Page 1 NX-200/ NX-200S/ NX-210/ NX-300/ NX-300S/ NX-410/ NX-411/ NX-700/ NX-700H/ NX-800/ NX-800H/ NX-900/ NX-901 Function Reference (FUNC) Version: 4.00 Last Updated: January 31, 2014 Language: English Type: © 2014...
Page 3: About This Manual
About this Manual This In-depth manual describes the functions of the NX-200/ NX-200S/ NX-210/ NX-300/ NX-300S/ NX-410/ NX-411/ NX-700/ NX-700H/ NX-800/ NX-800H/ NX-900/ NX-901 transceiver and how to configure its various functions. This document is created for the product having the following design specifications. Item Specifications How to Verify...
Page 4: About Notations
About Notations/ Abbreviations Used in this Document 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) The characters in “...
Page 5 Abbreviations Used in this Document Abbreviation Full Spelling or Meaning The end of Text Electronic Serial Number Forward Error Correction Field Programming Unit Global Positioning System Go to channel Identification Input/ Output Link OK (connected to the repeater) Logic Trunked Radio LTR ID ID used in the LTR Trunked Radio System Microphone Input II...
Page 6: About Copyright
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.
Page 7: About Nxdn
The digital communications system described in this document is realized with the KENWOOD proprietary technologies which comply with the NXDN common air interface specifications. About NEXEDGE NEXEDGE is a generic term to describe the KENWOOD proprietary digital communications system which complies with NXDN common air interface specifications. FUNC (K)/Ver 4.00...
Page 8: About The Programming Software
About the Programming Software/ Firmware Version of the Transceiver and Version of KPG-111D/ KPG-111DN About the Programming Software Various functions and parameters of the transceiver can be configured by using the KPG-111D/ KPG-111DN software. Various functions can be enabled by connecting the transceiver to a PC by use of KPG-36/ KPG-36A/ KPG-36U (Portable) or KPG-46/ KPG-46A/ KPG-46U (Mobile) programing cables and writing the data configured using KPG-111D/ KPG-111DN to the transceiver.
Page 9: About Options To Use The Functions Described In This Document
About Options to Use the Functions Described in This Document 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.
Page 10: How To Search For Information
How to Search for Information How to Search for Information For your convenience of reading through this document using Adobe Acrobat or Adobe Reader, a link to a corresponding item is pasted in the Contents page, Index page, the lower part of each page and in the context. Clicking the portion where a link is pasted enables a jump to the corresponding page.
Page 11: Outline Of This Transceiver
Outline of This Transceiver Outline of This Transceiver NX-200/ NX-200S/ NX-210/ NX-300/ NX-300S/ NX-410/ NX-411/ NX-700/ NX-700H/ NX-800/ NX-800H/ NX-900/ NX-901 are VHF/ UHF or 800 MHz/ 900 MHz transceiver for the use of professionals. The transceiver is equipped with the digital communications system (conventional and trunking) which complies with the NXDN common air interface specifications, as well as the existing analog FM mode.
Page 12: Digital Modes
Outline of This Transceiver 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 • Over-the-air Programming • Paging Call • Emergency Call • All Group Call *3*5 •...
Page 13: Analog Modes
Outline of This Transceiver ANALOG MODES GENERAL • 12.5 kHz (Narrow)/ 25 kHz (Wide) Channel Spacing • Conventional & LTR Zones • FleetSync/ FleetSync II, MDC-1200, DTMF • QT/ DQT/ 2-tone (Conventional Zones only) • Single Scan, Multi Scan, List Scan •...
Page 14: About Zones
About Zones About Zones Zone Data Conventional Group Zone Data Conventional Group Zone Data Conventional Group Zone Data Channel Data Channel Data Channel Data LTR Trunking System Zone Data LTR Trunking System Zone Data LTR Trunking System Zone Data Repeater Data GID Data GID Data GID Data...
Page 15 About Zones Zone data in a Conventional Group, LTR Trunking System or NXDN Trunking System can be configured using KPG-111D/ In addition, zone data in a Conventional Group and zone data for Site Roaming and Site Roaming with RAN can be configured as an NXDN Conventional system zone.
Page 16: About Communications Systems
About Communications Systems About Communications Systems The transceiver can transmit and receive by using the following communications system: Conventional Group (Analog Conventional System/ NXDN Conventional System), LTR Trunking System, or NXDN Trunking System. Conventional Group (Analog Conventional System/ NXDN Conventional System) In each system of the Conventional Group, the transceiver can communicate in analog mode, the NXDN digital mode.
Page 17 About Communications Systems  Mixed Mode Mixed mode is the mode to receive both an analog signal and an NXDN digital signal. To use this communication mode, “Mixed” must be configured for Channel Type by using KPG-111D/ DN. Analog Signal Analog Mode Mixed Mode...
Page 18: About Communication Methods
About Communication Methods Also, the system to be used in each zone can be configured by selecting a system from the multiple systems, system 1 to 8. A user can change a system to be used by switching a zone. (Refer to 9 NXDN TRUNKING SYSTEM on page 187.) In this document, the conventional method to operate the transceiver by using only a single system is referred to as “single...
Page 19: Table Of Contents
CONTENTS BASIC OPERATIONS......15 About this Manual ............i How to Read the In-depth Manual ......i Turning the Transceiver ON/ OFF....15 About Notations ............ii Turning the Transceiver ON ......15 Abbreviations Used in this Document ......ii Turning the Transceiver OFF ......18 About Copyright ............
Page 20 CONTENTS INDICATION AND DISPLAY....72 Configuring the Volume Level of Various Tones (Tone Volume)..........94 Busy LED ............. 72 Changing the Tone Volume Level with a Single Touch (Selectable Tone Level)......95 Transmit LED ..........72 Temporarily Reducing the Volume Level of the Selective Call Alert LED .......
Page 21 CONTENTS Using the Signaling ........118 Common Functions for Data Communications ........147 Sharing the Same Channel (Frequency) by Several Groups (RAN)........118 Number of Retries ......... 147 Using the Optional Signaling (NXDN).... 119 Transmit Busy Wait Time ......147 Unmuting the Speaker Maximum ACK Wait Time ......
Page 22 CONTENTS Off-hook Site Roaming (Mobile Only).... 178 Starting the Control Channel Hunt Manually (Forced Search)..........197 Revert Channel Display......... 178 Registration in an NXDN Trunking 8.15 Sending GPS Data........179 System ............199 Transmission Method of GPS Data ....179 Registering the Own Unit ID in a System The ID of the Target Transceiver (Registration) ..........
Page 23 CONTENTS Making a Group Call with the Link to a 9.21 Receiving GPS Data ........249 Traffic Channel Retained Map Header........... 249 (Message Trunked (Enhanced)) ....225 GPS Position Display ........249 9.22 Disabling the Transceiver Capability by Initiating a Group Call (Message Trunked (Enhanced))....
Page 24 CONTENTS Using the Call Key to Send the 2-tone Automatically Searching for an Available System Code .............. 271 for Connecting (System Search) ....295 Functions Related to 2-tone Code Notifying Difficulty by a Tone in Accessing the Encoding............271 Repeater (Clear to Talk) ........ 296 Functions Related to 2-tone Code Terminating Data Communication by a Single Decoding ............
Page 25 CONTENTS 12.12 Notifying Status Changes of the Transceiver Received Message Display Type (Message Display Type)........ 322 by Sending PC Commands Random Access (Contention)......322 (J Command Serial Output) ....... 350 12.6 Sending and Receiving a Status Message (Status Call) ..........323 13 MDC-1200 ..........351 Sending a Status Message......
Page 26 CONTENTS 16.5 ID to Be Sent When Emergency Mode Is DTMF Hold Time ........... 374 Activated ............ 402 D Code Assignment........374 Emitting the DTMF Code Tone (Sidetone) ..374 Emergency ID..........402 Connecting to a Telephone Line Emergency DTMF ID........403 (Auto Telephone)...........
Page 27 CONTENTS 18.4 Prioritizing Data Communications Using an Starting Scanning by Linking with the Microphone (Off-hook Scan) External Device (Data Override) ....427 (Mobile Only) ..........457 18.5 Transparent..........428 Scan Stop Tone..........458 Transmitting Transceiver Behavior....428 Preamble Length Receiving Transceiver Behavior....430 (NXDN Conventional System only) ....
Page 28 CONTENTS 26.4 Overwriting the Firmware Functions Used for Sending by Using the External PTT (Voice), External PTT (Data) and (Firmware Programming Mode) ....507 Data PTT Ports..........489 26.5 Checking the Firmware Version Migrating to a Zone-channel or GID by (Firmware Version Information Mode)..
Page 29: Contents By Purpose
CONTENTS BY PURPOSE Basic Configuring Various Functions for the Assigning Functions to the Keys on the Transceiver Transceiver Configurations for Using the Frequencies and signaling for transmission and Various functions can be assigned to the PF keys Transceiver reception, channel data including the transmit on the transceiver.
Page 30 CONTENTS BY PURPOSE Executing a Function by Selecting the Function from the Menu Selecting functions in Menu Mode activates vari- ous functions or places the transceiver in various Function Modes. 3.4 Using Menu Mode Page 23 Indication and Lighting the LED While Transmitting Displaying the Transceiver Received and Receiving Signal Strength...
Page 31 CONTENTS BY PURPOSE Initiating an Individual Call After Sending and Receiving a Status Ensuring That the Target Party Is Message Available for Communications A user can send and receive a simple message called a status. A user can initiate an Individual Call after distin- guishing that the receiving transceiver is available for communications.
Page 32 CONTENTS BY PURPOSE Making a Broadcast Group Call Sending and Receiving a Status Message A user can call a group of transceivers registered as a call group, and initiate one-way informative A user can send and receive a simple message group voice communication.
Page 33 CONTENTS BY PURPOSE Functions for LTR Making a Selective Call Using Signaling Sending the GPS Data (Optional) Trunking System A user can initiate a selective call using signaling By using an optional GPS receiver unit, the trans- such as FleetSync and DTMF. Message communi- ceiver can send its own location information to the cations including status messages and short mes- base station.
Page 34 CONTENTS BY PURPOSE Other Convenient Locking the Transceiver Keys (Portable Reducing Battery Consumption Only) (Portable Only) Functions By locking the transceiver keys, a user can avoid The power consumption of the transceiver can be erroneous operation of the transceiver caused by reduced by setting the transceiver receiving inter- physically contacting the transceiver while carry- mittently.
Page 35: Functions And Panel Layout
FUNCTIONS AND PANEL LAYOUT NX-200/ NX-300 Figure 1-1 NX-200/ NX-300 Front View Antenna ] (Menu) Key The preassigned function will be activated or will be changed to the active state. The [ ] (Menu) key is Selector described as the Menu ([ ]) key in this manual and The zone, channel, or GID can be changed.
Page 36 1 FUNCTIONS AND PANEL LAYOUT 1.1 NX-200/ NX-300 ]/ [ ] (Up/ Down) Key Keypad The zone, channel, or GID can be changed. The The transceiver can be operated by pressing a key. preassigned function will be activated or will be 14-pin Universal Connector 13 17 changed to the active state.
Page 37: Nx-210/ Nx-410/ Nx-411
1 FUNCTIONS AND PANEL LAYOUT 1.2 NX-210/ NX-410/ NX-411 NX-210/ NX-410/ NX-411 Figure 1-2 NX-210/ NX-410/ NX-411 Front View Antenna Side 2 Key The preassigned function will be activated or will be changed to the active state. Selector The zone, channel, or GID can be changed. In ] (Menu) Key NX-210/ NX-410/ NX-411, a stopper cannot be The preassigned function will be activated or will be...
Page 38 1 FUNCTIONS AND PANEL LAYOUT 1.2 NX-210/ NX-410/ NX-411 [ ] (Left) Key Keypad The preassigned function will be activated or will be The transceiver can be operated by pressing a key. changed to the active state. The [ ] (Left) key is 14-pin Universal Connector 13 17 described as the Left key in this manual and relevant...
Page 39: Nx-200S/ Nx-300S
1 FUNCTIONS AND PANEL LAYOUT 1.3 NX-200S/ NX-300S NX-200S/ NX-300S Figure 1-3 NX-200S/ NX-300S Front View Antenna PTT Switch Pressing the PTT switch allows a user to transmit. Selector Side 1 Key The zone, channel, or GID can be changed. The preassigned function will be activated or will be enabled.
Page 40: Nx-700/ Nx-700H/ Nx-800/ Nx-800H
1 FUNCTIONS AND PANEL LAYOUT 1.4 NX-700/ NX-700H/ NX-800/ NX-800H/ NX-900/ NX-901 NX-700/ NX-700H/ NX-800/ NX-800H/ NX-900/ NX-901 Figure 1-4 NX-700/ NX-700H/ NX-800/ NX-800H/ NX-900/ NX-901 Front View [ ] (Power) Switch ] (Menu) Key The transceiver is turned ON when this switch is The preassigned function will be activated or will be pressed and the transceiver is turned OFF when this changed to the active state.
Page 41: About Lcd
1 FUNCTIONS AND PANEL LAYOUT 1.5 About LCD About LCD The LCD of the transceiver is as follows. The contents that appear on the LCD varies depending on the transceiver’s status. NX-200/ NX-210/ NX-300/ NX-410/ NX-411  Basic Frame This frame is used to display a channel name or GID name. Various icons indicating the transceiver’s status appear in the icon display area.
Page 42: Icons
1 FUNCTIONS AND PANEL LAYOUT 1.5 About LCD Mobile  Basic Frame This frame is used to display a channel name or GID name. Various icons indicating the transceiver’s status appear in the icon display area. Icon Display Icon Icon Main Display ...
Page 43: Key Guide (Nx-200/ Nx-210/ Nx-300/ Nx-410/ Nx-411 Only)
1 FUNCTIONS AND PANEL LAYOUT 1.5 About LCD Key Guide (NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Only) The function that will be activated by pressing the Menu ([ ]), Up, or Back key is indicated on the lowest part of the LCD. The text that appears on the display varies depending on the transceiver’s status.
Page 44: Getting Started
GETTING STARTED When the transceiver is turned ON after the power source is attached to the transceiver, the transceiver starts up. To make the transceiver ready for use, the configuration data needs to be created using KPG-111D/ DN and written to the transceiver.
Page 45 2 GETTING STARTED 2.1 Connecting the Transceiver to a PC  Using the KPG-36U KPG-36U To the Universal Connector To a USB Port Mobile The transceiver and a PC need to be connected by using the KPG-46A or KPG-46U programming cable. Refer to the figure below.
Page 46: Writing The Configuration Data To The Transceiver
2 GETTING STARTED 2.2 Writing the Configuration Data to the Transceiver  Using the KPG-46U To the Microphone Connector KPG-46U To a USB Port Writing the Configuration Data to the Transceiver Selecting “Write Data to the Transceiver” from the Program pulldown menu in the main window of KPG-111D/ DN opens the Write Data to the Transceiver dialog box.
Page 47: Reading The Configuration Data From The Transceiver
2 GETTING STARTED 2.3 Reading the Configuration Data from the Transceiver/ 2.4 Embedding a Message in the Transceiver (Embedded Reading the Configuration Data from the Transceiver To change the data configured in the transceiver, read the configuration data from the transceiver to KPG-111D/ DN, and then write the configuration data to the transceiver after the configuration data has been changed.
Page 48: Writing The Configuration Data Using Wireless Communications (Over-The-Air Programming)
2 GETTING STARTED 2.5 Writing the Configuration Data Using Wireless Communications (Over-the-air Programming) Writing the Configuration Data Using Wireless Communications (Over-the-air Programming) Over-the-air Programming is the function to write configuration data to the transceiver using wireless communications. This function enables configuration data for the transceiver to be updated by remotely controlling from the base station. To use this function, the PC application software, Over-the-air Programming Manager (Model name: KPG-150AP) is required to manage configuration data of KPG-111D/ DN, and transmit the configuration data to each subscriber unit via the base station transceiver.
Page 49: Basic Operations
BASIC OPERATIONS 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 causes the transceiver to be turned ON. Also, the transceiver can be turned ON by linking to the status of the Ignition Sense port of a vehicle.
Page 50 3 BASIC OPERATIONS 3.1 Turning the Transceiver ON/ OFF Power-on Text appears for 2 sec if the Power-on Text is configured. (Refer to Power-on Text on page 79.) NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Either the Channel Name, GID Name, Zone-channel Number or GID Number appears on the main display.
Page 51 3 BASIC OPERATIONS 3.1 Turning the Transceiver ON/ OFF Enter a password. Refer to Entering or Deleting a Code on page 48 for entry methods. A Password Authorization Tone sounds from the transceiver after the correct password has been entered, and then the password protection of the transceiver will be disabled.
Page 52: Turning The Transceiver Off
3 BASIC OPERATIONS 3.1 Turning the Transceiver ON/ OFF Turning the Transceiver OFF For Portable, rotate the Power switch counterclockwise until it clicks to turn the transceiver OFF. For Mobile, pressing the Power switch while the transceiver is turned ON causes the transceiver to be turned OFF. Also, the transceiver can be turned OFF according to the status of the vehicle engine, either switched On or Off.
Page 53: Adjusting The Volume Level
3 BASIC OPERATIONS 3.2 Adjusting the Volume Level/ 3.3 Using Function Keys 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.
Page 54: Mode Reset Timer
3 BASIC OPERATIONS 3.3 Using Function Keys Mode Reset Timer Mode Reset Timer is the timer for canceling the standby status for further key entry in Function Mode or the function activation status for 2nd Function. By using this function, a user does not need to cancel the Function Mode manually. It also helps a user by canceling the Function Mode automatically so as not to remain in Function Mode for too long a time.
Page 55: Keypad Operation
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-111D/ DN. Following is the list of the functions that can be assigned to the transceiver for Keypad Operation.
Page 56 3 BASIC OPERATIONS 3.3 Using Function Keys Configuration Description Pressing the [0] to [9] keys on the keypad allows the transceiver to enter Individual Call Mode in an NXDN Conventional system or NXDN Trunking system. In Individual Call Mode, a call can be initiated by a user Individual + SDM selecting a Unit ID registered in the Unit ID List or directly entering a Unit ID.
Page 57: Manual Dialing
3 BASIC OPERATIONS 3.4 Using Menu Mode Manual Dialing Manual Dialing is the function to directly enter a Fleet/ ID, Unit ID, or status number. If Manual Dialing is enabled, a Fleet/ ID, Unit ID, or status number can directly be entered and a call can be initiated using the keypad, the Up or Down key (NX-200/ NX-210/ NX-300/ NX-410), or the [ ] or [ ] key (Mobile).
Page 58 3 BASIC OPERATIONS 3.4 Using Menu Mode Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the (Mobile) to select Category List. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the Menu ([ ]) or key. The Function List for the selected category appears. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the...
Page 59 3 BASIC OPERATIONS 3.4 Using Menu Mode Press the Menu ([ ]) or key. The selected function is activated. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Options for a function, such as “ON” and “OFF”, can be selected by pressing the Up or Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or [ ] or [ ] key (Mobile) and then can be...
Page 60: Changing The Zone-Channel Or Gid
3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID Changing the Zone-channel or GID The Zone-channel or GID can be changed using the Selector (Portable only) or PF keys. Changing the Zone The zone can be changed by operating the Selector (Portable only) or PF keys. Portable ...
Page 61: Changing The Channel Or Gid
3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID 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. If “Zone Up (Continuous)” or “Zone Down (Continuous)” is assigned to the Zone Up or Zone Down key, the zone number will be increased or decreased continuously every 200 ms by holding down the Zone Up or Zone Down key.
Page 62: Rollover/ End Stop
3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID Mobile Pressing the CH/GID Up key increases the channel or GID number in steps of 1. Pressing the CH/GID Down key decreases the channel or GID number in steps of 1. If “CH/GID Up (Continuous)”...
Page 63: Changing The Channel Or Gid By Specifying The Number (Channel Entry)
3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID Changing the Channel or GID by Specifying the Number (Channel Entry) Channel Entry can be used to directly migrate to the channel or GID a user wishes to use. For use of this function, pressing the Channel Entry or Group ID/Channel Entry keys causes the transceiver to enter Channel Entry Mode.
Page 64: Changing The Gid By Specifying The Id (Group Id Entry) (Nxdn Trunking System Only)
3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID Note • Refer to Key Operations for Each Mode on page 531 for key operations for entering the channel number in Channel Entry Mode. • The channel or GID number selected before the transceiver enters Channel Entry Mode appears on the upper right side of the LCD, such as “[ 001]”.
Page 65: Changing The Channel Or Gid With A Single Touch
3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID Enter a Group ID. The following are examples for entering a Group ID. • If the maximum Group ID has 5 digits: To enter Group ID 21250, press the [2], [1], [2], [5] and [0] keys in this order. To enter Group ID 1250, press the [0], [1], [2], [5] and [0] keys in this order.
Page 66: Home Ch/Gid
3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID Home CH/GID Home CH/GID can be used to migrate to a preconfigured channel or GID by pressing the Home CH/GID key. The transceiver can move backward and forward between channels or GIDs in the same zone. Also, pressing the Home CH/GID Select key can change the Home Channel or GID.
Page 67 3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID  Changing the Home CH/GID Select the channel or GID to be configured as the Home Channel or GID. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the Home CH/GID Select key. Key Beep C sounds from the transceiver and the Home Channel or GID will be changed.
Page 68: Home Group Revert (Nxdn Trunking System Only)
3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID Home Group Revert (NXDN Trunking System Only) Home Group Revert is the function to migrate the transceiver to the Home GID by pressing the key on the transceiver or automatically in an NXDN Trunking system. (Refer to Home CH/GID on page 32.) Table 3-6 Home Group Revert...
Page 69: Direct Ch/Gid
3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID Direct CH/GID Direct CH/GID can be used to migrate to a preconfigured channel or GID by pressing one of the Direct CH/GID 1 to Direct CH/GID 5 keys. The transceiver can move backwards and forwards between channels or GIDs in each zone. Pressing one of the Direct CH/GID 1 Select to Direct CH/GID 5 Select keys can change the Direct Channel or GID.
Page 70 3 BASIC OPERATIONS 3.5 Changing the Zone-channel or GID  Changing the Direct CH/GID Select the channel or GID intended to be configured as a Direct Channel or GID. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press one of the Direct CH/GID 1 Select to Direct CH/GID 5 Select keys. Key Beep C sounds from the transceiver and the Direct Channel or GID will be changed.
Page 71: Transmitting/ Receiving
3 BASIC OPERATIONS 3.6 Transmitting/ Receiving Transmitting/ Receiving To transmit and receive, the PTT switch can be used. 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 or GID, and then pressing the PTT switch.
Page 72: Viewing The Receive History (Stack)
3 BASIC OPERATIONS 3.7 Viewing the Receive History (Stack) Viewing the Receive History (Stack) A received Selective Call, Status Message, or Short Message is stored in the Stack Memory. The message can be confirmed or deleted by operating the transceiver. In order to store the received ID or various message in the stack memory of the transceiver, Caller ID Stack, Status Message Stack, or Short Message Stack must individually be enabled by using KPG-111D/ DN.
Page 73 3 BASIC OPERATIONS 3.7 Viewing the Receive History (Stack) Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to select the message and then confirm the message. Refer to Selecting or Clearing Data from a List on page 42 for selection methods.
Page 74: Stack Procedure Of The Receive History (Latest Received Message Stack)
3 BASIC OPERATIONS 3.7 Viewing the Receive History (Stack) 12H Display NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Note • Pressing the Left key can also switch the message display. • Time Stamp appears only if the ID/Message Stack with Time Stamp is enabled. (Refer to ID/ Message Stack with Time Stamp on page 41.) •...
Page 75: Caller Id Stack
3 BASIC OPERATIONS 3.7 Viewing the Receive History (Stack) Caller ID Stack Caller ID Stack allows the transceiver to store the Caller ID of the target party in the stack memory. The transceiver can store a maximum of 5 Caller IDs. A user can respond to the displayed Caller ID by pressing the PTT switch while the transceiver is in Caller ID Stack Mode.
Page 76: Operating The Transceiver In Each Mode (Common Operation)
3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation) Operating the Transceiver in Each Mode (Common Operation) This section describes operations common to transceivers, such as list selection, character entry, etc. Note For NX-200S/ NX-300S, the operations described in this section are unavailable. Selecting or Clearing Data from a List This section explains operations using operating examples for Selcall Mode and Stack Mode.
Page 77 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Selecting data from a list by using the keypad (Shortcut Entry) Following are the operation examples for selecting “ID 0002”, “ID 0024” or “ID 0245” from a Unit ID List in Selcall Mode. Selecting “ID 0002”: Press the [0] and [2] keys on the keypad in this order, and then press the Menu [ ]) or [*] key (OK) to fix.
Page 78 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Clearing data from a list Following is the operation example for clearing “KENWOOD” from the history list in Stack Mode. Back or [#] key (Back) Back or [#] key...
Page 79 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation) Mobile  Selecting data from a list by using the [ ] and [ ] keys [ ] key [ ] key [ ] key [ ] key [ ] key [ ] key [ ] key...
Page 80 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Selecting data from a list by using the microphone keypad (Shortcut Entry) Following are the operation examples for selecting “ID 0002”, “ID 0024” or “ID 0245” from a Unit ID List in Selcall Mode. Selecting “ID 0002”: Press the [0] and [2] keys on the keypad in this order, and then press the Menu [ ]) or [*] key (OK) to fix.
Page 81 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Clearing data from a list Following is the operation example for clearing “KENWOOD” from the history list in Stack Mode. Back or [#] key Back or [#] key...
Page 82: Entering Or Deleting A Code
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 Selcall Mode. (Refer to Initiating a Selective Call on page 309.) Refer to Key Operations for Each Mode on page 531 for key operations in each mode.
Page 83 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Entering a code using the keypad Following is the operation example to enter “ID 12” in Selcall Mode. [1] key [2] key  Deleting the entered code Pressing the Back or [#] key causes one digit by the lowest digit to be cleared in the code.
Page 84 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation) Mobile  Entering a code using the [ ] and [ ] keys Following is the operation example to enter “ID 12” in Selcall Mode. [ ] or [ ] key ] key ] key Select "1".
Page 85 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Entering a code using the microphone keypad Following is the operation example to enter “ID 12” in Selcall Mode. [1] key [2] key  Deleting the entered code Pressing the Back or [#] key causes one digit by the lowest digit to be cleared in the code.
Page 86: Entering Or Deleting Characters
NX-200/ NX-210/ NX-300/ NX-410/ NX-411  Entering characters using the Up and Down keys Following is the operation example to enter “KENWOOD” in Autodial Programming Mode. Up or Down key Up key Down key Select "K".
Page 87 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Entering characters using the keypad Following is the operation example to enter “KENWOOD” in Autodial Programming Mode. [5] key [5] key Select "K". Menu ([ ]) or...
Page 88  Moving the cursor Pressing the Left or Right/Home key moves the cursor to left or right respectively. Pressing and holding the Left or Right/Home key will cause the cursor to continuously be moved. Enter "KENWOOD" Left key Right/ Left key...
Page 89 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Deleting characters Pressing the Back or [#] key causes one character to be deleted. Furthermore, pressing and holding the Back or [#] key causes all characters to be deleted. Back or [#] key (Delete) Back or [#] key (Delete) Back or [#] key (Delete)
Page 90 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Inserting characters Following is the operation example to correct “KEOOD” to “KENWOOD” in Autodial Programming Mode. Press the [6] key twice. Menu ([ ]) or [*] key (Select)
Page 91 3.8 Operating the Transceiver in Each Mode (Common Operation) Mobile  Entering characters using the [ ] and [ ] keys Following is the operation example to enter “KENWOOD” in Autodial Programming Mode. [ ] or [ ] key ] key ] key Select "K".
Page 92 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Entering characters using the microphone keypad Following is the operation example to enter “KENWOOD” in Autodial Programming Mode. [5] key [5] key Select "K". Menu ([ ]) or [*] key Select "K".
Page 93  Moving the cursor Pressing the Left or Right/Home key moves the cursor to left or right respectively. Pressing and holding the Left or Right/Home key will cause the cursor to continuously be moved. Enter "KENWOOD" Left key Right/ Home key...
Page 94 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Deleting characters Pressing the Back or [#] key causes one character to be deleted. Furthermore, pressing and holding the Back or [#] key causes all characters to be deleted. Back or [#] key Back or [#] key Back or [#] key...
Page 95 3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation)  Inserting characters Following is the operation example to correct “KEOOD” to “KENWOOD” in Autodial Programming Mode. Pressing the [6] key twice Menu ([ ]) or [*] key...
Page 96: Character Entry
3 BASIC OPERATIONS 3.8 Operating the Transceiver in Each Mode (Common Operation) Character Entry Character Entry is a function to enter alphanumeric characters and symbols by pressing the [0] to [9], Up and Down keys (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or [ ] and [ ] keys (Mobile). Symbols, lower case letters, etc.
Page 97: Locking The Transceiver Keys (Key Lock) (Portable Only)
3 BASIC OPERATIONS 3.9 Locking the Transceiver Keys (Key Lock) (Portable Only) Locking the Transceiver Keys (Key Lock) (Portable Only) Key Lock is used to disable the transceiver key operation. This function can be used to avoid erroneous operation of the transceiver by physically contacting the transceiver while a user is carrying it around the waist, etc.
Page 98: Transmission/ Reception
TRANSMISSION/ RECEPTION Transmit/ Receive Frequencies Transmit/ Receive Frequencies is a pair of frequencies used for transmitting and receiving. In a Conventional Group, transmit and receive frequencies can be configured for each channel. In an LTR Trunking system, transmit and receive frequencies can be configured for each repeater consisting of an LTR Trunking system.
Page 99: Transmit Power
4 TRANSMISSION/ RECEPTION 4.2 Transmit Power Transmit Power Transmit Power is the transmission power of the transceiver. A user can use the transceiver by switching the transmission power to high power or low power. If the transceiver is located near repeaters or target party, a user can change the transmission power to low power in order to avoid causing unnecessary radio interference to other transceivers.
Page 100 4 TRANSMISSION/ RECEPTION 4.2 Transmit Power Conventional Group/ LTR Trunking system In a Conventional Group and an LTR Trunking system, either “High” or “Low” can be configured for the transmission power for each channel or GID. For Portable, the transmission power can be changed between “High” and “Low” by selecting a channel or GID where “High”...
Page 101: Channel Spacing
4 TRANSMISSION/ RECEPTION 4.3 Channel Spacing Configuration using KPG-111D/ DN • Configuring the transmission power for each channel or GID ( FPRG 8.3.3 Page 1 Tab and 8.7.6 Transmit Power) • Configuring the transmission power for each zone ( FPRG 8.8.6 Transmit Power) •...
Page 102: Beat Shift
4 TRANSMISSION/ RECEPTION 4.4 Beat Shift Note For KPG-111DN, “Wide” cannot be configured for 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 Configuration using KPG-111D/ DN •...
Page 103: Displaying The Signal Strength Level (Rssi Level) (Maintenance Display)
4 TRANSMISSION/ RECEPTION 4.5 Displaying the Signal Strength Level (RSSI Level) (Maintenance Display) Displaying the Signal Strength Level (RSSI Level) (Maintenance Display) Maintenance Display can be used to view the signal strength level (RSSI level) by displaying it on the transceiver’s LCD as a rough indication while constructing a system or doing maintenance of the system.
Page 104 4 TRANSMISSION/ RECEPTION 4.5 Displaying the Signal Strength Level (RSSI Level) (Maintenance Display)  For an NXDN Trunking system Press the Maintenance key. The channel number and RSSI level configured for Frequency Table appear on the first row of the main display. The site number appears on the second row of the main display.
Page 105 4 TRANSMISSION/ RECEPTION 4.5 Displaying the Signal Strength Level (RSSI Level) (Maintenance Display)  For an NXDN Trunking system Press the Maintenance key. The channel number and RSSI level configured for Frequency Table appear. Pressing the Left key switches the display, and then the site number and channel number appear.
Page 106: Indication And Display
INDICATION AND DISPLAY The transceiver has the following indicator and display. • LED (TX/ Busy) • • Selective Call Alert LED Note No LCD is equipped with NX-200S/ NX-300S. The content regarding the LCD display in each description below is not applicable for NX-200S/ NX-300S.
Page 107: Selective Call Alert Led
5 INDICATION AND DISPLAY 5.3 Selective Call Alert LED Selective Call Alert LED Selective Call Alert LED is used to notify a user visually that the transceiver has received various calls. The LED blinks orange when the transceiver receives a call using such signaling as DTMF, 2-tone, FleetSync, or NXDN. Selective Call Alert LED can be configured for each signaling.
Page 108: Lighting The Backlight (Backlight) (Nx-200/ Nx-210/ Nx-300/ Nx-410/ Nx-411 Only)
5 INDICATION AND DISPLAY 5.4 Lighting the Backlight (Backlight) (NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Only) Lighting the Backlight (Backlight) (NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Only) The backlight is equipped on the back side of the LCD on the transceiver. By lighting the backlight, the LCD can be viewed in dark places or at night.
Page 109: Changing The Brightness Of The Backlight (Lcd Brightness) (Mobile Only)
5 INDICATION AND DISPLAY 5.5 Changing the Brightness of the Backlight (LCD Brightness) (Mobile Only)/ 5.6 The Icons on the LCD Changing the Brightness of the Backlight (LCD Brightness) (Mobile Only) The transceiver can be used in dark places or at night by obscuring the brightness of the backlight. Pressing the LCD Brightness key gradates the brightness of the backlight.
Page 110 5 INDICATION AND DISPLAY 5.6 The Icons on the LCD Icons Description • Talk Around Icon Appears when the Talk Around is enabled. • Scrambler/ Encryption Icon Appears when the Scramble/ Encryption is enabled. • RSSI Icon Indicates the signal strength level. •...
Page 111: Displaying The Signal Strength (Signal Strength Indicator)
5 INDICATION AND DISPLAY 5.7 Displaying the Signal Strength (Signal Strength Indicator) Displaying the Signal Strength (Signal Strength Indicator) Signal Strength Indicator can be used to display the signal strength of the received signal. The RSSI icon indicating the signal strength appears in the following manner depending on the signal level of the received signal.
Page 112: Display Functions Of Main Display
Length, and a Zone Name is displayed from the beginning. Table 5-3 Example of Zone Name Text Length Display Item Configuration Zone Name Text Length Zone Name KENWOOD GID Name -CHANNEL 1- Displayed Characters NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile...
Page 113: Display Format
5 INDICATION AND DISPLAY 5.8 Display Functions of Main Display Note • If no Zone Name is configured, the zone number and channel or GID number appear on the main display. • If Zone Name Display is enabled, the Zone Name appears immediately after the transceiver is turned ON regardless of whether the zone is changed.
Page 114: Unit Id (Own) Of Selected System
5 INDICATION AND DISPLAY 5.8 Display Functions of Main Display If “FleetSync ID” is configured for Message Type, using “%” in a string of text causes text to appear by substitution of the Fleet (Own) and ID (Own) of FleetSync for “%”. Example: Fleet (Own) = 100 ID (Own) = 1200...
Page 115: Display Functions Of Sub-Display
5 INDICATION AND DISPLAY 5.9 Display Functions of Sub-display Note • This function can be used only if “NXDN Unit ID” is configured for Message Type. • If this function is disabled, the Unit ID (Own) of the system configured as Home System appears when the transceiver is turned ON. Display Functions of Sub-display The transceiver sub-display can display a maximum of 3 characters.
Page 116: Call Indicator
5 INDICATION AND DISPLAY 5.9 Display Functions of Sub-display Call Indicator Call Indicator can be used to light or blink “CAL” on the sub-display when the transceiver receives a call. This function can be used in noisy environments or while a user is away from the transceiver. This function can be used only in an LTR Trunking system.
Page 117: Customizing A Displayed Text String (Display Customization)
5 INDICATION AND DISPLAY 5.10 Customizing a Displayed Text String (Display Customization)/ 5.11 Displaying a Bitmap Image When the Transceiver is Turned ON (Custom Start-up Screen) 5.10 Customizing a Displayed Text String (Display Customization) Using KPG-111D/ DN, this function can be used to change a string of text which appears on the LCD of the transceiver, such as Function Mode and Key Guide.
Page 118: Sound
SOUND Tones that Sound When a User Operates the Transceiver or When the Transceiver Status Is Changed Following are tones that can be configured for the transceiver. Table 6-1 Tone List Tone Description and Type Power-on Tone Power-on Tone A Key Beep A Key Beep B Key Beep C...
Page 119: Power-On Tone
6 SOUND 6.1 Tones that Sound When a User Operates the Transceiver or When the Transceiver Status Is Changed Tone Description and Type Call Fail Tone Lone Worker Tone Group-registration Invalid Tone Call Processing Tone Warning Tone Network Failure Tone A Network Failure Tone B Man-down Pre-alert Key Fail Alert Tone...
Page 120 6 SOUND 6.1 Tones that Sound When a User Operates the Transceiver or When the Transceiver Status Is Changed Function Description This tone sounds from the transceiver if “End Stop” is configured for Rollover/ End Stop. This tone sounds from the transceiver if a user attempts to decrease the zone, channel, or GID number Stop Tone while the zone, channel, or GID having the lowest number is selected.
Page 121: Warning Tone
6 SOUND 6.1 Tones that Sound When a User Operates the Transceiver or When the Transceiver Status Is Changed Function Description This tone sounds from the transceiver only if pressing a key on the transceiver allows the transceiver to be in OTAP Reactivation Mode. This tone sounds at 500-millisecond intervals from the transceiver while pressing and holding the Side 2 key (Portable) or the Square key (Mobile) after the transceiver is turned ON and enters OTAP OTAP Reactivation Tone...
Page 122 6 SOUND 6.1 Tones that Sound When a User Operates the Transceiver or When the Transceiver Status Is Changed Function Description This tone sounds from the transceiver between the 3rd and 6th attempts to access a repeater by Delay Tone pressing the PTT switch in an LTR Trunking system, in order to notify a user that the connection to the repeater has been delayed .
Page 123: Locator Tone
6 SOUND 6.1 Tones that Sound When a User Operates the Transceiver or When the Transceiver Status Is Changed Locator Tone Locator Tone sounds from the transceiver at the beginning and end of automatic transmissions in Emergency Mode. Table 6-5 Locator Tone Function Description Emergency Locator Tone...
Page 124: Tones That Sound When The Transceiver Receives A Call
6 SOUND 6.2 Tones that Sound When the Transceiver Receives a Call Tones that Sound When the Transceiver Receives a Call An Alert Tone sounds from the transceiver such as when the transceiver receives a call using an Individual Call or a Group Call, a Status Message, or a Short Message and notifies the user of the reception.
Page 125: Configuring The Alert Tone (Alert Tone Pattern)
6 SOUND 6.2 Tones that Sound When the Transceiver Receives a Call Configuration using KPG-111D/ DN • Configuring each Alert Tone (DTMF) ( FPRG 8.14.2 Decode Tab) • Configuring the Alert Tone (2-tone) ( FPRG 8.15.2 Decode (2-tone 1) to Decode (2-tone 4) Tabs) •...
Page 126: Tones That Sound When The Communication Starts/ Ends
6 SOUND 6.3 Tones that Sound When the Communication Starts/ Ends Tones that Sound When the Communication Starts/ Ends These tones sound when the communication starts or ends and notifies the user of it. Using Sound to Notify the Timing to Start Communications (PTT Proceed Tone) PTT Proceed Tone is a tone that sounds from the transceiver when the transceiver becomes available by a user pressing the PTT switch.
Page 127: Functions Related To The Volume Configuration
6 SOUND 6.4 Functions Related to the Volume Configuration Note In the case that EOT is configured for the DTMF, a PTT Release Tone is sent after sending the EOT. In the case that EOT is configured for FleetSync, a PTT Release Tone is sent after sending the EOT. Configuration using KPG-111D/ DN •...
Page 128: Configuring The Maximum Volume Level (Maximum Volume)
6 SOUND 6.4 Functions Related to the Volume Configuration Configuring the Maximum Volume Level (Maximum Volume) Maximum Volume can be used to limit the volume level from exceeding the configured volume level even if the Volume control is turned up. This prevents a user from discomfort caused by an excessive volume level when wearing a headset.
Page 129: Changing The Tone Volume Level With A Single Touch (Selectable Tone Level)
6 SOUND 6.4 Functions Related to the Volume Configuration Changing the Tone Volume Level with a Single Touch (Selectable Tone Level) Selectable Tone Level can be used to change the Tone Volume by using a PF key. Pressing the Fixed Volume key causes the volume level of tones to be changed to Low Volume Level (Fixed Volume) or High Volume Level (Fixed Volume) configured using KPG-111D/ DN.
Page 130: Using The Transceiver As A Megaphone (Public Address) (Mobile Only)
6 SOUND 6.5 Using the Transceiver as a Megaphone (Public Address) (Mobile Only) Using the Transceiver as a Megaphone (Public Address) (Mobile Only) Public Address enables the transceiver to be used in place of a megaphone. Pressing and holding the PTT switch while Public Address is enabled causes the audio spoken into the microphone to emit from the external speaker for Public Address that is connected to the rear panel of the transceiver.
Page 131: Restricting Alert Tone When Consecutively Receiving A Call (Alert Tone Restriction From 2Nd Call) (Nxdn System Only)
6 SOUND 6.6 Restricting Alert Tone When Consecutively Receiving a Call (Alert Tone Restriction from 2nd Call) (NXDN System only) Restricting Alert Tone When Consecutively Receiving a Call (Alert Tone Restriction from 2nd Call) (NXDN System only) Alert Tone Restriction from 2nd Call is the function that disables the functions such as the storing of a Caller ID in the transceiver stack memory and the activation of various alerts, if the transceiver consecutively receives an Individual Call from the transceiver having the same Unit ID, or receives a Group Call with the same Group ID after the transceiver receives an Individual Call or a Group Call.
Page 132 6 SOUND 6.6 Restricting Alert Tone When Consecutively Receiving a Call (Alert Tone Restriction from 2nd Call) (NXDN System only)  Behavior examples of when the transceiver receives a Group Call If the transceiver receives a Group Call, various functions such as Alert Tone are not activated when the transceiver receives a Group Call again using the same Group ID before the time configured for Auto Reset Timer elapses.
Page 133: Adjusting Audio Characteristics (Nxdn System Only)
6 SOUND 6.7 Adjusting Audio Characteristics (NXDN System only) Adjusting Audio Characteristics (NXDN System only) Audio is the function to adjust the audio quality according to the operating environment. Depending on the configuration for Function Type, the audio function used for adjusting the audio quality varies as below. Table 6-12 Function Type Function Type Description...
Page 134: External Microphone Type
6 SOUND 6.7 Adjusting Audio Characteristics (NXDN System only) External Microphone Type External Microphone Type is the function to configure the type of the external microphone to be connected to the transceiver and keep the audio in optimum condition. The external microphones to be connected to the transceiver have different audio characteristics. Use of this function equalizes audio characteristics and adjusts the condition appropriate for digitalization.
Page 135: Low Cut
6 SOUND 6.7 Adjusting Audio Characteristics (NXDN System only) Low Cut Low Cut can be used to cut off the frequencies outside of the audible frequency band when the transceiver receives a signal in Digital Mode. The received audio may not be clearly audible in Digital Mode when a user communicates using an earphone or while communicating in noisy environments.
Page 136: Audio Equalizer (Rx Audio Response)
6 SOUND 6.7 Adjusting Audio Characteristics (NXDN System only) Audio Equalizer (RX Audio Response) Audio Equalizer is the function to adjust audio characteristics to be applied to play the received audio. The received audio may sound differently depending on an usage environment of the transceiver and whether to use a speaker or headphones to play the received audio.
Page 137: Audio Filter
6 SOUND 6.7 Adjusting Audio Characteristics (NXDN System only) Audio Filter Audio Filter is the function to switch an audio characteristic of the received audio. The received audio may sound differently depending on the effects of an usage environment of the transceiver and a microphone equipped with the transceiver, and optional devices such as a speaker.
Page 138: Auto Gain Control (Tx Audio Response)
6 SOUND 6.7 Adjusting Audio Characteristics (NXDN System only) Auto Gain Control (TX Audio Response) Auto Gain Control is the function to adjust the volume level of the transmitted audio. When the volume level of the transmitted audio is adjusted by automatically increasing or decreasing the microphone sensitivity, the transmitted audio can be heard clearly in the receiving transceiver.
Page 139: Battery (Portable Only)
BATTERY (PORTABLE ONLY) For Portable, a user can be notified on the level of the remaining battery power on the LCD and by LED. And, a user can also use the function to save the battery consumption. Displaying the Remaining Battery Power Level (Battery Indicator) NX-200/ NX-210/ NX-300/ NX-410/ NX-411 For NX-200/ NX-210/ NX-300/ NX-410/ NX-411, Battery Indicator can be used to display a warning icon on the LCD and...
Page 140 7 BATTERY (PORTABLE ONLY) 7.1 Displaying the Remaining Battery Power Level (Battery Indicator) NX-200S/ NX-300S For NX-200S/ NX-300S, the Battery Indicator is the function that warns by lighting an LED when the remaining battery level is low. Conditions to activate the Battery Indicator vary depending on the configuration for Battery Warning. (Refer to 7.2 Warning that the Battery Voltage Is Low (Battery Warning) on page 107.)
Page 141: Warning That The Battery Voltage Is Low (Battery Warning)
7 BATTERY (PORTABLE ONLY) 7.2 Warning that the Battery Voltage Is Low (Battery Warning) Warning that the Battery Voltage Is Low (Battery Warning) Battery Warning can be used to notify a user by emitting a beep or blinking the LED when the remaining battery power is low.
Page 142: Reducing Battery Consumption (Battery Saver)
7 BATTERY (PORTABLE ONLY) 7.3 Reducing Battery Consumption (Battery Saver) Reducing Battery Consumption (Battery Saver) Battery Saver allows the transceiver to reduce power consumption by receiving intermittently. The transceiver receives intermittently in the following conditions. • When there is no carrier and no key is pressed for 5 sec or more. •...
Page 143: Nxdn Conventional System
NXDN CONVENTIONAL SYSTEM NXDN is a generic name for a digital communication system protocol utilizing 4-level FSK. Using NXDN, the transceiver can initiate an Individual Call or Group Call for voice calls, communicate various types of messages, or send and receive GPS data.
Page 144: Initiating Voice Communications (Basic Transmission And Reception)
8 NXDN CONVENTIONAL SYSTEM 8.1 Initiating Voice Communications (Basic Transmission and Reception) Initiating Voice Communications (Basic Transmission and Reception) This section describes the basic methods for transmission and reception in an NXDN Conventional system and the relevant functions. About Own ID To initiate various communications using NXDN, a Unit ID (Own), the identification code of a transceiver, needs to be configured for the transceiver.
Page 145: Selective Call Alert Led
8 NXDN CONVENTIONAL SYSTEM 8.1 Initiating Voice Communications (Basic Transmission and Reception) Configuration using KPG-111D/ DN Configuring the Auto Reset Timer ( FPRG 8.19.3 General 2 Tab) Selective Call Alert LED Selective Call Alert LED is the function to make the LED blink orange when the transceiver receives a call using an NXDN A user can notice by the LED that the transceiver is receiving a call.
Page 146: Temporarily Disabling The Squelch (Squelch Off)
8 NXDN CONVENTIONAL SYSTEM 8.1 Initiating Voice Communications (Basic Transmission and Reception) Temporarily Disabling the Squelch (Squelch Off) Squelch Off is the function to disable the RAN code and Optional Signaling configured for the channel on which the transceiver waits for and unmutes the speaker upon detection of an NXDN frame. With this function, the transceiver can unmute the speaker without receiving a carrier.
Page 147 8 NXDN CONVENTIONAL SYSTEM 8.1 Initiating Voice Communications (Basic Transmission and Reception)  Squelch Off Momentary key Press and hold the Squelch Off Momentary key. The “ ” icon appears. For NX-200S/ NX-300S, Key Beep A sounds from the transceiver. The Busy LED lights green if Busy LED is enabled.
Page 148: Participating In An On-Going Voice Call Midway Through The Call (Late Entry)
8 NXDN CONVENTIONAL SYSTEM 8.1 Initiating Voice Communications (Basic Transmission and Reception) Participating in an On-going Voice Call Midway Through the Call (Late Entry) Late Entry is the function to participate in on-going voice calls even if the transceiver receives a voice call midway through the call.
Page 149 8 NXDN CONVENTIONAL SYSTEM 8.1 Initiating Voice Communications (Basic Transmission and Reception) TOT Rekey Time TOT Rekey Time is the amount of time from when the transceiver stops the transmission by the Time-out Timer until transmission becomes possible again. Example: Time-out Timer: 30 s, TOT Rekey Time: 20 s Release Press Press...
Page 150: Avoiding Interference With Other Communications (Busy Channel Lockout (Nxdn))
8 NXDN CONVENTIONAL SYSTEM 8.1 Initiating Voice Communications (Basic Transmission and Reception) Avoiding Interference with Other Communications (Busy Channel Lockout (NXDN)) Busy Channel Lockout is the function to automatically restrict the transmission so as not to interfere with other communications. If an attempt is made to transmit on a channel that is already being used by other groups, the transceiver automatically restricts the transmission.
Page 151: Preferentially Using A Channel Being Used By Other Parties (Bcl Override)
8 NXDN CONVENTIONAL SYSTEM 8.1 Initiating Voice Communications (Basic Transmission and Reception) Preferentially Using a Channel Being Used by Other Parties (BCL Override) BCL Override can be used to transmit on a busy channel even if Busy Channel Lockout is activated and transmission is restricted.
Page 152 8 NXDN CONVENTIONAL SYSTEM 8.2 Using the Signaling Operating the Transceiver  Enabling the Talk Around Press the Talk Around key while Talk Around is disabled. The “ ” icon lights and Talk Around will be enabled.  Disabling the Talk Around Press the Talk Around key while Talk Around is enabled.
Page 153 8 NXDN CONVENTIONAL SYSTEM 8.2 Using the Signaling Using the Optional Signaling (NXDN) Optional Signaling is the signaling used to initiate a selective call. NXDN ID and DTMF are the Optional Signaling which can be used in an NXDN Conventional system. (Refer to 8.4 Using NXDN ID to Initiate a Selective Call on page 124, DTMF on page...
Page 154 8 NXDN CONVENTIONAL SYSTEM 8.2 Using the Signaling • If the transceiver receives analog signals The transceiver behaves according to the configuration for Audio Control (Analog). • If the transceiver receives digital signals The transceiver behaves according to the configuration for Audio Control (NXDN). Note Refer to Unmuting the Speaker (Audio Control (Analog)) on page 261...
Page 155 8 NXDN CONVENTIONAL SYSTEM 8.2 Using the Signaling Press the Monitor key while Monitor is enabled. The “ ” icon disappears. For NX-200S/ NX-300S, Key Beep B sounds from the transceiver. A channel where a RAN Decode is configured resumes Signaling Squelch.
Page 156 8 NXDN CONVENTIONAL SYSTEM 8.2 Using the Signaling Transceiver Behavior during the Scan In a Conventional Group, the transceiver disables the signaling and unmutes the speaker only with a carrier, and then remains in the standby state. Pressing the Monitor key during the scan causes the “ ”...
Page 157 8 NXDN CONVENTIONAL SYSTEM 8.3 Waiting for Both Digital Signals and Analog Signals (Mixed Mode) Waiting for Both Digital Signals and Analog Signals (Mixed Mode) Mixed Mode can be used to wait for a call in both digital and analog modes in a Conventional Group. The channel used in analog mode can also be used in digital mode, hence the transceiver can easily migrate from analog mode to digital mode.
Page 158 8 NXDN CONVENTIONAL SYSTEM 8.4 Using NXDN ID to Initiate a Selective Call Note • Conditions for unmuting the speaker vary depending on the Audio Control configuration. (Refer to Unmuting the Speaker (Audio Control (NXDN)) on page 119, Unmuting the Speaker (Audio Control (Analog)) on page 261.) •...
Page 159 8 NXDN CONVENTIONAL SYSTEM 8.4 Using NXDN ID to Initiate a Selective Call Transmission Normal Mode Individual + Status Individual (NXDN) key Status (FleetSync/NXDN) key Individual + SDM (NXDN) key (NXDN) key (FleetSync/NXDN) Individual Call Mode Status Mode Individual Call Mode Short Message Mode Menu ([ ]) or [*]...
Page 160 8 NXDN CONVENTIONAL SYSTEM 8.5 Making an Individual Call Checking a Received Individual Call, Status Message or Short Message Normal Mode Press the Stack key. Side 1 Stack Mode Triangle Press and hold the Menu ([ ]) or [*] key, or press the Left key.
Page 161 8 NXDN CONVENTIONAL SYSTEM 8.5 Making an Individual Call  Selcall on PTT The transceiver initiates an Individual Call when the PTT switch is pressed on a channel where “Individual Call” is configured for Selcall on PTT. The Unit ID of the target transceiver can be configured by selecting one Unit ID from the Unit ID List by using KPG-111D/ DN.
Page 162 8 NXDN CONVENTIONAL SYSTEM 8.5 Making an Individual Call Press the switch to initiate a Voice Call. In order to initiate a Paging Call, the Side 2 key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411) or the Square key (Mobile) needs to be pressed. In order to enter a Status Message or Short Message, the Menu ]) or [*] key needs to be pressed.
Page 163 8 NXDN CONVENTIONAL SYSTEM 8.5 Making an Individual Call Enter a Unit ID. Refer to Entering or Deleting a Code on page 48 for entry methods.  Using the PF keys The characters can be selected by pressing the Up or Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or by pressing the [ ] or [ ] key (Mobile), and the selected characters can be determined by pressing the Menu ([...
Page 164 8 NXDN CONVENTIONAL SYSTEM 8.5 Making an Individual Call Receiving an Individual Call The transceiver can receive an Individual Call if the received Unit ID matches the Unit ID preconfigured in the transceiver. Note To receive an Individual Call in an NXDN Conventional system, “NXDN ID” needs to be configured as the Optional Signaling to be used on the channel.
Page 165 8 NXDN CONVENTIONAL SYSTEM 8.5 Making an Individual Call The transceiver can respond to the received Unit ID by a user pressing the PTT switch. When a key other than the PTT switch is pressed, the configured function will be activated. However, functions that can be used are limited.
Page 166 8 NXDN CONVENTIONAL SYSTEM 8.5 Making an Individual Call Configuration Description Individual The type of tone sounding from the transceiver can be configured for a Individual Call from the Unit IDs (Alert Tone) registered in the Unit ID List. The type of tone sounding from the transceiver can be configured for a Paging Call, an Individual Call (Message Trunked (Enhanced)) and an Individual Call (Individual Call Acknowledge Request) from the Unit IDs registered in the Unit ID List.
Page 167 8 NXDN CONVENTIONAL SYSTEM 8.5 Making an Individual Call Note • If the transceiver receives an individual call using NXDN ID, the caller’s ID appears. If the transceiver receives a group call using NXDN ID, the message appears according to the configuration for Group Call Display Type. (Refer to Display When the Transceiver Receives a Group Call (Group Call Display Type) on page 144.)
Page 168 8 NXDN CONVENTIONAL SYSTEM 8.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Individual Call Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Individual Call Acknowledge Request) Individual Call Acknowledge Request is the function that allows a user to distinguish whether or not the receiving transceiver is available to communicate so as to initiate an Individual Call in an NXDN Conventional system.
Page 169 8 NXDN CONVENTIONAL SYSTEM 8.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Individual Call Initiating an Individual Call (Individual Call Acknowledge Request) An Individual Call (Individual Call Acknowledge Request) can be activated by one of the following methods. ...
Page 170 8 NXDN CONVENTIONAL SYSTEM 8.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Individual Call “<>” appears on the main display, and the transceiver waits to receive an acknowledgment message from the receiving transceiver. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Receive an acknowledgment message from the receiving transceiver.
Page 171 8 NXDN CONVENTIONAL SYSTEM 8.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Individual Call Configuration using KPG-111D/ DN • Assigning functions to the PF keys on the transceiver ( FPRG 8.12 Key Assignment Window) •...
Page 172 8 NXDN CONVENTIONAL SYSTEM 8.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Individual Call Press the Side 2 key (Portable) or the Square key (Mobile). An acknowledgment message is sent. After sending the acknowledgment message, by receiving an Individual Call from the transmitting transceiver which has been enabled for the communication, an Alert Tone (Individual Call) sounds from the transceiver and an ID for the transmitting...
Page 173 8 NXDN CONVENTIONAL SYSTEM 8.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Individual Call Configuration using KPG-111D/ DN • Configuring the Alert Tone (Individual Call) (Unit ID List) ( FPRG 8.19.6 Unit ID List Tab) •...
Page 174 8 NXDN CONVENTIONAL SYSTEM 8.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Individual Call Sending an Acknowledgment Automatically (Automatic Response) Automatic Response is the function to automatically send an acknowledgment message upon receipt of a message requesting an acknowledgment of an Individual Call.
Page 175 8 NXDN CONVENTIONAL SYSTEM 8.7 Making a Group Call Making a Group Call Group Call can be used to engage in 2-way group voice calls by initiating a call to a group. The transceiver can initiate a call to the transceivers having the same Group ID by specifying the Group ID. The transceiver can also initiate a call to all transceivers by specifying the Group ID for which “ALL”...
Page 176 8 NXDN CONVENTIONAL SYSTEM 8.7 Making a Group Call Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to select a Group ID from the Group ID List. Refer to Selecting or Clearing Data from a List on page 42 selection methods.
Page 177 8 NXDN CONVENTIONAL SYSTEM 8.7 Making a Group Call Transceiver Behavior The transceiver receives a Group Call. Alert Tone (Group Call) sounds from the transceiver, and then the received Group ID, or the Unit ID of the transmitting transceiver, or both will appear. (Refer to Display When the Transceiver Receives a Group Call (Group Call Display Type) on page 144.)
Page 178 8 NXDN CONVENTIONAL SYSTEM 8.7 Making a Group Call Group ID List The transceiver uses a Group ID configured in the Group ID List to initiate a Group Call in an NXDN Conventional system. The desired Group IDs must be preconfigured using KPG-111D/ DN for the transceiver to initiate a Group Call. A maximum of 1000 Group IDs can be configured for Group ID List.
Page 179 8 NXDN CONVENTIONAL SYSTEM 8.7 Making a Group Call Note This function is unavailable for NX-200S/ NX-300S. Configuration using KPG-111D/ DN Configuring the Group Call Display Type ( FPRG 8.19.2 General 1 Tab) GID Scan (NXDN) GID Scan (NXDN) is the function to standby to receive a Group Call from all Group IDs in an NXDN Conventional system. If this function is enabled, the transceiver is on standby to receive a Group Call from all Group IDs configured for Group ID List.
Page 180 8 NXDN CONVENTIONAL SYSTEM 8.7 Making a Group Call Configuration using KPG-111D/ DN Configuring the Call Alert Inhibit (Group Calls only) to be enabled or disabled ( FPRG 8.19.2 General 1 Tab) Preventing Reception of a Group Call While the Transceiver Is Receiving an Individual Call (Ignore Group Call during Individual Call) Ignore Group Call during Individual Call is the function that prevents receipt of a Group Call if receiving an Individual Call.
Page 181 8 NXDN CONVENTIONAL SYSTEM 8.8 Common Functions for Data Communications Common Functions for Data Communications The following functions are used in common for data communications such as Status Call or Short Data Call, Long Data Call data transmission. • Number of Retries •...
Page 182 8 NXDN CONVENTIONAL SYSTEM 8.8 Common Functions for Data Communications Configuration using KPG-111D/ DN Configuring the Maximum ACK Wait Time ( FPRG 8.19.2 General 1 Tab) GTC Count GTC Count is the number of times to transmit the GTC using the transmitting transceiver. GTC (Go To Channel) is a message that allows the transmitting transceiver to induce the receiving transceiver to the data channel.
Page 183 8 NXDN CONVENTIONAL SYSTEM 8.8 Common Functions for Data Communications Data Transmit Modulation Delay Time Data Transmit Modulation Delay Time is the duration from when the transceiver starts transmitting until the transceiver starts being modulated by the data frame. Data Transmit Modulation Delay Time is used to allow the transmitted radio signal to stabilize before applying data. However, it may be difficult to establish data communications when the transmit and receive frequencies are widely separated or the transceiver is always used in extremely cold areas.
Page 184 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Preamble Length Preamble Length is the function to extend time for sending a preamble when the NXDN frame is sent. Extending the time for sending a preamble at the beginning of transmission makes the receiving transceiver easier to receive a call and reduces missing of the beginning of the audio during the scan.
Page 185 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Sending a Status Message This section describes how to send a Status Message in Status Mode. The transceiver enters Status Mode with one of the following operations, and then the transceiver will send a Status Message.
Page 186 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to select the target data from Status List. Refer to Selecting or Clearing Data from a List on page 42 selection methods.
Page 187 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call)  Sending a Status Message using Manual Dialing To send a Status Message using Manual Dialing, Manual Dialing must be enabled using KPG-111D/ DN. Select one of the following operations to place the transceiver in Status Mode. •...
Page 188 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Press the Side 2 key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), the Square key (Mobile), or the switch. The transceiver sends the Status Message. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile If the Status Message is properly sent to the target transceiver, “COMPLETE”...
Page 189 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Note • To use serial communications, a user must prepare NXDN compatible software or external devices. • A maximum of 15 received Status Messages along with Short Messages can be stored in the stack memory of the transceiver. (Refer to 3.7 Viewing the Receive History (Stack) on page 38.)
Page 190 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) The Alert Tone (Status/ Short Message Call) sounds from the Status Message Display (3 sec) transceiver and then the Status Message will appear. If Status Message is longer than 14 characters, it is displayed by scrolling the message from right to left.
Page 191 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) • If the transceiver receives Man-down Status: “MAN DOWN” appears on the main display. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile • If the transceiver receives Horn Alert Status: “HORN ALERT”...
Page 192 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Status List Status Message must be preconfigured in the transceiver using KPG-111D/ DN prior to the transmission. A maximum of 207 statuses can be configured in the Status List. Table 8-14 Status List Configuration Description...
Page 193 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Note • A maximum of 15 messages (Status Messages and Short Messages) can be stored in the stack memory. • This function is unavailable for NX-200S/ NX-300S. Configuration using KPG-111D/ DN Configuring the Status Message Stack ( FPRG 8.10.6 Common Page 4 Tab)
Page 194 8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Configuration using KPG-111D/ DN Configuring the Power-on Status Message ( FPRG 8.19.9 Status Tab) Power-off Status Message Power-off Status Message allows the transceiver to send the selected Status Message when the transceiver is turned OFF. Using the Power-off Status Message, the base station can recognize that the transceiver has been turned OFF.
Page 195: Aux Output Status Message
8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Emergency Status Response Emergency Status Response is the function to make an Alert Tone sound when the transceiver receives an Emergency Status. In the case that the Man-down tilt switch on the transmitting transceiver is switched On which results in the transceiver entering Emergency Mode, then “MAN DOWN”...
Page 196: Storing The Selected Or Sent Status
8 NXDN CONVENTIONAL SYSTEM 8.9 Sending and Receiving a Status Message (Status Call) Storing the Selected or Sent Status (Status Hold) Status Hold is the function to store in the transceiver the status selected from the Status List in Status Mode and the status transmitted.
Page 197 8 NXDN CONVENTIONAL SYSTEM 8.10 Sending and Receiving a Short Message (Short Data Call) 8.10 Sending and Receiving a Short Message (Short Data Call) Short Data Call can be used to send and receive a maximum of 100 characters (Short Message). Using this function, a dispatcher can reliably send text messages to the target party.
Page 198 8 NXDN CONVENTIONAL SYSTEM 8.10 Sending and Receiving a Short Message (Short Data Call) • Keypad entry If “SDM (FleetSync/NXDN)” is configured for Keypad Operation, pressing the [0] to [9] keys on the transceiver keypad causes the transceiver to enter Short Message Mode. The transceiver will be on hold as the first digit of the Short Message is entered.
Page 199 8 NXDN CONVENTIONAL SYSTEM 8.10 Sending and Receiving a Short Message (Short Data Call) Enter a Short Message. A maximum of 100 characters can be entered. Refer to Entering or Deleting Characters on page 52 for entry methods. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the Side 2...
Page 200 8 NXDN CONVENTIONAL SYSTEM 8.10 Sending and Receiving a Short Message (Short Data Call)  Sending a Short Message using a PC command Send the PC command to the transceiver from a PC to request transmission of a Short Message. The transceiver starts sending the Short Message.
Page 201 8 NXDN CONVENTIONAL SYSTEM 8.10 Sending and Receiving a Short Message (Short Data Call) Transceiver Behavior The transceiver starts receiving a Short Message. “RECEIVE DATA” appears on the transceiver main display. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The transceiver receives a Short Message. “COMPLETE”...
Page 202 8 NXDN CONVENTIONAL SYSTEM 8.10 Sending and Receiving a Short Message (Short Data Call) Note If the transceiver receives a Short Message by a Group Call, the ID Name appears according to the configuration for Group Call Display Type configuration. (Refer to Display When the Transceiver Receives a Group Call (Group Call Display Type) on page 144.) Configuration using KPG-111D/ DN...
Page 203 8 NXDN CONVENTIONAL SYSTEM 8.11 Sending and Receiving a Long Message (Long Data Call) Configuration using KPG-111D/ DN Configuring the Short Message Serial Output to be enabled or disabled ( FPRG 8.10.6 Common Page 4 Tab) 8.11 Sending and Receiving a Long Message (Long Data Call) Long Data Call can be used to send and receive a maximum of 4,096 characters (Long Message).
Page 204 8 NXDN CONVENTIONAL SYSTEM 8.11 Sending and Receiving a Long Message (Long Data Call) Receiving a Long Message The received Long Message data can be transferred via a PC or external device. Note To use serial communications, a user must prepare NXDN compatible software or external devices. Transceiver Behavior The transceiver starts receiving a Long Message.
Page 205 8 NXDN CONVENTIONAL SYSTEM 8.12 Using DTMF to Initiate a Selective Call/ 8.13 Communicating using a CW Message Long Message on Data Zone-CH/GID Long Message on Data Zone-CH/GID is the function that allows the transceiver to automatically change the channel to the Data Zone-channel or GID to send a Long Message in an NXDN Conventional system.
Page 206 8 NXDN CONVENTIONAL SYSTEM 8.13 Communicating using a CW Message CW Speed CW Speed refers to how fast the CW Message is sent by using Morse code. Configuration using KPG-111D/ DN Configuring the CW Speed ( FPRG 8.10.4 CW ID Dialog Box) CW Modulation Delay Time CW Modulation Delay Time is the amount of time from when the transceiver starts transmitting until the transceiver starts sending the CW Message.
Page 207 8 NXDN CONVENTIONAL SYSTEM 8.14 Site Roaming 8.14 Site Roaming Site Roaming is the function to migrate automatically to the site (channel) providing better radio environment if a transceiver is operated in the NXDN Conventional system. The transceiver receives a synchronization signal transmitted from the repeaters in multiple sites at regular time intervals, and detects the RSSI level.
Page 208 8 NXDN CONVENTIONAL SYSTEM 8.14 Site Roaming When the transceiver receives a synchronization signal from the repeater, the transceiver basically behaves as follows. Synchronization sign Repeater 1 Repeater 2 Repeater 3 Repeater 4 1 sec. Repeater 5 Roaming Roaming Channel 5 - Channel 4 - Channel 3 - Tranceiver...
Page 209 8 NXDN CONVENTIONAL SYSTEM 8.14 Site Roaming • If “Site Roaming with RAN” is configured for Zone Type: If the received RAN code matches that preconfigured for the channel, the transceiver unmutes the speaker and the channel will be the Revert Channel. If the received RAN code does not match the RAN code preconfigured for the channel or if no RAN code is configured for the channel, the transceiver migrates to the channel having the second strongest RSSI level (for example, Channel 2) and examines whether the received RAN code matches the RAN code preconfigured for the...
Page 210 8 NXDN CONVENTIONAL SYSTEM 8.14 Site Roaming Site Roaming Link Delay Time The length of time until the repeater in each site is activated may vary depending on the site. Site Roaming Link Delay Time is a function to configure the length of time to tolerate, by delaying the time to start searching for a signal on other channel, a variation in time of when each repeater is activated.
Page 211 8 NXDN CONVENTIONAL SYSTEM 8.14 Site Roaming Quick Site Roaming Level Quick Site Roaming Level is the function to allow Site Roaming to behave faster when the transceiver is in an area with a strong signal. If the transceiver receives a signal of which level is higher than that configured for Quick Site Roaming Level during Site Roaming, the channel will be the Revert Channel.
Page 212 8 NXDN CONVENTIONAL SYSTEM 8.14 Site Roaming Off-hook Site Roaming (Mobile Only) Off-hook Site Roaming is the function to start the Site Roaming depending on the status of microphone, either on-hook or off-hook. The transceiver behaves as follows according to the configuration for Off-hook Site Roaming. Table 8-18 Off-hook Site Roaming Configuration Description...
Page 213: Sending Gps Data Automatically At Certain
8 NXDN CONVENTIONAL SYSTEM 8.15 Sending GPS Data 8.15 Sending GPS Data Global Positioning System (GPS) is the system to acquire the current location information of the own transceiver by receiving signals from the Global Positioning System satellites orbiting the earth. The transceiver of the mobile station can send the acquired own location information (GPS data) to the base station.
Page 214 8 NXDN CONVENTIONAL SYSTEM 8.15 Sending GPS Data Configuration using KPG-111D/ DN • Configuring the Base ID Type and the Base ID ( FPRG 8.19.2 General 1 Tab) • Configuring the Base ID Type (GPS) and Base ID (GPS) ( FPRG 8.19.10 GPS Tab) Sending GPS Data Automatically at Certain Intervals (GPS Report Mode) GPS data can be sent automatically at the intervals configured for GPS Report Interval.
Page 215: Sending Gps Data Together With Emergency
8 NXDN CONVENTIONAL SYSTEM 8.15 Sending GPS Data Sending GPS Data Manually by Using a Key (Send the GPS Data) GPS data can be sent manually by a user pressing the Send the GPS Data key. Or, pressing the Menu key causes the transceiver to enter Menu Mode, and then the GPS data can be sent manually by selecting the “Send the GPS Data”.
Page 216 8 NXDN CONVENTIONAL SYSTEM 8.15 Sending GPS Data Configuration using KPG-111D/ DN Configuring the GPS Combination (Emergency) ( FPRG 8.19.10 GPS Tab) Sending GPS Data during Voice Communications (Data with Voice) The transceiver can multiplex GPS data on audio data and send the data during voice communications. If the timing of automatic GPS data transmission configured for GPS Report Internal Time comes while the transceiver is sending audio data, the transceiver multiplex GPS data on the audio data and send the data.
Page 217 183 format from the received GPS data and sends the extracted data from the communication port. Upon receipt of the GPS data, the transceiver at the base station creates the $PKNDS data which is the Kenwood proprietary sentence from the received GPS data and sends the created data from the $PKNDS (KW) communication port.
Page 218 8 NXDN CONVENTIONAL SYSTEM 8.17 Disabling the Transceiver Capability by Remote Control (Stun/ Kill) GPS Position Display GPS Position Display can be used to show the current location information of the own transceiver on the LCD. Refer to 15.2 GPS Position Display on page 388 for details about GPS Position Display.
Page 219 8 NXDN CONVENTIONAL SYSTEM 8.18 Actions for Other Transceivers 8.18 Actions for Other Transceivers Remote control using radio communications enables monitoring the situation around another transceiver or checking whether another transceiver is in operation. Monitoring the Situation Around Another Transceiver by Remote Control (Remote Monitor) Remote Monitor is the function to remotely operate using radio communication an individually specified transceiver to transmit continuously.
Page 220 8 NXDN CONVENTIONAL SYSTEM 8.18 Actions for Other Transceivers Checking Whether Another Transceiver is in Operation (Radio Check) Radio Check can be used to check whether an individually specified transceiver is operating in the system using radio communication. In order to use this function, “Data” or “Data + GPS Data Output” must be configured for the communication port of the transceiver.
Page 221 NXDN TRUNKING SYSTEM NXDN is a generic name for a digital communication system protocol utilizing 4-level FSK. Using NXDN, the transceiver can initiate an Individual Call or Group Call for voice calls, communicate various types of messages, or send and receive GPS data. Also, connecting a transceiver to an external device (such as a PC) allows communication because the NEXEDGE transceiver supports serial command communication.
Page 222 9 NXDN TRUNKING SYSTEM Multiple Systems In multiple systems, a system number (1 to 8) to be used can be configured for each zone. This allows a user to switch a system to use just by changing a zone. STATUS STATUS 1 2 3 4 5 6 7 8 VOLUME...
Page 223 9 NXDN TRUNKING SYSTEM 9.1 Initiating Voice Communications (Basic Transmission and Reception) Initiating Voice Communications (Basic Transmission and Reception) This section describes the basic methods for transmission and reception in an NXDN Trunking system and the relevant functions. About Own ID To initiate various communications using NXDN, a Unit ID (Own), the identification code of a transceiver, needs to be configured for the transceiver.
Page 224 9 NXDN TRUNKING SYSTEM 9.1 Initiating Voice Communications (Basic Transmission and Reception) Receiving Received audio sounds from the speaker if the transceiver receives a message requesting various types of communications on a control channel from a system and the received NXDN ID matches the NXDN ID preconfigured for the transceiver.
Page 225 9 NXDN TRUNKING SYSTEM 9.1 Initiating Voice Communications (Basic Transmission and Reception) Configuration using KPG-111D/ DN Configuring the Selective Call Alert LED ( FPRG 8.19.4 Trunking Tab and 8.19.5 Conventional Tab) Over-the-Air Alias Over-the-Air Alias allows the receiving transceiver to display the ID Name of the transmitting transceiver when receiving a call even if the ID Name of the transmitting transceiver is not configured for the receiving transceiver.
Page 226 9 NXDN TRUNKING SYSTEM 9.1 Initiating Voice Communications (Basic Transmission and Reception) • If the transceiver receives the Priority Monitor ID 2: • NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile • If the transceiver receives the Priority Monitor ID 3: NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile •...
Page 227 9 NXDN TRUNKING SYSTEM 9.1 Initiating Voice Communications (Basic Transmission and Reception) Configuration using KPG-111D/ DN Configuring the Priority Monitor ID ( FPRG 8.8.10 GID (Priority Monitor ID)) Participating in an On-going Voice Call Midway Through the Call (Late Entry) Late Entry is the function to participate in on-going voice calls even if the transceiver receives a voice call midway through the call.
Page 228 9 NXDN TRUNKING SYSTEM 9.2 Control Channel Hunt TOT Pre-alert TOT Pre-alert is the function to notify a user that a continuous transmission is about to end by the Time-out Timer. The TOT Pre-alert Tone sounds from the transceiver before the transceiver stops the continuous transmission by the Time-out Timer.
Page 229 9 NXDN TRUNKING SYSTEM 9.2 Control Channel Hunt Order Hunt Sequence Description A channel configured as Site Hunt Control Channel in each site is searched. Site Hunt Site Hunt Sequence Control Channel is a channel that can be used as a control channel in each site. All channels that can be used as a control channel are searched based on all Comprehensive Hunt Sequence frequencies configured in a Frequency Table.
Page 230 9 NXDN TRUNKING SYSTEM 9.2 Control Channel Hunt System Search Policy System Search Policy is the policy used when the transceiver searches for a system. Using this function, the transceiver can be configured to start roaming easily in order for a user to select the system having good signal strength.
Page 231 9 NXDN TRUNKING SYSTEM 9.2 Control Channel Hunt Configuration using KPG-111D/ DN Configuring the Last Control Channel to be enabled or disabled ( FPRG 8.25.4 Last Control Channel) Starting the Control Channel Hunt Manually (Forced Search) Forced Search allows a user to manually start the test to acquire another control channel providing better conditions while the transceiver is in the idle state after acquiring a control channel.
Page 232 9 NXDN TRUNKING SYSTEM 9.2 Control Channel Hunt Press and hold the Forced Search key. Search Mode Tone sounds from the transceiver, and then the transceiver will start the Forced Search. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The transceiver leaves the acquired control channel and starts the hunt sequence, and then the transceiver proceeds to search for another control channel using the Preferential Hunt Sequence.
Page 233 9 NXDN TRUNKING SYSTEM 9.3 Registration in an NXDN Trunking System Registration in an NXDN Trunking System Registration is a function that enables registration with the system the location data of the transceiver at the time the transceiver searches for or acquires a control channel, for instance by turning the transceiver ON. By registering the location of the transceiver, the system can recognize which site the transceiver belongs to and specifies the site where the communication can be established.
Page 234 9 NXDN TRUNKING SYSTEM 9.3 Registration in an NXDN Trunking System Transceiver’s Behavior for Registration Following is the transceiver’s behavior during Registration. • If the location of the own transceiver is successfully registered, the transceiver will remain on the acquired control channel.
Page 235 9 NXDN TRUNKING SYSTEM 9.3 Registration in an NXDN Trunking System Transceiver’s Behavior if the Transceiver Begins Location Registration and Group Registration The following is the transceiver’s behavior if the transceiver begins location registration and group registration. • The transceiver remains on the acquired control channel if both location registration and group registration are successful.
Page 236 9 NXDN TRUNKING SYSTEM 9.3 Registration in an NXDN Trunking System • If the transceiver information registered in the system is already cleared when the transceiver initiates a Group Call, the transceiver begins Group-registration and then the transceiver will terminate the Group Call upon receipt of a response message from the system indicating non-registration of the group in the system.
Page 237 9 NXDN TRUNKING SYSTEM 9.4 Using NXDN ID to Initiate a Selective Call Using NXDN ID to Initiate a Selective Call An individual call and group call are available by using NXDN IDs. In addition, a message can be sent to a specified target ID in various types of message communications.
Page 238 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked) Transition for Each Mode If a user wishes to send or receive an Individual Call, Group Call, Status Message, or Short Message, the user must operate the transceiver after selecting the desired mode. Refer to Transition for Each Mode on page 124 for transition for each mode.
Page 239 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked) Operating the Transceiver  Initiating an Individual Call by list selection Press the Individual (NXDN), Individual + Status (NXDN), or Individual + SDM (NXDN) key. The transceiver enters Individual Call Mode and then the Unit ID List selection display will appear.
Page 240 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked)  Initiating an Individual Call using Manual Dialing To initiate an Individual Call using Manual Dialing, Manual Dialing must be enabled using KPG-111D/ DN. Press the Individual (NXDN), Individual + Status (NXDN), or Individual + SDM (NXDN) key.
Page 241 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked)  Using the keypad A Unit ID can be entered by pressing the [0] to [9] keys. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the switch to initiate a Voice Call. In order to initiate a Paging Call, the Side 2 key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411) or the Square key (Mobile) needs to be pressed.
Page 242 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked) • If the transceiver receives a response message from the system indicating a busy state of the receiving transceiver: The Busy Tone 2 sounds from the transceiver and then the transceiver will terminate the transmission. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile •...
Page 243 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked) Note • If Call Request Tone is enabled, a Call Request Tone sounds from the transceiver when the PTT switch is pressed to initiate a call request. Also, if Call Processing Tone is enabled, a Call Processing Tone sounds from the transceiver while the PTT switch is pressed and held after a call request is initiated by pressing the PTT switch.
Page 244 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked) If the Unit ID is not configured in the Unit ID List, the Unit ID appears on the main display. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The transceiver can respond to the received Unit ID by a user pressing the PTT switch.
Page 245 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked) Unit ID List The transceiver uses an individual Unit ID to establish communication if using the NXDN function. The desired Unit IDs must be preconfigured in the transceiver using KPG-111D/ DN prior to use of the transceiver. A maximum of 1000 Unit IDs can be configured for Unit ID List.
Page 246 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked) Notifying the User with a Tone That a Call Request Has Been Initiated (Call Request Tone)/ Notifying the User with a Tone That a Call Request Is in Progress (Call Processing Tone) Call Request Tone is the function to sound a Call Request Tone from the transceiver when a call request for an Individual Call or Group Call is initiated by pressing the PTT switch in an NXDN Trunking system.
Page 247 9 NXDN TRUNKING SYSTEM 9.5 Making an Individual Call (Transmission Trunked) Restricting IDs for Which the Transceiver Can Initiate a Call (Unit ID Encode Block) Unit ID Encode Block is the Unit ID range used to initiate a call. A Unit ID with which a user is allowed to initiate a call can be restricted using KPG-111D/ DN. A user can use the Unit ID stored in the Unit ID List even if it is outside the Unit ID Encode Block range.
Page 248 9 NXDN TRUNKING SYSTEM 9.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Message Trunked (Enhanced)) Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Message Trunked (Enhanced)) The Individual Call (Message Trunked (Enhanced)) is the function that allows a user to distinguish whether or not the receiving transceiver is available to communicate for initiating an Individual Call in an NXDN Trunking system.
Page 249 9 NXDN TRUNKING SYSTEM 9.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Message Trunked (Enhanced))  Stack Mode A message requesting an Individual Call is sent to a system by selecting an incoming call history in Stack Mode and then pressing the PTT switch.
Page 250 9 NXDN TRUNKING SYSTEM 9.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Message Trunked (Enhanced)) Receive from the system a message for traffic channel assignment. The Call In Progress Tone sounds from the transceiver, the ID for the receiving transceiver appears on the main display, and the transceiver becomes enabled for the transmission by means of an Individual Call.
Page 251 9 NXDN TRUNKING SYSTEM 9.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Message Trunked (Enhanced)) Configuration using KPG-111D/ DN • Assigning functions to the PF keys on the transceiver ( FPRG 8.12 Key Assignment Window) •...
Page 252 9 NXDN TRUNKING SYSTEM 9.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Message Trunked (Enhanced)) Press the switch, Side 2 key (Portable), or the Square key (Mobile). A message requesting the connection is sent to the system. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Receive from the system a message for traffic channel assignment.
Page 253 9 NXDN TRUNKING SYSTEM 9.6 Initiating an Individual Call After Ensuring That the Target Party Is Available for Communications (Message Trunked (Enhanced))  If Automatic Response is enabled: Receive from the system a message requesting reception of an Individual Call. A message requesting the connection is automatically sent to the system.
Page 254 9 NXDN TRUNKING SYSTEM 9.7 Making a Group Call (Transmission Trunked) Sending an Acknowledgment Automatically (Automatic Response) Automatic Response is the function to automatically send a message requesting the connection upon receipt of a message requesting an acknowledgment for an Individual Call. If this function is enabled, the transceiver automatically sends a message requesting the connection upon receipt of a message requesting an acknowledgment for an Individual Call.
Page 255 9 NXDN TRUNKING SYSTEM 9.7 Making a Group Call (Transmission Trunked) Operating the Transceiver Select the target Group ID by using the CH/GID Up CH/GID Down key to initiate a Group Call. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the switch.
Page 256 9 NXDN TRUNKING SYSTEM 9.7 Making a Group Call (Transmission Trunked) Receiving a Group Call (Transmission Trunked) If the received Group ID matches the Group ID configured for the transceiver, the transceiver can receive the Group Call. Transceiver Behavior The transceiver receives a Group Call. The Alert Tone (Conference Group Call) sounds from the transceiver, and then the received Group ID, or the Unit ID of the transmitting transceiver, or both will appear.
Page 257 9 NXDN TRUNKING SYSTEM 9.7 Making a Group Call (Transmission Trunked) Display When the Transceiver Receives a Group Call (Group Call Display Type) Group Call Display Type can be used to display the received information on the main display when the transceiver receives a Group Call.
Page 258 9 NXDN TRUNKING SYSTEM 9.7 Making a Group Call (Transmission Trunked) • Vibrator (Portable only) The Vibrator does not function even if the transceiver receives a Group Call. • Caller ID Stack The Caller ID will not be stored in the transceiver stack memory even if the transceiver receives a Group Call. Note This function can be used with the Group Call (Message Trunked (Enhanced)) and the Broadcast Group Call.
Page 259 9 NXDN TRUNKING SYSTEM 9.8 Making a Group Call with the Link to a Traffic Channel Retained (Message Trunked (Enhanced)) Table 9-7 PTT Hold Inhibit Configuration Description If transmission is inhibited on a traffic channel when the transceiver initiates a transmitting using Group Call in an Enabled NXDN Trunking system, the transmission behavior is not retained and the transmission ends immediately.
Page 260 9 NXDN TRUNKING SYSTEM 9.8 Making a Group Call with the Link to a Traffic Channel Retained (Message Trunked (Enhanced)) Operating the Transceiver Press the CH/GID Up key or the CH/GID Down key to select a Group ID, and then press the switch.
Page 261 9 NXDN TRUNKING SYSTEM 9.8 Making a Group Call with the Link to a Traffic Channel Retained (Message Trunked (Enhanced)) Note • The DTMF code can be sent during the call by pressing one of the [0] key to [9] key, the [*] key or the [#] key while pressing and holding the PTT switch.
Page 262 9 NXDN TRUNKING SYSTEM 9.9 Making an Informative Group Call (Broadcast Group Call) Making an Informative Group Call (Broadcast Group Call) Broadcast Group Call can be used to engage in one-way informative group voice calls by initiating a call to a group in an NXDN Trunking system.
Page 263 9 NXDN TRUNKING SYSTEM 9.9 Making an Informative Group Call (Broadcast Group Call) Press the Broadcast key. Broadcast Group Call will be enabled. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The following operations are identical even if Broadcast Group Call is enabled by pressing the Menu key. Press the switch.
Page 264 9 NXDN TRUNKING SYSTEM 9.10 Common Functions for Data Communications Transceiver Behavior The transceiver receives a Broadcast Group Call. Alert Tone (Broadcast Group Call) sounds from the transceiver, and then the received Group ID, or the Unit ID of the transmitting transceiver, or both will appear.
Page 265 9 NXDN TRUNKING SYSTEM 9.10 Common Functions for Data Communications Maximum ACK Wait Time Maximum ACK Wait Time is the length of time that the transceiver stands by to receive the acknowledgment after the transceiver sends data. If the transceiver does not receive the acknowledgment within the time configured for Maximum ACK Wait Time, the transceiver resends data.
Page 266 9 NXDN TRUNKING SYSTEM 9.11 Sending and Receiving a Status Message (Status Call)/ 9.12 Sending and Receiving a Short Message (Short Data Call) 9.11 Sending and Receiving a Status Message (Status Call) Refer to 8.9 Sending and Receiving a Status Message (Status Call) on page 150 in 8 NXDN CONVENTIONAL SYSTEM.
Page 267 9 NXDN TRUNKING SYSTEM 9.13 Sending and Receiving a Long Message (Long Data Call)/ 9.14 Communicating with a Telephone (Telephone Call) 9.13 Sending and Receiving a Long Message (Long Data Call) Refer to 8.11 Sending and Receiving a Long Message (Long Data Call) on page 169 in 8 NXDN CONVENTIONAL SYSTEM.
Page 268 9 NXDN TRUNKING SYSTEM 9.14 Communicating with a Telephone (Telephone Call) Operating the Transceiver Initiate a Telephone Call by one of the method above. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile When the transceiver starts communications, a Call In Progress Tone sounds from the transceiver and “PHONE CALL” appears. The Busy LED lights green.
Page 269 9 NXDN TRUNKING SYSTEM 9.14 Communicating with a Telephone (Telephone Call) Press the Side 1 key (Portable), the Triangle key (Mobile), or the key. A Disconnect Indication Tone sounds from the transceiver and the communication will end. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Note •...
Page 270 9 NXDN TRUNKING SYSTEM 9.15 Using DTMF to Initiate a Selective Call/ 9.16 Locking the Site to Be Used (Site Lock/ Site Select) 9.15 Using DTMF to Initiate a Selective Call DTMF Encode and the related functions can be used in an NXDN Trunking system. However, the PTT ID function is unavailable.
Page 271 9 NXDN TRUNKING SYSTEM 9.16 Locking the Site to Be Used (Site Lock/ Site Select) Operating the Transceiver  Enabling or disabling the Site Lock Press the Site Lock key while Site Lock is disabled. The “ ” icon appears, and the site number of the current site appears on the sub-display and the site name appears on the main display for 2 sec.
Page 272 9 NXDN TRUNKING SYSTEM 9.16 Locking the Site to Be Used (Site Lock/ Site Select) Note If “Site Select” is selected after the transceiver enters Menu Mode by pressing the Menu key, the transceiver can also enter Site Select Mode. Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the...
Page 273 9 NXDN TRUNKING SYSTEM 9.16 Locking the Site to Be Used (Site Lock/ Site Select)  Using the Selector (Portable only) or the PF key Select one of the following operations. • Select the site to be locked by using the Side Up or Side Down key. •...
Page 274 9 NXDN TRUNKING SYSTEM 9.17 Adding a Group ID by Remote Control (Remote Group Add) 9.17 Adding a Group ID by Remote Control (Remote Group Add) Remote Group Add is the function to make a transceiver receive a message requesting to change the remote group and add a Group ID by sending the request message for the remote group change from a transceiver connected to a PC.
Page 275 9 NXDN TRUNKING SYSTEM 9.17 Adding a Group ID by Remote Control (Remote Group Add) Operating the Transceiver  Receiving the message requesting to change the remote group The transceiver starts receiving the message requesting to change the remote group. “RECEIVE DATA”...
Page 276 9 NXDN TRUNKING SYSTEM 9.17 Adding a Group ID by Remote Control (Remote Group Add) If the change of the Group ID is not allowed by the information in the received message, “GRP ADD-F” appears on the transceiver main display. In this case, the transceiver can transmit and receive only with the Regroup ID.
Page 277 9 NXDN TRUNKING SYSTEM 9.17 Adding a Group ID by Remote Control (Remote Group Add) Transceiver’s Behavior when Using the Regroup ID Following are the transceiver’s behavior when using the added Regroup ID. • The added Regroup ID will be retained even after the transceiver is turned OFF. •...
Page 278 9 NXDN TRUNKING SYSTEM 9.18 Transceiver Behavior in the Case that the System Fails to Provide the Trunking Control Service (Failsoft) 9.18 Transceiver Behavior in the Case that the System Fails to Provide the Trunking Control Service (Failsoft) Failsoft is a function that provides the minimal communication capability for the transceivers in the site coverage area in the case that the system fails to provide the Trunking control service among the sites, for instance, in a case when a cable connecting repeaters is cut or an error occurs in communication between controllers.
Page 279 9 NXDN TRUNKING SYSTEM 9.19 Transceiver Behavior in the Case that the Site Fails to Connect to the Network (Network Failure) Note • While the system is in the Failsoft state, functions on a control channel, such as location registration, will not be available. •...
Page 280 9 NXDN TRUNKING SYSTEM 9.20 Sending GPS Data 9.20 Sending GPS Data Global Positioning System (GPS) is the system to acquire the current location information of the own transceiver by receiving signals from the Global Positioning System satellites orbiting the earth. The transceiver of the mobile station can send the acquired own location information (GPS data) to the base station.
Page 281 9 NXDN TRUNKING SYSTEM 9.20 Sending GPS Data Configuration using KPG-111D/ DN • Configuring the Base ID Type and the Base ID (Single System) ( FPRG 8.19.2 General 1 Tab) • Configuring the Base ID Type (GPS) and Base ID (GPS) (Single System) ( FPRG 8.19.10 GPS Tab) •...
Page 282 9 NXDN TRUNKING SYSTEM 9.20 Sending GPS Data Sending GPS Data Preferentially While Receiving a Group Call (GPS Report Priority (Over Group Call)) GPS Report Priority (Over Group Call) is the function that gives higher priority to sending GPS data, and stops receipt if the timing of automatic GPS data transmission including polling while the transceiver is receiving Group Call (Transmission Trunked).
Page 283 9 NXDN TRUNKING SYSTEM 9.21 Receiving GPS Data/ 9.22 Disabling the Transceiver Capability by Remote Control (Stun/ Kill) 9.21 Receiving GPS Data The base station receiving GPS data from the transceiver of a mobile station can send the GPS data to the PC as serial commands.
Page 284 9 NXDN TRUNKING SYSTEM 9.23 Actions for Other Transceivers 9.23 Actions for Other Transceivers Remote control using radio communications enables monitoring the situation around another transceiver or checking whether another transceiver is in operation. Monitoring the Situation Around Another Transceiver by Remote Control (Remote Monitor) Refer to Monitoring the Situation Around Another Transceiver by Remote Control (Remote Monitor) on page 185...
Page 285 ANALOG CONVENTIONAL SYSTEM In an Analog Conventional system, communications are realized by sending and receiving analog signals on an analog channel. The transceiver can make an Individual Call or a Group Call using Optional Signaling such as DTMF, 2-tone, and FleetSync.
Page 286 10 ANALOG CONVENTIONAL SYSTEM 10.1 Initiating Voice Communications (Basic Transmission and Reception) Operating the Transceiver  Squelch Off key Press the Squelch Off key while Squelch Off is disabled. The “ ” icon appears. The Busy LED lights green if Busy LED is enabled.
Page 287 10 ANALOG CONVENTIONAL SYSTEM 10.1 Initiating Voice Communications (Basic Transmission and Reception) Release the Squelch Off Momentary key. The “ ” icon disappears. For NX-200S/ NX-300S, Key Beep B sounds from the transceiver. On a channel where QT tone or DQT code is configured, the transceiver restores Signaling Squelch, and on a channel where no QT tone or DQT code is configured, the transceiver restores Carrier Squelch.
Page 288 10 ANALOG CONVENTIONAL SYSTEM 10.1 Initiating Voice Communications (Basic Transmission and Reception) Operating the Transceiver Press the Squelch Level key. The current Squelch Level appears on the main display. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to change Squelch Level.
Page 289 10 ANALOG CONVENTIONAL SYSTEM 10.1 Initiating Voice Communications (Basic Transmission and Reception) Participating in an On-going Voice Call Midway Through the Call (Late Entry) Late Entry is the function to participate in on-going voice calls even if the transceiver receives a voice call midway through the call.
Page 290 10 ANALOG CONVENTIONAL SYSTEM 10.1 Initiating Voice Communications (Basic Transmission and Reception) TOT Pre-alert TOT Pre-alert tone is used to notify a user that a continuous transmission is about to end by the Time-out Timer. The TOT Pre-alert Tone sounds from the transceiver before the transceiver stops the continuous transmission by the Time-out Timer.
Page 291 10 ANALOG CONVENTIONAL SYSTEM 10.1 Initiating Voice Communications (Basic Transmission and Reception) The transceiver considers a retransmission within this configured length of time as a continuous transmission. In the following example, the counting of Time-out Timer continues because the transmission was started by a user pressing the PTT switch while the TOT Reset Time was counting down.
Page 292 10 ANALOG CONVENTIONAL SYSTEM 10.1 Initiating Voice Communications (Basic Transmission and Reception)  If “Analog” is configured for Transmit Mode: The transceiver transmits according to the configuration for Busy Channel Lockout (Analog).  If “NXDN” is configured for Transmit Mode: The transceiver transmits according to the configuration for Busy Channel Lockout (NXDN).
Page 293 10 ANALOG CONVENTIONAL SYSTEM 10.1 Initiating Voice Communications (Basic Transmission and Reception) Communicating Without Using a Repeater (Talk Around) Talk Around is the function that allows transceivers to communicate directly without using a repeater. If the transceiver cannot link to a repeater due to too great distance between the transceiver and the repeater, the transceiver can directly communicate with the target transceiver using Talk Around.
Page 294 10 ANALOG CONVENTIONAL SYSTEM 10.2 Using the Signaling 10.2 Using the Signaling QT/ DQT is the signaling to be used for facilitating communication within a group if the same channel is shared by several groups. Also, DTMF, 2-tone and FleetSync can be used as the Optional Signaling to initiate a selective call. Sharing the Same Channel (Frequency) by Several Groups (QT/DQT) QT/ DQT is the signaling to be used for facilitating communication within a group if the same channel is shared by several groups.
Page 295 10 ANALOG CONVENTIONAL SYSTEM 10.2 Using the Signaling Using the Optional Signaling (Analog) Optional Signaling is the signaling used to initiate a selective call. DTMF, 2-tone, or FleetSync is the Optional Signaling which can be used in an Analog Conventional system. All signaling types use audible frequencies. (Refer to 10.4 Using 2- tone to Initiate a Selective Call on page 269,...
Page 296 10 ANALOG CONVENTIONAL SYSTEM 10.2 Using the Signaling Table 10-4 Audio Control (Analog) Configuration Description The transceiver unmutes the speaker if the received QT tone or DQT code matches the QT tone or DQT code QT/DQT preconfigured for the transceiver. Conditions remain unchanged even if the transceiver transmits. The transceiver does not unmute the speaker unless the received Optional Signaling matches the Optional Signaling preconfigured for the transceiver.
Page 297 10 ANALOG CONVENTIONAL SYSTEM 10.2 Using the Signaling Operating the Transceiver  Monitor key Press the Monitor key while Monitor is disabled. The “ ” icon appears. For NX-200S/ NX-300S, Key Beep A sounds from the transceiver. On a channel where QT/DQT Decode is configured, the QT tone or DQT code is deactivated and the received signal will be audible upon receipt of a carrier.
Page 298 10 ANALOG CONVENTIONAL SYSTEM 10.2 Using the Signaling Release the Monitor Momentary key. The “ ” icon disappears. A channel where QT/DQT Decode is configured resumes Signaling Squelch. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Note Pressing the Monitor key or the Monitor Momentary key while the Optional Signaling matches resets the matching state of the Optional Signaling.
Page 299 10 ANALOG CONVENTIONAL SYSTEM 10.3 Changing the Decode/ Encode Combination of the QT/DQT (OST) Configuration using KPG-111D/ DN Configuring the Off-hook Decode to be enabled or disabled ( FPRG 8.10.1 Common Page 1 Tab) 10.3 Changing the Decode/ Encode Combination of the QT/DQT (OST) Operator Selectable Tone (OST) can be used to change the Decode/ Encode combination of the QT/DQT signaling without changing the transmit and receive frequencies.
Page 300 10 ANALOG CONVENTIONAL SYSTEM 10.3 Changing the Decode/ Encode Combination of the QT/DQT (OST) Selecting the OST List The OST List (QT/DQT Decode/ Encode pair) to be used can be selected in OST List Mode. Pressing and holding the Operator Selectable Tone key causes the transceiver to enter OST List Mode. Or, the transceiver enters OST List Mode when “OST List”...
Page 301 10 ANALOG CONVENTIONAL SYSTEM 10.3 Changing the Decode/ Encode Combination of the QT/DQT (OST) Operating the Transceiver  If selecting an OST code from the OST List having List No. 9 or lower: Press and hold one of the keys. The OST List corresponding to the pressed key is enabled.
Page 302 10 ANALOG CONVENTIONAL SYSTEM 10.3 Changing the Decode/ Encode Combination of the QT/DQT (OST) The corresponding OST Name appears for 2 sec. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The previous channel name or number appears on the main display when the OST Name display disappears. Note Pressing and holding the [#] key disables OST while the channel where OST is enabled is selected.
Page 303 10 ANALOG CONVENTIONAL SYSTEM 10.4 Using 2-tone to Initiate a Selective Call OST Table OST Table can be used to configure an encode and decode pair for QT tone or DQT code signaling used for OST. A maximum of 40 pairs can be configured. The following functions can be configured in the OST Table. Table 10-6 OST Table Configuration Configuration...
Page 304 10 ANALOG CONVENTIONAL SYSTEM 10.4 Using 2-tone to Initiate a Selective Call Operating the Transceiver Press the 2-tone key. The 2-tone Encode Memory List appears. NX-200/ NX-210/ NX-300 NX-700/ NX-700H/ NX-800/ NX-800H Press the Down key (NX-200/ NX-210/ NX-300), or press the key (NX-700/ NX-700H/ NX-800/ NX-800H) to select the target data from 2-tone Encode List.
Page 305 10 ANALOG CONVENTIONAL SYSTEM 10.4 Using 2-tone to Initiate a Selective Call Using the Call Key to Send the 2-tone Code Pressing one of the Call 1 to Call 6 keys causes the transceiver to transmit the preconfigured tone. Call 1 to Call 6 can be assigned to the PF keys using KPG-111D/ DN and the tone corresponding to each key can be selected from the 2-tone Encode Memory List.
Page 306 10 ANALOG CONVENTIONAL SYSTEM 10.4 Using 2-tone to Initiate a Selective Call Gap Time Gap Time is the unmodulated duration between the 1st Tone and 2nd Tone when sending the 2-tone code configured in the 2-tone Encode Memory List. Gap Time can be configured using KPG-111D/ DN. Normally, 0 ms is configured for Gap Time. Configuration using KPG-111D/ DN Configuring the Gap Time ( FPRG 8.15.1 Encode Tab)
Page 307 10 ANALOG CONVENTIONAL SYSTEM 10.4 Using 2-tone to Initiate a Selective Call Functions Related to 2-tone Code Decoding To decode a 2-tone code using the transceiver in an Analog Conventional system, “2-tone 1”, “2-tone 2”, “2-tone 3”, or “2- tone 4” must be configured as an Optional Signaling to be used for the channel. (Refer to Using the Optional Signaling (Analog) on page 261.)
Page 308 10 ANALOG CONVENTIONAL SYSTEM 10.4 Using 2-tone to Initiate a Selective Call  Transpond/ Alert Tone Transpond and Alert Tone are functions that allow the transceiver to transmit the multiplexed Transpond tone, or that allow an Alert Tone to sound from the transceiver when the transceiver is called with 2-tone signaling. Table 10-9 Transpond/ Alert Transpond Alert...
Page 309 10 ANALOG CONVENTIONAL SYSTEM 10.4 Using 2-tone to Initiate a Selective Call Configuration using KPG-111D/ DN Configuring the Auto Reset Timer ( FPRG 8.15.2 Decode (2-tone 1) to Decode (2-tone 4) Tabs) Clear to Transpond Clear to Transpond allows the transceiver to wait to Transpond until the channel becomes available while other users are using the channel.
Page 310 10 ANALOG CONVENTIONAL SYSTEM 10.5 Using FleetSync to Initiate a Selective Call/ 10.6 Using DTMF to Initiate a Selective Call 2-tone Decode Frequency Tolerance 2-tone Decode Frequency Tolerance can be used to change the 2-tone decode response bandwidth depending on the status of the system.
Page 311 10 ANALOG CONVENTIONAL SYSTEM 10.7 Using MDC-1200 to Communicate/ 10.8 Sending a PTT ID 10.7 Using MDC-1200 to Communicate The communication using MDC-1200 is available in an Analog Conventional system. Refer to 13 MDC-1200 on page 351 for details about MDC-1200. 10.8 Sending a PTT ID PTT ID is a unique transceiver identification code transmitted by pressing or releasing the PTT switch.
Page 312 10 ANALOG CONVENTIONAL SYSTEM 10.9 Improving the Sound Quality for Transmitting and Receiving (Compander)/ 10.10 Disabling the Transceiver Capability by Remote Control (Stun) 10.9 Improving the Sound Quality for Transmitting and Receiving (Compander) Compander is a compound term made from “COMpressor” and “exPANDER”, and is a function designed to improve sound quality.
Page 313 LTR TRUNKING SYSTEM LTR Trunking system is a communication system that uses the LTR Trunking protocol and the Trunking system consisting of Group IDs. In an LTR Trunking system, the transceiver can communicate via a repeater. The transceiver uses an available channel on a repeater to communicate.
Page 314 11 LTR TRUNKING SYSTEM 11.1 Using the LTR ID for Basic Communications 11.1 Using the LTR ID for Basic Communications This section describes the basic methods for transmission and reception in an LTR Trunking system and the relevant functions. Setting Parameters to Match the System The following parameters are relevant to transmission and reception in an LTR Trunking system.
Page 315 11 LTR TRUNKING SYSTEM 11.1 Using the LTR ID for Basic Communications Data Delay Time Data Delay Time is the delay time from when the transceiver starts transmitting until the transceiver starts sending the LTR data. This function can be used when the transceiver is having a hard time linking with the repeater. Configuration using KPG-111D/ DN Configuring the Data Delay Time ( FPRG 8.6.5 Data Delay Time)
Page 316 11 LTR TRUNKING SYSTEM 11.1 Using the LTR ID for Basic Communications Transmitting The transceiver sends the preconfigured LTR ID when the transceiver starts transmitting by a user pressing the PTT switch. The transceiver links to the repeater and waits to receive the echo back data from the repeater. If the data is correct, the transceiver assumes that the link is properly established and re-transmits to call to the receiving transceiver.
Page 317 11 LTR TRUNKING SYSTEM 11.1 Using the LTR ID for Basic Communications Communicating Without Using a Repeater (Talk Around) Talk Around is the function that allows transceivers to communicate directly without using a repeater. If the transceiver cannot link to a repeater due to too great distance between the transceiver and the repeater, the transceiver can directly communicate with the target transceiver using Talk Around.
Page 318 11 LTR TRUNKING SYSTEM 11.1 Using the LTR ID for Basic Communications Configuration using KPG-111D/ DN • Configuring the Talk Around ( FPRG 8.7.13 Talk Around) • Assigning functions to the PF keys on the transceiver ( FPRG 8.12 Key Assignment Window) Talk Around Busy Channel Lockout Talk Around Busy Channel Lockout automatically restricts a transmission so as not to interfere with other communications.
Page 319 11 LTR TRUNKING SYSTEM 11.2 Using the Optional Signaling (LTR) 11.2 Using the Optional Signaling (LTR) Optional Signaling is the signaling used to initiate a selective call. DTMF or FleetSync is the Optional Signaling which can be used in an LTR Trunking system. All signaling types use audible frequencies. (Refer to 12 FleetSync on page 301, DTMF on page...
Page 320 11 LTR TRUNKING SYSTEM 11.2 Using the Optional Signaling (LTR) Temporarily Disabling the Signaling (Monitor) Monitor can be used to unmute the speaker and place the transceiver into the standby state. Monitor is used to check the availability of channels prior to transmitting in order to prevent from interfering with other parties.
Page 321 11 LTR TRUNKING SYSTEM 11.2 Using the Optional Signaling (LTR)  Monitor Momentary key Press and hold the Monitor Momentary key. The “ ” icon appears. The transceiver disables Optional Signaling and unmutes the speaker upon matching of the LTR ID. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Release the...
Page 322 11 LTR TRUNKING SYSTEM 11.3 Priority Calling (Fix ID) Unmuting the Speaker by Linking with the Microphone (Off-hook Decode) (Mobile Only) Off-hook Decode is the function linked with a microphone on- or off-hook state to unmute the speaker upon match of an LTR ID.
Page 323 11 LTR TRUNKING SYSTEM 11.4 Restricting the ID (Block ID) 11.4 Restricting the ID (Block ID) Block ID can be used to restrict use of IDs. This function can be used to specify the range of the IDs used to communicate with a telephone, IDs that cannot be used immediately after the transceiver receives a call, and receive-only IDs.
Page 324 11 LTR TRUNKING SYSTEM 11.5 Connecting to a Public Switched Telephone Network (PSTN) (Telephone Interconnect) 11.5 Connecting to a Public Switched Telephone Network (PSTN) (Telephone Interconnect) In an LTR Trunking system, the transceiver can connect to a Public Switched Telephone Network (PSTN) via the Repeater Interconnect (RIC), which is a repeater connected to a telephone line.
Page 325 11 LTR TRUNKING SYSTEM 11.5 Connecting to a Public Switched Telephone Network (PSTN) (Telephone Interconnect)  Manually calling a Telephone Number Select a GID for which a Telephone ID is configured. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the switch. The transceiver receives dial tone after the transceiver connects to a telephone line, and then the transceiver will be in the phone off-hook state (dial standby state).
Page 326 11 LTR TRUNKING SYSTEM 11.5 Connecting to a Public Switched Telephone Network (PSTN) (Telephone Interconnect) The transceiver starts the Auto Telephone Search using one of the following operations:  Auto Telephone key Pressing the Auto Telephone key causes the transceiver to start the Auto Telephone Search. ...
Page 327 11 LTR TRUNKING SYSTEM 11.5 Connecting to a Public Switched Telephone Network (PSTN) (Telephone Interconnect) Call a telephone number using Manual Dialing or Keypad Auto PTT while the transceiver is receiving dial tone. (Refer to 14.1 Method of Sending the DTMF Code on page 360.) NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile...
Page 328 11 LTR TRUNKING SYSTEM 11.5 Connecting to a Public Switched Telephone Network (PSTN) (Telephone Interconnect) The transceiver automatically connects to a telephone line, and then the transceiver will call the telephone number. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Note • If the transceiver cannot connect to a telephone line for 60 sec, the Deny Tone sounds from the transceiver and then Auto Telephone Search terminates.
Page 329 11 LTR TRUNKING SYSTEM 11.6 Other LTR Functions 11.6 Other LTR Functions The following calls can be used in an LTR Trunking system. • Transpond • System Search • Clear to Talk • ARQ Mode Sending Back the Acknowledge (Transpond) Transpond allows the transceiver to send back an Acknowledgment upon receipt of a call.
Page 330 11 LTR TRUNKING SYSTEM 11.6 Other LTR Functions Operating the Transceiver  Manual Press the Menu ([ ]) key while the Intercept Tone sounds from the transceiver. The Intercept Tone stops. Release the switch. System Search starts from the next system following the system to which the transceiver failed to connect. The transceiver stops searching if an available system is found.
Page 331 11 LTR TRUNKING SYSTEM 11.6 Other LTR Functions Transmit Succeeded in connecting Receive at the 6th attempts Delay Tone Proceed Tone Transmit Receive Failed in connecting Delay Tone Intercept Tone If Proceed Tone is enabled. Figure 11-5 Clear to Talk Configuration using KPG-111D/ DN Configuring the Clear to Talk ( FPRG 8.11.2 LTR Tab)
Page 332 11 LTR TRUNKING SYSTEM 11.7 Using FleetSync to Initiate a Selective Call/ 11.8 Using DTMF to Initiate a Selective Call  Data receiving side The TOR port level will lower if the transceiver receives a Data GID (carrier + ID) signal. The DTC port goes low level and ARQ Mode is activated if the external modem recognizes that the transceiver has received data.
Page 333 11 LTR TRUNKING SYSTEM 11.9 Using MDC-1200 to Communicate/ 11.10 Sending a PTT ID 11.9 Using MDC-1200 to Communicate The communication using MDC-1200 is available in an LTR Trunking system. Refer to 13 MDC-1200 on page 351 for details about MDC-1200. 11.10 Sending a PTT ID PTT ID is a unique transceiver identification code transmitted by pressing or releasing the PTT switch.
Page 334 11 LTR TRUNKING SYSTEM 11.11 Improving the Sound Quality for Transmitting and Receiving (Compander) 11.11 Improving the Sound Quality for Transmitting and Receiving (Compander) Compander is a compound term made from “COMpressor” and “exPANDER”, and is a function designed to improve sound quality.
Page 335 FleetSync FleetSync is a general term for the proprietary KENWOOD message communication system using MSK (Minimum Shift Keying) modulation. This message communication system can be used only in an Analog Conventional system and LTR Trunking system. The function identifies individual transceivers, and allows for text message and GPS data communications.
Page 336 12 FleetSync 12.1 Basic Configuration for FleetSync Configuration using KPG-111D/ DN Configuring the FleetSync II ( FPRG 8.16.2 General 1 Tab) FleetSync Burst Noise Reduction FleetSync Burst Noise Reduction mutes the incoming data burst tones when the transceiver receives FleetSync data. When the transceiver receives an MSK data burst tone, the transceiver evaluates whether or not the tone is FleetSync data.
Page 337 12 FleetSync 12.2 Available Calls 12.2 Available Calls The following various calls are available by using FleetSync IDs. For transceiver operations and behaviors, refer to the instructions of each call type. • PTT ID Communications • Selective Call • Individual Call •...
Page 338 12 FleetSync 12.2 Available Calls In Selcall Mode, a user can select the ID of the target transceiver from an ID List or directly enter an ID. Also, in Status Mode, a status to be sent can be selected from the Status List or the status can directly be entered. In either mode, the entry method can be changed by a user pressing and holding the Menu ([ ]) or [*] key.
Page 339 12 FleetSync 12.3 Transmitting/ Receiving a PTT ID 12.3 Transmitting/ Receiving a PTT ID A PTT ID is a unique identification code of the transceiver transmitted by pressing or releasing the PTT switch. The caller’s ID can be displayed on the main display using the received PTT ID while communicating with the caller. The user can confirm the caller not only by voice, but also through the display.
Page 340 12 FleetSync 12.3 Transmitting/ Receiving a PTT ID The timing to send the PTT ID can be configured for each channel or GID using KPG-111D/ DN. Table 12-2 Timing to Send the PTT ID Configuration Description No PTT ID is sent. Own Fleet (Own) and ID (Own) are sent as the PTT ID when the PTT switch of the transmitting transceiver is pressed.
Page 341 12 FleetSync 12.3 Transmitting/ Receiving a PTT ID Emitting the PTT ID Tone (PTT ID Sidetone) PTT ID Sidetone is the function to emit tones from the speaker while the transceiver sends a Fleetsync ID. The calling user can notice the timing to start speaking by the PTT ID Sidetone. If the calling user starts speaking without noticing that the FleetSync ID is still being sent, the beginning of the transmitted audio may not be emitted from the speaker of the receiving transceiver.
Page 342 12 FleetSync 12.3 Transmitting/ Receiving a PTT ID PTT ID Pause can be enabled or disabled and PTT ID Pause Time can be configured using KPG-111D/ DN. PTT ID Pause can be configured for each Conventional Group and LTR Trunking system. Configuration using KPG-111D/ DN •...
Page 343 12 FleetSync 12.4 Making a Selective Call 12.4 Making a Selective Call Various selective calls are available by using FleetSync IDs. A user can initiate a call sending their own FleetSync ID and the target transceiver’s ID by pressing the PTT switch after selecting the transceiver they wish to call.
Page 344 12 FleetSync 12.4 Making a Selective Call A user can also use a Paging Call to initiate a Selective Call. Paging Call is the function to initiate a call to a target party. This function can be used to initiate a call without using voice communication. The transceiver enters Selcall Mode with one of the following options and then will initiate a Selective Call.
Page 345 12 FleetSync 12.4 Making a Selective Call Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to select the target data from ID List. Refer to Selecting or Clearing Data from a List on page 42 selection methods.
Page 346 12 FleetSync 12.4 Making a Selective Call Press and hold the Menu ([ ]) or key. The Selcall ID entry display appears. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Pressing the Left key will also show the entry display of the Selcall ID.
Page 347 12 FleetSync 12.4 Making a Selective Call Receiving a Selective Call Conditions for the FleetSync ID to match are as follows: Table 12-5 Conditions to Unmute the Speaker Conditions to Unmute the Speaker Call Type Fleet fff: 100 to 349 iiii: 1000 to 4999 Individual Call Match...
Page 348 12 FleetSync 12.4 Making a Selective Call  If an ID is configured for the ID List and the ID Name is not configured: The list number appears. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile  If an ID is not configured for the ID List (when the transceiver receives an Individual Call or Group Call): Fleet and ID appear.
Page 349 12 FleetSync 12.4 Making a Selective Call Fleet Call Pressing the PTT switch or the Side 2 key (Portable), or the Square key (Mobile) causes the transceiver to initiate a call to the target transceiver. The transceiver only controls the mute and does not enter Call Mode when receiving a call from a fleet which is not registered in the ID List.
Page 350 12 FleetSync 12.4 Making a Selective Call Group ID Group ID is an ID used to initiate a Group Call in FleetSync. A Group Call can be initiated by using FleetSync assigning the same Group ID to transceivers that form a group. The call can be initiated on a smaller scale than a Fleet Call and Supervisor Call.
Page 351 12 FleetSync 12.4 Making a Selective Call Restricting IDs for Which the Transceiver Can Initiate a Call (Unit ID Encode Block) Unit ID Encode Block is the FleetSync ID range used to initiate a call. A FleetSync ID with which a user is allowed to initiate a call can be restricted using KPG-111D/ DN. The user can use the FleetSync ID stored in the ID List even if it is outside the Unit ID Encode Block range.
Page 352 12 FleetSync 12.4 Making a Selective Call Table 12-9 Auto Reset Timer Configuration Description Auto Reset Timer will not be activated. 1 s to 300 s After the time configured for Auto Reset Timer elapses, the matching state of the FleetSync ID is automatically reset. If this function is enabled, the blinking orange BUSY LED for the Selective Call Alert LED turns Off when the time configured for the Auto Reset Timer elapses.
Page 353 12 FleetSync 12.5 Common Functions for Data Communications 12.5 Common Functions for Data Communications The following functions are used in common for data communications such as Status Call or Short Data Call, Long Data Call data transmission. • GTC Count •...
Page 354 12 FleetSync 12.5 Common Functions for Data Communications Transmit Busy Wait Time The transceiver confirms that the communication channel is available before sending data and then starts sending data when the channel is available. Transmit Busy Wait Time is the duration to wait for the communication channel to become available.
Page 355 12 FleetSync 12.5 Common Functions for Data Communications Transmit Delay Time (Receive Capture) Transmit Delay Time is a short period of time to transmit an unmodulated signal prior to transmitting the introductory part of data. When the transmitting transceiver transmits an unmodulated signal, the receiving transceiver temporarily stops scanning to receive the data.
Page 356: Received Message Display Type (Message Display Type)
12 FleetSync 12.5 Common Functions for Data Communications Received Message Display Type (Message Display Type) Message Display Type is the main display type when the transceiver receives a Status Message or Short Message. Table 12-10 Message Display Type Message Display Description Type Only a message appears on the main display when the transceiver receives a Status Message or Short...
Page 357: Sending And Receiving A Status Message (Status Call)
12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) 12.6 Sending and Receiving a Status Message (Status Call) Status Message is a simplified messaging system that allows a user to send or receive a status message (Statuses 10 to 99) by selecting numbers.
Page 358 12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call)  Keypad entry If “Status (FleetSync/NXDN)” is configured for Keypad Operation, pressing a key(s) on the keypad places the transceiver to enter Status Mode. In this case, a Status Message is addressed to a Target Fleet/ ID. Also, if “Selcall + Status (FleetSync)”...
Page 359 12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) Press the Side 2 key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), the Square key (Mobile), or the switch. The transceiver sends the Status Message. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile ...
Page 360 12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call)  If the transceiver cannot connect to the repeater (LTR Trunking System): “OUT OF RANGE” appears on the main display. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile  If the transmission is canceled: While “SEND DATA”...
Page 361 12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) Press and hold the Menu ([ ]) or key. The status entry display appears. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Pressing the Left key will also show the status entry display. Enter a status.
Page 362: Receiving A Status Message
12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) Receiving a Status Message A received Status Message is transferred in the following way. Table 12-12 Transferring a Status Message Item Description The received Status Message appears on the main display. If “Fixed”...
Page 363 12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) The Alert Tone (Status/ Short Message Call) sounds from the Status Message Display (3 sec) transceiver and then the Status Message will appear. If Status Message is longer than 14 characters, it is displayed by scrolling the message from right to left.
Page 364 12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call)  If the transceiver receives Man-down Status: NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile  If the transceiver receives Horn Alert Status: NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile  If the transceiver receives Remote Stun Status: NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile ...
Page 365: Reserved Statuses Of Status Messages
12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) Reserved Statuses of Status Messages There is a reserved status for Status Messages. Below is a list of the reserved statuses. Table 12-13 Reserved Statuses Availability of Status Entry based on the Entry Method Status Function...
Page 366: Status Message Stack
12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) Remote Kill The transceiver is disabled and no operations can be done when the transceiver receives the Remote Kill status (Status 87). However, the configuration data can be written to the transceiver using KPG-111D/ DN. Whether to accept the received Remote Kill status can be configured using KPG-111D/ DN.
Page 367: Sending The Received Status Message From The Communication Port (Status Message Serial Output)
12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) Sending the Received Status Message from the Communication Port (Status Message Serial Output) Status Message Serial Output allows the transceiver to send a Status, and the caller’s Fleet and ID, from the transceiver’s communication port when the transceiver receives a Status Message.
Page 368: Target Fleet/ Id
12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) Target Fleet/ ID Target Fleet/ ID is the target FleetSync ID used for sending the following Status Messages or Short Messages: • AUX Input Status Message (Mobile only) • Power-on Status Message •...
Page 369: Aux Input Status Message (Mobile Only)
12 FleetSync 12.6 Sending and Receiving a Status Message (Status Call) Configuration using KPG-111D/ DN Configuring the Emergency Status Response ( FPRG 8.16.2 General 1 Tab) AUX Input Status Message (Mobile Only) AUX Input Status Message can be used to send the specified Status Message when the AUX Input port goes high level to low level or goes low level to high level.
Page 370: Sending And Receiving A Short Message
12 FleetSync 12.7 Sending and Receiving a Short Message (Short Data Call) Configuration using KPG-111D/ DN Configuring the Status Hold ( FPRG 8.10.6 Common Page 4 Tab) 12.7 Sending and Receiving a Short Message (Short Data Call) Short Message allows the transceiver to send and receive a maximum of 48 characters. Using this function, a dispatcher can reliably send text messages to the target party.
Page 371 12 FleetSync 12.7 Sending and Receiving a Short Message (Short Data Call) Operating the Transceiver  Sending a Short Message in Short Message Mode Select one of the following operations to place the transceiver in Short Message Mode. • Press the SDM (FleetSync/NXDN) key. The transceiver enters Short Message Mode.
Page 372 12 FleetSync 12.7 Sending and Receiving a Short Message (Short Data Call) “COMPLETE” appears if the Short Message is properly sent to the target transceiver. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile  Sending a Short Message using a PC command Send the PC command to the transceiver from a PC to request transmission of a Short Message.
Page 373: Receiving A Short Message
12 FleetSync 12.7 Sending and Receiving a Short Message (Short Data Call) Receiving a Short Message Upon receiving a Short Message, the received Short Message appears on the main display, and the transceiver can send the Short Message to an external device from the communication ports. Table 12-18 Receiving a Short Message Item Description...
Page 374: Short Message Stack
12 FleetSync 12.7 Sending and Receiving a Short Message (Short Data Call) The Alert Tone (Status/ Short Message Call) sounds from the Short Message Display (3 sec) transceiver and then the Short Message will appear. The message text is scrolled from right to left if the Short Message is longer than 14 characters.
Page 375: Short Message On Data Zone-Ch/Gid
12 FleetSync 12.7 Sending and Receiving a Short Message (Short Data Call) Short Message on Data Zone-CH/GID Short Message on Data Zone-CH/GID allows the transceiver to automatically migrate to a Data Zone-channel or GID to send a Short Message. The transceiver automatically migrates to a Data Zone-channel or GID to send a Short Message. The transceiver restores the last Zone-channel or GID when the transmission ends.
Page 376: Sending And Receiving A Long Message
12 FleetSync 12.8 Sending and Receiving a Long Message (Long Data Call) 12.8 Sending and Receiving a Long Message (Long Data Call) Long Message allows the transceiver to send and receive a maximum of 4,096 characters. Using this function, information can reliably be sent to the target party. Note •...
Page 377: Receiving A Long Message
12 FleetSync 12.8 Sending and Receiving a Long Message (Long Data Call) Receiving a Long Message The received Long Message data can be transferred via a PC or external device. Transceiver Behavior The transceiver starts receiving a Long Message. “RECEIVE DATA” appears on the transceiver main display. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The transceiver receives a Long Message.
Page 378: 12.9 Sending Gps Data
12 FleetSync 12.9 Sending GPS Data 12.9 Sending GPS Data Global Positioning System (GPS) is the system to acquire the current location information of the own transceiver by receiving signals from the Global Positioning System satellites orbiting the earth. The transceiver of the mobile station can send the acquired own location information (GPS data) to the base station. The base station can send received GPS data to the PC as serial commands.
Page 379: Intervals (Gps Report Mode)
12 FleetSync 12.9 Sending GPS Data Sending GPS Data Automatically at Certain Intervals (GPS Report Mode) GPS data can be sent automatically at the intervals configured for GPS Report Interval. This function is used for controlling or monitoring vehicles on a time basis by periodically transmitting location information to the base station.
Page 380: Sending Gps Data Manually By Using A
12 FleetSync 12.9 Sending GPS Data Sending GPS Data Manually by Using a Key (Send the GPS Data) GPS data can be sent manually by a user pressing the Send the GPS Data key. Or, pressing the Menu key causes the transceiver to enter Menu Mode, and then the GPS data can be sent manually by selecting the “Send the GPS Data”.
Page 381: Sending Gps Data Together With Status Call
12 FleetSync 12.9 Sending GPS Data Sending GPS Data Together With Status Call (GPS Combination) The transceiver can send GPS data by adding the GPS data to a Status Message using FleetSync. To use this function, Status for GPS Combination must be enabled by using KPG-111D/ DN. The range of status numbers to which GPS data can be added can be configured.
Page 382: 12.10 Receiving Gps Data
The $PKLDS data contains the $GPRMC data in the NMEA-0183 format, Fleet, ID, and the status information. Upon receipt of the GPS data, the transceiver at the base station creates the $PKLID data which is the Kenwood proprietary sentence from the received GPS data and sends the created data from the communication port.
Page 383: Gps Position Display
12 FleetSync 12.11 Disabling the Transceiver Capability by Remote Control (Stun/ Kill) GPS Position Display GPS Position Display can be used to show the current location information of the own transceiver on the LCD. Refer to 15.2 GPS Position Display on page 388 for details about GPS Position Display.
Page 384: Notifying Status Changes Of The Transceiver By Sending Pc Commands (J Command Serial Output)
12 FleetSync 12.12 Notifying Status Changes of the Transceiver by Sending PC Commands (J Command Serial Output) 12.12 Notifying Status Changes of the Transceiver by Sending PC Commands (J Command Serial Output) J Command Serial Output is used to notify a user when the transceiver status is changed (information shown on the display is changed or a function is enabled or disabled and the volume level is changed, etc.) by sending a PC command.
Page 385: 351
MDC-1200 MDC-1200 is the data system using Audio Frequency Shift Keying (AFSK). MDC-1200 can be used in an Analog Conventional system. In this data system, the transceivers communicate at a 1200 baud data rate using 1200 Hz and 1800 Hz tones. Using this data system allows a user to recognize who has been calling when making a voice communication.
Page 386 13 MDC-1200 13.1 Transmitting/ Receiving a PTT ID Timing for Sending the PTT ID The PTT ID is sent with the following timing.  BOT (Beginning of Transmit) The PTT ID is added to a signal at the beginning of the transmission. Press Release Transmit BOT...
Page 387: Receiving A Ptt Id
13 MDC-1200 13.1 Transmitting/ Receiving a PTT ID Preventing the PTT ID from Sending Repeatedly (PTT ID Pause) PTT ID Pause is the function to keep the PTT ID from being sent when the transceiver alternates between transmit and receive in a certain period of time. This function can be used to prevent sending the PTT ID repeatedly to the receiving party.
Page 388 13 MDC-1200 13.1 Transmitting/ Receiving a PTT ID  ID display example NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile  ID Name display example NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile  ID List number display example NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Upon the elapse of the time configured for Auto Reset Timer or by a user pressing one of the keys of the transceiver, the main display reverts to the channel or GID display.
Page 389: Transceiver Behavior In Emergency Mode
13 MDC-1200 13.2 Transceiver Behavior in Emergency Mode 13.2 Transceiver Behavior in Emergency Mode Emergency Mode can be used to transmit and receive with the transceiver in emergencies. In such emergency situations, a user can immediately contact the base station by using this function. The transceiver can notify the base station of an occurrence of an emergency situation by sending an Emergency Alarm Request message or an Emergency ID in the MDC-1200 format.
Page 390 13 MDC-1200 13.2 Transceiver Behavior in Emergency Mode At 1 second intervals At 1 second intervals NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Upon the elapse of the time configured for Auto Reset Timer or by a user pressing one of the keys of the transceiver, the main display reverts to the channel or GID display.
Page 391: Confirming Whether The Transceiver Is Available For Communications (Radio Check)
13 MDC-1200 13.3 Confirming Whether the Transceiver Is Available for Communications (Radio Check) 13.3 Confirming Whether the Transceiver Is Available for Communications (Radio Check) Radio Check is the function that is used to confirm whether the transceiver is available for communications. The transceiver sends an acknowledgment to the system if the transceiver receives a Radio Check command in the MDC- 1200 format sent from the system and the received ID matches the ID preconfigured for the transceiver.
Page 392: Remote Control (Stun)
13 MDC-1200 13.4 Disabling the Transceiver Capability by Remote Control (Stun) Note • Upon elapse of the time configured for ACK Delay Time after the transceiver receives a Radio Check command in the MDC-1200 format, the transceiver sends an acknowledgment. •...
Page 393: Dtmf
DTMF DTMF (Dual Tone Multi-frequency) is the signaling type that uses 2 different frequency tones simultaneously. DTMF code can be used as a PTT ID or for initiating an individual call, calling a telephone number while connected to a phone line, and remote control of the transceiver.
Page 394: Method Of Sending The Dtmf Code
14 DTMF 14.1 Method of Sending the DTMF Code 14.1 Method of Sending the DTMF Code Following are methods available to send the DTMF code: • Manual Dialing • Keypad Auto PTT • Store & Send • Autodial List selection •...
Page 395: Sending The Dtmf Code By Pressing A Key On The Keypad Without Using The Ptt Switch (Keypad Auto Ptt)
14 DTMF 14.1 Method of Sending the DTMF Code Sending the DTMF Code by Pressing a Key on the Keypad without Using the PTT Switch (Keypad Auto PTT) Pressing a key on the keypad allows the transceiver to start transmitting immediately and can send the DTMF code corresponding to the key.
Page 396 14 DTMF 14.1 Method of Sending the DTMF Code Operating the Transceiver  Using the keypad Press the Autodial key. The transceiver enters Autodial Mode and the DTMF code can be entered. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The following operations are identical even if the transceiver enters Autodial Mode by a user pressing the Menu key or with keypad entry.
Page 397 14 DTMF 14.1 Method of Sending the DTMF Code Repeat Step 2 as necessary. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Select one of the following operations. • To send the DTMF code and initiate voice calls, the PTT switch needs to be pressed. •...
Page 398 14 DTMF 14.1 Method of Sending the DTMF Code Press the Menu ([ ]) key when the code is determined. An entered digit stops blinking and remains lighted. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Repeat Steps 2 and 3 as necessary. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Select one of the following operations.
Page 399: Sending A Dtmf Code Selecting From A List (Autodial List)
14 DTMF 14.1 Method of Sending the DTMF Code Sending a DTMF Code Selecting from a List (Autodial List) DTMF code configured for the Autodial List can be selected and sent. To use this function, Store & Send must be disabled using KPG-111D/ DN. The transceiver can enter Autodial Mode and the DTMF codes can be selected using one of the following operations: ...
Page 400: Sending The Dtmf Code With A Single Touch (Call 1 To Call 6 Keys)
14 DTMF 14.1 Method of Sending the DTMF Code Select one of the following operations. • To send the DTMF code and initiate voice calls, the PTT switch needs to be pressed. • To send only the DTMF code, the Side 2 key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411) or the Square key (Mobile) needs to be pressed.
Page 401: Sending The Dtmf Code Configured For Bot
14 DTMF 14.1 Method of Sending the DTMF Code Select one of the following operations. • To send the DTMF code and initiate voice calls, the PTT switch needs to be pressed. • To send only the DTMF code, the Side 2 key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411) or the Square key (Mobile) needs to be pressed.
Page 402: Sending The Dtmf Code Configured For Eot
14 DTMF 14.1 Method of Sending the DTMF Code Sending the DTMF Code Configured for EOT The DTMF code configured for End of Transmit can be sent. Note This function is unavailable for NX-200S/ NX-300S. Operating the Transceiver Press the Autodial key while the transceiver is in standby mode.
Page 403: Transmitting/ Receiving A Ptt Id
14 DTMF 14.2 Transmitting/ Receiving a PTT ID 14.2 Transmitting/ Receiving a PTT ID A PTT ID is an unique identification code of the transceiver transmitted by pressing or releasing the PTT switch. The caller’s ID can be displayed on the main display using the received PTT ID while communicating with the caller. The user can confirm the caller not only by voice, but also through the display.
Page 404: Muting The Ptt Id Tone (Ptt Id Mute)
14 DTMF 14.2 Transmitting/ Receiving a PTT ID  Both (BOT and EOT) The PTT ID is added to a signal at the beginning and end of the transmission. Press Release Transmit Figure 14-3 Both The timing to send the PTT ID can be configured for each channel or GID using KPG-111D/ DN. Table 14-2 Timing to Send the PTT ID Configuration Description...
Page 405: Restricting The Transmission Of The Ptt Id In Talk Around (Restricted Id In Talk Around)
14 DTMF 14.3 Disabling the Transceiver Capability by Remote Control (Stun) Restricting the Transmission of the PTT ID in Talk Around (Restricted ID in Talk Around) Restricted ID in Talk Around is a function to disable the PTT ID transmission while Talk Around is enabled even if the PTT switch is pressed or released.
Page 406: Functions Related To Dtmf Code Encoding
14 DTMF 14.4 Functions Related to DTMF Code Encoding 14.4 Functions Related to DTMF Code Encoding Functions related to DTMF code encoding are shown below. • DTMF Speed • First Digit Delay Time • First Digit Time • * and # Digit Time •...
Page 407: First Digit Time
14 DTMF 14.4 Functions Related to DTMF Code Encoding First Digit Time First Digit Time is used to extend the amount of time to send the first digit of the DTMF code when the transceiver starts transmitting the DTMF code. Extending the transmission time for sending the first digit of the DTMF code will prevent the receiving transceiver from failing to receive the incoming DTMF code while the battery saver is active or the transceiver is scanning.
Page 408 14 DTMF 14.4 Functions Related to DTMF Code Encoding Note If the first digit of the DTMF code is the * tone or # tone, the transceiver compares the extension time to send the first digit configured for the First Digit Time with the * and # Digit Time and uses the longer extension time to send the first digit. Configuration using KPG-111D/ DN Configuring the * and # Digit Time ( FPRG 8.14.1 Encode Tab)
Page 409 14 DTMF 14.5 Functions Related to DTMF Code Decoding Connecting to a Telephone Line (Auto Telephone) Auto Telephone is a function allowing the transceiver to connect to a telephone line in an LTR Trunking system. After the transceiver enters Autodial Mode in an LTR Trunking system, pressing the Side 2 key (Portable) or Square key (Mobile) causes the transceiver to search for an available system that can connect to a telephone line.
Page 410 14 DTMF 14.5 Functions Related to DTMF Code Decoding Transceiver Behavior When Receiving a Selective Call If the received DTMF code matches the standby DTMF code preconfigured for the transceiver, the transceiver can transmit the multiplexed Transpond tone, emit an Alert Tone, or blink the LED orange. Table 14-5 Transpond/ Alert Tone Configuration Description...
Page 411 14 DTMF 14.5 Functions Related to DTMF Code Decoding Auto Reset Timer Auto Reset Timer allows you to configure the amount of time from when the received DTMF code matches the DTMF code preconfigured for the transceiver until the matching status is automatically reset. By using KPG-111D/ DN, Auto Reset Timer can be configured.
Page 412 14 DTMF 14.6 Using Autodial List 14.6 Using Autodial List The following functions relevant to Autodial can be configured using KPG-111D/ DN: • Autodial List • Autodial Programming Autodial List Audio List is the list in which the DTMF code used for Autodial is configured. Autodial List can be configured by using KPG-111D/ DN.
Page 413 14 DTMF 14.6 Using Autodial List Operating the Transceiver  Changing or adding data in the Autodial List Press the Autodial Programming key. The transceiver enters Autodial Programming Mode. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The following operations are identical if the transceiver enters Autodial Programming Mode by a user pressing the Menu key.
Page 414 14 DTMF 14.6 Using Autodial List Press the Menu ([ ]) or key. The DTMF name edit display for the selected data appears. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Enter the DTMF Name. Refer to Entering or Deleting Characters on page 52 for entry methods.
Page 415 14 DTMF 14.6 Using Autodial List Enter a DTMF code. Refer to Entering or Deleting a Code on page 48 for entry methods. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the Menu ([ ]) or key after entering the DTMF code. The writing completion message display appears.
Page 416 14 DTMF 14.6 Using Autodial List  Deleting data from the Autodial List Press the Autodial Programming key. The transceiver enters Autodial Programming Mode. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The following operations are identical if the transceiver enters Autodial Programming Mode by a user pressing the Menu key. Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the...
Page 417 14 DTMF 14.6 Using Autodial List Press the Menu ([ ]) or key. The selected data will be cleared. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Configuration using KPG-111D/ DN • Assigning functions to the PF keys on the transceiver ( FPRG 8.12 Key Assignment Window) •...
Page 418 Global Positioning System (GPS) is the system to acquire the current location information of the own transceiver by receiving signals from the Global Positioning System satellites orbiting the earth. GPS data can be communicated by using the NXDN or FleetSync protocol. Refer to the following for information on the transmission behavior for each protocol and behavior sending received GPS data to a PC as serial commands.
Page 419 15 GPS 15.1 GPS Functions GPS Report Interval Time (Ignition Off) (Mobile Only) GPS Report Interval (Ignition Off) is the interval to send GPS data while the vehicle is parked. Also, if Ignition Sense function is not used (nothing is entered in the Ignition Sense port), GPS data will be sent according to the configuration for Ignition Off.
Page 420 15 GPS 15.1 GPS Functions Configuration using KPG-111D/ DN Configuring the GPS Message Type ( FPRG 8.11.4 GPS Tab) GPS Report on Data Zone-CH/GID GPS Report on Data Zone-CH/GID allows the transceiver to automatically change the channel to a Data Zone-channel or GID to send the GPS data.
Page 421 15 GPS 15.1 GPS Functions Table 15-2 Configuration for GPS Report CH/GID Configuration Description If the transmission mode of the current channel is analog mode, GPS data including polling is automatically sent Selected using the data zone channel (or GID) in analog mode. If the transmission mode for the current channel is NXDN digital mode, GPS data including polling is automatically sent using the data zone channel in the NXDN digital mode.
Page 422 15 GPS 15.2 GPS Position Display GPS ACK Request GPS ACK Request is a function to place a request to send the acknowledgment with a mobile station transceiver when GPS data in the NXDN or FleetSync format is sent from the base station transceiver to the mobile station transceiver. Table 15-4 GPS ACK Request Configuration Description...
Page 423 15 GPS 15.2 GPS Position Display Configuring the GPS Position Display The functions below relevant to GPS Position Display can be configured using KPG-111D/ DN. The functions must be configured in the following order. 1) Communication port “GPS” needs to be assigned to the communication port of the transceiver. Stop Bit and Baud Rate must be configured if needed.
Page 424 15 GPS 15.2 GPS Position Display Displaying the Location Information The transceiver enters GPS Position Display Mode if the GPS Position Display key is pressed or GPS Position Display is selected by pressing the Menu key while the transceiver is in standby mode. For Portable, the transceiver automatically switches between the latitude and longitude display and the altitude display approximately every 5 sec while in GPS Position Display Mode.
Page 425 15 GPS 15.2 GPS Position Display Operating the Transceiver Press the GPS Position Display key. The transceiver enters GPS Position Display Mode. The transceiver automatically switches the position (latitude and longitude) display and the altitude display approximately every 5 sec. The following operations are identical even if the transceiver enters GPS Position Display Mode by a user pressing the Menu key.
Page 426 15 GPS 15.2 GPS Position Display Press the Menu ([ Right/Home key. The transceiver exits GPS Position Display Mode and then restores the previous display. Note • Latitude and longitude appears as follows: North Latitude: N South Latitude: S East Longitude: E West Longitude: W •...
Page 427 COMMUNICATIONS IN AN EMERGENCY Emergency is the function to be used for the transceiver to transmit and receive for emergency purposes. This function is used for a user to immediately contact the base station in emergency situations. The transceiver behaves according to the configurations in Emergency Mode when the transceiver is placed in Emergency Mode.
Page 428 16 COMMUNICATIONS IN AN EMERGENCY 16.1 Placing the Transceiver in Emergency Mode 16.1 Placing the Transceiver in Emergency Mode The transceiver can be manually placed in Emergency Mode using the Emergency key. Operating the Transceiver  Placing the transceiver in Emergency Mode Press and hold the Emergency key for longer than the time configured for Emergency-key Delay Time.
Page 429 16 COMMUNICATIONS IN AN EMERGENCY 16.2 Zone-CH/GID Used for Emergency Mode If the transceiver receives no acknowledgment until the time configured for Maximum ACK Wait Time elapses after sending the Emergency Alarm Request message, the transceiver resends the Emergency Alarm Request message. If the transceiver still cannot receive an acknowledgment after sending the message 5 times, the transceiver enters Emergency Mode.
Page 430 16 COMMUNICATIONS IN AN EMERGENCY 16.2 Zone-CH/GID Used for Emergency Mode  Selected • If a channel in an Analog Conventional system or GID in an LTR Trunking system is selected: The transceiver behaves according to the configuration for Emergency ID (Analog). Table 16-2 Emergency ID (Analog) Configuration Description...
Page 431 16 COMMUNICATIONS IN AN EMERGENCY 16.2 Zone-CH/GID Used for Emergency Mode • If a channel in an NXDN Conventional system is configured for Emergency Zone-CH/GID: The transceiver behaves according to the configuration for Emergency ID (NXDN Conventional). Table 16-6 Emergency ID (NXDN Conventional) Configuration Description None...
Page 432 16 COMMUNICATIONS IN AN EMERGENCY 16.3 Automatically Transmitting and Receiving in Emergency Mode 16.3 Automatically Transmitting and Receiving in Emergency Mode The number of times for which the transceiver toggles between transmission and reception, or the duration for a single session of automatic transmission or reception in Emergency Mode can be configured.
Page 433 16 COMMUNICATIONS IN AN EMERGENCY 16.3 Automatically Transmitting and Receiving in Emergency Mode Emergency Mic Sense Emergency Mic Sense is the function used to adjust the microphone input sensitivity in Emergency Mode. In Emergency Mic Sense, the microphone sensitivity can be configured within the following range. 6dB, 4dB (High), 2dB, 0dB (Normal), -2dB, -4dB, -6dB, -8dB, -10dB (Low), -12dB, -14dB, -16dB, -18dB, -20dB The appropriate level of microphone sensitivity for normal operation is 0 dB.
Page 434 16 COMMUNICATIONS IN AN EMERGENCY 16.4 Indication and Sound in Emergency Mode 16.4 Indication and Sound in Emergency Mode Functions related to the tone that sounds from the transceiver when the automatic transmission starts or ends in Emergency Mode, and display and the LED notification in Emergency Mode can be configured. Duration of Locator Tone 1 Duration of Locator Tone 1 is the duration to emit an Alert Tone which notifies that the transceiver will start a transmission before the transceiver starts automatic transmission in Emergency Mode.
Page 435 16 COMMUNICATIONS IN AN EMERGENCY 16.4 Indication and Sound in Emergency Mode Emergency Display Emergency Display is the function to display the preconfigured text message on the transceiver main display or retain the display appearance before the transceiver enters Emergency Mode. Table 16-9 Emergency Display Configuration Description...
Page 436 16 COMMUNICATIONS IN AN EMERGENCY 16.5 ID to Be Sent When Emergency Mode Is Activated Emergency LED Emergency LED is the function to make the Transmit LED light when the transceiver transmits in Emergency Mode and the Busy LED light when the transceiver receives in Emergency Mode. Configuration using KPG-111D/ DN Configuring the Emergency LED ( FPRG 8.28.1 Emergency 1 Tab)
Page 437 16 COMMUNICATIONS IN AN EMERGENCY 16.5 ID to Be Sent When Emergency Mode Is Activated Emergency DTMF ID Emergency DTMF ID is the DTMF code to be sent first in Emergency Mode if “DTMF” is configured for Emergency ID (Analog). Configuration using KPG-111D/ DN Configuring the Emergency DTMF ID ( FPRG 8.28.2 Emergency 2 Tab)
Page 438 16 COMMUNICATIONS IN AN EMERGENCY 16.6 Placing the Transceiver Automatically in Emergency Mode Emergency NXDN ID The Emergency NXDN ID is the NXDN ID used for transmissions and receptions while the transceiver is in Emergency Mode in an NXDN Conventional system or NXDN Trunking system. If “Unit ID”...
Page 439 16 COMMUNICATIONS IN AN EMERGENCY 16.6 Placing the Transceiver Automatically in Emergency Mode Operating the Transceiver  Placing the transceiver in Lone Worker Mode Do either of the following operations while the transceiver is not in Lone Worker Mode. • Press the Lone Worker key. •...
Page 440 16 COMMUNICATIONS IN AN EMERGENCY 16.6 Placing the Transceiver Automatically in Emergency Mode  Exiting Lone Worker Mode Do either of the following operations while the transceiver is in Lone Worker Mode. • Press the Lone Worker key. • Select a channel or GID where Lone Worker is disabled. •...
Page 441 16 COMMUNICATIONS IN AN EMERGENCY 16.6 Placing the Transceiver Automatically in Emergency Mode Table 16-13 Lone Worker Type Configuration Description Lone Worker Mode can be enabled or disabled by a user pressing the Lone Worker key. A user can transmit and receive using the transceiver in the same manner as normal even if the transceiver enters Lone Worker Mode and while the time configured for Lone Worker Interval is counting down.
Page 442 16 COMMUNICATIONS IN AN EMERGENCY 16.6 Placing the Transceiver Automatically in Emergency Mode Configuration using KPG-111D/ DN • Configuring the Lone Worker Type ( FPRG 8.28.1 Emergency 1 Tab) • Assigning functions to the PF keys on the transceiver ( FPRG 8.12 Key Assignment Window) •...
Page 443 16 COMMUNICATIONS IN AN EMERGENCY 16.6 Placing the Transceiver Automatically in Emergency Mode Man-down Switch Man-down Switch is the function to be used with the Man-down tilt switch connected to the internal connection in the transceiver or connected to pin 9 of the universal connector. If the Man-down tilt switch is used by connecting it to the internal connection in the transceiver, Internal Type must be configured for Man-down Switch.
Page 444 16 COMMUNICATIONS IN AN EMERGENCY 16.7 Transceiver Behavior When the Transceiver Receives an Emergency Status 16.7 Transceiver Behavior When the Transceiver Receives an Emergency Status An Alert Tone can sound when the transceiver receives an NXDN or FleetSync Emergency Status. This behavior can be configured for Emergency Status Response.
Page 445 COMMUNICATION SECURITY The transceiver is equipped with functions to enhance secrecy in communications on each analog channels and NXDN digital channels. 17.1 Built-in Voice Scrambler (Analog) Voice Scrambler is the function to scramble the audio signal so that the contents of communications can be prevented from being intercepted.
Page 446 17 COMMUNICATION SECURITY 17.2 Optional Voice Scrambler (Analog) Scrambler/Encryption Status Memory Scrambler/Encryption Status Memory is the function to retain in the transceiver the Voice Scrambler status of each channel, either enabled or disabled. If Scrambler/Encryption Status Memory is enabled, the Voice Scrambler status, either enabled or disabled, retained in the transceiver is read and applied to the parameters for each channel when the data is read from the transceiver using KPG-111D/ DN.
Page 447 17 COMMUNICATION SECURITY 17.2 Optional Voice Scrambler (Analog)  Disabling the Voice Scrambler Press the Scrambler/ Encryption key while Voice Scrambler is enabled. The “ ” icon disappears, and the Voice Scrambler is disabled. Configuration using KPG-111D/ DN • Assigning functions to the PF keys on the transceiver ( FPRG 8.12 Key Assignment Window) •...
Page 448 17 COMMUNICATION SECURITY 17.2 Optional Voice Scrambler (Analog) Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to select a Scrambler Code. Refer to Selecting or Clearing Data from a List on page 42 selection methods. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the...
Page 449 17 COMMUNICATION SECURITY 17.2 Optional Voice Scrambler (Analog) Optional Board Programming Optional Board Programming is the function to change the configuration of the Voice Scrambler Board installed in the transceiver. The configuration of the Voice Scrambler Board can be changed by means of command communications with the Voice Scrambler Board installed in the transceiver by using the dedicated application software.
Page 450 17 COMMUNICATION SECURITY 17.3 Encryption (NXDN Digital) 17.3 Encryption (NXDN Digital) Encryption is the function that enhances secrecy in communications on the NXDN digital channels by encrypting voice data or user data such as a Short Message and a Long Message. The Encryption function can provide bit scramble encryption using the encryption module embedded in a transceiver.
Page 451 17 COMMUNICATION SECURITY 17.3 Encryption (NXDN Digital) Configuration using KPG-111D/ DN • Configuring the encryption key data ( FPRG 8.26 Encryption Window) • Configuring the Encryption to be enabled or disabled (NXDN Trunking System) ( FPRG 8.9.11 Encryption (Encryption Settings), 8.26.8 Encryption (NXDN Trunking System)) •...
Page 452 17 COMMUNICATION SECURITY 17.3 Encryption (NXDN Digital)  Disabling the Encryption Press the Scrambler/ Encryption key while Encryption is enabled. The “ ” icon disappears and Encryption will be disabled. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Configuration using KPG-111D/ DN Assigning functions to the PF keys on the transceiver ( FPRG 8.12 Key Assignment Window) Configuring the Encryption Key Data Used for Communications...
Page 453 17 COMMUNICATION SECURITY 17.3 Encryption (NXDN Digital) The following operations are identical even if the transceiver enters Scrambler/ Encryption Code Mode by a user pressing the Menu key. Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to select Key Data.
Page 454 17 COMMUNICATION SECURITY 17.3 Encryption (NXDN Digital) • If 0 is configured for more than one Key ID in the Multi-key List: The transceiver’s behavior varies as follows depending on the value for Key ID contained in the encryption key data which has been utilized for encryption of the received communication data, either 0 or a value other than 0.
Page 455 Installing KWD-AE20/ KWD-AE21/ KWD-DE21 Refer to the Installation Manual supplied with KWD-AE20/ KWD-AE21/ KWD-DE21 for instructions on how to install KWD-AE20/ KWD-AE21/ KWD-DE21 in the transceiver. Contact Kenwood to inquire about Installation Manual. Key Loader The Key Variable Loader and Software Key Loader enable configuration of the encryption key data on an SCM, or deletion of the configured encryption key data.
Page 456  Key View A Key ID configured in the transceiver can be displayed. Note • Contact Kenwood for the connection cable. • Refer to the instruction manual supplied with the KVL-3000/ KVL-3000Plus/ KVL-4000 for details. Software Key Loader Using the Software Key Loader (KPG-151AE), the encryption key data can be configured on an SCM (KWD-AE21/ KWD-DE21).
Page 457 17 COMMUNICATION SECURITY 17.3 Encryption (NXDN Digital) Writing the Configuration Data to a Transceiver with Zeroize Enabled All encryption key data configured on an SCM are deleted when writing the configuration data to the transceiver with Zeroize enabled by clicking on the Zeroize checkbox in the Write Data to the Transceiver dialog box in KPG-111D/ DN. Entering Incorrect Transceiver Passwords 15 Times in a Row All encryption key data configured on an SCM are deleted if an incorrect password is entered 15 times in a row when turning the transceiver ON with the transceiver password configured.
Page 458 17 COMMUNICATION SECURITY 17.3 Encryption (NXDN Digital)  Key Name Key Name allows you to configure using a maximum of 14 alphanumeric characters and symbols a name corresponding to the encryption key data. The encryption key data configured in the Multi-key List can be allocated to the transceiver by specifying the corresponding Multi-key List Number.
Page 459 DATA COMMUNICATION FUNCTIONS Data communications are available for the transceiver by using the various functions of FleetSync or NXDN, or using an external device connected to the transceiver. The following functions are relevant to data communications. • Data • Data Zone-CH/GID •...
Page 460 18 DATA COMMUNICATION FUNCTIONS 18.2 Data Zone-CH/GID/ 18.3 Multiplexing QT/DQT during Data Transmission (Data Transmit with QT/DQT) 18.2 Data Zone-CH/GID Data Zone-CH/GID is the data channel or GID having the highest priority when the transceiver migrates to a data channel or GID.
Page 461 18 DATA COMMUNICATION FUNCTIONS 18.4 Prioritizing Data Communications Using an External Device (Data Override) 18.4 Prioritizing Data Communications Using an External Device (Data Override) Data Override is the function that allows prioritization of data communication using an external device even if the communication is made by a user operating the transceiver.
Page 462 18 DATA COMMUNICATION FUNCTIONS 18.5 Transparent 18.5 Transparent Transparent is the function that allows the data communications using FleetSync or the NXDN protocol. This function can be used by connecting a PC, card reader or telemetry devices to the transceiver. Using this function, the transceiver can send or receive data without limiting the data type.
Page 463 18 DATA COMMUNICATION FUNCTIONS 18.5 Transparent The transmitting transceiver transmits over the Air when the data time elapses in the following way:  If a baud rate of 19200 and 1 stop bit are configured for the PC and transmitting transceiver: When a duration equal to or more than 1/19200 x 10 x 16 = 8.3 ms elapses ...
Page 464 18 DATA COMMUNICATION FUNCTIONS 18.5 Transparent If the transceiver cannot send data since the channel is busy, the Busy Tone 2 sounds and “BUSY” appears on the transceiver main display for 1 sec, and then the transceiver restores the previous display. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Receiving Transceiver Behavior...
Page 465 18 DATA COMMUNICATION FUNCTIONS 18.5 Transparent Timing for Sending and Receiving Data  Example in an Analog Conventional system The following assumes that 250 bytes of Transparent Data are sent from a PC to the transmitting transceiver. The following is the block diagram if the parameters are configured as below. Transmit Delay Time: 100 ms Data Transmit Modulation Delay Time: 400 ms Data Preamble Extension Time: 50 ms...
Page 466 18 DATA COMMUNICATION FUNCTIONS 18.5 Transparent Example 2: If “Transparent 2 (NXDN)” is assigned to a communication port The following assumes that 950 bytes of Transparent Data are sent from a PC to the transmitting transceiver. The following is the block diagram if the parameters are configured as below. Transmit Delay Time: 100 ms Data Transmit Modulation Delay Time: 400 ms Transparent Header: Enable...
Page 467 18 DATA COMMUNICATION FUNCTIONS 18.5 Transparent Example 2: If “Transparent 2 (NXDN)” is assigned to a communication port The following assumes that 950 bytes of Transparent Data are sent from a PC to the transmitting transceiver. The data is sent on a control channel as shown in the block diagram below. There is no Gap Time between data blocks to be sent.
Page 468 FPRG 8.16.4 Parameter Tab) Transparent Header Transparent Header is the function to send the Kenwood proprietary sentence to an application which is used during data communications using Transparent. The Header is sent for data sent first. Transparent Data is sent after sending the Header.
Page 469 18 DATA COMMUNICATION FUNCTIONS 18.5 Transparent Transparent on Data Zone-CH/GID Transparent on Data Zone-CH/GID is the function that allows the transceiver to automatically change the channel to Data Zone-channel or GID to send Transparent data. The transceiver automatically changes the channel to Data Zone-channel or GID to send Transparent data. The transceiver restores the last Zone-channel or GID before completing transmitting the Transparent data.
Page 470 SCAN Scan is the function to search automatically whether the transceiver receives a signal on multiple channels or GIDs. The transceiver sequentially checks for availability of signal on each channel, and the transceiver receives on the channel where the signal is detected in a Conventional Group. The transceiver sequentially checks for calls using a Group ID in an LTR Trunking system, and then the transceiver receives a signal using a Group ID when the transceiver receives the call using a Group ID that can be decoded.
Page 471 19 SCAN 19.2 Scanning in One Zone (Single Scan) Auto Scan  Group Scan If a zone is selected in an LTR Trunking system, the transceiver automatically scans the target Group IDs in the selected zone. Whether the transceiver automatically scans can be configured using KPG-111D/ DN. (Refer to 19.6 Scanning the Target Group IDs for Scanning Automatically (Group Scan) (LTR Trunking System Only) on page 445.)
Page 472 19 SCAN 19.3 Scanning All Target Zones for Scanning (Multi Scan) Press the Scan key during the scan. The “ ” icon disappears and the scan ends. For NX-200S/ NX-300S, the LED is turned Off and the scan ends. Configuration using KPG-111D/ DN •...
Page 473 19 SCAN 19.3 Scanning All Target Zones for Scanning (Multi Scan) Operating the Transceiver Press the Scan key. The transceiver starts scanning. “SCAN” appears on the main display and the “ ” icon appears. For NX-200S/ NX-300S, the LED blinks green. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Note...
Page 474 19 SCAN 19.4 Scanning Desired Multiple Zones (List Scan) 19.4 Scanning Desired Multiple Zones (List Scan) The transceiver scans using List Scan all the channels or GID to be scanned in the zones configured in a Scan List Table. The transceiver scans all channels or GIDs to be scanned in the zones configured in a Scan List Table. If the scan starts from a zone in a Conventional Group or LTR Trunking system, the transceiver scans all channels or GIDs targeted to be scanned in the zones selected from a Scan List Table, except for the zone in an NXDN Trunking system.
Page 475 19 SCAN 19.4 Scanning Desired Multiple Zones (List Scan) Operating the Transceiver Press the Scan key. The transceiver starts scanning. “SCAN n” appears on the main display and the “ ” icon appears. The zone number configured for the Scan List can be entered for “n”.
Page 476 19 SCAN 19.5 Scanning the Specific Channel Preferentially (Priority Scan) (Conventional Group Only) 19.5 Scanning the Specific Channel Preferentially (Priority Scan) (Conventional Group Only) Priority Scan can be used to sequentially scan the high priority channels regardless of the scan configuration for each channel or GID.
Page 477 19 SCAN 19.5 Scanning the Specific Channel Preferentially (Priority Scan) (Conventional Group Only)  Priority Channel 2 The “ ” icon appears as below. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile  Priority Channel 1 and Priority Channel 2 The “ ”...
Page 478 19 SCAN 19.5 Scanning the Specific Channel Preferentially (Priority Scan) (Conventional Group Only) The following operations are identical even if the transceiver enters Priority-channel Select Mode by a user pressing the Menu key. Note If either Priority 1 or Priority 2 is configured using KPG-111D/ DN for Operator Selectable, the transceiver can enter this mode.
Page 479 19 SCAN 19.6 Scanning the Target Group IDs for Scanning Automatically (Group Scan) (LTR Trunking System Only) 19.6 Scanning the Target Group IDs for Scanning Automatically (Group Scan) (LTR Trunking System Only) Group Scan is the function to scan all target Group IDs for scanning in the selected LTR Trunking system. Pressing the Scan key is not required to initiate the Group Scan.
Page 480 19 SCAN 19.7 Transceiver Behavior during the Scan 19.7 Transceiver Behavior during the Scan Note The amount of time from when the transceiver pauses scanning for transmission or reception until the transceiver resumes scanning can be configured using Dropout Delay Time and Dwell Time. (Refer to Dropout Delay Time on page 454, Dwell Time on page...
Page 481 19 SCAN 19.7 Transceiver Behavior during the Scan  If “Multi” or “List” is configured for the Scan Type: • The zones in an NXDN Trunking system (if the scan starts from zones in an NXDN Trunking system) • The zones in a Conventional Group or an LTR Trunking system (if the scan starts from zones other than the zones in an NXDN Trunking system) Pressing the Scan Delete/Add key while scan pauses deletes or adds the current channel temporarily.
Page 482 19 SCAN 19.7 Transceiver Behavior during the Scan Reception during the Scan in a Conventional Group The transceiver receives according to the configuration for Audio Control. Behavior after Receiving QT/ DQT/ RAN If the received QT tone, DQT code, or RAN code on each channel matches the QT tone, DQT code, or RAN code preconfigured for the receiving transceiver, the transceivers pauses scanning.
Page 483 19 SCAN 19.7 Transceiver Behavior during the Scan LTR ID - Optional Signaling AND Transceiver Behavior The transceiver pauses scanning if the decoded LTR ID matches the LTR ID to be scanned. The transceiver does not emit the received audio and then waits to receive an Optional Signaling. The transceiver resumes scanning after the amount of time configured for Dropout Delay Time elapses if the decoded LTR ID matching state is reset while waiting to receive the Optional Signaling.
Page 484 19 SCAN 19.8 Common Functions for Scan 19.8 Common Functions for Scan The following functions are relevant to the scan. • Scan Delete/Add • Zone Delete/Add • Scan List • Revert CH/GID • Dropout Delay Time • Dwell Time • Lookback •...
Page 485 19 SCAN 19.8 Common Functions for Scan Operating the Transceiver  NX-200S/ NX-300S Press the Scan Delete/Add key. If the selected channel or GID is configured to be scanned, the channel or GID is deleted from the target channels or GIDs for scanning.
Page 486 19 SCAN 19.8 Common Functions for Scan  Other than NX-200S/ NX-300S Press the Zone Delete/Add key. If the selected zone is configured to be scanned, the zone is deleted from the target zones for scanning. The “ ” icon (left) disappears.
Page 487 19 SCAN 19.8 Common Functions for Scan Revert CH/GID Revert CH/GID is the zone channel (or GID) which is used when the transceiver transmits by a user pressing the PTT switch during the scan. Table 19-3 Revert CH/GID Configuration Description The transceiver transmits on the last-called zone-channel or GID by a user pressing the PTT switch during the scan.
Page 488 19 SCAN 19.8 Common Functions for Scan Dropout Delay Time Dropout Delay Time is the time from when the transceiver finishes receiving signals until the transceiver resumes scanning. The transceiver pauses scanning when the transceiver receives a call during the scan. The transceiver resumes scanning after the transceiver finishes receiving and then the time configured for Dropout Delay Time elapses.
Page 489 19 SCAN 19.8 Common Functions for Scan Lookback Time B Lookback Time B is the interval time to check for a signal that has unmatched QT tone, DQT code, or RAN code on a Priority Channel while the transceiver is receiving a signal on a normal channel during the Priority Scan. Configuration using KPG-111D/ DN •...
Page 490 19 SCAN 19.8 Common Functions for Scan CH/GID Recall CH/GID Recall is a function to migrate to the last called Zone-channel or GID by pressing the CH/GID Recall key during the scan. Note • If pressing the CH/GID Recall key while no signal is received after initiating a scan, the transceiver migrates to the channel or GID from which the transceiver initiated the scan.
Page 491 19 SCAN 19.8 Common Functions for Scan Power-on Scan Power-on Scan is a function to be used to automatically start scanning when the transceiver is turned ON.  NX-200/ NX-200S/ NX-300/ NX-300S If “Zone Select” is configured for the Selector, the transceiver starts the scan according to the configuration for Scan Type for the zone number indicated by the pointer of Selector when the transceiver is turned ON.
Page 492 19 SCAN 19.8 Common Functions for Scan Scan Stop Tone Scan Stop Tone is a function to emit a Scan Stop Tone from the transceiver while the scan pauses, for example, while the transceiver is on a Home Channel or GID or Direct Channel or GID. The transceiver pauses scanning if the conditions to start the scan are not satisfied, for instance while the transceiver is on a Home Channel or GID, or Direct Channel or GID, and then the Scan Stop Tone sounds at 30-sec intervals.
Page 493 OPTIONAL BOARD The various optional boards, such as ANI board and VGS-1 can be used with the transceiver. Each function can be used by installing an optional board in the transceiver and making necessary configurations. 20.1 ANI Board The ANI board can be used with the transceiver. Functions of the ANI board can be used by connecting the ANI board to the 26-pin connector in the transceiver and configuring “ANI Board”...
Page 494 20 OPTIONAL BOARD 20.2 VGS-1 Configuration for Sending the PTT ID (ANI Code) Whether to send the ANI code can be configured using KPG-111D/ DN. Table 20-1 Configuration for Sending the PTT ID Configuration Description No PTT ID is sent. The transceiver sends the ANI code of the ANI Board.
Page 495 20 OPTIONAL BOARD 20.2 VGS-1 Transceiver Behavior Auto Recording is activated. The “ ” icon appears. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Configuration using KPG-111D/ DN Configuring the Auto Recording ( FPRG 8.11.3 VGS-1 Tab) Recording Transmitted or Received Audio Manually (Voice Memo (Manual Recording)) Voice Memo (Manual Recording) can be used to manually record transmitted or received audio.
Page 496 20 OPTIONAL BOARD 20.2 VGS-1 Note • Maximum recording time for Auto Recording, Voice Memo and Auto Reply Message is 300 sec in total. • Auto Reply Message Mode cannot be activated while Voice Memo Mode is active. • The transceiver may not be able to record the beginning of the audio if GPS Data Storage is enabled. •...
Page 497 20 OPTIONAL BOARD 20.2 VGS-1 Recording Received Audio When a User Is Away from the Transceiver (Auto Reply Message) Auto Reply Message can be used to record a voice message even if a user is away from the transceiver. Auto Reply Message is used with FleetSync or NXDN Individual Calls. When the transceiver completes recording audio, the audio data is automatically stored in the VGS-1 flash memory.
Page 498 20 OPTIONAL BOARD 20.2 VGS-1  Activating the Auto Reply Message The transceiver receives a FleetSync or NXDN Individual Call. The ID Name of the transmitting transceiver appears and then Auto Reply Message is activated. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Pressing a key resets Auto Reply Message.
Page 499 20 OPTIONAL BOARD 20.2 VGS-1 The recording start time and remaining time for recording appear on the main display. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile The transceiver on the transmitting side completes transmitting. The transceiver stops recording. The transceiver also finishes recording when the recording time elapses.
Page 500 20 OPTIONAL BOARD 20.2 VGS-1 Pressing a key causes the transceiver to restore the normal display. In this case, the message “You have a message.” is annunciated. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile  Disabling the Auto Reply Message Press the Auto Reply Message key.
Page 501 20 OPTIONAL BOARD 20.2 VGS-1 Note • The transceiver exits Playback Mode and then enters receiving mode if the transceiver receives a transmission while playing data. • The transceiver exits Playback Mode and then transmits if a user attempts to transmit while playing data. •...
Page 502 20 OPTIONAL BOARD 20.2 VGS-1 • If the audio data recorded using Auto Reply Message is played back: The recording type (RM), time, date and the ID Name or ID of the target transceiver appear on the main display. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile •...
Page 503 20 OPTIONAL BOARD 20.2 VGS-1 Note • The recorded time and recording type (AR, VM, RM) is voiced using Voice Guide when 500 ms has elapsed after the recorded data was selected. (Refer to Using the Voice Guide (Voice Guide) on page 470.) •...
Page 504 20 OPTIONAL BOARD 20.2 VGS-1  Deleting the audio data Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to select recorded data to be deleted. Press the Back key. “DELETE?” appears on the main display. Press the Menu ([ ]) or...
Page 505 20 OPTIONAL BOARD 20.2 VGS-1 Zone-CH/GID Guide If Zone-CH/GID Guide is enabled using KPG-111D/ DN, the transceiver can annunciate the following. Table 20-3 Zone-CH/GID Guide Key Function Selected Zone-CH/GID Audio Content Twenty Twenty-one CH/ GID Down CH/GID Up CH/GID Up/Down One hundred One zero one Two forty-nine...
Page 506 20 OPTIONAL BOARD 20.2 VGS-1 Audio Content Key Function Key Function On Key Function Off Speaker Attenuation Speaker Attenuation On Speaker Attenuation Off Talk Around Talk Around On Talk Around Off VOX On VOX Off Mobile only Portable only Besides the functions listed above, the transceiver activates the Voice Guide in the following statuses and then annunciates the following.
Page 507 20 OPTIONAL BOARD 20.2 VGS-1 Storing the GPS Data (GPS Data Storage) GPS Data Storage can be used to store the GPS data. The GPS data with a maximum of 10,752 Messages (3,584 blocks) can be stored. If data is written in all memories, the oldest memory is overwritten.
Page 508 20 OPTIONAL BOARD 20.3 Voice Scrambler 20.3 Voice Scrambler Voice Scrambler is the function to scramble the audio signal so that the contents of communications can be prevented from being intercepted. An optional Voice Scrambler Board can be used with the transceiver. The transceiver can scramble the audio signal and send the scrambled signal by connecting the Voice Scrambler Board to the 26-pin connector in the transceiver and configuring various functions associated with Voice Scrambler by using KPG-111D/ DN.
Page 509 VOX (PORTABLE ONLY) VOX is the function to start transmitting by speaking into a microphone without pressing the PTT switch. This function can be used when a user cannot press the PTT switch, for instance, when a user is using both hands for other tasks.
Page 510 21 VOX (PORTABLE ONLY) 21.1 Configuring the Input Sensitivity of the Microphone (VOX Gain Level) 21.1 Configuring the Input Sensitivity of the Microphone (VOX Gain Level) VOX Gain Level is the input sensitivity of the microphone. VOX Gain Level can be configured using KPG-111D/ DN. VOX Gain Level can also be adjusted by user operation. Pressing the VOX key causes the transceiver to enter VOX Gain Level Mode.
Page 511 21 VOX (PORTABLE ONLY) 21.2 Remaining in Transmit Mode after a VOX Transmission Has Finished (VOX Delay Time)/ 21.3 Restricting a VOX Transmission 21.2 Remaining in Transmit Mode after a VOX Transmission Has Finished (VOX Delay Time) VOX Delay Time is the duration in which the transceiver remains in transmit mode after a VOX transmission has finished. If the transceiver reverts to receive mode too quickly after a user pauses speaking, the end portion of the speech may not be transmitted.
Page 512 21 VOX (PORTABLE ONLY) 21.4 Disabling the VOX by Using the PTT Switch (Cancel Operation)/ 21.5 Notifying a User of the Start of a VOX Transmission with a 21.4 Disabling the VOX by Using the PTT Switch (Cancel Operation) Cancel Operation is the function to deactivate the VOX if the PTT switch is pressed while the VOX is activated. Even if VOX is deactivated by pressing the PTT switch, VOX is activated if the VOX key is pressed and held or “VOX”...
Page 513 FUNCTION PORTS The transceiver is equipped with function ports that can be programmed using KPG-111D/ DN. 22.1 Universal Connector (Portable Only) For Portable, the transceiver is equipped with a function port that can be programmed for use with the 14-pin universal connector located on the side of the transceiver.
Page 514 22 FUNCTION PORTS 22.1 Universal Connector (Portable Only) Table 22-2 Activation Conditions for Vibrator System Conditions • If the Optional Signaling match Analog Conventional System/ • If the transceiver receives a Status Message (other than status 88, 90, 91 or 92) LTR Trunking System •...
Page 515 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) without Alert Tone without Alert Tone can be used to configure the transceiver not to emit the alert tone even if the activation conditions for the vibrator are satisfied and the vibrator is activated. (Refer to Table 22-2 Activation Conditions for Vibrator on page 480.) If an Alert Tone sounds from the transceiver in quiet environments, it may bother other people.
Page 516 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) Configuration using KPG-111D/ DN Assigning functions to the AUX Input Port ( FPRG 8.30.2 AUX Tab) External PTT (Voice) External PTT (Voice) is the transmission request PTT port for voice channels. This port can be used for a transmission request from a headset or external microphone.
Page 517 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) Data PTT Data PTT is the transmission request port for data communications. The transceiver migrates to a Data Zone-channel or GID to start the transmission when the Data PTT port goes low level. The transceiver ends transmitting if the Data PTT port goes high level.
Page 518 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) DTC is the port that controls the transceiver to migrate to the Data Zone-channel or GID used for data communications and then activate ARQ Mode. The transceiver normally needs to link to a repeater every time to send data in an LTR Trunking system. However, it may take a longer time to send data, or a data transmission may fail if the system is busy and there is no available channel on the repeater.
Page 519 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) External Monitor External Monitor is the port that is used to activate the Monitor. Monitor is enabled when the External Monitor port goes low level. Monitor is disabled when the External Monitor port goes high level.
Page 520 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) Current Channel or GID Transceiver Behavior The transceiver sends a Status Message using the NXDN protocol. NXDN Trunking Zone-GID The destination is the ID configured for Base ID (NXDN). Note • The transceiver does not send a status message immediately after the transceiver is turned ON since the transceiver does not recognize that the AUX Input port to which “AUX Input Status Message”...
Page 521 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) Function Name Description For a Conventional Group: The output port is active while the received QT tone, DQT code (Analog), or RAN code (NXDN) matches the QT tone, DQT code (Analog), or RAN code (NXDN) preconfigured for the transceiver. If QT/DQT Decode is not configured, the output port is active while the transceiver is receiving a carrier.
Page 522 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) Function Name Description The status of these ports are changed when the transceiver receives a FleetSync or NXDN Status Message. The transceiver alternates the status of the AUX Output port (High to Low or Low to High) when the received Status Message matches the Status number preconfigured for the port.
Page 523 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) Status Memory (AUX Output Status Message) Status Memory (AUX Output Status Message) can be used to retain the output status of AUX Output Status Message 1 to AUX Output Status Message 3. If this function is enabled, the output status of each of AUX Output Status Message 1 to AUX Output Status Message 3 is retained.
Page 524 22 FUNCTION PORTS 22.2 D-sub 25-pin Connector (Mobile Only) Migrating to a Zone-channel or GID by Using a Connected External Device (Remote Zone-CH/GID) Remote Zone-CH/GID can be used to migrate to one of a maximum of 15 Zone-channels or GIDs by using CH/GID Select A to CH/GID Select D ports.
Page 525 22 FUNCTION PORTS 22.3 Assigning Functions to the Internal Connector (OPT1/ OPT11) DEO Level DEO Level is the output signal level of the DEO port available on the D-sub 25-pin connector of the transceiver. The output signal level can be optimized according to the devices that are connected to the transceiver. Configuration using KPG-111D/ DN •...
Page 526 FUNCTIONS LINKED WITH A VEHICLE When the transceiver is installed in a vehicle, functions linking with a vehicle, such as Ignition Sense or Horn Alert, can be used. 23.1 Turning the Transceiver ON or OFF by Linking with the Ignition Sense Port State (Ignition Sense) Ignition Sense can be used to automatically turn the transceiver ON or OFF linked with the status of the Ignition Sense port of a vehicle.
Page 527 23 FUNCTIONS LINKED WITH A VEHICLE 23.2 Controlling Car Behavior by Linking with the Horn Alert Port State (Horn Alert) The Timed Power-off Pre-alert Tone sounds from the transceiver in the following way if anything other than “Off” is configured for Warning Tone: •...
Page 528 23 FUNCTIONS LINKED WITH A VEHICLE 23.2 Controlling Car Behavior by Linking with the Horn Alert Port State (Horn Alert) Note • The Horn Alert port functions according to the configuration for the Horn Alert Logic Signal. (Refer to Horn Alert Logic Signal on page 495.) •...
Page 529 23 FUNCTIONS LINKED WITH A VEHICLE 23.2 Controlling Car Behavior by Linking with the Horn Alert Port State (Horn Alert) Also, the Horn Alert port is activated according to the Horn Alert Logic Signal configuration when the transceiver receives Status No. 89 regardless of the above conditions, Optional Signaling configuration, and other configurations relevant to Horn Alert.
Page 530 23 FUNCTIONS LINKED WITH A VEHICLE 23.2 Controlling Car Behavior by Linking with the Horn Alert Port State (Horn Alert) Inactive 500 ms 500 ms Active 500 ms 500 ms 500 ms Figure 23-1 Pulse 1 Inactive 500 ms Active Figure 23-2 Pulse 2 Note •...
Page 531 23 FUNCTIONS LINKED WITH A VEHICLE 23.2 Controlling Car Behavior by Linking with the Horn Alert Port State (Horn Alert) Horn Alert Status When the Transceiver Is Turned ON (Horn Alert Mode) Horn Alert Mode is a function to enable or disable Horn Alert, depending on the configuration, when the transceiver is turned ON.
Page 532 TRANSCEIVER DATA PROTECTION WITH PASSWORD The transceiver has password functions for protecting the transceiver operation and the security of the configuration data. 24.1 Password for Transceiver Operation (Transceiver Password) Transceiver Password protects the transceiver from unauthorized usage. Placing the transceiver in Transceiver Password Mode prevents the transceiver from being used. The transceiver exits Transceiver Password Mode and becomes used if a password is entered and the password is correct.
Page 533 24 TRANSCEIVER DATA PROTECTION WITH PASSWORD 24.2 Password for Reading Configuration Data in a PC (Read Authorization Password)/ 24.3 Password for Writing Configuration Data (Overwrite Password) Press the Menu ([ ]) or key after entering the password. If the password matches, a Password Authorization Tone sounds from the transceiver and the transceiver enters User Mode.
Page 534 ADJUSTING THE TIME ON THE TRANSCEIVER The transceiver is equipped with an internal clock IC. Using the IC, the current time can be viewed on the main display. The following 3 functions relevant to clock display are available. • Current Time Display •...
Page 535 25 ADJUSTING THE TIME ON THE TRANSCEIVER 25.2 Power-on Clock Display/ 25.3 Adjusting the Time Configuration using KPG-111D/ DN • Assigning functions to the PF keys on the transceiver ( FPRG 8.12 Key Assignment Window) • Configuring the Clock Display ( FPRG 8.10.1 Common Page 1 Tab) 25.2 Power-on Clock Display...
Page 536 25 ADJUSTING THE TIME ON THE TRANSCEIVER 25.3 Adjusting the Time Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to select the year, and then press the Menu ([ ]) or key. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the Down...
Page 537 25 ADJUSTING THE TIME ON THE TRANSCEIVER 25.3 Adjusting the Time Press the Down key (NX-200/ NX-210/ NX-300/ NX-410/ NX-411), or press the key (Mobile) to select the hour, and then press the Menu ([ ]) or key. The time can be configured in 24-hour format. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Press the...
Page 538 MODE The transceiver has the following modes: the mode for adjusting the transceiver, the mode for copying the configuration data to another transceiver, and the mode for updating the firmware and confirming the version number of the firmware. • Panel Test Mode •...
Page 539 26 MODE 26.2 Adjusting the Transmit and Receive Capabilities of the Transceiver (Panel Tuning Mode) Note • Refer to the service manual for instructions on how to operate the transceiver in Panel Test Mode, and on how to test transmit and receive capabilities.
Page 540 26 MODE 26.3 Copying the Configuration Data to Another Transceiver (Clone Mode) Press the Menu ([ ]) key. The transceiver enters Panel Tuning Mode. NX-200/ NX-210/ NX-300/ NX-410/ NX-411 Mobile Note • Refer to the service manual for instructions on how to operate the transceiver in Panel Tuning Mode, and on how to adjust transmit and receive capabilities.
Page 541 • The following data cannot be copied in Clone Mode: • Tuning Data • Embedded Message with Password • KENWOOD ESN Data • MPT ESN Data • NXDN ESN Data • If the data is copied to a transceiver having a different firmware version number, this may result in an error or a failure of the transceiver to function correctly.
Page 542 26 MODE 26.5 Checking the Firmware Version (Firmware Version Information Mode) 26.5 Checking the Firmware Version (Firmware Version Information Mode) Firmware Version Information Mode can be used to check the version number of the firmware written to the transceiver. Note This function is unavailable for NX-200S/ NX-300S.
Page 543 26 MODE 26.6 Testing or Adjusting the Transmit and Receive Capabilities of the Transceiver (PC Test Mode/ PC Tuning Mode) 26.6 Testing or Adjusting the Transmit and Receive Capabilities of the Transceiver (PC Test Mode/ PC Tuning Mode) PC Test Mode can be used to test transmit and receive capabilities of the transceiver by using KPG-111D/ DN. PC Tuning Mode can be used to adjust transmit and receive capabilities of the transceiver by using KPG-111D/ DN.
Page 544 APPENDIX Available Functions for the PF Keys The following functions can be assigned to the PF keys of the transceiver using KPG-111D/ DN. Table 1-1 Available Functions for the PF Keys Function Name Description Available System None No function is activated. Enters the 2-tone Mode.
Page 545 APPENDIX Available Functions for the PF Keys Function Name Description Available System Alternates between Broadcast Call and Conference Call. This function Broadcast can be used only for initiating a Group Call. (Refer to 9.9 Making an NXDN Trunking System Informative Group Call (Broadcast Group Call) on page 228.) The transceiver notifies a user by a lighting or blinking LED that the Battery Indicator...
Page 546 APPENDIX Available Functions for the PF Keys Function Name Description Available System Enters Emergency Mode. (Refer to 16 COMMUNICATIONS IN AN EMERGENCY on page 393.) Note Emergency • For Portable, this function can be assigned to the AUX key or the PF 1 key of the speaker microphone.
Page 547 APPENDIX Available Functions for the PF Keys Function Name Description Available System For an NXDN Conventional system: Enters Group Call Mode in an NXDN Conventional system. In Group Call Mode, a call can be initiated by a user selecting a Group ID registered in the Group ID List.
Page 548 APPENDIX Available Functions for the PF Keys Function Name Description Available System Enters Individual Call Mode in an NXDN Conventional system or NXDN Trunking system. In Individual Call Mode, a call can be initiated by a user selecting a Unit ID registered in the Unit ID List or directly entering a Unit ID.
Page 549 APPENDIX Available Functions for the PF Keys Function Name Description Available System In an Analog Conventional system,the transceiver resets the matching state of QT tone or DQT code and Optional Signaling and resets muting upon detection of a carrier while the Monitor Momentary key is pressed Analog Conventional System and held.
Page 550 APPENDIX Available Functions for the PF Keys Function Name Description Available System The transceiver enters Short Message Mode. In Short Message Mode, a Short Message can be sent by a user directly entering a Short Message. For an Analog Conventional system, a Short Message is sent to a Target Fleet/ ID.
Page 551 APPENDIX Available Functions for the PF Keys Function Name Description Available System Pressing and holding the Site Up key causes the site number to be Site Up (Continuous) increased in steps of 1 every 100 ms. (Refer to 9.16 Locking the Site to NXDN Trunking System Be Used (Site Lock/ Site Select) on page 236.)
Page 552 APPENDIX Available Functions for the PF Keys Function Name Description Available System Enters Transceiver Password Mode. In Transceiver Password Mode, the transceiver cannot be used until the correct password is entered. (Refer 24.1 Password for Transceiver Operation (Transceiver Password) on page 498.) Transceiver Password...
Page 553 APPENDIX Available Functions for the PF Keys Note • The transceiver migrates to the function’s own mode by pressing a key to which the following functions are assigned. This mode is referred to as “Function Mode”. Key Function Function Mode 2-tone 2-tone Mode Autodial...
Page 554 APPENDIX Available Functions for the PF Keys • If the transceiver migrates to each Function Mode, the assigned functions will not be activated by pressing the following keys, but the mode’s own behavior will be executed. NX-200/ NX-210/ NX-300/ NX-410/ NX-411: •...
Page 555 APPENDIX Available Functions for Menu Mode Available Functions for Menu Mode Following are the functions that can be configured for Menu Mode. Each function is identical to the corresponding PF key. Refer to Available Functions for the PF Keys on page 510 for details of each function.
Page 556 APPENDIX Available Functions for Menu Mode Function Display Corresponding PF Keys Operator Selectable Tone Operator Selectable Tone OST List OST LIST OST List Playback PLAYBACK Playback Priority-channel Select PRI CH SEL Priority-channel Select Public Address PUBLIC ADDRESS Public Address RX Audio Equalizer RX AUDIO EQ RX Auto Gain Control RX AGC...
Page 557 APPENDIX Available Functions for the Selector (Portable Only) Available Functions for the Selector (Portable Only) The following functions can be assigned to the Selector using KPG-111D/ DN. What function can be selected will vary depending on the configuration for 16 Zone/Channel Selector. ...
Page 558 APPENDIX Available Functions for COM Port Available Functions for COM Port Portable Portable has the following 2 communication ports:  COM port 0 The COM port 0 is assigned to the 14-pin universal connector (TXD: Pin No.12/ RXD: Pin No.13). ...
Page 559 APPENDIX Available Functions for COM Port Table 1-6 Available Functions for COM Ports Communication Ports Range COM port 0 COM port 1 COM port 2 None The transceiver can communicate with KPG-111D/ DN. The transceiver can remotely be controlled using PC Commands. Data The transceiver can communicate with KPG-111D/ DN.
Page 560 The command sequence of this version starts with STX (Start of Text) and ends with ETX (End of Text). This version Version 1 is compatible with transceivers that support the Kenwood PC Interface Protocol. This version is almost the same as the Version 1 data format, but it has the command sequence of Version 1 and a Version 2 sequence number (SEQ).
Page 561 APPENDIX Functions Not Available with NX-200S/ NX-300S Functions Not Available with NX-200S/ NX-300S Following functions are unavailable for NX-200S/ NX-300S. Note Functions available only for Mobile are not listed in the following list. Table 1-9 Functions Not Available with NX-200S/ NX-300S Item Remarks Basic Function...
Page 562 APPENDIX Functions Not Available with NX-200S/ NX-300S Item Remarks 2-tone • 2-tone Mode is unavailable. Encode • 2-tone codes can be sent by using the Call 1 to Call 6 keys. Decode Monitor of the Auto Reset Timer is always retained in the enabled state. FleetSync •...
Page 563 APPENDIX Functions Not Available with NX-200S/ NX-300S Item Remarks NXDN • Individual Call Mode is unavailable. Individual Call • Individual Calls can be initiated by using Selcall on PTT. Individual Call (Individual Call Acknowledge Request) • Individual Call Mode and Stack Mode are unavailable. •...
Page 564 APPENDIX Functions Not Available with NX-200S/ NX-300S Table 1-10 Functions Not Available with NX-200S/ NX-300S (Key Function) Key Function Remarks 2-tone Auto Reply Message Autodial Autodial Programming Backlight Channel Entry Clock Clock Adjustment Display Format • The available function is limited only to starting Forced Search. Forced Search •...
Page 565 APPENDIX Key Operations for Each Mode Key Operations for Each Mode Key operations for selecting a list or entering characters are described for each mode in this section. Refer to Operating the Transceiver in Each Mode (Common Operation) on page 42 for operation methods.
Page 566 APPENDIX Key Operations for Each Mode Autodial Autodial Programming Manual entry (while entering a Selecting a list Editing a DTMF Name (editing a code) list) Selects a DTMF code by changing Selects a DTMF code from those Selects a character by changing the DTMF codes one at a time.
Page 567 APPENDIX Key Operations for Each Mode Autodial Programming Editing a DTMF Code (editing a Editing a DTMF Code (adding a Editing a DTMF Name (adding a list) list) list) Selects a DTMF code by changing the DTMF codes one at a time. Selects a character by changing Press one character at a time.
Page 568 APPENDIX Key Operations for Each Mode Channel Entry Group ID Entry Clock Adjustment Entering a Channel or GID No. Entering the Group ID Selects a channel or GID No. by Selects a Group ID and changes Selects the year/ month/ date/ Press changing it one at a time.
Page 569 APPENDIX Key Operations for Each Mode Display Format Fixed Volume GPS Position Display Selecting a list (if this mode is Selecting a list (if this mode is entered by pressing the Menu entered by pressing the Menu key) key) Selects an option by changing the option one at a time. Selects the displayed latitude, Press longitude or altitude by changing...
Page 570 APPENDIX Key Operations for Each Mode Group/ Group + Status Individual/ Individual + Status Selecting a list (Conventional) Selecting a list Manual entry Selects a Group ID registered in Selects a Unit ID registered in the Selects a Digit No. by changing Press the Group ID List by changing the Unit ID List by changing the ID one...
Page 571 APPENDIX Key Operations for Each Mode Maintenance Menu NXDN Trunking System Selecting a list Anything other than NXDN Trunking System Selects a Frequency Number Selects an option by changing the configured in the Frequency Table option one at a time. Press by changing the number one at a time.
Page 572 APPENDIX Key Operations for Each Mode OST List Playback Priority-channel Select Selecting a list While playing back Selecting the Priority Selects a pair of QT/DQT Decode/ Selects stored recording data by Selects an option by changing the Encode from those in the OST List changing the data one at a time.
Page 573 APPENDIX Key Operations for Each Mode Scan Delete/Add Scrambler/Encryption Code Selecting a list (if this mode is Analog NXDN entered by pressing the Menu key) Selects an option by changing the Selects a Scrambler Code by Selects an Encryption Code Press option one at a time.
Page 574 APPENDIX Key Operations for Each Mode Selcall/ Selcall + Status Site Select Selecting a list Manual entry Selecting a list Selects a Fleet/ ID registered in Selects a Digit No. by changing Selects a site registered in the Press the ID List by changing the Fleet/ the Digit No.
Page 575 APPENDIX Key Operations for Each Mode Squelch Level Squelch Off Configuring the Level Selecting a list (if this mode is entered by pressing the Menu key) Selects a Squelch Level by changing the level one at Selects an option by changing the option one at a Press a time.
Page 576 APPENDIX Key Operations for Each Mode Stack Selecting a list Press Selects data stored in the transceiver stack memory by changing the data one at a time. Up/ Down Hold Selects data stored in the transceiver stack memory by changing one data entry to another continuously. Down Side 1 Press...
Page 577 APPENDIX Key Operations for Each Mode Status Transceiver Password Entering a code Selecting a list Manual entry Selects a status configured in the Selects a Digit No. by changing Selects a code by changing the Press Status List by changing the status the Digit No.
Page 578 APPENDIX Key Operations for Each Mode Voice Memo VOX Gain Level Zone Delete/Add While recording Configuring the Level Selecting a list (if this mode is entered by pressing the Menu key) Selects a VOX Gain Level by Selects an option by changing the Press changing the level one at a time.
Page 579 APPENDIX Key Operations for Each Mode SDM (FleetSync/NXDN)/ Toggling On and Off in Menu Selcall + SDM (FleetSync)/ Shortcut Mode Group + SDM (NXDN)/ Individual + SDM (NXDN) Shortcut Entry Configuration of On and OFF Short Message Entry (Example: Low Transmit Power) Selects an option by changing the Selects a character by changing Press...
Page 580 APPENDIX Key Operations for Each Mode Mobile 2-Tone (NX-700/ NX-700H/ Autodial NX-800/ NX-800H only) Selecting a list Selecting a list Manual entry (prior to entering a code) Selects a 2-tone code from the 2- Selects a DTMF code from those Selects a DTMF code by changing tone codes registered in the 2-tone registered in the Autodial List by...
Page 581 APPENDIX Key Operations for Each Mode Autodial Autodial Programming Manual entry (while entering a Selecting a list Editing a DTMF Name (editing a code) list) Selects a DTMF code by changing Selects a DTMF code from those Selects a character by changing the DTMF codes one at a time.
Page 582 APPENDIX Key Operations for Each Mode Autodial Programming Editing a DTMF Code (editing a Editing a DTMF Code (adding a Editing a DTMF Name (adding a list) list) list) Selects a DTMF code by changing the DTMF codes one at a time. Selects a character by changing Press one character at a time.
Page 583 APPENDIX Key Operations for Each Mode Channel Entry Group ID Entry Clock Adjustment Entering a Channel or GID No. Entering a Channel or GID No. Selects a channel or GID No. by Selects a Group ID and changes Selects the year/ month/ date/ Press changing it one at a time.
Page 584 APPENDIX Key Operations for Each Mode Display Format Fixed Volume GPS Position Display Selecting a list (if this mode is Selecting a list (if this mode is entered by pressing the Menu entered by pressing the Menu key) key) Selects an option by changing the option one at a time. Selects the displayed latitude, Press longitude or altitude by changing...
Page 585 APPENDIX Key Operations for Each Mode Group/ Group + Status Individual/ Individual + Status Selecting a list (Conventional) Selecting a list Manual entry Selects a Group ID registered in Selects a Unit ID registered in the Selects a Digit No. by changing Press the Group ID List by changing the Unit ID List by changing the ID one...
Page 586 APPENDIX Key Operations for Each Mode Maintenance Menu Anything other than NXDN NXDN Trunking System Selecting a list Trunking System Selects a Frequency Number Selects an option by changing the registered in the Frequency Table option one at a time. Press by changing the number one at a time.
Page 587 APPENDIX Key Operations for Each Mode OST List Playback Priority-channel Select Selecting a list While playing back Selecting the Priority Selects a pair of QT/DQT Decode/ Selects stored recording data by Selects an option by changing the Encode from those in the OST List changing the data one at a time.
Page 588 APPENDIX Key Operations for Each Mode Scan Delete/Add Scrambler/Encryption Code NXDN Selecting a list (if this mode is Analog entered by pressing the Menu key) Selects an option by changing the Selects a Scrambler Code by Selects an Encryption Code Press option one at a time.
Page 589 APPENDIX Key Operations for Each Mode Selcall/ Selcall + Status Site Select Selecting a list Manual entry Selecting a list Selects a Fleet/ ID registered in Selects a Digit No. by changing Selects a site registered in the Press the ID List by changing the Fleet/ the Digit No.
Page 590 APPENDIX Key Operations for Each Mode Squelch Level Squelch Off Configuring the Level Selecting a list (if this mode is entered by pressing the Menu key) Selects a Squelch Level by changing the level one at Selects an option by changing the option one at a Press a time.
Page 591 APPENDIX Key Operations for Each Mode Stack Selecting a list Press Selects data stored in the transceiver stack memory by changing the data one at a time. ]/ [ Hold Selects data stored in the transceiver stack memory by changing one data entry to another continuously. Down Triangle Press...
Page 592 APPENDIX Key Operations for Each Mode Status Transceiver Password Selecting a list Manual entry Entering a code Selects a status configured in the Selects a Digit No. by changing Selects a code by changing the Press Status List by changing the status the Digit No.
Page 593 APPENDIX Key Operations for Each Mode Voice Memo LCD Brightness Zone Delete/Add While recording Selecting a list (if this mode is Selecting a list (if this mode is entered by pressing the Menu entered by pressing the Menu key) key) Press Selects an option by changing the option one at a time.
Page 594 APPENDIX Key Operations for Each Mode SDM (FleetSync/NXDN)/ Selcall Toggling On and Off in Menu + SDM (FleetSync)/ Group + Shortcut Mode SDM (NXDN)/ Individual + SDM (NXDN) Shortcut Entry Configuration of On and OFF Short Message Entry (Example: Monitor) Selects an option by changing the Selects a character by changing Press...
Page 595 APPENDIX Installing the Transceiver in a Vehicle (Mobile Only) Installing the Transceiver in a Vehicle (Mobile Only) This section describes how to install the transceiver in a vehicle. Various electronic equipment in a vehicle may malfunction if they are not properly protected from the radio frequency energy which is present while transmitting.
Page 596 The transceiver operates in 12 V negative ground systems only. Check the battery polarity and voltage of the vehicle before installing the transceiver. • Use only a Kenwood optional DC power cable. • Do not cut and/or remove the fuse holder on the DC power cable.
Page 597 APPENDIX Installing the Transceiver in a Vehicle (Mobile Only) Installing the Transceiver For passenger safety, install the transceiver securely using the mounting bracket and screw set so the transceiver will not break loose in the event of a collision. Attach the mounting bracket in the dash. 1) Mark the position of the holes in the dash by using the mounting bracket as a template.
Page 598 INDEX Alert Tone ............. 89, 356 Symbols Analog Conventional System ........251 Analog modes ............... xi * and # Digit Time ............373 ANI Board ..............459 APPENDIX ..............510 Applicable SCMs ............421 Numerics Area Code ..............280 Assigning Functions to the Internal Connector (OPT1/ OPT11) ............
Page 599 INDEX Basic Configuration for FleetSync ......301 Common Functions for Scan ........450 Basic Operations ............15 Communicating using a CW Message ....... 171 Battery ................ 105 Communicating with a Telephone (Telephone Call) ............233 Battery Indicator ............511 Communicating Without Using a Repeater Beat Shift ..............
Page 600 INDEX Customer Support Information (CSI) ....... i DTMF Hold Time ............374 Customizing a Displayed Text String DTMF Speed .............. 372 (Display Customization) ..........83 Duration of 1st Tone ........... 271 CW Message .............. 511 Duration of 2nd Tone ..........271 CW Modulation Delay Time ........
Page 601 INDEX GPS Report on Data Zone-CH/GID ......386 GPS Time Mark ............385 Group (NXDN) ............512 Group + SDM (NXDN) ..........513 Field Programming Reference (FRPG) ......i Group + Status (NXDN) ..........513 Firmware Copyrights ............. iv Group ID ..............316 Firmware Version of the Transceiver and Version of Group ID Entry ...........
Page 602 INDEX Initiating a Group Call (Transmission Trunked) ..220 Initiating a Selective Call ..........309 Initiating a Telephone Call .......... 233 Initiating an Individual Call .......... 126 Maintenance ..........514, 537, 552 Initiating an Individual Call Making a Group Call ........... 141 (Individual Call Acknowledge Request) ......
Page 603 INDEX Notifying the User with a Tone That a Call Request Is Power-off Status Message ......... 160, 333 in Progress (Call Processing Tone) ......139 Power-on Clock Display ..........501 Number of Retries ........147, 230, 319 Power-on Scan ............457 Number of Times ............
Page 604 INDEX Receiving a Short Message ....... 166, 339 Receiving a Status Message ......154, 328 Receiving a Telephone Call ........235 Receiving an Individual Call ........130 SCAN ................. 436 Receiving an Individual Call Scan ................515 (Individual Call Acknowledge Request) ...... 137 Scan Delete/Add ........
Page 605 INDEX Sending GPS Data ........179, 246, 344 Site Roaming Resume Level ........177 Sending GPS Data According to the Request from Site Select .......... 516, 523, 540, 555 the Base Station (GPS Report Mode) ....180, 345 Site Up ................ 516 Sending GPS Data Automatically at Certain Intervals Site Up (Continuous) ..........
Page 606 INDEX Testing or Adjusting the Transmit and Receive Transceiver’s Behavior upon Receipt of the Capabilities of the Transceiver Encrypted Communication Data ......... 419 (PC Test Mode/ PC Tuning Mode) ......509 Transceiver’s Behavior when Using the Regroup Testing the Transmit and Receive Capabilities of the ID ................
Page 607 INDEX Using the LTR ID for Basic Communications ..... 280 Using the Optional Signaling (Analog) ....... 261 Using the Optional Signaling (LTR) ......285 Using the Optional Signaling (NXDN) ......119 Using the Signaling ..........118, 260 Using the Transceiver as a Megaphone (Public Address) ............

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Kenwood NEXEDGE NX-200 Function Reference

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