fixed
tone volume. Larger values result in greater
volume.
Configuration using KPG-96D
• Configuring the Tone Level (Refer to FPRG 6.4
Optional Features Window > 6.4.1 Common Page
1 Tab.)
4.5 Pre-alert (MPT Trunking)
4.3 Maximum Volume (TK-2180/ TK-3180 only)
Maximum Volume restricts the volume level so as not to
exceed the configured volume even if a user attempts to
increase the volume.
This function prevents the user from hearing excessively
loud volume levels when wearing a headset.
Maximum Volume can be configured by using KPG-96D.
Configuration using KPG-96D
• Configuring the Maximum Volume (Refer to FPRG
6.4 Optional Features Window > 6.4.2 Common
Page 2 Tab.)
This function can be used to notify a user that
communication is going to be terminated while the user is
communicating in MPT Trunking System. This function is
only available in MPT Trunking System.
Pre-alert can be configured to be enabled or disabled by
using KPG-96D.
The transceiver emits Alert Tones under the following
conditions if Pre-alert is enabled.
Table 4-8 Timings for Pre-alert Tones
Timing Operation
30 seconds before the
communication is
terminated
6 to 10 seconds before
the communication is
terminated
5 seconds before the
communication is
terminated
The transceiver emits the Alert Tone
once.
The transceiver emits the Alert Tone
every second.
The transceiver stops emitting the
Alert Tone.
Configuration using KPG-96D
• Configuring the Pre-alert to be Enabled or
Disabled (Refer to FPRG 6.3.2 Trunking Features
Window > Option 1 Tab.)
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4.6 Timed Power-off Pre-alert (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
Timed Power-off Pre-alert can be used to notify a user
that the transceiver is going to be turned OFF with Timed
Power-off after emitting an Alert Tone.
Timed Power-off Pre-alert can be configured to be
enabled or disabled by using KPG-96D.
The transceiver emits Alert Tones under the following
conditions if Timed Power-off Pre-alert is enabled.
Table 4-9 Timings for Timed Power-off Pre-alert Tones
Timing Operation
1 minute before the
transceiver is turned OFF
with Timed Power-off
10 seconds before the
transceiver is turned OFF
with Timed Power-off
2 seconds before the
transceiver is turned OFF
with Timed Power-off
Configuration using KPG-96D
• Configuring the Timed Power-off Pre-alert to be
Enabled or Disabled (Refer to FPRG 6.4 Optional
Features Window > 6.4.1 Common Page 1 Tab.)
The transceiver emits the Alert
Tone twice.
The transceiver emits the Alert
Tone 4 times.
The transceiver continuously emits
the Alert Tone.
4 SOUNDS
Note: This function does not work for Voice Memo and Auto Reply
Message stored in the Voice Stack. This function is only
available for Auto Recording.
Configuration using KPG-96D
• Configuring the Stack Alert to be enabled or
disabled (Refer to FPRG 6.3.2 Trunking Features
Window > Option 1 Tab.)
4.8 Public Address (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
This function allows a user to use the transceiver as a
loudspeaker to amplify and emit the user’s voice in the
local area.
Public Address can be used to emit voice input via a
microphone from the PA speaker connected to the rear
side of the transceiver. This function is only available in
MPT Trunking System.
Public Address can be assigned to a PF key on the
transceiver by using KPG-96D.
Display and Operation
z Enabling Public Address
1. Press the Public Address key while Public
Address is disabled.
4.7 Stack Alert
Stack Alert can be used to notify a user that an unread
message is stored. This function is only available in MPT
Trunking System.
This function can be used for Voice Stack, Status Stack
and Message Stack. If an unread message is stored in
any of these stacks, the transceiver emits the Stack Alert
Tone A or B.
The transceiver keeps emitting the Alert Tone until all
stored messages are read.
Stack Alert functions as below:
Within 30 seconds after a message is stored:
The transceiver emits Stack Alert Tone A every
5 seconds.
More than 30 seconds after a message is stored:
The transceiver emits Stack Alert Tone B every
30 seconds.
The transceiver stops emitting the Alert Tone when all
stored messages are read.
Stack Alert can be configured to be enabled or disabled
by using KPG-96D.
In this case, the “ ” icon appears.
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
2. Press the PTT switch.
The user’s voice sounds from the speaker
connected to the PA line.
z Disabling Public Address
1. Press the Public Address key while Public
Address is enabled.
The “ ” icon disappears and Public Address is
disabled.
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
FUNC (K)/Ver. 2.00 Confidential CONTENTS INDEX 21
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4 SOUNDS
Note:
The transceiver does not emit a received signal while the
transceiver is emitting the user’s voice by pressing the PTT
switch.
Public Address is automatically disabled if Call Address is
changed.
A user must prepare the KAP-2 and external speaker to use
Public Address.
Configuration using KPG-96D
• Assigning the Public Address to a PF key
(Refer to FPRG 6.5 Key Assignment Window.)
4.9 Ringer Tone on Call
Ringer Tone on Call can be used to emit the Ringer Tone
when the transceiver receives an Individual Call or Group
Call. A sound similar to a phone ringing is used instead
of a normal beep.
Ringer Tone on Call can be configured to be enabled or
disabled by using KPG-96D.
Note: Since a traffic channel is immediately assigned to the
transceiver when FOACSU is disabled or the transceiver
receives a Group Call, the transceiver may not emit the
Ringer Tone.
Table 4-10 Alert Tone Configuration
Parameter Description
The frequency of the tone can be
configured. The frequency can be
Frequency
Length
Cycle
Interval
configured between 400 and 2500 Hz in
steps of 10 Hz. Gap is configured when “No
Tone” is selected.
The tone length can be configured. The
tone length can be configured between 10
and 2500 ms in steps of 10 ms. No tone is
emitted if 0 ms is configured.
The alert tone cycle can be configured. A
number from 1 to 255 can be configured for
emitting the Alert Tone. The transceiver
emits the Alert Tone until manually stopped
when Infinite is configured.
If the transceiver is configured to emit the
Alert Tone several times, the transceiver
does not emit the Alert Tone while the
transceiver is unmuted.
The timing to repeat the Alert Tone can be
configured. The interval can be configured
between 0 and 255 s in steps of 1 s.
Configuration using KPG-96D
• Configuring the Alert Tone Pattern
(Refer to FPRG 6.6 Special Alert Tone Window.)
Configuration using KPG-96D
• Configuring the Ringer Tone on Call to be Enabled
or Disabled (Refer to FPRG 6.3.2 Trunking
Features Window > Option 1 Tab.)
4.10 Alert Tone Pattern
This function can be used to configure the Alert Tone
when the transceiver receives a call in MPT Trunking.
An Alert Tone matching a user’s environment can be
configured.
One of 8 Alert Tones can be configured. An Alert Tone
Pattern consists of 16 tones. The frequency and length of
tones can be configured.
Cycle and Interval of the Alert Tone can be configured
with this function.
22 INDEX CONTENTS Confidential FUNC (K)/Ver. 2.00
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5 PASSWORD
This function protects transceiver operation and
configuration data from unauthorized persons.
5.1 Transceiver Password
The Transceiver Password prevents the transceiver from
being used by unauthorized persons.
The transceiver can be operated by entering the correct
password after the transceiver is turned ON.
The Overwrite Password can be configured using
KPG-96D (a maximum of 6 numeric digits). Transceiver
Password can consist of any number between 0 and
999999.
Transceiver Password can be configured by using the
keypad, Selector or PF keys.
Display and Operation
z Using the Keypad
1. Enter the password digits by pressing the numeric
keys on the Keypad.
2. Press the [S] or [*] key.
The transceiver emits the Password Authorization
Tone if the correct password is entered.
“PASSWORD” appears on the main display if a
wrong password is entered and the transceiver
enters Password Entry Mode.
z Using the Selector or PF Keys
1. Select a character using the Selector or [] and
[] keys.
2. Press the [C>] key to confirm the character.
The entered character stops flashing and is
confirmed on the main display.
3. Repeat steps 1 and 2 to enter the entire password.
4. Press the [S] or [*] key.
The transceiver emits the Password Authorization
Tone if the correct password is entered.
“PASSWORD” appears on the main display if a
wrong password is entered and the transceiver
enters Password Entry Mode.
Table 5-1 Key Operation for Entering the Password
Key
TK-7180/
TK-2180/
TK-3180
Selector
Side 1
[S] [S] Password Confirmation
[A] [A]
[<B] [<B]
[C>] [C>]
Side 2 []
[0] to [9] [0] to [9] Enters a number.
[*] [*] Password Confirmation
[#] [#]
PTT PTT
TK-7180H/
TK-8180/
TK-8180H
[]/[]
[]
Increases or decreases the
entered number (0 to 9).
“PASSWORD” appears on the
main display.
Press: Clears a character.
Hold: Clears all characters.
Confirms the selected value and
enters the digit.
Press: Clears a character.
Hold: Clears all characters.
Operation
Configuration using KPG-96D
• Configuring the Transceiver Password
(Refer to FPRG 6.4 Optional Features Window >
6.4.1 Common Page 1 Tab.)
• Assigning the Transceiver Password to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
Note: The following keys can be used for entering a password.
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5 PASSWORD
Power-on
Selector or [ ] and [ ] keys
Enter the first digit.
[C>] key
Confirm the first digit.
Selector or [ ] and [ ] keys
Enter the second digit.
[C>] key
Confirm the second digit.
Confirm the lowest digit.
If a wrong password
is entered:
5.2 Read Authorization Password
This function prevents configuration data or operating
frequencies from being read by unauthorized persons.
When data is read by using KPG-96D from a transceiver
configured with a Read Authorization Password, the
Read Authorization Password must be entered on the
PC. If the password does not match, the data configured
in the transceiver cannot be read.
Read Authorization Password can be configured by using
KPG-96D. Read Authorization Password can consist of
any number between 0 and 999999.
Configuration using KPG-96D
• Configuring the Read Authorization Password
(Refer to FPRG 6.4 Optional Features Window >
6.4.1 Common Page 1 Tab.)
5.3 Overwrite Password
[S] or [*] key
When a correct password is entered:
Figure 5-1 Transceiver Password Operation
Overwrite Password prevents configuration data or
operating frequencies from being overwritten by
unauthorized persons.
When data is written by using KPG-96D to a transceiver
configured with an Overwrite Password, the Overwrite
Password must be entered on the PC.
Overwrite Password can be configured by using
KPG-96D. Overwrite Password can consist of any
number between 0 and 999999.
Configuration using KPG-96D
• Configuring the Overwrite Password
(Refer to FPRG 6.4 Optional Features Window >
6.4.1 Common Page 1 Tab.)
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6 EMBEDDED MESSAGE
This function can be used to embed a text message
(alphanumeric digits) in the transceiver.
6.1 Embedded Message
Embedded Message can be used to store a maximum of
64 alphanumeric digits in the transceiver.
The transceiver-specific information, such as its serial
number, control code and configuration data file name
can be stored in the Embedded Message.
A message can be written to the transceiver by using
KPG-96D. The Embedded Message written to the
transceiver is stored as a part of configuration data.
The stored messages can be read from the transceiver by
using KPG-96D.
Configuration using KPG-96D
• Configuring the Embedded Message
(Refer to FPRG 6.10 Embedded Message
Window.)
• Writing Configuration Data to the Transceiver
(Refer to FPRG 7.2 Write Data to the Transceiver.)
• Writing Configuration Data to the Transceiver
(Refer to FPRG 7.1 Read Data from the
Transceiver.)
Configuration using KPG-96D
• Configuring the Embedded Message with
Password (Refer to FPRG 6.11 Embedded
Message with Password Window.)
• Writing Configuration Data to the Transceiver
(Refer to FPRG 7.2 Write Data to the Transceiver.)
• Writing Configuration Data to the Transceiver
(Refer to FPRG 7.1 Read Data from the
Transceiver.)
6.2 Embedded Message with Password
Embedded Message with Password can be used to store
a maximum of 64 alphanumeric digits in the transceiver.
The transceiver-specific information, such as its serial
number, control code and configuration data file name
can be stored in the Embedded Message with Password.
Messages and password can be written to the transceiver
by using KPG-96D. If a message is written to the
transceiver using Embedded Message with Password,
the message can be stored as separate data from
configuration data.
The correct password must be entered to write a
message. The message cannot be written to the
transceiver unless the correct password is entered.
The stored messages can be read from the transceiver by
using KPG-96D.
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7 IGNITION SENSE (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
Ignition Sense can be used to automatically turn the
transceiver ON or OFF in conjunction with the status of
the Ignition Sense terminal of a vehicle. When the
vehicle engine is running, the Ignition Sense terminal is in
the High state and when the vehicle engine is not
running, the Ignition Sense terminal is in the Low state.
When the Ignition Sense terminal is High, the transceiver
does not activate Horn Alert regardless of the Ignition
Sense configuration. (Refer to 14 HORN ALERT (TK-
7180/ TK-7180H/ TK-8180/ TK-8180H only) on page 85.)
Ignition Sense can be configured to be enabled or
disabled by using KPG-96D.
Configuration using KPG-96D
• Configuring the Ignition Sense to be Enabled or
Disabled (Refer to FPRG 6.4 Optional Features
Window > 6.4.1 Common Page 1 Tab.)
7.1 Usage of the Ignition Sense Terminal
The operation of the Ignition Sense terminal varies
depending on the Ignition Sense Type configuration.
Ignition Sense Type can be configured by using
KPG-96D.
Configuration using KPG-96D
• Configuring the Ignition Sense Type
(Refer to FPRG 6.4 Optional Features Window >
6.4.1 Common Page 1 Tab.)
7.1.1 Turning the Transceiver ON/OFF using the Ignition Sense Terminal
The transceiver can be turned ON or OFF only with
Ignition Sense terminal status if Ignition Only is
configured for the Ignition Sense operation.
The transceiver is automatically turned ON if the Ignition
Sense terminal status is High and is turned OFF when the
terminal status is Low. The transceiver cannot be turned
ON/OFF by pressing the Power switch.
Note: The transceiver is turned OFF after the duration configured
for Timed Power-off elapses if Timed-off Power-off is
enabled.
7.1.2 Turning the Transceiver ON/OFF using the Ignition Sense Terminal and the Power Switch
The transceiver can be turned ON or OFF with both the
Power switch and Ignition Sense if Ignition & Switch is
configured for Ignition Sense operation.
The transceiver can be turned OFF by pressing the Power
switch even if the vehicle engine is running (Ignition Sense
status is High). However, the state of the Power switch is
not retained.
The transceiver is turned ON when the Ignition Sense
terminal status changes from Low to High.
7.2 Timed Power-off
(TK-7180/ TK-7180H/
TK-8180/ TK-8180H only)
This function can be used to keep the transceiver ON for
the configured duration while the vehicle engine is not
running (the Ignition Sense status is Low).
This function is convenient for continuing
communications even if the vehicle engine is not running.
The duration from when the Ignition Sense terminal is
switched to Low until the transceiver is automatically
turned OFF can be configured.
Timed Power-off Pre-alert functions in the following way if
anything other than Off is configured for Warning Tone:
• One minute before the transceiver is turned OFF:
The transceiver beeps twice.
• Ten seconds before the transceiver is turned OFF:
The transceiver beeps 4 times.
• Two seconds before the transceiver is turned
OFF:
The transceiver beeps continuously.
Note:
Timed Power-off does not function if Ignition Sense is disabled.
Timed Power-off is reset if Ignition Sense is switched to High.
Timed Power-off is disabled when the transceiver is turned ON
by pressing and holding the Power switch for more than
1 second while “Ignition & Switch” is configured for Ignition
Sense.
Timed Power-off timer will be reset when the transceiver is
turned ON or OFF by pressing and holding the Power switch
while the Power switch Hold Time is elapses when “Ignition &
Switch” is configured for Ignition Sense and Timed Power-off is
enabled.
If the transceiver is transmitting even after the duration
configured for Timed Power-off elapses, the transceiver is
turned OFF after the transceiver completes transmitting.
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8 MPT TRUNKING
MPT stands for Ministry of Post and Telecommunication
and refers to a trunking system that adheres to the
MPT1327 protocol. MPT1327 is compliant with DTI
(Department of Trade and Industry) as specified in the
United Kingdom in the 1980s.
1200 bps FFSK is used as the signaling type in MPT
Trunking Systems. The transceiver searches for an
available traffic channel and transmits via a repeater.
8.1 Individual Call
Individual Call is used to establish and engage in voice
communications. Using Individual Call, the transceiver
calls a specific Call Address.
8.1.1 Making an Individual Call
The transceiver transmits a transmission request to a
repeater when the PTT switch is pressed and the
transceiver waits to receive GTC. If GTC is correct, the
transceiver assumes that the connection is properly
established and re-transmits the transmission request to
the receiving party.
Communications cannot be established unless the
caller’s ID matches the receiving party’s ID. When the
Clear key is released, the transceiver sends Clear Down
Message to silence the speaker of the receiving party’s
transceiver.
Trunking Channel Plan and Personal data must be
configured by using KPG-96D.
Display and Operation
1. Select a target Call Address.
2. Press the PTT switch or Call key.
The transceiver starts making a call. The CSUIP
(Calling) Tone (Tone A) sounds and
“<< CALLING >>” appears on the main display if
the transceiver is making a call.
The GTC Blip Tone (Tone K) sounds when a link is
established with the receiving party and the
communication time appears on the main display.
Note: The PTT switch can be used only if anything other than
Disable is configured for PTT to Initiate Call.
(Refer to FPRG 6.3.2 Trunking Features Window >
Option 1 Tab.)
3. Press the PTT switch.
The transceiver transmits voice on the traffic
channel.
LED lights red.
Note: The transceiver enters voice transmission mode if the
PTT switch is pressed and held from step 2 while GTC
with Auto PTT is enabled. If GTC with Auto PTT is
disabled, the transceiver does not enter voice
transmission mode unless the PTT switch is released.
(Refer to FPRG 6.3.2 Trunking Features Window >
Option 1 Tab.)
4. Press the Clear key to terminate a conversation.
The Call Clear Indication Tone (Tone H) sounds
and “<< END >>” appears on the main display,
then the Call Address appears on the main display.
Note: The following 5 methods are available to select a target
Call Address:
• Select a Call Address configured using KPG-96D.
• Dial a Call Address using the keypad.
• Select a Call Address using the Redial key.
• Respond to the stored Voice Call address.
• Select a receiving party in Numeric Mode.
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8 MPT TRUNKING
Other Displays
The following windows appear on the LCD depending
on the situation.
z Receiving Party does not respond to a Call:
The Unavailable Tone (Tone D) sounds and
“<< NO REPLY >>” appears on the main display.
z Holding Display appears:
“<< HOLDING >>” appears on the main display if
the dispatcher confirms a call.
z Receiving Party is busy:
“<< ENGAGED >>” appears on the main display
while the receiving party is busy.
z Call is made while Retransmission is
restricted:
The Called Party Busy Tone (Tone E) sounds and
“<< PARTY BUSY >>” appears on the main
display when a call is made while retransmission is
restricted.
z Unavailable Call Address is entered:
The Number Unobtainable Tone (Tone F) sounds
and “<< NU >>” appears on the main display.
z Invalid Call is made:
The dispatcher notifies a caller that the receiving
party is not available when the dispatcher receives
an invalid call. The Number Unobtainable Tone
(Tone F) sounds and “<< INVALID >>” appears on
the main display.
z All Channels are used:
“<< QUEUED >>” appears on the main display if
all channels are used.
Configuration using KPG-96D
• Configuring the Trunking Channel Plan
(Refer to FPRG 6.2 Trunking Channel Plan
Window.)
• Configuring the Personal Data (Refer to FPRG 6.3
Personal.)
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8 MPT TRUNKING
8.1.2 Receiving an Individual Call
A user can communicate only if the received QT/DQT
matches the configured QT/DQT. In this case, the
transceiver emits the received audio.
Trunking Channel Plan and Personal data must be
configured by using KPG-96D.
Display and Operation
1. The transceiver receives a call.
The transceiver emits the reception alert and
“CAL” blinks on the sub display.
The following displays appear when the
transceiver receives a call from an address that is
not registered in the address list.
z “<< I-PREFIX >>” appears on the main
display if the transceiver receives a call
from Interprefix.
LED lights red.
Releasing the PTT switch turns Off the LED and
allows the transceiver to receive audio.
3. Press the Clear key to terminate a conversation.
The Call Clear Indication Tone (Tone H) sounds
and “<< END >>” appears on the main display,
then the Call Address appears on the main display.
z “<< I-FLEET >>” appears on the main
display if the transceiver receives a call
from Interfleet.
Note: The reception alert tone can be changed to the alert
tone selected from Alert Tone Pattern. The default
reception alert tone is GTC Blip Tone (Tone K).
(Refer to 4.10 Alert Tone Pattern on page 22.)
2. Press the PTT switch.
The communication time appears on the main
display. The LED lights red and the transceiver
transmits your voice.
Note: The Call Clear Indication Tone (Tone H) sounds
when the communication time times out, then the
Call Address automatically appears on the main
display.
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8 MPT TRUNKING
8.2 Group Call
Group Call is used to establish and engage in voice
communications. Using Group Call, the transceiver calls
a specific Call Address.
8.2.1 Making a Group Call
The transceiver transmits a transmission request to a
repeater when the PTT switch is pressed and the
transceiver waits to receive GTC. If GTC is correct, the
transceiver assumes that the connection is properly
established and re-transmits the transmission request to
the receiving party.
Communications cannot be established unless the
caller’s ID matches the receiving party’s ID. When the
Clear key is released, the transceiver sends a Clear
Down Message to silence the speaker of the receiving
party’s transceiver.
Trunking Channel Plan and Personal data must be
configured by using KPG-96D.
Display and Operation
1. Select a target Group Address.
The GTC Blip Tone (Tone K) sounds when a link is
established with the receiving party and the
communication time appears on the main display.
Note: The PTT switch can be used only if anything other than
Disable is configured for PTT to Initiate Call.
(Refer to FPRG 6.3.2 Trunking Features Window >
Option 1 Tab.)
3. Press the PTT switch.
The transceiver transmits voice on the traffic
channel.
LED lights red.
Note: The transceiver enters voice transmission mode if the
PTT switch is pressed and held from step 2 while GTC
with Auto PTT is enabled. If GTC with Auto PTT is
disabled, the transceiver does not enter voice
transmission mode unless the PTT switch is released.
(Refer to FPRG 6.3.2 Trunking Features Window >
Option 1 Tab.)
Note: The following 5 methods are available to select a target
Group Address:
• Select a Group Address configured using KPG-96D.
• Dial a Call Address using the keypad.
• Select a Group Address using the Redial key.
• Respond to the stored Voice Call address.
• Select a receiving party in Numeric Mode.
2. Press the PTT switch or Call key.
The transceiver starts making a call. The CSUIP
(Calling) Tone (Tone A) sounds and
“<< CALLING >>” appears on the main display if
the transceiver is making a call.
4. Press the Clear key to terminate a conversation.
The Call Clear Indication Tone (Tone H) sounds
and “<< END >>” appears on the main display,
then the Call Address appears on the main display.
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8 MPT TRUNKING
Other Displays
The following windows appear on the LCD depending
on the situation.
z Unavailable Call Address is entered:
The Number Unobtainable Tone (Tone F) sounds
and “<< NU >>” appears on the main display.
z Invalid Call is made:
The dispatcher notifies a caller that the receiving
party is not available when the dispatcher receives
an invalid call. In this case, the Number
Unobtainable Tone (Tone F) sounds and
“<< INVALID >>” appears on the main display.
z Receiving Party is busy:
“<< ENGAGED >>” appears on the main display
while the receiving party is busy.
z Call is made while Retransmission is
restricted:
The Called Party Busy Tone (Tone E) sounds and
“<< PARTY BUSY >>” appears on the main
display when a call is made while retransmission is
restricted.
z All Channels are used:
“<< QUEUED >>” appears on the main display if
all channels are used.
z Holding Display appears:
“<< HOLDING >>” appears on the main display if
the dispatcher confirms a call.
Configuration using KPG-96D
• Configuring the Trunking Channel Plan
(Refer to FPRG 6.2 Trunking Channel Plan
Window.)
• Configuring the Personal Data (Refer to FPRG 6.3
Personal.)
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8 MPT TRUNKING
8.2.2 Receiving a Group Call
There are 2 types of Group Call: Conference Call and
Broadcast Call.
• Conference Call
The receiving party can transmit voice.
• Broadcast Call
The receiving party cannot transmit voice.
A Group Address must be configured for the transceiver
by using KPG-96D.
Display and Operation
1. The transceiver receives a call.
The transceiver emits the reception alert tone and
“GRP” blinks on the sub display when the
transceiver receives a Conference Call.
Note: The reception alert tone can be changed to the alert
tone selected from Alert Tone Pattern. The default
reception alert tone is GTC Blip Tone (Tone K).
(Refer to 4.10 Alert Tone Pattern on page 22.)
2. Press the PTT switch.
The communication time appears on the main
display. The LED lights red and the transceiver
transmits your voice.
LED lights red.
Releasing the PTT switch turns Off the LED and
allows the transceiver to receive audio.
The transceiver emits the reception alert tone and
“BCC” blinks on the sub display when the
transceiver receives a Broadcast Call.
The following displays appear when the
transceiver receives a call from an address that is
not registered in the address list.
z “<< I-PREFIX >>” appears on the main
display if the transceiver receives a call
from Transceiver with different prefix.
z “<< I-FLEET >>” appears on the main
display if the transceiver receives a call
from Transceiver with different fleet.
3. Press the Clear key to terminate a conversation.
The Call Clear Indication Tone (Tone H) sounds
and “<< END >>” appears on the main display,
then the Call Address appears on the main display.
Note: The Call Clear Indication Tone (Tone H) sounds when
the communication time times out, then the Call Address
automatically appears on the display.
Configuration using KPG-96D
• Configuring the Group Address (Refer to FPRG
6.3.3 Individual/ Group Address Window.)
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8 MPT TRUNKING
8.3 Status Call
By sending a configured status number, Status Call can
be used to display a Status Message associated with the
status number that is configured in the transceiver at the
receiving party.
8.3.1 Making a Status Call
Status/ Stack can be assigned to a PF key on the
transceiver by using KPG-96D.
Display and Operation
1. Select a Call Address to which a user wishes to
send a Status Message.
2. Press the Status/ Stack key.
The Status Message appears on the main display.
Configuration using KPG-96D
• Assigning the Status/ Stack to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
8.3.2 Receiving a Status Call
Display and Operation
1. The transceiver receives a Status Message.
The transceiver emits the reception alert tone and
the “ ” icon blinks.
Note: “STATUS 01” appears on the main display if no Status
Message is configured. (Refer to FPRG 6.3.4 Status
Message Window.)
3. Press the PTT switch or Call key.
The transceiver starts making a call. The CSUIP
(Calling) Tone (Tone A) sounds and
“<< CALLING >>” appears on the main display if
the transceiver is making a call.
“<< COMPLETE >>” appears on the main display
when the transceiver properly completes sending a
status message, and then the Status Message
appears on the main display.
Note: The PTT switch can be used only if anything other than
Disable is configured for PTT to Initiate Call.
(Refer to FPRG 6.3.2 Trunking Features Window >
Option 1 Tab.)
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8 MPT TRUNKING
8.4 Block Select
Block Select can be used to configure the block number
(1 to 32, “ALL”) used for displaying the Call Address. This
function can be used to limit the blocks used for
displaying the Call Address.
Block Select can be configured to be enabled or disabled
by using KPG-96D.
Configuration using KPG-96D
• Configuring the Block Select to be Enabled or
Disabled (Refer to FPRG 6.3.2 Trunking Features
Window >
• Configuring the Block Number to Display the Call
Address (Refer to FPRG 6.3.3 Individual/ Group
Address Window.)
8.4.1 Entering a Block Number
The block number can be entered via the following
methods.
• Enter a block number using the Selector or [] and
[] keys.
• Enter a block using the keypad.
Option 2 Tab.)
Display and Operation
1. Press the Block Select key.
Block Select activates.
z When Block ALL is selected:
z When there is a block name:
The block name appears.
Block Name = BL1
z When there is no block name:
The block number appears
Block Number = 1
The following keys are available to use.
Table 8-1 Key Operation
Key
TK-7180/
TK-2180/
TK-3180
Selector
Side 1
[S] [S]
[A] [A] Clears a character.
[<B] [<B]
[C>] [C>]
Side 2 []
[0] to [9] [0] to [9] Enters a block number.
[*] [*]
[#] [#] Clears a character.
PTT PTT
TK-7180H/
TK-8180/
TK-8180H
[]/[]
[]
Increases or decreases the
block number (1 to 32, “ALL”).
Confirms the entered block
number.
Exits the Block Number Entry
Mode.
Confirms the entered block
number.
Operation
2. Enter a block number.
z Using the Selector or [ ] and [ ] Keys
Select a block number using the Selector or
[] and [] keys.
Block Select can be assigned to a PF key on the
transceiver by using KPG-96D.
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8 MPT TRUNKING
z Using the Keypad
Enter a block number using the [0] to [9] keys.
The code is confirmed when the code is
entered.
Press the [0] key first when selecting “ALL” in
the block number.
Entering a value of 1.
Entering a value
of 10.
3. Press the [A] or [#] key to clear an entered value.
The rightmost digit is cleared.
8.4.2 Call Address Display
The address of the block corresponding to the block
number configured with Block Select appears on the main
display.
The range of address that can be displayed on the Call
Address window varies depending on the selected block
number.
• When the block number is one of the numbers
from 1 to 32.
Only the address of the configured block number
appears on the main display.
• When the block number is “ALL”.
Addresses of all blocks appear on the main display.
Display and Operation
z When the block number is one of the numbers
from 1 to 32.
1. The address of the block corresponding to the
block number appears on the main display.
The block name (a maximum of 3 digits)
corresponding to the block number appears on the
sub display.
The display before entering a value using a
keypad will retrieve when all digits are cleared.
4. The Block Select function will be disabled by
pressing the [S] or [*] key after entering all digits of
numbers.
Configuration using KPG-96D
• Assigning the Block Select to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
Block Name = BL1
The block number appears on the main display if
the block name corresponding to the block number
is not configured.
Block Number = 1
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8 MPT TRUNKING
2. Use the Selector or [] and [] keys.
The next address to the configured Block Number
appears on the main display.
3. Press the Home Address key.
“HAD” appears on the sub display and the
transceiver jumps to the address configured for
Home.
z When the block number is “ALL”.
1. Addresses of all blocks appear on the display.
“ALL” appears on the sub display.
Note: “ALL” does not appear on the sub display if Block Select
is disabled.
2. Use the Selector or [] and [] keys.
The address of the following appears on the
display.
Note:
The transceiver returns to the previous address when the
Home Address key is pressed again.
Only 1 Home Address can be configured for each address.
If Block Select is disabled, Home Address is also disabled.
4. Press the Direct key.
“DR” appears on the sub display and the
transceiver jumps to the address configured for
Direct Address.
Note: Only 1 Direct Address can be configured for all blocks.
Configuration using KPG-96D
• Configuring the Block Number (Refer to FPRG
6.3.3 Individual/ Group Address Window.)
• Configuring the Block Name (Refer to FPRG 6.3.3
Individual/ Group Address Window.)
• Assigning the Home Address to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
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8.4.3 Decode Group Address
Decode Group Address can be used to specify the
Receive Groups that the transceiver can receive.
The call address that can be received varies depending
on the Block Select configuration and Decode Group
Address configuration as shown in the following table.
Table 8-2 Transceiver Operation when Decode Group
Address Configured
Decode Group
Address
Configuration
Block Select
Configuration
Block Number
ALL
Decode Group Address can be configured using
KPG-96D.
Note:
If Block Select is disabled, configuration of Decode Group
Address and the Block Select key are disabled. If All Blocks is
configured for Call Address Display Mode, the transceiver can
receive a call from Receive Groups in all blocks.
Receive Group is created with Group IDs where RX/TX Group or
RX Group is configured for Call Type when registering a Call
Address by using KPG-96D.
Configuration using KPG-96D
• Configuring the Group Address (Refer to FPRG
6.3.2 Trunking Features Window > Option 2
Tab.)
Specific
Blocks
Address in the
specific block
Address in all
blocks
All Blocks
Receive Group
in all blocks
Receive Group
in all blocks
8.5 AUX Input Status Message (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
AUX Input Status Message can be used to send a Status
Message when the status of the AUX Input port is
changed (High to Low or Low to High).
The transceiver sends a Status Message when the status
of the AUX Input port changes while a sensor is attached
to the AUX Input port.
To enable this function, Status Message must be
configured for one of the AUX Input ports.
AUX Input Status Message can be configured by using
KPG-96D.
Configuration using KPG-96D
• Configuring the AUX Input Status Message
(Refer to FPRG 6.3.4 Status Message Window.)
8.6 AUX Output Status Message (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
AUX Output Status Message can be used to send a
Status Message when the status of the AUX IN port is
changed (High to Low or Low to High). A user can use
this function to remotely turn the external device On or
Off.
To enable this function, Status Message must be
configured for one of the AUX Output ports.
AUX Output Status Message can be configured by using
KPG-96D.
Configuration using KPG-96D
• Configuring the AUX Output Status Message
(Refer to FPRG 6.3.4 Status Message Window.)
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8.7 Power-on Status Message
Power-on Status Message can be used to send a Status
Message when the transceiver is turned ON.
With this function enabled, the dispatcher is aware that
the transceiver is turned ON. The target party can be
configured with Base Prefix, Base Fleet and Base Unit.
(Refer to FPRG 6.3.1 Personalization Window.)
Power-on Status Message can be configured by using
KPG-96D.
Display and Operation
1. Turn the transceiver ON.
Power-on Tone A sounds for 500 ms when the
transceiver is turned ON and all segments on the
LCD appear.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
“<< COMPLETE >>” appears on the main display
when the transceiver properly completes sending a
status message, and then the Status Message
appears on the main display.
Configuration using KPG-96D
• Configuring the Power-on Status Message
(Refer to FPRG 6.3.4 Status Message Window.)
8.8 Power-off Status Message
Power-off Status Message can be used to send a Status
Message when the transceiver is turned OFF.
With this function enabled, the dispatcher is aware that
the transceiver is turned OFF. The target party can be
configured with Base Prefix, Base Fleet and Base Unit.
(Refer to FPRG 6.3.1 Personalization Window.)
Power-off Status Message can be configured by using
KPG-96D.
If the Power-on Message is configured for the
transceiver, the message appears on the main
display for 2 seconds.
2. The status message configured for Power-on
Status is sent after completing the registration.
“<< CALLING >>” appears on the main display
while the transceiver is sending a status message.
Note: The transceiver does not send a status message
unless the registration is completed.
Display and Operation
1. Turn the transceiver OFF.
The LCD turns Off. If the transceiver remains OFF
for more than 1 second, the transceiver sends the
status message configured for Power-off Status.
The transceiver is turned OFF when the
transceiver completes sending the Power-off
Status message.
LED lights red.
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Note:
Keys other than the Power switch do not function. The
speaker is also muted.
The transceiver is turned ON after sending the status
message if the Power switch is pressed while sending the
Power-off Status Message.
The transceiver is turned OFF if Power-off Status is not
configured.
The transceiver does not send a status message if the
Power switch is pressed to turn the transceiver OFF during
Channel Hunt.
Configuration using KPG-96D
• Configuring the Power-off Status Message
(Refer to FPRG 6.3.4 Status Message Window.)
8 MPT TRUNKING
Table 8-4 Data Call Transmission Method 2
SDM2 Format
MPT1327 SDM2 - - -
MPT1343 (SST) SDM2 SDM2 - -
MPT1343 (MST) SDM2 SDM2 SDM2 -
1 to 22
bytes
23 to 25
bytes
26 to 100
bytes
100 bytes
Data Call Transmission Method 3
Call Facilities Configuration of KPG-96D
• Short Data Message Call = Disable
• Non-prescribed Data Transfer = Enable
Table 8-5 Data Call Transmission Method 3
More
than
8.9 Data Call
Data Call can be used to send configured text. There are
2 methods to send data: SDM2 and NPD. The SDM2
method uses control channels and the NPD method uses
communication channels.
The SDM2 method can be further classified into
MPT1327, MPT1343 (SST) and MPT1343 (MST).
The method to send data varies depending on data length
and KPG-96D configuration. The following Data Call
transmission methods are available.
Data Call Transmission Method 1
Call Facilities Configuration of KPG-96D
• Short Data Message Call = Enable
• Non-prescribed Data Transfer = Enable
Table 8-3 Data Call Transmission Method 1
SDM2 Format
MPT1327 SDM2 NPD NPD NPD
MPT1343 (SST) SDM2 SDM2 NPD NPD
MPT1343 (MST) SDM2 SDM2 SDM2 NPD
1 to 22
bytes
23 to 25
bytes
26 to 100
bytes
More
than
100 bytes
SDM2 Format
MPT1327 NPD NPD NPD NPD
MPT1343 (SST) NPD NPD NPD NPD
MPT1343 (MST) NPD NPD NPD NPD
1 to 22
bytes
23 to 25
bytes
26 to 100
bytes
More
than
100 bytes
Configuration using KPG-96D
• Configuring the Call Facilities (Refer to FPRG
6.1.8 Call Facilities (Network) Window.)
• Configuring the SDM2 Format (Refer to FPRG
6.3.6 Data Interface Window > Option Tab.)
Data Call Transmission Method 2
Call Facilities Configuration of KPG-96D
• Short Data Message Call = Enable
• Non-prescribed Data Transfer = Disable
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8.10 SDM (Short Data Message)
SDM can be used to send a data message by using a
control channel.
8.10.1 Entering a Message
A message can be entered in the following format:
“*2*message to be sent* target ID”.
Target IDMessage to transmit
The data message to be sent can be entered via the
following methods.
• Enter a block number using the Selector or [] and
[] keys.
• Enter a message by using the keypad.
The following keys are available to use.
Table 8-6 Key Operation
Key
TK-7180/
TK-2180/
TK-3180
Selector
Side 1
[S] [S]
[A] [A]
[<B] [<B]
[C>] [C>]
Side 2 []
[0] to [9] [0] to [9] Enters a character.
[*] [*] Enters “*”.
[#] [#] Transmits.
PTT PTT Transmits.
TK-7180H/
TK-8180/
TK-8180H
[]/[]
[]
Operation
Selects a character.
Operation configured in
Key Assignment
Operation configured in
Key Assignment
Confirms the entered
character.
(This key functions in the
same way as the [C>]
key.)
Confirms the entered
character.
(This key functions in the
same way as the
[<B] key.)
Display and Operation
z Entering a Message using the Selector or [ ]
and [ ] Keys
1. Enter “*2*” in the Call Address display.
Enter “*2” for the control code and “*” before
entering a message.
Note:
Refer to “8.23 Control Codes on page 64” for the control
code.
Alphanumeric digits can be entered after entering “2*”.
2. Enter a message using the Selector or [] and
[] keys
“0” appears on the main display followed by “*2*”.
3. Select a character using the Selector or [] and
[] keys.
4.Press the [<B] or [C>] key.
The current character is confirmed and the next
character can be entered. “0” appears on the main
display.
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5. Repeat steps 3 and 4 to enter the entire message.
Note: The following alphanumeric digits can be selected using
the Selector or [] and [] keys.
Available Characters
0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P
Q R S T U V W X Y Z a b c d e f g h I j k l m n o p q
r s t u v w x y z
! " # $ % & ' ( ) ~ + - , . / : ; < = > ? @ [ \ ] ^ _ ` { } * |
(space)
6. Enter the target ID after entering “*”.
2. Enter the message to be sent and password by
using the keypad.
The following alphanumeric digits and symbols can
be entered using the keypad. Available
alphanumeric digits can be switched every time a
key is pressed. For example, press the [2] key
twice to enter “A”.
Key Available Characters
0(space), 0
11
2 2, A, B, C
3 3, D, E, F
4 4, G, H, I
5 5, J, K, L
66, M, N, O
7 7, P, Q, R, S
8 8, T, U, V
9 9, W, X, Y, Z
Note: Alphanumeric digits and symbols cannot be entered if
the [*] key is pressed while alphanumeric digits and
symbols can be entered.
z Entering the Target using the Keypad
1. Enter “*2*” in the Call Address display.
Enter “*2” for the control code and “*” before
entering a message.
Note:
Refer to “8.23 Control Codes on page 64” for the control
code.
Alphanumeric digits can be entered after entering “2*”.
Note:
The following key operation is required to enter “SDM”:
Press the [7] key 5 times.
Press the [3] key twice.
Press the [6] key twice.
Alphanumeric digits and symbols cannot be entered if the [*]
key is pressed while alphanumeric digits and symbols can
be entered.
z Clearing Entered Characters
1. Press the Clear key once.
A character will be cleared.
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2. Press the Clear key 7 times.
7 characters will be cleared.
The Call Address display appears if all characters
are cleared.
Note: Press and hold the Clear key for 1 second. All
characters will be cleared and the Call Address
display appears.
8.10.2 Sending a Message
The transceiver sends a message by a user entering the
message in the following format: “*2*message to be sent*
target ID”.
Short Data Message in Call Facilities must be enabled by
using KPG-96D.
“<< COMPLETE >>” appears on the main display
when the transceiver properly completes sending a
status message, and then the Call Address display
appears.
Note: The transceiver sends a message to Base Prefix,
Base Fleet and Base Ident without the user
selecting a target party.
Configuration using KPG-96D
• Configuring the Short Data Message in Call
Facilities to be Enabled (Refer to FPRG 6.1.8 Call
Facilities (Network) Window.)
8.10.3 Receiving a Message
Display and Operation
1. The transceiver receives a Short Data Message.
The Transaction Confirmed Tone (Tone J) sounds
and the “ ” icon blinks.
Display and Operation
1. Select one of the following options:
• Press the PTT switch or [#] key.
• Press the Call key.
The transceiver starts making the call. The CSUIP
(Calling) Tone (Tone A) sounds and
“<< CALLING >>” appears on the main display if
the transceiver is making a call.
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8.11 NPD
NPD can be used to send a data message by using a
communication channel. A data message can be sent
from the application on the PC since the transceiver uses
the communication channel.
Follow the procedure below to establish data
communications by using NPD.
The party transmitting NPD
Jumping to the traffic channel
after receiving GTC
Sending the AHYDN Message Receiving the AHYDN Message
Receiving the ACK Sending the ACK
Sending the SITHN + Data
Codeword
Receiving the ACK Sending the ACK
Sending the SITHN + Data
Codeword
The transceiver cannot receive
the ACK.
Resending the SITHN + Data
Codeword
Receiving the ACK Sending the ACK
End
Figure 8-1 Procedure for NPD Communication
The transceiver jumps to a traffic channel when the
transceiver receives a GTC Message.
The party transmitting NPD sends the AHYDN
Message to check the availability of the receiving
party.
The party receiving NPD sends an ACK to notify the
transmitting party that the receiving party is available.
The party transmitting NPD sends the SITHN
Message, including information such as number of
data, to prepare for sending a Data Message. The
transceiver sends the Data Codeword (Data
Message) followed by SITHN. The transceiver can
send 5 bytes of information for each Data Codeword.
The party receiving NPD responds to the transmitting
party to notify the transmitting party that the receiving
party received the Data Message.
The party transmitting NPD sends the following Data
Message. The party receiving NPD does not send an
ACK if it could not receive the Data Message.
The party receiving NPD
Receiving the Data Message
Failure to receive the Data
Message
The transceiver does not send
the ACK.
Receiving the Data Message
The party transmitting NPD resends the Data
Message if the transmitting party does not receive an
ACK from the receiving party. The transceiver
resends the Data Message for the number of times
configured in Number of Messages Sent on Traffic
Channel. This counter counts down in steps of 1
when the transceiver sends a Data Message. If a
value of 5 is configured for Number of Messages Sent
on Traffic Channel, the transceiver can send the Data
Message 4 times.
The party receiving NPD sends an ACK to the
transmitting party when the party correctly receives
the Data Message.
Initial
Transmit
Delay Time
Transmitting
party NPD
Receiving
party NPD
Transmit
Receive
Transmit
Receive
on NPD
Transmit-on
FFSK Delay
Time on NPD
FFSK
Transmit-off
FFSK Delay
Time on NPD
Data ACK
Waiting Time
Transmit
Delay Time
on NPD
Transmit-on
FFSK Delay
Time on NPD
F
F
S
K
Transmit
Delay
Time on
NPD
Transmit-on
FFSK Delay
Time on NPD
Transmit-off
FFSK Delay
Time on NPD
FFSK
Transmit-off
FFSK Delay
Time on NPD
Transmit
Delay Time
on NPD
Transmit-on
FFSK Delay
Time on NPD
F
F
S
K
Transmit-off
FFSK Delay
Time on NPD
Figure 8-2 Timing to Communicate with NPD
Note:
The transceiver can send a Data Message with a maximum of
2560 bytes by using NPD communications (Up to 100 bytes is
available when using the MAP27 Protocol.).
The number of Data Codewords varies depending on the
number of messages to be sent.
A maximum of 16 Data Codewords can be attached to SITHN.
If more than 16 Data Codewords are required, the party
transmitting NPD sends the data message in the SITHN + Data
Codeword format after receiving an ACK from the party
receiving NPD.
AHYDN, ACK, SITHN and Data Codeword are 64 bits data.
NPD is sent at 1200 bits/second.
8.11.1 Sending NPD
This section describes operation with the following
configuration. (Refer to 8.9 Data Call on page 39.)
Call Facilities Configuration of KPG-96D
• Short Data Message Call = Disable
• Non-prescribed Data Transfer = Enable
Display and Operation
1. Enter data to be sent and the target party in the PC
application and send the data.
The transceiver starts making a call.
“<< CALLING >>” appears on the main display
while the transceiver is making a call.
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“<< DATA 00/0 >>” appears on the main display
while the transceiver is sending a data message.
If data amount is large, the counter for data is
activated.
Count
Note:
“19” indicates the number of packets to be sent. The
number is decreased every time the transceiver successfully
sends data.
“4” indicates the remaining number of times to resend data
when the transceiver cannot receive an ACK. The number
is decreased every time the transceiver resends data.
The number of times to resend a message can be
configured in the Number of Messages Sent on Traffic
Channel edit box by using KPG-96D. (Refer to FPRG 6.3.6
Data Interface Window > Option Tab.)
2. The transceiver terminates the communication.
“<< END >>” appears on the main display and the
Call Address display appears.
8.11.2 Receiving NPD
Display and Operation
1. The transceiver receives an NPD message.
“<< DATA 00 >>” appears on the main display
while the transceiver is communicating. If data
amount is large, the counter for data activates.
Note:
“08” indicates the number of received packets. “09”
indicates that the transceiver is receiving the 9th packet.
Refer to “8.14 View Stack on page 47” for the stack display
after receiving data.
To receive a message, the Message Stack checkbox must
be checked by using KPG-96D. When the checkbox is
unchecked, the transceiver cannot receive a message even
if the LED flashes red.
8.11.3 NPD Function
The following functions can be configured for data
communications with NPD by using KPG-96D:
• Number of Messages Sent on Traffic Channel
• Transmit Delay Time on NPD
• Transmit-on FFSK Delay Time on NPD
• Transmit-off FFSK Delay Time on NPD
• Initial Transmit Delay Time on NPD
• Data ACK Waiting Time
Number of Messages Sent on Traffic
Channel
Number of Messages Sent on Traffic Channel is the
maximum number of times to resend data during NPD
communication. The transmitting party resends data if
the transceiver does not receive an ACK. The
Configuration using KPG-96D
• Configuring the Call Facilities (Refer to FPRG
6.1.8 Call Facilities (Network) Window.)
• Configuring the SDM2 Format (Refer to FPRG
transceiver executes the clear down operation after
resending data for the configured number of times and
returning to the control channel.
Number of Messages Sent on Traffic Channel can be
configured by using KPG-96D.
6.3.6 Data Interface Window > Option Tab.)
Configuration using KPG-96D
z Configuring the Number of Messages Sent on
Traffic Channel (Refer to FPRG 6.3.6 Data
Interface Window > Option Tab.)
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Transmit Delay Time on NPD
Transmit Delay Time on NPD is the duration from the
time when the transceiver receives a message until
the transceiver sends a message. The configuration
varies between the transmitting party and receiving
party.
• Transmitting party
The duration from the time when the transceiver
receives an ACK until the transceiver sends the
next data.
• Receiving party
The duration from the time when the transceiver
receives data until the transceiver sends an ACK.
Transmit Delay Time on NPD can be configured by
using KPG-96D.
Configuration using KPG-96D
• Configuring the Transmit Delay Time on NPD
(Refer to FPRG 6.3.6 Data Interface Window >
Option Tab.)
Transmit-on FFSK Delay Time on NPD
Transmit-on FFSK Delay Time on NPD is the
unmodulated carrier time from the time when the
transceiver starts transmitting until the transceiver
starts modulating the carrier with FFSK data.
Transmit-on FFSK Delay Time on NPD can be
configured by using KPG-96D.
Configuration using KPG-96D
• Configuring the Transmit-on FFSK Delay Time on
NPD (Refer to FPRG 6.3.6 Data Interface Window
> Option Tab.)
Initial Transmit Delay Time on NPD
Initial Transmit Delay Time on NPD is the delay time
to start sending data while transmitting NPD.
Initial Transmit Delay Time on NPD can be configured
by using KPG-96D.
Configuration using KPG-96D
• Configuring the Initial Transmit Delay Time on
NPD (Refer to FPRG 6.3.6 Data Interface Window
> Option Tab.)
Data ACK Waiting Time
Data ACK Waiting Time is the maximum duration to
wait to receive an Acknowledge from the receiving
party while transmitting NPD. If the transceiver does
not receive an ACK within the Data ACK Waiting
Time, the transceiver of the transmitting party decides
that the transmission has failed and resends the
message for the number of times configured for
Number of Messages Sent on Traffic Channel. The
transceiver executes the clear down operation and
returns to the control channel if the transceiver does
not receive an ACK within the number of times
configured for Number of Messages Sent on Traffic
Channel.
Data ACK Waiting Time can be configured by using
KPG-96D.
Note: The Data ACK Waiting Time must be longer than the
following length of times:
• Transmit Delay Time on NPD
• Transmit-on FFSK Delay Time on NPD
• Transmit-off FFSK Delay Time on NPD
• Initial Transmit Delay Time on NPD
Transmit-off FFSK Delay Time on NPD
Transmit-off FFSK Delay Time on NPD is the time
from when the transceiver finishes sending the FFSK
data until the transceiver enters receiving mode.
Transmit-off FFSK Delay Time on NPD can be
configured by using KPG-96D.
Configuration using KPG-96D
• Configuring the Transmit-off FFSK Delay Time on
NPD (Refer to FPRG 6.3.6 Data Interface Window
> Option Tab.)
Configuration using KPG-96D
• Configuring the Data ACK Waiting Time
(Refer to FPRG 6.3.6 Data Interface Window >
Option Tab.)
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8.12 PABX Call
PABX Call can be used to call via a PABX (Private
Automatic Branch Exchange). If this function is available
in the current system, a user can make a PABX Call.
The following methods are used to make a PABX call:
• Make a call by dialing 4 to 9 numeric digits.
(Refer to 8.22 Dialing List on page 63.)
• Select a Call Address that was entered by dialing.
PABX Call can be configured to be enabled or disabled
by using KPG-96D.
Display and Operation
1. The transceiver receives a PABX Call.
The transceiver emits the receive alert tone and
“CAL” blinks on the sub display. “<< PABX >>”
appears on the main display.
8.13 PSTN Call
PSTN Call can be used to make a call via the PSTN
(Public Switched Telephone Network). If this function is
available in the current system, a user can make a PSTN
Call.
The following methods are used to make a PSTN call:
• Make a call by dialing 8 to 11 numeric digits.
(Refer to 8.22 Dialing List on page 63.)
• Select a Call Address that was entered by dialing.
PSTN Call can be configured to be enabled or disabled
by using KPG-96D.
Display and Operation
1. The transceiver receives a PSTN Call.
The transceiver emits the reception alert and
“CAL” blinks on the sub display. “<< PSTN >>”
appears on the main display.
Note: The receive alert tone can be changed to the alert tone
selected from Alert Tone Pattern. The default receive
alert tone is GTC Blip Tone (Tone K). (Refer to 4.10
Alert Tone Pattern on page 22.)
Configuration using KPG-96D
• Configuring the PABX Call to be Enabled or
Disabled (Refer to FPRG 6.1.8 Call Facilities
(Network) Window.)
Note: The receive alert tone can be changed to the Alert Tone
selected from Alert Tone Pattern. The default receive
Alert Tone is GTC Blip Tone (Tone K). (Refer to 4.10
Alert Tone Pattern on page 22.)
Configuration using KPG-96D
• Configuring the PSTN Call to be Enabled or
Disabled (Refer to FPRG 6.1.8 Call Facilities
(Network) Window.)
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8.14 View Stack
View Stack can be used to view the stored Ident and
messages.
The transceiver can store voice, status and data. The
transceiver can store the received Ident and messages to
a maximum quantity of 1024 bytes. If 32 data are stored
and the capacity exceeds 1024 bytes, the oldest
message is cleared from the stack and the new Ident or
message is stored.
Press the Status/ Stack key to display the received and
stored Ident and messages.
Status/ Stack can be assigned to the [S] key on the
transceiver by using KPG-96D.
Note: The transceiver displays the stack if the Status/ Stack key
is pressed 1 to 3 times. The number of times to press the
key varies depending on the ST Menu configuration. The
Stack does not appear if Stack Mode is disabled in ST
Menu. (Refer to FPRG 6.5.4 Trunking Tab.)
8.14.1 Voice Stack
Voice Stack can be used to store the caller’s Ident when a
user cannot respond to the voice call.
To use this function, Voice Stack must be enabled by
using KPG-96D.
Display and Operation
This display appears when the transceiver receives a
voice call from “202-2001-20”.
1. The transceiver receives a voice call.
The “ ” icon blinks when the transceiver does not
respond to the voice call.
2. Press the Status/ Stack key.
The transceiver enters Stack Mode. “NEW”
appears on the sub display if the stack is displayed
for the first time.
“NEW” disappears from the sub display after
1 second and “V + Stack number” appears on the
sub display.
In this case, the “ ” icon appears.
Note: A Group Call is not stored in the Voice Stack.
Configuration using KPG-96D
• Enabling the Voice Stack (Refer to FPRG 6.3.2
Trunking Features Window > Option 1 Tab.)
8.14.2 Status Stack
Status Stack can be used to store received Status
Messages in Stack Memory.
To use this function, Status Stack must be enabled by
using KPG-96D.
Display and Operation
This display appears when the transceiver receives a
status call from “202-2001-20”.
1. The transceiver receives a status call.
The “ ” icon blinks.
2. Press the Status/ Stack key.
The transceiver enters Stack Mode. “NEW”
appears on the sub display if the stack is displayed
for the first time.
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The received data message can be displayed by
scrolling after displaying the caller’s ID. The
“NEW” disappears from the sub display after
scrolling, and “S + Stack number” appears on the
sub display. In this case, the “ ” icon appears.
The received data message can be displayed by
scrolling after displaying the caller’s ID. The status
message display disappears when the status
message is scrolled and the transceiver jumps to
the beginning of data after 1 second. The “NEW”
disappears from the sub display after scrolling and
“D + Stack number” appears on the main display.
In this case, the “ ” icon appears.
Note: Press the [C>] key to stop scrolling and to manually
scroll.
Configuration using KPG-96D
• Enabling the Status Stack (Refer to FPRG 6.3.4
Status Message Window.)
8.14.3 Data Stack
Data Stack can be used to store received SDM2 and
NPD Calls.
To use this function, Message Stack must be enabled by
using KPG-96D.
Display and Operation
This display appears when the transceiver receives
and stores a data call with “DATA01” from “202-200120”.
1. The transceiver receives a Data Call.
The “ ” icon blinks.
2. Press the Status/ Stack key.
The transceiver enters Stack Mode. “NEW”
appears on the sub display if the stack is displayed
for the first time.
Note: Press the [C>] key to stop scrolling and to manually
scroll.
Configuration using KPG-96D
• Enabling the Message Stack (Refer to FPRG
6.3.2 Trunking Features Window > Option 1
Tab.)
8.14.4 Stack Clear
All stacks stored in the transceiver can be cleared.
Display and Operation
z Clearing All Stacks
1. Press the Clear key while the stack is displayed.
“DELETE?” appears on the main display.
The selected Stack List number appears on the
sub display.
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2. Press the [S] or [*] key.
All stacks will be cleared.
Note: The stack display appears on the display without
clearing the stack when the [A] or [#] key is
pressed.
If all stacks are cleared, “-00” appears on the sub
display and “------------” appears on the main
display.
If another stack exists even if a stack is cleared,
one of the following displays appears:
• When Stack01 is cleared while Stack01 and
Stack02 are stored: Stack 02 appears on the
display. In this case, the sub display switches
from “D01” to “D02”.
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z Clearing all Stacks
1. Press and hold the Clear key for more than
1 second.
“DELETE?” appears on the main display.
“ALL” appears on the sub display.
2. Press the [S] or [*] key.
All stacks will be cleared.
“-00” appears on the sub display and “------------”
appears on the main display.
Note: The stack display appears on the display without
clearing the stack when the [A] or [#] key is
pressed.
• When Stack02 is cleared while Stack01 and
Stack02 are stored: Stack 01 appears on the
display. In this case, the sub display switches
from “D02” to “D01”.
• When Stack02 is cleared while Stack01,
Stack02 and Stack03 are stored: Stack 03
appears on the display. In this case, the sub
display switches from “D02” to “D03”.
8.14.5 Time Stamp
Time Stamp can be used to store a received message
with the received time. Press the [A] key while Voice
Stack, Status Stack or Data Stack is displayed to present
the receive time of the message. The time stamp is
stored with the internal clock of the transceiver being
used as a reference.
12H display or 24H display can be used for Time Stamp.
An error message appears on the display if RTC is not
oscillating or operating properly when a message is
stored.
The time display format can be configured by using
KPG-96D.
Display and Operation
z Time Stamp Display
1. Press the [A] key while Voice Stack, Status Stack
or Data Stack is displayed.
The receive time of each message appears on the
display.
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• Voice Stack
Time Stamp (12H) Display
Time Stamp (24H) Display
• Status Stack
Time Stamp (12H) Display
Time Stamp (24H) Display
z Time Stamp Error Display
1. Press the [A] key while Voice Stack, Status Stack
or Data Stack is displayed.
“--” appears on the main display. This display
indicates that the transceiver could not properly
receive time information.
• Voice Stack
• Status Stack
• Data Stack
• Data Stack
Time Stamp (12H) Display
Time Stamp (24H) Display
Note:
Press the [A] key while the Time Stamp is displayed and
each stack appears on the display.
When the Selector or [] and [] keys are used while
the Time Stamp appears on the main display, the
previous or subsequent Time Stamp with respect to the
current Time Stamp appears on the main display.
Note: Press the [A] key while the Time Stamp is displayed
and each stack appears on the display.
Configuration using KPG-96D
• Configuring the Time Format (Refer to FPRG 6.4
Optional Features Window > 6.4.2 Common Page
2 Tab.)
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8.15 FOACSU (Full Off Air Call Set Up)
FOACSU (Full Off Air Call Set Up) can be used to remain
in receiving mode and stop making a call until the
receiving party manually responds to the call. With this
function, a traffic channel can be prevented from being
assigned to a receiving party that is away from the
transceiver.
FOACSU can be configured to be enabled or disabled by
using KPG-96D.
Display and Operation
1. Select a target Call Address.
2. Press the PTT switch or Call key.
The transceiver starts making a call.
“<< CALLING >>” appears on the main display
while the transceiver is making a call.
8.16 Emergency Call
Emergency Call can be used to make an Emergency Call.
If a user makes an Emergency Call, the call has the
highest priority and a channel is assigned to the call first.
If the controller receives an Emergency Call while all
traffic channels are used, one of the traffic channels is
automatically disconnected and the channel will be
assigned to the Emergency Call.
Transceiver operation varies depending on the status of
the Emergency Mode checkbox configured to be
enabled or disabled using KPG-96D.
z When Emergency Mode is enabled:
The transceiver enters Emergency Mode when the
Emergency key is pressed and held for longer than
the Key Hold Time. The Key Hold Time prevents
Emergency Mode from being entered unintentionally.
z When Emergency Mode is disabled:
The transceiver makes an Emergency Call when the
Emergency key is pressed and held for longer than
the Key Hold Time. The Key Hold Time prevents
Emergency Mode from being entered unintentionally.
Emergency must be selected from the Call Type
dropdown list in Emergency to make an Emergency
Call.
“<< HOLDING >>” appears on the main display
while the transceiver waits to receive a response
from the receiving party.
The communication time display appears on the
main display if the receiving party presses the PTT
switch.
LED lights red.
Note: The PTT switch can be used only if anything other than
Disable is configured for PTT to Initiate Call.
(Refer to FPRG 6.3.2 Trunking Features Window >
Option 1 Tab.)
Configuration using KPG-96D
• Configuring the FOACSU to be Enabled or
Disabled (Refer to FPRG 6.3.2 Trunking Features
Window > Option 1 Tab.)
Note:
The following methods are available to make a call without using
the Emergency key:
• Select the Call Address.
• Enter the control code “*9*” using the keypad.
• The transceiver transmits when the Man-down Delay Time
elapses after the Man-down tilt switch input activates.
(TK-2180/ TK-3180 only)
Emergency Mode is disabled if Dialing is selected from the
Emergency Address dropdown list.
The transceiver functions in a similar way as when the
transceiver receives an individual call if “Non-priority” or “High
Priority” is selected from the Call Type dropdown list.
The transceiver enters Emergency Mode when Emergency
Mode is enabled.
The PTT switch can be used even if the transceiver is in
Emergency Mode. The transceiver enters automatic receive
mode after transmitting using the PTT switch.
The microphone sensitivity in Emergency Mode can be
configured in conjunction with the Emergency Mic Sense
configuration.
Emergency can be assigned to the AUX or PF 1 key if the
transceiver is TK-2180/ TK-3180. Emergency can be assigned
to the [] key or AUX Input port if the transceiver is
TK-7180/ TK-7180H/ TK-8180/ TK-8180H.
Normally, the [] key is used to exit from each mode. If
Emergency is assigned to the [] key and a value of 0 is
configured for the Key Hold Time, the transceiver executes
Emergency functions first.
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Display and Operation
z Entering Emergency Mode
1. Press the Emergency key for longer than the Key
Hold Time.
z Exiting Emergency Mode
1. The following methods are available to exit from
Emergency Mode:
• Press the Emergency key for longer than the
Key Hold Time.
• Turn the transceiver OFF.
z Receiving an Emergency Call
1. The transceiver receives an Emergency Call.
The transceiver emits the receive alert tone and
“EMG” blinks on the sub display.
The following displays appear when the
transceiver receives a call from an address that is
not registered in the address list.
• “<< I-PREFIX >>” appears on the main display
if the transceiver receives a call from
Interprefix.
• “<< I-FLEET >>” appears on the main display if
the transceiver receives a call from Interfleet.
The transceiver operates according to Emergency
configuration in Emergency Mode. The following section
describes emergency functions.
Note: The transceiver may not operate in the configured way on a
system since the transceiver may forcibly be cleared down if
there is no transmission in a certain period.
Configuration using KPG-96D
• Assigning the Emergency to the Transceiver
(Refer to FPRG 6.5 Key Assignment Window and
FPRG 6.7 Extended Function Window.)
• Configuring the Emergency Functions
(Refer to FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
8.16.1 Emergency Cycle
Emergency Cycle is the time for switching between
transmit and receive in Emergency Mode.
Emergency Cycle can be configured using KPG-96D.
Emergency Cycle functions in the following way.
Table 8-7 Emergency Cycle Operation
Emergency Cycle Operation
The transceiver repeats automatic
> automatic
> automatic
1 to 200
Infinite
transmission start tone
transmission
transmission end tone
reception for configured time and
exits from Emergency Mode.
The transceiver alternates between
transmit and receive until the
Emergency key is pressed again or
the transceiver is turned OFF.
> automatic
Configuration using KPG-96D
• Configuring the Emergency Cycle (Refer to FPRG
6.3.2 Trunking Features Window > Emergency
Tab.)
Note: The receive alert tone can be changed to the alert
tone selected from Alert Tone Pattern. The default
receive alert tone is GTC Blip Tone (Tone K).
(Refer to 4.10 Alert Tone Pattern on page 22.)
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8.16.2 Duration of Locator Tone 1
Duration of Locator Tone 1 is the duration to emit the
Alert Tone beeping before an automatic transmission
begins in Emergency Mode.
This tone sounds when the transceiver alternates
between transmit and receive in Emergency Mode.
With this tone, a user can easily recognize that the
transceiver is about to make an Emergency Call. The
dispatcher can use this tone to locate the user who is in
emergency situations.
The duration to emit the Alert Tone can be configured
using KPG-96D.
Configuration using KPG-96D
• Configuring the Duration of Locator Tone 1
(Refer to FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
8.16.3 Transmit Duration
Transmit Duration is the transmission duration in
Emergency Mode.
The transceiver returns to Emergency Automatic
Reception Mode when the Transmit Duration elapses
after the transceiver starts Automatic Transmission in
Emergency Mode.
The Transmit Duration can be configured using
KPG-96D.
Note:
The transceiver cannot transmit while Stun is enabled.
The transceiver resends RQS when the communication time
elapses and the transceiver automatically returns to a control
channel in conjunction with the configuration at the system side.
8.16.4 Duration of Locator Tone 2
Duration of Locator Tone 2 is the duration to emit the alert
tone beeping before an automatic reception begins in
Emergency Mode.
This tone sounds when the transceiver alternates
between transmit and receive in Emergency Mode.
With this tone, a user can easily recognize that the
transceiver is about to receive an Emergency Call. The
dispatcher can use this tone to locate the user who is in
emergency situations.
The duration to emit the Alert Tone can be configured
using KPG-96D.
Configuration using KPG-96D
• Configuring the Duration of Locator Tone 2
(Refer to FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
8.16.5 Receive Duration
Receive Duration is the reception duration in Emergency
Mode.
The transceiver returns to Emergency Automatic
Transmission Mode when the Receive Duration elapses
after the transceiver starts Automatic Transmission in
Emergency Mode.
The Receive Duration can be configured using KPG-96D.
Configuration using KPG-96D
• Configuring the Receive Duration (Refer to FPRG
6.3.2 Trunking Features Window > Emergency
Tab.)
Configuration using KPG-96D
• Configuring the Transmit Duration (Refer to FPRG
6.3.2 Trunking Features Window > Emergency
Tab.)
8.16.6 Emergency Display
Configure the content that appears on the main display in
Emergency Mode.
Emergency Display can be configured in the following
way using KPG-96D.
Table 8-8 Emergency Display Operation
Emergency
Display
Selected
Te xt
The previously selected Call Address
appears on the main display even if the
transceiver enters Emergency Mode. The
icons are also retained even if the
transceiver enters Emergency Mode. This
function is convenient when a user wants to
hide that the transceiver is in Emergency
Mode.
A pre-programmed message configured for
the Emergency Text appears on the main
display when the transceiver enters
Emergency Mode.
Operation
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Configuration using KPG-96D
• Configuring the Emergency Display (Refer to
FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
8.16.7 Emergency Text
Emergency Text is the text displayed on the main display.
Text to be displayed can be configured using KPG-96D.
Configuration using KPG-96D
• Configuring the Emergency Text (Refer to FPRG
6.3.2 Trunking Features Window > Emergency
Tab.)
8.16.8 Emergency Mode Type
The transceiver can be configured to emit the received
audio in Emergency Mode.
Emergency Mode Type can be configured in the following
way by using KPG-96D.
Table 8-9 Emergency Mode Type Operation
Emergency Mode Type Operation
The transceiver mutes the received
Silent
Audible
Configuration using KPG-96D
• Configuring the Emergency Mode Type
(Refer to FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
audio and Locator Tone while the
transceiver is in Emergency Mode.
The transceiver emits the received
audio in Emergency Mode.
8.16.9 Locator Tone
The volume level of the alert tone can be configured in
Emergency Mode.
Locator Tone can be configured in the following way by
using KPG-96D.
Table 8-10 Locator Tone Operation
Locator Tone Operation
Off
0 to 31
Current
Note: The transceiver does not emit any tones if Silent is
configured for Emergency Mode Type.
The transceiver does not emit any
tones.
The tone volume is fixed. Larger
values result in greater volume.
The transceiver emits Alert Tones in
conjunction with the Volume control
(TK-2180/ TK-3180) or Vol ume keys
(TK-7180/ TK-7180H/ TK-8180/
TK-8180H) configuration when
Current is configured for Locator
Tone.
Configuration using KPG-96D
• Configuring the Locator Tone (Refer to FPRG
6.3.2 Trunking Features Window > Emergency
Tab.)
8.16.10 Emergency Mic Sense
Emergency Mic Sense is the microphone gain in
Emergency Mode.
Emergency Mic Sense can be configured using
KPG-96D.
Configuration using KPG-96D
• Configuring the Emergency Mic Sense
(Refer to FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
8.16.11 Emergency LED
The transceiver can be configured to turn the Transmit
LED on when the transceiver transmits in Emergency
Mode.
Emergency LED can be configured to be enabled or
disabled using KPG-96D.
Configuration using KPG-96D
• Configuring the Emergency LED to be Enabled or
Disabled (Refer to FPRG 6.3.2 Trunking Features
Window > Emergency Tab.)
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8.16.12 Background Transmission
Background Transmission can be used to superimpose
on the transmitted audio a 1630 Hz tone and emit the
tone every second while the transceiver is in Emergency
Mode.
The transceiver does not mute since the tone to be
superimposed is transmitted with lower deviation than
normal. The receiving party can easily recognize that the
caller is in Emergency Mode since the tone is
superimposed during voice communication.
Background Transmission can be configured to be
enabled or disabled using KPG-96D.
Configuration using KPG-96D
• Configuring the Background Transmission to be
Enabled or Disabled (Refer to FPRG 6.3.2
Trunking Features Window > Emergency Tab.)
8.16.13 Man-down (TK-2180/ TK-3180 only)
Man-down can be used to decide whether to connect the
Man-down tilt switch. The Man-down tilt switch can be
connected inside or outside the transceiver.
Man-down can be configured to be enabled or disabled
using KPG-96D.
Note: The TK-2180/ TK-3180 supports the Man-down tilt switch
(KCT-47MS) that can be connected to the universal
connector located on the side of the transceiver. Man-down
can be used without any additional operations, such as
soldering.
Configuration using KPG-96D
• Configuring Man-down to be Enabled or Disabled
(Refer to FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
8.16.14 Man-down Delay Time (TK-2180/ TK-3180 only)
The Man-down Delay Time is the duration from the time
when the Man-down tilt switch is enabled until the Mandown tilt switch is activated.
Emergency function activates when the Man-down tilt
switch is activated. The Man-down Delay Time prevents
the transceiver from Emergency Mode being entered
unintentionally.
The Man-down Delay Time can be configured by using
KPG-96D.
Configuration using KPG-96D
• Configuring the Man-down Delay Time
(Refer to FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
8.16.15 Man-down Pre-alert (TK-2180/ TK-3180 only)
Man-down Pre-alert is one of the Alert Tones that sounds
from the time when the Man-down tilt switch is enabled
until the Man-down tilt switch is activated.
When the Man-down tilt switch is activated (perhaps
unintentionally), the transceiver emits the Pre-alert before
activating the Emergency function to notify a user that the
Man-down tilt switch is enabled.
The Man-down Pre-alert time can be configured by using
KPG-96D. The Man-down Pre-alert time must be
configured for a shorter time than the Man-down Delay
Time.
Configuration using KPG-96D
• Configuring the Man-down Pre-alert
(Refer to FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
8.16.16 Man-down Logic Type (TK-2180/ TK-3180 only)
Man-down Logic Type is the logic of the Man-down tilt
switch (External Switch).
The transceiver operation when the input port is Low or
High can be configured by using KPG-96D.
• Active Low
The Man-down tilt switch is enabled when the input
port is Low.
• Active High
The Man-down tilt switch is enabled when the input
port is High.
Configuration using KPG-96D
• Configuring the Man-down Logic Type
(Refer to FPRG 6.3.2 Trunking Features Window >
Emergency Tab.)
Note: The Emergency function does not activate if the Man-down
tilt switch is disabled before the Man-down Delay Time
elapses.
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8.17 Function Menu
Function Menu can be used to check and edit the
configuration of each function. Function Menu activates
when the Function Menu key is pressed.
Function Menu can be configured to be enabled or
disabled by using KPG-96D. Since Own Prefix, Fleet and
Ident display appear as a part of Function Menu, these
displays cannot be configured using KPG-96.
The following items can be checked or edited in Function
Menu.
Table 8-11 Function Menu Item
Display
Order
1
2 Control Channel Select Enabled
3
4 Current System Display Enabled
5 Codeword Error Counter Enabled
6 Beep Volume Enabled
7 Ringer Volume Enabled
8 Speaker Mute Enabled
9 Lamp (TK-2180/ TK-3180 only) Enabled
10 Current Traffic Channel Number Enabled
11
Configuration Name
Own Prefix, Fleet and Ident
Display
Current Control Channel
Number Display
Temporary Receive/Transmit
Group
Function Menu can be assigned to a PF key on the
transceiver by using KPG-96D.
Using KPG-96D, configurable items in Function Menu
can be selected.
Display and Operation
1. Press the Function Menu key.
Function Menu activates and “Own Prefix, Fleet,
Ident Display” of the first configuration item
appears on the display.
Own Prefix, Fleet and Ident Display
KPG-96D
Configuration
Disabled
(Always active)
Enabled
Enabled
2. Press the Function Menu key.
The configuration item switches every time the
Function Menu key is pressed.
Own Prefix, Fleet and Ident Display
Control Channel Select
Temporary Receive/Transmit Group
Function Menu deactivates and the previous display
appears when the Function Menu key is pressed while
the last configuration item is Temporary Receive/
Transmit Group.
Press the Clear or [*] key to exit Function Menu while
other items are displayed.
Note:
The number of times to press the Function Menu key varies
depending on the Function Menu configuration. The
configuration items that are disabled in Function Menu cannot
be displayed. (Refer to FPRG 6.5.4 Trunking Tab.)
[<B] and [C>] keys can be used to select PERMSYS or
TEMPSYS in Control Channel Select. Note that the transceiver
does not exit from the Function Menu even if the Clear key is
pressed if Clear is assigned to the [<B] or [C>] key. Function
Menu cannot be assigned to the [<B] or [C>] key.
Configuration using KPG-96D
• Assigning the Function Menu to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
• Configuring Configuration Items in Function Menu
to be Enabled or Disabled using KPG-96D
(Refer to FPRG 6.5 Key Assignment Window.)
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8.17.1 Own Prefix, Fleet and Ident Display
Own Prefix, Fleet and Unit configured in the transceiver
can be displayed. Own Prefix, Fleet and Unit cannot be
changed on this window.
Own Prefix, Fleet and Ident Display
8.17.2 Control Channel Select
The number of the channel list for normal hunt that is
configured in the transceiver can be selected.
The channel list for normal hunt can be configured using
KPG-96D.
Display and Operation
1. Select the Control Channel Select menu by
pressing the Function Menu key.
The current configuration of the transceiver
appears on the display.
• TempSys can be selected by pressing the [<C]
key.
TEMPSYS = 2
3. Press the [#] or Call key.
The key icon appears on the icon display area
indicating that the system has been configured.
This configuration is stored in the transceiver.
The key icon appears on the icon display area
when the system is configured even if the Call
Address display is displayed.
Call Address Display
When TEMPSYS = 2 is selected
When no system is selected
The target system can be configured by using the
keypad, Selector or [] and [] keys.
2. Press the [<B] or [C>] key.
System can be selected.
• PermSys can be selected by pressing the [<B]
key.
PERMSYS = 2
Note:
The Key Input Error Tone beeps when the [#] or Call key is
pressed while no system is configured.
Since the Out of Service Alert Tone sounds during Control
Channel Select, a user can notice that the system is not
configured without pressing the [#] or Call key.
Control Channel Select can only switch systems for which
Yes is selected from the Normal Hunt Channel Numbers
window > List dropdown list.
Configuration using KPG-96D
• Configuring the Channel List for Normal Hunt
(Refer to FPRG 6.1.4 Normal Hunt Channel
Numbers Window.)
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8.17.3 Current Control Channel Number Display
The number of the control channel hunted by the
transceiver and signal strength (RSSI Level) appear on
the main display. The control channel cannot be
changed.
8.17.4 Current System Display
The Syscode of the control channel hunted by the
transceiver appears on the main display.
8.17.6 Beep Volume
The Beep Volume level can be configured.
Display and Operation
1. Select the Beep Volume menu by pressing the
Function Menu key.
The current configuration of the transceiver
appears on the display.
Configuration Meaning
DEFAULT
0 to 16
The transceiver emits beeps with the
volume level configured with Tone Level.
The volume level can be configured in
17 steps.
1 step is equal to 2 steps in Tone Level.
Level = 7
“****” appears on the main display if the hunt fails.
8.17.5 Codeword Error Counter
The detected codeword error information appears on the
display. The following appears:
• Count of the detected codeword error
• NX2 configured by using KPG-96D
• NC2 configured by using KPG-96D
DEFAULT
Beep Volume can be configured by using the
Selector or [] and [] keys.
Note: Beep Volume level is fixed if 0 to 16 is configured for
the volume level. Beep Volume cannot be
configured by using the Volume key.
Configuration using KPG-96D
• Configuring the Tone Level (Refer to FPRG 6.4
Optional Features Window > 6.4.1 Common Page
1 Tab.)
NX2 Error
Counter
NC2
Configuration using KPG-96D
• Configuring various timers (Refer to FPRG 6.1.6
Timers Window.)
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8.17.7 Ringer Volume
The Ringer Volume level can be configured.
Display and Operation
1. Select the Ringer Volume menu by pressing the
Function Menu key.
The current configuration of the transceiver
appears on the display.
Configuration Meaning
The transceiver emits the Ringer Tone with
DEFAULT
0 to 16
the volume level configured with Tone
Level.
The volume level can be configured in
17 steps.
1 step is equal to 2 steps in Tone Level.
Level = 7
8.17.8 Speaker Mute
Speaker Mute can be configured.
Display and Operation
1. Select the Speaker Mute menu by pressing the
Function Menu key.
The current configuration of the transceiver
appears on the display.
Configuration Meaning
MUTE OFF Beep and Ringer Tones are not muted.
BEEP MUTE Beeps other than voice are always muted.
RING MUTE
ALL MUTE
Ringer Tones other than voice are always
muted.
Beeps and Ringer Tones other than voice
are always muted.
MUTE OFF
DEFAULT
Ringer Volume can be configured by using the
Selector or [] and [] keys.
Note: Ringer Volume level is fixed if 0 to 16 is configured
for the volume level. Ringer Volume cannot be
configured by using the Volum e key.
Configuration using KPG-96D
• Configuring the Tone Level (Refer to FPRG 6.4
Optional Features Window > 6.4.1 Common Page
1 Tab.)
BEEP MUTE
RING MUTE
ALL MUTE
Speaker Mute can be configured by using the
Selector or [] and [] keys.
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8.17.9 Lamp (TK-2180/ TK-3180 only)
Lamp can be configured.
Display and Operation
1. Select the Lamp menu by pressing the Function
Menu key.
The current configuration of the transceiver
appears on the display.
Configuration Meaning
AUTO
OFF The lamp does not light.
MANUAL
The lamp lights when a key is pressed or the
transceiver receives a call.
When the Lamp key is pressed, the lamp
lights.
AUTO
8.17.10 Current Traffic Channel Number
The traffic channel number can be displayed while the
transceiver is communicating.
Display and Operation
1. Select the Current Traffic Channel Number menu
by pressing the Function Menu key.
The current configuration of the transceiver
appears on the main display.
Configuration Meaning
The traffic channel number appears on the
CH DISP ON
CH DISP OFF
main display while the transceiver is
communicating.
The traffic channel number does not appear
while the transceiver is communicating.
CH DISP ON
OFF
MANUAL
Lamp can be configured by using the Selector or
[] and [] keys.
Note:
MANUAL can be configured only if the Lamp key is
assigned to a PF key.
OFF can be configured only if the Lamp key is not assigned
to a PF key.
Configuration using KPG-96D
• Assigning the Lamp Function to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
• Configuring the Auto Backlight (Refer to FPRG 6.4
Optional Features Window > 6.4.1 Common Page
1 Tab.)
When communicating on a traffic channel
CH DISP OFF
Current Traffic Channel Number can be configured
by using the Selector or [] and [] keys.
8.17.11 Temporary Receive/ Transmit Group
A Group Address can be temporarily added.
Display and Operation
1. Select the Temporary Receive/Transmit Group
menu by pressing the Function Menu key.
The current configuration of the transceiver
appears on the display.
2. Select the memory number of Group Address to
configure.
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8 MPT TRUNKING
Select a memory number using the Selector or
[] and [] keys.
3. Enter a Group Address.
Group Address can be entered with the MPT1343
method in the following order using the keypad:
Fleet Group Number (FGN) Unit Number (UN).
4. Press the [#] or Call key.
The entered Group Address is registered in the
transceiver. The transceiver returns to the
previous state when the [*] key is pressed.
Note:
The Temporary Receive/Transmit Group menu does not
appear if Keypad Operation is disabled. Keypad Operation
must be enabled using KPG-96D to display the Temporary
Receive/Transmit Group menu.
Only a Group Address that is enabled with Group ID Encode
Block can be configured.
A maximum of 3 Temporary Receive/Transmit Groups can
be configured. If a Group Address is added for the first time,
Add is configured for the Group Address.
The Number Unobtainable Tone sounds and “NU” appears
on the main display when the entered Group Address is out
of range.
The system configuration must be changed to use the
Group ID added to the transceiver in the system.
8.18 Transmit Power in Trunking Mode
Transmit Power in Trunking Mode is the transmit power of
the transceiver in MPT Trunking System.
High, Low or Auto (TK-2180/ TK-3180 only) can be
configured for the transmit power of the transceiver in
MPT Trunking System by using KPG-96D.
Transmit Power can be switched by pressing the
Transmit Power key.
The transceiver operates in the following way when the
Transmit Power key is pressed.
Table 8-12 Transceiver Operation when the Transmit Power
Key is Pressed
Transceiver Status Operation
Low Transmit Power or
Auto
High Transmit Power
Note:
Transmit Power cannot be changed by pressing the
Transmit Power key if High is configured for Transmit
Power in Trunking Mode in KPG-96D. The Transmit Power
key can be used only if Low or Auto is configured for
Transmit Power.
The configuration of Transmit Power edited using the
Transmit Power key is not stored in the transceiver.
Configuration using KPG-96D
• Configuring the Transmit Power in Trunking Mode
(Refer to FPRG 6.3.2 Trunking Features Window >
Option 1 Tab.)
• Assigning the Transmit Power to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
Switches to High Transmit Power.
Switches to the transmit power
configured using KPG-96D.
Configuration using KPG-96D
• Enabling the Keypad Operation (Refer to FPRG
6.5 Key Assignment Window > 6.5.3 General Tab.)
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8 MPT TRUNKING
8.19 Searching for the New Control Channel
Searching for the New Control Channel can be used to
search for another control channel when the transceiver
does not receive any response from the system even if
the transceiver requests a call.
Searching for the New Control Channel can be
configured to be enabled or disabled using KPG-96D.
Display and Operation
1. Request a call.
The transceiver searches other control channels in the
following situations:
• When the transceiver does not respond even if the
transceiver retransmits the signaling for NR times
or TC time.
• When the control channel stored in the memory
cannot be found in a certain period.
8.20 QT/DQT Decode/Encode (MPT Trunking)
QT/DQT Decode/Encode can be used to facilitate
communication within MPT Trunking System when
communicating using a traffic channel.
This function is enabled in an environment where an
interfering signal from another user is present.
If an interfering signal accesses the repeater, the same
QT/DQT must be configured for the transmitting party’s
transceiver and the receiving party’s repeater. With this
function, the possibility of an interfering signal being
repeated can be reduced.
QT/DQT Decode/Encode can be configured for each
channel using KPG-96D.
Configuration using KPG-96D
• Configuring the QT/DQT Decode/Encode
(Refer to FPRG 6.1.5 QT/DQT Decode/Encode
Window.)
8.21 Out of Service Alert
The “ ” icon appears and the Call Address stored in
the transceiver memory appears on the main display
when an available control channel is found.
Configuration using KPG-96D
• Configuring the Searching for the New Control
Channel to be Enabled or Disabled
(Refer to FPRG 6.3.2 Trunking Features Window >
Option 2 Tab.)
Out of Service Alert can be used to emit the Alert Tone
when no available control channel is found while
searching for a control channel.
A user realizes that the transceiver is out of the service
area when hearing the Alert Tone.
The transceiver emits the Alert Tone (Tone I) once with the
configured duty cycle if no available control channel is
found while Out of Service Alert is enabled. If Off is
configured for the duty cycle for emitting the Out of Service
Alert, the transceiver emits the Alert Tone (Tone I)
continuously. (Refer to 4.1.5 MPT Tone on page 19.))
The transceiver emits the Alert Tone (Tone I) once before
entering Conventional Mode without following the duty
cycle for emitting the Out of Service Alert while Enter
Conventional Mode Delay Time is enabled.
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8 MPT TRUNKING
Out of Service Alert Tone: Check
Alert Tone Interval Time: 30 sec
Alert Tone (Tone I) sounds.
Out of Service
Out of Service Alert Tone: Check
Alert Tone Interval Time: Off
Alert Tone (Tone I) sounds only when
no service is available.
Out of Service
Out of Service Alert Tone: Check
Enter Conventional Mode Delay Time: 30 sec
Out of Service
30 s 60 s 90 s
30 s
Alert Tone (Tone I) sounds and the transceiver enters
Conventional mode.
60 s
90 s
8.22 Dialing List
The following numeric digits can be entered by dialing for
each call.
Dialing 2 Numeric Digits
Function Dial String
Individual Number 20 to 89
Group Number 90 to 99
Dialing 3 Numeric Digits
Function Dial String
Individual Number 200 to 899
Group Number 900 to 998
Emergency Operator 999 or 112
Entering Open Channels 101 to 110
Network Operator
Services
Dialing 4 Numeric Digits
Function Dial String
PABX Call 1000 to 8999
100, 111, 121, 131, 141, 151, 161,
171, 181, 191
30 s
Out of Service Alert can be configured to be enabled or
disabled by using KPG-96D. The duty cycle for emitting
the Out of Service Alert can also be configured.
Configuration using KPG-96D
• Configuring the Out of Service Alert to be Enabled
or Disabled (Refer to FPRG 6.3.2 Trunking
Features Window > Option 2 Tab.)
• Configuring the Cycle for Emitting the Out of
Service Alert (Refer to FPRG 6.3.2 Trunking
Features Window > Option 2 Tab.)
Dialing 5 Numeric Digits
Function Dial String
PAB X Call
(Single address word
calls)
PAB X Call
(extended addressing
protocol)
First String (3 to 6) +
Second String (1000 to 8999)
First String (0, 7 or 8) +
Second String (0000 to 9999)
Dialing 6 Numeric Digits
Function Dial String
Common Prefix
Interfleet Individual Call
Common Prefix
Interfleet Group Call
PAB X Call
(extended addressing
protocol)
Fleet Number (2001 to 6050) +
Individual Number (20 to 89)
Fleet Number (2001 to 6050) +
Group Number (90 to 99)
First String (0, 7 or 8) + Second
String (00000 to 99999)
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8 MPT TRUNKING
Dialing 7 Numeric Digits
Function Dial String
Common Prefix
Interfleet Individual Call
Common Prefix
Interfleet Group Call
PAB X C al l
(extended addressing
protocol)
Fleet Number (2001 to 6050) +
Individual Number (200 to 899)
Fleet Number (2001 to 6050) +
Group Number (900 to 998)
First String (0, 7 or 8) +
Second String (000000 to 999999)
Dialing 8 Numeric Digits
Function Dial String
PSTN Call
PAB X C al l
(extended addressing
protocol)
First String (0) + Second String
(0000000 to 9999999)
First String (7 or 8) + Second String
(0000000 to 9999999)
Dialing 9 Numeric Digits
Function Dial String
Interprefix Interfleet
Individual Call
Interprefix Interfleet
Group Call
PSTN Call
PAB X C al l
(extended addressing
protocol)
Prefix Number (200 to 327) +
Fleet Number (2001 to 6050) +
Individual Number (20 to 89)
Prefix Number (200 to 327) +
Fleet Number (2001 to 6050) +
Group Number (90 to 99)
First String (0) + Second String
(00000000 to 99999999)
First String (7 or 8) + Second String
(00000000 to 99999999)
Dialing 10 Numeric Digits
Function Dial String
Interprefix Interfleet
Individual Call
Interprefix Interfleet
Group Call
PSTN Call
Prefix Number (200 to 327) +
Fleet Number (2001 to 6050) +
Individual Number (200 to 899)
Prefix Number (200 to 327) +
Fleet Number (2001 to 6050) +
Group Number (900 to 998)
First String (0) + Second String
(000000000 to 999999999)
8.23 Control Codes
The following control codes are available for each call.
Function Dial String
Call setup abandoned, call complete. *#
Send status for dispatcher (status 0) *0
Send status for dispatcher (status nn) *0nn
Conference call *1
Broadcast call *11
Priority voice system-wide-call *1981#
Emergency voice system-wide-call *1982#
Priority np data system-wide-call *1983#
Emergency np data system-wide-call *1984#
Short data system-wide-call *1985#
Standard voice system-wide-call *1987#
Short data on the Control Channel *2
Divert own calls *41, *411, *412
Divert third party calls *44, *441, *442
Queue Incoming Calls *48#
Don’t disturb (both, voice, data) *49#, *491#, *492#
Priority call *8
Emergency call *9
End dialed string #
Send status for dispatcher (status 31) #0
Cancel Divert own calls #41#, #411#, #412#
Cancel Divert third party calls #44, #441, #442
General cancellation by recipient #45#, #451#, #452#
Cancel Queue Incoming Calls #48#
Cancel Don’t disturb (both, voice, data) #49#, #491#, #492#
If # is not entered at the end of the Dial String, a
parameter, such as target party, can be entered. The
Call key can be used for the last # of the Dial String.
“*” must be entered at the beginning when entering a
parameter, such as target party.
Entry example:
Short data on the control channel is used:
Dialing 11 (or more) numeric digits
Function Dial String
PSTN Call
First String (0) + Second String
(0000000000 to 9999999999)
The transceiver starts making a call if the target party is
entered and the Call key is pressed. If PTT to Initiate Call
is enabled, the transceiver can make a call when the PTT
switch is pressed.
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Message to transmit Target IDControl code
Page 75
If the target party is entered with MPT1343 Dialing, the
transceiver starts making a call when the [#] key is
pressed.
Note:
When the [*] and [#] keys are continuously pressed while
dialing, the current dialing is cleared, and the Call Address
display appears.
Queue Incoming Call and Don’t Disturb are disabled if the
transceiver is turned ON.
8 MPT TRUNKING
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9 CONVENTIONAL MODE
9.1 General
If an MPT Trunking System is unavailable or a user is out
of the service area, the transceiver enters Conventional
Mode and directly communicates with other transceivers
without using an MPT repeater.
Repeater
Transmit Frequency
Transmit Frequency
Transceiver 1 Transceiver 2
Normally, the transceiver directly communicates with a
target transceiver in Conventional Mode by using the
following procedure:
• Enters Conventional Mode.
• Searches for a channel called by the scan.
• Selects a channel.
• The user presses the PTT switch to start transmitting
their voice.
The following methods are available to enter
Conventional Mode from MPT Trunking System:
• Manual Entry
• Auto Entry
9.1.1 Manual Entry
Manual Entry can be used to directly communicate with a
target transceiver by entering Conventional Mode from
MPT Trunking System.
When the Conventional key is pressed, the transceiver
enters Conventional Mode from MPT Trunking System.
The transceiver can directly communicate with the target
transceiver by selecting an available channel.
The Conventional function can be assigned to a PF key
on the transceiver by using KPG-96D.
Note: Refer to the “2.7.2 Transmitting in Conventional Mode on
page 9” for displays and operations.
Configuration using KPG-96D
• Assigning Conventional Functions to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
9.1.2 Auto Entry
Auto Entry can be used to automatically allow a
transceiver to enter Conventional Mode when the
transceiver detects that MPT Trunking System is out of
range for a certain period.
The Enter Conventional Mode Delay Time can be
configured by using KPG-96D.
The transceiver automatically enters Conventional Mode
if no control channel is found in MPT Trunking System
within the Enter Conventional Mode Delay Time.
Note: Refer to the “2.7.2 Transmitting in Conventional Mode on
page 9” for displays and operation.
Configuration using KPG-96D
• Configuring the Enter Conventional Mode Delay
Time (Refer to FPRG 6.3.8 Conventional
(General) Window.)
9.2 Trunking Search Delay Time
Trunking Search can be used to periodically search for a
control channel in MPT Trunking System while the
transceiver is in Conventional Mode.
The transceiver remains in Conventional Mode if no
control channel is found.
If a control channel is found, the transceiver emits the
Trunking Tone and executes the following operations
corresponding to the Automatic Mode Change
configuration.
• Alert:
The transceiver enters Conventional Mode.
• Auto:
The transceiver enters MPT Trunking System.
The transceiver executes the Trunking Search in the
following manner when the scan starts.
Table 9-1 Trunking Search Operation
Scan Status Trunking Search Operation
During the Scan
During the Re-Scan
Transmitting or
Receiving
While displaying the
Channel Name
(when the scan
pauses.)
Trunking Search is not available.
Trunking Search is available.
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Note:
The transceiver starts executing operations that are configured
to be executed during the scan if the transceiver returns to
Conventional Mode after finishing Trunking Search.
The transceiver activates in the MPT Trunking System if the
transceiver is turned OFF and ON again after entering the MPT
Trunking System and a control channel is found with Trunking
Search.
Trunking Search Delay Time can be configured by using
KPG-96D.
Configuration using KPG-96D
• Configuring the Trunking Search Delay Time
(Refer to FPRG 6.3.8 Conventional (General)
Window.)
• Configuring the Automatic Mode Change
(Refer to FPRG 6.3.8 Conventional (General)
Window.)
9 CONVENTIONAL MODE
The following QT/DQT operations are available.
Table 9-3 QT/DQT Operation
If the received QT/DQT signal matches the QT/
DQT configured in a transceiver, the received
Reception
Transmission
QT/DQT Decode/Encode can be configured for each
channel by using KPG-96D.
audio is emitted from the transceiver. The
transceiver mutes the received audio if the
transceiver receives a Reverse Burst (QT) or
Turn-off code (DQT).
The transceiver sends the QT/DQT code
configured in the transceiver when the
transceiver transmits. The transceiver keeps
sending the programmed QT/DQT as long as
the PTT switch is pressed.
The transceiver sends the Reverse burst code
when the transceiver is sending QT or Turn-off
code when the transceiver is sending DQT if
the PTT switch is released or External PTT port
is inactive.
9.3 QT/DQT Decode/Encode (Conventional)
QT/DQT is the signaling used for facilitating
communication within a group when sharing the same
channel with several groups (Talkgroup).
This signaling does not affect voice communications
since it does not use audible frequencies.
If QT/DQT is configured for each channel, the transceiver
mutes conversations made on unwanted channels.
Therefore, a user can communicate within a group
without hearing conversations of other groups.
This signaling at frequencies below 300 Hz does not
affect voice communication since it does not use the
audible frequency spectrum. The transceiver recognizes
the signaling even if the transceiver starts receiving
midway through a call since this signaling type has a
continuous wave form.
Table 9-2 QT/DQT
QT
DQT
QT (Quiet Talk) uses a continuous sub-audible
sine wave (67.0 to 254.1 Hz).
DQT (Digital Quiet Talk) is the signaling with
3 numeric digits (Code: 000 to 777 (octal
number) (23 bit/word).
The DQT signal has polarity and can be
configured as Normal or Inverse, corresponding
to a repeater or configuration of another
transceiver.
Configuration using KPG-96D
• Configuring the QT/DQT Decode (Refer to FPRG
6.3.9 Conventional (Channel) Window.)
• Configuring the QT/DQT Encode (Refer to FPRG
6.3.9 Conventional (Channel) Window.)
9.3.1 With STE (Squelch Tail Eliminator)
Squelch Tail Eliminator in QT/DQT eliminates the noise
factor from the transmitting party’s transceiver in order to
communicate comfortably.
Squelch Tail Eliminator can be configured by using
KPG-96D.
Configuration using KPG-96D
• Configuring the Squelch Tail Eliminator
(Refer to FPRG 6.7.5 Modulation Line Tab
(TK-7180/ TK-7180H/ TK-8180/ TK-8180H only).)
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9 CONVENTIONAL MODE
9.4 Transmit Power
Transmit Power is the transmission power of the
transceiver. (Refer to 1.4 Transmit Power on page 2.)
Transmit power (Low or High) can be configured for each
channel using KPG-96D.
Configuration using KPG-96D
• Configuring the Transmit Power for each Channel
(Refer to FPRG 6.3.9 Conventional (Channel)
Window.)
9.5 Wide/ Narrow
Wide/ Narrow is the channel spacing of available
channels. (Refer to 1.5 Channel Spacing on page 3.)
Wide/ Narrow can be configured for each channel by
using KPG-96D. The transceiver transmits and receives
on a channel using the configured Wide/ Narrow value.
Configuration using KPG-96D
• Configuring Wide/ Narrow for each Channel
(Refer to FPRG 6.3.9 Conventional (Channel)
Window.)
9.6 Busy Channel Lockout
This function automatically restricts the transmission so
as not to interfere with other communications.
If a user transmits on a channel while other groups are
using the same channel, the user may interfere with their
communications.
If the PTT switch is pressed while the transmission is
restricted by Busy Channel Lockout, “BUSY” appears on
the main display and the transmission is disabled. In this
case, the transceiver emits the Warning Alert Tone. The
transceiver emits the Warning Alert Tone until the PTT
switch is released.
Busy Channel Lockout can be configured for each
channel by using KPG-96D. Following are the conditions
for restricting transmissions with Busy Channel Lockout.
Table 9-4 Conditions for Restricting Transmissions with
Busy Channel Lockout
Busy Channel
Lockout
QT/DQT Tone
Carrier Only
Disables transmission when QT/DQT
configured for a channel does not match
the received QT/DQT.
Disables transmission while a carrier is
being received. However, the transceiver
transmits even if a carrier is detected
while Squelch Off is enabled.
Condition
Busy Channel Lockout can be configured by using
KPG-96D.
Note: Busy Channel Lockout is only available in Conventional
Group.
Configuration using KPG-96D
• Configuring the Busy Channel Lockout
(Refer to FPRG 6.3.10 Channel Edit Window.)
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9 CONVENTIONAL MODE
9.7 Beat Shift
Beat Shift can be used to eliminate internally generated
tones caused by the transceiver’s oscillators.
Harmonics from the oscillators may interfere with
reception. The resulting beat tone that is produced can
be prevented by slightly shifting the frequency of the
oscillators.
Beat Shift can be configured to be enabled or disabled by
using KPG-96D.
Note: If the VGS-1 unit is installed in the transceiver, Beat Shift of
the VGS-1 can be enabled or disabled.
Configuration using KPG-96D
• Configuring the Beat Shift to be Enabled or
Disabled (Refer to FPRG 6.3.10 Channel Edit
Window.)
9.8 Squelch Off
Squelch status of the transceiver is the same as
when using Squelch Level 0.
LED lights green.
TK-2180/ TK-3180
LED lights green.
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
2. Press the Squelch Off key.
In this case, the “ ” icon turns Off. If QT/DQT is
configured for the current channel, the transceiver
returns to Signaling Squelch. Otherwise, the
transceiver returns to Carrier Squelch.
Squelch Off can be used to open Squelch and unmute
the transceiver.
With Squelch Off, the transceiver can unmute without
receiving a carrier. Monitor is used to check a channel
status before transmitting in order to communicate
without interfering with other parties.
Press the Squelch Off key to use this function.
Transceiver Operation
1. Press the Squelch Off key.
The transceiver unmutes and opens Squelch
regardless of the QT/DQT Decode configuration.
White noise is heard if the transceiver is not
receiving a carrier.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Note:
The status of the Squelch Off key is stored even if the
transceiver is turned OFF.
Squelch Off is enabled when the Squelch Off key is
pressed during the scan and the “ ” icon appears in the
icon display area. In this case, the transceiver pauses
scanning. However, the scan is not disabled. The
transceiver unmutes and opens Squelch regardless of the
QT/DQT Decode configuration. White noise is heard if the
transceiver is not receiving any signals while the “ ” icon
appears.
Squelch Off is only available in Conventional Group.
Configuration using KPG-96D
• Assigning the Squelch Off to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
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9 CONVENTIONAL MODE
9.9 Time-out Timer (TOT)
Time-out Timer (TOT) is used to restrict the continuous
transmission time.
This function prevents a user from occupying a frequency
for a long period of time when the frequency or repeater is
shared with other users. The transceiver stops
transmitting after the transceiver continuously transmits
longer than the configured time.
The following timers relevant to Time-out Timer can be
configured:
• Time-out Timer
• TOT Pre-alert
• TOT Rekey Timer
• TOT Reset Timer
Off
PTT
On
Receive Receive
Transmit Transmit
Within TOT
Reset Time
TOT COUNT
After power
ON or after TOT
Reset Time has elapsed
TOT Pre-alert tone
Figure 9-1 Timing to Activate the Time-out Timer
Within TOT
Reset Time
TOT OVER
TOT Pre-alert Time
Receive
TOT Rekey Time
Transmit Inhibit Tone
9.9.1 Time-out Timer
Transmit
Note: The transceiver emits the TOT Pre-alert tone only when the
transceiver is transmitting. This tone does not sound while
the transceiver stops transmitting within the TOT Reset
Time. (Refer to 9.9.4 TOT Reset Time)
Configuration using KPG-96D
• Configuring the TOT Pre-alert (Refer to FPRG
6.3.8 Conventional (General) Window.)
9.9.3 TOT Rekey Time
TOT Rekey Time can be used to configure the duration
from the time when the transmission ends by the Timeout Timer until a transmission is possible again. This
function is used to temporarily restrict the transmission
when a user occupies a repeater or the frequency for a
long time.
The duration from the time when the transceiver is
restricted by the Time-out Timer until a transmission is
possible again can be configured by using KPG-96D.
Note:
TOT Rekey Time is reset and transmission is possible after the
transceiver is turned ON or OFF while the TOT Rekey Time is
counting.
TOT Rekey Time is reset when one of the following keys is
pressed while the TOT Rekey Time is counting down:
• Channel Up key
• Channel Down key
Configuration using KPG-96D
• Configuring the TOT Rekey Time (Refer to FPRG
6.3.8 Conventional (General) Window.)
Time-out Timer (TOT) is used to restrict the continuous
transmission time.
The continuous transmission time can be configured by
using KPG-96D.
Configuration using KPG-96D
• Configuring the Continuous Transmit Duration
Time (Refer to FPRG 6.3.8 Conventional
(General) Window.)
9.9.2 TOT Pre-alert
TOT Pre-alert can be used to notify a user that the
transmission is going to be restricted by the Time-out
Timer. The transceiver emits the TOT Pre-alert tone at
the configured timing.
The timing for the transceiver to emit the TOT Pre-alert
tone can be configured by using KPG-96D.
9.9.4 TOT Reset Time
TOT Reset Time is the period to reset the Time-out
Timer.
When the transceiver transmits while the TOT Reset
Time is counting down, the transceiver treats the
transmission as a continuation of the previous
transmission. This function prevents a user from
occupying a frequency or repeater for a long time by
transmitting intermittently.
TOT Reset Time can be configured using KPG-96D.
Note: TOT Reset Time is reset when one of the following keys is
pressed while the transceiver is counting down the TOT
Reset Timer:
• Channel Up key
• Channel Down key
Configuration using KPG-96D
• Configuring the TOT Reset Time (Refer to FPRG
6.3.8 Conventional (General) Window.)
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10 SCAN
Scan can be used to check whether the transceiver is
receiving a call from other transceivers. The transceiver
checks for a signal on each channel in the Conventional
Group. If a signal is detected, the transceiver receives on
the channel where the signal was detected.
10.1 Scan Operation (Conventional Mode)
When the Scan key is pressed while the transceiver is not scanning, the transceiver starts scanning.
Conventional functions and Scan can be assigned to a
PF key on the transceiver by using KPG-96D.
Display and Operation
1. Press the Scan key in Conventional Mode.
The transceiver starts scanning.
10.1.1 Conditions to Start Scanning
The transceiver must have at least some Add Channels
to start scanning. An Error Tone sounds and the
transceiver does not start scanning if this condition is not
met.
10.1.2 Conditions to Resume Scanning
The transceiver must have at least some Add Channels
to start scanning or resume scanning.
The channel on which the scan pauses is added to or
deleted from the Scan List when the Scan Delete/Add
key is pressed while the transceiver pauses scanning.
This status is retained until the transceiver stops
scanning by pressing the Scan key.
10.1.3 Operation after Manually Changing the Channel during the Scan
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
The transceiver searches for a signal on each
channel. If a signal is detected, the transceiver
stops scanning and receives on that channel.
Note: If the transceiver exited from Conventional Mode while
the transceiver was not scanning, the channel name
appears on the main display and the transceiver does
not resume scanning.
2. Press the Scan Delete/Add key to resume
scanning while the transceiver has paused
scanning.
The transceiver resumes scanning from the
following channel.
Configuration using KPG-96D
• Assigning the Conventional functions to a PF Key
in Trunking Mode (Refer to FPRG 6.5 Key
Assignment Window.)
• Assigning the Scan to a PF Key in Conventional
Mode (Refer to FPRG 6.5 Key Assignment
Window.)
• Configuring the Scan (Refer to FPRG 6.3.7 Scan
Information Window.)
The transceiver executes the following operations if the
channel is changed while “SCAN” appears on the main
display:
• The transceiver pauses scanning on the Selected
Channel.
• The transceiver resumes scanning after the Key Delay
Time elapses.
10.1.4 Transceiver Operation when
Manually Changing the
Channel
The transceiver pauses scanning on the selected channel
when the selected channel is different from the channel
on which the transceiver stops scanning.
10.1.5 Transceiver Operation during
the Scan
The transceiver stops scanning when the received
QT/DQT matches. The Dropout Delay Time activates
when the QT/DQT matching status is reset. The
transceiver resumes scanning after the Dropout Delay
Time elapses.
The transceiver transmits on Revert Channel when the
PTT switch is pressed. The Dwell Time activates when
the transceiver finishes transmitting. The transceiver
resumes scanning after the Dwell Time elapses.
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10 SCAN
10.2 Scan Configuration (Conventional Mode)
The following Scan functions in Conventional Mode can
be configured using KPG-96D:
• Scan Delete/Add
• Revert Channel Display
• Revert Channel
• Dropout Delay Time
• Dwell Time
• Off-hook Scan (TK-7180/ TK-7180H/ TK-8180/
TK-8180H)
10.2.1 Scan Delete/Add
(Conventional Mode)
Scan Delete/Add can be used to add a channel to the
Scan List or remove a channel from the Scan List. With
this function, unnecessary channels can be removed from
the scan list to increase the scan speed. Therefore, the
transceiver reliably receives calls from important
channels.
When the Scan Delete/Add key is pressed, the channel
is added to or removed from the Scan List. The
transceiver operates in the following way when the Scan
Delete/Add key is pressed:
• If the current channel is included in the Scan List, the
channel is deleted from the Scan List. The “ ” icon
(right) disappears.
• If the current channel is not included in the Scan List,
the channel is added to the Scan List. The “ ” icon
(right) appears.
Scan Delete/Add can be assigned to a PF key on the
transceiver by using KPG-96D.
10.2.2 Revert Channel Display
Revert Channel Display can be used to display the Revert
Channel instead of “SCAN” during the scan. If this
function is enabled, the transceiver scans while the
Revert Channel is displayed.
Revert Channel Display can be configured to be enabled
or disabled by using KPG-96D.
Configuration using KPG-96D
• Configuring the Revert Channel Display to be
Enabled or Disabled (Refer to FPRG 6.3.7 Scan
Information Window.)
10.2.3 Revert Channel
The Revert Channel is the zone or channel that is used
for transmitting while pressing the PTT switch during the
scan.
Revert Channel can be configured by using KPG-96D.
Following are Revert Channel operations.
Table 10-1 Revert Channel Operation
While the
Configuration During the Scan
Channel on which
Last Called
Last Used
Selected Last channel selected
Selected + Talkback
the transceiver
received last
Channel on which
the transceiver
transmitted last
Last channel
selected
Transceiver
Pauses Scanning
Channel on which
the transceiver
pauses scanning
Channel on which
the transceiver
pauses scanning
Channel on which
the transceiver
pauses scanning
Note: The transceiver does not execute Scan Del/Add even if the
Scan Delete/Add key is pressed during the scan.
Configuration using KPG-96D
• Assigning the Scan Delete/Add to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
Note: The Revert Channel is retained if Last Called or Last Used is
selected. The stored Revert Channel will be deleted if other
data is written to the transceiver by using KPG-96D. In this
case, the lowest channel is temporarily used as the Revert
Channel.
Configuration using KPG-96D
• Configuring the Revert Channel (Refer to FPRG
6.3.7 Scan Information Window.)
10.2.4 Dropout Delay Time
Dropout Delay Time is the time from when the received
signal ends until the transceiver resumes scanning. The
transceiver pauses scanning while receiving a call during
the scan. After the call completes, the transceiver
resumes scanning.
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The transceiver resumes scanning when the following
conditions are met:
• There is no signal to receive.
• QT/DQT does not match.
The transceiver activates Talkback during the Dropout
Delay Time in conjunction with the Revert Channel
configuration.
Dropout Delay Time can be configured using
KPG-96D.
Note: Talkback is a function that allows the transceiver to transmit
on the channel on which the transceiver pauses scanning.
Configuration using KPG-96D
• Configuring the Dropout Delay Time
(Refer to FPRG 6.3.7 Scan Information Window.)
10.2.5 Dwell Time
Dwell Time is the time from when the transceiver
completes scanning until the transceiver resumes
scanning. The scan pauses when the PTT switch is
pressed during the scan.
The transceiver activates Talkback during the Dwell Time
in conjunction with the Revert Channel configuration.
Dwell Time can be configured by using KPG-96D.
Off-hook Scan Operation
The transceiver starts scanning when
the Scan key is pressed while the
microphone is On-hook. However, the
transceiver does not start scanning even
if the Scan key is pressed while the
microphone is Off-hook and an error
Uncheck (Disable)
message appears.
When the On-hook state changes to
Off-hook in Scan Mode, the scan
pauses on the Revert Channel.
The transceiver resumes scanning when
the microphone status changes from
Off-hook to On-hook.
Off-hook Scan can be configured to be enabled or
disabled by using KPG-96D.
Note: The transceiver functions in the same way as Mic Hook
even if External Hook is configured for the AUX Input port.
The transceiver executes the On-hook scan if either Mic
Hook or External Hook is Low. The transceiver executes the
Off-hook scan if both Mic Hook and External Hook are High.
Configuration using KPG-96D
• Configuring the Off-hook Scan to be Enabled or
Disabled (Refer to FPRG 6.3.7 Scan Information
Window.)
Note: Talkback is a function that allows the transceiver to transmit
on the channel on which the transceiver pauses scanning.
Configuration using KPG-96D
• Configuring the Dwell Time (Refer to FPRG 6.3.7
Scan Information Window.)
10.2.6 Off-hook Scan (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
Off-hook Scan can be used to configure scan operation
according to the Mic Hook status. The transceiver
executes the scan in the following way.
Table 10-2 Off-hook Scan Operation
Off-hook Scan Operation
The transceiver starts scanning when
Check (Enable)
the Scan key is pressed regardless of
the microphone status.
10.3 Scan Operation (MPT Trunking System)
The transceiver can always receive a call during the scan
if Individual ID or Receive Group ID is configured in the
transceiver. If Receive/ Transmit Group ID is configured
in the transceiver, the transceiver receives calls only with
the Receive/ Transmit Group IDs configured for Scan Add
during the Group Scan.
When the Scan key is pressed while the Call Address
Display is displayed, the transceiver starts the Group
Scan. The transceiver scans Receive/ Transmit Group
IDs configured for Scan Add with Group Scan.
Table 10-3 Addresses on which the Transceiver Stops in
Group Scan
Call Type
Status
While “SCAN”
appears
Receive/
Transmit
Group
Address
Only
addresses
configured for
Scan Add can
be decoded.
Receive
Group
Address
All addresses
can be
decoded.
Own
Individual
Address
All addresses
can be
decoded.
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10 SCAN
Call Type
Status
During the Scan
Restart Delay
Note:
If Full is configured for Decode Group Address by using
KPG-96D, Receive/ Transmit Group ID configured in Scan Add
in all blocks are searched. If Block Number is configured for
Decode Group Address, Receive/ Transmit Group IDs
configured in Scan Add in specific blocks are searched.
The Del/Add configuration can be toggled by pressing the Clear
key only if Call Address is a Receive/ Transmit Group Address.
Receive/
Transm it
Group
Address
Only the
address
being
displayed can
be decoded.
Receive
Group
Address
All addresses
can be
decoded.
Own
Individual
Address
All addresses
can be
decoded.
Scan can be assigned to the PF key on the transceiver by
using KPG-96D.
Display and Operation
1. Press the Scan key.
The transceiver starts the Group Scan.
2. The transceiver receives a call from a
Receive/ Transmit Group ID configured for Scan
Add.
The Group Call window appears on the LCD.
“GRP” blinks on the sub display.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
The transceiver executes the Clear Down operation and
the address display of the current group appears when
the Clear key is pressed. “G SCAN” appears on the main
display when the Scan Restart Delay Time elapses. This
operation varies with the address type of the received
call. (Refer to 10.3.3 Receiving Party’s Transceiver
Operation after Executing the Clear Down Operation
during the Group Scan on page 75.)
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Note:
The transceiver stops the Group Scan and the Call Address
display appears when the Scan key is pressed again during
the scan.
Block Select is available in Group Scan.
Configuration using KPG-96D
• Assigning the Scan to the PF key (Refer to FPRG 6.5
Key Assignment Window.)
10.3.1 Conditions to Start the Group
Scan
When one of the following conditions is met, the
transceiver starts the Group Scan when the Scan key is
pressed. If no conditions are met, the Key-entry Error
Tone sounds and the transceiver does not start the Group
Scan even if the Scan key is pressed.
• When there are 2 or more Receive/ Transmit Group
IDs configured for Scan Add.
• When there are 2 or more Receive/ Transmit Group
IDs that are configured for Scan Add by pressing the
Clear key while the Call Address display appears.
• When there are 2 or more Receive/ Transmit Group
IDs that are configured for Scan Add in the specified
block while a block number is configured for Decode
Group Address.
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10.3.2 Conditions for Toggling Delete/ Add by Pressing the Clear Key
The Delete/Add configuration cannot be changed by
pressing the Clear key during the Group Scan. The
Delete/Add configuration can be temporarily changed
during the Key Delay Time or Scan Restart Delay. In this
case, the Delete/Add configuration returns to the previous
conditions after the Group Scan ends.
10.3.3 Receiving Party’s Transceiver Operation after Executing the Clear Down Operation during the Group Scan
The Selected Call Address appears on the display of the
receiving party’s transceiver when the a user clears down
during the Group Scan, and then “G SCAN” appears on
the main display after the Scan Restart Delay time
elapses.
If the receiving party’s transceiver receives a call with
Receive/Transmit Group and executes the clear down
operation, Del. is configured for the current address. ???
10.4 Scan Configuration (MPT Trunking System)
The following Scan functions in MPT Trunking System
can be configured using KPG-96D:
• Scan Restart Delay
• Off-hook Scan (TK-7180/ TK-7180H/ TK-8180/
TK-8180H)
• Power-on Scan
• Revert Call Address Display
10.4.1 Scan Restart Delay
Scan Restart Delay is the time from the time when the
transceiver executes the Clear Down operation during the
Group Scan until the transceiver resumes scanning.
Scan Restart Delay can be configured using KPG-96D.
Configuration using KPG-96D
• Configuring the Scan Restart Delay
(Refer to FPRG 6.3.7 Scan Information Window.)
10.3.4 Transceiver Operation after Manually Changing the Channel during the Scan
If a call address is changed while "G SCAN" appears on
the main display, the transceiver stops scanning on the
Selected Call Address. The transceiver resumes
scanning after the Key Delay Time elapses. ???
10.4.2 Off-hook Scan (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
Off-hook Scan can be used to configure scan operation
according to the Mic Hook status. The transceiver
executes the scan in the following way.
Table 10-4 Off-hook Scan Operation
Off-hook Scan Operation
The transceiver starts the Group Scan
Check (Enable)
Uncheck (Disable)
when the Scan key is pressed
regardless of the microphone status.
The transceiver starts scanning when
the Scan key is pressed while the
microphone is On-hook. However, the
transceiver does not start scanning even
if the Scan key is pressed while the
microphone is Off-hook and an error
message appears.
When the On-hook state changes to Offhook in Scan Mode, the Group Scan
pauses on the Revert Channel. The
transceiver resumes the Group Scan
when the microphone status changes
from Off-hook to On-hook.
Off-hook Scan can be configured to be enabled or
disabled by using KPG-96D.
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10 SCAN
Note: The transceiver functions in the same way as Mic Hook
even if External Hook is configured for the AUX Input port.
The transceiver executes the On-hook scan if either Mic
Hook or External Hook is Low. The transceiver executes the
Off-hook scan if both Mic Hook and External Hook are High.
Configuration using KPG-96D
• Configuring the Off-hook Scan to be Enabled or
Disabled (Refer to FPRG 6.3.7 Scan Information
Window.)
10.4.3 Power-on Scan
Power-on Scan can be used to start scanning
immediately after the transceiver is turned ON.
Power-on Scan can be configured to be enabled or
disabled using KPG-96D.
Note: Block Select is enabled while the transceiver is doing Group
Scan with Power-on Scan.
Configuration using KPG-96D
• Configuring the Power-on Scan to be Enabled or
Disabled (Refer to FPRG 6.3.7 Scan Information
Window.)
10.4.4 Revert Call Address Display
Revert Call Address Display can be used to display the
Selected Call Address on the main display during the
Group Scan.
When this function is enabled, “G SCAN” does not appear
on the main display and the transceiver executes the
Group Scan while the Selected Call Address is displayed.
A user can use the transceiver while checking the
selected Selected Call Address displayed on the main
display.
Revert Call Address Display can be configured to be
enabled or disabled by using KPG-96D.
Configuration using KPG-96D
• Configuring the Revert Call Address Display to be
Enabled or Disabled (Refer to FPRG 6.3.7 Scan
Information Window.)
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11 KEY ASSIGNMENT
This function can be used to assign functions to the keys
of the transceiver.
The following table shows available keys and their default
settings.
Table 11-1 Programmable Function Keys
(TK-7180/ TK-7180H/ TK-8180/ TK-8180H)
Key Name
[] key
[S] key Scan Status/ Stack
[A] key Scan Delete/Add Redial
[<B] key LCD Brightness LCD Brightness
[C>] key Clock Clock
[] key Clear Clear
[A] (Mic) key None None
[B] (Mic) key None None
[C] (Mic) key None None
[D] (Mic) key None None
Table 11-2 Programmable Function Keys
Key Name
[S] key Scan Status/ Stack
[A] key Scan Delete/Add Redial
[<B] key Lamp Lamp
[C>] key Clock Clock
AUX key None None
Side 1 key Squelch Off Call
Side 2 key Clear Clear
PF 1 (Orange) key None None
PF 2 (Black) key None None
Default Function
(Conventional)
Squelch Off Call
(TK-2180/ TK-3180)
Default Function
(Conventional)
Default Function
(MPT Trunking)
Default Function
(MPT Trunking)
Configuration using KPG-96D
• Assigning the Functions to the PF Keys
(Refer to FPRG 6.5 Key Assignment Window.)
11.1 Assigning Functions to PF Keys (Conventional)
Functions can be assigned to a PF key on the transceiver
by using KPG-96D.
Table 11-3 Assigning Functions to PF Keys (Conventional)
Function Name Description
The transceiver does not respond. The
None
Channel Down
Channel Up
Clear
Clock
Key Lock
Lamp
LCD Brightness
Playback
Scan
Scan Delete/Add
Scrambler
Key-entry Error Tone beeps when the None
key is pressed.
When the Channel Down key is pressed,
the channel number is decreased by 1 step.
The channel number keeps decreasing
every 200 ms if the Channel Down key is
pressed and held for more than 1 second.
The transceiver skips unprogrammed
channels. The Rollover Tone sounds when
the lowest channel number is selected.
When the Channel Up key is pressed, the
channel number is increased by 1 step.
The channel number keeps increasing every
200 ms if the Channel Up key is pressed
and held for more than 1 second. The
transceiver skips unprogrammed channels.
The Rollover Tone sounds when the highest
channel number is selected.
When the Clear key is pressed, the
transceiver returns to MPT Trunking
System.
When the Clock key is pressed, the current
time appears on the main display.
(Refer to 15 CLOCK on page 87.)
When the Key Lock key is pressed and
held for 1 second, Key Lock is enabled or
disabled. (Refer to 2.10 Key Lock (TK-2180/
TK-3180 only) on page 11.)
Note: This function is only available on the
TK-2180/ TK-3180.
When the Lamp key is pressed, the
backlight LED lights or turns Off.
(Refer to 3.3.2 Lamp (TK-2180/ TK-3180
only) on page 13.)
Note: This function is only available on the
TK-2180/ TK-3180.
When the LCD Brightness key is pressed,
the brightness of the backlight LED
changes. (Refer to 3.3.3 LCD Brightness
(TK-7180/ TK-7180H/ TK-8180/ TK-8180H
only) on page 13.)
Note: This function is only available on the
TK-7180/ TK-7180H/ TK-8180/
TK-8180H.
When the Playback key is pressed, the
transceiver records or plays audio when the
VGS-1 is installed in the transceiver.
When the Scan key is pressed, the
transceiver starts scanning. The transceiver
stops scanning when the Scan key is
pressed again. (Refer to 10 SCAN on page
71.)
When the Scan Delete/Add key is pressed,
the channel is added to or deleted from the
Scan List. (Refer to 10.2.1 Scan Delete/Add
(Conventional Mode) on page 72.)
When the Scrambler key is pressed, Voice
Scrambler is enabled or disabled, if
configured for this operation. Scramble
codes 1 to 16 can be changed. (Refer to 13
VOICE SCRAMBLER on page 82.)
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11 KEY ASSIGNMENT
Function Name Description
When the Squelch Off key is pressed, the
Squelch Off
transceiver resets signaling and the
transceiver unmutes only with a carrier.
11.2 Assigning Functions to PF Keys (MPT Trunking)
Functions can be assigned to a PF key on the transceiver
by using KPG-96D.
Table 11-4 Assigning Functions to PF Keys
(MPT Trunking)
Function Name Description
None
Auto Reply
Message
AUX
AUX A
AUX B
Block Select
Call
The transceiver does not respond. The
Key-entry Error Tone beeps when the None
key is pressed.
If the Auto Reply Message key is pressed,
Auto Reply Message is switched On or Off
when the VGS-1 is installed in the
transceiver. (Refer to 16.3 Auto Reply
Message on page 91.)
When the AUX key is pressed, the status of
AUX Output port can be changed. An
external device connected to the AUX port
can be controlled since the port output
changes in conjunction with the AUX key.
Note: This function is only available on the
TK-2180/ TK-3180.
When the AUX A key is pressed, the status
of the AUX A Output port can be changed.
An external device connected to the AUX A
port can be controlled since the port output
is changed in conjunction with the AUX A
key.
Note: This function is only available on the
TK-7180/ TK-7180H/ TK-8180/
TK-8180H.
When the AUX B key is pressed, the status
of the AUX B Output port is changed. An
external device connected to the AUX B port
can be controlled since the port output is
changed in conjunction with the AUX B key.
Note: This function is only available on the
TK-7180/ TK-7180H/ TK-8180/
TK-8180H.
This function can be used to configure the
block number to display the Call Address.
When the Block Select key is pressed and
released, Block Select activates and the
block number can be configured. (Refer to
8.4 Block Select on page 34.)
When the Call key is pressed, the
transceiver executes one of the following
operations:
• Makes a call to the currently displayed
address.
• Confirms the function configured by
dialing.
• Confirms the menu selection.
Function Name Description
When the Call Address Down key is
pressed, the address number is decreased
by 1 step. The address number keeps
decreasing every 200 ms when the Call
Address Down key is pressed and held for
more than 1 second. The transceiver skips
unprogrammed channels. The Rollover
Tone sounds when the lowest address
number is selected.
Note:
If the transceiver is TK-2180 or TK-3180,
Call Address
Down
Call Address Up
Clear
Clock
Conventional
Dialing
Call Address Down can be assigned to a
PF key only if the Key Assignment
window > General tab > Optional Mic is
enabled. Call Address Down can be
assigned only to the PF 1 or PF 2 key.
If the transceiver is TK-7180/ TK-7180H/
TK-8180/ TK-8180H, Call Address Down
can be assigned to a PF key only if “16key” is selected from the Key Assignment
window > General tab > Mic Keypad
dropdown list. Call Address Down can be
assigned to [A] (Mic), [B] (Mic), [C] (Mic)
and [D] (Mic) keys.
When the Call Address Up key is pressed,
the address number is increased by 1 step.
The address number keeps increasing
every 200 ms when the Call Address Up
key is pressed and held for more than
1 second. The transceiver skips
unprogrammed channels. The Rollover
Tone sounds when the highest address
number is selected.
Note:
If the transceiver is TK-2180 or TK-3180,
Call Address Down can be assigned to a
PF key only if the Key Assignment
window > General tab > Optional Mic is
enabled. Call Address Up can be assigned
only to the PF 1 or PF 2 key.
If the transceiver is TK-7180/ TK-7180H/
TK-8180/ TK-8180H, Call Address Up can
be assigned to a PF key only if “16-key” is
selected from the Key Assignment
window > General tab > Mic Keypad
dropdown list. Call Address Up can be
assigned to [A] (Mic), [B] (Mic), [C] (Mic)
and [D] (Mic) keys.
When the Clear key is pressed, the
transceiver executes one of the following
operations:
• Terminates communications on the traffic
channel.
• Cancels the call request.
• Clears the current stack.
When the Clock key is pressed, the current
time appears on the main display.
(Refer to 15 CLOCK on page 87.)
When the Conventional key is pressed, the
transceiver enters Conventional Mode.
When the Clear key is pressed, the
transceiver returns to MPT Trunking
System. (Refer to 9 CONVENTIONAL
MODE on page 66.)
When the Dialing key is pressed, the
transceiver makes a call to the address
configured by dialing.
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11 KEY ASSIGNMENT
Function Name Description
When the Direct Address key is pressed,
Direct Address
the transceiver jumps to the address
configured for Direct Address Number.
When the Emergency key is pressed and
held for a couple of seconds, the transceiver
makes a call to an Emergency Address or
the address configured for Dialing.
(Refer to 8.16 Emergency Call on page 51.)
Emergency
Note:
Emergency can be assigned only to the
AUX or PF 1 key if the transceiver is
TK-2180 or TK-3180.
Emergency can be assigned only to the
Triangle key if the transceiver is TK-7180/
TK-7180H/ TK-8180/ TK-8180H.
When the Function Menu key is pressed,
the transceiver jumps to Function Menu and
the following configuration items can be
checked and edited. The configuration item
changes every time the Function Menu key
is pressed. (Refer to 8.17 Function Menu
on page 56.)
• Own Prefix, Fleet, Ident display
Function Menu
• Control Channel Select
• Current Control Channel Number
• Current System
• Codeword Error Counter
• Beep Volume
• Ringer Volume
• Speaker Mute
• Lamp (TK-2180/ TK-3180 only)
• Current Traffic Channel Number
• Temporary Receive/Transmit Group
When the Home Address key is pressed,
the transceiver jumps to the address
configured for Home Address. The
transceiver returns to the previous address
Home Address
when the Home Address key is pressed
again after the transceiver jumps to the
Home Address.
One Home Address can be configured for
each Personal ID.
When the Horn Alert key is pressed, Horn
Alert is enabled. The horn sounds if the
transceiver receives an individual call. This
function does not work when the transceiver
Horn Alert
receives a Group Call.
Note: This function is only available on the
TK-7180/ TK-7180H/ TK-8180/
TK-8180H. A user must prepare the
KAP-2 to use this function.
When the Key Lock key is pressed, Key
Lock is enabled or disabled.
Key Lock
(Refer to 2.10 Key Lock (TK-2180/ TK-3180
only) on page 11.)
Note: This function is only available on the
TK-2180/ TK-3180.
When the Lamp key is pressed, the
backlight lights. (Refer to 3.3.2 Lamp
Lamp
(TK-2180/ TK-3180 only) on page 13.)
Note: This function is only available on the
TK-2180/ TK-3180.
Function Name Description
When the LCD Brightness key is pressed,
the brightness of the backlight changes.
(Refer to 3.3.2 Lamp (TK-2180/ TK-3180
LCD Brightness
only) on page 13.)
Note: This function is only available on the
TK-7180/ TK-7180H/ TK-8180/
TK-8180H.
When the Network Select key is pressed,
the transceiver enters Network Select Mode.
The network can be switched by using the
Selector or [] and [] keys. The
Network Select
transceiver starts searching for a control
channel in the new network if the network is
confirmed by pressing the Network Select
key. This function can be used to manually
select a newly added network.
When the Playback key is pressed, the
Playback
transceiver records or plays audio when the
VGS-1 is installed in the transceiver.
When the Public Address key is pressed,
Public Address can be used, if configured
for this operation. (Refer to 4.8 Public
Address (TK-7180/ TK-7180H/ TK-8180/
TK-8180H only) on page 21.)
Public Address
Note:
This function is only available on the
TK-7180/ TK-7180H/ TK-8180/ TK-8180H.
A user must prepare the KAP-2 to use
Public Address.
When the Redial key is pressed, the latest
redial number appears. A maximum of 3
called parties appear on the display if the
Redial
Selector is used or the [] or [] key is
pressed.
A user can make a call to the currently
displayed number by pressing the PTT
switch or Call key.
When the Scan key is pressed, the
transceiver starts scanning. The transceiver
Scan
stops scanning when the Scan key is
pressed again. (Refer to 10.3 Scan
Operation (MPT Trunking System) on page
73.)
When the Scrambler key is pressed, Voice
Scrambler is enabled or disabled, if
Scrambler
configured for this operation. Scramble
codes 1 to 16 can be changed. (Refer to 13
VOICE SCRAMBLER on page 82.)
When the Send the GPS Data key is
pressed, the transceiver sends GPS data to
Send the GPS
data
the configured party.
Note: This function is only available on the
TK-7180/ TK-7180H/ TK-8180/
TK-8180H.
When the Site Lock key is pressed and
held for 1 second while Site Lock is
disabled, the transceiver is locked on the
Site Lock
current control channel. When the Site
Lock key is pressed and held for 1 second
again, Site Lock is disabled. (Refer to 2.12
Site Lock on page 11.)
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11 KEY ASSIGNMENT
Function Name Description
When the Status/ Stack key is pressed
while the unit number appears on the
display, the display switches in the following
order: Numeric Mode Status Mode
Stack Mode.
Note:
Status/ Stack
Sub-LCD Display
Transceiver
Password
Transmit Power
Status/ Stack can be assigned only to the
[S] key if the transceiver is TK-2180 or
TK-3180.
Status/ Stack can be assigned to [S], [A]
(Mic), [B] (Mic), [C] (Mic), or [D] (Mic) keys
if the transceiver is TK-7180/ TK-7180H/
TK-8180/ TK-8180H.
When the Sub-LCD Display key is pressed,
the sub display switches in the following
order: SVC display Signal Strength
display Channel Number display.
(Refer to 3.5 Sub-LCD Display on page 15.)
When the Transceiver Password key is
pressed, the transceiver is restricted and
enters Password Entry Mode. (Refer to 5.1
Transceiver Password on page 23.)
When the Low Transmit Power key is
pressed, Transmit Power is changed.
(Refer to 8.18 Transmit Power in Trunking
Mode on page 61.)
Configuration using KPG-96D
• Assigning functions to the PF Keys
(Refer to FPRG 6.5 Key Assignment Window.)
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12 DTMF
DTMF (Dual Tone Multiple Frequency) uses 2 different
tones simultaneously. This signaling is used to make an
Individual Call or control the transceiver.
Manual Dial can be used to transmit DTMF tones.
12.1 Manual Dial
Manual Dialing can be used to send a DTMF tone
corresponding to a particular key when the [0] to [9], [A]
to [D], [*], or [#] key on the Mic Keypad is pressed while
transmitting by pressing the PTT switch. Manual Dial can
be used to make a phone call via a repeater or an
Individual Call by using DTMF tones.
Table 12-1 DTMF Tones
Frequencies [Hz] DTMF Digit
941 + 1336 DTMF tone “0”
697 + 1209 DTMF tone “1”
697 + 1336 DTMF tone “2”
697 + 1447 DTMF tone “3”
770 + 1209 DTMF tone “4”
770 + 1336 DTMF tone “5”
770 + 1447 DTMF tone “6”
852 + 1209 DTMF tone “7”
852 + 1336 DTMF tone “8”
852 + 1447 DTMF tone “9”
697 + 1633 DTMF tone “A”
770 + 1633 DTMF tone “B”
852 + 1633 DTMF tone “C”
941 + 1633 DTMF tone “D”
941 + 1209 DTMF tone “*”
941 + 1477 DTMF tone “#”
12.2 DTMF Sidetone
DTMF Sidetone is used to emit DTMF tones from the
speaker for a user at the transmitting end to hear while
transmitting DTMF tones.
DTMF Sidetone can be configured to be enabled or
disabled by using KPG-96D.
Configuration using KPG-96D
• Configuring the DTMF Sidetone to be Enabled or
Disabled (Refer to FPRG 6.4 Optional Features
Window > 6.4.2 Common Page 2 Tab.)
12.3 DTMF Hold Time
DTMF Hold Time is the duration from when the keypad is
disabled until the transceiver stops transmitting when
transmitting DTMF tones by using Manual Dialing.
The transceiver at the receiving end treats an
uninterrupted DTMF signal that it receives as one code
sequence. This DTMF Hold Time is therefore used to
maintain an uninterrupted transmission to send a series
of DTMF signals.
DTMF Hold Time can be configured using KPG-96D.
Configuration using KPG-96D
• Configuring the DTMF Hold Time (Refer to FPRG
6.4 Optional Features Window > 6.4.2 Common
Page 2 Tab.)
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Page 92
13 VOICE SCRAMBLER
Voice Scrambler allows the transceiver to scramble voice
communications to ensure privacy.
There are 2 types of Scrambler functions: Built-in
scrambler and an optional scrambler function enabled by
installing a voice scrambler in the transceiver.
The transceiver supports 2 Optional Scrambler Boards
(TRANSCRYPT).
• SC20-460:
This Scrambler Board can be installed in the
transceiver by soldering the board on the internal
PCB.
• KW-21:
This Scrambler Board can be connected to the
internal 26-pin connector. The board can be installed
easily without any additional operations, such as
soldering.
13.1 Configuring the
Voice Scrambler
Display and Operation
1. Press the Scrambler key while Scrambler is
disabled.
The “ ” icon appears and Scrambler is enabled.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
2. Press the Scrambler key again.
The “ ” icon turns Off and Scrambler is disabled.
The following functions relevant to Voice Scrambler can
be configured using KPG-96D.
•AQUA Scrambler
• Scrambler (Optional)
• Scrambler Status Memory
13.2 AQUA Scrambler
AQUA Scrambler is the internal Scrambler installed in the
Audio AQUA IC. This entry level Scrambler allows a user
to scramble the voice by using the carrier signal.
Scrambler can be enabled by pressing the Scrambler
key prior to communicating.
Note:
The simple Scrambler cannot be used if “Voice Scrambler” is
selected from the Optional Board dropdown list.
Voice Scrambler cannot be configured to be enabled or disabled
during the scan.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Configuration using KPG-96D
• Assigning the Scrambler Function to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
• Configuring the Scrambler (Refer to FPRG 6.3.10
Channel Edit Window.)
• Configuring the Scrambler (Refer to FPRG 6.3.8
Conventional (General) Window.)
• Configuring the Scrambler (Refer to FPRG 6.3.2
Trunking Features Window > Option 2 Tab.)
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13 VOICE SCRAMBLER
13.3 Scrambler (Optional)
The Optional Scrambler can be installed in the transceiver.
Scrambler (Optional) is enabled if Voice Scrambler is
configured for Optional Board by using KPG-96D.
Note: Voice Scrambler cannot be configured to be enabled or
disabled during the scan.
Display and Operation
z Enabling the Scrambler (Optional)
1. Press the Scrambler key while Scrambler
(Optional) is disabled.
The “ ” icon appears and Scrambler (Optional) is
enabled.
TK-2180/ TK-3180
z Changing the Scrambler Code
1. Press and hold the Scrambler key for more than
1 second.
The current Scrambler Code appears on the
display.
The “ ” icon appears and Scrambler (Optional) is
enabled.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
2. Change the Scrambler Code using the [<B] and
[C>] keys, Selector or [] and [] keys.
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
2. Press the Scrambler key again.
The “ ” icon turns Off and Scrambler (Optional) is
disabled.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
3. Press the [S] or [*] key.
The transceiver exits from the current mode and
the configuration is enabled.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
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13 VOICE SCRAMBLER
Configuration using KPG-96D
• Configuring the Optional Board (Refer to FPRG
6.7 Extended Function Window.)
• Configuring the Scrambler Code (Refer to FPRG
6.3.2 Trunking Features Window > Option 2 Tab
and FPRG 6.3.8 Conventional (General) Window.)
• Assigning the Scrambler Function to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
13.4 Scrambler Status Memory
Scrambler Status Memory can be used to store
Scrambler On/ Off configuration of the SC20-460
Scrambler and Scrambler Code.
The Scrambler On/Off configuration is retained even if the
transceiver is turned OFF while Scrambler Status
Memory is enabled.
If Scrambler Status Memory is enabled, the stored
Scrambler On/ Off configuration is read as default when
reading data from the transceiver by using KPG-96D.
Scrambler On/ Off configuration and Scrambler Code can
be stored by using KPG-96D.
Configuration using KPG-96D
• Configuring the Scrambler Status Memory
(Refer to FPRG 6.3.2 Trunking Features Window >
Option 2 Tab.)
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14 HORN ALERT (TK-7180/ TK-7180H/ TK-8180/ TK-8180H only)
This function can be used to activate the Horn Alert port
when the transceiver receives an Individual Call in an
MPT Trunking System. A user must connect the KAP-2
to the transceiver to use this function.
Horn Alert can be used to turn On the horn and headlights
of a vehicle connected to the Horn Alert port. Therefore,
a user can recognize that the transceiver has received a
call even if the user is away from the transceiver.
Considering driving safety, it would not be safe to activate
the Horn Alert while the user is driving. If the Ignition
Sense port is connected to the Ignition port of the vehicle,
the Horn Alert functions in the following way. (Refer to 7
IGNITION SENSE (TK-7180/ TK-7180H/ TK-8180/ TK8180H only) on page 26.)
Table 14-1 Horn Alert Operation
Ignition Ignition Sense Power
Ignition Only On
Power switch
On
Off
On
Off
Ignition & Switch
Ignition Only Off
Ignition & Switch
Disable
On On
Power switch
Off Off
Power switch
On On
Power switch
Off Off
Power switch
On On
Power switch
Off Off
Power switch
On On
Power switch
Off Off
Horn Alert
Port
Active
Active
14.1 Configuring the Horn Alert to be Enabled or Disabled
When the Horn Alert key is pressed, Horn Alert can be
enabled or disabled.
Display and Operation
1. Press the Horn Alert key while Horn Alert is
disabled.
The “ ” icon appears and Horn Alert is enabled.
The Horn Alert port activates when the transceiver
receives an Individual Call. This port functions
according to the Horn Alert Logic Signal
configuration.
2. Press the Horn Alert key again.
The “ ” icon turns Off and Horn Alert is disabled.
Configuration using KPG-96D
• Assigning the Horn Alert to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
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14 HORN ALERT (TK-7180/ TK-7180H/ TK-8180/ TK-8180H ONLY)
14.2 Horn Alert Logic Signal
Horn Alert Logic Signal can be used to configure the HOR
port operation when Horn Alert is enabled.
Horn Alert Logic Signal can be configured using KPG-96D.
The HOR port functions as below.
Table 14-2 Horn Alert Logic Signal Operation
Configuration Description
The HOR port activates 3 times every
Pulse
Continuous
Note:
The transceiver pauses the Horn Alert operation if the Horn
Alert key is pressed while Horn Alert is enabled. In this case,
Horn Alert is disabled.
The transceiver pauses the Horn Alert operation if the Call
Address is changed while Horn Alert is enabled. In this case,
Horn Alert is not disabled.
If Until Reset is configured for Horn Alert Logic Signal, the
transceiver pauses the Horn Alert operation when the
transceiver receives an individual call in MPT Trunking System
and executes the following operations while Horn Alert is
enabled:
• Simulates pressing of the Horn Alert key.
• Changes the Mic Hook status.
• Changes the Call Address.
500 ms when the transceiver receives an
individual call.
The HOR port activates until communication
ends when Until Reset is configured.
The HOR port is active for the configured
duration if 1 to 30 s is configured.
Table 14-3 Conditions to Activate the Horn Alert
Off-hook Horn
Alert
Configuration
Disable
Enable
Horn Alert
Configuration
On
Off
On
Off
Hook
Status
(On/ Off)
Off
On
Off
On
Off
On
Off
On
Horn Alert
Operation
Disables the Horn
Alert.
Enables the Horn
Alert.
Disables the Horn
Alert.
Disables the Horn
Alert.
Enables the Horn
Alert.
Enables the Horn
Alert.
Disables the Horn
Alert.
Disables the Horn
Alert.
Configuration using KPG-96D
• Configuring the Off-hook Horn Alert to be Enabled
or Disabled (Refer to FPRG 6.4 Optional Features
Window > 6.4.1 Common Page 1 Tab.)
14.4 Horn Alert Mode
Configuration using KPG-96D
• Configuring the Horn Alert Logic Signal
(Refer to FPRG 6.4 Optional Features Window >
6.4.1 Common Page 1 Tab.)
14.3 Off-hook Horn Alert
Off-hook Horn Alert can be used to activate the Horn Alert
function in conjunction with the Mic Hook status.
Off-hook Horn Alert can be configured to be enabled or
disabled by using KPG-96D. Horn Alert functions under
the following conditions.
Horn Alert Mode can be used to configure the method to
control Horn Alert.
Horn Alert Mode can be configured by using KPG-96D.
The following methods are available in Horn Alert Mode.
Table 14-4 Horn Alert Mode Type
Configuration Description
Horn Alert standby state is disabled when
the transceiver is turned OFF even with
Current
Status Memory
Startup
Horn Alert in standby state. When the
transceiver is turned ON, the transceiver
always starts up with Horn Alert disabled.
Maintains Horn Alert standby state. Turns
the transceiver OFF while Horn Alert is in
standby state. In this case, Horn Alert
standby state is enabled when the
transceiver is turned ON.
The transceiver always starts up with Horn
Alert in standby state.
Configuration using KPG-96D
• Configuring the Horn Alert Mode to be Enabled or
Disabled (Refer to FPRG 6.4 Optional Features
Window > 6.4.1 Common Page 1 Tab.)
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15 CLOCK
The transceiver is equipped with an internal clock IC.
Using this IC, the current time can be displayed on the
main display.
Clock Function makes possible the following
5 functions:
• Current Time Display
• Power-on Time Display
• Clock Configuration
• Adjustment Time (Written from a PC)
• Time Stamp activates when receiving a Status
Message or Data Message
15.1 Current Time Display
The current time can be shown on the main display.
Display and Operation
1. Press the Clock key.
The current time appears on the main display.
• 24H Display
2. Press a key.
The channel name or number appears on the LCD.
Note: The clock does not display the time properly if the Time
IC is not operating or the RTC (Real Time Clock) is not
oscillating. .
Configuration using KPG-96D
• Assigning the Clock Function to a PF Key
(Refer to FPRG 6.5 Key Assignment Window.)
15.2 Power-on Clock Display
This function can be used to display the time when the
transceiver is turned ON.
The time appears on the display for 2 seconds and then
the channel name or number appears. The time appears
on the display when the transceiver is turned ON if
“Clock” is selected from the Power-on Message Type
dropdown list.
Power-on Clock can be configured to be enabled or
disabled by using KPG-96D.
Note:
This function cannot be used with Power-on Text.
Power-on Clock does not appear if the Transceiver Password is
configured.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
• 12H Display
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Configuration using KPG-96D
• Configuring the Power-on Clock Function
(Refer to FPRG 6.4 Optional Features Window >
6.4.2 Common Page 2 Tab.)
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15 CLOCK
15.3 Clock Configuration
The time can be configured by using keys on the
transceiver.
Clock Adjustment must be enabled by using KPG-96D.
Display and Operation
1. Turn the transceiver ON by pressing the Power
switch while pressing the [C>] key.
The transceiver enters Year Entry Mode.
2. Configure the year using the Selector or [] and
[] keys, then press the [S] key.
TK-2180/ TK-3180
5. Press the [S] key after configuring the time.
The time can be configured in 24 hour format.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
6. Press the Power switch to turn the transceiver
OFF after configuring the minutes.
The time is configured.
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
3. Press the [S] key after configuring the month.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Note: Only 2 numeric digits (01 to 12) can be entered.
4. Press the [S] key after configuring the date.
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Note:
The Key-entry Error tone sounds if the [S] key is pressed
when the entered value is invalid. In this case, the entered
value must be corrected before you can move to the next
step.
Press the [S] key after configuring the minutes to return to
Year Entry Mode.
Configuration using KPG-96D
• Configuring the Clock Adjustment Function
(Refer to FPRG 6.4 Optional Features Window >
6.4.1 Common Page 1 Tab.)
TK-2180/ TK-3180
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
Note: Only 2 numeric digits (01 to 31) can be entered.
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15.4 Adjustment Time
Adjustment Time can be used to configure the time when
writing data to the transceiver by using KPG-96D.
Adjustment Time can be configured to be enabled by
checking the Adjustment Time checkbox in the Write
Data to the Transceiver window.
Adjustment Time can be configured to be enabled or
disabled using KPG-96D.
Configuration using KPG-96D
• Configuring the Adjustment Time (Refer to FPRG
7.2 Write Data to the Transceiver.)
15 CLOCK
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16 VGS (VOICE GUIDE & STORAGE UNIT)
The transceiver can record or play voice and enable
Voice Guide and GPS Data Storage using the VGS-1
(Voice Guide & Storage Unit). GPS Data Storage is not
available in Conventional Mode.
16.1 Auto Recording
Auto Recording can be used to automatically record
transmitted or received audio.
The transceiver can record the following:
• Audio on the input line of the microphone while the
PTT switch is pressed.
• Audio transmitted in Emergency Mode
• Received audio
Audio transmitted by pressing the PTT switch in
Emergency Mode can be recorded. Audio transmitted by
pressing the external PTT or sent data is not recorded.
A user can hear stored audio by using Message
Playback. (Refer to 16.4 Message Playback on page 93.)
Auto Recording can be configured in steps of 30 seconds
or can be disabled by using KPG-96D. Auto Recording is
not available if Disable is selected.
Note:
A maximum of 300 seconds total recording time is available
divided among Auto Recording, Voice Memo and Auto Reply
Message.
Auto Recording does not function when the transceiver is in
Voice Memo Mode, Auto Reply Message Mode or Message
Playback Mode.
When GPS Data Storage is enabled, the transceiver may not be
able to record all incoming signals.
Display and Operation
1. The left dot lights on the display when Auto
Recording is enabled.
TK-2180/ TK-3180
Configuration using KPG-96D
• Configuring the Auto Recording Function
(Refer to FPRG 6.4 Optional Features Window >
6.4.3 VGS-1 Tab.)
16.2 Voice Memo (Manual Recording)
Voice Memo (Manual Recording) can be used to
manually record transmitted or received audio.
The transceiver can record the following:
• Voice spoken into the microphone
• Audio transmitted by pressing the PTT switch
• Audio transmitted in Emergency Mode
• Received audio
When the transceiver completes recording audio, the
audio data is automatically stored in the VGS-1 Flash
Memory. A user can hear stored audio by using Message
Playback. (Refer to 16.4 Message Playback on page 93.)
Voice Memo can be configured to be enabled or disabled,
and the maximum recording time and Stores the Latest
Received Messages can be configured by using KPG-96D.
Voice Memo can be used to configure the recording time
in steps of 30 seconds.
Table 16-1 Voice Memo Functions
Item Range Operation
VGS-1 recording channel
used in Voice Memo can
be configured in steps of
30 seconds.
Voice Memo is not
available if “Disable” is
selected.
A maximum of 300
seconds can be
configured for the
recording channel.
New recording data
overwrites old
recordings. Old
messages are cleared.
If messages are stored in
all recording channels,
the transceiver rejects
new messages.
Voice Memo
Stores the latest received
messages
Disable/
30 to 300
Check
(Enable)
Uncheck
(Disable)
TK-7180/ TK-7180H/ TK-8180/ TK-8180H
90 INDEX CONTENTS Confidential FUNC (K)/Ver. 2.00
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