Simoco EMEA Ltd SB2K5354O2O2V マニュアル

目次

• Table of Contents (this list)

  3
• List of Figures

  6
• List of Tables

  7
• INTRODUCTION

  9
• 1.1 SB2025 APPLICATIONS

  9
• 1.2 SOLAR 2 – BRIEF DESCRIPTION

  9
• 1.2.1 Method of Operation

  10
• 1.2.2 Basic I/O Facility

  10
• 1.2.3 PMR Wide-Area Cover Facilities

  10
• 1.3 SOLAR 2 – STYLE

  10
• 1.4 SOLAR 2 P25

  11
• SPECIFICATIONS

  13
• 2.1 GENERAL SPECIFICATIONS

  13
• 2.2 TRANSMITTER SPECIFICATIONS

  13
• 2.3 RECEIVER SPECIFICATIONS

  13
• 2.4 P25 (APCO-25) SPECIFICATIONS

  14
• INSTALLATION AND OPERATION

  15
• 3.1 INSTALLATION

  15
• 3.2 OPERATION

  16
• MxTools Utility

  16
• Setting to Work

  16
• Setting Micro Controller Jumpers

  16
• Select Operating Mode

  17
• Select Operating Channel

  18
• Configure Alarms/M Lead

  18
• Configure Digital I/O

  18
• Adjustments

  19
• GENERAL DESCRIPTION

  20
• 4.1 PHYSICAL DESCRIPTION

  20
• Front Panel

  21
• LED Indicators

  22
• Traffic Manager LED Indicator

  22
• Network Interface LED Indicator

  22
• USB Connector

  23
• Rear Panel

  23
• GPS (1PPS Timing Signal Input)

  24
• Environment I/O

  24
• DC Power Input

  24
• Transmitter Output

  24
• Receiver Input

  25
• High Stability Oscillator Input (BNC)

  25
• Ethernet

  25
• Connector Pin-outs

  25
• Environment I/O

  25
• GPS (1PPS Timing Signal Input)

  25
• DC Power Input

  26
• Ethernet

  26
• 4.2 ENVIRONMENT I/O OVERVIEW

  27
• Inputs and Outputs

  27
• Input ‘Polarity’

  27
• Output ‘Polarity’

  27
• Electrical Constraints

  27
• 4.3 MODULE FUNCTIONAL DESCRIPTION

  28
• Exciter Module

  28
• Receiver Module

  28
• Power Amplifier Module

  28
• Micro Controller Board

  29
• Network Interface

  29
• ITX

  29
• Compact Flash

  29
• SBC Support PCB

  30
• Aux PCB

  30
• 4.3.10 Pico PSU

  30
• TECHNICAL DESCRIPTION

  31
• 5.1 EXCITER MODULE

  31
• 5.2 RECEIVER MODULE

  31
• 5.3 POWER AMPLIFIER MODULE

  32
• 5.3.1 Wide Band PA (50 Watt Model)

  32
• 5.3.2 Wide Band PA (100 Watt Model)

  32
• 5.4 MICRO CONTROLLER BOARD

  33
• 5.4.1 Overall Radio Management

  33
• 5.4.2 Tx Signal Processing

  34
• 5.4.3 Rx Signal Processing

  34
• 5.4.4 RF Power Control

  35
• 5.4.5 User Interface

  35
• 5.5 SOLAR TRAFFIC MANAGER

  35
• 5.6 SOLAR NETWORK INTERFACE

  36
• ALIGNMENT AND TESTING

  38
• 6.1 TRANSCEIVER SETUP, CALIBRATION AND ALIGNMENT

  38
• Sending Model Number and Serial Number to the Radio

  38
• Sending Configuration Information

  39
• Sending Channel Information

  39
• Setting Alignment Channel

  39
• Power Calibration

  39
• RSSI Calibration

  40
• Temperature Calibration

  40
• Tx Power Adjustment

  40
• Peak Deviation and Modulation Balance Configuration

  41
• Station NI/SB2025

  41
• 6.1.10 Mute Threshold Setting

  50
• 6.2 MODULE LEVEL TEST PROCEDURES

  52
• 6.2.1 Exciter Module

  52
• 6.2.2 Receiver Module

  53
• 6.2.3 Power Amplifier Module

  55
• 6.2.4 VCO Board

  56
• 6.2.5 Microcontroller Module

  57
• FAULT FINDING PROCEDURES

  58
• 7.1 SB2025 BASE STATION

  58
• 7.1.1 Transmitter Section

  58
• 7.1.2 Receiver Section

  59
• 7.2 MICRO CONTROLLER PCB

  59
• 7.3 RECEIVER MODULE

  60
• 7.3.1 VCO Locking

  60
• 7.3.2 Rx Front End

  60
• 7.3.3 IF Section

  60
• 7.4 EXCITER MODULE

  61
• 7.4.1 VCO Locking

  61
• 7.4.2 RF Power

  61
• 7.5 POWER AMPLIFIER

  61
• DRAWINGS

  63
• 8.1 CURRENT DRAWINGS

  63
• SPARES

  71
• Figure 1. SB2025NT Top and Rear Views.

  21
• Figure 2. SB2025NT Front Panel.

  21
• Figure 3. SB2025NT Rear Panel

  23
• Figure 4. SB2025NT Block Diagram.

  37
• Figure 5. HyperTerminal – Menu

  42
• Figure 6. NI ET – Audio Mode to ‘Remote’.

  43
• Figure 7. NI Engineering – Main Audio tab, ‘In Audio Sensitivity’ settings.

  44
• Figure 8. NI Engineering – Facilities tab, Test Tone settings

  45
• Figure 9. NI Engineering – Signalling tab, Manual Trigger.

  45
• Figure 10. MxTools – Set Software Channel to tick button.

  46
• Figure 11. NI Engineering – Facilities tab, Test Tone Frequency.

  47
• Figure 12. MxTools – Channel Edit page.

  47
• Figure 13. Typical result for Tx Modulation displayed on RTS

  48
• Figure 14. Rx Component Overlay.

  64
• Figure 15. Exciter Component Overlay.

  64
• Figure 15. Exciter Component Overlay.

  65
• Figure 16. PA Component Overlay – Superseded Version

  65
• Figure 16. PA Component Overlay – Superseded Version

  66
• Figure 17. PA Component Overlay – New Wide Band PA Version

  67
• Figure 18. Micro Controller Component Overlay (Rev S).

  68
• Figure 19. Tx and Rx VCO Component Overlay Bands A to Q3

  69
• Figure 20. Tx and Rx VCO Component Overlay Bands R to X

  69
• Figure 21. HP Rx VCO Component Overlay Bands A to Q.

  70
• Figure 22. Tx/Rx V3 VCO Component Overlay.

  70
• Figure C-1. T36 Module Serial Cable – wiring details

  75
• Figure D-1. Micro Controller Jumper and Link locations.

  77
• Table 1. General Specifications.

  13
• Table 2. Transmitter Specifications.

  13
• Table 3. Receiver Specifications.

  13
• Table 4. Functions and Default Positions of the Micro Controller Jumpers.

  16
• Table 5. DIP Switch 2 Settings

  18
• Table 6. SB2025NT LED Functions.

  22
• Table 7. TM Status Indicator.

  22
• Table 8. NI Status Indicator

  23
• Table 9. Rear Panel Connections.

  24
• Table 10. 20-way MDR Socket – Environment I/O.

  25
• Table 11. 15-way D Socket – GPS/1PPS Timing Signal.

  26
• Table 12. DC Power Connector.

  26
• Table 13. RJ45 – Standard Network wiring.

  26
• Table 14. 100 W PA Banding Information.

  33
• Table 15. Microprocessor Port Parameters.

  33
• Table 16. MxTools, Channel Edit Settings

  46
• Table 17. Drawings.

  63
• Table A-1. SB2025 Frequency Bands.

  72
• Table A-2. FCC Type Approvals for SB2025

  72
• Table B-1. Channel Select DIP Switch Settings.

  73
• Table of Contents (this list)

  3
• List of Figures

  9
• List of Tables

  11
• INTRODUCTION TO THE ENGINEERING TERMINAL

  13
• 1.1 ENGINEERING TERMINAL OVERVIEW

  13
• 1.2 ET APPLICATION PACKAGE

  13
• 1.2.1 Traffic Manager ET

  13
• 1.2.2 Network Interface ET

  13
• 1.3 CONNECTING THE ET APPLICATION

  13
• 1.3.1 Default Setting

  14
• 1.3.2 Com Port

  14
• 1.3.3 Making the Connection

  15
• 1.4 CLOSING THE ET

  15
• 1.4.1 Disconnecting the ET

  15
• 1.4.2 Exiting the ET

  16
• 1.4.3 Accidental Disconnection

  16
• 1.5 RETAINING SOLAR SETTINGS

  16
• 1.5.1 Engineering Mode

  16
• 1.5.2 Releasing the Engineering Button

  17
• 1.5.3 Confirming a Change

  17
• NETWORK INTERFACE ET

  19
• 2.1 INTRODUCTION

  19
• 2.2 NI MODE PANEL

  20
• Eng Area

  21
• Manual Trig

  21
• Test Tone

  21
• 2.3 NI STATUS PAGE – UPPER AREA

  21
• Address

  22
• Name

  22
• Channel

  22
• Iso I/P and Iso O/P

  22
• 2.4 NI STATUS PAGE – LOWER AREA

  22
• Network

  22
• In/Out

  22
• PAT

  23
• TOT

  23
• Pkt Errors

  23
• PLL

  23
• Status and Freq Error/Phase Error

  23
• Ref

  24
• Offset

  24
• DSP

  24
• DAC

  24
• Timing – PPS

  24
• 2.5 ENVIRONMENT I/O INTERFACE

  24
• Environment Status

  24
• Indicators

  25
• 2.6 NI BUTTON AREA

  25
• Network

  25
• Eng (Engineering)

  25
• DSP

  25
• GPS

  25
• TRAFFIC MANAGER ET

  27
• 3.1 INTRODUCTION

  27
• 3.2 MAIN WINDOW

  27
• 3.3 UPPER AREA

  28
• Station NI Panels

  28
• 3.4 LOWER AREA

  29
• TM Status Panel

  29
• Duplication

  29
• Timing

  29
• Facility Key

  30
• Network

  30
• Eng

  30
• GPS

  30
• Relations

  30
• Logging

  30
• List

  30
• Chan View

  30
• Channel Status Panel

  30
• Name

  31
• Status

  31
• Central NI Status Panel

  31
• Central Indicators

  31
• 3.5 REMOTE VIEW OF A NI

  32
• SOLAR CONFIGURATION

  33
• 4.1 IP ADDRESSES

  33
• 4.2 SETTING THE NI IP ADDRESS (NI ET ONLY)

  33
• 4.3 SETTING THE TM IP ADDRESS (TM ET ONLY)

  34
• 4.3.1 Network Connected ET

  35
• 4.4 TM ADDRESS INVENTORY

  36
• 4.4.1 TM Capacity

  36
• 4.4.2 Allocating NI

  36
• 4.4.3 Allocating a Station NI

  36
• 4.4.4 Allocating a Central NI

  38
• 4.4.5 Channel Designation (Multi-channel TM Option)

  39
• SOLAR COMMISSIONING

  40
• 5.1 COMMISSIONING OVERVIEW

  40
• 5.2 NI ENGINEERING

  40
• Main Audio

  40
• In Audio Sensitivity

  41
• Audio Input Setup Process

  42
• Out Audio Level

  43
• Audio Output Setup Process

  43
• In Route

  44
• Out Route

  44
• Offset

  45
• LF Talk Thru

  45
• Audio Mode (P25 only)

  45
• Signalling

  45
• Signalling In

  46
• Voltage

  46
• Signalling Status

  47
• Signalling Out

  47
• Manual Trigger

  48
• Isolated Inputs

  48
• Isolated Outputs

  50
• Facilities

  51
• Name

  52
• GPS Module

  52
• Test Tone

  52
• Level

  52
• Frequency

  52
• Route

  53
• CTCSS Tone

  53
• Environment

  54
• Status

  55
• Mode

  55
• 5.3 TM ENGINEERING (TM ET ONLY)

  56
• Sync Timing

  56
• PAT Reports

  57
• Initial Values

  58
• Facilities

  58
• Name

  59
• GPS Module

  59
• Misc Alarms

  59
• SNMP

  59
• Environment

  59
• 5.4 CHANNEL SETUP

  60
• Name

  60
• Voting Facilities

  60
• Minimum RSSI Difference

  60
• Voter Override

  60
• Site Deselection Timer (Minutes)

  61
• TM triggered Talk Through

  61
• Facilities

  61
• Tx Key Hang

  61
• CTCSS

  61
• 5.5 CHANNEL SETUP P25

  61
• Audio Mode

  62
• P25 Channel Settings

  62
• SOLAR CHANNELS (RELATIONS)

  63
• 6.1 MULTI-CHANNEL OVERVIEW

  63
• 6.2 RELATIONS FUNCTION

  63
• NI to Channel Association

  63
• Moving a Station to a Different Channel

  64
• Moving a Central NI to a Different Channel

  65
• Disabling and Re-enabling a NI

  65
• 6.3 LIST

  66
• SOLAR (SYNC) TIMING

  68
• 7.1 GENERAL

  68
• 7.1.1 Synchronising Signals

  68
• 7.1.2 Network Jitter

  68
• 7.2 SOLAR INTERNAL TIMING

  68
• 7.2.1 Determining the Timing Values

  68
• 7.2.2 PAT Reports

  68
• 7.2.3 Solar Buffer Size

  69
• 7.3 PARAMETER CHECKING TOOL

  69
• 7.4 LOSS OF 1PPS TIMING

  69
• 7.5 TIMING DIAGRAMS

  70
• 7.5.1 Dynamic Diagrams

  70
• 7.5.2 Operating the Visio Diagrams

  70
• TM DUPLICATION

  71
• 8.1 DUPLICATION OVERVIEW

  71
• 8.1.1 TM Resilience

  71
• 8.1.2 Duplication Operation

  71
• 8.1.3 Changeover Operation

  72
• 8.2 CONFIGURING FOR DUPLICATION

  72
• 8.2.1 Unduplicated

  72
• 8.2.2 Duplicated (Primary)

  72
• 8.2.3 Duplicated (Secondary)

  73
• 8.2.4 Duplication Status

  74
• DIAGNOSTICS AND OTHER INFORMATION

  75
• 9.1 GPS

  75
• 9.2 FACILITY KEY

  75
• 9.3 CHANNEL VIEW FACILITY

  76
• 9.3.1 Normal View

  76
• 9.3.2 Channel View

  76
• 9.3.3 Selecting Channel View

  76
• 9.3.4 Returning to Normal View

  76
• RECEIVER VOTING

  78
• 10.1 VOTING OVERVIEW

  78
• 10.2 SIGNAL QUALITY INFORMATION

  78
• 10.3 VOTING PROCESS

  78
• 10.4 VOTER CONFIGURATION

  79
• 10.4.1 Voting Parameters

  79
• 10.5 BEST SIGNAL SELECTION – PARAMETERS

  79
• 10.5.1 RSSI

  79
• 10.6 SQUELCH INPUT (COR)

  80
• ET TROUBLESHOOTING AND MAINTENANCE

  81
• 11.1 NETWORK LATENCY AND FAULTS

  81
• 11.1.1 Packets Arriving Late

  81
• 11.1.2 Network Re-routing

  81
• 11.1.3 TM Duplication

  81
• Delay from NI to each TM

  82
• Network Fault causing TM Changeover

  82
• 11.2 FIRMWARE UP-ISSUES

  82
• 11.2.1 Availability

  82
• 11.2.2 Loader – General

  82
• 11.2.3 Traffic Manager

  83
• Invalid TM firmware

  83
• 11.2.4 Network Interface

  84
• 11.2.5 NI DSP Firmware Up-issue

  84
• ALARMS

  85
• 12.1 ALARMS OVERVIEW

  85
• 12.2 ALARM FUNCTIONALITY

  85
• 12.3 ALARM SETUP (TM ET ONLY)

  85
• 12.3.1 Environment Inputs

  86
• 12.3.2 Isolated Inputs

  86
• 12.3.3 NI Misc Alarms

  86
• 12.3.4 TM Misc Alarms

  87
• 12.4 ALARM INDICATIONS

  87
• 12.4.1 Alarm Active

  87
• 12.4.2 Alarm Acknowledge

  88
• 12.5 TM DUPLICATION ALARMS

  90
• 12.5.1 Alarms on a Secondary TM

  90
• 12.5.2 Indicating an Alarm from an Offline TM

  90
• 12.5.3 Secondary TM Alarm Acknowledged

  91
• TM LOGGING

  92
• 13.1 OVERVIEW

  92
• 13.2 EVENT SUBJECTS

  92
• 13.2.1 Alarms Log

  92
• 13.2.2 System Log

  92
• 13.2.3 Voter Log

  93
• 13.2.4 ET Log

  93
• 13.3 ACCESS TO THE TM LOGS

  93
• 13.4 TM SYSTEM TIME

  94
• 13.4.1 Setting TM System Time

  94
• 13.5 LOG SELECTION

  95
• 13.6 TRANSFERRING THE LOG

  95
• 13.6.1 Saving the Log

  96
• 13.6.2 Log Display

  96
• 13.6.3 Filtering the Log Display

  97
• 13.7 EVENTS ACROSS MULTIPLE LOGS

  99
• SNMP

  100
• 14.1 OVERVIEW OF SNMP IN SOLAR

  100
• 14.2 CONFIGURING SNMP IN THE TM

  100
• 14.2.1 SNMP Communities and System

  100
• 14.2.2 Trap Destinations

  101
• 14.3 DATA ORGANISATION

  102
• 14.3.1 Data Format

  102
• 14.3.2 Network Interfaces (Centrals and Stations)

  102
• 14.3.3 Channels

  102
• 14.3.4 Traffic Manager

  103
• 14.3.5 Traps

  103
• FIRMWARE EXTENSIONS

  104
• 15.1 FIRMWARE EXTENSIONS – OVERVIEW

  104
• Figure 1. ET window – Status Bar.

  14
• Figure 2. ET opening window

  14
• Figure 3. Options Menu

  14
• Figure 4. ET Setup window.

  15
• Figure 5. Connected sub-window.

  16
• Figure 6. Disconnected sub-window

  16
• Figure 7. Button options.

  18
• Figure 8. An Unconfigured NI

  19
• Figure 9(a). Central Mode.

  20
• Figure 9(b). Station Mode.

  20
• Figure 10. NI Mode Panel views.

  21
• Figure 11. NI Status Page – Upper Area.

  21
• Figure 12. NI Status Page – Lower Area.

  22
• Figure 13. Environment I/O.

  25
• Figure 14. NI ET Buttons

  25
• Figure 15. TM Main window.

  27
• Figure 16. Station NI panels

  28
• Figure 17. TM Status Panel.

  29
• Figure 18. TM Status Panel for P25 system.

  29
• Figure 19. Channel #1 Status Panel

  30
• Figure 20. Central NI #1 Status Panel

  31
• Figure 21. Views of NI with a TM ET.

  32
• Figure 22. Setting the NI IP Address.

  33
• Figure 23. Setting the TM IP Address.

  34
• Figure 24. Changing to a Network Connected TM ET.

  35
• Figure 25. Allocating a Station NI

  37
• Figure 26. Station #1 allocated and operating.

  37
• Figure 27. Allocating a Central NI.

  38
• Figure 28. Central #1 allocated and operating

  39
• Figure 29. NI Engineering – Main Audio (Analogue).

  41
• Figure 30. NI Engineering – Main Audio (P25).

  41
• Figure 31. Audio I/P Level adjustment

  42
• Figure 32. Audio Output Level adjustment.

  43
• Figure 33. In Route functions.

  44
• Figure 34. Out Route functions.

  44
• Figure 35. Offset facility.

  45
• Figure 36. LF Talk Thru facility

  45
• Figure 37. Audio Mode facility (P25 only).

  45
• Figure 38. NI Engineering – Signalling page.

  46
• Figure 39. Signalling In – Menu Options.

  46
• Figure 40. Signalling In Configurations

  47
• Figure 41. Signalling Tone Output

  48
• Figure 42. Isolated Input Options.

  49
• Isolated Output Options

  50
• NI Engineering – Facilities page

  51
• GPS Module Timing Source Menu Options.

  52
• Test Tone Facility

  53
• CTCSS Tone level.

  54
• NI Engineering – Environment page

  54
• Environment Mode settings

  55
• TM Engineering – Sync Timing (Station NIs)

  56
• TM Engineering – Sync Timing (Central NIs).

  57
• TM Engineering – Facilities page.

  58
• TM Engineering – Environment page.

  59
• Channel Setup page (Analogue).

  60
• Channel Setup page (P25)

  62
• Route to Relations page

  63
• Relations Page

  64
• Moving a Station NI between Channels

  64
• Moving a Central NI between Channels.

  65
• Examples of disabled NI

  66
• Route to List facility.

  66
• Pages in the ‘List’ window.

  67
• Setting for Duplicated (Primary).

  73
• Setting for Duplicated Secondary.

  73
• Duplication Status Indication.

  74
• Satellite Signal Report

  75
• GPS Options menu.

  75
• Facility Key information.

  76
• Examples of Channel View Mode

  77
• Loader Application.

  83
• NI DSP Upgrade.

  84
• Setting Alarms for Environment Inputs on a NI

  86
• Setting Alarms for Isolated Inputs on a NI.

  86
• Setting Misc Alarms for a NI

  87
• Alarms Setup for a TM.

  87
• Examples of Alarm Indications.

  88
• PPS Alarm on the TM.

  89
• Alarm on the NI Signalling page.

  89
• Alarm on the NI Environment page.

  90
• Route to TM Logging

  93
• The TM Logging window.

  94
• Selecting an Alarm Log.

  95
• Transferring a Log File to the ET

  96
• Saving a Log File.

  96
• Example of a System Log.

  97
• Applying a Display Filter

  98
• Filtering the Log Display on ‘Channel’.

  98
• Filtering the Log Display on ‘Type’.

  98
• Figure 89. SNMP Text Label/Data Entry.

  101
• Figure 90. SNMP Trap Address Entry.

  101
• Table 1. Isolated I/P Functions

  49
• Table 2. Isolated O/P Functions in ‘Auto’ mode

  51
• Table 3. NI Timing Signal Options

  52
• Table 4. Voter Adjustable Parameters

  79
• Table 5. RSSI Requirements

  79
• Table 6. SNMP Data Format for NI Info.

  102
• Table 7. SNMP Data Format for Channel Info

  102
• Table 8. SNMP Data Format for TM Info.

  103
• Table 9. SNMP Data Format for Trap Info

  103
• Table 10. Configuration Byte Usage

  104
• Table A1. List of ET Settings

  105