Furuno FV-110 - Flow Chart for Calibration (User Controlled)

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Calibration

5-13

5.2.6 Flow chart for calibration (user controlled)

The following flow chart gives an example of the steps in a calibration.

Figure 5-10: Example for a calibration – step by step

Main Page

Default Chapter4
- Important Notice4
- Safety Instructions5
- Table of Contents7
Foreword13
System Configuration14
Equipment List15
Chapter 1 Introduction17
- FV-110 System17
- Part Numbers and Options24
  - Applicable FURUNO Model and Part Numbers24
  - Options for FV-11024
Chapter 2 Installation25
- Unpacking25
- Site Preparation27
- Installation of the ADU42
Installation of the ACU50
- To Install the ACU50
- To Ground the ACU51
Installation of the VMU51
- General Mounting Considerations - VMU51
To Install the Dual-Antenna Mode (Optional)52
Chapter 3 Interfaces55
Interfaces of the FV-110 ACU55
- Leds, Display and Keypad55
- ACU Connector Panel - Overview55
- ADU Connector56
- Rx/Tx Connectors for VMU56
- NMEA 0183 Connector57
- And RS-422 Connectors58
- LAN1, LAN2, LAN3 and LAN4 Connectors59
Interfaces of the VMU59
Chapter 4 Connecting Power61
Power up61
- Procedure61
- Initialisation Steps in Daily Use62
- FV-110 Operational62
Chapter 5 Configuration63
Introduction to the Built-In Web Interface63
- Overview63
- Connecting to the Web Interface63
Calibration65
- Heading Mode and Position Mode65
- Azimuth Calibration69
- To Set up a Service Profile for Calibration71
- Cable Calibration73
- Operation in Gyro-Free Mode73
- Flow Chart for Calibration (User Controlled)75
- To Make a Line up Procedure76
- Fixed TX Gain Principle77
- Configuration with the Web Interface78
- Keypad and Menus of the ACU108
- SNMP Support115
Chapter 6 Installation Check117
- Installation Check List: Antenna117
- Installation Check List: ACU, Connectors and Wiring119
- Installation Check List: Functional Test in Harbor121
Chapter 7 Service123
- Getting Support: Helpdesk123
  - Help Desk and Diagnostic Report123
- Software Update126
- Status Signalling with Leds and Status Messages129
  - Leds of the ADU Modules129
  - Leds in the ACU130
- Removal and Replacement of the ACU130
- Removal and Replacement of ADU Modules131
- Troubleshooting134
- Returning Units for Repair134
Appendix A Data Sheets135
VSAT LNB Data Sheet (Physical LNB135
- VSAT LNB User Installation and Configuration Information136
VSAT 8 W BUC Data Sheet (Extended137
Appendix B VMU Cables140
Modem Cable COMTECH Serial & RSSI TT7016A140
Modem Cable Infiniti Idirect VSAT Modem141
Appendix C VMU Settings143
Performance Optimization for Blockage143
- Performance of VSAT Systems Encountering Blockage, Configured with Multiple Satellites143
Openamip Setup for Idirect Infiniti & Evolution145
- Protocol and Interfaces145
- Sample Options File148
- Configuration Example (Openamip151
- Troubleshooting152
Serial Setup for Idirect Infiniti & Evolution155
- Protocol and Interfaces155
- Console Port Settings155
- Configuration Example (Serial157
COMTECH 570L and ROSS Box159
- Protocols and Interfaces159
- Configuration Example (COMTECH 570L and ROSS160
Comtech 570L161
- Protocol and Interfaces161
- C.5 Comtech 570L161
- Configuration Example (COMTECH 570L163
STM Satlink 2900 VSAT Modem164
- Interfaces and VSAT Modem Configuration164
- ACU Configuration166
- Configuration Example (STM Satlink 2900167
Gilat Skyedge II VSAT Modem168
- Interfaces and VSAT Modem Configuration168
- ACU Configuration169
- Configuration Example (Gilat Skyedge II170
Inmarsat G5 Modem171
- Interfaces and VSAT Modem Configuration171
- Connecting a Inmarsat G5 Modem171
- Inmarsat G5 Driver171
- C.8 Inmarsat G5 Modem171
- ACU Configuration172
- Configuration Example (Inmarsat G5173
- LAN Setup Requirements for G5 System173
Linkway S2 Modem174
- Protocols and Interfaces174
- C.9 Linkway S2 Modem174
- ACU Configuration176
- Configuration Example (Linkway S2177
Appendix D Command Line Interface179
Introduction179
- Telnet Connection179
- D.1 Introduction179
- Help180
- Conventions180
Supported Commands181
- Config181
- Demo181
- Satellite181
- D.2 Supported Commands181
- D.2.6 Modem183
- D.2.8 Status186
- Track187
- D.2.9 System187
- Zone188
Appendix E DVB-S Satellites193
Appendix F Grounding and RF Protection193
Why Is Grounding Required193
- Reasons for Grounding193
- Safety193
- ESD Protection193
- F.1 Why Is Grounding Required?193
Grounding Recommendations194
- To Ground the ACU194
- To Ground the ADU194
- F.2 Grounding Recommendations194
Alternative Grounding for Steel Hulls195
- To Ground the ACU195
- To Ground the ADU196
Alternative Grounding for Aluminum Hulls197
- To Ground the ACU197
- To Ground the ADU197
Alternative Grounding for Fibre Glass Hulls198
- To Ground the ACU198
- To Ground the ADU198
Separate Ground Cable199
- Ground Cable - Construction199
- Ground Cable - Connection200
- Isolation of the ADU from the Mounting Base200
Jumper Cable for Grounding202
RF Interference203
- Recommendations203
- F.8 RF Interference203
Appendix G System Messages205
Event Messages - Overview205
List of ADU Events206
List of ACU Events212
Appendix H Approvals217
Overview217
OEM Declaration218
Ce (R&Tte219
- H.3 Ce (R&Tte)219
Eutelsat S.A - ESV Summary Sheet220
Russian Maritime Register of Shipping221
ANATEL Certificado de Homologação224
Specifications225
Index233

Furuno FV-110 - Flow Chart for Calibration (User Controlled)

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