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384 •

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• Steering with EMRI Trackpilot

How to use the Predictor

Predictor is a tool to estimate own ship future positions and behaviour. It is available on CHART DISPLAY. It

consist of 1 piece of own ships drawn in true scale to successive future positions. The time between future own ship

position is 30 seconds.

The predictor is calculated using current:

• docking speed components:

• transversal bow speed

• transversal stern speed

• longitudinal center speed

• rate of turn

These components are assumed to be stable during prediction period.

The predictor can be used in every steering-state, even when steering without Trackpilot.

Predictor shows drift.

Predictor in a turn.

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

Brand	Furuno
Model	FEA-2100
Category	Monitor
Language	English

Furuno FEA-2100 User Manual

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