Kenwood NX-5000 Series, NX-5400, NX-5800, NX-5200, NX-5700 Common Function Reference

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NX-5000 series

Common Function Reference (Common FUNC)

Version: 2.20 Last Updated: June 30, 2017 Language: English Type: K, F

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CONTENTS

About This Manual viii

How to Read the In-depth Manual ix

About Notations x

About the Notation of the Supported Models x

About Examples of the Transceiver Display x

Abbreviations Used in This Document xi

About Copyright xii

Software Copyrights xii

Firmware Copyrights xii

About Trademarks and Patent Rights xii

About the Programming Software xiii

About KPG-D1N xiii

About the Notation of “Configuration Using KPG-D1/ D1N” xiii

About the Zone-channel Format xiii

About System Type xiv

About Multi RF Deck/ Multi Control Head xiv

About Options to Use the Functions Described in This Document xv

About the Built-in GPS Receiver Unit xvi

How to Search for Information xvi

Outline of This Transceiver xviii

GENERAL FEATURES xviii

P25 DIGITAL MODES xix

NXDN DIGITAL MODES xix

DMR CONVENTIONAL MODES xx

ANALOG MODES xxi

Revision History xxii

CONTENTS BY PURPOSE xxviii

1 FUNCTIONS AND PANEL LAYOUT 1

1.1 NX-5200/ NX-5300/ NX-5400 1

1.2 NX-5700/ NX-5800/ NX-5900 3

1.3 About LCD 9

LCD 9

Icons 16

Key Guide 17

2 GETTING STARTED 20

2.1 Connecting the Transceiver to a PC 21

2.2 Connecting the Transceiver to a PC by Bluetooth 22

2.3 Writing the Configuration Data to the Transceiver 22

Writing configuration data to multiple transceivers using Bluetooth communication 23

About the writing of configuration data in a Multi RF Deck/ Multi Control Head structure 23

2.4 Reading the Configuration Data from the Transceiver 23

2.5 Embedding a Message in the Transceiver (Embedded Message) 24

Embedded Message 24

Embedded Message with Password 24

2.6 Writing Configuration Data Using Wireless Communication (OTAP) 25

3 BASIC OPERATIONS 26

3.1 Turning the Transceiver ON/ OFF 26

Turning the Transceiver ON 26

Turning the Transceiver OFF 28

Power Switch Status Memory 28

3.2 Adjusting the Volume Level 29

3.3 Using Function Keys 29

Mode Reset Timer 30

Keypad Operation 33

Manual Dialing 36

3.4 Using Menu Mode 37

3.5 Changing the Zone-channel 40

Changing the Zone 40

Changing the Channel 41

Rollover/ End Stop 42

Changing the Channel by Specifying the Number (Channel Entry) 42

Changing the Group ID by Specifying the ID (Group ID Entry) (NXDN Trunking System Only) 44

Changing the Channel with a Single Touch 45

Home Channel 45

Direct Channel 46

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3.6 Transmitting/ Receiving 48

3.7 Viewing the Receive History (Stack) 49

Configuring the Display Order of Data in Stack Mode (Stack Order) 54

Enabling the Storage of Redundant Data (Repeated Calls Stack) 54

Displaying the Caller ID when Displaying a Message (Caller ID for Message) 54

Displaying the Receive Channel (Channel Name (Message Display)) 55

Stack Procedure of the Receive History (Old Message Overwrite) 55

Caller ID Stack 56

Time Stamp 57

Message Memory 57

Clear Caller ID Stack on Reply 57

3.8 Operating the Transceiver in Each Mode (Common Operation) 58

Selecting or Clearing Data from a List 58

Entering or Deleting a Code 61

Entering or Deleting Characters 63

Scroll Display 68

Character Entry 69

3.9 Locking the Transceiver Keys (Key Lock) 70

Auto Key Lock Timer 72

3.10 Operations in a Single RF Deck/ Dual Control Head Structure 73

About the Behavior in Function Mode While in a Dual Control Head Structure 74

About the Reception Display of a Short Message When in a Dual Control Head Structure 75

About Featured Panel Operations 75

3.11 Switching the Display Language 76

4 TRANSMISSION/ RECEPTION 77

4.1 Transmit/ Receive Frequencies 77

4.2 Transmit Power 77

4.3 Channel Spacing 80

4.4 Beat Shift 82

4.5 Displaying the Signal Strength Level (RSSI Level, BER) (Maintenance Display) 83

5 INDICATION AND DISPLAY 88

5.1 Busy LED 88

5.2 Transmit LED 88

5.3 Selective Call Alert LED 89

5.4 Optional Signaling LED 90

5.5 Lighting the Backlight (Backlight) 91

5.6 Changing the Brightness of the Backlight (LCD Brightness) 93

5.7 Changing the Color Scheme of the Transceiver Display (Color Scheme) 94

5.8 Automatically Adjusting the Brightness Level of the LCD (Auto Dimmer) 94

5.9 The Icons on the LCD 96

5.10 Displaying the Signal Strength (Signal Strength Indicator) 99

5.11 Display Functions of the Display 100

Zone Name Display 100

Display Format 100

Power-on Text 101

Sub-LCD Display 102

Sub-LCD Display Priority 103

Clock Display 103

5.12 Customizing a Displayed Text String (Display Customization) 103

5.13 Displaying a Bitmap Image When the Transceiver is Turned ON (Custom Startup Screen) 104

6 SOUND 105

6.1 Tones that Sound When a User Operates the Transceiver or When the Transceiver Status Is Changed 105

Power-on Tone 107

Control Tone 107

Warning Tone 109

Locator Tone 111

Sidetone 112

Alert Tone 112

Volume Level Tone 113

Transmit Tone 113

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6.2 Tones that Sound When the Transceiver Receives a Call 114

Configuring the Alert Tone (Alert Tone Pattern) 117

6.3 Tones that Sound When the Communication Starts/ Ends 118

Using Sound to Notify the Timing to Start Communications (PTT Proceed Tone) 118

Using Sound to Notify the Other Party that the Communication Ends (PTT Release Tone) 119

6.4 Functions Related to the Volume Configuration 120

Configuring the Minimum Volume Level (Minimum Volume) 120

Configuring the Maximum Volume Level (Maximum Volume) 120

Configuring the Offset Value for Volume Level (Tone Volume Offset) 121

Configuring the Volume Level of Various Tones (Tone Volume) 121

Changing the Tone Volume Level with a Single Touch (Selectable Tone Level) 122

Temporarily Reducing the Volume Level of the Speaker (Speaker Attenuation) 122

6.5 Using the Transceiver as a Megaphone (Public Address) 123

About the Speaker to Emit Audio 124

6.6 Restricting Alert Tone When Consecutively Receiving a Call (Alert Tone Restriction from 2nd Call) 125

6.7 Configuring Audio Profile (Audio Profile) 127

General 128

RX Audio Response 132

TX Digital Audio Response 134

Active Noise Reduction 136

6.8 Using Voice Guidance (Voice Announcement) 138

Configuring Voice Guidance Method (Voice Announcement Type) 138

Zone-Channel Guide 139

Function Guide 140

Status Guide 142

7 BATTERY 144

7.1 Displaying the Remaining Battery Power Level (Battery Indicator) 144

7.2 Warning that the Battery Voltage Is Low (Battery Warning) 145

7.3 Warning the Battery Power of the Vehicle Battery Is Low (Battery Warning) 146

7.4 Displaying the Remaining Battery Power by Operating the Transceiver (Battery Status) 146

7.5 Reducing Battery Consumption (Battery Saver) 147

7.6 Displaying the Remaining Battery Power When the Transceiver Is Turned ON (Power-on Battery Information) 148

7.7 Checking the Detailed Information of a Battery (Battery Information Display) 149

8 GPS POSITION DISPLAY 150

8.1 Configuring the GPS Position Display 150

8.2 Displaying the Location Information 151

9 STORING RECORDED AUDIO/ GPS

DATA 153

9.1 About microSD Card 153

Formatting a microSD Card 154

Removing the microSD Card 155

Folder Structure of a microSD Card 156

Configuring the Warning Behavior for the Remaining Memory Capacity (Low Memory Warning) 158

Configuring the Storage Method of an Audio Data File (First-in First-out Deletion) 159

9.2 Recording Received Audio Automatically (Auto Recording) 160

Configuring Recording Time (Maximum Recording Length) 163

9.3 Recording Audio to a microSD Card (Voice Memo) 164

About the Audio to Be Recorded 165

9.4 Playing Back the Recorded Audio (Playback) 166

Storing Audio Data in the Saved Folder 171

9.5 Storing the GPS Data (GPS Data Storage) 172

9.6 Confirming microSD Card Contents via a PC (SD Card Direct Access) 173

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10 BLUETOOTH COMMUNICATION 176

10.1 Toggling Bluetooth On/ Off 176

10.2 Finding a Bluetooth-compatible Device (Bluetooth Find Device) 177

About the Displayed Contents of a Bluetooth-compatible Device 179

Configuring the Bluetooth Device Name of the Transceiver (Bluetooth Device Name) 180

Checking the Bluetooth Device Name (Bluetooth Information) 181

Responding to the Search of a Bluetoothcompatible Device (Bluetooth Discoverable) 181

10.3 Registering and Connecting a Bluetoothcompatible Device to the Transceiver (Pairing/ HSP Connection) 182

About Authentication 183

Finding, Registering and Connecting a Bluetooth-compatible Device (Bluetooth Find Device) 183

Registering and Connecting Using PF Keys (Define Bluetooth Device) 186

Receive a pairing request from a Bluetooth-compatible device. 189

Behavior of the Transceiver When Pairing Cannot Occur 192

10.4 Displaying a Bluetooth-compatible Device (Bluetooth My Devices) 193

10.5 About Headset Profile (HSP Connection/ HSP Disconnection) 197

Connecting by Headset Profile 197

When a Pairing Cannot Occur with the Bluetooth-compatible Device or the Bluetooth-compatible Device Does Not Behave (Bluetooth Headset Connection Type) 199

Resetting the Connection by Headset Profile 200

Behavior of the Transceiver When Connecting to a Bluetooth-compatible Device Fails (Headset Profile) 201

10.6 About Serial Port Profile (SPP Connection/ SPP Disconnection) 202

Connecting by Serial Port Profile 202

Resetting the Connection by Serial Port Profile 203

Behavior of the Transceiver When Connecting to a Bluetooth-compatible Device Fails (Serial Port Profile) 203

10.7 Switching the Speaker to Emit Audio (Bluetooth Speaker) 204

Determining the Speaker to Emit by Linking with the Microphone Hook (Offhook Speaker Revert) 205

10.8 Resetting the GPS/ Bluetooth Device (GPS/Bluetooth Reset) 206

10.9 Configuring the Connection Destination of a Bluetooth-compatible Device (Bluetooth Interface Selection) 207

11 EXTERNAL PORTS 208

11.1 Universal Connector 208

Assigning Functions to the Universal Connector 208

Using the Vibrator 209

11.2 D-sub 25-pin Connector 211

Available Functions for AUX Input Ports 211

Available Functions for AUX Output Ports 218

Data Dwell Time 221

Avoiding Noise and Chattering on the AUX Input Port (Debounce Time) 221

State Hold Timer (Active Low) 222

Status Memory (AUX Output Status Message) 222

Functions When Sending by Using the External PTT (Voice), External PTT (Data), and Data PTT 223

Migrating to a Zone-channel by Using a Connected External Device (Remote Zone-Channel) 224

Optimizing Various Signal Levels 225

11.3 Selecting the Audio Input Line If Detaching

Using Control Head (Control Head Mic

and Input) 226

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12 FUNCTIONS LINKED TO A

VEHICLE 227

12.1 Turning the Transceiver ON or OFF According Port (Ignition Sense) 227

Usage of the Ignition Sense Port 227

The Amount of Time Until the Transceiver Is Turned OFF (Timed Power-off) 228

12.2 Controlling Vehicle Operation According to the State of the Horn Alert Port (Horn Alert) 228

Conditions to Activate the Horn Alert 230

Horn Alert Logic Signal 232

Activating Horn Alert According to the Microphone Hook (Off-hook Horn Alert) 233

Horn Alert Status When the Transceiver Is Turned ON (Horn Alert Mode) 233

to the State of the Ignition Sense

13 TRANSCEIVER DATA

PROTECTION WITH PASSWORD 234

13.1 Password for Transceiver Operation (Transceiver Password) 234

13.2 Password When Reading Configuration Data in a PC (Read Authorization Password) 235

13.3 Password for Writing Configuration Data (Overwrite Password) 236

14 ADJUSTING THE TIME ON THE

TRANSCEIVER 237

14.1 Displaying the Current Time 237

14.2 Adjusting the Time 238

15 MODE 240

15.1 Testing the Transmit and Receive Capabilities Mode) 240

15.2 Adjusting the Transmit and Receive Capabilities of the Transceiver (Panel Tuning Mode) 241

15.3 Copying the Configuration Data to Another Transceiver (Clone Mode) 242

15.4 Changing the Configuration of the Transceiver (Front Panel Programming Mode) 243

15.5 Overwriting the Firmware (Firmware Programming Mode) 244

15.6 Checking the Firmware Version (Transceiver Information Mode) 245

15.7 Testing or Adjusting the Transmit and Receive Capabilities of the Transceiver (PC Test Mode/ PC Tuning Mode) 246

of the Transceiver (Panel Test

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16 MULTI RF DECK/ MULTI CONTROL

HEAD 247

16.1 Description 247

16.2 Structures of Multi RF Deck/ Multi Control Head 248

16.3 Building a Multi RF Deck System 249

16.4 Configuring the Initial Configuration 249

Updating the Firmware 249

Activating a Radio Feature License (KWD-5004MR) 251

Configuring the FPU Data and Writing the FPU Data to Each RF Deck 252

Configuring the DIP Switch 258

16.5 Basic Operations 264

Operating a Control Head 264

Receiving 267

Transmitting 268

16.6 Modulation Line 270

16.7 Audio Function 279

Specifying a Control Head for Controlling the Volume (Master Volume Control) 279

Switching the Output Status of the External Speaker (Unselected RF Deck Speaker) 280

Adjusting the Output Level of the External Speaker (Unselected Speaker Offset) 281

Communicating Directly Between Control Heads (Intercom) 282

Monitoring the Communications of Control Heads (Transmit Audio Monitor) 284

Muting the Speaker of a Control Head (Speaker 1-2 Mute) 286

Using the Transceiver as a Megaphone (Public Address) 287

Configuring the Output Method of the Received Audio and Beep (Multi RF Deck Audio Output Type) 288

16.8 Inhibiting Transceiver Behaviors by Remote Control (Inhibit/ Stun) 295

16.9 Communication Ports 296

PC Interface Protocol 297

16.10 External Ports (AUX Input/ Output) 297

Restrictions When Configuring AUX Input/ Output 298

16.11 Ignition Sense 299

Behaviors of Each Ignition Terminal 299

16.12 Microphone-hook 300

16.13 GPS 300

16.14 Scan 301

16.15 Communications in an Emergency (Emergency) 302

16.16 Bluetooth Communication 303

Bluetooth On/Off 305

Finding a Bluetooth-compatible Device (Bluetooth Find Device) 306

Bluetooth Device Name 306

Checking the Bluetooth Device Name (Bluetooth Information) 308

Registering a Bluetooth Connection Device (Pairing) 308

Displaying a Bluetooth-compatible Device (Bluetooth My Devices) 309

VOX 309

Switching the Speaker to Emit Audio (Bluetooth Speaker) 312

16.17 microSD 316

Formatting a microSD Card (Format SD Card) 317

Resetting the Recognition of microSD Card (Eject SD Card) 318

Recording Received Audio Automatically (Auto Recording) 318

Playing Back the Recorded Audio (Playback) 319

Storing the GPS Data (GPS Data Storage) 320

16.18 Relaying the Received Signal (Mobile Relay Station) 322

Examples of Mobile Relay Station Operation 323

Configuring Mobile Relay Station 325

Connecting the RF Deck by Using a Dsub 25-pin Cable 327

Creating a Dedicated Mobile Relay Station Cable 330

Connecting the External Speaker 332

Placing the Transceiver in Mobile Relay Station Mode 333

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17 STRUCTURING A MULTI RF DECK/

MULTI CONTROL HEAD 335

17.1 Initial Configuration for Multi RF Deck/ Multi Control Head 335

Attaching KRK-15BM to the RF Deck 335

Attaching KRK-14HM to KCH-19M 338

Updating the Firmware 340

About the Connection of the Control Head to the RF Deck 342

17.2 Adding an RF Deck/ Control Head 344

Adding a Control Head 344

Adding an RF Deck 348

17.3 Replacing an RF Deck/ Control Head 352

Replacing a Control Head 352

Replacing an RF Deck 356

17.4 Removing an RF Deck/ Control Head 360

Removing a Control Head 360

Removing an RF Deck 363

17.5 Changing Configuration Data While a System in a Multi RF Deck/ Multi Control Head Structure Is Operating 366

17.6 Updating Firmware While a System in a Multi RF Deck/ Multi Control Head Structure Is Operating 367

17.7 Reconnecting a Removed RF Deck 368

17.8 Changing Configuration Data of 1 RF Deck While a System in a Multi RF Deck/ Multi Control Head Structure Is Operating 372

17.9 Changing the Display Positions of a Channel Deck View Is On 375

17.10 Troubleshooting in Single RF Deck/ Single Control Head 378

17.11 About Configuration Using KPG-D1/ D1N 378

17.12 About the Message Display 386

17.13 About the Pin Arrangement for KCT-72 and the Connection of External Devices 387

Name and an Icon When Multi RF

Configuration in KPG-D1/ D1N If Changed from a Single RF Deck Structure to a Multi RF Deck System 378

Configuration in KPG-D1/ D1N if RF Decks Are Switched 381

Configuration in KPG-D1/ D1N If Control Heads Are Switched 384

Configuration in KPG-D1/ D1N If Changed from a Multi RF Deck System to a Single RF Deck Structure 385

Connecting the External Speaker 388

Connecting the External Microphone 388

18 VOX 389

18.1 Configuring the Input Sensitivity of the Microphone (VOX Gain Level) 390

18.2 Retaining Transmitting State after VOX Transmission (VOX Delay Time) 391

18.3 Restricting the VOX Transmission while the Audio Sounds from the Transceiver (Transmit Inhibit while Receiving) 391

18.4 Disabling the VOX by Using the PTT Switch (Cancel Operation) 392

18.5 Notifying a User of the Start of the VOX Transmission with a Tone (VOX Proceed Tone) 392

18.6 Selecting a Control Head for Using VOX (Control Head for VOX) 392

19 CONFIGURATION FOR EACH

FUNCTION 393

19.1 Available Functions for the PF Keys 393

19.2 Available Functions for Menu Mode 412

19.3 Available Functions for the Selector 416

Available Functions for the Lever Switch 417

19.4 Available Functions for COM Port 420

Flow Control of the Communication Port (Flow Control) 422

COM Port Functions 423

Serial Protocol Types 423

20 KEY OPERATIONS FOR EACH

MODE 424

21 BEEP LIST 431

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About This Manual

This In-depth manual describes the functions of the transceiver (NX-5200/ NX-5300/ NX-5400/ NX-5700/ NX-5800/ NX-5900) used in common in each of an analog, P25, NXDN, and DMR systems.

This document is created for the product having the following design specifications.

Item Specifications How to Verify

Market Code K, F

Firmware Version of the Transceiver

2.20.00

Printed or labeled on the packaging and the model name plate on the transceiver.

Can be viewed in the Transceiver Information dialog box of KPG-D1/ KPGD1N. Or, firmware version of the transceiver can be viewed by the following ways:

Portable transceiver/ KCH-21R (Handheld Control Head):

Turning transceiver displays the firmware version on the display.

Mobile transceiver (KCH-19 (Basic Panel)/ KCH-20R (Featured Panel)):

Turning the transceiver ON while pressing and holding the [+] key causes the firmware version to appear on the display.

Common to Portable and Mobile:

the transceiver ON while pressing and holding the Side 3 key of the

Turning the transceiver ON while pressing and holding the Menu ([Q]) key causes the transceiver to display Radio Mode Selection. Then, if “Transceiver

Info” is selected and the Menu ([Q]) key is pressed, the transceiver enters Transceiver Information Mode, and then the firmware version can be viewed.

Version of KPG-D1/ KPG-D1N

K, F: Designed for the North American markets.

Also, the following Radio Feature License is required to use the functions described in this manual:

P25 system

Function Name Radio Feature License

P25 Conventional

P25 Phase 1 Trunking KWD-5101TR

P25 Phase 2 Trunking KWD-5102TR

Implemented before factory shipment for the F-type transceiver.

Implemented before the factory shipment for the K- and F-type transceiver.

NXDN system

V 2.20

P25 OTAP

Can be viewed in the About KPG-D1 dialog box or About KPG-D1N dialog box of KPG-D1/ KPG-D1N.

KWD-5100CV

KWD-5104AP

Function Name Radio Feature License

NXDN Conventional

NXDN Type-C Trunking

NXDN OTAP

Implemented before the factory shipment for the K- and F-type transceiver.

Implemented before the factory shipment for the K-type transceiver.

Common FUNC (K, F)/Ver 2.20 viii

KWD-5200CV

KWD-5201TR

KWD-5204AP

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About This Manual

DMR system

Function Name Radio Feature License

DMR Conventional KWD-5300CV

Common

Function Name Radio Feature License

4000 Channel KWD-5000CH

Front Panel Programming KWD-5001FP

microSD KWD-5002SD

Bluetooth Serial Port Profile KWD-5003BT

Multi RF Deck

Remote Control KWD-5007RC

Implemented before the factory shipment.

IMPORTANT NOTICE:

THOSE WHO INTEND TO EXPORT OR RE-EXPORT OR TRANSPORT ANY COMPUTER(S) AND/OR ANY KINDS OF PERIPHERAL DEVICE(S) WITH AES/DES ENCRYPTION SOFTWARE INSTALLED (INCLUDING TRANSCEIVERS WITH ANY SOFTWARE FOR AES/DES ENCRYPTION) OUTSIDE OF A COUNTRY OR REGION WITH SUCH CONTROLS OR RESTRICTIONS MUST FULLY COMPLY WITH ANY EXPORT AND IMPORT LAWS AND REGULATIONS OF THE COUNTRY OR REGION AND OBTAIN ALL REQUIRED AUTHORIZATIONS OR LICENSES IN ADVANCE.

KWD-5004MR

How to Read the In-depth Manual

The In-depth Manual has the following sections.

Common Function Reference (Common FUNC)

Describes the functions common to the transceivers.

Analog Function Reference (Analog FUNC)

Describes the analog functions of the transceiver.

P25 Function Reference (P25 FUNC)

Describes the P25 functions of the transceiver.

NXDN Function Reference (NXDN FUNC)

Describes the NXDN functions of the transceiver.

DMR Function Reference (DMR FUNC)

Describes the DMR functions of the transceiver.

5-tone Function Reference (5-tone FUNC)

Describes the 5-tone functions of the transceiver.

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About Notations

The following notations are used in this manual.

[ ]

The characters in [ ] indicate the name of the operating portion of the transceiver and the key of the PC.

“ ” (Double Quotation Mark)

characters in “ ” indicate the name of the functions, buttons, and menus shown on the KPG-D1/ KPG-D1N or the display

The of the transceiver.

Bold Letters

The characters in bold letters indicate the name of the windows, tabs, checkboxes in KPG-D1/ KPG-D1N and functions assigned to keys on the transceiver.

[ ] + [ ]

This notation is used for describing functions activated by pressing 2 keys on the PC keyboard at the same time. For example, the notation to enter a capitalized A on the PC is [Shift] + [a] for pressing the [a] key while pressing the [Shift] key.

PF (Programmable Function) Key

This function is used for describing the key that is assigned with any function. When the Reset function is assigned to the

[A] key, the [A] key is described as the “Reset key”.

Notations for FPU names

KPG-D1 and KPG-D1N are referred to collectively as “KPG-D1/ D1N” in this document.

About the Notation of the Supported Models

This manual describes the supported models according to the following rules:

Model Name Notation

NX-5200

NX-5300 UHF

NX-5400 700 MHz/ 800 MHz

NX-5700

NX-5800 UHF

NX-5900 700 MHz/ 800 MHz

Portable

Mobile

VHF

About Examples of the Transceiver Display

This manual describes mainly by using the display examples of Portable display if the functions are common to the transceivers. The display examples of Mobile display are also described as needed. Also, the display examples of KCH-19 (Basic Panel) display are mainly used as the display examples for Mobile. The display examples of KCH-20R (Featured Panel) are also used as needed.

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Abbreviations Used in This Document

The following abbreviations are used in this in-depth manual. Refer to the abbreviation table below.

Abbreviation Full Spelling or Meaning

ACK Acknowledgment ANR Active Noise Reduction AES Advanced Encryption Standard

AMBE+2 Advanced Multi-Band Excitation

ARC4 Alleged RC4

AUX Auxiliary

CAI Common Air Interface CH Channel

COM port Communication port

COR Carrier-operated Relay

CW Continuous Wave DES Digital Encryption Standard DFA Direct Frequency Assignment DQT Digital Quiet Talk DTC Data Transmission Control

DTMF Dual Tone Multi-Frequency

ESN Electronic Serial Number ETX The end of Text FCC Federal Communications Commission FPU Field Programming Unit GPS Global Positioning System HSP Headset Profile

ID Identification

LOK Link OK (connected to the repeater)

MI2 Microphone Input II

Mic Microphone NAC Network Access Code OST Operator Selectable Tone

P25 APCO Project 25

PA Public Address PF Programmable Function

PTT Push-to-Talk

QT Quiet Talk

RAN Radio Access Number

RSSI Received Signal Strength Indication

RTC Real Time Clock

RX Receive STX Start of Text TOR Tone Operated Relay TOT Time-out Timer

TX Transmit

Vocoder Voice Encoder/ Decoder

VOX Voice-operated Transmit

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About Copyright

Software Copyrights

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 JVC KENWOOD Corporation.

A right to use the software described in this technical document and relevant in-depth manuals is granted to a licensee by JVC KENWOOD Corporation; however, the title to and ownership of the software shall be owned by JVC KENWOOD Corporation. Refer to the help texts attached to this software for details.

KENWOOD Corporation does not warrant that the quality and performance of the software described in this technical

JVC document and relevant in-depth manuals conform to the applicability of any use, and JVC KENWOOD Corporation shall be free from liability for any defects, damage or loss, or from any warranty for anything other than what is expressly described in this technical document and relevant in-depth manuals.

Any distribution, resale, lease, waiver, assignment, reproduction or disclosure on a website of all technical manuals written and made by JVC KENWOOD Corporation including but not limited to in-depth manuals, supplements, and help texts attached to the software and marked as “Confidential” shall strictly be prohibited.

Firmware Copyrights

The title to and ownership of copyrights for firmware which is described in this technical document, relevant in-depth manuals, product memories.

Any modifying, reverse engineering, copying, reproducing or disclosing on an Internet website of the firmware is strictly prohibited without prior written consent of JVC KENWOOD Corporation.

Furthermore, any reselling, assigning or transferring of the firmware is also strictly prohibited without embedding the firmware in KENWOOD product memories.

Firmware is equipped with the AMBE+2™ voice encoding technology under license from Digital Voice Systems.

and help texts are reserved for JVC KENWOOD Corporation, and the firmware shall be embedded in KENWOOD

About Trademarks and Patent Rights

Adobe and Adobe Acrobat are either trademarks of Adobe Systems Incorporated, or registered trademarks of Adobe Systems Incorporated in the United States and/or other countries.

IBM® is a trademark or a registered trademark of International Business Machines Corporation.

Microsoft and Windows are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries.

NEXEDGE® is a registered trademark of JVC KENWOOD Corporation in the United States and other countries.

NXDN® is a registered trademark of Icom Incorporated and JVC KENWOOD Corporation.

All other product names referenced herein are trademarks or registered trademarks of their respective manufacturers.

product uses the AMBE+2™ voice encoding technology and the technology is protected by intellectual property rights

This including patent rights, copyrights, and trade secrets of Digital Voice Systems, Inc.

This voice encoding technology is licensed solely for use within this communications equipment.

The user of this technology is explicitly prohibited from attempting to extract, remove, decompile, reverse engineer, or disassemble the object code, or in any other way convert the object code into human-readable form.

The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc., and any use of such marks by JVC KENWOOD Corporation is under license. All other trademarks and trade names are the trademarks and trade names of their respective owners.

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About the Programming Software

Various functions and parameters of the transceiver can be configured by using the KPG-D1/ D1N software. Various functions KPG-46X (Mobile) programming cable and writing the data configured using KPG-D1/ D1N to the transceiver. In this manual, a corresponding reference in the help texts of KPG-D1/ D1N is described for each function of the Function Reference. Therefore, you can configure the function by referring to the function also appearing in the help texts of KPG-D1/ D1N.

KPG-D1N is the programming software to configure functions for the transceiver to be used in the U.S.A.

KPG-D1N for Channel Spacing with a VHF or UHF transceiver in the frequency band regulated by the FCC Part 90. Except for the function above, specifications of KPG-D1 and KPG-D1N are the same.

can be enabled by connecting the transceiver to a PC by use of the KPG-36U/ KPG-36X (Portable) or KPG-46U/

About KPG-D1N

is compliant with the FCC Part 90 standard so that the specification does not allow to configure “Wide” (25 kHz)

About the Notation of “Configuration Using KPG-D1/ D1N”

In this manual, for the description of each function written as “Configuration using KPG-D1/ D1N”, a corresponding reference in the help texts of KPG-D1/ D1N is described. Therefore, you can configure the function by referring to the function also appearing in the help texts of KPG-D1/ D1N.

About the Zone-channel Format

Using KPG-D1/ D1N, the zone information of the transceiver can be configured by selecting whether to configure for each

the channels in the same communication system (Analog Conventional, P25 Conventional, NXDN Conventional, P25

zone Trunking, NXDN Trunking, or DMR Conventional), or channels in different systems.

Channel Table:

The communication system to be used can be selected for each zone. Only channels which use the same communication system can be configure in a zone.

Personality:

The communication system to be used can be selected for each channel. Channels which use different communication systems can exist in a zone.

In this manual, the Channel Table format or the Personality format may be described in explanations and references. This indicates that the function is enabled only when the format is configured. Also, the data configured by the Channel Table format can be migrated to the Personality format, but the data configured by the Personality format cannot be migrated to the Channel Table format.

Refer to the help texts of KPG-D1/ D1N for the method for configuring Zone-channel Format using KPG-D1/ D1N.

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About the Programming Software

About System Type

For KPG-D1/ D1N, a System Type (Analog Conventional, P25 Conventional, NXDN Conventional, P25 Trunking, NXDN Trunking, DMR Site Roaming) needs to be selected in System Information of KPG-D1/ D1N in order to configure the system data or Zone-channel data of each communication system.

In this manual, for the description of each function written as “Configuration using KPG-D1/ D1N”, a corresponding reference in the help texts of KPG-D1/ D1N is described as follows:

Configuring Unit ID (Own) (

ID (Own))

In this case, if “NXDN Conventional” is selected in System Type of System Information, Unit ID (Own) can be configured in an NXDN Conventional system.

Refer to the help texts of KPG-D1/ D1N for the method of System Type configuration using KPG-D1/ D1N.

LTR Trunking, P25 Voting with NAC, NXDN Site Roaming or NXDN Site Roaming with RAN, or DMR Conventional,

Transceiver

Settings > Personal > System Information > NXDN Conventional > Unit

About Multi RF Deck/ Multi Control Head

For Mobile, by connecting 1 or 2 Control Heads to multiple mobile transceivers (RF Deck), 1 Multi RF Deck system can be structured.

Refer to “MULTI RF DECK/ MULTI CONTROL HEAD” for the instructions on how to structure and how to configure Multi RF Deck/ Multi Control Head, and for the special functions of Multi RF Deck/ Multi Control Head.

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About Options to Use the Functions Described in This Document

To use the functions described in this document, the following KENWOOD optional accessories need to be prepared on your own as necessary.

Portable/ Mobile Option

KMC-25 (Speaker Microphone)

KMC-41 (Speaker Microphone)

KMC-41D (Speaker Microphone)

KMC-42W (Speaker Microphone)

KMC-42WD (Speaker Microphone)

KMC-47GPS/ KMC-47GPSD (GPS Speaker Microphone)

Portable

Mobile

KMC-54WD (Speaker Microphone)

KWD-AE30 (Secure Cryptographic Module)

KWD-AE31 (Secure Cryptographic Module)

KPG-93 (Keyloader Interface Cable)

KPG-36U/ KPG-36X (Programming Interface Cable)

KHS-14 (Headset)

KHS-15 (Headset)

KMC-27A (Microphone)

KMC-27B (Microphone)

KMC-28A (Microphone with 12-Keypad)

KMC-35 (Microphone)

KMC-36 (Microphone with 12-Keypad)

KCT-73MIC (External Microphone)

KMC-9C (Desktop Microphone)

KMC-53 (Desktop Microphone)

KES-3 (External Speaker)

KES-5 (External Speaker)

KAP-2 (PA, HA Unit)

KCT-18 (Ignition Sense Cable)

KCT-46 (Ignition Sense Cable)

KRA-40 (GPS Antenna)

KWD-AE30 (Secure Cryptographic Module)

KWD-AE31 (Secure Cryptographic Module)

KPG-115 (Keyloader Interface Cable)

KPG-46U/ KPG-46X (Programming Interface Cable)

KCH-19 (Remote Control Head (Basic Panel))

KCH-20R (Remote Control Head (Featured Panel))

KRK-14H (Control Head Interface Kit)

KRK-15B (Control Head Remote Kit)

KCT-71 (Remote Control Cable)

KCT-72 (Connection Cable)

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About the Built-in GPS Receiver Unit

The GPS receiver is built-in for NX-5200/ NX-5300/ NX-5400/ NX-5700/ NX-5800/ NX-5900. Read the following warnings before using the built-in GPS receiver unit of NX-5200/ NX-5300/ NX-5400/ NX-5700/ NX-5800/ NX-5900.

On the use of the GPS

With frequency interference in the GPS receive frequency range to the transceiver or another transceiver, the GPS receiver may not position normally.

If the GPS receiver positions during transmission:

The GPS receiver may be unable to position if the transmit spurious emission of the transceiver interferes within the GPS receive frequency range.

The interference to the GPS receiver changes depending on the transmission power of the transceiver. Greater transmission power results in the higher possibility of being unable to position.

2. If the GPS receiver positions during reception:

The GPS receiver may be unable to position if the harmonics of the oscillator equipped in the transceiver interfere within the GPS receive frequency range.

3. Effects of other interfering frequencies (such as if other transceivers transmit):

If even transmit and receive frequencies other than the above, the GPS receiver may be unable to position if frequencies emitted from other transceivers and electronic equipment interfere within the GPS receive frequency range.

As the built-in GPS receiver unit consumes more power when powered on compared to when powered off, the battery

life of the transceiver becomes shorter compared to when the built-in GPS receiver unit is powered off.

If the clock in the transceiver is not configured, a cold start always occurs. Therefore, the time until the start of positioning

is longer. (Refer to Adjusting the Time.)

How to Search for Information

For your convenience of reading through this document using Adobe Acrobat or Adobe Reader, a link to a corresponding

is pasted in the Contents page, Index page, the lower part of each page and in the context. Clicking the portion where

item a link is pasted enables a jump to the corresponding page.

Placing a pointer over the portion where a link is pasted changes the shape of the pointer to a hand (U).

CONTENTS

Clicking a title in the Contents page allows a jump to the corresponding page.

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How to Search for Information

INDEX

Clicking a function name, a title or a page number in the Index pages allows a jump to the corresponding page.

Blue Characters in the Main Text

Clicking a portion with blue characters in the main context allows a jump to the corresponding page.

Blue Characters at the Bottom of Each Page

Clicking a portion with blue characters located at the bottom of each page allows a jump to the first page of the contents or index.

Return to the Previous Page

To return to the previous page, click the “Previous Page” button on your Adobe Acrobat or Adobe Reader, or press the [M] key while pressing and holding the [Alt] key on the keyboard.

Search the Text

The text in this document can be searched using the search function of your Adobe Acrobat or Acrobat Reader.

Open the Reference in Another FUNC

In this manual, a reference to other FUNC is written as “NXDN FUNC Scan”, for example. Clicking the link opens the corresponding FUNC page. However, to open the link, the PDF file of each FUNC needs to be stored in the same folder.

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Outline of This Transceiver

NX-5200/ NX-5300/ NX-5400/ NX-5700/ NX-5800/ NX-5900 is the VHF/ UHF or 700 MHz/ 800 MHz transceiver for the use of professionals. The transceiver is equipped with the digital communications system (conventional and trunking) which complies with the NXDN, P25, and DMR common air interface specifications, as well as the existing analog FM mode.

GENERAL FEATURES

Portable

128 Zones, 512 Channels per zone

Models

VHF Models

Low: 1 W, High: 6 W

UHF Models

Low: 1 W, High: 5 W

700 MHz/ 800 MHz Model

Low: 1 W, High: 3 W

Display Functions

Color LCD

7 Color LED

Function/ Status LCD Icons

Transmit/ Busy/ Call Alert/ Warn LED

Specifications

Emergency/ AUX Key

On/ Off Volume Knob

16-Position Mechanical Selector

2 Position Lever Switch

4 Front PF Keys & Cross Key

12-Key Keypad (Full key model)

3 Customize Keys (Standard key model)

3 Side PF Keys

Audio Power more than 1 W@8

PC Serial Interface

Built-in GPS Receiver

Built-in Bluetooth

microSD card slot

Motion Sensor

Others

Date & 12/ 24 Hour Time Clock

Flash Firmware Upgrading

Mobile

128 Zones, 512 Channels per zone

Models

VHF Models

Low: 5 W, High: 50 W

UHF Models

Low: 5 W, High: 45 W

700 MHz/ 800 MHz Model

Low: 2 W, High: 30 W/ 35 W

Display Functions

Color LCD

7 Color LED

Function/ Status LCD Icons

Transmit/ Busy/ Call Alert/ Warn LED

Specifications

Emergency/ AUX Key

4 Up/ Down Selectors & 7 Front PF Keys (Basic Panel)

14 Front PF Keys & 4-Way D-pad Key (Featured Panel)

16-Position Mechanical Selector (Featured Panel)

4 Front PF Keys & Cross Key (Handheld Control

Head)

12-Key Keypad (Handheld Control Head)

2 Customize Keys (Handheld Control Head)

Front Panel Speaker, 4 W Speaker Audio

Illumination Sensor

PC Serial Interface

DB 25 Accessory Interface

9 Programmable AUX I/Os

2 Programmable AUX Outputs

Microphone

Built-in GPS Receiver

Built-in Bluetooth

microSD card slot

Others

Date & 12/ 24 Hour Time Clock

Timed Power-off

Ignition Sense

Public Address/ Horn Alert Output

Flash Firmware Upgrading

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Outline of This Transceiver

P25 DIGITAL MODES

GENERAL

P25 Digital Air Interface

AMBE+2 VOCODER

12.5 kHz Channel Spacing

Individual Call

Group Call

Emergency Call

All Group Call

Radio Inhibit / Uninhibit

Remote Monitor

Ignition On/ Off GPS Reporting (Mobile only)

Single Scan, List Scan

AES & DES Encryption Module Option

AES/ DES Key Loader Option

Over-the-Air-Rekeying

CONVENTIONAL MODE

TRUNKING MODE

P25 Phase 1 Conventional

Network Access Code (NAC)

ALL CALL

Priority Scan

2-tone

Multi-Zone Scan

NXDN DIGITAL MODES

GENERAL

NXDN Digital Air Interface

AMBE+2 VOCODER

6.25 kHz (Very Narrow)/ 12.5 kHz (Narrow) Channel Spacing

Over-the-Air Alias

Paging Call

Emergency Call

All Group Call

Status Message

Remote Stun/ Kill*

Remote Monitor

Short & Long Messages

AUX Input Status Message (Mobile Only)

AUX Output Status Message (Mobile Only)

Ignition On/ Off GPS Reporting (Mobile only)

Data with Voice

Single Scan, List Scan

NXDN Scrambler Included

AES & DES Encryption Module Option

AES/ DES Key Loader Option

P25 Phase 1 Trunking, P25 Phase 2 Trunking

Paging Call

Telephone Call

Priority Monitor Scan

Limited Talkgroup Scan

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Outline of This Transceiver

CONVENTIONAL MODE

63 Radio Access Numbers (RAN)

Individual Call & Group Call

Mixed FM/ Digital Operation

Site Roaming

2-tone

Multi-Zone Scan

DMR CONVENTIONAL MODES

DMR Digital Air Interface

AMBE+2 VOCODER

12.5 kHz Channel Spacing

Color Code

Individual Call

Paging Call

Group Call & Broadcast Call

Unaddressed Call

Emergency Call

All Group Call

0 0

Status Message

Short Messages

AUX Input Status Message (Mobile Only)

AUX Output Status Message (Mobile Only)

Open Voice Channel Mode (OVCM)

Call Interruption

Remote Control

Ignition On/ Off GPS Reporting (Mobile only)

Bit Scramble Encryption

Single Scan, List Scan, Multi-Zone Scan

AES & DES Encryption Option

ARC4 Encryption Option

Site Roaming

TRUNKING MODE

Individual Call

Group Call & Broadcast Call

Telephone Call

Transmission Trunked Mode

Message Trunked Mode

4 Priority Monitor IDs

Remote Group Add

Failsoft Mode

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Outline of This Transceiver

ANALOG MODES

GENERAL

12.5 kHz (Narrow)/ 20.0 kHz (Wide 4k) (NX-5400/ NX-5900 only)/ 25.0 kHz (Wide) Channel Spacing

Conventional & LTR Systems

FleetSync/ FleetSync II, MDC-1200, DTMF

QT/ DQT/ 2-tone

Single Scan, List Scan

Priority Scan

Multi-Zone Scan

Voice Inversion Scrambler (16 Codes)

FleetSync

PTT ID/ Caller ID

Selective/ Group Call

Status Message

Emergency, Short & Long Messages

AUX Input Status Message (Mobile Only)

AUX Output Status Message (Mobile Only)

Ignition On/ Off GPS Reporting (Mobile only)

MDC-1200

PTT ID/ Caller ID

Selective/ Group Call

Radio Check, Radio Inhibit/ Uninhibit

AUX Output ID (Mobile Only)

5-tone

Selective/ Group Call

Status Message

Emergency Call

The maximum number of channels that can be configured for a transceiver in total is 1,024. With the Radio Feature License (KWD-5000CH) enabled, the maximum number of configurable channels can be extended to 4,000. The maximum number of Talkgroup IDs that can be configured in a P25 Trunking system is 512.

The supported PC software and external devices need to be separately prepared for the transmitting transceiver.

To send messages or data with serial communications, the supported PC software and external devices need to be separately prepared for the transmitting transceiver. In addition, to send the received messages or data to external devices, the supported PC software and external devices need to be separately prepared for the receiving transceiver.

sensor to detect the change of port status needs to be attached to the AUX Input port for the transmitting transceiver.

To remotely control external devices according to the change of port status, the external devises need to be connected to the AUX Output port for the receiving transceiver.

These trunking functions rely on the programming and operation of the system. Priority Monitor also requires NX subscriber settings.

For KPG-D1N, “Wide” cannot be configured in Channel Spacing if a receive frequency or a transmit frequency is configured in the following ranges:

VHF: above 149.98750 MHz and less than 174.01250 MHz

UHF: above 420.98750 MHz and less than 470.01250 MHz

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Revision History

Date Description

1) Added NX-5900 (700/ 800 MHz model) as a supported model.

2) Added the information of KCH-20R (Featured Panel) as a supported Control Head.

3) Added KPG-36X and KPG-46X as supported programming cables.

4) Changed the description in “About this Manual” as follows:

Changed the version information

Changed the Left Up key to the [+] key

Added Radio Feature License

5) Added terms to “Abbreviations Used in this Document”.

6) Added “About Multi RF Deck/ Multi Control Head”.

7) Added option information to “About Options to Use the Functions Described in this Document”.

8) Added supported functions to “Outline of this Transceiver”.

9) Added references for the following functions in “CONTENTS BY PURPOSE”:

VOX

Multi RF Deck/ Multi Control Head

10) Added “KCH-20R (Featured Panel)” and “External Microphone (KMC-25)” in “1 FUNCTIONS AND PANEL LAYOUT”.

11) Added “Mobile (KCH-20R (Featured Panel))” in “1.3 About LCD”.

12) Added “2.2 Connecting the Transceiver to a PC by Bluetooth”.

13) Added the description of DFA Data Erase in the notes of “2.3 Writing the Configuration Data to the Transceiver”.

14) Added the following items in “2.3 Writing the Configuration Data to the Transceiver”: Writing configuration data to multiple transceivers using Bluetooth communication About the writing of configuration data in a Multi RF Deck/ Multi Control Head structure

15) Added “2.5 Writing Configuration Data Using Wireless Communication (OTAP)”.

16) Added the Function Modes for using Mode Reset Timer to Table 3-3.

17) Added Direct Channel & OST to Table 3-4.

18) Added the description of the analog system in “Manual Dialing”.

19) Added the description of the analog system and Table 3-6 in “3.7 Viewing the Receive History (Stack)”.

2015.11.30

20) Added “Scroll Display” in “3.8 Operating the Transceiver in Each Mode (Common Operation)”.

21) Added the following items to Table 3-8:

Volume Control

Mobile (KCH-20R (Featured Panel))

22) Added “3.10 Operations in a Single RF Deck/ Dual Control Head”.

23) Added “3.11 Switching the Display”.

24) Added the transmission power of NX-5900 to Table 4-2.

25) Added the information of an LTR Trunking system to the following items:

4.3 Channel Spacing

4.2 Transmit Power

4.4 Beat Shift Using Sound to Notify the Timing to Start Communications (PTT Proceed Tone) Using Sound to Notify the Other Party that the Communication Ends (PTT Release Tone) External PTT (Data) Data PTT DTC Available Functions for AUX Output Ports

12.2 Controlling Vehicle Operation According to the State of the Horn Alert Port (Horn Alert) Available Functions for the PF Keys Available Functions for Menu Mode

26) Added the description related to the “DFA” display in “4.5 Displaying the Signal Strength Level (RSSI Level) (Maintenance

Display)”.

27) Added the notes related to the behavior when in a Multi RF Deck/ Multi Control Head structure to the following items:

4.5 Displaying the Signal Strength Level (RSSI Level) (Maintenance Display)

5.5 Changing the Brightness of the Backlight (LCD Brightness)

5.7 Automatically Adjusting the Brightness Level of the LCD (Auto Dimmer)

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Revision History

Date Description

28) Added the items of Analog and LTR Trunking to Table 5-1.

29) Added the description of “Full Color White” in “5.6 Changing the Color Scheme of the Transceiver Display (Color

Scheme)”.

30) Added a supported icon to Table 5-2.

31) Added the description of “FleetSync ID” in “Power-on Text”.

32) Added “Sub-LCD Display Priority” in “5.10 Display Functions of the Display”.

33) Added the description of the screen size in Mobile (Featured Panel) in “5.12 Displaying a Bitmap Image When the

Transceiver is Turned ON (Custom Start-up Screen)”.

34) Added the description of the supported tones in “6.1 Tones that Sound When a User Operates the Transceiver or When

the Transceiver Status Is Changed” and “6.2 Tones that Sound When the Transceiver Receives a Call”.

35) Added notes and “About the Behavior When Using KAP-2” in “6.5 Using the Transceiver as a Megaphone (Public

Address)”.

36) Added “Microphone 7” to Table 6-13.

37) Changed the configuration range of “Microphone Sense/ External Microphone Sense”.

38) Changed the configuration range of “Digital Audio Offset”.

39) Added the function description for Mobile and the following items in “7 BATTERY”.

7.6 Displaying the Remaining Battery Power When the Transceiver Is Turned ON (Power-on Battery Information)

7.7 Checking the Detailed Information of a Battery (Battery Information Display)

40) Added the information of MDC-1200/ FleetSync/ 2-tone/ DTMF to Table 9-2.

41) Added notes in “9.2 Recording Received Audio Automatically (Auto Recording)”.

42) Added notes in “9.4 Storing the GPS Data (GPS Data Storage)”.

43) Added notes in “10.1 Toggling Bluetooth On/ Off”.

44) Added the description related to the device class of the transceiver in “About the Displayed Contents of a Bluetooth-

compatible Device”.

45) Added the following items in “10.2 Finding a Bluetooth-compatible Device (Bluetooth Find Device)”: Configuring the Bluetooth Device Name of the Transceiver (Bluetooth Device Name) Checking the Bluetooth Device Name (Bluetooth Information) Responding to the Search of a Bluetooth-compatible Device (Bluetooth Discoverable)

46) Added the descriptions of Headset Profile and Serial Port Profile in “Receiving a Pairing Request from a Bluetooth-

2015.11.30

compatible Device”.

47) Corrected the descriptions on the available operations in “10.4 Displaying a Bluetooth-compatible Device (Bluetooth My

Devices)”.

48) Added the description on the volume level of the received audio of a Bluetooth-compatible device in “Connecting by

Headset Profile”.

49) Added the description on how to reset a Headset Profile connection in “Resetting the Connection by Headset Profile”.

50) Added “10.6 About Serial Port Profile (SPP Connection/ SPP Disconnection)”.

51) Added “Determining the Speaker to Emit by Linking with the Microphone Hook (Off-hook Speaker Revert)” in “10.8

Resetting the GPS/ Bluetooth Device (GPS/Bluetooth Reset)”.

52) Added “10.9 Configuring the Connection Destination of a Bluetooth-compatible Device (Bluetooth Interface Selection)”.

53) Added the items of Analog Conventional/ LTR Trunking to Table 11-2.

54) Added the items of External PTT (PA) to Table 11-3.

55) Added “External PTT (PA)” to “11.2 D-sub 25-pin Connector”.

56) Added the information of DTMF, 2-tone, and FleetSync in “Call 1 to Call 6” of “11.2 D-sub 25-pin Connector”.

57) Added the following items to Table 11-8:

AUX Output ID 1 to AUX Output ID 3

Encryption

58) Added “11.3 Selecting the Audio Input Line If Detaching and Using Control Head (Control Head Mic Input)”.

59) Added the description of Analog Conventional in “12.2 Controlling Vehicle Operation According to the State of the Horn

Alert Port (Horn Alert)”.

60) Added “16 MULTI RF DECK/ MULTI CONTROL HEAD”.

61) Added “17 STRUCTURES OF MULTI RF DECK/ MULTI CONTROL HEAD”.

62) Added “18 VOX”.

63) Added supported functions in “Available Functions for the PF Keys”. Added the note on the configuration restrictions of

functions with “(Continuous)” in the function names.

64) Added Function Mode to “Table 1-2 Function Mode”.

65) Added the note in “Available Functions for the PF Keys” about functions in common with Primary and Secondary.

66) Added supported functions in “Available Functions for Menu Mode”.

67) Added “COM port Bluetooth” in “Available Functions for COM Port”.

68) Added notes in “Available Functions for COM Port”.

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Revision History

Date Description

69) Added the note in “Flow Control of the Communication Port (Flow Control)”.

2015.11.30

2016.9.30

70) Added the keys of KCH-20R (Featured Panel) to the table in “Key Operations for Each Mode”.

71) Changed the version number from 1.00 to 1.60.

1) Added the DMR and 5-tone information in “About this Manual” and “How to Read the In-depth Manual”.

2) Added “DMR CONVENTIONAL MODES” in “Outline of this Transceiver”.

3) Added “5-tone” to “ANALOG MODES” in “Outline of this Transceiver”.

4) Added the following items in “Mode Reset Timer”: Forward Mode, Free-dial Entry Mode, Lone Worker ON/OFF Mode, My ID Mode, OVCM Mode, Remote Control Mode,

Receive Entry Mode, SD Card Direct Access Mode

5) Added the description of the operation in a DMR Conventional system to Table 3-4.

6) Added “Free-dial Entry” to Table 3-4.

7) Added the DMR and 5-tone information in “3.7 Viewing the Receive History (Stack)”.

8) Added “Mic Key” to Table 3-9.

9) Added the note about Mic Key in “3.9 Locking the Transceiver Keys (Key Lock)”.

10) Added the description of the specifications in a DMR Conventional system in “4.3 Channel Spacing”.

11) Added the description of the behavior when the Multi-System Roaming and Multi-System Hunt functions are used to

“NXDN Trunking system” in “4.5 Displaying the Signal Strength Level (RSSI Level) (Maintenance Display)”.

12) Added “DMR Conventional” to Table 5-1.

13) Added the description of LCD Brightness for Control Head 2 to the note in “5.5 Changing the Brightness of the Backlight

(LCD Brightness)”.

14) Added the description of Auto Dimmer for Control Head 2 to the note in “5.7 Automatically Adjusting the Brightness Level

of the LCD (Auto Dimmer)”.

15) Added the description of the following icons to Table 5-2: System Lock icon, OVCM icon

16) Added the following tones to Table 6-1: Transaction Confirmed Tone, Record Stopped Tone, Advanced GPS Report Error Tone, Low SD Memory Tone

17) Added the description of the following tones to Table 6-3: Transaction Confirmed Tone, Record Stopped Tone

18) Added the description of the following tones to Table 6-4: Advanced GPS Report Error Tone, Low SD Memory Tone

19) Added the description of various Alert Tones in a DMR Conventional system to Table 6-10.

20) Added “6.8 Using Voice Guidance (Voice Announcement)”.

21) Added the description of the specifications in a DMR Conventional system in “7.5 Reducing Battery Consumption (Battery

Saver)”.

22) Replaced the diagram of Figure 9-1.

23) Added the description about Voice Memo in “Folder Structure of a microSD Card”.

24) Added the following items in “9.1 About microSD Card”: Configuring the Warning Behavior for the Remaining Memory Capacity (Low Memory Warning) Configuring the Storage Method of an Audio Data File (First-in First-out Deletion)

25) Added the description of the behavior when 5-tone signaling is used to Table 9-2.

26) Added notes in “9.2 Recording Received Audio Automatically (Auto Recording)”.

27) Added “9.3 Recording Audio to a microSD Card (Voice Memo)”.

28) Added and changed the description of the operation in “9.4 Playing Back the Recorded Audio (Playback)”.

29) Added “Storing Audio Data in the Saved Folder” in “9.4 Playing Back the Recorded Audio (Playback)”.

30) Added “9.6 Confirming microSD Card Contents via a PC (SD Card Direct Access)”.

31) Added “Configuring the Headset Profile Connection Sequence (Bluetooth Headset Connection Type)” in “10.5 About

Headset Profile (HSP Connection/ HSP Disconnection)”.

32) Added the description of the behavior in a DMR Conventional system in “Using the Vibrator”.

33) Added the description of the behavior in a DMR Conventional system and the description of the behavior when 5-tone

signaling is used in “Available Functions for AUX Input Ports”.

34) Added the description of the behavior in a DMR Conventional system in “Available Functions for AUX Output Ports”.

35) Added the description of the behavior in a DMR Conventional system in “Conditions to Activate the Horn Alert”.

36) Added “Configuring the Output Method of the Received Audio and Beep (Multi RF Deck Audio Output Type)” in “16.7

Audio Function”.

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Revision History

Date Description

37) Added “16.18 Relaying the Received Signal (Mobile Relay Station)”.

38) Added “17.1 Initial Configuration for Multi RF Deck/ Multi Control Head”.

39) Added “17.13 About the Pin Arrangement for KCT-72 When an External Device is Connected”.

40) Added the following items to Table 19-1: Call Interruption, Digit 10x Down, Digit 10x Up, Digit 1x Down, Digit 1x Up, Mobile Relay Station, OVCM, Receive Entry,

Remote Control, RF Deck Down, RF Deck Up, System Down, System Down (Continuous), System Lock, System Select, System Up, System Up (Continuous), Transfer, Voice Memo

2016.9.30

2017.1.31

41) Added the following items to Table 19-2: Mobile Relay Station, Receive Entry, Remote Control, System Select, Voice Memo

42) Added the following items to Table 19-3: Bluetooth Headset Connection Type, OVCM, Receive Entry, Remote Control, System Lock, System Select, Transfer,

Voice Memo

43) Corrected the description of the operation of “Playback Mode” in “20 KEY OPERATIONS FOR EACH MODE”.

44) Added the following items in “21 BEEP LIST”: Record Stopped Tone, Low SD Memory Tone

45) Changed the version number from 1.60 to 2.00.

1) Changed the version information in “About This Manual”. Added the information of KCH-21R (Handheld Control Head).

2) Added the operating portion of KCH-21R (Handheld Control Head) to “GENERAL FEATURES”.

3) Added “KCH-21R (Handheld Control Head)” to “1.2 NX-5700/ NX-5800/ NX-5900”.

4) Added “Mobile (KCH-21R (Handheld Control Head))” to “LCD” in “1.3 About LCD”.

5) Added “Mobile (KCH-21R (Handheld Control Head))” to “Icons” in “1.3 About LCD”.

6) Added the screen of KCH-21R (Handheld Control Head) to “Key Guide” in “1.3 About LCD”.

7) Added “About Displayed Stack Data” to “3.7 Viewing the Receive History (Stack)”.

8) Added “Mobile (KCH-21R (Handheld Control Head))” to Table 3-11.

9) Added the description of KCH-21R (Handheld Control Head) to “5.5 Changing the Brightness of the Backlight (LCD

Brightness)”.

10) Added the note in “5.7 Automatically Adjusting the Brightness Level of the LCD (Auto Dimmer)”.

11) Added the size of the bitmap image that can be used for KCH-21R (Handheld Control Head) to “5.12 Displaying a Bitmap

Image When the Transceiver is Turned ON (Custom Start-up Screen)”.

12) Added the restriction of the Minimum Volume Type configuration to “Configuring the Minimum Volume Level (Minimum

Volume)”.

13) Changed “About the Behavior When Using KAP-2” to “About the Speaker to Emit Audio” in “6.5 Using the Transceiver as

a Megaphone (Public Address)”.

14) Added “Speaker 7” to Table 6-13. Changed the speakers that supports “Internal Speaker” and “Speaker 3”.

15) Changed “Resetting the Recognition of microSD Card” to “Removing the microSD Card” in “9.1 About microSD Card”.

16) Corrected the note in “About the Audio to Be Recorded”.

17) Changed “Configuring the Headset Profile Connection Sequence (Bluetooth Headset Connection Type)” to “If Pairing of

a Bluetooth-compatible Device Cannot Occur or If a Bluetooth-compatible Device Does Not Behave (Bluetooth Headset Connection Type)”. Added the table description and the note.

18) Added the description of KCH-21R (Handheld Control Head) to “Connecting by Serial Port Profile”.

19) Added the description of KCH-21R (Handheld Control Head) to “10.9 Configuring the Connection Destination of a

Bluetooth-compatible Device (Bluetooth Interface Selection)”.

20) Added the description of KCH-21R (Handheld Control Head) to “Light Sense” in “Available Functions for AUX Input

Ports”.

21) Added the note in “11.3 Selecting the Audio Input Line If Detaching and Using Control Head (Control Head Mic Input)”.

22) Added the description of KCH-21R (Handheld Control Head) to “15.6 Checking the Firmware Version (Transceiver

Information Mode)”.

Common FUNC (K, F)/Ver 2.20 xxv

CONTENTS INDEX

Page 27

Revision History

Date Description

23) Added the description of KCH-21R (Handheld Control Head) to the following items:

16.1 Description

16.5 Basic Operations

16.16 Bluetooth Communication

17.9 Changing the Display Positions of a Channel Name and an Icon When Multi RF Deck View Is On “Multi RF Deck View” in “19.1 Available Functions for the PF Keys”

2017.1.31

2017.6.30

20 KEY OPERATIONS FOR EACH MODE

24) Added the description of communication ports to “Connecting the RF Deck by Using a D-sub 25-pin Cable”.

25) Changed the DIP switch image in “About the Connection of the Control Head to the RF Deck”.

26) Corrected “Adding an RF Deck” as follows: Changed the reference described in the note of step 2. Moved the note of step 5 to the operation procedure. Corrected the note of step 5.

27) Changed the version number from 2.00 to 2.10.

1) Changed the version information in “About This Manual”.

2) Added the reference for “Optional Signaling LED” in “Indication and Display” of “CONTENTS BY PURPOSE”.

3) Added “List+”, “List-” and “View” to Table 1-1.

4) Added the note about Power-on Tone in “Turning the Transceiver ON”.

5) Added “System Select Mode” to Table 3-3.

6) Changed the overall description in “3.7 Viewing the Receive History (Stack)”.

7) Added the following items in “3.7 Viewing the Receive History (Stack)”: Configuring the Display Order of Data in Stack Mode (Stack Order) Enabling the Storage of Redundant Data (Repeated Calls Stack) Displaying the Caller ID when Displaying a Message (Caller ID for Message) Displaying the Receive Channel (Channel Name (Message Display))

8) Changed the function names as follows: Latest Received Message Stack ID/Message Stack with Time Stamp

9) Added that the PTT switch is also locked in “3.9 Locking the Transceiver Keys (Key Lock)”.

10) Added “PTT” to the configuration items in Table 3-18.

11) Added the description of a DMR Conventional system in “4.4 Beat Shift”.

12) Changed “4.5 Displaying the Signal Strength Level (RSSI Level) (Maintenance Display)” to “4.5 Displaying the Signal

Strength Level (RSSI Level, BER) (Maintenance Display)”. Added the description related to the BER display.

13) Added “5.4 Optional Signaling LED”.

14) Added the Encryption (ARC4) icon to Table 5-2.

15) Added “Configuring a tone which sounds when the transceiver is turned ON (Power-on Tone)” in “Power-on Tone”.

16) Changed “Temporarily Reducing the Volume Level of the Speaker Microphone (Speaker Attenuation)” to “Temporarily

Reducing the Volume Level of the Speaker (Speaker Attenuation)”. Deleted the description of the supported models (Mobile is also supported). Added that the transceiver speaker and Bluetooth speaker are also supported. Corrected the note.

17) Corrected the note related to the microphone input line of the External PTT (PA) port in “6.5 Using the Transceiver as a

Megaphone (Public Address)”.

18) Corrected the note in “Conditions that enables audio data file and GPS data file to be stored in a microSD card”.

19) Added the description related to the internal memory in “Configuring the Storage Method of an Audio Data File (First-in

First-out Deletion)”. Added the description related to the backing up of audio data.

20)

Added the conditions of when Auto Recording does not start in “ number of recordings has been reached”. Deleted the description about the SELF TESTING display of the transceiver when audio data is deleted from the internal memory.

21)

Added the notes in “

22) Deleted the description about the SELF TESTING display of the transceiver when GPS data is deleted from the internal

memory in the note of “9.5 Storing the GPS Data (GPS Data Storage)”.

Deleting an audio data folder” of “9.4 Playing Back the Recorded Audio (Playback)”.

Old Message Overwrite

Time Stamp

If Auto Recording does not start because the maximum

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CONTENTS INDEX

Page 28

Revision History

Date Description

23) Added “External Speaker” to Table 11-3.

24) Added “External Speaker” in “Available Functions for AUX Input Ports”.

25) Added the description about Conventional Channel (DMR) in “TOR” to Table 11-8.

26) Added the note to “AUX Output Status Message 1 to AUX Output Status Message 3” in Table 11-8.

27) Added “Digital Mode” and “Out of Range” to Table 11-8.

28) Deleted “External PTT (PA) port” from the descriptions of “Modulation Line” in Table 11-9.

29) Added the note in “The Amount of Time Until the Transceiver Is Turned OFF (Timed Power-off)”.

30) Corrected the description of when the microSD card is not inserted in “Recording Received Audio Automatically (Auto

Recording)”.

31) Added the description of DMR Conventional in the following items of Table 19-1. Added “Manual Site Hunt”. Group Group + Short Message

2017.6.30

Group + Status Individual Individual + Short Message Individual + Status Short Message Status

32) Added “Manual Site Hunt” to Table 19-1.

33) Corrected the description of “Speaker Attenuation” in Table 19-1. “This function can be assigned only to the PF 1 and PF

2 keys on a microphone. Deleted ”. Deleted “(Portable only)”.

34) Corrected the description of “Stack Mode” in “20 KEY OPERATIONS FOR EACH MODE”.

35) Corrected the descriptions of the operation to change the display of “Maintenance Display Mode (NXDN Trunking)” in “20

KEY OPERATIONS FOR EACH MODE”.

36) Changed the version number from 2.10 to 2.20.

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CONTENTS INDEX

Page 29

CONTENTS BY PURPOSE

Basic Configurations for Using the Transceiver

Configuring Various Functions for the Transceiver

Frequencies and signaling for transmission and reception, channel data, including the transmit power, and other functions required for various communications, Group Call, can be configured by using KPG-D1/ D1N.

GETTING STARTED

such as an Individual Call or a

Page 20

Writing the Configuration Data to the Transceiver

The data configured by using KPG-D1/ D1N can be written to the transceiver. Writing the data configured by using KPG-D1/ D1N to the transceiver allows the transceiver to work according to the configuration data.

Writing the Configuration Data to the Transceiver

Page 22

Assigning Functions to the Keys on the Transceiver

Various functions can be assigned to the PF keys on the transceiver.

Available Functions for the PF Keys

Page 393

Reading the Configuration Data from the Transceiver

The configuration data in the transceiver can be read into KPG-D1/ D1N. By reading the configuration data written in the transceiver into KPG-D1/ D1N, the configuration data can be changed or written to another transceiver.

Reading the Configuration Data from the Transceiver

Page 23

Transmission / Reception

Changing Transmit Power

The transmission power of the transceiver can be changed to high power, medium power, or low power.

Transmit Power

Page 77

Using Function Keys

Pressing a key to which a function is assigned can activate the assigned function or place the transceiver in various Function Modes.

Using Function Keys

Page 29

Executing a Function by Selecting the Function from the Menu

Selecting functions in Menu Mode activates various functions or places the transceiver in various Function Modes.

Using Menu Mode

Page 37

Changing the Input Sensitivity of the Microphone

The input sensitivity of the microphone can be changed.

Microphone Sense/ External Microphone Sense

Page 131

Viewing the Receive History

Various received messages and callers who made calls can be viewed.

Viewing the Receive History (Stack)

Page 49

Transmitting Just by Audio Input to a Microphone

By using the VOX function, audio can be transmitted without pressing the PTT switch.

VOX

just by audio input into a microphone

Page 389

Common FUNC (K, F)/Ver 2.20 xxviii

CONTENTS INDEX

Page 30

CONTENTS BY PURPOSE

Indication and Display

Lighting the LED While Transmitting and Receiving

The transceiver can light or flash the LED while the transceiver is transmitting or receiving.

Busy LED

Page 88

Transmit LED

Page 88

Selective Call Alert LED

Page 89

Optional Signaling LED

Page 90

Displaying a Bitmap Image When the Transceiver is Turned ON

A desired bitmap image can be displayed on the transceiver display when the transceiver is turned ON.

Displaying a Bitmap Image When the Transceiver is Turned ON (Custom Start-up Screen)

Page 104

Displaying the Transceiver Received Signal Strength

The received signal strength of the transceiver can be displayed on the transceiver display.

Displaying the Signal Strength (Signal Strength Indicator)

Page 99

Displaying the Remaining Battery Power Level (Portable Only)

A user can be notified on the level of the remaining battery power on the LCD and by LED.

Displaying the Remaining Battery Power Level (Battery Indicator)

Page

144

Sound

Security

Tones Used for the Transceiver

Various tones sound from the transceiver according to the operation of the transceiver.

Tones

that Sound When a User Operates the Transceiver or When the Transceiver Status Is Changed

Page 105

Using a Password to Protect the Transceiver

A user can set a password to the transceiver so that the transceiver cannot be used by others without the user’s permission.

Password for Transceiver Operation (Transceiver Password)

Page 234

Changing the Calling Alert Tone

Tones that sound from the transceiver when the transceiver receives a call using optional signaling or a status message can be changed to the desired tone.

Tones that Sound When the Transceiver Receives a Call

Page 114

Using a Password to Protect the Configuration Data of the Transceiver

To prevent the configuration data of the transceiver permission, or to prevent the configuration data written in the transceiver from being diverted, a password can be set for the configuration data.

Password When Reading Configuration Data in a PC (Read Authorization Password)

from being altered without the user’s

Page 235

Password for Writing Configuration Data (Overwrite Password)

Page 236

Common FUNC (K, F)/Ver 2.20 xxix

CONTENTS INDEX

Page 31

CONTENTS BY PURPOSE

Functions of Transceivers for Vehicles

Turning the Transceiver ON or OFF by Linking with a Vehicle Ignition

For Mobile, the transceiver can automatically be turned ON or OFF by linking with the status of the port linked with the vehicle ignition by using the ignition-linked function.

Turning the Transceiver ON or OFF According to the State of the Ignition Sense Port (Ignition Sense)

Page 227

Operating in a Multi RF Deck System by Connecting Multiple Control Heads and Transceivers

By connecting 1 or 2 Control Heads to multiple mobile

transceivers (RF Decks), 1 Multi RF Deck system can be structured.

MULTI RF DECK/ MULTI CONTROL HEAD

Page 247

Turning the Headlights On of the Vehicle or Making the Horn Sound When the Transceiver Receives a Call

For Mobile, by using the horn alert function, the transceiver can turn the headlights On of a vehicle to which the transceiver is connected or make the horn sound when the transceiver receives a call.

Controlling Vehicle Operation According to the State of the Horn Alert Port (Horn Alert)

Page 228

Other Convenient Functions

Locking the Transceiver Keys

By locking the transceiver keys, a user can avoid erroneous operation of the transceiver caused by physically contacting the transceiver while carrying it around the waist, etc.

Locking the Transceiver Keys (Key Lock)

Page 70

Recording the Received or Transmitted Audio (Optional)

By using the internal memory of the transceiver or by using a microSD card or microSDHC card mounted on the transceiver, the transmitted or received audio can be recorded. The recorded audio can be played back on the transceiver.

Recording Received Audio Automatically (Auto Recording)

Page 160

Reducing Battery Consumption (Portable Only)

The power consumption of the transceiver can be reduced by setting the transceiver receiving intermittently.

Reducing Battery Consumption (Battery Saver)

Page 147

Displaying the Location Information of the Transceiver

By using an internal or optional GPS receiver unit,

the transceiver can display the own location

information on the display.

GPS POSITION DISPLAY

Page 150

Common FUNC (K, F)/Ver 2.20 xxx

CONTENTS INDEX

Page 32

17 18

 Full Key Model  Standard Key Model

1 FUNCTIONS AND PANEL LAYOUT

FUNCTIONS AND PANEL LAYOUT

1.1

NX-5200/ NX-5300/ NX-5400

Figure 1-1 NX-5200/ NX-5300/ NX-5400 Front View

Selector

The preassigned function will be activated or will be changed the zone or channel.

Power Switch/ Volume Control

The transceiver can be turned ON by rotating the Power switch. The volume level of the speaker sound can be adjusted.

Transmit LED/ Busy LED

These LEDs light when the transceiver transmits or receives a signal.

AUX Key

The preassigned function will be activated or will be changed to the active state.

Lever Switch

The preassigned function will be activated or will be changed to the active state.

Side 1 Key

The preassigned function will be activated or will be changed to the active state.

Speaker

The received audio and the Alert Tone sound from the speaker.

to the active state. It is normally used to change

PTT Switch

Pressing the PTT switch allows transmitting.

Built-in Microphone

LCD

channel number and the transceiver’s status appear

The on this display.

Side 2 Key

The preassigned function will be activated or will be changed to the active state.

Side 3 Key

The preassigned function will be activated or will be changed to the active state.

[G]/ [H] Key

The preassigned function will be activated or will be changed to the active state. It is normally used to change the zone or channel.

[Q] (Menu) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [Q] (Menu) key is described as the Menu ([Q]) key.

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1 FUNCTIONS AND PANEL LAYOUT

1.1 NX-5200/ NX-5300/ NX-5400

[O] (Back) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [O] (Back) key is described as the Back ([O]) key.

[E]/ [F] Key

The preassigned function will be activated or will be changed the zone or channel.

[W] (Function) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [W] (Function) key is described as the Function ([W]) key.

to the active state. It is normally used to change

[T] (Home) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [T] (Home) key is described as the Home ([T]) key.

Keypad

The transceiver can be operated by pressing a key.

[A]/ [B]/ [C] Key

The preassigned function will be activated or will be changed to the active state.

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Page 34

10 13

11 12

6 7

1 FUNCTIONS AND PANEL LAYOUT

1.2 NX-5700/ NX-5800/ NX-5900

1.2

NX-5700/ NX-5800/ NX-5900

KCH-19 (Basic Panel)

Figure 1-2 NX-5700/ NX-5800/ NX-5900 Front View (KCH-19 (Basic Panel))

[P] (Power) Switch

The

transceiver is turned ON when this switch is pressed

and the transceiver is turned OFF when this switch is pressed again. In this manual, the [P] (Power) switch is

described as the Power switch.

[+]/ [-] Key

The preassigned function will be activated or will be changed to the active state. It is normally used for the volume adjustment of the speaker.

LCD

The channel number and the transceiver’s status appear on this display.

[G]/ [H] Key

The preassigned function will be activated or will be changed to the active state. It is normally used to change the zone or channel.

Speaker

The received audio and the Alert Tone sound from the speaker.

Transmit LED/ Busy LED

These LEDs light when the transceiver transmits or receives a signal.

[Q] (Menu) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [Q] (Menu) key is described as the Menu ([Q]) key.

The default of the [Q] (Menu) key is the Menu function. If the configuration is changed using KPG-D1/ D1N, a newly configured function will be activated. Unless the

function is reassigned to the [Q] (Menu) key, Menu

Menu Mode cannot be activated even if the [Q] (Menu) key is

pressed.

[O] (Back) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [O] (Back) key is described as the Back ([O]) key.

[E]/ [F] Key

The preassigned function will be activated or will be changed to the active state. It is normally used to change the zone or channel.

[W] (Function) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [W] (Function) key is described as the Function ([W]) key.

AUX Key

Illumination Sensor

The sensor is for automatically adjusting the luminance of the LCD depending on the brightness of the environment.

[T] (Home) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [T] (Home) key is described as the Home ([T]) key.

Common FUNC (K, F)/Ver 2.20 3

The preassigned function will be activated or will be changed to the active state.

CONTENTS INDEX

Page 35

18923

hgedcba

56740

1 FUNCTIONS AND PANEL LAYOUT

1.2 NX-5700/ NX-5800/ NX-5900

KCH-20R (Featured Panel)

Figure 1-3 NX-5700/ NX-5800 Front View (KCH-20R (Featured Panel))

[P] (Power) Switch

The

transceiver is turned ON when this switch is pressed

and the transceiver is turned OFF when this switch is pressed again. In this manual, the [P] (Power) switch is

described as the Power switch.

[+]/ [-] Key

The preassigned function will be activated or will be changed to the active state.

LCD

The channel number and the transceiver’s status appear on this display.

[E]/ [F] Key

The preassigned function will be activated or will be changed to the active state. It is normally used to change the zone or channel.

[G]/ [H] Key

The preassigned function will be activated or will be changed to the active state. It is normally used to change the zone or channel.

[A]/ [B]/ [C] Key

The preassigned function will be activated or will be changed to the active state.

AUX Key

The preassigned function will be activated or will be changed to the active state.

Illumination Sensor

The sensor is for automatically adjusting the luminance of the LCD depending on the brightness of the environment.

Transmit LED

This LED lights when the transceiver transmits a signal.

Busy/ Status LED

This LED lights or flashes according to the status, such as while the transceiver is receiving a signal, and when the transceiver receives a call.

[T] (Home) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [T] (Home) key is described as the Home ([T]) key.

[Q] (Menu) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [Q] (Menu) key is described as the Menu ([Q]) key.

The default of the [Q] If the configuration is changed using KPG-D1/ D1N, a newly configured function will be activated. Unless the

Menu function is reassigned to the [Q] (Menu) key, Menu Mode cannot be activated even if the [Q] (Menu) key is

pressed.

[O] (Back) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [O] (Back) key is described as the Back ([O]) key.

[d]/ [c] Key

The preassigned function will be activated or will be changed to the active state.

(Menu) key is the Menu function.

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Page 36

1 FUNCTIONS AND PANEL LAYOUT

1.2 NX-5700/ NX-5800/ NX-5900

[W] (Function) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [W] (Function) key is described as the Function ([W]) key.

[b]/ [b b] Key

The preassigned function will be activated or will be changed to the active state.

Volume Control

volume level of the speaker sound can be adjusted.

The

Selector

The preassigned function will be activated or will be changed the zone or channel.

to the active state. It is normally used to change

Common FUNC (K, F)/Ver 2.20 5

CONTENTS INDEX

Page 37

6 7

1 FUNCTIONS AND PANEL LAYOUT

1.2 NX-5700/ NX-5800/ NX-5900

KCH-21R (Handheld Control Head)

KCH-21R be operated in hand as Portable.

is the Handheld Control Head that can be used by connecting to Mobile. By using KCH-21R, the transceiver can

Figure 1-4 KCH-21R (Handheld Control Head) Front View

[A] Key

The preassigned function will be activated or will be changed to the active state.

[B] Key

The preassigned function will be activated or will be changed to the active state.

Transmit LED/ Busy LED

These LEDs light when the transceiver transmits or receives a signal.

Power Switch

The and the transceiver is turned OFF when this switch is pressed again.

AUX Key

The preassigned function will be activated or will be changed to the active state.

Built-in Microphone

Speaker

The received audio and the Alert Tone sound from the speaker.

LCD

The channel number and the transceiver’s status appear on this display.

transceiver is turned ON when this switch is pressed

[G]/ [H] Key

The preassigned function will be activated or will be changed the zone or channel.

[Q] (Menu) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [Q] (Menu) key is described as the Menu ([Q]) key.

[O] (Back) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [O] (Back) key is described as the Back ([O]) key.

[E]/ [F] Key

The preassigned function will be activated or will be changed to the active state. It is normally used to change the zone or channel.

to the active state. It is normally used to change

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Page 38

1 FUNCTIONS AND PANEL LAYOUT

1.2 NX-5700/ NX-5800/ NX-5900

[W] (Function) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [W] (Function) key is described as the Function ([W]) key.

[T] (Home) Key

The preassigned function will be activated or will be changed to the active state. In this manual, the [T] (Home) key is described as the Home ([T]) key.

Keypad

The transceiver can be operated by pressing a key.

Figure 1-5 KCH-21R (Handheld Control Head) Side View

Side 1 Key

The preassigned function will be activated or will be changed to the active state.

PTT Switch

Pressing the PTT switch allows transmitting.

Side 2 Key

The preassigned function will be activated or will be changed to the active state.

Side 3 Key

The preassigned function will be activated or will be changed to the active state.

]/ [ ] Key

[

The preassigned function will be activated or will be changed to the active state. It is normally used for the volume adjustment of the speaker.

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Page 39

1 FUNCTIONS AND PANEL LAYOUT

1.2 NX-5700/ NX-5800/ NX-5900

External Microphone (KMC-25)

Figure 1-6 KMC-25

PTT Switch

Pressing the PTT switch allows transmitting.

PF 1 Key

The preassigned function will be activated or will be changed to the active state.

PF 2 Key

The preassigned function will be activated or will be changed to the active state.

Common FUNC (K, F)/Ver 2.20 8

CONTENTS INDEX

Page 40

XXX XXX XXX

XXXXX XXXXX

XXXXX

12 : 34

Icon

Sub Display (6 characters)

Main LCD (14 characters)

Key Guide (6 characters)

Cloc

Supplementary Field 1 (18 characters)

Supplementary Field 2 (18 characters)

XXXXX XXXXX XXXXX XXXXX

XXX XXX XXX

12 : 34

Icon

Title (18 characters)

Line 2 (18 characters)

Key Guide (6 characters)

Cloc

Line 1 (18 characters)

Line 3 (18 characters)

XXXXX XXXXX XXXXX

XXX XXX XXX

XXXXX

12 : 34

A M

Icon

Title (18 characters)

Line 2 (16 characters)

Key Guide (6 characters)

Cloc

Line 1 (16 characters)

Line 3 (16 characters)

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

1.3

About LCD

LCD

The LCD of the transceiver is as follows. The contents that appear on the LCD varies depending on the transceiver’s status.

Portable

Basic Frame

frame is used to display the name, such as the channel name. Various icons indicating the transceiver’s status appear

This in the icon display area.

Function Mode Frame 1

This frame is used to display the Function Mode, such as Individual Call Mode and Status Mode. The number, such as the list number or channel number, appears at the right end of the title line.

Function Mode Frame 2

frame is used to display the Function Mode, such as Status Mode. The number, such as the list number or channel

This number, appears at the right end of the title line. The icon can be displayed at the right side of each line.

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Page 41

12 : 34

XXXXX XX

XXX XXX XXX

Icon

Category Icon

Key Guide (6 characters)

Clock

Category Name (18 characters) List Number

XXXXX XXXXX

XXXXX

12 : 34

A M

Zone

12 : 34

A M

XXX XXX XXX XXX

XXXXXX XXXXX

XXXXX

12 : 34

A M

XXX XXX XXX XXX

XXXXXX XXXXX

XXXXXXXXXXXXXX

XXXXXXXXXXXXXXXXXX

Icon

Sub Display (6 characters)

Main LCD (14 characters)

Key Guide (6 characters)

Clock

Supplementary Field 1 (18 characters)

Sub Display (6 characters)

Main LCD (14 characters)

Supplementary Field 1 (18 characters)

Supplementary Field 2 (18 characters)

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

Category Icon Frame

This frame is used to display the Menu Category in Icon Mode. Displays vary depending on the configuration in Menu Icon Size. The following screens are display examples if Menu Icon Size is configured “Large”. (Refer to Using Menu

Mode.)

Popup Display

The popup appears when the adjustment of the volume level or the operation of Key Lock occurs.

Mobile (KCH-19 (Basic Panel))

Basic Frame

frame is used to display the name, such as the channel name. Various icons indicating the transceiver’s status appear

This in the icon display area.

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Page 42

12 : 34

A M

XXX XXX XXX XXX

XXXXXX

XXXXXXXXXXXXXX XXXXXXXXXXXXXX

Icon

Title (32 characters)

Line 1 (24 characters)

Key Guide (6 characters)

Clock

Line 2 (24 characters)

12 : 34

XXX XXX XXX XXX

XXXXXX

XXXXXXXXXXXXXX XXXXXXXXXXXXXX

Icon

Title (32 characters)

Line 1 (22 characters)

Key Guide (6 characters)

Clock

Line 2 (22 characters)

12 : 34

XXX XXX XXX XXX

XXXXXXXXXXXXXX XX

Icon

Category Icon

Category Name (18 characters) List Numbe

Key Guide (6 characters)

Clock

XXX XXX XXX XXX

XXXXXX

XXXXXXXXXXXXXX XXXXXXXXXXXXXX XXXXXXXXXXXXXX

Title (32 characters)

Key Guide (6 characters)

Line 1 (32 characters) Line 2 (32 characters) Line 3 (32 characters)

12 : 34

A M

Menu SQ_Off Zone

Zone

XXXXXX XXXXX

XXXXX

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

Function Mode Frame 1

This frame is used to display the Function Mode, such as Individual Call Mode and Status Mode. The number, such as the list number or channel number, appears at the right end of the title line.

Function Mode Frame 2

frame is used to display the Function Mode, such as Status Mode. The number, such as the list number or channel

This number, appears at the right end of the title line. The icon can be displayed at the right side of each line.

Category Icon Frame

This frame is used to display the Menu Category in Icon Mode.

Message Frame

This frame is used to display the message, such as the Short Message.

Popup Display

The popup appears when the adjustment of the volume level or the operation of Key Lock occurs.

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XXX XXX XXX XXX

XXXXXX

XXXXXXXXXXXXXX

XXXXXXXXXXXXXXXX

Icon

Sub Display (6 characters)

Main LCD (14 characters)

Key Guide (6 characters)

Clock

Supplementary Field 1 (18 characters)

Supplementary Field 2 (18 characters)

12 : 34

A M

XXX XXX XXX XXX

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

XXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXX

Icon

Clock

Title (32 characters)

Line 1 (22 characters)

Key Guide (6 characters)

Line 2 (22 characters)

Line 3 (22 characters)

Line 4 (22 characters)

12 : 34

XXX XXX XXX XXX

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

XXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXX

XXXXXXXXXXXXXXXXXXXXXXXX

Icon

Clock

Title (32 characters)

Line 1 (22 characters)

Key Guide (6 characters)

Line 2 (22 characters)

Line 3 (22 characters)

Line 4 (22 characters)

12 : 34

XXX XXX XXX XXX

XXXXXXXXXXXX XX

Icon

Clock

Category Icon

Category Name (18 characters) List Number

Key Guide (6 characters)

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

Mobile (KCH-20R (Featured Panel))

Basic Frame

frame is used to display the name, such as the channel name. Various icons indicating the transceiver’s status appear

This in the icon display area.

Function Mode Frame 1

This frame is used to display the Function Mode, such as Individual Call Mode and Status Mode. The number, such as the list number or channel number, appears at the right end of the title line.

Function Mode Frame 2

frame is used to display the Function Mode, such as Status Mode. The number, such as the list number or channel

This number, appears at the right end of the title line. The icon can be displayed at the right side of each line.

Category Icon Frame

This frame is used to display the Menu Category in Icon Mode.

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XXX XXX XXX XXX

XXXXXXXXXXXXXXXXXXXXXXXXXXX

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

Icon

Clock

Title (32 characters)

Line 1 (32 characters)

Key Guide (6 characters)

Line 2 (32 characters) Line 3 (32 characters)

Line 4 (32 characters)

Line 5 (32 characters)

XXXXXXXXXXXXXX

XXXXX

XXXXXXXXXXXXXXXXXXXX

12 : 34

A M

XXX XXX XXX XXX

12 : 34

A M

XXXXXXXXXXXXXX XXXXXX

XXX XXX XXX XXX

XXXXXXXXXXXXXXXXX

XXXXXXXXXXXXXX XXXXXX

XXXXXXXXXXXXXXXXX

Icon (RF Deck 1)

Clock (Multi RF Deck)

Main LCD (RF Deck 1) (14 characters)

Supplementary Field 1 (18 characters)

Sub Display (RF Deck 1) (6 characters)

Virtual LED (RF Deck 2)

Key Guide (6 characters)

RF Deck 2 Display Field

12 : 34

A M

XXX XXX XXX XXX

XXXXXXXXXXXXXX XXXXXX

Icon (RF Deck 1)

Sub Display (RF Deck 1) (6 characters)

Clock (Multi RF Deck)

Virtual LED (RF Deck 2)

Virtual LED (RF Deck 3)

RF Deck 2 Display Field

RF Deck 3 Display Field

Main LCD (RF Deck 1) (14 characters)

Key Guide (6 characters)

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

Message Frame

This frame is used to display the message, such as the Short Message.

Popup Display

The popup appears when the adjustment of the volume level or the operation of Key Lock occurs.

Dual Frame

This frame is used to display the channel name in the Dual RF Deck structure. This frame appears when Multi RF Deck View is On.

Other than the clock display and virtual LED, the display specifications of RF Deck 1 and RF Deck 2 are the same.

Triple Frame

frame is used to display the channel name in the Triple RF Deck structure. This frame appears when Multi RF Deck

This View is On.

Other than the clock display and virtual LED, the display specifications of RF Deck 1, RF Deck 2 and RF Deck 3 are the same.

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XXX XXX XXX

XXXXX XXXXX

XXXXX

12 : 34

Icon

Sub Display (6 characters)

Main LCD (14 characters)

Key Guide (6 characters)

Cloc

Supplementary Field 1 (18 characters)

Supplementary Field 2 (18 characters)

XXXXX XXXXX XXXXX XXXXX

XXX XXX XXX

12 : 34

A M

Icon

Title (18 characters)

Line 2 (18 characters)

Key Guide (6 characters)

Cloc

Line 1 (18 characters)

Line 3 (18 characters)

XXXXX XXXXX XXXXX

XXX XXX XXX

XXXXX

12 : 34

A M

Icon

Title (18 characters)

Line 2 (16 characters)

Key Guide (6 characters)

Clock

Line 1 (16 characters)

Line 3 (16 characters)

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

Mobile (KCH-21R (Handheld Control Head))

Basic Frame

frame is used to display the name, such as the channel name. Various icons indicating the transceiver’s status appear

This in the icon display area.

Function Mode Frame 1

frame is used to display the Function Mode, such as Individual Call Mode and Status Mode. The number, such as the

This list number or channel number, appears at the right end of the title line.

Function Mode Frame 2

This frame is used to display the Function Mode, such as Status Mode. The number, such as the list number or channel number, appears at the right end of the title line. The icon can be displayed at the right side of each line.

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12 : 34

A M

XXXXX XX

XXX XXX XXX

Icon

Category Icon

Key Guide (6 characters)

Clock

Category Name (14 characters) List Number

XXXXX XXXXX XXXXX XXXXX

XXX XXX XXX

12 : 34

A M

XXX XXX XXX

XXXXX

XXXXXXXXXX

XXXXX

XXXXXXXXXX

12 : 34

Icon (RF Deck 1)

Main LCD (RF Deck 1) (14 characters)

Main LCD (RF Deck 2) (14 characters)

Key Guide (6 characters)

Clock

RF Deck 1 Display Field (18 characters)

RF Deck 2 Display Field (18 characters)

XXX XXX XXX

XXXXX

XXXXXXXXXX

XXXXX

XXXXXXXXXX

12 : 34

Icon (RF Deck 1)

Main LCD (RF Deck 1) (14 characters)

Main LCD (RF Deck 2) (18 characters)

Key Guide (6 characters)

Clock

RF Deck 1 Display Field (18 characters)

RF Deck 2 Display Field (18 characters)

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

Category Icon Frame

This frame is used to display the Menu Category in Icon Mode.

Popup Display

The popup appears when the adjustment of the volume level or the operation of Key Lock occurs.

Dual Frame

This frame is used to display the channel name in the Dual RF Deck structure. This frame appears when Multi RF Deck View is On.

Triple Frame

This frame is used to display the channel name in the Triple RF Deck structure. This frame appears when Multi RF Deck View is On.

Other than the clock display and virtual LED, the display specifications of RF Deck 1, RF Deck 2 and RF Deck 3 are the same.

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XXXXX XXXXX XXXXX XXXXX

XXX XXX XXX

12 : 34

A M

12 : 34

A M

XXX XXX XXX XXX

XXXXXX

XXXXXXXXXXXXXX XXXXXXXXXXXXXX

XXX XXX XXX

XXXXX XXXXX

XXXXX

12 : 34

A M

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

Icons

Various icons indicating the transceiver’s status appear in the icon display area when a channel name is displayed. Refer to “The Icons on the LCD” for details of each icon.

Portable

Mobile (KCH-19 (Basic Panel)/ KCH-20R (Featured Panel))

Mobile (KCH-21R (Handheld Control Head))

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Menu IndcalZone

Zone 1

Channel 1

12 : 34

A M

Portable: Mobile (KCH-19 (Basic Panel)/ KCH-20R (Featured Panel):

12 : 34

Menu SQ_Off Zone

Zone

Zone 1

Channel 1

Menu ([

])

[ ]

Menu ([

])

[ ] [ ]

Back

([

])

Back

([

])

Menu IndcalZone

Zone 1

Channel 1

12 : 34

A M

Mobile (KCH-21R (Handheld Control Head)):

Menu ([

])

[ ]

Back

([

])

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

Key Guide

The key guide is displayed at the bottom of the LCD.

For Portable, the key guide displays the functions that function when the Menu ([Q]), [G] or Back ([O]) key is pressed.

Mobile, the key guide displays the functions that function when the Menu ([Q]), Back ([O]) or [E], [F] key is pressed.

For

The text that appears on the display varies depending on the transceiver’s status.

PF Key

Functions assigned to each key will appear while the channel name appears. (Refer to Available Functions for the PF

Keys.)

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Portable: Mobile (KCH-19 (Basic Panel)/ KCH-20R (Featured Panel):

A M

Next Back

Menu ([

])

[ ]

Menu ([

])

[ ] [ ]

Call 1

12 : 34

Individual Group Status

Back

12 : 34

Call 1

Individual Group

Back

([

])

Back

([

])

Mobile (KCH-21R (Handheld Control Head)):

Menu ([

])

[ ]

Call 1

12 : 34

Individual Group Status

Back

([

])

1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

Function Mode

Functions

that can be used in each mode appear while the transceiver is in Function Mode, such as Selcall Mode, Status

Mode and Stack Mode. However, the key guide for the Up key does not appear if the function which is used to select the list or code is assigned to the [G] or [H] key.

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1 FUNCTIONS AND PANEL LAYOUT

1.3 About LCD

The following are key guides that appear while the transceiver is in Function Mode. (Refer to Function Mode.)

Table 1-1 Key Guide (Function Mode)

Key Guide Operation

OK Determines the data of the entered characters, code, or list.

Select Determines the data of the selected characters, code, or list.

Delete Deletes the data of the selected characters, code, or list.

Confirm Authenticates the entered password.

Exit Aborts the Function Mode.

Next Proceeds to the next step.

Back Goes back to the previous step.

Prev (Mobile only) Restores the previous display.

Pause Stops recording.

Conn Enters the state to confirm connection with the device.

Discon Enters the state to confirm disconnection with the device.

Call Initiates the call.

Send Sends the data.

Page Initiates the Paging Call.

Cancel Cancels the operation.

Disp (Mobile only) Switches the display.

Disp L (Mobile only) Switches the display.

K (Mobile only) Selects a category.

L (Mobile only) Selects a category.

I (Mobile only) Plays back the audio data from the beginning.

J (Mobile only) Plays back the next audio data from the beginning.

List+ Selects list data.

List- Selects list data.

View Switches to the Short Message View display.

Note

The key guide which appears while the transceiver is in Function Mode is only for the functions that can be activated.

Guide for a function assigned to and activated by pressing and holding a PF key appears only if no function is assigned

Key to the same key.

Example 1) “KeyLck” appears as Key Guide in the following case: Function = None, Hold = Key Lock

Example 2) “Light” appears as Key Guide in the following case: Function = Backlight, Hold = Key Lock

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2 GETTING STARTED

When the transceiver is turned ON after the power source is attached to the transceiver, the transceiver starts up. To make

transceiver ready for use, the configuration data needs to be created using KPG-D1/ D1N and written to the transceiver.

the

GETTING STARTED

Figure 2-1 KPG-D1/ D1N Main Window

By using KPG-D1/ D1N, the zone and channel data needs to be configured and then the parameters for various functions can be configured. Refer to the help texts for configuration methods.

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KPG-36U/ KPG-36X

To the Universal Connector

To a USB Port

KPG-46U/ KPG-46X

To the Microphone Connector

To a USB Port

2 GETTING STARTED

2.1 Connecting the Transceiver to a PC

2.1

Connecting the Transceiver to a PC

To write the configuration data to or read the configuration data from the transceiver via serial communications by using a programming cable, “Programming Cable” needs to be selected from Communication Method

of COM port. Also, the

transceiver and a PC with KPG-D1/ D1N installed need to be connected by using the programming cable.

Portable

The transceiver and a PC need to be connected by using the KPG-36U/ KPG-36X programming cable.

Refer to the figure below.

Mobile

The transceiver and a PC need to be connected by using the KPG-46U/ KPG-46X programming cable.

Refer to the figure below.

Configuration using KPG-D1/ D1N

Configuring Communication Method ( Setup > COM port)

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2 GETTING STARTED

2.2 Connecting the Transceiver to a PC by Bluetooth

2.2

To write the configuration data to the transceiver or to read the configuration data from the transceiver by using Bluetooth communication, “Bluetooth SPP” needs to be selected from Communication Method of COM port and a Bluetoothcompatible device (the transceiver) to be written with the configuration data needs to be selected in Device List.

Connecting the Transceiver to a PC by Bluetooth

Configuration using KPG-D1/ D1N

Configuring Communication Method ( Setup > COM port)

Selecting a Bluetooth-compatible device (the transceiver) in Device List ( Setup > COM port > Bluetooth SPP)

2.3

Clicking the “Write” button in Program of Write Data to the Transceiver enters FPU Programming Mode and starts writing the configuration data to the transceiver.

Writing the Configuration Data to the Transceiver

of KPG-D1/ D1N displays Write Data to the Transceiver. Clicking the “Write” button

Figure 2-2 Write Data to the Transceiver

Note

The transceiver behaves as follows according to the configuration in Write Data to the Transceiver:

Clicking on Zeroize and writing deletes the Encryption Key configuration in the SCM.

Clicking on Time Adjustment and to “ADJUSTING THE TIME ON THE TRANSCEIVER” for the operations to manually adjust the time of the transceiver after writing the configuration data.

Clicking on Audio/GPS Data Erase (Internal Memory) and writing deletes the audio data and GPS data stored on the transceiver.

Clicking on DFA Data Erase and writing deletes the Direct Frequency Assignment information stored on the transceiver.

Clicking on Consecutive Write and writing does not close Write Data to the Transceiver even when the writing completes, and various IDs can be changed and written in other transceiver.

Clicking on ID (Own) Overwrite and writing overwrites various ID data on the transceiver by the ID data configured by KPG-D1/ D1N. Clicking off ID (Own) Overwrite and writing can write configuration data on the transceiver without overwriting various IDs configured in the transceiver.

writing automatically configures the transceiver to the time configured in a PC. Refer

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2 GETTING STARTED

2.3 Writing the Configuration Data to the Transceiver

Writing configuration data to multiple transceivers using Bluetooth communication

To write configuration data to multiple transceivers by using Bluetooth communication, click the “Multi Write (Bluetooth)” button. A Bluetooth-compatible device (the transceiver) is detected in Write Data to Multiple Transceiver (Bluetooth), and the configuration data can be written to the transceiver by Bluetooth communication.

About the writing of configuration data in a Multi RF Deck/ Multi Control Head structure

Refer to “Configuring the writing of configuration data in a Multi RF Deck/ Multi Control Head structure for Mobile.

2.4

To change the data configured in the transceiver, read the configuration data from the transceiver to KPG-D1/ D1N, and then write the configuration data to the transceiver after the configuration data has been changed.

Clicking the “Read” button in Program of KPG-D1/ D1N displays Read Data from the Transceiver. Clicking the “Read” button of Read Data from the Transceiver enters FPU Programming Mode and starts reading the configuration data to the transceiver.

the FPU Data and Writing the FPU Data to Each RF Deck” in “Multi RF Deck/ Multi Control Head” for

Reading the Configuration Data from the Transceiver

Figure 2-3 Read Data from the Transceiver

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2 GETTING STARTED

2.5 Embedding a Message in the Transceiver (Embedded Message)

2.5

Embedding a Message in the Transceiver (Embedded Message)

The message can be written to the transceiver as part of the configuration data by using KPG-D1/ D1N.

Embedded Message

Embedded Message can be used to store a maximum of 64 characters in the transceiver. The transceiver profile

information, such as the control number and the file name of the configuration data written in the transceiver, can be embedded.

message can be written to the transceiver by using KPG-D1/ D1N. The message written in the transceiver is stored as

The a part of the configuration data.

The embedded messages can be read from the transceiver by using KPG-D1/ D1N.

Configuration using KPG-D1/ D1N

Configuring Embedded Message (

Embedded Message with Password

Transceiver Settings > Embedded Message)

Embedded Message with Password can be used to store with a password a maximum of 64 alphanumeric characters and symbols in the transceiver.

The transceiver profile information, such as the control number and the file name of configuration data written in the transceiver, can be embedded with a password.

The message and the password can be written to the transceiver by using KPG-D1/ D1N. The Embedded Message with Password is stored in the transceiver as independent data from the configuration data.

password needs to be entered to write a message to the transceiver written with a password. The message cannot be

The written to the transceiver unless the correct password is entered.

The embedded messages can be read from the transceiver by using KPG-D1/ D1N.

Configuration using KPG-D1/ D1N

Configuring Embedded Message with Password

(

Transceiver Settings > Embedded Message with Password)

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Base Station Transceiver

FPU

KPG-180AP

Read in

Configuration Data

Creation

Serial Transfer

Shared

Writing Configuration Data Using Wireless Communication (OTAP)

OTAP (Over-The-Air Programming) is the function to write configuration data to the transceiver using wireless communications. base station.

OTAP can be used in a communication system which supports NEXEDGE or P25 digital communication (an NXDN Conventional system, an NXDN Trunking system, or a P25 Conventional system).

To use this function, the PC application software, OTAP Manager (KPG-180AP) is required to manage configuration data of KPG-D1/ D1N and transmit the configuration data to each subscriber unit via the base station transceiver.

This function enables configuration data for the transceiver to be updated by remotely controlling from the

Figure 2-4 Example of the System Structure

The

transceiver for which OTAP is enabled can be used in a system where OTAP is incorporated. The subscriber unit can write the received configuration data into the unit and enable the configuration data. The base station transceiver can send the configuration data to the subscriber unit according to the request from OTAP Manager.

Refer to OTAP MANAGER (KPG-180AP) Basic Operations supplied with KPG-180AP for the details of this function.

Configuration using KPG-D1/ D1N

Configuring P25 OTAP to be enabled or disabled (

Configuring NXDN OTAP to

be enabled or disabled (

Model > Product Information > Feature Selection > P25)

Model

> Product Information > Feature Selection > NXDN)

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Zone

Zone 1

Truck 8649

12 : 34

Menu Zone

Zone 1

Channel 1

12 : 34

3 BASIC OPERATIONS

BASIC OPERATIONS

3.1

Turning the Transceiver ON/ OFF

Turning the Transceiver ON

For Portable, rotating the Power switch clockwise causes the transceiver to be turned ON.

For Mobile, pressing the Power switch linking to the status of the Ignition Sense port of a vehicle. (Refer to Turning the Transceiver ON or OFF According to the

State of the Ignition Sense Port (Ignition Sense).)

If the data is written to the transceiver and the password is not configured

Turn the Transceiver ON.

A Power-on Tone A (1 beep) sounds from the transceiver, and then an animated logo appears for 500 ms.

If Custom Start-up Screen is configured, a Power-on Tone A (1 beep) sounds from the transceiver when the transceiver is turned ON and the bitmapped image configured for the transceiver appears for 2 sec. (Refer to Displaying a Bitmap Image When the Transceiver is Turned ON (Custom

Start-up Screen).)

causes the transceiver to be turned ON. Also, the transceiver can be turned ON by

If Power-on Text is configured, the Power-on Text appears for 2 sec after “SELF TESTING” appears. (Refer to Power-on Text.)

The transceiver enters User Mode, and then the channel name appears.

Note

The animated logo appears only if Custom-Start-up Screen configured.

is not

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12 : 34

Password Input Password

12 : 34

Password 0123

DeleteConfrm

Menu Zone

Zone 1

Channel 1

12 : 34

3 BASIC OPERATIONS

3.1 Turning the Transceiver ON/ OFF

If the data is written to the transceiver and the transceiver’s password is configured

Turn the Transceiver ON.

A Power-on Tone A (1 beep) sounds from the transceiver, and then an animated logo appears for 500 ms.

a Bitmap Image When the Transceiver is Turned ON (Custom

Start-up Screen).)

“Password” appears after “SELF TESTING” appears. (Refer to Password

for Transceiver Operation (Transceiver Password).)

Note

The animated logo appears only if Custom-Start-up Screen is not configured.

In the following cases, if the transceiver is turned ON, the transceiver enters Transceiver Password Mode:

If Transceiver Password is

configured, “Transceiver Password” is not assigned to any of the PF keys, and “Transceiver Password” is not configured in Menu Mode

When “Transceiver Password” is assigned to one of the PF keys, or when “Transceiver Password” is configured for Menu Mode, if the transceiver is turned OFF while the transceiver is in Transceiver Password Mode

Enter a password.

Refer to “Entering or Deleting a Code” for entry methods.

the correct password is entered, a Password Authorization Tone (2

When beeps) sounds from the transceiver, and then the password protection of the transceiver is disabled.

If Power-on Text is configured, the Power-on Text appears for 2 sec. (Refer to Power-on Text.)

The transceiver enters User Mode, and then the channel name appears.

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3 BASIC OPERATIONS

3.1 Turning the Transceiver ON/ OFF

Note

If the firmware is not written to the transceiver correctly, the transceiver will enter Firmware Programming Mode. In this case, write the firmware to the transceiver again.

“UNPROGRAM”

appears on the main display if no data is written to the transceiver. In this case, data needs to be written

to the transceiver by using KPG-D1/ D1N.

In a Multi RF Deck system, pressing the Power switch for 1000 ms causes the transceiver to be turned ON.

The Power-on Tone A tone when the transceiver is turned ON can be created as desired using KPG-D1/ D1N.

Turning the Transceiver OFF

For Portable, rotate the Power switch counterclockwise until it clicks to turn the transceiver OFF.

For Mobile, pressing the Power the transceiver can be turned OFF according to the status of the vehicle engine, either switched On or Off. (Refer to Turning

the Transceiver ON or OFF According to the State of the Ignition Sense Port (Ignition Sense).)

Also, for Mobile, pressing the Power switch for more than 5 sec forcibly turns the transceiver OFF. If the Power switch is pressed while the transceiver is turned ON, or if an error occurs from when the Ignition Sense port goes low level until the transceiver is turned OFF, or if a function in a P25 Trunking system, such as De-Registration, is functioning waiting for the transmission or response of Suspended Power-off and Power-off Status, the transceiver may actually be in the ON state even if nothing appears on the display. To turn the transceiver OFF immediately in this state, pressing the Power switch for more than 5 sec forcibly turns the transceiver OFF. If “Ignition Only” is configured in Ignition Sense Type, the Ignition Sense port needs to be at high level in order to turn the transceiver ON next time. In this case, the transceiver cannot be turned ON by pressing the Power switch.

switch while the transceiver is turned ON causes the transceiver to be turned OFF. Also,

Power Switch Status Memory

Supported Models: Mobile

Power

Switch Status Memory is the function to configure whether to store the Power switch status (ON or OFF) when the

power source is disconnected from the transceiver.

Whether to turn the transceiver ON when the power source is connected to the transceiver depends as below on the configuration in Power Switch Status Memory:

Table 3-1 Power Switch Status Memory

Configuration Description

Enables the capability to retain the ON- or OFF-state of the Power

switch. By disconnecting the power

source while the transceiver Power switch is in the ON state and then by reconnecting the power source,

Enabled

the transceiver is turned ON and starts up. Even if the power source is reconnected after the power source is disconnected while the transceiver Power switch is in the OFF state, the transceiver remains turned OFF. In this case, the transceiver does not start up unless the Power switch is pressed.

Disables the capability to retain the ON- or OFF-state of the Power switch. Regardless of the previous

Disabled

ON- or OFF-state of the Power switch, the transceiver power is turned ON by connecting the power source to the transceiver.

Configuration using KPG-D1/ D1N

Configuring Power Switch Status Memory ( Transceiver Settings > Optional Features > Optional Features 1 >

Others)

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3 BASIC OPERATIONS

3.2 Adjusting the Volume Level

3.2

Adjusting the Volume Level

Portable

Rotating the Volume control clockwise increases the volume level from the speaker, and rotating the Volume control counterclockwise decreases the volume level from the speaker.

Mobile

Pressing the Volume Up key increases the volume level in steps of 1. Pressing the Volume Down key decreases the volume level in steps of 1. KCH-20R (Featured Panel) is operated by using the Volume control just as Portable.

If “Volume Up (Continuous)” or “Volume Down (Continuous)” is assigned to the Volume Up or Volume Down key, the volume level is increased or decreased continuously every 100 ms by pressing and holding the Volume Up or Volume

Down key.

3.3

The following functions can be assigned to each key of the transceiver using KPG-D1/ D1N. Pressing a key to which a function is assigned can activate the assigned function or place the transceiver in various Function Modes. (Refer to

Available Functions for the PF Keys.)

Following are the configuration examples for each key of the transceiver.

Using Function Keys

Table 3-2 Configuration Examples for Keys

Key Function 2nd Function Hold Hold Delay

Home ([T])

Back ([O])

AUX Function None None 1.0

A function can be assigned to Function, 2nd Function and Hold of each key on the transceiver.

Function

The function is activated by pressing a key.

In the configuration example above, pressing the Home to each key.

If a key to which Function is assigned is pressed, the transceiver waits for a function assigned to 2nd Function to be activated.

2nd Function

The function is activated by pressing a key to which the function is assigned to 2nd Function after the Function key is pressed.

In the configuration example above, pressing the Back ([O]) key after the AUX key is pressed activates the Autodial function.

Hold

The function is activated by pressing and holding a key for the length of time configured for Hold Delay. In the configuration example above, pressing and holding the Home ([T]) key for 3 sec activates the Home Channel

Select function.

Home Channel None Home Channel Select 3.0

Key Lock Autodial None 1.0

([T]), Back ([O]), or AUX key activates the function assigned

Note

The two functions, Primary and Secondary, can be assigned to each key on the transceiver. Which function is used can be configured for each zone or channel.

Configuration using KPG-D1/ D1N

Assigning functions to the PF

keys on the transceiver (

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Transceiver Settings > Key Assignment)

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3 BASIC OPERATIONS

3.3 Using Function Keys

Mode Reset Timer

is the timer for canceling the standby status of further key entry in Function Mode, and for canceling the function activation status of 2nd Function. By using this function, Function Mode does not need to be disabled manually. The function also helps by canceling the Function Mode automatically so as not to remain in Function Mode for too long a time.

The transceiver has some special Function Modes. When the transceiver enters one of these modes, a preprogrammed display appears on the main display and sub-display and the Mode Reset Timer starts counting down the time. If no key is pressed before the amount of time configured in Mode Reset Timer expires, the transceiver returns to the previous mode.

If a Function key is pressed, the transceiver waits for a function configured for 2nd Function to be activated, and then Mode Reset Timer starts counting down. If no key is pressed before the amount of time configured in Mode Reset Timer expires, the transceiver cancels waiting for the function to be activated. Mode Reset Timer can be extended by key operation.

Mode Reset Timer is used for the following Function Modes:

Table 3-3 Objective Function Modes for Mode Reset Timer

2-tone Mode

Activity Detection Mode

ANR Preset Mode

Audio Profile Mode

Auto Dimmer Mode

Autodial Mode

Autodial Programming Mode

AUX Mode

AUX A/B/C Mode

Battery Information Display Mode

Bluetooth Mode

Bluetooth Device Mode

Bluetooth Find Device Mode

Bluetooth Headset Connection Type Mode

Bluetooth Information Mode

Bluetooth My Devices Mode

Bluetooth Speaker Mode

Broadcast Mode

Channel Entry Mode

Clock Mode

Clock Adjustment Mode

Color Scheme Mode

Direct Channel & OST Mode

Display Format Mode

Eject SD Card Mode

External Mic Sense Mode

External Speaker Mode

Fixed Volume Mode

Format SD Card Mode

Forward Mode

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3 BASIC OPERATIONS

3.3 Using Function Keys

Free-dial Entry Mode

GPS Mode

GPS/Bluetooth Reset Mode

GPS Position Display Mode

Group Call Mode

Group ID Entry Mode

High Transmit Power Mode

Horn Alert Mode

Individual Call Mode

Intercom Mode

IP Address Mode

Key Delete Mode

Keyset Select Mode

Language Mode

LCD Brightness Mode

Lone Worker ON/OFF Mode

Low Transmit Power Mode

Maintenance Display Mode

Master Volume Control Mode

Medium Transmit Power Mode

Menu Mode

Mic Sense Mode

Microphone Type Mode

Monitor Mode

Multi RF Deck View Mode

My ID Mode

OST Mode

OST List Mode

OVCM Mode

Playback Mode

Priority-channel Select Mode

Public Address Mode

Radio Check Mode

Radio Inhibit Mode

Radio Uninhibit Mode

Remote Control Mode

RF Deck Select Mode

Receive Entry Mode

RX Audio Equalizer (High) Mode

RX Audio Equalizer (High Midrange) Mode

RX Audio Equalizer (Middle) Mode

RX Audio Equalizer (Low Midrange) Mode

RX Audio Equalizer (Low) Mode

RX Audio Gain Control Mode

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3 BASIC OPERATIONS

3.3 Using Function Keys

Scan Mode

Scan Delete/Add Mode

Scan Normal Mode

Scan Program Mode

Scrambler/Encryption Mode

Scrambler/Encryption Code Mode

SD Card Direct Access Mode

Selcall Mode

Site Lock Mode

Site Select Mode

Speaker 1-2 Mute Mode

Speaker Type Mode

Squelch Level Mode

Squelch Off Mode

Stack Mode

Status Mode

Surveillance Mode

Short Message Mode

System Select Mode

Talk Around Mode

Talkgroup ID Select Mode

Text Messaging Mode

Transceiver Password Mode

TX Audio Equalizer (High) Mode

TX Audio Equalizer (High Midrange) Mode

TX Audio Equalizer (Middle) Mode

TX Audio Equalizer (Low Midrange) Mode

TX Audio Equalizer (Low) Mode

TX Audio Gain Control Mode

Unselected RF Deck Speaker Mode

Unselected Speaker Offset Mode

Vibrator Mode

VOX Mode

VOX Gain Level Mode

Zone Delete/Add Mode

Modes entered only from Menu Mode.

“Input Password” reappears on the display when the duration configured in Mode Reset Timer

elapses.

Configuration using KPG-D1/ D1N

Configuring Mode Reset Timer (

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Transceiver Settings > Optional Features > Optional Features 1 > Others)

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3 BASIC OPERATIONS

3.3 Using Function Keys

Keypad Operation

The keypad operating method can be selected according to the user’s purpose.

Functions can be assigned to the keypad by using KPG-D1/ D1N. The following is the list of the functions that can be assigned to the transceiver for Keypad Operation:

Table 3-4 Keypad Operation

Configuration Description

None

Channel Entry

Group ID/Channel

Entry

OST

Autodial

Keypad Auto PTT Every time a key on the keypad is pressed, the DTMF code is instantly sent.

Short Message

Status

Individual

Pressing a key on the keypad of the transceiver causes the Key-entry Error Tone (1 beep) to sound, but it has no effect on the transceiver.

Pressing a key on the keypad can directly specify a channel. (Refer to Changing the Channel by

Specifying the Number (Channel Entry).)

In an NXDN Trunking system, pressing the [0] to [9] keys on the transceiver’s keypad can directly specify

the ID (Group ID Entry) (NXDN Trunking System Only).)

In a system other than an NXDN Trunking system, pressing the [0] to [9] keys on the transceiver’s keypad can directly specify the channel number. (Refer to Changing the Channel by Specifying the

Number (Channel Entry).)

Pressing a key on the keypad can directly select the OST from the OST List 1 to OST List 40. (Refer to Analog FUNC Changing the Decode/ Encode Combination of the QT/ DQT (OST).)

In a P25 Trunking system, NXDN Trunking system, NXDN Conventional system, DMR Conventional system, or Analog Conventional system, pressing the [0] transceiver to enter Autodial Mode. In Autodial Mode, the transceiver can transmit by selecting a DTMF code from Autodial List or directly entering a DTMF code.

However, the transceiver behavior on a control channel varies as below depending on the configuration in Telephone Interconnect (List Only, Unlimited or Answer Only). (Refer to P25 FUNC

Configuring the Transmission and Reception Behaviors of a Telephone Call (Telephone Interconnect).)

Answer Only:

Unlimited:

List Only:

If Store & Send is disabled and Autodial List is configured, transmission of a DTMF code on a communication channel, regardless of the configuration in Telephone Interconnect, allows the transceiver to transmit by selecting a DTMF code from Autodial List. If Store & Send is enabled, the transceiver can transmit by directly entering a DTMF code.

Pressing the [0] Short Message can be sent by directly entering a Short Message.

Pressing the [0] to [9] keys on the keypad enters Status Mode. In Status Mode, a status configured in the Status List in a P25 Trunking system, an NXDN system, or a DMR Conventional system can be selected. Also, in an NXDN system, a Status Message can be sent by directly entering a status number.

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Individual Call Mode in a P25 system, NXDN system, or DMR Conventional system. In Individual Call Mode, a call can be initiated by selecting an Individual ID configured in the Individual ID List or directly entering an Individual ID.

the Group ID in the NXDN Trunking system. (Refer to Changing the Group ID by Specifying

to [9] keys on the keypad allows the

The transceiver cannot enter Autodial Mode on a control channel.

If the transceiver enters Autodial Mode on a control channel, the transceiver can transmit by selecting a DTMF code from the Autodial List when Autodial List is configured. If Autodial List is not configured, the transceiver can transmit by directly entering a DTMF code.

to [9] keys on the keypad enters Short Message Mode. In Short Message Mode, a

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3 BASIC OPERATIONS

3.3 Using Function Keys

Configuration Description

NXDN system:

Individual + Short

Message

Individual + Status

Group

Pressing the [0] an NXDN system. In Individual Call Mode, a call can be initiated by selecting an Individual ID

configured in the Individual ID List or directly entering an Individual ID. Then, pressing the [F] key while the transceiver is in Individual Call Mode allows the transceiver to enter Short Message Mode. In Short Message Mode, a Short Message can be sent by directly entering a Short Message.

P25 system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Individual Call Mode in a P25 system. In Individual Call Mode, a call can be initiated by selecting an Individual ID configured in the Individual ID List or directly entering an Individual ID.

Then, in a P25 Conventional system, pressing the [F] key while the transceiver is in Individual Call Mode allows the transceiver to enter Short Message Mode. In Short Message Mode, a Short Message can be sent by directly entering a Short Message.

DMR Conventional system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Individual Call Mode in a DMR Conventional system.

In Individual Call Mode, a call can be initiated by selecting an Individual ID configured in the Individual ID List or directly entering an Individual ID. Then, pressing the [F] key while the

transceiver is in Individual Call Mode allows the transceiver to enter Short Message Mode. In Short Message Mode, a Short Message can be sent by directly entering a Short Message.

NXDN system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Individual Call Mode in an NXDN system. In Individual Call Mode, a call can be initiated by selecting an Individual ID

configured while the transceiver is in Individual Call Mode allows the transceiver to enter Status Mode. In Status Mode, a Status Message can be sent by selecting a status configured in NXDN Status List or directly entering a status number.

P25 system:

DMR Conventional system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Individual Call Mode in a DMR Conventional system.

In Individual Call Mode, a call can be initiated by selecting an Individual ID configured in the Individual ID List or directly entering an Individual ID. Then, pressing the [F] key while the

transceiver is in Individual Call Mode allows the transceiver to enter Status Mode. In Status Mode, a status can be sent by selecting a status configured in the DMR Status List or directly entering a status.

NXDN Conventional system:

Pressing the [0] NXDN Conventional system. In Group Call Mode, a Group Call can be initiated by selecting a Group ID registered in the Group ID List.

P25 Conventional system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Talkgroup ID Select Mode in a P25 Conventional system. In Talkgroup ID Select Mode, the Talkgroup ID configured for a channel can be changed.

DMR Conventional system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Group Call Mode in a DMR Conventional system. In Group Call Mode, a Group Call can be initiated by selecting a Group ID registered in the Group ID List.

to [9] keys on the keypad allows the transceiver to enter Individual Call Mode in

in the Individual ID List or directly entering an Individual ID. Then, pressing the [F] key

to [9] keys on the keypad allows the transceiver to enter Group Call Mode in an

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3 BASIC OPERATIONS

3.3 Using Function Keys

Configuration Description

NXDN Conventional system:

Pressing the [0]

to [9] keys on the keypad allows the transceiver to enter Group Call Mode in an

NXDN Conventional system. In Group Call Mode, a call can be initiated by selecting a Group ID registered in the Group ID List. Then, pressing the [F] key while the transceiver is in Group Call

Mode allows the transceiver to enter Short Message Mode. In Short Message Mode, a Short Message can be sent by directly entering a Short Message.

NXDN Trunking system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Short Message Mode in an NXDN Trunking system. In Short Message Mode, a Short Message can be sent by directly

Group + Short

Message

entering a Short Message.

P25 Conventional system:

DMR Conventional system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Group Call Mode in a DMR Conventional system. In Group Call Mode, a Group Call can be initiated by selecting a Group

ID registered in the Group ID List. Then, pressing the [F] key while the transceiver is in Group Call Mode allows the transceiver to enter Short Message Mode. In Short Message Mode, a Short Message can be sent by directly entering a Short Message.

NXDN Conventional system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Group Call Mode in an NXDN Conventional system. In Group Call Mode, a call can be initiated by selecting a Group ID

registered in the Group ID List. Then, pressing the [F] key while the transceiver is in Group Call

allows the transceiver to enter Status Mode. In Status Mode, a Status Message can be sent

Mode by selecting a status configured in NXDN Status List or directly entering a status number.

NXDN Trunking system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Status Mode in an NXDN Trunking system. In Status Mode, a Status Message can be sent by selecting a status configured

Group + Status

in NXDN Status List or directly entering a status number.

P25 Conventional system:

DMR Conventional system:

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Group Call Mode in a DMR Conventional system. In Group Call Mode, a Group Call can be initiated by selecting a Group

ID registered in the Group ID List. Then, pressing the [F] key while the transceiver is in Group Call Mode allows the transceiver to enter Status Mode. In Status Mode, a status can be sent by selecting a status configured in the DMR Status List or directly entering a status.

to [9] keys on the keypad allows the transceiver to enter Direct Channel & OST

Direct Channel &

OST

Pressing the [0] Mode. If the Menu ([Q]) or the [*] key is pressed in Direct Channel & OST Mode, the transceiver migrates to the channel of the entered number. Or, if the Back ([O]) or [#] key is pressed in Direct

Channel & OST Mode, the transceiver migrates to the OST list of the entered number, and this OST list number is configured after the OST list number is displayed for 2 sec.

Free-dial Entry

Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Free-dial Entry Mode. In Free-dial Entry Mode, a 5-tone code can be sent by directly entering a 5-tone code.

Note

Refer to each Function Reference for details about various calls.

directly enter an Individual ID or status in an NXDN system, P25 system, or DMR Conventional system, Manual Dialing

To needs to be enabled using KPG-D1/ D1N. (Refer to Manual Dialing.)

Refer to “Available Functions for the PF Keys” for the description on FleetSync or MDC-1200.

Configuration using KPG-D1/ D1N

Configuring Keypad Operation (

Common FUNC (K, F)/Ver 2.20 35

Transceiver Settings > Key Assignment > General > Keypad)

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3 BASIC OPERATIONS

3.3 Using Function Keys

Manual Dialing

system. In a P25 system, this function can directly enter an Individual ID. In an analog system, this function can directly enter a Fleet/ ID or an MDC-1200 ID.

If Manual Dialing is enabled, an Individual ID, Fleet/ ID, or status number can directly be entered and a call can be initiated using the keypad, [G], or [H].

is the function to directly enter an Individual ID or status number in an NXDN system or DMR Conventional

Configuration using KPG-D1/ D1N

Configuring Manual Dialing (P25 Conventional) to be enabled or disabled (

Personal Features > P25 Conventional > P25)

Configuring Manual Dialing

> Personal Features > NXDN Conventional > NXDN)

Configuring Manual Dialing

Personal Features > P25 Trunking > General)

Configuring Manual Dialing

Personal Features > NXDN Trunking > General)

Configuring Manual Dialing (DMR

Personal Features > DMR Conventional > DMR)

Configuring Manual Dialing (FleetSync)

Features > Analog Conventional > Analog > FleetSync)

Configuring Manual Dialing (MDC-1200) to be enabled or disabled (

Features > Analog Conventional > Analog > MDC-1200)

(NXDN Conventional) to be enabled or disabled (

(P25 Trunking) to be enabled or disabled (

(NXDN Trunking) to be enabled or disabled (

Conventional) to be enabled or disabled (

to be enabled or disabled (

Transceiver

Transceiver Settings > Personal >

Transceiver Settings > Personal

Transceiver Settings > Personal >

Settings > Personal > Personal

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Audio 1

12 : 34

Message 5

12 : 34

Individual Group Status

Back

Call

3 BASIC OPERATIONS

3.4 Using Menu Mode

3.4

Menu Mode allows a selecting a function in the menu format and activating the function.

a maximum of 64 functions can be configured for a maximum of 12 categories, many functions can be used in Menu

Since Mode.

Using Menu Mode

Operating the transceiver

The following procedure is an example of the user operation in Menu Mode. Displays and operation methods vary depending on the configuration in Menu Icon Size.

If “Large” is configured in Menu Icon Size

Press the Menu key.

The transceiver enters Menu Mode and then category icons appear.

Select a category by pressing the [

Note

If other function icons are in the rows below and the [F] key is pressed while the focus is at the right end of the current row, the function icons in the row directly below appear and the focus moves to the left end of this row directly below. If other function icons are not in the rows below

the [F] key is pressed while the focus is at the right end of the current

and row, a Rollover Tone (1 beep) sounds from the transceiver, and then the focus moves to the left end of the current row.

If other function icons are in the rows above and the [E] key is pressed while the focus is at the left end of the current row, the function icons in the row directly above appear and the focus moves to the left end of this row directly above. If other function icons are not in the rows above and

the [E] key is pressed while the focus is at the left end of the current row, a Rollover Tone (1 beep) sounds from the transceiver, and then the focus moves to the right end of the current row.

Press the Menu ([ ]) or [ ] key.

The Function List for the selected category appears.

], [ ], [ ], or [ ] key.

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Individual Group Status

Back

Call

12 : 34

Group 001 Group 002 Group 003

Back

Group

12 : 34

Off On

Low TX Power 1

Back

12 : 34

Audio/Tone Call Scan

12 : 34

Audio/Tone Call Scan

Menu 2

3 BASIC OPERATIONS

3.4 Using Menu Mode

Select the function to be started from the Function List by pressing the [ ] or [ ] key.

Press the Menu ([ ]) or [ ] key.

The selected function functions.

Options for a function, such as “ON” and “OFF”, can be selected by pressing the [G]

Menu ([Q]) or [*] key.

If “Small” is configured in Menu Icon Size

Press the Menu key.

The transceiver enters Menu Mode and then the Category List appears.

Select the Category List by pressing the [

or [H] key and then can be determined by pressing the

]

or [

Example: Low Transmit Power

] key.

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Individual Group Status

Back

Call

12 : 34

Individual Group Status

Back

Call

12 : 34

Group 001 Group 002 Group 003

Back

Group

12 : 34

Off On

Low TX Power 1

Back

3 BASIC OPERATIONS

3.4 Using Menu Mode

Press the Menu ([ ]) or [ ] key.

The Function List for the selected category appears.

Select the function to be started from the Function List by pressing the [ ] or [ ] key.

Press the Menu ([ ]) or [ ] key.

The selected function functions.

Options for a function, such as “ON” and “OFF”, can be selected by pressing the [G] Menu ([Q]) or [*] key.

Note

The category does not appear in Menu Mode when only one category is configured. When the transceiver enters Menu Mode, the functions registered in Menu Mode appear.

Refer to “KEY OPERATIONS FOR EACH MODE” for the operation of each key in Menu Mode.

or [H] key and then can be determined by pressing the

Example: Low Transmit Power

Configuration using KPG-D1/ D1N

Configuring Menu Mode (

Common FUNC (K, F)/Ver 2.20 39

Transceiver Settings > Key Assignment > Menu)

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3 BASIC OPERATIONS

3.5 Changing the Zone-channel

3.5

The Zone-channel can be changed using the Selector (Portable only) or PF keys.

Changing the Zone-channel

Changing the Zone

The zone can be changed by operating the Selector (Portable only) or PF keys.

Portable

Changing the zone according to the number indicated by the pointer of the Selector

Rotating the Selector causes Zones that can be selected are limited to zone 1 to zone 16.

If an unprogrammed zone is selected, “**************” appears on the display. This behavior can be realized by installing a stopper on the Selector, enabling 16 Zone/Channel Selector, and assigning

the Zone Select function to the Selector. (Refer to Available Functions for the Selector.)

Changing the zone regardless of the number indicated by the pointer of the Selector

Rotating the Selector clockwise increases the zone number in steps of 1. Rotating the Selector counterclockwise decreases the zone number in steps of 1.

If an unprogrammed zone is selected, the zone will be skipped. This behavior can be realized by disabling 16 Zone/Channel Selector and assigning the Zone Up/ Down function to the

Selector. (Refer to Available Functions for the Selector.)

the transceiver to migrate to the zone having the same number specified by the Selector.

Changing the zone by using the PF key

Pressing the Zone Up key increases the zone number in steps of 1. Pressing the Zone Down key decreases the zone number in steps of 1.

If “Zone Up (Continuous)” or “Zone Down (Continuous)” is assigned to the Zone Up or Zone Down key, the zone number is increased or decreased continuously every 200 ms by pressing and holding the Zone Up or Zone Down key.

If an unprogrammed zone is selected, the zone will be skipped.

Changing the zone by using the Lever switch

Positioning the Lever switch to the [A] position migrates the transceiver to the zone configured in Zone A (Lever A Position).

Positioning the Lever switch to the [B] position migrates the transceiver to the zone configured in Zone B (Lever B Position).

Note

The operation for changing the zone changes depending on the configuration in Rollover/

End Stop.)

End Stop. (Refer to Rollover/

Mobile

Pressing the Zone Up key increases the zone number in steps of 1. Pressing the Zone Down key decreases the zone number in steps of 1. KCH-20R (Featured Panel) is operated by using the Selector just as Portable.

If an unprogrammed zone is selected, the zone will be skipped.

Note

The operation for changing the zone changes depending on the configuration in Rollover/

End Stop.)

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End Stop. (Refer to Rollover/

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3 BASIC OPERATIONS

3.5 Changing the Zone-channel

Configuration using KPG-D1/ D1N

Assigning functions to the PF keys on the transceiver ( Transceiver Settings > Key Assignment)

Configuring 16 Zone/Channel Selector to be enabled or disabled ( Transceiver Settings > Key Assignment > Top/Side)

Configuring Zone A (Lever A Position) ( Transceiver Settings > Key Assignment > Zone Select)

Configuring Zone B (Lever B Position) ( Transceiver Settings > Key Assignment > Zone Select)

Changing the Channel

The channel can be changed using the Selector (Portable only) or PF keys.

Portable

Changing the channel according to the number indicated by the pointer of the Selector

Rotating the Selector Selector. Channels that can be selected are limited to channel 1 to channel 16.

If an unprogrammed channel is selected, “**************” appears on the display. This behavior can be realized by installing a stopper on the Selector, enabling 16 Zone/Channel Selector, and assigning

the Channel Select function to the Selector. (Refer to Available Functions for the Selector.)

causes the transceiver to migrate to the channel having the same number specified by the

Changing the channel regardless of the number indicated by the pointer of the Selector

Rotating the Selector clockwise increases the channel number in steps of 1. Rotating the Selector counterclockwise decreases the channel number in steps of 1.

If an unprogrammed channel is selected, the channel will be skipped. This behavior can be realized by disabling 16 Zone/Channel Selector and assigning the Channel Up/ Down function to

the Selector. (Refer to Available Functions for the Selector.)

Using the PF keys

Pressing the Channel Up key increases the channel number in steps of 1. Pressing the Channel Down key decreases the channel number in steps of 1.

If “Channel Up (Continuous)” or “Channel Down (Continuous)” is assigned to the Channel Up or Channel Down key, the channel number increases or decreases continuously at 200 ms intervals by pressing and holding the Channel Up or Channel Down key.

If an unprogrammed channel is selected, the channel will be skipped.

Note

The operation for changing the channel changes depending on the configuration in Rollover/ End Stop. (Refer to

Rollover/ End Stop.)

Mobile

Pressing the Channel Up key channel number in steps of 1. KCH-20R (Featured Panel) is operated by using the Selector just as Portable.

If an unprogrammed channel is selected, the channel will be skipped.

increases the channel number in steps of 1. Pressing the Channel Down key decreases the

Note

The operation for changing the channel changes depending on the configuration in Rollover/ End Stop. (Refer to

Rollover/ End Stop.)

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3 BASIC OPERATIONS

3.5 Changing the Zone-channel

Configuration using KPG-D1/ D1N

Assigning functions to the PF keys on the transceiver ( Transceiver Settings > Key Assignment)

Configuring 16 Zone/Channel Selector to be enabled or disabled ( Transceiver Settings > Key Assignment > Top/Side)

Rollover/ End Stop

Rollover/ End Stop is

the PF keys or Selector on the transceiver.

The zone or channel migrates as below depending on the configuration using KPG-D1/ D1N when changing the zone or channel using the PF keys or Selector on the transceiver.

Configuration Description

Rollover

End Stop

the method to configure how a zone or channel migrates when changing the zone or channel using

Table 3-5 Rollover/ End Stop

A Rollover Tone (1 beep) sounds from the transceiver and the transceiver migrates to the zone or channel having the lowest number when attempting to increase the zone or channel number while the zone or channel having the largest number is selected.

The

transceiver migrates to the zone or channel having the largest number when attempting to decrease

the zone or channel number while the zone or channel having the lowest number is selected.

The zone or channel in the range between the highest and lowest numbers can be selected. The zone

channel number is not looped. A Stop Tone (1 beep) sounds from the transceiver and the transceiver

or does not migrate to a different zone or channel when attempting to increase the zone or channel number while the zone or channel having the largest number is selected. Also, a Stop Tone (1 beep) sounds from the transceiver and the transceiver does not migrate to a different zone or channel when attempting to decrease the zone or channel number while the zone or channel having the lowest number is selected.

Configuration using KPG-D1/ D1N

Configuring Rollover/ End Stop (

Transceiver Settings > Optional Features > Optional Features 1 > Others)

Changing the Channel by Specifying the Number (Channel Entry)

Channel Entry can be used to directly migrate to the channel to be used.

For use of this function, pressing the Channel Entry or Group ID/Channel Entry keys causes the transceiver to enter Channel Entry Mode.

Using the Channel Entry key

The channel number in the current zone can be specified by directly entering numbers after pressing the Channel Entry key.

Also, if “Channel Entry” is configured in Keypad Operation, the channel number can be specified by pressing the [0] [9] keys on the keypad even if the Channel Entry key is not pressed.

Using the Group ID/Channel Entry key

While a zone other than an NXDN Trunking system zone is selected, the channel in the current zone can be specified by directly entering numbers after pressing the Group ID/Channel Entry key.

Also, if “Group ID/Channel Entry” is configured in Keypad Operation, the channel can be specified by pressing the [0] to [9] keys on the keypad while a zone other than an NXDN Trunking system zone is selected.

The transceiver automatically recognizes the digits of the highest channel number configured for the transceiver. The channel number can be entered within this range of digits.

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[ 001] Channel No. ___

Low TX Power 1Channel Entry

3 BASIC OPERATIONS

3.5 Changing the Zone-channel

Operating the transceiver

Press the Channel Entry key,

NXDN Trunking system zone.

The transceiver enters Channel Entry Mode. The following operations are identical even if the transceiver enters

Channel Entry Mode by using the keypad.

Enter the channel number.

The following are examples for entering a channel number by using the keypad.

If the maximum channel number has 3 digits:

To make a call on channel 250, press the [2], [5] and [0] keys in this order. To make a call on channel 90, press the [0], [9] and [0] keys in this order. To make a call on channel 7, press the [0], [0] and [7] keys in this order.

If the maximum channel number has 2 digits:

To make a call on channel 90, press the [9] and [0] To make a call on channel 7, press the [0] and [7] keys in this order.

If the maximum channel number has 1 digit:

To make a call on channel 7, press the [7] key. If the maximum number of digits is entered, the transceiver exits Channel Entry Mode and then migrates to the

channel of the entered channel number.

or press the Group ID/Channel Entry key after selecting a zone other than an

keys in this order.

Press the Menu ([ ]) key.

The transceiver exits Channel Entry Mode and then migrates to the channel of the entered number.

there is no channel of the entered channel number, a Key-entry Error Tone (1 beep) sounds from the transceiver,

If and then the transceiver exits Channel Entry Mode.

Note

Refer to “KEY OPERATIONS FOR EACH MODE” for key operations for entering the channel number in Channel Entry Mode.

channel number selected before the transceiver enters Channel Entry Mode appears on the display, such as “[001]”.

The Pressing the Menu ([Q]) or [*] key while no channel number is entered causes the transceiver to exit Channel Entry Mode

and then to return to this channel number.

If the transceiver exits Channel Entry Mode by pressing the Home ([T]) key, the transceiver returns to the channel selected before the transceiver entered Channel Entry Mode.

Pressing the PTT switch while in Channel Entry Mode causes the transceiver to transmit on the channel selected before the transceiver entered Channel Entry Mode.

If the channel is changed while in Channel Entry Mode, pressing the PTT switch initiates transmission on the channel to which the transceiver has changed.

If no key is pressed before the amount of time configured in Mode Reset Timer elapses, the transceiver exits Channel Entry Mode and then returns to the channel selected before the transceiver entered Channel Entry Mode.

Configuration using KPG-D1/ D1N

Assigning functions to the PF

Common FUNC (K, F)/Ver 2.20 43

keys on the transceiver (

Transceiver Settings > Key Assignment)

CONTENTS INDEX

Page 75

12 : 34

[00001] Group

ID ___

Group Entry

3 BASIC OPERATIONS

3.5 Changing the Zone-channel

Changing the Group ID by Specifying the ID (Group ID Entry) (NXDN Trunking System Only)

Group ID Entry is

be used in an NXDN Trunking system. The Group ID to be used can be specified by directly entering a Group ID after pressing the Group ID/Channel Entry key

when a zone in an NXDN Trunking system is selected. Also, if “Group ID/Channel Entry” is configured in Keypad Operation, the Group ID can be specified by pressing the [0] to

[9] keys on the keypad while a zone in an NXDN Trunking system is selected. By specifying a Group ID configured for a zone in an NXDN Trunking system, the transceiver can migrate to a channel with

the Group ID. The transceiver automatically recognizes the digits of the highest Group ID in all the zones in an NXDN Trunking system

configured for the transceiver.

the function to migrate the transceiver to the channel with the Group ID which is directly selected and to

Operating the transceiver

Press the Group ID/Channel Entry key after an NXDN Trunking system zone is selected.

The transceiver enters Group ID Entry Mode.

following operations are identical even if the transceiver enters Group

The ID Mode by using the keypad.

Enter a Group ID.

The following are examples for entering a Group ID by using the keypad.

If the maximum Group ID has 5 digits:

To enter Group ID 21250, press the [2], [1], [2], [5] and [0] To enter Group ID 1250, press the [0], [1], [2], [5] and [0] keys in this order. To enter Group ID 250, press the [0], [0], [2], [5] and [0] keys in this order. To enter Group ID 90, press the [0], [0], [0], [9] and [0] keys in this order. To enter Group ID 7, press the [0], [0], [0], [0] and [7] keys in this order.

If the maximum Group ID has 4 digits:

To enter Group ID 1250, press the [1], [2], [5] and [0] keys in this order. To enter Group ID 250, press the [0], [2], [5] and [0] keys in this order. To enter Group ID 90, press the [0], [0], [9] and [0] keys in this order. To enter Group ID 7, press the [0], [0], [0] and [7] keys in this order.

If the maximum Group ID has 3 digits:

To enter Group ID 250, press the [2], [5] and [0] keys in this order. To enter Group ID 90, press the [0], [9] and [0] keys in this order. To enter Group ID 7, press the [0], [0] and [7] keys in this order.

If the maximum Group ID has 2 digits:

To enter Group ID 90, press the [9] and [0] keys in this order. To enter Group ID 7, press the [0] and [7] keys in this order.

If the maximum Group ID has 1 digit:

To enter Group ID 7, press the [7] key.

If the maximum number of digits is entered, the transceiver exits Group ID Entry Mode and then migrates to the channel of the entered Group ID.

keys in this order.

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Menu Zone

Home Zone 1

Channel 1

12 : 34

3 BASIC OPERATIONS

3.5 Changing the Zone-channel

Press the Menu ([

The transceiver exits Group ID Entry Mode and then migrates to the channel of the entered Group ID.

there is no channel with the entered Group ID, a Key-entry Error Tone (1 beep) sounds from the transceiver, and

If then the transceiver exits Group ID Entry Mode.

Note

Refer to “KEY OPERATIONS FOR EACH MODE”

Pressing the PTT switch while in Group ID Entry Mode causes the transceiver to transmit on the channel selected before the transceiver entered Group ID Entry Mode. If the channel is changed while in Group ID Entry Mode, pressing the PTT switch initiates transmission on the channel to which the transceiver has changed.

]) key.

for key operations for entering the Group ID in Group ID Entry Mode.

Configuration using KPG-D1/ D1N

Assigning functions to the PF keys on the transceiver (

Transceiver Settings > Key Assignment)

Changing the Channel with a Single Touch

The channel can be changed with a single touch by using the Home Channel or Direct Channel function.

Home Channel

Home Channel is the function to migrate the transceiver to a preconfigured channel by pressing the Home Channel key.

The transceiver can move to and from channels in the same zone.

Also, pressing the Home Channel Select key can change the Home Channel.

Or, pressing the Menu key causes the transceiver to enter Menu Mode, and then the Home Channel can be changed by selecting “Home Channel Select”. (Refer to Using Menu Mode.)

Note

If the Home Channel key to the Home Channel, and then a Scan Stop Tone (2 beeps) continuously sounds from the transceiver at 30-sec intervals.

is pressed during the scan, the transceiver pauses scanning while the transceiver is migrating

Operating the transceiver

Migrating to the Home Channel

Press the Home Channel key.

A Key Beep A (1 beep) sounds from the transceiver, and then the transceiver migrates to the Home Channel configured for the selected zone. “Home” appears on the display.

Common FUNC (K, F)/Ver 2.20 45

CONTENTS INDEX

Page 77

Menu Zone

Zone 1

Channel 15

12 : 34

Menu Zone

Zone 1

Channel 15

12 : 34

Menu Zone

Home Zone 1

Channel 15

12 : 34

3 BASIC OPERATIONS

3.5 Changing the Zone-channel

Press the Home Channel key again.

A Key Beep B (2 beeps) sounds from the transceiver, and then the transceiver returns to the previous channel.

Changing the Home Channel

Select the channel to be configured as the Home Channel.

Press the Home Channel Select key.

A Key Beep C (3 beeps) sounds from the transceiver, and then the Home Channel is changed. “Home” appears on the display at the same time.

Configuration using KPG-D1/ D1N

Configuring Home Channel ( Transceiver Settings > Zone/Channel > Zone Edit > General)

Assigning functions to the PF keys on the transceiver ( Transceiver Settings > Key Assignment)

Direct Channel

Direct Channel is the function to migrate the transceiver to a preconfigured channel by pressing one of the Direct Channel 1

to Direct Channel 5 keys. The transceiver can move to and from channels in each zone.

Also, pressing one of the Direct Channel 1 Select to Direct Channel 5 Select keys can change the Direct Channel.

Or, pressing the Menu key causes the transceiver to enter Menu Mode, and then the Direct Channel can be changed by selecting one of “Direct Channel 1 Select” to “Direct Channel 5 Select”. (Refer to Using Menu Mode.)

Common FUNC (K, F)/Ver 2.20 46

Note

If the Return function is enabled, pressing one of the Direct scanning while the transceiver is migrating to the Direct Channel, and then a Scan Stop Tone (2 beeps) continuously sounds from the transceiver at 30-sec intervals.

Channel 1 to Direct Channel 5 keys during the scan pauses

CONTENTS INDEX

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Menu Zone

DR1 Zone 1

Channel 1

12 : 34

Menu Zone

Zone 1

Channel 15

12 : 34

Menu Zone

Zone 1

Channel 15

12 : 34

Menu Zone

DR1 Zone 1

Channel 15

12 : 34

3 BASIC OPERATIONS

3.5 Changing the Zone-channel

Operating the transceiver

Migrating to the Direct Channel

Press one of the Direct Channel 1 to Direct Channel 5 keys.

A Key Beep A (1 beep) sounds from the transceiver, and then the transceiver “DRn” appears on the display. The selected Direct Channel number is entered in “n”.

If the same Direct Channel key is pressed again while the Return function is enabled, a Key Beep B (2 beeps) sounds from the transceiver, and then the transceiver returns to the previous channel.

migrates to the Direct Channel regardless of the selected zone.

Changing the Direct Channel

Select the channel to be configured as the Direct Channel.

Press one of the Direct Channel 1 Select to Direct Channel 5 Select

A Key Beep C (3 beeps) sounds from the transceiver, and then the Direct Channel is changed. “DRn” appears on the display at the same time.

keys.

Configuration using KPG-D1/ D1N

Common FUNC (K, F)/Ver 2.20 47

Configuring Direct Channel ( Transceiver Settings > Key Assignment > Direct Channel)

Configuring the Return function to be enabled or disabled ( Transceiver Settings > Key Assignment > Direct

Channel)

Assigning functions to the PF keys on the transceiver ( Transceiver Settings > Key Assignment)

CONTENTS INDEX

Page 79

3 BASIC OPERATIONS

3.6 Transmitting/ Receiving

3.6

The PTT

Transmitting/ Receiving

switch can be used to transmit and receive.

Receiving

Received audio sounds from the speaker when the transceiver receives a signal and conditions to unmute the speaker are satisfied. To respond, speak into the microphone while pressing the PTT switch.

Transmitting

Transmitting can be initiated by selecting the desired Zone-channel and then pressing the PTT switch. by speaking into the microphone while pressing the PTT switch. Releasing the PTT switch terminates transmitting.

Conditions to unmute the speaker while receiving, the transceiver behavior while transmitting, or communication methods, such as an individual call or group call, vary according to the system in use. Refer to each Function Reference for communication methods in each system.

In addition, for Mobile, various communications can be done using the external ports of the transceiver. Refer to “D-sub 25-

pin Connector” for the function of the external ports of Mobile.

Note

Audio characteristics of the microphone and speaker for transmitting and receiving can be configured in Audio Profile. (Refer to Configuring Audio Profile (Audio Profile).)

Audio is transmitted

Common FUNC (K, F)/Ver 2.20 48

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3 BASIC OPERATIONS

3.7 Viewing the Receive History (Stack)

3.7

In Stack Mode, the incoming call history (Caller ID) can be viewed. In an analog system (FleetSync/ MDC-1200/ 5-tone), an NXDN system, or a DMR Conventional system, in addition to the incoming call history, received Status Messages and Short Messages can be viewed in Stack Mode. Received IDs and messages are stored in the stack memory of the transceiver.

In order to store the received IDs and various messages in the stack memory of the transceiver, Caller ID Stack, Status Message Stack, or Short Message Stack needs to be individually enabled by using KPG-D1/ D1N.

The “

Pressing the Stack key causes the transceiver to enter Stack Mode. Or, pressing the Menu key causes the transceiver to enter

Menu Mode, and then selecting “Stack” will cause the transceiver to enter Stack Mode. (Refer to Using Menu Mode.)

Viewing the Receive History (Stack)

” icon appears if messages are stored in the transceiver. If there is an unread message, the “ ” icon blinks.

The maximum number of stack data that can be stored

Caller ID/ Status Message

A maximum of 250 Caller IDs and Status Messages in total can be stored in the stack memory.

Note

Depending on the configuration of Old (Refer to Stack Procedure of the Receive History (Old Message Overwrite).)

If the configuration is to automatically delete the old data:

Assume that one voice call and 249 Status Messages are stored, and that the voice call is the oldest data. In this case, if a newly received Status Message is stored, the data of the voice call is deleted and 250 Status Messages are stored.

If the configuration is not to automatically delete the old data:

Assume that 250 Status Messages are stored. In this case, even if a new voice call is received, the voice call is not stored because 250 Status Messages are stored.

Message Overwrite, the stack data is deleted or stored like the following examples:

Short Message

The maximum number of Short Message data that can be stored in the transceiver stack memory varies as follows depending on the configuration of Short Message Stack in each communication protocol.

Table 3-6 No. of Short Message Data That can be Stored

Short Message Stack Configuration

FleetSync NXDN P25 DMR

Disabled Disabled Disabled Disabled 0

Enabled Disabled Disabled Disabled 128

Disabled Enabled Disabled Disabled 128

Enabled Enabled Disabled Disabled 128

Disabled Disabled Enabled Disabled 64

Enabled Disabled Enabled Disabled 64

Disabled Enabled Enabled Disabled 64

Enabled Enabled Enabled Disabled 64

Disabled Disabled Disabled Enabled 32

Enabled Disabled Disabled Enabled 32

Disabled Enabled Disabled Enabled 32

Enabled Enabled Disabled Enabled 32

Disabled Disabled Enabled Enabled 32

Enabled Disabled Enabled Enabled 32

No. of Data that Can be

Saved

Common FUNC (K, F)/Ver 2.20 49

CONTENTS INDEX

Page 81

Stack 1

12 : 34

Caller ID Status Message

Back

Call

Caller ID 001

12 : 34

TRUCK 824 TRUCK 824 TRUCK 825

Delete

Status Message 001

12 : 34

In Service Call Office Call Home

Delete

Status Message 001

12 : 34

Please pick up Good morning Good night

View Delete

3 BASIC OPERATIONS

3.7 Viewing the Receive History (Stack)

Note

The following are the notes only for an NXDN Conventional system and NXDN Trunking system:

If the transceiver receives a Group Call from a telephone, the Caller ID is replaced with “Phone Call” and stored in the stack memory of the transceiver.

The Caller ID stored by the transceiver receiving a Group Call from a telephone cannot be called.

Operating the transceiver

Confirming the message

Press the Stack key.

A Key Beep A (1 beep) sounds from the transceiver and the transceiver enters Stack Mode. The subsequent operations are identical even if the transceiver enters Stack Mode by pressing the Menu key.

The display when the transceiver enters Stack Mode varies depending on the configurations of Caller ID Stack, Status Message Stack, and Short Message Stack in each communication protocol, and depending on the presence of stored data.

data is stored with 2 items or more among Caller ID Stack, Status

Message Stack, and Short Message Stack enabled

The category display appears. Proceed to step 2.

If data is stored with only Caller ID Stack enabled

The list of stored Caller IDs appears. Proceed to step 3.

If data is stored with only Status Message Stack enabled

The list of stored Status Messages appears. Proceed to step 3.

If data is stored with only Short Message Stack enabled

The list of stored Short Messages appears. Proceed to step 3.

If no data is stored, “Empty” appears on the display for 1 sec and the transceiver cannot enter Stack Mode.

If at least one system whose Signaling Type is 5-tone is configured, the transceiver determines that Caller ID Stack, Status Message Stack, and Short Message Stack are all enabled, and the transceiver migrates to the

category display.

Common FUNC (K, F)/Ver 2.20 50

Note

CONTENTS INDEX

Page 82

Short Message

Stack 1

12 : 34

Caller ID Status Message

Back

Call

Caller ID 001

12 : 34

TRUCK 824 TRUCK 824 TRUCK 825

Delete

TRUCK 824

001

12 : 34

Please pick up customers at airport terminal

Back

3 BASIC OPERATIONS

3.7 Viewing the Receive History (Stack)

Select any of the “Caller ID”, “Status Message”, or “Short Message” categories and press the Menu ([ ])

or [ ] key.

The list for the selected category appears.

Note

If no data is stored, a Key Beep A (1 beep) sounds from the transceiver and “Empty” appears on the display.

The number of the stored stack data appears at the upper right of the display. Depending on the type of stack data, the following icons appear at the left end of each stack data:

Table 3-7 Stack Mode

Message Type

Caller ID

Status Message

Short Message

Unread Stack -

Press the [ ] or [ ] key to select the data and confirm.

Refer to “Selecting or Clearing Data from a List” for selection methods.

Unread Read

Display

Common FUNC (K, F)/Ver 2.20 51

For Short Message, if the Menu (1 beep) sounds from the transceiver and the selected Short Message appears.

Note

If the Short Message does not fit on one screen, press the [G] the entire message.

([Q]) or [*] key is pressed, a Key Beep A

or [H] key to scroll lines up and down, and confirm

CONTENTS INDEX

Page 83

Short Message 001

12 : 34

Delete

Please pick up Good morning Good night

View

Short Message 001

12 : 34

Delete

TRUCK 824 TRUCK 824 TRUCK 825

View

Short Message 001

12 : 34

Delete

Channel 1 Channel 1 Channel 2

View

Short Message 001

12 : 34

Delete

04/21/’ 14 10:23A 04/20/’ 14 10:09P 04/20/’ 14





8:05A

View

3 BASIC OPERATIONS

3.7 Viewing the Receive History (Stack)

Switching the message display

Press the [ ] or [ ] key.

The display switches as follows:

[E] key:

Caller ID

Caller ID List N Receive Channel List N Receive Date and Time List N

Status/ Short Message

Status/ Short Message List N Caller ID List N Receive Channel List N Receive Date and Time List N Status/ Short Message List N ...

[F] key:

Caller ID

Caller ID List N Receive Date and Time List N Receive Channel List N Caller ID List N ...

Status/ Short Message

Status/ Short Message List N Receive Date and Time List N Receive Channel List N Caller ID List N Status/ Short Message List N ...

Caller ID List N ...

Status/ Short Message list

The received Status Messages and Short Messages are displayed.

Caller ID Name list

The ID Names of the transceivers which sent messages are displayed. If a Caller ID is displayed, press the PTT switch to respond. (Only if the type of the stored message is Caller ID.)

Receive channel list

The channel names of the transceivers which received messages are displayed.

Common FUNC (K, F)/Ver 2.20 52

Receive date and time list

The dates and times of received messages are displayed.

CONTENTS INDEX

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3 BASIC OPERATIONS

3.7 Viewing the Receive History (Stack)

Note

The receive date and time list is displayed only if Time Stamp is enabled. (Refer to Time Stamp.)

Refer to Selecting or Clearing Data from a List for instructions on how to clear a message.

For Caller ID Stack, if System Type of the selected channel when the transceiver enters Stack Mode does not match System Type of the stack data, a Warning Tone A (continuous beep) sounds from the transceiver and transmission is

unavailable Tone (1 beep) sounds from the transceiver and transmission is unavailable.

even if the PTT switch is pressed. Also in this case, even if the Menu ([Q]) key is pressed, a Key-entry Error

Configuration using KPG-D1/ D1N

Assigning functions to the PF

Configuring Caller ID Stack (P25) ( Transceiver Settings > P25 > P25 Information > General > Stack)

Configuring Caller ID Stack (NXDN) ( Transceiver Settings > NXDN > NXDN Information > General > Stack)

Configuring Caller ID Stack > Stack)

Configuring Caller > Stack)

Configuring Status Message Stack (NXDN) ( Stack)

Configuring Status Message Stack (NXDN) ( Transceiver Settings > NXDN > NXDN Information > General > Stack)

Configuring Caller ID Stack (DMR) ( Transceiver Settings > DMR > DMR Information > General > Stack)

Configuring Status

Configuring Short Message Stack (DMR) ( Transceiver

Configuring Short Message Stack (FleetSync) ( General > Stack)

Configuring Short Message Stack General > Stack)

ID Stack (MDC-1200) (

Message Stack (DMR) (

keys on the transceiver ( Transceiver Settings > Key Assignment)

(FleetSync) (

Transceiver Settings > FleetSync > FleetSync Information > General

Transceiver Settings > MDC-1200 > MDC-1200 Information > General

Transceiver Settings > NXDN > NXDN Information > General >

Transceiver Settings > DMR > DMR Information > General > Stack)

Settings > DMR > DMR Information > General > Stack)

Transceiver Settings > FleetSync > FleetSync Information >

Common FUNC (K, F)/Ver 2.20 53

CONTENTS INDEX

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3 BASIC OPERATIONS

3.7 Viewing the Receive History (Stack)

Configuring the Display Order of Data in Stack Mode (Stack Order)

Stack Order is the display order of data in Stack Mode.

Depending on the configuration of Stack Order, the data is displayed in Stack Mode as follows:

Table 3-8 Stack Order

Configuration Description

Descending The newest data appears on the first line of the list.

Ascending The oldest data appears on the first line of the list.

Configuration using KPG-D1/ D1N

Configuring Stack Order

(

Transceiver Settings > Optional Features > Optional Features 1 > Stack)

Enabling the Storage of Redundant Data (Repeated Calls Stack)

Repeated Calls Stack is the function to enable the storage of redundant data.

If Repeated Calls Stack is enabled, a Caller ID or message is stored as new data in the stack memory of the transceiver even if the same Caller ID or message has been previously received.

Configuration using KPG-D1/ D1N

Configuring Repeated

Features 1 > Stack)

Calls Stack to be enabled or disabled (

Transceiver

Settings > Optional Features > Optional

Displaying the Caller ID when Displaying a Message (Caller ID for Message)

Caller ID for Message

is displayed in Stack Mode.

is the function to display the Caller ID of the stored data when the Status Message or Short Message

Configuration using KPG-D1/ D1N

Configuring Caller

Features 1 > Stack > Message Display)

ID for Message to be enabled or disabled (

Common FUNC (K, F)/Ver 2.20 54

Transceiver

Settings > Optional Features > Optional

CONTENTS INDEX

Page 86

3 BASIC OPERATIONS

3.7 Viewing the Receive History (Stack)

Displaying the Receive Channel (Channel Name (Message Display))

Channel Name (Message Display) is the function to display the receive channel of the stored data in Stack Mode.

Configuration using KPG-D1/ D1N

Configuring Channel Name (Message Display) to be enabled or disabled ( Transceiver Settings > Optional

Features > Optional Features 1 > Stack > Message Display)

Stack Procedure of the Receive History (Old Message Overwrite)

Old Message Overwrite

memory of the transceiver.

Configuration Description

Enabled

Disabled

is the method to store the received Caller IDs, Status Messages, and Short Messages in the stack

Table 3-9 Old Message Overwrite

The transceiver stores a received ID or message in the stack memory in the order of receipt to the maximum number of received IDs and messages. If IDs or messages are received in excess of the maximum number of received IDs and messages, the oldest stored ID or message is deleted and the new ID or message is stored in the stack memory. In Stack Mode, the newest stack data is displayed as list number 1.

The transceiver stores a received ID or message in the stack memory in the order of receipt to the maximum number of received IDs and messages. If IDs or messages are received in excess of the maximum number of received IDs and messages, the ID or message is not stored in the stack memory. In Stack Mode, the oldest stack data is displayed as list number 1.

Configuration using KPG-D1/ D1N

Configuring Old Message Overwrite to be enabled or disabled ( Transceiver Settings > Optional Features >

Optional Features 1 > Stack)

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CONTENTS INDEX

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3 BASIC OPERATIONS

3.7 Viewing the Receive History (Stack)

Caller ID Stack

Caller ID Stack is the function to store IDs of callers in the stack memory.

The transceiver can store a maximum of 250 Caller IDs.

By selecting a Caller ID and pressing the PTT switch while in Stack Mode, the transceiver can respond to the Caller ID.

the transceiver receives a call, the “

When

Mode, a user can check the stored IDs.

” icon blinks to notify that the ID is being saved. If the transceiver enters Stack

About the Caller ID Stack configuration

The transceiver behaves as follows according to the configuration in Caller ID Stack:

Table 3-10 Caller ID Stack

Configuration Description

None The Caller ID is not stored even if a call is received.

Individual Call Only the Caller ID of an Individual Call or Paging Call is stored.

Any Call

The Caller IDs of all calls are stored. However, the Caller IDs of Unaddressed Calls and Broadcast Group Calls are not stored in a DMR Conventional system.

Note

The transceiver stores in combination a maximum of 250 Caller IDs and Status Messages in the stack memory. If no Status Message is stored, the transceiver stores up to 250 Caller IDs.

The storage method varies depending on the configuration in Old Message Overwrite.

Configuration using KPG-D1/ D1N

Configuring Caller ID Stack (P25) to be enabled of disabled ( Transceiver Settings > P25 > P25 Information >

General > Stack)

Configuring Caller ID Stack

> Stack)

Configuring Caller

> Stack)

Configuring Caller ID Stack (DMR) ( Transceiver Settings > DMR > DMR Information > General > Stack)

ID Stack (MDC-1200) (

(NXDN) (

(FleetSync) (

Transceiver Settings > NXDN > NXDN Information > General > Stack)

Transceiver Settings > FleetSync > FleetSync Information > General

Transceiver Settings > MDC-1200 > MDC-1200 Information > General

Common FUNC (K, F)/Ver 2.20 56

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3 BASIC OPERATIONS

3.7 Viewing the Receive History (Stack)

Time Stamp

Time Stamp is the function to store a Caller ID, Status Message or Short Message with the stamp of the received time in

the stack memory.

Configuration using KPG-D1/ D1N

Configuring Time Stamp ( Transceiver Settings > Optional Features > Optional Features 1 > Stack > Message

Display)

Message Memory

of the transceiver even after the transceiver is turned OFF.

is the function to retain the stored Caller IDs, Status Messages, or Short Messages in the stack memory

Configuration using KPG-D1/ D1N

Configuring Message Memory (

Transceiver Settings > Optional Features > Optional Features 1 > Stack)

Clear Caller ID Stack on Reply

Clear Caller ID Stack on Reply is

stored in the stack memory is selected and called.

This function is used if not storing used Caller IDs in the stack memory of the transceiver.

If this function is enabled, a Caller ID is cleared from the stack memory of the transceiver if the Caller ID stored in the stack memory is selected and called. The Caller ID is cleared from the stack memory even if a call cannot be initiated since the channel is busy. If the transceiver receives a response from the target party, the Caller ID is not stored in the stack memory while the Auto Reset Timer is counting down.

Also, the Caller ID of the calling party is store in the stock memory when the transceiver receives a call, but the Caller ID is cleared from the stack memory if a response is initiated while the Auto Reset Timer is counting down. Subsequently, the Caller ID is not stored in the stack memory even if a call from the same party is received while the Auto Reset Timer is counting down.

the function to clear a Caller ID from the stack memory of the transceiver if the Caller ID

Configuration using KPG-D1/ D1N

Configuring Clear Caller ID Stack on Reply (NXDN) to be enabled or disabled (

> NXDN Information > General)

Configuring Clear Caller ID Stack on Reply (DMR) to be enabled or disabled ( Transceiver Settings > DMR >

DMR Information > General)

Common FUNC (K, F)/Ver 2.20 57

CONTENTS INDEX

Transceiver Settings > NXDN

Page 89

[ ] key

Call

12 : 34

ID 0001 ID 0002 ID 0003

Individual

0001

Back

Call

12 : 34

ID 0001 ID 0002 ID 0003

Back

Individual

0002

Call

12 : 34

ID 0001 ID 0002 ID 0003

Back

Individual

0003

Call

12 : 34

ID 0998 ID 0999 ID 1000

Back

Individual

1000

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

3.8

Operating the Transceiver in Each Mode (Common Operation)

This section describes operations common to transceivers, such as list selection, character entry, etc.

Selecting or Clearing Data from a List

This section explains operations using operating examples for Individual Call Mode and Playback Mode.

Selecting data from a list by using the [G] or [H] key

Note

The list number automatically scrolls up or down continuously while the [G] or [H] key is pressed and held.

displays above are the displays when Individual Call Acknowledge Request in an NXDN Conventional system is

The enabled.

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CONTENTS INDEX

Page 90

[0] key

[2] key

[4] key

[5] key

Menu ([ ]) or [*] key (OK)

Call

12 : 34

A M

ID 0001 ID 0002 ID 0003

Back

Individual

0001

OKDelete

Call

12 : 34

ID 0001 ID 0002 ID 0003

Back

Individual

0002

12 : 34

A M

List No.

__02

Delete

Individual

0001

Call

12 : 34

ID 0024 ID 0025 ID 0026

Back

Individual

0024

12 : 34

A M

List No.

_024

Delete

Individual

0001

Call

12 : 34

A M

ID 0245 ID 0246 ID 0247

Back

Individual

0245

Back ([ ]) or [#] key (Delete)

12 : 34

A M

List No.

___

Delete

Individual

0001

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Selecting data from a list by using the keypad (Shortcut Entry)

The following are the operation examples for selecting “ID 0002”, “ID 0024” or “ID 0245” from a Unit ID List in Individual Call Mode:

Selecting “ID 0002”: Press the [0] and [2] keys on the keypad in this order, and then press the Menu ([Q]) or [*]

key (OK) to fix.

Selecting “ID 0024”: Press the [0], [2] and [4] keys on the keypad in this order, and then press the Menu ([Q]) or [*] key (OK) to fix.

Selecting “ID 0245”: Press the [0], [2], [4], and [5] keys on the keypad in this order.

Common FUNC (K, F)/Ver 2.20 59

Note

The following are the main keys to be used for these operation examples:

To determine: the Menu ([Q]) or [*] key

To delete one character: the Back

The number of digits to be entered varies as follows depending on the highest list number configured in the transceiver:

If the highest list number is lower than 10: one digit

If the highest list number is 10 or higher and lower than 100: two digits

If the highest list number is 100 or higher and lower than 1000: three digits

If the highest list number is 1000 or higher: four digits

If the entered number does not exist when it is determined, the transceiver restores the previous display prior to entering the number.

The displays above are the displays when Individual Call Acknowledge Request in an NXDN Conventional system is enabled.

([O]) or [#] key

CONTENTS INDEX

Page 91

1 second later

Menu ([ ]) or [*] key (OK)

Play

12 : 34

A M

01/23/’14 9:23A 01/23/’14 9:35A 01/23/’14 2:20P

Delete

Playback 2

12 : 34

A M

Delete?

Back

Playback 2

12 : 34

A M

All Delete?

Back

Playback

All

Play

12 : 34

A M

01/23/’14 9:23A 01/23/’14 2:20P 01/23/’14 3:30P

Delete

Playback 2

Menu Zone

Zone 1

Channel 1

12 : 34

A M

Empty

Menu Zone

Zone 1

Channel 1

12 : 34

A M

Back ([ ]) or [#] key (Back)

If pressing and holding the Back ([ ]) or [#] key as it stands in*1:

Back ([ ]) or [#] key (Delete)

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Clearing data from a list

The following are the operation examples for clearing recorded data in Playback Mode:

Note

The following are the main keys to be used for these operation examples:

To clear one piece of data: Press the Back ([O]) or [#] key. To clear all data: Press and hold the Back ([O]) or [#] key. To determine: the Menu ([Q]) or [*]

key

Common FUNC (K, F)/Ver 2.20 60

CONTENTS INDEX

Page 92

Select "1".

[ ] key

Menu ([ ]) or [*] key (Select)

Select "2".

Menu ([ ]) or [*] key (Select)

12 : 34

A M

Back

Individual

12 : 34

A M

Individual ID 1

DeleteSelect

12 : 34

A M

Individual ID 1

DeleteCall

12 : 34

A M

Individual ID 10

DeleteSelect

12 : 34

A M

Individual ID 12

DeleteCall

[ ] or [ ] key

[ ] key

2 3 4 5 6

1 2

9 0 1

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Entering or Deleting a Code

This section explains operations using operating examples for Individual Call Mode. The displays used in this section are the displays when Individual Call Acknowledge Request

Entering a code using the [G] or [H] key

The following is the operation example to enter “ID 12” in Individual Call Mode:

in an NXDN Conventional system is enabled.

Note

The following are the main keys to be used for these operation examples:

To select a code: the [G] or [H] key To determine: the Menu ([Q]) or [*] key

Pressing and holding the [G] or [H] key continuously scrolls the code up or down.

The code that can be entered varies depending on the mode and the number of entered digits.

Common FUNC (K, F)/Ver 2.20 61

CONTENTS INDEX

Page 93

[1] key

[2] key

12 : 34

Individual ID

Back

12 : 34

Individual ID 1

DeleteCall

12 : 34

Individual ID 12

DeleteCall

12 : 34

Individual ID 12345

Call Delete

12 : 34

Individual ID 1234

DeleteCall

12 : 34

Individual ID

123

DeleteCall

12 : 34

Individual ID

Back

Back ([ ]) or [#] key (Delete)

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Entering a code using the keypad

The following is the operation example to enter “ID 12” in Individual Call Mode:

Deleting the entered code

Pressing the Back held, all the codes are cleared.

([O]) or [#] key clears the lowest digit of the code. If the Back ([O]) or [#] key remains pressed and

Common FUNC (K, F)/Ver 2.20 62

CONTENTS INDEX

Page 94

Select "J".

Select "V".

Menu ([ ]) or [*] key (Select)

12 : 34

Short Message

Message?

Back

12 : 34

Short Message

DeleteSelect

12 : 34

Short Message

DeleteSend

12 : 34

Short Message J

DeleteSelect

12 : 34

Short Message

DeleteSend

[ ] or [ ] key

[ ] key

B C

8 9 A

[ ] key

L M

8 9

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Entering or Deleting Characters

This section explains operations using operating examples for Short Message Mode.

Entering characters using the [G] and [H] keys

The following is the operation example to enter “JVC” in Short Message Mode.

Note

The following are the main keys to be used for these operation examples:

Common FUNC (K, F)/Ver 2.20 63

To select a character: the [G] or [H] key

To determine: the Menu ([Q]) or [*] key

Pressing and holding the [G] or [H] key scrolls the character up or down.

Characters to be entered can be changed by the configuration in Character Entry. (Refer to Character Entry.)

E at the end of the entered string of text is the mark indicating the end position.

CONTENTS INDEX

Page 95

[5] key

[6] key

[3] key

[6] key

Select "K".

Select "E".

[5] key

[3] key

Menu ([ ]) or [*] key (Select)

12 : 34

Short Message

Message?

Back

12 : 34

Short Message

DeleteSelect

12 : 34

A M

Short Message

DeleteSend

12 : 34

Short Message K

DeleteSelect

12 : 34

A M

Short Message

DeleteSend

12 : 34

Short Message

DeleteSend

KEM

J K L J

D E F D

[6] key

M N O M

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Entering characters using the keypad

The following is the operation example to enter “KENWOOD” in Short Message Mode.

The following are the main keys to be used for these operation examples:

Characters to be entered can be changed by the configuration in Character Entry. (Refer to Character Entry.)

Note

To select a character: each key on the keypad

To determine: the Menu ([Q]) or [*] key

Common FUNC (K, F)/Ver 2.20 64

CONTENTS INDEX

Page 96

Enter "JVCKENWOOD"

12 : 34

A M

Short Message

DeleteSend

JVCKENWOOD

12 : 34

Short Message

DeleteSend

JVCKENWOOD

12 : 34

A M

Short Message

DeleteSend

JVCKENWOOD

12 : 34

Short Message

DeleteSend

JVCKENWOOD

12 : 34

A M

Short Message

DeleteSend

JVCKENWOOD

[ ] key

[ ] key[ ] key[ ] key

[ ] key

[ ] key[ ] key

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Moving the cursor

Pressing the [E] key moves the cursor to left, and pressing the [F] key moves the cursor to right. Pressing and holding the [E] or [F] key moves the cursor continuously.

Common FUNC (K, F)/Ver 2.20 65

CONTENTS INDEX

Page 97

12 : 34

Short Message

DeleteSend

JVCKENWOOD

12 : 34

Short Message

DeleteSend

JVCKENWOD

12 : 34

Short Message

DeleteSend

JVCKENWO

12 : 34

Short Message

DeleteSend

JVCKENW

12 : 34

Short Message

Message?

Back

Back ([ ]) or [#] key (Delete)

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Deleting characters

Pressing

the Back ([O]) or [#] key deletes one character. If the Back ([O]) or [#] key remains pressed and held, all the

characters are deleted.

Common FUNC (K, F)/Ver 2.20 66

CONTENTS INDEX

Page 98

Press the [6] key twice.

[9] key

Menu ([ ]) or [*] key (Select)

12 : 34

Short Message

DeleteSend

JVCKE0OD

12 : 34

Short Message

DeleteSelect

JVCKEN0OD

12 : 34

Short Message

DeleteSend

JVCKEN0OD

12 : 34

Short Message

DeleteSelect

JVCKENW0OD

12 : 34

Short Message

DeleteSend

JVCKENW0OD

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Inserting characters

The following is the operation example to correct “JVCKEOOD” to “JVCKENWOOD” in Short Message Mode.

Note

The following are the main keys to be used for these operation examples:

To select a character: each key on the keypad

To determine: the Menu ([Q]) or [*] key

Characters to be entered can be changed by the configuration in Character Entry. (Refer to Character Entry.)

Common FUNC (K, F)/Ver 2.20 67

CONTENTS INDEX

Page 99

utodial Programming Mode

1 second late

200 ms later

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Scroll Display

An example of the display of DTMF code (0123456789ABCD0123456789ABCD) is as follows:

Common FUNC (K, F)/Ver 2.20 68

CONTENTS INDEX

Page 100

Each time the Up key is pressed, a focused letter varies in the predetermined order.

Each time the Down key is pressed, a focused letter varies in the opposite order to the predetermined order.

Each time the [2] key is pressed, a focused letter varies in the predetermined order.

3 BASIC OPERATIONS

3.8 Operating the Transceiver in Each Mode (Common Operation)

Character Entry

Character Entry is the function to enter alphanumeric characters and symbols by using the [0] to[9], [G], or [H] key.

Symbols and lower-case characters can be entered by using the [0] to [9], [G], or [H] key on the keypad. The number of key operations for entering characters can be minimized by configuring only necessary characters.

A maximum of 16 alphanumeric characters and symbols, namely 8 characters of Capital Font and 8 characters of Small Font, can be configured for each of the [0] to [9] keys on the keypad.

A maximum of 80 alphanumeric characters and symbols can be configured for the [G] or [H] key on the keypad.

Character Entry can be used to enter a message in Short Message Mode.

Operating the Transceiver (Operation Examples for Portable)

If “AaBbCc...Zz” is configured for the Up and Down keys

If “ABCabc2” is configured for the [2] key

Note

When the Function

Uppercase characters > lowercase characters > numbers > uppercase characters ...

If the behavior of the [G]/ [H] key is configured “Line Up/Down”, the [G]/ [H] key can be used to move the cursor up and down and characters cannot be entered.

Refer to “Operating the Transceiver in Each Mode (Common Operation)” for operation methods.

([W]) or [*] key is pressed, the entry mode switches as follows:

Configuration using KPG-D1/ D1N

Configuring Character Entry (

Transceiver Settings > Key Assignment > Character Entry)

Common FUNC (K, F)/Ver 2.20 69

CONTENTS INDEX