Furuno FEA-2107-BB

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14. Route Monitoring

14-10

Trial speed:

Choose Trial from the Speed profile box to enter desired speed for calculation of ETA to waypoint.

Speed profile is changed to

Trial speed. You can enter

Trial speed and system will

calculate ETAs.

Spd profile

spd

Main Page

Default Chapter5
- Table of Contents5
Foreword17
1 Introduction19
- Manual Contents19
- System Configuration20
  - Single Workstation20
  - Multiple Workstation Configuration21
- The Processor Unit22
- Turning the Power On/Off22
- How to Find Version Number of ECDIS Software22
- Diagnostics22
2 Navigation Tasks23
- Overview23
- Voyage Planning23
- Positioning25
- Monitoring26
3 ECDIS Display27
- Overview27
- Electronic Chart Area28
  - Electronic Charts in ECDIS28
- User Interface30
- Controlling Planning and Monitoring Modes on the ECDIS Display38
4 Control Units39
- How the ECDIS Is Controlled39
- Control Unit RCU-01839
  - Keys in Control Unit RCU-01840
- Control Unit RCU-01541
  - Configuring Hot Keys F1-F442
- Mouse Operations43
5 Standby Mode49
- Switching Standby Mode on and off49
6 Setup before Departure51
- Update Chart Material51
- Display and Approve Dates for S57 Charts and Manual Updates51
- Creating or Updating User Chart51
- Creating or Updating Pilot Data51
- Setting Chart Alarm Calculation52
- Creating or Updating a Route52
  - Checking Your Route against Chart Alarms52
  - Recalculating Timetable and ETA Values53
- Checking and Preparing Route to Monitor54
- Verifying Configuration of Navigation Sensors58
  - Verifying Source of Navigation Sensors58
- Resetting Distance and Trip Counters60
- Verifying Datum60
7 Conditions Required to Replace Paper Charts61
- Introduction61
- Detecting ENC Coverage in S57 Chart Display64
8 Vector Chart Material65
- Introduction65
- S57 Charts65
- Loading S57 Charts69
- S57 SENC Conversion Details81
- Features of the Chart Menu88
- S57 Chart Service from an RENC103
- Services Provided by an RENC105
- CD ROM Service from an RENC111
- RENC Security System124
- Vector Chart Display128
- Sailing Directions, Tidal Tables, Etc., Features of Vector Charts (S57)139
- Chart Viewing Dates and Seasonal Features of the Vector Chart140
- Symbology Used in Vector Charts148
  - How to Change Presentation Library Used for Vector Chart Features149
- Requesting Information about Vector Chart Objects149
- Other Features of Vector Charts158
9 Raster Chart Material161
- ARCS Charts161
  - Chart Legend of ARCS Chart161
  - T&P Notices, Details and Warnings of ARCS162
- Datum and ARCS Charts165
  - Permanent Messages of ARCS170
- Chart Menu171
- ARCS Subscriptions172
- ARCS Chart Display192
10 Manual Updates207
- Introduction207
- Symbols to Use with Manual Updates208
- Displaying Manual Updates208
  - Controlling Visibility of Orange Symbols from Manual Updates208
  - Controlling Visibility of True Symbols from Manual Updates209
- Controlling Chart Viewing Dates of Manual Updates209
  - Setting Current Date for Viewing209
- Using Manual Update Editor W/Orange Symbols210
- Using Manual Update Editor with True Symbols218
- Checking Creation and Usage History of Manual Updates230
11 Chart Alarms231
- General231
- Chart Alarms232
- Inserting User Chart Symbols, Lines and Areas in Chart Alarm236
- Activating Own Ship Check238
- Route Planning240
  - Finding Chart Alarms Leg by Leg241
  - Finding Chart Alarms by Category242
- Route Monitoring243
- Chart Alarm Using ARCS Charts244
12 Navigation Tools245
- Display Mode and Chart Orientation245
  - Choosing Desired Display Mode and Chart Orientation245
- Navigation Marks246
13 Route Planning251
- Introduction251
- Main Menu for Route Planning252
- Choosing Datum253
- Creating a New Route254
- Modifying an Existing Route260
- Route Optimization266
- WP Table Report268
- Full WP Report269
- Passage Plan Report270
14 Route Monitoring271
- Introduction271
- Choosing Route to Monitor271
- Choosing to Waypoint272
- Choosing Final Waypoint273
- Viewing Waypoint Information273
- Displaying a Route on the Electronic Chart Screen274
- Route Assistant275
- Monitoring a Route277
  - Information about Steering Mode on Permanent Route Monitor Windows278
- ETA (Estimated Time of Arrival)279
- 14.10 Route Monitoring Alarms282
15 User Chart Control283
- Introduction283
  - Objects of User Charts283
  - Modes of User Charts284
- What Is a User Chart Point and How Is It Used286
- Choosing Datum288
- Choosing User Chart to Use in Monitoring Mode288
- Choosing User Chart to Use in Planning Mode289
- Creating a User Chart290
- Joining Two or more User Charts300
- Displaying User Charts on ECDIS Display301
- Backing up User Charts to a Floppy Disk303
- 15.10 Restoring User Charts from a Floppy Disk303
- 15.11 Reports303
16 Pilot Data307
- Introduction307
  - Pilot Data Modes308
- Using Pilot Data309
- Choosing Pilot Data to Use in Monitoring Mode310
  - Monitor Pilot Data Dialog Box Description311
  - Current Page311
- Choosing Pilot Data to Use in Planning Mode312
  - Plan Pilot Data Dialog Box Description313
- Creating New Pilot Data314
17 Backup Operations317
- Introduction317
- Choosing Appropriate File Category318
- Copying a File318
- Renaming a File318
- Backing up a File to a Floppy Disk319
- Restoring a File from a Floppy Disk319
- Deleting a File319
- Moving a File to Planning or Navigation Station320
- Reading a File from Planning or Navigation Station321
- Loading User Chart and Route Files of Former Vector System Format321
- Saving User Chart and Route Files in Former Vector System Format321
- 17.12 Saving a Route as an ASCII Text File322
- 17.13 Restoring a Route from an ASCII Text File322
- 17.14 Backing up Chart Material323
- 17.15 Restoring Chart Material324
18 Common Reference System (Multi-Workstation Mode)325
- Introduction325
- Controlling Common Reference System326
- Usage Rights329
- Sensor Source for the System332
- Mode of Workstations333
  - Changing Mode to Single or Multi Workstation333
- Troubleshooting334
19 Navigation Sensors337
- Choosing Navigation Sensors337
  - Sensors Dialog Box Description337
- Source of Position342
- Primary and Secondary Positions of Own Ship343
- Position Discrepancy Alarm343
- Source of SOG, COG, Speed, Heading, ROT, Drift and Docking Speed Components344
- Dual Gyro Interface for DNV NAUT-AW348
  - Indication of Gyro Source349
  - Gyro-Associated Alarms350
- Filter Operation351
  - Filter and Automatic Route Steering352
- Position Alignment353
- Gyro Error Correction356
  - Enabling Gyro Error Correction357
- 19.10 Wind Sensor358
  - 19.10.1 Installation Parameter for Wind Sensor359
- 19.11 Depth Sensor361
- 19.12 Sensor-Related Alarms362
20 ARPA Target Functions363
- ARPA Radar Targets363
- Displaying ARPA Target Data365
  - Viewing ARPA Data of Normal Targets365
- Source of ARPA Radar Targets366
  - ARPA-Related Alarms366
- Displaying ARPA Target Past Positions367
- ARPA Target Recording Functions368
- Using ARPA Targets for Chart Align368
21 AIS Target Functions369
- Introduction369
- Displaying AIS Targets370
- Displaying AIS Target Data373
- Displaying AIS Target Past Positions375
  - Displaying Name or Call Sign of AIS Target376
- Displaying AIS Interface Status377
- AIS Safety Message378
22 Radar Overlay383
- Introduction383
- Activating Radar Overlay on the ECDIS384
- Choosing Source of Radar Overlay385
- Adjusting Radar Overlay (Radar Overlay Dialog Box)388
- Adjusting Radar Overlay to Match Positions of Chart Features392
- Radar Overlay Related Alarms394
23 Recording Functions397
- Introduction397
- Events and man Overboard Functions397
- Voyage Records398
- Distance and Trip Counters410
  - Resetting Distance and Trip Counters410
24 Datum411
- General411
- Paper Charts411
- Electronic Sea Charts411
- Positioning Devices and Datum411
- ECDIS and Datum412
- ECDIS and User Selectable Local Datum412
25 Parameters Setup413
- Parameters413
26 Color Calibration421
- Color Calibration Settings421
27 Conning Display425
- System Configuration425
- Display Interpretation426
- Modes for Conning Display437
28 Steering with FURUNO Autopilot FAP-2000439
- Introduction439
- Steering Modes439
- Autopilot FAP-2000 Control Panel441
- Manual Steering443
- Automatic Route Steering446
- Additional Information about Steering Modes458
- Important Information about Steering Mode Changes460
- Expected Steering Performance under Various Conditions462
  - Expected Steering Performance for Going Ahead462
  - Expected Steering Performance for Turns465
- Expected Steering Performance under Critical Failure467
- Other Operations with Autopilot FAP-2000474
  - Speed Used by Autopilot FAP-2000474
  - Load Conditions Used by Autopilot FAP-2000474
- Description of Alarms Generated by Autopilot FAP-2000475
  - 28.11.1 Alarms475
  - 28.11.2 Errors477
- 28.12 Using the Curved EBL478
  - 28.12.1 Structure of the Curved EBL480
  - 28.12.2 Use of Curved EBL to Design a New Turn While Ship Is Turning480
- 28.13 Using the Predictor481
29 Steering with YOKOGAWA Autopilot PT-500A483
- Introduction483
- Steering Control Unit483
- Steering Modes of the System484
- Automatic Route Steering485
- Other Operations with Autopilot PT-500A492
- Description of Alarms with Autopilot PT-500A493
  - Alarms493
  - Errors493
- Expected Steering Performance under Various Conditions494
  - Expected Steering Performance for Going Ahead494
  - Expected Steering Performance for Turns495
- Expected Steering Performance under Critical Failure496
- How to Use the Curved EBL with YOKOGAWA PT-500A Autopilot505
- 29.10 Using the Predictor506
30 Steering with TOKYO KEIKI Autopilot PR-6000507
- Introduction507
- Steering Control Unit507
- Steering Modes of the System508
- Automatic Route Steering, Rc/Nav (Mode: RC)513
- Other Operations with TOKYO KEIKI PR-6000526
- Description of Alarms with TOKYO KEIKI PR-6000527
  - Alarms527
  - Errors528
- Expected Steering Performance under Various Conditions530
  - Expected Steering Performance for Going Ahead530
  - Expected Steering Performance for Turns532
- Expected Steering Performance under Critical Failure534
- How to Use the Curved EBL with TOKYO KEIKI Autopilot541
- 30.11 Using the Predictor542
31 Alarms543
- Overview543
- Alarms Generated by Navigation Calculation544
- Alarms Generated by Chart Calculation544
- Alarms Generated by Steering Calculation544
- Alarms Generated by Radar Overlay544
- Description of the Alarm Priority System545
- Description of Backup Navigator Alarm546
- List of Alarms547
32 Maintenance and Troubleshooting587
- Maintenance587
- Replacing the Fuse588
- Replacing the Battery588
- Troubleshooting589
- Keyboard Test591
- Consumable Parts592
Appendix 1: Glossary of Terms597
Appendix 2: IHO ECDIS Chart 1601
- IHO ECDIS Chart 1601
Appendix 3: Interpreting S57 Charts607
- A3.1 Interpreting S57 Charts607
Appendix 4: C-MAP CM-93/3 Charts619
- A4.1 C-MAP Cartographic Service619
- A4.2 Chart Subscription Service620
  - A4.2.1 C-MAP Service620
  - A4.2.2 RENC Service621
- A4.3 CM93/3 Chart Display622
- A4.4 S57 Managing C-MAP Charts626
- A4.5 CM93/3 Database627
  - A4.5.1 Load of CM93/3 Database to ECDIS627
  - A4.5.2 Use of Multiple Databases628
- A4.6 License of CM93/3629
- A4.7 How to Keep Charts up to Date633
- A4.8 Removing CM93/3 Charts639
Appendix 5: C-MAP CM-93/2 Charts641
- A5.1 C-MAP Charts641
  - A5.1.1 Introduction641
  - A5.1.2 S57 Chart Legend with C-MAP Charts641
- A5.2 Managing C-MAP Charts642
Appendix 6: Route Backup663
- A6.1 Route Backup & Restore in ASCII Format663
  - A6.1.1 Exporting ECDIS Route Data into an Excel File664
  - A6.1.2 Importing Route Data from Excel File into ECDIS665
- A6.2 Route Backup & Restore in Orion Pro Weather Routing Format667
  - A6.2.1 Exporting Route from ECDIS to Orion Pro667
  - A6.2.2 Importing Route from Orion Pro668
Appendix 7: Menu Overview669
- A7.1 Hierarchic Menu Tree669
  - A7.1.1 Menu669
  - Chart Display674
Appendix 8: Digital Interface681
- A8.1 Data Sentences681
Appendix 9: Parts List and Parts Location693
- A9.1 Parts List693
- A9.2 Parts Location694
  - A9.2.1 Processor Unit EC-1000C694
  - A9.2.2 Control Unit RCU-018695
Index697

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