Name: Furuno FEA-2100
Brand: Furuno
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386 •

••

• Steering with Yokogawa Autopilot

Automatic route steering

See figures below to find the best position to activate automatic route steering and to understand performance of the

automatic route steering.

The position of own ship when activating automatic route steering

Pictures above demonstrate performance of the automatic route steering.

Default Chapter4
- Table of Contents4
Changes Since Release 02.0117
- Overall Operation Related Changes17
- Chart Related Changes18
- Steering Related Changes18
Changes Since Release18
- Overall Operation Changes19
- Chart Related Changes19
Changes Since Release B1.1620
- Overall Operation Related Changes20
- Chart Related Changes23
- Contents23
- Used Presentation24
Introduction25
- Manual Applicability25
- System Configuration26
- How to Read this Manual27
Abridged Operator Instructions29
- Introduction29
- Own Ship29
- Chart Information30
  - Chart Motion30
  - Chart Legend30
- Chart Datum30
- Chart Management31
  - Move Chart31
  - Chart Type31
- Alarms32
Navigation Tasks33
- Overview33
- Voyage Planning34
- Positioning36
- Monitoring38
ECDIS Screen41
- Overview41
- Electronic Chart Area42
  - Electronic Charts in ECDIS42
- Dialogbox Area44
- Upper Statusbar44
- Lower Statusbar45
- Information Area46
Control Panel47
- Overview47
- Operative Push Buttons48
- Direct Function Push Buttons48
- Menu Push Buttons50
- INFO & HELP Pushbutton51
- ECDIS Control Panel Used from Software52
Set up before Departure53
- Update Chart Material53
- Display/Approve Date for S57 Charts and Manual Updates53
- Set Chart Alarm Calculation53
- Create or Update Route, User Chart, Reference Targets and Pilot Data53
- Select User Chart53
- Recalculate Route54
  - Recalculate Timetable and ETA Values54
  - Check Your Route against Chart Alarms54
- Route Monitoring Menu55
- Select Pilot Data56
- Select Reference Targets56
- Verify Configuration of Navigation Sensors56
- Set Depth Alarm Limit58
- Start Reference Target Position Calculation58
- Reset Distance Counter and Logs59
- Verify Datum59
Conditions Required to Replace Paper Charts61
- Introduction61
- How to Detect ENC Coverage in S57 Chart Display64
Vector Chart Material66
- Introduction66
- S57 Charts66
  - Chart Legend of S57 Chart68
  - Permanent Warnings of S57 Charts69
- How to Load S57 Charts70
- S57 SENC Conversion Details79
- Some Features of Chart Plan Menu85
- Introduction to the S57 Chart Service from a RENC96
- Service Provided by a RENC98
- CD-ROM Service from a RENC103
- RENC Security System112
- Telecomm Service from a RENC115
- Vector Chart Display134
- Sailing Directions, Tidal Tables Etc. Features of Vector Charts143
- Date Dependent and Periodical Features of Vector Chart144
- Symbology Used in Vector Charts151
  - How to Change Presentation Library Used for Vector Chart Features151
- Request Information about Vector Chart Objects152
- Seldom Used Features of Vector Charts160
Raster Chart Material163
- ARCS Charts163
  - Chart Legend of ARCS Chart163
  - T&P Notices, Details and Warnings of ARCS164
- Datum and ARCS Charts167
  - Difference between ARCS Chart Local Datum and Positions in WGS84 Datum167
- ARCS Chart Managing172
- ARCS Chart Display190
Manual Updates205
- Introduction205
- Display of Manual Updates206
  - How to Control Visible Chart Objects from Manual Updates206
- Control of Date Dependency of Manual Updates206
  - How to Set Current Date for Viewing206
- Manual Update Editor207
- Seldom Used Features of Manual Updates219
  - How to Check in Details the Creation and Usage History of Manual Updates219
Chart Alarms221
- General221
- Chart Alarms222
- How to Include User Chart Symbols, Lines and Areas in Chart Alarm225
- How to Activate Own Ship Check227
- Route Planning229
  - How to Find Chart Alarms Leg by Leg229
  - How to Find Chart Alarms by Their Category231
- Route Monitoring232
- Chart Alarm Using ARCS Charts233
Navigation Tools235
- Display Mode235
- Navigation Marks236
Route Planning239
- Introduction239
- Route Planning Main Menu240
- Select Datum241
- How to Create a New Route242
- How to Modify Already Existing Route248
- Optimization252
- Backup to Floppy254
- Restore from Floppy254
- Move to Planning or Navigation Station254
- Read from Planning or Navigation Station254
- WP Table Report254
- Full WP Report255
- VOS Operations256
  - How to Test ECDIS and VOS Together256
Route Monitoring259
- Introduction259
- How to Select Route to be Monitored261
- How to Select Next Waypoint261
- How to Select Final Waypoint261
- Display of the Route on the Electronic Chart Screen262
- Display of the Route on the ARPA Radar Screen262
- How to Monitor Route263
- How to Ask ETA264
- Route Monitoring Related Alarms266
User Chart Control267
- Introduction267
- What Is a User Chart Point and for Which Purpose It Is Used269
- How to Select User Chart271
- Select Datum271
- How to Create User Chart271
- Display on ECDIS Screen283
- Backup to Floppy286
- Restore from Floppy286
- Move to Planning or Navigation Station286
- Read from Planning or Navigation Station286
- How to Load User Chart in the Old Vector System Format286
- How to Save User Chart in the Old Vector System Format286
- Point Report287
- Line Report288
- Area Object Report288
- Symbols Report289
- Full Report289
- Report for Radar290
Reference Targets291
- Introduction291
- How to Select Reference Targets292
- Select Datum293
- How to Create Reference Target293
  - Add a New Reference Target Record294
- How to Select Reference Target to be Modified295
- Associated Alarms297
- Backup to Floppy297
- Restore from Floppy297
- Move to Planning or Navigation Station297
- Read from Planning or Navigation Station297
- How to Load Reference Targets in the Old Vector System Format297
- How to Save Reference Targets in the Old Vector System Format297
- Reference Target Report298
Pilot Data299
- Introduction299
- How to Use Normally300
- How to Select Pilot Data301
  - Current Record Sheet302
  - Edit Record Sheet303
- How to Create a New Pilot Data304
- Backup to Floppy306
- Restore from Floppy306
- Move to Planning or Navigation Station306
- Read from Planning or Navigation Station306
- Pilot Data Report306
Backup Operations307
- Introduction307
- How to Find out Right File Category308
- How to Make a Copy of File308
- How to Copy a File to an Other Name309
- Backup to Floppy309
- Restore from Floppy309
- How to Delete File309
- Move to Planning or Navigation Station309
- Read from Planning or Navigation Station310
- How to Load Chart and Route Files in the Old Vector System Format310
- How to Save Chart and Route Files in the Old Vector System Format310
- Backup of Chart Material311
- Restore of Chart Material312
Navigation Sensors313
- How to Select Navigation Sensors313
  - How to Set Initial Value of a Gyro1314
- Source of Position317
- Primary and Secondary Position of Own Ship318
  - Position Discrepancy Alarm318
- Source of Smg, Cmg, Speed, Heading, Rot, Drift and Docking Speed Components319
  - No Speed or Course Available321
- Filter Operation322
  - Filter and Automatic Route Steering322
- How to Use Position Alignment324
- Gyro Error Correction328
  - How to Enable Gyro Error Correction329
  - Use Reference Targets for Automatic Gyro Error Correction331
- Wind Sensor332
- Depth Sensor333
- Sensor Related Alarms334
Target Functions335
- Display of ARPA Radar Targets335
- Display of ARPA Target Data337
  - How to View ARPA Target Tracking Data of Normal Targets337
  - How to View ARPA Target Tracking Data of Reference Targets338
- Source of ARPA Radar Targets339
  - Source of ARPA Radar Targets Related Alarms339
- Display ARPA Target Past Positions340
- ARPA Target Recording Functions341
- Using ARPA Targets for Chart Align341
- Using ARPA Targets for Position Calculation341
- Using ARPA Targets for Gyro Error Correction341
Radar Echo Overlay343
- Introduction343
- How to Activate Radar Echo Overlay on the ECDIS344
- Source of Radar Echo Overlay344
  - Display Modes of Radar Echo Overlay345
- How to Adjust Radar Echo Overlay Visual Image346
- How to Adjust Radar Echo Overlay to Match Positions of Chart Features350
Recording Functions353
- Introduction353
- Events and man over Board Functions353
- Voyage Recording354
Datum365
- General365
- Paper Charts365
- Electronic Sea Charts365
- Positioning Devices and Datum365
- ECDIS and Datum366
- ECDIS and User Selectable Local Datum366
Parameters Setup367
- Parameters367
Colour Calibration373
- Settings of Colour Calibration373
Steering with EMRI Trackpilot377
- Introduction377
- Steering Modes of the System377
- Track Pilot Control Panel379
  - How to Operate Steering Functions379
- Manual Steering Operations381
- Automatic Route Steering383
- Other Possible Operations with EMRI Track Pilot395
- Description of Alarms with EMRI Track Pilot395
  - Alarms395
  - Errors397
- How to Use the Curved EBL398
  - Structure of the Curved EBL399
- How to Use the Predictor400
Steering with Yokogawa Autopilot401
- Steering Modes of the System401
- Automatic Route Steering402
- Description of Alarms with Yokogawa Autopilot408
  - Alarms408
  - Errors408
- How to Use the Curved EBL with Yokogawa Autopilot409
Alarms411
- Overview411
- Alarms Generated by Navigation Calculation411
- Alarms Generated by Chart Calculation411
- Alarms Generated by Steering Calculation411
- Description of the Alarm Priority System412
- List of Alarms413
Definition of Terms431
- List of Terms431
- Figure 1434
- Figure 2434
- Figure 3434
Appendix 1435
- IHO ECDIS Chart 1435
Appendix 2441
- Short Introduction to Interpret Display of S57 Charts441
Appendix 3453
- C-MAP Charts453
  - Introduction453
  - S57 Chart Legend with C-MAP Charts453
- S57 Chart Managing with C-MAP Charts454

Furuno FEA-2100 User Manual

Table of Contents

Questions and Answers:

Furuno FEA-2100 Specifications

Related product manuals

Brand	Furuno
Model	FEA-2100
Category	Monitor
Language	English